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Symbol.for('react.element') : 0xeac7;\n\nfunction isReactElement(value) {\n\treturn value.$$typeof === REACT_ELEMENT_TYPE\n}\n\nfunction emptyTarget(val) {\n\treturn Array.isArray(val) ? [] : {}\n}\n\nfunction cloneUnlessOtherwiseSpecified(value, options) {\n\treturn (options.clone !== false && options.isMergeableObject(value))\n\t\t? deepmerge(emptyTarget(value), value, options)\n\t\t: value\n}\n\nfunction defaultArrayMerge(target, source, options) {\n\treturn target.concat(source).map(function(element) {\n\t\treturn cloneUnlessOtherwiseSpecified(element, options)\n\t})\n}\n\nfunction getMergeFunction(key, options) {\n\tif (!options.customMerge) {\n\t\treturn deepmerge\n\t}\n\tvar customMerge = options.customMerge(key);\n\treturn typeof customMerge === 'function' ? customMerge : deepmerge\n}\n\nfunction getEnumerableOwnPropertySymbols(target) {\n\treturn Object.getOwnPropertySymbols\n\t\t? Object.getOwnPropertySymbols(target).filter(function(symbol) {\n\t\t\treturn Object.propertyIsEnumerable.call(target, symbol)\n\t\t})\n\t\t: []\n}\n\nfunction getKeys(target) {\n\treturn Object.keys(target).concat(getEnumerableOwnPropertySymbols(target))\n}\n\nfunction propertyIsOnObject(object, property) {\n\ttry {\n\t\treturn property in object\n\t} catch(_) {\n\t\treturn false\n\t}\n}\n\n// Protects from prototype poisoning and unexpected merging up the prototype chain.\nfunction propertyIsUnsafe(target, key) {\n\treturn propertyIsOnObject(target, key) // Properties are safe to merge if they don't exist in the target yet,\n\t\t&& !(Object.hasOwnProperty.call(target, key) // unsafe if they exist up the prototype chain,\n\t\t\t&& Object.propertyIsEnumerable.call(target, key)) // and also unsafe if they're nonenumerable.\n}\n\nfunction mergeObject(target, source, options) {\n\tvar destination = {};\n\tif (options.isMergeableObject(target)) {\n\t\tgetKeys(target).forEach(function(key) {\n\t\t\tdestination[key] = cloneUnlessOtherwiseSpecified(target[key], options);\n\t\t});\n\t}\n\tgetKeys(source).forEach(function(key) {\n\t\tif (propertyIsUnsafe(target, key)) {\n\t\t\treturn\n\t\t}\n\n\t\tif (propertyIsOnObject(target, key) && options.isMergeableObject(source[key])) {\n\t\t\tdestination[key] = getMergeFunction(key, options)(target[key], source[key], options);\n\t\t} else {\n\t\t\tdestination[key] = cloneUnlessOtherwiseSpecified(source[key], options);\n\t\t}\n\t});\n\treturn destination\n}\n\nfunction deepmerge(target, source, options) {\n\toptions = options || {};\n\toptions.arrayMerge = options.arrayMerge || defaultArrayMerge;\n\toptions.isMergeableObject = options.isMergeableObject || isMergeableObject;\n\t// cloneUnlessOtherwiseSpecified is added to `options` so that custom arrayMerge()\n\t// implementations can use it. 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' +\n      'Use PropTypes.checkPropTypes() to call them. ' +\n      'Read more at http://fb.me/use-check-prop-types'\n    );\n    err.name = 'Invariant Violation';\n    throw err;\n  };\n  shim.isRequired = shim;\n  function getShim() {\n    return shim;\n  };\n  // Important!\n  // Keep this list in sync with production version in `./factoryWithTypeCheckers.js`.\n  var ReactPropTypes = {\n    array: shim,\n    bigint: shim,\n    bool: shim,\n    func: shim,\n    number: shim,\n    object: shim,\n    string: shim,\n    symbol: shim,\n\n    any: shim,\n    arrayOf: getShim,\n    element: shim,\n    elementType: shim,\n    instanceOf: getShim,\n    node: shim,\n    objectOf: getShim,\n    oneOf: getShim,\n    oneOfType: getShim,\n    shape: getShim,\n    exact: getShim,\n\n    checkPropTypes: emptyFunctionWithReset,\n    resetWarningCache: emptyFunction\n  };\n\n  ReactPropTypes.PropTypes = ReactPropTypes;\n\n  return ReactPropTypes;\n};\n","/**\n * Copyright (c) 2013-present, Facebook, Inc.\n *\n * This source code is licensed under the MIT 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f=!1;Tg(b,e);if(null===b.stateNode)jj(a,b),ph(b,c,d),rh(b,c,d,e),d=!0;else if(null===a){var g=b.stateNode,h=b.memoizedProps;g.props=h;var k=g.context,l=c.contextType;\"object\"===typeof l&&null!==l?l=Vg(l):(l=Zf(c)?Xf:H.current,l=Yf(b,l));var m=c.getDerivedStateFromProps,q=\"function\"===typeof m||\"function\"===typeof g.getSnapshotBeforeUpdate;q||\"function\"!==typeof g.UNSAFE_componentWillReceiveProps&&\"function\"!==typeof g.componentWillReceiveProps||\n(h!==d||k!==l)&&qh(b,g,d,l);$g=!1;var r=b.memoizedState;g.state=r;gh(b,d,g,e);k=b.memoizedState;h!==d||r!==k||Wf.current||$g?(\"function\"===typeof m&&(kh(b,c,m,d),k=b.memoizedState),(h=$g||oh(b,c,h,d,r,k,l))?(q||\"function\"!==typeof g.UNSAFE_componentWillMount&&\"function\"!==typeof g.componentWillMount||(\"function\"===typeof g.componentWillMount&&g.componentWillMount(),\"function\"===typeof g.UNSAFE_componentWillMount&&g.UNSAFE_componentWillMount()),\"function\"===typeof 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c.getDerivedStateFromError?null:d.render();b.flags|=1;null!==a&&g?(b.child=Bh(b,a.child,null,f),b.child=Bh(b,null,h,f)):Yi(a,b,h,f);b.memoizedState=d.state;e&&dg(b,c,!0);return b.child}function lj(a){var b=a.stateNode;b.pendingContext?ag(a,b.pendingContext,b.pendingContext!==b.context):b.context&&ag(a,b.context,!1);Ih(a,b.containerInfo)}\nfunction mj(a,b,c,d,e){Ig();Jg(e);b.flags|=256;Yi(a,b,c,d);return b.child}var nj={dehydrated:null,treeContext:null,retryLane:0};function oj(a){return{baseLanes:a,cachePool:null,transitions:null}}\nfunction pj(a,b,c){var d=b.pendingProps,e=M.current,f=!1,g=0!==(b.flags&128),h;(h=g)||(h=null!==a&&null===a.memoizedState?!1:0!==(e&2));if(h)f=!0,b.flags&=-129;else if(null===a||null!==a.memoizedState)e|=1;G(M,e&1);if(null===a){Eg(b);a=b.memoizedState;if(null!==a&&(a=a.dehydrated,null!==a))return 0===(b.mode&1)?b.lanes=1:\"$!\"===a.data?b.lanes=8:b.lanes=1073741824,null;g=d.children;a=d.fallback;return f?(d=b.mode,f=b.child,g={mode:\"hidden\",children:g},0===(d&1)&&null!==f?(f.childLanes=0,f.pendingProps=\ng):f=qj(g,d,0,null),a=Ah(a,d,c,null),f.return=b,a.return=b,f.sibling=a,b.child=f,b.child.memoizedState=oj(c),b.memoizedState=nj,a):rj(b,g)}e=a.memoizedState;if(null!==e&&(h=e.dehydrated,null!==h))return sj(a,b,g,d,h,e,c);if(f){f=d.fallback;g=b.mode;e=a.child;h=e.sibling;var k={mode:\"hidden\",children:d.children};0===(g&1)&&b.child!==e?(d=b.child,d.childLanes=0,d.pendingProps=k,b.deletions=null):(d=wh(e,k),d.subtreeFlags=e.subtreeFlags&14680064);null!==h?f=wh(h,f):(f=Ah(f,g,c,null),f.flags|=2);f.return=\nb;d.return=b;d.sibling=f;b.child=d;d=f;f=b.child;g=a.child.memoizedState;g=null===g?oj(c):{baseLanes:g.baseLanes|c,cachePool:null,transitions:g.transitions};f.memoizedState=g;f.childLanes=a.childLanes&~c;b.memoizedState=nj;return d}f=a.child;a=f.sibling;d=wh(f,{mode:\"visible\",children:d.children});0===(b.mode&1)&&(d.lanes=c);d.return=b;d.sibling=null;null!==a&&(c=b.deletions,null===c?(b.deletions=[a],b.flags|=16):c.push(a));b.child=d;b.memoizedState=null;return d}\nfunction rj(a,b){b=qj({mode:\"visible\",children:b},a.mode,0,null);b.return=a;return a.child=b}function tj(a,b,c,d){null!==d&&Jg(d);Bh(b,a.child,null,c);a=rj(b,b.pendingProps.children);a.flags|=2;b.memoizedState=null;return a}\nfunction sj(a,b,c,d,e,f,g){if(c){if(b.flags&256)return b.flags&=-257,d=Li(Error(p(422))),tj(a,b,g,d);if(null!==b.memoizedState)return b.child=a.child,b.flags|=128,null;f=d.fallback;e=b.mode;d=qj({mode:\"visible\",children:d.children},e,0,null);f=Ah(f,e,g,null);f.flags|=2;d.return=b;f.return=b;d.sibling=f;b.child=d;0!==(b.mode&1)&&Bh(b,a.child,null,g);b.child.memoizedState=oj(g);b.memoizedState=nj;return f}if(0===(b.mode&1))return tj(a,b,g,null);if(\"$!\"===e.data){d=e.nextSibling&&e.nextSibling.dataset;\nif(d)var 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f=a.memoizedState;null===f?a.memoizedState={isBackwards:b,rendering:null,renderingStartTime:0,last:d,tail:c,tailMode:e}:(f.isBackwards=b,f.rendering=null,f.renderingStartTime=0,f.last=d,f.tail=c,f.tailMode=e)}\nfunction yj(a,b,c){var d=b.pendingProps,e=d.revealOrder,f=d.tail;Yi(a,b,d.children,c);d=M.current;if(0!==(d&2))d=d&1|2,b.flags|=128;else{if(null!==a&&0!==(a.flags&128))a:for(a=b.child;null!==a;){if(13===a.tag)null!==a.memoizedState&&wj(a,c,b);else if(19===a.tag)wj(a,c,b);else if(null!==a.child){a.child.return=a;a=a.child;continue}if(a===b)break a;for(;null===a.sibling;){if(null===a.return||a.return===b)break a;a=a.return}a.sibling.return=a.return;a=a.sibling}d&=1}G(M,d);if(0===(b.mode&1))b.memoizedState=\nnull;else switch(e){case \"forwards\":c=b.child;for(e=null;null!==c;)a=c.alternate,null!==a&&null===Mh(a)&&(e=c),c=c.sibling;c=e;null===c?(e=b.child,b.child=null):(e=c.sibling,c.sibling=null);xj(b,!1,e,c,f);break;case \"backwards\":c=null;e=b.child;for(b.child=null;null!==e;){a=e.alternate;if(null!==a&&null===Mh(a)){b.child=e;break}a=e.sibling;e.sibling=c;c=e;e=a}xj(b,!0,c,null,f);break;case \"together\":xj(b,!1,null,null,void 0);break;default:b.memoizedState=null}return b.child}\nfunction jj(a,b){0===(b.mode&1)&&null!==a&&(a.alternate=null,b.alternate=null,b.flags|=2)}function $i(a,b,c){null!==a&&(b.dependencies=a.dependencies);hh|=b.lanes;if(0===(c&b.childLanes))return null;if(null!==a&&b.child!==a.child)throw Error(p(153));if(null!==b.child){a=b.child;c=wh(a,a.pendingProps);b.child=c;for(c.return=b;null!==a.sibling;)a=a.sibling,c=c.sibling=wh(a,a.pendingProps),c.return=b;c.sibling=null}return b.child}\nfunction zj(a,b,c){switch(b.tag){case 3:lj(b);Ig();break;case 5:Kh(b);break;case 1:Zf(b.type)&&cg(b);break;case 4:Ih(b,b.stateNode.containerInfo);break;case 10:var d=b.type._context,e=b.memoizedProps.value;G(Mg,d._currentValue);d._currentValue=e;break;case 13:d=b.memoizedState;if(null!==d){if(null!==d.dehydrated)return G(M,M.current&1),b.flags|=128,null;if(0!==(c&b.child.childLanes))return pj(a,b,c);G(M,M.current&1);a=$i(a,b,c);return null!==a?a.sibling:null}G(M,M.current&1);break;case 19:d=0!==(c&\nb.childLanes);if(0!==(a.flags&128)){if(d)return yj(a,b,c);b.flags|=128}e=b.memoizedState;null!==e&&(e.rendering=null,e.tail=null,e.lastEffect=null);G(M,M.current);if(d)break;else return null;case 22:case 23:return b.lanes=0,ej(a,b,c)}return $i(a,b,c)}var Aj,Bj,Cj,Dj;\nAj=function(a,b){for(var c=b.child;null!==c;){if(5===c.tag||6===c.tag)a.appendChild(c.stateNode);else if(4!==c.tag&&null!==c.child){c.child.return=c;c=c.child;continue}if(c===b)break;for(;null===c.sibling;){if(null===c.return||c.return===b)return;c=c.return}c.sibling.return=c.return;c=c.sibling}};Bj=function(){};\nCj=function(a,b,c,d){var e=a.memoizedProps;if(e!==d){a=b.stateNode;Hh(Eh.current);var f=null;switch(c){case \"input\":e=Ya(a,e);d=Ya(a,d);f=[];break;case 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for(e=a.child;null!==e;)c|=e.lanes|e.childLanes,d|=e.subtreeFlags,d|=e.flags,e.return=a,e=e.sibling;a.subtreeFlags|=d;a.childLanes=c;return b}\nfunction Fj(a,b,c){var d=b.pendingProps;wg(b);switch(b.tag){case 2:case 16:case 15:case 0:case 11:case 7:case 8:case 12:case 9:case 14:return S(b),null;case 1:return Zf(b.type)&&$f(),S(b),null;case 3:d=b.stateNode;Jh();E(Wf);E(H);Oh();d.pendingContext&&(d.context=d.pendingContext,d.pendingContext=null);if(null===a||null===a.child)Gg(b)?b.flags|=4:null===a||a.memoizedState.isDehydrated&&0===(b.flags&256)||(b.flags|=1024,null!==zg&&(Gj(zg),zg=null));Bj(a,b);S(b);return null;case 5:Lh(b);var e=Hh(Gh.current);\nc=b.type;if(null!==a&&null!=b.stateNode)Cj(a,b,c,d,e),a.ref!==b.ref&&(b.flags|=512,b.flags|=2097152);else{if(!d){if(null===b.stateNode)throw Error(p(166));S(b);return null}a=Hh(Eh.current);if(Gg(b)){d=b.stateNode;c=b.type;var f=b.memoizedProps;d[Of]=b;d[Pf]=f;a=0!==(b.mode&1);switch(c){case 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vl={bundleType:ul.bundleType,version:ul.version,rendererPackageName:ul.rendererPackageName,rendererConfig:ul.rendererConfig,overrideHookState:null,overrideHookStateDeletePath:null,overrideHookStateRenamePath:null,overrideProps:null,overridePropsDeletePath:null,overridePropsRenamePath:null,setErrorHandler:null,setSuspenseHandler:null,scheduleUpdate:null,currentDispatcherRef:ua.ReactCurrentDispatcher,findHostInstanceByFiber:function(a){a=Zb(a);return null===a?null:a.stateNode},findFiberByHostInstance:ul.findFiberByHostInstance||\nkl,findHostInstancesForRefresh:null,scheduleRefresh:null,scheduleRoot:null,setRefreshHandler:null,getCurrentFiber:null,reconcilerVersion:\"18.2.0-next-9e3b772b8-20220608\"};if(\"undefined\"!==typeof __REACT_DEVTOOLS_GLOBAL_HOOK__){var wl=__REACT_DEVTOOLS_GLOBAL_HOOK__;if(!wl.isDisabled&&wl.supportsFiber)try{kc=wl.inject(vl),lc=wl}catch(a){}}exports.__SECRET_INTERNALS_DO_NOT_USE_OR_YOU_WILL_BE_FIRED=tl;\nexports.createPortal=function(a,b){var c=2<arguments.length&&void 0!==arguments[2]?arguments[2]:null;if(!ol(b))throw Error(p(200));return dl(a,b,null,c)};exports.createRoot=function(a,b){if(!ol(a))throw Error(p(299));var c=!1,d=\"\",e=ll;null!==b&&void 0!==b&&(!0===b.unstable_strictMode&&(c=!0),void 0!==b.identifierPrefix&&(d=b.identifierPrefix),void 0!==b.onRecoverableError&&(e=b.onRecoverableError));b=cl(a,1,!1,null,null,c,!1,d,e);a[uf]=b.current;sf(8===a.nodeType?a.parentNode:a);return new ml(b)};\nexports.findDOMNode=function(a){if(null==a)return null;if(1===a.nodeType)return a;var b=a._reactInternals;if(void 0===b){if(\"function\"===typeof a.render)throw Error(p(188));a=Object.keys(a).join(\",\");throw Error(p(268,a));}a=Zb(b);a=null===a?null:a.stateNode;return a};exports.flushSync=function(a){return Sk(a)};exports.hydrate=function(a,b,c){if(!pl(b))throw Error(p(200));return sl(null,a,b,!0,c)};\nexports.hydrateRoot=function(a,b,c){if(!ol(a))throw Error(p(405));var d=null!=c&&c.hydratedSources||null,e=!1,f=\"\",g=ll;null!==c&&void 0!==c&&(!0===c.unstable_strictMode&&(e=!0),void 0!==c.identifierPrefix&&(f=c.identifierPrefix),void 0!==c.onRecoverableError&&(g=c.onRecoverableError));b=fl(b,null,a,1,null!=c?c:null,e,!1,f,g);a[uf]=b.current;sf(a);if(d)for(a=0;a<d.length;a++)c=d[a],e=c._getVersion,e=e(c._source),null==b.mutableSourceEagerHydrationData?b.mutableSourceEagerHydrationData=[c,e]:b.mutableSourceEagerHydrationData.push(c,\ne);return new nl(b)};exports.render=function(a,b,c){if(!pl(b))throw Error(p(200));return sl(null,a,b,!1,c)};exports.unmountComponentAtNode=function(a){if(!pl(a))throw Error(p(40));return a._reactRootContainer?(Sk(function(){sl(null,null,a,!1,function(){a._reactRootContainer=null;a[uf]=null})}),!0):!1};exports.unstable_batchedUpdates=Rk;\nexports.unstable_renderSubtreeIntoContainer=function(a,b,c,d){if(!pl(c))throw Error(p(200));if(null==a||void 0===a._reactInternals)throw Error(p(38));return sl(a,b,c,!1,d)};exports.version=\"18.2.0-next-9e3b772b8-20220608\";\n","'use strict';\n\nvar m = require('react-dom');\nif (process.env.NODE_ENV === 'production') {\n  exports.createRoot = m.createRoot;\n  exports.hydrateRoot = m.hydrateRoot;\n} else {\n  var i = m.__SECRET_INTERNALS_DO_NOT_USE_OR_YOU_WILL_BE_FIRED;\n  exports.createRoot = function(c, o) {\n    i.usingClientEntryPoint = true;\n    try {\n      return m.createRoot(c, o);\n    } finally {\n      i.usingClientEntryPoint = false;\n    }\n  };\n  exports.hydrateRoot = function(c, h, o) {\n    i.usingClientEntryPoint = true;\n    try {\n      return m.hydrateRoot(c, h, o);\n    } finally {\n      i.usingClientEntryPoint = false;\n    }\n  };\n}\n","'use strict';\n\nfunction checkDCE() {\n  /* global __REACT_DEVTOOLS_GLOBAL_HOOK__ */\n  if (\n    typeof __REACT_DEVTOOLS_GLOBAL_HOOK__ === 'undefined' ||\n    typeof __REACT_DEVTOOLS_GLOBAL_HOOK__.checkDCE !== 'function'\n  ) {\n    return;\n  }\n  if (process.env.NODE_ENV !== 'production') {\n    // This branch is unreachable because this function is only called\n    // in production, but the condition is true only in development.\n    // Therefore if the branch is still here, dead code elimination wasn't\n    // properly applied.\n    // Don't change the message. React DevTools relies on it. Also make sure\n    // this message doesn't occur elsewhere in this function, or it will cause\n    // a false positive.\n    throw new Error('^_^');\n  }\n  try {\n    // Verify that the code above has been dead code eliminated (DCE'd).\n    __REACT_DEVTOOLS_GLOBAL_HOOK__.checkDCE(checkDCE);\n  } catch (err) {\n    // DevTools shouldn't crash React, no matter what.\n    // We should still report in case we break this code.\n    console.error(err);\n  }\n}\n\nif (process.env.NODE_ENV === 'production') {\n  // DCE check should happen before ReactDOM bundle executes so that\n  // DevTools can report bad minification during injection.\n  checkDCE();\n  module.exports = require('./cjs/react-dom.production.min.js');\n} else {\n  module.exports = require('./cjs/react-dom.development.js');\n}\n","(function (global, factory) {\n  if (typeof define === \"function\" && define.amd) {\n    define(['exports', './react-swipe'], factory);\n  } else if (typeof exports !== \"undefined\") {\n    factory(exports, require('./react-swipe'));\n  } else {\n    var mod = {\n      exports: {}\n    };\n    factory(mod.exports, global.reactSwipe);\n    global.index = mod.exports;\n  }\n})(this, function (exports, _reactSwipe) {\n  'use strict';\n\n  Object.defineProperty(exports, \"__esModule\", {\n    value: true\n  });\n\n  var _reactSwipe2 = _interopRequireDefault(_reactSwipe);\n\n  function _interopRequireDefault(obj) {\n    return obj && obj.__esModule ? obj : {\n      default: obj\n    };\n  }\n\n  exports.default = _reactSwipe2.default;\n});","(function (global, factory) {\n  if (typeof define === \"function\" && define.amd) {\n    define(['exports', 'react', 'prop-types'], factory);\n  } else if (typeof exports !== \"undefined\") {\n    factory(exports, require('react'), require('prop-types'));\n  } else {\n    var mod = {\n      exports: {}\n    };\n    factory(mod.exports, global.react, global.propTypes);\n    global.reactSwipe = mod.exports;\n  }\n})(this, function (exports, _react, _propTypes) {\n  'use strict';\n\n  Object.defineProperty(exports, \"__esModule\", {\n    value: true\n  });\n  exports.setHasSupportToCaptureOption = setHasSupportToCaptureOption;\n\n  var _react2 = _interopRequireDefault(_react);\n\n  var _propTypes2 = _interopRequireDefault(_propTypes);\n\n  function _interopRequireDefault(obj) {\n    return obj && obj.__esModule ? obj : {\n      default: obj\n    };\n  }\n\n  var _extends = Object.assign || function (target) {\n    for (var i = 1; i < arguments.length; i++) {\n      var source = arguments[i];\n\n      for (var key in source) {\n        if (Object.prototype.hasOwnProperty.call(source, key)) {\n          target[key] = source[key];\n        }\n      }\n    }\n\n    return target;\n  };\n\n  function _objectWithoutProperties(obj, keys) {\n    var target = {};\n\n    for (var i in obj) {\n      if (keys.indexOf(i) >= 0) continue;\n      if (!Object.prototype.hasOwnProperty.call(obj, i)) continue;\n      target[i] = obj[i];\n    }\n\n    return target;\n  }\n\n  function _classCallCheck(instance, Constructor) {\n    if (!(instance instanceof Constructor)) {\n      throw new TypeError(\"Cannot call a class as a function\");\n    }\n  }\n\n  var _createClass = function () {\n    function defineProperties(target, props) {\n      for (var i = 0; i < props.length; i++) {\n        var descriptor = props[i];\n        descriptor.enumerable = descriptor.enumerable || false;\n        descriptor.configurable = true;\n        if (\"value\" in descriptor) descriptor.writable = true;\n        Object.defineProperty(target, descriptor.key, descriptor);\n      }\n    }\n\n    return function (Constructor, protoProps, staticProps) {\n      if (protoProps) defineProperties(Constructor.prototype, protoProps);\n      if (staticProps) defineProperties(Constructor, staticProps);\n      return Constructor;\n    };\n  }();\n\n  function _possibleConstructorReturn(self, call) {\n    if (!self) {\n      throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\");\n    }\n\n    return call && (typeof call === \"object\" || typeof call === \"function\") ? call : self;\n  }\n\n  function _inherits(subClass, superClass) {\n    if (typeof superClass !== \"function\" && superClass !== null) {\n      throw new TypeError(\"Super expression must either be null or a function, not \" + typeof superClass);\n    }\n\n    subClass.prototype = Object.create(superClass && superClass.prototype, {\n      constructor: {\n        value: subClass,\n        enumerable: false,\n        writable: true,\n        configurable: true\n      }\n    });\n    if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass;\n  }\n\n  var supportsCaptureOption = false;\n  function setHasSupportToCaptureOption(hasSupport) {\n    supportsCaptureOption = hasSupport;\n  }\n\n  try {\n    addEventListener('test', null, Object.defineProperty({}, 'capture', { get: function get() {\n        setHasSupportToCaptureOption(true);\n      } }));\n  } catch (e) {} // eslint-disable-line no-empty\n\n  function getSafeEventHandlerOpts() {\n    var options = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : { capture: true };\n\n    return supportsCaptureOption ? options : options.capture;\n  }\n\n  /**\n   * [getPosition returns a position element that works for mouse or touch events]\n   * @param  {[Event]} event [the received event]\n   * @return {[Object]}      [x and y coords]\n   */\n  function getPosition(event) {\n    if ('touches' in event) {\n      var _event$touches$ = event.touches[0],\n          pageX = _event$touches$.pageX,\n          pageY = _event$touches$.pageY;\n\n      return { x: pageX, y: pageY };\n    }\n\n    var screenX = event.screenX,\n        screenY = event.screenY;\n\n    return { x: screenX, y: screenY };\n  }\n\n  var ReactSwipe = function (_Component) {\n    _inherits(ReactSwipe, _Component);\n\n    function ReactSwipe() {\n      var _ref;\n\n      _classCallCheck(this, ReactSwipe);\n\n      for (var _len = arguments.length, args = Array(_len), _key = 0; _key < _len; _key++) {\n        args[_key] = arguments[_key];\n      }\n\n      var _this = _possibleConstructorReturn(this, (_ref = ReactSwipe.__proto__ || Object.getPrototypeOf(ReactSwipe)).call.apply(_ref, [this].concat(args)));\n\n      _this._handleSwipeStart = _this._handleSwipeStart.bind(_this);\n      _this._handleSwipeMove = _this._handleSwipeMove.bind(_this);\n      _this._handleSwipeEnd = _this._handleSwipeEnd.bind(_this);\n\n      _this._onMouseDown = _this._onMouseDown.bind(_this);\n      _this._onMouseMove = _this._onMouseMove.bind(_this);\n      _this._onMouseUp = _this._onMouseUp.bind(_this);\n\n      _this._setSwiperRef = _this._setSwiperRef.bind(_this);\n      return _this;\n    }\n\n    _createClass(ReactSwipe, [{\n      key: 'componentDidMount',\n      value: function componentDidMount() {\n        if (this.swiper) {\n          this.swiper.addEventListener('touchmove', this._handleSwipeMove, getSafeEventHandlerOpts({\n            capture: true,\n            passive: false\n          }));\n        }\n      }\n    }, {\n      key: 'componentWillUnmount',\n      value: function componentWillUnmount() {\n        if (this.swiper) {\n          this.swiper.removeEventListener('touchmove', this._handleSwipeMove, getSafeEventHandlerOpts({\n            capture: true,\n            passive: false\n          }));\n        }\n      }\n    }, {\n      key: '_onMouseDown',\n      value: function _onMouseDown(event) {\n        if (!this.props.allowMouseEvents) {\n          return;\n        }\n\n        this.mouseDown = true;\n\n        document.addEventListener('mouseup', this._onMouseUp);\n        document.addEventListener('mousemove', this._onMouseMove);\n\n        this._handleSwipeStart(event);\n      }\n    }, {\n      key: '_onMouseMove',\n      value: function _onMouseMove(event) {\n        if (!this.mouseDown) {\n          return;\n        }\n\n        this._handleSwipeMove(event);\n      }\n    }, {\n      key: '_onMouseUp',\n      value: function _onMouseUp(event) {\n        this.mouseDown = false;\n\n        document.removeEventListener('mouseup', this._onMouseUp);\n        document.removeEventListener('mousemove', this._onMouseMove);\n\n        this._handleSwipeEnd(event);\n      }\n    }, {\n      key: '_handleSwipeStart',\n      value: function _handleSwipeStart(event) {\n        var _getPosition = getPosition(event),\n            x = _getPosition.x,\n            y = _getPosition.y;\n\n        this.moveStart = { x: x, y: y };\n        this.props.onSwipeStart(event);\n      }\n    }, {\n      key: '_handleSwipeMove',\n      value: function _handleSwipeMove(event) {\n        if (!this.moveStart) {\n          return;\n        }\n\n        var _getPosition2 = getPosition(event),\n            x = _getPosition2.x,\n            y = _getPosition2.y;\n\n        var deltaX = x - this.moveStart.x;\n        var deltaY = y - this.moveStart.y;\n        this.moving = true;\n\n        // handling the responsability of cancelling the scroll to\n        // the component handling the event\n        var shouldPreventDefault = this.props.onSwipeMove({\n          x: deltaX,\n          y: deltaY\n        }, event);\n\n        if (shouldPreventDefault && event.cancelable) {\n          event.preventDefault();\n        }\n\n        this.movePosition = { deltaX: deltaX, deltaY: deltaY };\n      }\n    }, {\n      key: '_handleSwipeEnd',\n      value: function _handleSwipeEnd(event) {\n        this.props.onSwipeEnd(event);\n\n        var tolerance = this.props.tolerance;\n\n\n        if (this.moving && this.movePosition) {\n          if (this.movePosition.deltaX < -tolerance) {\n            this.props.onSwipeLeft(1, event);\n          } else if (this.movePosition.deltaX > tolerance) {\n            this.props.onSwipeRight(1, event);\n          }\n          if (this.movePosition.deltaY < -tolerance) {\n            this.props.onSwipeUp(1, event);\n          } else if (this.movePosition.deltaY > tolerance) {\n            this.props.onSwipeDown(1, event);\n          }\n        }\n\n        this.moveStart = null;\n        this.moving = false;\n        this.movePosition = null;\n      }\n    }, {\n      key: '_setSwiperRef',\n      value: function _setSwiperRef(node) {\n        this.swiper = node;\n        this.props.innerRef(node);\n      }\n    }, {\n      key: 'render',\n      value: function render() {\n        var _props = this.props,\n            tagName = _props.tagName,\n            className = _props.className,\n            style = _props.style,\n            children = _props.children,\n            allowMouseEvents = _props.allowMouseEvents,\n            onSwipeUp = _props.onSwipeUp,\n            onSwipeDown = _props.onSwipeDown,\n            onSwipeLeft = _props.onSwipeLeft,\n            onSwipeRight = _props.onSwipeRight,\n            onSwipeStart = _props.onSwipeStart,\n            onSwipeMove = _props.onSwipeMove,\n            onSwipeEnd = _props.onSwipeEnd,\n            innerRef = _props.innerRef,\n            tolerance = _props.tolerance,\n            props = _objectWithoutProperties(_props, ['tagName', 'className', 'style', 'children', 'allowMouseEvents', 'onSwipeUp', 'onSwipeDown', 'onSwipeLeft', 'onSwipeRight', 'onSwipeStart', 'onSwipeMove', 'onSwipeEnd', 'innerRef', 'tolerance']);\n\n        return _react2.default.createElement(\n          this.props.tagName,\n          _extends({\n            ref: this._setSwiperRef,\n            onMouseDown: this._onMouseDown,\n            onTouchStart: this._handleSwipeStart,\n            onTouchEnd: this._handleSwipeEnd,\n            className: className,\n            style: style\n          }, props),\n          children\n        );\n      }\n    }]);\n\n    return ReactSwipe;\n  }(_react.Component);\n\n  ReactSwipe.displayName = 'ReactSwipe';\n  ReactSwipe.propTypes = {\n    tagName: _propTypes2.default.string,\n    className: _propTypes2.default.string,\n    style: _propTypes2.default.object,\n    children: _propTypes2.default.node,\n    allowMouseEvents: _propTypes2.default.bool,\n    onSwipeUp: _propTypes2.default.func,\n    onSwipeDown: _propTypes2.default.func,\n    onSwipeLeft: _propTypes2.default.func,\n    onSwipeRight: _propTypes2.default.func,\n    onSwipeStart: _propTypes2.default.func,\n    onSwipeMove: _propTypes2.default.func,\n    onSwipeEnd: _propTypes2.default.func,\n    innerRef: _propTypes2.default.func,\n    tolerance: _propTypes2.default.number.isRequired\n  };\n  ReactSwipe.defaultProps = {\n    tagName: 'div',\n    allowMouseEvents: false,\n    onSwipeUp: function onSwipeUp() {},\n    onSwipeDown: function onSwipeDown() {},\n    onSwipeLeft: function onSwipeLeft() {},\n    onSwipeRight: function onSwipeRight() {},\n    onSwipeStart: function onSwipeStart() {},\n    onSwipeMove: function onSwipeMove() {},\n    onSwipeEnd: function onSwipeEnd() {},\n    innerRef: function innerRef() {},\n\n    tolerance: 0\n  };\n  exports.default = ReactSwipe;\n});","/* global Map:readonly, Set:readonly, ArrayBuffer:readonly */\n\nvar hasElementType = typeof Element !== 'undefined';\nvar hasMap = typeof Map === 'function';\nvar hasSet = typeof Set === 'function';\nvar hasArrayBuffer = typeof ArrayBuffer === 'function' && !!ArrayBuffer.isView;\n\n// Note: We **don't** need `envHasBigInt64Array` in fde es6/index.js\n\nfunction equal(a, b) {\n  // START: fast-deep-equal es6/index.js 3.1.3\n  if (a === b) return true;\n\n  if (a && b && typeof a == 'object' && typeof b == 'object') {\n    if (a.constructor !== b.constructor) return false;\n\n    var length, i, keys;\n    if (Array.isArray(a)) {\n      length = a.length;\n      if (length != b.length) return false;\n      for (i = length; i-- !== 0;)\n        if (!equal(a[i], b[i])) return false;\n      return true;\n    }\n\n    // START: Modifications:\n    // 1. Extra `has<Type> &&` helpers in initial condition allow es6 code\n    //    to co-exist with es5.\n    // 2. Replace `for of` with es5 compliant iteration using `for`.\n    //    Basically, take:\n    //\n    //    ```js\n    //    for (i of a.entries())\n    //      if (!b.has(i[0])) return false;\n    //    ```\n    //\n    //    ... and convert to:\n    //\n    //    ```js\n    //    it = a.entries();\n    //    while (!(i = it.next()).done)\n    //      if (!b.has(i.value[0])) return false;\n    //    ```\n    //\n    //    **Note**: `i` access switches to `i.value`.\n    var it;\n    if (hasMap && (a instanceof Map) && (b instanceof Map)) {\n      if (a.size !== b.size) return false;\n      it = a.entries();\n      while (!(i = it.next()).done)\n        if (!b.has(i.value[0])) return false;\n      it = a.entries();\n      while (!(i = it.next()).done)\n        if (!equal(i.value[1], b.get(i.value[0]))) return false;\n      return true;\n    }\n\n    if (hasSet && (a instanceof Set) && (b instanceof Set)) {\n      if (a.size !== b.size) return false;\n      it = a.entries();\n      while (!(i = it.next()).done)\n        if (!b.has(i.value[0])) return false;\n      return true;\n    }\n    // END: Modifications\n\n    if (hasArrayBuffer && ArrayBuffer.isView(a) && ArrayBuffer.isView(b)) {\n      length = a.length;\n      if (length != b.length) return false;\n      for (i = length; i-- !== 0;)\n        if (a[i] !== b[i]) return false;\n      return true;\n    }\n\n    if (a.constructor === RegExp) return a.source === b.source && a.flags === b.flags;\n    // START: Modifications:\n    // Apply guards for `Object.create(null)` handling. See:\n    // - https://github.com/FormidableLabs/react-fast-compare/issues/64\n    // - https://github.com/epoberezkin/fast-deep-equal/issues/49\n    if (a.valueOf !== Object.prototype.valueOf && typeof a.valueOf === 'function' && typeof b.valueOf === 'function') return a.valueOf() === b.valueOf();\n    if (a.toString !== Object.prototype.toString && typeof a.toString === 'function' && typeof b.toString === 'function') return a.toString() === b.toString();\n    // END: Modifications\n\n    keys = Object.keys(a);\n    length = keys.length;\n    if (length !== Object.keys(b).length) return false;\n\n    for (i = length; i-- !== 0;)\n      if (!Object.prototype.hasOwnProperty.call(b, keys[i])) return false;\n    // END: fast-deep-equal\n\n    // START: react-fast-compare\n    // custom handling for DOM elements\n    if (hasElementType && a instanceof Element) return false;\n\n    // custom handling for React/Preact\n    for (i = length; i-- !== 0;) {\n      if ((keys[i] === '_owner' || keys[i] === '__v' || keys[i] === '__o') && a.$$typeof) {\n        // React-specific: avoid traversing React elements' _owner\n        // Preact-specific: avoid traversing Preact elements' __v and __o\n        //    __v = $_original / $_vnode\n        //    __o = $_owner\n        // These properties contain circular references and are not needed when\n        // comparing the actual elements (and not their owners)\n        // .$$typeof and ._store on just reasonable markers of elements\n\n        continue;\n      }\n\n      // all other properties should be traversed as usual\n      if (!equal(a[keys[i]], b[keys[i]])) return false;\n    }\n    // END: react-fast-compare\n\n    // START: fast-deep-equal\n    return true;\n  }\n\n  return a !== a && b !== b;\n}\n// end fast-deep-equal\n\nmodule.exports = function isEqual(a, b) {\n  try {\n    return equal(a, b);\n  } catch (error) {\n    if (((error.message || '').match(/stack|recursion/i))) {\n      // warn on circular references, don't crash\n      // browsers give this different errors name and messages:\n      // chrome/safari: \"RangeError\", \"Maximum call stack size exceeded\"\n      // firefox: \"InternalError\", too much recursion\"\n      // edge: \"Error\", \"Out of stack space\"\n      console.warn('react-fast-compare cannot handle circular refs');\n      return false;\n    }\n    // some other error. we should definitely know about these\n    throw error;\n  }\n};\n","var __create = Object.create;\nvar __defProp = Object.defineProperty;\nvar __getOwnPropDesc = Object.getOwnPropertyDescriptor;\nvar __getOwnPropNames = Object.getOwnPropertyNames;\nvar __getProtoOf = Object.getPrototypeOf;\nvar __hasOwnProp = Object.prototype.hasOwnProperty;\nvar __defNormalProp = (obj, key, value) => key in obj ? __defProp(obj, key, { enumerable: true, configurable: true, writable: true, value }) : obj[key] = value;\nvar __export = (target, all) => {\n  for (var name in all)\n    __defProp(target, name, { get: all[name], enumerable: true });\n};\nvar __copyProps = (to, from, except, desc) => {\n  if (from && typeof from === \"object\" || typeof from === \"function\") {\n    for (let key of __getOwnPropNames(from))\n      if (!__hasOwnProp.call(to, key) && key !== except)\n        __defProp(to, key, { get: () => from[key], enumerable: !(desc = __getOwnPropDesc(from, key)) || desc.enumerable });\n  }\n  return to;\n};\nvar __toESM = (mod, isNodeMode, target) => (target = mod != null ? __create(__getProtoOf(mod)) : {}, __copyProps(\n  // If the importer is in node compatibility mode or this is not an ESM\n  // file that has been converted to a CommonJS file using a Babel-\n  // compatible transform (i.e. \"__esModule\" has not been set), then set\n  // \"default\" to the CommonJS \"module.exports\" for node compatibility.\n  isNodeMode || !mod || !mod.__esModule ? __defProp(target, \"default\", { value: mod, enumerable: true }) : target,\n  mod\n));\nvar __toCommonJS = (mod) => __copyProps(__defProp({}, \"__esModule\", { value: true }), mod);\nvar __publicField = (obj, key, value) => {\n  __defNormalProp(obj, typeof key !== \"symbol\" ? key + \"\" : key, value);\n  return value;\n};\nvar Player_exports = {};\n__export(Player_exports, {\n  default: () => Player\n});\nmodule.exports = __toCommonJS(Player_exports);\nvar import_react = __toESM(require(\"react\"));\nvar import_react_fast_compare = __toESM(require(\"react-fast-compare\"));\nvar import_props = require(\"./props\");\nvar import_utils = require(\"./utils\");\nconst SEEK_ON_PLAY_EXPIRY = 5e3;\nclass Player extends import_react.Component {\n  constructor() {\n    super(...arguments);\n    __publicField(this, \"mounted\", false);\n    __publicField(this, \"isReady\", false);\n    __publicField(this, \"isPlaying\", false);\n    // Track playing state internally to prevent bugs\n    __publicField(this, \"isLoading\", true);\n    // Use isLoading to prevent onPause when switching URL\n    __publicField(this, \"loadOnReady\", null);\n    __publicField(this, \"startOnPlay\", true);\n    __publicField(this, \"seekOnPlay\", null);\n    __publicField(this, \"onDurationCalled\", false);\n    __publicField(this, \"handlePlayerMount\", (player) => {\n      if (this.player) {\n        this.progress();\n        return;\n      }\n      this.player = player;\n      this.player.load(this.props.url);\n      this.progress();\n    });\n    __publicField(this, \"getInternalPlayer\", (key) => {\n      if (!this.player)\n        return null;\n      return this.player[key];\n    });\n    __publicField(this, \"progress\", () => {\n      if (this.props.url && this.player && this.isReady) {\n        const playedSeconds = this.getCurrentTime() || 0;\n        const loadedSeconds = this.getSecondsLoaded();\n        const duration = this.getDuration();\n        if (duration) {\n          const progress = {\n            playedSeconds,\n            played: playedSeconds / duration\n          };\n          if (loadedSeconds !== null) {\n            progress.loadedSeconds = loadedSeconds;\n            progress.loaded = loadedSeconds / duration;\n          }\n          if (progress.playedSeconds !== this.prevPlayed || progress.loadedSeconds !== this.prevLoaded) {\n            this.props.onProgress(progress);\n          }\n          this.prevPlayed = progress.playedSeconds;\n          this.prevLoaded = progress.loadedSeconds;\n        }\n      }\n      this.progressTimeout = setTimeout(this.progress, this.props.progressFrequency || this.props.progressInterval);\n    });\n    __publicField(this, \"handleReady\", () => {\n      if (!this.mounted)\n        return;\n      this.isReady = true;\n      this.isLoading = false;\n      const { onReady, playing, volume, muted } = this.props;\n      onReady();\n      if (!muted && volume !== null) {\n        this.player.setVolume(volume);\n      }\n      if (this.loadOnReady) {\n        this.player.load(this.loadOnReady, true);\n        this.loadOnReady = null;\n      } else if (playing) {\n        this.player.play();\n      }\n      this.handleDurationCheck();\n    });\n    __publicField(this, \"handlePlay\", () => {\n      this.isPlaying = true;\n      this.isLoading = false;\n      const { onStart, onPlay, playbackRate } = this.props;\n      if (this.startOnPlay) {\n        if (this.player.setPlaybackRate && playbackRate !== 1) {\n          this.player.setPlaybackRate(playbackRate);\n        }\n        onStart();\n        this.startOnPlay = false;\n      }\n      onPlay();\n      if (this.seekOnPlay) {\n        this.seekTo(this.seekOnPlay);\n        this.seekOnPlay = null;\n      }\n      this.handleDurationCheck();\n    });\n    __publicField(this, \"handlePause\", (e) => {\n      this.isPlaying = false;\n      if (!this.isLoading) {\n        this.props.onPause(e);\n      }\n    });\n    __publicField(this, \"handleEnded\", () => {\n      const { activePlayer, loop, onEnded } = this.props;\n      if (activePlayer.loopOnEnded && loop) {\n        this.seekTo(0);\n      }\n      if (!loop) {\n        this.isPlaying = false;\n        onEnded();\n      }\n    });\n    __publicField(this, \"handleError\", (...args) => {\n      this.isLoading = false;\n      this.props.onError(...args);\n    });\n    __publicField(this, \"handleDurationCheck\", () => {\n      clearTimeout(this.durationCheckTimeout);\n      const duration = this.getDuration();\n      if (duration) {\n        if (!this.onDurationCalled) {\n          this.props.onDuration(duration);\n          this.onDurationCalled = true;\n        }\n      } else {\n        this.durationCheckTimeout = setTimeout(this.handleDurationCheck, 100);\n      }\n    });\n    __publicField(this, \"handleLoaded\", () => {\n      this.isLoading = false;\n    });\n  }\n  componentDidMount() {\n    this.mounted = true;\n  }\n  componentWillUnmount() {\n    clearTimeout(this.progressTimeout);\n    clearTimeout(this.durationCheckTimeout);\n    if (this.isReady && this.props.stopOnUnmount) {\n      this.player.stop();\n      if (this.player.disablePIP) {\n        this.player.disablePIP();\n      }\n    }\n    this.mounted = false;\n  }\n  componentDidUpdate(prevProps) {\n    if (!this.player) {\n      return;\n    }\n    const { url, playing, volume, muted, playbackRate, pip, loop, activePlayer, disableDeferredLoading } = this.props;\n    if (!(0, import_react_fast_compare.default)(prevProps.url, url)) {\n      if (this.isLoading && !activePlayer.forceLoad && !disableDeferredLoading && !(0, import_utils.isMediaStream)(url)) {\n        console.warn(`ReactPlayer: the attempt to load ${url} is being deferred until the player has loaded`);\n        this.loadOnReady = url;\n        return;\n      }\n      this.isLoading = true;\n      this.startOnPlay = true;\n      this.onDurationCalled = false;\n      this.player.load(url, this.isReady);\n    }\n    if (!prevProps.playing && playing && !this.isPlaying) {\n      this.player.play();\n    }\n    if (prevProps.playing && !playing && this.isPlaying) {\n      this.player.pause();\n    }\n    if (!prevProps.pip && pip && this.player.enablePIP) {\n      this.player.enablePIP();\n    }\n    if (prevProps.pip && !pip && this.player.disablePIP) {\n      this.player.disablePIP();\n    }\n    if (prevProps.volume !== volume && volume !== null) {\n      this.player.setVolume(volume);\n    }\n    if (prevProps.muted !== muted) {\n      if (muted) {\n        this.player.mute();\n      } else {\n        this.player.unmute();\n        if (volume !== null) {\n          setTimeout(() => this.player.setVolume(volume));\n        }\n      }\n    }\n    if (prevProps.playbackRate !== playbackRate && this.player.setPlaybackRate) {\n      this.player.setPlaybackRate(playbackRate);\n    }\n    if (prevProps.loop !== loop && this.player.setLoop) {\n      this.player.setLoop(loop);\n    }\n  }\n  getDuration() {\n    if (!this.isReady)\n      return null;\n    return this.player.getDuration();\n  }\n  getCurrentTime() {\n    if (!this.isReady)\n      return null;\n    return this.player.getCurrentTime();\n  }\n  getSecondsLoaded() {\n    if (!this.isReady)\n      return null;\n    return this.player.getSecondsLoaded();\n  }\n  seekTo(amount, type, keepPlaying) {\n    if (!this.isReady) {\n      if (amount !== 0) {\n        this.seekOnPlay = amount;\n        setTimeout(() => {\n          this.seekOnPlay = null;\n        }, SEEK_ON_PLAY_EXPIRY);\n      }\n      return;\n    }\n    const isFraction = !type ? amount > 0 && amount < 1 : type === \"fraction\";\n    if (isFraction) {\n      const duration = this.player.getDuration();\n      if (!duration) {\n        console.warn(\"ReactPlayer: could not seek using fraction \\u2013\\xA0duration not yet available\");\n        return;\n      }\n      this.player.seekTo(duration * amount, keepPlaying);\n      return;\n    }\n    this.player.seekTo(amount, keepPlaying);\n  }\n  render() {\n    const Player2 = this.props.activePlayer;\n    if (!Player2) {\n      return null;\n    }\n    return /* @__PURE__ */ import_react.default.createElement(\n      Player2,\n      {\n        ...this.props,\n        onMount: this.handlePlayerMount,\n        onReady: this.handleReady,\n        onPlay: this.handlePlay,\n        onPause: this.handlePause,\n        onEnded: this.handleEnded,\n        onLoaded: this.handleLoaded,\n        onError: this.handleError\n      }\n    );\n  }\n}\n__publicField(Player, \"displayName\", \"Player\");\n__publicField(Player, \"propTypes\", import_props.propTypes);\n__publicField(Player, \"defaultProps\", import_props.defaultProps);\n","var __create = Object.create;\nvar __defProp = Object.defineProperty;\nvar __getOwnPropDesc = Object.getOwnPropertyDescriptor;\nvar __getOwnPropNames = Object.getOwnPropertyNames;\nvar __getProtoOf = Object.getPrototypeOf;\nvar __hasOwnProp = Object.prototype.hasOwnProperty;\nvar __defNormalProp = (obj, key, value) => key in obj ? __defProp(obj, key, { enumerable: true, configurable: true, writable: true, value }) : obj[key] = value;\nvar __export = (target, all) => {\n  for (var name in all)\n    __defProp(target, name, { get: all[name], enumerable: true });\n};\nvar __copyProps = (to, from, except, desc) => {\n  if (from && typeof from === \"object\" || typeof from === \"function\") {\n    for (let key of __getOwnPropNames(from))\n      if (!__hasOwnProp.call(to, key) && key !== except)\n        __defProp(to, key, { get: () => from[key], enumerable: !(desc = __getOwnPropDesc(from, key)) || desc.enumerable });\n  }\n  return to;\n};\nvar __toESM = (mod, isNodeMode, target) => (target = mod != null ? __create(__getProtoOf(mod)) : {}, __copyProps(\n  // If the importer is in node compatibility mode or this is not an ESM\n  // file that has been converted to a CommonJS file using a Babel-\n  // compatible transform (i.e. \"__esModule\" has not been set), then set\n  // \"default\" to the CommonJS \"module.exports\" for node compatibility.\n  isNodeMode || !mod || !mod.__esModule ? __defProp(target, \"default\", { value: mod, enumerable: true }) : target,\n  mod\n));\nvar __toCommonJS = (mod) => __copyProps(__defProp({}, \"__esModule\", { value: true }), mod);\nvar __publicField = (obj, key, value) => {\n  __defNormalProp(obj, typeof key !== \"symbol\" ? key + \"\" : key, value);\n  return value;\n};\nvar ReactPlayer_exports = {};\n__export(ReactPlayer_exports, {\n  createReactPlayer: () => createReactPlayer\n});\nmodule.exports = __toCommonJS(ReactPlayer_exports);\nvar import_react = __toESM(require(\"react\"));\nvar import_deepmerge = __toESM(require(\"deepmerge\"));\nvar import_memoize_one = __toESM(require(\"memoize-one\"));\nvar import_react_fast_compare = __toESM(require(\"react-fast-compare\"));\nvar import_props = require(\"./props\");\nvar import_utils = require(\"./utils\");\nvar import_Player = __toESM(require(\"./Player\"));\nconst Preview = (0, import_utils.lazy)(() => import(\n  /* webpackChunkName: 'reactPlayerPreview' */\n  \"./Preview\"\n));\nconst IS_BROWSER = typeof window !== \"undefined\" && window.document;\nconst IS_GLOBAL = typeof global !== \"undefined\" && global.window && global.window.document;\nconst SUPPORTED_PROPS = Object.keys(import_props.propTypes);\nconst UniversalSuspense = IS_BROWSER || IS_GLOBAL ? import_react.Suspense : () => null;\nconst customPlayers = [];\nconst createReactPlayer = (players, fallback) => {\n  var _a;\n  return _a = class extends import_react.Component {\n    constructor() {\n      super(...arguments);\n      __publicField(this, \"state\", {\n        showPreview: !!this.props.light\n      });\n      // Use references, as refs is used by React\n      __publicField(this, \"references\", {\n        wrapper: (wrapper) => {\n          this.wrapper = wrapper;\n        },\n        player: (player) => {\n          this.player = player;\n        }\n      });\n      __publicField(this, \"handleClickPreview\", (e) => {\n        this.setState({ showPreview: false });\n        this.props.onClickPreview(e);\n      });\n      __publicField(this, \"showPreview\", () => {\n        this.setState({ showPreview: true });\n      });\n      __publicField(this, \"getDuration\", () => {\n        if (!this.player)\n          return null;\n        return this.player.getDuration();\n      });\n      __publicField(this, \"getCurrentTime\", () => {\n        if (!this.player)\n          return null;\n        return this.player.getCurrentTime();\n      });\n      __publicField(this, \"getSecondsLoaded\", () => {\n        if (!this.player)\n          return null;\n        return this.player.getSecondsLoaded();\n      });\n      __publicField(this, \"getInternalPlayer\", (key = \"player\") => {\n        if (!this.player)\n          return null;\n        return this.player.getInternalPlayer(key);\n      });\n      __publicField(this, \"seekTo\", (fraction, type, keepPlaying) => {\n        if (!this.player)\n          return null;\n        this.player.seekTo(fraction, type, keepPlaying);\n      });\n      __publicField(this, \"handleReady\", () => {\n        this.props.onReady(this);\n      });\n      __publicField(this, \"getActivePlayer\", (0, import_memoize_one.default)((url) => {\n        for (const player of [...customPlayers, ...players]) {\n          if (player.canPlay(url)) {\n            return player;\n          }\n        }\n        if (fallback) {\n          return fallback;\n        }\n        return null;\n      }));\n      __publicField(this, \"getConfig\", (0, import_memoize_one.default)((url, key) => {\n        const { config } = this.props;\n        return import_deepmerge.default.all([\n          import_props.defaultProps.config,\n          import_props.defaultProps.config[key] || {},\n          config,\n          config[key] || {}\n        ]);\n      }));\n      __publicField(this, \"getAttributes\", (0, import_memoize_one.default)((url) => {\n        return (0, import_utils.omit)(this.props, SUPPORTED_PROPS);\n      }));\n      __publicField(this, \"renderActivePlayer\", (url) => {\n        if (!url)\n          return null;\n        const player = this.getActivePlayer(url);\n        if (!player)\n          return null;\n        const config = this.getConfig(url, player.key);\n        return /* @__PURE__ */ import_react.default.createElement(\n          import_Player.default,\n          {\n            ...this.props,\n            key: player.key,\n            ref: this.references.player,\n            config,\n            activePlayer: player.lazyPlayer || player,\n            onReady: this.handleReady\n          }\n        );\n      });\n    }\n    shouldComponentUpdate(nextProps, nextState) {\n      return !(0, import_react_fast_compare.default)(this.props, nextProps) || !(0, import_react_fast_compare.default)(this.state, nextState);\n    }\n    componentDidUpdate(prevProps) {\n      const { light } = this.props;\n      if (!prevProps.light && light) {\n        this.setState({ showPreview: true });\n      }\n      if (prevProps.light && !light) {\n        this.setState({ showPreview: false });\n      }\n    }\n    renderPreview(url) {\n      if (!url)\n        return null;\n      const { light, playIcon, previewTabIndex, oEmbedUrl } = this.props;\n      return /* @__PURE__ */ import_react.default.createElement(\n        Preview,\n        {\n          url,\n          light,\n          playIcon,\n          previewTabIndex,\n          oEmbedUrl,\n          onClick: this.handleClickPreview\n        }\n      );\n    }\n    render() {\n      const { url, style, width, height, fallback: fallback2, wrapper: Wrapper } = this.props;\n      const { showPreview } = this.state;\n      const attributes = this.getAttributes(url);\n      const wrapperRef = typeof Wrapper === \"string\" ? this.references.wrapper : void 0;\n      return /* @__PURE__ */ import_react.default.createElement(Wrapper, { ref: wrapperRef, style: { ...style, width, height }, ...attributes }, /* @__PURE__ */ import_react.default.createElement(UniversalSuspense, { fallback: fallback2 }, showPreview ? this.renderPreview(url) : this.renderActivePlayer(url)));\n    }\n  }, __publicField(_a, \"displayName\", \"ReactPlayer\"), __publicField(_a, \"propTypes\", import_props.propTypes), __publicField(_a, \"defaultProps\", import_props.defaultProps), __publicField(_a, \"addCustomPlayer\", (player) => {\n    customPlayers.push(player);\n  }), __publicField(_a, \"removeCustomPlayers\", () => {\n    customPlayers.length = 0;\n  }), __publicField(_a, \"canPlay\", (url) => {\n    for (const Player2 of [...customPlayers, ...players]) {\n      if (Player2.canPlay(url)) {\n        return true;\n      }\n    }\n    return false;\n  }), __publicField(_a, \"canEnablePIP\", (url) => {\n    for (const Player2 of [...customPlayers, ...players]) {\n      if (Player2.canEnablePIP && Player2.canEnablePIP(url)) {\n        return true;\n      }\n    }\n    return false;\n  }), _a;\n};\n","var __create = Object.create;\nvar __defProp = Object.defineProperty;\nvar __getOwnPropDesc = Object.getOwnPropertyDescriptor;\nvar __getOwnPropNames = Object.getOwnPropertyNames;\nvar __getProtoOf = Object.getPrototypeOf;\nvar __hasOwnProp = Object.prototype.hasOwnProperty;\nvar __export = (target, all) => {\n  for (var name in all)\n    __defProp(target, name, { get: all[name], enumerable: true });\n};\nvar __copyProps = (to, from, except, desc) => {\n  if (from && typeof from === \"object\" || typeof from === \"function\") {\n    for (let key of __getOwnPropNames(from))\n      if (!__hasOwnProp.call(to, key) && key !== except)\n        __defProp(to, key, { get: () => from[key], enumerable: !(desc = __getOwnPropDesc(from, key)) || desc.enumerable });\n  }\n  return to;\n};\nvar __toESM = (mod, isNodeMode, target) => (target = mod != null ? __create(__getProtoOf(mod)) : {}, __copyProps(\n  // If the importer is in node compatibility mode or this is not an ESM\n  // file that has been converted to a CommonJS file using a Babel-\n  // compatible transform (i.e. \"__esModule\" has not been set), then set\n  // \"default\" to the CommonJS \"module.exports\" for node compatibility.\n  isNodeMode || !mod || !mod.__esModule ? __defProp(target, \"default\", { value: mod, enumerable: true }) : target,\n  mod\n));\nvar __toCommonJS = (mod) => __copyProps(__defProp({}, \"__esModule\", { value: true }), mod);\nvar src_exports = {};\n__export(src_exports, {\n  default: () => src_default\n});\nmodule.exports = __toCommonJS(src_exports);\nvar import_players = __toESM(require(\"./players\"));\nvar import_ReactPlayer = require(\"./ReactPlayer\");\nconst fallback = import_players.default[import_players.default.length - 1];\nvar src_default = (0, import_ReactPlayer.createReactPlayer)(import_players.default, fallback);\n","var __defProp = Object.defineProperty;\nvar __getOwnPropDesc = Object.getOwnPropertyDescriptor;\nvar __getOwnPropNames = Object.getOwnPropertyNames;\nvar __hasOwnProp = Object.prototype.hasOwnProperty;\nvar __export = (target, all) => {\n  for (var name in all)\n    __defProp(target, name, { get: all[name], enumerable: true });\n};\nvar __copyProps = (to, from, except, desc) => {\n  if (from && typeof from === \"object\" || typeof from === \"function\") {\n    for (let key of __getOwnPropNames(from))\n      if (!__hasOwnProp.call(to, key) && key !== except)\n        __defProp(to, key, { get: () => from[key], enumerable: !(desc = __getOwnPropDesc(from, key)) || desc.enumerable });\n  }\n  return to;\n};\nvar __toCommonJS = (mod) => __copyProps(__defProp({}, \"__esModule\", { value: true }), mod);\nvar patterns_exports = {};\n__export(patterns_exports, {\n  AUDIO_EXTENSIONS: () => AUDIO_EXTENSIONS,\n  DASH_EXTENSIONS: () => DASH_EXTENSIONS,\n  FLV_EXTENSIONS: () => FLV_EXTENSIONS,\n  HLS_EXTENSIONS: () => HLS_EXTENSIONS,\n  MATCH_URL_DAILYMOTION: () => MATCH_URL_DAILYMOTION,\n  MATCH_URL_FACEBOOK: () => MATCH_URL_FACEBOOK,\n  MATCH_URL_FACEBOOK_WATCH: () => MATCH_URL_FACEBOOK_WATCH,\n  MATCH_URL_KALTURA: () => MATCH_URL_KALTURA,\n  MATCH_URL_MIXCLOUD: () => MATCH_URL_MIXCLOUD,\n  MATCH_URL_SOUNDCLOUD: () => MATCH_URL_SOUNDCLOUD,\n  MATCH_URL_STREAMABLE: () => MATCH_URL_STREAMABLE,\n  MATCH_URL_TWITCH_CHANNEL: () => MATCH_URL_TWITCH_CHANNEL,\n  MATCH_URL_TWITCH_VIDEO: () => MATCH_URL_TWITCH_VIDEO,\n  MATCH_URL_VIDYARD: () => MATCH_URL_VIDYARD,\n  MATCH_URL_VIMEO: () => MATCH_URL_VIMEO,\n  MATCH_URL_WISTIA: () => MATCH_URL_WISTIA,\n  MATCH_URL_YOUTUBE: () => MATCH_URL_YOUTUBE,\n  VIDEO_EXTENSIONS: () => VIDEO_EXTENSIONS,\n  canPlay: () => canPlay\n});\nmodule.exports = __toCommonJS(patterns_exports);\nvar import_utils = require(\"./utils\");\nconst MATCH_URL_YOUTUBE = /(?:youtu\\.be\\/|youtube(?:-nocookie|education)?\\.com\\/(?:embed\\/|v\\/|watch\\/|watch\\?v=|watch\\?.+&v=|shorts\\/|live\\/))((\\w|-){11})|youtube\\.com\\/playlist\\?list=|youtube\\.com\\/user\\//;\nconst MATCH_URL_SOUNDCLOUD = /(?:soundcloud\\.com|snd\\.sc)\\/[^.]+$/;\nconst MATCH_URL_VIMEO = /vimeo\\.com\\/(?!progressive_redirect).+/;\nconst MATCH_URL_FACEBOOK = /^https?:\\/\\/(www\\.)?facebook\\.com.*\\/(video(s)?|watch|story)(\\.php?|\\/).+$/;\nconst MATCH_URL_FACEBOOK_WATCH = /^https?:\\/\\/fb\\.watch\\/.+$/;\nconst MATCH_URL_STREAMABLE = /streamable\\.com\\/([a-z0-9]+)$/;\nconst MATCH_URL_WISTIA = /(?:wistia\\.(?:com|net)|wi\\.st)\\/(?:medias|embed)\\/(?:iframe\\/)?([^?]+)/;\nconst MATCH_URL_TWITCH_VIDEO = /(?:www\\.|go\\.)?twitch\\.tv\\/videos\\/(\\d+)($|\\?)/;\nconst MATCH_URL_TWITCH_CHANNEL = /(?:www\\.|go\\.)?twitch\\.tv\\/([a-zA-Z0-9_]+)($|\\?)/;\nconst MATCH_URL_DAILYMOTION = /^(?:(?:https?):)?(?:\\/\\/)?(?:www\\.)?(?:(?:dailymotion\\.com(?:\\/embed)?\\/video)|dai\\.ly)\\/([a-zA-Z0-9]+)(?:_[\\w_-]+)?(?:[\\w.#_-]+)?/;\nconst MATCH_URL_MIXCLOUD = /mixcloud\\.com\\/([^/]+\\/[^/]+)/;\nconst MATCH_URL_VIDYARD = /vidyard.com\\/(?:watch\\/)?([a-zA-Z0-9-_]+)/;\nconst MATCH_URL_KALTURA = /^https?:\\/\\/[a-zA-Z]+\\.kaltura.(com|org)\\/p\\/([0-9]+)\\/sp\\/([0-9]+)00\\/embedIframeJs\\/uiconf_id\\/([0-9]+)\\/partner_id\\/([0-9]+)(.*)entry_id.([a-zA-Z0-9-_].*)$/;\nconst AUDIO_EXTENSIONS = /\\.(m4a|m4b|mp4a|mpga|mp2|mp2a|mp3|m2a|m3a|wav|weba|aac|oga|spx)($|\\?)/i;\nconst VIDEO_EXTENSIONS = /\\.(mp4|og[gv]|webm|mov|m4v)(#t=[,\\d+]+)?($|\\?)/i;\nconst HLS_EXTENSIONS = /\\.(m3u8)($|\\?)/i;\nconst DASH_EXTENSIONS = /\\.(mpd)($|\\?)/i;\nconst FLV_EXTENSIONS = /\\.(flv)($|\\?)/i;\nconst canPlayFile = (url) => {\n  if (url instanceof Array) {\n    for (const item of url) {\n      if (typeof item === \"string\" && canPlayFile(item)) {\n        return true;\n      }\n      if (canPlayFile(item.src)) {\n        return true;\n      }\n    }\n    return false;\n  }\n  if ((0, import_utils.isMediaStream)(url) || (0, import_utils.isBlobUrl)(url)) {\n    return true;\n  }\n  return AUDIO_EXTENSIONS.test(url) || VIDEO_EXTENSIONS.test(url) || HLS_EXTENSIONS.test(url) || DASH_EXTENSIONS.test(url) || FLV_EXTENSIONS.test(url);\n};\nconst canPlay = {\n  youtube: (url) => {\n    if (url instanceof Array) {\n      return url.every((item) => MATCH_URL_YOUTUBE.test(item));\n    }\n    return MATCH_URL_YOUTUBE.test(url);\n  },\n  soundcloud: (url) => MATCH_URL_SOUNDCLOUD.test(url) && !AUDIO_EXTENSIONS.test(url),\n  vimeo: (url) => MATCH_URL_VIMEO.test(url) && !VIDEO_EXTENSIONS.test(url) && !HLS_EXTENSIONS.test(url),\n  facebook: (url) => MATCH_URL_FACEBOOK.test(url) || MATCH_URL_FACEBOOK_WATCH.test(url),\n  streamable: (url) => MATCH_URL_STREAMABLE.test(url),\n  wistia: (url) => MATCH_URL_WISTIA.test(url),\n  twitch: (url) => MATCH_URL_TWITCH_VIDEO.test(url) || MATCH_URL_TWITCH_CHANNEL.test(url),\n  dailymotion: (url) => MATCH_URL_DAILYMOTION.test(url),\n  mixcloud: (url) => MATCH_URL_MIXCLOUD.test(url),\n  vidyard: (url) => MATCH_URL_VIDYARD.test(url),\n  kaltura: (url) => MATCH_URL_KALTURA.test(url),\n  file: canPlayFile\n};\n","var __create = Object.create;\nvar __defProp = Object.defineProperty;\nvar __getOwnPropDesc = Object.getOwnPropertyDescriptor;\nvar __getOwnPropNames = Object.getOwnPropertyNames;\nvar __getProtoOf = Object.getPrototypeOf;\nvar __hasOwnProp = Object.prototype.hasOwnProperty;\nvar __export = (target, all) => {\n  for (var name in all)\n    __defProp(target, name, { get: all[name], enumerable: true });\n};\nvar __copyProps = (to, from, except, desc) => {\n  if (from && typeof from === \"object\" || typeof from === \"function\") {\n    for (let key of __getOwnPropNames(from))\n      if (!__hasOwnProp.call(to, key) && key !== except)\n        __defProp(to, key, { get: () => from[key], enumerable: !(desc = __getOwnPropDesc(from, key)) || desc.enumerable });\n  }\n  return to;\n};\nvar __toESM = (mod, isNodeMode, target) => (target = mod != null ? __create(__getProtoOf(mod)) : {}, __copyProps(\n  // If the importer is in node compatibility mode or this is not an ESM\n  // file that has been converted to a CommonJS file using a Babel-\n  // compatible transform (i.e. \"__esModule\" has not been set), then set\n  // \"default\" to the CommonJS \"module.exports\" for node compatibility.\n  isNodeMode || !mod || !mod.__esModule ? __defProp(target, \"default\", { value: mod, enumerable: true }) : target,\n  mod\n));\nvar __toCommonJS = (mod) => __copyProps(__defProp({}, \"__esModule\", { value: true }), mod);\nvar players_exports = {};\n__export(players_exports, {\n  default: () => players_default\n});\nmodule.exports = __toCommonJS(players_exports);\nvar import_utils = require(\"../utils\");\nvar import_patterns = require(\"../patterns\");\nvar players_default = [\n  {\n    key: \"youtube\",\n    name: \"YouTube\",\n    canPlay: import_patterns.canPlay.youtube,\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerYouTube' */\n      \"./YouTube\"\n    ))\n  },\n  {\n    key: \"soundcloud\",\n    name: \"SoundCloud\",\n    canPlay: import_patterns.canPlay.soundcloud,\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerSoundCloud' */\n      \"./SoundCloud\"\n    ))\n  },\n  {\n    key: \"vimeo\",\n    name: \"Vimeo\",\n    canPlay: import_patterns.canPlay.vimeo,\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerVimeo' */\n      \"./Vimeo\"\n    ))\n  },\n  {\n    key: \"facebook\",\n    name: \"Facebook\",\n    canPlay: import_patterns.canPlay.facebook,\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerFacebook' */\n      \"./Facebook\"\n    ))\n  },\n  {\n    key: \"streamable\",\n    name: \"Streamable\",\n    canPlay: import_patterns.canPlay.streamable,\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerStreamable' */\n      \"./Streamable\"\n    ))\n  },\n  {\n    key: \"wistia\",\n    name: \"Wistia\",\n    canPlay: import_patterns.canPlay.wistia,\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerWistia' */\n      \"./Wistia\"\n    ))\n  },\n  {\n    key: \"twitch\",\n    name: \"Twitch\",\n    canPlay: import_patterns.canPlay.twitch,\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerTwitch' */\n      \"./Twitch\"\n    ))\n  },\n  {\n    key: \"dailymotion\",\n    name: \"DailyMotion\",\n    canPlay: import_patterns.canPlay.dailymotion,\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerDailyMotion' */\n      \"./DailyMotion\"\n    ))\n  },\n  {\n    key: \"mixcloud\",\n    name: \"Mixcloud\",\n    canPlay: import_patterns.canPlay.mixcloud,\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerMixcloud' */\n      \"./Mixcloud\"\n    ))\n  },\n  {\n    key: \"vidyard\",\n    name: \"Vidyard\",\n    canPlay: import_patterns.canPlay.vidyard,\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerVidyard' */\n      \"./Vidyard\"\n    ))\n  },\n  {\n    key: \"kaltura\",\n    name: \"Kaltura\",\n    canPlay: import_patterns.canPlay.kaltura,\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerKaltura' */\n      \"./Kaltura\"\n    ))\n  },\n  {\n    key: \"file\",\n    name: \"FilePlayer\",\n    canPlay: import_patterns.canPlay.file,\n    canEnablePIP: (url) => {\n      return import_patterns.canPlay.file(url) && (document.pictureInPictureEnabled || (0, import_utils.supportsWebKitPresentationMode)()) && !import_patterns.AUDIO_EXTENSIONS.test(url);\n    },\n    lazyPlayer: (0, import_utils.lazy)(() => import(\n      /* webpackChunkName: 'reactPlayerFilePlayer' */\n      \"./FilePlayer\"\n    ))\n  }\n];\n","var __create = Object.create;\nvar __defProp = Object.defineProperty;\nvar __getOwnPropDesc = Object.getOwnPropertyDescriptor;\nvar __getOwnPropNames = Object.getOwnPropertyNames;\nvar __getProtoOf = Object.getPrototypeOf;\nvar __hasOwnProp = Object.prototype.hasOwnProperty;\nvar __export = (target, all) => {\n  for (var name in all)\n    __defProp(target, name, { get: all[name], enumerable: true });\n};\nvar __copyProps = (to, from, except, desc) => {\n  if (from && typeof from === \"object\" || typeof from === \"function\") {\n    for (let key of __getOwnPropNames(from))\n      if (!__hasOwnProp.call(to, key) && key !== except)\n        __defProp(to, key, { get: () => from[key], enumerable: !(desc = __getOwnPropDesc(from, key)) || desc.enumerable });\n  }\n  return to;\n};\nvar __toESM = (mod, isNodeMode, target) => (target = mod != null ? __create(__getProtoOf(mod)) : {}, __copyProps(\n  // If the importer is in node compatibility mode or this is not an ESM\n  // file that has been converted to a CommonJS file using a Babel-\n  // compatible transform (i.e. \"__esModule\" has not been set), then set\n  // \"default\" to the CommonJS \"module.exports\" for node compatibility.\n  isNodeMode || !mod || !mod.__esModule ? __defProp(target, \"default\", { value: mod, enumerable: true }) : target,\n  mod\n));\nvar __toCommonJS = (mod) => __copyProps(__defProp({}, \"__esModule\", { value: true }), mod);\nvar props_exports = {};\n__export(props_exports, {\n  defaultProps: () => defaultProps,\n  propTypes: () => propTypes\n});\nmodule.exports = __toCommonJS(props_exports);\nvar import_prop_types = __toESM(require(\"prop-types\"));\nconst { string, bool, number, array, oneOfType, shape, object, func, node } = import_prop_types.default;\nconst propTypes = {\n  url: oneOfType([string, array, object]),\n  playing: bool,\n  loop: bool,\n  controls: bool,\n  volume: number,\n  muted: bool,\n  playbackRate: number,\n  width: oneOfType([string, number]),\n  height: oneOfType([string, number]),\n  style: object,\n  progressInterval: number,\n  playsinline: bool,\n  pip: bool,\n  stopOnUnmount: bool,\n  light: oneOfType([bool, string, object]),\n  playIcon: node,\n  previewTabIndex: number,\n  fallback: node,\n  oEmbedUrl: string,\n  wrapper: oneOfType([\n    string,\n    func,\n    shape({ render: func.isRequired })\n  ]),\n  config: shape({\n    soundcloud: shape({\n      options: object\n    }),\n    youtube: shape({\n      playerVars: object,\n      embedOptions: object,\n      onUnstarted: func\n    }),\n    facebook: shape({\n      appId: string,\n      version: string,\n      playerId: string,\n      attributes: object\n    }),\n    dailymotion: shape({\n      params: object\n    }),\n    vimeo: shape({\n      playerOptions: object,\n      title: string\n    }),\n    file: shape({\n      attributes: object,\n      tracks: array,\n      forceVideo: bool,\n      forceAudio: bool,\n      forceHLS: bool,\n      forceSafariHLS: bool,\n      forceDisableHls: bool,\n      forceDASH: bool,\n      forceFLV: bool,\n      hlsOptions: object,\n      hlsVersion: string,\n      dashVersion: string,\n      flvVersion: string\n    }),\n    wistia: shape({\n      options: object,\n      playerId: string,\n      customControls: array\n    }),\n    mixcloud: shape({\n      options: object\n    }),\n    twitch: shape({\n      options: object,\n      playerId: string\n    }),\n    vidyard: shape({\n      options: object\n    })\n  }),\n  onReady: func,\n  onStart: func,\n  onPlay: func,\n  onPause: func,\n  onBuffer: func,\n  onBufferEnd: func,\n  onEnded: func,\n  onError: func,\n  onDuration: func,\n  onSeek: func,\n  onPlaybackRateChange: func,\n  onPlaybackQualityChange: func,\n  onProgress: func,\n  onClickPreview: func,\n  onEnablePIP: func,\n  onDisablePIP: func\n};\nconst noop = () => {\n};\nconst defaultProps = {\n  playing: false,\n  loop: false,\n  controls: false,\n  volume: null,\n  muted: false,\n  playbackRate: 1,\n  width: \"640px\",\n  height: \"360px\",\n  style: {},\n  progressInterval: 1e3,\n  playsinline: false,\n  pip: false,\n  stopOnUnmount: true,\n  light: false,\n  fallback: null,\n  wrapper: \"div\",\n  previewTabIndex: 0,\n  oEmbedUrl: \"https://noembed.com/embed?url={url}\",\n  config: {\n    soundcloud: {\n      options: {\n        visual: true,\n        // Undocumented, but makes player fill container and look better\n        buying: false,\n        liking: false,\n        download: false,\n        sharing: false,\n        show_comments: false,\n        show_playcount: false\n      }\n    },\n    youtube: {\n      playerVars: {\n        playsinline: 1,\n        showinfo: 0,\n        rel: 0,\n        iv_load_policy: 3,\n        modestbranding: 1\n      },\n      embedOptions: {},\n      onUnstarted: noop\n    },\n    facebook: {\n      appId: \"1309697205772819\",\n      version: \"v3.3\",\n      playerId: null,\n      attributes: {}\n    },\n    dailymotion: {\n      params: {\n        api: 1,\n        \"endscreen-enable\": false\n      }\n    },\n    vimeo: {\n      playerOptions: {\n        autopause: false,\n        byline: false,\n        portrait: false,\n        title: false\n      },\n      title: null\n    },\n    file: {\n      attributes: {},\n      tracks: [],\n      forceVideo: false,\n      forceAudio: false,\n      forceHLS: false,\n      forceDASH: false,\n      forceFLV: false,\n      hlsOptions: {},\n      hlsVersion: \"1.1.4\",\n      dashVersion: \"3.1.3\",\n      flvVersion: \"1.5.0\",\n      forceDisableHls: false\n    },\n    wistia: {\n      options: {},\n      playerId: null,\n      customControls: null\n    },\n    mixcloud: {\n      options: {\n        hide_cover: 1\n      }\n    },\n    twitch: {\n      options: {},\n      playerId: null\n    },\n    vidyard: {\n      options: {}\n    }\n  },\n  onReady: noop,\n  onStart: noop,\n  onPlay: noop,\n  onPause: noop,\n  onBuffer: noop,\n  onBufferEnd: noop,\n  onEnded: noop,\n  onError: noop,\n  onDuration: noop,\n  onSeek: noop,\n  onPlaybackRateChange: noop,\n  onPlaybackQualityChange: noop,\n  onProgress: noop,\n  onClickPreview: noop,\n  onEnablePIP: noop,\n  onDisablePIP: noop\n};\n","var __create = Object.create;\nvar __defProp = Object.defineProperty;\nvar __getOwnPropDesc = Object.getOwnPropertyDescriptor;\nvar __getOwnPropNames = Object.getOwnPropertyNames;\nvar __getProtoOf = Object.getPrototypeOf;\nvar __hasOwnProp = Object.prototype.hasOwnProperty;\nvar __export = (target, all) => {\n  for (var name in all)\n    __defProp(target, name, { get: all[name], enumerable: true });\n};\nvar __copyProps = (to, from, except, desc) => {\n  if (from && typeof from === \"object\" || typeof from === \"function\") {\n    for (let key of __getOwnPropNames(from))\n      if (!__hasOwnProp.call(to, key) && key !== except)\n        __defProp(to, key, { get: () => from[key], enumerable: !(desc = __getOwnPropDesc(from, key)) || desc.enumerable });\n  }\n  return to;\n};\nvar __toESM = (mod, isNodeMode, target) => (target = mod != null ? __create(__getProtoOf(mod)) : {}, __copyProps(\n  // If the importer is in node compatibility mode or this is not an ESM\n  // file that has been converted to a CommonJS file using a Babel-\n  // compatible transform (i.e. \"__esModule\" has not been set), then set\n  // \"default\" to the CommonJS \"module.exports\" for node compatibility.\n  isNodeMode || !mod || !mod.__esModule ? __defProp(target, \"default\", { value: mod, enumerable: true }) : target,\n  mod\n));\nvar __toCommonJS = (mod) => __copyProps(__defProp({}, \"__esModule\", { value: true }), mod);\nvar utils_exports = {};\n__export(utils_exports, {\n  callPlayer: () => callPlayer,\n  getConfig: () => getConfig,\n  getSDK: () => getSDK,\n  isBlobUrl: () => isBlobUrl,\n  isMediaStream: () => isMediaStream,\n  lazy: () => lazy,\n  omit: () => omit,\n  parseEndTime: () => parseEndTime,\n  parseStartTime: () => parseStartTime,\n  queryString: () => queryString,\n  randomString: () => randomString,\n  supportsWebKitPresentationMode: () => supportsWebKitPresentationMode\n});\nmodule.exports = __toCommonJS(utils_exports);\nvar import_react = __toESM(require(\"react\"));\nvar import_load_script = __toESM(require(\"load-script\"));\nvar import_deepmerge = __toESM(require(\"deepmerge\"));\nconst lazy = (componentImportFn) => import_react.default.lazy(async () => {\n  const obj = await componentImportFn();\n  return typeof obj.default === \"function\" ? obj : obj.default;\n});\nconst MATCH_START_QUERY = /[?&#](?:start|t)=([0-9hms]+)/;\nconst MATCH_END_QUERY = /[?&#]end=([0-9hms]+)/;\nconst MATCH_START_STAMP = /(\\d+)(h|m|s)/g;\nconst MATCH_NUMERIC = /^\\d+$/;\nfunction parseTimeParam(url, pattern) {\n  if (url instanceof Array) {\n    return void 0;\n  }\n  const match = url.match(pattern);\n  if (match) {\n    const stamp = match[1];\n    if (stamp.match(MATCH_START_STAMP)) {\n      return parseTimeString(stamp);\n    }\n    if (MATCH_NUMERIC.test(stamp)) {\n      return parseInt(stamp);\n    }\n  }\n  return void 0;\n}\nfunction parseTimeString(stamp) {\n  let seconds = 0;\n  let array = MATCH_START_STAMP.exec(stamp);\n  while (array !== null) {\n    const [, count, period] = array;\n    if (period === \"h\")\n      seconds += parseInt(count, 10) * 60 * 60;\n    if (period === \"m\")\n      seconds += parseInt(count, 10) * 60;\n    if (period === \"s\")\n      seconds += parseInt(count, 10);\n    array = MATCH_START_STAMP.exec(stamp);\n  }\n  return seconds;\n}\nfunction parseStartTime(url) {\n  return parseTimeParam(url, MATCH_START_QUERY);\n}\nfunction parseEndTime(url) {\n  return parseTimeParam(url, MATCH_END_QUERY);\n}\nfunction randomString() {\n  return Math.random().toString(36).substr(2, 5);\n}\nfunction queryString(object) {\n  return Object.keys(object).map((key) => `${key}=${object[key]}`).join(\"&\");\n}\nfunction getGlobal(key) {\n  if (window[key]) {\n    return window[key];\n  }\n  if (window.exports && window.exports[key]) {\n    return window.exports[key];\n  }\n  if (window.module && window.module.exports && window.module.exports[key]) {\n    return window.module.exports[key];\n  }\n  return null;\n}\nconst requests = {};\nconst getSDK = enableStubOn(function getSDK2(url, sdkGlobal, sdkReady = null, isLoaded = () => true, fetchScript = import_load_script.default) {\n  const existingGlobal = getGlobal(sdkGlobal);\n  if (existingGlobal && isLoaded(existingGlobal)) {\n    return Promise.resolve(existingGlobal);\n  }\n  return new Promise((resolve, reject) => {\n    if (requests[url]) {\n      requests[url].push({ resolve, reject });\n      return;\n    }\n    requests[url] = [{ resolve, reject }];\n    const onLoaded = (sdk) => {\n      requests[url].forEach((request) => request.resolve(sdk));\n    };\n    if (sdkReady) {\n      const previousOnReady = window[sdkReady];\n      window[sdkReady] = function() {\n        if (previousOnReady)\n          previousOnReady();\n        onLoaded(getGlobal(sdkGlobal));\n      };\n    }\n    fetchScript(url, (err) => {\n      if (err) {\n        requests[url].forEach((request) => request.reject(err));\n        requests[url] = null;\n      } else if (!sdkReady) {\n        onLoaded(getGlobal(sdkGlobal));\n      }\n    });\n  });\n});\nfunction getConfig(props, defaultProps) {\n  return (0, import_deepmerge.default)(defaultProps.config, props.config);\n}\nfunction omit(object, ...arrays) {\n  const omitKeys = [].concat(...arrays);\n  const output = {};\n  const keys = Object.keys(object);\n  for (const key of keys) {\n    if (omitKeys.indexOf(key) === -1) {\n      output[key] = object[key];\n    }\n  }\n  return output;\n}\nfunction callPlayer(method, ...args) {\n  if (!this.player || !this.player[method]) {\n    let message = `ReactPlayer: ${this.constructor.displayName} player could not call %c${method}%c \\u2013 `;\n    if (!this.player) {\n      message += \"The player was not available\";\n    } else if (!this.player[method]) {\n      message += \"The method was not available\";\n    }\n    console.warn(message, \"font-weight: bold\", \"\");\n    return null;\n  }\n  return this.player[method](...args);\n}\nfunction isMediaStream(url) {\n  return typeof window !== \"undefined\" && typeof window.MediaStream !== \"undefined\" && url instanceof window.MediaStream;\n}\nfunction isBlobUrl(url) {\n  return /^blob:/.test(url);\n}\nfunction supportsWebKitPresentationMode(video = document.createElement(\"video\")) {\n  const notMobile = /iPhone|iPod/.test(navigator.userAgent) === false;\n  return video.webkitSupportsPresentationMode && typeof video.webkitSetPresentationMode === \"function\" && notMobile;\n}\nfunction enableStubOn(fn) {\n  if (false) {\n    const wrap = (...args) => wrap.stub(...args);\n    wrap.stub = fn;\n    return wrap;\n  }\n  return fn;\n}\n","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nexports.default = void 0;\n\nvar _default = function _default(position, metric, axis) {\n  var positionPercent = position === 0 ? position : position + metric;\n  var positionCss = axis === 'horizontal' ? [positionPercent, 0, 0] : [0, positionPercent, 0];\n  var transitionProp = 'translate3d';\n  var translatedPosition = '(' + positionCss.join(',') + ')';\n  return transitionProp + translatedPosition;\n};\n\nexports.default = _default;","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nexports.fadeAnimationHandler = exports.slideStopSwipingHandler = exports.slideSwipeAnimationHandler = exports.slideAnimationHandler = void 0;\n\nvar _react = require(\"react\");\n\nvar _CSSTranslate = _interopRequireDefault(require(\"../../CSSTranslate\"));\n\nvar _utils = require(\"./utils\");\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }\n\nfunction ownKeys(object, enumerableOnly) { var keys = Object.keys(object); if (Object.getOwnPropertySymbols) { var symbols = Object.getOwnPropertySymbols(object); if (enumerableOnly) symbols = symbols.filter(function (sym) { return Object.getOwnPropertyDescriptor(object, sym).enumerable; }); keys.push.apply(keys, symbols); } return keys; }\n\nfunction _objectSpread(target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i] != null ? arguments[i] : {}; if (i % 2) { ownKeys(Object(source), true).forEach(function (key) { _defineProperty(target, key, source[key]); }); } else if (Object.getOwnPropertyDescriptors) { Object.defineProperties(target, Object.getOwnPropertyDescriptors(source)); } else { ownKeys(Object(source)).forEach(function (key) { Object.defineProperty(target, key, Object.getOwnPropertyDescriptor(source, key)); }); } } return target; }\n\nfunction _defineProperty(obj, key, value) { if (key in obj) { Object.defineProperty(obj, key, { value: value, enumerable: true, configurable: true, writable: true }); } else { obj[key] = value; } return obj; }\n\n/**\n * Main animation handler for the default 'sliding' style animation\n * @param props\n * @param state\n */\nvar slideAnimationHandler = function slideAnimationHandler(props, state) {\n  var returnStyles = {};\n  var selectedItem = state.selectedItem;\n  var previousItem = selectedItem;\n  var lastPosition = _react.Children.count(props.children) - 1;\n  var needClonedSlide = props.infiniteLoop && (selectedItem < 0 || selectedItem > lastPosition); // Handle list position if it needs a clone\n\n  if (needClonedSlide) {\n    if (previousItem < 0) {\n      if (props.centerMode && props.centerSlidePercentage && props.axis === 'horizontal') {\n        returnStyles.itemListStyle = (0, _utils.setPosition)(-(lastPosition + 2) * props.centerSlidePercentage - (100 - props.centerSlidePercentage) / 2, props.axis);\n      } else {\n        returnStyles.itemListStyle = (0, _utils.setPosition)(-(lastPosition + 2) * 100, props.axis);\n      }\n    } else if (previousItem > lastPosition) {\n      returnStyles.itemListStyle = (0, _utils.setPosition)(0, props.axis);\n    }\n\n    return returnStyles;\n  }\n\n  var currentPosition = (0, _utils.getPosition)(selectedItem, props); // if 3d is available, let's take advantage of the performance of transform\n\n  var transformProp = (0, _CSSTranslate.default)(currentPosition, '%', props.axis);\n  var transitionTime = props.transitionTime + 'ms';\n  returnStyles.itemListStyle = {\n    WebkitTransform: transformProp,\n    msTransform: transformProp,\n    OTransform: transformProp,\n    transform: transformProp\n  };\n\n  if (!state.swiping) {\n    returnStyles.itemListStyle = _objectSpread(_objectSpread({}, returnStyles.itemListStyle), {}, {\n      WebkitTransitionDuration: transitionTime,\n      MozTransitionDuration: transitionTime,\n      OTransitionDuration: transitionTime,\n      transitionDuration: transitionTime,\n      msTransitionDuration: transitionTime\n    });\n  }\n\n  return returnStyles;\n};\n/**\n * Swiping animation handler for the default 'sliding' style animation\n * @param delta\n * @param props\n * @param state\n * @param setState\n */\n\n\nexports.slideAnimationHandler = slideAnimationHandler;\n\nvar slideSwipeAnimationHandler = function slideSwipeAnimationHandler(delta, props, state, setState) {\n  var returnStyles = {};\n  var isHorizontal = props.axis === 'horizontal';\n\n  var childrenLength = _react.Children.count(props.children);\n\n  var initialBoundry = 0;\n  var currentPosition = (0, _utils.getPosition)(state.selectedItem, props);\n  var finalBoundry = props.infiniteLoop ? (0, _utils.getPosition)(childrenLength - 1, props) - 100 : (0, _utils.getPosition)(childrenLength - 1, props);\n  var axisDelta = isHorizontal ? delta.x : delta.y;\n  var handledDelta = axisDelta; // prevent user from swiping left out of boundaries\n\n  if (currentPosition === initialBoundry && axisDelta > 0) {\n    handledDelta = 0;\n  } // prevent user from swiping right out of boundaries\n\n\n  if (currentPosition === finalBoundry && axisDelta < 0) {\n    handledDelta = 0;\n  }\n\n  var position = currentPosition + 100 / (state.itemSize / handledDelta);\n  var hasMoved = Math.abs(axisDelta) > props.swipeScrollTolerance;\n\n  if (props.infiniteLoop && hasMoved) {\n    // When allowing infinite loop, if we slide left from position 0 we reveal the cloned last slide that appears before it\n    // if we slide even further we need to jump to other side so it can continue - and vice versa for the last slide\n    if (state.selectedItem === 0 && position > -100) {\n      position -= childrenLength * 100;\n    } else if (state.selectedItem === childrenLength - 1 && position < -childrenLength * 100) {\n      position += childrenLength * 100;\n    }\n  }\n\n  if (!props.preventMovementUntilSwipeScrollTolerance || hasMoved || state.swipeMovementStarted) {\n    if (!state.swipeMovementStarted) {\n      setState({\n        swipeMovementStarted: true\n      });\n    }\n\n    returnStyles.itemListStyle = (0, _utils.setPosition)(position, props.axis);\n  } //allows scroll if the swipe was within the tolerance\n\n\n  if (hasMoved && !state.cancelClick) {\n    setState({\n      cancelClick: true\n    });\n  }\n\n  return returnStyles;\n};\n/**\n * Default 'sliding' style animination handler for when a swipe action stops.\n * @param props\n * @param state\n */\n\n\nexports.slideSwipeAnimationHandler = slideSwipeAnimationHandler;\n\nvar slideStopSwipingHandler = function slideStopSwipingHandler(props, state) {\n  var currentPosition = (0, _utils.getPosition)(state.selectedItem, props);\n  var itemListStyle = (0, _utils.setPosition)(currentPosition, props.axis);\n  return {\n    itemListStyle: itemListStyle\n  };\n};\n/**\n * Main animation handler for the default 'fade' style animation\n * @param props\n * @param state\n */\n\n\nexports.slideStopSwipingHandler = slideStopSwipingHandler;\n\nvar fadeAnimationHandler = function fadeAnimationHandler(props, state) {\n  var transitionTime = props.transitionTime + 'ms';\n  var transitionTimingFunction = 'ease-in-out';\n  var slideStyle = {\n    position: 'absolute',\n    display: 'block',\n    zIndex: -2,\n    minHeight: '100%',\n    opacity: 0,\n    top: 0,\n    right: 0,\n    left: 0,\n    bottom: 0,\n    transitionTimingFunction: transitionTimingFunction,\n    msTransitionTimingFunction: transitionTimingFunction,\n    MozTransitionTimingFunction: transitionTimingFunction,\n    WebkitTransitionTimingFunction: transitionTimingFunction,\n    OTransitionTimingFunction: transitionTimingFunction\n  };\n\n  if (!state.swiping) {\n    slideStyle = _objectSpread(_objectSpread({}, slideStyle), {}, {\n      WebkitTransitionDuration: transitionTime,\n      MozTransitionDuration: transitionTime,\n      OTransitionDuration: transitionTime,\n      transitionDuration: transitionTime,\n      msTransitionDuration: transitionTime\n    });\n  }\n\n  return {\n    slideStyle: slideStyle,\n    selectedStyle: _objectSpread(_objectSpread({}, slideStyle), {}, {\n      opacity: 1,\n      position: 'relative'\n    }),\n    prevStyle: _objectSpread({}, slideStyle)\n  };\n};\n\nexports.fadeAnimationHandler = fadeAnimationHandler;","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nexports.default = void 0;\n\nvar _react = _interopRequireWildcard(require(\"react\"));\n\nvar _reactEasySwipe = _interopRequireDefault(require(\"react-easy-swipe\"));\n\nvar _cssClasses = _interopRequireDefault(require(\"../../cssClasses\"));\n\nvar _Thumbs = _interopRequireDefault(require(\"../Thumbs\"));\n\nvar _document = _interopRequireDefault(require(\"../../shims/document\"));\n\nvar _window = _interopRequireDefault(require(\"../../shims/window\"));\n\nvar _utils = require(\"./utils\");\n\nvar _animations = require(\"./animations\");\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }\n\nfunction _getRequireWildcardCache() { if (typeof WeakMap !== \"function\") return null; var cache = new WeakMap(); _getRequireWildcardCache = function _getRequireWildcardCache() { return cache; }; return cache; }\n\nfunction _interopRequireWildcard(obj) { if (obj && obj.__esModule) { return obj; } if (obj === null || _typeof(obj) !== \"object\" && typeof obj !== \"function\") { return { default: obj }; } var cache = _getRequireWildcardCache(); if (cache && cache.has(obj)) { return cache.get(obj); } var newObj = {}; var hasPropertyDescriptor = Object.defineProperty && Object.getOwnPropertyDescriptor; for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) { var desc = hasPropertyDescriptor ? Object.getOwnPropertyDescriptor(obj, key) : null; if (desc && (desc.get || desc.set)) { Object.defineProperty(newObj, key, desc); } else { newObj[key] = obj[key]; } } } newObj.default = obj; if (cache) { cache.set(obj, newObj); } return newObj; }\n\nfunction _typeof(obj) { \"@babel/helpers - typeof\"; if (typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\") { _typeof = function _typeof(obj) { return typeof obj; }; } else { _typeof = function _typeof(obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }; } return _typeof(obj); }\n\nfunction _extends() { _extends = Object.assign || function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\n\nfunction ownKeys(object, enumerableOnly) { var keys = Object.keys(object); if (Object.getOwnPropertySymbols) { var symbols = Object.getOwnPropertySymbols(object); if (enumerableOnly) symbols = symbols.filter(function (sym) { return Object.getOwnPropertyDescriptor(object, sym).enumerable; }); keys.push.apply(keys, symbols); } return keys; }\n\nfunction _objectSpread(target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i] != null ? arguments[i] : {}; if (i % 2) { ownKeys(Object(source), true).forEach(function (key) { _defineProperty(target, key, source[key]); }); } else if (Object.getOwnPropertyDescriptors) { Object.defineProperties(target, Object.getOwnPropertyDescriptors(source)); } else { ownKeys(Object(source)).forEach(function (key) { Object.defineProperty(target, key, Object.getOwnPropertyDescriptor(source, key)); }); } } return target; }\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } }\n\nfunction _createClass(Constructor, protoProps, staticProps) { if (protoProps) _defineProperties(Constructor.prototype, protoProps); if (staticProps) _defineProperties(Constructor, staticProps); return Constructor; }\n\nfunction _inherits(subClass, superClass) { if (typeof superClass !== \"function\" && superClass !== null) { throw new TypeError(\"Super expression must either be null or a function\"); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, writable: true, configurable: true } }); if (superClass) _setPrototypeOf(subClass, superClass); }\n\nfunction _setPrototypeOf(o, p) { _setPrototypeOf = Object.setPrototypeOf || function _setPrototypeOf(o, p) { o.__proto__ = p; return o; }; return _setPrototypeOf(o, p); }\n\nfunction _createSuper(Derived) { var hasNativeReflectConstruct = _isNativeReflectConstruct(); return function _createSuperInternal() { var Super = _getPrototypeOf(Derived), result; if (hasNativeReflectConstruct) { var NewTarget = _getPrototypeOf(this).constructor; result = Reflect.construct(Super, arguments, NewTarget); } else { result = Super.apply(this, arguments); } return _possibleConstructorReturn(this, result); }; }\n\nfunction _possibleConstructorReturn(self, call) { if (call && (_typeof(call) === \"object\" || typeof call === \"function\")) { return call; } return _assertThisInitialized(self); }\n\nfunction _assertThisInitialized(self) { if (self === void 0) { throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\"); } return self; }\n\nfunction _isNativeReflectConstruct() { if (typeof Reflect === \"undefined\" || !Reflect.construct) return false; if (Reflect.construct.sham) return false; if (typeof Proxy === \"function\") return true; try { Date.prototype.toString.call(Reflect.construct(Date, [], function () {})); return true; } catch (e) { return false; } }\n\nfunction _getPrototypeOf(o) { _getPrototypeOf = Object.setPrototypeOf ? Object.getPrototypeOf : function _getPrototypeOf(o) { return o.__proto__ || Object.getPrototypeOf(o); }; return _getPrototypeOf(o); }\n\nfunction _defineProperty(obj, key, value) { if (key in obj) { Object.defineProperty(obj, key, { value: value, enumerable: true, configurable: true, writable: true }); } else { obj[key] = value; } return obj; }\n\nvar Carousel = /*#__PURE__*/function (_React$Component) {\n  _inherits(Carousel, _React$Component);\n\n  var _super = _createSuper(Carousel);\n\n  // @ts-ignore\n  function Carousel(props) {\n    var _this;\n\n    _classCallCheck(this, Carousel);\n\n    _this = _super.call(this, props);\n\n    _defineProperty(_assertThisInitialized(_this), \"thumbsRef\", void 0);\n\n    _defineProperty(_assertThisInitialized(_this), \"carouselWrapperRef\", void 0);\n\n    _defineProperty(_assertThisInitialized(_this), \"listRef\", void 0);\n\n    _defineProperty(_assertThisInitialized(_this), \"itemsRef\", void 0);\n\n    _defineProperty(_assertThisInitialized(_this), \"timer\", void 0);\n\n    _defineProperty(_assertThisInitialized(_this), \"animationHandler\", void 0);\n\n    _defineProperty(_assertThisInitialized(_this), \"setThumbsRef\", function (node) {\n      _this.thumbsRef = node;\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"setCarouselWrapperRef\", function (node) {\n      _this.carouselWrapperRef = node;\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"setListRef\", function (node) {\n      _this.listRef = node;\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"setItemsRef\", function (node, index) {\n      if (!_this.itemsRef) {\n        _this.itemsRef = [];\n      }\n\n      _this.itemsRef[index] = node;\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"autoPlay\", function () {\n      if (_react.Children.count(_this.props.children) <= 1) {\n        return;\n      }\n\n      _this.clearAutoPlay();\n\n      if (!_this.props.autoPlay) {\n        return;\n      }\n\n      _this.timer = setTimeout(function () {\n        _this.increment();\n      }, _this.props.interval);\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"clearAutoPlay\", function () {\n      if (_this.timer) clearTimeout(_this.timer);\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"resetAutoPlay\", function () {\n      _this.clearAutoPlay();\n\n      _this.autoPlay();\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"stopOnHover\", function () {\n      _this.setState({\n        isMouseEntered: true\n      }, _this.clearAutoPlay);\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"startOnLeave\", function () {\n      _this.setState({\n        isMouseEntered: false\n      }, _this.autoPlay);\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"isFocusWithinTheCarousel\", function () {\n      if (!_this.carouselWrapperRef) {\n        return false;\n      }\n\n      if ((0, _document.default)().activeElement === _this.carouselWrapperRef || _this.carouselWrapperRef.contains((0, _document.default)().activeElement)) {\n        return true;\n      }\n\n      return false;\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"navigateWithKeyboard\", function (e) {\n      if (!_this.isFocusWithinTheCarousel()) {\n        return;\n      }\n\n      var axis = _this.props.axis;\n      var isHorizontal = axis === 'horizontal';\n      var keyNames = {\n        ArrowUp: 38,\n        ArrowRight: 39,\n        ArrowDown: 40,\n        ArrowLeft: 37\n      };\n      var nextKey = isHorizontal ? keyNames.ArrowRight : keyNames.ArrowDown;\n      var prevKey = isHorizontal ? keyNames.ArrowLeft : keyNames.ArrowUp;\n\n      if (nextKey === e.keyCode) {\n        _this.increment();\n      } else if (prevKey === e.keyCode) {\n        _this.decrement();\n      }\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"updateSizes\", function () {\n      if (!_this.state.initialized || !_this.itemsRef || _this.itemsRef.length === 0) {\n        return;\n      }\n\n      var isHorizontal = _this.props.axis === 'horizontal';\n      var firstItem = _this.itemsRef[0];\n\n      if (!firstItem) {\n        return;\n      }\n\n      var itemSize = isHorizontal ? firstItem.clientWidth : firstItem.clientHeight;\n\n      _this.setState({\n        itemSize: itemSize\n      });\n\n      if (_this.thumbsRef) {\n        _this.thumbsRef.updateSizes();\n      }\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"setMountState\", function () {\n      _this.setState({\n        hasMount: true\n      });\n\n      _this.updateSizes();\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"handleClickItem\", function (index, item) {\n      if (_react.Children.count(_this.props.children) === 0) {\n        return;\n      }\n\n      if (_this.state.cancelClick) {\n        _this.setState({\n          cancelClick: false\n        });\n\n        return;\n      }\n\n      _this.props.onClickItem(index, item);\n\n      if (index !== _this.state.selectedItem) {\n        _this.setState({\n          selectedItem: index\n        });\n      }\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"handleOnChange\", function (index, item) {\n      if (_react.Children.count(_this.props.children) <= 1) {\n        return;\n      }\n\n      _this.props.onChange(index, item);\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"handleClickThumb\", function (index, item) {\n      _this.props.onClickThumb(index, item);\n\n      _this.moveTo(index);\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"onSwipeStart\", function (event) {\n      _this.setState({\n        swiping: true\n      });\n\n      _this.props.onSwipeStart(event);\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"onSwipeEnd\", function (event) {\n      _this.setState({\n        swiping: false,\n        cancelClick: false,\n        swipeMovementStarted: false\n      });\n\n      _this.props.onSwipeEnd(event);\n\n      _this.clearAutoPlay();\n\n      if (_this.state.autoPlay) {\n        _this.autoPlay();\n      }\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"onSwipeMove\", function (delta, event) {\n      _this.props.onSwipeMove(event);\n\n      var animationHandlerResponse = _this.props.swipeAnimationHandler(delta, _this.props, _this.state, _this.setState.bind(_assertThisInitialized(_this)));\n\n      _this.setState(_objectSpread({}, animationHandlerResponse)); // If we have not moved, we should have an empty object returned\n      // Return false to allow scrolling when not swiping\n\n\n      return !!Object.keys(animationHandlerResponse).length;\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"decrement\", function () {\n      var positions = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : 1;\n\n      _this.moveTo(_this.state.selectedItem - (typeof positions === 'number' ? positions : 1));\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"increment\", function () {\n      var positions = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : 1;\n\n      _this.moveTo(_this.state.selectedItem + (typeof positions === 'number' ? positions : 1));\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"moveTo\", function (position) {\n      if (typeof position !== 'number') {\n        return;\n      }\n\n      var lastPosition = _react.Children.count(_this.props.children) - 1;\n\n      if (position < 0) {\n        position = _this.props.infiniteLoop ? lastPosition : 0;\n      }\n\n      if (position > lastPosition) {\n        position = _this.props.infiniteLoop ? 0 : lastPosition;\n      }\n\n      _this.selectItem({\n        // if it's not a slider, we don't need to set position here\n        selectedItem: position\n      }); // don't reset auto play when stop on hover is enabled, doing so will trigger a call to auto play more than once\n      // and will result in the interval function not being cleared correctly.\n\n\n      if (_this.state.autoPlay && _this.state.isMouseEntered === false) {\n        _this.resetAutoPlay();\n      }\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"onClickNext\", function () {\n      _this.increment(1);\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"onClickPrev\", function () {\n      _this.decrement(1);\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"onSwipeForward\", function () {\n      _this.increment(1);\n\n      if (_this.props.emulateTouch) {\n        _this.setState({\n          cancelClick: true\n        });\n      }\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"onSwipeBackwards\", function () {\n      _this.decrement(1);\n\n      if (_this.props.emulateTouch) {\n        _this.setState({\n          cancelClick: true\n        });\n      }\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"changeItem\", function (newIndex) {\n      return function (e) {\n        if (!(0, _utils.isKeyboardEvent)(e) || e.key === 'Enter') {\n          _this.moveTo(newIndex);\n        }\n      };\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"selectItem\", function (state) {\n      // Merge in the new state while updating updating previous item\n      _this.setState(_objectSpread({\n        previousItem: _this.state.selectedItem\n      }, state), function () {\n        // Run animation handler and update styles based on it\n        _this.setState(_this.animationHandler(_this.props, _this.state));\n      });\n\n      _this.handleOnChange(state.selectedItem, _react.Children.toArray(_this.props.children)[state.selectedItem]);\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"getInitialImage\", function () {\n      var selectedItem = _this.props.selectedItem;\n      var item = _this.itemsRef && _this.itemsRef[selectedItem];\n      var images = item && item.getElementsByTagName('img') || [];\n      return images[0];\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"getVariableItemHeight\", function (position) {\n      var item = _this.itemsRef && _this.itemsRef[position];\n\n      if (_this.state.hasMount && item && item.children.length) {\n        var slideImages = item.children[0].getElementsByTagName('img') || [];\n\n        if (slideImages.length > 0) {\n          var image = slideImages[0];\n\n          if (!image.complete) {\n            // if the image is still loading, the size won't be available so we trigger a new render after it's done\n            var onImageLoad = function onImageLoad() {\n              _this.forceUpdate();\n\n              image.removeEventListener('load', onImageLoad);\n            };\n\n            image.addEventListener('load', onImageLoad);\n          }\n        } // try to get img first, if img not there find first display tag\n\n\n        var displayItem = slideImages[0] || item.children[0];\n        var height = displayItem.clientHeight;\n        return height > 0 ? height : null;\n      }\n\n      return null;\n    });\n\n    var initState = {\n      initialized: false,\n      previousItem: props.selectedItem,\n      selectedItem: props.selectedItem,\n      hasMount: false,\n      isMouseEntered: false,\n      autoPlay: props.autoPlay,\n      swiping: false,\n      swipeMovementStarted: false,\n      cancelClick: false,\n      itemSize: 1,\n      itemListStyle: {},\n      slideStyle: {},\n      selectedStyle: {},\n      prevStyle: {}\n    };\n    _this.animationHandler = typeof props.animationHandler === 'function' && props.animationHandler || props.animationHandler === 'fade' && _animations.fadeAnimationHandler || _animations.slideAnimationHandler;\n    _this.state = _objectSpread(_objectSpread({}, initState), _this.animationHandler(props, initState));\n    return _this;\n  }\n\n  _createClass(Carousel, [{\n    key: \"componentDidMount\",\n    value: function componentDidMount() {\n      if (!this.props.children) {\n        return;\n      }\n\n      this.setupCarousel();\n    }\n  }, {\n    key: \"componentDidUpdate\",\n    value: function componentDidUpdate(prevProps, prevState) {\n      if (!prevProps.children && this.props.children && !this.state.initialized) {\n        this.setupCarousel();\n      }\n\n      if (!prevProps.autoFocus && this.props.autoFocus) {\n        this.forceFocus();\n      }\n\n      if (prevState.swiping && !this.state.swiping) {\n        // We stopped swiping, ensure we are heading to the new/current slide and not stuck\n        this.setState(_objectSpread({}, this.props.stopSwipingHandler(this.props, this.state)));\n      }\n\n      if (prevProps.selectedItem !== this.props.selectedItem || prevProps.centerMode !== this.props.centerMode) {\n        this.updateSizes();\n        this.moveTo(this.props.selectedItem);\n      }\n\n      if (prevProps.autoPlay !== this.props.autoPlay) {\n        if (this.props.autoPlay) {\n          this.setupAutoPlay();\n        } else {\n          this.destroyAutoPlay();\n        }\n\n        this.setState({\n          autoPlay: this.props.autoPlay\n        });\n      }\n    }\n  }, {\n    key: \"componentWillUnmount\",\n    value: function componentWillUnmount() {\n      this.destroyCarousel();\n    }\n  }, {\n    key: \"setupCarousel\",\n    value: function setupCarousel() {\n      var _this2 = this;\n\n      this.bindEvents();\n\n      if (this.state.autoPlay && _react.Children.count(this.props.children) > 1) {\n        this.setupAutoPlay();\n      }\n\n      if (this.props.autoFocus) {\n        this.forceFocus();\n      }\n\n      this.setState({\n        initialized: true\n      }, function () {\n        var initialImage = _this2.getInitialImage();\n\n        if (initialImage && !initialImage.complete) {\n          // if it's a carousel of images, we set the mount state after the first image is loaded\n          initialImage.addEventListener('load', _this2.setMountState);\n        } else {\n          _this2.setMountState();\n        }\n      });\n    }\n  }, {\n    key: \"destroyCarousel\",\n    value: function destroyCarousel() {\n      if (this.state.initialized) {\n        this.unbindEvents();\n        this.destroyAutoPlay();\n      }\n    }\n  }, {\n    key: \"setupAutoPlay\",\n    value: function setupAutoPlay() {\n      this.autoPlay();\n      var carouselWrapper = this.carouselWrapperRef;\n\n      if (this.props.stopOnHover && carouselWrapper) {\n        carouselWrapper.addEventListener('mouseenter', this.stopOnHover);\n        carouselWrapper.addEventListener('mouseleave', this.startOnLeave);\n      }\n    }\n  }, {\n    key: \"destroyAutoPlay\",\n    value: function destroyAutoPlay() {\n      this.clearAutoPlay();\n      var carouselWrapper = this.carouselWrapperRef;\n\n      if (this.props.stopOnHover && carouselWrapper) {\n        carouselWrapper.removeEventListener('mouseenter', this.stopOnHover);\n        carouselWrapper.removeEventListener('mouseleave', this.startOnLeave);\n      }\n    }\n  }, {\n    key: \"bindEvents\",\n    value: function bindEvents() {\n      // as the widths are calculated, we need to resize\n      // the carousel when the window is resized\n      (0, _window.default)().addEventListener('resize', this.updateSizes); // issue #2 - image loading smaller\n\n      (0, _window.default)().addEventListener('DOMContentLoaded', this.updateSizes);\n\n      if (this.props.useKeyboardArrows) {\n        (0, _document.default)().addEventListener('keydown', this.navigateWithKeyboard);\n      }\n    }\n  }, {\n    key: \"unbindEvents\",\n    value: function unbindEvents() {\n      // removing listeners\n      (0, _window.default)().removeEventListener('resize', this.updateSizes);\n      (0, _window.default)().removeEventListener('DOMContentLoaded', this.updateSizes);\n      var initialImage = this.getInitialImage();\n\n      if (initialImage) {\n        initialImage.removeEventListener('load', this.setMountState);\n      }\n\n      if (this.props.useKeyboardArrows) {\n        (0, _document.default)().removeEventListener('keydown', this.navigateWithKeyboard);\n      }\n    }\n  }, {\n    key: \"forceFocus\",\n    value: function forceFocus() {\n      var _this$carouselWrapper;\n\n      (_this$carouselWrapper = this.carouselWrapperRef) === null || _this$carouselWrapper === void 0 ? void 0 : _this$carouselWrapper.focus();\n    }\n  }, {\n    key: \"renderItems\",\n    value: function renderItems(isClone) {\n      var _this3 = this;\n\n      if (!this.props.children) {\n        return [];\n      }\n\n      return _react.Children.map(this.props.children, function (item, index) {\n        var isSelected = index === _this3.state.selectedItem;\n        var isPrevious = index === _this3.state.previousItem;\n        var style = isSelected && _this3.state.selectedStyle || isPrevious && _this3.state.prevStyle || _this3.state.slideStyle || {};\n\n        if (_this3.props.centerMode && _this3.props.axis === 'horizontal') {\n          style = _objectSpread(_objectSpread({}, style), {}, {\n            minWidth: _this3.props.centerSlidePercentage + '%'\n          });\n        }\n\n        if (_this3.state.swiping && _this3.state.swipeMovementStarted) {\n          style = _objectSpread(_objectSpread({}, style), {}, {\n            pointerEvents: 'none'\n          });\n        }\n\n        var slideProps = {\n          ref: function ref(e) {\n            return _this3.setItemsRef(e, index);\n          },\n          key: 'itemKey' + index + (isClone ? 'clone' : ''),\n          className: _cssClasses.default.ITEM(true, index === _this3.state.selectedItem, index === _this3.state.previousItem),\n          onClick: _this3.handleClickItem.bind(_this3, index, item),\n          style: style\n        };\n        return /*#__PURE__*/_react.default.createElement(\"li\", slideProps, _this3.props.renderItem(item, {\n          isSelected: index === _this3.state.selectedItem,\n          isPrevious: index === _this3.state.previousItem\n        }));\n      });\n    }\n  }, {\n    key: \"renderControls\",\n    value: function renderControls() {\n      var _this4 = this;\n\n      var _this$props = this.props,\n          showIndicators = _this$props.showIndicators,\n          labels = _this$props.labels,\n          renderIndicator = _this$props.renderIndicator,\n          children = _this$props.children;\n\n      if (!showIndicators) {\n        return null;\n      }\n\n      return /*#__PURE__*/_react.default.createElement(\"ul\", {\n        className: \"control-dots\"\n      }, _react.Children.map(children, function (_, index) {\n        return renderIndicator && renderIndicator(_this4.changeItem(index), index === _this4.state.selectedItem, index, labels.item);\n      }));\n    }\n  }, {\n    key: \"renderStatus\",\n    value: function renderStatus() {\n      if (!this.props.showStatus) {\n        return null;\n      }\n\n      return /*#__PURE__*/_react.default.createElement(\"p\", {\n        className: \"carousel-status\"\n      }, this.props.statusFormatter(this.state.selectedItem + 1, _react.Children.count(this.props.children)));\n    }\n  }, {\n    key: \"renderThumbs\",\n    value: function renderThumbs() {\n      if (!this.props.showThumbs || !this.props.children || _react.Children.count(this.props.children) === 0) {\n        return null;\n      }\n\n      return /*#__PURE__*/_react.default.createElement(_Thumbs.default, {\n        ref: this.setThumbsRef,\n        onSelectItem: this.handleClickThumb,\n        selectedItem: this.state.selectedItem,\n        transitionTime: this.props.transitionTime,\n        thumbWidth: this.props.thumbWidth,\n        labels: this.props.labels,\n        emulateTouch: this.props.emulateTouch\n      }, this.props.renderThumbs(this.props.children));\n    }\n  }, {\n    key: \"render\",\n    value: function render() {\n      var _this5 = this;\n\n      if (!this.props.children || _react.Children.count(this.props.children) === 0) {\n        return null;\n      }\n\n      var isSwipeable = this.props.swipeable && _react.Children.count(this.props.children) > 1;\n      var isHorizontal = this.props.axis === 'horizontal';\n      var canShowArrows = this.props.showArrows && _react.Children.count(this.props.children) > 1; // show left arrow?\n\n      var hasPrev = canShowArrows && (this.state.selectedItem > 0 || this.props.infiniteLoop) || false; // show right arrow\n\n      var hasNext = canShowArrows && (this.state.selectedItem < _react.Children.count(this.props.children) - 1 || this.props.infiniteLoop) || false;\n      var itemsClone = this.renderItems(true);\n      var firstClone = itemsClone.shift();\n      var lastClone = itemsClone.pop();\n      var swiperProps = {\n        className: _cssClasses.default.SLIDER(true, this.state.swiping),\n        onSwipeMove: this.onSwipeMove,\n        onSwipeStart: this.onSwipeStart,\n        onSwipeEnd: this.onSwipeEnd,\n        style: this.state.itemListStyle,\n        tolerance: this.props.swipeScrollTolerance\n      };\n      var containerStyles = {};\n\n      if (isHorizontal) {\n        swiperProps.onSwipeLeft = this.onSwipeForward;\n        swiperProps.onSwipeRight = this.onSwipeBackwards;\n\n        if (this.props.dynamicHeight) {\n          var itemHeight = this.getVariableItemHeight(this.state.selectedItem); // swiperProps.style.height = itemHeight || 'auto';\n\n          containerStyles.height = itemHeight || 'auto';\n        }\n      } else {\n        swiperProps.onSwipeUp = this.props.verticalSwipe === 'natural' ? this.onSwipeBackwards : this.onSwipeForward;\n        swiperProps.onSwipeDown = this.props.verticalSwipe === 'natural' ? this.onSwipeForward : this.onSwipeBackwards;\n        swiperProps.style = _objectSpread(_objectSpread({}, swiperProps.style), {}, {\n          height: this.state.itemSize\n        });\n        containerStyles.height = this.state.itemSize;\n      }\n\n      return /*#__PURE__*/_react.default.createElement(\"div\", {\n        \"aria-label\": this.props.ariaLabel,\n        className: _cssClasses.default.ROOT(this.props.className),\n        ref: this.setCarouselWrapperRef,\n        tabIndex: this.props.useKeyboardArrows ? 0 : undefined\n      }, /*#__PURE__*/_react.default.createElement(\"div\", {\n        className: _cssClasses.default.CAROUSEL(true),\n        style: {\n          width: this.props.width\n        }\n      }, this.renderControls(), this.props.renderArrowPrev(this.onClickPrev, hasPrev, this.props.labels.leftArrow), /*#__PURE__*/_react.default.createElement(\"div\", {\n        className: _cssClasses.default.WRAPPER(true, this.props.axis),\n        style: containerStyles\n      }, isSwipeable ? /*#__PURE__*/_react.default.createElement(_reactEasySwipe.default, _extends({\n        tagName: \"ul\",\n        innerRef: this.setListRef\n      }, swiperProps, {\n        allowMouseEvents: this.props.emulateTouch\n      }), this.props.infiniteLoop && lastClone, this.renderItems(), this.props.infiniteLoop && firstClone) : /*#__PURE__*/_react.default.createElement(\"ul\", {\n        className: _cssClasses.default.SLIDER(true, this.state.swiping),\n        ref: function ref(node) {\n          return _this5.setListRef(node);\n        },\n        style: this.state.itemListStyle || {}\n      }, this.props.infiniteLoop && lastClone, this.renderItems(), this.props.infiniteLoop && firstClone)), this.props.renderArrowNext(this.onClickNext, hasNext, this.props.labels.rightArrow), this.renderStatus()), this.renderThumbs());\n    }\n  }]);\n\n  return Carousel;\n}(_react.default.Component);\n\nexports.default = Carousel;\n\n_defineProperty(Carousel, \"displayName\", 'Carousel');\n\n_defineProperty(Carousel, \"defaultProps\", {\n  ariaLabel: undefined,\n  axis: 'horizontal',\n  centerSlidePercentage: 80,\n  interval: 3000,\n  labels: {\n    leftArrow: 'previous slide / item',\n    rightArrow: 'next slide / item',\n    item: 'slide item'\n  },\n  onClickItem: _utils.noop,\n  onClickThumb: _utils.noop,\n  onChange: _utils.noop,\n  onSwipeStart: function onSwipeStart() {},\n  onSwipeEnd: function onSwipeEnd() {},\n  onSwipeMove: function onSwipeMove() {\n    return false;\n  },\n  preventMovementUntilSwipeScrollTolerance: false,\n  renderArrowPrev: function renderArrowPrev(onClickHandler, hasPrev, label) {\n    return /*#__PURE__*/_react.default.createElement(\"button\", {\n      type: \"button\",\n      \"aria-label\": label,\n      className: _cssClasses.default.ARROW_PREV(!hasPrev),\n      onClick: onClickHandler\n    });\n  },\n  renderArrowNext: function renderArrowNext(onClickHandler, hasNext, label) {\n    return /*#__PURE__*/_react.default.createElement(\"button\", {\n      type: \"button\",\n      \"aria-label\": label,\n      className: _cssClasses.default.ARROW_NEXT(!hasNext),\n      onClick: onClickHandler\n    });\n  },\n  renderIndicator: function renderIndicator(onClickHandler, isSelected, index, label) {\n    return /*#__PURE__*/_react.default.createElement(\"li\", {\n      className: _cssClasses.default.DOT(isSelected),\n      onClick: onClickHandler,\n      onKeyDown: onClickHandler,\n      value: index,\n      key: index,\n      role: \"button\",\n      tabIndex: 0,\n      \"aria-label\": \"\".concat(label, \" \").concat(index + 1)\n    });\n  },\n  renderItem: function renderItem(item) {\n    return item;\n  },\n  renderThumbs: function renderThumbs(children) {\n    var images = _react.Children.map(children, function (item) {\n      var img = item; // if the item is not an image, try to find the first image in the item's children.\n\n      if (item.type !== 'img') {\n        img = _react.Children.toArray(item.props.children).find(function (children) {\n          return children.type === 'img';\n        });\n      }\n\n      if (!img) {\n        return undefined;\n      }\n\n      return img;\n    });\n\n    if (images.filter(function (image) {\n      return image;\n    }).length === 0) {\n      console.warn(\"No images found! Can't build the thumb list without images. If you don't need thumbs, set showThumbs={false} in the Carousel. Note that it's not possible to get images rendered inside custom components. More info at https://github.com/leandrowd/react-responsive-carousel/blob/master/TROUBLESHOOTING.md\");\n      return [];\n    }\n\n    return images;\n  },\n  statusFormatter: _utils.defaultStatusFormatter,\n  selectedItem: 0,\n  showArrows: true,\n  showIndicators: true,\n  showStatus: true,\n  showThumbs: true,\n  stopOnHover: true,\n  swipeScrollTolerance: 5,\n  swipeable: true,\n  transitionTime: 350,\n  verticalSwipe: 'standard',\n  width: '100%',\n  animationHandler: 'slide',\n  swipeAnimationHandler: _animations.slideSwipeAnimationHandler,\n  stopSwipingHandler: _animations.slideStopSwipingHandler\n});","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nexports.setPosition = exports.getPosition = exports.isKeyboardEvent = exports.defaultStatusFormatter = exports.noop = void 0;\n\nvar _react = require(\"react\");\n\nvar _CSSTranslate = _interopRequireDefault(require(\"../../CSSTranslate\"));\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }\n\nvar noop = function noop() {};\n\nexports.noop = noop;\n\nvar defaultStatusFormatter = function defaultStatusFormatter(current, total) {\n  return \"\".concat(current, \" of \").concat(total);\n};\n\nexports.defaultStatusFormatter = defaultStatusFormatter;\n\nvar isKeyboardEvent = function isKeyboardEvent(e) {\n  return e ? e.hasOwnProperty('key') : false;\n};\n/**\n * Gets the list 'position' relative to a current index\n * @param index\n */\n\n\nexports.isKeyboardEvent = isKeyboardEvent;\n\nvar getPosition = function getPosition(index, props) {\n  if (props.infiniteLoop) {\n    // index has to be added by 1 because of the first cloned slide\n    ++index;\n  }\n\n  if (index === 0) {\n    return 0;\n  }\n\n  var childrenLength = _react.Children.count(props.children);\n\n  if (props.centerMode && props.axis === 'horizontal') {\n    var currentPosition = -index * props.centerSlidePercentage;\n    var lastPosition = childrenLength - 1;\n\n    if (index && (index !== lastPosition || props.infiniteLoop)) {\n      currentPosition += (100 - props.centerSlidePercentage) / 2;\n    } else if (index === lastPosition) {\n      currentPosition += 100 - props.centerSlidePercentage;\n    }\n\n    return currentPosition;\n  }\n\n  return -index * 100;\n};\n/**\n * Sets the 'position' transform for sliding animations\n * @param position\n * @param forceReflow\n */\n\n\nexports.getPosition = getPosition;\n\nvar setPosition = function setPosition(position, axis) {\n  var style = {};\n  ['WebkitTransform', 'MozTransform', 'MsTransform', 'OTransform', 'transform', 'msTransform'].forEach(function (prop) {\n    // @ts-ignore\n    style[prop] = (0, _CSSTranslate.default)(position, '%', axis);\n  });\n  return style;\n};\n\nexports.setPosition = setPosition;","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nexports.default = void 0;\n\nvar _react = _interopRequireWildcard(require(\"react\"));\n\nvar _cssClasses = _interopRequireDefault(require(\"../cssClasses\"));\n\nvar _dimensions = require(\"../dimensions\");\n\nvar _CSSTranslate = _interopRequireDefault(require(\"../CSSTranslate\"));\n\nvar _reactEasySwipe = _interopRequireDefault(require(\"react-easy-swipe\"));\n\nvar _window = _interopRequireDefault(require(\"../shims/window\"));\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }\n\nfunction _getRequireWildcardCache() { if (typeof WeakMap !== \"function\") return null; var cache = new WeakMap(); _getRequireWildcardCache = function _getRequireWildcardCache() { return cache; }; return cache; }\n\nfunction _interopRequireWildcard(obj) { if (obj && obj.__esModule) { return obj; } if (obj === null || _typeof(obj) !== \"object\" && typeof obj !== \"function\") { return { default: obj }; } var cache = _getRequireWildcardCache(); if (cache && cache.has(obj)) { return cache.get(obj); } var newObj = {}; var hasPropertyDescriptor = Object.defineProperty && Object.getOwnPropertyDescriptor; for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) { var desc = hasPropertyDescriptor ? Object.getOwnPropertyDescriptor(obj, key) : null; if (desc && (desc.get || desc.set)) { Object.defineProperty(newObj, key, desc); } else { newObj[key] = obj[key]; } } } newObj.default = obj; if (cache) { cache.set(obj, newObj); } return newObj; }\n\nfunction _typeof(obj) { \"@babel/helpers - typeof\"; if (typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\") { _typeof = function _typeof(obj) { return typeof obj; }; } else { _typeof = function _typeof(obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }; } return _typeof(obj); }\n\nfunction _extends() { _extends = Object.assign || function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } }\n\nfunction _createClass(Constructor, protoProps, staticProps) { if (protoProps) _defineProperties(Constructor.prototype, protoProps); if (staticProps) _defineProperties(Constructor, staticProps); return Constructor; }\n\nfunction _inherits(subClass, superClass) { if (typeof superClass !== \"function\" && superClass !== null) { throw new TypeError(\"Super expression must either be null or a function\"); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, writable: true, configurable: true } }); if (superClass) _setPrototypeOf(subClass, superClass); }\n\nfunction _setPrototypeOf(o, p) { _setPrototypeOf = Object.setPrototypeOf || function _setPrototypeOf(o, p) { o.__proto__ = p; return o; }; return _setPrototypeOf(o, p); }\n\nfunction _createSuper(Derived) { var hasNativeReflectConstruct = _isNativeReflectConstruct(); return function _createSuperInternal() { var Super = _getPrototypeOf(Derived), result; if (hasNativeReflectConstruct) { var NewTarget = _getPrototypeOf(this).constructor; result = Reflect.construct(Super, arguments, NewTarget); } else { result = Super.apply(this, arguments); } return _possibleConstructorReturn(this, result); }; }\n\nfunction _possibleConstructorReturn(self, call) { if (call && (_typeof(call) === \"object\" || typeof call === \"function\")) { return call; } return _assertThisInitialized(self); }\n\nfunction _assertThisInitialized(self) { if (self === void 0) { throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\"); } return self; }\n\nfunction _isNativeReflectConstruct() { if (typeof Reflect === \"undefined\" || !Reflect.construct) return false; if (Reflect.construct.sham) return false; if (typeof Proxy === \"function\") return true; try { Date.prototype.toString.call(Reflect.construct(Date, [], function () {})); return true; } catch (e) { return false; } }\n\nfunction _getPrototypeOf(o) { _getPrototypeOf = Object.setPrototypeOf ? Object.getPrototypeOf : function _getPrototypeOf(o) { return o.__proto__ || Object.getPrototypeOf(o); }; return _getPrototypeOf(o); }\n\nfunction _defineProperty(obj, key, value) { if (key in obj) { Object.defineProperty(obj, key, { value: value, enumerable: true, configurable: true, writable: true }); } else { obj[key] = value; } return obj; }\n\nvar isKeyboardEvent = function isKeyboardEvent(e) {\n  return e.hasOwnProperty('key');\n};\n\nvar Thumbs = /*#__PURE__*/function (_Component) {\n  _inherits(Thumbs, _Component);\n\n  var _super = _createSuper(Thumbs);\n\n  function Thumbs(_props) {\n    var _this;\n\n    _classCallCheck(this, Thumbs);\n\n    _this = _super.call(this, _props);\n\n    _defineProperty(_assertThisInitialized(_this), \"itemsWrapperRef\", void 0);\n\n    _defineProperty(_assertThisInitialized(_this), \"itemsListRef\", void 0);\n\n    _defineProperty(_assertThisInitialized(_this), \"thumbsRef\", void 0);\n\n    _defineProperty(_assertThisInitialized(_this), \"setItemsWrapperRef\", function (node) {\n      _this.itemsWrapperRef = node;\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"setItemsListRef\", function (node) {\n      _this.itemsListRef = node;\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"setThumbsRef\", function (node, index) {\n      if (!_this.thumbsRef) {\n        _this.thumbsRef = [];\n      }\n\n      _this.thumbsRef[index] = node;\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"updateSizes\", function () {\n      if (!_this.props.children || !_this.itemsWrapperRef || !_this.thumbsRef) {\n        return;\n      }\n\n      var total = _react.Children.count(_this.props.children);\n\n      var wrapperSize = _this.itemsWrapperRef.clientWidth;\n      var itemSize = _this.props.thumbWidth ? _this.props.thumbWidth : (0, _dimensions.outerWidth)(_this.thumbsRef[0]);\n      var visibleItems = Math.floor(wrapperSize / itemSize);\n      var showArrows = visibleItems < total;\n      var lastPosition = showArrows ? total - visibleItems : 0;\n\n      _this.setState(function (_state, props) {\n        return {\n          itemSize: itemSize,\n          visibleItems: visibleItems,\n          firstItem: showArrows ? _this.getFirstItem(props.selectedItem) : 0,\n          lastPosition: lastPosition,\n          showArrows: showArrows\n        };\n      });\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"handleClickItem\", function (index, item, e) {\n      if (!isKeyboardEvent(e) || e.key === 'Enter') {\n        var handler = _this.props.onSelectItem;\n\n        if (typeof handler === 'function') {\n          handler(index, item);\n        }\n      }\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"onSwipeStart\", function () {\n      _this.setState({\n        swiping: true\n      });\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"onSwipeEnd\", function () {\n      _this.setState({\n        swiping: false\n      });\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"onSwipeMove\", function (delta) {\n      var deltaX = delta.x;\n\n      if (!_this.state.itemSize || !_this.itemsWrapperRef || !_this.state.visibleItems) {\n        return false;\n      }\n\n      var leftBoundary = 0;\n\n      var childrenLength = _react.Children.count(_this.props.children);\n\n      var currentPosition = -(_this.state.firstItem * 100) / _this.state.visibleItems;\n      var lastLeftItem = Math.max(childrenLength - _this.state.visibleItems, 0);\n      var lastLeftBoundary = -lastLeftItem * 100 / _this.state.visibleItems; // prevent user from swiping left out of boundaries\n\n      if (currentPosition === leftBoundary && deltaX > 0) {\n        deltaX = 0;\n      } // prevent user from swiping right out of boundaries\n\n\n      if (currentPosition === lastLeftBoundary && deltaX < 0) {\n        deltaX = 0;\n      }\n\n      var wrapperSize = _this.itemsWrapperRef.clientWidth;\n      var position = currentPosition + 100 / (wrapperSize / deltaX); // if 3d isn't available we will use left to move\n\n      if (_this.itemsListRef) {\n        ['WebkitTransform', 'MozTransform', 'MsTransform', 'OTransform', 'transform', 'msTransform'].forEach(function (prop) {\n          _this.itemsListRef.style[prop] = (0, _CSSTranslate.default)(position, '%', _this.props.axis);\n        });\n      }\n\n      return true;\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"slideRight\", function (positions) {\n      _this.moveTo(_this.state.firstItem - (typeof positions === 'number' ? positions : 1));\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"slideLeft\", function (positions) {\n      _this.moveTo(_this.state.firstItem + (typeof positions === 'number' ? positions : 1));\n    });\n\n    _defineProperty(_assertThisInitialized(_this), \"moveTo\", function (position) {\n      // position can't be lower than 0\n      position = position < 0 ? 0 : position; // position can't be higher than last postion\n\n      position = position >= _this.state.lastPosition ? _this.state.lastPosition : position;\n\n      _this.setState({\n        firstItem: position\n      });\n    });\n\n    _this.state = {\n      selectedItem: _props.selectedItem,\n      swiping: false,\n      showArrows: false,\n      firstItem: 0,\n      visibleItems: 0,\n      lastPosition: 0\n    };\n    return _this;\n  }\n\n  _createClass(Thumbs, [{\n    key: \"componentDidMount\",\n    value: function componentDidMount() {\n      this.setupThumbs();\n    }\n  }, {\n    key: \"componentDidUpdate\",\n    value: function componentDidUpdate(prevProps) {\n      if (this.props.selectedItem !== this.state.selectedItem) {\n        this.setState({\n          selectedItem: this.props.selectedItem,\n          firstItem: this.getFirstItem(this.props.selectedItem)\n        });\n      }\n\n      if (this.props.children === prevProps.children) {\n        return;\n      } // This will capture any size changes for arrow adjustments etc.\n      // usually in the same render cycle so we don't see any flickers\n\n\n      this.updateSizes();\n    }\n  }, {\n    key: \"componentWillUnmount\",\n    value: function componentWillUnmount() {\n      this.destroyThumbs();\n    }\n  }, {\n    key: \"setupThumbs\",\n    value: function setupThumbs() {\n      // as the widths are calculated, we need to resize\n      // the carousel when the window is resized\n      (0, _window.default)().addEventListener('resize', this.updateSizes); // issue #2 - image loading smaller\n\n      (0, _window.default)().addEventListener('DOMContentLoaded', this.updateSizes); // when the component is rendered we need to calculate\n      // the container size to adjust the responsive behaviour\n\n      this.updateSizes();\n    }\n  }, {\n    key: \"destroyThumbs\",\n    value: function destroyThumbs() {\n      // removing listeners\n      (0, _window.default)().removeEventListener('resize', this.updateSizes);\n      (0, _window.default)().removeEventListener('DOMContentLoaded', this.updateSizes);\n    }\n  }, {\n    key: \"getFirstItem\",\n    value: function getFirstItem(selectedItem) {\n      var firstItem = selectedItem;\n\n      if (selectedItem >= this.state.lastPosition) {\n        firstItem = this.state.lastPosition;\n      }\n\n      if (selectedItem < this.state.firstItem + this.state.visibleItems) {\n        firstItem = this.state.firstItem;\n      }\n\n      if (selectedItem < this.state.firstItem) {\n        firstItem = selectedItem;\n      }\n\n      return firstItem;\n    }\n  }, {\n    key: \"renderItems\",\n    value: function renderItems() {\n      var _this2 = this;\n\n      return this.props.children.map(function (img, index) {\n        var itemClass = _cssClasses.default.ITEM(false, index === _this2.state.selectedItem);\n\n        var thumbProps = {\n          key: index,\n          ref: function ref(e) {\n            return _this2.setThumbsRef(e, index);\n          },\n          className: itemClass,\n          onClick: _this2.handleClickItem.bind(_this2, index, _this2.props.children[index]),\n          onKeyDown: _this2.handleClickItem.bind(_this2, index, _this2.props.children[index]),\n          'aria-label': \"\".concat(_this2.props.labels.item, \" \").concat(index + 1),\n          style: {\n            width: _this2.props.thumbWidth\n          }\n        };\n        return /*#__PURE__*/_react.default.createElement(\"li\", _extends({}, thumbProps, {\n          role: \"button\",\n          tabIndex: 0\n        }), img);\n      });\n    }\n  }, {\n    key: \"render\",\n    value: function render() {\n      var _this3 = this;\n\n      if (!this.props.children) {\n        return null;\n      }\n\n      var isSwipeable = _react.Children.count(this.props.children) > 1; // show left arrow?\n\n      var hasPrev = this.state.showArrows && this.state.firstItem > 0; // show right arrow\n\n      var hasNext = this.state.showArrows && this.state.firstItem < this.state.lastPosition; // obj to hold the transformations and styles\n\n      var itemListStyles = {};\n      var currentPosition = -this.state.firstItem * (this.state.itemSize || 0);\n      var transformProp = (0, _CSSTranslate.default)(currentPosition, 'px', this.props.axis);\n      var transitionTime = this.props.transitionTime + 'ms';\n      itemListStyles = {\n        WebkitTransform: transformProp,\n        MozTransform: transformProp,\n        MsTransform: transformProp,\n        OTransform: transformProp,\n        transform: transformProp,\n        msTransform: transformProp,\n        WebkitTransitionDuration: transitionTime,\n        MozTransitionDuration: transitionTime,\n        MsTransitionDuration: transitionTime,\n        OTransitionDuration: transitionTime,\n        transitionDuration: transitionTime,\n        msTransitionDuration: transitionTime\n      };\n      return /*#__PURE__*/_react.default.createElement(\"div\", {\n        className: _cssClasses.default.CAROUSEL(false)\n      }, /*#__PURE__*/_react.default.createElement(\"div\", {\n        className: _cssClasses.default.WRAPPER(false),\n        ref: this.setItemsWrapperRef\n      }, /*#__PURE__*/_react.default.createElement(\"button\", {\n        type: \"button\",\n        className: _cssClasses.default.ARROW_PREV(!hasPrev),\n        onClick: function onClick() {\n          return _this3.slideRight();\n        },\n        \"aria-label\": this.props.labels.leftArrow\n      }), isSwipeable ? /*#__PURE__*/_react.default.createElement(_reactEasySwipe.default, {\n        tagName: \"ul\",\n        className: _cssClasses.default.SLIDER(false, this.state.swiping),\n        onSwipeLeft: this.slideLeft,\n        onSwipeRight: this.slideRight,\n        onSwipeMove: this.onSwipeMove,\n        onSwipeStart: this.onSwipeStart,\n        onSwipeEnd: this.onSwipeEnd,\n        style: itemListStyles,\n        innerRef: this.setItemsListRef,\n        allowMouseEvents: this.props.emulateTouch\n      }, this.renderItems()) : /*#__PURE__*/_react.default.createElement(\"ul\", {\n        className: _cssClasses.default.SLIDER(false, this.state.swiping),\n        ref: function ref(node) {\n          return _this3.setItemsListRef(node);\n        },\n        style: itemListStyles\n      }, this.renderItems()), /*#__PURE__*/_react.default.createElement(\"button\", {\n        type: \"button\",\n        className: _cssClasses.default.ARROW_NEXT(!hasNext),\n        onClick: function onClick() {\n          return _this3.slideLeft();\n        },\n        \"aria-label\": this.props.labels.rightArrow\n      })));\n    }\n  }]);\n\n  return Thumbs;\n}(_react.Component);\n\nexports.default = Thumbs;\n\n_defineProperty(Thumbs, \"displayName\", 'Thumbs');\n\n_defineProperty(Thumbs, \"defaultProps\", {\n  axis: 'horizontal',\n  labels: {\n    leftArrow: 'previous slide / item',\n    rightArrow: 'next slide / item',\n    item: 'slide item'\n  },\n  selectedItem: 0,\n  thumbWidth: 80,\n  transitionTime: 350\n});","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nexports.default = void 0;\n\nvar _classnames = _interopRequireDefault(require(\"classnames\"));\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }\n\nfunction _defineProperty(obj, key, value) { if (key in obj) { Object.defineProperty(obj, key, { value: value, enumerable: true, configurable: true, writable: true }); } else { obj[key] = value; } return obj; }\n\nvar _default = {\n  ROOT: function ROOT(customClassName) {\n    return (0, _classnames.default)(_defineProperty({\n      'carousel-root': true\n    }, customClassName || '', !!customClassName));\n  },\n  CAROUSEL: function CAROUSEL(isSlider) {\n    return (0, _classnames.default)({\n      carousel: true,\n      'carousel-slider': isSlider\n    });\n  },\n  WRAPPER: function WRAPPER(isSlider, axis) {\n    return (0, _classnames.default)({\n      'thumbs-wrapper': !isSlider,\n      'slider-wrapper': isSlider,\n      'axis-horizontal': axis === 'horizontal',\n      'axis-vertical': axis !== 'horizontal'\n    });\n  },\n  SLIDER: function SLIDER(isSlider, isSwiping) {\n    return (0, _classnames.default)({\n      thumbs: !isSlider,\n      slider: isSlider,\n      animated: !isSwiping\n    });\n  },\n  ITEM: function ITEM(isSlider, selected, previous) {\n    return (0, _classnames.default)({\n      thumb: !isSlider,\n      slide: isSlider,\n      selected: selected,\n      previous: previous\n    });\n  },\n  ARROW_PREV: function ARROW_PREV(disabled) {\n    return (0, _classnames.default)({\n      'control-arrow control-prev': true,\n      'control-disabled': disabled\n    });\n  },\n  ARROW_NEXT: function ARROW_NEXT(disabled) {\n    return (0, _classnames.default)({\n      'control-arrow control-next': true,\n      'control-disabled': disabled\n    });\n  },\n  DOT: function DOT(selected) {\n    return (0, _classnames.default)({\n      dot: true,\n      selected: selected\n    });\n  }\n};\nexports.default = _default;","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nexports.outerWidth = void 0;\n\nvar outerWidth = function outerWidth(el) {\n  var width = el.offsetWidth;\n  var style = getComputedStyle(el);\n  width += parseInt(style.marginLeft) + parseInt(style.marginRight);\n  return width;\n};\n\nexports.outerWidth = outerWidth;","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nObject.defineProperty(exports, \"Carousel\", {\n  enumerable: true,\n  get: function get() {\n    return _Carousel.default;\n  }\n});\nObject.defineProperty(exports, \"CarouselProps\", {\n  enumerable: true,\n  get: function get() {\n    return _types.CarouselProps;\n  }\n});\nObject.defineProperty(exports, \"Thumbs\", {\n  enumerable: true,\n  get: function get() {\n    return _Thumbs.default;\n  }\n});\n\nvar _Carousel = _interopRequireDefault(require(\"./components/Carousel\"));\n\nvar _types = require(\"./components/Carousel/types\");\n\nvar _Thumbs = _interopRequireDefault(require(\"./components/Thumbs\"));\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nexports.default = void 0;\n\nvar _default = function _default() {\n  return document;\n};\n\nexports.default = _default;","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nexports.default = void 0;\n\nvar _default = function _default() {\n  return window;\n};\n\nexports.default = _default;","/**\n * @license React\n * react-jsx-runtime.production.min.js\n *\n * Copyright (c) Facebook, Inc. and its affiliates.\n *\n * This source code is licensed under the MIT license found in the\n * LICENSE file in the root directory of this source tree.\n */\n'use strict';var f=require(\"react\"),k=Symbol.for(\"react.element\"),l=Symbol.for(\"react.fragment\"),m=Object.prototype.hasOwnProperty,n=f.__SECRET_INTERNALS_DO_NOT_USE_OR_YOU_WILL_BE_FIRED.ReactCurrentOwner,p={key:!0,ref:!0,__self:!0,__source:!0};\nfunction q(c,a,g){var b,d={},e=null,h=null;void 0!==g&&(e=\"\"+g);void 0!==a.key&&(e=\"\"+a.key);void 0!==a.ref&&(h=a.ref);for(b in a)m.call(a,b)&&!p.hasOwnProperty(b)&&(d[b]=a[b]);if(c&&c.defaultProps)for(b in a=c.defaultProps,a)void 0===d[b]&&(d[b]=a[b]);return{$$typeof:k,type:c,key:e,ref:h,props:d,_owner:n.current}}exports.Fragment=l;exports.jsx=q;exports.jsxs=q;\n","/**\n * @license React\n * react.production.min.js\n *\n * Copyright (c) Facebook, Inc. and its affiliates.\n *\n * This source code is licensed under the MIT license found in the\n * LICENSE file in the root directory of this source tree.\n */\n'use strict';var l=Symbol.for(\"react.element\"),n=Symbol.for(\"react.portal\"),p=Symbol.for(\"react.fragment\"),q=Symbol.for(\"react.strict_mode\"),r=Symbol.for(\"react.profiler\"),t=Symbol.for(\"react.provider\"),u=Symbol.for(\"react.context\"),v=Symbol.for(\"react.forward_ref\"),w=Symbol.for(\"react.suspense\"),x=Symbol.for(\"react.memo\"),y=Symbol.for(\"react.lazy\"),z=Symbol.iterator;function A(a){if(null===a||\"object\"!==typeof a)return null;a=z&&a[z]||a[\"@@iterator\"];return\"function\"===typeof a?a:null}\nvar B={isMounted:function(){return!1},enqueueForceUpdate:function(){},enqueueReplaceState:function(){},enqueueSetState:function(){}},C=Object.assign,D={};function E(a,b,e){this.props=a;this.context=b;this.refs=D;this.updater=e||B}E.prototype.isReactComponent={};\nE.prototype.setState=function(a,b){if(\"object\"!==typeof a&&\"function\"!==typeof a&&null!=a)throw Error(\"setState(...): takes an object of state variables to update or a function which returns an object of state variables.\");this.updater.enqueueSetState(this,a,b,\"setState\")};E.prototype.forceUpdate=function(a){this.updater.enqueueForceUpdate(this,a,\"forceUpdate\")};function F(){}F.prototype=E.prototype;function G(a,b,e){this.props=a;this.context=b;this.refs=D;this.updater=e||B}var H=G.prototype=new F;\nH.constructor=G;C(H,E.prototype);H.isPureReactComponent=!0;var I=Array.isArray,J=Object.prototype.hasOwnProperty,K={current:null},L={key:!0,ref:!0,__self:!0,__source:!0};\nfunction M(a,b,e){var d,c={},k=null,h=null;if(null!=b)for(d in void 0!==b.ref&&(h=b.ref),void 0!==b.key&&(k=\"\"+b.key),b)J.call(b,d)&&!L.hasOwnProperty(d)&&(c[d]=b[d]);var g=arguments.length-2;if(1===g)c.children=e;else if(1<g){for(var f=Array(g),m=0;m<g;m++)f[m]=arguments[m+2];c.children=f}if(a&&a.defaultProps)for(d in g=a.defaultProps,g)void 0===c[d]&&(c[d]=g[d]);return{$$typeof:l,type:a,key:k,ref:h,props:c,_owner:K.current}}\nfunction N(a,b){return{$$typeof:l,type:a.type,key:b,ref:a.ref,props:a.props,_owner:a._owner}}function O(a){return\"object\"===typeof a&&null!==a&&a.$$typeof===l}function escape(a){var b={\"=\":\"=0\",\":\":\"=2\"};return\"$\"+a.replace(/[=:]/g,function(a){return b[a]})}var P=/\\/+/g;function Q(a,b){return\"object\"===typeof a&&null!==a&&null!=a.key?escape(\"\"+a.key):b.toString(36)}\nfunction R(a,b,e,d,c){var k=typeof a;if(\"undefined\"===k||\"boolean\"===k)a=null;var h=!1;if(null===a)h=!0;else switch(k){case \"string\":case \"number\":h=!0;break;case \"object\":switch(a.$$typeof){case l:case n:h=!0}}if(h)return h=a,c=c(h),a=\"\"===d?\".\"+Q(h,0):d,I(c)?(e=\"\",null!=a&&(e=a.replace(P,\"$&/\")+\"/\"),R(c,b,e,\"\",function(a){return a})):null!=c&&(O(c)&&(c=N(c,e+(!c.key||h&&h.key===c.key?\"\":(\"\"+c.key).replace(P,\"$&/\")+\"/\")+a)),b.push(c)),1;h=0;d=\"\"===d?\".\":d+\":\";if(I(a))for(var g=0;g<a.length;g++){k=\na[g];var f=d+Q(k,g);h+=R(k,b,e,f,c)}else if(f=A(a),\"function\"===typeof f)for(a=f.call(a),g=0;!(k=a.next()).done;)k=k.value,f=d+Q(k,g++),h+=R(k,b,e,f,c);else if(\"object\"===k)throw b=String(a),Error(\"Objects are not valid as a React child (found: \"+(\"[object Object]\"===b?\"object with keys {\"+Object.keys(a).join(\", \")+\"}\":b)+\"). 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U.current.useCallback(a,b)};exports.useContext=function(a){return U.current.useContext(a)};exports.useDebugValue=function(){};exports.useDeferredValue=function(a){return U.current.useDeferredValue(a)};exports.useEffect=function(a,b){return U.current.useEffect(a,b)};exports.useId=function(){return U.current.useId()};exports.useImperativeHandle=function(a,b,e){return U.current.useImperativeHandle(a,b,e)};\nexports.useInsertionEffect=function(a,b){return U.current.useInsertionEffect(a,b)};exports.useLayoutEffect=function(a,b){return U.current.useLayoutEffect(a,b)};exports.useMemo=function(a,b){return U.current.useMemo(a,b)};exports.useReducer=function(a,b,e){return U.current.useReducer(a,b,e)};exports.useRef=function(a){return U.current.useRef(a)};exports.useState=function(a){return U.current.useState(a)};exports.useSyncExternalStore=function(a,b,e){return U.current.useSyncExternalStore(a,b,e)};\nexports.useTransition=function(){return 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ForwardRef=/*#__PURE__*/React.forwardRef(SvgText);export default __webpack_public_path__+\"static/media/text.327b7b2e4c2d1fc013c70643de3bb3f0.svg\";export{ForwardRef as ReactComponent};","var _path;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgVector(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 31,\n    height: 32,\n    viewBox: \"0 0 31 32\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _path || (_path = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M0 22.5882L17.6941 16L0 9.22353V0L30.3059 12.2353V19.7647L0 32V22.5882Z\",\n    fill: \"white\"\n  })));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgVector);\nexport default __webpack_public_path__ + \"static/media/Vector.d7af30a16e7bb1a8c5d7824a22fac2ba.svg\";\nexport { ForwardRef as ReactComponent };","////////////////////////////////////////////////////////////////////////////////\n//#region Types and Constants\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * Actions represent the type of change to a location value.\n */\nexport enum Action {\n  /**\n   * A POP indicates a change to an arbitrary index in the history stack, such\n   * as a back or forward navigation. It does not describe the direction of the\n   * navigation, only that the current index changed.\n   *\n   * Note: This is the default action for newly created history objects.\n   */\n  Pop = \"POP\",\n\n  /**\n   * A PUSH indicates a new entry being added to the history stack, such as when\n   * a link is clicked and a new page loads. When this happens, all subsequent\n   * entries in the stack are lost.\n   */\n  Push = \"PUSH\",\n\n  /**\n   * A REPLACE indicates the entry at the current index in the history stack\n   * being replaced by a new one.\n   */\n  Replace = \"REPLACE\",\n}\n\n/**\n * The pathname, search, and hash values of a URL.\n */\nexport interface Path {\n  /**\n   * A URL pathname, beginning with a /.\n   */\n  pathname: string;\n\n  /**\n   * A URL search string, beginning with a ?.\n   */\n  search: string;\n\n  /**\n   * A URL fragment identifier, beginning with a #.\n   */\n  hash: string;\n}\n\n// TODO: (v7) Change the Location generic default from `any` to `unknown` and\n// remove Remix `useLocation` wrapper.\n\n/**\n * An entry in a history stack. A location contains information about the\n * URL path, as well as possibly some arbitrary state and a key.\n */\nexport interface Location<State = any> extends Path {\n  /**\n   * A value of arbitrary data associated with this location.\n   */\n  state: State;\n\n  /**\n   * A unique string associated with this location. May be used to safely store\n   * and retrieve data in some other storage API, like `localStorage`.\n   *\n   * Note: This value is always \"default\" on the initial location.\n   */\n  key: string;\n}\n\n/**\n * A change to the current location.\n */\nexport interface Update {\n  /**\n   * The action that triggered the change.\n   */\n  action: Action;\n\n  /**\n   * The new location.\n   */\n  location: Location;\n\n  /**\n   * The delta between this location and the former location in the history stack\n   */\n  delta: number | null;\n}\n\n/**\n * A function that receives notifications about location changes.\n */\nexport interface Listener {\n  (update: Update): void;\n}\n\n/**\n * Describes a location that is the destination of some navigation, either via\n * `history.push` or `history.replace`. This may be either a URL or the pieces\n * of a URL path.\n */\nexport type To = string | Partial<Path>;\n\n/**\n * A history is an interface to the navigation stack. The history serves as the\n * source of truth for the current location, as well as provides a set of\n * methods that may be used to change it.\n *\n * It is similar to the DOM's `window.history` object, but with a smaller, more\n * focused API.\n */\nexport interface History {\n  /**\n   * The last action that modified the current location. This will always be\n   * Action.Pop when a history instance is first created. This value is mutable.\n   */\n  readonly action: Action;\n\n  /**\n   * The current location. This value is mutable.\n   */\n  readonly location: Location;\n\n  /**\n   * Returns a valid href for the given `to` value that may be used as\n   * the value of an <a href> attribute.\n   *\n   * @param to - The destination URL\n   */\n  createHref(to: To): string;\n\n  /**\n   * Returns a URL for the given `to` value\n   *\n   * @param to - The destination URL\n   */\n  createURL(to: To): URL;\n\n  /**\n   * Encode a location the same way window.history would do (no-op for memory\n   * history) so we ensure our PUSH/REPLACE navigations for data routers\n   * behave the same as POP\n   *\n   * @param to Unencoded path\n   */\n  encodeLocation(to: To): Path;\n\n  /**\n   * Pushes a new location onto the history stack, increasing its length by one.\n   * If there were any entries in the stack after the current one, they are\n   * lost.\n   *\n   * @param to - The new URL\n   * @param state - Data to associate with the new location\n   */\n  push(to: To, state?: any): void;\n\n  /**\n   * Replaces the current location in the history stack with a new one.  The\n   * location that was replaced will no longer be available.\n   *\n   * @param to - The new URL\n   * @param state - Data to associate with the new location\n   */\n  replace(to: To, state?: any): void;\n\n  /**\n   * Navigates `n` entries backward/forward in the history stack relative to the\n   * current index. For example, a \"back\" navigation would use go(-1).\n   *\n   * @param delta - The delta in the stack index\n   */\n  go(delta: number): void;\n\n  /**\n   * Sets up a listener that will be called whenever the current location\n   * changes.\n   *\n   * @param listener - A function that will be called when the location changes\n   * @returns unlisten - A function that may be used to stop listening\n   */\n  listen(listener: Listener): () => void;\n}\n\ntype HistoryState = {\n  usr: any;\n  key?: string;\n  idx: number;\n};\n\nconst PopStateEventType = \"popstate\";\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Memory History\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * A user-supplied object that describes a location. Used when providing\n * entries to `createMemoryHistory` via its `initialEntries` option.\n */\nexport type InitialEntry = string | Partial<Location>;\n\nexport type MemoryHistoryOptions = {\n  initialEntries?: InitialEntry[];\n  initialIndex?: number;\n  v5Compat?: boolean;\n};\n\n/**\n * A memory history stores locations in memory. This is useful in stateful\n * environments where there is no web browser, such as node tests or React\n * Native.\n */\nexport interface MemoryHistory extends History {\n  /**\n   * The current index in the history stack.\n   */\n  readonly index: number;\n}\n\n/**\n * Memory history stores the current location in memory. It is designed for use\n * in stateful non-browser environments like tests and React Native.\n */\nexport function createMemoryHistory(\n  options: MemoryHistoryOptions = {}\n): MemoryHistory {\n  let { initialEntries = [\"/\"], initialIndex, v5Compat = false } = options;\n  let entries: Location[]; // Declare so we can access from createMemoryLocation\n  entries = initialEntries.map((entry, index) =>\n    createMemoryLocation(\n      entry,\n      typeof entry === \"string\" ? null : entry.state,\n      index === 0 ? \"default\" : undefined\n    )\n  );\n  let index = clampIndex(\n    initialIndex == null ? entries.length - 1 : initialIndex\n  );\n  let action = Action.Pop;\n  let listener: Listener | null = null;\n\n  function clampIndex(n: number): number {\n    return Math.min(Math.max(n, 0), entries.length - 1);\n  }\n  function getCurrentLocation(): Location {\n    return entries[index];\n  }\n  function createMemoryLocation(\n    to: To,\n    state: any = null,\n    key?: string\n  ): Location {\n    let location = createLocation(\n      entries ? getCurrentLocation().pathname : \"/\",\n      to,\n      state,\n      key\n    );\n    warning(\n      location.pathname.charAt(0) === \"/\",\n      `relative pathnames are not supported in memory history: ${JSON.stringify(\n        to\n      )}`\n    );\n    return location;\n  }\n\n  function createHref(to: To) {\n    return typeof to === \"string\" ? to : createPath(to);\n  }\n\n  let history: MemoryHistory = {\n    get index() {\n      return index;\n    },\n    get action() {\n      return action;\n    },\n    get location() {\n      return getCurrentLocation();\n    },\n    createHref,\n    createURL(to) {\n      return new URL(createHref(to), \"http://localhost\");\n    },\n    encodeLocation(to: To) {\n      let path = typeof to === \"string\" ? parsePath(to) : to;\n      return {\n        pathname: path.pathname || \"\",\n        search: path.search || \"\",\n        hash: path.hash || \"\",\n      };\n    },\n    push(to, state) {\n      action = Action.Push;\n      let nextLocation = createMemoryLocation(to, state);\n      index += 1;\n      entries.splice(index, entries.length, nextLocation);\n      if (v5Compat && listener) {\n        listener({ action, location: nextLocation, delta: 1 });\n      }\n    },\n    replace(to, state) {\n      action = Action.Replace;\n      let nextLocation = createMemoryLocation(to, state);\n      entries[index] = nextLocation;\n      if (v5Compat && listener) {\n        listener({ action, location: nextLocation, delta: 0 });\n      }\n    },\n    go(delta) {\n      action = Action.Pop;\n      let nextIndex = clampIndex(index + delta);\n      let nextLocation = entries[nextIndex];\n      index = nextIndex;\n      if (listener) {\n        listener({ action, location: nextLocation, delta });\n      }\n    },\n    listen(fn: Listener) {\n      listener = fn;\n      return () => {\n        listener = null;\n      };\n    },\n  };\n\n  return history;\n}\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Browser History\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * A browser history stores the current location in regular URLs in a web\n * browser environment. This is the standard for most web apps and provides the\n * cleanest URLs the browser's address bar.\n *\n * @see https://github.com/remix-run/history/tree/main/docs/api-reference.md#browserhistory\n */\nexport interface BrowserHistory extends UrlHistory {}\n\nexport type BrowserHistoryOptions = UrlHistoryOptions;\n\n/**\n * Browser history stores the location in regular URLs. This is the standard for\n * most web apps, but it requires some configuration on the server to ensure you\n * serve the same app at multiple URLs.\n *\n * @see https://github.com/remix-run/history/tree/main/docs/api-reference.md#createbrowserhistory\n */\nexport function createBrowserHistory(\n  options: BrowserHistoryOptions = {}\n): BrowserHistory {\n  function createBrowserLocation(\n    window: Window,\n    globalHistory: Window[\"history\"]\n  ) {\n    let { pathname, search, hash } = window.location;\n    return createLocation(\n      \"\",\n      { pathname, search, hash },\n      // state defaults to `null` because `window.history.state` does\n      (globalHistory.state && globalHistory.state.usr) || null,\n      (globalHistory.state && globalHistory.state.key) || \"default\"\n    );\n  }\n\n  function createBrowserHref(window: Window, to: To) {\n    return typeof to === \"string\" ? to : createPath(to);\n  }\n\n  return getUrlBasedHistory(\n    createBrowserLocation,\n    createBrowserHref,\n    null,\n    options\n  );\n}\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Hash History\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * A hash history stores the current location in the fragment identifier portion\n * of the URL in a web browser environment.\n *\n * This is ideal for apps that do not control the server for some reason\n * (because the fragment identifier is never sent to the server), including some\n * shared hosting environments that do not provide fine-grained controls over\n * which pages are served at which URLs.\n *\n * @see https://github.com/remix-run/history/tree/main/docs/api-reference.md#hashhistory\n */\nexport interface HashHistory extends UrlHistory {}\n\nexport type HashHistoryOptions = UrlHistoryOptions;\n\n/**\n * Hash history stores the location in window.location.hash. This makes it ideal\n * for situations where you don't want to send the location to the server for\n * some reason, either because you do cannot configure it or the URL space is\n * reserved for something else.\n *\n * @see https://github.com/remix-run/history/tree/main/docs/api-reference.md#createhashhistory\n */\nexport function createHashHistory(\n  options: HashHistoryOptions = {}\n): HashHistory {\n  function createHashLocation(\n    window: Window,\n    globalHistory: Window[\"history\"]\n  ) {\n    let {\n      pathname = \"/\",\n      search = \"\",\n      hash = \"\",\n    } = parsePath(window.location.hash.substr(1));\n\n    // Hash URL should always have a leading / just like window.location.pathname\n    // does, so if an app ends up at a route like /#something then we add a\n    // leading slash so all of our path-matching behaves the same as if it would\n    // in a browser router.  This is particularly important when there exists a\n    // root splat route (<Route path=\"*\">) since that matches internally against\n    // \"/*\" and we'd expect /#something to 404 in a hash router app.\n    if (!pathname.startsWith(\"/\") && !pathname.startsWith(\".\")) {\n      pathname = \"/\" + pathname;\n    }\n\n    return createLocation(\n      \"\",\n      { pathname, search, hash },\n      // state defaults to `null` because `window.history.state` does\n      (globalHistory.state && globalHistory.state.usr) || null,\n      (globalHistory.state && globalHistory.state.key) || \"default\"\n    );\n  }\n\n  function createHashHref(window: Window, to: To) {\n    let base = window.document.querySelector(\"base\");\n    let href = \"\";\n\n    if (base && base.getAttribute(\"href\")) {\n      let url = window.location.href;\n      let hashIndex = url.indexOf(\"#\");\n      href = hashIndex === -1 ? url : url.slice(0, hashIndex);\n    }\n\n    return href + \"#\" + (typeof to === \"string\" ? to : createPath(to));\n  }\n\n  function validateHashLocation(location: Location, to: To) {\n    warning(\n      location.pathname.charAt(0) === \"/\",\n      `relative pathnames are not supported in hash history.push(${JSON.stringify(\n        to\n      )})`\n    );\n  }\n\n  return getUrlBasedHistory(\n    createHashLocation,\n    createHashHref,\n    validateHashLocation,\n    options\n  );\n}\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region UTILS\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * @private\n */\nexport function invariant(value: boolean, message?: string): asserts value;\nexport function invariant<T>(\n  value: T | null | undefined,\n  message?: string\n): asserts value is T;\nexport function invariant(value: any, message?: string) {\n  if (value === false || value === null || typeof value === \"undefined\") {\n    throw new Error(message);\n  }\n}\n\nexport function warning(cond: any, message: string) {\n  if (!cond) {\n    // eslint-disable-next-line no-console\n    if (typeof console !== \"undefined\") console.warn(message);\n\n    try {\n      // Welcome to debugging history!\n      //\n      // This error is thrown as a convenience, so you can more easily\n      // find the source for a warning that appears in the console by\n      // enabling \"pause on exceptions\" in your JavaScript debugger.\n      throw new Error(message);\n      // eslint-disable-next-line no-empty\n    } catch (e) {}\n  }\n}\n\nfunction createKey() {\n  return Math.random().toString(36).substr(2, 8);\n}\n\n/**\n * For browser-based histories, we combine the state and key into an object\n */\nfunction getHistoryState(location: Location, index: number): HistoryState {\n  return {\n    usr: location.state,\n    key: location.key,\n    idx: index,\n  };\n}\n\n/**\n * Creates a Location object with a unique key from the given Path\n */\nexport function createLocation(\n  current: string | Location,\n  to: To,\n  state: any = null,\n  key?: string\n): Readonly<Location> {\n  let location: Readonly<Location> = {\n    pathname: typeof current === \"string\" ? current : current.pathname,\n    search: \"\",\n    hash: \"\",\n    ...(typeof to === \"string\" ? parsePath(to) : to),\n    state,\n    // TODO: This could be cleaned up.  push/replace should probably just take\n    // full Locations now and avoid the need to run through this flow at all\n    // But that's a pretty big refactor to the current test suite so going to\n    // keep as is for the time being and just let any incoming keys take precedence\n    key: (to && (to as Location).key) || key || createKey(),\n  };\n  return location;\n}\n\n/**\n * Creates a string URL path from the given pathname, search, and hash components.\n */\nexport function createPath({\n  pathname = \"/\",\n  search = \"\",\n  hash = \"\",\n}: Partial<Path>) {\n  if (search && search !== \"?\")\n    pathname += search.charAt(0) === \"?\" ? search : \"?\" + search;\n  if (hash && hash !== \"#\")\n    pathname += hash.charAt(0) === \"#\" ? hash : \"#\" + hash;\n  return pathname;\n}\n\n/**\n * Parses a string URL path into its separate pathname, search, and hash components.\n */\nexport function parsePath(path: string): Partial<Path> {\n  let parsedPath: Partial<Path> = {};\n\n  if (path) {\n    let hashIndex = path.indexOf(\"#\");\n    if (hashIndex >= 0) {\n      parsedPath.hash = path.substr(hashIndex);\n      path = path.substr(0, hashIndex);\n    }\n\n    let searchIndex = path.indexOf(\"?\");\n    if (searchIndex >= 0) {\n      parsedPath.search = path.substr(searchIndex);\n      path = path.substr(0, searchIndex);\n    }\n\n    if (path) {\n      parsedPath.pathname = path;\n    }\n  }\n\n  return parsedPath;\n}\n\nexport interface UrlHistory extends History {}\n\nexport type UrlHistoryOptions = {\n  window?: Window;\n  v5Compat?: boolean;\n};\n\nfunction getUrlBasedHistory(\n  getLocation: (window: Window, globalHistory: Window[\"history\"]) => Location,\n  createHref: (window: Window, to: To) => string,\n  validateLocation: ((location: Location, to: To) => void) | null,\n  options: UrlHistoryOptions = {}\n): UrlHistory {\n  let { window = document.defaultView!, v5Compat = false } = options;\n  let globalHistory = window.history;\n  let action = Action.Pop;\n  let listener: Listener | null = null;\n\n  let index = getIndex()!;\n  // Index should only be null when we initialize. If not, it's because the\n  // user called history.pushState or history.replaceState directly, in which\n  // case we should log a warning as it will result in bugs.\n  if (index == null) {\n    index = 0;\n    globalHistory.replaceState({ ...globalHistory.state, idx: index }, \"\");\n  }\n\n  function getIndex(): number {\n    let state = globalHistory.state || { idx: null };\n    return state.idx;\n  }\n\n  function handlePop() {\n    action = Action.Pop;\n    let nextIndex = getIndex();\n    let delta = nextIndex == null ? null : nextIndex - index;\n    index = nextIndex;\n    if (listener) {\n      listener({ action, location: history.location, delta });\n    }\n  }\n\n  function push(to: To, state?: any) {\n    action = Action.Push;\n    let location = createLocation(history.location, to, state);\n    if (validateLocation) validateLocation(location, to);\n\n    index = getIndex() + 1;\n    let historyState = getHistoryState(location, index);\n    let url = history.createHref(location);\n\n    // try...catch because iOS limits us to 100 pushState calls :/\n    try {\n      globalHistory.pushState(historyState, \"\", url);\n    } catch (error) {\n      // If the exception is because `state` can't be serialized, let that throw\n      // outwards just like a replace call would so the dev knows the cause\n      // https://html.spec.whatwg.org/multipage/nav-history-apis.html#shared-history-push/replace-state-steps\n      // https://html.spec.whatwg.org/multipage/structured-data.html#structuredserializeinternal\n      if (error instanceof DOMException && error.name === \"DataCloneError\") {\n        throw error;\n      }\n      // They are going to lose state here, but there is no real\n      // way to warn them about it since the page will refresh...\n      window.location.assign(url);\n    }\n\n    if (v5Compat && listener) {\n      listener({ action, location: history.location, delta: 1 });\n    }\n  }\n\n  function replace(to: To, state?: any) {\n    action = Action.Replace;\n    let location = createLocation(history.location, to, state);\n    if (validateLocation) validateLocation(location, to);\n\n    index = getIndex();\n    let historyState = getHistoryState(location, index);\n    let url = history.createHref(location);\n    globalHistory.replaceState(historyState, \"\", url);\n\n    if (v5Compat && listener) {\n      listener({ action, location: history.location, delta: 0 });\n    }\n  }\n\n  function createURL(to: To): URL {\n    // window.location.origin is \"null\" (the literal string value) in Firefox\n    // under certain conditions, notably when serving from a local HTML file\n    // See https://bugzilla.mozilla.org/show_bug.cgi?id=878297\n    let base =\n      window.location.origin !== \"null\"\n        ? window.location.origin\n        : window.location.href;\n\n    let href = typeof to === \"string\" ? to : createPath(to);\n    // Treating this as a full URL will strip any trailing spaces so we need to\n    // pre-encode them since they might be part of a matching splat param from\n    // an ancestor route\n    href = href.replace(/ $/, \"%20\");\n    invariant(\n      base,\n      `No window.location.(origin|href) available to create URL for href: ${href}`\n    );\n    return new URL(href, base);\n  }\n\n  let history: History = {\n    get action() {\n      return action;\n    },\n    get location() {\n      return getLocation(window, globalHistory);\n    },\n    listen(fn: Listener) {\n      if (listener) {\n        throw new Error(\"A history only accepts one active listener\");\n      }\n      window.addEventListener(PopStateEventType, handlePop);\n      listener = fn;\n\n      return () => {\n        window.removeEventListener(PopStateEventType, handlePop);\n        listener = null;\n      };\n    },\n    createHref(to) {\n      return createHref(window, to);\n    },\n    createURL,\n    encodeLocation(to) {\n      // Encode a Location the same way window.location would\n      let url = createURL(to);\n      return {\n        pathname: url.pathname,\n        search: url.search,\n        hash: url.hash,\n      };\n    },\n    push,\n    replace,\n    go(n) {\n      return globalHistory.go(n);\n    },\n  };\n\n  return history;\n}\n\n//#endregion\n","import type { Location, Path, To } from \"./history\";\nimport { invariant, parsePath, warning } from \"./history\";\n\n/**\n * Map of routeId -> data returned from a loader/action/error\n */\nexport interface RouteData {\n  [routeId: string]: any;\n}\n\nexport enum ResultType {\n  data = \"data\",\n  deferred = \"deferred\",\n  redirect = \"redirect\",\n  error = \"error\",\n}\n\n/**\n * Successful result from a loader or action\n */\nexport interface SuccessResult {\n  type: ResultType.data;\n  data: unknown;\n  statusCode?: number;\n  headers?: Headers;\n}\n\n/**\n * Successful defer() result from a loader or action\n */\nexport interface DeferredResult {\n  type: ResultType.deferred;\n  deferredData: DeferredData;\n  statusCode?: number;\n  headers?: Headers;\n}\n\n/**\n * Redirect result from a loader or action\n */\nexport interface RedirectResult {\n  type: ResultType.redirect;\n  // We keep the raw Response for redirects so we can return it verbatim\n  response: Response;\n}\n\n/**\n * Unsuccessful result from a loader or action\n */\nexport interface ErrorResult {\n  type: ResultType.error;\n  error: unknown;\n  statusCode?: number;\n  headers?: Headers;\n}\n\n/**\n * Result from a loader or action - potentially successful or unsuccessful\n */\nexport type DataResult =\n  | SuccessResult\n  | DeferredResult\n  | RedirectResult\n  | ErrorResult;\n\n/**\n * Result from a loader or action called via dataStrategy\n */\nexport interface HandlerResult {\n  type: \"data\" | \"error\";\n  result: unknown; // data, Error, Response, DeferredData, DataWithResponseInit\n}\n\ntype LowerCaseFormMethod = \"get\" | \"post\" | \"put\" | \"patch\" | \"delete\";\ntype UpperCaseFormMethod = Uppercase<LowerCaseFormMethod>;\n\n/**\n * Users can specify either lowercase or uppercase form methods on `<Form>`,\n * useSubmit(), `<fetcher.Form>`, etc.\n */\nexport type HTMLFormMethod = LowerCaseFormMethod | UpperCaseFormMethod;\n\n/**\n * Active navigation/fetcher form methods are exposed in lowercase on the\n * RouterState\n */\nexport type FormMethod = LowerCaseFormMethod;\nexport type MutationFormMethod = Exclude<FormMethod, \"get\">;\n\n/**\n * In v7, active navigation/fetcher form methods are exposed in uppercase on the\n * RouterState.  This is to align with the normalization done via fetch().\n */\nexport type V7_FormMethod = UpperCaseFormMethod;\nexport type V7_MutationFormMethod = Exclude<V7_FormMethod, \"GET\">;\n\nexport type FormEncType =\n  | \"application/x-www-form-urlencoded\"\n  | \"multipart/form-data\"\n  | \"application/json\"\n  | \"text/plain\";\n\n// Thanks https://github.com/sindresorhus/type-fest!\ntype JsonObject = { [Key in string]: JsonValue } & {\n  [Key in string]?: JsonValue | undefined;\n};\ntype JsonArray = JsonValue[] | readonly JsonValue[];\ntype JsonPrimitive = string | number | boolean | null;\ntype JsonValue = JsonPrimitive | JsonObject | JsonArray;\n\n/**\n * @private\n * Internal interface to pass around for action submissions, not intended for\n * external consumption\n */\nexport type Submission =\n  | {\n      formMethod: FormMethod | V7_FormMethod;\n      formAction: string;\n      formEncType: FormEncType;\n      formData: FormData;\n      json: undefined;\n      text: undefined;\n    }\n  | {\n      formMethod: FormMethod | V7_FormMethod;\n      formAction: string;\n      formEncType: FormEncType;\n      formData: undefined;\n      json: JsonValue;\n      text: undefined;\n    }\n  | {\n      formMethod: FormMethod | V7_FormMethod;\n      formAction: string;\n      formEncType: FormEncType;\n      formData: undefined;\n      json: undefined;\n      text: string;\n    };\n\n/**\n * @private\n * Arguments passed to route loader/action functions.  Same for now but we keep\n * this as a private implementation detail in case they diverge in the future.\n */\ninterface DataFunctionArgs<Context> {\n  request: Request;\n  params: Params;\n  context?: Context;\n}\n\n// TODO: (v7) Change the defaults from any to unknown in and remove Remix wrappers:\n//   ActionFunction, ActionFunctionArgs, LoaderFunction, LoaderFunctionArgs\n//   Also, make them a type alias instead of an interface\n\n/**\n * Arguments passed to loader functions\n */\nexport interface LoaderFunctionArgs<Context = any>\n  extends DataFunctionArgs<Context> {}\n\n/**\n * Arguments passed to action functions\n */\nexport interface ActionFunctionArgs<Context = any>\n  extends DataFunctionArgs<Context> {}\n\n/**\n * Loaders and actions can return anything except `undefined` (`null` is a\n * valid return value if there is no data to return).  Responses are preferred\n * and will ease any future migration to Remix\n */\ntype DataFunctionValue = Response | NonNullable<unknown> | null;\n\ntype DataFunctionReturnValue = Promise<DataFunctionValue> | DataFunctionValue;\n\n/**\n * Route loader function signature\n */\nexport type LoaderFunction<Context = any> = {\n  (\n    args: LoaderFunctionArgs<Context>,\n    handlerCtx?: unknown\n  ): DataFunctionReturnValue;\n} & { hydrate?: boolean };\n\n/**\n * Route action function signature\n */\nexport interface ActionFunction<Context = any> {\n  (\n    args: ActionFunctionArgs<Context>,\n    handlerCtx?: unknown\n  ): DataFunctionReturnValue;\n}\n\n/**\n * Arguments passed to shouldRevalidate function\n */\nexport interface ShouldRevalidateFunctionArgs {\n  currentUrl: URL;\n  currentParams: AgnosticDataRouteMatch[\"params\"];\n  nextUrl: URL;\n  nextParams: AgnosticDataRouteMatch[\"params\"];\n  formMethod?: Submission[\"formMethod\"];\n  formAction?: Submission[\"formAction\"];\n  formEncType?: Submission[\"formEncType\"];\n  text?: Submission[\"text\"];\n  formData?: Submission[\"formData\"];\n  json?: Submission[\"json\"];\n  actionStatus?: number;\n  actionResult?: any;\n  defaultShouldRevalidate: boolean;\n}\n\n/**\n * Route shouldRevalidate function signature.  This runs after any submission\n * (navigation or fetcher), so we flatten the navigation/fetcher submission\n * onto the arguments.  It shouldn't matter whether it came from a navigation\n * or a fetcher, what really matters is the URLs and the formData since loaders\n * have to re-run based on the data models that were potentially mutated.\n */\nexport interface ShouldRevalidateFunction {\n  (args: ShouldRevalidateFunctionArgs): boolean;\n}\n\n/**\n * Function provided by the framework-aware layers to set `hasErrorBoundary`\n * from the framework-aware `errorElement` prop\n *\n * @deprecated Use `mapRouteProperties` instead\n */\nexport interface DetectErrorBoundaryFunction {\n  (route: AgnosticRouteObject): boolean;\n}\n\nexport interface DataStrategyMatch\n  extends AgnosticRouteMatch<string, AgnosticDataRouteObject> {\n  shouldLoad: boolean;\n  resolve: (\n    handlerOverride?: (\n      handler: (ctx?: unknown) => DataFunctionReturnValue\n    ) => Promise<HandlerResult>\n  ) => Promise<HandlerResult>;\n}\n\nexport interface DataStrategyFunctionArgs<Context = any>\n  extends DataFunctionArgs<Context> {\n  matches: DataStrategyMatch[];\n}\n\nexport interface DataStrategyFunction {\n  (args: DataStrategyFunctionArgs): Promise<HandlerResult[]>;\n}\n\nexport interface AgnosticPatchRoutesOnMissFunction<\n  M extends AgnosticRouteMatch = AgnosticRouteMatch\n> {\n  (opts: {\n    path: string;\n    matches: M[];\n    patch: (routeId: string | null, children: AgnosticRouteObject[]) => void;\n  }): void | Promise<void>;\n}\n\n/**\n * Function provided by the framework-aware layers to set any framework-specific\n * properties from framework-agnostic properties\n */\nexport interface MapRoutePropertiesFunction {\n  (route: AgnosticRouteObject): {\n    hasErrorBoundary: boolean;\n  } & Record<string, any>;\n}\n\n/**\n * Keys we cannot change from within a lazy() function. We spread all other keys\n * onto the route. Either they're meaningful to the router, or they'll get\n * ignored.\n */\nexport type ImmutableRouteKey =\n  | \"lazy\"\n  | \"caseSensitive\"\n  | \"path\"\n  | \"id\"\n  | \"index\"\n  | \"children\";\n\nexport const immutableRouteKeys = new Set<ImmutableRouteKey>([\n  \"lazy\",\n  \"caseSensitive\",\n  \"path\",\n  \"id\",\n  \"index\",\n  \"children\",\n]);\n\ntype RequireOne<T, Key = keyof T> = Exclude<\n  {\n    [K in keyof T]: K extends Key ? Omit<T, K> & Required<Pick<T, K>> : never;\n  }[keyof T],\n  undefined\n>;\n\n/**\n * lazy() function to load a route definition, which can add non-matching\n * related properties to a route\n */\nexport interface LazyRouteFunction<R extends AgnosticRouteObject> {\n  (): Promise<RequireOne<Omit<R, ImmutableRouteKey>>>;\n}\n\n/**\n * Base RouteObject with common props shared by all types of routes\n */\ntype AgnosticBaseRouteObject = {\n  caseSensitive?: boolean;\n  path?: string;\n  id?: string;\n  loader?: LoaderFunction | boolean;\n  action?: ActionFunction | boolean;\n  hasErrorBoundary?: boolean;\n  shouldRevalidate?: ShouldRevalidateFunction;\n  handle?: any;\n  lazy?: LazyRouteFunction<AgnosticBaseRouteObject>;\n};\n\n/**\n * Index routes must not have children\n */\nexport type AgnosticIndexRouteObject = AgnosticBaseRouteObject & {\n  children?: undefined;\n  index: true;\n};\n\n/**\n * Non-index routes may have children, but cannot have index\n */\nexport type AgnosticNonIndexRouteObject = AgnosticBaseRouteObject & {\n  children?: AgnosticRouteObject[];\n  index?: false;\n};\n\n/**\n * A route object represents a logical route, with (optionally) its child\n * routes organized in a tree-like structure.\n */\nexport type AgnosticRouteObject =\n  | AgnosticIndexRouteObject\n  | AgnosticNonIndexRouteObject;\n\nexport type AgnosticDataIndexRouteObject = AgnosticIndexRouteObject & {\n  id: string;\n};\n\nexport type AgnosticDataNonIndexRouteObject = AgnosticNonIndexRouteObject & {\n  children?: AgnosticDataRouteObject[];\n  id: string;\n};\n\n/**\n * A data route object, which is just a RouteObject with a required unique ID\n */\nexport type AgnosticDataRouteObject =\n  | AgnosticDataIndexRouteObject\n  | AgnosticDataNonIndexRouteObject;\n\nexport type RouteManifest = Record<string, AgnosticDataRouteObject | undefined>;\n\n// Recursive helper for finding path parameters in the absence of wildcards\ntype _PathParam<Path extends string> =\n  // split path into individual path segments\n  Path extends `${infer L}/${infer R}`\n    ? _PathParam<L> | _PathParam<R>\n    : // find params after `:`\n    Path extends `:${infer Param}`\n    ? Param extends `${infer Optional}?`\n      ? Optional\n      : Param\n    : // otherwise, there aren't any params present\n      never;\n\n/**\n * Examples:\n * \"/a/b/*\" -> \"*\"\n * \":a\" -> \"a\"\n * \"/a/:b\" -> \"b\"\n * \"/a/blahblahblah:b\" -> \"b\"\n * \"/:a/:b\" -> \"a\" | \"b\"\n * \"/:a/b/:c/*\" -> \"a\" | \"c\" | \"*\"\n */\nexport type PathParam<Path extends string> =\n  // check if path is just a wildcard\n  Path extends \"*\" | \"/*\"\n    ? \"*\"\n    : // look for wildcard at the end of the path\n    Path extends `${infer Rest}/*`\n    ? \"*\" | _PathParam<Rest>\n    : // look for params in the absence of wildcards\n      _PathParam<Path>;\n\n// Attempt to parse the given string segment. If it fails, then just return the\n// plain string type as a default fallback. Otherwise, return the union of the\n// parsed string literals that were referenced as dynamic segments in the route.\nexport type ParamParseKey<Segment extends string> =\n  // if you could not find path params, fallback to `string`\n  [PathParam<Segment>] extends [never] ? string : PathParam<Segment>;\n\n/**\n * The parameters that were parsed from the URL path.\n */\nexport type Params<Key extends string = string> = {\n  readonly [key in Key]: string | undefined;\n};\n\n/**\n * A RouteMatch contains info about how a route matched a URL.\n */\nexport interface AgnosticRouteMatch<\n  ParamKey extends string = string,\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n> {\n  /**\n   * The names and values of dynamic parameters in the URL.\n   */\n  params: Params<ParamKey>;\n  /**\n   * The portion of the URL pathname that was matched.\n   */\n  pathname: string;\n  /**\n   * The portion of the URL pathname that was matched before child routes.\n   */\n  pathnameBase: string;\n  /**\n   * The route object that was used to match.\n   */\n  route: RouteObjectType;\n}\n\nexport interface AgnosticDataRouteMatch\n  extends AgnosticRouteMatch<string, AgnosticDataRouteObject> {}\n\nfunction isIndexRoute(\n  route: AgnosticRouteObject\n): route is AgnosticIndexRouteObject {\n  return route.index === true;\n}\n\n// Walk the route tree generating unique IDs where necessary, so we are working\n// solely with AgnosticDataRouteObject's within the Router\nexport function convertRoutesToDataRoutes(\n  routes: AgnosticRouteObject[],\n  mapRouteProperties: MapRoutePropertiesFunction,\n  parentPath: string[] = [],\n  manifest: RouteManifest = {}\n): AgnosticDataRouteObject[] {\n  return routes.map((route, index) => {\n    let treePath = [...parentPath, String(index)];\n    let id = typeof route.id === \"string\" ? route.id : treePath.join(\"-\");\n    invariant(\n      route.index !== true || !route.children,\n      `Cannot specify children on an index route`\n    );\n    invariant(\n      !manifest[id],\n      `Found a route id collision on id \"${id}\".  Route ` +\n        \"id's must be globally unique within Data Router usages\"\n    );\n\n    if (isIndexRoute(route)) {\n      let indexRoute: AgnosticDataIndexRouteObject = {\n        ...route,\n        ...mapRouteProperties(route),\n        id,\n      };\n      manifest[id] = indexRoute;\n      return indexRoute;\n    } else {\n      let pathOrLayoutRoute: AgnosticDataNonIndexRouteObject = {\n        ...route,\n        ...mapRouteProperties(route),\n        id,\n        children: undefined,\n      };\n      manifest[id] = pathOrLayoutRoute;\n\n      if (route.children) {\n        pathOrLayoutRoute.children = convertRoutesToDataRoutes(\n          route.children,\n          mapRouteProperties,\n          treePath,\n          manifest\n        );\n      }\n\n      return pathOrLayoutRoute;\n    }\n  });\n}\n\n/**\n * Matches the given routes to a location and returns the match data.\n *\n * @see https://reactrouter.com/utils/match-routes\n */\nexport function matchRoutes<\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n>(\n  routes: RouteObjectType[],\n  locationArg: Partial<Location> | string,\n  basename = \"/\"\n): AgnosticRouteMatch<string, RouteObjectType>[] | null {\n  return matchRoutesImpl(routes, locationArg, basename, false);\n}\n\nexport function matchRoutesImpl<\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n>(\n  routes: RouteObjectType[],\n  locationArg: Partial<Location> | string,\n  basename: string,\n  allowPartial: boolean\n): AgnosticRouteMatch<string, RouteObjectType>[] | null {\n  let location =\n    typeof locationArg === \"string\" ? parsePath(locationArg) : locationArg;\n\n  let pathname = stripBasename(location.pathname || \"/\", basename);\n\n  if (pathname == null) {\n    return null;\n  }\n\n  let branches = flattenRoutes(routes);\n  rankRouteBranches(branches);\n\n  let matches = null;\n  for (let i = 0; matches == null && i < branches.length; ++i) {\n    // Incoming pathnames are generally encoded from either window.location\n    // or from router.navigate, but we want to match against the unencoded\n    // paths in the route definitions.  Memory router locations won't be\n    // encoded here but there also shouldn't be anything to decode so this\n    // should be a safe operation.  This avoids needing matchRoutes to be\n    // history-aware.\n    let decoded = decodePath(pathname);\n    matches = matchRouteBranch<string, RouteObjectType>(\n      branches[i],\n      decoded,\n      allowPartial\n    );\n  }\n\n  return matches;\n}\n\nexport interface UIMatch<Data = unknown, Handle = unknown> {\n  id: string;\n  pathname: string;\n  params: AgnosticRouteMatch[\"params\"];\n  data: Data;\n  handle: Handle;\n}\n\nexport function convertRouteMatchToUiMatch(\n  match: AgnosticDataRouteMatch,\n  loaderData: RouteData\n): UIMatch {\n  let { route, pathname, params } = match;\n  return {\n    id: route.id,\n    pathname,\n    params,\n    data: loaderData[route.id],\n    handle: route.handle,\n  };\n}\n\ninterface RouteMeta<\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n> {\n  relativePath: string;\n  caseSensitive: boolean;\n  childrenIndex: number;\n  route: RouteObjectType;\n}\n\ninterface RouteBranch<\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n> {\n  path: string;\n  score: number;\n  routesMeta: RouteMeta<RouteObjectType>[];\n}\n\nfunction flattenRoutes<\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n>(\n  routes: RouteObjectType[],\n  branches: RouteBranch<RouteObjectType>[] = [],\n  parentsMeta: RouteMeta<RouteObjectType>[] = [],\n  parentPath = \"\"\n): RouteBranch<RouteObjectType>[] {\n  let flattenRoute = (\n    route: RouteObjectType,\n    index: number,\n    relativePath?: string\n  ) => {\n    let meta: RouteMeta<RouteObjectType> = {\n      relativePath:\n        relativePath === undefined ? route.path || \"\" : relativePath,\n      caseSensitive: route.caseSensitive === true,\n      childrenIndex: index,\n      route,\n    };\n\n    if (meta.relativePath.startsWith(\"/\")) {\n      invariant(\n        meta.relativePath.startsWith(parentPath),\n        `Absolute route path \"${meta.relativePath}\" nested under path ` +\n          `\"${parentPath}\" is not valid. An absolute child route path ` +\n          `must start with the combined path of all its parent routes.`\n      );\n\n      meta.relativePath = meta.relativePath.slice(parentPath.length);\n    }\n\n    let path = joinPaths([parentPath, meta.relativePath]);\n    let routesMeta = parentsMeta.concat(meta);\n\n    // Add the children before adding this route to the array, so we traverse the\n    // route tree depth-first and child routes appear before their parents in\n    // the \"flattened\" version.\n    if (route.children && route.children.length > 0) {\n      invariant(\n        // Our types know better, but runtime JS may not!\n        // @ts-expect-error\n        route.index !== true,\n        `Index routes must not have child routes. Please remove ` +\n          `all child routes from route path \"${path}\".`\n      );\n      flattenRoutes(route.children, branches, routesMeta, path);\n    }\n\n    // Routes without a path shouldn't ever match by themselves unless they are\n    // index routes, so don't add them to the list of possible branches.\n    if (route.path == null && !route.index) {\n      return;\n    }\n\n    branches.push({\n      path,\n      score: computeScore(path, route.index),\n      routesMeta,\n    });\n  };\n  routes.forEach((route, index) => {\n    // coarse-grain check for optional params\n    if (route.path === \"\" || !route.path?.includes(\"?\")) {\n      flattenRoute(route, index);\n    } else {\n      for (let exploded of explodeOptionalSegments(route.path)) {\n        flattenRoute(route, index, exploded);\n      }\n    }\n  });\n\n  return branches;\n}\n\n/**\n * Computes all combinations of optional path segments for a given path,\n * excluding combinations that are ambiguous and of lower priority.\n *\n * For example, `/one/:two?/three/:four?/:five?` explodes to:\n * - `/one/three`\n * - `/one/:two/three`\n * - `/one/three/:four`\n * - `/one/three/:five`\n * - `/one/:two/three/:four`\n * - `/one/:two/three/:five`\n * - `/one/three/:four/:five`\n * - `/one/:two/three/:four/:five`\n */\nfunction explodeOptionalSegments(path: string): string[] {\n  let segments = path.split(\"/\");\n  if (segments.length === 0) return [];\n\n  let [first, ...rest] = segments;\n\n  // Optional path segments are denoted by a trailing `?`\n  let isOptional = first.endsWith(\"?\");\n  // Compute the corresponding required segment: `foo?` -> `foo`\n  let required = first.replace(/\\?$/, \"\");\n\n  if (rest.length === 0) {\n    // Intepret empty string as omitting an optional segment\n    // `[\"one\", \"\", \"three\"]` corresponds to omitting `:two` from `/one/:two?/three` -> `/one/three`\n    return isOptional ? [required, \"\"] : [required];\n  }\n\n  let restExploded = explodeOptionalSegments(rest.join(\"/\"));\n\n  let result: string[] = [];\n\n  // All child paths with the prefix.  Do this for all children before the\n  // optional version for all children, so we get consistent ordering where the\n  // parent optional aspect is preferred as required.  Otherwise, we can get\n  // child sections interspersed where deeper optional segments are higher than\n  // parent optional segments, where for example, /:two would explode _earlier_\n  // then /:one.  By always including the parent as required _for all children_\n  // first, we avoid this issue\n  result.push(\n    ...restExploded.map((subpath) =>\n      subpath === \"\" ? required : [required, subpath].join(\"/\")\n    )\n  );\n\n  // Then, if this is an optional value, add all child versions without\n  if (isOptional) {\n    result.push(...restExploded);\n  }\n\n  // for absolute paths, ensure `/` instead of empty segment\n  return result.map((exploded) =>\n    path.startsWith(\"/\") && exploded === \"\" ? \"/\" : exploded\n  );\n}\n\nfunction rankRouteBranches(branches: RouteBranch[]): void {\n  branches.sort((a, b) =>\n    a.score !== b.score\n      ? b.score - a.score // Higher score first\n      : compareIndexes(\n          a.routesMeta.map((meta) => meta.childrenIndex),\n          b.routesMeta.map((meta) => meta.childrenIndex)\n        )\n  );\n}\n\nconst paramRe = /^:[\\w-]+$/;\nconst dynamicSegmentValue = 3;\nconst indexRouteValue = 2;\nconst emptySegmentValue = 1;\nconst staticSegmentValue = 10;\nconst splatPenalty = -2;\nconst isSplat = (s: string) => s === \"*\";\n\nfunction computeScore(path: string, index: boolean | undefined): number {\n  let segments = path.split(\"/\");\n  let initialScore = segments.length;\n  if (segments.some(isSplat)) {\n    initialScore += splatPenalty;\n  }\n\n  if (index) {\n    initialScore += indexRouteValue;\n  }\n\n  return segments\n    .filter((s) => !isSplat(s))\n    .reduce(\n      (score, segment) =>\n        score +\n        (paramRe.test(segment)\n          ? dynamicSegmentValue\n          : segment === \"\"\n          ? emptySegmentValue\n          : staticSegmentValue),\n      initialScore\n    );\n}\n\nfunction compareIndexes(a: number[], b: number[]): number {\n  let siblings =\n    a.length === b.length && a.slice(0, -1).every((n, i) => n === b[i]);\n\n  return siblings\n    ? // If two routes are siblings, we should try to match the earlier sibling\n      // first. This allows people to have fine-grained control over the matching\n      // behavior by simply putting routes with identical paths in the order they\n      // want them tried.\n      a[a.length - 1] - b[b.length - 1]\n    : // Otherwise, it doesn't really make sense to rank non-siblings by index,\n      // so they sort equally.\n      0;\n}\n\nfunction matchRouteBranch<\n  ParamKey extends string = string,\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n>(\n  branch: RouteBranch<RouteObjectType>,\n  pathname: string,\n  allowPartial = false\n): AgnosticRouteMatch<ParamKey, RouteObjectType>[] | null {\n  let { routesMeta } = branch;\n\n  let matchedParams = {};\n  let matchedPathname = \"/\";\n  let matches: AgnosticRouteMatch<ParamKey, RouteObjectType>[] = [];\n  for (let i = 0; i < routesMeta.length; ++i) {\n    let meta = routesMeta[i];\n    let end = i === routesMeta.length - 1;\n    let remainingPathname =\n      matchedPathname === \"/\"\n        ? pathname\n        : pathname.slice(matchedPathname.length) || \"/\";\n    let match = matchPath(\n      { path: meta.relativePath, caseSensitive: meta.caseSensitive, end },\n      remainingPathname\n    );\n\n    let route = meta.route;\n\n    if (\n      !match &&\n      end &&\n      allowPartial &&\n      !routesMeta[routesMeta.length - 1].route.index\n    ) {\n      match = matchPath(\n        {\n          path: meta.relativePath,\n          caseSensitive: meta.caseSensitive,\n          end: false,\n        },\n        remainingPathname\n      );\n    }\n\n    if (!match) {\n      return null;\n    }\n\n    Object.assign(matchedParams, match.params);\n\n    matches.push({\n      // TODO: Can this as be avoided?\n      params: matchedParams as Params<ParamKey>,\n      pathname: joinPaths([matchedPathname, match.pathname]),\n      pathnameBase: normalizePathname(\n        joinPaths([matchedPathname, match.pathnameBase])\n      ),\n      route,\n    });\n\n    if (match.pathnameBase !== \"/\") {\n      matchedPathname = joinPaths([matchedPathname, match.pathnameBase]);\n    }\n  }\n\n  return matches;\n}\n\n/**\n * Returns a path with params interpolated.\n *\n * @see https://reactrouter.com/utils/generate-path\n */\nexport function generatePath<Path extends string>(\n  originalPath: Path,\n  params: {\n    [key in PathParam<Path>]: string | null;\n  } = {} as any\n): string {\n  let path: string = originalPath;\n  if (path.endsWith(\"*\") && path !== \"*\" && !path.endsWith(\"/*\")) {\n    warning(\n      false,\n      `Route path \"${path}\" will be treated as if it were ` +\n        `\"${path.replace(/\\*$/, \"/*\")}\" because the \\`*\\` character must ` +\n        `always follow a \\`/\\` in the pattern. To get rid of this warning, ` +\n        `please change the route path to \"${path.replace(/\\*$/, \"/*\")}\".`\n    );\n    path = path.replace(/\\*$/, \"/*\") as Path;\n  }\n\n  // ensure `/` is added at the beginning if the path is absolute\n  const prefix = path.startsWith(\"/\") ? \"/\" : \"\";\n\n  const stringify = (p: any) =>\n    p == null ? \"\" : typeof p === \"string\" ? p : String(p);\n\n  const segments = path\n    .split(/\\/+/)\n    .map((segment, index, array) => {\n      const isLastSegment = index === array.length - 1;\n\n      // only apply the splat if it's the last segment\n      if (isLastSegment && segment === \"*\") {\n        const star = \"*\" as PathParam<Path>;\n        // Apply the splat\n        return stringify(params[star]);\n      }\n\n      const keyMatch = segment.match(/^:([\\w-]+)(\\??)$/);\n      if (keyMatch) {\n        const [, key, optional] = keyMatch;\n        let param = params[key as PathParam<Path>];\n        invariant(optional === \"?\" || param != null, `Missing \":${key}\" param`);\n        return stringify(param);\n      }\n\n      // Remove any optional markers from optional static segments\n      return segment.replace(/\\?$/g, \"\");\n    })\n    // Remove empty segments\n    .filter((segment) => !!segment);\n\n  return prefix + segments.join(\"/\");\n}\n\n/**\n * A PathPattern is used to match on some portion of a URL pathname.\n */\nexport interface PathPattern<Path extends string = string> {\n  /**\n   * A string to match against a URL pathname. May contain `:id`-style segments\n   * to indicate placeholders for dynamic parameters. May also end with `/*` to\n   * indicate matching the rest of the URL pathname.\n   */\n  path: Path;\n  /**\n   * Should be `true` if the static portions of the `path` should be matched in\n   * the same case.\n   */\n  caseSensitive?: boolean;\n  /**\n   * Should be `true` if this pattern should match the entire URL pathname.\n   */\n  end?: boolean;\n}\n\n/**\n * A PathMatch contains info about how a PathPattern matched on a URL pathname.\n */\nexport interface PathMatch<ParamKey extends string = string> {\n  /**\n   * The names and values of dynamic parameters in the URL.\n   */\n  params: Params<ParamKey>;\n  /**\n   * The portion of the URL pathname that was matched.\n   */\n  pathname: string;\n  /**\n   * The portion of the URL pathname that was matched before child routes.\n   */\n  pathnameBase: string;\n  /**\n   * The pattern that was used to match.\n   */\n  pattern: PathPattern;\n}\n\ntype Mutable<T> = {\n  -readonly [P in keyof T]: T[P];\n};\n\n/**\n * Performs pattern matching on a URL pathname and returns information about\n * the match.\n *\n * @see https://reactrouter.com/utils/match-path\n */\nexport function matchPath<\n  ParamKey extends ParamParseKey<Path>,\n  Path extends string\n>(\n  pattern: PathPattern<Path> | Path,\n  pathname: string\n): PathMatch<ParamKey> | null {\n  if (typeof pattern === \"string\") {\n    pattern = { path: pattern, caseSensitive: false, end: true };\n  }\n\n  let [matcher, compiledParams] = compilePath(\n    pattern.path,\n    pattern.caseSensitive,\n    pattern.end\n  );\n\n  let match = pathname.match(matcher);\n  if (!match) return null;\n\n  let matchedPathname = match[0];\n  let pathnameBase = matchedPathname.replace(/(.)\\/+$/, \"$1\");\n  let captureGroups = match.slice(1);\n  let params: Params = compiledParams.reduce<Mutable<Params>>(\n    (memo, { paramName, isOptional }, index) => {\n      // We need to compute the pathnameBase here using the raw splat value\n      // instead of using params[\"*\"] later because it will be decoded then\n      if (paramName === \"*\") {\n        let splatValue = captureGroups[index] || \"\";\n        pathnameBase = matchedPathname\n          .slice(0, matchedPathname.length - splatValue.length)\n          .replace(/(.)\\/+$/, \"$1\");\n      }\n\n      const value = captureGroups[index];\n      if (isOptional && !value) {\n        memo[paramName] = undefined;\n      } else {\n        memo[paramName] = (value || \"\").replace(/%2F/g, \"/\");\n      }\n      return memo;\n    },\n    {}\n  );\n\n  return {\n    params,\n    pathname: matchedPathname,\n    pathnameBase,\n    pattern,\n  };\n}\n\ntype CompiledPathParam = { paramName: string; isOptional?: boolean };\n\nfunction compilePath(\n  path: string,\n  caseSensitive = false,\n  end = true\n): [RegExp, CompiledPathParam[]] {\n  warning(\n    path === \"*\" || !path.endsWith(\"*\") || path.endsWith(\"/*\"),\n    `Route path \"${path}\" will be treated as if it were ` +\n      `\"${path.replace(/\\*$/, \"/*\")}\" because the \\`*\\` character must ` +\n      `always follow a \\`/\\` in the pattern. To get rid of this warning, ` +\n      `please change the route path to \"${path.replace(/\\*$/, \"/*\")}\".`\n  );\n\n  let params: CompiledPathParam[] = [];\n  let regexpSource =\n    \"^\" +\n    path\n      .replace(/\\/*\\*?$/, \"\") // Ignore trailing / and /*, we'll handle it below\n      .replace(/^\\/*/, \"/\") // Make sure it has a leading /\n      .replace(/[\\\\.*+^${}|()[\\]]/g, \"\\\\$&\") // Escape special regex chars\n      .replace(\n        /\\/:([\\w-]+)(\\?)?/g,\n        (_: string, paramName: string, isOptional) => {\n          params.push({ paramName, isOptional: isOptional != null });\n          return isOptional ? \"/?([^\\\\/]+)?\" : \"/([^\\\\/]+)\";\n        }\n      );\n\n  if (path.endsWith(\"*\")) {\n    params.push({ paramName: \"*\" });\n    regexpSource +=\n      path === \"*\" || path === \"/*\"\n        ? \"(.*)$\" // Already matched the initial /, just match the rest\n        : \"(?:\\\\/(.+)|\\\\/*)$\"; // Don't include the / in params[\"*\"]\n  } else if (end) {\n    // When matching to the end, ignore trailing slashes\n    regexpSource += \"\\\\/*$\";\n  } else if (path !== \"\" && path !== \"/\") {\n    // If our path is non-empty and contains anything beyond an initial slash,\n    // then we have _some_ form of path in our regex, so we should expect to\n    // match only if we find the end of this path segment.  Look for an optional\n    // non-captured trailing slash (to match a portion of the URL) or the end\n    // of the path (if we've matched to the end).  We used to do this with a\n    // word boundary but that gives false positives on routes like\n    // /user-preferences since `-` counts as a word boundary.\n    regexpSource += \"(?:(?=\\\\/|$))\";\n  } else {\n    // Nothing to match for \"\" or \"/\"\n  }\n\n  let matcher = new RegExp(regexpSource, caseSensitive ? undefined : \"i\");\n\n  return [matcher, params];\n}\n\nexport function decodePath(value: string) {\n  try {\n    return value\n      .split(\"/\")\n      .map((v) => decodeURIComponent(v).replace(/\\//g, \"%2F\"))\n      .join(\"/\");\n  } catch (error) {\n    warning(\n      false,\n      `The URL path \"${value}\" could not be decoded because it is is a ` +\n        `malformed URL segment. This is probably due to a bad percent ` +\n        `encoding (${error}).`\n    );\n\n    return value;\n  }\n}\n\n/**\n * @private\n */\nexport function stripBasename(\n  pathname: string,\n  basename: string\n): string | null {\n  if (basename === \"/\") return pathname;\n\n  if (!pathname.toLowerCase().startsWith(basename.toLowerCase())) {\n    return null;\n  }\n\n  // We want to leave trailing slash behavior in the user's control, so if they\n  // specify a basename with a trailing slash, we should support it\n  let startIndex = basename.endsWith(\"/\")\n    ? basename.length - 1\n    : basename.length;\n  let nextChar = pathname.charAt(startIndex);\n  if (nextChar && nextChar !== \"/\") {\n    // pathname does not start with basename/\n    return null;\n  }\n\n  return pathname.slice(startIndex) || \"/\";\n}\n\n/**\n * Returns a resolved path object relative to the given pathname.\n *\n * @see https://reactrouter.com/utils/resolve-path\n */\nexport function resolvePath(to: To, fromPathname = \"/\"): Path {\n  let {\n    pathname: toPathname,\n    search = \"\",\n    hash = \"\",\n  } = typeof to === \"string\" ? parsePath(to) : to;\n\n  let pathname = toPathname\n    ? toPathname.startsWith(\"/\")\n      ? toPathname\n      : resolvePathname(toPathname, fromPathname)\n    : fromPathname;\n\n  return {\n    pathname,\n    search: normalizeSearch(search),\n    hash: normalizeHash(hash),\n  };\n}\n\nfunction resolvePathname(relativePath: string, fromPathname: string): string {\n  let segments = fromPathname.replace(/\\/+$/, \"\").split(\"/\");\n  let relativeSegments = relativePath.split(\"/\");\n\n  relativeSegments.forEach((segment) => {\n    if (segment === \"..\") {\n      // Keep the root \"\" segment so the pathname starts at /\n      if (segments.length > 1) segments.pop();\n    } else if (segment !== \".\") {\n      segments.push(segment);\n    }\n  });\n\n  return segments.length > 1 ? segments.join(\"/\") : \"/\";\n}\n\nfunction getInvalidPathError(\n  char: string,\n  field: string,\n  dest: string,\n  path: Partial<Path>\n) {\n  return (\n    `Cannot include a '${char}' character in a manually specified ` +\n    `\\`to.${field}\\` field [${JSON.stringify(\n      path\n    )}].  Please separate it out to the ` +\n    `\\`to.${dest}\\` field. Alternatively you may provide the full path as ` +\n    `a string in <Link to=\"...\"> and the router will parse it for you.`\n  );\n}\n\n/**\n * @private\n *\n * When processing relative navigation we want to ignore ancestor routes that\n * do not contribute to the path, such that index/pathless layout routes don't\n * interfere.\n *\n * For example, when moving a route element into an index route and/or a\n * pathless layout route, relative link behavior contained within should stay\n * the same.  Both of the following examples should link back to the root:\n *\n *   <Route path=\"/\">\n *     <Route path=\"accounts\" element={<Link to=\"..\"}>\n *   </Route>\n *\n *   <Route path=\"/\">\n *     <Route path=\"accounts\">\n *       <Route element={<AccountsLayout />}>       // <-- Does not contribute\n *         <Route index element={<Link to=\"..\"} />  // <-- Does not contribute\n *       </Route\n *     </Route>\n *   </Route>\n */\nexport function getPathContributingMatches<\n  T extends AgnosticRouteMatch = AgnosticRouteMatch\n>(matches: T[]) {\n  return matches.filter(\n    (match, index) =>\n      index === 0 || (match.route.path && match.route.path.length > 0)\n  );\n}\n\n// Return the array of pathnames for the current route matches - used to\n// generate the routePathnames input for resolveTo()\nexport function getResolveToMatches<\n  T extends AgnosticRouteMatch = AgnosticRouteMatch\n>(matches: T[], v7_relativeSplatPath: boolean) {\n  let pathMatches = getPathContributingMatches(matches);\n\n  // When v7_relativeSplatPath is enabled, use the full pathname for the leaf\n  // match so we include splat values for \".\" links.  See:\n  // https://github.com/remix-run/react-router/issues/11052#issuecomment-1836589329\n  if (v7_relativeSplatPath) {\n    return pathMatches.map((match, idx) =>\n      idx === pathMatches.length - 1 ? match.pathname : match.pathnameBase\n    );\n  }\n\n  return pathMatches.map((match) => match.pathnameBase);\n}\n\n/**\n * @private\n */\nexport function resolveTo(\n  toArg: To,\n  routePathnames: string[],\n  locationPathname: string,\n  isPathRelative = false\n): Path {\n  let to: Partial<Path>;\n  if (typeof toArg === \"string\") {\n    to = parsePath(toArg);\n  } else {\n    to = { ...toArg };\n\n    invariant(\n      !to.pathname || !to.pathname.includes(\"?\"),\n      getInvalidPathError(\"?\", \"pathname\", \"search\", to)\n    );\n    invariant(\n      !to.pathname || !to.pathname.includes(\"#\"),\n      getInvalidPathError(\"#\", \"pathname\", \"hash\", to)\n    );\n    invariant(\n      !to.search || !to.search.includes(\"#\"),\n      getInvalidPathError(\"#\", \"search\", \"hash\", to)\n    );\n  }\n\n  let isEmptyPath = toArg === \"\" || to.pathname === \"\";\n  let toPathname = isEmptyPath ? \"/\" : to.pathname;\n\n  let from: string;\n\n  // Routing is relative to the current pathname if explicitly requested.\n  //\n  // If a pathname is explicitly provided in `to`, it should be relative to the\n  // route context. This is explained in `Note on `<Link to>` values` in our\n  // migration guide from v5 as a means of disambiguation between `to` values\n  // that begin with `/` and those that do not. However, this is problematic for\n  // `to` values that do not provide a pathname. `to` can simply be a search or\n  // hash string, in which case we should assume that the navigation is relative\n  // to the current location's pathname and *not* the route pathname.\n  if (toPathname == null) {\n    from = locationPathname;\n  } else {\n    let routePathnameIndex = routePathnames.length - 1;\n\n    // With relative=\"route\" (the default), each leading .. segment means\n    // \"go up one route\" instead of \"go up one URL segment\".  This is a key\n    // difference from how <a href> works and a major reason we call this a\n    // \"to\" value instead of a \"href\".\n    if (!isPathRelative && toPathname.startsWith(\"..\")) {\n      let toSegments = toPathname.split(\"/\");\n\n      while (toSegments[0] === \"..\") {\n        toSegments.shift();\n        routePathnameIndex -= 1;\n      }\n\n      to.pathname = toSegments.join(\"/\");\n    }\n\n    from = routePathnameIndex >= 0 ? routePathnames[routePathnameIndex] : \"/\";\n  }\n\n  let path = resolvePath(to, from);\n\n  // Ensure the pathname has a trailing slash if the original \"to\" had one\n  let hasExplicitTrailingSlash =\n    toPathname && toPathname !== \"/\" && toPathname.endsWith(\"/\");\n  // Or if this was a link to the current path which has a trailing slash\n  let hasCurrentTrailingSlash =\n    (isEmptyPath || toPathname === \".\") && locationPathname.endsWith(\"/\");\n  if (\n    !path.pathname.endsWith(\"/\") &&\n    (hasExplicitTrailingSlash || hasCurrentTrailingSlash)\n  ) {\n    path.pathname += \"/\";\n  }\n\n  return path;\n}\n\n/**\n * @private\n */\nexport function getToPathname(to: To): string | undefined {\n  // Empty strings should be treated the same as / paths\n  return to === \"\" || (to as Path).pathname === \"\"\n    ? \"/\"\n    : typeof to === \"string\"\n    ? parsePath(to).pathname\n    : to.pathname;\n}\n\n/**\n * @private\n */\nexport const joinPaths = (paths: string[]): string =>\n  paths.join(\"/\").replace(/\\/\\/+/g, \"/\");\n\n/**\n * @private\n */\nexport const normalizePathname = (pathname: string): string =>\n  pathname.replace(/\\/+$/, \"\").replace(/^\\/*/, \"/\");\n\n/**\n * @private\n */\nexport const normalizeSearch = (search: string): string =>\n  !search || search === \"?\"\n    ? \"\"\n    : search.startsWith(\"?\")\n    ? search\n    : \"?\" + search;\n\n/**\n * @private\n */\nexport const normalizeHash = (hash: string): string =>\n  !hash || hash === \"#\" ? \"\" : hash.startsWith(\"#\") ? hash : \"#\" + hash;\n\nexport type JsonFunction = <Data>(\n  data: Data,\n  init?: number | ResponseInit\n) => Response;\n\n/**\n * This is a shortcut for creating `application/json` responses. Converts `data`\n * to JSON and sets the `Content-Type` header.\n */\nexport const json: JsonFunction = (data, init = {}) => {\n  let responseInit = typeof init === \"number\" ? { status: init } : init;\n\n  let headers = new Headers(responseInit.headers);\n  if (!headers.has(\"Content-Type\")) {\n    headers.set(\"Content-Type\", \"application/json; charset=utf-8\");\n  }\n\n  return new Response(JSON.stringify(data), {\n    ...responseInit,\n    headers,\n  });\n};\n\nexport class DataWithResponseInit<D> {\n  type: string = \"DataWithResponseInit\";\n  data: D;\n  init: ResponseInit | null;\n\n  constructor(data: D, init?: ResponseInit) {\n    this.data = data;\n    this.init = init || null;\n  }\n}\n\n/**\n * Create \"responses\" that contain `status`/`headers` without forcing\n * serialization into an actual `Response` - used by Remix single fetch\n */\nexport function data<D>(data: D, init?: number | ResponseInit) {\n  return new DataWithResponseInit(\n    data,\n    typeof init === \"number\" ? { status: init } : init\n  );\n}\n\nexport interface TrackedPromise extends Promise<any> {\n  _tracked?: boolean;\n  _data?: any;\n  _error?: any;\n}\n\nexport class AbortedDeferredError extends Error {}\n\nexport class DeferredData {\n  private pendingKeysSet: Set<string> = new Set<string>();\n  private controller: AbortController;\n  private abortPromise: Promise<void>;\n  private unlistenAbortSignal: () => void;\n  private subscribers: Set<(aborted: boolean, settledKey?: string) => void> =\n    new Set();\n  data: Record<string, unknown>;\n  init?: ResponseInit;\n  deferredKeys: string[] = [];\n\n  constructor(data: Record<string, unknown>, responseInit?: ResponseInit) {\n    invariant(\n      data && typeof data === \"object\" && !Array.isArray(data),\n      \"defer() only accepts plain objects\"\n    );\n\n    // Set up an AbortController + Promise we can race against to exit early\n    // cancellation\n    let reject: (e: AbortedDeferredError) => void;\n    this.abortPromise = new Promise((_, r) => (reject = r));\n    this.controller = new AbortController();\n    let onAbort = () =>\n      reject(new AbortedDeferredError(\"Deferred data aborted\"));\n    this.unlistenAbortSignal = () =>\n      this.controller.signal.removeEventListener(\"abort\", onAbort);\n    this.controller.signal.addEventListener(\"abort\", onAbort);\n\n    this.data = Object.entries(data).reduce(\n      (acc, [key, value]) =>\n        Object.assign(acc, {\n          [key]: this.trackPromise(key, value),\n        }),\n      {}\n    );\n\n    if (this.done) {\n      // All incoming values were resolved\n      this.unlistenAbortSignal();\n    }\n\n    this.init = responseInit;\n  }\n\n  private trackPromise(\n    key: string,\n    value: Promise<unknown> | unknown\n  ): TrackedPromise | unknown {\n    if (!(value instanceof Promise)) {\n      return value;\n    }\n\n    this.deferredKeys.push(key);\n    this.pendingKeysSet.add(key);\n\n    // We store a little wrapper promise that will be extended with\n    // _data/_error props upon resolve/reject\n    let promise: TrackedPromise = Promise.race([value, this.abortPromise]).then(\n      (data) => this.onSettle(promise, key, undefined, data as unknown),\n      (error) => this.onSettle(promise, key, error as unknown)\n    );\n\n    // Register rejection listeners to avoid uncaught promise rejections on\n    // errors or aborted deferred values\n    promise.catch(() => {});\n\n    Object.defineProperty(promise, \"_tracked\", { get: () => true });\n    return promise;\n  }\n\n  private onSettle(\n    promise: TrackedPromise,\n    key: string,\n    error: unknown,\n    data?: unknown\n  ): unknown {\n    if (\n      this.controller.signal.aborted &&\n      error instanceof AbortedDeferredError\n    ) {\n      this.unlistenAbortSignal();\n      Object.defineProperty(promise, \"_error\", { get: () => error });\n      return Promise.reject(error);\n    }\n\n    this.pendingKeysSet.delete(key);\n\n    if (this.done) {\n      // Nothing left to abort!\n      this.unlistenAbortSignal();\n    }\n\n    // If the promise was resolved/rejected with undefined, we'll throw an error as you\n    // should always resolve with a value or null\n    if (error === undefined && data === undefined) {\n      let undefinedError = new Error(\n        `Deferred data for key \"${key}\" resolved/rejected with \\`undefined\\`, ` +\n          `you must resolve/reject with a value or \\`null\\`.`\n      );\n      Object.defineProperty(promise, \"_error\", { get: () => undefinedError });\n      this.emit(false, key);\n      return Promise.reject(undefinedError);\n    }\n\n    if (data === undefined) {\n      Object.defineProperty(promise, \"_error\", { get: () => error });\n      this.emit(false, key);\n      return Promise.reject(error);\n    }\n\n    Object.defineProperty(promise, \"_data\", { get: () => data });\n    this.emit(false, key);\n    return data;\n  }\n\n  private emit(aborted: boolean, settledKey?: string) {\n    this.subscribers.forEach((subscriber) => subscriber(aborted, settledKey));\n  }\n\n  subscribe(fn: (aborted: boolean, settledKey?: string) => void) {\n    this.subscribers.add(fn);\n    return () => this.subscribers.delete(fn);\n  }\n\n  cancel() {\n    this.controller.abort();\n    this.pendingKeysSet.forEach((v, k) => this.pendingKeysSet.delete(k));\n    this.emit(true);\n  }\n\n  async resolveData(signal: AbortSignal) {\n    let aborted = false;\n    if (!this.done) {\n      let onAbort = () => this.cancel();\n      signal.addEventListener(\"abort\", onAbort);\n      aborted = await new Promise((resolve) => {\n        this.subscribe((aborted) => {\n          signal.removeEventListener(\"abort\", onAbort);\n          if (aborted || this.done) {\n            resolve(aborted);\n          }\n        });\n      });\n    }\n    return aborted;\n  }\n\n  get done() {\n    return this.pendingKeysSet.size === 0;\n  }\n\n  get unwrappedData() {\n    invariant(\n      this.data !== null && this.done,\n      \"Can only unwrap data on initialized and settled deferreds\"\n    );\n\n    return Object.entries(this.data).reduce(\n      (acc, [key, value]) =>\n        Object.assign(acc, {\n          [key]: unwrapTrackedPromise(value),\n        }),\n      {}\n    );\n  }\n\n  get pendingKeys() {\n    return Array.from(this.pendingKeysSet);\n  }\n}\n\nfunction isTrackedPromise(value: any): value is TrackedPromise {\n  return (\n    value instanceof Promise && (value as TrackedPromise)._tracked === true\n  );\n}\n\nfunction unwrapTrackedPromise(value: any) {\n  if (!isTrackedPromise(value)) {\n    return value;\n  }\n\n  if (value._error) {\n    throw value._error;\n  }\n  return value._data;\n}\n\nexport type DeferFunction = (\n  data: Record<string, unknown>,\n  init?: number | ResponseInit\n) => DeferredData;\n\nexport const defer: DeferFunction = (data, init = {}) => {\n  let responseInit = typeof init === \"number\" ? { status: init } : init;\n\n  return new DeferredData(data, responseInit);\n};\n\nexport type RedirectFunction = (\n  url: string,\n  init?: number | ResponseInit\n) => Response;\n\n/**\n * A redirect response. Sets the status code and the `Location` header.\n * Defaults to \"302 Found\".\n */\nexport const redirect: RedirectFunction = (url, init = 302) => {\n  let responseInit = init;\n  if (typeof responseInit === \"number\") {\n    responseInit = { status: responseInit };\n  } else if (typeof responseInit.status === \"undefined\") {\n    responseInit.status = 302;\n  }\n\n  let headers = new Headers(responseInit.headers);\n  headers.set(\"Location\", url);\n\n  return new Response(null, {\n    ...responseInit,\n    headers,\n  });\n};\n\n/**\n * A redirect response that will force a document reload to the new location.\n * Sets the status code and the `Location` header.\n * Defaults to \"302 Found\".\n */\nexport const redirectDocument: RedirectFunction = (url, init) => {\n  let response = redirect(url, init);\n  response.headers.set(\"X-Remix-Reload-Document\", \"true\");\n  return response;\n};\n\n/**\n * A redirect response that will perform a `history.replaceState` instead of a\n * `history.pushState` for client-side navigation redirects.\n * Sets the status code and the `Location` header.\n * Defaults to \"302 Found\".\n */\nexport const replace: RedirectFunction = (url, init) => {\n  let response = redirect(url, init);\n  response.headers.set(\"X-Remix-Replace\", \"true\");\n  return response;\n};\n\nexport type ErrorResponse = {\n  status: number;\n  statusText: string;\n  data: any;\n};\n\n/**\n * @private\n * Utility class we use to hold auto-unwrapped 4xx/5xx Response bodies\n *\n * We don't export the class for public use since it's an implementation\n * detail, but we export the interface above so folks can build their own\n * abstractions around instances via isRouteErrorResponse()\n */\nexport class ErrorResponseImpl implements ErrorResponse {\n  status: number;\n  statusText: string;\n  data: any;\n  private error?: Error;\n  private internal: boolean;\n\n  constructor(\n    status: number,\n    statusText: string | undefined,\n    data: any,\n    internal = false\n  ) {\n    this.status = status;\n    this.statusText = statusText || \"\";\n    this.internal = internal;\n    if (data instanceof Error) {\n      this.data = data.toString();\n      this.error = data;\n    } else {\n      this.data = data;\n    }\n  }\n}\n\n/**\n * Check if the given error is an ErrorResponse generated from a 4xx/5xx\n * Response thrown from an action/loader\n */\nexport function isRouteErrorResponse(error: any): error is ErrorResponse {\n  return (\n    error != null &&\n    typeof error.status === \"number\" &&\n    typeof error.statusText === \"string\" &&\n    typeof error.internal === \"boolean\" &&\n    \"data\" in error\n  );\n}\n","import type { History, Location, Path, To } from \"./history\";\nimport {\n  Action as HistoryAction,\n  createLocation,\n  createPath,\n  invariant,\n  parsePath,\n  warning,\n} from \"./history\";\nimport type {\n  AgnosticDataRouteMatch,\n  AgnosticDataRouteObject,\n  DataStrategyMatch,\n  AgnosticRouteObject,\n  DataResult,\n  DataStrategyFunction,\n  DataStrategyFunctionArgs,\n  DeferredData,\n  DeferredResult,\n  DetectErrorBoundaryFunction,\n  ErrorResult,\n  FormEncType,\n  FormMethod,\n  HTMLFormMethod,\n  HandlerResult,\n  ImmutableRouteKey,\n  MapRoutePropertiesFunction,\n  MutationFormMethod,\n  RedirectResult,\n  RouteData,\n  RouteManifest,\n  ShouldRevalidateFunctionArgs,\n  Submission,\n  SuccessResult,\n  UIMatch,\n  V7_FormMethod,\n  V7_MutationFormMethod,\n  AgnosticPatchRoutesOnMissFunction,\n  DataWithResponseInit,\n} from \"./utils\";\nimport {\n  ErrorResponseImpl,\n  ResultType,\n  convertRouteMatchToUiMatch,\n  convertRoutesToDataRoutes,\n  getPathContributingMatches,\n  getResolveToMatches,\n  immutableRouteKeys,\n  isRouteErrorResponse,\n  joinPaths,\n  matchRoutes,\n  matchRoutesImpl,\n  resolveTo,\n  stripBasename,\n} from \"./utils\";\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Types and Constants\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * A Router instance manages all navigation and data loading/mutations\n */\nexport interface Router {\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Return the basename for the router\n   */\n  get basename(): RouterInit[\"basename\"];\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Return the future config for the router\n   */\n  get future(): FutureConfig;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Return the current state of the router\n   */\n  get state(): RouterState;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Return the routes for this router instance\n   */\n  get routes(): AgnosticDataRouteObject[];\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Return the window associated with the router\n   */\n  get window(): RouterInit[\"window\"];\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Initialize the router, including adding history listeners and kicking off\n   * initial data fetches.  Returns a function to cleanup listeners and abort\n   * any in-progress loads\n   */\n  initialize(): Router;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Subscribe to router.state updates\n   *\n   * @param fn function to call with the new state\n   */\n  subscribe(fn: RouterSubscriber): () => void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Enable scroll restoration behavior in the router\n   *\n   * @param savedScrollPositions Object that will manage positions, in case\n   *                             it's being restored from sessionStorage\n   * @param getScrollPosition    Function to get the active Y scroll position\n   * @param getKey               Function to get the key to use for restoration\n   */\n  enableScrollRestoration(\n    savedScrollPositions: Record<string, number>,\n    getScrollPosition: GetScrollPositionFunction,\n    getKey?: GetScrollRestorationKeyFunction\n  ): () => void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Navigate forward/backward in the history stack\n   * @param to Delta to move in the history stack\n   */\n  navigate(to: number): Promise<void>;\n\n  /**\n   * Navigate to the given path\n   * @param to Path to navigate to\n   * @param opts Navigation options (method, submission, etc.)\n   */\n  navigate(to: To | null, opts?: RouterNavigateOptions): Promise<void>;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Trigger a fetcher load/submission\n   *\n   * @param key     Fetcher key\n   * @param routeId Route that owns the fetcher\n   * @param href    href to fetch\n   * @param opts    Fetcher options, (method, submission, etc.)\n   */\n  fetch(\n    key: string,\n    routeId: string,\n    href: string | null,\n    opts?: RouterFetchOptions\n  ): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Trigger a revalidation of all current route loaders and fetcher loads\n   */\n  revalidate(): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Utility function to create an href for the given location\n   * @param location\n   */\n  createHref(location: Location | URL): string;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Utility function to URL encode a destination path according to the internal\n   * history implementation\n   * @param to\n   */\n  encodeLocation(to: To): Path;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Get/create a fetcher for the given key\n   * @param key\n   */\n  getFetcher<TData = any>(key: string): Fetcher<TData>;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Delete the fetcher for a given key\n   * @param key\n   */\n  deleteFetcher(key: string): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Cleanup listeners and abort any in-progress loads\n   */\n  dispose(): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Get a navigation blocker\n   * @param key The identifier for the blocker\n   * @param fn The blocker function implementation\n   */\n  getBlocker(key: string, fn: BlockerFunction): Blocker;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Delete a navigation blocker\n   * @param key The identifier for the blocker\n   */\n  deleteBlocker(key: string): void;\n\n  /**\n   * @internal\n   * PRIVATE DO NOT USE\n   *\n   * Patch additional children routes into an existing parent route\n   * @param routeId The parent route id or a callback function accepting `patch`\n   *                to perform batch patching\n   * @param children The additional children routes\n   */\n  patchRoutes(routeId: string | null, children: AgnosticRouteObject[]): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * HMR needs to pass in-flight route updates to React Router\n   * TODO: Replace this with granular route update APIs (addRoute, updateRoute, deleteRoute)\n   */\n  _internalSetRoutes(routes: AgnosticRouteObject[]): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Internal fetch AbortControllers accessed by unit tests\n   */\n  _internalFetchControllers: Map<string, AbortController>;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Internal pending DeferredData instances accessed by unit tests\n   */\n  _internalActiveDeferreds: Map<string, DeferredData>;\n}\n\n/**\n * State maintained internally by the router.  During a navigation, all states\n * reflect the the \"old\" location unless otherwise noted.\n */\nexport interface RouterState {\n  /**\n   * The action of the most recent navigation\n   */\n  historyAction: HistoryAction;\n\n  /**\n   * The current location reflected by the router\n   */\n  location: Location;\n\n  /**\n   * The current set of route matches\n   */\n  matches: AgnosticDataRouteMatch[];\n\n  /**\n   * Tracks whether we've completed our initial data load\n   */\n  initialized: boolean;\n\n  /**\n   * Current scroll position we should start at for a new view\n   *  - number -> scroll position to restore to\n   *  - false -> do not restore scroll at all (used during submissions)\n   *  - null -> don't have a saved position, scroll to hash or top of page\n   */\n  restoreScrollPosition: number | false | null;\n\n  /**\n   * Indicate whether this navigation should skip resetting the scroll position\n   * if we are unable to restore the scroll position\n   */\n  preventScrollReset: boolean;\n\n  /**\n   * Tracks the state of the current navigation\n   */\n  navigation: Navigation;\n\n  /**\n   * Tracks any in-progress revalidations\n   */\n  revalidation: RevalidationState;\n\n  /**\n   * Data from the loaders for the current matches\n   */\n  loaderData: RouteData;\n\n  /**\n   * Data from the action for the current matches\n   */\n  actionData: RouteData | null;\n\n  /**\n   * Errors caught from loaders for the current matches\n   */\n  errors: RouteData | null;\n\n  /**\n   * Map of current fetchers\n   */\n  fetchers: Map<string, Fetcher>;\n\n  /**\n   * Map of current blockers\n   */\n  blockers: Map<string, Blocker>;\n}\n\n/**\n * Data that can be passed into hydrate a Router from SSR\n */\nexport type HydrationState = Partial<\n  Pick<RouterState, \"loaderData\" | \"actionData\" | \"errors\">\n>;\n\n/**\n * Future flags to toggle new feature behavior\n */\nexport interface FutureConfig {\n  v7_fetcherPersist: boolean;\n  v7_normalizeFormMethod: boolean;\n  v7_partialHydration: boolean;\n  v7_prependBasename: boolean;\n  v7_relativeSplatPath: boolean;\n  v7_skipActionErrorRevalidation: boolean;\n}\n\n/**\n * Initialization options for createRouter\n */\nexport interface RouterInit {\n  routes: AgnosticRouteObject[];\n  history: History;\n  basename?: string;\n  /**\n   * @deprecated Use `mapRouteProperties` instead\n   */\n  detectErrorBoundary?: DetectErrorBoundaryFunction;\n  mapRouteProperties?: MapRoutePropertiesFunction;\n  future?: Partial<FutureConfig>;\n  hydrationData?: HydrationState;\n  window?: Window;\n  unstable_patchRoutesOnMiss?: AgnosticPatchRoutesOnMissFunction;\n  unstable_dataStrategy?: DataStrategyFunction;\n}\n\n/**\n * State returned from a server-side query() call\n */\nexport interface StaticHandlerContext {\n  basename: Router[\"basename\"];\n  location: RouterState[\"location\"];\n  matches: RouterState[\"matches\"];\n  loaderData: RouterState[\"loaderData\"];\n  actionData: RouterState[\"actionData\"];\n  errors: RouterState[\"errors\"];\n  statusCode: number;\n  loaderHeaders: Record<string, Headers>;\n  actionHeaders: Record<string, Headers>;\n  activeDeferreds: Record<string, DeferredData> | null;\n  _deepestRenderedBoundaryId?: string | null;\n}\n\n/**\n * A StaticHandler instance manages a singular SSR navigation/fetch event\n */\nexport interface StaticHandler {\n  dataRoutes: AgnosticDataRouteObject[];\n  query(\n    request: Request,\n    opts?: {\n      requestContext?: unknown;\n      skipLoaderErrorBubbling?: boolean;\n      unstable_dataStrategy?: DataStrategyFunction;\n    }\n  ): Promise<StaticHandlerContext | Response>;\n  queryRoute(\n    request: Request,\n    opts?: {\n      routeId?: string;\n      requestContext?: unknown;\n      unstable_dataStrategy?: DataStrategyFunction;\n    }\n  ): Promise<any>;\n}\n\ntype ViewTransitionOpts = {\n  currentLocation: Location;\n  nextLocation: Location;\n};\n\n/**\n * Subscriber function signature for changes to router state\n */\nexport interface RouterSubscriber {\n  (\n    state: RouterState,\n    opts: {\n      deletedFetchers: string[];\n      unstable_viewTransitionOpts?: ViewTransitionOpts;\n      unstable_flushSync: boolean;\n    }\n  ): void;\n}\n\n/**\n * Function signature for determining the key to be used in scroll restoration\n * for a given location\n */\nexport interface GetScrollRestorationKeyFunction {\n  (location: Location, matches: UIMatch[]): string | null;\n}\n\n/**\n * Function signature for determining the current scroll position\n */\nexport interface GetScrollPositionFunction {\n  (): number;\n}\n\nexport type RelativeRoutingType = \"route\" | \"path\";\n\n// Allowed for any navigation or fetch\ntype BaseNavigateOrFetchOptions = {\n  preventScrollReset?: boolean;\n  relative?: RelativeRoutingType;\n  unstable_flushSync?: boolean;\n};\n\n// Only allowed for navigations\ntype BaseNavigateOptions = BaseNavigateOrFetchOptions & {\n  replace?: boolean;\n  state?: any;\n  fromRouteId?: string;\n  unstable_viewTransition?: boolean;\n};\n\n// Only allowed for submission navigations\ntype BaseSubmissionOptions = {\n  formMethod?: HTMLFormMethod;\n  formEncType?: FormEncType;\n} & (\n  | { formData: FormData; body?: undefined }\n  | { formData?: undefined; body: any }\n);\n\n/**\n * Options for a navigate() call for a normal (non-submission) navigation\n */\ntype LinkNavigateOptions = BaseNavigateOptions;\n\n/**\n * Options for a navigate() call for a submission navigation\n */\ntype SubmissionNavigateOptions = BaseNavigateOptions & BaseSubmissionOptions;\n\n/**\n * Options to pass to navigate() for a navigation\n */\nexport type RouterNavigateOptions =\n  | LinkNavigateOptions\n  | SubmissionNavigateOptions;\n\n/**\n * Options for a fetch() load\n */\ntype LoadFetchOptions = BaseNavigateOrFetchOptions;\n\n/**\n * Options for a fetch() submission\n */\ntype SubmitFetchOptions = BaseNavigateOrFetchOptions & BaseSubmissionOptions;\n\n/**\n * Options to pass to fetch()\n */\nexport type RouterFetchOptions = LoadFetchOptions | SubmitFetchOptions;\n\n/**\n * Potential states for state.navigation\n */\nexport type NavigationStates = {\n  Idle: {\n    state: \"idle\";\n    location: undefined;\n    formMethod: undefined;\n    formAction: undefined;\n    formEncType: undefined;\n    formData: undefined;\n    json: undefined;\n    text: undefined;\n  };\n  Loading: {\n    state: \"loading\";\n    location: Location;\n    formMethod: Submission[\"formMethod\"] | undefined;\n    formAction: Submission[\"formAction\"] | undefined;\n    formEncType: Submission[\"formEncType\"] | undefined;\n    formData: Submission[\"formData\"] | undefined;\n    json: Submission[\"json\"] | undefined;\n    text: Submission[\"text\"] | undefined;\n  };\n  Submitting: {\n    state: \"submitting\";\n    location: Location;\n    formMethod: Submission[\"formMethod\"];\n    formAction: Submission[\"formAction\"];\n    formEncType: Submission[\"formEncType\"];\n    formData: Submission[\"formData\"];\n    json: Submission[\"json\"];\n    text: Submission[\"text\"];\n  };\n};\n\nexport type Navigation = NavigationStates[keyof NavigationStates];\n\nexport type RevalidationState = \"idle\" | \"loading\";\n\n/**\n * Potential states for fetchers\n */\ntype FetcherStates<TData = any> = {\n  Idle: {\n    state: \"idle\";\n    formMethod: undefined;\n    formAction: undefined;\n    formEncType: undefined;\n    text: undefined;\n    formData: undefined;\n    json: undefined;\n    data: TData | undefined;\n  };\n  Loading: {\n    state: \"loading\";\n    formMethod: Submission[\"formMethod\"] | undefined;\n    formAction: Submission[\"formAction\"] | undefined;\n    formEncType: Submission[\"formEncType\"] | undefined;\n    text: Submission[\"text\"] | undefined;\n    formData: Submission[\"formData\"] | undefined;\n    json: Submission[\"json\"] | undefined;\n    data: TData | undefined;\n  };\n  Submitting: {\n    state: \"submitting\";\n    formMethod: Submission[\"formMethod\"];\n    formAction: Submission[\"formAction\"];\n    formEncType: Submission[\"formEncType\"];\n    text: Submission[\"text\"];\n    formData: Submission[\"formData\"];\n    json: Submission[\"json\"];\n    data: TData | undefined;\n  };\n};\n\nexport type Fetcher<TData = any> =\n  FetcherStates<TData>[keyof FetcherStates<TData>];\n\ninterface BlockerBlocked {\n  state: \"blocked\";\n  reset(): void;\n  proceed(): void;\n  location: Location;\n}\n\ninterface BlockerUnblocked {\n  state: \"unblocked\";\n  reset: undefined;\n  proceed: undefined;\n  location: undefined;\n}\n\ninterface BlockerProceeding {\n  state: \"proceeding\";\n  reset: undefined;\n  proceed: undefined;\n  location: Location;\n}\n\nexport type Blocker = BlockerUnblocked | BlockerBlocked | BlockerProceeding;\n\nexport type BlockerFunction = (args: {\n  currentLocation: Location;\n  nextLocation: Location;\n  historyAction: HistoryAction;\n}) => boolean;\n\ninterface ShortCircuitable {\n  /**\n   * startNavigation does not need to complete the navigation because we\n   * redirected or got interrupted\n   */\n  shortCircuited?: boolean;\n}\n\ntype PendingActionResult = [string, SuccessResult | ErrorResult];\n\ninterface HandleActionResult extends ShortCircuitable {\n  /**\n   * Route matches which may have been updated from fog of war discovery\n   */\n  matches?: RouterState[\"matches\"];\n  /**\n   * Tuple for the returned or thrown value from the current action.  The routeId\n   * is the action route for success and the bubbled boundary route for errors.\n   */\n  pendingActionResult?: PendingActionResult;\n}\n\ninterface HandleLoadersResult extends ShortCircuitable {\n  /**\n   * Route matches which may have been updated from fog of war discovery\n   */\n  matches?: RouterState[\"matches\"];\n  /**\n   * loaderData returned from the current set of loaders\n   */\n  loaderData?: RouterState[\"loaderData\"];\n  /**\n   * errors thrown from the current set of loaders\n   */\n  errors?: RouterState[\"errors\"];\n}\n\n/**\n * Cached info for active fetcher.load() instances so they can participate\n * in revalidation\n */\ninterface FetchLoadMatch {\n  routeId: string;\n  path: string;\n}\n\n/**\n * Identified fetcher.load() calls that need to be revalidated\n */\ninterface RevalidatingFetcher extends FetchLoadMatch {\n  key: string;\n  match: AgnosticDataRouteMatch | null;\n  matches: AgnosticDataRouteMatch[] | null;\n  controller: AbortController | null;\n}\n\nconst validMutationMethodsArr: MutationFormMethod[] = [\n  \"post\",\n  \"put\",\n  \"patch\",\n  \"delete\",\n];\nconst validMutationMethods = new Set<MutationFormMethod>(\n  validMutationMethodsArr\n);\n\nconst validRequestMethodsArr: FormMethod[] = [\n  \"get\",\n  ...validMutationMethodsArr,\n];\nconst validRequestMethods = new Set<FormMethod>(validRequestMethodsArr);\n\nconst redirectStatusCodes = new Set([301, 302, 303, 307, 308]);\nconst redirectPreserveMethodStatusCodes = new Set([307, 308]);\n\nexport const IDLE_NAVIGATION: NavigationStates[\"Idle\"] = {\n  state: \"idle\",\n  location: undefined,\n  formMethod: undefined,\n  formAction: undefined,\n  formEncType: undefined,\n  formData: undefined,\n  json: undefined,\n  text: undefined,\n};\n\nexport const IDLE_FETCHER: FetcherStates[\"Idle\"] = {\n  state: \"idle\",\n  data: undefined,\n  formMethod: undefined,\n  formAction: undefined,\n  formEncType: undefined,\n  formData: undefined,\n  json: undefined,\n  text: undefined,\n};\n\nexport const IDLE_BLOCKER: BlockerUnblocked = {\n  state: \"unblocked\",\n  proceed: undefined,\n  reset: undefined,\n  location: undefined,\n};\n\nconst ABSOLUTE_URL_REGEX = /^(?:[a-z][a-z0-9+.-]*:|\\/\\/)/i;\n\nconst defaultMapRouteProperties: MapRoutePropertiesFunction = (route) => ({\n  hasErrorBoundary: Boolean(route.hasErrorBoundary),\n});\n\nconst TRANSITIONS_STORAGE_KEY = \"remix-router-transitions\";\n\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region createRouter\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * Create a router and listen to history POP navigations\n */\nexport function createRouter(init: RouterInit): Router {\n  const routerWindow = init.window\n    ? init.window\n    : typeof window !== \"undefined\"\n    ? window\n    : undefined;\n  const isBrowser =\n    typeof routerWindow !== \"undefined\" &&\n    typeof routerWindow.document !== \"undefined\" &&\n    typeof routerWindow.document.createElement !== \"undefined\";\n  const isServer = !isBrowser;\n\n  invariant(\n    init.routes.length > 0,\n    \"You must provide a non-empty routes array to createRouter\"\n  );\n\n  let mapRouteProperties: MapRoutePropertiesFunction;\n  if (init.mapRouteProperties) {\n    mapRouteProperties = init.mapRouteProperties;\n  } else if (init.detectErrorBoundary) {\n    // If they are still using the deprecated version, wrap it with the new API\n    let detectErrorBoundary = init.detectErrorBoundary;\n    mapRouteProperties = (route) => ({\n      hasErrorBoundary: detectErrorBoundary(route),\n    });\n  } else {\n    mapRouteProperties = defaultMapRouteProperties;\n  }\n\n  // Routes keyed by ID\n  let manifest: RouteManifest = {};\n  // Routes in tree format for matching\n  let dataRoutes = convertRoutesToDataRoutes(\n    init.routes,\n    mapRouteProperties,\n    undefined,\n    manifest\n  );\n  let inFlightDataRoutes: AgnosticDataRouteObject[] | undefined;\n  let basename = init.basename || \"/\";\n  let dataStrategyImpl = init.unstable_dataStrategy || defaultDataStrategy;\n  let patchRoutesOnMissImpl = init.unstable_patchRoutesOnMiss;\n\n  // Config driven behavior flags\n  let future: FutureConfig = {\n    v7_fetcherPersist: false,\n    v7_normalizeFormMethod: false,\n    v7_partialHydration: false,\n    v7_prependBasename: false,\n    v7_relativeSplatPath: false,\n    v7_skipActionErrorRevalidation: false,\n    ...init.future,\n  };\n  // Cleanup function for history\n  let unlistenHistory: (() => void) | null = null;\n  // Externally-provided functions to call on all state changes\n  let subscribers = new Set<RouterSubscriber>();\n  // Externally-provided object to hold scroll restoration locations during routing\n  let savedScrollPositions: Record<string, number> | null = null;\n  // Externally-provided function to get scroll restoration keys\n  let getScrollRestorationKey: GetScrollRestorationKeyFunction | null = null;\n  // Externally-provided function to get current scroll position\n  let getScrollPosition: GetScrollPositionFunction | null = null;\n  // One-time flag to control the initial hydration scroll restoration.  Because\n  // we don't get the saved positions from <ScrollRestoration /> until _after_\n  // the initial render, we need to manually trigger a separate updateState to\n  // send along the restoreScrollPosition\n  // Set to true if we have `hydrationData` since we assume we were SSR'd and that\n  // SSR did the initial scroll restoration.\n  let initialScrollRestored = init.hydrationData != null;\n\n  let initialMatches = matchRoutes(dataRoutes, init.history.location, basename);\n  let initialErrors: RouteData | null = null;\n\n  if (initialMatches == null && !patchRoutesOnMissImpl) {\n    // If we do not match a user-provided-route, fall back to the root\n    // to allow the error boundary to take over\n    let error = getInternalRouterError(404, {\n      pathname: init.history.location.pathname,\n    });\n    let { matches, route } = getShortCircuitMatches(dataRoutes);\n    initialMatches = matches;\n    initialErrors = { [route.id]: error };\n  }\n\n  // In SPA apps, if the user provided a patchRoutesOnMiss implementation and\n  // our initial match is a splat route, clear them out so we run through lazy\n  // discovery on hydration in case there's a more accurate lazy route match.\n  // In SSR apps (with `hydrationData`), we expect that the server will send\n  // up the proper matched routes so we don't want to run lazy discovery on\n  // initial hydration and want to hydrate into the splat route.\n  if (initialMatches && !init.hydrationData) {\n    let fogOfWar = checkFogOfWar(\n      initialMatches,\n      dataRoutes,\n      init.history.location.pathname\n    );\n    if (fogOfWar.active) {\n      initialMatches = null;\n    }\n  }\n\n  let initialized: boolean;\n  if (!initialMatches) {\n    initialized = false;\n    initialMatches = [];\n\n    // If partial hydration and fog of war is enabled, we will be running\n    // `patchRoutesOnMiss` during hydration so include any partial matches as\n    // the initial matches so we can properly render `HydrateFallback`'s\n    if (future.v7_partialHydration) {\n      let fogOfWar = checkFogOfWar(\n        null,\n        dataRoutes,\n        init.history.location.pathname\n      );\n      if (fogOfWar.active && fogOfWar.matches) {\n        initialMatches = fogOfWar.matches;\n      }\n    }\n  } else if (initialMatches.some((m) => m.route.lazy)) {\n    // All initialMatches need to be loaded before we're ready.  If we have lazy\n    // functions around still then we'll need to run them in initialize()\n    initialized = false;\n  } else if (!initialMatches.some((m) => m.route.loader)) {\n    // If we've got no loaders to run, then we're good to go\n    initialized = true;\n  } else if (future.v7_partialHydration) {\n    // If partial hydration is enabled, we're initialized so long as we were\n    // provided with hydrationData for every route with a loader, and no loaders\n    // were marked for explicit hydration\n    let loaderData = init.hydrationData ? init.hydrationData.loaderData : null;\n    let errors = init.hydrationData ? init.hydrationData.errors : null;\n    let isRouteInitialized = (m: AgnosticDataRouteMatch) => {\n      // No loader, nothing to initialize\n      if (!m.route.loader) {\n        return true;\n      }\n      // Explicitly opting-in to running on hydration\n      if (\n        typeof m.route.loader === \"function\" &&\n        m.route.loader.hydrate === true\n      ) {\n        return false;\n      }\n      // Otherwise, initialized if hydrated with data or an error\n      return (\n        (loaderData && loaderData[m.route.id] !== undefined) ||\n        (errors && errors[m.route.id] !== undefined)\n      );\n    };\n\n    // If errors exist, don't consider routes below the boundary\n    if (errors) {\n      let idx = initialMatches.findIndex(\n        (m) => errors![m.route.id] !== undefined\n      );\n      initialized = initialMatches.slice(0, idx + 1).every(isRouteInitialized);\n    } else {\n      initialized = initialMatches.every(isRouteInitialized);\n    }\n  } else {\n    // Without partial hydration - we're initialized if we were provided any\n    // hydrationData - which is expected to be complete\n    initialized = init.hydrationData != null;\n  }\n\n  let router: Router;\n  let state: RouterState = {\n    historyAction: init.history.action,\n    location: init.history.location,\n    matches: initialMatches,\n    initialized,\n    navigation: IDLE_NAVIGATION,\n    // Don't restore on initial updateState() if we were SSR'd\n    restoreScrollPosition: init.hydrationData != null ? false : null,\n    preventScrollReset: false,\n    revalidation: \"idle\",\n    loaderData: (init.hydrationData && init.hydrationData.loaderData) || {},\n    actionData: (init.hydrationData && init.hydrationData.actionData) || null,\n    errors: (init.hydrationData && init.hydrationData.errors) || initialErrors,\n    fetchers: new Map(),\n    blockers: new Map(),\n  };\n\n  // -- Stateful internal variables to manage navigations --\n  // Current navigation in progress (to be committed in completeNavigation)\n  let pendingAction: HistoryAction = HistoryAction.Pop;\n\n  // Should the current navigation prevent the scroll reset if scroll cannot\n  // be restored?\n  let pendingPreventScrollReset = false;\n\n  // AbortController for the active navigation\n  let pendingNavigationController: AbortController | null;\n\n  // Should the current navigation enable document.startViewTransition?\n  let pendingViewTransitionEnabled = false;\n\n  // Store applied view transitions so we can apply them on POP\n  let appliedViewTransitions: Map<string, Set<string>> = new Map<\n    string,\n    Set<string>\n  >();\n\n  // Cleanup function for persisting applied transitions to sessionStorage\n  let removePageHideEventListener: (() => void) | null = null;\n\n  // We use this to avoid touching history in completeNavigation if a\n  // revalidation is entirely uninterrupted\n  let isUninterruptedRevalidation = false;\n\n  // Use this internal flag to force revalidation of all loaders:\n  //  - submissions (completed or interrupted)\n  //  - useRevalidator()\n  //  - X-Remix-Revalidate (from redirect)\n  let isRevalidationRequired = false;\n\n  // Use this internal array to capture routes that require revalidation due\n  // to a cancelled deferred on action submission\n  let cancelledDeferredRoutes: string[] = [];\n\n  // Use this internal array to capture fetcher loads that were cancelled by an\n  // action navigation and require revalidation\n  let cancelledFetcherLoads: Set<string> = new Set();\n\n  // AbortControllers for any in-flight fetchers\n  let fetchControllers = new Map<string, AbortController>();\n\n  // Track loads based on the order in which they started\n  let incrementingLoadId = 0;\n\n  // Track the outstanding pending navigation data load to be compared against\n  // the globally incrementing load when a fetcher load lands after a completed\n  // navigation\n  let pendingNavigationLoadId = -1;\n\n  // Fetchers that triggered data reloads as a result of their actions\n  let fetchReloadIds = new Map<string, number>();\n\n  // Fetchers that triggered redirect navigations\n  let fetchRedirectIds = new Set<string>();\n\n  // Most recent href/match for fetcher.load calls for fetchers\n  let fetchLoadMatches = new Map<string, FetchLoadMatch>();\n\n  // Ref-count mounted fetchers so we know when it's ok to clean them up\n  let activeFetchers = new Map<string, number>();\n\n  // Fetchers that have requested a delete when using v7_fetcherPersist,\n  // they'll be officially removed after they return to idle\n  let deletedFetchers = new Set<string>();\n\n  // Store DeferredData instances for active route matches.  When a\n  // route loader returns defer() we stick one in here.  Then, when a nested\n  // promise resolves we update loaderData.  If a new navigation starts we\n  // cancel active deferreds for eliminated routes.\n  let activeDeferreds = new Map<string, DeferredData>();\n\n  // Store blocker functions in a separate Map outside of router state since\n  // we don't need to update UI state if they change\n  let blockerFunctions = new Map<string, BlockerFunction>();\n\n  // Map of pending patchRoutesOnMiss() promises (keyed by path/matches) so\n  // that we only kick them off once for a given combo\n  let pendingPatchRoutes = new Map<\n    string,\n    ReturnType<AgnosticPatchRoutesOnMissFunction>\n  >();\n\n  // Flag to ignore the next history update, so we can revert the URL change on\n  // a POP navigation that was blocked by the user without touching router state\n  let ignoreNextHistoryUpdate = false;\n\n  // Initialize the router, all side effects should be kicked off from here.\n  // Implemented as a Fluent API for ease of:\n  //   let router = createRouter(init).initialize();\n  function initialize() {\n    // If history informs us of a POP navigation, start the navigation but do not update\n    // state.  We'll update our own state once the navigation completes\n    unlistenHistory = init.history.listen(\n      ({ action: historyAction, location, delta }) => {\n        // Ignore this event if it was just us resetting the URL from a\n        // blocked POP navigation\n        if (ignoreNextHistoryUpdate) {\n          ignoreNextHistoryUpdate = false;\n          return;\n        }\n\n        warning(\n          blockerFunctions.size === 0 || delta != null,\n          \"You are trying to use a blocker on a POP navigation to a location \" +\n            \"that was not created by @remix-run/router. This will fail silently in \" +\n            \"production. This can happen if you are navigating outside the router \" +\n            \"via `window.history.pushState`/`window.location.hash` instead of using \" +\n            \"router navigation APIs.  This can also happen if you are using \" +\n            \"createHashRouter and the user manually changes the URL.\"\n        );\n\n        let blockerKey = shouldBlockNavigation({\n          currentLocation: state.location,\n          nextLocation: location,\n          historyAction,\n        });\n\n        if (blockerKey && delta != null) {\n          // Restore the URL to match the current UI, but don't update router state\n          ignoreNextHistoryUpdate = true;\n          init.history.go(delta * -1);\n\n          // Put the blocker into a blocked state\n          updateBlocker(blockerKey, {\n            state: \"blocked\",\n            location,\n            proceed() {\n              updateBlocker(blockerKey!, {\n                state: \"proceeding\",\n                proceed: undefined,\n                reset: undefined,\n                location,\n              });\n              // Re-do the same POP navigation we just blocked\n              init.history.go(delta);\n            },\n            reset() {\n              let blockers = new Map(state.blockers);\n              blockers.set(blockerKey!, IDLE_BLOCKER);\n              updateState({ blockers });\n            },\n          });\n          return;\n        }\n\n        return startNavigation(historyAction, location);\n      }\n    );\n\n    if (isBrowser) {\n      // FIXME: This feels gross.  How can we cleanup the lines between\n      // scrollRestoration/appliedTransitions persistance?\n      restoreAppliedTransitions(routerWindow, appliedViewTransitions);\n      let _saveAppliedTransitions = () =>\n        persistAppliedTransitions(routerWindow, appliedViewTransitions);\n      routerWindow.addEventListener(\"pagehide\", _saveAppliedTransitions);\n      removePageHideEventListener = () =>\n        routerWindow.removeEventListener(\"pagehide\", _saveAppliedTransitions);\n    }\n\n    // Kick off initial data load if needed.  Use Pop to avoid modifying history\n    // Note we don't do any handling of lazy here.  For SPA's it'll get handled\n    // in the normal navigation flow.  For SSR it's expected that lazy modules are\n    // resolved prior to router creation since we can't go into a fallbackElement\n    // UI for SSR'd apps\n    if (!state.initialized) {\n      startNavigation(HistoryAction.Pop, state.location, {\n        initialHydration: true,\n      });\n    }\n\n    return router;\n  }\n\n  // Clean up a router and it's side effects\n  function dispose() {\n    if (unlistenHistory) {\n      unlistenHistory();\n    }\n    if (removePageHideEventListener) {\n      removePageHideEventListener();\n    }\n    subscribers.clear();\n    pendingNavigationController && pendingNavigationController.abort();\n    state.fetchers.forEach((_, key) => deleteFetcher(key));\n    state.blockers.forEach((_, key) => deleteBlocker(key));\n  }\n\n  // Subscribe to state updates for the router\n  function subscribe(fn: RouterSubscriber) {\n    subscribers.add(fn);\n    return () => subscribers.delete(fn);\n  }\n\n  // Update our state and notify the calling context of the change\n  function updateState(\n    newState: Partial<RouterState>,\n    opts: {\n      flushSync?: boolean;\n      viewTransitionOpts?: ViewTransitionOpts;\n    } = {}\n  ): void {\n    state = {\n      ...state,\n      ...newState,\n    };\n\n    // Prep fetcher cleanup so we can tell the UI which fetcher data entries\n    // can be removed\n    let completedFetchers: string[] = [];\n    let deletedFetchersKeys: string[] = [];\n\n    if (future.v7_fetcherPersist) {\n      state.fetchers.forEach((fetcher, key) => {\n        if (fetcher.state === \"idle\") {\n          if (deletedFetchers.has(key)) {\n            // Unmounted from the UI and can be totally removed\n            deletedFetchersKeys.push(key);\n          } else {\n            // Returned to idle but still mounted in the UI, so semi-remains for\n            // revalidations and such\n            completedFetchers.push(key);\n          }\n        }\n      });\n    }\n\n    // Iterate over a local copy so that if flushSync is used and we end up\n    // removing and adding a new subscriber due to the useCallback dependencies,\n    // we don't get ourselves into a loop calling the new subscriber immediately\n    [...subscribers].forEach((subscriber) =>\n      subscriber(state, {\n        deletedFetchers: deletedFetchersKeys,\n        unstable_viewTransitionOpts: opts.viewTransitionOpts,\n        unstable_flushSync: opts.flushSync === true,\n      })\n    );\n\n    // Remove idle fetchers from state since we only care about in-flight fetchers.\n    if (future.v7_fetcherPersist) {\n      completedFetchers.forEach((key) => state.fetchers.delete(key));\n      deletedFetchersKeys.forEach((key) => deleteFetcher(key));\n    }\n  }\n\n  // Complete a navigation returning the state.navigation back to the IDLE_NAVIGATION\n  // and setting state.[historyAction/location/matches] to the new route.\n  // - Location is a required param\n  // - Navigation will always be set to IDLE_NAVIGATION\n  // - Can pass any other state in newState\n  function completeNavigation(\n    location: Location,\n    newState: Partial<Omit<RouterState, \"action\" | \"location\" | \"navigation\">>,\n    { flushSync }: { flushSync?: boolean } = {}\n  ): void {\n    // Deduce if we're in a loading/actionReload state:\n    // - We have committed actionData in the store\n    // - The current navigation was a mutation submission\n    // - We're past the submitting state and into the loading state\n    // - The location being loaded is not the result of a redirect\n    let isActionReload =\n      state.actionData != null &&\n      state.navigation.formMethod != null &&\n      isMutationMethod(state.navigation.formMethod) &&\n      state.navigation.state === \"loading\" &&\n      location.state?._isRedirect !== true;\n\n    let actionData: RouteData | null;\n    if (newState.actionData) {\n      if (Object.keys(newState.actionData).length > 0) {\n        actionData = newState.actionData;\n      } else {\n        // Empty actionData -> clear prior actionData due to an action error\n        actionData = null;\n      }\n    } else if (isActionReload) {\n      // Keep the current data if we're wrapping up the action reload\n      actionData = state.actionData;\n    } else {\n      // Clear actionData on any other completed navigations\n      actionData = null;\n    }\n\n    // Always preserve any existing loaderData from re-used routes\n    let loaderData = newState.loaderData\n      ? mergeLoaderData(\n          state.loaderData,\n          newState.loaderData,\n          newState.matches || [],\n          newState.errors\n        )\n      : state.loaderData;\n\n    // On a successful navigation we can assume we got through all blockers\n    // so we can start fresh\n    let blockers = state.blockers;\n    if (blockers.size > 0) {\n      blockers = new Map(blockers);\n      blockers.forEach((_, k) => blockers.set(k, IDLE_BLOCKER));\n    }\n\n    // Always respect the user flag.  Otherwise don't reset on mutation\n    // submission navigations unless they redirect\n    let preventScrollReset =\n      pendingPreventScrollReset === true ||\n      (state.navigation.formMethod != null &&\n        isMutationMethod(state.navigation.formMethod) &&\n        location.state?._isRedirect !== true);\n\n    // Commit any in-flight routes at the end of the HMR revalidation \"navigation\"\n    if (inFlightDataRoutes) {\n      dataRoutes = inFlightDataRoutes;\n      inFlightDataRoutes = undefined;\n    }\n\n    if (isUninterruptedRevalidation) {\n      // If this was an uninterrupted revalidation then do not touch history\n    } else if (pendingAction === HistoryAction.Pop) {\n      // Do nothing for POP - URL has already been updated\n    } else if (pendingAction === HistoryAction.Push) {\n      init.history.push(location, location.state);\n    } else if (pendingAction === HistoryAction.Replace) {\n      init.history.replace(location, location.state);\n    }\n\n    let viewTransitionOpts: ViewTransitionOpts | undefined;\n\n    // On POP, enable transitions if they were enabled on the original navigation\n    if (pendingAction === HistoryAction.Pop) {\n      // Forward takes precedence so they behave like the original navigation\n      let priorPaths = appliedViewTransitions.get(state.location.pathname);\n      if (priorPaths && priorPaths.has(location.pathname)) {\n        viewTransitionOpts = {\n          currentLocation: state.location,\n          nextLocation: location,\n        };\n      } else if (appliedViewTransitions.has(location.pathname)) {\n        // If we don't have a previous forward nav, assume we're popping back to\n        // the new location and enable if that location previously enabled\n        viewTransitionOpts = {\n          currentLocation: location,\n          nextLocation: state.location,\n        };\n      }\n    } else if (pendingViewTransitionEnabled) {\n      // Store the applied transition on PUSH/REPLACE\n      let toPaths = appliedViewTransitions.get(state.location.pathname);\n      if (toPaths) {\n        toPaths.add(location.pathname);\n      } else {\n        toPaths = new Set<string>([location.pathname]);\n        appliedViewTransitions.set(state.location.pathname, toPaths);\n      }\n      viewTransitionOpts = {\n        currentLocation: state.location,\n        nextLocation: location,\n      };\n    }\n\n    updateState(\n      {\n        ...newState, // matches, errors, fetchers go through as-is\n        actionData,\n        loaderData,\n        historyAction: pendingAction,\n        location,\n        initialized: true,\n        navigation: IDLE_NAVIGATION,\n        revalidation: \"idle\",\n        restoreScrollPosition: getSavedScrollPosition(\n          location,\n          newState.matches || state.matches\n        ),\n        preventScrollReset,\n        blockers,\n      },\n      {\n        viewTransitionOpts,\n        flushSync: flushSync === true,\n      }\n    );\n\n    // Reset stateful navigation vars\n    pendingAction = HistoryAction.Pop;\n    pendingPreventScrollReset = false;\n    pendingViewTransitionEnabled = false;\n    isUninterruptedRevalidation = false;\n    isRevalidationRequired = false;\n    cancelledDeferredRoutes = [];\n  }\n\n  // Trigger a navigation event, which can either be a numerical POP or a PUSH\n  // replace with an optional submission\n  async function navigate(\n    to: number | To | null,\n    opts?: RouterNavigateOptions\n  ): Promise<void> {\n    if (typeof to === \"number\") {\n      init.history.go(to);\n      return;\n    }\n\n    let normalizedPath = normalizeTo(\n      state.location,\n      state.matches,\n      basename,\n      future.v7_prependBasename,\n      to,\n      future.v7_relativeSplatPath,\n      opts?.fromRouteId,\n      opts?.relative\n    );\n    let { path, submission, error } = normalizeNavigateOptions(\n      future.v7_normalizeFormMethod,\n      false,\n      normalizedPath,\n      opts\n    );\n\n    let currentLocation = state.location;\n    let nextLocation = createLocation(state.location, path, opts && opts.state);\n\n    // When using navigate as a PUSH/REPLACE we aren't reading an already-encoded\n    // URL from window.location, so we need to encode it here so the behavior\n    // remains the same as POP and non-data-router usages.  new URL() does all\n    // the same encoding we'd get from a history.pushState/window.location read\n    // without having to touch history\n    nextLocation = {\n      ...nextLocation,\n      ...init.history.encodeLocation(nextLocation),\n    };\n\n    let userReplace = opts && opts.replace != null ? opts.replace : undefined;\n\n    let historyAction = HistoryAction.Push;\n\n    if (userReplace === true) {\n      historyAction = HistoryAction.Replace;\n    } else if (userReplace === false) {\n      // no-op\n    } else if (\n      submission != null &&\n      isMutationMethod(submission.formMethod) &&\n      submission.formAction === state.location.pathname + state.location.search\n    ) {\n      // By default on submissions to the current location we REPLACE so that\n      // users don't have to double-click the back button to get to the prior\n      // location.  If the user redirects to a different location from the\n      // action/loader this will be ignored and the redirect will be a PUSH\n      historyAction = HistoryAction.Replace;\n    }\n\n    let preventScrollReset =\n      opts && \"preventScrollReset\" in opts\n        ? opts.preventScrollReset === true\n        : undefined;\n\n    let flushSync = (opts && opts.unstable_flushSync) === true;\n\n    let blockerKey = shouldBlockNavigation({\n      currentLocation,\n      nextLocation,\n      historyAction,\n    });\n\n    if (blockerKey) {\n      // Put the blocker into a blocked state\n      updateBlocker(blockerKey, {\n        state: \"blocked\",\n        location: nextLocation,\n        proceed() {\n          updateBlocker(blockerKey!, {\n            state: \"proceeding\",\n            proceed: undefined,\n            reset: undefined,\n            location: nextLocation,\n          });\n          // Send the same navigation through\n          navigate(to, opts);\n        },\n        reset() {\n          let blockers = new Map(state.blockers);\n          blockers.set(blockerKey!, IDLE_BLOCKER);\n          updateState({ blockers });\n        },\n      });\n      return;\n    }\n\n    return await startNavigation(historyAction, nextLocation, {\n      submission,\n      // Send through the formData serialization error if we have one so we can\n      // render at the right error boundary after we match routes\n      pendingError: error,\n      preventScrollReset,\n      replace: opts && opts.replace,\n      enableViewTransition: opts && opts.unstable_viewTransition,\n      flushSync,\n    });\n  }\n\n  // Revalidate all current loaders.  If a navigation is in progress or if this\n  // is interrupted by a navigation, allow this to \"succeed\" by calling all\n  // loaders during the next loader round\n  function revalidate() {\n    interruptActiveLoads();\n    updateState({ revalidation: \"loading\" });\n\n    // If we're currently submitting an action, we don't need to start a new\n    // navigation, we'll just let the follow up loader execution call all loaders\n    if (state.navigation.state === \"submitting\") {\n      return;\n    }\n\n    // If we're currently in an idle state, start a new navigation for the current\n    // action/location and mark it as uninterrupted, which will skip the history\n    // update in completeNavigation\n    if (state.navigation.state === \"idle\") {\n      startNavigation(state.historyAction, state.location, {\n        startUninterruptedRevalidation: true,\n      });\n      return;\n    }\n\n    // Otherwise, if we're currently in a loading state, just start a new\n    // navigation to the navigation.location but do not trigger an uninterrupted\n    // revalidation so that history correctly updates once the navigation completes\n    startNavigation(\n      pendingAction || state.historyAction,\n      state.navigation.location,\n      { overrideNavigation: state.navigation }\n    );\n  }\n\n  // Start a navigation to the given action/location.  Can optionally provide a\n  // overrideNavigation which will override the normalLoad in the case of a redirect\n  // navigation\n  async function startNavigation(\n    historyAction: HistoryAction,\n    location: Location,\n    opts?: {\n      initialHydration?: boolean;\n      submission?: Submission;\n      fetcherSubmission?: Submission;\n      overrideNavigation?: Navigation;\n      pendingError?: ErrorResponseImpl;\n      startUninterruptedRevalidation?: boolean;\n      preventScrollReset?: boolean;\n      replace?: boolean;\n      enableViewTransition?: boolean;\n      flushSync?: boolean;\n    }\n  ): Promise<void> {\n    // Abort any in-progress navigations and start a new one. Unset any ongoing\n    // uninterrupted revalidations unless told otherwise, since we want this\n    // new navigation to update history normally\n    pendingNavigationController && pendingNavigationController.abort();\n    pendingNavigationController = null;\n    pendingAction = historyAction;\n    isUninterruptedRevalidation =\n      (opts && opts.startUninterruptedRevalidation) === true;\n\n    // Save the current scroll position every time we start a new navigation,\n    // and track whether we should reset scroll on completion\n    saveScrollPosition(state.location, state.matches);\n    pendingPreventScrollReset = (opts && opts.preventScrollReset) === true;\n\n    pendingViewTransitionEnabled = (opts && opts.enableViewTransition) === true;\n\n    let routesToUse = inFlightDataRoutes || dataRoutes;\n    let loadingNavigation = opts && opts.overrideNavigation;\n    let matches = matchRoutes(routesToUse, location, basename);\n    let flushSync = (opts && opts.flushSync) === true;\n\n    let fogOfWar = checkFogOfWar(matches, routesToUse, location.pathname);\n    if (fogOfWar.active && fogOfWar.matches) {\n      matches = fogOfWar.matches;\n    }\n\n    // Short circuit with a 404 on the root error boundary if we match nothing\n    if (!matches) {\n      let { error, notFoundMatches, route } = handleNavigational404(\n        location.pathname\n      );\n      completeNavigation(\n        location,\n        {\n          matches: notFoundMatches,\n          loaderData: {},\n          errors: {\n            [route.id]: error,\n          },\n        },\n        { flushSync }\n      );\n      return;\n    }\n\n    // Short circuit if it's only a hash change and not a revalidation or\n    // mutation submission.\n    //\n    // Ignore on initial page loads because since the initial load will always\n    // be \"same hash\".  For example, on /page#hash and submit a <Form method=\"post\">\n    // which will default to a navigation to /page\n    if (\n      state.initialized &&\n      !isRevalidationRequired &&\n      isHashChangeOnly(state.location, location) &&\n      !(opts && opts.submission && isMutationMethod(opts.submission.formMethod))\n    ) {\n      completeNavigation(location, { matches }, { flushSync });\n      return;\n    }\n\n    // Create a controller/Request for this navigation\n    pendingNavigationController = new AbortController();\n    let request = createClientSideRequest(\n      init.history,\n      location,\n      pendingNavigationController.signal,\n      opts && opts.submission\n    );\n    let pendingActionResult: PendingActionResult | undefined;\n\n    if (opts && opts.pendingError) {\n      // If we have a pendingError, it means the user attempted a GET submission\n      // with binary FormData so assign here and skip to handleLoaders.  That\n      // way we handle calling loaders above the boundary etc.  It's not really\n      // different from an actionError in that sense.\n      pendingActionResult = [\n        findNearestBoundary(matches).route.id,\n        { type: ResultType.error, error: opts.pendingError },\n      ];\n    } else if (\n      opts &&\n      opts.submission &&\n      isMutationMethod(opts.submission.formMethod)\n    ) {\n      // Call action if we received an action submission\n      let actionResult = await handleAction(\n        request,\n        location,\n        opts.submission,\n        matches,\n        fogOfWar.active,\n        { replace: opts.replace, flushSync }\n      );\n\n      if (actionResult.shortCircuited) {\n        return;\n      }\n\n      // If we received a 404 from handleAction, it's because we couldn't lazily\n      // discover the destination route so we don't want to call loaders\n      if (actionResult.pendingActionResult) {\n        let [routeId, result] = actionResult.pendingActionResult;\n        if (\n          isErrorResult(result) &&\n          isRouteErrorResponse(result.error) &&\n          result.error.status === 404\n        ) {\n          pendingNavigationController = null;\n\n          completeNavigation(location, {\n            matches: actionResult.matches,\n            loaderData: {},\n            errors: {\n              [routeId]: result.error,\n            },\n          });\n          return;\n        }\n      }\n\n      matches = actionResult.matches || matches;\n      pendingActionResult = actionResult.pendingActionResult;\n      loadingNavigation = getLoadingNavigation(location, opts.submission);\n      flushSync = false;\n      // No need to do fog of war matching again on loader execution\n      fogOfWar.active = false;\n\n      // Create a GET request for the loaders\n      request = createClientSideRequest(\n        init.history,\n        request.url,\n        request.signal\n      );\n    }\n\n    // Call loaders\n    let {\n      shortCircuited,\n      matches: updatedMatches,\n      loaderData,\n      errors,\n    } = await handleLoaders(\n      request,\n      location,\n      matches,\n      fogOfWar.active,\n      loadingNavigation,\n      opts && opts.submission,\n      opts && opts.fetcherSubmission,\n      opts && opts.replace,\n      opts && opts.initialHydration === true,\n      flushSync,\n      pendingActionResult\n    );\n\n    if (shortCircuited) {\n      return;\n    }\n\n    // Clean up now that the action/loaders have completed.  Don't clean up if\n    // we short circuited because pendingNavigationController will have already\n    // been assigned to a new controller for the next navigation\n    pendingNavigationController = null;\n\n    completeNavigation(location, {\n      matches: updatedMatches || matches,\n      ...getActionDataForCommit(pendingActionResult),\n      loaderData,\n      errors,\n    });\n  }\n\n  // Call the action matched by the leaf route for this navigation and handle\n  // redirects/errors\n  async function handleAction(\n    request: Request,\n    location: Location,\n    submission: Submission,\n    matches: AgnosticDataRouteMatch[],\n    isFogOfWar: boolean,\n    opts: { replace?: boolean; flushSync?: boolean } = {}\n  ): Promise<HandleActionResult> {\n    interruptActiveLoads();\n\n    // Put us in a submitting state\n    let navigation = getSubmittingNavigation(location, submission);\n    updateState({ navigation }, { flushSync: opts.flushSync === true });\n\n    if (isFogOfWar) {\n      let discoverResult = await discoverRoutes(\n        matches,\n        location.pathname,\n        request.signal\n      );\n      if (discoverResult.type === \"aborted\") {\n        return { shortCircuited: true };\n      } else if (discoverResult.type === \"error\") {\n        let { boundaryId, error } = handleDiscoverRouteError(\n          location.pathname,\n          discoverResult\n        );\n        return {\n          matches: discoverResult.partialMatches,\n          pendingActionResult: [\n            boundaryId,\n            {\n              type: ResultType.error,\n              error,\n            },\n          ],\n        };\n      } else if (!discoverResult.matches) {\n        let { notFoundMatches, error, route } = handleNavigational404(\n          location.pathname\n        );\n        return {\n          matches: notFoundMatches,\n          pendingActionResult: [\n            route.id,\n            {\n              type: ResultType.error,\n              error,\n            },\n          ],\n        };\n      } else {\n        matches = discoverResult.matches;\n      }\n    }\n\n    // Call our action and get the result\n    let result: DataResult;\n    let actionMatch = getTargetMatch(matches, location);\n\n    if (!actionMatch.route.action && !actionMatch.route.lazy) {\n      result = {\n        type: ResultType.error,\n        error: getInternalRouterError(405, {\n          method: request.method,\n          pathname: location.pathname,\n          routeId: actionMatch.route.id,\n        }),\n      };\n    } else {\n      let results = await callDataStrategy(\n        \"action\",\n        request,\n        [actionMatch],\n        matches\n      );\n      result = results[0];\n\n      if (request.signal.aborted) {\n        return { shortCircuited: true };\n      }\n    }\n\n    if (isRedirectResult(result)) {\n      let replace: boolean;\n      if (opts && opts.replace != null) {\n        replace = opts.replace;\n      } else {\n        // If the user didn't explicity indicate replace behavior, replace if\n        // we redirected to the exact same location we're currently at to avoid\n        // double back-buttons\n        let location = normalizeRedirectLocation(\n          result.response.headers.get(\"Location\")!,\n          new URL(request.url),\n          basename\n        );\n        replace = location === state.location.pathname + state.location.search;\n      }\n      await startRedirectNavigation(request, result, {\n        submission,\n        replace,\n      });\n      return { shortCircuited: true };\n    }\n\n    if (isDeferredResult(result)) {\n      throw getInternalRouterError(400, { type: \"defer-action\" });\n    }\n\n    if (isErrorResult(result)) {\n      // Store off the pending error - we use it to determine which loaders\n      // to call and will commit it when we complete the navigation\n      let boundaryMatch = findNearestBoundary(matches, actionMatch.route.id);\n\n      // By default, all submissions to the current location are REPLACE\n      // navigations, but if the action threw an error that'll be rendered in\n      // an errorElement, we fall back to PUSH so that the user can use the\n      // back button to get back to the pre-submission form location to try\n      // again\n      if ((opts && opts.replace) !== true) {\n        pendingAction = HistoryAction.Push;\n      }\n\n      return {\n        matches,\n        pendingActionResult: [boundaryMatch.route.id, result],\n      };\n    }\n\n    return {\n      matches,\n      pendingActionResult: [actionMatch.route.id, result],\n    };\n  }\n\n  // Call all applicable loaders for the given matches, handling redirects,\n  // errors, etc.\n  async function handleLoaders(\n    request: Request,\n    location: Location,\n    matches: AgnosticDataRouteMatch[],\n    isFogOfWar: boolean,\n    overrideNavigation?: Navigation,\n    submission?: Submission,\n    fetcherSubmission?: Submission,\n    replace?: boolean,\n    initialHydration?: boolean,\n    flushSync?: boolean,\n    pendingActionResult?: PendingActionResult\n  ): Promise<HandleLoadersResult> {\n    // Figure out the right navigation we want to use for data loading\n    let loadingNavigation =\n      overrideNavigation || getLoadingNavigation(location, submission);\n\n    // If this was a redirect from an action we don't have a \"submission\" but\n    // we have it on the loading navigation so use that if available\n    let activeSubmission =\n      submission ||\n      fetcherSubmission ||\n      getSubmissionFromNavigation(loadingNavigation);\n\n    // If this is an uninterrupted revalidation, we remain in our current idle\n    // state.  If not, we need to switch to our loading state and load data,\n    // preserving any new action data or existing action data (in the case of\n    // a revalidation interrupting an actionReload)\n    // If we have partialHydration enabled, then don't update the state for the\n    // initial data load since it's not a \"navigation\"\n    let shouldUpdateNavigationState =\n      !isUninterruptedRevalidation &&\n      (!future.v7_partialHydration || !initialHydration);\n\n    // When fog of war is enabled, we enter our `loading` state earlier so we\n    // can discover new routes during the `loading` state.  We skip this if\n    // we've already run actions since we would have done our matching already.\n    // If the children() function threw then, we want to proceed with the\n    // partial matches it discovered.\n    if (isFogOfWar) {\n      if (shouldUpdateNavigationState) {\n        let actionData = getUpdatedActionData(pendingActionResult);\n        updateState(\n          {\n            navigation: loadingNavigation,\n            ...(actionData !== undefined ? { actionData } : {}),\n          },\n          {\n            flushSync,\n          }\n        );\n      }\n\n      let discoverResult = await discoverRoutes(\n        matches,\n        location.pathname,\n        request.signal\n      );\n\n      if (discoverResult.type === \"aborted\") {\n        return { shortCircuited: true };\n      } else if (discoverResult.type === \"error\") {\n        let { boundaryId, error } = handleDiscoverRouteError(\n          location.pathname,\n          discoverResult\n        );\n        return {\n          matches: discoverResult.partialMatches,\n          loaderData: {},\n          errors: {\n            [boundaryId]: error,\n          },\n        };\n      } else if (!discoverResult.matches) {\n        let { error, notFoundMatches, route } = handleNavigational404(\n          location.pathname\n        );\n        return {\n          matches: notFoundMatches,\n          loaderData: {},\n          errors: {\n            [route.id]: error,\n          },\n        };\n      } else {\n        matches = discoverResult.matches;\n      }\n    }\n\n    let routesToUse = inFlightDataRoutes || dataRoutes;\n    let [matchesToLoad, revalidatingFetchers] = getMatchesToLoad(\n      init.history,\n      state,\n      matches,\n      activeSubmission,\n      location,\n      future.v7_partialHydration && initialHydration === true,\n      future.v7_skipActionErrorRevalidation,\n      isRevalidationRequired,\n      cancelledDeferredRoutes,\n      cancelledFetcherLoads,\n      deletedFetchers,\n      fetchLoadMatches,\n      fetchRedirectIds,\n      routesToUse,\n      basename,\n      pendingActionResult\n    );\n\n    // Cancel pending deferreds for no-longer-matched routes or routes we're\n    // about to reload.  Note that if this is an action reload we would have\n    // already cancelled all pending deferreds so this would be a no-op\n    cancelActiveDeferreds(\n      (routeId) =>\n        !(matches && matches.some((m) => m.route.id === routeId)) ||\n        (matchesToLoad && matchesToLoad.some((m) => m.route.id === routeId))\n    );\n\n    pendingNavigationLoadId = ++incrementingLoadId;\n\n    // Short circuit if we have no loaders to run\n    if (matchesToLoad.length === 0 && revalidatingFetchers.length === 0) {\n      let updatedFetchers = markFetchRedirectsDone();\n      completeNavigation(\n        location,\n        {\n          matches,\n          loaderData: {},\n          // Commit pending error if we're short circuiting\n          errors:\n            pendingActionResult && isErrorResult(pendingActionResult[1])\n              ? { [pendingActionResult[0]]: pendingActionResult[1].error }\n              : null,\n          ...getActionDataForCommit(pendingActionResult),\n          ...(updatedFetchers ? { fetchers: new Map(state.fetchers) } : {}),\n        },\n        { flushSync }\n      );\n      return { shortCircuited: true };\n    }\n\n    if (shouldUpdateNavigationState) {\n      let updates: Partial<RouterState> = {};\n      if (!isFogOfWar) {\n        // Only update navigation/actionNData if we didn't already do it above\n        updates.navigation = loadingNavigation;\n        let actionData = getUpdatedActionData(pendingActionResult);\n        if (actionData !== undefined) {\n          updates.actionData = actionData;\n        }\n      }\n      if (revalidatingFetchers.length > 0) {\n        updates.fetchers = getUpdatedRevalidatingFetchers(revalidatingFetchers);\n      }\n      updateState(updates, { flushSync });\n    }\n\n    revalidatingFetchers.forEach((rf) => {\n      if (fetchControllers.has(rf.key)) {\n        abortFetcher(rf.key);\n      }\n      if (rf.controller) {\n        // Fetchers use an independent AbortController so that aborting a fetcher\n        // (via deleteFetcher) does not abort the triggering navigation that\n        // triggered the revalidation\n        fetchControllers.set(rf.key, rf.controller);\n      }\n    });\n\n    // Proxy navigation abort through to revalidation fetchers\n    let abortPendingFetchRevalidations = () =>\n      revalidatingFetchers.forEach((f) => abortFetcher(f.key));\n    if (pendingNavigationController) {\n      pendingNavigationController.signal.addEventListener(\n        \"abort\",\n        abortPendingFetchRevalidations\n      );\n    }\n\n    let { loaderResults, fetcherResults } =\n      await callLoadersAndMaybeResolveData(\n        state.matches,\n        matches,\n        matchesToLoad,\n        revalidatingFetchers,\n        request\n      );\n\n    if (request.signal.aborted) {\n      return { shortCircuited: true };\n    }\n\n    // Clean up _after_ loaders have completed.  Don't clean up if we short\n    // circuited because fetchControllers would have been aborted and\n    // reassigned to new controllers for the next navigation\n    if (pendingNavigationController) {\n      pendingNavigationController.signal.removeEventListener(\n        \"abort\",\n        abortPendingFetchRevalidations\n      );\n    }\n    revalidatingFetchers.forEach((rf) => fetchControllers.delete(rf.key));\n\n    // If any loaders returned a redirect Response, start a new REPLACE navigation\n    let redirect = findRedirect([...loaderResults, ...fetcherResults]);\n    if (redirect) {\n      if (redirect.idx >= matchesToLoad.length) {\n        // If this redirect came from a fetcher make sure we mark it in\n        // fetchRedirectIds so it doesn't get revalidated on the next set of\n        // loader executions\n        let fetcherKey =\n          revalidatingFetchers[redirect.idx - matchesToLoad.length].key;\n        fetchRedirectIds.add(fetcherKey);\n      }\n      await startRedirectNavigation(request, redirect.result, {\n        replace,\n      });\n      return { shortCircuited: true };\n    }\n\n    // Process and commit output from loaders\n    let { loaderData, errors } = processLoaderData(\n      state,\n      matches,\n      matchesToLoad,\n      loaderResults,\n      pendingActionResult,\n      revalidatingFetchers,\n      fetcherResults,\n      activeDeferreds\n    );\n\n    // Wire up subscribers to update loaderData as promises settle\n    activeDeferreds.forEach((deferredData, routeId) => {\n      deferredData.subscribe((aborted) => {\n        // Note: No need to updateState here since the TrackedPromise on\n        // loaderData is stable across resolve/reject\n        // Remove this instance if we were aborted or if promises have settled\n        if (aborted || deferredData.done) {\n          activeDeferreds.delete(routeId);\n        }\n      });\n    });\n\n    // During partial hydration, preserve SSR errors for routes that don't re-run\n    if (future.v7_partialHydration && initialHydration && state.errors) {\n      Object.entries(state.errors)\n        .filter(([id]) => !matchesToLoad.some((m) => m.route.id === id))\n        .forEach(([routeId, error]) => {\n          errors = Object.assign(errors || {}, { [routeId]: error });\n        });\n    }\n\n    let updatedFetchers = markFetchRedirectsDone();\n    let didAbortFetchLoads = abortStaleFetchLoads(pendingNavigationLoadId);\n    let shouldUpdateFetchers =\n      updatedFetchers || didAbortFetchLoads || revalidatingFetchers.length > 0;\n\n    return {\n      matches,\n      loaderData,\n      errors,\n      ...(shouldUpdateFetchers ? { fetchers: new Map(state.fetchers) } : {}),\n    };\n  }\n\n  function getUpdatedActionData(\n    pendingActionResult: PendingActionResult | undefined\n  ): Record<string, RouteData> | null | undefined {\n    if (pendingActionResult && !isErrorResult(pendingActionResult[1])) {\n      // This is cast to `any` currently because `RouteData`uses any and it\n      // would be a breaking change to use any.\n      // TODO: v7 - change `RouteData` to use `unknown` instead of `any`\n      return {\n        [pendingActionResult[0]]: pendingActionResult[1].data as any,\n      };\n    } else if (state.actionData) {\n      if (Object.keys(state.actionData).length === 0) {\n        return null;\n      } else {\n        return state.actionData;\n      }\n    }\n  }\n\n  function getUpdatedRevalidatingFetchers(\n    revalidatingFetchers: RevalidatingFetcher[]\n  ) {\n    revalidatingFetchers.forEach((rf) => {\n      let fetcher = state.fetchers.get(rf.key);\n      let revalidatingFetcher = getLoadingFetcher(\n        undefined,\n        fetcher ? fetcher.data : undefined\n      );\n      state.fetchers.set(rf.key, revalidatingFetcher);\n    });\n    return new Map(state.fetchers);\n  }\n\n  // Trigger a fetcher load/submit for the given fetcher key\n  function fetch(\n    key: string,\n    routeId: string,\n    href: string | null,\n    opts?: RouterFetchOptions\n  ) {\n    if (isServer) {\n      throw new Error(\n        \"router.fetch() was called during the server render, but it shouldn't be. \" +\n          \"You are likely calling a useFetcher() method in the body of your component. \" +\n          \"Try moving it to a useEffect or a callback.\"\n      );\n    }\n\n    if (fetchControllers.has(key)) abortFetcher(key);\n    let flushSync = (opts && opts.unstable_flushSync) === true;\n\n    let routesToUse = inFlightDataRoutes || dataRoutes;\n    let normalizedPath = normalizeTo(\n      state.location,\n      state.matches,\n      basename,\n      future.v7_prependBasename,\n      href,\n      future.v7_relativeSplatPath,\n      routeId,\n      opts?.relative\n    );\n    let matches = matchRoutes(routesToUse, normalizedPath, basename);\n\n    let fogOfWar = checkFogOfWar(matches, routesToUse, normalizedPath);\n    if (fogOfWar.active && fogOfWar.matches) {\n      matches = fogOfWar.matches;\n    }\n\n    if (!matches) {\n      setFetcherError(\n        key,\n        routeId,\n        getInternalRouterError(404, { pathname: normalizedPath }),\n        { flushSync }\n      );\n      return;\n    }\n\n    let { path, submission, error } = normalizeNavigateOptions(\n      future.v7_normalizeFormMethod,\n      true,\n      normalizedPath,\n      opts\n    );\n\n    if (error) {\n      setFetcherError(key, routeId, error, { flushSync });\n      return;\n    }\n\n    let match = getTargetMatch(matches, path);\n\n    pendingPreventScrollReset = (opts && opts.preventScrollReset) === true;\n\n    if (submission && isMutationMethod(submission.formMethod)) {\n      handleFetcherAction(\n        key,\n        routeId,\n        path,\n        match,\n        matches,\n        fogOfWar.active,\n        flushSync,\n        submission\n      );\n      return;\n    }\n\n    // Store off the match so we can call it's shouldRevalidate on subsequent\n    // revalidations\n    fetchLoadMatches.set(key, { routeId, path });\n    handleFetcherLoader(\n      key,\n      routeId,\n      path,\n      match,\n      matches,\n      fogOfWar.active,\n      flushSync,\n      submission\n    );\n  }\n\n  // Call the action for the matched fetcher.submit(), and then handle redirects,\n  // errors, and revalidation\n  async function handleFetcherAction(\n    key: string,\n    routeId: string,\n    path: string,\n    match: AgnosticDataRouteMatch,\n    requestMatches: AgnosticDataRouteMatch[],\n    isFogOfWar: boolean,\n    flushSync: boolean,\n    submission: Submission\n  ) {\n    interruptActiveLoads();\n    fetchLoadMatches.delete(key);\n\n    function detectAndHandle405Error(m: AgnosticDataRouteMatch) {\n      if (!m.route.action && !m.route.lazy) {\n        let error = getInternalRouterError(405, {\n          method: submission.formMethod,\n          pathname: path,\n          routeId: routeId,\n        });\n        setFetcherError(key, routeId, error, { flushSync });\n        return true;\n      }\n      return false;\n    }\n\n    if (!isFogOfWar && detectAndHandle405Error(match)) {\n      return;\n    }\n\n    // Put this fetcher into it's submitting state\n    let existingFetcher = state.fetchers.get(key);\n    updateFetcherState(key, getSubmittingFetcher(submission, existingFetcher), {\n      flushSync,\n    });\n\n    let abortController = new AbortController();\n    let fetchRequest = createClientSideRequest(\n      init.history,\n      path,\n      abortController.signal,\n      submission\n    );\n\n    if (isFogOfWar) {\n      let discoverResult = await discoverRoutes(\n        requestMatches,\n        path,\n        fetchRequest.signal\n      );\n\n      if (discoverResult.type === \"aborted\") {\n        return;\n      } else if (discoverResult.type === \"error\") {\n        let { error } = handleDiscoverRouteError(path, discoverResult);\n        setFetcherError(key, routeId, error, { flushSync });\n        return;\n      } else if (!discoverResult.matches) {\n        setFetcherError(\n          key,\n          routeId,\n          getInternalRouterError(404, { pathname: path }),\n          { flushSync }\n        );\n        return;\n      } else {\n        requestMatches = discoverResult.matches;\n        match = getTargetMatch(requestMatches, path);\n\n        if (detectAndHandle405Error(match)) {\n          return;\n        }\n      }\n    }\n\n    // Call the action for the fetcher\n    fetchControllers.set(key, abortController);\n\n    let originatingLoadId = incrementingLoadId;\n    let actionResults = await callDataStrategy(\n      \"action\",\n      fetchRequest,\n      [match],\n      requestMatches\n    );\n    let actionResult = actionResults[0];\n\n    if (fetchRequest.signal.aborted) {\n      // We can delete this so long as we weren't aborted by our own fetcher\n      // re-submit which would have put _new_ controller is in fetchControllers\n      if (fetchControllers.get(key) === abortController) {\n        fetchControllers.delete(key);\n      }\n      return;\n    }\n\n    // When using v7_fetcherPersist, we don't want errors bubbling up to the UI\n    // or redirects processed for unmounted fetchers so we just revert them to\n    // idle\n    if (future.v7_fetcherPersist && deletedFetchers.has(key)) {\n      if (isRedirectResult(actionResult) || isErrorResult(actionResult)) {\n        updateFetcherState(key, getDoneFetcher(undefined));\n        return;\n      }\n      // Let SuccessResult's fall through for revalidation\n    } else {\n      if (isRedirectResult(actionResult)) {\n        fetchControllers.delete(key);\n        if (pendingNavigationLoadId > originatingLoadId) {\n          // A new navigation was kicked off after our action started, so that\n          // should take precedence over this redirect navigation.  We already\n          // set isRevalidationRequired so all loaders for the new route should\n          // fire unless opted out via shouldRevalidate\n          updateFetcherState(key, getDoneFetcher(undefined));\n          return;\n        } else {\n          fetchRedirectIds.add(key);\n          updateFetcherState(key, getLoadingFetcher(submission));\n          return startRedirectNavigation(fetchRequest, actionResult, {\n            fetcherSubmission: submission,\n          });\n        }\n      }\n\n      // Process any non-redirect errors thrown\n      if (isErrorResult(actionResult)) {\n        setFetcherError(key, routeId, actionResult.error);\n        return;\n      }\n    }\n\n    if (isDeferredResult(actionResult)) {\n      throw getInternalRouterError(400, { type: \"defer-action\" });\n    }\n\n    // Start the data load for current matches, or the next location if we're\n    // in the middle of a navigation\n    let nextLocation = state.navigation.location || state.location;\n    let revalidationRequest = createClientSideRequest(\n      init.history,\n      nextLocation,\n      abortController.signal\n    );\n    let routesToUse = inFlightDataRoutes || dataRoutes;\n    let matches =\n      state.navigation.state !== \"idle\"\n        ? matchRoutes(routesToUse, state.navigation.location, basename)\n        : state.matches;\n\n    invariant(matches, \"Didn't find any matches after fetcher action\");\n\n    let loadId = ++incrementingLoadId;\n    fetchReloadIds.set(key, loadId);\n\n    let loadFetcher = getLoadingFetcher(submission, actionResult.data);\n    state.fetchers.set(key, loadFetcher);\n\n    let [matchesToLoad, revalidatingFetchers] = getMatchesToLoad(\n      init.history,\n      state,\n      matches,\n      submission,\n      nextLocation,\n      false,\n      future.v7_skipActionErrorRevalidation,\n      isRevalidationRequired,\n      cancelledDeferredRoutes,\n      cancelledFetcherLoads,\n      deletedFetchers,\n      fetchLoadMatches,\n      fetchRedirectIds,\n      routesToUse,\n      basename,\n      [match.route.id, actionResult]\n    );\n\n    // Put all revalidating fetchers into the loading state, except for the\n    // current fetcher which we want to keep in it's current loading state which\n    // contains it's action submission info + action data\n    revalidatingFetchers\n      .filter((rf) => rf.key !== key)\n      .forEach((rf) => {\n        let staleKey = rf.key;\n        let existingFetcher = state.fetchers.get(staleKey);\n        let revalidatingFetcher = getLoadingFetcher(\n          undefined,\n          existingFetcher ? existingFetcher.data : undefined\n        );\n        state.fetchers.set(staleKey, revalidatingFetcher);\n        if (fetchControllers.has(staleKey)) {\n          abortFetcher(staleKey);\n        }\n        if (rf.controller) {\n          fetchControllers.set(staleKey, rf.controller);\n        }\n      });\n\n    updateState({ fetchers: new Map(state.fetchers) });\n\n    let abortPendingFetchRevalidations = () =>\n      revalidatingFetchers.forEach((rf) => abortFetcher(rf.key));\n\n    abortController.signal.addEventListener(\n      \"abort\",\n      abortPendingFetchRevalidations\n    );\n\n    let { loaderResults, fetcherResults } =\n      await callLoadersAndMaybeResolveData(\n        state.matches,\n        matches,\n        matchesToLoad,\n        revalidatingFetchers,\n        revalidationRequest\n      );\n\n    if (abortController.signal.aborted) {\n      return;\n    }\n\n    abortController.signal.removeEventListener(\n      \"abort\",\n      abortPendingFetchRevalidations\n    );\n\n    fetchReloadIds.delete(key);\n    fetchControllers.delete(key);\n    revalidatingFetchers.forEach((r) => fetchControllers.delete(r.key));\n\n    let redirect = findRedirect([...loaderResults, ...fetcherResults]);\n    if (redirect) {\n      if (redirect.idx >= matchesToLoad.length) {\n        // If this redirect came from a fetcher make sure we mark it in\n        // fetchRedirectIds so it doesn't get revalidated on the next set of\n        // loader executions\n        let fetcherKey =\n          revalidatingFetchers[redirect.idx - matchesToLoad.length].key;\n        fetchRedirectIds.add(fetcherKey);\n      }\n      return startRedirectNavigation(revalidationRequest, redirect.result);\n    }\n\n    // Process and commit output from loaders\n    let { loaderData, errors } = processLoaderData(\n      state,\n      state.matches,\n      matchesToLoad,\n      loaderResults,\n      undefined,\n      revalidatingFetchers,\n      fetcherResults,\n      activeDeferreds\n    );\n\n    // Since we let revalidations complete even if the submitting fetcher was\n    // deleted, only put it back to idle if it hasn't been deleted\n    if (state.fetchers.has(key)) {\n      let doneFetcher = getDoneFetcher(actionResult.data);\n      state.fetchers.set(key, doneFetcher);\n    }\n\n    abortStaleFetchLoads(loadId);\n\n    // If we are currently in a navigation loading state and this fetcher is\n    // more recent than the navigation, we want the newer data so abort the\n    // navigation and complete it with the fetcher data\n    if (\n      state.navigation.state === \"loading\" &&\n      loadId > pendingNavigationLoadId\n    ) {\n      invariant(pendingAction, \"Expected pending action\");\n      pendingNavigationController && pendingNavigationController.abort();\n\n      completeNavigation(state.navigation.location, {\n        matches,\n        loaderData,\n        errors,\n        fetchers: new Map(state.fetchers),\n      });\n    } else {\n      // otherwise just update with the fetcher data, preserving any existing\n      // loaderData for loaders that did not need to reload.  We have to\n      // manually merge here since we aren't going through completeNavigation\n      updateState({\n        errors,\n        loaderData: mergeLoaderData(\n          state.loaderData,\n          loaderData,\n          matches,\n          errors\n        ),\n        fetchers: new Map(state.fetchers),\n      });\n      isRevalidationRequired = false;\n    }\n  }\n\n  // Call the matched loader for fetcher.load(), handling redirects, errors, etc.\n  async function handleFetcherLoader(\n    key: string,\n    routeId: string,\n    path: string,\n    match: AgnosticDataRouteMatch,\n    matches: AgnosticDataRouteMatch[],\n    isFogOfWar: boolean,\n    flushSync: boolean,\n    submission?: Submission\n  ) {\n    let existingFetcher = state.fetchers.get(key);\n    updateFetcherState(\n      key,\n      getLoadingFetcher(\n        submission,\n        existingFetcher ? existingFetcher.data : undefined\n      ),\n      { flushSync }\n    );\n\n    let abortController = new AbortController();\n    let fetchRequest = createClientSideRequest(\n      init.history,\n      path,\n      abortController.signal\n    );\n\n    if (isFogOfWar) {\n      let discoverResult = await discoverRoutes(\n        matches,\n        path,\n        fetchRequest.signal\n      );\n\n      if (discoverResult.type === \"aborted\") {\n        return;\n      } else if (discoverResult.type === \"error\") {\n        let { error } = handleDiscoverRouteError(path, discoverResult);\n        setFetcherError(key, routeId, error, { flushSync });\n        return;\n      } else if (!discoverResult.matches) {\n        setFetcherError(\n          key,\n          routeId,\n          getInternalRouterError(404, { pathname: path }),\n          { flushSync }\n        );\n        return;\n      } else {\n        matches = discoverResult.matches;\n        match = getTargetMatch(matches, path);\n      }\n    }\n\n    // Call the loader for this fetcher route match\n    fetchControllers.set(key, abortController);\n\n    let originatingLoadId = incrementingLoadId;\n    let results = await callDataStrategy(\n      \"loader\",\n      fetchRequest,\n      [match],\n      matches\n    );\n    let result = results[0];\n\n    // Deferred isn't supported for fetcher loads, await everything and treat it\n    // as a normal load.  resolveDeferredData will return undefined if this\n    // fetcher gets aborted, so we just leave result untouched and short circuit\n    // below if that happens\n    if (isDeferredResult(result)) {\n      result =\n        (await resolveDeferredData(result, fetchRequest.signal, true)) ||\n        result;\n    }\n\n    // We can delete this so long as we weren't aborted by our our own fetcher\n    // re-load which would have put _new_ controller is in fetchControllers\n    if (fetchControllers.get(key) === abortController) {\n      fetchControllers.delete(key);\n    }\n\n    if (fetchRequest.signal.aborted) {\n      return;\n    }\n\n    // We don't want errors bubbling up or redirects followed for unmounted\n    // fetchers, so short circuit here if it was removed from the UI\n    if (deletedFetchers.has(key)) {\n      updateFetcherState(key, getDoneFetcher(undefined));\n      return;\n    }\n\n    // If the loader threw a redirect Response, start a new REPLACE navigation\n    if (isRedirectResult(result)) {\n      if (pendingNavigationLoadId > originatingLoadId) {\n        // A new navigation was kicked off after our loader started, so that\n        // should take precedence over this redirect navigation\n        updateFetcherState(key, getDoneFetcher(undefined));\n        return;\n      } else {\n        fetchRedirectIds.add(key);\n        await startRedirectNavigation(fetchRequest, result);\n        return;\n      }\n    }\n\n    // Process any non-redirect errors thrown\n    if (isErrorResult(result)) {\n      setFetcherError(key, routeId, result.error);\n      return;\n    }\n\n    invariant(!isDeferredResult(result), \"Unhandled fetcher deferred data\");\n\n    // Put the fetcher back into an idle state\n    updateFetcherState(key, getDoneFetcher(result.data));\n  }\n\n  /**\n   * Utility function to handle redirects returned from an action or loader.\n   * Normally, a redirect \"replaces\" the navigation that triggered it.  So, for\n   * example:\n   *\n   *  - user is on /a\n   *  - user clicks a link to /b\n   *  - loader for /b redirects to /c\n   *\n   * In a non-JS app the browser would track the in-flight navigation to /b and\n   * then replace it with /c when it encountered the redirect response.  In\n   * the end it would only ever update the URL bar with /c.\n   *\n   * In client-side routing using pushState/replaceState, we aim to emulate\n   * this behavior and we also do not update history until the end of the\n   * navigation (including processed redirects).  This means that we never\n   * actually touch history until we've processed redirects, so we just use\n   * the history action from the original navigation (PUSH or REPLACE).\n   */\n  async function startRedirectNavigation(\n    request: Request,\n    redirect: RedirectResult,\n    {\n      submission,\n      fetcherSubmission,\n      replace,\n    }: {\n      submission?: Submission;\n      fetcherSubmission?: Submission;\n      replace?: boolean;\n    } = {}\n  ) {\n    if (redirect.response.headers.has(\"X-Remix-Revalidate\")) {\n      isRevalidationRequired = true;\n    }\n\n    let location = redirect.response.headers.get(\"Location\");\n    invariant(location, \"Expected a Location header on the redirect Response\");\n    location = normalizeRedirectLocation(\n      location,\n      new URL(request.url),\n      basename\n    );\n    let redirectLocation = createLocation(state.location, location, {\n      _isRedirect: true,\n    });\n\n    if (isBrowser) {\n      let isDocumentReload = false;\n\n      if (redirect.response.headers.has(\"X-Remix-Reload-Document\")) {\n        // Hard reload if the response contained X-Remix-Reload-Document\n        isDocumentReload = true;\n      } else if (ABSOLUTE_URL_REGEX.test(location)) {\n        const url = init.history.createURL(location);\n        isDocumentReload =\n          // Hard reload if it's an absolute URL to a new origin\n          url.origin !== routerWindow.location.origin ||\n          // Hard reload if it's an absolute URL that does not match our basename\n          stripBasename(url.pathname, basename) == null;\n      }\n\n      if (isDocumentReload) {\n        if (replace) {\n          routerWindow.location.replace(location);\n        } else {\n          routerWindow.location.assign(location);\n        }\n        return;\n      }\n    }\n\n    // There's no need to abort on redirects, since we don't detect the\n    // redirect until the action/loaders have settled\n    pendingNavigationController = null;\n\n    let redirectHistoryAction =\n      replace === true || redirect.response.headers.has(\"X-Remix-Replace\")\n        ? HistoryAction.Replace\n        : HistoryAction.Push;\n\n    // Use the incoming submission if provided, fallback on the active one in\n    // state.navigation\n    let { formMethod, formAction, formEncType } = state.navigation;\n    if (\n      !submission &&\n      !fetcherSubmission &&\n      formMethod &&\n      formAction &&\n      formEncType\n    ) {\n      submission = getSubmissionFromNavigation(state.navigation);\n    }\n\n    // If this was a 307/308 submission we want to preserve the HTTP method and\n    // re-submit the GET/POST/PUT/PATCH/DELETE as a submission navigation to the\n    // redirected location\n    let activeSubmission = submission || fetcherSubmission;\n    if (\n      redirectPreserveMethodStatusCodes.has(redirect.response.status) &&\n      activeSubmission &&\n      isMutationMethod(activeSubmission.formMethod)\n    ) {\n      await startNavigation(redirectHistoryAction, redirectLocation, {\n        submission: {\n          ...activeSubmission,\n          formAction: location,\n        },\n        // Preserve this flag across redirects\n        preventScrollReset: pendingPreventScrollReset,\n      });\n    } else {\n      // If we have a navigation submission, we will preserve it through the\n      // redirect navigation\n      let overrideNavigation = getLoadingNavigation(\n        redirectLocation,\n        submission\n      );\n      await startNavigation(redirectHistoryAction, redirectLocation, {\n        overrideNavigation,\n        // Send fetcher submissions through for shouldRevalidate\n        fetcherSubmission,\n        // Preserve this flag across redirects\n        preventScrollReset: pendingPreventScrollReset,\n      });\n    }\n  }\n\n  // Utility wrapper for calling dataStrategy client-side without having to\n  // pass around the manifest, mapRouteProperties, etc.\n  async function callDataStrategy(\n    type: \"loader\" | \"action\",\n    request: Request,\n    matchesToLoad: AgnosticDataRouteMatch[],\n    matches: AgnosticDataRouteMatch[]\n  ): Promise<DataResult[]> {\n    try {\n      let results = await callDataStrategyImpl(\n        dataStrategyImpl,\n        type,\n        request,\n        matchesToLoad,\n        matches,\n        manifest,\n        mapRouteProperties\n      );\n\n      return await Promise.all(\n        results.map((result, i) => {\n          if (isRedirectHandlerResult(result)) {\n            let response = result.result as Response;\n            return {\n              type: ResultType.redirect,\n              response: normalizeRelativeRoutingRedirectResponse(\n                response,\n                request,\n                matchesToLoad[i].route.id,\n                matches,\n                basename,\n                future.v7_relativeSplatPath\n              ),\n            };\n          }\n\n          return convertHandlerResultToDataResult(result);\n        })\n      );\n    } catch (e) {\n      // If the outer dataStrategy method throws, just return the error for all\n      // matches - and it'll naturally bubble to the root\n      return matchesToLoad.map(() => ({\n        type: ResultType.error,\n        error: e,\n      }));\n    }\n  }\n\n  async function callLoadersAndMaybeResolveData(\n    currentMatches: AgnosticDataRouteMatch[],\n    matches: AgnosticDataRouteMatch[],\n    matchesToLoad: AgnosticDataRouteMatch[],\n    fetchersToLoad: RevalidatingFetcher[],\n    request: Request\n  ) {\n    let [loaderResults, ...fetcherResults] = await Promise.all([\n      matchesToLoad.length\n        ? callDataStrategy(\"loader\", request, matchesToLoad, matches)\n        : [],\n      ...fetchersToLoad.map((f) => {\n        if (f.matches && f.match && f.controller) {\n          let fetcherRequest = createClientSideRequest(\n            init.history,\n            f.path,\n            f.controller.signal\n          );\n          return callDataStrategy(\n            \"loader\",\n            fetcherRequest,\n            [f.match],\n            f.matches\n          ).then((r) => r[0]);\n        } else {\n          return Promise.resolve<DataResult>({\n            type: ResultType.error,\n            error: getInternalRouterError(404, {\n              pathname: f.path,\n            }),\n          });\n        }\n      }),\n    ]);\n\n    await Promise.all([\n      resolveDeferredResults(\n        currentMatches,\n        matchesToLoad,\n        loaderResults,\n        loaderResults.map(() => request.signal),\n        false,\n        state.loaderData\n      ),\n      resolveDeferredResults(\n        currentMatches,\n        fetchersToLoad.map((f) => f.match),\n        fetcherResults,\n        fetchersToLoad.map((f) => (f.controller ? f.controller.signal : null)),\n        true\n      ),\n    ]);\n\n    return {\n      loaderResults,\n      fetcherResults,\n    };\n  }\n\n  function interruptActiveLoads() {\n    // Every interruption triggers a revalidation\n    isRevalidationRequired = true;\n\n    // Cancel pending route-level deferreds and mark cancelled routes for\n    // revalidation\n    cancelledDeferredRoutes.push(...cancelActiveDeferreds());\n\n    // Abort in-flight fetcher loads\n    fetchLoadMatches.forEach((_, key) => {\n      if (fetchControllers.has(key)) {\n        cancelledFetcherLoads.add(key);\n        abortFetcher(key);\n      }\n    });\n  }\n\n  function updateFetcherState(\n    key: string,\n    fetcher: Fetcher,\n    opts: { flushSync?: boolean } = {}\n  ) {\n    state.fetchers.set(key, fetcher);\n    updateState(\n      { fetchers: new Map(state.fetchers) },\n      { flushSync: (opts && opts.flushSync) === true }\n    );\n  }\n\n  function setFetcherError(\n    key: string,\n    routeId: string,\n    error: any,\n    opts: { flushSync?: boolean } = {}\n  ) {\n    let boundaryMatch = findNearestBoundary(state.matches, routeId);\n    deleteFetcher(key);\n    updateState(\n      {\n        errors: {\n          [boundaryMatch.route.id]: error,\n        },\n        fetchers: new Map(state.fetchers),\n      },\n      { flushSync: (opts && opts.flushSync) === true }\n    );\n  }\n\n  function getFetcher<TData = any>(key: string): Fetcher<TData> {\n    if (future.v7_fetcherPersist) {\n      activeFetchers.set(key, (activeFetchers.get(key) || 0) + 1);\n      // If this fetcher was previously marked for deletion, unmark it since we\n      // have a new instance\n      if (deletedFetchers.has(key)) {\n        deletedFetchers.delete(key);\n      }\n    }\n    return state.fetchers.get(key) || IDLE_FETCHER;\n  }\n\n  function deleteFetcher(key: string): void {\n    let fetcher = state.fetchers.get(key);\n    // Don't abort the controller if this is a deletion of a fetcher.submit()\n    // in it's loading phase since - we don't want to abort the corresponding\n    // revalidation and want them to complete and land\n    if (\n      fetchControllers.has(key) &&\n      !(fetcher && fetcher.state === \"loading\" && fetchReloadIds.has(key))\n    ) {\n      abortFetcher(key);\n    }\n    fetchLoadMatches.delete(key);\n    fetchReloadIds.delete(key);\n    fetchRedirectIds.delete(key);\n    deletedFetchers.delete(key);\n    cancelledFetcherLoads.delete(key);\n    state.fetchers.delete(key);\n  }\n\n  function deleteFetcherAndUpdateState(key: string): void {\n    if (future.v7_fetcherPersist) {\n      let count = (activeFetchers.get(key) || 0) - 1;\n      if (count <= 0) {\n        activeFetchers.delete(key);\n        deletedFetchers.add(key);\n      } else {\n        activeFetchers.set(key, count);\n      }\n    } else {\n      deleteFetcher(key);\n    }\n    updateState({ fetchers: new Map(state.fetchers) });\n  }\n\n  function abortFetcher(key: string) {\n    let controller = fetchControllers.get(key);\n    invariant(controller, `Expected fetch controller: ${key}`);\n    controller.abort();\n    fetchControllers.delete(key);\n  }\n\n  function markFetchersDone(keys: string[]) {\n    for (let key of keys) {\n      let fetcher = getFetcher(key);\n      let doneFetcher = getDoneFetcher(fetcher.data);\n      state.fetchers.set(key, doneFetcher);\n    }\n  }\n\n  function markFetchRedirectsDone(): boolean {\n    let doneKeys = [];\n    let updatedFetchers = false;\n    for (let key of fetchRedirectIds) {\n      let fetcher = state.fetchers.get(key);\n      invariant(fetcher, `Expected fetcher: ${key}`);\n      if (fetcher.state === \"loading\") {\n        fetchRedirectIds.delete(key);\n        doneKeys.push(key);\n        updatedFetchers = true;\n      }\n    }\n    markFetchersDone(doneKeys);\n    return updatedFetchers;\n  }\n\n  function abortStaleFetchLoads(landedId: number): boolean {\n    let yeetedKeys = [];\n    for (let [key, id] of fetchReloadIds) {\n      if (id < landedId) {\n        let fetcher = state.fetchers.get(key);\n        invariant(fetcher, `Expected fetcher: ${key}`);\n        if (fetcher.state === \"loading\") {\n          abortFetcher(key);\n          fetchReloadIds.delete(key);\n          yeetedKeys.push(key);\n        }\n      }\n    }\n    markFetchersDone(yeetedKeys);\n    return yeetedKeys.length > 0;\n  }\n\n  function getBlocker(key: string, fn: BlockerFunction) {\n    let blocker: Blocker = state.blockers.get(key) || IDLE_BLOCKER;\n\n    if (blockerFunctions.get(key) !== fn) {\n      blockerFunctions.set(key, fn);\n    }\n\n    return blocker;\n  }\n\n  function deleteBlocker(key: string) {\n    state.blockers.delete(key);\n    blockerFunctions.delete(key);\n  }\n\n  // Utility function to update blockers, ensuring valid state transitions\n  function updateBlocker(key: string, newBlocker: Blocker) {\n    let blocker = state.blockers.get(key) || IDLE_BLOCKER;\n\n    // Poor mans state machine :)\n    // https://mermaid.live/edit#pako:eNqVkc9OwzAMxl8l8nnjAYrEtDIOHEBIgwvKJTReGy3_lDpIqO27k6awMG0XcrLlnz87nwdonESogKXXBuE79rq75XZO3-yHds0RJVuv70YrPlUrCEe2HfrORS3rubqZfuhtpg5C9wk5tZ4VKcRUq88q9Z8RS0-48cE1iHJkL0ugbHuFLus9L6spZy8nX9MP2CNdomVaposqu3fGayT8T8-jJQwhepo_UtpgBQaDEUom04dZhAN1aJBDlUKJBxE1ceB2Smj0Mln-IBW5AFU2dwUiktt_2Qaq2dBfaKdEup85UV7Yd-dKjlnkabl2Pvr0DTkTreM\n    invariant(\n      (blocker.state === \"unblocked\" && newBlocker.state === \"blocked\") ||\n        (blocker.state === \"blocked\" && newBlocker.state === \"blocked\") ||\n        (blocker.state === \"blocked\" && newBlocker.state === \"proceeding\") ||\n        (blocker.state === \"blocked\" && newBlocker.state === \"unblocked\") ||\n        (blocker.state === \"proceeding\" && newBlocker.state === \"unblocked\"),\n      `Invalid blocker state transition: ${blocker.state} -> ${newBlocker.state}`\n    );\n\n    let blockers = new Map(state.blockers);\n    blockers.set(key, newBlocker);\n    updateState({ blockers });\n  }\n\n  function shouldBlockNavigation({\n    currentLocation,\n    nextLocation,\n    historyAction,\n  }: {\n    currentLocation: Location;\n    nextLocation: Location;\n    historyAction: HistoryAction;\n  }): string | undefined {\n    if (blockerFunctions.size === 0) {\n      return;\n    }\n\n    // We ony support a single active blocker at the moment since we don't have\n    // any compelling use cases for multi-blocker yet\n    if (blockerFunctions.size > 1) {\n      warning(false, \"A router only supports one blocker at a time\");\n    }\n\n    let entries = Array.from(blockerFunctions.entries());\n    let [blockerKey, blockerFunction] = entries[entries.length - 1];\n    let blocker = state.blockers.get(blockerKey);\n\n    if (blocker && blocker.state === \"proceeding\") {\n      // If the blocker is currently proceeding, we don't need to re-check\n      // it and can let this navigation continue\n      return;\n    }\n\n    // At this point, we know we're unblocked/blocked so we need to check the\n    // user-provided blocker function\n    if (blockerFunction({ currentLocation, nextLocation, historyAction })) {\n      return blockerKey;\n    }\n  }\n\n  function handleNavigational404(pathname: string) {\n    let error = getInternalRouterError(404, { pathname });\n    let routesToUse = inFlightDataRoutes || dataRoutes;\n    let { matches, route } = getShortCircuitMatches(routesToUse);\n\n    // Cancel all pending deferred on 404s since we don't keep any routes\n    cancelActiveDeferreds();\n\n    return { notFoundMatches: matches, route, error };\n  }\n\n  function handleDiscoverRouteError(\n    pathname: string,\n    discoverResult: DiscoverRoutesErrorResult\n  ) {\n    return {\n      boundaryId: findNearestBoundary(discoverResult.partialMatches).route.id,\n      error: getInternalRouterError(400, {\n        type: \"route-discovery\",\n        pathname,\n        message:\n          discoverResult.error != null && \"message\" in discoverResult.error\n            ? discoverResult.error\n            : String(discoverResult.error),\n      }),\n    };\n  }\n\n  function cancelActiveDeferreds(\n    predicate?: (routeId: string) => boolean\n  ): string[] {\n    let cancelledRouteIds: string[] = [];\n    activeDeferreds.forEach((dfd, routeId) => {\n      if (!predicate || predicate(routeId)) {\n        // Cancel the deferred - but do not remove from activeDeferreds here -\n        // we rely on the subscribers to do that so our tests can assert proper\n        // cleanup via _internalActiveDeferreds\n        dfd.cancel();\n        cancelledRouteIds.push(routeId);\n        activeDeferreds.delete(routeId);\n      }\n    });\n    return cancelledRouteIds;\n  }\n\n  // Opt in to capturing and reporting scroll positions during navigations,\n  // used by the <ScrollRestoration> component\n  function enableScrollRestoration(\n    positions: Record<string, number>,\n    getPosition: GetScrollPositionFunction,\n    getKey?: GetScrollRestorationKeyFunction\n  ) {\n    savedScrollPositions = positions;\n    getScrollPosition = getPosition;\n    getScrollRestorationKey = getKey || null;\n\n    // Perform initial hydration scroll restoration, since we miss the boat on\n    // the initial updateState() because we've not yet rendered <ScrollRestoration/>\n    // and therefore have no savedScrollPositions available\n    if (!initialScrollRestored && state.navigation === IDLE_NAVIGATION) {\n      initialScrollRestored = true;\n      let y = getSavedScrollPosition(state.location, state.matches);\n      if (y != null) {\n        updateState({ restoreScrollPosition: y });\n      }\n    }\n\n    return () => {\n      savedScrollPositions = null;\n      getScrollPosition = null;\n      getScrollRestorationKey = null;\n    };\n  }\n\n  function getScrollKey(location: Location, matches: AgnosticDataRouteMatch[]) {\n    if (getScrollRestorationKey) {\n      let key = getScrollRestorationKey(\n        location,\n        matches.map((m) => convertRouteMatchToUiMatch(m, state.loaderData))\n      );\n      return key || location.key;\n    }\n    return location.key;\n  }\n\n  function saveScrollPosition(\n    location: Location,\n    matches: AgnosticDataRouteMatch[]\n  ): void {\n    if (savedScrollPositions && getScrollPosition) {\n      let key = getScrollKey(location, matches);\n      savedScrollPositions[key] = getScrollPosition();\n    }\n  }\n\n  function getSavedScrollPosition(\n    location: Location,\n    matches: AgnosticDataRouteMatch[]\n  ): number | null {\n    if (savedScrollPositions) {\n      let key = getScrollKey(location, matches);\n      let y = savedScrollPositions[key];\n      if (typeof y === \"number\") {\n        return y;\n      }\n    }\n    return null;\n  }\n\n  function checkFogOfWar(\n    matches: AgnosticDataRouteMatch[] | null,\n    routesToUse: AgnosticDataRouteObject[],\n    pathname: string\n  ): { active: boolean; matches: AgnosticDataRouteMatch[] | null } {\n    if (patchRoutesOnMissImpl) {\n      if (!matches) {\n        let fogMatches = matchRoutesImpl<AgnosticDataRouteObject>(\n          routesToUse,\n          pathname,\n          basename,\n          true\n        );\n\n        return { active: true, matches: fogMatches || [] };\n      } else {\n        let leafRoute = matches[matches.length - 1].route;\n        if (\n          leafRoute.path &&\n          (leafRoute.path === \"*\" || leafRoute.path.endsWith(\"/*\"))\n        ) {\n          // If we matched a splat, it might only be because we haven't yet fetched\n          // the children that would match with a higher score, so let's fetch\n          // around and find out\n          let partialMatches = matchRoutesImpl<AgnosticDataRouteObject>(\n            routesToUse,\n            pathname,\n            basename,\n            true\n          );\n          return { active: true, matches: partialMatches };\n        }\n      }\n    }\n\n    return { active: false, matches: null };\n  }\n\n  type DiscoverRoutesSuccessResult = {\n    type: \"success\";\n    matches: AgnosticDataRouteMatch[] | null;\n  };\n  type DiscoverRoutesErrorResult = {\n    type: \"error\";\n    error: any;\n    partialMatches: AgnosticDataRouteMatch[];\n  };\n  type DiscoverRoutesAbortedResult = { type: \"aborted\" };\n  type DiscoverRoutesResult =\n    | DiscoverRoutesSuccessResult\n    | DiscoverRoutesErrorResult\n    | DiscoverRoutesAbortedResult;\n\n  async function discoverRoutes(\n    matches: AgnosticDataRouteMatch[],\n    pathname: string,\n    signal: AbortSignal\n  ): Promise<DiscoverRoutesResult> {\n    let partialMatches: AgnosticDataRouteMatch[] | null = matches;\n    let route =\n      partialMatches.length > 0\n        ? partialMatches[partialMatches.length - 1].route\n        : null;\n    while (true) {\n      let isNonHMR = inFlightDataRoutes == null;\n      let routesToUse = inFlightDataRoutes || dataRoutes;\n      try {\n        await loadLazyRouteChildren(\n          patchRoutesOnMissImpl!,\n          pathname,\n          partialMatches,\n          routesToUse,\n          manifest,\n          mapRouteProperties,\n          pendingPatchRoutes,\n          signal\n        );\n      } catch (e) {\n        return { type: \"error\", error: e, partialMatches };\n      } finally {\n        // If we are not in the middle of an HMR revalidation and we changed the\n        // routes, provide a new identity so when we `updateState` at the end of\n        // this navigation/fetch `router.routes` will be a new identity and\n        // trigger a re-run of memoized `router.routes` dependencies.\n        // HMR will already update the identity and reflow when it lands\n        // `inFlightDataRoutes` in `completeNavigation`\n        if (isNonHMR) {\n          dataRoutes = [...dataRoutes];\n        }\n      }\n\n      if (signal.aborted) {\n        return { type: \"aborted\" };\n      }\n\n      let newMatches = matchRoutes(routesToUse, pathname, basename);\n      let matchedSplat = false;\n      if (newMatches) {\n        let leafRoute = newMatches[newMatches.length - 1].route;\n\n        if (leafRoute.index) {\n          // If we found an index route, we can stop\n          return { type: \"success\", matches: newMatches };\n        }\n\n        if (leafRoute.path && leafRoute.path.length > 0) {\n          if (leafRoute.path === \"*\") {\n            // If we found a splat route, we can't be sure there's not a\n            // higher-scoring route down some partial matches trail so we need\n            // to check that out\n            matchedSplat = true;\n          } else {\n            // If we found a non-splat route, we can stop\n            return { type: \"success\", matches: newMatches };\n          }\n        }\n      }\n\n      let newPartialMatches = matchRoutesImpl<AgnosticDataRouteObject>(\n        routesToUse,\n        pathname,\n        basename,\n        true\n      );\n\n      // If we are no longer partially matching anything, this was either a\n      // legit splat match above, or it's a 404.  Also avoid loops if the\n      // second pass results in the same partial matches\n      if (\n        !newPartialMatches ||\n        partialMatches.map((m) => m.route.id).join(\"-\") ===\n          newPartialMatches.map((m) => m.route.id).join(\"-\")\n      ) {\n        return { type: \"success\", matches: matchedSplat ? newMatches : null };\n      }\n\n      partialMatches = newPartialMatches;\n      route = partialMatches[partialMatches.length - 1].route;\n      if (route.path === \"*\") {\n        // The splat is still our most accurate partial, so run with it\n        return { type: \"success\", matches: partialMatches };\n      }\n    }\n  }\n\n  function _internalSetRoutes(newRoutes: AgnosticDataRouteObject[]) {\n    manifest = {};\n    inFlightDataRoutes = convertRoutesToDataRoutes(\n      newRoutes,\n      mapRouteProperties,\n      undefined,\n      manifest\n    );\n  }\n\n  function patchRoutes(\n    routeId: string | null,\n    children: AgnosticRouteObject[]\n  ): void {\n    let isNonHMR = inFlightDataRoutes == null;\n    let routesToUse = inFlightDataRoutes || dataRoutes;\n    patchRoutesImpl(\n      routeId,\n      children,\n      routesToUse,\n      manifest,\n      mapRouteProperties\n    );\n\n    // If we are not in the middle of an HMR revalidation and we changed the\n    // routes, provide a new identity and trigger a reflow via `updateState`\n    // to re-run memoized `router.routes` dependencies.\n    // HMR will already update the identity and reflow when it lands\n    // `inFlightDataRoutes` in `completeNavigation`\n    if (isNonHMR) {\n      dataRoutes = [...dataRoutes];\n      updateState({});\n    }\n  }\n\n  router = {\n    get basename() {\n      return basename;\n    },\n    get future() {\n      return future;\n    },\n    get state() {\n      return state;\n    },\n    get routes() {\n      return dataRoutes;\n    },\n    get window() {\n      return routerWindow;\n    },\n    initialize,\n    subscribe,\n    enableScrollRestoration,\n    navigate,\n    fetch,\n    revalidate,\n    // Passthrough to history-aware createHref used by useHref so we get proper\n    // hash-aware URLs in DOM paths\n    createHref: (to: To) => init.history.createHref(to),\n    encodeLocation: (to: To) => init.history.encodeLocation(to),\n    getFetcher,\n    deleteFetcher: deleteFetcherAndUpdateState,\n    dispose,\n    getBlocker,\n    deleteBlocker,\n    patchRoutes,\n    _internalFetchControllers: fetchControllers,\n    _internalActiveDeferreds: activeDeferreds,\n    // TODO: Remove setRoutes, it's temporary to avoid dealing with\n    // updating the tree while validating the update algorithm.\n    _internalSetRoutes,\n  };\n\n  return router;\n}\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region createStaticHandler\n////////////////////////////////////////////////////////////////////////////////\n\nexport const UNSAFE_DEFERRED_SYMBOL = Symbol(\"deferred\");\n\n/**\n * Future flags to toggle new feature behavior\n */\nexport interface StaticHandlerFutureConfig {\n  v7_relativeSplatPath: boolean;\n  v7_throwAbortReason: boolean;\n}\n\nexport interface CreateStaticHandlerOptions {\n  basename?: string;\n  /**\n   * @deprecated Use `mapRouteProperties` instead\n   */\n  detectErrorBoundary?: DetectErrorBoundaryFunction;\n  mapRouteProperties?: MapRoutePropertiesFunction;\n  future?: Partial<StaticHandlerFutureConfig>;\n}\n\nexport function createStaticHandler(\n  routes: AgnosticRouteObject[],\n  opts?: CreateStaticHandlerOptions\n): StaticHandler {\n  invariant(\n    routes.length > 0,\n    \"You must provide a non-empty routes array to createStaticHandler\"\n  );\n\n  let manifest: RouteManifest = {};\n  let basename = (opts ? opts.basename : null) || \"/\";\n  let mapRouteProperties: MapRoutePropertiesFunction;\n  if (opts?.mapRouteProperties) {\n    mapRouteProperties = opts.mapRouteProperties;\n  } else if (opts?.detectErrorBoundary) {\n    // If they are still using the deprecated version, wrap it with the new API\n    let detectErrorBoundary = opts.detectErrorBoundary;\n    mapRouteProperties = (route) => ({\n      hasErrorBoundary: detectErrorBoundary(route),\n    });\n  } else {\n    mapRouteProperties = defaultMapRouteProperties;\n  }\n  // Config driven behavior flags\n  let future: StaticHandlerFutureConfig = {\n    v7_relativeSplatPath: false,\n    v7_throwAbortReason: false,\n    ...(opts ? opts.future : null),\n  };\n\n  let dataRoutes = convertRoutesToDataRoutes(\n    routes,\n    mapRouteProperties,\n    undefined,\n    manifest\n  );\n\n  /**\n   * The query() method is intended for document requests, in which we want to\n   * call an optional action and potentially multiple loaders for all nested\n   * routes.  It returns a StaticHandlerContext object, which is very similar\n   * to the router state (location, loaderData, actionData, errors, etc.) and\n   * also adds SSR-specific information such as the statusCode and headers\n   * from action/loaders Responses.\n   *\n   * It _should_ never throw and should report all errors through the\n   * returned context.errors object, properly associating errors to their error\n   * boundary.  Additionally, it tracks _deepestRenderedBoundaryId which can be\n   * used to emulate React error boundaries during SSr by performing a second\n   * pass only down to the boundaryId.\n   *\n   * The one exception where we do not return a StaticHandlerContext is when a\n   * redirect response is returned or thrown from any action/loader.  We\n   * propagate that out and return the raw Response so the HTTP server can\n   * return it directly.\n   *\n   * - `opts.requestContext` is an optional server context that will be passed\n   *   to actions/loaders in the `context` parameter\n   * - `opts.skipLoaderErrorBubbling` is an optional parameter that will prevent\n   *   the bubbling of errors which allows single-fetch-type implementations\n   *   where the client will handle the bubbling and we may need to return data\n   *   for the handling route\n   */\n  async function query(\n    request: Request,\n    {\n      requestContext,\n      skipLoaderErrorBubbling,\n      unstable_dataStrategy,\n    }: {\n      requestContext?: unknown;\n      skipLoaderErrorBubbling?: boolean;\n      unstable_dataStrategy?: DataStrategyFunction;\n    } = {}\n  ): Promise<StaticHandlerContext | Response> {\n    let url = new URL(request.url);\n    let method = request.method;\n    let location = createLocation(\"\", createPath(url), null, \"default\");\n    let matches = matchRoutes(dataRoutes, location, basename);\n\n    // SSR supports HEAD requests while SPA doesn't\n    if (!isValidMethod(method) && method !== \"HEAD\") {\n      let error = getInternalRouterError(405, { method });\n      let { matches: methodNotAllowedMatches, route } =\n        getShortCircuitMatches(dataRoutes);\n      return {\n        basename,\n        location,\n        matches: methodNotAllowedMatches,\n        loaderData: {},\n        actionData: null,\n        errors: {\n          [route.id]: error,\n        },\n        statusCode: error.status,\n        loaderHeaders: {},\n        actionHeaders: {},\n        activeDeferreds: null,\n      };\n    } else if (!matches) {\n      let error = getInternalRouterError(404, { pathname: location.pathname });\n      let { matches: notFoundMatches, route } =\n        getShortCircuitMatches(dataRoutes);\n      return {\n        basename,\n        location,\n        matches: notFoundMatches,\n        loaderData: {},\n        actionData: null,\n        errors: {\n          [route.id]: error,\n        },\n        statusCode: error.status,\n        loaderHeaders: {},\n        actionHeaders: {},\n        activeDeferreds: null,\n      };\n    }\n\n    let result = await queryImpl(\n      request,\n      location,\n      matches,\n      requestContext,\n      unstable_dataStrategy || null,\n      skipLoaderErrorBubbling === true,\n      null\n    );\n    if (isResponse(result)) {\n      return result;\n    }\n\n    // When returning StaticHandlerContext, we patch back in the location here\n    // since we need it for React Context.  But this helps keep our submit and\n    // loadRouteData operating on a Request instead of a Location\n    return { location, basename, ...result };\n  }\n\n  /**\n   * The queryRoute() method is intended for targeted route requests, either\n   * for fetch ?_data requests or resource route requests.  In this case, we\n   * are only ever calling a single action or loader, and we are returning the\n   * returned value directly.  In most cases, this will be a Response returned\n   * from the action/loader, but it may be a primitive or other value as well -\n   * and in such cases the calling context should handle that accordingly.\n   *\n   * We do respect the throw/return differentiation, so if an action/loader\n   * throws, then this method will throw the value.  This is important so we\n   * can do proper boundary identification in Remix where a thrown Response\n   * must go to the Catch Boundary but a returned Response is happy-path.\n   *\n   * One thing to note is that any Router-initiated Errors that make sense\n   * to associate with a status code will be thrown as an ErrorResponse\n   * instance which include the raw Error, such that the calling context can\n   * serialize the error as they see fit while including the proper response\n   * code.  Examples here are 404 and 405 errors that occur prior to reaching\n   * any user-defined loaders.\n   *\n   * - `opts.routeId` allows you to specify the specific route handler to call.\n   *   If not provided the handler will determine the proper route by matching\n   *   against `request.url`\n   * - `opts.requestContext` is an optional server context that will be passed\n   *    to actions/loaders in the `context` parameter\n   */\n  async function queryRoute(\n    request: Request,\n    {\n      routeId,\n      requestContext,\n      unstable_dataStrategy,\n    }: {\n      requestContext?: unknown;\n      routeId?: string;\n      unstable_dataStrategy?: DataStrategyFunction;\n    } = {}\n  ): Promise<any> {\n    let url = new URL(request.url);\n    let method = request.method;\n    let location = createLocation(\"\", createPath(url), null, \"default\");\n    let matches = matchRoutes(dataRoutes, location, basename);\n\n    // SSR supports HEAD requests while SPA doesn't\n    if (!isValidMethod(method) && method !== \"HEAD\" && method !== \"OPTIONS\") {\n      throw getInternalRouterError(405, { method });\n    } else if (!matches) {\n      throw getInternalRouterError(404, { pathname: location.pathname });\n    }\n\n    let match = routeId\n      ? matches.find((m) => m.route.id === routeId)\n      : getTargetMatch(matches, location);\n\n    if (routeId && !match) {\n      throw getInternalRouterError(403, {\n        pathname: location.pathname,\n        routeId,\n      });\n    } else if (!match) {\n      // This should never hit I don't think?\n      throw getInternalRouterError(404, { pathname: location.pathname });\n    }\n\n    let result = await queryImpl(\n      request,\n      location,\n      matches,\n      requestContext,\n      unstable_dataStrategy || null,\n      false,\n      match\n    );\n\n    if (isResponse(result)) {\n      return result;\n    }\n\n    let error = result.errors ? Object.values(result.errors)[0] : undefined;\n    if (error !== undefined) {\n      // If we got back result.errors, that means the loader/action threw\n      // _something_ that wasn't a Response, but it's not guaranteed/required\n      // to be an `instanceof Error` either, so we have to use throw here to\n      // preserve the \"error\" state outside of queryImpl.\n      throw error;\n    }\n\n    // Pick off the right state value to return\n    if (result.actionData) {\n      return Object.values(result.actionData)[0];\n    }\n\n    if (result.loaderData) {\n      let data = Object.values(result.loaderData)[0];\n      if (result.activeDeferreds?.[match.route.id]) {\n        data[UNSAFE_DEFERRED_SYMBOL] = result.activeDeferreds[match.route.id];\n      }\n      return data;\n    }\n\n    return undefined;\n  }\n\n  async function queryImpl(\n    request: Request,\n    location: Location,\n    matches: AgnosticDataRouteMatch[],\n    requestContext: unknown,\n    unstable_dataStrategy: DataStrategyFunction | null,\n    skipLoaderErrorBubbling: boolean,\n    routeMatch: AgnosticDataRouteMatch | null\n  ): Promise<Omit<StaticHandlerContext, \"location\" | \"basename\"> | Response> {\n    invariant(\n      request.signal,\n      \"query()/queryRoute() requests must contain an AbortController signal\"\n    );\n\n    try {\n      if (isMutationMethod(request.method.toLowerCase())) {\n        let result = await submit(\n          request,\n          matches,\n          routeMatch || getTargetMatch(matches, location),\n          requestContext,\n          unstable_dataStrategy,\n          skipLoaderErrorBubbling,\n          routeMatch != null\n        );\n        return result;\n      }\n\n      let result = await loadRouteData(\n        request,\n        matches,\n        requestContext,\n        unstable_dataStrategy,\n        skipLoaderErrorBubbling,\n        routeMatch\n      );\n      return isResponse(result)\n        ? result\n        : {\n            ...result,\n            actionData: null,\n            actionHeaders: {},\n          };\n    } catch (e) {\n      // If the user threw/returned a Response in callLoaderOrAction for a\n      // `queryRoute` call, we throw the `HandlerResult` to bail out early\n      // and then return or throw the raw Response here accordingly\n      if (isHandlerResult(e) && isResponse(e.result)) {\n        if (e.type === ResultType.error) {\n          throw e.result;\n        }\n        return e.result;\n      }\n      // Redirects are always returned since they don't propagate to catch\n      // boundaries\n      if (isRedirectResponse(e)) {\n        return e;\n      }\n      throw e;\n    }\n  }\n\n  async function submit(\n    request: Request,\n    matches: AgnosticDataRouteMatch[],\n    actionMatch: AgnosticDataRouteMatch,\n    requestContext: unknown,\n    unstable_dataStrategy: DataStrategyFunction | null,\n    skipLoaderErrorBubbling: boolean,\n    isRouteRequest: boolean\n  ): Promise<Omit<StaticHandlerContext, \"location\" | \"basename\"> | Response> {\n    let result: DataResult;\n\n    if (!actionMatch.route.action && !actionMatch.route.lazy) {\n      let error = getInternalRouterError(405, {\n        method: request.method,\n        pathname: new URL(request.url).pathname,\n        routeId: actionMatch.route.id,\n      });\n      if (isRouteRequest) {\n        throw error;\n      }\n      result = {\n        type: ResultType.error,\n        error,\n      };\n    } else {\n      let results = await callDataStrategy(\n        \"action\",\n        request,\n        [actionMatch],\n        matches,\n        isRouteRequest,\n        requestContext,\n        unstable_dataStrategy\n      );\n      result = results[0];\n\n      if (request.signal.aborted) {\n        throwStaticHandlerAbortedError(request, isRouteRequest, future);\n      }\n    }\n\n    if (isRedirectResult(result)) {\n      // Uhhhh - this should never happen, we should always throw these from\n      // callLoaderOrAction, but the type narrowing here keeps TS happy and we\n      // can get back on the \"throw all redirect responses\" train here should\n      // this ever happen :/\n      throw new Response(null, {\n        status: result.response.status,\n        headers: {\n          Location: result.response.headers.get(\"Location\")!,\n        },\n      });\n    }\n\n    if (isDeferredResult(result)) {\n      let error = getInternalRouterError(400, { type: \"defer-action\" });\n      if (isRouteRequest) {\n        throw error;\n      }\n      result = {\n        type: ResultType.error,\n        error,\n      };\n    }\n\n    if (isRouteRequest) {\n      // Note: This should only be non-Response values if we get here, since\n      // isRouteRequest should throw any Response received in callLoaderOrAction\n      if (isErrorResult(result)) {\n        throw result.error;\n      }\n\n      return {\n        matches: [actionMatch],\n        loaderData: {},\n        actionData: { [actionMatch.route.id]: result.data },\n        errors: null,\n        // Note: statusCode + headers are unused here since queryRoute will\n        // return the raw Response or value\n        statusCode: 200,\n        loaderHeaders: {},\n        actionHeaders: {},\n        activeDeferreds: null,\n      };\n    }\n\n    // Create a GET request for the loaders\n    let loaderRequest = new Request(request.url, {\n      headers: request.headers,\n      redirect: request.redirect,\n      signal: request.signal,\n    });\n\n    if (isErrorResult(result)) {\n      // Store off the pending error - we use it to determine which loaders\n      // to call and will commit it when we complete the navigation\n      let boundaryMatch = skipLoaderErrorBubbling\n        ? actionMatch\n        : findNearestBoundary(matches, actionMatch.route.id);\n\n      let context = await loadRouteData(\n        loaderRequest,\n        matches,\n        requestContext,\n        unstable_dataStrategy,\n        skipLoaderErrorBubbling,\n        null,\n        [boundaryMatch.route.id, result]\n      );\n\n      // action status codes take precedence over loader status codes\n      return {\n        ...context,\n        statusCode: isRouteErrorResponse(result.error)\n          ? result.error.status\n          : result.statusCode != null\n          ? result.statusCode\n          : 500,\n        actionData: null,\n        actionHeaders: {\n          ...(result.headers ? { [actionMatch.route.id]: result.headers } : {}),\n        },\n      };\n    }\n\n    let context = await loadRouteData(\n      loaderRequest,\n      matches,\n      requestContext,\n      unstable_dataStrategy,\n      skipLoaderErrorBubbling,\n      null\n    );\n\n    return {\n      ...context,\n      actionData: {\n        [actionMatch.route.id]: result.data,\n      },\n      // action status codes take precedence over loader status codes\n      ...(result.statusCode ? { statusCode: result.statusCode } : {}),\n      actionHeaders: result.headers\n        ? { [actionMatch.route.id]: result.headers }\n        : {},\n    };\n  }\n\n  async function loadRouteData(\n    request: Request,\n    matches: AgnosticDataRouteMatch[],\n    requestContext: unknown,\n    unstable_dataStrategy: DataStrategyFunction | null,\n    skipLoaderErrorBubbling: boolean,\n    routeMatch: AgnosticDataRouteMatch | null,\n    pendingActionResult?: PendingActionResult\n  ): Promise<\n    | Omit<\n        StaticHandlerContext,\n        \"location\" | \"basename\" | \"actionData\" | \"actionHeaders\"\n      >\n    | Response\n  > {\n    let isRouteRequest = routeMatch != null;\n\n    // Short circuit if we have no loaders to run (queryRoute())\n    if (\n      isRouteRequest &&\n      !routeMatch?.route.loader &&\n      !routeMatch?.route.lazy\n    ) {\n      throw getInternalRouterError(400, {\n        method: request.method,\n        pathname: new URL(request.url).pathname,\n        routeId: routeMatch?.route.id,\n      });\n    }\n\n    let requestMatches = routeMatch\n      ? [routeMatch]\n      : pendingActionResult && isErrorResult(pendingActionResult[1])\n      ? getLoaderMatchesUntilBoundary(matches, pendingActionResult[0])\n      : matches;\n    let matchesToLoad = requestMatches.filter(\n      (m) => m.route.loader || m.route.lazy\n    );\n\n    // Short circuit if we have no loaders to run (query())\n    if (matchesToLoad.length === 0) {\n      return {\n        matches,\n        // Add a null for all matched routes for proper revalidation on the client\n        loaderData: matches.reduce(\n          (acc, m) => Object.assign(acc, { [m.route.id]: null }),\n          {}\n        ),\n        errors:\n          pendingActionResult && isErrorResult(pendingActionResult[1])\n            ? {\n                [pendingActionResult[0]]: pendingActionResult[1].error,\n              }\n            : null,\n        statusCode: 200,\n        loaderHeaders: {},\n        activeDeferreds: null,\n      };\n    }\n\n    let results = await callDataStrategy(\n      \"loader\",\n      request,\n      matchesToLoad,\n      matches,\n      isRouteRequest,\n      requestContext,\n      unstable_dataStrategy\n    );\n\n    if (request.signal.aborted) {\n      throwStaticHandlerAbortedError(request, isRouteRequest, future);\n    }\n\n    // Process and commit output from loaders\n    let activeDeferreds = new Map<string, DeferredData>();\n    let context = processRouteLoaderData(\n      matches,\n      matchesToLoad,\n      results,\n      pendingActionResult,\n      activeDeferreds,\n      skipLoaderErrorBubbling\n    );\n\n    // Add a null for any non-loader matches for proper revalidation on the client\n    let executedLoaders = new Set<string>(\n      matchesToLoad.map((match) => match.route.id)\n    );\n    matches.forEach((match) => {\n      if (!executedLoaders.has(match.route.id)) {\n        context.loaderData[match.route.id] = null;\n      }\n    });\n\n    return {\n      ...context,\n      matches,\n      activeDeferreds:\n        activeDeferreds.size > 0\n          ? Object.fromEntries(activeDeferreds.entries())\n          : null,\n    };\n  }\n\n  // Utility wrapper for calling dataStrategy server-side without having to\n  // pass around the manifest, mapRouteProperties, etc.\n  async function callDataStrategy(\n    type: \"loader\" | \"action\",\n    request: Request,\n    matchesToLoad: AgnosticDataRouteMatch[],\n    matches: AgnosticDataRouteMatch[],\n    isRouteRequest: boolean,\n    requestContext: unknown,\n    unstable_dataStrategy: DataStrategyFunction | null\n  ): Promise<DataResult[]> {\n    let results = await callDataStrategyImpl(\n      unstable_dataStrategy || defaultDataStrategy,\n      type,\n      request,\n      matchesToLoad,\n      matches,\n      manifest,\n      mapRouteProperties,\n      requestContext\n    );\n\n    return await Promise.all(\n      results.map((result, i) => {\n        if (isRedirectHandlerResult(result)) {\n          let response = result.result as Response;\n          // Throw redirects and let the server handle them with an HTTP redirect\n          throw normalizeRelativeRoutingRedirectResponse(\n            response,\n            request,\n            matchesToLoad[i].route.id,\n            matches,\n            basename,\n            future.v7_relativeSplatPath\n          );\n        }\n        if (isResponse(result.result) && isRouteRequest) {\n          // For SSR single-route requests, we want to hand Responses back\n          // directly without unwrapping\n          throw result;\n        }\n\n        return convertHandlerResultToDataResult(result);\n      })\n    );\n  }\n\n  return {\n    dataRoutes,\n    query,\n    queryRoute,\n  };\n}\n\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Helpers\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * Given an existing StaticHandlerContext and an error thrown at render time,\n * provide an updated StaticHandlerContext suitable for a second SSR render\n */\nexport function getStaticContextFromError(\n  routes: AgnosticDataRouteObject[],\n  context: StaticHandlerContext,\n  error: any\n) {\n  let newContext: StaticHandlerContext = {\n    ...context,\n    statusCode: isRouteErrorResponse(error) ? error.status : 500,\n    errors: {\n      [context._deepestRenderedBoundaryId || routes[0].id]: error,\n    },\n  };\n  return newContext;\n}\n\nfunction throwStaticHandlerAbortedError(\n  request: Request,\n  isRouteRequest: boolean,\n  future: StaticHandlerFutureConfig\n) {\n  if (future.v7_throwAbortReason && request.signal.reason !== undefined) {\n    throw request.signal.reason;\n  }\n\n  let method = isRouteRequest ? \"queryRoute\" : \"query\";\n  throw new Error(`${method}() call aborted: ${request.method} ${request.url}`);\n}\n\nfunction isSubmissionNavigation(\n  opts: BaseNavigateOrFetchOptions\n): opts is SubmissionNavigateOptions {\n  return (\n    opts != null &&\n    ((\"formData\" in opts && opts.formData != null) ||\n      (\"body\" in opts && opts.body !== undefined))\n  );\n}\n\nfunction normalizeTo(\n  location: Path,\n  matches: AgnosticDataRouteMatch[],\n  basename: string,\n  prependBasename: boolean,\n  to: To | null,\n  v7_relativeSplatPath: boolean,\n  fromRouteId?: string,\n  relative?: RelativeRoutingType\n) {\n  let contextualMatches: AgnosticDataRouteMatch[];\n  let activeRouteMatch: AgnosticDataRouteMatch | undefined;\n  if (fromRouteId) {\n    // Grab matches up to the calling route so our route-relative logic is\n    // relative to the correct source route\n    contextualMatches = [];\n    for (let match of matches) {\n      contextualMatches.push(match);\n      if (match.route.id === fromRouteId) {\n        activeRouteMatch = match;\n        break;\n      }\n    }\n  } else {\n    contextualMatches = matches;\n    activeRouteMatch = matches[matches.length - 1];\n  }\n\n  // Resolve the relative path\n  let path = resolveTo(\n    to ? to : \".\",\n    getResolveToMatches(contextualMatches, v7_relativeSplatPath),\n    stripBasename(location.pathname, basename) || location.pathname,\n    relative === \"path\"\n  );\n\n  // When `to` is not specified we inherit search/hash from the current\n  // location, unlike when to=\".\" and we just inherit the path.\n  // See https://github.com/remix-run/remix/issues/927\n  if (to == null) {\n    path.search = location.search;\n    path.hash = location.hash;\n  }\n\n  // Add an ?index param for matched index routes if we don't already have one\n  if (\n    (to == null || to === \"\" || to === \".\") &&\n    activeRouteMatch &&\n    activeRouteMatch.route.index &&\n    !hasNakedIndexQuery(path.search)\n  ) {\n    path.search = path.search\n      ? path.search.replace(/^\\?/, \"?index&\")\n      : \"?index\";\n  }\n\n  // If we're operating within a basename, prepend it to the pathname.  If\n  // this is a root navigation, then just use the raw basename which allows\n  // the basename to have full control over the presence of a trailing slash\n  // on root actions\n  if (prependBasename && basename !== \"/\") {\n    path.pathname =\n      path.pathname === \"/\" ? basename : joinPaths([basename, path.pathname]);\n  }\n\n  return createPath(path);\n}\n\n// Normalize navigation options by converting formMethod=GET formData objects to\n// URLSearchParams so they behave identically to links with query params\nfunction normalizeNavigateOptions(\n  normalizeFormMethod: boolean,\n  isFetcher: boolean,\n  path: string,\n  opts?: BaseNavigateOrFetchOptions\n): {\n  path: string;\n  submission?: Submission;\n  error?: ErrorResponseImpl;\n} {\n  // Return location verbatim on non-submission navigations\n  if (!opts || !isSubmissionNavigation(opts)) {\n    return { path };\n  }\n\n  if (opts.formMethod && !isValidMethod(opts.formMethod)) {\n    return {\n      path,\n      error: getInternalRouterError(405, { method: opts.formMethod }),\n    };\n  }\n\n  let getInvalidBodyError = () => ({\n    path,\n    error: getInternalRouterError(400, { type: \"invalid-body\" }),\n  });\n\n  // Create a Submission on non-GET navigations\n  let rawFormMethod = opts.formMethod || \"get\";\n  let formMethod = normalizeFormMethod\n    ? (rawFormMethod.toUpperCase() as V7_FormMethod)\n    : (rawFormMethod.toLowerCase() as FormMethod);\n  let formAction = stripHashFromPath(path);\n\n  if (opts.body !== undefined) {\n    if (opts.formEncType === \"text/plain\") {\n      // text only support POST/PUT/PATCH/DELETE submissions\n      if (!isMutationMethod(formMethod)) {\n        return getInvalidBodyError();\n      }\n\n      let text =\n        typeof opts.body === \"string\"\n          ? opts.body\n          : opts.body instanceof FormData ||\n            opts.body instanceof URLSearchParams\n          ? // https://html.spec.whatwg.org/multipage/form-control-infrastructure.html#plain-text-form-data\n            Array.from(opts.body.entries()).reduce(\n              (acc, [name, value]) => `${acc}${name}=${value}\\n`,\n              \"\"\n            )\n          : String(opts.body);\n\n      return {\n        path,\n        submission: {\n          formMethod,\n          formAction,\n          formEncType: opts.formEncType,\n          formData: undefined,\n          json: undefined,\n          text,\n        },\n      };\n    } else if (opts.formEncType === \"application/json\") {\n      // json only supports POST/PUT/PATCH/DELETE submissions\n      if (!isMutationMethod(formMethod)) {\n        return getInvalidBodyError();\n      }\n\n      try {\n        let json =\n          typeof opts.body === \"string\" ? JSON.parse(opts.body) : opts.body;\n\n        return {\n          path,\n          submission: {\n            formMethod,\n            formAction,\n            formEncType: opts.formEncType,\n            formData: undefined,\n            json,\n            text: undefined,\n          },\n        };\n      } catch (e) {\n        return getInvalidBodyError();\n      }\n    }\n  }\n\n  invariant(\n    typeof FormData === \"function\",\n    \"FormData is not available in this environment\"\n  );\n\n  let searchParams: URLSearchParams;\n  let formData: FormData;\n\n  if (opts.formData) {\n    searchParams = convertFormDataToSearchParams(opts.formData);\n    formData = opts.formData;\n  } else if (opts.body instanceof FormData) {\n    searchParams = convertFormDataToSearchParams(opts.body);\n    formData = opts.body;\n  } else if (opts.body instanceof URLSearchParams) {\n    searchParams = opts.body;\n    formData = convertSearchParamsToFormData(searchParams);\n  } else if (opts.body == null) {\n    searchParams = new URLSearchParams();\n    formData = new FormData();\n  } else {\n    try {\n      searchParams = new URLSearchParams(opts.body);\n      formData = convertSearchParamsToFormData(searchParams);\n    } catch (e) {\n      return getInvalidBodyError();\n    }\n  }\n\n  let submission: Submission = {\n    formMethod,\n    formAction,\n    formEncType:\n      (opts && opts.formEncType) || \"application/x-www-form-urlencoded\",\n    formData,\n    json: undefined,\n    text: undefined,\n  };\n\n  if (isMutationMethod(submission.formMethod)) {\n    return { path, submission };\n  }\n\n  // Flatten submission onto URLSearchParams for GET submissions\n  let parsedPath = parsePath(path);\n  // On GET navigation submissions we can drop the ?index param from the\n  // resulting location since all loaders will run.  But fetcher GET submissions\n  // only run a single loader so we need to preserve any incoming ?index params\n  if (isFetcher && parsedPath.search && hasNakedIndexQuery(parsedPath.search)) {\n    searchParams.append(\"index\", \"\");\n  }\n  parsedPath.search = `?${searchParams}`;\n\n  return { path: createPath(parsedPath), submission };\n}\n\n// Filter out all routes below any caught error as they aren't going to\n// render so we don't need to load them\nfunction getLoaderMatchesUntilBoundary(\n  matches: AgnosticDataRouteMatch[],\n  boundaryId: string\n) {\n  let boundaryMatches = matches;\n  if (boundaryId) {\n    let index = matches.findIndex((m) => m.route.id === boundaryId);\n    if (index >= 0) {\n      boundaryMatches = matches.slice(0, index);\n    }\n  }\n  return boundaryMatches;\n}\n\nfunction getMatchesToLoad(\n  history: History,\n  state: RouterState,\n  matches: AgnosticDataRouteMatch[],\n  submission: Submission | undefined,\n  location: Location,\n  isInitialLoad: boolean,\n  skipActionErrorRevalidation: boolean,\n  isRevalidationRequired: boolean,\n  cancelledDeferredRoutes: string[],\n  cancelledFetcherLoads: Set<string>,\n  deletedFetchers: Set<string>,\n  fetchLoadMatches: Map<string, FetchLoadMatch>,\n  fetchRedirectIds: Set<string>,\n  routesToUse: AgnosticDataRouteObject[],\n  basename: string | undefined,\n  pendingActionResult?: PendingActionResult\n): [AgnosticDataRouteMatch[], RevalidatingFetcher[]] {\n  let actionResult = pendingActionResult\n    ? isErrorResult(pendingActionResult[1])\n      ? pendingActionResult[1].error\n      : pendingActionResult[1].data\n    : undefined;\n  let currentUrl = history.createURL(state.location);\n  let nextUrl = history.createURL(location);\n\n  // Pick navigation matches that are net-new or qualify for revalidation\n  let boundaryId =\n    pendingActionResult && isErrorResult(pendingActionResult[1])\n      ? pendingActionResult[0]\n      : undefined;\n  let boundaryMatches = boundaryId\n    ? getLoaderMatchesUntilBoundary(matches, boundaryId)\n    : matches;\n\n  // Don't revalidate loaders by default after action 4xx/5xx responses\n  // when the flag is enabled.  They can still opt-into revalidation via\n  // `shouldRevalidate` via `actionResult`\n  let actionStatus = pendingActionResult\n    ? pendingActionResult[1].statusCode\n    : undefined;\n  let shouldSkipRevalidation =\n    skipActionErrorRevalidation && actionStatus && actionStatus >= 400;\n\n  let navigationMatches = boundaryMatches.filter((match, index) => {\n    let { route } = match;\n    if (route.lazy) {\n      // We haven't loaded this route yet so we don't know if it's got a loader!\n      return true;\n    }\n\n    if (route.loader == null) {\n      return false;\n    }\n\n    if (isInitialLoad) {\n      if (typeof route.loader !== \"function\" || route.loader.hydrate) {\n        return true;\n      }\n      return (\n        state.loaderData[route.id] === undefined &&\n        // Don't re-run if the loader ran and threw an error\n        (!state.errors || state.errors[route.id] === undefined)\n      );\n    }\n\n    // Always call the loader on new route instances and pending defer cancellations\n    if (\n      isNewLoader(state.loaderData, state.matches[index], match) ||\n      cancelledDeferredRoutes.some((id) => id === match.route.id)\n    ) {\n      return true;\n    }\n\n    // This is the default implementation for when we revalidate.  If the route\n    // provides it's own implementation, then we give them full control but\n    // provide this value so they can leverage it if needed after they check\n    // their own specific use cases\n    let currentRouteMatch = state.matches[index];\n    let nextRouteMatch = match;\n\n    return shouldRevalidateLoader(match, {\n      currentUrl,\n      currentParams: currentRouteMatch.params,\n      nextUrl,\n      nextParams: nextRouteMatch.params,\n      ...submission,\n      actionResult,\n      actionStatus,\n      defaultShouldRevalidate: shouldSkipRevalidation\n        ? false\n        : // Forced revalidation due to submission, useRevalidator, or X-Remix-Revalidate\n          isRevalidationRequired ||\n          currentUrl.pathname + currentUrl.search ===\n            nextUrl.pathname + nextUrl.search ||\n          // Search params affect all loaders\n          currentUrl.search !== nextUrl.search ||\n          isNewRouteInstance(currentRouteMatch, nextRouteMatch),\n    });\n  });\n\n  // Pick fetcher.loads that need to be revalidated\n  let revalidatingFetchers: RevalidatingFetcher[] = [];\n  fetchLoadMatches.forEach((f, key) => {\n    // Don't revalidate:\n    //  - on initial load (shouldn't be any fetchers then anyway)\n    //  - if fetcher won't be present in the subsequent render\n    //    - no longer matches the URL (v7_fetcherPersist=false)\n    //    - was unmounted but persisted due to v7_fetcherPersist=true\n    if (\n      isInitialLoad ||\n      !matches.some((m) => m.route.id === f.routeId) ||\n      deletedFetchers.has(key)\n    ) {\n      return;\n    }\n\n    let fetcherMatches = matchRoutes(routesToUse, f.path, basename);\n\n    // If the fetcher path no longer matches, push it in with null matches so\n    // we can trigger a 404 in callLoadersAndMaybeResolveData.  Note this is\n    // currently only a use-case for Remix HMR where the route tree can change\n    // at runtime and remove a route previously loaded via a fetcher\n    if (!fetcherMatches) {\n      revalidatingFetchers.push({\n        key,\n        routeId: f.routeId,\n        path: f.path,\n        matches: null,\n        match: null,\n        controller: null,\n      });\n      return;\n    }\n\n    // Revalidating fetchers are decoupled from the route matches since they\n    // load from a static href.  They revalidate based on explicit revalidation\n    // (submission, useRevalidator, or X-Remix-Revalidate)\n    let fetcher = state.fetchers.get(key);\n    let fetcherMatch = getTargetMatch(fetcherMatches, f.path);\n\n    let shouldRevalidate = false;\n    if (fetchRedirectIds.has(key)) {\n      // Never trigger a revalidation of an actively redirecting fetcher\n      shouldRevalidate = false;\n    } else if (cancelledFetcherLoads.has(key)) {\n      // Always mark for revalidation if the fetcher was cancelled\n      cancelledFetcherLoads.delete(key);\n      shouldRevalidate = true;\n    } else if (\n      fetcher &&\n      fetcher.state !== \"idle\" &&\n      fetcher.data === undefined\n    ) {\n      // If the fetcher hasn't ever completed loading yet, then this isn't a\n      // revalidation, it would just be a brand new load if an explicit\n      // revalidation is required\n      shouldRevalidate = isRevalidationRequired;\n    } else {\n      // Otherwise fall back on any user-defined shouldRevalidate, defaulting\n      // to explicit revalidations only\n      shouldRevalidate = shouldRevalidateLoader(fetcherMatch, {\n        currentUrl,\n        currentParams: state.matches[state.matches.length - 1].params,\n        nextUrl,\n        nextParams: matches[matches.length - 1].params,\n        ...submission,\n        actionResult,\n        actionStatus,\n        defaultShouldRevalidate: shouldSkipRevalidation\n          ? false\n          : isRevalidationRequired,\n      });\n    }\n\n    if (shouldRevalidate) {\n      revalidatingFetchers.push({\n        key,\n        routeId: f.routeId,\n        path: f.path,\n        matches: fetcherMatches,\n        match: fetcherMatch,\n        controller: new AbortController(),\n      });\n    }\n  });\n\n  return [navigationMatches, revalidatingFetchers];\n}\n\nfunction isNewLoader(\n  currentLoaderData: RouteData,\n  currentMatch: AgnosticDataRouteMatch,\n  match: AgnosticDataRouteMatch\n) {\n  let isNew =\n    // [a] -> [a, b]\n    !currentMatch ||\n    // [a, b] -> [a, c]\n    match.route.id !== currentMatch.route.id;\n\n  // Handle the case that we don't have data for a re-used route, potentially\n  // from a prior error or from a cancelled pending deferred\n  let isMissingData = currentLoaderData[match.route.id] === undefined;\n\n  // Always load if this is a net-new route or we don't yet have data\n  return isNew || isMissingData;\n}\n\nfunction isNewRouteInstance(\n  currentMatch: AgnosticDataRouteMatch,\n  match: AgnosticDataRouteMatch\n) {\n  let currentPath = currentMatch.route.path;\n  return (\n    // param change for this match, /users/123 -> /users/456\n    currentMatch.pathname !== match.pathname ||\n    // splat param changed, which is not present in match.path\n    // e.g. /files/images/avatar.jpg -> files/finances.xls\n    (currentPath != null &&\n      currentPath.endsWith(\"*\") &&\n      currentMatch.params[\"*\"] !== match.params[\"*\"])\n  );\n}\n\nfunction shouldRevalidateLoader(\n  loaderMatch: AgnosticDataRouteMatch,\n  arg: ShouldRevalidateFunctionArgs\n) {\n  if (loaderMatch.route.shouldRevalidate) {\n    let routeChoice = loaderMatch.route.shouldRevalidate(arg);\n    if (typeof routeChoice === \"boolean\") {\n      return routeChoice;\n    }\n  }\n\n  return arg.defaultShouldRevalidate;\n}\n\n/**\n * Idempotent utility to execute patchRoutesOnMiss() to lazily load route\n * definitions and update the routes/routeManifest\n */\nasync function loadLazyRouteChildren(\n  patchRoutesOnMissImpl: AgnosticPatchRoutesOnMissFunction,\n  path: string,\n  matches: AgnosticDataRouteMatch[],\n  routes: AgnosticDataRouteObject[],\n  manifest: RouteManifest,\n  mapRouteProperties: MapRoutePropertiesFunction,\n  pendingRouteChildren: Map<string, ReturnType<typeof patchRoutesOnMissImpl>>,\n  signal: AbortSignal\n) {\n  let key = [path, ...matches.map((m) => m.route.id)].join(\"-\");\n  try {\n    let pending = pendingRouteChildren.get(key);\n    if (!pending) {\n      pending = patchRoutesOnMissImpl({\n        path,\n        matches,\n        patch: (routeId, children) => {\n          if (!signal.aborted) {\n            patchRoutesImpl(\n              routeId,\n              children,\n              routes,\n              manifest,\n              mapRouteProperties\n            );\n          }\n        },\n      });\n      pendingRouteChildren.set(key, pending);\n    }\n\n    if (pending && isPromise<AgnosticRouteObject[]>(pending)) {\n      await pending;\n    }\n  } finally {\n    pendingRouteChildren.delete(key);\n  }\n}\n\nfunction patchRoutesImpl(\n  routeId: string | null,\n  children: AgnosticRouteObject[],\n  routesToUse: AgnosticDataRouteObject[],\n  manifest: RouteManifest,\n  mapRouteProperties: MapRoutePropertiesFunction\n) {\n  if (routeId) {\n    let route = manifest[routeId];\n    invariant(\n      route,\n      `No route found to patch children into: routeId = ${routeId}`\n    );\n    let dataChildren = convertRoutesToDataRoutes(\n      children,\n      mapRouteProperties,\n      [routeId, \"patch\", String(route.children?.length || \"0\")],\n      manifest\n    );\n    if (route.children) {\n      route.children.push(...dataChildren);\n    } else {\n      route.children = dataChildren;\n    }\n  } else {\n    let dataChildren = convertRoutesToDataRoutes(\n      children,\n      mapRouteProperties,\n      [\"patch\", String(routesToUse.length || \"0\")],\n      manifest\n    );\n    routesToUse.push(...dataChildren);\n  }\n}\n\n/**\n * Execute route.lazy() methods to lazily load route modules (loader, action,\n * shouldRevalidate) and update the routeManifest in place which shares objects\n * with dataRoutes so those get updated as well.\n */\nasync function loadLazyRouteModule(\n  route: AgnosticDataRouteObject,\n  mapRouteProperties: MapRoutePropertiesFunction,\n  manifest: RouteManifest\n) {\n  if (!route.lazy) {\n    return;\n  }\n\n  let lazyRoute = await route.lazy();\n\n  // If the lazy route function was executed and removed by another parallel\n  // call then we can return - first lazy() to finish wins because the return\n  // value of lazy is expected to be static\n  if (!route.lazy) {\n    return;\n  }\n\n  let routeToUpdate = manifest[route.id];\n  invariant(routeToUpdate, \"No route found in manifest\");\n\n  // Update the route in place.  This should be safe because there's no way\n  // we could yet be sitting on this route as we can't get there without\n  // resolving lazy() first.\n  //\n  // This is different than the HMR \"update\" use-case where we may actively be\n  // on the route being updated.  The main concern boils down to \"does this\n  // mutation affect any ongoing navigations or any current state.matches\n  // values?\".  If not, it should be safe to update in place.\n  let routeUpdates: Record<string, any> = {};\n  for (let lazyRouteProperty in lazyRoute) {\n    let staticRouteValue =\n      routeToUpdate[lazyRouteProperty as keyof typeof routeToUpdate];\n\n    let isPropertyStaticallyDefined =\n      staticRouteValue !== undefined &&\n      // This property isn't static since it should always be updated based\n      // on the route updates\n      lazyRouteProperty !== \"hasErrorBoundary\";\n\n    warning(\n      !isPropertyStaticallyDefined,\n      `Route \"${routeToUpdate.id}\" has a static property \"${lazyRouteProperty}\" ` +\n        `defined but its lazy function is also returning a value for this property. ` +\n        `The lazy route property \"${lazyRouteProperty}\" will be ignored.`\n    );\n\n    if (\n      !isPropertyStaticallyDefined &&\n      !immutableRouteKeys.has(lazyRouteProperty as ImmutableRouteKey)\n    ) {\n      routeUpdates[lazyRouteProperty] =\n        lazyRoute[lazyRouteProperty as keyof typeof lazyRoute];\n    }\n  }\n\n  // Mutate the route with the provided updates.  Do this first so we pass\n  // the updated version to mapRouteProperties\n  Object.assign(routeToUpdate, routeUpdates);\n\n  // Mutate the `hasErrorBoundary` property on the route based on the route\n  // updates and remove the `lazy` function so we don't resolve the lazy\n  // route again.\n  Object.assign(routeToUpdate, {\n    // To keep things framework agnostic, we use the provided\n    // `mapRouteProperties` (or wrapped `detectErrorBoundary`) function to\n    // set the framework-aware properties (`element`/`hasErrorBoundary`) since\n    // the logic will differ between frameworks.\n    ...mapRouteProperties(routeToUpdate),\n    lazy: undefined,\n  });\n}\n\n// Default implementation of `dataStrategy` which fetches all loaders in parallel\nfunction defaultDataStrategy(\n  opts: DataStrategyFunctionArgs\n): ReturnType<DataStrategyFunction> {\n  return Promise.all(opts.matches.map((m) => m.resolve()));\n}\n\nasync function callDataStrategyImpl(\n  dataStrategyImpl: DataStrategyFunction,\n  type: \"loader\" | \"action\",\n  request: Request,\n  matchesToLoad: AgnosticDataRouteMatch[],\n  matches: AgnosticDataRouteMatch[],\n  manifest: RouteManifest,\n  mapRouteProperties: MapRoutePropertiesFunction,\n  requestContext?: unknown\n): Promise<HandlerResult[]> {\n  let routeIdsToLoad = matchesToLoad.reduce(\n    (acc, m) => acc.add(m.route.id),\n    new Set<string>()\n  );\n  let loadedMatches = new Set<string>();\n\n  // Send all matches here to allow for a middleware-type implementation.\n  // handler will be a no-op for unneeded routes and we filter those results\n  // back out below.\n  let results = await dataStrategyImpl({\n    matches: matches.map((match) => {\n      let shouldLoad = routeIdsToLoad.has(match.route.id);\n      // `resolve` encapsulates the route.lazy, executing the\n      // loader/action, and mapping return values/thrown errors to a\n      // HandlerResult.  Users can pass a callback to take fine-grained control\n      // over the execution of the loader/action\n      let resolve: DataStrategyMatch[\"resolve\"] = (handlerOverride) => {\n        loadedMatches.add(match.route.id);\n        return shouldLoad\n          ? callLoaderOrAction(\n              type,\n              request,\n              match,\n              manifest,\n              mapRouteProperties,\n              handlerOverride,\n              requestContext\n            )\n          : Promise.resolve({ type: ResultType.data, result: undefined });\n      };\n\n      return {\n        ...match,\n        shouldLoad,\n        resolve,\n      };\n    }),\n    request,\n    params: matches[0].params,\n    context: requestContext,\n  });\n\n  // Throw if any loadRoute implementations not called since they are what\n  // ensures a route is fully loaded\n  matches.forEach((m) =>\n    invariant(\n      loadedMatches.has(m.route.id),\n      `\\`match.resolve()\\` was not called for route id \"${m.route.id}\". ` +\n        \"You must call `match.resolve()` on every match passed to \" +\n        \"`dataStrategy` to ensure all routes are properly loaded.\"\n    )\n  );\n\n  // Filter out any middleware-only matches for which we didn't need to run handlers\n  return results.filter((_, i) => routeIdsToLoad.has(matches[i].route.id));\n}\n\n// Default logic for calling a loader/action is the user has no specified a dataStrategy\nasync function callLoaderOrAction(\n  type: \"loader\" | \"action\",\n  request: Request,\n  match: AgnosticDataRouteMatch,\n  manifest: RouteManifest,\n  mapRouteProperties: MapRoutePropertiesFunction,\n  handlerOverride: Parameters<DataStrategyMatch[\"resolve\"]>[0],\n  staticContext?: unknown\n): Promise<HandlerResult> {\n  let result: HandlerResult;\n  let onReject: (() => void) | undefined;\n\n  let runHandler = (\n    handler: AgnosticRouteObject[\"loader\"] | AgnosticRouteObject[\"action\"]\n  ): Promise<HandlerResult> => {\n    // Setup a promise we can race against so that abort signals short circuit\n    let reject: () => void;\n    // This will never resolve so safe to type it as Promise<HandlerResult> to\n    // satisfy the function return value\n    let abortPromise = new Promise<HandlerResult>((_, r) => (reject = r));\n    onReject = () => reject();\n    request.signal.addEventListener(\"abort\", onReject);\n\n    let actualHandler = (ctx?: unknown) => {\n      if (typeof handler !== \"function\") {\n        return Promise.reject(\n          new Error(\n            `You cannot call the handler for a route which defines a boolean ` +\n              `\"${type}\" [routeId: ${match.route.id}]`\n          )\n        );\n      }\n      return handler(\n        {\n          request,\n          params: match.params,\n          context: staticContext,\n        },\n        ...(ctx !== undefined ? [ctx] : [])\n      );\n    };\n\n    let handlerPromise: Promise<HandlerResult>;\n    if (handlerOverride) {\n      handlerPromise = handlerOverride((ctx: unknown) => actualHandler(ctx));\n    } else {\n      handlerPromise = (async () => {\n        try {\n          let val = await actualHandler();\n          return { type: \"data\", result: val };\n        } catch (e) {\n          return { type: \"error\", result: e };\n        }\n      })();\n    }\n\n    return Promise.race([handlerPromise, abortPromise]);\n  };\n\n  try {\n    let handler = match.route[type];\n\n    if (match.route.lazy) {\n      if (handler) {\n        // Run statically defined handler in parallel with lazy()\n        let handlerError;\n        let [value] = await Promise.all([\n          // If the handler throws, don't let it immediately bubble out,\n          // since we need to let the lazy() execution finish so we know if this\n          // route has a boundary that can handle the error\n          runHandler(handler).catch((e) => {\n            handlerError = e;\n          }),\n          loadLazyRouteModule(match.route, mapRouteProperties, manifest),\n        ]);\n        if (handlerError !== undefined) {\n          throw handlerError;\n        }\n        result = value!;\n      } else {\n        // Load lazy route module, then run any returned handler\n        await loadLazyRouteModule(match.route, mapRouteProperties, manifest);\n\n        handler = match.route[type];\n        if (handler) {\n          // Handler still runs even if we got interrupted to maintain consistency\n          // with un-abortable behavior of handler execution on non-lazy or\n          // previously-lazy-loaded routes\n          result = await runHandler(handler);\n        } else if (type === \"action\") {\n          let url = new URL(request.url);\n          let pathname = url.pathname + url.search;\n          throw getInternalRouterError(405, {\n            method: request.method,\n            pathname,\n            routeId: match.route.id,\n          });\n        } else {\n          // lazy() route has no loader to run.  Short circuit here so we don't\n          // hit the invariant below that errors on returning undefined.\n          return { type: ResultType.data, result: undefined };\n        }\n      }\n    } else if (!handler) {\n      let url = new URL(request.url);\n      let pathname = url.pathname + url.search;\n      throw getInternalRouterError(404, {\n        pathname,\n      });\n    } else {\n      result = await runHandler(handler);\n    }\n\n    invariant(\n      result.result !== undefined,\n      `You defined ${type === \"action\" ? \"an action\" : \"a loader\"} for route ` +\n        `\"${match.route.id}\" but didn't return anything from your \\`${type}\\` ` +\n        `function. Please return a value or \\`null\\`.`\n    );\n  } catch (e) {\n    // We should already be catching and converting normal handler executions to\n    // HandlerResults and returning them, so anything that throws here is an\n    // unexpected error we still need to wrap\n    return { type: ResultType.error, result: e };\n  } finally {\n    if (onReject) {\n      request.signal.removeEventListener(\"abort\", onReject);\n    }\n  }\n\n  return result;\n}\n\nasync function convertHandlerResultToDataResult(\n  handlerResult: HandlerResult\n): Promise<DataResult> {\n  let { result, type } = handlerResult;\n\n  if (isResponse(result)) {\n    let data: any;\n\n    try {\n      let contentType = result.headers.get(\"Content-Type\");\n      // Check between word boundaries instead of startsWith() due to the last\n      // paragraph of https://httpwg.org/specs/rfc9110.html#field.content-type\n      if (contentType && /\\bapplication\\/json\\b/.test(contentType)) {\n        if (result.body == null) {\n          data = null;\n        } else {\n          data = await result.json();\n        }\n      } else {\n        data = await result.text();\n      }\n    } catch (e) {\n      return { type: ResultType.error, error: e };\n    }\n\n    if (type === ResultType.error) {\n      return {\n        type: ResultType.error,\n        error: new ErrorResponseImpl(result.status, result.statusText, data),\n        statusCode: result.status,\n        headers: result.headers,\n      };\n    }\n\n    return {\n      type: ResultType.data,\n      data,\n      statusCode: result.status,\n      headers: result.headers,\n    };\n  }\n\n  if (type === ResultType.error) {\n    if (isDataWithResponseInit(result)) {\n      if (result.data instanceof Error) {\n        return {\n          type: ResultType.error,\n          error: result.data,\n          statusCode: result.init?.status,\n        };\n      }\n\n      // Convert thrown unstable_data() to ErrorResponse instances\n      result = new ErrorResponseImpl(\n        result.init?.status || 500,\n        undefined,\n        result.data\n      );\n    }\n    return {\n      type: ResultType.error,\n      error: result,\n      statusCode: isRouteErrorResponse(result) ? result.status : undefined,\n    };\n  }\n\n  if (isDeferredData(result)) {\n    return {\n      type: ResultType.deferred,\n      deferredData: result,\n      statusCode: result.init?.status,\n      headers: result.init?.headers && new Headers(result.init.headers),\n    };\n  }\n\n  if (isDataWithResponseInit(result)) {\n    return {\n      type: ResultType.data,\n      data: result.data,\n      statusCode: result.init?.status,\n      headers: result.init?.headers\n        ? new Headers(result.init.headers)\n        : undefined,\n    };\n  }\n\n  return { type: ResultType.data, data: result };\n}\n\n// Support relative routing in internal redirects\nfunction normalizeRelativeRoutingRedirectResponse(\n  response: Response,\n  request: Request,\n  routeId: string,\n  matches: AgnosticDataRouteMatch[],\n  basename: string,\n  v7_relativeSplatPath: boolean\n) {\n  let location = response.headers.get(\"Location\");\n  invariant(\n    location,\n    \"Redirects returned/thrown from loaders/actions must have a Location header\"\n  );\n\n  if (!ABSOLUTE_URL_REGEX.test(location)) {\n    let trimmedMatches = matches.slice(\n      0,\n      matches.findIndex((m) => m.route.id === routeId) + 1\n    );\n    location = normalizeTo(\n      new URL(request.url),\n      trimmedMatches,\n      basename,\n      true,\n      location,\n      v7_relativeSplatPath\n    );\n    response.headers.set(\"Location\", location);\n  }\n\n  return response;\n}\n\nfunction normalizeRedirectLocation(\n  location: string,\n  currentUrl: URL,\n  basename: string\n): string {\n  if (ABSOLUTE_URL_REGEX.test(location)) {\n    // Strip off the protocol+origin for same-origin + same-basename absolute redirects\n    let normalizedLocation = location;\n    let url = normalizedLocation.startsWith(\"//\")\n      ? new URL(currentUrl.protocol + normalizedLocation)\n      : new URL(normalizedLocation);\n    let isSameBasename = stripBasename(url.pathname, basename) != null;\n    if (url.origin === currentUrl.origin && isSameBasename) {\n      return url.pathname + url.search + url.hash;\n    }\n  }\n  return location;\n}\n\n// Utility method for creating the Request instances for loaders/actions during\n// client-side navigations and fetches.  During SSR we will always have a\n// Request instance from the static handler (query/queryRoute)\nfunction createClientSideRequest(\n  history: History,\n  location: string | Location,\n  signal: AbortSignal,\n  submission?: Submission\n): Request {\n  let url = history.createURL(stripHashFromPath(location)).toString();\n  let init: RequestInit = { signal };\n\n  if (submission && isMutationMethod(submission.formMethod)) {\n    let { formMethod, formEncType } = submission;\n    // Didn't think we needed this but it turns out unlike other methods, patch\n    // won't be properly normalized to uppercase and results in a 405 error.\n    // See: https://fetch.spec.whatwg.org/#concept-method\n    init.method = formMethod.toUpperCase();\n\n    if (formEncType === \"application/json\") {\n      init.headers = new Headers({ \"Content-Type\": formEncType });\n      init.body = JSON.stringify(submission.json);\n    } else if (formEncType === \"text/plain\") {\n      // Content-Type is inferred (https://fetch.spec.whatwg.org/#dom-request)\n      init.body = submission.text;\n    } else if (\n      formEncType === \"application/x-www-form-urlencoded\" &&\n      submission.formData\n    ) {\n      // Content-Type is inferred (https://fetch.spec.whatwg.org/#dom-request)\n      init.body = convertFormDataToSearchParams(submission.formData);\n    } else {\n      // Content-Type is inferred (https://fetch.spec.whatwg.org/#dom-request)\n      init.body = submission.formData;\n    }\n  }\n\n  return new Request(url, init);\n}\n\nfunction convertFormDataToSearchParams(formData: FormData): URLSearchParams {\n  let searchParams = new URLSearchParams();\n\n  for (let [key, value] of formData.entries()) {\n    // https://html.spec.whatwg.org/multipage/form-control-infrastructure.html#converting-an-entry-list-to-a-list-of-name-value-pairs\n    searchParams.append(key, typeof value === \"string\" ? value : value.name);\n  }\n\n  return searchParams;\n}\n\nfunction convertSearchParamsToFormData(\n  searchParams: URLSearchParams\n): FormData {\n  let formData = new FormData();\n  for (let [key, value] of searchParams.entries()) {\n    formData.append(key, value);\n  }\n  return formData;\n}\n\nfunction processRouteLoaderData(\n  matches: AgnosticDataRouteMatch[],\n  matchesToLoad: AgnosticDataRouteMatch[],\n  results: DataResult[],\n  pendingActionResult: PendingActionResult | undefined,\n  activeDeferreds: Map<string, DeferredData>,\n  skipLoaderErrorBubbling: boolean\n): {\n  loaderData: RouterState[\"loaderData\"];\n  errors: RouterState[\"errors\"] | null;\n  statusCode: number;\n  loaderHeaders: Record<string, Headers>;\n} {\n  // Fill in loaderData/errors from our loaders\n  let loaderData: RouterState[\"loaderData\"] = {};\n  let errors: RouterState[\"errors\"] | null = null;\n  let statusCode: number | undefined;\n  let foundError = false;\n  let loaderHeaders: Record<string, Headers> = {};\n  let pendingError =\n    pendingActionResult && isErrorResult(pendingActionResult[1])\n      ? pendingActionResult[1].error\n      : undefined;\n\n  // Process loader results into state.loaderData/state.errors\n  results.forEach((result, index) => {\n    let id = matchesToLoad[index].route.id;\n    invariant(\n      !isRedirectResult(result),\n      \"Cannot handle redirect results in processLoaderData\"\n    );\n    if (isErrorResult(result)) {\n      let error = result.error;\n      // If we have a pending action error, we report it at the highest-route\n      // that throws a loader error, and then clear it out to indicate that\n      // it was consumed\n      if (pendingError !== undefined) {\n        error = pendingError;\n        pendingError = undefined;\n      }\n\n      errors = errors || {};\n\n      if (skipLoaderErrorBubbling) {\n        errors[id] = error;\n      } else {\n        // Look upwards from the matched route for the closest ancestor error\n        // boundary, defaulting to the root match.  Prefer higher error values\n        // if lower errors bubble to the same boundary\n        let boundaryMatch = findNearestBoundary(matches, id);\n        if (errors[boundaryMatch.route.id] == null) {\n          errors[boundaryMatch.route.id] = error;\n        }\n      }\n\n      // Clear our any prior loaderData for the throwing route\n      loaderData[id] = undefined;\n\n      // Once we find our first (highest) error, we set the status code and\n      // prevent deeper status codes from overriding\n      if (!foundError) {\n        foundError = true;\n        statusCode = isRouteErrorResponse(result.error)\n          ? result.error.status\n          : 500;\n      }\n      if (result.headers) {\n        loaderHeaders[id] = result.headers;\n      }\n    } else {\n      if (isDeferredResult(result)) {\n        activeDeferreds.set(id, result.deferredData);\n        loaderData[id] = result.deferredData.data;\n        // Error status codes always override success status codes, but if all\n        // loaders are successful we take the deepest status code.\n        if (\n          result.statusCode != null &&\n          result.statusCode !== 200 &&\n          !foundError\n        ) {\n          statusCode = result.statusCode;\n        }\n        if (result.headers) {\n          loaderHeaders[id] = result.headers;\n        }\n      } else {\n        loaderData[id] = result.data;\n        // Error status codes always override success status codes, but if all\n        // loaders are successful we take the deepest status code.\n        if (result.statusCode && result.statusCode !== 200 && !foundError) {\n          statusCode = result.statusCode;\n        }\n        if (result.headers) {\n          loaderHeaders[id] = result.headers;\n        }\n      }\n    }\n  });\n\n  // If we didn't consume the pending action error (i.e., all loaders\n  // resolved), then consume it here.  Also clear out any loaderData for the\n  // throwing route\n  if (pendingError !== undefined && pendingActionResult) {\n    errors = { [pendingActionResult[0]]: pendingError };\n    loaderData[pendingActionResult[0]] = undefined;\n  }\n\n  return {\n    loaderData,\n    errors,\n    statusCode: statusCode || 200,\n    loaderHeaders,\n  };\n}\n\nfunction processLoaderData(\n  state: RouterState,\n  matches: AgnosticDataRouteMatch[],\n  matchesToLoad: AgnosticDataRouteMatch[],\n  results: DataResult[],\n  pendingActionResult: PendingActionResult | undefined,\n  revalidatingFetchers: RevalidatingFetcher[],\n  fetcherResults: DataResult[],\n  activeDeferreds: Map<string, DeferredData>\n): {\n  loaderData: RouterState[\"loaderData\"];\n  errors?: RouterState[\"errors\"];\n} {\n  let { loaderData, errors } = processRouteLoaderData(\n    matches,\n    matchesToLoad,\n    results,\n    pendingActionResult,\n    activeDeferreds,\n    false // This method is only called client side so we always want to bubble\n  );\n\n  // Process results from our revalidating fetchers\n  for (let index = 0; index < revalidatingFetchers.length; index++) {\n    let { key, match, controller } = revalidatingFetchers[index];\n    invariant(\n      fetcherResults !== undefined && fetcherResults[index] !== undefined,\n      \"Did not find corresponding fetcher result\"\n    );\n    let result = fetcherResults[index];\n\n    // Process fetcher non-redirect errors\n    if (controller && controller.signal.aborted) {\n      // Nothing to do for aborted fetchers\n      continue;\n    } else if (isErrorResult(result)) {\n      let boundaryMatch = findNearestBoundary(state.matches, match?.route.id);\n      if (!(errors && errors[boundaryMatch.route.id])) {\n        errors = {\n          ...errors,\n          [boundaryMatch.route.id]: result.error,\n        };\n      }\n      state.fetchers.delete(key);\n    } else if (isRedirectResult(result)) {\n      // Should never get here, redirects should get processed above, but we\n      // keep this to type narrow to a success result in the else\n      invariant(false, \"Unhandled fetcher revalidation redirect\");\n    } else if (isDeferredResult(result)) {\n      // Should never get here, deferred data should be awaited for fetchers\n      // in resolveDeferredResults\n      invariant(false, \"Unhandled fetcher deferred data\");\n    } else {\n      let doneFetcher = getDoneFetcher(result.data);\n      state.fetchers.set(key, doneFetcher);\n    }\n  }\n\n  return { loaderData, errors };\n}\n\nfunction mergeLoaderData(\n  loaderData: RouteData,\n  newLoaderData: RouteData,\n  matches: AgnosticDataRouteMatch[],\n  errors: RouteData | null | undefined\n): RouteData {\n  let mergedLoaderData = { ...newLoaderData };\n  for (let match of matches) {\n    let id = match.route.id;\n    if (newLoaderData.hasOwnProperty(id)) {\n      if (newLoaderData[id] !== undefined) {\n        mergedLoaderData[id] = newLoaderData[id];\n      } else {\n        // No-op - this is so we ignore existing data if we have a key in the\n        // incoming object with an undefined value, which is how we unset a prior\n        // loaderData if we encounter a loader error\n      }\n    } else if (loaderData[id] !== undefined && match.route.loader) {\n      // Preserve existing keys not included in newLoaderData and where a loader\n      // wasn't removed by HMR\n      mergedLoaderData[id] = loaderData[id];\n    }\n\n    if (errors && errors.hasOwnProperty(id)) {\n      // Don't keep any loader data below the boundary\n      break;\n    }\n  }\n  return mergedLoaderData;\n}\n\nfunction getActionDataForCommit(\n  pendingActionResult: PendingActionResult | undefined\n) {\n  if (!pendingActionResult) {\n    return {};\n  }\n  return isErrorResult(pendingActionResult[1])\n    ? {\n        // Clear out prior actionData on errors\n        actionData: {},\n      }\n    : {\n        actionData: {\n          [pendingActionResult[0]]: pendingActionResult[1].data,\n        },\n      };\n}\n\n// Find the nearest error boundary, looking upwards from the leaf route (or the\n// route specified by routeId) for the closest ancestor error boundary,\n// defaulting to the root match\nfunction findNearestBoundary(\n  matches: AgnosticDataRouteMatch[],\n  routeId?: string\n): AgnosticDataRouteMatch {\n  let eligibleMatches = routeId\n    ? matches.slice(0, matches.findIndex((m) => m.route.id === routeId) + 1)\n    : [...matches];\n  return (\n    eligibleMatches.reverse().find((m) => m.route.hasErrorBoundary === true) ||\n    matches[0]\n  );\n}\n\nfunction getShortCircuitMatches(routes: AgnosticDataRouteObject[]): {\n  matches: AgnosticDataRouteMatch[];\n  route: AgnosticDataRouteObject;\n} {\n  // Prefer a root layout route if present, otherwise shim in a route object\n  let route =\n    routes.length === 1\n      ? routes[0]\n      : routes.find((r) => r.index || !r.path || r.path === \"/\") || {\n          id: `__shim-error-route__`,\n        };\n\n  return {\n    matches: [\n      {\n        params: {},\n        pathname: \"\",\n        pathnameBase: \"\",\n        route,\n      },\n    ],\n    route,\n  };\n}\n\nfunction getInternalRouterError(\n  status: number,\n  {\n    pathname,\n    routeId,\n    method,\n    type,\n    message,\n  }: {\n    pathname?: string;\n    routeId?: string;\n    method?: string;\n    type?: \"defer-action\" | \"invalid-body\" | \"route-discovery\";\n    message?: string;\n  } = {}\n) {\n  let statusText = \"Unknown Server Error\";\n  let errorMessage = \"Unknown @remix-run/router error\";\n\n  if (status === 400) {\n    statusText = \"Bad Request\";\n    if (type === \"route-discovery\") {\n      errorMessage =\n        `Unable to match URL \"${pathname}\" - the \\`unstable_patchRoutesOnMiss()\\` ` +\n        `function threw the following error:\\n${message}`;\n    } else if (method && pathname && routeId) {\n      errorMessage =\n        `You made a ${method} request to \"${pathname}\" but ` +\n        `did not provide a \\`loader\\` for route \"${routeId}\", ` +\n        `so there is no way to handle the request.`;\n    } else if (type === \"defer-action\") {\n      errorMessage = \"defer() is not supported in actions\";\n    } else if (type === \"invalid-body\") {\n      errorMessage = \"Unable to encode submission body\";\n    }\n  } else if (status === 403) {\n    statusText = \"Forbidden\";\n    errorMessage = `Route \"${routeId}\" does not match URL \"${pathname}\"`;\n  } else if (status === 404) {\n    statusText = \"Not Found\";\n    errorMessage = `No route matches URL \"${pathname}\"`;\n  } else if (status === 405) {\n    statusText = \"Method Not Allowed\";\n    if (method && pathname && routeId) {\n      errorMessage =\n        `You made a ${method.toUpperCase()} request to \"${pathname}\" but ` +\n        `did not provide an \\`action\\` for route \"${routeId}\", ` +\n        `so there is no way to handle the request.`;\n    } else if (method) {\n      errorMessage = `Invalid request method \"${method.toUpperCase()}\"`;\n    }\n  }\n\n  return new ErrorResponseImpl(\n    status || 500,\n    statusText,\n    new Error(errorMessage),\n    true\n  );\n}\n\n// Find any returned redirect errors, starting from the lowest match\nfunction findRedirect(\n  results: DataResult[]\n): { result: RedirectResult; idx: number } | undefined {\n  for (let i = results.length - 1; i >= 0; i--) {\n    let result = results[i];\n    if (isRedirectResult(result)) {\n      return { result, idx: i };\n    }\n  }\n}\n\nfunction stripHashFromPath(path: To) {\n  let parsedPath = typeof path === \"string\" ? parsePath(path) : path;\n  return createPath({ ...parsedPath, hash: \"\" });\n}\n\nfunction isHashChangeOnly(a: Location, b: Location): boolean {\n  if (a.pathname !== b.pathname || a.search !== b.search) {\n    return false;\n  }\n\n  if (a.hash === \"\") {\n    // /page -> /page#hash\n    return b.hash !== \"\";\n  } else if (a.hash === b.hash) {\n    // /page#hash -> /page#hash\n    return true;\n  } else if (b.hash !== \"\") {\n    // /page#hash -> /page#other\n    return true;\n  }\n\n  // If the hash is removed the browser will re-perform a request to the server\n  // /page#hash -> /page\n  return false;\n}\n\nfunction isPromise<T = unknown>(val: unknown): val is Promise<T> {\n  return typeof val === \"object\" && val != null && \"then\" in val;\n}\n\nfunction isHandlerResult(result: unknown): result is HandlerResult {\n  return (\n    result != null &&\n    typeof result === \"object\" &&\n    \"type\" in result &&\n    \"result\" in result &&\n    (result.type === ResultType.data || result.type === ResultType.error)\n  );\n}\n\nfunction isRedirectHandlerResult(result: HandlerResult) {\n  return (\n    isResponse(result.result) && redirectStatusCodes.has(result.result.status)\n  );\n}\n\nfunction isDeferredResult(result: DataResult): result is DeferredResult {\n  return result.type === ResultType.deferred;\n}\n\nfunction isErrorResult(result: DataResult): result is ErrorResult {\n  return result.type === ResultType.error;\n}\n\nfunction isRedirectResult(result?: DataResult): result is RedirectResult {\n  return (result && result.type) === ResultType.redirect;\n}\n\nexport function isDataWithResponseInit(\n  value: any\n): value is DataWithResponseInit<unknown> {\n  return (\n    typeof value === \"object\" &&\n    value != null &&\n    \"type\" in value &&\n    \"data\" in value &&\n    \"init\" in value &&\n    value.type === \"DataWithResponseInit\"\n  );\n}\n\nexport function isDeferredData(value: any): value is DeferredData {\n  let deferred: DeferredData = value;\n  return (\n    deferred &&\n    typeof deferred === \"object\" &&\n    typeof deferred.data === \"object\" &&\n    typeof deferred.subscribe === \"function\" &&\n    typeof deferred.cancel === \"function\" &&\n    typeof deferred.resolveData === \"function\"\n  );\n}\n\nfunction isResponse(value: any): value is Response {\n  return (\n    value != null &&\n    typeof value.status === \"number\" &&\n    typeof value.statusText === \"string\" &&\n    typeof value.headers === \"object\" &&\n    typeof value.body !== \"undefined\"\n  );\n}\n\nfunction isRedirectResponse(result: any): result is Response {\n  if (!isResponse(result)) {\n    return false;\n  }\n\n  let status = result.status;\n  let location = result.headers.get(\"Location\");\n  return status >= 300 && status <= 399 && location != null;\n}\n\nfunction isValidMethod(method: string): method is FormMethod | V7_FormMethod {\n  return validRequestMethods.has(method.toLowerCase() as FormMethod);\n}\n\nfunction isMutationMethod(\n  method: string\n): method is MutationFormMethod | V7_MutationFormMethod {\n  return validMutationMethods.has(method.toLowerCase() as MutationFormMethod);\n}\n\nasync function resolveDeferredResults(\n  currentMatches: AgnosticDataRouteMatch[],\n  matchesToLoad: (AgnosticDataRouteMatch | null)[],\n  results: DataResult[],\n  signals: (AbortSignal | null)[],\n  isFetcher: boolean,\n  currentLoaderData?: RouteData\n) {\n  for (let index = 0; index < results.length; index++) {\n    let result = results[index];\n    let match = matchesToLoad[index];\n    // If we don't have a match, then we can have a deferred result to do\n    // anything with.  This is for revalidating fetchers where the route was\n    // removed during HMR\n    if (!match) {\n      continue;\n    }\n\n    let currentMatch = currentMatches.find(\n      (m) => m.route.id === match!.route.id\n    );\n    let isRevalidatingLoader =\n      currentMatch != null &&\n      !isNewRouteInstance(currentMatch, match) &&\n      (currentLoaderData && currentLoaderData[match.route.id]) !== undefined;\n\n    if (isDeferredResult(result) && (isFetcher || isRevalidatingLoader)) {\n      // Note: we do not have to touch activeDeferreds here since we race them\n      // against the signal in resolveDeferredData and they'll get aborted\n      // there if needed\n      let signal = signals[index];\n      invariant(\n        signal,\n        \"Expected an AbortSignal for revalidating fetcher deferred result\"\n      );\n      await resolveDeferredData(result, signal, isFetcher).then((result) => {\n        if (result) {\n          results[index] = result || results[index];\n        }\n      });\n    }\n  }\n}\n\nasync function resolveDeferredData(\n  result: DeferredResult,\n  signal: AbortSignal,\n  unwrap = false\n): Promise<SuccessResult | ErrorResult | undefined> {\n  let aborted = await result.deferredData.resolveData(signal);\n  if (aborted) {\n    return;\n  }\n\n  if (unwrap) {\n    try {\n      return {\n        type: ResultType.data,\n        data: result.deferredData.unwrappedData,\n      };\n    } catch (e) {\n      // Handle any TrackedPromise._error values encountered while unwrapping\n      return {\n        type: ResultType.error,\n        error: e,\n      };\n    }\n  }\n\n  return {\n    type: ResultType.data,\n    data: result.deferredData.data,\n  };\n}\n\nfunction hasNakedIndexQuery(search: string): boolean {\n  return new URLSearchParams(search).getAll(\"index\").some((v) => v === \"\");\n}\n\nfunction getTargetMatch(\n  matches: AgnosticDataRouteMatch[],\n  location: Location | string\n) {\n  let search =\n    typeof location === \"string\" ? parsePath(location).search : location.search;\n  if (\n    matches[matches.length - 1].route.index &&\n    hasNakedIndexQuery(search || \"\")\n  ) {\n    // Return the leaf index route when index is present\n    return matches[matches.length - 1];\n  }\n  // Otherwise grab the deepest \"path contributing\" match (ignoring index and\n  // pathless layout routes)\n  let pathMatches = getPathContributingMatches(matches);\n  return pathMatches[pathMatches.length - 1];\n}\n\nfunction getSubmissionFromNavigation(\n  navigation: Navigation\n): Submission | undefined {\n  let { formMethod, formAction, formEncType, text, formData, json } =\n    navigation;\n  if (!formMethod || !formAction || !formEncType) {\n    return;\n  }\n\n  if (text != null) {\n    return {\n      formMethod,\n      formAction,\n      formEncType,\n      formData: undefined,\n      json: undefined,\n      text,\n    };\n  } else if (formData != null) {\n    return {\n      formMethod,\n      formAction,\n      formEncType,\n      formData,\n      json: undefined,\n      text: undefined,\n    };\n  } else if (json !== undefined) {\n    return {\n      formMethod,\n      formAction,\n      formEncType,\n      formData: undefined,\n      json,\n      text: undefined,\n    };\n  }\n}\n\nfunction getLoadingNavigation(\n  location: Location,\n  submission?: Submission\n): NavigationStates[\"Loading\"] {\n  if (submission) {\n    let navigation: NavigationStates[\"Loading\"] = {\n      state: \"loading\",\n      location,\n      formMethod: submission.formMethod,\n      formAction: submission.formAction,\n      formEncType: submission.formEncType,\n      formData: submission.formData,\n      json: submission.json,\n      text: submission.text,\n    };\n    return navigation;\n  } else {\n    let navigation: NavigationStates[\"Loading\"] = {\n      state: \"loading\",\n      location,\n      formMethod: undefined,\n      formAction: undefined,\n      formEncType: undefined,\n      formData: undefined,\n      json: undefined,\n      text: undefined,\n    };\n    return navigation;\n  }\n}\n\nfunction getSubmittingNavigation(\n  location: Location,\n  submission: Submission\n): NavigationStates[\"Submitting\"] {\n  let navigation: NavigationStates[\"Submitting\"] = {\n    state: \"submitting\",\n    location,\n    formMethod: submission.formMethod,\n    formAction: submission.formAction,\n    formEncType: submission.formEncType,\n    formData: submission.formData,\n    json: submission.json,\n    text: submission.text,\n  };\n  return navigation;\n}\n\nfunction getLoadingFetcher(\n  submission?: Submission,\n  data?: Fetcher[\"data\"]\n): FetcherStates[\"Loading\"] {\n  if (submission) {\n    let fetcher: FetcherStates[\"Loading\"] = {\n      state: \"loading\",\n      formMethod: submission.formMethod,\n      formAction: submission.formAction,\n      formEncType: submission.formEncType,\n      formData: submission.formData,\n      json: submission.json,\n      text: submission.text,\n      data,\n    };\n    return fetcher;\n  } else {\n    let fetcher: FetcherStates[\"Loading\"] = {\n      state: \"loading\",\n      formMethod: undefined,\n      formAction: undefined,\n      formEncType: undefined,\n      formData: undefined,\n      json: undefined,\n      text: undefined,\n      data,\n    };\n    return fetcher;\n  }\n}\n\nfunction getSubmittingFetcher(\n  submission: Submission,\n  existingFetcher?: Fetcher\n): FetcherStates[\"Submitting\"] {\n  let fetcher: FetcherStates[\"Submitting\"] = {\n    state: \"submitting\",\n    formMethod: submission.formMethod,\n    formAction: submission.formAction,\n    formEncType: submission.formEncType,\n    formData: submission.formData,\n    json: submission.json,\n    text: submission.text,\n    data: existingFetcher ? existingFetcher.data : undefined,\n  };\n  return fetcher;\n}\n\nfunction getDoneFetcher(data: Fetcher[\"data\"]): FetcherStates[\"Idle\"] {\n  let fetcher: FetcherStates[\"Idle\"] = {\n    state: \"idle\",\n    formMethod: undefined,\n    formAction: undefined,\n    formEncType: undefined,\n    formData: undefined,\n    json: undefined,\n    text: undefined,\n    data,\n  };\n  return fetcher;\n}\n\nfunction restoreAppliedTransitions(\n  _window: Window,\n  transitions: Map<string, Set<string>>\n) {\n  try {\n    let sessionPositions = _window.sessionStorage.getItem(\n      TRANSITIONS_STORAGE_KEY\n    );\n    if (sessionPositions) {\n      let json = JSON.parse(sessionPositions);\n      for (let [k, v] of Object.entries(json || {})) {\n        if (v && Array.isArray(v)) {\n          transitions.set(k, new Set(v || []));\n        }\n      }\n    }\n  } catch (e) {\n    // no-op, use default empty object\n  }\n}\n\nfunction persistAppliedTransitions(\n  _window: Window,\n  transitions: Map<string, Set<string>>\n) {\n  if (transitions.size > 0) {\n    let json: Record<string, string[]> = {};\n    for (let [k, v] of transitions) {\n      json[k] = [...v];\n    }\n    try {\n      _window.sessionStorage.setItem(\n        TRANSITIONS_STORAGE_KEY,\n        JSON.stringify(json)\n      );\n    } catch (error) {\n      warning(\n        false,\n        `Failed to save applied view transitions in sessionStorage (${error}).`\n      );\n    }\n  }\n}\n//#endregion\n","import * as React from \"react\";\nimport type {\n  AgnosticIndexRouteObject,\n  AgnosticNonIndexRouteObject,\n  AgnosticRouteMatch,\n  History,\n  LazyRouteFunction,\n  Location,\n  Action as NavigationType,\n  RelativeRoutingType,\n  Router,\n  StaticHandlerContext,\n  To,\n  TrackedPromise,\n} from \"@remix-run/router\";\n\n// Create react-specific types from the agnostic types in @remix-run/router to\n// export from react-router\nexport interface IndexRouteObject {\n  caseSensitive?: AgnosticIndexRouteObject[\"caseSensitive\"];\n  path?: AgnosticIndexRouteObject[\"path\"];\n  id?: AgnosticIndexRouteObject[\"id\"];\n  loader?: AgnosticIndexRouteObject[\"loader\"];\n  action?: AgnosticIndexRouteObject[\"action\"];\n  hasErrorBoundary?: AgnosticIndexRouteObject[\"hasErrorBoundary\"];\n  shouldRevalidate?: AgnosticIndexRouteObject[\"shouldRevalidate\"];\n  handle?: AgnosticIndexRouteObject[\"handle\"];\n  index: true;\n  children?: undefined;\n  element?: React.ReactNode | null;\n  hydrateFallbackElement?: React.ReactNode | null;\n  errorElement?: React.ReactNode | null;\n  Component?: React.ComponentType | null;\n  HydrateFallback?: React.ComponentType | null;\n  ErrorBoundary?: React.ComponentType | null;\n  lazy?: LazyRouteFunction<RouteObject>;\n}\n\nexport interface NonIndexRouteObject {\n  caseSensitive?: AgnosticNonIndexRouteObject[\"caseSensitive\"];\n  path?: AgnosticNonIndexRouteObject[\"path\"];\n  id?: AgnosticNonIndexRouteObject[\"id\"];\n  loader?: AgnosticNonIndexRouteObject[\"loader\"];\n  action?: AgnosticNonIndexRouteObject[\"action\"];\n  hasErrorBoundary?: AgnosticNonIndexRouteObject[\"hasErrorBoundary\"];\n  shouldRevalidate?: AgnosticNonIndexRouteObject[\"shouldRevalidate\"];\n  handle?: AgnosticNonIndexRouteObject[\"handle\"];\n  index?: false;\n  children?: RouteObject[];\n  element?: React.ReactNode | null;\n  hydrateFallbackElement?: React.ReactNode | null;\n  errorElement?: React.ReactNode | null;\n  Component?: React.ComponentType | null;\n  HydrateFallback?: React.ComponentType | null;\n  ErrorBoundary?: React.ComponentType | null;\n  lazy?: LazyRouteFunction<RouteObject>;\n}\n\nexport type RouteObject = IndexRouteObject | NonIndexRouteObject;\n\nexport type DataRouteObject = RouteObject & {\n  children?: DataRouteObject[];\n  id: string;\n};\n\nexport interface RouteMatch<\n  ParamKey extends string = string,\n  RouteObjectType extends RouteObject = RouteObject\n> extends AgnosticRouteMatch<ParamKey, RouteObjectType> {}\n\nexport interface DataRouteMatch extends RouteMatch<string, DataRouteObject> {}\n\nexport interface DataRouterContextObject\n  // Omit `future` since those can be pulled from the `router`\n  // `NavigationContext` needs future since it doesn't have a `router` in all cases\n  extends Omit<NavigationContextObject, \"future\"> {\n  router: Router;\n  staticContext?: StaticHandlerContext;\n}\n\nexport const DataRouterContext =\n  React.createContext<DataRouterContextObject | null>(null);\nif (__DEV__) {\n  DataRouterContext.displayName = \"DataRouter\";\n}\n\nexport const DataRouterStateContext = React.createContext<\n  Router[\"state\"] | null\n>(null);\nif (__DEV__) {\n  DataRouterStateContext.displayName = \"DataRouterState\";\n}\n\nexport const AwaitContext = React.createContext<TrackedPromise | null>(null);\nif (__DEV__) {\n  AwaitContext.displayName = \"Await\";\n}\n\nexport interface NavigateOptions {\n  replace?: boolean;\n  state?: any;\n  preventScrollReset?: boolean;\n  relative?: RelativeRoutingType;\n  unstable_flushSync?: boolean;\n  unstable_viewTransition?: boolean;\n}\n\n/**\n * A Navigator is a \"location changer\"; it's how you get to different locations.\n *\n * Every history instance conforms to the Navigator interface, but the\n * distinction is useful primarily when it comes to the low-level `<Router>` API\n * where both the location and a navigator must be provided separately in order\n * to avoid \"tearing\" that may occur in a suspense-enabled app if the action\n * and/or location were to be read directly from the history instance.\n */\nexport interface Navigator {\n  createHref: History[\"createHref\"];\n  // Optional for backwards-compat with Router/HistoryRouter usage (edge case)\n  encodeLocation?: History[\"encodeLocation\"];\n  go: History[\"go\"];\n  push(to: To, state?: any, opts?: NavigateOptions): void;\n  replace(to: To, state?: any, opts?: NavigateOptions): void;\n}\n\ninterface NavigationContextObject {\n  basename: string;\n  navigator: Navigator;\n  static: boolean;\n  future: {\n    v7_relativeSplatPath: boolean;\n  };\n}\n\nexport const NavigationContext = React.createContext<NavigationContextObject>(\n  null!\n);\n\nif (__DEV__) {\n  NavigationContext.displayName = \"Navigation\";\n}\n\ninterface LocationContextObject {\n  location: Location;\n  navigationType: NavigationType;\n}\n\nexport const LocationContext = React.createContext<LocationContextObject>(\n  null!\n);\n\nif (__DEV__) {\n  LocationContext.displayName = \"Location\";\n}\n\nexport interface RouteContextObject {\n  outlet: React.ReactElement | null;\n  matches: RouteMatch[];\n  isDataRoute: boolean;\n}\n\nexport const RouteContext = React.createContext<RouteContextObject>({\n  outlet: null,\n  matches: [],\n  isDataRoute: false,\n});\n\nif (__DEV__) {\n  RouteContext.displayName = \"Route\";\n}\n\nexport const RouteErrorContext = React.createContext<any>(null);\n\nif (__DEV__) {\n  RouteErrorContext.displayName = \"RouteError\";\n}\n","import * as React from \"react\";\nimport type {\n  Blocker,\n  BlockerFunction,\n  Location,\n  ParamParseKey,\n  Params,\n  Path,\n  PathMatch,\n  PathPattern,\n  RelativeRoutingType,\n  Router as RemixRouter,\n  RevalidationState,\n  To,\n  UIMatch,\n} from \"@remix-run/router\";\nimport {\n  IDLE_BLOCKER,\n  Action as NavigationType,\n  UNSAFE_convertRouteMatchToUiMatch as convertRouteMatchToUiMatch,\n  UNSAFE_decodePath as decodePath,\n  UNSAFE_getResolveToMatches as getResolveToMatches,\n  UNSAFE_invariant as invariant,\n  isRouteErrorResponse,\n  joinPaths,\n  matchPath,\n  matchRoutes,\n  parsePath,\n  resolveTo,\n  stripBasename,\n  UNSAFE_warning as warning,\n} from \"@remix-run/router\";\n\nimport type {\n  DataRouteMatch,\n  NavigateOptions,\n  RouteContextObject,\n  RouteMatch,\n  RouteObject,\n} from \"./context\";\nimport {\n  AwaitContext,\n  DataRouterContext,\n  DataRouterStateContext,\n  LocationContext,\n  NavigationContext,\n  RouteContext,\n  RouteErrorContext,\n} from \"./context\";\n\n/**\n * Returns the full href for the given \"to\" value. This is useful for building\n * custom links that are also accessible and preserve right-click behavior.\n *\n * @see https://reactrouter.com/hooks/use-href\n */\nexport function useHref(\n  to: To,\n  { relative }: { relative?: RelativeRoutingType } = {}\n): string {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of the\n    // router loaded. We can help them understand how to avoid that.\n    `useHref() may be used only in the context of a <Router> component.`\n  );\n\n  let { basename, navigator } = React.useContext(NavigationContext);\n  let { hash, pathname, search } = useResolvedPath(to, { relative });\n\n  let joinedPathname = pathname;\n\n  // If we're operating within a basename, prepend it to the pathname prior\n  // to creating the href.  If this is a root navigation, then just use the raw\n  // basename which allows the basename to have full control over the presence\n  // of a trailing slash on root links\n  if (basename !== \"/\") {\n    joinedPathname =\n      pathname === \"/\" ? basename : joinPaths([basename, pathname]);\n  }\n\n  return navigator.createHref({ pathname: joinedPathname, search, hash });\n}\n\n/**\n * Returns true if this component is a descendant of a `<Router>`.\n *\n * @see https://reactrouter.com/hooks/use-in-router-context\n */\nexport function useInRouterContext(): boolean {\n  return React.useContext(LocationContext) != null;\n}\n\n/**\n * Returns the current location object, which represents the current URL in web\n * browsers.\n *\n * Note: If you're using this it may mean you're doing some of your own\n * \"routing\" in your app, and we'd like to know what your use case is. We may\n * be able to provide something higher-level to better suit your needs.\n *\n * @see https://reactrouter.com/hooks/use-location\n */\nexport function useLocation(): Location {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of the\n    // router loaded. We can help them understand how to avoid that.\n    `useLocation() may be used only in the context of a <Router> component.`\n  );\n\n  return React.useContext(LocationContext).location;\n}\n\n/**\n * Returns the current navigation action which describes how the router came to\n * the current location, either by a pop, push, or replace on the history stack.\n *\n * @see https://reactrouter.com/hooks/use-navigation-type\n */\nexport function useNavigationType(): NavigationType {\n  return React.useContext(LocationContext).navigationType;\n}\n\n/**\n * Returns a PathMatch object if the given pattern matches the current URL.\n * This is useful for components that need to know \"active\" state, e.g.\n * `<NavLink>`.\n *\n * @see https://reactrouter.com/hooks/use-match\n */\nexport function useMatch<\n  ParamKey extends ParamParseKey<Path>,\n  Path extends string\n>(pattern: PathPattern<Path> | Path): PathMatch<ParamKey> | null {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of the\n    // router loaded. We can help them understand how to avoid that.\n    `useMatch() may be used only in the context of a <Router> component.`\n  );\n\n  let { pathname } = useLocation();\n  return React.useMemo(\n    () => matchPath<ParamKey, Path>(pattern, decodePath(pathname)),\n    [pathname, pattern]\n  );\n}\n\n/**\n * The interface for the navigate() function returned from useNavigate().\n */\nexport interface NavigateFunction {\n  (to: To, options?: NavigateOptions): void;\n  (delta: number): void;\n}\n\nconst navigateEffectWarning =\n  `You should call navigate() in a React.useEffect(), not when ` +\n  `your component is first rendered.`;\n\n// Mute warnings for calls to useNavigate in SSR environments\nfunction useIsomorphicLayoutEffect(\n  cb: Parameters<typeof React.useLayoutEffect>[0]\n) {\n  let isStatic = React.useContext(NavigationContext).static;\n  if (!isStatic) {\n    // We should be able to get rid of this once react 18.3 is released\n    // See: https://github.com/facebook/react/pull/26395\n    // eslint-disable-next-line react-hooks/rules-of-hooks\n    React.useLayoutEffect(cb);\n  }\n}\n\n/**\n * Returns an imperative method for changing the location. Used by `<Link>`s, but\n * may also be used by other elements to change the location.\n *\n * @see https://reactrouter.com/hooks/use-navigate\n */\nexport function useNavigate(): NavigateFunction {\n  let { isDataRoute } = React.useContext(RouteContext);\n  // Conditional usage is OK here because the usage of a data router is static\n  // eslint-disable-next-line react-hooks/rules-of-hooks\n  return isDataRoute ? useNavigateStable() : useNavigateUnstable();\n}\n\nfunction useNavigateUnstable(): NavigateFunction {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of the\n    // router loaded. We can help them understand how to avoid that.\n    `useNavigate() may be used only in the context of a <Router> component.`\n  );\n\n  let dataRouterContext = React.useContext(DataRouterContext);\n  let { basename, future, navigator } = React.useContext(NavigationContext);\n  let { matches } = React.useContext(RouteContext);\n  let { pathname: locationPathname } = useLocation();\n\n  let routePathnamesJson = JSON.stringify(\n    getResolveToMatches(matches, future.v7_relativeSplatPath)\n  );\n\n  let activeRef = React.useRef(false);\n  useIsomorphicLayoutEffect(() => {\n    activeRef.current = true;\n  });\n\n  let navigate: NavigateFunction = React.useCallback(\n    (to: To | number, options: NavigateOptions = {}) => {\n      warning(activeRef.current, navigateEffectWarning);\n\n      // Short circuit here since if this happens on first render the navigate\n      // is useless because we haven't wired up our history listener yet\n      if (!activeRef.current) return;\n\n      if (typeof to === \"number\") {\n        navigator.go(to);\n        return;\n      }\n\n      let path = resolveTo(\n        to,\n        JSON.parse(routePathnamesJson),\n        locationPathname,\n        options.relative === \"path\"\n      );\n\n      // If we're operating within a basename, prepend it to the pathname prior\n      // to handing off to history (but only if we're not in a data router,\n      // otherwise it'll prepend the basename inside of the router).\n      // If this is a root navigation, then we navigate to the raw basename\n      // which allows the basename to have full control over the presence of a\n      // trailing slash on root links\n      if (dataRouterContext == null && basename !== \"/\") {\n        path.pathname =\n          path.pathname === \"/\"\n            ? basename\n            : joinPaths([basename, path.pathname]);\n      }\n\n      (!!options.replace ? navigator.replace : navigator.push)(\n        path,\n        options.state,\n        options\n      );\n    },\n    [\n      basename,\n      navigator,\n      routePathnamesJson,\n      locationPathname,\n      dataRouterContext,\n    ]\n  );\n\n  return navigate;\n}\n\nconst OutletContext = React.createContext<unknown>(null);\n\n/**\n * Returns the context (if provided) for the child route at this level of the route\n * hierarchy.\n * @see https://reactrouter.com/hooks/use-outlet-context\n */\nexport function useOutletContext<Context = unknown>(): Context {\n  return React.useContext(OutletContext) as Context;\n}\n\n/**\n * Returns the element for the child route at this level of the route\n * hierarchy. Used internally by `<Outlet>` to render child routes.\n *\n * @see https://reactrouter.com/hooks/use-outlet\n */\nexport function useOutlet(context?: unknown): React.ReactElement | null {\n  let outlet = React.useContext(RouteContext).outlet;\n  if (outlet) {\n    return (\n      <OutletContext.Provider value={context}>{outlet}</OutletContext.Provider>\n    );\n  }\n  return outlet;\n}\n\n/**\n * Returns an object of key/value pairs of the dynamic params from the current\n * URL that were matched by the route path.\n *\n * @see https://reactrouter.com/hooks/use-params\n */\nexport function useParams<\n  ParamsOrKey extends string | Record<string, string | undefined> = string\n>(): Readonly<\n  [ParamsOrKey] extends [string] ? Params<ParamsOrKey> : Partial<ParamsOrKey>\n> {\n  let { matches } = React.useContext(RouteContext);\n  let routeMatch = matches[matches.length - 1];\n  return routeMatch ? (routeMatch.params as any) : {};\n}\n\n/**\n * Resolves the pathname of the given `to` value against the current location.\n *\n * @see https://reactrouter.com/hooks/use-resolved-path\n */\nexport function useResolvedPath(\n  to: To,\n  { relative }: { relative?: RelativeRoutingType } = {}\n): Path {\n  let { future } = React.useContext(NavigationContext);\n  let { matches } = React.useContext(RouteContext);\n  let { pathname: locationPathname } = useLocation();\n  let routePathnamesJson = JSON.stringify(\n    getResolveToMatches(matches, future.v7_relativeSplatPath)\n  );\n\n  return React.useMemo(\n    () =>\n      resolveTo(\n        to,\n        JSON.parse(routePathnamesJson),\n        locationPathname,\n        relative === \"path\"\n      ),\n    [to, routePathnamesJson, locationPathname, relative]\n  );\n}\n\n/**\n * Returns the element of the route that matched the current location, prepared\n * with the correct context to render the remainder of the route tree. Route\n * elements in the tree must render an `<Outlet>` to render their child route's\n * element.\n *\n * @see https://reactrouter.com/hooks/use-routes\n */\nexport function useRoutes(\n  routes: RouteObject[],\n  locationArg?: Partial<Location> | string\n): React.ReactElement | null {\n  return useRoutesImpl(routes, locationArg);\n}\n\n// Internal implementation with accept optional param for RouterProvider usage\nexport function useRoutesImpl(\n  routes: RouteObject[],\n  locationArg?: Partial<Location> | string,\n  dataRouterState?: RemixRouter[\"state\"],\n  future?: RemixRouter[\"future\"]\n): React.ReactElement | null {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of the\n    // router loaded. We can help them understand how to avoid that.\n    `useRoutes() may be used only in the context of a <Router> component.`\n  );\n\n  let { navigator } = React.useContext(NavigationContext);\n  let { matches: parentMatches } = React.useContext(RouteContext);\n  let routeMatch = parentMatches[parentMatches.length - 1];\n  let parentParams = routeMatch ? routeMatch.params : {};\n  let parentPathname = routeMatch ? routeMatch.pathname : \"/\";\n  let parentPathnameBase = routeMatch ? routeMatch.pathnameBase : \"/\";\n  let parentRoute = routeMatch && routeMatch.route;\n\n  if (__DEV__) {\n    // You won't get a warning about 2 different <Routes> under a <Route>\n    // without a trailing *, but this is a best-effort warning anyway since we\n    // cannot even give the warning unless they land at the parent route.\n    //\n    // Example:\n    //\n    // <Routes>\n    //   {/* This route path MUST end with /* because otherwise\n    //       it will never match /blog/post/123 */}\n    //   <Route path=\"blog\" element={<Blog />} />\n    //   <Route path=\"blog/feed\" element={<BlogFeed />} />\n    // </Routes>\n    //\n    // function Blog() {\n    //   return (\n    //     <Routes>\n    //       <Route path=\"post/:id\" element={<Post />} />\n    //     </Routes>\n    //   );\n    // }\n    let parentPath = (parentRoute && parentRoute.path) || \"\";\n    warningOnce(\n      parentPathname,\n      !parentRoute || parentPath.endsWith(\"*\"),\n      `You rendered descendant <Routes> (or called \\`useRoutes()\\`) at ` +\n        `\"${parentPathname}\" (under <Route path=\"${parentPath}\">) but the ` +\n        `parent route path has no trailing \"*\". This means if you navigate ` +\n        `deeper, the parent won't match anymore and therefore the child ` +\n        `routes will never render.\\n\\n` +\n        `Please change the parent <Route path=\"${parentPath}\"> to <Route ` +\n        `path=\"${parentPath === \"/\" ? \"*\" : `${parentPath}/*`}\">.`\n    );\n  }\n\n  let locationFromContext = useLocation();\n\n  let location;\n  if (locationArg) {\n    let parsedLocationArg =\n      typeof locationArg === \"string\" ? parsePath(locationArg) : locationArg;\n\n    invariant(\n      parentPathnameBase === \"/\" ||\n        parsedLocationArg.pathname?.startsWith(parentPathnameBase),\n      `When overriding the location using \\`<Routes location>\\` or \\`useRoutes(routes, location)\\`, ` +\n        `the location pathname must begin with the portion of the URL pathname that was ` +\n        `matched by all parent routes. The current pathname base is \"${parentPathnameBase}\" ` +\n        `but pathname \"${parsedLocationArg.pathname}\" was given in the \\`location\\` prop.`\n    );\n\n    location = parsedLocationArg;\n  } else {\n    location = locationFromContext;\n  }\n\n  let pathname = location.pathname || \"/\";\n\n  let remainingPathname = pathname;\n  if (parentPathnameBase !== \"/\") {\n    // Determine the remaining pathname by removing the # of URL segments the\n    // parentPathnameBase has, instead of removing based on character count.\n    // This is because we can't guarantee that incoming/outgoing encodings/\n    // decodings will match exactly.\n    // We decode paths before matching on a per-segment basis with\n    // decodeURIComponent(), but we re-encode pathnames via `new URL()` so they\n    // match what `window.location.pathname` would reflect.  Those don't 100%\n    // align when it comes to encoded URI characters such as % and &.\n    //\n    // So we may end up with:\n    //   pathname:           \"/descendant/a%25b/match\"\n    //   parentPathnameBase: \"/descendant/a%b\"\n    //\n    // And the direct substring removal approach won't work :/\n    let parentSegments = parentPathnameBase.replace(/^\\//, \"\").split(\"/\");\n    let segments = pathname.replace(/^\\//, \"\").split(\"/\");\n    remainingPathname = \"/\" + segments.slice(parentSegments.length).join(\"/\");\n  }\n\n  let matches = matchRoutes(routes, { pathname: remainingPathname });\n\n  if (__DEV__) {\n    warning(\n      parentRoute || matches != null,\n      `No routes matched location \"${location.pathname}${location.search}${location.hash}\" `\n    );\n\n    warning(\n      matches == null ||\n        matches[matches.length - 1].route.element !== undefined ||\n        matches[matches.length - 1].route.Component !== undefined ||\n        matches[matches.length - 1].route.lazy !== undefined,\n      `Matched leaf route at location \"${location.pathname}${location.search}${location.hash}\" ` +\n        `does not have an element or Component. This means it will render an <Outlet /> with a ` +\n        `null value by default resulting in an \"empty\" page.`\n    );\n  }\n\n  let renderedMatches = _renderMatches(\n    matches &&\n      matches.map((match) =>\n        Object.assign({}, match, {\n          params: Object.assign({}, parentParams, match.params),\n          pathname: joinPaths([\n            parentPathnameBase,\n            // Re-encode pathnames that were decoded inside matchRoutes\n            navigator.encodeLocation\n              ? navigator.encodeLocation(match.pathname).pathname\n              : match.pathname,\n          ]),\n          pathnameBase:\n            match.pathnameBase === \"/\"\n              ? parentPathnameBase\n              : joinPaths([\n                  parentPathnameBase,\n                  // Re-encode pathnames that were decoded inside matchRoutes\n                  navigator.encodeLocation\n                    ? navigator.encodeLocation(match.pathnameBase).pathname\n                    : match.pathnameBase,\n                ]),\n        })\n      ),\n    parentMatches,\n    dataRouterState,\n    future\n  );\n\n  // When a user passes in a `locationArg`, the associated routes need to\n  // be wrapped in a new `LocationContext.Provider` in order for `useLocation`\n  // to use the scoped location instead of the global location.\n  if (locationArg && renderedMatches) {\n    return (\n      <LocationContext.Provider\n        value={{\n          location: {\n            pathname: \"/\",\n            search: \"\",\n            hash: \"\",\n            state: null,\n            key: \"default\",\n            ...location,\n          },\n          navigationType: NavigationType.Pop,\n        }}\n      >\n        {renderedMatches}\n      </LocationContext.Provider>\n    );\n  }\n\n  return renderedMatches;\n}\n\nfunction DefaultErrorComponent() {\n  let error = useRouteError();\n  let message = isRouteErrorResponse(error)\n    ? `${error.status} ${error.statusText}`\n    : error instanceof Error\n    ? error.message\n    : JSON.stringify(error);\n  let stack = error instanceof Error ? error.stack : null;\n  let lightgrey = \"rgba(200,200,200, 0.5)\";\n  let preStyles = { padding: \"0.5rem\", backgroundColor: lightgrey };\n  let codeStyles = { padding: \"2px 4px\", backgroundColor: lightgrey };\n\n  let devInfo = null;\n  if (__DEV__) {\n    console.error(\n      \"Error handled by React Router default ErrorBoundary:\",\n      error\n    );\n\n    devInfo = (\n      <>\n        <p>💿 Hey developer 👋</p>\n        <p>\n          You can provide a way better UX than this when your app throws errors\n          by providing your own <code style={codeStyles}>ErrorBoundary</code> or{\" \"}\n          <code style={codeStyles}>errorElement</code> prop on your route.\n        </p>\n      </>\n    );\n  }\n\n  return (\n    <>\n      <h2>Unexpected Application Error!</h2>\n      <h3 style={{ fontStyle: \"italic\" }}>{message}</h3>\n      {stack ? <pre style={preStyles}>{stack}</pre> : null}\n      {devInfo}\n    </>\n  );\n}\n\nconst defaultErrorElement = <DefaultErrorComponent />;\n\ntype RenderErrorBoundaryProps = React.PropsWithChildren<{\n  location: Location;\n  revalidation: RevalidationState;\n  error: any;\n  component: React.ReactNode;\n  routeContext: RouteContextObject;\n}>;\n\ntype RenderErrorBoundaryState = {\n  location: Location;\n  revalidation: RevalidationState;\n  error: any;\n};\n\nexport class RenderErrorBoundary extends React.Component<\n  RenderErrorBoundaryProps,\n  RenderErrorBoundaryState\n> {\n  constructor(props: RenderErrorBoundaryProps) {\n    super(props);\n    this.state = {\n      location: props.location,\n      revalidation: props.revalidation,\n      error: props.error,\n    };\n  }\n\n  static getDerivedStateFromError(error: any) {\n    return { error: error };\n  }\n\n  static getDerivedStateFromProps(\n    props: RenderErrorBoundaryProps,\n    state: RenderErrorBoundaryState\n  ) {\n    // When we get into an error state, the user will likely click \"back\" to the\n    // previous page that didn't have an error. Because this wraps the entire\n    // application, that will have no effect--the error page continues to display.\n    // This gives us a mechanism to recover from the error when the location changes.\n    //\n    // Whether we're in an error state or not, we update the location in state\n    // so that when we are in an error state, it gets reset when a new location\n    // comes in and the user recovers from the error.\n    if (\n      state.location !== props.location ||\n      (state.revalidation !== \"idle\" && props.revalidation === \"idle\")\n    ) {\n      return {\n        error: props.error,\n        location: props.location,\n        revalidation: props.revalidation,\n      };\n    }\n\n    // If we're not changing locations, preserve the location but still surface\n    // any new errors that may come through. We retain the existing error, we do\n    // this because the error provided from the app state may be cleared without\n    // the location changing.\n    return {\n      error: props.error !== undefined ? props.error : state.error,\n      location: state.location,\n      revalidation: props.revalidation || state.revalidation,\n    };\n  }\n\n  componentDidCatch(error: any, errorInfo: any) {\n    console.error(\n      \"React Router caught the following error during render\",\n      error,\n      errorInfo\n    );\n  }\n\n  render() {\n    return this.state.error !== undefined ? (\n      <RouteContext.Provider value={this.props.routeContext}>\n        <RouteErrorContext.Provider\n          value={this.state.error}\n          children={this.props.component}\n        />\n      </RouteContext.Provider>\n    ) : (\n      this.props.children\n    );\n  }\n}\n\ninterface RenderedRouteProps {\n  routeContext: RouteContextObject;\n  match: RouteMatch<string, RouteObject>;\n  children: React.ReactNode | null;\n}\n\nfunction RenderedRoute({ routeContext, match, children }: RenderedRouteProps) {\n  let dataRouterContext = React.useContext(DataRouterContext);\n\n  // Track how deep we got in our render pass to emulate SSR componentDidCatch\n  // in a DataStaticRouter\n  if (\n    dataRouterContext &&\n    dataRouterContext.static &&\n    dataRouterContext.staticContext &&\n    (match.route.errorElement || match.route.ErrorBoundary)\n  ) {\n    dataRouterContext.staticContext._deepestRenderedBoundaryId = match.route.id;\n  }\n\n  return (\n    <RouteContext.Provider value={routeContext}>\n      {children}\n    </RouteContext.Provider>\n  );\n}\n\nexport function _renderMatches(\n  matches: RouteMatch[] | null,\n  parentMatches: RouteMatch[] = [],\n  dataRouterState: RemixRouter[\"state\"] | null = null,\n  future: RemixRouter[\"future\"] | null = null\n): React.ReactElement | null {\n  if (matches == null) {\n    if (!dataRouterState) {\n      return null;\n    }\n\n    if (dataRouterState.errors) {\n      // Don't bail if we have data router errors so we can render them in the\n      // boundary.  Use the pre-matched (or shimmed) matches\n      matches = dataRouterState.matches as DataRouteMatch[];\n    } else if (\n      future?.v7_partialHydration &&\n      parentMatches.length === 0 &&\n      !dataRouterState.initialized &&\n      dataRouterState.matches.length > 0\n    ) {\n      // Don't bail if we're initializing with partial hydration and we have\n      // router matches.  That means we're actively running `patchRoutesOnMiss`\n      // so we should render down the partial matches to the appropriate\n      // `HydrateFallback`.  We only do this if `parentMatches` is empty so it\n      // only impacts the root matches for `RouterProvider` and no descendant\n      // `<Routes>`\n      matches = dataRouterState.matches as DataRouteMatch[];\n    } else {\n      return null;\n    }\n  }\n\n  let renderedMatches = matches;\n\n  // If we have data errors, trim matches to the highest error boundary\n  let errors = dataRouterState?.errors;\n  if (errors != null) {\n    let errorIndex = renderedMatches.findIndex(\n      (m) => m.route.id && errors?.[m.route.id] !== undefined\n    );\n    invariant(\n      errorIndex >= 0,\n      `Could not find a matching route for errors on route IDs: ${Object.keys(\n        errors\n      ).join(\",\")}`\n    );\n    renderedMatches = renderedMatches.slice(\n      0,\n      Math.min(renderedMatches.length, errorIndex + 1)\n    );\n  }\n\n  // If we're in a partial hydration mode, detect if we need to render down to\n  // a given HydrateFallback while we load the rest of the hydration data\n  let renderFallback = false;\n  let fallbackIndex = -1;\n  if (dataRouterState && future && future.v7_partialHydration) {\n    for (let i = 0; i < renderedMatches.length; i++) {\n      let match = renderedMatches[i];\n      // Track the deepest fallback up until the first route without data\n      if (match.route.HydrateFallback || match.route.hydrateFallbackElement) {\n        fallbackIndex = i;\n      }\n\n      if (match.route.id) {\n        let { loaderData, errors } = dataRouterState;\n        let needsToRunLoader =\n          match.route.loader &&\n          loaderData[match.route.id] === undefined &&\n          (!errors || errors[match.route.id] === undefined);\n        if (match.route.lazy || needsToRunLoader) {\n          // We found the first route that's not ready to render (waiting on\n          // lazy, or has a loader that hasn't run yet).  Flag that we need to\n          // render a fallback and render up until the appropriate fallback\n          renderFallback = true;\n          if (fallbackIndex >= 0) {\n            renderedMatches = renderedMatches.slice(0, fallbackIndex + 1);\n          } else {\n            renderedMatches = [renderedMatches[0]];\n          }\n          break;\n        }\n      }\n    }\n  }\n\n  return renderedMatches.reduceRight((outlet, match, index) => {\n    // Only data routers handle errors/fallbacks\n    let error: any;\n    let shouldRenderHydrateFallback = false;\n    let errorElement: React.ReactNode | null = null;\n    let hydrateFallbackElement: React.ReactNode | null = null;\n    if (dataRouterState) {\n      error = errors && match.route.id ? errors[match.route.id] : undefined;\n      errorElement = match.route.errorElement || defaultErrorElement;\n\n      if (renderFallback) {\n        if (fallbackIndex < 0 && index === 0) {\n          warningOnce(\n            \"route-fallback\",\n            false,\n            \"No `HydrateFallback` element provided to render during initial hydration\"\n          );\n          shouldRenderHydrateFallback = true;\n          hydrateFallbackElement = null;\n        } else if (fallbackIndex === index) {\n          shouldRenderHydrateFallback = true;\n          hydrateFallbackElement = match.route.hydrateFallbackElement || null;\n        }\n      }\n    }\n\n    let matches = parentMatches.concat(renderedMatches.slice(0, index + 1));\n    let getChildren = () => {\n      let children: React.ReactNode;\n      if (error) {\n        children = errorElement;\n      } else if (shouldRenderHydrateFallback) {\n        children = hydrateFallbackElement;\n      } else if (match.route.Component) {\n        // Note: This is a de-optimized path since React won't re-use the\n        // ReactElement since it's identity changes with each new\n        // React.createElement call.  We keep this so folks can use\n        // `<Route Component={...}>` in `<Routes>` but generally `Component`\n        // usage is only advised in `RouterProvider` when we can convert it to\n        // `element` ahead of time.\n        children = <match.route.Component />;\n      } else if (match.route.element) {\n        children = match.route.element;\n      } else {\n        children = outlet;\n      }\n      return (\n        <RenderedRoute\n          match={match}\n          routeContext={{\n            outlet,\n            matches,\n            isDataRoute: dataRouterState != null,\n          }}\n          children={children}\n        />\n      );\n    };\n    // Only wrap in an error boundary within data router usages when we have an\n    // ErrorBoundary/errorElement on this route.  Otherwise let it bubble up to\n    // an ancestor ErrorBoundary/errorElement\n    return dataRouterState &&\n      (match.route.ErrorBoundary || match.route.errorElement || index === 0) ? (\n      <RenderErrorBoundary\n        location={dataRouterState.location}\n        revalidation={dataRouterState.revalidation}\n        component={errorElement}\n        error={error}\n        children={getChildren()}\n        routeContext={{ outlet: null, matches, isDataRoute: true }}\n      />\n    ) : (\n      getChildren()\n    );\n  }, null as React.ReactElement | null);\n}\n\nenum DataRouterHook {\n  UseBlocker = \"useBlocker\",\n  UseRevalidator = \"useRevalidator\",\n  UseNavigateStable = \"useNavigate\",\n}\n\nenum DataRouterStateHook {\n  UseBlocker = \"useBlocker\",\n  UseLoaderData = \"useLoaderData\",\n  UseActionData = \"useActionData\",\n  UseRouteError = \"useRouteError\",\n  UseNavigation = \"useNavigation\",\n  UseRouteLoaderData = \"useRouteLoaderData\",\n  UseMatches = \"useMatches\",\n  UseRevalidator = \"useRevalidator\",\n  UseNavigateStable = \"useNavigate\",\n  UseRouteId = \"useRouteId\",\n}\n\nfunction getDataRouterConsoleError(\n  hookName: DataRouterHook | DataRouterStateHook\n) {\n  return `${hookName} must be used within a data router.  See https://reactrouter.com/routers/picking-a-router.`;\n}\n\nfunction useDataRouterContext(hookName: DataRouterHook) {\n  let ctx = React.useContext(DataRouterContext);\n  invariant(ctx, getDataRouterConsoleError(hookName));\n  return ctx;\n}\n\nfunction useDataRouterState(hookName: DataRouterStateHook) {\n  let state = React.useContext(DataRouterStateContext);\n  invariant(state, getDataRouterConsoleError(hookName));\n  return state;\n}\n\nfunction useRouteContext(hookName: DataRouterStateHook) {\n  let route = React.useContext(RouteContext);\n  invariant(route, getDataRouterConsoleError(hookName));\n  return route;\n}\n\n// Internal version with hookName-aware debugging\nfunction useCurrentRouteId(hookName: DataRouterStateHook) {\n  let route = useRouteContext(hookName);\n  let thisRoute = route.matches[route.matches.length - 1];\n  invariant(\n    thisRoute.route.id,\n    `${hookName} can only be used on routes that contain a unique \"id\"`\n  );\n  return thisRoute.route.id;\n}\n\n/**\n * Returns the ID for the nearest contextual route\n */\nexport function useRouteId() {\n  return useCurrentRouteId(DataRouterStateHook.UseRouteId);\n}\n\n/**\n * Returns the current navigation, defaulting to an \"idle\" navigation when\n * no navigation is in progress\n */\nexport function useNavigation() {\n  let state = useDataRouterState(DataRouterStateHook.UseNavigation);\n  return state.navigation;\n}\n\n/**\n * Returns a revalidate function for manually triggering revalidation, as well\n * as the current state of any manual revalidations\n */\nexport function useRevalidator() {\n  let dataRouterContext = useDataRouterContext(DataRouterHook.UseRevalidator);\n  let state = useDataRouterState(DataRouterStateHook.UseRevalidator);\n  return React.useMemo(\n    () => ({\n      revalidate: dataRouterContext.router.revalidate,\n      state: state.revalidation,\n    }),\n    [dataRouterContext.router.revalidate, state.revalidation]\n  );\n}\n\n/**\n * Returns the active route matches, useful for accessing loaderData for\n * parent/child routes or the route \"handle\" property\n */\nexport function useMatches(): UIMatch[] {\n  let { matches, loaderData } = useDataRouterState(\n    DataRouterStateHook.UseMatches\n  );\n  return React.useMemo(\n    () => matches.map((m) => convertRouteMatchToUiMatch(m, loaderData)),\n    [matches, loaderData]\n  );\n}\n\n/**\n * Returns the loader data for the nearest ancestor Route loader\n */\nexport function useLoaderData(): unknown {\n  let state = useDataRouterState(DataRouterStateHook.UseLoaderData);\n  let routeId = useCurrentRouteId(DataRouterStateHook.UseLoaderData);\n\n  if (state.errors && state.errors[routeId] != null) {\n    console.error(\n      `You cannot \\`useLoaderData\\` in an errorElement (routeId: ${routeId})`\n    );\n    return undefined;\n  }\n  return state.loaderData[routeId];\n}\n\n/**\n * Returns the loaderData for the given routeId\n */\nexport function useRouteLoaderData(routeId: string): unknown {\n  let state = useDataRouterState(DataRouterStateHook.UseRouteLoaderData);\n  return state.loaderData[routeId];\n}\n\n/**\n * Returns the action data for the nearest ancestor Route action\n */\nexport function useActionData(): unknown {\n  let state = useDataRouterState(DataRouterStateHook.UseActionData);\n  let routeId = useCurrentRouteId(DataRouterStateHook.UseLoaderData);\n  return state.actionData ? state.actionData[routeId] : undefined;\n}\n\n/**\n * Returns the nearest ancestor Route error, which could be a loader/action\n * error or a render error.  This is intended to be called from your\n * ErrorBoundary/errorElement to display a proper error message.\n */\nexport function useRouteError(): unknown {\n  let error = React.useContext(RouteErrorContext);\n  let state = useDataRouterState(DataRouterStateHook.UseRouteError);\n  let routeId = useCurrentRouteId(DataRouterStateHook.UseRouteError);\n\n  // If this was a render error, we put it in a RouteError context inside\n  // of RenderErrorBoundary\n  if (error !== undefined) {\n    return error;\n  }\n\n  // Otherwise look for errors from our data router state\n  return state.errors?.[routeId];\n}\n\n/**\n * Returns the happy-path data from the nearest ancestor `<Await />` value\n */\nexport function useAsyncValue(): unknown {\n  let value = React.useContext(AwaitContext);\n  return value?._data;\n}\n\n/**\n * Returns the error from the nearest ancestor `<Await />` value\n */\nexport function useAsyncError(): unknown {\n  let value = React.useContext(AwaitContext);\n  return value?._error;\n}\n\nlet blockerId = 0;\n\n/**\n * Allow the application to block navigations within the SPA and present the\n * user a confirmation dialog to confirm the navigation.  Mostly used to avoid\n * using half-filled form data.  This does not handle hard-reloads or\n * cross-origin navigations.\n */\nexport function useBlocker(shouldBlock: boolean | BlockerFunction): Blocker {\n  let { router, basename } = useDataRouterContext(DataRouterHook.UseBlocker);\n  let state = useDataRouterState(DataRouterStateHook.UseBlocker);\n\n  let [blockerKey, setBlockerKey] = React.useState(\"\");\n  let blockerFunction = React.useCallback<BlockerFunction>(\n    (arg) => {\n      if (typeof shouldBlock !== \"function\") {\n        return !!shouldBlock;\n      }\n      if (basename === \"/\") {\n        return shouldBlock(arg);\n      }\n\n      // If they provided us a function and we've got an active basename, strip\n      // it from the locations we expose to the user to match the behavior of\n      // useLocation\n      let { currentLocation, nextLocation, historyAction } = arg;\n      return shouldBlock({\n        currentLocation: {\n          ...currentLocation,\n          pathname:\n            stripBasename(currentLocation.pathname, basename) ||\n            currentLocation.pathname,\n        },\n        nextLocation: {\n          ...nextLocation,\n          pathname:\n            stripBasename(nextLocation.pathname, basename) ||\n            nextLocation.pathname,\n        },\n        historyAction,\n      });\n    },\n    [basename, shouldBlock]\n  );\n\n  // This effect is in charge of blocker key assignment and deletion (which is\n  // tightly coupled to the key)\n  React.useEffect(() => {\n    let key = String(++blockerId);\n    setBlockerKey(key);\n    return () => router.deleteBlocker(key);\n  }, [router]);\n\n  // This effect handles assigning the blockerFunction.  This is to handle\n  // unstable blocker function identities, and happens only after the prior\n  // effect so we don't get an orphaned blockerFunction in the router with a\n  // key of \"\".  Until then we just have the IDLE_BLOCKER.\n  React.useEffect(() => {\n    if (blockerKey !== \"\") {\n      router.getBlocker(blockerKey, blockerFunction);\n    }\n  }, [router, blockerKey, blockerFunction]);\n\n  // Prefer the blocker from `state` not `router.state` since DataRouterContext\n  // is memoized so this ensures we update on blocker state updates\n  return blockerKey && state.blockers.has(blockerKey)\n    ? state.blockers.get(blockerKey)!\n    : IDLE_BLOCKER;\n}\n\n/**\n * Stable version of useNavigate that is used when we are in the context of\n * a RouterProvider.\n */\nfunction useNavigateStable(): NavigateFunction {\n  let { router } = useDataRouterContext(DataRouterHook.UseNavigateStable);\n  let id = useCurrentRouteId(DataRouterStateHook.UseNavigateStable);\n\n  let activeRef = React.useRef(false);\n  useIsomorphicLayoutEffect(() => {\n    activeRef.current = true;\n  });\n\n  let navigate: NavigateFunction = React.useCallback(\n    (to: To | number, options: NavigateOptions = {}) => {\n      warning(activeRef.current, navigateEffectWarning);\n\n      // Short circuit here since if this happens on first render the navigate\n      // is useless because we haven't wired up our router subscriber yet\n      if (!activeRef.current) return;\n\n      if (typeof to === \"number\") {\n        router.navigate(to);\n      } else {\n        router.navigate(to, { fromRouteId: id, ...options });\n      }\n    },\n    [router, id]\n  );\n\n  return navigate;\n}\n\nconst alreadyWarned: Record<string, boolean> = {};\n\nfunction warningOnce(key: string, cond: boolean, message: string) {\n  if (!cond && !alreadyWarned[key]) {\n    alreadyWarned[key] = true;\n    warning(false, message);\n  }\n}\n","import type {\n  InitialEntry,\n  LazyRouteFunction,\n  Location,\n  MemoryHistory,\n  RelativeRoutingType,\n  Router as RemixRouter,\n  RouterState,\n  RouterSubscriber,\n  To,\n  TrackedPromise,\n} from \"@remix-run/router\";\nimport {\n  AbortedDeferredError,\n  Action as NavigationType,\n  createMemoryHistory,\n  UNSAFE_getResolveToMatches as getResolveToMatches,\n  UNSAFE_invariant as invariant,\n  parsePath,\n  resolveTo,\n  stripBasename,\n  UNSAFE_warning as warning,\n} from \"@remix-run/router\";\nimport * as React from \"react\";\n\nimport type {\n  DataRouteObject,\n  IndexRouteObject,\n  Navigator,\n  NonIndexRouteObject,\n  RouteMatch,\n  RouteObject,\n} from \"./context\";\nimport {\n  AwaitContext,\n  DataRouterContext,\n  DataRouterStateContext,\n  LocationContext,\n  NavigationContext,\n  RouteContext,\n} from \"./context\";\nimport {\n  _renderMatches,\n  useAsyncValue,\n  useInRouterContext,\n  useLocation,\n  useNavigate,\n  useOutlet,\n  useRoutes,\n  useRoutesImpl,\n} from \"./hooks\";\n\nexport interface FutureConfig {\n  v7_relativeSplatPath: boolean;\n  v7_startTransition: boolean;\n}\n\nexport interface RouterProviderProps {\n  fallbackElement?: React.ReactNode;\n  router: RemixRouter;\n  // Only accept future flags relevant to rendering behavior\n  // routing flags should be accessed via router.future\n  future?: Partial<Pick<FutureConfig, \"v7_startTransition\">>;\n}\n\n/**\n  Webpack + React 17 fails to compile on any of the following because webpack\n  complains that `startTransition` doesn't exist in `React`:\n  * import { startTransition } from \"react\"\n  * import * as React from from \"react\";\n    \"startTransition\" in React ? React.startTransition(() => setState()) : setState()\n  * import * as React from from \"react\";\n    \"startTransition\" in React ? React[\"startTransition\"](() => setState()) : setState()\n\n  Moving it to a constant such as the following solves the Webpack/React 17 issue:\n  * import * as React from from \"react\";\n    const START_TRANSITION = \"startTransition\";\n    START_TRANSITION in React ? React[START_TRANSITION](() => setState()) : setState()\n\n  However, that introduces webpack/terser minification issues in production builds\n  in React 18 where minification/obfuscation ends up removing the call of\n  React.startTransition entirely from the first half of the ternary.  Grabbing\n  this exported reference once up front resolves that issue.\n\n  See https://github.com/remix-run/react-router/issues/10579\n*/\nconst START_TRANSITION = \"startTransition\";\nconst startTransitionImpl = React[START_TRANSITION];\n\n/**\n * Given a Remix Router instance, render the appropriate UI\n */\nexport function RouterProvider({\n  fallbackElement,\n  router,\n  future,\n}: RouterProviderProps): React.ReactElement {\n  let [state, setStateImpl] = React.useState(router.state);\n  let { v7_startTransition } = future || {};\n\n  let setState = React.useCallback<RouterSubscriber>(\n    (newState: RouterState) => {\n      if (v7_startTransition && startTransitionImpl) {\n        startTransitionImpl(() => setStateImpl(newState));\n      } else {\n        setStateImpl(newState);\n      }\n    },\n    [setStateImpl, v7_startTransition]\n  );\n\n  // Need to use a layout effect here so we are subscribed early enough to\n  // pick up on any render-driven redirects/navigations (useEffect/<Navigate>)\n  React.useLayoutEffect(() => router.subscribe(setState), [router, setState]);\n\n  React.useEffect(() => {\n    warning(\n      fallbackElement == null || !router.future.v7_partialHydration,\n      \"`<RouterProvider fallbackElement>` is deprecated when using \" +\n        \"`v7_partialHydration`, use a `HydrateFallback` component instead\"\n    );\n    // Only log this once on initial mount\n    // eslint-disable-next-line react-hooks/exhaustive-deps\n  }, []);\n\n  let navigator = React.useMemo((): Navigator => {\n    return {\n      createHref: router.createHref,\n      encodeLocation: router.encodeLocation,\n      go: (n) => router.navigate(n),\n      push: (to, state, opts) =>\n        router.navigate(to, {\n          state,\n          preventScrollReset: opts?.preventScrollReset,\n        }),\n      replace: (to, state, opts) =>\n        router.navigate(to, {\n          replace: true,\n          state,\n          preventScrollReset: opts?.preventScrollReset,\n        }),\n    };\n  }, [router]);\n\n  let basename = router.basename || \"/\";\n\n  let dataRouterContext = React.useMemo(\n    () => ({\n      router,\n      navigator,\n      static: false,\n      basename,\n    }),\n    [router, navigator, basename]\n  );\n\n  // The fragment and {null} here are important!  We need them to keep React 18's\n  // useId happy when we are server-rendering since we may have a <script> here\n  // containing the hydrated server-side staticContext (from StaticRouterProvider).\n  // useId relies on the component tree structure to generate deterministic id's\n  // so we need to ensure it remains the same on the client even though\n  // we don't need the <script> tag\n  return (\n    <>\n      <DataRouterContext.Provider value={dataRouterContext}>\n        <DataRouterStateContext.Provider value={state}>\n          <Router\n            basename={basename}\n            location={state.location}\n            navigationType={state.historyAction}\n            navigator={navigator}\n            future={{\n              v7_relativeSplatPath: router.future.v7_relativeSplatPath,\n            }}\n          >\n            {state.initialized || router.future.v7_partialHydration ? (\n              <DataRoutes\n                routes={router.routes}\n                future={router.future}\n                state={state}\n              />\n            ) : (\n              fallbackElement\n            )}\n          </Router>\n        </DataRouterStateContext.Provider>\n      </DataRouterContext.Provider>\n      {null}\n    </>\n  );\n}\n\nfunction DataRoutes({\n  routes,\n  future,\n  state,\n}: {\n  routes: DataRouteObject[];\n  future: RemixRouter[\"future\"];\n  state: RouterState;\n}): React.ReactElement | null {\n  return useRoutesImpl(routes, undefined, state, future);\n}\n\nexport interface MemoryRouterProps {\n  basename?: string;\n  children?: React.ReactNode;\n  initialEntries?: InitialEntry[];\n  initialIndex?: number;\n  future?: Partial<FutureConfig>;\n}\n\n/**\n * A `<Router>` that stores all entries in memory.\n *\n * @see https://reactrouter.com/router-components/memory-router\n */\nexport function MemoryRouter({\n  basename,\n  children,\n  initialEntries,\n  initialIndex,\n  future,\n}: MemoryRouterProps): React.ReactElement {\n  let historyRef = React.useRef<MemoryHistory>();\n  if (historyRef.current == null) {\n    historyRef.current = createMemoryHistory({\n      initialEntries,\n      initialIndex,\n      v5Compat: true,\n    });\n  }\n\n  let history = historyRef.current;\n  let [state, setStateImpl] = React.useState({\n    action: history.action,\n    location: history.location,\n  });\n  let { v7_startTransition } = future || {};\n  let setState = React.useCallback(\n    (newState: { action: NavigationType; location: Location }) => {\n      v7_startTransition && startTransitionImpl\n        ? startTransitionImpl(() => setStateImpl(newState))\n        : setStateImpl(newState);\n    },\n    [setStateImpl, v7_startTransition]\n  );\n\n  React.useLayoutEffect(() => history.listen(setState), [history, setState]);\n\n  return (\n    <Router\n      basename={basename}\n      children={children}\n      location={state.location}\n      navigationType={state.action}\n      navigator={history}\n      future={future}\n    />\n  );\n}\n\nexport interface NavigateProps {\n  to: To;\n  replace?: boolean;\n  state?: any;\n  relative?: RelativeRoutingType;\n}\n\n/**\n * Changes the current location.\n *\n * Note: This API is mostly useful in React.Component subclasses that are not\n * able to use hooks. In functional components, we recommend you use the\n * `useNavigate` hook instead.\n *\n * @see https://reactrouter.com/components/navigate\n */\nexport function Navigate({\n  to,\n  replace,\n  state,\n  relative,\n}: NavigateProps): null {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of\n    // the router loaded. We can help them understand how to avoid that.\n    `<Navigate> may be used only in the context of a <Router> component.`\n  );\n\n  let { future, static: isStatic } = React.useContext(NavigationContext);\n\n  warning(\n    !isStatic,\n    `<Navigate> must not be used on the initial render in a <StaticRouter>. ` +\n      `This is a no-op, but you should modify your code so the <Navigate> is ` +\n      `only ever rendered in response to some user interaction or state change.`\n  );\n\n  let { matches } = React.useContext(RouteContext);\n  let { pathname: locationPathname } = useLocation();\n  let navigate = useNavigate();\n\n  // Resolve the path outside of the effect so that when effects run twice in\n  // StrictMode they navigate to the same place\n  let path = resolveTo(\n    to,\n    getResolveToMatches(matches, future.v7_relativeSplatPath),\n    locationPathname,\n    relative === \"path\"\n  );\n  let jsonPath = JSON.stringify(path);\n\n  React.useEffect(\n    () => navigate(JSON.parse(jsonPath), { replace, state, relative }),\n    [navigate, jsonPath, relative, replace, state]\n  );\n\n  return null;\n}\n\nexport interface OutletProps {\n  context?: unknown;\n}\n\n/**\n * Renders the child route's element, if there is one.\n *\n * @see https://reactrouter.com/components/outlet\n */\nexport function Outlet(props: OutletProps): React.ReactElement | null {\n  return useOutlet(props.context);\n}\n\nexport interface PathRouteProps {\n  caseSensitive?: NonIndexRouteObject[\"caseSensitive\"];\n  path?: NonIndexRouteObject[\"path\"];\n  id?: NonIndexRouteObject[\"id\"];\n  lazy?: LazyRouteFunction<NonIndexRouteObject>;\n  loader?: NonIndexRouteObject[\"loader\"];\n  action?: NonIndexRouteObject[\"action\"];\n  hasErrorBoundary?: NonIndexRouteObject[\"hasErrorBoundary\"];\n  shouldRevalidate?: NonIndexRouteObject[\"shouldRevalidate\"];\n  handle?: NonIndexRouteObject[\"handle\"];\n  index?: false;\n  children?: React.ReactNode;\n  element?: React.ReactNode | null;\n  hydrateFallbackElement?: React.ReactNode | null;\n  errorElement?: React.ReactNode | null;\n  Component?: React.ComponentType | null;\n  HydrateFallback?: React.ComponentType | null;\n  ErrorBoundary?: React.ComponentType | null;\n}\n\nexport interface LayoutRouteProps extends PathRouteProps {}\n\nexport interface IndexRouteProps {\n  caseSensitive?: IndexRouteObject[\"caseSensitive\"];\n  path?: IndexRouteObject[\"path\"];\n  id?: IndexRouteObject[\"id\"];\n  lazy?: LazyRouteFunction<IndexRouteObject>;\n  loader?: IndexRouteObject[\"loader\"];\n  action?: IndexRouteObject[\"action\"];\n  hasErrorBoundary?: IndexRouteObject[\"hasErrorBoundary\"];\n  shouldRevalidate?: IndexRouteObject[\"shouldRevalidate\"];\n  handle?: IndexRouteObject[\"handle\"];\n  index: true;\n  children?: undefined;\n  element?: React.ReactNode | null;\n  hydrateFallbackElement?: React.ReactNode | null;\n  errorElement?: React.ReactNode | null;\n  Component?: React.ComponentType | null;\n  HydrateFallback?: React.ComponentType | null;\n  ErrorBoundary?: React.ComponentType | null;\n}\n\nexport type RouteProps = PathRouteProps | LayoutRouteProps | IndexRouteProps;\n\n/**\n * Declares an element that should be rendered at a certain URL path.\n *\n * @see https://reactrouter.com/components/route\n */\nexport function Route(_props: RouteProps): React.ReactElement | null {\n  invariant(\n    false,\n    `A <Route> is only ever to be used as the child of <Routes> element, ` +\n      `never rendered directly. Please wrap your <Route> in a <Routes>.`\n  );\n}\n\nexport interface RouterProps {\n  basename?: string;\n  children?: React.ReactNode;\n  location: Partial<Location> | string;\n  navigationType?: NavigationType;\n  navigator: Navigator;\n  static?: boolean;\n  future?: Partial<Pick<FutureConfig, \"v7_relativeSplatPath\">>;\n}\n\n/**\n * Provides location context for the rest of the app.\n *\n * Note: You usually won't render a `<Router>` directly. Instead, you'll render a\n * router that is more specific to your environment such as a `<BrowserRouter>`\n * in web browsers or a `<StaticRouter>` for server rendering.\n *\n * @see https://reactrouter.com/router-components/router\n */\nexport function Router({\n  basename: basenameProp = \"/\",\n  children = null,\n  location: locationProp,\n  navigationType = NavigationType.Pop,\n  navigator,\n  static: staticProp = false,\n  future,\n}: RouterProps): React.ReactElement | null {\n  invariant(\n    !useInRouterContext(),\n    `You cannot render a <Router> inside another <Router>.` +\n      ` You should never have more than one in your app.`\n  );\n\n  // Preserve trailing slashes on basename, so we can let the user control\n  // the enforcement of trailing slashes throughout the app\n  let basename = basenameProp.replace(/^\\/*/, \"/\");\n  let navigationContext = React.useMemo(\n    () => ({\n      basename,\n      navigator,\n      static: staticProp,\n      future: {\n        v7_relativeSplatPath: false,\n        ...future,\n      },\n    }),\n    [basename, future, navigator, staticProp]\n  );\n\n  if (typeof locationProp === \"string\") {\n    locationProp = parsePath(locationProp);\n  }\n\n  let {\n    pathname = \"/\",\n    search = \"\",\n    hash = \"\",\n    state = null,\n    key = \"default\",\n  } = locationProp;\n\n  let locationContext = React.useMemo(() => {\n    let trailingPathname = stripBasename(pathname, basename);\n\n    if (trailingPathname == null) {\n      return null;\n    }\n\n    return {\n      location: {\n        pathname: trailingPathname,\n        search,\n        hash,\n        state,\n        key,\n      },\n      navigationType,\n    };\n  }, [basename, pathname, search, hash, state, key, navigationType]);\n\n  warning(\n    locationContext != null,\n    `<Router basename=\"${basename}\"> is not able to match the URL ` +\n      `\"${pathname}${search}${hash}\" because it does not start with the ` +\n      `basename, so the <Router> won't render anything.`\n  );\n\n  if (locationContext == null) {\n    return null;\n  }\n\n  return (\n    <NavigationContext.Provider value={navigationContext}>\n      <LocationContext.Provider children={children} value={locationContext} />\n    </NavigationContext.Provider>\n  );\n}\n\nexport interface RoutesProps {\n  children?: React.ReactNode;\n  location?: Partial<Location> | string;\n}\n\n/**\n * A container for a nested tree of `<Route>` elements that renders the branch\n * that best matches the current location.\n *\n * @see https://reactrouter.com/components/routes\n */\nexport function Routes({\n  children,\n  location,\n}: RoutesProps): React.ReactElement | null {\n  return useRoutes(createRoutesFromChildren(children), location);\n}\n\nexport interface AwaitResolveRenderFunction {\n  (data: Awaited<any>): React.ReactNode;\n}\n\nexport interface AwaitProps {\n  children: React.ReactNode | AwaitResolveRenderFunction;\n  errorElement?: React.ReactNode;\n  resolve: TrackedPromise | any;\n}\n\n/**\n * Component to use for rendering lazily loaded data from returning defer()\n * in a loader function\n */\nexport function Await({ children, errorElement, resolve }: AwaitProps) {\n  return (\n    <AwaitErrorBoundary resolve={resolve} errorElement={errorElement}>\n      <ResolveAwait>{children}</ResolveAwait>\n    </AwaitErrorBoundary>\n  );\n}\n\ntype AwaitErrorBoundaryProps = React.PropsWithChildren<{\n  errorElement?: React.ReactNode;\n  resolve: TrackedPromise | any;\n}>;\n\ntype AwaitErrorBoundaryState = {\n  error: any;\n};\n\nenum AwaitRenderStatus {\n  pending,\n  success,\n  error,\n}\n\nconst neverSettledPromise = new Promise(() => {});\n\nclass AwaitErrorBoundary extends React.Component<\n  AwaitErrorBoundaryProps,\n  AwaitErrorBoundaryState\n> {\n  constructor(props: AwaitErrorBoundaryProps) {\n    super(props);\n    this.state = { error: null };\n  }\n\n  static getDerivedStateFromError(error: any) {\n    return { error };\n  }\n\n  componentDidCatch(error: any, errorInfo: any) {\n    console.error(\n      \"<Await> caught the following error during render\",\n      error,\n      errorInfo\n    );\n  }\n\n  render() {\n    let { children, errorElement, resolve } = this.props;\n\n    let promise: TrackedPromise | null = null;\n    let status: AwaitRenderStatus = AwaitRenderStatus.pending;\n\n    if (!(resolve instanceof Promise)) {\n      // Didn't get a promise - provide as a resolved promise\n      status = AwaitRenderStatus.success;\n      promise = Promise.resolve();\n      Object.defineProperty(promise, \"_tracked\", { get: () => true });\n      Object.defineProperty(promise, \"_data\", { get: () => resolve });\n    } else if (this.state.error) {\n      // Caught a render error, provide it as a rejected promise\n      status = AwaitRenderStatus.error;\n      let renderError = this.state.error;\n      promise = Promise.reject().catch(() => {}); // Avoid unhandled rejection warnings\n      Object.defineProperty(promise, \"_tracked\", { get: () => true });\n      Object.defineProperty(promise, \"_error\", { get: () => renderError });\n    } else if ((resolve as TrackedPromise)._tracked) {\n      // Already tracked promise - check contents\n      promise = resolve;\n      status =\n        \"_error\" in promise\n          ? AwaitRenderStatus.error\n          : \"_data\" in promise\n          ? AwaitRenderStatus.success\n          : AwaitRenderStatus.pending;\n    } else {\n      // Raw (untracked) promise - track it\n      status = AwaitRenderStatus.pending;\n      Object.defineProperty(resolve, \"_tracked\", { get: () => true });\n      promise = resolve.then(\n        (data: any) =>\n          Object.defineProperty(resolve, \"_data\", { get: () => data }),\n        (error: any) =>\n          Object.defineProperty(resolve, \"_error\", { get: () => error })\n      );\n    }\n\n    if (\n      status === AwaitRenderStatus.error &&\n      promise._error instanceof AbortedDeferredError\n    ) {\n      // Freeze the UI by throwing a never resolved promise\n      throw neverSettledPromise;\n    }\n\n    if (status === AwaitRenderStatus.error && !errorElement) {\n      // No errorElement, throw to the nearest route-level error boundary\n      throw promise._error;\n    }\n\n    if (status === AwaitRenderStatus.error) {\n      // Render via our errorElement\n      return <AwaitContext.Provider value={promise} children={errorElement} />;\n    }\n\n    if (status === AwaitRenderStatus.success) {\n      // Render children with resolved value\n      return <AwaitContext.Provider value={promise} children={children} />;\n    }\n\n    // Throw to the suspense boundary\n    throw promise;\n  }\n}\n\n/**\n * @private\n * Indirection to leverage useAsyncValue for a render-prop API on `<Await>`\n */\nfunction ResolveAwait({\n  children,\n}: {\n  children: React.ReactNode | AwaitResolveRenderFunction;\n}) {\n  let data = useAsyncValue();\n  let toRender = typeof children === \"function\" ? children(data) : children;\n  return <>{toRender}</>;\n}\n\n///////////////////////////////////////////////////////////////////////////////\n// UTILS\n///////////////////////////////////////////////////////////////////////////////\n\n/**\n * Creates a route config from a React \"children\" object, which is usually\n * either a `<Route>` element or an array of them. Used internally by\n * `<Routes>` to create a route config from its children.\n *\n * @see https://reactrouter.com/utils/create-routes-from-children\n */\nexport function createRoutesFromChildren(\n  children: React.ReactNode,\n  parentPath: number[] = []\n): RouteObject[] {\n  let routes: RouteObject[] = [];\n\n  React.Children.forEach(children, (element, index) => {\n    if (!React.isValidElement(element)) {\n      // Ignore non-elements. This allows people to more easily inline\n      // conditionals in their route config.\n      return;\n    }\n\n    let treePath = [...parentPath, index];\n\n    if (element.type === React.Fragment) {\n      // Transparently support React.Fragment and its children.\n      routes.push.apply(\n        routes,\n        createRoutesFromChildren(element.props.children, treePath)\n      );\n      return;\n    }\n\n    invariant(\n      element.type === Route,\n      `[${\n        typeof element.type === \"string\" ? element.type : element.type.name\n      }] is not a <Route> component. All component children of <Routes> must be a <Route> or <React.Fragment>`\n    );\n\n    invariant(\n      !element.props.index || !element.props.children,\n      \"An index route cannot have child routes.\"\n    );\n\n    let route: RouteObject = {\n      id: element.props.id || treePath.join(\"-\"),\n      caseSensitive: element.props.caseSensitive,\n      element: element.props.element,\n      Component: element.props.Component,\n      index: element.props.index,\n      path: element.props.path,\n      loader: element.props.loader,\n      action: element.props.action,\n      errorElement: element.props.errorElement,\n      ErrorBoundary: element.props.ErrorBoundary,\n      hasErrorBoundary:\n        element.props.ErrorBoundary != null ||\n        element.props.errorElement != null,\n      shouldRevalidate: element.props.shouldRevalidate,\n      handle: element.props.handle,\n      lazy: element.props.lazy,\n    };\n\n    if (element.props.children) {\n      route.children = createRoutesFromChildren(\n        element.props.children,\n        treePath\n      );\n    }\n\n    routes.push(route);\n  });\n\n  return routes;\n}\n\n/**\n * Renders the result of `matchRoutes()` into a React element.\n */\nexport function renderMatches(\n  matches: RouteMatch[] | null\n): React.ReactElement | null {\n  return _renderMatches(matches);\n}\n","import type {\n  FormEncType,\n  HTMLFormMethod,\n  RelativeRoutingType,\n} from \"@remix-run/router\";\nimport { stripBasename, UNSAFE_warning as warning } from \"@remix-run/router\";\n\nexport const defaultMethod: HTMLFormMethod = \"get\";\nconst defaultEncType: FormEncType = \"application/x-www-form-urlencoded\";\n\nexport function isHtmlElement(object: any): object is HTMLElement {\n  return object != null && typeof object.tagName === \"string\";\n}\n\nexport function isButtonElement(object: any): object is HTMLButtonElement {\n  return isHtmlElement(object) && object.tagName.toLowerCase() === \"button\";\n}\n\nexport function isFormElement(object: any): object is HTMLFormElement {\n  return isHtmlElement(object) && object.tagName.toLowerCase() === \"form\";\n}\n\nexport function isInputElement(object: any): object is HTMLInputElement {\n  return isHtmlElement(object) && object.tagName.toLowerCase() === \"input\";\n}\n\ntype LimitedMouseEvent = Pick<\n  MouseEvent,\n  \"button\" | \"metaKey\" | \"altKey\" | \"ctrlKey\" | \"shiftKey\"\n>;\n\nfunction isModifiedEvent(event: LimitedMouseEvent) {\n  return !!(event.metaKey || event.altKey || event.ctrlKey || event.shiftKey);\n}\n\nexport function shouldProcessLinkClick(\n  event: LimitedMouseEvent,\n  target?: string\n) {\n  return (\n    event.button === 0 && // Ignore everything but left clicks\n    (!target || target === \"_self\") && // Let browser handle \"target=_blank\" etc.\n    !isModifiedEvent(event) // Ignore clicks with modifier keys\n  );\n}\n\nexport type ParamKeyValuePair = [string, string];\n\nexport type URLSearchParamsInit =\n  | string\n  | ParamKeyValuePair[]\n  | Record<string, string | string[]>\n  | URLSearchParams;\n\n/**\n * Creates a URLSearchParams object using the given initializer.\n *\n * This is identical to `new URLSearchParams(init)` except it also\n * supports arrays as values in the object form of the initializer\n * instead of just strings. This is convenient when you need multiple\n * values for a given key, but don't want to use an array initializer.\n *\n * For example, instead of:\n *\n *   let searchParams = new URLSearchParams([\n *     ['sort', 'name'],\n *     ['sort', 'price']\n *   ]);\n *\n * you can do:\n *\n *   let searchParams = createSearchParams({\n *     sort: ['name', 'price']\n *   });\n */\nexport function createSearchParams(\n  init: URLSearchParamsInit = \"\"\n): URLSearchParams {\n  return new URLSearchParams(\n    typeof init === \"string\" ||\n    Array.isArray(init) ||\n    init instanceof URLSearchParams\n      ? init\n      : Object.keys(init).reduce((memo, key) => {\n          let value = init[key];\n          return memo.concat(\n            Array.isArray(value) ? value.map((v) => [key, v]) : [[key, value]]\n          );\n        }, [] as ParamKeyValuePair[])\n  );\n}\n\nexport function getSearchParamsForLocation(\n  locationSearch: string,\n  defaultSearchParams: URLSearchParams | null\n) {\n  let searchParams = createSearchParams(locationSearch);\n\n  if (defaultSearchParams) {\n    // Use `defaultSearchParams.forEach(...)` here instead of iterating of\n    // `defaultSearchParams.keys()` to work-around a bug in Firefox related to\n    // web extensions. Relevant Bugzilla tickets:\n    // https://bugzilla.mozilla.org/show_bug.cgi?id=1414602\n    // https://bugzilla.mozilla.org/show_bug.cgi?id=1023984\n    defaultSearchParams.forEach((_, key) => {\n      if (!searchParams.has(key)) {\n        defaultSearchParams.getAll(key).forEach((value) => {\n          searchParams.append(key, value);\n        });\n      }\n    });\n  }\n\n  return searchParams;\n}\n\n// Thanks https://github.com/sindresorhus/type-fest!\ntype JsonObject = { [Key in string]: JsonValue } & {\n  [Key in string]?: JsonValue | undefined;\n};\ntype JsonArray = JsonValue[] | readonly JsonValue[];\ntype JsonPrimitive = string | number | boolean | null;\ntype JsonValue = JsonPrimitive | JsonObject | JsonArray;\n\nexport type SubmitTarget =\n  | HTMLFormElement\n  | HTMLButtonElement\n  | HTMLInputElement\n  | FormData\n  | URLSearchParams\n  | JsonValue\n  | null;\n\n// One-time check for submitter support\nlet _formDataSupportsSubmitter: boolean | null = null;\n\nfunction isFormDataSubmitterSupported() {\n  if (_formDataSupportsSubmitter === null) {\n    try {\n      new FormData(\n        document.createElement(\"form\"),\n        // @ts-expect-error if FormData supports the submitter parameter, this will throw\n        0\n      );\n      _formDataSupportsSubmitter = false;\n    } catch (e) {\n      _formDataSupportsSubmitter = true;\n    }\n  }\n  return _formDataSupportsSubmitter;\n}\n\n/**\n * Submit options shared by both navigations and fetchers\n */\ninterface SharedSubmitOptions {\n  /**\n   * The HTTP method used to submit the form. Overrides `<form method>`.\n   * Defaults to \"GET\".\n   */\n  method?: HTMLFormMethod;\n\n  /**\n   * The action URL path used to submit the form. Overrides `<form action>`.\n   * Defaults to the path of the current route.\n   */\n  action?: string;\n\n  /**\n   * The encoding used to submit the form. Overrides `<form encType>`.\n   * Defaults to \"application/x-www-form-urlencoded\".\n   */\n  encType?: FormEncType;\n\n  /**\n   * Determines whether the form action is relative to the route hierarchy or\n   * the pathname.  Use this if you want to opt out of navigating the route\n   * hierarchy and want to instead route based on /-delimited URL segments\n   */\n  relative?: RelativeRoutingType;\n\n  /**\n   * In browser-based environments, prevent resetting scroll after this\n   * navigation when using the <ScrollRestoration> component\n   */\n  preventScrollReset?: boolean;\n\n  /**\n   * Enable flushSync for this submission's state updates\n   */\n  unstable_flushSync?: boolean;\n}\n\n/**\n * Submit options available to fetchers\n */\nexport interface FetcherSubmitOptions extends SharedSubmitOptions {}\n\n/**\n * Submit options available to navigations\n */\nexport interface SubmitOptions extends FetcherSubmitOptions {\n  /**\n   * Set `true` to replace the current entry in the browser's history stack\n   * instead of creating a new one (i.e. stay on \"the same page\"). Defaults\n   * to `false`.\n   */\n  replace?: boolean;\n\n  /**\n   * State object to add to the history stack entry for this navigation\n   */\n  state?: any;\n\n  /**\n   * Indicate a specific fetcherKey to use when using navigate=false\n   */\n  fetcherKey?: string;\n\n  /**\n   * navigate=false will use a fetcher instead of a navigation\n   */\n  navigate?: boolean;\n\n  /**\n   * Enable view transitions on this submission navigation\n   */\n  unstable_viewTransition?: boolean;\n}\n\nconst supportedFormEncTypes: Set<FormEncType> = new Set([\n  \"application/x-www-form-urlencoded\",\n  \"multipart/form-data\",\n  \"text/plain\",\n]);\n\nfunction getFormEncType(encType: string | null) {\n  if (encType != null && !supportedFormEncTypes.has(encType as FormEncType)) {\n    warning(\n      false,\n      `\"${encType}\" is not a valid \\`encType\\` for \\`<Form>\\`/\\`<fetcher.Form>\\` ` +\n        `and will default to \"${defaultEncType}\"`\n    );\n\n    return null;\n  }\n  return encType;\n}\n\nexport function getFormSubmissionInfo(\n  target: SubmitTarget,\n  basename: string\n): {\n  action: string | null;\n  method: string;\n  encType: string;\n  formData: FormData | undefined;\n  body: any;\n} {\n  let method: string;\n  let action: string | null;\n  let encType: string;\n  let formData: FormData | undefined;\n  let body: any;\n\n  if (isFormElement(target)) {\n    // When grabbing the action from the element, it will have had the basename\n    // prefixed to ensure non-JS scenarios work, so strip it since we'll\n    // re-prefix in the router\n    let attr = target.getAttribute(\"action\");\n    action = attr ? stripBasename(attr, basename) : null;\n    method = target.getAttribute(\"method\") || defaultMethod;\n    encType = getFormEncType(target.getAttribute(\"enctype\")) || defaultEncType;\n\n    formData = new FormData(target);\n  } else if (\n    isButtonElement(target) ||\n    (isInputElement(target) &&\n      (target.type === \"submit\" || target.type === \"image\"))\n  ) {\n    let form = target.form;\n\n    if (form == null) {\n      throw new Error(\n        `Cannot submit a <button> or <input type=\"submit\"> without a <form>`\n      );\n    }\n\n    // <button>/<input type=\"submit\"> may override attributes of <form>\n\n    // When grabbing the action from the element, it will have had the basename\n    // prefixed to ensure non-JS scenarios work, so strip it since we'll\n    // re-prefix in the router\n    let attr = target.getAttribute(\"formaction\") || form.getAttribute(\"action\");\n    action = attr ? stripBasename(attr, basename) : null;\n\n    method =\n      target.getAttribute(\"formmethod\") ||\n      form.getAttribute(\"method\") ||\n      defaultMethod;\n    encType =\n      getFormEncType(target.getAttribute(\"formenctype\")) ||\n      getFormEncType(form.getAttribute(\"enctype\")) ||\n      defaultEncType;\n\n    // Build a FormData object populated from a form and submitter\n    formData = new FormData(form, target);\n\n    // If this browser doesn't support the `FormData(el, submitter)` format,\n    // then tack on the submitter value at the end.  This is a lightweight\n    // solution that is not 100% spec compliant.  For complete support in older\n    // browsers, consider using the `formdata-submitter-polyfill` package\n    if (!isFormDataSubmitterSupported()) {\n      let { name, type, value } = target;\n      if (type === \"image\") {\n        let prefix = name ? `${name}.` : \"\";\n        formData.append(`${prefix}x`, \"0\");\n        formData.append(`${prefix}y`, \"0\");\n      } else if (name) {\n        formData.append(name, value);\n      }\n    }\n  } else if (isHtmlElement(target)) {\n    throw new Error(\n      `Cannot submit element that is not <form>, <button>, or ` +\n        `<input type=\"submit|image\">`\n    );\n  } else {\n    method = defaultMethod;\n    action = null;\n    encType = defaultEncType;\n    body = target;\n  }\n\n  // Send body for <Form encType=\"text/plain\" so we encode it into text\n  if (formData && encType === \"text/plain\") {\n    body = formData;\n    formData = undefined;\n  }\n\n  return { action, method: method.toLowerCase(), encType, formData, body };\n}\n","/**\n * NOTE: If you refactor this to split up the modules into separate files,\n * you'll need to update the rollup config for react-router-dom-v5-compat.\n */\nimport * as React from \"react\";\nimport * as ReactDOM from \"react-dom\";\nimport type {\n  DataRouteObject,\n  FutureConfig,\n  Location,\n  NavigateOptions,\n  NavigationType,\n  Navigator,\n  RelativeRoutingType,\n  RouteObject,\n  RouterProps,\n  RouterProviderProps,\n  To,\n  unstable_PatchRoutesOnMissFunction,\n} from \"react-router\";\nimport {\n  Router,\n  createPath,\n  useHref,\n  useLocation,\n  useMatches,\n  useNavigate,\n  useNavigation,\n  useResolvedPath,\n  useBlocker,\n  UNSAFE_DataRouterContext as DataRouterContext,\n  UNSAFE_DataRouterStateContext as DataRouterStateContext,\n  UNSAFE_NavigationContext as NavigationContext,\n  UNSAFE_RouteContext as RouteContext,\n  UNSAFE_mapRouteProperties as mapRouteProperties,\n  UNSAFE_useRouteId as useRouteId,\n  UNSAFE_useRoutesImpl as useRoutesImpl,\n} from \"react-router\";\nimport type {\n  BrowserHistory,\n  unstable_DataStrategyFunction,\n  unstable_DataStrategyFunctionArgs,\n  unstable_DataStrategyMatch,\n  Fetcher,\n  FormEncType,\n  FormMethod,\n  FutureConfig as RouterFutureConfig,\n  GetScrollRestorationKeyFunction,\n  HashHistory,\n  History,\n  HTMLFormMethod,\n  HydrationState,\n  Router as RemixRouter,\n  V7_FormMethod,\n  RouterState,\n  RouterSubscriber,\n  BlockerFunction,\n} from \"@remix-run/router\";\nimport {\n  createRouter,\n  createBrowserHistory,\n  createHashHistory,\n  joinPaths,\n  stripBasename,\n  UNSAFE_ErrorResponseImpl as ErrorResponseImpl,\n  UNSAFE_invariant as invariant,\n  UNSAFE_warning as warning,\n  matchPath,\n  IDLE_FETCHER,\n} from \"@remix-run/router\";\n\nimport type {\n  SubmitOptions,\n  ParamKeyValuePair,\n  URLSearchParamsInit,\n  SubmitTarget,\n  FetcherSubmitOptions,\n} from \"./dom\";\nimport {\n  createSearchParams,\n  defaultMethod,\n  getFormSubmissionInfo,\n  getSearchParamsForLocation,\n  shouldProcessLinkClick,\n} from \"./dom\";\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Re-exports\n////////////////////////////////////////////////////////////////////////////////\n\nexport type {\n  unstable_DataStrategyFunction,\n  unstable_DataStrategyFunctionArgs,\n  unstable_DataStrategyMatch,\n  FormEncType,\n  FormMethod,\n  GetScrollRestorationKeyFunction,\n  ParamKeyValuePair,\n  SubmitOptions,\n  URLSearchParamsInit,\n  V7_FormMethod,\n};\nexport { createSearchParams, ErrorResponseImpl as UNSAFE_ErrorResponseImpl };\n\n// Note: Keep in sync with react-router exports!\nexport type {\n  ActionFunction,\n  ActionFunctionArgs,\n  AwaitProps,\n  Blocker,\n  BlockerFunction,\n  DataRouteMatch,\n  DataRouteObject,\n  ErrorResponse,\n  Fetcher,\n  FutureConfig,\n  Hash,\n  IndexRouteObject,\n  IndexRouteProps,\n  JsonFunction,\n  LazyRouteFunction,\n  LayoutRouteProps,\n  LoaderFunction,\n  LoaderFunctionArgs,\n  Location,\n  MemoryRouterProps,\n  NavigateFunction,\n  NavigateOptions,\n  NavigateProps,\n  Navigation,\n  Navigator,\n  NonIndexRouteObject,\n  OutletProps,\n  Params,\n  ParamParseKey,\n  Path,\n  PathMatch,\n  Pathname,\n  PathParam,\n  PathPattern,\n  PathRouteProps,\n  RedirectFunction,\n  RelativeRoutingType,\n  RouteMatch,\n  RouteObject,\n  RouteProps,\n  RouterProps,\n  RouterProviderProps,\n  RoutesProps,\n  Search,\n  ShouldRevalidateFunction,\n  ShouldRevalidateFunctionArgs,\n  To,\n  UIMatch,\n  unstable_HandlerResult,\n  unstable_PatchRoutesOnMissFunction,\n} from \"react-router\";\nexport {\n  AbortedDeferredError,\n  Await,\n  MemoryRouter,\n  Navigate,\n  NavigationType,\n  Outlet,\n  Route,\n  Router,\n  Routes,\n  createMemoryRouter,\n  createPath,\n  createRoutesFromChildren,\n  createRoutesFromElements,\n  defer,\n  isRouteErrorResponse,\n  generatePath,\n  json,\n  matchPath,\n  matchRoutes,\n  parsePath,\n  redirect,\n  redirectDocument,\n  replace,\n  renderMatches,\n  resolvePath,\n  useActionData,\n  useAsyncError,\n  useAsyncValue,\n  useBlocker,\n  useHref,\n  useInRouterContext,\n  useLoaderData,\n  useLocation,\n  useMatch,\n  useMatches,\n  useNavigate,\n  useNavigation,\n  useNavigationType,\n  useOutlet,\n  useOutletContext,\n  useParams,\n  useResolvedPath,\n  useRevalidator,\n  useRouteError,\n  useRouteLoaderData,\n  useRoutes,\n} from \"react-router\";\n\n///////////////////////////////////////////////////////////////////////////////\n// DANGER! PLEASE READ ME!\n// We provide these exports as an escape hatch in the event that you need any\n// routing data that we don't provide an explicit API for. With that said, we\n// want to cover your use case if we can, so if you feel the need to use these\n// we want to hear from you. Let us know what you're building and we'll do our\n// best to make sure we can support you!\n//\n// We consider these exports an implementation detail and do not guarantee\n// against any breaking changes, regardless of the semver release. Use with\n// extreme caution and only if you understand the consequences. Godspeed.\n///////////////////////////////////////////////////////////////////////////////\n\n/** @internal */\nexport {\n  UNSAFE_DataRouterContext,\n  UNSAFE_DataRouterStateContext,\n  UNSAFE_NavigationContext,\n  UNSAFE_LocationContext,\n  UNSAFE_RouteContext,\n  UNSAFE_useRouteId,\n} from \"react-router\";\n//#endregion\n\ndeclare global {\n  var __staticRouterHydrationData: HydrationState | undefined;\n  var __reactRouterVersion: string;\n  interface Document {\n    startViewTransition(cb: () => Promise<void> | void): ViewTransition;\n  }\n}\n\n// HEY YOU! DON'T TOUCH THIS VARIABLE!\n//\n// It is replaced with the proper version at build time via a babel plugin in\n// the rollup config.\n//\n// Export a global property onto the window for React Router detection by the\n// Core Web Vitals Technology Report.  This way they can configure the `wappalyzer`\n// to detect and properly classify live websites as being built with React Router:\n// https://github.com/HTTPArchive/wappalyzer/blob/main/src/technologies/r.json\nconst REACT_ROUTER_VERSION = \"0\";\ntry {\n  window.__reactRouterVersion = REACT_ROUTER_VERSION;\n} catch (e) {\n  // no-op\n}\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Routers\n////////////////////////////////////////////////////////////////////////////////\n\ninterface DOMRouterOpts {\n  basename?: string;\n  future?: Partial<Omit<RouterFutureConfig, \"v7_prependBasename\">>;\n  hydrationData?: HydrationState;\n  unstable_dataStrategy?: unstable_DataStrategyFunction;\n  unstable_patchRoutesOnMiss?: unstable_PatchRoutesOnMissFunction;\n  window?: Window;\n}\n\nexport function createBrowserRouter(\n  routes: RouteObject[],\n  opts?: DOMRouterOpts\n): RemixRouter {\n  return createRouter({\n    basename: opts?.basename,\n    future: {\n      ...opts?.future,\n      v7_prependBasename: true,\n    },\n    history: createBrowserHistory({ window: opts?.window }),\n    hydrationData: opts?.hydrationData || parseHydrationData(),\n    routes,\n    mapRouteProperties,\n    unstable_dataStrategy: opts?.unstable_dataStrategy,\n    unstable_patchRoutesOnMiss: opts?.unstable_patchRoutesOnMiss,\n    window: opts?.window,\n  }).initialize();\n}\n\nexport function createHashRouter(\n  routes: RouteObject[],\n  opts?: DOMRouterOpts\n): RemixRouter {\n  return createRouter({\n    basename: opts?.basename,\n    future: {\n      ...opts?.future,\n      v7_prependBasename: true,\n    },\n    history: createHashHistory({ window: opts?.window }),\n    hydrationData: opts?.hydrationData || parseHydrationData(),\n    routes,\n    mapRouteProperties,\n    unstable_dataStrategy: opts?.unstable_dataStrategy,\n    unstable_patchRoutesOnMiss: opts?.unstable_patchRoutesOnMiss,\n    window: opts?.window,\n  }).initialize();\n}\n\nfunction parseHydrationData(): HydrationState | undefined {\n  let state = window?.__staticRouterHydrationData;\n  if (state && state.errors) {\n    state = {\n      ...state,\n      errors: deserializeErrors(state.errors),\n    };\n  }\n  return state;\n}\n\nfunction deserializeErrors(\n  errors: RemixRouter[\"state\"][\"errors\"]\n): RemixRouter[\"state\"][\"errors\"] {\n  if (!errors) return null;\n  let entries = Object.entries(errors);\n  let serialized: RemixRouter[\"state\"][\"errors\"] = {};\n  for (let [key, val] of entries) {\n    // Hey you!  If you change this, please change the corresponding logic in\n    // serializeErrors in react-router-dom/server.tsx :)\n    if (val && val.__type === \"RouteErrorResponse\") {\n      serialized[key] = new ErrorResponseImpl(\n        val.status,\n        val.statusText,\n        val.data,\n        val.internal === true\n      );\n    } else if (val && val.__type === \"Error\") {\n      // Attempt to reconstruct the right type of Error (i.e., ReferenceError)\n      if (val.__subType) {\n        let ErrorConstructor = window[val.__subType];\n        if (typeof ErrorConstructor === \"function\") {\n          try {\n            // @ts-expect-error\n            let error = new ErrorConstructor(val.message);\n            // Wipe away the client-side stack trace.  Nothing to fill it in with\n            // because we don't serialize SSR stack traces for security reasons\n            error.stack = \"\";\n            serialized[key] = error;\n          } catch (e) {\n            // no-op - fall through and create a normal Error\n          }\n        }\n      }\n\n      if (serialized[key] == null) {\n        let error = new Error(val.message);\n        // Wipe away the client-side stack trace.  Nothing to fill it in with\n        // because we don't serialize SSR stack traces for security reasons\n        error.stack = \"\";\n        serialized[key] = error;\n      }\n    } else {\n      serialized[key] = val;\n    }\n  }\n  return serialized;\n}\n\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Contexts\n////////////////////////////////////////////////////////////////////////////////\n\ntype ViewTransitionContextObject =\n  | {\n      isTransitioning: false;\n    }\n  | {\n      isTransitioning: true;\n      flushSync: boolean;\n      currentLocation: Location;\n      nextLocation: Location;\n    };\n\nconst ViewTransitionContext = React.createContext<ViewTransitionContextObject>({\n  isTransitioning: false,\n});\nif (__DEV__) {\n  ViewTransitionContext.displayName = \"ViewTransition\";\n}\n\nexport { ViewTransitionContext as UNSAFE_ViewTransitionContext };\n\n// TODO: (v7) Change the useFetcher data from `any` to `unknown`\ntype FetchersContextObject = Map<string, any>;\n\nconst FetchersContext = React.createContext<FetchersContextObject>(new Map());\nif (__DEV__) {\n  FetchersContext.displayName = \"Fetchers\";\n}\n\nexport { FetchersContext as UNSAFE_FetchersContext };\n\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Components\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n  Webpack + React 17 fails to compile on any of the following because webpack\n  complains that `startTransition` doesn't exist in `React`:\n  * import { startTransition } from \"react\"\n  * import * as React from from \"react\";\n    \"startTransition\" in React ? React.startTransition(() => setState()) : setState()\n  * import * as React from from \"react\";\n    \"startTransition\" in React ? React[\"startTransition\"](() => setState()) : setState()\n\n  Moving it to a constant such as the following solves the Webpack/React 17 issue:\n  * import * as React from from \"react\";\n    const START_TRANSITION = \"startTransition\";\n    START_TRANSITION in React ? React[START_TRANSITION](() => setState()) : setState()\n\n  However, that introduces webpack/terser minification issues in production builds\n  in React 18 where minification/obfuscation ends up removing the call of\n  React.startTransition entirely from the first half of the ternary.  Grabbing\n  this exported reference once up front resolves that issue.\n\n  See https://github.com/remix-run/react-router/issues/10579\n*/\nconst START_TRANSITION = \"startTransition\";\nconst startTransitionImpl = React[START_TRANSITION];\nconst FLUSH_SYNC = \"flushSync\";\nconst flushSyncImpl = ReactDOM[FLUSH_SYNC];\nconst USE_ID = \"useId\";\nconst useIdImpl = React[USE_ID];\n\nfunction startTransitionSafe(cb: () => void) {\n  if (startTransitionImpl) {\n    startTransitionImpl(cb);\n  } else {\n    cb();\n  }\n}\n\nfunction flushSyncSafe(cb: () => void) {\n  if (flushSyncImpl) {\n    flushSyncImpl(cb);\n  } else {\n    cb();\n  }\n}\n\ninterface ViewTransition {\n  finished: Promise<void>;\n  ready: Promise<void>;\n  updateCallbackDone: Promise<void>;\n  skipTransition(): void;\n}\n\nclass Deferred<T> {\n  status: \"pending\" | \"resolved\" | \"rejected\" = \"pending\";\n  promise: Promise<T>;\n  // @ts-expect-error - no initializer\n  resolve: (value: T) => void;\n  // @ts-expect-error - no initializer\n  reject: (reason?: unknown) => void;\n  constructor() {\n    this.promise = new Promise((resolve, reject) => {\n      this.resolve = (value) => {\n        if (this.status === \"pending\") {\n          this.status = \"resolved\";\n          resolve(value);\n        }\n      };\n      this.reject = (reason) => {\n        if (this.status === \"pending\") {\n          this.status = \"rejected\";\n          reject(reason);\n        }\n      };\n    });\n  }\n}\n\n/**\n * Given a Remix Router instance, render the appropriate UI\n */\nexport function RouterProvider({\n  fallbackElement,\n  router,\n  future,\n}: RouterProviderProps): React.ReactElement {\n  let [state, setStateImpl] = React.useState(router.state);\n  let [pendingState, setPendingState] = React.useState<RouterState>();\n  let [vtContext, setVtContext] = React.useState<ViewTransitionContextObject>({\n    isTransitioning: false,\n  });\n  let [renderDfd, setRenderDfd] = React.useState<Deferred<void>>();\n  let [transition, setTransition] = React.useState<ViewTransition>();\n  let [interruption, setInterruption] = React.useState<{\n    state: RouterState;\n    currentLocation: Location;\n    nextLocation: Location;\n  }>();\n  let fetcherData = React.useRef<Map<string, any>>(new Map());\n  let { v7_startTransition } = future || {};\n\n  let optInStartTransition = React.useCallback(\n    (cb: () => void) => {\n      if (v7_startTransition) {\n        startTransitionSafe(cb);\n      } else {\n        cb();\n      }\n    },\n    [v7_startTransition]\n  );\n\n  let setState = React.useCallback<RouterSubscriber>(\n    (\n      newState: RouterState,\n      {\n        deletedFetchers,\n        unstable_flushSync: flushSync,\n        unstable_viewTransitionOpts: viewTransitionOpts,\n      }\n    ) => {\n      deletedFetchers.forEach((key) => fetcherData.current.delete(key));\n      newState.fetchers.forEach((fetcher, key) => {\n        if (fetcher.data !== undefined) {\n          fetcherData.current.set(key, fetcher.data);\n        }\n      });\n\n      let isViewTransitionUnavailable =\n        router.window == null ||\n        router.window.document == null ||\n        typeof router.window.document.startViewTransition !== \"function\";\n\n      // If this isn't a view transition or it's not available in this browser,\n      // just update and be done with it\n      if (!viewTransitionOpts || isViewTransitionUnavailable) {\n        if (flushSync) {\n          flushSyncSafe(() => setStateImpl(newState));\n        } else {\n          optInStartTransition(() => setStateImpl(newState));\n        }\n        return;\n      }\n\n      // flushSync + startViewTransition\n      if (flushSync) {\n        // Flush through the context to mark DOM elements as transition=ing\n        flushSyncSafe(() => {\n          // Cancel any pending transitions\n          if (transition) {\n            renderDfd && renderDfd.resolve();\n            transition.skipTransition();\n          }\n          setVtContext({\n            isTransitioning: true,\n            flushSync: true,\n            currentLocation: viewTransitionOpts.currentLocation,\n            nextLocation: viewTransitionOpts.nextLocation,\n          });\n        });\n\n        // Update the DOM\n        let t = router.window!.document.startViewTransition(() => {\n          flushSyncSafe(() => setStateImpl(newState));\n        });\n\n        // Clean up after the animation completes\n        t.finished.finally(() => {\n          flushSyncSafe(() => {\n            setRenderDfd(undefined);\n            setTransition(undefined);\n            setPendingState(undefined);\n            setVtContext({ isTransitioning: false });\n          });\n        });\n\n        flushSyncSafe(() => setTransition(t));\n        return;\n      }\n\n      // startTransition + startViewTransition\n      if (transition) {\n        // Interrupting an in-progress transition, cancel and let everything flush\n        // out, and then kick off a new transition from the interruption state\n        renderDfd && renderDfd.resolve();\n        transition.skipTransition();\n        setInterruption({\n          state: newState,\n          currentLocation: viewTransitionOpts.currentLocation,\n          nextLocation: viewTransitionOpts.nextLocation,\n        });\n      } else {\n        // Completed navigation update with opted-in view transitions, let 'er rip\n        setPendingState(newState);\n        setVtContext({\n          isTransitioning: true,\n          flushSync: false,\n          currentLocation: viewTransitionOpts.currentLocation,\n          nextLocation: viewTransitionOpts.nextLocation,\n        });\n      }\n    },\n    [router.window, transition, renderDfd, fetcherData, optInStartTransition]\n  );\n\n  // Need to use a layout effect here so we are subscribed early enough to\n  // pick up on any render-driven redirects/navigations (useEffect/<Navigate>)\n  React.useLayoutEffect(() => router.subscribe(setState), [router, setState]);\n\n  // When we start a view transition, create a Deferred we can use for the\n  // eventual \"completed\" render\n  React.useEffect(() => {\n    if (vtContext.isTransitioning && !vtContext.flushSync) {\n      setRenderDfd(new Deferred<void>());\n    }\n  }, [vtContext]);\n\n  // Once the deferred is created, kick off startViewTransition() to update the\n  // DOM and then wait on the Deferred to resolve (indicating the DOM update has\n  // happened)\n  React.useEffect(() => {\n    if (renderDfd && pendingState && router.window) {\n      let newState = pendingState;\n      let renderPromise = renderDfd.promise;\n      let transition = router.window.document.startViewTransition(async () => {\n        optInStartTransition(() => setStateImpl(newState));\n        await renderPromise;\n      });\n      transition.finished.finally(() => {\n        setRenderDfd(undefined);\n        setTransition(undefined);\n        setPendingState(undefined);\n        setVtContext({ isTransitioning: false });\n      });\n      setTransition(transition);\n    }\n  }, [optInStartTransition, pendingState, renderDfd, router.window]);\n\n  // When the new location finally renders and is committed to the DOM, this\n  // effect will run to resolve the transition\n  React.useEffect(() => {\n    if (\n      renderDfd &&\n      pendingState &&\n      state.location.key === pendingState.location.key\n    ) {\n      renderDfd.resolve();\n    }\n  }, [renderDfd, transition, state.location, pendingState]);\n\n  // If we get interrupted with a new navigation during a transition, we skip\n  // the active transition, let it cleanup, then kick it off again here\n  React.useEffect(() => {\n    if (!vtContext.isTransitioning && interruption) {\n      setPendingState(interruption.state);\n      setVtContext({\n        isTransitioning: true,\n        flushSync: false,\n        currentLocation: interruption.currentLocation,\n        nextLocation: interruption.nextLocation,\n      });\n      setInterruption(undefined);\n    }\n  }, [vtContext.isTransitioning, interruption]);\n\n  React.useEffect(() => {\n    warning(\n      fallbackElement == null || !router.future.v7_partialHydration,\n      \"`<RouterProvider fallbackElement>` is deprecated when using \" +\n        \"`v7_partialHydration`, use a `HydrateFallback` component instead\"\n    );\n    // Only log this once on initial mount\n    // eslint-disable-next-line react-hooks/exhaustive-deps\n  }, []);\n\n  let navigator = React.useMemo((): Navigator => {\n    return {\n      createHref: router.createHref,\n      encodeLocation: router.encodeLocation,\n      go: (n) => router.navigate(n),\n      push: (to, state, opts) =>\n        router.navigate(to, {\n          state,\n          preventScrollReset: opts?.preventScrollReset,\n        }),\n      replace: (to, state, opts) =>\n        router.navigate(to, {\n          replace: true,\n          state,\n          preventScrollReset: opts?.preventScrollReset,\n        }),\n    };\n  }, [router]);\n\n  let basename = router.basename || \"/\";\n\n  let dataRouterContext = React.useMemo(\n    () => ({\n      router,\n      navigator,\n      static: false,\n      basename,\n    }),\n    [router, navigator, basename]\n  );\n\n  let routerFuture = React.useMemo<RouterProps[\"future\"]>(\n    () => ({\n      v7_relativeSplatPath: router.future.v7_relativeSplatPath,\n    }),\n    [router.future.v7_relativeSplatPath]\n  );\n\n  // The fragment and {null} here are important!  We need them to keep React 18's\n  // useId happy when we are server-rendering since we may have a <script> here\n  // containing the hydrated server-side staticContext (from StaticRouterProvider).\n  // useId relies on the component tree structure to generate deterministic id's\n  // so we need to ensure it remains the same on the client even though\n  // we don't need the <script> tag\n  return (\n    <>\n      <DataRouterContext.Provider value={dataRouterContext}>\n        <DataRouterStateContext.Provider value={state}>\n          <FetchersContext.Provider value={fetcherData.current}>\n            <ViewTransitionContext.Provider value={vtContext}>\n              <Router\n                basename={basename}\n                location={state.location}\n                navigationType={state.historyAction}\n                navigator={navigator}\n                future={routerFuture}\n              >\n                {state.initialized || router.future.v7_partialHydration ? (\n                  <MemoizedDataRoutes\n                    routes={router.routes}\n                    future={router.future}\n                    state={state}\n                  />\n                ) : (\n                  fallbackElement\n                )}\n              </Router>\n            </ViewTransitionContext.Provider>\n          </FetchersContext.Provider>\n        </DataRouterStateContext.Provider>\n      </DataRouterContext.Provider>\n      {null}\n    </>\n  );\n}\n\n// Memoize to avoid re-renders when updating `ViewTransitionContext`\nconst MemoizedDataRoutes = React.memo(DataRoutes);\n\nfunction DataRoutes({\n  routes,\n  future,\n  state,\n}: {\n  routes: DataRouteObject[];\n  future: RemixRouter[\"future\"];\n  state: RouterState;\n}): React.ReactElement | null {\n  return useRoutesImpl(routes, undefined, state, future);\n}\n\nexport interface BrowserRouterProps {\n  basename?: string;\n  children?: React.ReactNode;\n  future?: Partial<FutureConfig>;\n  window?: Window;\n}\n\n/**\n * A `<Router>` for use in web browsers. Provides the cleanest URLs.\n */\nexport function BrowserRouter({\n  basename,\n  children,\n  future,\n  window,\n}: BrowserRouterProps) {\n  let historyRef = React.useRef<BrowserHistory>();\n  if (historyRef.current == null) {\n    historyRef.current = createBrowserHistory({ window, v5Compat: true });\n  }\n\n  let history = historyRef.current;\n  let [state, setStateImpl] = React.useState({\n    action: history.action,\n    location: history.location,\n  });\n  let { v7_startTransition } = future || {};\n  let setState = React.useCallback(\n    (newState: { action: NavigationType; location: Location }) => {\n      v7_startTransition && startTransitionImpl\n        ? startTransitionImpl(() => setStateImpl(newState))\n        : setStateImpl(newState);\n    },\n    [setStateImpl, v7_startTransition]\n  );\n\n  React.useLayoutEffect(() => history.listen(setState), [history, setState]);\n\n  return (\n    <Router\n      basename={basename}\n      children={children}\n      location={state.location}\n      navigationType={state.action}\n      navigator={history}\n      future={future}\n    />\n  );\n}\n\nexport interface HashRouterProps {\n  basename?: string;\n  children?: React.ReactNode;\n  future?: Partial<FutureConfig>;\n  window?: Window;\n}\n\n/**\n * A `<Router>` for use in web browsers. Stores the location in the hash\n * portion of the URL so it is not sent to the server.\n */\nexport function HashRouter({\n  basename,\n  children,\n  future,\n  window,\n}: HashRouterProps) {\n  let historyRef = React.useRef<HashHistory>();\n  if (historyRef.current == null) {\n    historyRef.current = createHashHistory({ window, v5Compat: true });\n  }\n\n  let history = historyRef.current;\n  let [state, setStateImpl] = React.useState({\n    action: history.action,\n    location: history.location,\n  });\n  let { v7_startTransition } = future || {};\n  let setState = React.useCallback(\n    (newState: { action: NavigationType; location: Location }) => {\n      v7_startTransition && startTransitionImpl\n        ? startTransitionImpl(() => setStateImpl(newState))\n        : setStateImpl(newState);\n    },\n    [setStateImpl, v7_startTransition]\n  );\n\n  React.useLayoutEffect(() => history.listen(setState), [history, setState]);\n\n  return (\n    <Router\n      basename={basename}\n      children={children}\n      location={state.location}\n      navigationType={state.action}\n      navigator={history}\n      future={future}\n    />\n  );\n}\n\nexport interface HistoryRouterProps {\n  basename?: string;\n  children?: React.ReactNode;\n  future?: FutureConfig;\n  history: History;\n}\n\n/**\n * A `<Router>` that accepts a pre-instantiated history object. It's important\n * to note that using your own history object is highly discouraged and may add\n * two versions of the history library to your bundles unless you use the same\n * version of the history library that React Router uses internally.\n */\nfunction HistoryRouter({\n  basename,\n  children,\n  future,\n  history,\n}: HistoryRouterProps) {\n  let [state, setStateImpl] = React.useState({\n    action: history.action,\n    location: history.location,\n  });\n  let { v7_startTransition } = future || {};\n  let setState = React.useCallback(\n    (newState: { action: NavigationType; location: Location }) => {\n      v7_startTransition && startTransitionImpl\n        ? startTransitionImpl(() => setStateImpl(newState))\n        : setStateImpl(newState);\n    },\n    [setStateImpl, v7_startTransition]\n  );\n\n  React.useLayoutEffect(() => history.listen(setState), [history, setState]);\n\n  return (\n    <Router\n      basename={basename}\n      children={children}\n      location={state.location}\n      navigationType={state.action}\n      navigator={history}\n      future={future}\n    />\n  );\n}\n\nif (__DEV__) {\n  HistoryRouter.displayName = \"unstable_HistoryRouter\";\n}\n\nexport { HistoryRouter as unstable_HistoryRouter };\n\nexport interface LinkProps\n  extends Omit<React.AnchorHTMLAttributes<HTMLAnchorElement>, \"href\"> {\n  reloadDocument?: boolean;\n  replace?: boolean;\n  state?: any;\n  preventScrollReset?: boolean;\n  relative?: RelativeRoutingType;\n  to: To;\n  unstable_viewTransition?: boolean;\n}\n\nconst isBrowser =\n  typeof window !== \"undefined\" &&\n  typeof window.document !== \"undefined\" &&\n  typeof window.document.createElement !== \"undefined\";\n\nconst ABSOLUTE_URL_REGEX = /^(?:[a-z][a-z0-9+.-]*:|\\/\\/)/i;\n\n/**\n * The public API for rendering a history-aware `<a>`.\n */\nexport const Link = React.forwardRef<HTMLAnchorElement, LinkProps>(\n  function LinkWithRef(\n    {\n      onClick,\n      relative,\n      reloadDocument,\n      replace,\n      state,\n      target,\n      to,\n      preventScrollReset,\n      unstable_viewTransition,\n      ...rest\n    },\n    ref\n  ) {\n    let { basename } = React.useContext(NavigationContext);\n\n    // Rendered into <a href> for absolute URLs\n    let absoluteHref;\n    let isExternal = false;\n\n    if (typeof to === \"string\" && ABSOLUTE_URL_REGEX.test(to)) {\n      // Render the absolute href server- and client-side\n      absoluteHref = to;\n\n      // Only check for external origins client-side\n      if (isBrowser) {\n        try {\n          let currentUrl = new URL(window.location.href);\n          let targetUrl = to.startsWith(\"//\")\n            ? new URL(currentUrl.protocol + to)\n            : new URL(to);\n          let path = stripBasename(targetUrl.pathname, basename);\n\n          if (targetUrl.origin === currentUrl.origin && path != null) {\n            // Strip the protocol/origin/basename for same-origin absolute URLs\n            to = path + targetUrl.search + targetUrl.hash;\n          } else {\n            isExternal = true;\n          }\n        } catch (e) {\n          // We can't do external URL detection without a valid URL\n          warning(\n            false,\n            `<Link to=\"${to}\"> contains an invalid URL which will probably break ` +\n              `when clicked - please update to a valid URL path.`\n          );\n        }\n      }\n    }\n\n    // Rendered into <a href> for relative URLs\n    let href = useHref(to, { relative });\n\n    let internalOnClick = useLinkClickHandler(to, {\n      replace,\n      state,\n      target,\n      preventScrollReset,\n      relative,\n      unstable_viewTransition,\n    });\n    function handleClick(\n      event: React.MouseEvent<HTMLAnchorElement, MouseEvent>\n    ) {\n      if (onClick) onClick(event);\n      if (!event.defaultPrevented) {\n        internalOnClick(event);\n      }\n    }\n\n    return (\n      // eslint-disable-next-line jsx-a11y/anchor-has-content\n      <a\n        {...rest}\n        href={absoluteHref || href}\n        onClick={isExternal || reloadDocument ? onClick : handleClick}\n        ref={ref}\n        target={target}\n      />\n    );\n  }\n);\n\nif (__DEV__) {\n  Link.displayName = \"Link\";\n}\n\nexport type NavLinkRenderProps = {\n  isActive: boolean;\n  isPending: boolean;\n  isTransitioning: boolean;\n};\n\nexport interface NavLinkProps\n  extends Omit<LinkProps, \"className\" | \"style\" | \"children\"> {\n  children?: React.ReactNode | ((props: NavLinkRenderProps) => React.ReactNode);\n  caseSensitive?: boolean;\n  className?: string | ((props: NavLinkRenderProps) => string | undefined);\n  end?: boolean;\n  style?:\n    | React.CSSProperties\n    | ((props: NavLinkRenderProps) => React.CSSProperties | undefined);\n}\n\n/**\n * A `<Link>` wrapper that knows if it's \"active\" or not.\n */\nexport const NavLink = React.forwardRef<HTMLAnchorElement, NavLinkProps>(\n  function NavLinkWithRef(\n    {\n      \"aria-current\": ariaCurrentProp = \"page\",\n      caseSensitive = false,\n      className: classNameProp = \"\",\n      end = false,\n      style: styleProp,\n      to,\n      unstable_viewTransition,\n      children,\n      ...rest\n    },\n    ref\n  ) {\n    let path = useResolvedPath(to, { relative: rest.relative });\n    let location = useLocation();\n    let routerState = React.useContext(DataRouterStateContext);\n    let { navigator, basename } = React.useContext(NavigationContext);\n    let isTransitioning =\n      routerState != null &&\n      // Conditional usage is OK here because the usage of a data router is static\n      // eslint-disable-next-line react-hooks/rules-of-hooks\n      useViewTransitionState(path) &&\n      unstable_viewTransition === true;\n\n    let toPathname = navigator.encodeLocation\n      ? navigator.encodeLocation(path).pathname\n      : path.pathname;\n    let locationPathname = location.pathname;\n    let nextLocationPathname =\n      routerState && routerState.navigation && routerState.navigation.location\n        ? routerState.navigation.location.pathname\n        : null;\n\n    if (!caseSensitive) {\n      locationPathname = locationPathname.toLowerCase();\n      nextLocationPathname = nextLocationPathname\n        ? nextLocationPathname.toLowerCase()\n        : null;\n      toPathname = toPathname.toLowerCase();\n    }\n\n    if (nextLocationPathname && basename) {\n      nextLocationPathname =\n        stripBasename(nextLocationPathname, basename) || nextLocationPathname;\n    }\n\n    // If the `to` has a trailing slash, look at that exact spot.  Otherwise,\n    // we're looking for a slash _after_ what's in `to`.  For example:\n    //\n    // <NavLink to=\"/users\"> and <NavLink to=\"/users/\">\n    // both want to look for a / at index 6 to match URL `/users/matt`\n    const endSlashPosition =\n      toPathname !== \"/\" && toPathname.endsWith(\"/\")\n        ? toPathname.length - 1\n        : toPathname.length;\n    let isActive =\n      locationPathname === toPathname ||\n      (!end &&\n        locationPathname.startsWith(toPathname) &&\n        locationPathname.charAt(endSlashPosition) === \"/\");\n\n    let isPending =\n      nextLocationPathname != null &&\n      (nextLocationPathname === toPathname ||\n        (!end &&\n          nextLocationPathname.startsWith(toPathname) &&\n          nextLocationPathname.charAt(toPathname.length) === \"/\"));\n\n    let renderProps = {\n      isActive,\n      isPending,\n      isTransitioning,\n    };\n\n    let ariaCurrent = isActive ? ariaCurrentProp : undefined;\n\n    let className: string | undefined;\n    if (typeof classNameProp === \"function\") {\n      className = classNameProp(renderProps);\n    } else {\n      // If the className prop is not a function, we use a default `active`\n      // class for <NavLink />s that are active. In v5 `active` was the default\n      // value for `activeClassName`, but we are removing that API and can still\n      // use the old default behavior for a cleaner upgrade path and keep the\n      // simple styling rules working as they currently do.\n      className = [\n        classNameProp,\n        isActive ? \"active\" : null,\n        isPending ? \"pending\" : null,\n        isTransitioning ? \"transitioning\" : null,\n      ]\n        .filter(Boolean)\n        .join(\" \");\n    }\n\n    let style =\n      typeof styleProp === \"function\" ? styleProp(renderProps) : styleProp;\n\n    return (\n      <Link\n        {...rest}\n        aria-current={ariaCurrent}\n        className={className}\n        ref={ref}\n        style={style}\n        to={to}\n        unstable_viewTransition={unstable_viewTransition}\n      >\n        {typeof children === \"function\" ? children(renderProps) : children}\n      </Link>\n    );\n  }\n);\n\nif (__DEV__) {\n  NavLink.displayName = \"NavLink\";\n}\n\n/**\n * Form props shared by navigations and fetchers\n */\ninterface SharedFormProps extends React.FormHTMLAttributes<HTMLFormElement> {\n  /**\n   * The HTTP verb to use when the form is submit. Supports \"get\", \"post\",\n   * \"put\", \"delete\", \"patch\".\n   */\n  method?: HTMLFormMethod;\n\n  /**\n   * `<form encType>` - enhancing beyond the normal string type and limiting\n   * to the built-in browser supported values\n   */\n  encType?:\n    | \"application/x-www-form-urlencoded\"\n    | \"multipart/form-data\"\n    | \"text/plain\";\n\n  /**\n   * Normal `<form action>` but supports React Router's relative paths.\n   */\n  action?: string;\n\n  /**\n   * Determines whether the form action is relative to the route hierarchy or\n   * the pathname.  Use this if you want to opt out of navigating the route\n   * hierarchy and want to instead route based on /-delimited URL segments\n   */\n  relative?: RelativeRoutingType;\n\n  /**\n   * Prevent the scroll position from resetting to the top of the viewport on\n   * completion of the navigation when using the <ScrollRestoration> component\n   */\n  preventScrollReset?: boolean;\n\n  /**\n   * A function to call when the form is submitted. If you call\n   * `event.preventDefault()` then this form will not do anything.\n   */\n  onSubmit?: React.FormEventHandler<HTMLFormElement>;\n}\n\n/**\n * Form props available to fetchers\n */\nexport interface FetcherFormProps extends SharedFormProps {}\n\n/**\n * Form props available to navigations\n */\nexport interface FormProps extends SharedFormProps {\n  /**\n   * Indicate a specific fetcherKey to use when using navigate=false\n   */\n  fetcherKey?: string;\n\n  /**\n   * navigate=false will use a fetcher instead of a navigation\n   */\n  navigate?: boolean;\n\n  /**\n   * Forces a full document navigation instead of a fetch.\n   */\n  reloadDocument?: boolean;\n\n  /**\n   * Replaces the current entry in the browser history stack when the form\n   * navigates. Use this if you don't want the user to be able to click \"back\"\n   * to the page with the form on it.\n   */\n  replace?: boolean;\n\n  /**\n   * State object to add to the history stack entry for this navigation\n   */\n  state?: any;\n\n  /**\n   * Enable view transitions on this Form navigation\n   */\n  unstable_viewTransition?: boolean;\n}\n\ntype HTMLSubmitEvent = React.BaseSyntheticEvent<\n  SubmitEvent,\n  Event,\n  HTMLFormElement\n>;\n\ntype HTMLFormSubmitter = HTMLButtonElement | HTMLInputElement;\n\n/**\n * A `@remix-run/router`-aware `<form>`. It behaves like a normal form except\n * that the interaction with the server is with `fetch` instead of new document\n * requests, allowing components to add nicer UX to the page as the form is\n * submitted and returns with data.\n */\nexport const Form = React.forwardRef<HTMLFormElement, FormProps>(\n  (\n    {\n      fetcherKey,\n      navigate,\n      reloadDocument,\n      replace,\n      state,\n      method = defaultMethod,\n      action,\n      onSubmit,\n      relative,\n      preventScrollReset,\n      unstable_viewTransition,\n      ...props\n    },\n    forwardedRef\n  ) => {\n    let submit = useSubmit();\n    let formAction = useFormAction(action, { relative });\n    let formMethod: HTMLFormMethod =\n      method.toLowerCase() === \"get\" ? \"get\" : \"post\";\n\n    let submitHandler: React.FormEventHandler<HTMLFormElement> = (event) => {\n      onSubmit && onSubmit(event);\n      if (event.defaultPrevented) return;\n      event.preventDefault();\n\n      let submitter = (event as unknown as HTMLSubmitEvent).nativeEvent\n        .submitter as HTMLFormSubmitter | null;\n\n      let submitMethod =\n        (submitter?.getAttribute(\"formmethod\") as HTMLFormMethod | undefined) ||\n        method;\n\n      submit(submitter || event.currentTarget, {\n        fetcherKey,\n        method: submitMethod,\n        navigate,\n        replace,\n        state,\n        relative,\n        preventScrollReset,\n        unstable_viewTransition,\n      });\n    };\n\n    return (\n      <form\n        ref={forwardedRef}\n        method={formMethod}\n        action={formAction}\n        onSubmit={reloadDocument ? onSubmit : submitHandler}\n        {...props}\n      />\n    );\n  }\n);\n\nif (__DEV__) {\n  Form.displayName = \"Form\";\n}\n\nexport interface ScrollRestorationProps {\n  getKey?: GetScrollRestorationKeyFunction;\n  storageKey?: string;\n}\n\n/**\n * This component will emulate the browser's scroll restoration on location\n * changes.\n */\nexport function ScrollRestoration({\n  getKey,\n  storageKey,\n}: ScrollRestorationProps) {\n  useScrollRestoration({ getKey, storageKey });\n  return null;\n}\n\nif (__DEV__) {\n  ScrollRestoration.displayName = \"ScrollRestoration\";\n}\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Hooks\n////////////////////////////////////////////////////////////////////////////////\n\nenum DataRouterHook {\n  UseScrollRestoration = \"useScrollRestoration\",\n  UseSubmit = \"useSubmit\",\n  UseSubmitFetcher = \"useSubmitFetcher\",\n  UseFetcher = \"useFetcher\",\n  useViewTransitionState = \"useViewTransitionState\",\n}\n\nenum DataRouterStateHook {\n  UseFetcher = \"useFetcher\",\n  UseFetchers = \"useFetchers\",\n  UseScrollRestoration = \"useScrollRestoration\",\n}\n\n// Internal hooks\n\nfunction getDataRouterConsoleError(\n  hookName: DataRouterHook | DataRouterStateHook\n) {\n  return `${hookName} must be used within a data router.  See https://reactrouter.com/routers/picking-a-router.`;\n}\n\nfunction useDataRouterContext(hookName: DataRouterHook) {\n  let ctx = React.useContext(DataRouterContext);\n  invariant(ctx, getDataRouterConsoleError(hookName));\n  return ctx;\n}\n\nfunction useDataRouterState(hookName: DataRouterStateHook) {\n  let state = React.useContext(DataRouterStateContext);\n  invariant(state, getDataRouterConsoleError(hookName));\n  return state;\n}\n\n// External hooks\n\n/**\n * Handles the click behavior for router `<Link>` components. This is useful if\n * you need to create custom `<Link>` components with the same click behavior we\n * use in our exported `<Link>`.\n */\nexport function useLinkClickHandler<E extends Element = HTMLAnchorElement>(\n  to: To,\n  {\n    target,\n    replace: replaceProp,\n    state,\n    preventScrollReset,\n    relative,\n    unstable_viewTransition,\n  }: {\n    target?: React.HTMLAttributeAnchorTarget;\n    replace?: boolean;\n    state?: any;\n    preventScrollReset?: boolean;\n    relative?: RelativeRoutingType;\n    unstable_viewTransition?: boolean;\n  } = {}\n): (event: React.MouseEvent<E, MouseEvent>) => void {\n  let navigate = useNavigate();\n  let location = useLocation();\n  let path = useResolvedPath(to, { relative });\n\n  return React.useCallback(\n    (event: React.MouseEvent<E, MouseEvent>) => {\n      if (shouldProcessLinkClick(event, target)) {\n        event.preventDefault();\n\n        // If the URL hasn't changed, a regular <a> will do a replace instead of\n        // a push, so do the same here unless the replace prop is explicitly set\n        let replace =\n          replaceProp !== undefined\n            ? replaceProp\n            : createPath(location) === createPath(path);\n\n        navigate(to, {\n          replace,\n          state,\n          preventScrollReset,\n          relative,\n          unstable_viewTransition,\n        });\n      }\n    },\n    [\n      location,\n      navigate,\n      path,\n      replaceProp,\n      state,\n      target,\n      to,\n      preventScrollReset,\n      relative,\n      unstable_viewTransition,\n    ]\n  );\n}\n\n/**\n * A convenient wrapper for reading and writing search parameters via the\n * URLSearchParams interface.\n */\nexport function useSearchParams(\n  defaultInit?: URLSearchParamsInit\n): [URLSearchParams, SetURLSearchParams] {\n  warning(\n    typeof URLSearchParams !== \"undefined\",\n    `You cannot use the \\`useSearchParams\\` hook in a browser that does not ` +\n      `support the URLSearchParams API. If you need to support Internet ` +\n      `Explorer 11, we recommend you load a polyfill such as ` +\n      `https://github.com/ungap/url-search-params.`\n  );\n\n  let defaultSearchParamsRef = React.useRef(createSearchParams(defaultInit));\n  let hasSetSearchParamsRef = React.useRef(false);\n\n  let location = useLocation();\n  let searchParams = React.useMemo(\n    () =>\n      // Only merge in the defaults if we haven't yet called setSearchParams.\n      // Once we call that we want those to take precedence, otherwise you can't\n      // remove a param with setSearchParams({}) if it has an initial value\n      getSearchParamsForLocation(\n        location.search,\n        hasSetSearchParamsRef.current ? null : defaultSearchParamsRef.current\n      ),\n    [location.search]\n  );\n\n  let navigate = useNavigate();\n  let setSearchParams = React.useCallback<SetURLSearchParams>(\n    (nextInit, navigateOptions) => {\n      const newSearchParams = createSearchParams(\n        typeof nextInit === \"function\" ? nextInit(searchParams) : nextInit\n      );\n      hasSetSearchParamsRef.current = true;\n      navigate(\"?\" + newSearchParams, navigateOptions);\n    },\n    [navigate, searchParams]\n  );\n\n  return [searchParams, setSearchParams];\n}\n\nexport type SetURLSearchParams = (\n  nextInit?:\n    | URLSearchParamsInit\n    | ((prev: URLSearchParams) => URLSearchParamsInit),\n  navigateOpts?: NavigateOptions\n) => void;\n\n/**\n * Submits a HTML `<form>` to the server without reloading the page.\n */\nexport interface SubmitFunction {\n  (\n    /**\n     * Specifies the `<form>` to be submitted to the server, a specific\n     * `<button>` or `<input type=\"submit\">` to use to submit the form, or some\n     * arbitrary data to submit.\n     *\n     * Note: When using a `<button>` its `name` and `value` will also be\n     * included in the form data that is submitted.\n     */\n    target: SubmitTarget,\n\n    /**\n     * Options that override the `<form>`'s own attributes. Required when\n     * submitting arbitrary data without a backing `<form>`.\n     */\n    options?: SubmitOptions\n  ): void;\n}\n\n/**\n * Submits a fetcher `<form>` to the server without reloading the page.\n */\nexport interface FetcherSubmitFunction {\n  (\n    target: SubmitTarget,\n    // Fetchers cannot replace or set state because they are not navigation events\n    options?: FetcherSubmitOptions\n  ): void;\n}\n\nfunction validateClientSideSubmission() {\n  if (typeof document === \"undefined\") {\n    throw new Error(\n      \"You are calling submit during the server render. \" +\n        \"Try calling submit within a `useEffect` or callback instead.\"\n    );\n  }\n}\n\nlet fetcherId = 0;\nlet getUniqueFetcherId = () => `__${String(++fetcherId)}__`;\n\n/**\n * Returns a function that may be used to programmatically submit a form (or\n * some arbitrary data) to the server.\n */\nexport function useSubmit(): SubmitFunction {\n  let { router } = useDataRouterContext(DataRouterHook.UseSubmit);\n  let { basename } = React.useContext(NavigationContext);\n  let currentRouteId = useRouteId();\n\n  return React.useCallback<SubmitFunction>(\n    (target, options = {}) => {\n      validateClientSideSubmission();\n\n      let { action, method, encType, formData, body } = getFormSubmissionInfo(\n        target,\n        basename\n      );\n\n      if (options.navigate === false) {\n        let key = options.fetcherKey || getUniqueFetcherId();\n        router.fetch(key, currentRouteId, options.action || action, {\n          preventScrollReset: options.preventScrollReset,\n          formData,\n          body,\n          formMethod: options.method || (method as HTMLFormMethod),\n          formEncType: options.encType || (encType as FormEncType),\n          unstable_flushSync: options.unstable_flushSync,\n        });\n      } else {\n        router.navigate(options.action || action, {\n          preventScrollReset: options.preventScrollReset,\n          formData,\n          body,\n          formMethod: options.method || (method as HTMLFormMethod),\n          formEncType: options.encType || (encType as FormEncType),\n          replace: options.replace,\n          state: options.state,\n          fromRouteId: currentRouteId,\n          unstable_flushSync: options.unstable_flushSync,\n          unstable_viewTransition: options.unstable_viewTransition,\n        });\n      }\n    },\n    [router, basename, currentRouteId]\n  );\n}\n\n// v7: Eventually we should deprecate this entirely in favor of using the\n// router method directly?\nexport function useFormAction(\n  action?: string,\n  { relative }: { relative?: RelativeRoutingType } = {}\n): string {\n  let { basename } = React.useContext(NavigationContext);\n  let routeContext = React.useContext(RouteContext);\n  invariant(routeContext, \"useFormAction must be used inside a RouteContext\");\n\n  let [match] = routeContext.matches.slice(-1);\n  // Shallow clone path so we can modify it below, otherwise we modify the\n  // object referenced by useMemo inside useResolvedPath\n  let path = { ...useResolvedPath(action ? action : \".\", { relative }) };\n\n  // If no action was specified, browsers will persist current search params\n  // when determining the path, so match that behavior\n  // https://github.com/remix-run/remix/issues/927\n  let location = useLocation();\n  if (action == null) {\n    // Safe to write to this directly here since if action was undefined, we\n    // would have called useResolvedPath(\".\") which will never include a search\n    path.search = location.search;\n\n    // When grabbing search params from the URL, remove any included ?index param\n    // since it might not apply to our contextual route.  We add it back based\n    // on match.route.index below\n    let params = new URLSearchParams(path.search);\n    if (params.has(\"index\") && params.get(\"index\") === \"\") {\n      params.delete(\"index\");\n      path.search = params.toString() ? `?${params.toString()}` : \"\";\n    }\n  }\n\n  if ((!action || action === \".\") && match.route.index) {\n    path.search = path.search\n      ? path.search.replace(/^\\?/, \"?index&\")\n      : \"?index\";\n  }\n\n  // If we're operating within a basename, prepend it to the pathname prior\n  // to creating the form action.  If this is a root navigation, then just use\n  // the raw basename which allows the basename to have full control over the\n  // presence of a trailing slash on root actions\n  if (basename !== \"/\") {\n    path.pathname =\n      path.pathname === \"/\" ? basename : joinPaths([basename, path.pathname]);\n  }\n\n  return createPath(path);\n}\n\nexport type FetcherWithComponents<TData> = Fetcher<TData> & {\n  Form: React.ForwardRefExoticComponent<\n    FetcherFormProps & React.RefAttributes<HTMLFormElement>\n  >;\n  submit: FetcherSubmitFunction;\n  load: (href: string, opts?: { unstable_flushSync?: boolean }) => void;\n};\n\n// TODO: (v7) Change the useFetcher generic default from `any` to `unknown`\n\n/**\n * Interacts with route loaders and actions without causing a navigation. Great\n * for any interaction that stays on the same page.\n */\nexport function useFetcher<TData = any>({\n  key,\n}: { key?: string } = {}): FetcherWithComponents<TData> {\n  let { router } = useDataRouterContext(DataRouterHook.UseFetcher);\n  let state = useDataRouterState(DataRouterStateHook.UseFetcher);\n  let fetcherData = React.useContext(FetchersContext);\n  let route = React.useContext(RouteContext);\n  let routeId = route.matches[route.matches.length - 1]?.route.id;\n\n  invariant(fetcherData, `useFetcher must be used inside a FetchersContext`);\n  invariant(route, `useFetcher must be used inside a RouteContext`);\n  invariant(\n    routeId != null,\n    `useFetcher can only be used on routes that contain a unique \"id\"`\n  );\n\n  // Fetcher key handling\n  // OK to call conditionally to feature detect `useId`\n  // eslint-disable-next-line react-hooks/rules-of-hooks\n  let defaultKey = useIdImpl ? useIdImpl() : \"\";\n  let [fetcherKey, setFetcherKey] = React.useState<string>(key || defaultKey);\n  if (key && key !== fetcherKey) {\n    setFetcherKey(key);\n  } else if (!fetcherKey) {\n    // We will only fall through here when `useId` is not available\n    setFetcherKey(getUniqueFetcherId());\n  }\n\n  // Registration/cleanup\n  React.useEffect(() => {\n    router.getFetcher(fetcherKey);\n    return () => {\n      // Tell the router we've unmounted - if v7_fetcherPersist is enabled this\n      // will not delete immediately but instead queue up a delete after the\n      // fetcher returns to an `idle` state\n      router.deleteFetcher(fetcherKey);\n    };\n  }, [router, fetcherKey]);\n\n  // Fetcher additions\n  let load = React.useCallback(\n    (href: string, opts?: { unstable_flushSync?: boolean }) => {\n      invariant(routeId, \"No routeId available for fetcher.load()\");\n      router.fetch(fetcherKey, routeId, href, opts);\n    },\n    [fetcherKey, routeId, router]\n  );\n\n  let submitImpl = useSubmit();\n  let submit = React.useCallback<FetcherSubmitFunction>(\n    (target, opts) => {\n      submitImpl(target, {\n        ...opts,\n        navigate: false,\n        fetcherKey,\n      });\n    },\n    [fetcherKey, submitImpl]\n  );\n\n  let FetcherForm = React.useMemo(() => {\n    let FetcherForm = React.forwardRef<HTMLFormElement, FetcherFormProps>(\n      (props, ref) => {\n        return (\n          <Form {...props} navigate={false} fetcherKey={fetcherKey} ref={ref} />\n        );\n      }\n    );\n    if (__DEV__) {\n      FetcherForm.displayName = \"fetcher.Form\";\n    }\n    return FetcherForm;\n  }, [fetcherKey]);\n\n  // Exposed FetcherWithComponents\n  let fetcher = state.fetchers.get(fetcherKey) || IDLE_FETCHER;\n  let data = fetcherData.get(fetcherKey);\n  let fetcherWithComponents = React.useMemo(\n    () => ({\n      Form: FetcherForm,\n      submit,\n      load,\n      ...fetcher,\n      data,\n    }),\n    [FetcherForm, submit, load, fetcher, data]\n  );\n\n  return fetcherWithComponents;\n}\n\n/**\n * Provides all fetchers currently on the page. Useful for layouts and parent\n * routes that need to provide pending/optimistic UI regarding the fetch.\n */\nexport function useFetchers(): (Fetcher & { key: string })[] {\n  let state = useDataRouterState(DataRouterStateHook.UseFetchers);\n  return Array.from(state.fetchers.entries()).map(([key, fetcher]) => ({\n    ...fetcher,\n    key,\n  }));\n}\n\nconst SCROLL_RESTORATION_STORAGE_KEY = \"react-router-scroll-positions\";\nlet savedScrollPositions: Record<string, number> = {};\n\n/**\n * When rendered inside a RouterProvider, will restore scroll positions on navigations\n */\nfunction useScrollRestoration({\n  getKey,\n  storageKey,\n}: {\n  getKey?: GetScrollRestorationKeyFunction;\n  storageKey?: string;\n} = {}) {\n  let { router } = useDataRouterContext(DataRouterHook.UseScrollRestoration);\n  let { restoreScrollPosition, preventScrollReset } = useDataRouterState(\n    DataRouterStateHook.UseScrollRestoration\n  );\n  let { basename } = React.useContext(NavigationContext);\n  let location = useLocation();\n  let matches = useMatches();\n  let navigation = useNavigation();\n\n  // Trigger manual scroll restoration while we're active\n  React.useEffect(() => {\n    window.history.scrollRestoration = \"manual\";\n    return () => {\n      window.history.scrollRestoration = \"auto\";\n    };\n  }, []);\n\n  // Save positions on pagehide\n  usePageHide(\n    React.useCallback(() => {\n      if (navigation.state === \"idle\") {\n        let key = (getKey ? getKey(location, matches) : null) || location.key;\n        savedScrollPositions[key] = window.scrollY;\n      }\n      try {\n        sessionStorage.setItem(\n          storageKey || SCROLL_RESTORATION_STORAGE_KEY,\n          JSON.stringify(savedScrollPositions)\n        );\n      } catch (error) {\n        warning(\n          false,\n          `Failed to save scroll positions in sessionStorage, <ScrollRestoration /> will not work properly (${error}).`\n        );\n      }\n      window.history.scrollRestoration = \"auto\";\n    }, [storageKey, getKey, navigation.state, location, matches])\n  );\n\n  // Read in any saved scroll locations\n  if (typeof document !== \"undefined\") {\n    // eslint-disable-next-line react-hooks/rules-of-hooks\n    React.useLayoutEffect(() => {\n      try {\n        let sessionPositions = sessionStorage.getItem(\n          storageKey || SCROLL_RESTORATION_STORAGE_KEY\n        );\n        if (sessionPositions) {\n          savedScrollPositions = JSON.parse(sessionPositions);\n        }\n      } catch (e) {\n        // no-op, use default empty object\n      }\n    }, [storageKey]);\n\n    // Enable scroll restoration in the router\n    // eslint-disable-next-line react-hooks/rules-of-hooks\n    React.useLayoutEffect(() => {\n      let getKeyWithoutBasename: GetScrollRestorationKeyFunction | undefined =\n        getKey && basename !== \"/\"\n          ? (location, matches) =>\n              getKey(\n                // Strip the basename to match useLocation()\n                {\n                  ...location,\n                  pathname:\n                    stripBasename(location.pathname, basename) ||\n                    location.pathname,\n                },\n                matches\n              )\n          : getKey;\n      let disableScrollRestoration = router?.enableScrollRestoration(\n        savedScrollPositions,\n        () => window.scrollY,\n        getKeyWithoutBasename\n      );\n      return () => disableScrollRestoration && disableScrollRestoration();\n    }, [router, basename, getKey]);\n\n    // Restore scrolling when state.restoreScrollPosition changes\n    // eslint-disable-next-line react-hooks/rules-of-hooks\n    React.useLayoutEffect(() => {\n      // Explicit false means don't do anything (used for submissions)\n      if (restoreScrollPosition === false) {\n        return;\n      }\n\n      // been here before, scroll to it\n      if (typeof restoreScrollPosition === \"number\") {\n        window.scrollTo(0, restoreScrollPosition);\n        return;\n      }\n\n      // try to scroll to the hash\n      if (location.hash) {\n        let el = document.getElementById(\n          decodeURIComponent(location.hash.slice(1))\n        );\n        if (el) {\n          el.scrollIntoView();\n          return;\n        }\n      }\n\n      // Don't reset if this navigation opted out\n      if (preventScrollReset === true) {\n        return;\n      }\n\n      // otherwise go to the top on new locations\n      window.scrollTo(0, 0);\n    }, [location, restoreScrollPosition, preventScrollReset]);\n  }\n}\n\nexport { useScrollRestoration as UNSAFE_useScrollRestoration };\n\n/**\n * Setup a callback to be fired on the window's `beforeunload` event. This is\n * useful for saving some data to `window.localStorage` just before the page\n * refreshes.\n *\n * Note: The `callback` argument should be a function created with\n * `React.useCallback()`.\n */\nexport function useBeforeUnload(\n  callback: (event: BeforeUnloadEvent) => any,\n  options?: { capture?: boolean }\n): void {\n  let { capture } = options || {};\n  React.useEffect(() => {\n    let opts = capture != null ? { capture } : undefined;\n    window.addEventListener(\"beforeunload\", callback, opts);\n    return () => {\n      window.removeEventListener(\"beforeunload\", callback, opts);\n    };\n  }, [callback, capture]);\n}\n\n/**\n * Setup a callback to be fired on the window's `pagehide` event. This is\n * useful for saving some data to `window.localStorage` just before the page\n * refreshes.  This event is better supported than beforeunload across browsers.\n *\n * Note: The `callback` argument should be a function created with\n * `React.useCallback()`.\n */\nfunction usePageHide(\n  callback: (event: PageTransitionEvent) => any,\n  options?: { capture?: boolean }\n): void {\n  let { capture } = options || {};\n  React.useEffect(() => {\n    let opts = capture != null ? { capture } : undefined;\n    window.addEventListener(\"pagehide\", callback, opts);\n    return () => {\n      window.removeEventListener(\"pagehide\", callback, opts);\n    };\n  }, [callback, capture]);\n}\n\n/**\n * Wrapper around useBlocker to show a window.confirm prompt to users instead\n * of building a custom UI with useBlocker.\n *\n * Warning: This has *a lot of rough edges* and behaves very differently (and\n * very incorrectly in some cases) across browsers if user click addition\n * back/forward navigations while the confirm is open.  Use at your own risk.\n */\nfunction usePrompt({\n  when,\n  message,\n}: {\n  when: boolean | BlockerFunction;\n  message: string;\n}) {\n  let blocker = useBlocker(when);\n\n  React.useEffect(() => {\n    if (blocker.state === \"blocked\") {\n      let proceed = window.confirm(message);\n      if (proceed) {\n        // This timeout is needed to avoid a weird \"race\" on POP navigations\n        // between the `window.history` revert navigation and the result of\n        // `window.confirm`\n        setTimeout(blocker.proceed, 0);\n      } else {\n        blocker.reset();\n      }\n    }\n  }, [blocker, message]);\n\n  React.useEffect(() => {\n    if (blocker.state === \"blocked\" && !when) {\n      blocker.reset();\n    }\n  }, [blocker, when]);\n}\n\nexport { usePrompt as unstable_usePrompt };\n\n/**\n * Return a boolean indicating if there is an active view transition to the\n * given href.  You can use this value to render CSS classes or viewTransitionName\n * styles onto your elements\n *\n * @param href The destination href\n * @param [opts.relative] Relative routing type (\"route\" | \"path\")\n */\nfunction useViewTransitionState(\n  to: To,\n  opts: { relative?: RelativeRoutingType } = {}\n) {\n  let vtContext = React.useContext(ViewTransitionContext);\n\n  invariant(\n    vtContext != null,\n    \"`unstable_useViewTransitionState` must be used within `react-router-dom`'s `RouterProvider`.  \" +\n      \"Did you accidentally import `RouterProvider` from `react-router`?\"\n  );\n\n  let { basename } = useDataRouterContext(\n    DataRouterHook.useViewTransitionState\n  );\n  let path = useResolvedPath(to, { relative: opts.relative });\n  if (!vtContext.isTransitioning) {\n    return false;\n  }\n\n  let currentPath =\n    stripBasename(vtContext.currentLocation.pathname, basename) ||\n    vtContext.currentLocation.pathname;\n  let nextPath =\n    stripBasename(vtContext.nextLocation.pathname, basename) ||\n    vtContext.nextLocation.pathname;\n\n  // Transition is active if we're going to or coming from the indicated\n  // destination.  This ensures that other PUSH navigations that reverse\n  // an indicated transition apply.  I.e., on the list view you have:\n  //\n  //   <NavLink to=\"/details/1\" unstable_viewTransition>\n  //\n  // If you click the breadcrumb back to the list view:\n  //\n  //   <NavLink to=\"/list\" unstable_viewTransition>\n  //\n  // We should apply the transition because it's indicated as active going\n  // from /list -> /details/1 and therefore should be active on the reverse\n  // (even though this isn't strictly a POP reverse)\n  return (\n    matchPath(path.pathname, nextPath) != null ||\n    matchPath(path.pathname, currentPath) != null\n  );\n}\n\nexport { useViewTransitionState as unstable_useViewTransitionState };\n\n//#endregion\n","// NavBar.js\nimport React from 'react';\nimport group from '../assets/navbar/pga_banner.png';\nimport Vector from '../assets/navbar/Vector.svg';\n\nfunction NavBar({ isMobile, pagetype }) {\n  const windowWidth = window.innerWidth;\n  console.log(windowWidth);\n  console.log(pagetype)\n\n  // Construct the dynamic class name based on pagetype\n  const navbarClass = `navbar-bg ${pagetype}-class`;\n\n  return (\n    <div className={navbarClass}>\n\n    </div>\n  );\n}\n\nexport default NavBar;\n","var _circle, _path;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgPlay(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 32,\n    height: 33,\n    viewBox: \"0 0 32 33\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _circle || (_circle = /*#__PURE__*/React.createElement(\"circle\", {\n    cx: 16,\n    cy: 16.8752,\n    r: 16,\n    fill: \"white\"\n  })), _path || (_path = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M20.5 16.0091C21.1667 16.394 21.1667 17.3563 20.5 17.7412L14.5 21.2053C13.8333 21.5902 13 21.1091 13 20.3393L13 13.4111C13 12.6413 13.8333 12.1601 14.5 12.545L20.5 16.0091Z\",\n    fill: \"#A100FF\"\n  })));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgPlay);\nexport default __webpack_public_path__ + \"static/media/play.21aac304a72aa3d2d6bd587e2a1c77c9.svg\";\nexport { ForwardRef as ReactComponent };","var _circle, _rect, _rect2;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgPause(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 32,\n    height: 33,\n    viewBox: \"0 0 32 33\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _circle || (_circle = /*#__PURE__*/React.createElement(\"circle\", {\n    cx: 16,\n    cy: 16.8752,\n    r: 16,\n    fill: \"white\"\n  })), _rect || (_rect = /*#__PURE__*/React.createElement(\"rect\", {\n    x: 13,\n    y: 10.8752,\n    width: 2,\n    height: 12,\n    fill: \"#A100FF\"\n  })), _rect2 || (_rect2 = /*#__PURE__*/React.createElement(\"rect\", {\n    x: 17,\n    y: 10.8752,\n    width: 2,\n    height: 12,\n    fill: \"#A100FF\"\n  })));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgPause);\nexport default __webpack_public_path__ + \"static/media/pause.cb2f151a45ad63b28d1db301655a4d2c.svg\";\nexport { ForwardRef as ReactComponent };","import { Carousel } from 'react-responsive-carousel';\nimport \"react-responsive-carousel/lib/styles/carousel.min.css\"; // requires a loader\nimport chloe from './assets/chloe.jpeg'\nimport younggolf from './assets/younggolf.png'\nimport pgatour from './assets/pgatour.png'\nimport scores from './assets/scores.png'\nimport atlanta from './assets/atlanta-thumbnail.png'\nimport './stylesheets/VideoCarousel.css'\nimport ReactPlayer from 'react-player';\nimport { useState, useRef } from 'react';\nimport play from './assets/play.svg'\nimport pause from './assets/pause.svg'\nimport golfdigest from './assets/Thumbnail_GolfDigest.jpg'\n// import unmute from './assets/videos/Frame 3.svg'\n\n// import manishVid from './assets/videos/manish.mp4';\n// import vega from './assets/videos/vega.mp4';\n\n\nconst videos = [\n    { url: '/videos/chloe.mp4', thumbnail: chloe },\n    { url: 'https://youtu.be/oCx1pL7OGoY', thumbnail: atlanta },\n    { url: 'https://www.youtube.com/watch?v=_KgbYrKopYs', thumbnail: younggolf },\n    // Add more videos as needed\n];\nfunction VideoCarousel() {\n    const [videoLink, setVideoLink] = useState(videos[0].url);\n\n    const videoPlayerRef = useRef(null);\n    let currentIndex = 0;\n    const firstVids = ['/videos/manish.mp4', '/videos/vega.mp4'];\n\n    const handleVideoEnd = () => {\n        console.log('video ended')\n        console.log(videoPlayerRef)\n        setVideoLink(firstVids[1]);\n\n        // Start playing the new video\n        videoPlayerRef.current.seekTo(0); // Seek to the beginning\n        videoPlayerRef.current.playing = true;;\n        unmuteVid();\n    };\n\n    const changeVid = (vid) => {\n        console.log(vid);\n        setVideoLink(vid)\n    }\n\n    const unmuteVid = () => {\n        console.log('unmute')\n        videoPlayerRef.current.muted = false;\n    }\n\n    return (\n        <div className='video-carousel-container'>\n\n            <div className='video-carousel-video'>\n                {/* <video src={videoLink} autoPlay muted controls width={'100%'} height={'100%'}>\n            </video> */}\n                <ReactPlayer \n                    ref={videoPlayerRef} \n                    url={videoLink} \n                    controls={true} \n                    width={'100%'} \n                    height={'100%'} \n                    muted={true}\n                    playing={true} \n                    playsinline={true}\n                    fileConfig={{ attributes: { playsinline: true } }} \n                    onEnded={() => videoLink === videos[0].url ? handleVideoEnd() : '' }\n                    // onPlay={() => unmuteVid()}\n                />\n                {/* <button className=\"mute-unmute-button\" onClick={unmuteVid}>\n                    {isMuted ? (\n                        <img src={unmute} alt=\"Unmute\" />\n                    ) : (\n                        ''\n                    )}\n                </button> */}\n            </div>\n\n            <div className='video-carousel-menu'>\n                {videos.map((video, i) => {\n                    return (<div key={`video-thumbnail-${i}`} className='video-thumbnail' onClick={() => changeVid(video.url)}>\n                        <img src={video.thumbnail} className='video-thumbnail-img' />\n                        <img src={video.url === videoLink ? pause : play} className='play-pause' />\n\n                    </div>\n\n                    )\n                })}\n                <div key={`video-thumbnail-4`} className='video-thumbnail' onClick={() => window.open('https://www.golfdigest.com/story/east-lake-golf-club-tour-championship-restoration')} >\n                    <img src={golfdigest} className='video-thumbnail-img' />\n                </div>\n                <div key={`video-thumbnail-5`} className='video-thumbnail' onClick={() => window.open('https://www.pgatour.com/fedexcup')} >\n                    <img src={scores} className='video-thumbnail-img' />\n                </div>\n            </div>\n\n        </div>\n    )\n}\n\nexport default VideoCarousel;","import React, { useEffect, useState } from 'react';\nimport NavBar from './NavBar'; \nimport VideoCarousel from '../VideoCarousel';\nimport '../stylesheets/App.css';\n\nfunction PageTemplate({ mobile, mobileType, phoneType, changePhone, children, pagename }) {\n    return (\n      <div className=\"App\">\n        <NavBar isMobile={mobile} pagetype={pagename} />\n        <VideoCarousel />\n        {children}\n        {/* Add common footer or other elements here */}\n      </div>\n    );\n  }\n  \n  export default PageTemplate;\n  ","var _rect, _defs;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgQr(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 115,\n    height: 115,\n    viewBox: \"0 0 115 115\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    xmlnsXlink: \"http://www.w3.org/1999/xlink\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _rect || (_rect = /*#__PURE__*/React.createElement(\"rect\", {\n    width: 115,\n    height: 115,\n    fill: \"url(#pattern0)\"\n  })), _defs || (_defs = /*#__PURE__*/React.createElement(\"defs\", null, /*#__PURE__*/React.createElement(\"pattern\", {\n    id: \"pattern0\",\n    patternContentUnits: \"objectBoundingBox\",\n    width: 1,\n    height: 1\n  }, /*#__PURE__*/React.createElement(\"use\", {\n    xlinkHref: \"#image0_137_4\",\n    transform: \"scale(0.00138889)\"\n  })), /*#__PURE__*/React.createElement(\"image\", {\n    id: \"image0_137_4\",\n    width: 720,\n    height: 720,\n    xlinkHref: 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\"\n  }))));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgQr);\nexport default __webpack_public_path__ + \"static/media/qr.d92f983b9d7b57f3678eb279e943ac7a.svg\";\nexport { ForwardRef as ReactComponent };","var _rect, _defs;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgApple(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 191,\n    height: 57,\n    viewBox: \"0 0 191 57\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    xmlnsXlink: \"http://www.w3.org/1999/xlink\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _rect || (_rect = /*#__PURE__*/React.createElement(\"rect\", {\n    y: 0.750244,\n    width: 191,\n    height: 56,\n    fill: \"url(#pattern0)\"\n  })), _defs || (_defs = /*#__PURE__*/React.createElement(\"defs\", null, /*#__PURE__*/React.createElement(\"pattern\", {\n    id: \"pattern0\",\n    patternContentUnits: \"objectBoundingBox\",\n    width: 1,\n    height: 1\n  }, /*#__PURE__*/React.createElement(\"use\", {\n    xlinkHref: \"#image0_157_238\",\n    transform: \"matrix(0.0012524 0 0 0.00427159 -0.000961682 -0.00445993)\"\n  })), /*#__PURE__*/React.createElement(\"image\", {\n    id: \"image0_157_238\",\n    width: 800,\n    height: 237,\n    xlinkHref: 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\"\n  }))));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgApple);\nexport default __webpack_public_path__ + \"static/media/apple.7fe348089dd3a4c237094245e163454b.svg\";\nexport { ForwardRef as ReactComponent };","var _rect, _defs;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgAndroid(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 191,\n    height: 57,\n    viewBox: \"0 0 191 57\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    xmlnsXlink: \"http://www.w3.org/1999/xlink\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _rect || (_rect = /*#__PURE__*/React.createElement(\"rect\", {\n    y: 0.750244,\n    width: 191,\n    height: 56,\n    fill: \"url(#pattern0)\"\n  })), _defs || (_defs = 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Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgGroup46(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 70,\n    height: 48,\n    viewBox: \"0 0 70 48\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _path || (_path = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M60.7551 25.1066C58.8474 19.3832 53.5056 15.4913 47.4769 15.4913C42.1351 15.4913 37.3275 18.4675 34.9618 23.1988C30.6121 23.1225 27.0254 26.4802 26.5676 30.6773C22.2941 31.0589 18.8601 34.6455 18.8601 39.0716C18.8601 43.7266 22.5994 47.4659 27.2544 47.4659C29.2385 47.4659 36.1828 47.6185 42.9746 47.7711C49.6137 47.9237 55.8712 48 57.6264 48C64.0365 48 69.302 42.8109 69.302 36.3244C69.302 31.0589 65.7154 26.4802 60.7551 25.1066ZM57.6264 45.1002C55.9475 45.1002 49.3847 44.9476 43.0509 44.8713C36.2591 44.7187 29.2385 44.566 27.2544 44.566C24.2019 44.566 21.6836 42.0477 21.6836 38.9953C21.6836 35.9428 24.2019 33.4245 27.2544 33.4245C27.407 33.4245 27.6359 33.4245 27.7886 33.4245C28.2464 33.5009 28.628 33.2719 28.9332 32.9667C29.2385 32.6614 29.3911 32.2036 29.3911 31.822C29.3911 31.6694 29.3911 31.5931 29.3911 31.4404C29.3911 28.388 31.9094 25.8697 34.9618 25.8697C35.1908 25.8697 35.4197 25.8697 35.725 25.946C36.3355 26.0223 36.9459 25.6408 37.2512 25.1066C39.0064 20.9095 43.0509 18.2385 47.5532 18.2385C52.5898 18.2385 57.0159 21.6726 58.3132 26.5565C58.4658 27.0907 58.8474 27.4722 59.4578 27.6249C63.5787 28.4643 66.5548 32.0509 66.5548 36.2481C66.4022 41.2083 62.5103 45.1002 57.6264 45.1002Z\",\n    fill: \"white\"\n  })), _path2 || (_path2 = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M14.892 24.6487C14.892 18.849 19.6233 14.1177 25.423 14.1177C28.7044 14.1177 31.7568 15.6439 33.8173 18.2385C34.2751 18.849 35.1909 19.0017 35.8014 18.5438C36.4118 18.0859 36.5645 17.1702 36.1066 16.5597C33.5883 13.202 29.6964 11.2942 25.4993 11.2942C18.0971 11.2942 12.1448 17.3228 12.1448 24.6487C12.1448 28.0064 13.3658 31.1352 15.5788 33.6535C15.884 33.9587 16.2656 34.1113 16.6472 34.1113C17.0287 34.1113 17.334 33.9587 17.6392 33.7298C18.2497 33.1956 18.2497 32.2799 17.7155 31.7457C15.884 29.7616 14.892 27.2433 14.892 24.6487Z\",\n    fill: \"white\"\n  })), _path3 || (_path3 = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M24.8889 8.08902C25.652 8.08902 26.3388 7.47853 26.3388 6.63911V1.44992C26.3388 0.686804 25.7283 0 24.8889 0C24.0495 0 23.439 0.610492 23.439 1.44992V6.63911C23.439 7.47853 24.1258 8.08902 24.8889 8.08902Z\",\n    fill: \"white\"\n  })), _path4 || (_path4 = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M37.7854 13.0493C38.167 13.0493 38.5485 12.8966 38.7775 12.6677L42.4404 9.00475C42.9746 8.47057 42.9746 7.55483 42.4404 6.94434C41.9062 6.41016 40.9905 6.41016 40.38 6.94434L36.717 10.6073C36.1829 11.1415 36.1829 12.0572 36.717 12.6677C37.0223 12.8966 37.4038 13.0493 37.7854 13.0493Z\",\n    fill: \"white\"\n  })), _path5 || (_path5 = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M11.9923 36.7059L8.32935 40.4452C7.79517 40.9794 7.79517 41.8951 8.32935 42.5056C8.63459 42.8108 8.93984 42.8871 9.3214 42.8871C9.70295 42.8871 10.0845 42.7345 10.3134 42.5056L13.9764 38.8426C14.5106 38.3085 14.5106 37.3927 13.9764 36.7822C13.5185 36.1717 12.6028 36.1717 11.9923 36.7059Z\",\n    fill: \"white\"\n  })), _path6 || (_path6 = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M8.86333 25.183C8.86333 24.4198 8.25284 23.733 7.41341 23.733H2.14792C1.3848 23.733 0.697998 24.3435 0.697998 25.183C0.697998 26.0224 1.30849 26.6329 2.14792 26.6329H7.3371C8.17653 26.6329 8.86333 25.9461 8.86333 25.183Z\",\n    fill: \"white\"\n  })), _path7 || (_path7 = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M11.3054 13.2783C11.6107 13.5835 11.9159 13.6599 12.2975 13.6599C12.679 13.6599 13.0606 13.5072 13.2895 13.2783C13.8237 12.7441 13.8237 11.8284 13.2895 11.2179L9.62658 7.55493C9.09239 7.02075 8.17666 7.02075 7.56616 7.55493C7.03198 8.08911 7.03198 9.00485 7.56616 9.61534L11.3054 13.2783Z\",\n    fill: \"white\"\n  })));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgGroup46);\nexport default __webpack_public_path__ + \"static/media/Group 46.2a3bdb710c65b8897c307790e8dc6bd4.svg\";\nexport { ForwardRef as ReactComponent };","var _g, _defs;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgAcn(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 122,\n    height: 32,\n    viewBox: \"0 0 122 32\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _g || (_g = /*#__PURE__*/React.createElement(\"g\", {\n    clipPath: \"url(#clip0_19_85)\"\n  }, /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M70.772 8.93048L77.7673 6.32583L70.772 3.64676V0.000244141L82.7534 4.83745V7.8142L70.772 12.6514V8.93048Z\",\n    fill: \"white\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M4.61395 32.0002C2.08372 32.0002 0 30.7351 0 27.9072V27.7583C0 24.3351 2.97674 23.1444 6.62326 23.1444H8.33488V22.4746C8.33488 21.0607 7.73953 20.2421 6.25116 20.2421C4.91163 20.2421 4.24186 20.9862 4.16744 22.0281H0.446512C0.744186 18.9025 3.2 17.4142 6.47442 17.4142C9.82326 17.4142 12.2791 18.8281 12.2791 22.3258V31.7025H8.48372V30.0653C7.73953 31.1072 6.47442 32.0002 4.61395 32.0002ZM8.33488 27.0886V25.749H6.77209C4.83721 25.749 3.86977 26.27 3.86977 27.5351V27.6839C3.86977 28.6514 4.46512 29.3211 5.80465 29.3211C7.14419 29.2467 8.33488 28.5025 8.33488 27.0886ZM21.1349 32.0002C17.2651 32.0002 14.4372 29.6188 14.4372 24.856V24.6328C14.4372 19.87 17.414 17.3397 21.1349 17.3397C24.3349 17.3397 26.9395 18.9769 27.2372 22.6235H23.5163C23.293 21.2839 22.5488 20.3909 21.2093 20.3909C19.5721 20.3909 18.3814 21.7304 18.3814 24.4839V24.9304C18.3814 27.7583 19.4233 29.0235 21.2093 29.0235C22.5488 29.0235 23.5163 28.056 23.7395 26.4932H27.3116C27.0884 29.7676 24.9302 32.0002 21.1349 32.0002ZM35.7209 32.0002C31.8512 32.0002 29.0233 29.6188 29.0233 24.856V24.6328C29.0233 19.87 32 17.3397 35.7209 17.3397C38.9209 17.3397 41.5256 18.9769 41.8233 22.6235H38.1023C37.8791 21.2839 37.1349 20.3909 35.7953 20.3909C34.1581 20.3909 32.9674 21.7304 32.9674 24.4839V24.9304C32.9674 27.7583 34.0093 29.0235 35.7953 29.0235C37.1349 29.0235 38.1023 28.056 38.3256 26.4932H41.8977C41.6744 29.7676 39.5163 32.0002 35.7209 32.0002ZM50.3814 32.0002C46.3628 32.0002 43.6093 29.6188 43.6093 24.9304V24.6328C43.6093 19.9444 46.5116 17.3397 50.307 17.3397C53.8046 17.3397 56.707 19.2746 56.707 23.963V25.6746H47.5535C47.7023 28.2049 48.8186 29.1723 50.4558 29.1723C51.9442 29.1723 52.7628 28.3537 53.0605 27.3862H56.707C56.2605 29.9909 54.0279 32.0002 50.3814 32.0002ZM47.6279 23.07H52.8372C52.7628 20.9862 51.7953 20.0932 50.2326 20.0932C49.0419 20.1676 47.9256 20.8374 47.6279 23.07ZM59.0884 17.7118H63.0326V19.7956C63.7023 18.456 65.1163 17.4142 67.2744 17.4142C69.8046 17.4142 71.5163 18.9769 71.5163 22.3258V31.7025H67.5721V22.9211C67.5721 21.2839 66.9023 20.5397 65.4884 20.5397C64.1488 20.5397 63.0326 21.3583 63.0326 23.1444V31.7025H59.0884V17.7118ZM78.7349 13.47V17.7118H81.414V20.6142H78.7349V27.2374C78.7349 28.2793 79.1814 28.8002 80.1488 28.8002C80.7442 28.8002 81.1163 28.7258 81.4884 28.5769V31.6281C81.0419 31.7769 80.2233 31.9258 79.2558 31.9258C76.2047 31.9258 74.7907 30.5118 74.7907 27.6839V20.6142H73.1535V17.7118H74.7907V15.1072L78.7349 13.47ZM96.1488 31.7025H92.2791V29.6188C91.6093 30.9583 90.2698 32.0002 88.186 32.0002C85.6558 32.0002 83.7953 30.4374 83.7953 27.163V17.7118H87.7395V26.6421C87.7395 28.2793 88.4093 29.0235 89.7488 29.0235C91.0884 29.0235 92.2047 28.1304 92.2047 26.4188V17.7118H96.1488V31.7025ZM99.0512 17.7118H102.995V20.3165C103.814 18.456 105.153 17.563 107.237 17.563V21.4328C104.558 21.4328 102.995 22.2514 102.995 24.5583V31.7769H99.0512V17.7118ZM115.2 32.0002C111.181 32.0002 108.428 29.6188 108.428 24.9304V24.6328C108.428 19.9444 111.33 17.3397 115.126 17.3397C118.623 17.3397 121.526 19.2746 121.526 23.963V25.6746H112.447C112.595 28.2049 113.712 29.1723 115.349 29.1723C116.837 29.1723 117.656 28.3537 117.953 27.3862H121.6C121.005 29.9909 118.847 32.0002 115.2 32.0002ZM112.372 23.07H117.656C117.581 20.9862 116.614 20.0932 115.051 20.0932C113.86 20.1676 112.744 20.8374 112.372 23.07Z\",\n    fill: \"white\"\n  }))), _defs || (_defs = /*#__PURE__*/React.createElement(\"defs\", null, /*#__PURE__*/React.createElement(\"clipPath\", {\n    id: \"clip0_19_85\"\n  }, /*#__PURE__*/React.createElement(\"rect\", {\n    width: 121.451,\n    height: 32,\n    fill: \"white\",\n    transform: \"translate(0 0.000244141)\"\n  })))));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgAcn);\nexport default __webpack_public_path__ + \"static/media/acn.467b4d28dc11542aaf5eea5173041540.svg\";\nexport { ForwardRef as ReactComponent };","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport var LogType;\n(function (LogType) {\n    LogType[\"DEBUG\"] = \"DEBUG\";\n    LogType[\"ERROR\"] = \"ERROR\";\n    LogType[\"INFO\"] = \"INFO\";\n    LogType[\"WARN\"] = \"WARN\";\n    LogType[\"VERBOSE\"] = \"VERBOSE\";\n})(LogType || (LogType = {}));\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n// Logging constants\nexport const AWS_CLOUDWATCH_CATEGORY = 'Logging';\nexport const USER_AGENT_HEADER = 'x-amz-user-agent';\n// Error exception code constants\nexport const NO_HUBCALLBACK_PROVIDED_EXCEPTION = 'NoHubcallbackProvidedException';\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { LogType } from './types';\nimport { AWS_CLOUDWATCH_CATEGORY } from '../constants';\nconst LOG_LEVELS = {\n    VERBOSE: 1,\n    DEBUG: 2,\n    INFO: 3,\n    WARN: 4,\n    ERROR: 5,\n};\n/**\n * Write logs\n * @class Logger\n */\nclass ConsoleLogger {\n    /**\n     * @constructor\n     * @param {string} name - Name of the logger\n     */\n    constructor(name, level = LogType.WARN) {\n        this.name = name;\n        this.level = level;\n        this._pluggables = [];\n    }\n    _padding(n) {\n        return n < 10 ? '0' + n : '' + n;\n    }\n    _ts() {\n        const dt = new Date();\n        return ([this._padding(dt.getMinutes()), this._padding(dt.getSeconds())].join(':') +\n            '.' +\n            dt.getMilliseconds());\n    }\n    configure(config) {\n        if (!config)\n            return this._config;\n        this._config = config;\n        return this._config;\n    }\n    /**\n     * Write log\n     * @method\n     * @memeberof Logger\n     * @param {LogType|string} type - log type, default INFO\n     * @param {string|object} msg - Logging message or object\n     */\n    _log(type, ...msg) {\n        let logger_level_name = this.level;\n        if (ConsoleLogger.LOG_LEVEL) {\n            logger_level_name = ConsoleLogger.LOG_LEVEL;\n        }\n        if (typeof window !== 'undefined' && window.LOG_LEVEL) {\n            logger_level_name = window.LOG_LEVEL;\n        }\n        const logger_level = LOG_LEVELS[logger_level_name];\n        const type_level = LOG_LEVELS[type];\n        if (!(type_level >= logger_level)) {\n            // Do nothing if type is not greater than or equal to logger level (handle undefined)\n            return;\n        }\n        let log = console.log.bind(console);\n        if (type === LogType.ERROR && console.error) {\n            log = console.error.bind(console);\n        }\n        if (type === LogType.WARN && console.warn) {\n            log = console.warn.bind(console);\n        }\n        const prefix = `[${type}] ${this._ts()} ${this.name}`;\n        let message = '';\n        if (msg.length === 1 && typeof msg[0] === 'string') {\n            message = `${prefix} - ${msg[0]}`;\n            log(message);\n        }\n        else if (msg.length === 1) {\n            message = `${prefix} ${msg[0]}`;\n            log(prefix, msg[0]);\n        }\n        else if (typeof msg[0] === 'string') {\n            let obj = msg.slice(1);\n            if (obj.length === 1) {\n                obj = obj[0];\n            }\n            message = `${prefix} - ${msg[0]} ${obj}`;\n            log(`${prefix} - ${msg[0]}`, obj);\n        }\n        else {\n            message = `${prefix} ${msg}`;\n            log(prefix, msg);\n        }\n        for (const plugin of this._pluggables) {\n            const logEvent = { message, timestamp: Date.now() };\n            plugin.pushLogs([logEvent]);\n        }\n    }\n    /**\n     * Write General log. Default to INFO\n     * @method\n     * @memeberof Logger\n     * @param {string|object} msg - Logging message or object\n     */\n    log(...msg) {\n        this._log(LogType.INFO, ...msg);\n    }\n    /**\n     * Write INFO log\n     * @method\n     * @memeberof Logger\n     * @param {string|object} msg - Logging message or object\n     */\n    info(...msg) {\n        this._log(LogType.INFO, ...msg);\n    }\n    /**\n     * Write WARN log\n     * @method\n     * @memeberof Logger\n     * @param {string|object} msg - Logging message or object\n     */\n    warn(...msg) {\n        this._log(LogType.WARN, ...msg);\n    }\n    /**\n     * Write ERROR log\n     * @method\n     * @memeberof Logger\n     * @param {string|object} msg - Logging message or object\n     */\n    error(...msg) {\n        this._log(LogType.ERROR, ...msg);\n    }\n    /**\n     * Write DEBUG log\n     * @method\n     * @memeberof Logger\n     * @param {string|object} msg - Logging message or object\n     */\n    debug(...msg) {\n        this._log(LogType.DEBUG, ...msg);\n    }\n    /**\n     * Write VERBOSE log\n     * @method\n     * @memeberof Logger\n     * @param {string|object} msg - Logging message or object\n     */\n    verbose(...msg) {\n        this._log(LogType.VERBOSE, ...msg);\n    }\n    addPluggable(pluggable) {\n        if (pluggable && pluggable.getCategoryName() === AWS_CLOUDWATCH_CATEGORY) {\n            this._pluggables.push(pluggable);\n            pluggable.configure(this._config);\n        }\n    }\n    listPluggables() {\n        return this._pluggables;\n    }\n}\nConsoleLogger.LOG_LEVEL = null;\nexport { ConsoleLogger };\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport const isBrowser = () => typeof window !== 'undefined' && typeof window.document !== 'undefined';\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { ConsoleLogger } from '@aws-amplify/core';\nimport { isBrowser } from '@aws-amplify/core/internals/utils';\nconst DEFAULT_EVENTS = ['click'];\nconst DEFAULT_SELECTOR_PREFIX = 'data-amplify-analytics-';\nconst DEFAULT_EVENT_NAME = 'event'; // Default event name as sent to the analytics provider\nconst logger = new ConsoleLogger('EventTracker');\nexport class EventTracker {\n    constructor(eventRecorder, options) {\n        this.options = {};\n        this.trackerActive = false;\n        this.eventRecorder = eventRecorder;\n        this.handleDocEvent = this.handleDocEvent.bind(this);\n        this.configure(eventRecorder, options);\n    }\n    configure(eventRecorder, options) {\n        this.eventRecorder = eventRecorder;\n        // Clean up any existing listeners\n        this.cleanup();\n        // Apply defaults\n        this.options = {\n            attributes: options?.attributes ?? undefined,\n            events: options?.events ?? DEFAULT_EVENTS,\n            selectorPrefix: options?.selectorPrefix ?? DEFAULT_SELECTOR_PREFIX,\n        };\n        // Register event listeners\n        if (isBrowser()) {\n            this.options.events?.forEach(targetEvent => {\n                document.addEventListener(targetEvent, this.handleDocEvent, {\n                    capture: true,\n                });\n            });\n            this.trackerActive = true;\n        }\n    }\n    cleanup() {\n        // No-op if document listener is not active\n        if (!this.trackerActive) {\n            return;\n        }\n        // Clean up event listeners\n        this.options.events?.forEach(targetEvent => {\n            document.removeEventListener(targetEvent, this.handleDocEvent, {\n                capture: true,\n            });\n        });\n    }\n    handleDocEvent(event) {\n        /**\n         * Example DOM element:\n         *\n         * ```\n         * <button\n         *   data-amplify-analytics-on=\"click\"\n         *   data-amplify-analytics-name=\"click\"\n         *   data-amplify-analytics-attrs=\"attr1:attr1_value,attr2:attr2_value\"\n         * />\n         * ```\n         */\n        const triggerSelector = `[${this.options.selectorPrefix}on]`;\n        const attrSelector = `${this.options.selectorPrefix}attrs`;\n        const eventNameSelector = `${this.options.selectorPrefix}name`;\n        const eventSource = event.target;\n        // Validate that the triggering event type is being tracked\n        if (!this.options.events?.includes(event.type)) {\n            return;\n        }\n        if (eventSource instanceof HTMLElement) {\n            const target = eventSource.closest(triggerSelector);\n            if (target) {\n                // Parse event name from the element\n                const eventName = target.getAttribute(eventNameSelector) || DEFAULT_EVENT_NAME;\n                // Parse attributes from the element\n                const elementAttributes = {};\n                const rawElementAttributes = target.getAttribute(attrSelector);\n                rawElementAttributes?.split(/\\s*,\\s*/).forEach(attr => {\n                    const tmp = attr.trim().split(/\\s*:\\s*/);\n                    elementAttributes[tmp[0]] = tmp[1];\n                });\n                // Assemble final list of attributes\n                const attributes = Object.assign({\n                    type: event.type,\n                    target: `${target.localName} with id ${target.id}`,\n                }, this.options.attributes, elementAttributes);\n                logger.debug('Recording automatically tracked DOM event', {\n                    eventName,\n                    attributes,\n                });\n                this.eventRecorder(eventName, attributes);\n            }\n        }\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { ConsoleLogger } from '@aws-amplify/core';\nimport { isBrowser } from '@aws-amplify/core/internals/utils';\nconst logger = new ConsoleLogger('PageViewTracker');\nconst DEFAULT_EVENT_NAME = 'pageView';\nconst DEFAULT_APP_TYPE = 'singlePage';\nconst DEFAULT_URL_PROVIDER = () => {\n    return window.location.origin + window.location.pathname;\n};\nconst PREV_URL_STORAGE_KEY = 'aws-amplify-analytics-prevUrl';\nexport class PageViewTracker {\n    constructor(eventRecorder, options) {\n        this.options = {};\n        this.trackerActive = true;\n        this.eventRecorder = eventRecorder;\n        this.spaTrackingActive = false;\n        this.handleLocationChange = this.handleLocationChange.bind(this);\n        this.configure(eventRecorder, options);\n    }\n    configure(eventRecorder, options) {\n        this.eventRecorder = eventRecorder;\n        // Clean up any existing listeners\n        this.cleanup();\n        // Apply defaults\n        this.options = {\n            appType: options?.appType ?? DEFAULT_APP_TYPE,\n            attributes: options?.attributes ?? undefined,\n            eventName: this.options?.eventName ?? DEFAULT_EVENT_NAME,\n            urlProvider: this.options?.urlProvider ?? DEFAULT_URL_PROVIDER,\n        };\n        // Configure SPA or MPA page view tracking\n        if (isBrowser()) {\n            if (this.options.appType === 'singlePage') {\n                this.setupSPATracking();\n            }\n            else {\n                this.setupMPATracking();\n            }\n            this.trackerActive = true;\n        }\n    }\n    cleanup() {\n        // No-op if document listener is not active\n        if (!this.trackerActive) {\n            return;\n        }\n        // Clean up SPA page view listeners\n        if (this.spaTrackingActive) {\n            window.history.pushState = this.originalPushState;\n            window.history.replaceState = this.originalReplaceState;\n            this.pushStateProxy?.revoke();\n            this.replaceStateProxy?.revoke();\n            window.removeEventListener('popstate', this.handleLocationChange);\n            this.spaTrackingActive = false;\n        }\n    }\n    setupSPATracking() {\n        if (!this.spaTrackingActive) {\n            // Configure proxies on History APIs\n            this.pushStateProxy = Proxy.revocable(window.history.pushState, {\n                apply: (target, thisArg, args) => {\n                    const proxiedResult = target.apply(thisArg, args);\n                    this.handleLocationChange();\n                    return proxiedResult;\n                },\n            });\n            this.replaceStateProxy = Proxy.revocable(window.history.replaceState, {\n                apply: (target, thisArg, args) => {\n                    const proxiedResult = target.apply(thisArg, args);\n                    this.handleLocationChange();\n                    return proxiedResult;\n                },\n            });\n            this.originalPushState = window.history.pushState;\n            this.originalReplaceState = window.history.replaceState;\n            window.history.pushState = this.pushStateProxy.proxy;\n            window.history.replaceState = this.replaceStateProxy.proxy;\n            window.addEventListener('popstate', this.handleLocationChange);\n            sessionStorage.removeItem(PREV_URL_STORAGE_KEY);\n            this.spaTrackingActive = true;\n        }\n    }\n    setupMPATracking() {\n        this.handleLocationChange();\n    }\n    handleLocationChange() {\n        const currentUrl = this.options.urlProvider();\n        const eventName = this.options.eventName || DEFAULT_EVENT_NAME;\n        if (this.urlHasChanged()) {\n            sessionStorage.setItem(PREV_URL_STORAGE_KEY, currentUrl);\n            // Assemble attribute list\n            const attributes = Object.assign({\n                url: currentUrl,\n            }, this.options.attributes);\n            logger.debug('Recording automatically tracked page view event', {\n                eventName,\n                attributes,\n            });\n            this.eventRecorder(eventName, attributes);\n        }\n    }\n    urlHasChanged() {\n        const prevUrl = sessionStorage.getItem(PREV_URL_STORAGE_KEY);\n        const currUrl = this.options.urlProvider();\n        return currUrl !== prevUrl;\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { isBrowser } from '../isBrowser';\nconst stateChangeListeners = new Set();\nexport class SessionListener {\n    constructor() {\n        this.listenerActive = false;\n        this.handleVisibilityChange = this.handleVisibilityChange.bind(this);\n        // Setup state listeners\n        if (isBrowser()) {\n            document.addEventListener('visibilitychange', this.handleVisibilityChange, false);\n            this.listenerActive = true;\n        }\n    }\n    addStateChangeListener(listener, notifyOnAdd = false) {\n        // No-op if document listener is not active\n        if (!this.listenerActive) {\n            return;\n        }\n        stateChangeListeners.add(listener);\n        // Notify new handlers of the current status on add\n        if (notifyOnAdd) {\n            listener(this.getSessionState());\n        }\n    }\n    removeStateChangeListener(handler) {\n        // No-op if document listener is not active\n        if (!this.listenerActive) {\n            return;\n        }\n        stateChangeListeners.delete(handler);\n    }\n    handleVisibilityChange() {\n        this.notifyHandlers();\n    }\n    notifyHandlers() {\n        const sessionState = this.getSessionState();\n        stateChangeListeners.forEach(listener => {\n            listener(sessionState);\n        });\n    }\n    getSessionState() {\n        if (isBrowser() && document.visibilityState !== 'hidden') {\n            return 'started';\n        }\n        // If, for any reason, document is undefined the session will never start\n        return 'ended';\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { SessionListener } from './SessionListener';\nexport { SESSION_START_EVENT, SESSION_STOP_EVENT } from './constants';\nexport const sessionListener = new SessionListener();\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n// Standard session start & stop event names\nexport const SESSION_START_EVENT = '_session.start';\nexport const SESSION_STOP_EVENT = '_session.stop';\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { sessionListener, SESSION_START_EVENT, SESSION_STOP_EVENT, } from '@aws-amplify/core/internals/utils';\nimport { ConsoleLogger } from '@aws-amplify/core';\nconst logger = new ConsoleLogger('SessionTracker');\nexport class SessionTracker {\n    constructor(eventRecorder, options) {\n        this.options = {};\n        this.eventRecorder = eventRecorder;\n        this.sessionTrackingActive = false;\n        this.initialEventSent = false;\n        this.handleStateChange = this.handleStateChange.bind(this);\n        this.configure(eventRecorder, options);\n    }\n    configure(eventRecorder, options) {\n        this.eventRecorder = eventRecorder;\n        // Clean up any existing listeners\n        this.cleanup();\n        // Apply defaults\n        this.options = {\n            attributes: options?.attributes ?? {},\n        };\n        // Setup state listeners\n        if (!this.sessionTrackingActive) {\n            sessionListener.addStateChangeListener(this.handleStateChange, !this.initialEventSent);\n            this.sessionTrackingActive = true;\n        }\n    }\n    cleanup() {\n        if (this.sessionTrackingActive) {\n            sessionListener.removeStateChangeListener(this.handleStateChange);\n        }\n        this.sessionTrackingActive = false;\n    }\n    handleStateChange(state) {\n        if (state === 'started') {\n            this.sessionStarted();\n        }\n        else {\n            this.sessionStopped();\n        }\n    }\n    sessionStarted() {\n        const attributes = this.options.attributes ?? {};\n        logger.debug('Recording automatically tracked page view event', {\n            SESSION_START_EVENT,\n            attributes,\n        });\n        this.eventRecorder(SESSION_START_EVENT, attributes);\n        // NOTE: The initial event will not be re-sent on re-configuration (e.g. to add additional custom attributes)\n        if (!this.initialEventSent) {\n            this.initialEventSent = true;\n        }\n    }\n    sessionStopped() {\n        const attributes = this.options.attributes ?? {};\n        logger.debug('Recording automatically tracked page view event', {\n            SESSION_STOP_EVENT,\n            attributes,\n        });\n        this.eventRecorder(SESSION_STOP_EVENT, attributes);\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport class AmplifyError extends Error {\n    /**\n     *  Constructs an AmplifyError.\n     *\n     * @param message text that describes the main problem.\n     * @param underlyingError the underlying cause of the error.\n     * @param recoverySuggestion suggestion to recover from the error.\n     *\n     */\n    constructor({ message, name, recoverySuggestion, underlyingError, }) {\n        super(message);\n        this.name = name;\n        this.underlyingError = underlyingError;\n        this.recoverySuggestion = recoverySuggestion;\n        // Hack for making the custom error class work when transpiled to es5\n        // TODO: Delete the following 2 lines after we change the build target to >= es2015\n        this.constructor = AmplifyError;\n        Object.setPrototypeOf(this, AmplifyError.prototype);\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AmplifyError, } from '@aws-amplify/core/internals/utils';\n/**\n * @internal\n */\nexport class AnalyticsError extends AmplifyError {\n    constructor(params) {\n        super(params);\n        // Hack for making the custom error class work when transpiled to es5\n        // TODO: Delete the following 2 lines after we change the build target to >= es2015\n        this.constructor = AnalyticsError;\n        Object.setPrototypeOf(this, AnalyticsError.prototype);\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport var AnalyticsValidationErrorCode;\n(function (AnalyticsValidationErrorCode) {\n    AnalyticsValidationErrorCode[\"NoAppId\"] = \"NoAppId\";\n    AnalyticsValidationErrorCode[\"NoCredentials\"] = \"NoCredentials\";\n    AnalyticsValidationErrorCode[\"NoEventName\"] = \"NoEventName\";\n    AnalyticsValidationErrorCode[\"NoRegion\"] = \"NoRegion\";\n    AnalyticsValidationErrorCode[\"InvalidTracker\"] = \"InvalidTracker\";\n    AnalyticsValidationErrorCode[\"UnsupportedPlatform\"] = \"UnsupportedPlatform\";\n    AnalyticsValidationErrorCode[\"NoTrackingId\"] = \"NoTrackingId\";\n    AnalyticsValidationErrorCode[\"InvalidFlushSize\"] = \"InvalidFlushSize\";\n})(AnalyticsValidationErrorCode || (AnalyticsValidationErrorCode = {}));\nexport const validationErrorMap = {\n    [AnalyticsValidationErrorCode.NoAppId]: {\n        message: 'Missing application id.',\n    },\n    [AnalyticsValidationErrorCode.NoCredentials]: {\n        message: 'Credentials should not be empty.',\n    },\n    [AnalyticsValidationErrorCode.NoEventName]: {\n        message: 'Events must specify a name.',\n    },\n    [AnalyticsValidationErrorCode.NoRegion]: {\n        message: 'Missing region.',\n    },\n    [AnalyticsValidationErrorCode.InvalidTracker]: {\n        message: 'Invalid tracker type specified.',\n    },\n    [AnalyticsValidationErrorCode.UnsupportedPlatform]: {\n        message: 'Only session tracking is supported on React Native.',\n    },\n    [AnalyticsValidationErrorCode.InvalidFlushSize]: {\n        message: 'Invalid FlushSize, it should be smaller than BufferSize',\n    },\n    [AnalyticsValidationErrorCode.NoTrackingId]: {\n        message: 'A trackingId is required to use Amazon Personalize',\n    },\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AnalyticsError } from './AnalyticsError';\nimport { validationErrorMap } from './validation';\n/**\n * @internal\n */\nexport function assertValidationError(assertion, name, message) {\n    const { message: defaultMessage, recoverySuggestion } = validationErrorMap[name];\n    if (!assertion) {\n        throw new AnalyticsError({\n            name,\n            message: message ?? defaultMessage,\n            recoverySuggestion,\n        });\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AnalyticsValidationErrorCode, assertValidationError } from '../errors';\n/**\n * Validates tracker configuration.\n */\nexport const validateTrackerConfiguration = (input) => {\n    assertValidationError(input.type === 'event' ||\n        input.type === 'pageView' ||\n        input.type === 'session', AnalyticsValidationErrorCode.InvalidTracker);\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { ConsoleLogger } from '../Logger';\nimport { NO_HUBCALLBACK_PROVIDED_EXCEPTION } from '../constants';\nimport { AmplifyError } from '../errors';\nexport const AMPLIFY_SYMBOL = (typeof Symbol !== 'undefined'\n    ? Symbol('amplify_default')\n    : '@@amplify_default');\nconst logger = new ConsoleLogger('Hub');\nexport class HubClass {\n    constructor(name) {\n        this.listeners = new Map();\n        this.protectedChannels = [\n            'core',\n            'auth',\n            'api',\n            'analytics',\n            'interactions',\n            'pubsub',\n            'storage',\n            'ui',\n            'xr',\n        ];\n        this.name = name;\n    }\n    /**\n     * Used internally to remove a Hub listener.\n     *\n     * @remarks\n     * This private method is for internal use only. Instead of calling Hub.remove, call the result of Hub.listen.\n     */\n    _remove(channel, listener) {\n        const holder = this.listeners.get(channel);\n        if (!holder) {\n            logger.warn(`No listeners for ${channel}`);\n            return;\n        }\n        this.listeners.set(channel, [\n            ...holder.filter(({ callback }) => callback !== listener),\n        ]);\n    }\n    dispatch(channel, payload, source, ampSymbol) {\n        if (typeof channel === 'string' &&\n            this.protectedChannels.indexOf(channel) > -1) {\n            const hasAccess = ampSymbol === AMPLIFY_SYMBOL;\n            if (!hasAccess) {\n                logger.warn(`WARNING: ${channel} is protected and dispatching on it can have unintended consequences`);\n            }\n        }\n        const capsule = {\n            channel,\n            payload: { ...payload },\n            source,\n            patternInfo: [],\n        };\n        try {\n            this._toListeners(capsule);\n        }\n        catch (e) {\n            logger.error(e);\n        }\n    }\n    listen(channel, callback, listenerName = 'noname') {\n        let cb;\n        if (typeof callback !== 'function') {\n            throw new AmplifyError({\n                name: NO_HUBCALLBACK_PROVIDED_EXCEPTION,\n                message: 'No callback supplied to Hub',\n            });\n        }\n        else {\n            // Needs to be casted as a more generic type\n            cb = callback;\n        }\n        let holder = this.listeners.get(channel);\n        if (!holder) {\n            holder = [];\n            this.listeners.set(channel, holder);\n        }\n        holder.push({\n            name: listenerName,\n            callback: cb,\n        });\n        return () => {\n            this._remove(channel, cb);\n        };\n    }\n    _toListeners(capsule) {\n        const { channel, payload } = capsule;\n        const holder = this.listeners.get(channel);\n        if (holder) {\n            holder.forEach(listener => {\n                logger.debug(`Dispatching to ${channel} with `, payload);\n                try {\n                    listener.callback(capsule);\n                }\n                catch (e) {\n                    logger.error(e);\n                }\n            });\n        }\n    }\n}\n/*We export a __default__ instance of HubClass to use it as a\npseudo Singleton for the main messaging bus, however you can still create\nyour own instance of HubClass() for a separate \"private bus\" of events.*/\nexport const Hub = new HubClass('__default__');\n/**\n * @internal\n *\n * Internal hub used for core Amplify functionality. Not intended for use outside of Amplify.\n *\n */\nexport const HubInternal = new HubClass('internal-hub');\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport var Framework;\n(function (Framework) {\n    // < 100 - Web frameworks\n    Framework[\"WebUnknown\"] = \"0\";\n    Framework[\"React\"] = \"1\";\n    Framework[\"NextJs\"] = \"2\";\n    Framework[\"Angular\"] = \"3\";\n    Framework[\"VueJs\"] = \"4\";\n    Framework[\"Nuxt\"] = \"5\";\n    Framework[\"Svelte\"] = \"6\";\n    // 100s - Server side frameworks\n    Framework[\"ServerSideUnknown\"] = \"100\";\n    Framework[\"ReactSSR\"] = \"101\";\n    Framework[\"NextJsSSR\"] = \"102\";\n    Framework[\"AngularSSR\"] = \"103\";\n    Framework[\"VueJsSSR\"] = \"104\";\n    Framework[\"NuxtSSR\"] = \"105\";\n    Framework[\"SvelteSSR\"] = \"106\";\n    // 200s - Mobile framework\n    Framework[\"ReactNative\"] = \"201\";\n    Framework[\"Expo\"] = \"202\";\n})(Framework || (Framework = {}));\nexport var Category;\n(function (Category) {\n    Category[\"API\"] = \"api\";\n    Category[\"Auth\"] = \"auth\";\n    Category[\"Analytics\"] = \"analytics\";\n    Category[\"DataStore\"] = \"datastore\";\n    Category[\"Geo\"] = \"geo\";\n    Category[\"InAppMessaging\"] = \"inappmessaging\";\n    Category[\"Interactions\"] = \"interactions\";\n    Category[\"Predictions\"] = \"predictions\";\n    Category[\"PubSub\"] = \"pubsub\";\n    Category[\"PushNotification\"] = \"pushnotification\";\n    Category[\"Storage\"] = \"storage\";\n})(Category || (Category = {}));\nexport var AnalyticsAction;\n(function (AnalyticsAction) {\n    AnalyticsAction[\"Record\"] = \"1\";\n    AnalyticsAction[\"IdentifyUser\"] = \"2\";\n})(AnalyticsAction || (AnalyticsAction = {}));\nexport var ApiAction;\n(function (ApiAction) {\n    ApiAction[\"GraphQl\"] = \"1\";\n    ApiAction[\"Get\"] = \"2\";\n    ApiAction[\"Post\"] = \"3\";\n    ApiAction[\"Put\"] = \"4\";\n    ApiAction[\"Patch\"] = \"5\";\n    ApiAction[\"Del\"] = \"6\";\n    ApiAction[\"Head\"] = \"7\";\n})(ApiAction || (ApiAction = {}));\nexport var AuthAction;\n(function (AuthAction) {\n    AuthAction[\"SignUp\"] = \"1\";\n    AuthAction[\"ConfirmSignUp\"] = \"2\";\n    AuthAction[\"ResendSignUpCode\"] = \"3\";\n    AuthAction[\"SignIn\"] = \"4\";\n    AuthAction[\"FetchMFAPreference\"] = \"6\";\n    AuthAction[\"UpdateMFAPreference\"] = \"7\";\n    AuthAction[\"SetUpTOTP\"] = \"10\";\n    AuthAction[\"VerifyTOTPSetup\"] = \"11\";\n    AuthAction[\"ConfirmSignIn\"] = \"12\";\n    AuthAction[\"DeleteUserAttributes\"] = \"15\";\n    AuthAction[\"DeleteUser\"] = \"16\";\n    AuthAction[\"UpdateUserAttributes\"] = \"17\";\n    AuthAction[\"FetchUserAttributes\"] = \"18\";\n    AuthAction[\"ConfirmUserAttribute\"] = \"22\";\n    AuthAction[\"SignOut\"] = \"26\";\n    AuthAction[\"UpdatePassword\"] = \"27\";\n    AuthAction[\"ResetPassword\"] = \"28\";\n    AuthAction[\"ConfirmResetPassword\"] = \"29\";\n    AuthAction[\"FederatedSignIn\"] = \"30\";\n    AuthAction[\"RememberDevice\"] = \"32\";\n    AuthAction[\"ForgetDevice\"] = \"33\";\n    AuthAction[\"FetchDevices\"] = \"34\";\n    AuthAction[\"SendUserAttributeVerificationCode\"] = \"35\";\n    AuthAction[\"SignInWithRedirect\"] = \"36\";\n})(AuthAction || (AuthAction = {}));\nexport var DataStoreAction;\n(function (DataStoreAction) {\n    DataStoreAction[\"Subscribe\"] = \"1\";\n    DataStoreAction[\"GraphQl\"] = \"2\";\n})(DataStoreAction || (DataStoreAction = {}));\nexport var GeoAction;\n(function (GeoAction) {\n    GeoAction[\"SearchByText\"] = \"0\";\n    GeoAction[\"SearchByCoordinates\"] = \"1\";\n    GeoAction[\"SearchForSuggestions\"] = \"2\";\n    GeoAction[\"SearchByPlaceId\"] = \"3\";\n    GeoAction[\"SaveGeofences\"] = \"4\";\n    GeoAction[\"GetGeofence\"] = \"5\";\n    GeoAction[\"ListGeofences\"] = \"6\";\n    GeoAction[\"DeleteGeofences\"] = \"7\";\n})(GeoAction || (GeoAction = {}));\nexport var InAppMessagingAction;\n(function (InAppMessagingAction) {\n    InAppMessagingAction[\"SyncMessages\"] = \"1\";\n    InAppMessagingAction[\"IdentifyUser\"] = \"2\";\n    InAppMessagingAction[\"NotifyMessageInteraction\"] = \"3\";\n})(InAppMessagingAction || (InAppMessagingAction = {}));\nexport var InteractionsAction;\n(function (InteractionsAction) {\n    InteractionsAction[\"None\"] = \"0\";\n})(InteractionsAction || (InteractionsAction = {}));\nexport var PredictionsAction;\n(function (PredictionsAction) {\n    PredictionsAction[\"Convert\"] = \"1\";\n    PredictionsAction[\"Identify\"] = \"2\";\n    PredictionsAction[\"Interpret\"] = \"3\";\n})(PredictionsAction || (PredictionsAction = {}));\nexport var PubSubAction;\n(function (PubSubAction) {\n    PubSubAction[\"Subscribe\"] = \"1\";\n})(PubSubAction || (PubSubAction = {}));\nexport var PushNotificationAction;\n(function (PushNotificationAction) {\n    PushNotificationAction[\"InitializePushNotifications\"] = \"1\";\n    PushNotificationAction[\"IdentifyUser\"] = \"2\";\n})(PushNotificationAction || (PushNotificationAction = {}));\nexport var StorageAction;\n(function (StorageAction) {\n    StorageAction[\"UploadData\"] = \"1\";\n    StorageAction[\"DownloadData\"] = \"2\";\n    StorageAction[\"List\"] = \"3\";\n    StorageAction[\"Copy\"] = \"4\";\n    StorageAction[\"Remove\"] = \"5\";\n    StorageAction[\"GetProperties\"] = \"6\";\n    StorageAction[\"GetUrl\"] = \"7\";\n})(StorageAction || (StorageAction = {}));\n","const randomUUID = typeof crypto !== 'undefined' && crypto.randomUUID && crypto.randomUUID.bind(crypto);\nexport default {\n  randomUUID\n};","// Unique ID creation requires a high quality random # generator. In the browser we therefore\n// require the crypto API and do not support built-in fallback to lower quality random number\n// generators (like Math.random()).\nlet getRandomValues;\nconst rnds8 = new Uint8Array(16);\nexport default function rng() {\n  // lazy load so that environments that need to polyfill have a chance to do so\n  if (!getRandomValues) {\n    // getRandomValues needs to be invoked in a context where \"this\" is a Crypto implementation.\n    getRandomValues = typeof crypto !== 'undefined' && crypto.getRandomValues && crypto.getRandomValues.bind(crypto);\n\n    if (!getRandomValues) {\n      throw new Error('crypto.getRandomValues() not supported. See https://github.com/uuidjs/uuid#getrandomvalues-not-supported');\n    }\n  }\n\n  return getRandomValues(rnds8);\n}","import validate from './validate.js';\n/**\n * Convert array of 16 byte values to UUID string format of the form:\n * XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX\n */\n\nconst byteToHex = [];\n\nfor (let i = 0; i < 256; ++i) {\n  byteToHex.push((i + 0x100).toString(16).slice(1));\n}\n\nexport function unsafeStringify(arr, offset = 0) {\n  // Note: Be careful editing this code!  It's been tuned for performance\n  // and works in ways you may not expect. See https://github.com/uuidjs/uuid/pull/434\n  return byteToHex[arr[offset + 0]] + byteToHex[arr[offset + 1]] + byteToHex[arr[offset + 2]] + byteToHex[arr[offset + 3]] + '-' + byteToHex[arr[offset + 4]] + byteToHex[arr[offset + 5]] + '-' + byteToHex[arr[offset + 6]] + byteToHex[arr[offset + 7]] + '-' + byteToHex[arr[offset + 8]] + byteToHex[arr[offset + 9]] + '-' + byteToHex[arr[offset + 10]] + byteToHex[arr[offset + 11]] + byteToHex[arr[offset + 12]] + byteToHex[arr[offset + 13]] + byteToHex[arr[offset + 14]] + byteToHex[arr[offset + 15]];\n}\n\nfunction stringify(arr, offset = 0) {\n  const uuid = unsafeStringify(arr, offset); // Consistency check for valid UUID.  If this throws, it's likely due to one\n  // of the following:\n  // - One or more input array values don't map to a hex octet (leading to\n  // \"undefined\" in the uuid)\n  // - Invalid input values for the RFC `version` or `variant` fields\n\n  if (!validate(uuid)) {\n    throw TypeError('Stringified UUID is invalid');\n  }\n\n  return uuid;\n}\n\nexport default stringify;","import native from './native.js';\nimport rng from './rng.js';\nimport { unsafeStringify } from './stringify.js';\n\nfunction v4(options, buf, offset) {\n  if (native.randomUUID && !buf && !options) {\n    return native.randomUUID();\n  }\n\n  options = options || {};\n  const rnds = options.random || (options.rng || rng)(); // Per 4.4, set bits for version and `clock_seq_hi_and_reserved`\n\n  rnds[6] = rnds[6] & 0x0f | 0x40;\n  rnds[8] = rnds[8] & 0x3f | 0x80; // Copy bytes to buffer, if provided\n\n  if (buf) {\n    offset = offset || 0;\n\n    for (let i = 0; i < 16; ++i) {\n      buf[offset + i] = rnds[i];\n    }\n\n    return buf;\n  }\n\n  return unsafeStringify(rnds);\n}\n\nexport default v4;","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { v4 } from 'uuid';\nconst amplifyUuid = v4;\nexport { amplifyUuid };\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport var AmplifyErrorCode;\n(function (AmplifyErrorCode) {\n    AmplifyErrorCode[\"NoEndpointId\"] = \"NoEndpointId\";\n    AmplifyErrorCode[\"PlatformNotSupported\"] = \"PlatformNotSupported\";\n    AmplifyErrorCode[\"Unknown\"] = \"Unknown\";\n})(AmplifyErrorCode || (AmplifyErrorCode = {}));\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AmplifyErrorCode } from '../types';\nimport { AmplifyError } from './AmplifyError';\nexport class PlatformNotSupportedError extends AmplifyError {\n    constructor() {\n        super({\n            name: AmplifyErrorCode.PlatformNotSupported,\n            message: 'Function not supported on current platform',\n        });\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { PlatformNotSupportedError } from '../errors';\n/**\n * @internal\n */\nexport class KeyValueStorage {\n    constructor(storage) {\n        this.storage = storage;\n    }\n    /**\n     * This is used to set a specific item in storage\n     * @param {string} key - the key for the item\n     * @param {object} value - the value\n     * @returns {string} value that was set\n     */\n    async setItem(key, value) {\n        if (!this.storage)\n            throw new PlatformNotSupportedError();\n        this.storage.setItem(key, value);\n    }\n    /**\n     * This is used to get a specific key from storage\n     * @param {string} key - the key for the item\n     * This is used to clear the storage\n     * @returns {string} the data item\n     */\n    async getItem(key) {\n        if (!this.storage)\n            throw new PlatformNotSupportedError();\n        return this.storage.getItem(key);\n    }\n    /**\n     * This is used to remove an item from storage\n     * @param {string} key - the key being set\n     * @returns {string} value - value that was deleted\n     */\n    async removeItem(key) {\n        if (!this.storage)\n            throw new PlatformNotSupportedError();\n        this.storage.removeItem(key);\n    }\n    /**\n     * This is used to clear the storage\n     * @returns {string} nothing\n     */\n    async clear() {\n        if (!this.storage)\n            throw new PlatformNotSupportedError();\n        this.storage.clear();\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * @internal\n */\nexport class InMemoryStorage {\n    constructor() {\n        this.storage = new Map();\n    }\n    get length() {\n        return this.storage.size;\n    }\n    key(index) {\n        if (index > this.length - 1) {\n            return null;\n        }\n        return Array.from(this.storage.keys())[index];\n    }\n    setItem(key, value) {\n        this.storage.set(key, value);\n    }\n    getItem(key) {\n        return this.storage.get(key) ?? null;\n    }\n    removeItem(key) {\n        this.storage.delete(key);\n    }\n    clear() {\n        this.storage.clear();\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { InMemoryStorage } from './InMemoryStorage';\n/**\n * @internal\n * @returns Either a reference to window.localStorage or an in-memory storage as fallback\n */\nexport const getLocalStorageWithFallback = () => typeof window !== 'undefined' && window.localStorage\n    ? window.localStorage\n    : new InMemoryStorage();\n/**\n * @internal\n * @returns Either a reference to window.sessionStorage or an in-memory storage as fallback\n */\nexport const getSessionStorageWithFallback = () => typeof window !== 'undefined' && window.sessionStorage\n    ? window.sessionStorage\n    : new InMemoryStorage();\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Default cache config\n */\nexport const defaultConfig = {\n    keyPrefix: 'aws-amplify-cache',\n    capacityInBytes: 1048576,\n    itemMaxSize: 210000,\n    defaultTTL: 259200000,\n    defaultPriority: 5,\n    warningThreshold: 0.8,\n};\nexport const currentSizeKey = 'CurSize';\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { currentSizeKey } from '../constants';\n/**\n * return the byte size of the string\n * @param str\n */\nexport function getByteLength(str) {\n    let ret = 0;\n    ret = str.length;\n    for (let i = str.length; i >= 0; i -= 1) {\n        const charCode = str.charCodeAt(i);\n        if (charCode > 0x7f && charCode <= 0x7ff) {\n            ret += 1;\n        }\n        else if (charCode > 0x7ff && charCode <= 0xffff) {\n            ret += 2;\n        }\n        // trail surrogate\n        if (charCode >= 0xdc00 && charCode <= 0xdfff) {\n            i -= 1;\n        }\n    }\n    return ret;\n}\n/**\n * get current time\n */\nexport function getCurrentTime() {\n    const currentTime = new Date();\n    return currentTime.getTime();\n}\n/**\n * check if passed value is an integer\n */\nexport function isInteger(value) {\n    if (Number.isInteger) {\n        return Number.isInteger(value);\n    }\n    return (typeof value === 'number' && isFinite(value) && Math.floor(value) === value);\n}\nexport const getCurrentSizeKey = (keyPrefix) => `${keyPrefix}${currentSizeKey}`;\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AmplifyError } from './AmplifyError';\nexport const createAssertionFunction = (errorMap, AssertionError = AmplifyError) => (assertion, name, additionalContext) => {\n    const { message, recoverySuggestion } = errorMap[name];\n    if (!assertion) {\n        throw new AssertionError({\n            name,\n            message: additionalContext\n                ? `${message} ${additionalContext}`\n                : message,\n            recoverySuggestion,\n        });\n    }\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { createAssertionFunction } from '../../errors';\nexport var CacheErrorCode;\n(function (CacheErrorCode) {\n    CacheErrorCode[\"NoCacheItem\"] = \"NoCacheItem\";\n    CacheErrorCode[\"NullNextNode\"] = \"NullNextNode\";\n    CacheErrorCode[\"NullPreviousNode\"] = \"NullPreviousNode\";\n})(CacheErrorCode || (CacheErrorCode = {}));\nconst cacheErrorMap = {\n    [CacheErrorCode.NoCacheItem]: {\n        message: 'Item not found in the cache storage.',\n    },\n    [CacheErrorCode.NullNextNode]: {\n        message: 'Next node is null.',\n    },\n    [CacheErrorCode.NullPreviousNode]: {\n        message: 'Previous node is null.',\n    },\n};\nexport const assert = createAssertionFunction(cacheErrorMap);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { ConsoleLogger } from '../Logger';\nimport { currentSizeKey, defaultConfig } from './constants';\nimport { getCurrentSizeKey, getCurrentTime, getByteLength } from './utils';\nimport { assert, CacheErrorCode } from './utils/errorHelpers';\nconst logger = new ConsoleLogger('StorageCache');\n/**\n * Initialization of the cache\n *\n */\nexport class StorageCacheCommon {\n    /**\n     * Initialize the cache\n     *\n     * @param config - Custom configuration for this instance.\n     */\n    constructor({ config, keyValueStorage, }) {\n        this.config = {\n            ...defaultConfig,\n            ...config,\n        };\n        this.keyValueStorage = keyValueStorage;\n        this.sanitizeConfig();\n    }\n    getModuleName() {\n        return 'Cache';\n    }\n    /**\n     * Set custom configuration for the cache instance.\n     *\n     * @param config - customized configuration (without keyPrefix, which can't be changed)\n     *\n     * @return - the current configuration\n     */\n    configure(config) {\n        if (config) {\n            if (config.keyPrefix) {\n                logger.warn('keyPrefix can not be re-configured on an existing Cache instance.');\n            }\n            this.config = {\n                ...this.config,\n                ...config,\n            };\n        }\n        this.sanitizeConfig();\n        return this.config;\n    }\n    /**\n     * return the current size of the cache\n     * @return {Promise}\n     */\n    async getCurrentCacheSize() {\n        let size = await this.getStorage().getItem(getCurrentSizeKey(this.config.keyPrefix));\n        if (!size) {\n            await this.getStorage().setItem(getCurrentSizeKey(this.config.keyPrefix), '0');\n            size = '0';\n        }\n        return Number(size);\n    }\n    /**\n     * Set item into cache. You can put number, string, boolean or object.\n     * The cache will first check whether has the same key.\n     * If it has, it will delete the old item and then put the new item in\n     * The cache will pop out items if it is full\n     * You can specify the cache item options. The cache will abort and output a warning:\n     * If the key is invalid\n     * If the size of the item exceeds itemMaxSize.\n     * If the value is undefined\n     * If incorrect cache item configuration\n     * If error happened with browser storage\n     *\n     * @param {String} key - the key of the item\n     * @param {Object} value - the value of the item\n     * @param {Object} [options] - optional, the specified meta-data\n     *\n     * @return {Promise}\n     */\n    async setItem(key, value, options) {\n        logger.debug(`Set item: key is ${key}, value is ${value} with options: ${options}`);\n        if (!key || key === currentSizeKey) {\n            logger.warn(`Invalid key: should not be empty or reserved key: '${currentSizeKey}'`);\n            return;\n        }\n        if (typeof value === 'undefined') {\n            logger.warn(`The value of item should not be undefined!`);\n            return;\n        }\n        const cacheItemOptions = {\n            priority: options?.priority !== undefined\n                ? options.priority\n                : this.config.defaultPriority,\n            expires: options?.expires !== undefined\n                ? options.expires\n                : this.config.defaultTTL + getCurrentTime(),\n        };\n        if (cacheItemOptions.priority < 1 || cacheItemOptions.priority > 5) {\n            logger.warn(`Invalid parameter: priority due to out or range. It should be within 1 and 5.`);\n            return;\n        }\n        const prefixedKey = `${this.config.keyPrefix}${key}`;\n        const item = this.fillCacheItem(prefixedKey, value, cacheItemOptions);\n        // check whether this item is too big;\n        if (item.byteSize > this.config.itemMaxSize) {\n            logger.warn(`Item with key: ${key} you are trying to put into is too big!`);\n            return;\n        }\n        try {\n            // first look into the storage, if it exists, delete it.\n            const val = await this.getStorage().getItem(prefixedKey);\n            if (val) {\n                await this.removeCacheItem(prefixedKey, JSON.parse(val).byteSize);\n            }\n            // check whether the cache is full\n            if (await this.isCacheFull(item.byteSize)) {\n                const validKeys = await this.clearInvalidAndGetRemainingKeys();\n                if (await this.isCacheFull(item.byteSize)) {\n                    const sizeToPop = await this.sizeToPop(item.byteSize);\n                    await this.popOutItems(validKeys, sizeToPop);\n                }\n            }\n            // put item in the cache\n            return this.setCacheItem(prefixedKey, item);\n        }\n        catch (e) {\n            logger.warn(`setItem failed! ${e}`);\n        }\n    }\n    /**\n     * Get item from cache. It will return null if item doesn’t exist or it has been expired.\n     * If you specified callback function in the options,\n     * then the function will be executed if no such item in the cache\n     * and finally put the return value into cache.\n     * Please make sure the callback function will return the value you want to put into the cache.\n     * The cache will abort output a warning:\n     * If the key is invalid\n     * If error happened with AsyncStorage\n     *\n     * @param {String} key - the key of the item\n     * @param {Object} [options] - the options of callback function\n     *\n     * @return {Promise} - return a promise resolves to be the value of the item\n     */\n    async getItem(key, options) {\n        logger.debug(`Get item: key is ${key} with options ${options}`);\n        let cached;\n        if (!key || key === currentSizeKey) {\n            logger.warn(`Invalid key: should not be empty or reserved key: '${currentSizeKey}'`);\n            return null;\n        }\n        const prefixedKey = `${this.config.keyPrefix}${key}`;\n        try {\n            cached = await this.getStorage().getItem(prefixedKey);\n            if (cached != null) {\n                if (await this.isExpired(prefixedKey)) {\n                    // if expired, remove that item and return null\n                    await this.removeCacheItem(prefixedKey, JSON.parse(cached).byteSize);\n                }\n                else {\n                    // if not expired, update its visitedTime and return the value\n                    const item = await this.updateVisitedTime(JSON.parse(cached), prefixedKey);\n                    return item.data;\n                }\n            }\n            if (options?.callback) {\n                const val = options.callback();\n                if (val !== null) {\n                    await this.setItem(key, val, options);\n                }\n                return val;\n            }\n            return null;\n        }\n        catch (e) {\n            logger.warn(`getItem failed! ${e}`);\n            return null;\n        }\n    }\n    /**\n     * remove item from the cache\n     * The cache will abort output a warning:\n     * If error happened with AsyncStorage\n     * @param {String} key - the key of the item\n     * @return {Promise}\n     */\n    async removeItem(key) {\n        logger.debug(`Remove item: key is ${key}`);\n        if (!key || key === currentSizeKey) {\n            logger.warn(`Invalid key: should not be empty or reserved key: '${currentSizeKey}'`);\n            return;\n        }\n        const prefixedKey = `${this.config.keyPrefix}${key}`;\n        try {\n            const val = await this.getStorage().getItem(prefixedKey);\n            if (val) {\n                await this.removeCacheItem(prefixedKey, JSON.parse(val).byteSize);\n            }\n        }\n        catch (e) {\n            logger.warn(`removeItem failed! ${e}`);\n        }\n    }\n    /**\n     * Return all the keys owned by this cache.\n     * Will return an empty array if error occurred.\n     *\n     * @return {Promise}\n     */\n    async getAllKeys() {\n        try {\n            return await this.getAllCacheKeys();\n        }\n        catch (e) {\n            logger.warn(`getAllkeys failed! ${e}`);\n            return [];\n        }\n    }\n    getStorage() {\n        return this.keyValueStorage;\n    }\n    /**\n     * check whether item is expired\n     *\n     * @param key - the key of the item\n     *\n     * @return true if the item is expired.\n     */\n    async isExpired(key) {\n        const text = await this.getStorage().getItem(key);\n        assert(text !== null, CacheErrorCode.NoCacheItem, `Key: ${key}`);\n        const item = JSON.parse(text);\n        if (getCurrentTime() >= item.expires) {\n            return true;\n        }\n        return false;\n    }\n    /**\n     * delete item from cache\n     *\n     * @param prefixedKey - the key of the item\n     * @param size - optional, the byte size of the item\n     */\n    async removeCacheItem(prefixedKey, size) {\n        const item = await this.getStorage().getItem(prefixedKey);\n        assert(item !== null, CacheErrorCode.NoCacheItem, `Key: ${prefixedKey}`);\n        const itemSize = size ?? JSON.parse(item).byteSize;\n        // first try to update the current size of the cache\n        await this.decreaseCurrentSizeInBytes(itemSize);\n        // try to remove the item from cache\n        try {\n            await this.getStorage().removeItem(prefixedKey);\n        }\n        catch (removeItemError) {\n            // if some error happened, we need to rollback the current size\n            await this.increaseCurrentSizeInBytes(itemSize);\n            logger.error(`Failed to remove item: ${removeItemError}`);\n        }\n    }\n    /**\n     * produce a JSON object with meta-data and data value\n     * @param value - the value of the item\n     * @param options - optional, the specified meta-data\n     *\n     * @return - the item which has the meta-data and the value\n     */\n    fillCacheItem(key, value, options) {\n        const item = {\n            key,\n            data: value,\n            timestamp: getCurrentTime(),\n            visitedTime: getCurrentTime(),\n            priority: options.priority ?? 0,\n            expires: options.expires ?? 0,\n            type: typeof value,\n            byteSize: 0,\n        };\n        // calculate byte size\n        item.byteSize = getByteLength(JSON.stringify(item));\n        // re-calculate using cache item with updated byteSize property\n        item.byteSize = getByteLength(JSON.stringify(item));\n        return item;\n    }\n    sanitizeConfig() {\n        if (this.config.itemMaxSize > this.config.capacityInBytes) {\n            logger.error('Invalid parameter: itemMaxSize. It should be smaller than capacityInBytes. Setting back to default.');\n            this.config.itemMaxSize = defaultConfig.itemMaxSize;\n        }\n        if (this.config.defaultPriority > 5 || this.config.defaultPriority < 1) {\n            logger.error('Invalid parameter: defaultPriority. It should be between 1 and 5. Setting back to default.');\n            this.config.defaultPriority = defaultConfig.defaultPriority;\n        }\n        if (Number(this.config.warningThreshold) > 1 ||\n            Number(this.config.warningThreshold) < 0) {\n            logger.error('Invalid parameter: warningThreshold. It should be between 0 and 1. Setting back to default.');\n            this.config.warningThreshold = defaultConfig.warningThreshold;\n        }\n        // Set 5MB limit\n        const cacheLimit = 5 * 1024 * 1024;\n        if (this.config.capacityInBytes > cacheLimit) {\n            logger.error('Cache Capacity should be less than 5MB. Setting back to default. Setting back to default.');\n            this.config.capacityInBytes = defaultConfig.capacityInBytes;\n        }\n    }\n    /**\n     * increase current size of the cache\n     *\n     * @param amount - the amount of the cache szie which need to be increased\n     */\n    async increaseCurrentSizeInBytes(amount) {\n        const size = await this.getCurrentCacheSize();\n        await this.getStorage().setItem(getCurrentSizeKey(this.config.keyPrefix), (size + amount).toString());\n    }\n    /**\n     * decrease current size of the cache\n     *\n     * @param amount - the amount of the cache size which needs to be decreased\n     */\n    async decreaseCurrentSizeInBytes(amount) {\n        const size = await this.getCurrentCacheSize();\n        await this.getStorage().setItem(getCurrentSizeKey(this.config.keyPrefix), (size - amount).toString());\n    }\n    /**\n     * update the visited time if item has been visited\n     *\n     * @param item - the item which need to be updated\n     * @param prefixedKey - the key of the item\n     *\n     * @return the updated item\n     */\n    async updateVisitedTime(item, prefixedKey) {\n        item.visitedTime = getCurrentTime();\n        await this.getStorage().setItem(prefixedKey, JSON.stringify(item));\n        return item;\n    }\n    /**\n     * put item into cache\n     *\n     * @param prefixedKey - the key of the item\n     * @param itemData - the value of the item\n     * @param itemSizeInBytes - the byte size of the item\n     */\n    async setCacheItem(prefixedKey, item) {\n        // first try to update the current size of the cache.\n        await this.increaseCurrentSizeInBytes(item.byteSize);\n        // try to add the item into cache\n        try {\n            await this.getStorage().setItem(prefixedKey, JSON.stringify(item));\n        }\n        catch (setItemErr) {\n            // if some error happened, we need to rollback the current size\n            await this.decreaseCurrentSizeInBytes(item.byteSize);\n            logger.error(`Failed to set item ${setItemErr}`);\n        }\n    }\n    /**\n     * total space needed when poping out items\n     *\n     * @param itemSize\n     *\n     * @return total space needed\n     */\n    async sizeToPop(itemSize) {\n        const cur = await this.getCurrentCacheSize();\n        const spaceItemNeed = cur + itemSize - this.config.capacityInBytes;\n        const cacheThresholdSpace = (1 - this.config.warningThreshold) * this.config.capacityInBytes;\n        return spaceItemNeed > cacheThresholdSpace\n            ? spaceItemNeed\n            : cacheThresholdSpace;\n    }\n    /**\n     * see whether cache is full\n     *\n     * @param itemSize\n     *\n     * @return true if cache is full\n     */\n    async isCacheFull(itemSize) {\n        const cur = await this.getCurrentCacheSize();\n        return itemSize + cur > this.config.capacityInBytes;\n    }\n    /**\n     * get all the items we have, sort them by their priority,\n     * if priority is same, sort them by their last visited time\n     * pop out items from the low priority (5 is the lowest)\n     * @private\n     * @param keys - all the keys in this cache\n     * @param sizeToPop - the total size of the items which needed to be poped out\n     */\n    async popOutItems(keys, sizeToPop) {\n        const items = [];\n        let remainedSize = sizeToPop;\n        for (let i = 0; i < keys.length; i += 1) {\n            const val = await this.getStorage().getItem(keys[i]);\n            if (val != null) {\n                const item = JSON.parse(val);\n                items.push(item);\n            }\n        }\n        // first compare priority\n        // then compare visited time\n        items.sort((a, b) => {\n            if (a.priority > b.priority) {\n                return -1;\n            }\n            else if (a.priority < b.priority) {\n                return 1;\n            }\n            else {\n                if (a.visitedTime < b.visitedTime) {\n                    return -1;\n                }\n                else\n                    return 1;\n            }\n        });\n        for (let i = 0; i < items.length; i += 1) {\n            // pop out items until we have enough room for new item\n            await this.removeCacheItem(items[i].key, items[i].byteSize);\n            remainedSize -= items[i].byteSize;\n            if (remainedSize <= 0) {\n                return;\n            }\n        }\n    }\n    /**\n     * Scan the storage and combine the following operations for efficiency\n     *   1. Clear out all expired keys owned by this cache, not including the size key.\n     *   2. Return the remaining keys.\n     *\n     * @return The remaining valid keys\n     */\n    async clearInvalidAndGetRemainingKeys() {\n        const remainingKeys = [];\n        const keys = await this.getAllCacheKeys({\n            omitSizeKey: true,\n        });\n        for (const key of keys) {\n            if (await this.isExpired(key)) {\n                await this.removeCacheItem(key);\n            }\n            else {\n                remainingKeys.push(key);\n            }\n        }\n        return remainingKeys;\n    }\n    /**\n     * clear the entire cache\n     * The cache will abort and output a warning if error occurs\n     * @return {Promise}\n     */\n    async clear() {\n        logger.debug(`Clear Cache`);\n        try {\n            const keys = await this.getAllKeys();\n            for (const key of keys) {\n                await this.getStorage().removeItem(key);\n            }\n        }\n        catch (e) {\n            logger.warn(`clear failed! ${e}`);\n        }\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { ConsoleLogger } from '../Logger';\nimport { KeyValueStorage } from '../storage/KeyValueStorage';\nimport { getLocalStorageWithFallback } from '../storage/utils';\nimport { defaultConfig } from './constants';\nimport { StorageCacheCommon } from './StorageCacheCommon';\nimport { getCurrentSizeKey, getCurrentTime } from './utils';\nconst logger = new ConsoleLogger('StorageCache');\n/**\n * Customized storage based on the SessionStorage or LocalStorage with LRU implemented\n */\nexport class StorageCache extends StorageCacheCommon {\n    /**\n     * initialize the cache\n     * @param config - the configuration of the cache\n     */\n    constructor(config) {\n        const storage = getLocalStorageWithFallback();\n        super({ config, keyValueStorage: new KeyValueStorage(storage) });\n        this.storage = storage;\n        this.getItem = this.getItem.bind(this);\n        this.setItem = this.setItem.bind(this);\n        this.removeItem = this.removeItem.bind(this);\n    }\n    async getAllCacheKeys(options) {\n        const { omitSizeKey } = options ?? {};\n        const keys = [];\n        for (let i = 0; i < this.storage.length; i++) {\n            const key = this.storage.key(i);\n            if (omitSizeKey && key === getCurrentSizeKey(this.config.keyPrefix)) {\n                continue;\n            }\n            if (key?.startsWith(this.config.keyPrefix)) {\n                keys.push(key.substring(this.config.keyPrefix.length));\n            }\n        }\n        return keys;\n    }\n    /**\n     * Return a new instance of cache with customized configuration.\n     * @param {Object} config - the customized configuration\n     * @return {Object} - the new instance of Cache\n     */\n    createInstance(config) {\n        if (!config.keyPrefix || config.keyPrefix === defaultConfig.keyPrefix) {\n            logger.error('invalid keyPrefix, setting keyPrefix with timeStamp');\n            config.keyPrefix = getCurrentTime.toString();\n        }\n        return new StorageCache(config);\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { StorageCache } from './StorageCache';\nexport const Cache = new StorageCache();\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { createAssertionFunction } from './createAssertionFunction';\nimport { AmplifyErrorCode } from '../types';\nconst amplifyErrorMap = {\n    [AmplifyErrorCode.NoEndpointId]: {\n        message: 'Endpoint ID was not found and was unable to be created.',\n    },\n    [AmplifyErrorCode.PlatformNotSupported]: {\n        message: 'Function not supported on current platform.',\n    },\n    [AmplifyErrorCode.Unknown]: {\n        message: 'An unknown error occurred.',\n    },\n};\nexport const assert = createAssertionFunction(amplifyErrorMap);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { ConsoleLogger } from '../../Logger';\nconst logger = new ConsoleLogger('getClientInfo');\nexport function getClientInfo() {\n    if (typeof window === 'undefined') {\n        return {};\n    }\n    return browserClientInfo();\n}\nfunction browserClientInfo() {\n    if (typeof window === 'undefined') {\n        logger.warn('No window object available to get browser client info');\n        return {};\n    }\n    const nav = window.navigator;\n    if (!nav) {\n        logger.warn('No navigator object available to get browser client info');\n        return {};\n    }\n    const { platform, product, vendor, userAgent, language } = nav;\n    const type = getBrowserType(userAgent);\n    const timezone = browserTimezone();\n    return {\n        platform,\n        make: product || vendor,\n        model: type.type,\n        version: type.version,\n        appVersion: [type.type, type.version].join('/'),\n        language,\n        timezone,\n    };\n}\nfunction browserTimezone() {\n    const tzMatch = /\\(([A-Za-z\\s].*)\\)/.exec(new Date().toString());\n    return tzMatch ? tzMatch[1] || '' : '';\n}\nfunction getBrowserType(userAgent) {\n    // The latest user agents for Opera: https://www.whatismybrowser.com/guides/the-latest-user-agent/opera\n    const operaMatch = /.+(Opera[\\s[A-Z]*|OPR[\\sA-Z]*)\\/([0-9.]+).*/i.exec(userAgent);\n    if (operaMatch) {\n        return { type: operaMatch[1], version: operaMatch[2] };\n    }\n    // The latest user agents for Edge: https://www.whatismybrowser.com/guides/the-latest-user-agent/edge\n    const ieMatch = /.+(Trident|Edge|Edg|EdgA|EdgiOS)\\/([0-9.]+).*/i.exec(userAgent);\n    if (ieMatch) {\n        return { type: ieMatch[1], version: ieMatch[2] };\n    }\n    // The latest user agents for web browsers on Firefox and Chrome\n    // https://www.whatismybrowser.com/guides/the-latest-user-agent/firefox\n    // https://www.whatismybrowser.com/guides/the-latest-user-agent/chrome\n    const cfMatch = /.+(Chrome|CriOS|Firefox|FxiOS)\\/([0-9.]+).*/i.exec(userAgent);\n    if (cfMatch) {\n        return { type: cfMatch[1], version: cfMatch[2] };\n    }\n    // The latest user agents for Safari: https://www.whatismybrowser.com/guides/the-latest-user-agent/safari\n    const sMatch = /.+(Safari)\\/([0-9.]+).*/i.exec(userAgent);\n    if (sMatch) {\n        return { type: sMatch[1], version: sMatch[2] };\n    }\n    const awkMatch = /.+(AppleWebKit)\\/([0-9.]+).*/i.exec(userAgent);\n    if (awkMatch) {\n        return { type: awkMatch[1], version: awkMatch[2] };\n    }\n    const anyMatch = /.*([A-Z]+)\\/([0-9.]+).*/i.exec(userAgent);\n    if (anyMatch) {\n        return { type: anyMatch[1], version: anyMatch[2] };\n    }\n    return { type: '', version: '' };\n}\n","/******************************************************************************\nCopyright (c) Microsoft Corporation.\n\nPermission to use, copy, modify, and/or distribute this software for any\npurpose with or without fee is hereby granted.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\" AND THE AUTHOR DISCLAIMS ALL WARRANTIES WITH\nREGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY\nAND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY SPECIAL, DIRECT,\nINDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM\nLOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR\nOTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR\nPERFORMANCE OF THIS SOFTWARE.\n***************************************************************************** */\n/* global Reflect, Promise, SuppressedError, Symbol */\n\nvar extendStatics = function(d, b) {\n  extendStatics = Object.setPrototypeOf ||\n      ({ __proto__: [] } instanceof Array && function (d, b) { d.__proto__ = b; }) ||\n      function (d, b) { for (var p in b) if (Object.prototype.hasOwnProperty.call(b, p)) d[p] = b[p]; };\n  return extendStatics(d, b);\n};\n\nexport function __extends(d, b) {\n  if (typeof b !== \"function\" && b !== null)\n      throw new TypeError(\"Class extends value \" + String(b) + \" is not a constructor or null\");\n  extendStatics(d, b);\n  function __() { this.constructor = d; }\n  d.prototype = b === null ? Object.create(b) : (__.prototype = b.prototype, new __());\n}\n\nexport var __assign = function() {\n  __assign = Object.assign || function __assign(t) {\n      for (var s, i = 1, n = arguments.length; i < n; i++) {\n          s = arguments[i];\n          for (var p in s) if (Object.prototype.hasOwnProperty.call(s, p)) t[p] = s[p];\n      }\n      return t;\n  }\n  return __assign.apply(this, arguments);\n}\n\nexport function __rest(s, e) {\n  var t = {};\n  for (var p in s) if (Object.prototype.hasOwnProperty.call(s, p) && e.indexOf(p) < 0)\n      t[p] = s[p];\n  if (s != null && typeof Object.getOwnPropertySymbols === \"function\")\n      for (var i = 0, p = Object.getOwnPropertySymbols(s); i < p.length; i++) {\n          if (e.indexOf(p[i]) < 0 && Object.prototype.propertyIsEnumerable.call(s, p[i]))\n              t[p[i]] = s[p[i]];\n      }\n  return t;\n}\n\nexport function __decorate(decorators, target, key, desc) {\n  var c = arguments.length, r = c < 3 ? target : desc === null ? desc = Object.getOwnPropertyDescriptor(target, key) : desc, d;\n  if (typeof Reflect === \"object\" && typeof Reflect.decorate === \"function\") r = Reflect.decorate(decorators, target, key, desc);\n  else for (var i = decorators.length - 1; i >= 0; i--) if (d = decorators[i]) r = (c < 3 ? d(r) : c > 3 ? d(target, key, r) : d(target, key)) || r;\n  return c > 3 && r && Object.defineProperty(target, key, r), r;\n}\n\nexport function __param(paramIndex, decorator) {\n  return function (target, key) { decorator(target, key, paramIndex); }\n}\n\nexport function __esDecorate(ctor, descriptorIn, decorators, contextIn, initializers, extraInitializers) {\n  function accept(f) { if (f !== void 0 && typeof f !== \"function\") throw new TypeError(\"Function expected\"); return f; }\n  var kind = contextIn.kind, key = kind === \"getter\" ? \"get\" : kind === \"setter\" ? \"set\" : \"value\";\n  var target = !descriptorIn && ctor ? contextIn[\"static\"] ? ctor : ctor.prototype : null;\n  var descriptor = descriptorIn || (target ? Object.getOwnPropertyDescriptor(target, contextIn.name) : {});\n  var _, done = false;\n  for (var i = decorators.length - 1; i >= 0; i--) {\n      var context = {};\n      for (var p in contextIn) context[p] = p === \"access\" ? {} : contextIn[p];\n      for (var p in contextIn.access) context.access[p] = contextIn.access[p];\n      context.addInitializer = function (f) { if (done) throw new TypeError(\"Cannot add initializers after decoration has completed\"); extraInitializers.push(accept(f || null)); };\n      var result = (0, decorators[i])(kind === \"accessor\" ? { get: descriptor.get, set: descriptor.set } : descriptor[key], context);\n      if (kind === \"accessor\") {\n          if (result === void 0) continue;\n          if (result === null || typeof result !== \"object\") throw new TypeError(\"Object expected\");\n          if (_ = accept(result.get)) descriptor.get = _;\n          if (_ = accept(result.set)) descriptor.set = _;\n          if (_ = accept(result.init)) initializers.unshift(_);\n      }\n      else if (_ = accept(result)) {\n          if (kind === \"field\") initializers.unshift(_);\n          else descriptor[key] = _;\n      }\n  }\n  if (target) Object.defineProperty(target, contextIn.name, descriptor);\n  done = true;\n};\n\nexport function __runInitializers(thisArg, initializers, value) {\n  var useValue = arguments.length > 2;\n  for (var i = 0; i < initializers.length; i++) {\n      value = useValue ? initializers[i].call(thisArg, value) : initializers[i].call(thisArg);\n  }\n  return useValue ? value : void 0;\n};\n\nexport function __propKey(x) {\n  return typeof x === \"symbol\" ? x : \"\".concat(x);\n};\n\nexport function __setFunctionName(f, name, prefix) {\n  if (typeof name === \"symbol\") name = name.description ? \"[\".concat(name.description, \"]\") : \"\";\n  return Object.defineProperty(f, \"name\", { configurable: true, value: prefix ? \"\".concat(prefix, \" \", name) : name });\n};\n\nexport function __metadata(metadataKey, metadataValue) {\n  if (typeof Reflect === \"object\" && typeof Reflect.metadata === \"function\") return Reflect.metadata(metadataKey, metadataValue);\n}\n\nexport function __awaiter(thisArg, _arguments, P, generator) {\n  function adopt(value) { return value instanceof P ? value : new P(function (resolve) { resolve(value); }); }\n  return new (P || (P = Promise))(function (resolve, reject) {\n      function fulfilled(value) { try { step(generator.next(value)); } catch (e) { reject(e); } }\n      function rejected(value) { try { step(generator[\"throw\"](value)); } catch (e) { reject(e); } }\n      function step(result) { result.done ? resolve(result.value) : adopt(result.value).then(fulfilled, rejected); }\n      step((generator = generator.apply(thisArg, _arguments || [])).next());\n  });\n}\n\nexport function __generator(thisArg, body) {\n  var _ = { label: 0, sent: function() { if (t[0] & 1) throw t[1]; return t[1]; }, trys: [], ops: [] }, f, y, t, g;\n  return g = { next: verb(0), \"throw\": verb(1), \"return\": verb(2) }, typeof Symbol === \"function\" && (g[Symbol.iterator] = function() { return this; }), g;\n  function verb(n) { return function (v) { return step([n, v]); }; }\n  function step(op) {\n      if (f) throw new TypeError(\"Generator is already executing.\");\n      while (g && (g = 0, op[0] && (_ = 0)), _) try {\n          if (f = 1, y && (t = op[0] & 2 ? y[\"return\"] : op[0] ? y[\"throw\"] || ((t = y[\"return\"]) && t.call(y), 0) : y.next) && !(t = t.call(y, op[1])).done) return t;\n          if (y = 0, t) op = [op[0] & 2, t.value];\n          switch (op[0]) {\n              case 0: case 1: t = op; break;\n              case 4: _.label++; return { value: op[1], done: false };\n              case 5: _.label++; y = op[1]; op = [0]; continue;\n              case 7: op = _.ops.pop(); _.trys.pop(); continue;\n              default:\n                  if (!(t = _.trys, t = t.length > 0 && t[t.length - 1]) && (op[0] === 6 || op[0] === 2)) { _ = 0; continue; }\n                  if (op[0] === 3 && (!t || (op[1] > t[0] && op[1] < t[3]))) { _.label = op[1]; break; }\n                  if (op[0] === 6 && _.label < t[1]) { _.label = t[1]; t = op; break; }\n                  if (t && _.label < t[2]) { _.label = t[2]; _.ops.push(op); break; }\n                  if (t[2]) _.ops.pop();\n                  _.trys.pop(); continue;\n          }\n          op = body.call(thisArg, _);\n      } catch (e) { op = [6, e]; y = 0; } finally { f = t = 0; }\n      if (op[0] & 5) throw op[1]; return { value: op[0] ? op[1] : void 0, done: true };\n  }\n}\n\nexport var __createBinding = Object.create ? (function(o, m, k, k2) {\n  if (k2 === undefined) k2 = k;\n  var desc = Object.getOwnPropertyDescriptor(m, k);\n  if (!desc || (\"get\" in desc ? !m.__esModule : desc.writable || desc.configurable)) {\n      desc = { enumerable: true, get: function() { return m[k]; } };\n  }\n  Object.defineProperty(o, k2, desc);\n}) : (function(o, m, k, k2) {\n  if (k2 === undefined) k2 = k;\n  o[k2] = m[k];\n});\n\nexport function __exportStar(m, o) {\n  for (var p in m) if (p !== \"default\" && !Object.prototype.hasOwnProperty.call(o, p)) __createBinding(o, m, p);\n}\n\nexport function __values(o) {\n  var s = typeof Symbol === \"function\" && Symbol.iterator, m = s && o[s], i = 0;\n  if (m) return m.call(o);\n  if (o && typeof o.length === \"number\") return {\n      next: function () {\n          if (o && i >= o.length) o = void 0;\n          return { value: o && o[i++], done: !o };\n      }\n  };\n  throw new TypeError(s ? \"Object is not iterable.\" : \"Symbol.iterator is not defined.\");\n}\n\nexport function __read(o, n) {\n  var m = typeof Symbol === \"function\" && o[Symbol.iterator];\n  if (!m) return o;\n  var i = m.call(o), r, ar = [], e;\n  try {\n      while ((n === void 0 || n-- > 0) && !(r = i.next()).done) ar.push(r.value);\n  }\n  catch (error) { e = { error: error }; }\n  finally {\n      try {\n          if (r && !r.done && (m = i[\"return\"])) m.call(i);\n      }\n      finally { if (e) throw e.error; }\n  }\n  return ar;\n}\n\n/** @deprecated */\nexport function __spread() {\n  for (var ar = [], i = 0; i < arguments.length; i++)\n      ar = ar.concat(__read(arguments[i]));\n  return ar;\n}\n\n/** @deprecated */\nexport function __spreadArrays() {\n  for (var s = 0, i = 0, il = arguments.length; i < il; i++) s += arguments[i].length;\n  for (var r = Array(s), k = 0, i = 0; i < il; i++)\n      for (var a = arguments[i], j = 0, jl = a.length; j < jl; j++, k++)\n          r[k] = a[j];\n  return r;\n}\n\nexport function __spreadArray(to, from, pack) {\n  if (pack || arguments.length === 2) for (var i = 0, l = from.length, ar; i < l; i++) {\n      if (ar || !(i in from)) {\n          if (!ar) ar = Array.prototype.slice.call(from, 0, i);\n          ar[i] = from[i];\n      }\n  }\n  return to.concat(ar || Array.prototype.slice.call(from));\n}\n\nexport function __await(v) {\n  return this instanceof __await ? (this.v = v, this) : new __await(v);\n}\n\nexport function __asyncGenerator(thisArg, _arguments, generator) {\n  if (!Symbol.asyncIterator) throw new TypeError(\"Symbol.asyncIterator is not defined.\");\n  var g = generator.apply(thisArg, _arguments || []), i, q = [];\n  return i = {}, verb(\"next\"), verb(\"throw\"), verb(\"return\"), i[Symbol.asyncIterator] = function () { return this; }, i;\n  function verb(n) { if (g[n]) i[n] = function (v) { return new Promise(function (a, b) { q.push([n, v, a, b]) > 1 || resume(n, v); }); }; }\n  function resume(n, v) { try { step(g[n](v)); } catch (e) { settle(q[0][3], e); } }\n  function step(r) { r.value instanceof __await ? Promise.resolve(r.value.v).then(fulfill, reject) : settle(q[0][2], r); }\n  function fulfill(value) { resume(\"next\", value); }\n  function reject(value) { resume(\"throw\", value); }\n  function settle(f, v) { if (f(v), q.shift(), q.length) resume(q[0][0], q[0][1]); }\n}\n\nexport function __asyncDelegator(o) {\n  var i, p;\n  return i = {}, verb(\"next\"), verb(\"throw\", function (e) { throw e; }), verb(\"return\"), i[Symbol.iterator] = function () { return this; }, i;\n  function verb(n, f) { i[n] = o[n] ? function (v) { return (p = !p) ? { value: __await(o[n](v)), done: false } : f ? f(v) : v; } : f; }\n}\n\nexport function __asyncValues(o) {\n  if (!Symbol.asyncIterator) throw new TypeError(\"Symbol.asyncIterator is not defined.\");\n  var m = o[Symbol.asyncIterator], i;\n  return m ? m.call(o) : (o = typeof __values === \"function\" ? __values(o) : o[Symbol.iterator](), i = {}, verb(\"next\"), verb(\"throw\"), verb(\"return\"), i[Symbol.asyncIterator] = function () { return this; }, i);\n  function verb(n) { i[n] = o[n] && function (v) { return new Promise(function (resolve, reject) { v = o[n](v), settle(resolve, reject, v.done, v.value); }); }; }\n  function settle(resolve, reject, d, v) { Promise.resolve(v).then(function(v) { resolve({ value: v, done: d }); }, reject); }\n}\n\nexport function __makeTemplateObject(cooked, raw) {\n  if (Object.defineProperty) { Object.defineProperty(cooked, \"raw\", { value: raw }); } else { cooked.raw = raw; }\n  return cooked;\n};\n\nvar __setModuleDefault = Object.create ? (function(o, v) {\n  Object.defineProperty(o, \"default\", { enumerable: true, value: v });\n}) : function(o, v) {\n  o[\"default\"] = v;\n};\n\nexport function __importStar(mod) {\n  if (mod && mod.__esModule) return mod;\n  var result = {};\n  if (mod != null) for (var k in mod) if (k !== \"default\" && Object.prototype.hasOwnProperty.call(mod, k)) __createBinding(result, mod, k);\n  __setModuleDefault(result, mod);\n  return result;\n}\n\nexport function __importDefault(mod) {\n  return (mod && mod.__esModule) ? mod : { default: mod };\n}\n\nexport function __classPrivateFieldGet(receiver, state, kind, f) {\n  if (kind === \"a\" && !f) throw new TypeError(\"Private accessor was defined without a getter\");\n  if (typeof state === \"function\" ? receiver !== state || !f : !state.has(receiver)) throw new TypeError(\"Cannot read private member from an object whose class did not declare it\");\n  return kind === \"m\" ? f : kind === \"a\" ? f.call(receiver) : f ? f.value : state.get(receiver);\n}\n\nexport function __classPrivateFieldSet(receiver, state, value, kind, f) {\n  if (kind === \"m\") throw new TypeError(\"Private method is not writable\");\n  if (kind === \"a\" && !f) throw new TypeError(\"Private accessor was defined without a setter\");\n  if (typeof state === \"function\" ? receiver !== state || !f : !state.has(receiver)) throw new TypeError(\"Cannot write private member to an object whose class did not declare it\");\n  return (kind === \"a\" ? f.call(receiver, value) : f ? f.value = value : state.set(receiver, value)), value;\n}\n\nexport function __classPrivateFieldIn(state, receiver) {\n  if (receiver === null || (typeof receiver !== \"object\" && typeof receiver !== \"function\")) throw new TypeError(\"Cannot use 'in' operator on non-object\");\n  return typeof state === \"function\" ? receiver === state : state.has(receiver);\n}\n\nexport function __addDisposableResource(env, value, async) {\n  if (value !== null && value !== void 0) {\n    if (typeof value !== \"object\" && typeof value !== \"function\") throw new TypeError(\"Object expected.\");\n    var dispose;\n    if (async) {\n        if (!Symbol.asyncDispose) throw new TypeError(\"Symbol.asyncDispose is not defined.\");\n        dispose = value[Symbol.asyncDispose];\n    }\n    if (dispose === void 0) {\n        if (!Symbol.dispose) throw new TypeError(\"Symbol.dispose is not defined.\");\n        dispose = value[Symbol.dispose];\n    }\n    if (typeof dispose !== \"function\") throw new TypeError(\"Object not disposable.\");\n    env.stack.push({ value: value, dispose: dispose, async: async });\n  }\n  else if (async) {\n    env.stack.push({ async: true });\n  }\n  return value;\n}\n\nvar _SuppressedError = typeof SuppressedError === \"function\" ? SuppressedError : function (error, suppressed, message) {\n  var e = new Error(message);\n  return e.name = \"SuppressedError\", e.error = error, e.suppressed = suppressed, e;\n};\n\nexport function __disposeResources(env) {\n  function fail(e) {\n    env.error = env.hasError ? new _SuppressedError(e, env.error, \"An error was suppressed during disposal.\") : e;\n    env.hasError = true;\n  }\n  function next() {\n    while (env.stack.length) {\n      var rec = env.stack.pop();\n      try {\n        var result = rec.dispose && rec.dispose.call(rec.value);\n        if (rec.async) return Promise.resolve(result).then(next, function(e) { fail(e); return next(); });\n      }\n      catch (e) {\n          fail(e);\n      }\n    }\n    if (env.hasError) throw env.error;\n  }\n  return next();\n}\n\nexport default {\n  __extends,\n  __assign,\n  __rest,\n  __decorate,\n  __param,\n  __metadata,\n  __awaiter,\n  __generator,\n  __createBinding,\n  __exportStar,\n  __values,\n  __read,\n  __spread,\n  __spreadArrays,\n  __spreadArray,\n  __await,\n  __asyncGenerator,\n  __asyncDelegator,\n  __asyncValues,\n  __makeTemplateObject,\n  __importStar,\n  __importDefault,\n  __classPrivateFieldGet,\n  __classPrivateFieldSet,\n  __classPrivateFieldIn,\n  __addDisposableResource,\n  __disposeResources,\n};\n","/**\n * @internal\n */\nexport const BLOCK_SIZE: number = 64;\n\n/**\n * @internal\n */\nexport const DIGEST_LENGTH: number = 32;\n\n/**\n * @internal\n */\nexport const KEY = new Uint32Array([\n  0x428a2f98,\n  0x71374491,\n  0xb5c0fbcf,\n  0xe9b5dba5,\n  0x3956c25b,\n  0x59f111f1,\n  0x923f82a4,\n  0xab1c5ed5,\n  0xd807aa98,\n  0x12835b01,\n  0x243185be,\n  0x550c7dc3,\n  0x72be5d74,\n  0x80deb1fe,\n  0x9bdc06a7,\n  0xc19bf174,\n  0xe49b69c1,\n  0xefbe4786,\n  0x0fc19dc6,\n  0x240ca1cc,\n  0x2de92c6f,\n  0x4a7484aa,\n  0x5cb0a9dc,\n  0x76f988da,\n  0x983e5152,\n  0xa831c66d,\n  0xb00327c8,\n  0xbf597fc7,\n  0xc6e00bf3,\n  0xd5a79147,\n  0x06ca6351,\n  0x14292967,\n  0x27b70a85,\n  0x2e1b2138,\n  0x4d2c6dfc,\n  0x53380d13,\n  0x650a7354,\n  0x766a0abb,\n  0x81c2c92e,\n  0x92722c85,\n  0xa2bfe8a1,\n  0xa81a664b,\n  0xc24b8b70,\n  0xc76c51a3,\n  0xd192e819,\n  0xd6990624,\n  0xf40e3585,\n  0x106aa070,\n  0x19a4c116,\n  0x1e376c08,\n  0x2748774c,\n  0x34b0bcb5,\n  0x391c0cb3,\n  0x4ed8aa4a,\n  0x5b9cca4f,\n  0x682e6ff3,\n  0x748f82ee,\n  0x78a5636f,\n  0x84c87814,\n  0x8cc70208,\n  0x90befffa,\n  0xa4506ceb,\n  0xbef9a3f7,\n  0xc67178f2\n]);\n\n/**\n * @internal\n */\nexport const INIT = [\n  0x6a09e667,\n  0xbb67ae85,\n  0x3c6ef372,\n  0xa54ff53a,\n  0x510e527f,\n  0x9b05688c,\n  0x1f83d9ab,\n  0x5be0cd19\n];\n\n/**\n * @internal\n */\nexport const MAX_HASHABLE_LENGTH = 2 ** 53 - 1;\n","import {\n  BLOCK_SIZE,\n  DIGEST_LENGTH,\n  INIT,\n  KEY,\n  MAX_HASHABLE_LENGTH\n} from \"./constants\";\n\n/**\n * @internal\n */\nexport class RawSha256 {\n  private state: Int32Array = Int32Array.from(INIT);\n  private temp: Int32Array = new Int32Array(64);\n  private buffer: Uint8Array = new Uint8Array(64);\n  private bufferLength: number = 0;\n  private bytesHashed: number = 0;\n\n  /**\n   * @internal\n   */\n  finished: boolean = false;\n\n  update(data: Uint8Array): void {\n    if (this.finished) {\n      throw new Error(\"Attempted to update an already finished hash.\");\n    }\n\n    let position = 0;\n    let { byteLength } = data;\n    this.bytesHashed += byteLength;\n\n    if (this.bytesHashed * 8 > MAX_HASHABLE_LENGTH) {\n      throw new Error(\"Cannot hash more than 2^53 - 1 bits\");\n    }\n\n    while (byteLength > 0) {\n      this.buffer[this.bufferLength++] = data[position++];\n      byteLength--;\n\n      if (this.bufferLength === BLOCK_SIZE) {\n        this.hashBuffer();\n        this.bufferLength = 0;\n      }\n    }\n  }\n\n  digest(): Uint8Array {\n    if (!this.finished) {\n      const bitsHashed = this.bytesHashed * 8;\n      const bufferView = new DataView(\n        this.buffer.buffer,\n        this.buffer.byteOffset,\n        this.buffer.byteLength\n      );\n\n      const undecoratedLength = this.bufferLength;\n      bufferView.setUint8(this.bufferLength++, 0x80);\n\n      // Ensure the final block has enough room for the hashed length\n      if (undecoratedLength % BLOCK_SIZE >= BLOCK_SIZE - 8) {\n        for (let i = this.bufferLength; i < BLOCK_SIZE; i++) {\n          bufferView.setUint8(i, 0);\n        }\n        this.hashBuffer();\n        this.bufferLength = 0;\n      }\n\n      for (let i = this.bufferLength; i < BLOCK_SIZE - 8; i++) {\n        bufferView.setUint8(i, 0);\n      }\n      bufferView.setUint32(\n        BLOCK_SIZE - 8,\n        Math.floor(bitsHashed / 0x100000000),\n        true\n      );\n      bufferView.setUint32(BLOCK_SIZE - 4, bitsHashed);\n\n      this.hashBuffer();\n\n      this.finished = true;\n    }\n\n    // The value in state is little-endian rather than big-endian, so flip\n    // each word into a new Uint8Array\n    const out = new Uint8Array(DIGEST_LENGTH);\n    for (let i = 0; i < 8; i++) {\n      out[i * 4] = (this.state[i] >>> 24) & 0xff;\n      out[i * 4 + 1] = (this.state[i] >>> 16) & 0xff;\n      out[i * 4 + 2] = (this.state[i] >>> 8) & 0xff;\n      out[i * 4 + 3] = (this.state[i] >>> 0) & 0xff;\n    }\n\n    return out;\n  }\n\n  private hashBuffer(): void {\n    const { buffer, state } = this;\n\n    let state0 = state[0],\n      state1 = state[1],\n      state2 = state[2],\n      state3 = state[3],\n      state4 = state[4],\n      state5 = state[5],\n      state6 = state[6],\n      state7 = state[7];\n\n    for (let i = 0; i < BLOCK_SIZE; i++) {\n      if (i < 16) {\n        this.temp[i] =\n          ((buffer[i * 4] & 0xff) << 24) |\n          ((buffer[i * 4 + 1] & 0xff) << 16) |\n          ((buffer[i * 4 + 2] & 0xff) << 8) |\n          (buffer[i * 4 + 3] & 0xff);\n      } else {\n        let u = this.temp[i - 2];\n        const t1 =\n          ((u >>> 17) | (u << 15)) ^ ((u >>> 19) | (u << 13)) ^ (u >>> 10);\n\n        u = this.temp[i - 15];\n        const t2 =\n          ((u >>> 7) | (u << 25)) ^ ((u >>> 18) | (u << 14)) ^ (u >>> 3);\n\n        this.temp[i] =\n          ((t1 + this.temp[i - 7]) | 0) + ((t2 + this.temp[i - 16]) | 0);\n      }\n\n      const t1 =\n        ((((((state4 >>> 6) | (state4 << 26)) ^\n          ((state4 >>> 11) | (state4 << 21)) ^\n          ((state4 >>> 25) | (state4 << 7))) +\n          ((state4 & state5) ^ (~state4 & state6))) |\n          0) +\n          ((state7 + ((KEY[i] + this.temp[i]) | 0)) | 0)) |\n        0;\n\n      const t2 =\n        ((((state0 >>> 2) | (state0 << 30)) ^\n          ((state0 >>> 13) | (state0 << 19)) ^\n          ((state0 >>> 22) | (state0 << 10))) +\n          ((state0 & state1) ^ (state0 & state2) ^ (state1 & state2))) |\n        0;\n\n      state7 = state6;\n      state6 = state5;\n      state5 = state4;\n      state4 = (state3 + t1) | 0;\n      state3 = state2;\n      state2 = state1;\n      state1 = state0;\n      state0 = (t1 + t2) | 0;\n    }\n\n    state[0] += state0;\n    state[1] += state1;\n    state[2] += state2;\n    state[3] += state3;\n    state[4] += state4;\n    state[5] += state5;\n    state[6] += state6;\n    state[7] += state7;\n  }\n}\n","// Copyright Amazon.com Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n\nimport { SourceData } from \"@aws-sdk/types\";\nimport { fromUtf8 as fromUtf8Browser } from \"@smithy/util-utf8\";\n\n// Quick polyfill\nconst fromUtf8 =\n  typeof Buffer !== \"undefined\" && Buffer.from\n    ? (input: string) => Buffer.from(input, \"utf8\")\n    : fromUtf8Browser;\n\nexport function convertToBuffer(data: SourceData): Uint8Array {\n  // Already a Uint8, do nothing\n  if (data instanceof Uint8Array) return data;\n\n  if (typeof data === \"string\") {\n    return fromUtf8(data);\n  }\n\n  if (ArrayBuffer.isView(data)) {\n    return new Uint8Array(\n      data.buffer,\n      data.byteOffset,\n      data.byteLength / Uint8Array.BYTES_PER_ELEMENT\n    );\n  }\n\n  return new Uint8Array(data);\n}\n","export const fromUtf8 = (input) => new TextEncoder().encode(input);\n","import { BLOCK_SIZE } from \"./constants\";\nimport { RawSha256 } from \"./RawSha256\";\nimport { Checksum, SourceData } from \"@aws-sdk/types\";\nimport { isEmptyData, convertToBuffer } from \"@aws-crypto/util\";\n\nexport class Sha256 implements Checksum {\n  private readonly secret?: SourceData;\n  private hash: RawSha256;\n  private outer?: RawSha256;\n  private error: any;\n\n  constructor(secret?: SourceData) {\n    this.secret = secret;\n    this.hash = new RawSha256();\n    this.reset();\n  }\n\n  update(toHash: SourceData): void {\n    if (isEmptyData(toHash) || this.error) {\n      return;\n    }\n\n    try {\n      this.hash.update(convertToBuffer(toHash));\n    } catch (e) {\n      this.error = e;\n    }\n  }\n\n  /* This synchronous method keeps compatibility\n   * with the v2 aws-sdk.\n   */\n  digestSync(): Uint8Array {\n    if (this.error) {\n      throw this.error;\n    }\n\n    if (this.outer) {\n      if (!this.outer.finished) {\n        this.outer.update(this.hash.digest());\n      }\n\n      return this.outer.digest();\n    }\n\n    return this.hash.digest();\n  }\n\n  /* The underlying digest method here is synchronous.\n   * To keep the same interface with the other hash functions\n   * the default is to expose this as an async method.\n   * However, it can sometimes be useful to have a sync method.\n   */\n  async digest(): Promise<Uint8Array> {\n    return this.digestSync();\n  }\n\n  reset(): void {\n    this.hash = new RawSha256();\n    if (this.secret) {\n      this.outer = new RawSha256();\n      const inner = bufferFromSecret(this.secret);\n      const outer = new Uint8Array(BLOCK_SIZE);\n      outer.set(inner);\n\n      for (let i = 0; i < BLOCK_SIZE; i++) {\n        inner[i] ^= 0x36;\n        outer[i] ^= 0x5c;\n      }\n\n      this.hash.update(inner);\n      this.outer.update(outer);\n\n      // overwrite the copied key in memory\n      for (let i = 0; i < inner.byteLength; i++) {\n        inner[i] = 0;\n      }\n    }\n  }\n}\n\nfunction bufferFromSecret(secret: SourceData): Uint8Array {\n  let input = convertToBuffer(secret);\n\n  if (input.byteLength > BLOCK_SIZE) {\n    const bufferHash = new RawSha256();\n    bufferHash.update(input);\n    input = bufferHash.digest();\n  }\n\n  const buffer = new Uint8Array(BLOCK_SIZE);\n  buffer.set(input);\n  return buffer;\n}\n","// Copyright Amazon.com Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n\nimport { SourceData } from \"@aws-sdk/types\";\n\nexport function isEmptyData(data: SourceData): boolean {\n  if (typeof data === \"string\") {\n    return data.length === 0;\n  }\n\n  return data.byteLength === 0;\n}\n","const SHORT_TO_HEX = {};\nconst HEX_TO_SHORT = {};\nfor (let i = 0; i < 256; i++) {\n    let encodedByte = i.toString(16).toLowerCase();\n    if (encodedByte.length === 1) {\n        encodedByte = `0${encodedByte}`;\n    }\n    SHORT_TO_HEX[i] = encodedByte;\n    HEX_TO_SHORT[encodedByte] = i;\n}\nexport function fromHex(encoded) {\n    if (encoded.length % 2 !== 0) {\n        throw new Error(\"Hex encoded strings must have an even number length\");\n    }\n    const out = new Uint8Array(encoded.length / 2);\n    for (let i = 0; i < encoded.length; i += 2) {\n        const encodedByte = encoded.slice(i, i + 2).toLowerCase();\n        if (encodedByte in HEX_TO_SHORT) {\n            out[i / 2] = HEX_TO_SHORT[encodedByte];\n        }\n        else {\n            throw new Error(`Cannot decode unrecognized sequence ${encodedByte} as hexadecimal`);\n        }\n    }\n    return out;\n}\nexport function toHex(bytes) {\n    let out = \"\";\n    for (let i = 0; i < bytes.byteLength; i++) {\n        out += SHORT_TO_HEX[bytes[i]];\n    }\n    return out;\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nconst DEFAULT_RETRY_ATTEMPTS = 3;\n/**\n * Retry middleware\n */\nexport const retryMiddleware = ({ maxAttempts = DEFAULT_RETRY_ATTEMPTS, retryDecider, computeDelay, abortSignal, }) => {\n    if (maxAttempts < 1) {\n        throw new Error('maxAttempts must be greater than 0');\n    }\n    return (next, context) => async function retryMiddleware(request) {\n        let error;\n        let attemptsCount = context.attemptsCount ?? 0;\n        let response;\n        // When retry is not needed or max attempts is reached, either error or response will be set. This function handles either cases.\n        const handleTerminalErrorOrResponse = () => {\n            if (response) {\n                addOrIncrementMetadataAttempts(response, attemptsCount);\n                return response;\n            }\n            else {\n                addOrIncrementMetadataAttempts(error, attemptsCount);\n                throw error;\n            }\n        };\n        while (!abortSignal?.aborted && attemptsCount < maxAttempts) {\n            try {\n                response = await next(request);\n                error = undefined;\n            }\n            catch (e) {\n                error = e;\n                response = undefined;\n            }\n            // context.attemptsCount may be updated after calling next handler which may retry the request by itself.\n            attemptsCount =\n                (context.attemptsCount ?? 0) > attemptsCount\n                    ? context.attemptsCount ?? 0\n                    : attemptsCount + 1;\n            context.attemptsCount = attemptsCount;\n            if (await retryDecider(response, error)) {\n                if (!abortSignal?.aborted && attemptsCount < maxAttempts) {\n                    // prevent sleep for last attempt or cancelled request;\n                    const delay = computeDelay(attemptsCount);\n                    await cancellableSleep(delay, abortSignal);\n                }\n                continue;\n            }\n            else {\n                return handleTerminalErrorOrResponse();\n            }\n        }\n        if (abortSignal?.aborted) {\n            throw new Error('Request aborted.');\n        }\n        else {\n            return handleTerminalErrorOrResponse();\n        }\n    };\n};\nconst cancellableSleep = (timeoutMs, abortSignal) => {\n    if (abortSignal?.aborted) {\n        return Promise.resolve();\n    }\n    let timeoutId;\n    let sleepPromiseResolveFn;\n    const sleepPromise = new Promise(resolve => {\n        sleepPromiseResolveFn = resolve;\n        timeoutId = setTimeout(resolve, timeoutMs);\n    });\n    abortSignal?.addEventListener('abort', function cancelSleep(event) {\n        clearTimeout(timeoutId);\n        abortSignal?.removeEventListener('abort', cancelSleep);\n        sleepPromiseResolveFn();\n    });\n    return sleepPromise;\n};\nconst addOrIncrementMetadataAttempts = (nextHandlerOutput, attempts) => {\n    if (Object.prototype.toString.call(nextHandlerOutput) !== '[object Object]') {\n        return;\n    }\n    nextHandlerOutput['$metadata'] = {\n        ...(nextHandlerOutput['$metadata'] ?? {}),\n        attempts,\n    };\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Returns signed headers.\n *\n * @param headers `headers` from the request.\n * @returns List of headers included in canonical headers, separated by semicolons (;). This indicates which headers\n * are part of the signing process. Header names must use lowercase characters and must appear in alphabetical order.\n *\n * @internal\n */\nexport const getSignedHeaders = (headers) => Object.keys(headers)\n    .map(key => key.toLowerCase())\n    .sort()\n    .join(';');\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n// query params\nexport const ALGORITHM_QUERY_PARAM = 'X-Amz-Algorithm';\nexport const AMZ_DATE_QUERY_PARAM = 'X-Amz-Date';\nexport const CREDENTIAL_QUERY_PARAM = 'X-Amz-Credential';\nexport const EXPIRES_QUERY_PARAM = 'X-Amz-Expires';\nexport const REGION_SET_PARAM = 'X-Amz-Region-Set';\nexport const SIGNATURE_QUERY_PARAM = 'X-Amz-Signature';\nexport const SIGNED_HEADERS_QUERY_PARAM = 'X-Amz-SignedHeaders';\nexport const TOKEN_QUERY_PARAM = 'X-Amz-Security-Token';\n// headers\nexport const AUTH_HEADER = 'authorization';\nexport const HOST_HEADER = 'host';\nexport const AMZ_DATE_HEADER = AMZ_DATE_QUERY_PARAM.toLowerCase();\nexport const TOKEN_HEADER = TOKEN_QUERY_PARAM.toLowerCase();\n// identifiers\nexport const KEY_TYPE_IDENTIFIER = 'aws4_request';\nexport const SHA256_ALGORITHM_IDENTIFIER = 'AWS4-HMAC-SHA256';\nexport const SIGNATURE_IDENTIFIER = 'AWS4';\n// preset values\nexport const EMPTY_HASH = 'e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855';\nexport const UNSIGNED_PAYLOAD = 'UNSIGNED-PAYLOAD';\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { getCredentialScope } from './getCredentialScope';\nimport { getFormattedDates } from './getFormattedDates';\n/**\n * Extracts common values used for signing both requests and urls.\n *\n * @param options `SignRequestOptions` object containing values used to construct the signature.\n * @returns Common `SigningValues` used for signing.\n *\n * @internal\n */\nexport const getSigningValues = ({ credentials, signingDate = new Date(), signingRegion, signingService, uriEscapePath = true, }) => {\n    // get properties from credentials\n    const { accessKeyId, secretAccessKey, sessionToken } = credentials;\n    // get formatted dates for signing\n    const { longDate, shortDate } = getFormattedDates(signingDate);\n    // copy header and set signing properties\n    const credentialScope = getCredentialScope(shortDate, signingRegion, signingService);\n    return {\n        accessKeyId,\n        credentialScope,\n        longDate,\n        secretAccessKey,\n        sessionToken,\n        shortDate,\n        signingRegion,\n        signingService,\n        uriEscapePath,\n    };\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Returns expected date strings to be used in signing.\n *\n * @param date JavaScript `Date` object.\n * @returns `FormattedDates` object containing the following:\n * - longDate: A date string in 'YYYYMMDDThhmmssZ' format\n * - shortDate: A date string in 'YYYYMMDD' format\n *\n * @internal\n */\nexport const getFormattedDates = (date) => {\n    const longDate = date.toISOString().replace(/[:\\-]|\\.\\d{3}/g, '');\n    return {\n        longDate,\n        shortDate: longDate.slice(0, 8),\n    };\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { KEY_TYPE_IDENTIFIER } from '../constants';\n/**\n * Returns the credential scope which restricts the resulting signature to the specified region and service.\n *\n * @param date Current date in the format 'YYYYMMDD'.\n * @param region AWS region in which the service resides.\n * @param service Service to which the signed request is being sent.\n *\n * @returns  A string representing the credential scope with format 'YYYYMMDD/region/service/aws4_request'.\n *\n * @internal\n */\nexport const getCredentialScope = (date, region, service) => `${date}/${region}/${service}/${KEY_TYPE_IDENTIFIER}`;\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n// TODO: V6 update to different crypto dependency?\nimport { Sha256 } from '@aws-crypto/sha256-js';\nimport { toHex } from '@smithy/util-hex-encoding';\n/**\n * Returns the hashed data a `Uint8Array`.\n *\n * @param key `SourceData` to be used as hashing key.\n * @param data Hashable `SourceData`.\n * @returns `Uint8Array` created from the data as input to a hash function.\n */\nexport const getHashedData = (key, data) => {\n    const sha256 = new Sha256(key ?? undefined);\n    sha256.update(data);\n    // TODO: V6 flip to async digest\n    const hashedData = sha256.digestSync();\n    return hashedData;\n};\n/**\n * Returns the hashed data as a hex string.\n *\n * @param key `SourceData` to be used as hashing key.\n * @param data Hashable `SourceData`.\n * @returns String using lowercase hexadecimal characters created from the data as input to a hash function.\n *\n * @internal\n */\nexport const getHashedDataAsHex = (key, data) => {\n    const hashedData = getHashedData(key, data);\n    return toHex(hashedData);\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Returns canonical headers.\n *\n * @param headers Headers from the request.\n * @returns Request headers that will be signed, and their values, separated by newline characters. Header names must\n * use lowercase characters, must appear in alphabetical order, and must be followed by a colon (:). For the values,\n * trim any leading or trailing spaces, convert sequential spaces to a single space, and separate the values\n * for a multi-value header using commas.\n *\n * @internal\n */\nexport const getCanonicalHeaders = (headers) => Object.entries(headers)\n    .map(([key, value]) => ({\n    key: key.toLowerCase(),\n    value: value?.trim().replace(/\\s+/g, ' ') ?? '',\n}))\n    .sort((a, b) => (a.key < b.key ? -1 : 1))\n    .map(entry => `${entry.key}:${entry.value}\\n`)\n    .join('');\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Returns a canonical query string.\n *\n * @param searchParams `searchParams` from the request url.\n * @returns URL-encoded query string parameters, separated by ampersands (&). Percent-encode reserved characters,\n * including the space character. Encode names and values separately. If there are empty parameters, append the equals\n * sign to the parameter name before encoding. After encoding, sort the parameters alphabetically by key name. If there\n * is no query string, use an empty string (\"\").\n *\n * @internal\n */\nexport const getCanonicalQueryString = (searchParams) => Array.from(searchParams)\n    .sort(([keyA, valA], [keyB, valB]) => {\n    if (keyA === keyB) {\n        return valA < valB ? -1 : 1;\n    }\n    return keyA < keyB ? -1 : 1;\n})\n    .map(([key, val]) => `${escapeUri(key)}=${escapeUri(val)}`)\n    .join('&');\nconst escapeUri = (uri) => encodeURIComponent(uri).replace(/[!'()*]/g, hexEncode);\nconst hexEncode = (c) => `%${c.charCodeAt(0).toString(16).toUpperCase()}`;\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Returns a canonical uri.\n *\n * @param pathname `pathname` from request url.\n * @param uriEscapePath Whether to uri encode the path as part of canonical uri. It's used for S3 only where the\n *   pathname is already uri encoded, and the signing process is not expected to uri encode it again. Defaults to true.\n * @returns URI-encoded version of the absolute path component URL (everything between the host and the question mark\n * character (?) that starts the query string parameters). If the absolute path is empty, a forward slash character (/).\n *\n * @internal\n */\nexport const getCanonicalUri = (pathname, uriEscapePath = true) => pathname\n    ? uriEscapePath\n        ? encodeURIComponent(pathname).replace(/%2F/g, '/')\n        : pathname\n    : '/';\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { EMPTY_HASH, UNSIGNED_PAYLOAD } from '../constants';\nimport { getHashedDataAsHex } from './dataHashHelpers';\n/**\n * Returns the hashed payload.\n *\n * @param body `body` (payload) from the request.\n * @returns String created using the payload in the body of the HTTP request as input to a hash function. This string\n * uses lowercase hexadecimal characters. If the payload is empty, return precalculated result of an empty hash.\n *\n * @internal\n */\nexport const getHashedPayload = (body) => {\n    // return precalculated empty hash if body is undefined or null\n    if (body == null) {\n        return EMPTY_HASH;\n    }\n    if (isSourceData(body)) {\n        const hashedData = getHashedDataAsHex(null, body);\n        return hashedData;\n    }\n    // Defined body is not signable. Return unsigned payload which may or may not be accepted by the service.\n    return UNSIGNED_PAYLOAD;\n};\nconst isSourceData = (body) => typeof body === 'string' || ArrayBuffer.isView(body) || isArrayBuffer(body);\nconst isArrayBuffer = (arg) => (typeof ArrayBuffer === 'function' && arg instanceof ArrayBuffer) ||\n    Object.prototype.toString.call(arg) === '[object ArrayBuffer]';\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { getHashedDataAsHex } from './dataHashHelpers';\nimport { getCanonicalRequest } from './getCanonicalRequest';\nimport { getSigningKey } from './getSigningKey';\nimport { getStringToSign } from './getStringToSign';\n/**\n * Calculates and returns an AWS API Signature.\n * https://docs.aws.amazon.com/IAM/latest/UserGuide/create-signed-request.html\n *\n * @param request `HttpRequest` to be signed.\n * @param signRequestOptions `SignRequestOptions` object containing values used to construct the signature.\n * @returns AWS API Signature to sign a request or url with.\n *\n * @internal\n */\nexport const getSignature = (request, { credentialScope, longDate, secretAccessKey, shortDate, signingRegion, signingService, uriEscapePath, }) => {\n    // step 1: create a canonical request\n    const canonicalRequest = getCanonicalRequest(request, uriEscapePath);\n    // step 2: create a hash of the canonical request\n    const hashedRequest = getHashedDataAsHex(null, canonicalRequest);\n    // step 3: create a string to sign\n    const stringToSign = getStringToSign(longDate, credentialScope, hashedRequest);\n    // step 4: calculate the signature\n    const signature = getHashedDataAsHex(getSigningKey(secretAccessKey, shortDate, signingRegion, signingService), stringToSign);\n    return signature;\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { getCanonicalHeaders } from './getCanonicalHeaders';\nimport { getCanonicalQueryString } from './getCanonicalQueryString';\nimport { getCanonicalUri } from './getCanonicalUri';\nimport { getHashedPayload } from './getHashedPayload';\nimport { getSignedHeaders } from './getSignedHeaders';\n/**\n * Returns a canonical request.\n *\n * @param request `HttpRequest` from which to create the canonical request from.\n * @param uriEscapePath Whether to uri encode the path as part of canonical uri. It's used for S3 only where the\n *   pathname is already uri encoded, and the signing process is not expected to uri encode it again. Defaults to true.\n * @returns String created by by concatenating the following strings, separated by newline characters:\n * - HTTPMethod\n * - CanonicalUri\n * - CanonicalQueryString\n * - CanonicalHeaders\n * - SignedHeaders\n * - HashedPayload\n *\n * @internal\n */\nexport const getCanonicalRequest = ({ body, headers, method, url }, uriEscapePath = true) => [\n    method,\n    getCanonicalUri(url.pathname, uriEscapePath),\n    getCanonicalQueryString(url.searchParams),\n    getCanonicalHeaders(headers),\n    getSignedHeaders(headers),\n    getHashedPayload(body),\n].join('\\n');\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { SHA256_ALGORITHM_IDENTIFIER } from '../constants';\n/**\n * Returns a string to be signed.\n *\n * @param date Current date in the format 'YYYYMMDDThhmmssZ'.\n * @param credentialScope String representing the credential scope with format 'YYYYMMDD/region/service/aws4_request'.\n * @param hashedRequest Hashed canonical request.\n *\n * @returns A string created by by concatenating the following strings, separated by newline characters:\n * - Algorithm\n * - RequestDateTime\n * - CredentialScope\n * - HashedCanonicalRequest\n *\n * @internal\n */\nexport const getStringToSign = (date, credentialScope, hashedRequest) => [SHA256_ALGORITHM_IDENTIFIER, date, credentialScope, hashedRequest].join('\\n');\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { KEY_TYPE_IDENTIFIER, SIGNATURE_IDENTIFIER } from '../constants';\nimport { getHashedData } from './dataHashHelpers';\n/**\n * Returns a signing key to be used for signing requests.\n *\n * @param secretAccessKey AWS secret access key from credentials.\n * @param date Current date in the format 'YYYYMMDD'.\n * @param region AWS region in which the service resides.\n * @param service Service to which the signed request is being sent.\n *\n * @returns `Uint8Array` calculated from its composite parts.\n *\n * @internal\n */\nexport const getSigningKey = (secretAccessKey, date, region, service) => {\n    const key = `${SIGNATURE_IDENTIFIER}${secretAccessKey}`;\n    const dateKey = getHashedData(key, date);\n    const regionKey = getHashedData(dateKey, region);\n    const serviceKey = getHashedData(regionKey, service);\n    const signingKey = getHashedData(serviceKey, KEY_TYPE_IDENTIFIER);\n    return signingKey;\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Returns a `Date` that is corrected for clock skew.\n *\n * @param systemClockOffset The offset of the system clock in milliseconds.\n *\n * @returns `Date` representing the current time adjusted by the system clock offset.\n *\n * @internal\n */\nexport const getSkewCorrectedDate = (systemClockOffset) => new Date(Date.now() + systemClockOffset);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { isClockSkewed } from './isClockSkewed';\n/**\n * Returns the difference between clock time and the current system time if clock is skewed.\n *\n * @param clockTimeInMilliseconds Clock time in milliseconds.\n * @param currentSystemClockOffset Current system clock offset in milliseconds.\n *\n * @internal\n */\nexport const getUpdatedSystemClockOffset = (clockTimeInMilliseconds, currentSystemClockOffset) => {\n    if (isClockSkewed(clockTimeInMilliseconds, currentSystemClockOffset)) {\n        return clockTimeInMilliseconds - Date.now();\n    }\n    return currentSystemClockOffset;\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { getSkewCorrectedDate } from './getSkewCorrectedDate';\n// 5 mins in milliseconds. Ref: https://github.com/aws/aws-sdk-js-v3/blob/6c0f44fab30a1bb2134af47362a31332abc3666b/packages/middleware-signing/src/utils/isClockSkewed.ts#L10\nconst SKEW_WINDOW = 5 * 60 * 1000;\n/**\n * Checks if the provided date is within the skew window of 5 minutes.\n *\n * @param clockTimeInMilliseconds Time to check for skew in milliseconds.\n * @param clockOffsetInMilliseconds Offset to check clock against in milliseconds.\n *\n * @returns True if skewed. False otherwise.\n *\n * @internal\n */\nexport const isClockSkewed = (clockTimeInMilliseconds, clockOffsetInMilliseconds) => Math.abs(getSkewCorrectedDate(clockOffsetInMilliseconds).getTime() -\n    clockTimeInMilliseconds) >= SKEW_WINDOW;\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { signRequest } from './signer/signatureV4';\nimport { getSkewCorrectedDate } from './utils/getSkewCorrectedDate';\nimport { getUpdatedSystemClockOffset } from './utils/getUpdatedSystemClockOffset';\n/**\n * Middleware that SigV4 signs request with AWS credentials, and correct system clock offset.\n * This middleware is expected to be placed after retry middleware.\n */\nexport const signingMiddleware = ({ credentials, region, service, uriEscapePath = true, }) => {\n    let currentSystemClockOffset;\n    return (next) => async function signingMiddleware(request) {\n        currentSystemClockOffset = currentSystemClockOffset ?? 0;\n        const signRequestOptions = {\n            credentials: typeof credentials === 'function' ? await credentials() : credentials,\n            signingDate: getSkewCorrectedDate(currentSystemClockOffset),\n            signingRegion: region,\n            signingService: service,\n            uriEscapePath,\n        };\n        const signedRequest = await signRequest(request, signRequestOptions);\n        const response = await next(signedRequest);\n        // Update system clock offset if response contains date header, regardless of the status code.\n        // non-2xx response will still be returned from next handler instead of thrown, because it's\n        // only thrown by the retry middleware.\n        const dateString = getDateHeader(response);\n        if (dateString) {\n            currentSystemClockOffset = getUpdatedSystemClockOffset(Date.parse(dateString), currentSystemClockOffset);\n        }\n        return response;\n    };\n};\nconst getDateHeader = ({ headers } = {}) => headers?.date ?? headers?.Date ?? headers?.['x-amz-date'];\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Middleware injects user agent string to specified header(default to 'x-amz-user-agent'),\n * if the header is not set already.\n *\n * TODO: incorporate new user agent design\n */\nexport const userAgentMiddleware = ({ userAgentHeader = 'x-amz-user-agent', userAgentValue = '', }) => next => {\n    return async function userAgentMiddleware(request) {\n        if (userAgentValue.trim().length === 0) {\n            const result = await next(request);\n            return result;\n        }\n        else {\n            const headerName = userAgentHeader.toLowerCase();\n            request.headers[headerName] = request.headers[headerName]\n                ? `${request.headers[headerName]} ${userAgentValue}`\n                : userAgentValue;\n            const response = await next(request);\n            return response;\n        }\n    };\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Compose a transfer handler with a core transfer handler and a list of middleware.\n * @param coreHandler Core transfer handler\n * @param middleware\tList of middleware\n * @returns A transfer handler whose option type is the union of the core\n * \ttransfer handler's option type and the middleware's option type.\n * @internal\n */\nexport const composeTransferHandler = (coreHandler, middleware) => (request, options) => {\n    const context = {};\n    let composedHandler = (request) => coreHandler(request, options);\n    for (let i = middleware.length - 1; i >= 0; i--) {\n        const m = middleware[i];\n        const resolvedMiddleware = m(options);\n        composedHandler = resolvedMiddleware(composedHandler, context);\n    }\n    return composedHandler(request);\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Cache the payload of a response body. It allows multiple calls to the body,\n * for example, when reading the body in both retry decider and error deserializer.\n * Caching body is allowed here because we call the body accessor(blob(), json(),\n * etc.) when body is small or streaming implementation is not available(RN).\n *\n * @internal\n */\nexport const withMemoization = (payloadAccessor) => {\n    let cached;\n    return () => {\n        if (!cached) {\n            // Explicitly not awaiting. Intermediate await would add overhead and\n            // introduce a possible race in the event that this wrapper is called\n            // again before the first `payloadAccessor` call resolves.\n            cached = payloadAccessor();\n        }\n        return cached;\n    };\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { withMemoization } from '../utils/memoization';\nconst shouldSendBody = (method) => !['HEAD', 'GET', 'DELETE'].includes(method.toUpperCase());\n// TODO[AllanZhengYP]: we need to provide isCanceledError utility\nexport const fetchTransferHandler = async ({ url, method, headers, body }, { abortSignal, cache, withCrossDomainCredentials }) => {\n    let resp;\n    try {\n        resp = await fetch(url, {\n            method,\n            headers,\n            body: shouldSendBody(method) ? body : undefined,\n            signal: abortSignal,\n            cache,\n            credentials: withCrossDomainCredentials ? 'include' : 'same-origin',\n        });\n    }\n    catch (e) {\n        // TODO: needs to revise error handling in v6\n        // For now this is a thin wrapper over original fetch error similar to cognito-identity-js package.\n        // Ref: https://github.com/aws-amplify/amplify-js/blob/4fbc8c0a2be7526aab723579b4c95b552195a80b/packages/amazon-cognito-identity-js/src/Client.js#L103-L108\n        if (e instanceof TypeError) {\n            throw new Error('Network error');\n        }\n        throw e;\n    }\n    const responseHeaders = {};\n    resp.headers?.forEach((value, key) => {\n        responseHeaders[key.toLowerCase()] = value;\n    });\n    const httpResponse = {\n        statusCode: resp.status,\n        headers: responseHeaders,\n        body: null,\n    };\n    // resp.body is a ReadableStream according to Fetch API spec, but React Native\n    // does not implement it.\n    const bodyWithMixin = Object.assign(resp.body ?? {}, {\n        text: withMemoization(() => resp.text()),\n        blob: withMemoization(() => resp.blob()),\n        json: withMemoization(() => resp.json()),\n    });\n    return {\n        ...httpResponse,\n        body: bodyWithMixin,\n    };\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { retryMiddleware } from '../middleware/retry';\nimport { signingMiddleware } from '../middleware/signing';\nimport { userAgentMiddleware } from '../middleware/userAgent';\nimport { composeTransferHandler } from '../internal/composeTransferHandler';\nimport { fetchTransferHandler } from './fetch';\nexport const authenticatedHandler = composeTransferHandler(fetchTransferHandler, [\n    userAgentMiddleware,\n    retryMiddleware,\n    signingMiddleware,\n]);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { getSignedHeaders } from './utils/getSignedHeaders';\nimport { getSigningValues } from './utils/getSigningValues';\nimport { AMZ_DATE_HEADER, AUTH_HEADER, HOST_HEADER, SHA256_ALGORITHM_IDENTIFIER, TOKEN_HEADER, } from './constants';\nimport { getSignature } from './utils/getSignature';\n/**\n * Given a `HttpRequest`, returns a Signature Version 4 signed `HttpRequest`.\n *\n * @param request `HttpRequest` to be signed.\n * @param signRequestOptions `SignRequestOptions` object containing values used to construct the signature.\n * @returns A `HttpRequest` with authentication headers which can grant temporary access to AWS resources.\n */\nexport const signRequest = (request, options) => {\n    const signingValues = getSigningValues(options);\n    const { accessKeyId, credentialScope, longDate, sessionToken } = signingValues;\n    // create the request to sign\n    const headers = { ...request.headers };\n    headers[HOST_HEADER] = request.url.host;\n    headers[AMZ_DATE_HEADER] = longDate;\n    if (sessionToken) {\n        headers[TOKEN_HEADER] = sessionToken;\n    }\n    const requestToSign = { ...request, headers };\n    // calculate and add the signature to the request\n    const signature = getSignature(requestToSign, signingValues);\n    const credentialEntry = `Credential=${accessKeyId}/${credentialScope}`;\n    const signedHeadersEntry = `SignedHeaders=${getSignedHeaders(headers)}`;\n    const signatureEntry = `Signature=${signature}`;\n    headers[AUTH_HEADER] =\n        `${SHA256_ALGORITHM_IDENTIFIER} ${credentialEntry}, ${signedHeadersEntry}, ${signatureEntry}`;\n    return requestToSign;\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport const composeServiceApi = (transferHandler, serializer, deserializer, defaultConfig) => {\n    return async (config, input) => {\n        const resolvedConfig = {\n            ...defaultConfig,\n            ...config,\n        };\n        // We may want to allow different endpoints from given config(other than region) and input.\n        // Currently S3 supports additional `useAccelerateEndpoint` option to use accelerate endpoint.\n        const endpoint = await resolvedConfig.endpointResolver(resolvedConfig, input);\n        // Unlike AWS SDK clients, a serializer should NOT populate the `host` or `content-length` headers.\n        // Both of these headers are prohibited per Spec(https://developer.mozilla.org/en-US/docs/Glossary/Forbidden_header_name).\n        // They will be populated automatically by browser, or node-fetch polyfill.\n        const request = await serializer(input, endpoint);\n        const response = await transferHandler(request, {\n            ...resolvedConfig,\n        });\n        return await deserializer(response);\n    };\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Wraps encodeURIComponent to encode additional characters to fully adhere to RFC 3986.\n * @see https://github.com/aws/aws-sdk-js-v3/blob/86b432c464150069678b25ff88d57c2ca26e75a2/packages/smithy-client/src/extended-encode-uri-component.ts#L7\n *\n * @param uri URI string to encode\n * @returns RFC 3986 encoded string\n *\n * @internal\n */\nexport const extendedEncodeURIComponent = (uri) => {\n    // Match characters normally not encoded by `encodeURIComponent`\n    const extendedCharacters = /[!'()*]/g;\n    return encodeURIComponent(uri).replace(extendedCharacters, hexEncode);\n};\nconst hexEncode = (c) => `%${c.charCodeAt(0).toString(16).toUpperCase()}`;\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport const parseMetadata = (response) => {\n    const { headers, statusCode } = response;\n    return {\n        ...(isMetadataBearer(response) ? response.$metadata : {}),\n        httpStatusCode: statusCode,\n        requestId: headers['x-amzn-requestid'] ??\n            headers['x-amzn-request-id'] ??\n            headers['x-amz-request-id'],\n        extendedRequestId: headers['x-amz-id-2'],\n        cfId: headers['x-amz-cf-id'],\n    };\n};\nconst isMetadataBearer = (response) => typeof response?.$metadata === 'object';\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { parseMetadata } from './responseInfo';\n/**\n * Utility functions for serializing and deserializing of JSON protocol in general(including: REST-JSON, JSON-RPC, etc.)\n */\n/**\n * Error parser for AWS JSON protocol.\n */\nexport const parseJsonError = async (response) => {\n    if (!response || response.statusCode < 300) {\n        return;\n    }\n    const body = await parseJsonBody(response);\n    const sanitizeErrorCode = (rawValue) => {\n        const [cleanValue] = rawValue.toString().split(/[\\,\\:]+/);\n        if (cleanValue.includes('#')) {\n            return cleanValue.split('#')[1];\n        }\n        return cleanValue;\n    };\n    const code = sanitizeErrorCode(response.headers['x-amzn-errortype'] ??\n        body.code ??\n        body.__type ??\n        'UnknownError');\n    const message = body.message ?? body.Message ?? 'Unknown error';\n    const error = new Error(message);\n    return Object.assign(error, {\n        name: code,\n        $metadata: parseMetadata(response),\n    });\n};\n/**\n * Parse JSON response body to JavaScript object.\n */\nexport const parseJsonBody = async (response) => {\n    if (!response.body) {\n        throw new Error('Missing response payload');\n    }\n    const output = await response.body.json();\n    return Object.assign(output, {\n        $metadata: parseMetadata(response),\n    });\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * Default partition for AWS services. This is used when the region is not provided or the region is not recognized.\n *\n * @internal\n */\nexport const defaultPartition = {\n    id: 'aws',\n    outputs: {\n        dnsSuffix: 'amazonaws.com',\n    },\n    regionRegex: '^(us|eu|ap|sa|ca|me|af)\\\\-\\\\w+\\\\-\\\\d+$',\n    regions: ['aws-global'],\n};\n/**\n * This data is adapted from the partition file from AWS SDK shared utilities but remove some contents for bundle size\n * concern. Information removed are `dualStackDnsSuffix`, `supportDualStack`, `supportFIPS`, restricted partitions, and\n * list of regions for each partition other than global regions.\n *\n * * Ref: https://docs.aws.amazon.com/general/latest/gr/rande.html#regional-endpoints\n * * Ref: https://github.com/aws/aws-sdk-js-v3/blob/0201baef03c2379f1f6f7150b9d401d4b230d488/packages/util-endpoints/src/lib/aws/partitions.json#L1\n *\n * @internal\n */\nexport const partitionsInfo = {\n    partitions: [\n        defaultPartition,\n        {\n            id: 'aws-cn',\n            outputs: {\n                dnsSuffix: 'amazonaws.com.cn',\n            },\n            regionRegex: '^cn\\\\-\\\\w+\\\\-\\\\d+$',\n            regions: ['aws-cn-global'],\n        },\n    ],\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { defaultPartition, partitionsInfo } from './partitions';\n/**\n * Get the AWS Services endpoint URL's DNS suffix for a given region. A typical AWS regional service endpoint URL will\n * follow this pattern: {endpointPrefix}.{region}.{dnsSuffix}. For example, the endpoint URL for Cognito Identity in\n * us-east-1 will be cognito-identity.us-east-1.amazonaws.com. Here the DnsSuffix is `amazonaws.com`.\n *\n * @param region\n * @returns The DNS suffix\n *\n * @internal\n */\nexport const getDnsSuffix = (region) => {\n    const { partitions } = partitionsInfo;\n    for (const { regions, outputs, regionRegex } of partitions) {\n        const regex = new RegExp(regionRegex);\n        if (regions.includes(region) || regex.test(region)) {\n            return outputs.dnsSuffix;\n        }\n    }\n    return defaultPartition.outputs.dnsSuffix;\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n// TODO: [v6] The separate retry utility is used by Data packages now and will replaced by retry middleware.\nimport { jitteredBackoff as jitteredBackoffUtil } from '../../../utils';\nconst DEFAULT_MAX_DELAY_MS = 5 * 60 * 1000;\nexport const jitteredBackoff = attempt => {\n    const delayFunction = jitteredBackoffUtil(DEFAULT_MAX_DELAY_MS);\n    const delay = delayFunction(attempt);\n    // The delayFunction returns false when the delay is greater than the max delay(5 mins).\n    // In this case, the retry middleware will delay 5 mins instead, as a ceiling of the delay.\n    return delay === false ? DEFAULT_MAX_DELAY_MS : delay;\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { MAX_DELAY_MS } from './constants';\n/**\n * @private\n * Internal use of Amplify only\n */\nexport function jitteredBackoff(maxDelayMs = MAX_DELAY_MS) {\n    const BASE_TIME_MS = 100;\n    const JITTER_FACTOR = 100;\n    return attempt => {\n        const delay = 2 ** attempt * BASE_TIME_MS + JITTER_FACTOR * Math.random();\n        return delay > maxDelayMs ? false : delay;\n    };\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport const MAX_DELAY_MS = 5 * 60 * 1000;\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n// via https://github.com/aws/aws-sdk-js-v3/blob/ab0e7be36e7e7f8a0c04834357aaad643c7912c3/packages/service-error-classification/src/constants.ts#L8\nconst CLOCK_SKEW_ERROR_CODES = [\n    'AuthFailure',\n    'InvalidSignatureException',\n    'RequestExpired',\n    'RequestInTheFuture',\n    'RequestTimeTooSkewed',\n    'SignatureDoesNotMatch',\n    'BadRequestException', // API Gateway\n];\n/**\n * Given an error code, returns true if it is related to a clock skew error.\n *\n * @param errorCode String representation of some error.\n * @returns True if given error is present in `CLOCK_SKEW_ERROR_CODES`, false otherwise.\n *\n * @internal\n */\nexport const isClockSkewError = (errorCode) => !!errorCode && CLOCK_SKEW_ERROR_CODES.includes(errorCode);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { isClockSkewError } from './isClockSkewError';\n/**\n * Get retry decider function\n * @param errorParser Function to load JavaScript error from HTTP response\n */\nexport const getRetryDecider = (errorParser) => async (response, error) => {\n    const parsedError = error ??\n        (await errorParser(response)) ??\n        undefined;\n    const errorCode = parsedError?.['code'];\n    const statusCode = response?.statusCode;\n    return (isConnectionError(error) ||\n        isThrottlingError(statusCode, errorCode) ||\n        isClockSkewError(errorCode) ||\n        isServerSideError(statusCode, errorCode));\n};\n// reference: https://github.com/aws/aws-sdk-js-v3/blob/ab0e7be36e7e7f8a0c04834357aaad643c7912c3/packages/service-error-classification/src/constants.ts#L22-L37\nconst THROTTLING_ERROR_CODES = [\n    'BandwidthLimitExceeded',\n    'EC2ThrottledException',\n    'LimitExceededException',\n    'PriorRequestNotComplete',\n    'ProvisionedThroughputExceededException',\n    'RequestLimitExceeded',\n    'RequestThrottled',\n    'RequestThrottledException',\n    'SlowDown',\n    'ThrottledException',\n    'Throttling',\n    'ThrottlingException',\n    'TooManyRequestsException',\n];\nconst TIMEOUT_ERROR_CODES = [\n    'TimeoutError',\n    'RequestTimeout',\n    'RequestTimeoutException',\n];\nconst isThrottlingError = (statusCode, errorCode) => statusCode === 429 ||\n    (!!errorCode && THROTTLING_ERROR_CODES.includes(errorCode));\nconst isConnectionError = (error) => error?.['name'] === 'Network error';\nconst isServerSideError = (statusCode, errorCode) => (!!statusCode && [500, 502, 503, 504].includes(statusCode)) ||\n    (!!errorCode && TIMEOUT_ERROR_CODES.includes(errorCode));\n","// generated by genversion\nexport const version = '6.0.13';\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport const globalExists = () => {\n    return typeof global !== 'undefined';\n};\nexport const globalThisExists = () => {\n    return typeof globalThis !== 'undefined';\n};\nexport const windowExists = () => {\n    return typeof window !== 'undefined';\n};\nexport const documentExists = () => {\n    return typeof document !== 'undefined';\n};\nexport const processExists = () => {\n    return typeof process !== 'undefined';\n};\nexport const keyPrefixMatch = (object, prefix) => {\n    return !!Object.keys(object).find(key => key.startsWith(prefix));\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { Framework } from '../types';\nimport { reactWebDetect, reactSSRDetect } from './React';\nimport { vueWebDetect, vueSSRDetect } from './Vue';\nimport { svelteWebDetect, svelteSSRDetect } from './Svelte';\nimport { nextWebDetect, nextSSRDetect } from './Next';\nimport { nuxtWebDetect, nuxtSSRDetect } from './Nuxt';\nimport { angularWebDetect, angularSSRDetect } from './Angular';\nimport { reactNativeDetect } from './ReactNative';\nimport { expoDetect } from './Expo';\nimport { webDetect } from './Web';\n// These are in the order of detection where when both are detectable, the early Framework will be reported\nconst detectionMap = [\n    // First, detect mobile\n    { platform: Framework.Expo, detectionMethod: expoDetect },\n    { platform: Framework.ReactNative, detectionMethod: reactNativeDetect },\n    // Next, detect web frameworks\n    { platform: Framework.NextJs, detectionMethod: nextWebDetect },\n    { platform: Framework.Nuxt, detectionMethod: nuxtWebDetect },\n    { platform: Framework.Angular, detectionMethod: angularWebDetect },\n    { platform: Framework.React, detectionMethod: reactWebDetect },\n    { platform: Framework.VueJs, detectionMethod: vueWebDetect },\n    { platform: Framework.Svelte, detectionMethod: svelteWebDetect },\n    { platform: Framework.WebUnknown, detectionMethod: webDetect },\n    // Last, detect ssr frameworks\n    { platform: Framework.NextJsSSR, detectionMethod: nextSSRDetect },\n    { platform: Framework.NuxtSSR, detectionMethod: nuxtSSRDetect },\n    { platform: Framework.ReactSSR, detectionMethod: reactSSRDetect },\n    { platform: Framework.VueJsSSR, detectionMethod: vueSSRDetect },\n    { platform: Framework.AngularSSR, detectionMethod: angularSSRDetect },\n    { platform: Framework.SvelteSSR, detectionMethod: svelteSSRDetect },\n];\nexport function detect() {\n    return (detectionMap.find(detectionEntry => detectionEntry.detectionMethod())\n        ?.platform || Framework.ServerSideUnknown);\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { globalExists } from './helpers';\n// Tested with expo 48 / react-native 0.71.3\nexport function expoDetect() {\n    // @ts-ignore\n    return globalExists() && typeof global['expo'] !== 'undefined';\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n// Tested with react-native 0.17.7\nexport function reactNativeDetect() {\n    return (typeof navigator !== 'undefined' &&\n        typeof navigator.product !== 'undefined' &&\n        navigator.product === 'ReactNative');\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { globalExists, keyPrefixMatch, windowExists } from './helpers';\n// Tested with next 13.4 / react 18.2\nexport function nextWebDetect() {\n    // @ts-ignore\n    return windowExists() && window['next'] && typeof window['next'] === 'object';\n}\nexport function nextSSRDetect() {\n    return (globalExists() &&\n        (keyPrefixMatch(global, '__next') || keyPrefixMatch(global, '__NEXT')));\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { globalExists, windowExists } from './helpers';\n// Tested with nuxt 2.15 / vue 2.7\nexport function nuxtWebDetect() {\n    return (windowExists() &&\n        // @ts-ignore\n        (window['__NUXT__'] !== undefined || window['$nuxt'] !== undefined));\n}\nexport function nuxtSSRDetect() {\n    // @ts-ignore\n    return globalExists() && typeof global['__NUXT_PATHS__'] !== 'undefined';\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { documentExists, processExists, windowExists } from './helpers';\n// Tested with @angular/core 16.0.0\nexport function angularWebDetect() {\n    const angularVersionSetInDocument = Boolean(documentExists() && document.querySelector('[ng-version]'));\n    const angularContentSetInWindow = Boolean(\n    // @ts-ignore\n    windowExists() && typeof window['ng'] !== 'undefined');\n    return angularVersionSetInDocument || angularContentSetInWindow;\n}\nexport function angularSSRDetect() {\n    return ((processExists() &&\n        typeof process.env === 'object' &&\n        process.env['npm_lifecycle_script']?.startsWith('ng ')) ||\n        false);\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { documentExists, processExists } from './helpers';\n// Tested with react 18.2 - built using Vite\nexport function reactWebDetect() {\n    const elementKeyPrefixedWithReact = (key) => {\n        return key.startsWith('_react') || key.startsWith('__react');\n    };\n    const elementIsReactEnabled = (element) => {\n        return Object.keys(element).find(elementKeyPrefixedWithReact);\n    };\n    const allElementsWithId = () => Array.from(document.querySelectorAll('[id]'));\n    return documentExists() && allElementsWithId().some(elementIsReactEnabled);\n}\nexport function reactSSRDetect() {\n    return (processExists() &&\n        typeof process.env !== 'undefined' &&\n        !!Object.keys(process.env).find(key => key.includes('react')));\n}\n// use the some\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { globalExists, keyPrefixMatch, windowExists } from './helpers';\n// Tested with vue 3.3.2\nexport function vueWebDetect() {\n    return windowExists() && keyPrefixMatch(window, '__VUE');\n}\nexport function vueSSRDetect() {\n    return globalExists() && keyPrefixMatch(global, '__VUE');\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { keyPrefixMatch, processExists, windowExists } from './helpers';\n// Tested with svelte 3.59\nexport function svelteWebDetect() {\n    return windowExists() && keyPrefixMatch(window, '__SVELTE');\n}\nexport function svelteSSRDetect() {\n    return (processExists() &&\n        typeof process.env !== 'undefined' &&\n        !!Object.keys(process.env).find(key => key.includes('svelte')));\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { windowExists } from './helpers';\nexport function webDetect() {\n    return windowExists();\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { Framework } from './types';\nimport { detect } from './detection';\n// We want to cache detection since the framework won't change\nlet frameworkCache;\nexport const frameworkChangeObservers = [];\n// Setup the detection reset tracking / timeout delays\nlet resetTriggered = false;\nconst SSR_RESET_TIMEOUT = 10; // ms\nconst WEB_RESET_TIMEOUT = 10; // ms\nconst PRIME_FRAMEWORK_DELAY = 1000; // ms\nexport const detectFramework = () => {\n    if (!frameworkCache) {\n        frameworkCache = detect();\n        if (resetTriggered) {\n            // The final run of detectFramework:\n            // Starting from this point, the `frameworkCache` becomes \"final\".\n            // So we don't need to notify the observers again so the observer\n            // can be removed after the final notice.\n            while (frameworkChangeObservers.length) {\n                frameworkChangeObservers.pop()?.();\n            }\n        }\n        else {\n            // The first run of detectFramework:\n            // Every time we update the cache, call each observer function\n            frameworkChangeObservers.forEach(fcn => fcn());\n        }\n        // Retry once for either Unknown type after a delay (explained below)\n        resetTimeout(Framework.ServerSideUnknown, SSR_RESET_TIMEOUT);\n        resetTimeout(Framework.WebUnknown, WEB_RESET_TIMEOUT);\n    }\n    return frameworkCache;\n};\n/**\n * @internal Setup observer callback that will be called everytime the framework changes\n */\nexport const observeFrameworkChanges = (fcn) => {\n    // When the `frameworkCache` won't be updated again, we ignore all incoming\n    // observers.\n    if (resetTriggered) {\n        return;\n    }\n    frameworkChangeObservers.push(fcn);\n};\nexport function clearCache() {\n    frameworkCache = undefined;\n}\n// For a framework type and a delay amount, setup the event to re-detect\n//   During the runtime boot, it is possible that framework detection will\n//   be triggered before the framework has made modifications to the\n//   global/window/etc needed for detection. When no framework is detected\n//   we will reset and try again to ensure we don't use a cached\n//   non-framework detection result for all requests.\nfunction resetTimeout(framework, delay) {\n    if (frameworkCache === framework && !resetTriggered) {\n        setTimeout(() => {\n            clearCache();\n            resetTriggered = true;\n            setTimeout(detectFramework, PRIME_FRAMEWORK_DELAY);\n        }, delay);\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n// Maintains custom user-agent state set by external consumers.\nconst customUserAgentState = {};\n/**\n * Sets custom user agent state which will be appended to applicable requests. Returns a function that can be used to\n * clean up any custom state set with this API.\n *\n * @note\n * This API operates globally. Calling this API multiple times will result in the most recently set values for a\n * particular API being used.\n *\n * @note\n * This utility IS NOT compatible with SSR.\n *\n * @param input - SetCustomUserAgentInput that defines custom state to apply to the specified APIs.\n */\nexport const setCustomUserAgent = (input) => {\n    // Save custom user-agent state & increment reference counter\n    // TODO Remove `any` when we upgrade to TypeScript 5.2, see: https://github.com/microsoft/TypeScript/issues/44373\n    customUserAgentState[input.category] = input.apis.reduce((acc, api) => ({\n        ...acc,\n        [api]: {\n            refCount: acc[api]?.refCount ? acc[api].refCount + 1 : 1,\n            additionalDetails: input.additionalDetails,\n        },\n    }), customUserAgentState[input.category] ?? {});\n    // Callback that cleans up state for APIs recorded by this call\n    let cleanUpCallbackCalled = false;\n    const cleanUpCallback = () => {\n        // Only allow the cleanup callback to be called once\n        if (cleanUpCallbackCalled) {\n            return;\n        }\n        cleanUpCallbackCalled = true;\n        input.apis.forEach(api => {\n            const apiRefCount = customUserAgentState[input.category][api].refCount;\n            if (apiRefCount > 1) {\n                customUserAgentState[input.category][api].refCount = apiRefCount - 1;\n            }\n            else {\n                delete customUserAgentState[input.category][api];\n                // Clean up category if no more APIs set\n                if (!Object.keys(customUserAgentState[input.category]).length) {\n                    delete customUserAgentState[input.category];\n                }\n            }\n        });\n    };\n    return cleanUpCallback;\n};\nexport const getCustomUserAgent = (category, api) => customUserAgentState[category]?.[api]?.additionalDetails;\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { Framework } from './types';\nimport { version } from './version';\nimport { detectFramework, observeFrameworkChanges } from './detectFramework';\nimport { getCustomUserAgent } from './customUserAgent';\nconst BASE_USER_AGENT = `aws-amplify`;\nclass PlatformBuilder {\n    constructor() {\n        this.userAgent = `${BASE_USER_AGENT}/${version}`;\n    }\n    get framework() {\n        return detectFramework();\n    }\n    get isReactNative() {\n        return (this.framework === Framework.ReactNative ||\n            this.framework === Framework.Expo);\n    }\n    observeFrameworkChanges(fcn) {\n        observeFrameworkChanges(fcn);\n    }\n}\nexport const Platform = new PlatformBuilder();\nexport const getAmplifyUserAgentObject = ({ category, action, framework, } = {}) => {\n    const userAgent = [[BASE_USER_AGENT, version]];\n    if (category) {\n        userAgent.push([category, action]);\n    }\n    userAgent.push(['framework', detectFramework()]);\n    if (category && action) {\n        const customState = getCustomUserAgent(category, action);\n        if (customState) {\n            customState.forEach(state => {\n                userAgent.push(state);\n            });\n        }\n    }\n    return userAgent;\n};\nexport const getAmplifyUserAgent = (customUserAgentDetails) => {\n    const userAgent = getAmplifyUserAgentObject(customUserAgentDetails);\n    const userAgentString = userAgent\n        .map(([agentKey, agentValue]) => agentKey && agentValue ? `${agentKey}/${agentValue}` : agentKey)\n        .join(' ');\n    return userAgentString;\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nconst AmplifyUrl = URL;\nconst AmplifyUrlSearchParams = URLSearchParams;\nexport { AmplifyUrl, AmplifyUrlSearchParams };\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { getDnsSuffix } from '../../clients/endpoints';\nimport { jitteredBackoff, getRetryDecider, } from '../../clients/middleware/retry';\nimport { parseJsonError } from '../../clients/serde/json';\nimport { getAmplifyUserAgent } from '../../Platform';\nimport { AmplifyUrl } from '../../utils/amplifyUrl';\n/**\n * The service name used to sign requests if the API requires authentication.\n */\nconst SERVICE_NAME = 'mobiletargeting';\n/**\n * The endpoint resolver function that returns the endpoint URL for a given region.\n */\nconst endpointResolver = ({ region }) => ({\n    url: new AmplifyUrl(`https://pinpoint.${region}.${getDnsSuffix(region)}`),\n});\n/**\n * @internal\n */\nexport const defaultConfig = {\n    service: SERVICE_NAME,\n    endpointResolver,\n    retryDecider: getRetryDecider(parseJsonError),\n    computeDelay: jitteredBackoff,\n    userAgentValue: getAmplifyUserAgent(),\n};\n/**\n * @internal\n */\nexport const getSharedHeaders = () => ({\n    'content-type': 'application/json',\n});\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { authenticatedHandler } from '../../clients/handlers/authenticated';\nimport { composeServiceApi } from '../../clients/internal/composeServiceApi';\nimport { extendedEncodeURIComponent } from '../../clients/middleware/signing/utils/extendedEncodeURIComponent';\nimport { parseJsonBody, parseJsonError, parseMetadata, } from '../../clients/serde';\nimport { defaultConfig, getSharedHeaders } from './base';\nimport { AmplifyUrl } from '../../utils/amplifyUrl';\nconst updateEndpointSerializer = ({ ApplicationId = '', EndpointId = '', EndpointRequest }, endpoint) => {\n    const headers = getSharedHeaders();\n    const url = new AmplifyUrl(endpoint.url);\n    url.pathname = `v1/apps/${extendedEncodeURIComponent(ApplicationId)}/endpoints/${extendedEncodeURIComponent(EndpointId)}`;\n    const body = JSON.stringify(EndpointRequest);\n    return { method: 'PUT', headers, url, body };\n};\nconst updateEndpointDeserializer = async (response) => {\n    if (response.statusCode >= 300) {\n        const error = await parseJsonError(response);\n        throw error;\n    }\n    else {\n        const { Message, RequestID } = await parseJsonBody(response);\n        return {\n            MessageBody: {\n                Message,\n                RequestID,\n            },\n            $metadata: parseMetadata(response),\n        };\n    }\n};\n/**\n * @internal\n */\nexport const updateEndpoint = composeServiceApi(authenticatedHandler, updateEndpointSerializer, updateEndpointDeserializer, defaultConfig);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nconst PROVIDER_NAME = 'pinpoint';\n/**\n * Returns a unique cache key for a particular category/appId combination.\n *\n * @internal\n */\nexport const getCacheKey = (appId, category) => `${category}:${PROVIDER_NAME}:${appId}`;\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { Cache } from '../../../Cache';\nimport { getCacheKey } from './getCacheKey';\n/**\n * Returns an endpoint id from cache or `undefined` if not found.\n *\n * @internal\n */\nexport const getEndpointId = async (appId, category) => {\n    const cacheKey = getCacheKey(appId, category);\n    const cachedEndpointId = await Cache.getItem(cacheKey);\n    return cachedEndpointId ?? undefined;\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { amplifyUuid } from '../../../utils/amplifyUuid';\nimport { getClientInfo } from '../../../utils/getClientInfo';\nimport { updateEndpoint as clientUpdateEndpoint, } from '../../../awsClients/pinpoint';\nimport { cacheEndpointId } from '../utils/cacheEndpointId';\nimport { getEndpointId } from '../utils/getEndpointId';\n/**\n * @internal\n */\nexport const updateEndpoint = async ({ address, appId, category, channelType, credentials, identityId, optOut, region, userAttributes, userId, userProfile, userAgentValue, }) => {\n    const endpointId = await getEndpointId(appId, category);\n    // only generate a new endpoint id if one was not found in cache\n    const createdEndpointId = !endpointId ? amplifyUuid() : undefined;\n    const { customProperties, demographic, email, location, metrics, name, plan, } = userProfile ?? {};\n    const clientInfo = getClientInfo();\n    const mergedDemographic = {\n        appVersion: clientInfo.appVersion,\n        make: clientInfo.make,\n        model: clientInfo.model,\n        modelVersion: clientInfo.version,\n        platform: clientInfo.platform,\n        ...demographic,\n    };\n    const shouldAddAttributes = email || customProperties || name || plan;\n    const attributes = {\n        ...(email && { email: [email] }),\n        ...(name && { name: [name] }),\n        ...(plan && { plan: [plan] }),\n        ...customProperties,\n    };\n    const input = {\n        ApplicationId: appId,\n        EndpointId: endpointId ?? createdEndpointId,\n        EndpointRequest: {\n            RequestId: amplifyUuid(),\n            EffectiveDate: new Date().toISOString(),\n            ChannelType: channelType,\n            Address: address,\n            Attributes: shouldAddAttributes ? attributes : undefined,\n            Demographic: {\n                AppVersion: mergedDemographic.appVersion,\n                Locale: mergedDemographic.locale,\n                Make: mergedDemographic.make,\n                Model: mergedDemographic.model,\n                ModelVersion: mergedDemographic.modelVersion,\n                Platform: mergedDemographic.platform,\n                PlatformVersion: mergedDemographic.platformVersion,\n                Timezone: mergedDemographic.timezone,\n            },\n            Location: {\n                City: location?.city,\n                Country: location?.country,\n                Latitude: location?.latitude,\n                Longitude: location?.longitude,\n                PostalCode: location?.postalCode,\n                Region: location?.region,\n            },\n            Metrics: metrics,\n            OptOut: optOut,\n            User: {\n                UserId: userId ?? identityId,\n                UserAttributes: userAttributes,\n            },\n        },\n    };\n    await clientUpdateEndpoint({ credentials, region, userAgentValue }, input);\n    // if we had to create an endpoint id, we need to now cache it\n    if (!!createdEndpointId) {\n        return cacheEndpointId(appId, category, createdEndpointId);\n    }\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { Cache } from '../../../Cache';\nimport { getCacheKey } from './getCacheKey';\n/**\n * Writes an endpoint id to a long-lived cache.\n *\n * @internal\n */\nexport const cacheEndpointId = async (appId, category, endpointId) => {\n    const cacheKey = getCacheKey(appId, category);\n    // Set a longer TTL to avoid endpoint id being deleted after the default TTL (3 days)\n    // Also set its priority to the highest to reduce its chance of being deleted when cache is full\n    const ttl = 1000 * 60 * 60 * 24 * 365 * 100; // 100 years\n    const expiration = new Date().getTime() + ttl;\n    return Cache.setItem(cacheKey, endpointId, {\n        expires: expiration,\n        priority: 1,\n    });\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { createAssertionFunction } from '../../errors';\nexport var PinpointValidationErrorCode;\n(function (PinpointValidationErrorCode) {\n    PinpointValidationErrorCode[\"NoAppId\"] = \"NoAppId\";\n})(PinpointValidationErrorCode || (PinpointValidationErrorCode = {}));\nconst pinpointValidationErrorMap = {\n    [PinpointValidationErrorCode.NoAppId]: {\n        message: 'Missing application id.',\n    },\n};\nexport const assert = createAssertionFunction(pinpointValidationErrorMap);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { authenticatedHandler } from '../../clients/handlers/authenticated';\nimport { composeServiceApi } from '../../clients/internal/composeServiceApi';\nimport { extendedEncodeURIComponent } from '../../clients/middleware/signing/utils/extendedEncodeURIComponent';\nimport { parseJsonBody, parseJsonError, parseMetadata, } from '../../clients/serde';\nimport { defaultConfig, getSharedHeaders } from './base';\nimport { assert, PinpointValidationErrorCode } from './errorHelpers';\nimport { AmplifyUrl } from '../../utils/amplifyUrl';\nconst putEventsSerializer = ({ ApplicationId, EventsRequest }, endpoint) => {\n    assert(!!ApplicationId, PinpointValidationErrorCode.NoAppId);\n    const headers = getSharedHeaders();\n    const url = new AmplifyUrl(endpoint.url);\n    url.pathname = `v1/apps/${extendedEncodeURIComponent(ApplicationId)}/events`;\n    const body = JSON.stringify(EventsRequest ?? {});\n    return { method: 'POST', headers, url, body };\n};\nconst putEventsDeserializer = async (response) => {\n    if (response.statusCode >= 300) {\n        const error = await parseJsonError(response);\n        throw error;\n    }\n    else {\n        const { Results } = await parseJsonBody(response);\n        return {\n            EventsResponse: { Results },\n            $metadata: parseMetadata(response),\n        };\n    }\n};\n/**\n * @internal\n */\nexport const putEvents = composeServiceApi(authenticatedHandler, putEventsSerializer, putEventsDeserializer, defaultConfig);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { ConsoleLogger } from '../../../Logger';\nimport { putEvents, } from '../../../awsClients/pinpoint';\nimport { isAppInForeground } from './isAppInForeground';\nconst logger = new ConsoleLogger('PinpointEventBuffer');\nconst RETRYABLE_CODES = [429, 500];\nconst ACCEPTED_CODES = [202];\nexport class PinpointEventBuffer {\n    constructor(config) {\n        this._interval = undefined;\n        this._pause = false;\n        this._flush = false;\n        this._buffer = [];\n        this._config = config;\n        this._sendBatch = this._sendBatch.bind(this);\n        this._startLoop();\n    }\n    push(event) {\n        if (this._buffer.length >= this._config.bufferSize) {\n            logger.debug('Exceeded Pinpoint event buffer limits, event dropped.', {\n                eventId: event.eventId,\n            });\n            return;\n        }\n        this._buffer.push({ [event.eventId]: event });\n    }\n    pause() {\n        this._pause = true;\n    }\n    resume() {\n        this._pause = false;\n    }\n    flush() {\n        this._flush = true;\n    }\n    identityHasChanged(identityId) {\n        return this._config.identityId !== identityId;\n    }\n    flushAll() {\n        this._putEvents(this._buffer.splice(0, this._buffer.length));\n    }\n    _startLoop() {\n        if (this._interval) {\n            clearInterval(this._interval);\n        }\n        const { flushInterval } = this._config;\n        this._interval = setInterval(this._sendBatch, flushInterval);\n    }\n    _sendBatch() {\n        const bufferLength = this._buffer.length;\n        if (this._flush && !bufferLength && this._interval) {\n            clearInterval(this._interval);\n        }\n        if (this._pause || !bufferLength || !isAppInForeground()) {\n            return;\n        }\n        const { flushSize } = this._config;\n        const batchSize = Math.min(flushSize, bufferLength);\n        const bufferSubset = this._buffer.splice(0, batchSize);\n        this._putEvents(bufferSubset);\n    }\n    async _putEvents(buffer) {\n        const eventMap = this._bufferToMap(buffer);\n        const batchEventParams = this._generateBatchEventParams(eventMap);\n        try {\n            const { credentials, region, userAgentValue } = this._config;\n            const data = await putEvents({\n                credentials,\n                region,\n                userAgentValue,\n            }, batchEventParams);\n            this._processPutEventsSuccessResponse(data, eventMap);\n        }\n        catch (err) {\n            return this._handlePutEventsFailure(err, eventMap);\n        }\n    }\n    _generateBatchEventParams(eventMap) {\n        const batchItem = {};\n        Object.values(eventMap).forEach(item => {\n            const { event, timestamp, endpointId, eventId, session } = item;\n            const { name, attributes, metrics } = event;\n            batchItem[endpointId] = {\n                Endpoint: {\n                    ...batchItem[endpointId]?.Endpoint,\n                },\n                Events: {\n                    ...batchItem[endpointId]?.Events,\n                    [eventId]: {\n                        EventType: name,\n                        Timestamp: new Date(timestamp).toISOString(),\n                        Attributes: attributes,\n                        Metrics: metrics,\n                        Session: session,\n                    },\n                },\n            };\n        });\n        return {\n            ApplicationId: this._config.appId,\n            EventsRequest: {\n                BatchItem: batchItem,\n            },\n        };\n    }\n    _handlePutEventsFailure(err, eventMap) {\n        logger.debug('putEvents call to Pinpoint failed.', err);\n        const statusCode = err.$metadata && err.$metadata.httpStatusCode;\n        if (RETRYABLE_CODES.includes(statusCode)) {\n            const retryableEvents = Object.values(eventMap);\n            this._retry(retryableEvents);\n            return;\n        }\n    }\n    _processPutEventsSuccessResponse(data, eventMap) {\n        const { Results = {} } = data.EventsResponse ?? {};\n        const retryableEvents = [];\n        Object.entries(Results).forEach(([endpointId, endpointValues]) => {\n            const responses = endpointValues.EventsItemResponse ?? {};\n            Object.entries(responses).forEach(([eventId, eventValues]) => {\n                const eventObject = eventMap[eventId];\n                if (!eventObject) {\n                    return;\n                }\n                const { StatusCode, Message } = eventValues ?? {};\n                // manually crafting handlers response to keep API consistant\n                const response = {\n                    EventsResponse: {\n                        Results: {\n                            [endpointId]: {\n                                EventsItemResponse: {\n                                    [eventId]: { StatusCode, Message },\n                                },\n                            },\n                        },\n                    },\n                };\n                if (StatusCode && ACCEPTED_CODES.includes(StatusCode)) {\n                    return;\n                }\n                if (StatusCode && RETRYABLE_CODES.includes(StatusCode)) {\n                    retryableEvents.push(eventObject);\n                    return;\n                }\n                const { name } = eventObject.event;\n                logger.warn('Pinpoint event failed to send.', {\n                    eventId,\n                    name,\n                    message: Message,\n                });\n            });\n        });\n        if (retryableEvents.length) {\n            this._retry(retryableEvents);\n        }\n    }\n    _retry(retryableEvents) {\n        // retryable events that haven't reached the resendLimit\n        const eligibleEvents = [];\n        retryableEvents.forEach((bufferedEvent) => {\n            const { eventId } = bufferedEvent;\n            const { name } = bufferedEvent.event;\n            if (bufferedEvent.resendLimit-- > 0) {\n                logger.debug('Resending event.', {\n                    eventId,\n                    name,\n                    remainingAttempts: bufferedEvent.resendLimit,\n                });\n                eligibleEvents.push({ [eventId]: bufferedEvent });\n                return;\n            }\n            logger.debug('No retry attempts remaining for event.', {\n                eventId,\n                name,\n            });\n        });\n        // add the events to the front of the buffer\n        this._buffer.unshift(...eligibleEvents);\n    }\n    _bufferToMap(buffer) {\n        return buffer.reduce((acc, curVal) => {\n            const [[key, value]] = Object.entries(curVal);\n            acc[key] = value;\n            return acc;\n        }, {});\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { PinpointEventBuffer } from './PinpointEventBuffer';\n// Map of buffers by region -> appId\nconst eventBufferMap = {};\n/**\n * Returns a PinpointEventBuffer instance for the specified region & app ID, creating one if it does not yet exist.\n *\n * @internal\n */\nexport const getEventBuffer = ({ appId, region, credentials, bufferSize, flushInterval, flushSize, resendLimit, identityId, userAgentValue, }) => {\n    if (eventBufferMap[region]?.[appId]) {\n        const buffer = eventBufferMap[region][appId];\n        /*\n        If the identity has changed flush out the buffer and create a new instance. The old instance will be garbage\n        collected.\n        */\n        if (buffer.identityHasChanged(identityId)) {\n            buffer.flush();\n        }\n        else {\n            return buffer;\n        }\n    }\n    const buffer = new PinpointEventBuffer({\n        appId,\n        bufferSize,\n        credentials,\n        flushInterval,\n        flushSize,\n        identityId,\n        region,\n        resendLimit,\n        userAgentValue,\n    });\n    if (!eventBufferMap[region]) {\n        eventBufferMap[region] = {};\n    }\n    eventBufferMap[region][appId] = buffer;\n    return buffer;\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { amplifyUuid } from '../../../utils/amplifyUuid';\nimport { resolveEndpointId } from '../utils';\nimport { SESSION_START_EVENT, SESSION_STOP_EVENT, } from '../../../utils/sessionListener';\nimport { BUFFER_SIZE, FLUSH_INTERVAL, FLUSH_SIZE, RESEND_LIMIT, } from '../utils/constants';\nimport { getEventBuffer } from '../utils/getEventBuffer';\nlet session;\n/**\n * @internal\n */\nexport const record = async ({ appId, category, channelType, credentials, event, identityId, region, userAgentValue, bufferSize, flushInterval, flushSize, resendLimit, }) => {\n    let eventSession = session;\n    const currentTime = new Date();\n    const timestampISOString = currentTime.toISOString();\n    const eventId = amplifyUuid();\n    // Prepare event buffer if required\n    const buffer = getEventBuffer({\n        appId,\n        region,\n        credentials,\n        bufferSize: bufferSize ?? BUFFER_SIZE,\n        flushInterval: flushInterval ?? FLUSH_INTERVAL,\n        flushSize: flushSize ?? FLUSH_SIZE,\n        resendLimit: resendLimit ?? RESEND_LIMIT,\n        identityId,\n        userAgentValue,\n    });\n    const endpointId = await resolveEndpointId({\n        appId,\n        category,\n        channelType,\n        credentials,\n        identityId,\n        region,\n        userAgentValue,\n    });\n    // Generate session if required\n    if (!eventSession || event.name === SESSION_START_EVENT) {\n        const sessionId = amplifyUuid();\n        session = {\n            Id: sessionId,\n            StartTimestamp: timestampISOString,\n        };\n        eventSession = session;\n    }\n    // Terminate session when required\n    if (session && event.name === SESSION_STOP_EVENT) {\n        eventSession = {\n            ...session,\n            StopTimestamp: timestampISOString,\n            Duration: currentTime.getTime() - new Date(session.StartTimestamp).getTime(),\n        };\n        session = undefined;\n    }\n    // Push event to buffer\n    buffer.push({\n        eventId,\n        endpointId,\n        event,\n        session: eventSession,\n        timestamp: timestampISOString,\n        resendLimit: resendLimit ?? RESEND_LIMIT,\n    });\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n// Default buffer constants\nexport const BUFFER_SIZE = 1000;\nexport const FLUSH_SIZE = 100;\nexport const FLUSH_INTERVAL = 5 * 1000; // 5s\nexport const RESEND_LIMIT = 5;\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { assert } from '../../../errors';\nimport { AmplifyErrorCode } from '../../../types';\nimport { updateEndpoint } from '../apis/updateEndpoint';\nimport { getEndpointId } from './getEndpointId';\n/**\n * Resolves an endpoint id from cache or prepare via updateEndpoint if one does not already exist,\n * which will generate and cache an endpoint id between calls.\n *\n * @internal\n */\nexport const resolveEndpointId = async ({ address, appId, category, channelType, credentials, identityId, region, userAgentValue, }) => {\n    let endpointId = await getEndpointId(appId, category);\n    if (!endpointId) {\n        await updateEndpoint({\n            address,\n            appId,\n            category,\n            channelType,\n            credentials,\n            identityId,\n            region,\n            userAgentValue,\n        });\n        endpointId = await getEndpointId(appId, category);\n    }\n    assert(!!endpointId, AmplifyErrorCode.NoEndpointId);\n    return endpointId;\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nlet analyticsEnabled = true;\nexport const enableAnalytics = () => {\n    analyticsEnabled = true;\n};\nexport const disableAnalytics = () => {\n    analyticsEnabled = false;\n};\n/**\n * Returns the current status of the Analytics category.\n */\nexport const isAnalyticsEnabled = () => analyticsEnabled;\n","export function isTokenExpired({ expiresAt, clockDrift, }) {\n    const currentTime = Date.now();\n    return currentTime + clockDrift > expiresAt;\n}\nexport class AuthClass {\n    constructor() { }\n    /**\n     * Configure Auth category\n     *\n     * @internal\n     *\n     * @param authResourcesConfig - Resources configurations required by Auth providers.\n     * @param authOptions - Client options used by library\n     *\n     * @returns void\n     */\n    configure(authResourcesConfig, authOptions) {\n        this.authConfig = authResourcesConfig;\n        this.authOptions = authOptions;\n    }\n    async fetchAuthSession(options = {}) {\n        let tokens;\n        let credentialsAndIdentityId;\n        let userSub;\n        // Get tokens will throw if session cannot be refreshed (network or service error) or return null if not available\n        tokens = await this.getTokens(options);\n        if (tokens) {\n            userSub = tokens.accessToken?.payload?.sub;\n            // getCredentialsAndIdentityId will throw if cannot get credentials (network or service error)\n            credentialsAndIdentityId =\n                await this.authOptions?.credentialsProvider?.getCredentialsAndIdentityId({\n                    authConfig: this.authConfig,\n                    tokens,\n                    authenticated: true,\n                    forceRefresh: options.forceRefresh,\n                });\n        }\n        else {\n            // getCredentialsAndIdentityId will throw if cannot get credentials (network or service error)\n            credentialsAndIdentityId =\n                await this.authOptions?.credentialsProvider?.getCredentialsAndIdentityId({\n                    authConfig: this.authConfig,\n                    authenticated: false,\n                    forceRefresh: options.forceRefresh,\n                });\n        }\n        return {\n            tokens,\n            credentials: credentialsAndIdentityId?.credentials,\n            identityId: credentialsAndIdentityId?.identityId,\n            userSub,\n        };\n    }\n    async clearCredentials() {\n        if (this.authOptions?.credentialsProvider) {\n            return await this.authOptions.credentialsProvider.clearCredentialsAndIdentityId();\n        }\n    }\n    async getTokens(options) {\n        return ((await this.authOptions?.tokenProvider?.getTokens(options)) ?? undefined);\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { ConsoleLogger } from './Logger';\nimport { AmplifyError } from './errors';\nconst logger = new ConsoleLogger('parseAWSExports');\nconst authTypeMapping = {\n    API_KEY: 'apiKey',\n    AWS_IAM: 'iam',\n    AMAZON_COGNITO_USER_POOLS: 'userPool',\n    OPENID_CONNECT: 'oidc',\n    NONE: 'none',\n    LAMBDA: 'lambda',\n};\n/**\n * Converts the object imported from `aws-exports.js` or `amplifyconfiguration.json` files generated by\n * the Amplify CLI into an object that conforms to the {@link ResourcesConfig}.\n *\n * @param config A configuration object imported  from `aws-exports.js` or `amplifyconfiguration.json`.\n *\n * @returns An object that conforms to the {@link ResourcesConfig} .\n */\nexport const parseAWSExports = (config = {}) => {\n    if (!Object.prototype.hasOwnProperty.call(config, 'aws_project_region')) {\n        throw new AmplifyError({\n            name: 'InvalidParameterException',\n            message: 'Invalid config parameter.',\n            recoverySuggestion: 'Ensure passing the config object imported from  `amplifyconfiguration.json`.',\n        });\n    }\n    const { aws_appsync_apiKey, aws_appsync_authenticationType, aws_appsync_graphqlEndpoint, aws_appsync_region, aws_bots_config, aws_cognito_identity_pool_id, aws_cognito_sign_up_verification_method, aws_cognito_mfa_configuration, aws_cognito_mfa_types, aws_cognito_password_protection_settings, aws_cognito_verification_mechanisms, aws_cognito_signup_attributes, aws_cognito_social_providers, aws_cognito_username_attributes, aws_mandatory_sign_in, aws_mobile_analytics_app_id, aws_mobile_analytics_app_region, aws_user_files_s3_bucket, aws_user_files_s3_bucket_region, aws_user_files_s3_dangerously_connect_to_http_endpoint_for_testing, aws_user_pools_id, aws_user_pools_web_client_id, geo, oauth, predictions, aws_cloud_logic_custom, Notifications, modelIntrospection, } = config;\n    const amplifyConfig = {};\n    // Analytics\n    if (aws_mobile_analytics_app_id) {\n        amplifyConfig.Analytics = {\n            Pinpoint: {\n                appId: aws_mobile_analytics_app_id,\n                region: aws_mobile_analytics_app_region,\n            },\n        };\n    }\n    // Notifications\n    const { InAppMessaging, Push } = Notifications ?? {};\n    if (InAppMessaging?.AWSPinpoint || Push?.AWSPinpoint) {\n        if (InAppMessaging?.AWSPinpoint) {\n            const { appId, region } = InAppMessaging.AWSPinpoint;\n            amplifyConfig.Notifications = {\n                InAppMessaging: {\n                    Pinpoint: {\n                        appId,\n                        region,\n                    },\n                },\n            };\n        }\n        if (Push?.AWSPinpoint) {\n            const { appId, region } = Push.AWSPinpoint;\n            amplifyConfig.Notifications = {\n                PushNotification: {\n                    Pinpoint: {\n                        appId,\n                        region,\n                    },\n                },\n            };\n        }\n    }\n    // Interactions\n    if (Array.isArray(aws_bots_config)) {\n        amplifyConfig.Interactions = {\n            LexV1: Object.fromEntries(aws_bots_config.map(bot => [bot.name, bot])),\n        };\n    }\n    // API\n    if (aws_appsync_graphqlEndpoint) {\n        const defaultAuthMode = authTypeMapping[aws_appsync_authenticationType];\n        if (!defaultAuthMode) {\n            logger.debug(`Invalid authentication type ${aws_appsync_authenticationType}. Falling back to IAM.`);\n        }\n        amplifyConfig.API = {\n            GraphQL: {\n                endpoint: aws_appsync_graphqlEndpoint,\n                apiKey: aws_appsync_apiKey,\n                region: aws_appsync_region,\n                defaultAuthMode: defaultAuthMode ?? 'iam',\n            },\n        };\n        if (modelIntrospection) {\n            amplifyConfig.API.GraphQL.modelIntrospection = modelIntrospection;\n        }\n    }\n    // Auth\n    const mfaConfig = aws_cognito_mfa_configuration\n        ? {\n            status: aws_cognito_mfa_configuration &&\n                aws_cognito_mfa_configuration.toLowerCase(),\n            totpEnabled: aws_cognito_mfa_types?.includes('TOTP') ?? false,\n            smsEnabled: aws_cognito_mfa_types?.includes('SMS') ?? false,\n        }\n        : undefined;\n    const passwordFormatConfig = aws_cognito_password_protection_settings\n        ? {\n            minLength: aws_cognito_password_protection_settings.passwordPolicyMinLength,\n            requireLowercase: aws_cognito_password_protection_settings.passwordPolicyCharacters?.includes('REQUIRES_LOWERCASE') ?? false,\n            requireUppercase: aws_cognito_password_protection_settings.passwordPolicyCharacters?.includes('REQUIRES_UPPERCASE') ?? false,\n            requireNumbers: aws_cognito_password_protection_settings.passwordPolicyCharacters?.includes('REQUIRES_NUMBERS') ?? false,\n            requireSpecialCharacters: aws_cognito_password_protection_settings.passwordPolicyCharacters?.includes('REQUIRES_SYMBOLS') ?? false,\n        }\n        : undefined;\n    const mergedUserAttributes = Array.from(new Set([\n        ...(aws_cognito_verification_mechanisms ?? []),\n        ...(aws_cognito_signup_attributes ?? []),\n    ]));\n    const userAttributes = mergedUserAttributes.reduce((attributes, key) => ({\n        ...attributes,\n        // All user attributes generated by the CLI are required\n        [key.toLowerCase()]: { required: true },\n    }), {});\n    const loginWithEmailEnabled = aws_cognito_username_attributes?.includes('EMAIL') ?? false;\n    const loginWithPhoneEnabled = aws_cognito_username_attributes?.includes('PHONE_NUMBER') ?? false;\n    if (aws_cognito_identity_pool_id || aws_user_pools_id) {\n        amplifyConfig.Auth = {\n            Cognito: {\n                identityPoolId: aws_cognito_identity_pool_id,\n                allowGuestAccess: aws_mandatory_sign_in !== 'enable',\n                signUpVerificationMethod: aws_cognito_sign_up_verification_method,\n                userAttributes,\n                userPoolClientId: aws_user_pools_web_client_id,\n                userPoolId: aws_user_pools_id,\n                mfa: mfaConfig,\n                passwordFormat: passwordFormatConfig,\n                loginWith: {\n                    username: loginWithEmailEnabled || loginWithPhoneEnabled ? false : true,\n                    email: loginWithEmailEnabled,\n                    phone: loginWithPhoneEnabled,\n                },\n            },\n        };\n    }\n    const hasOAuthConfig = oauth ? Object.keys(oauth).length > 0 : false;\n    const hasSocialProviderConfig = aws_cognito_social_providers\n        ? aws_cognito_social_providers.length > 0\n        : false;\n    if (amplifyConfig.Auth && hasOAuthConfig) {\n        amplifyConfig.Auth.Cognito.loginWith = {\n            ...amplifyConfig.Auth.Cognito.loginWith,\n            oauth: {\n                ...getOAuthConfig(oauth),\n                ...(hasSocialProviderConfig && {\n                    providers: parseSocialProviders(aws_cognito_social_providers),\n                }),\n            },\n        };\n    }\n    // Storage\n    if (aws_user_files_s3_bucket) {\n        amplifyConfig.Storage = {\n            S3: {\n                bucket: aws_user_files_s3_bucket,\n                region: aws_user_files_s3_bucket_region,\n                dangerouslyConnectToHttpEndpointForTesting: aws_user_files_s3_dangerously_connect_to_http_endpoint_for_testing,\n            },\n        };\n    }\n    // Geo\n    if (geo) {\n        const { amazon_location_service } = geo;\n        amplifyConfig.Geo = amazon_location_service\n            ? {\n                LocationService: {\n                    ...amazon_location_service,\n                    searchIndices: amazon_location_service.search_indices,\n                    region: amazon_location_service.region,\n                },\n            }\n            : { ...geo };\n    }\n    // REST API\n    if (aws_cloud_logic_custom) {\n        amplifyConfig.API = {\n            ...amplifyConfig.API,\n            REST: aws_cloud_logic_custom.reduce((acc, api) => {\n                const { name, endpoint, region, service } = api;\n                return {\n                    ...acc,\n                    [name]: {\n                        endpoint,\n                        ...(service ? { service } : undefined),\n                        ...(region ? { region } : undefined),\n                    },\n                };\n            }, {}),\n        };\n    }\n    // Predictions\n    if (predictions) {\n        // map VoiceId from speechGenerator defaults to voiceId\n        const { VoiceId: voiceId } = predictions?.convert?.speechGenerator?.defaults ?? {};\n        amplifyConfig.Predictions = voiceId\n            ? {\n                ...predictions,\n                convert: {\n                    ...predictions.convert,\n                    speechGenerator: {\n                        ...predictions.convert.speechGenerator,\n                        defaults: { voiceId },\n                    },\n                },\n            }\n            : predictions;\n    }\n    return amplifyConfig;\n};\nconst getRedirectUrl = (redirectStr) => redirectStr?.split(',') ?? [];\nconst getOAuthConfig = ({ domain, scope, redirectSignIn, redirectSignOut, responseType, }) => ({\n    domain,\n    scopes: scope,\n    redirectSignIn: getRedirectUrl(redirectSignIn),\n    redirectSignOut: getRedirectUrl(redirectSignOut),\n    responseType,\n});\nconst parseSocialProviders = (aws_cognito_social_providers) => {\n    return aws_cognito_social_providers.map((provider) => {\n        const updatedProvider = provider.toLowerCase();\n        return updatedProvider.charAt(0).toUpperCase() + updatedProvider.slice(1);\n    });\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport const deepFreeze = (object) => {\n    const propNames = Reflect.ownKeys(object);\n    for (const name of propNames) {\n        const value = object[name];\n        if ((value && typeof value === 'object') || typeof value === 'function') {\n            deepFreeze(value);\n        }\n    }\n    return Object.freeze(object);\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport const ADD_OAUTH_LISTENER = Symbol('oauth-listener');\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AuthClass } from './Auth';\nimport { Hub, AMPLIFY_SYMBOL } from '../Hub';\nimport { parseAWSExports } from '../parseAWSExports';\nimport { deepFreeze } from '../utils';\nimport { ADD_OAUTH_LISTENER } from './constants';\nexport class AmplifyClass {\n    constructor() {\n        this.oAuthListener = undefined;\n        this.resourcesConfig = {};\n        this.libraryOptions = {};\n        this.Auth = new AuthClass();\n    }\n    /**\n     * Configures Amplify for use with your back-end resources.\n     *\n     * @remarks\n     * This API does not perform any merging of either `resourcesConfig` or `libraryOptions`. The most recently\n     * provided values will be used after configuration.\n     *\n     * @remarks\n     * `configure` can be used to specify additional library options where available for supported categories.\n     *\n     * @param resourceConfig - Back-end resource configuration. Typically provided via the `aws-exports.js` file.\n     * @param libraryOptions - Additional options for customizing the behavior of the library.\n     */\n    configure(resourcesConfig, libraryOptions) {\n        let resolvedResourceConfig;\n        if (Object.keys(resourcesConfig).some(key => key.startsWith('aws_'))) {\n            resolvedResourceConfig = parseAWSExports(resourcesConfig);\n        }\n        else {\n            resolvedResourceConfig = resourcesConfig;\n        }\n        this.resourcesConfig = resolvedResourceConfig;\n        if (libraryOptions) {\n            this.libraryOptions = libraryOptions;\n        }\n        // Make resource config immutable\n        this.resourcesConfig = deepFreeze(this.resourcesConfig);\n        this.Auth.configure(this.resourcesConfig.Auth, this.libraryOptions.Auth);\n        Hub.dispatch('core', {\n            event: 'configure',\n            data: resourcesConfig,\n        }, 'Configure', AMPLIFY_SYMBOL);\n        this.notifyOAuthListener();\n    }\n    /**\n     * Provides access to the current back-end resource configuration for the Library.\n     *\n     * @returns Returns the immutable back-end resource configuration.\n     */\n    getConfig() {\n        return this.resourcesConfig;\n    }\n    /** @internal */\n    [ADD_OAUTH_LISTENER](listener) {\n        if (this.resourcesConfig.Auth?.Cognito.loginWith?.oauth) {\n            // when Amplify has been configured with a valid OAuth config while adding the listener, run it directly\n            listener(this.resourcesConfig.Auth?.Cognito);\n        }\n        else {\n            // otherwise register the listener and run it later when Amplify gets configured with a valid oauth config\n            this.oAuthListener = listener;\n        }\n    }\n    notifyOAuthListener() {\n        if (!this.resourcesConfig.Auth?.Cognito.loginWith?.oauth ||\n            !this.oAuthListener) {\n            return;\n        }\n        this.oAuthListener(this.resourcesConfig.Auth?.Cognito);\n        // the listener should only be notified once with a valid oauth config\n        this.oAuthListener = undefined;\n    }\n}\n/**\n * The `Amplify` utility is used to configure the library.\n *\n * @remarks\n * `Amplify` is responsible for orchestrating cross-category communication within the library.\n */\nexport const Amplify = new AmplifyClass();\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { fetchAuthSession } from '@aws-amplify/core';\nimport { AnalyticsValidationErrorCode, assertValidationError, } from '../../../errors';\n/**\n * @internal\n */\nexport const resolveCredentials = async () => {\n    const { credentials, identityId } = await fetchAuthSession();\n    assertValidationError(!!credentials, AnalyticsValidationErrorCode.NoCredentials);\n    return { credentials, identityId };\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport const fetchAuthSession = (amplify, options) => {\n    return amplify.Auth.fetchAuthSession(options);\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { fetchAuthSession as fetchAuthSessionInternal } from './internal/fetchAuthSession';\nimport { Amplify } from '../Amplify';\nexport const fetchAuthSession = (options) => {\n    return fetchAuthSessionInternal(Amplify, options);\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { Hub, ConsoleLogger } from '@aws-amplify/core';\nimport { AMPLIFY_SYMBOL, AnalyticsAction, } from '@aws-amplify/core/internals/utils';\nimport { record as recordCore } from '@aws-amplify/core/internals/providers/pinpoint';\nimport { AnalyticsValidationErrorCode, assertValidationError, } from '../../../errors';\nimport { getAnalyticsUserAgentString, isAnalyticsEnabled, } from '../../../utils';\nimport { resolveConfig, resolveCredentials } from '../utils';\nconst logger = new ConsoleLogger('Analytics');\n/**\n * Records an Analytic event to Pinpoint. Events will be buffered and periodically sent to Pinpoint.\n *\n * @param {RecordInput} params The input object used to construct the request.\n *\n * @throws validation: {@link AnalyticsValidationErrorCode} - Thrown when the provided parameters or library\n *  configuration is incorrect.\n *\n * @example\n * ```ts\n * // Send an event to Pinpoint\n * record({ name: eventName })\n * ```\n *\n * @example\n * ```ts\n * // Send an event to Pinpoint with metrics & custom attributes\n * record({\n *     name: eventName,\n *     attributes: {\n *         'my-attribute': attributeValue\n *     },\n *     metrics: {\n *         'my-metric': metricValue\n *     }\n * })\n * ```\n */\nexport const record = (input) => {\n    const { appId, region, bufferSize, flushSize, flushInterval, resendLimit } = resolveConfig();\n    if (!isAnalyticsEnabled()) {\n        logger.debug('Analytics is disabled, event will not be recorded.');\n        return;\n    }\n    assertValidationError(!!input.name, AnalyticsValidationErrorCode.NoEventName);\n    resolveCredentials()\n        .then(({ credentials, identityId }) => {\n        Hub.dispatch('analytics', { event: 'record', data: input, message: 'Recording Analytics event' }, 'Analytics', AMPLIFY_SYMBOL);\n        recordCore({\n            appId,\n            category: 'Analytics',\n            credentials,\n            event: input,\n            identityId,\n            region,\n            userAgentValue: getAnalyticsUserAgentString(AnalyticsAction.Record),\n            bufferSize,\n            flushSize,\n            flushInterval,\n            resendLimit,\n        });\n    })\n        .catch(e => {\n        // An error occured while fetching credentials or persisting the event to the buffer\n        logger.warn('Failed to record event.', e);\n    });\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { Amplify } from '@aws-amplify/core';\nimport { AnalyticsValidationErrorCode, assertValidationError, } from '../../../errors';\n/**\n * @internal\n */\nexport const resolveConfig = () => {\n    const { appId, region, bufferSize, flushSize, flushInterval, resendLimit } = Amplify.getConfig().Analytics?.Pinpoint ?? {};\n    assertValidationError(!!appId, AnalyticsValidationErrorCode.NoAppId);\n    assertValidationError(!!region, AnalyticsValidationErrorCode.NoRegion);\n    return { appId, region, bufferSize, flushSize, flushInterval, resendLimit };\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { Category, getAmplifyUserAgentObject, getAmplifyUserAgent, } from '@aws-amplify/core/internals/utils';\nexport function getAnalyticsUserAgent(action) {\n    return getAmplifyUserAgentObject({\n        category: Category.Analytics,\n        action,\n    });\n}\nexport function getAnalyticsUserAgentString(action) {\n    return getAmplifyUserAgent({\n        category: Category.Analytics,\n        action,\n    });\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { updateProviderTrackers, validateTrackerConfiguration, } from '../../../utils';\nimport { record } from './record';\n// Configured Tracker instances for Pinpoint\nconst configuredTrackers = {};\n// Callback that will emit an appropriate event to Pinpoint when required by the Tracker\nconst emitTrackingEvent = (eventName, attributes) => {\n    record({\n        name: eventName,\n        attributes,\n    });\n};\n/**\n * Configures automatic event tracking for Pinpoint. This API will automatically transmit an analytic event when\n * configured events are detected within your application. This can include: DOM element events (via the `event`\n * tracker), session events (via the `session` tracker), and page view events (via the `pageView` tracker).\n *\n * @remark Only session tracking is currently supported on React Native.\n *\n * @param {ConfigureAutoTrackInput} params The input object to configure auto track behavior.\n *\n * @throws service: {@link UpdateEndpointException} - Thrown when the underlying Pinpoint service returns an error.\n * @throws validation: {@link AnalyticsValidationErrorCode} - Thrown when the provided parameters or library\n *  configuration is incorrect.\n */\nexport const configureAutoTrack = (input) => {\n    validateTrackerConfiguration(input);\n    // Initialize or update this provider's trackers\n    updateProviderTrackers(input, emitTrackingEvent, configuredTrackers);\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { EventTracker, PageViewTracker, SessionTracker } from '../trackers';\n/**\n * Updates a provider's trackers as appropriate for the provided auto-track configuration.\n *\n * @remark\n * This utility will mutate the provider's configured trackers via `providerTrackers`.\n */\nexport const updateProviderTrackers = (input, providerEventRecorder, providerTrackers) => {\n    let trackerInstance;\n    const trackerType = input.type;\n    const currentTracker = providerTrackers[trackerType];\n    // Check if the tracker was disabled & should be cleaned up\n    if (!input.enable) {\n        if (currentTracker) {\n            currentTracker.cleanup();\n            delete providerTrackers[trackerType];\n        }\n        return;\n    }\n    // Re-configure the existing tracker, or create & configure an instance if it doesn't exist yet\n    if (currentTracker) {\n        currentTracker.configure(providerEventRecorder, input.options);\n        return;\n    }\n    // Create a new tracker instance for the type\n    if (trackerType === 'event') {\n        trackerInstance = new EventTracker(providerEventRecorder, input.options);\n    }\n    else if (trackerType === 'pageView') {\n        trackerInstance = new PageViewTracker(providerEventRecorder, input.options);\n    }\n    else if (trackerType === 'session') {\n        trackerInstance = new SessionTracker(providerEventRecorder, input.options);\n    }\n    if (trackerInstance) {\n        providerTrackers[trackerType] = trackerInstance;\n    }\n};\n","/*! js-cookie v3.0.5 | MIT */\n/* eslint-disable no-var */\nfunction assign (target) {\n  for (var i = 1; i < arguments.length; i++) {\n    var source = arguments[i];\n    for (var key in source) {\n      target[key] = source[key];\n    }\n  }\n  return target\n}\n/* eslint-enable no-var */\n\n/* eslint-disable no-var */\nvar defaultConverter = {\n  read: function (value) {\n    if (value[0] === '\"') {\n      value = value.slice(1, -1);\n    }\n    return value.replace(/(%[\\dA-F]{2})+/gi, decodeURIComponent)\n  },\n  write: function (value) {\n    return encodeURIComponent(value).replace(\n      /%(2[346BF]|3[AC-F]|40|5[BDE]|60|7[BCD])/g,\n      decodeURIComponent\n    )\n  }\n};\n/* eslint-enable no-var */\n\n/* eslint-disable no-var */\n\nfunction init (converter, defaultAttributes) {\n  function set (name, value, attributes) {\n    if (typeof document === 'undefined') {\n      return\n    }\n\n    attributes = assign({}, defaultAttributes, attributes);\n\n    if (typeof attributes.expires === 'number') {\n      attributes.expires = new Date(Date.now() + attributes.expires * 864e5);\n    }\n    if (attributes.expires) {\n      attributes.expires = attributes.expires.toUTCString();\n    }\n\n    name = encodeURIComponent(name)\n      .replace(/%(2[346B]|5E|60|7C)/g, decodeURIComponent)\n      .replace(/[()]/g, escape);\n\n    var stringifiedAttributes = '';\n    for (var attributeName in attributes) {\n      if (!attributes[attributeName]) {\n        continue\n      }\n\n      stringifiedAttributes += '; ' + attributeName;\n\n      if (attributes[attributeName] === true) {\n        continue\n      }\n\n      // Considers RFC 6265 section 5.2:\n      // ...\n      // 3.  If the remaining unparsed-attributes contains a %x3B (\";\")\n      //     character:\n      // Consume the characters of the unparsed-attributes up to,\n      // not including, the first %x3B (\";\") character.\n      // ...\n      stringifiedAttributes += '=' + attributes[attributeName].split(';')[0];\n    }\n\n    return (document.cookie =\n      name + '=' + converter.write(value, name) + stringifiedAttributes)\n  }\n\n  function get (name) {\n    if (typeof document === 'undefined' || (arguments.length && !name)) {\n      return\n    }\n\n    // To prevent the for loop in the first place assign an empty array\n    // in case there are no cookies at all.\n    var cookies = document.cookie ? document.cookie.split('; ') : [];\n    var jar = {};\n    for (var i = 0; i < cookies.length; i++) {\n      var parts = cookies[i].split('=');\n      var value = parts.slice(1).join('=');\n\n      try {\n        var found = decodeURIComponent(parts[0]);\n        jar[found] = converter.read(value, found);\n\n        if (name === found) {\n          break\n        }\n      } catch (e) {}\n    }\n\n    return name ? jar[name] : jar\n  }\n\n  return Object.create(\n    {\n      set,\n      get,\n      remove: function (name, attributes) {\n        set(\n          name,\n          '',\n          assign({}, attributes, {\n            expires: -1\n          })\n        );\n      },\n      withAttributes: function (attributes) {\n        return init(this.converter, assign({}, this.attributes, attributes))\n      },\n      withConverter: function (converter) {\n        return init(assign({}, this.converter, converter), this.attributes)\n      }\n    },\n    {\n      attributes: { value: Object.freeze(defaultAttributes) },\n      converter: { value: Object.freeze(converter) }\n    }\n  )\n}\n\nvar api = init(defaultConverter, { path: '/' });\n/* eslint-enable no-var */\n\nexport { api as default };\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport JsCookie from 'js-cookie';\nexport class CookieStorage {\n    constructor(data = {}) {\n        const { path, domain, expires, sameSite, secure } = data;\n        this.domain = domain;\n        this.path = path ? path : '/';\n        this.expires = data.hasOwnProperty('expires') ? expires : 365;\n        this.secure = data.hasOwnProperty('secure') ? secure : true;\n        if (data.hasOwnProperty('sameSite')) {\n            if (!sameSite || !['strict', 'lax', 'none'].includes(sameSite)) {\n                throw new Error('The sameSite value of cookieStorage must be \"lax\", \"strict\" or \"none\".');\n            }\n            if (sameSite === 'none' && !this.secure) {\n                throw new Error('sameSite = None requires the Secure attribute in latest browser versions.');\n            }\n            this.sameSite = sameSite;\n        }\n    }\n    async setItem(key, value) {\n        JsCookie.set(key, value, this.getData());\n    }\n    async getItem(key) {\n        const item = JsCookie.get(key);\n        return item ?? null;\n    }\n    async removeItem(key) {\n        JsCookie.remove(key, this.getData());\n    }\n    async clear() {\n        const cookie = JsCookie.get();\n        const promises = Object.keys(cookie).map(key => this.removeItem(key));\n        await Promise.all(promises);\n    }\n    getData() {\n        return {\n            path: this.path,\n            expires: this.expires,\n            domain: this.domain,\n            secure: this.secure,\n            ...(this.sameSite && { sameSite: this.sameSite }),\n        };\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { DefaultStorage } from './DefaultStorage';\nimport { InMemoryStorage } from './InMemoryStorage';\nimport { KeyValueStorage } from './KeyValueStorage';\nimport { SessionStorage } from './SessionStorage';\nexport { CookieStorage } from './CookieStorage';\nexport const defaultStorage = new DefaultStorage();\nexport const sessionStorage = new SessionStorage();\nexport const sharedInMemoryStorage = new KeyValueStorage(new InMemoryStorage());\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { KeyValueStorage } from './KeyValueStorage';\nimport { getLocalStorageWithFallback } from './utils';\n/**\n * @internal\n */\nexport class DefaultStorage extends KeyValueStorage {\n    constructor() {\n        super(getLocalStorageWithFallback());\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { KeyValueStorage } from './KeyValueStorage';\nimport { getSessionStorageWithFallback } from './utils';\n/**\n * @internal\n */\nexport class SessionStorage extends KeyValueStorage {\n    constructor() {\n        super(getSessionStorageWithFallback());\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { createAssertionFunction } from '../../../errors';\nexport var AuthConfigurationErrorCode;\n(function (AuthConfigurationErrorCode) {\n    AuthConfigurationErrorCode[\"AuthTokenConfigException\"] = \"AuthTokenConfigException\";\n    AuthConfigurationErrorCode[\"AuthUserPoolAndIdentityPoolException\"] = \"AuthUserPoolAndIdentityPoolException\";\n    AuthConfigurationErrorCode[\"AuthUserPoolException\"] = \"AuthUserPoolException\";\n    AuthConfigurationErrorCode[\"InvalidIdentityPoolIdException\"] = \"InvalidIdentityPoolIdException\";\n    AuthConfigurationErrorCode[\"OAuthNotConfigureException\"] = \"OAuthNotConfigureException\";\n})(AuthConfigurationErrorCode || (AuthConfigurationErrorCode = {}));\nconst authConfigurationErrorMap = {\n    [AuthConfigurationErrorCode.AuthTokenConfigException]: {\n        message: 'Auth Token Provider not configured.',\n        recoverySuggestion: 'Make sure to call Amplify.configure in your app.',\n    },\n    [AuthConfigurationErrorCode.AuthUserPoolAndIdentityPoolException]: {\n        message: 'Auth UserPool or IdentityPool not configured.',\n        recoverySuggestion: 'Make sure to call Amplify.configure in your app with UserPoolId and IdentityPoolId.',\n    },\n    [AuthConfigurationErrorCode.AuthUserPoolException]: {\n        message: 'Auth UserPool not configured.',\n        recoverySuggestion: 'Make sure to call Amplify.configure in your app with userPoolId and userPoolClientId.',\n    },\n    [AuthConfigurationErrorCode.InvalidIdentityPoolIdException]: {\n        message: 'Invalid identity pool id provided.',\n        recoverySuggestion: 'Make sure a valid identityPoolId is given in the config.',\n    },\n    [AuthConfigurationErrorCode.OAuthNotConfigureException]: {\n        message: 'oauth param not configured.',\n        recoverySuggestion: 'Make sure to call Amplify.configure with oauth parameter in your app.',\n    },\n};\nexport const assert = createAssertionFunction(authConfigurationErrorMap);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { getAtob } from '../../globalHelpers';\nexport const base64Decoder = {\n    convert(input) {\n        return getAtob()(input);\n    },\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AmplifyError } from '../../errors';\nexport const getCrypto = () => {\n    if (typeof window === 'object' && typeof window.crypto === 'object') {\n        return window.crypto;\n    }\n    // Next.js global polyfill\n    if (typeof crypto === 'object') {\n        return crypto;\n    }\n    throw new AmplifyError({\n        name: 'MissingPolyfill',\n        message: 'Cannot resolve the `crypto` function from the environment.',\n    });\n};\nexport const getBtoa = () => {\n    // browser\n    if (typeof window !== 'undefined' && typeof window.btoa === 'function') {\n        return window.btoa;\n    }\n    // Next.js global polyfill\n    if (typeof btoa === 'function') {\n        return btoa;\n    }\n    throw new AmplifyError({\n        name: 'Base64EncoderError',\n        message: 'Cannot resolve the `btoa` function from the environment.',\n    });\n};\nexport const getAtob = () => {\n    // browser\n    if (typeof window !== 'undefined' && typeof window.atob === 'function') {\n        return window.atob;\n    }\n    // Next.js global polyfill\n    if (typeof atob === 'function') {\n        return atob;\n    }\n    throw new AmplifyError({\n        name: 'Base64EncoderError',\n        message: 'Cannot resolve the `atob` function from the environment.',\n    });\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AuthConfigurationErrorCode, assert } from './errorHelpers';\nimport { base64Decoder } from '../../../utils/convert';\nexport function assertTokenProviderConfig(cognitoConfig) {\n    let assertionValid = true; // assume valid until otherwise proveed\n    if (!cognitoConfig) {\n        assertionValid = false;\n    }\n    else {\n        assertionValid =\n            !!cognitoConfig.userPoolId && !!cognitoConfig.userPoolClientId;\n    }\n    return assert(assertionValid, AuthConfigurationErrorCode.AuthUserPoolException);\n}\nexport function assertOAuthConfig(cognitoConfig) {\n    const validOAuthConfig = !!cognitoConfig?.loginWith?.oauth?.domain &&\n        !!cognitoConfig?.loginWith?.oauth?.redirectSignOut &&\n        !!cognitoConfig?.loginWith?.oauth?.redirectSignIn &&\n        !!cognitoConfig?.loginWith?.oauth?.responseType;\n    return assert(validOAuthConfig, AuthConfigurationErrorCode.OAuthNotConfigureException);\n}\nexport function assertIdentityPoolIdConfig(cognitoConfig) {\n    const validConfig = !!cognitoConfig?.identityPoolId;\n    return assert(validConfig, AuthConfigurationErrorCode.InvalidIdentityPoolIdException);\n}\nfunction assertUserPoolAndIdentityPoolConfig(authConfig) {\n    const validConfig = !!authConfig?.Cognito.identityPoolId && !!authConfig?.Cognito.userPoolId;\n    return assert(validConfig, AuthConfigurationErrorCode.AuthUserPoolAndIdentityPoolException);\n}\nexport function decodeJWT(token) {\n    const tokenParts = token.split('.');\n    if (tokenParts.length !== 3) {\n        throw new Error('Invalid token');\n    }\n    try {\n        const base64WithUrlSafe = tokenParts[1];\n        const base64 = base64WithUrlSafe.replace(/-/g, '+').replace(/_/g, '/');\n        const jsonStr = decodeURIComponent(base64Decoder\n            .convert(base64)\n            .split('')\n            .map(char => `%${`00${char.charCodeAt(0).toString(16)}`.slice(-2)}`)\n            .join(''));\n        const payload = JSON.parse(jsonStr);\n        return {\n            toString: () => token,\n            payload,\n        };\n    }\n    catch (err) {\n        throw new Error('Invalid token payload');\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\n/**\n * returns in-flight promise if there is one\n *\n * @param asyncFunction - asyncFunction to be deduped.\n * @returns - the return type of the callback\n */\nexport const deDupeAsyncFunction = (asyncFunction) => {\n    let inflightPromise;\n    return async (...args) => {\n        if (inflightPromise)\n            return inflightPromise;\n        inflightPromise = new Promise(async (resolve, reject) => {\n            try {\n                const result = await asyncFunction(...args);\n                resolve(result);\n            }\n            catch (error) {\n                reject(error);\n            }\n            finally {\n                inflightPromise = undefined;\n            }\n        });\n        return inflightPromise;\n    };\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { retryMiddleware } from '../middleware/retry';\nimport { userAgentMiddleware } from '../middleware/userAgent';\nimport { composeTransferHandler } from '../internal/composeTransferHandler';\nimport { fetchTransferHandler } from './fetch';\nexport const unauthenticatedHandler = composeTransferHandler(fetchTransferHandler, [userAgentMiddleware, retryMiddleware]);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { Amplify } from '@aws-amplify/core';\nimport { getDnsSuffix, unauthenticatedHandler, parseJsonError, getRetryDecider, jitteredBackoff, } from '@aws-amplify/core/internals/aws-client-utils';\nimport { getAmplifyUserAgent, AmplifyUrl, } from '@aws-amplify/core/internals/utils';\nimport { composeTransferHandler } from '@aws-amplify/core/internals/aws-client-utils/composers';\n/**\n * The service name used to sign requests if the API requires authentication.\n */\nconst SERVICE_NAME = 'cognito-idp';\n/**\n * The endpoint resolver function that returns the endpoint URL for a given region.\n */\nconst endpointResolver = ({ region }) => {\n    const authConfig = Amplify.getConfig().Auth?.Cognito;\n    const customURL = authConfig?.userPoolEndpoint;\n    const defaultURL = new AmplifyUrl(`https://${SERVICE_NAME}.${region}.${getDnsSuffix(region)}`);\n    return {\n        url: customURL ? new AmplifyUrl(customURL) : defaultURL,\n    };\n};\n/**\n * A Cognito Identity-specific middleware that disables caching for all requests.\n */\nconst disableCacheMiddleware = () => (next, context) => async function disableCacheMiddleware(request) {\n    request.headers['cache-control'] = 'no-store';\n    return next(request);\n};\n/**\n * A Cognito Identity-specific transfer handler that does NOT sign requests, and\n * disables caching.\n *\n * @internal\n */\nexport const cognitoUserPoolTransferHandler = composeTransferHandler(unauthenticatedHandler, [disableCacheMiddleware]);\n/**\n * @internal\n */\nexport const defaultConfig = {\n    service: SERVICE_NAME,\n    endpointResolver,\n    retryDecider: getRetryDecider(parseJsonError),\n    computeDelay: jitteredBackoff,\n    userAgentValue: getAmplifyUserAgent(),\n    cache: 'no-store',\n};\n/**\n * @internal\n */\nexport const getSharedHeaders = (operation) => ({\n    'content-type': 'application/x-amz-json-1.1',\n    'x-amz-target': `AWSCognitoIdentityProviderService.${operation}`,\n});\n/**\n * @internal\n */\nexport const buildHttpRpcRequest = ({ url }, headers, body) => ({\n    headers,\n    url,\n    body,\n    method: 'POST',\n});\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AmplifyError, } from '@aws-amplify/core/internals/utils';\nexport class AuthError extends AmplifyError {\n    constructor(params) {\n        super(params);\n        // Hack for making the custom error class work when transpiled to es5\n        // TODO: Delete the following 2 lines after we change the build target to >= es2015\n        this.constructor = AuthError;\n        Object.setPrototypeOf(this, AuthError.prototype);\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AuthError } from '../AuthError';\nimport { AmplifyErrorCode, } from '@aws-amplify/core/internals/utils';\nexport function assertServiceError(error) {\n    if (!error ||\n        error.name === 'Error' ||\n        error instanceof TypeError) {\n        throw new AuthError({\n            name: AmplifyErrorCode.Unknown,\n            message: 'An unknown error has occurred.',\n            underlyingError: error,\n        });\n    }\n}\n","import { composeServiceApi } from '@aws-amplify/core/internals/aws-client-utils/composers';\nimport { buildHttpRpcRequest, cognitoUserPoolTransferHandler, defaultConfig, getSharedHeaders, } from './base';\nimport { parseJsonBody, parseJsonError, } from '@aws-amplify/core/internals/aws-client-utils';\nimport { assertServiceError } from '../../../../../errors/utils/assertServiceError';\nimport { AuthError } from '../../../../../errors/AuthError';\nconst buildUserPoolSerializer = (operation) => (input, endpoint) => {\n    const headers = getSharedHeaders(operation);\n    const body = JSON.stringify(input);\n    return buildHttpRpcRequest(endpoint, headers, body);\n};\nconst buildUserPoolDeserializer = () => {\n    return async (response) => {\n        if (response.statusCode >= 300) {\n            const error = await parseJsonError(response);\n            assertServiceError(error);\n            throw new AuthError({ name: error.name, message: error.message });\n        }\n        else {\n            const body = await parseJsonBody(response);\n            return body;\n        }\n    };\n};\nconst handleEmptyResponseDeserializer = () => {\n    return async (response) => {\n        if (response.statusCode >= 300) {\n            const error = await parseJsonError(response);\n            assertServiceError(error);\n            throw new AuthError({ name: error.name, message: error.message });\n        }\n        else {\n            return undefined;\n        }\n    };\n};\nexport const initiateAuth = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('InitiateAuth'), buildUserPoolDeserializer(), defaultConfig);\nexport const revokeToken = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('RevokeToken'), buildUserPoolDeserializer(), defaultConfig);\nexport const signUp = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('SignUp'), buildUserPoolDeserializer(), defaultConfig);\nexport const confirmSignUp = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('ConfirmSignUp'), buildUserPoolDeserializer(), defaultConfig);\nexport const forgotPassword = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('ForgotPassword'), buildUserPoolDeserializer(), defaultConfig);\nexport const confirmForgotPassword = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('ConfirmForgotPassword'), buildUserPoolDeserializer(), defaultConfig);\nexport const respondToAuthChallenge = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('RespondToAuthChallenge'), buildUserPoolDeserializer(), defaultConfig);\nexport const resendConfirmationCode = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('ResendConfirmationCode'), buildUserPoolDeserializer(), defaultConfig);\nexport const verifySoftwareToken = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('VerifySoftwareToken'), buildUserPoolDeserializer(), defaultConfig);\nexport const associateSoftwareToken = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('AssociateSoftwareToken'), buildUserPoolDeserializer(), defaultConfig);\nexport const setUserMFAPreference = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('SetUserMFAPreference'), buildUserPoolDeserializer(), defaultConfig);\nexport const getUser = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('GetUser'), buildUserPoolDeserializer(), defaultConfig);\nexport const changePassword = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('ChangePassword'), buildUserPoolDeserializer(), defaultConfig);\nexport const confirmDevice = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('ConfirmDevice'), buildUserPoolDeserializer(), defaultConfig);\nexport const forgetDevice = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('ForgetDevice'), handleEmptyResponseDeserializer(), defaultConfig);\nexport const deleteUser = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('DeleteUser'), handleEmptyResponseDeserializer(), defaultConfig);\nexport const getUserAttributeVerificationCode = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('GetUserAttributeVerificationCode'), buildUserPoolDeserializer(), defaultConfig);\nexport const globalSignOut = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('GlobalSignOut'), buildUserPoolDeserializer(), defaultConfig);\nexport const updateUserAttributes = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('UpdateUserAttributes'), buildUserPoolDeserializer(), defaultConfig);\nexport const verifyUserAttribute = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('VerifyUserAttribute'), buildUserPoolDeserializer(), defaultConfig);\nexport const updateDeviceStatus = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('UpdateDeviceStatus'), buildUserPoolDeserializer(), defaultConfig);\nexport const listDevices = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('ListDevices'), buildUserPoolDeserializer(), defaultConfig);\nexport const deleteUserAttributes = composeServiceApi(cognitoUserPoolTransferHandler, buildUserPoolSerializer('DeleteUserAttributes'), buildUserPoolDeserializer(), defaultConfig);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AuthError } from '../../../../../errors/AuthError';\nexport function getRegion(userPoolId) {\n    const region = userPoolId?.split('_')[0];\n    if (!userPoolId ||\n        userPoolId.indexOf('_') < 0 ||\n        !region ||\n        typeof region !== 'string')\n        throw new AuthError({\n            name: 'InvalidUserPoolId',\n            message: 'Invalid user pool id provided.',\n        });\n    return region;\n}\nexport function getRegionFromIdentityPoolId(identityPoolId) {\n    if (!identityPoolId || !identityPoolId.includes(':')) {\n        throw new AuthError({\n            name: 'InvalidIdentityPoolIdException',\n            message: 'Invalid identity pool id provided.',\n            recoverySuggestion: 'Make sure a valid identityPoolId is given in the config.',\n        });\n    }\n    return identityPoolId.split(':')[0];\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AuthError } from './AuthError';\nexport const USER_UNAUTHENTICATED_EXCEPTION = 'UserUnAuthenticatedException';\nexport const USER_ALREADY_AUTHENTICATED_EXCEPTION = 'UserAlreadyAuthenticatedException';\nexport const DEVICE_METADATA_NOT_FOUND_EXCEPTION = 'DeviceMetadataNotFoundException';\nexport const AUTO_SIGN_IN_EXCEPTION = 'AutoSignInException';\nexport const INVALID_REDIRECT_EXCEPTION = 'InvalidRedirectException';\nexport const invalidRedirectException = new AuthError({\n    name: INVALID_REDIRECT_EXCEPTION,\n    message: 'signInRedirect or signOutRedirect had an invalid format or was not found.',\n    recoverySuggestion: 'Please make sure the signIn/Out redirect in your oauth config is valid.',\n});\nexport const INVALID_ORIGIN_EXCEPTION = 'InvalidOriginException';\nexport const invalidOriginException = new AuthError({\n    name: INVALID_ORIGIN_EXCEPTION,\n    message: 'redirect is coming from a different origin. The oauth flow needs to be initiated from the same origin',\n    recoverySuggestion: 'Please call signInWithRedirect from the same origin.',\n});\nexport const OAUTH_SIGNOUT_EXCEPTION = 'OAuthSignOutException';\nexport const TOKEN_REFRESH_EXCEPTION = 'TokenRefreshException';\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { AuthError } from '../../../errors/AuthError';\nimport { DEVICE_METADATA_NOT_FOUND_EXCEPTION, TOKEN_REFRESH_EXCEPTION, USER_UNAUTHENTICATED_EXCEPTION, } from '../../../errors/constants';\nexport function isTypeUserPoolConfig(authConfig) {\n    if (authConfig &&\n        authConfig.Cognito.userPoolId &&\n        authConfig.Cognito.userPoolClientId) {\n        return true;\n    }\n    return false;\n}\nexport function assertAuthTokens(tokens) {\n    if (!tokens || !tokens.accessToken) {\n        throw new AuthError({\n            name: USER_UNAUTHENTICATED_EXCEPTION,\n            message: 'User needs to be authenticated to call this API.',\n            recoverySuggestion: 'Sign in before calling this API again.',\n        });\n    }\n}\nexport function assertIdTokenInAuthTokens(tokens) {\n    if (!tokens || !tokens.idToken) {\n        throw new AuthError({\n            name: USER_UNAUTHENTICATED_EXCEPTION,\n            message: 'User needs to be authenticated to call this API.',\n            recoverySuggestion: 'Sign in before calling this API again.',\n        });\n    }\n}\nexport const oAuthTokenRefreshException = new AuthError({\n    name: TOKEN_REFRESH_EXCEPTION,\n    message: `Token refresh is not supported when authenticated with the 'implicit grant' (token) oauth flow. \n\tPlease change your oauth configuration to use 'code grant' flow.`,\n    recoverySuggestion: `Please logout and change your Amplify configuration to use \"code grant\" flow. \n\tE.g { responseType: 'code' }`,\n});\nexport const tokenRefreshException = new AuthError({\n    name: USER_UNAUTHENTICATED_EXCEPTION,\n    message: 'User needs to be authenticated to call this API.',\n    recoverySuggestion: 'Sign in before calling this API again.',\n});\nexport function assertAuthTokensWithRefreshToken(tokens) {\n    if (isAuthenticatedWithImplicitOauthFlow(tokens)) {\n        throw oAuthTokenRefreshException;\n    }\n    if (!isAuthenticatedWithRefreshToken(tokens)) {\n        throw tokenRefreshException;\n    }\n}\nexport function assertDeviceMetadata(deviceMetadata) {\n    if (!deviceMetadata ||\n        !deviceMetadata.deviceKey ||\n        !deviceMetadata.deviceGroupKey ||\n        !deviceMetadata.randomPassword) {\n        throw new AuthError({\n            name: DEVICE_METADATA_NOT_FOUND_EXCEPTION,\n            message: 'Either deviceKey, deviceGroupKey or secretPassword were not found during the sign-in process.',\n            recoverySuggestion: 'Make sure to not clear storage after calling the signIn API.',\n        });\n    }\n}\nexport const OAuthStorageKeys = {\n    inflightOAuth: 'inflightOAuth',\n    oauthSignIn: 'oauthSignIn',\n    oauthPKCE: 'oauthPKCE',\n    oauthState: 'oauthState',\n};\nfunction isAuthenticated(tokens) {\n    return tokens?.accessToken || tokens?.idToken;\n}\nfunction isAuthenticatedWithRefreshToken(tokens) {\n    return isAuthenticated(tokens) && tokens?.refreshToken;\n}\nfunction isAuthenticatedWithImplicitOauthFlow(tokens) {\n    return isAuthenticated(tokens) && !tokens?.refreshToken;\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { assertTokenProviderConfig, decodeJWT, deDupeAsyncFunction, } from '@aws-amplify/core/internals/utils';\nimport { initiateAuth } from '../utils/clients/CognitoIdentityProvider';\nimport { getRegion } from '../utils/clients/CognitoIdentityProvider/utils';\nimport { assertAuthTokensWithRefreshToken } from '../utils/types';\nimport { AuthError } from '../../../errors/AuthError';\nimport { getUserContextData } from './userContextData';\nconst refreshAuthTokensFunction = async ({ tokens, authConfig, username, }) => {\n    assertTokenProviderConfig(authConfig?.Cognito);\n    const region = getRegion(authConfig.Cognito.userPoolId);\n    assertAuthTokensWithRefreshToken(tokens);\n    const refreshTokenString = tokens.refreshToken;\n    const AuthParameters = {\n        REFRESH_TOKEN: refreshTokenString,\n    };\n    if (tokens.deviceMetadata?.deviceKey) {\n        AuthParameters['DEVICE_KEY'] = tokens.deviceMetadata.deviceKey;\n    }\n    const UserContextData = getUserContextData({\n        username,\n        userPoolId: authConfig.Cognito.userPoolId,\n        userPoolClientId: authConfig.Cognito.userPoolClientId,\n    });\n    const { AuthenticationResult } = await initiateAuth({ region }, {\n        ClientId: authConfig?.Cognito?.userPoolClientId,\n        AuthFlow: 'REFRESH_TOKEN_AUTH',\n        AuthParameters,\n        UserContextData,\n    });\n    const accessToken = decodeJWT(AuthenticationResult?.AccessToken ?? '');\n    const idToken = AuthenticationResult?.IdToken\n        ? decodeJWT(AuthenticationResult.IdToken)\n        : undefined;\n    const iat = accessToken.payload.iat;\n    // This should never happen. If it does, it's a bug from the service.\n    if (!iat) {\n        throw new AuthError({\n            name: 'iatNotFoundException',\n            message: 'iat not found in access token',\n        });\n    }\n    const clockDrift = iat * 1000 - new Date().getTime();\n    return {\n        accessToken,\n        idToken,\n        clockDrift,\n        refreshToken: refreshTokenString,\n        username,\n    };\n};\nexport const refreshAuthTokens = deDupeAsyncFunction(refreshAuthTokensFunction);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport function getUserContextData({ username, userPoolId, userPoolClientId, }) {\n    if (typeof window === 'undefined') {\n        return undefined;\n    }\n    const amazonCognitoAdvancedSecurityData = window\n        .AmazonCognitoAdvancedSecurityData;\n    if (typeof amazonCognitoAdvancedSecurityData === 'undefined') {\n        return undefined;\n    }\n    const advancedSecurityData = amazonCognitoAdvancedSecurityData.getData(username, userPoolId, userPoolClientId);\n    if (advancedSecurityData) {\n        const userContextData = {\n            EncodedData: advancedSecurityData,\n        };\n        return userContextData;\n    }\n    return {};\n}\n","export const AuthTokenStorageKeys = {\n    accessToken: 'accessToken',\n    idToken: 'idToken',\n    oidcProvider: 'oidcProvider',\n    clockDrift: 'clockDrift',\n    refreshToken: 'refreshToken',\n    deviceKey: 'deviceKey',\n    randomPasswordKey: 'randomPasswordKey',\n    deviceGroupKey: 'deviceGroupKey',\n    signInDetails: 'signInDetails',\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { createAssertionFunction, } from '@aws-amplify/core/internals/utils';\nexport var TokenProviderErrorCode;\n(function (TokenProviderErrorCode) {\n    TokenProviderErrorCode[\"InvalidAuthTokens\"] = \"InvalidAuthTokens\";\n})(TokenProviderErrorCode || (TokenProviderErrorCode = {}));\nconst tokenValidationErrorMap = {\n    [TokenProviderErrorCode.InvalidAuthTokens]: {\n        message: 'Invalid tokens.',\n        recoverySuggestion: 'Make sure the tokens are valid.',\n    },\n};\nexport const assert = createAssertionFunction(tokenValidationErrorMap);\n","import { assertTokenProviderConfig, decodeJWT, } from '@aws-amplify/core/internals/utils';\nimport { AuthTokenStorageKeys, } from './types';\nimport { AuthError } from '../../../errors/AuthError';\nimport { assert, TokenProviderErrorCode } from './errorHelpers';\nexport class DefaultTokenStore {\n    constructor() {\n        this.name = 'CognitoIdentityServiceProvider'; // To be backwards compatible with V5, no migration needed\n    }\n    getKeyValueStorage() {\n        if (!this.keyValueStorage) {\n            throw new AuthError({\n                name: 'KeyValueStorageNotFoundException',\n                message: 'KeyValueStorage was not found in TokenStore',\n            });\n        }\n        return this.keyValueStorage;\n    }\n    setKeyValueStorage(keyValueStorage) {\n        this.keyValueStorage = keyValueStorage;\n    }\n    setAuthConfig(authConfig) {\n        this.authConfig = authConfig;\n    }\n    async loadTokens() {\n        // TODO(v6): migration logic should be here\n        // Reading V5 tokens old format\n        try {\n            const authKeys = await this.getAuthKeys();\n            const accessTokenString = await this.getKeyValueStorage().getItem(authKeys.accessToken);\n            if (!accessTokenString) {\n                throw new AuthError({\n                    name: 'NoSessionFoundException',\n                    message: 'Auth session was not found. Make sure to call signIn.',\n                });\n            }\n            const accessToken = decodeJWT(accessTokenString);\n            const itString = await this.getKeyValueStorage().getItem(authKeys.idToken);\n            const idToken = itString ? decodeJWT(itString) : undefined;\n            const refreshToken = (await this.getKeyValueStorage().getItem(authKeys.refreshToken)) ??\n                undefined;\n            const clockDriftString = (await this.getKeyValueStorage().getItem(authKeys.clockDrift)) ?? '0';\n            const clockDrift = Number.parseInt(clockDriftString);\n            const signInDetails = await this.getKeyValueStorage().getItem(authKeys.signInDetails);\n            const tokens = {\n                accessToken,\n                idToken,\n                refreshToken,\n                deviceMetadata: (await this.getDeviceMetadata()) ?? undefined,\n                clockDrift,\n                username: await this.getLastAuthUser(),\n            };\n            if (signInDetails) {\n                tokens.signInDetails = JSON.parse(signInDetails);\n            }\n            return tokens;\n        }\n        catch (err) {\n            return null;\n        }\n    }\n    async storeTokens(tokens) {\n        assert(tokens !== undefined, TokenProviderErrorCode.InvalidAuthTokens);\n        await this.clearTokens();\n        const lastAuthUser = tokens.username;\n        await this.getKeyValueStorage().setItem(this.getLastAuthUserKey(), lastAuthUser);\n        const authKeys = await this.getAuthKeys();\n        await this.getKeyValueStorage().setItem(authKeys.accessToken, tokens.accessToken.toString());\n        if (!!tokens.idToken) {\n            await this.getKeyValueStorage().setItem(authKeys.idToken, tokens.idToken.toString());\n        }\n        if (!!tokens.refreshToken) {\n            await this.getKeyValueStorage().setItem(authKeys.refreshToken, tokens.refreshToken);\n        }\n        if (!!tokens.deviceMetadata) {\n            if (tokens.deviceMetadata.deviceKey) {\n                await this.getKeyValueStorage().setItem(authKeys.deviceKey, tokens.deviceMetadata.deviceKey);\n            }\n            if (tokens.deviceMetadata.deviceGroupKey) {\n                await this.getKeyValueStorage().setItem(authKeys.deviceGroupKey, tokens.deviceMetadata.deviceGroupKey);\n            }\n            await this.getKeyValueStorage().setItem(authKeys.randomPasswordKey, tokens.deviceMetadata.randomPassword);\n        }\n        if (!!tokens.signInDetails) {\n            await this.getKeyValueStorage().setItem(authKeys.signInDetails, JSON.stringify(tokens.signInDetails));\n        }\n        await this.getKeyValueStorage().setItem(authKeys.clockDrift, `${tokens.clockDrift}`);\n    }\n    async clearTokens() {\n        const authKeys = await this.getAuthKeys();\n        // Not calling clear because it can remove data that is not managed by AuthTokenStore\n        await Promise.all([\n            this.getKeyValueStorage().removeItem(authKeys.accessToken),\n            this.getKeyValueStorage().removeItem(authKeys.idToken),\n            this.getKeyValueStorage().removeItem(authKeys.clockDrift),\n            this.getKeyValueStorage().removeItem(authKeys.refreshToken),\n            this.getKeyValueStorage().removeItem(authKeys.signInDetails),\n            this.getKeyValueStorage().removeItem(this.getLastAuthUserKey()),\n        ]);\n    }\n    async getDeviceMetadata(username) {\n        const authKeys = await this.getAuthKeys(username);\n        const deviceKey = await this.getKeyValueStorage().getItem(authKeys.deviceKey);\n        const deviceGroupKey = await this.getKeyValueStorage().getItem(authKeys.deviceGroupKey);\n        const randomPassword = await this.getKeyValueStorage().getItem(authKeys.randomPasswordKey);\n        return !!randomPassword\n            ? {\n                deviceKey: deviceKey ?? undefined,\n                deviceGroupKey: deviceGroupKey ?? undefined,\n                randomPassword,\n            }\n            : null;\n    }\n    async clearDeviceMetadata(username) {\n        const authKeys = await this.getAuthKeys(username);\n        await Promise.all([\n            this.getKeyValueStorage().removeItem(authKeys.deviceKey),\n            this.getKeyValueStorage().removeItem(authKeys.deviceGroupKey),\n            this.getKeyValueStorage().removeItem(authKeys.randomPasswordKey),\n        ]);\n    }\n    async getAuthKeys(username) {\n        assertTokenProviderConfig(this.authConfig?.Cognito);\n        const lastAuthUser = username ?? (await this.getLastAuthUser());\n        return createKeysForAuthStorage(this.name, `${this.authConfig.Cognito.userPoolClientId}.${lastAuthUser}`);\n    }\n    getLastAuthUserKey() {\n        assertTokenProviderConfig(this.authConfig?.Cognito);\n        const identifier = this.authConfig.Cognito.userPoolClientId;\n        return `${this.name}.${identifier}.LastAuthUser`;\n    }\n    async getLastAuthUser() {\n        const lastAuthUser = (await this.getKeyValueStorage().getItem(this.getLastAuthUserKey())) ??\n            'username';\n        return lastAuthUser;\n    }\n}\nexport const createKeysForAuthStorage = (provider, identifier) => {\n    return getAuthStorageKeys(AuthTokenStorageKeys)(`${provider}`, identifier);\n};\nexport function getAuthStorageKeys(authKeys) {\n    const keys = Object.values({ ...authKeys });\n    return (prefix, identifier) => keys.reduce((acc, authKey) => ({\n        ...acc,\n        [authKey]: `${prefix}.${identifier}.${authKey}`,\n    }), {});\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { Hub, } from '@aws-amplify/core';\nimport { AMPLIFY_SYMBOL, assertTokenProviderConfig, isTokenExpired, } from '@aws-amplify/core/internals/utils';\nimport { assertServiceError } from '../../../errors/utils/assertServiceError';\nimport { AuthError } from '../../../errors/AuthError';\nexport class TokenOrchestrator {\n    constructor() {\n        this.waitForInflightOAuth = async () => { };\n    }\n    setAuthConfig(authConfig) {\n        this.authConfig = authConfig;\n    }\n    setTokenRefresher(tokenRefresher) {\n        this.tokenRefresher = tokenRefresher;\n    }\n    setAuthTokenStore(tokenStore) {\n        this.tokenStore = tokenStore;\n    }\n    setWaitForInflightOAuth(waitForInflightOAuth) {\n        this.waitForInflightOAuth = waitForInflightOAuth;\n    }\n    getTokenStore() {\n        if (!this.tokenStore) {\n            throw new AuthError({\n                name: 'EmptyTokenStoreException',\n                message: 'TokenStore not set',\n            });\n        }\n        return this.tokenStore;\n    }\n    getTokenRefresher() {\n        if (!this.tokenRefresher) {\n            throw new AuthError({\n                name: 'EmptyTokenRefresherException',\n                message: 'TokenRefresher not set',\n            });\n        }\n        return this.tokenRefresher;\n    }\n    async getTokens(options) {\n        let tokens;\n        try {\n            assertTokenProviderConfig(this.authConfig?.Cognito);\n        }\n        catch (_err) {\n            // Token provider not configured\n            return null;\n        }\n        await this.waitForInflightOAuth();\n        tokens = await this.getTokenStore().loadTokens();\n        const username = await this.getTokenStore().getLastAuthUser();\n        if (tokens === null) {\n            return null;\n        }\n        const idTokenExpired = !!tokens?.idToken &&\n            isTokenExpired({\n                expiresAt: (tokens.idToken?.payload?.exp ?? 0) * 1000,\n                clockDrift: tokens.clockDrift ?? 0,\n            });\n        const accessTokenExpired = isTokenExpired({\n            expiresAt: (tokens.accessToken?.payload?.exp ?? 0) * 1000,\n            clockDrift: tokens.clockDrift ?? 0,\n        });\n        if (options?.forceRefresh || idTokenExpired || accessTokenExpired) {\n            tokens = await this.refreshTokens({\n                tokens,\n                username,\n            });\n            if (tokens === null) {\n                return null;\n            }\n        }\n        return {\n            accessToken: tokens?.accessToken,\n            idToken: tokens?.idToken,\n            signInDetails: tokens?.signInDetails,\n        };\n    }\n    async refreshTokens({ tokens, username, }) {\n        try {\n            const newTokens = await this.getTokenRefresher()({\n                tokens,\n                authConfig: this.authConfig,\n                username,\n            });\n            await this.setTokens({ tokens: newTokens });\n            Hub.dispatch('auth', { event: 'tokenRefresh' }, 'Auth', AMPLIFY_SYMBOL);\n            return newTokens;\n        }\n        catch (err) {\n            return this.handleErrors(err);\n        }\n    }\n    handleErrors(err) {\n        assertServiceError(err);\n        if (err.message !== 'Network error') {\n            // TODO(v6): Check errors on client\n            this.clearTokens();\n        }\n        Hub.dispatch('auth', {\n            event: 'tokenRefresh_failure',\n            data: { error: err },\n        }, 'Auth', AMPLIFY_SYMBOL);\n        if (err.name.startsWith('NotAuthorizedException')) {\n            return null;\n        }\n        throw err;\n    }\n    async setTokens({ tokens }) {\n        return this.getTokenStore().storeTokens(tokens);\n    }\n    async clearTokens() {\n        return this.getTokenStore().clearTokens();\n    }\n    getDeviceMetadata(username) {\n        return this.getTokenStore().getDeviceMetadata(username);\n    }\n    clearDeviceMetadata(username) {\n        return this.getTokenStore().clearDeviceMetadata(username);\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { CognitoUserPoolsTokenProvider } from './CognitoUserPoolsTokenProvider';\nexport const cognitoUserPoolsTokenProvider = new CognitoUserPoolsTokenProvider();\nexport const tokenOrchestrator = cognitoUserPoolsTokenProvider.tokenOrchestrator;\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { defaultStorage, } from '@aws-amplify/core';\nimport { refreshAuthTokens } from '../utils/refreshAuthTokens';\nimport { DefaultTokenStore } from './TokenStore';\nimport { TokenOrchestrator } from './TokenOrchestrator';\nexport class CognitoUserPoolsTokenProvider {\n    constructor() {\n        this.authTokenStore = new DefaultTokenStore();\n        this.authTokenStore.setKeyValueStorage(defaultStorage);\n        this.tokenOrchestrator = new TokenOrchestrator();\n        this.tokenOrchestrator.setAuthTokenStore(this.authTokenStore);\n        this.tokenOrchestrator.setTokenRefresher(refreshAuthTokens);\n    }\n    getTokens({ forceRefresh } = { forceRefresh: false }) {\n        return this.tokenOrchestrator.getTokens({ forceRefresh });\n    }\n    setKeyValueStorage(keyValueStorage) {\n        this.authTokenStore.setKeyValueStorage(keyValueStorage);\n    }\n    setWaitForInflightOAuth(waitForInflightOAuth) {\n        this.tokenOrchestrator.setWaitForInflightOAuth(waitForInflightOAuth);\n    }\n    setAuthConfig(authConfig) {\n        this.authTokenStore.setAuthConfig(authConfig);\n        this.tokenOrchestrator.setAuthConfig(authConfig);\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nexport const IdentityIdStorageKeys = {\n    identityId: 'identityId',\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { ConsoleLogger, } from '@aws-amplify/core';\nimport { assertIdentityPoolIdConfig } from '@aws-amplify/core/internals/utils';\nimport { IdentityIdStorageKeys } from './types';\nimport { getAuthStorageKeys } from '../tokenProvider/TokenStore';\nconst logger = new ConsoleLogger('DefaultIdentityIdStore');\nexport class DefaultIdentityIdStore {\n    setAuthConfig(authConfigParam) {\n        assertIdentityPoolIdConfig(authConfigParam.Cognito);\n        this.authConfig = authConfigParam;\n        this._authKeys = createKeysForAuthStorage('Cognito', authConfigParam.Cognito.identityPoolId);\n        return;\n    }\n    constructor(keyValueStorage) {\n        this._authKeys = {};\n        this.keyValueStorage = keyValueStorage;\n    }\n    async loadIdentityId() {\n        assertIdentityPoolIdConfig(this.authConfig?.Cognito);\n        try {\n            if (!!this._primaryIdentityId) {\n                return {\n                    id: this._primaryIdentityId,\n                    type: 'primary',\n                };\n            }\n            else {\n                const storedIdentityId = await this.keyValueStorage.getItem(this._authKeys.identityId);\n                if (!!storedIdentityId) {\n                    return {\n                        id: storedIdentityId,\n                        type: 'guest',\n                    };\n                }\n                return null;\n            }\n        }\n        catch (err) {\n            logger.log('Error getting stored IdentityId.', err);\n            return null;\n        }\n    }\n    async storeIdentityId(identity) {\n        assertIdentityPoolIdConfig(this.authConfig?.Cognito);\n        if (identity.type === 'guest') {\n            this.keyValueStorage.setItem(this._authKeys.identityId, identity.id);\n            // Clear in-memory storage of primary identityId\n            this._primaryIdentityId = undefined;\n        }\n        else {\n            this._primaryIdentityId = identity.id;\n            // Clear locally stored guest id\n            this.keyValueStorage.removeItem(this._authKeys.identityId);\n        }\n    }\n    async clearIdentityId() {\n        this._primaryIdentityId = undefined;\n        await this.keyValueStorage.removeItem(this._authKeys.identityId);\n    }\n}\nconst createKeysForAuthStorage = (provider, identifier) => {\n    return getAuthStorageKeys(IdentityIdStorageKeys)(`com.amplify.${provider}`, identifier);\n};\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { getDnsSuffix, unauthenticatedHandler, parseJsonError, } from '../../clients';\nimport { composeTransferHandler } from '../../clients/internal/composeTransferHandler';\nimport { jitteredBackoff, getRetryDecider, } from '../../clients/middleware/retry';\nimport { getAmplifyUserAgent } from '../../Platform';\nimport { observeFrameworkChanges } from '../../Platform/detectFramework';\nimport { AmplifyUrl } from '../../utils/amplifyUrl';\n/**\n * The service name used to sign requests if the API requires authentication.\n */\nconst SERVICE_NAME = 'cognito-identity';\n/**\n * The endpoint resolver function that returns the endpoint URL for a given region.\n */\nconst endpointResolver = ({ region }) => ({\n    url: new AmplifyUrl(`https://cognito-identity.${region}.${getDnsSuffix(region)}`),\n});\n/**\n * A Cognito Identity-specific middleware that disables caching for all requests.\n */\nconst disableCacheMiddleware = () => (next, context) => async function disableCacheMiddleware(request) {\n    request.headers['cache-control'] = 'no-store';\n    return next(request);\n};\n/**\n * A Cognito Identity-specific transfer handler that does NOT sign requests, and\n * disables caching.\n *\n * @internal\n */\nexport const cognitoIdentityTransferHandler = composeTransferHandler(unauthenticatedHandler, [disableCacheMiddleware]);\n/**\n * @internal\n */\nexport const defaultConfig = {\n    service: SERVICE_NAME,\n    endpointResolver,\n    retryDecider: getRetryDecider(parseJsonError),\n    computeDelay: jitteredBackoff,\n    userAgentValue: getAmplifyUserAgent(),\n    cache: 'no-store',\n};\nobserveFrameworkChanges(() => {\n    defaultConfig.userAgentValue = getAmplifyUserAgent();\n});\n/**\n * @internal\n */\nexport const getSharedHeaders = (operation) => ({\n    'content-type': 'application/x-amz-json-1.1',\n    'x-amz-target': `AWSCognitoIdentityService.${operation}`,\n});\n/**\n * @internal\n */\nexport const buildHttpRpcRequest = ({ url }, headers, body) => ({\n    headers,\n    url,\n    body,\n    method: 'POST',\n});\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { buildHttpRpcRequest, cognitoIdentityTransferHandler, defaultConfig, getSharedHeaders, } from './base';\nimport { parseJsonBody, parseJsonError, parseMetadata, } from '../../clients';\nimport { composeServiceApi } from '../../clients/internal';\nconst getIdSerializer = (input, endpoint) => {\n    const headers = getSharedHeaders('GetId');\n    const body = JSON.stringify(input);\n    return buildHttpRpcRequest(endpoint, headers, body);\n};\nconst getIdDeserializer = async (response) => {\n    if (response.statusCode >= 300) {\n        const error = await parseJsonError(response);\n        throw error;\n    }\n    else {\n        const body = await parseJsonBody(response);\n        return {\n            IdentityId: body.IdentityId,\n            $metadata: parseMetadata(response),\n        };\n    }\n};\n/**\n * @internal\n */\nexport const getId = composeServiceApi(cognitoIdentityTransferHandler, getIdSerializer, getIdDeserializer, defaultConfig);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { decodeJWT } from '@aws-amplify/core/internals/utils';\nimport { AuthError } from '../../../errors/AuthError';\nexport function formLoginsMap(idToken) {\n    const issuer = decodeJWT(idToken).payload.iss;\n    const res = {};\n    if (!issuer) {\n        throw new AuthError({\n            name: 'InvalidIdTokenException',\n            message: 'Invalid Idtoken.',\n        });\n    }\n    let domainName = issuer.replace(/(^\\w+:|^)\\/\\//, '');\n    res[domainName] = idToken;\n    return res;\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { getId, ConsoleLogger } from '@aws-amplify/core';\nimport { AuthError } from '../../../errors/AuthError';\nimport { getRegionFromIdentityPoolId } from '../utils/clients/CognitoIdentityProvider/utils';\nimport { formLoginsMap } from './utils';\nconst logger = new ConsoleLogger('CognitoIdentityIdProvider');\n/**\n * Provides a Cognito identityId\n *\n * @param tokens - The AuthTokens received after SignIn\n * @returns string\n * @throws configuration excpetions: {@link InvalidIdentityPoolIdException }\n *  - Auth errors that may arise from misconfiguration.\n * @throws service excpetions: {@link GetIdException }\n */\nexport async function cognitoIdentityIdProvider({ tokens, authConfig, identityIdStore, }) {\n    identityIdStore.setAuthConfig({ Cognito: authConfig });\n    // will return null only if there is no identityId cached or if there is an error retrieving it\n    let identityId = await identityIdStore.loadIdentityId();\n    // Tokens are available so return primary identityId\n    if (tokens) {\n        // If there is existing primary identityId in-memory return that\n        if (identityId && identityId.type === 'primary') {\n            return identityId.id;\n        }\n        else {\n            const logins = tokens.idToken\n                ? formLoginsMap(tokens.idToken.toString())\n                : {};\n            const generatedIdentityId = await generateIdentityId(logins, authConfig);\n            if (identityId && identityId.id === generatedIdentityId) {\n                logger.debug(`The guest identity ${identityId.id} has become the primary identity.`);\n            }\n            identityId = {\n                id: generatedIdentityId,\n                type: 'primary',\n            };\n        }\n    }\n    else {\n        // If there is existing guest identityId cached return that\n        if (identityId && identityId.type === 'guest') {\n            return identityId.id;\n        }\n        else {\n            identityId = {\n                id: await generateIdentityId({}, authConfig),\n                type: 'guest',\n            };\n        }\n    }\n    // Store in-memory or local storage depending on guest or primary identityId\n    identityIdStore.storeIdentityId(identityId);\n    return identityId.id;\n}\nasync function generateIdentityId(logins, authConfig) {\n    const identityPoolId = authConfig?.identityPoolId;\n    const region = getRegionFromIdentityPoolId(identityPoolId);\n    // IdentityId is absent so get it using IdentityPoolId with Cognito's GetId API\n    const idResult = \n    // for a first-time user, this will return a brand new identity\n    // for a returning user, this will retrieve the previous identity assocaited with the logins\n    (await getId({\n        region,\n    }, {\n        IdentityPoolId: identityPoolId,\n        Logins: logins,\n    })).IdentityId;\n    if (!idResult) {\n        throw new AuthError({\n            name: 'GetIdResponseException',\n            message: 'Received undefined response from getId operation',\n            recoverySuggestion: 'Make sure to pass a valid identityPoolId in the configuration.',\n        });\n    }\n    return idResult;\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { buildHttpRpcRequest, cognitoIdentityTransferHandler, defaultConfig, getSharedHeaders, } from './base';\nimport { parseJsonBody, parseJsonError, parseMetadata, } from '../../clients';\nimport { composeServiceApi } from '../../clients/internal';\nconst getCredentialsForIdentitySerializer = (input, endpoint) => {\n    const headers = getSharedHeaders('GetCredentialsForIdentity');\n    const body = JSON.stringify(input);\n    return buildHttpRpcRequest(endpoint, headers, body);\n};\nconst getCredentialsForIdentityDeserializer = async (response) => {\n    if (response.statusCode >= 300) {\n        const error = await parseJsonError(response);\n        throw error;\n    }\n    else {\n        const body = await parseJsonBody(response);\n        return {\n            IdentityId: body.IdentityId,\n            Credentials: deserializeCredentials(body.Credentials),\n            $metadata: parseMetadata(response),\n        };\n    }\n};\nconst deserializeCredentials = ({ AccessKeyId, SecretKey, SessionToken, Expiration, } = {}) => {\n    return {\n        AccessKeyId,\n        SecretKey,\n        SessionToken,\n        Expiration: Expiration && new Date(Expiration * 1000),\n    };\n};\n/**\n * @internal\n */\nexport const getCredentialsForIdentity = composeServiceApi(cognitoIdentityTransferHandler, getCredentialsForIdentitySerializer, getCredentialsForIdentityDeserializer, defaultConfig);\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { cognitoIdentityIdProvider } from './IdentityIdProvider';\nimport { getCredentialsForIdentity, ConsoleLogger, } from '@aws-amplify/core';\nimport { assertIdentityPoolIdConfig, } from '@aws-amplify/core/internals/utils';\nimport { AuthError } from '../../../errors/AuthError';\nimport { getRegionFromIdentityPoolId } from '../utils/clients/CognitoIdentityProvider/utils';\nimport { assertIdTokenInAuthTokens } from '../utils/types';\nimport { formLoginsMap } from './utils';\nconst logger = new ConsoleLogger('CognitoCredentialsProvider');\nconst CREDENTIALS_TTL = 50 * 60 * 1000; // 50 min, can be modified on config if required in the future\nexport class CognitoAWSCredentialsAndIdentityIdProvider {\n    constructor(identityIdStore) {\n        this._nextCredentialsRefresh = 0;\n        this._identityIdStore = identityIdStore;\n    }\n    async clearCredentialsAndIdentityId() {\n        logger.debug('Clearing out credentials and identityId');\n        this._credentialsAndIdentityId = undefined;\n        await this._identityIdStore.clearIdentityId();\n    }\n    async clearCredentials() {\n        logger.debug('Clearing out in-memory credentials');\n        this._credentialsAndIdentityId = undefined;\n    }\n    async getCredentialsAndIdentityId(getCredentialsOptions) {\n        const isAuthenticated = getCredentialsOptions.authenticated;\n        const tokens = getCredentialsOptions.tokens;\n        const authConfig = getCredentialsOptions.authConfig;\n        try {\n            assertIdentityPoolIdConfig(authConfig?.Cognito);\n        }\n        catch {\n            // No identity pool configured, skipping\n            return;\n        }\n        if (!isAuthenticated && !authConfig.Cognito.allowGuestAccess) {\n            // TODO(V6): return partial result like Native platforms\n            return;\n        }\n        const forceRefresh = getCredentialsOptions.forceRefresh;\n        const tokenHasChanged = this.hasTokenChanged(tokens);\n        const identityId = await cognitoIdentityIdProvider({\n            tokens,\n            authConfig: authConfig.Cognito,\n            identityIdStore: this._identityIdStore,\n        });\n        // Clear cached credentials when forceRefresh is true OR the cache token has changed\n        if (forceRefresh || tokenHasChanged) {\n            this.clearCredentials();\n        }\n        if (!isAuthenticated) {\n            return this.getGuestCredentials(identityId, authConfig.Cognito);\n        }\n        else {\n            assertIdTokenInAuthTokens(tokens);\n            return this.credsForOIDCTokens(authConfig.Cognito, tokens, identityId);\n        }\n    }\n    async getGuestCredentials(identityId, authConfig) {\n        // Return existing in-memory cached credentials only if it exists, is not past it's lifetime and is unauthenticated credentials\n        if (this._credentialsAndIdentityId &&\n            !this.isPastTTL() &&\n            this._credentialsAndIdentityId.isAuthenticatedCreds === false) {\n            logger.info('returning stored credentials as they neither past TTL nor expired.');\n            return this._credentialsAndIdentityId;\n        }\n        // Clear to discard if any authenticated credentials are set and start with a clean slate\n        this.clearCredentials();\n        const region = getRegionFromIdentityPoolId(authConfig.identityPoolId);\n        // use identityId to obtain guest credentials\n        // save credentials in-memory\n        // No logins params should be passed for guest creds:\n        // https://docs.aws.amazon.com/cognitoidentity/latest/APIReference/API_GetCredentialsForIdentity.html\n        const clientResult = await getCredentialsForIdentity({ region }, {\n            IdentityId: identityId,\n        });\n        if (clientResult.Credentials &&\n            clientResult.Credentials.AccessKeyId &&\n            clientResult.Credentials.SecretKey) {\n            this._nextCredentialsRefresh = new Date().getTime() + CREDENTIALS_TTL;\n            const res = {\n                credentials: {\n                    accessKeyId: clientResult.Credentials.AccessKeyId,\n                    secretAccessKey: clientResult.Credentials.SecretKey,\n                    sessionToken: clientResult.Credentials.SessionToken,\n                    expiration: clientResult.Credentials.Expiration,\n                },\n                identityId,\n            };\n            const identityIdRes = clientResult.IdentityId;\n            if (identityIdRes) {\n                res.identityId = identityIdRes;\n                this._identityIdStore.storeIdentityId({\n                    id: identityIdRes,\n                    type: 'guest',\n                });\n            }\n            this._credentialsAndIdentityId = {\n                ...res,\n                isAuthenticatedCreds: false,\n            };\n            return res;\n        }\n        else {\n            throw new AuthError({\n                name: 'CredentialsNotFoundException',\n                message: `Cognito did not respond with either Credentials, AccessKeyId or SecretKey.`,\n            });\n        }\n    }\n    async credsForOIDCTokens(authConfig, authTokens, identityId) {\n        if (this._credentialsAndIdentityId &&\n            !this.isPastTTL() &&\n            this._credentialsAndIdentityId.isAuthenticatedCreds === true) {\n            logger.debug('returning stored credentials as they neither past TTL nor expired.');\n            return this._credentialsAndIdentityId;\n        }\n        // Clear to discard if any unauthenticated credentials are set and start with a clean slate\n        this.clearCredentials();\n        const logins = authTokens.idToken\n            ? formLoginsMap(authTokens.idToken.toString())\n            : {};\n        const region = getRegionFromIdentityPoolId(authConfig.identityPoolId);\n        const clientResult = await getCredentialsForIdentity({ region }, {\n            IdentityId: identityId,\n            Logins: logins,\n        });\n        if (clientResult.Credentials &&\n            clientResult.Credentials.AccessKeyId &&\n            clientResult.Credentials.SecretKey) {\n            const res = {\n                credentials: {\n                    accessKeyId: clientResult.Credentials.AccessKeyId,\n                    secretAccessKey: clientResult.Credentials.SecretKey,\n                    sessionToken: clientResult.Credentials.SessionToken,\n                    expiration: clientResult.Credentials.Expiration,\n                },\n                identityId,\n            };\n            // Store the credentials in-memory along with the expiration\n            this._credentialsAndIdentityId = {\n                ...res,\n                isAuthenticatedCreds: true,\n                associatedIdToken: authTokens.idToken?.toString(),\n            };\n            this._nextCredentialsRefresh = new Date().getTime() + CREDENTIALS_TTL;\n            const identityIdRes = clientResult.IdentityId;\n            if (identityIdRes) {\n                res.identityId = identityIdRes;\n                this._identityIdStore.storeIdentityId({\n                    id: identityIdRes,\n                    type: 'primary',\n                });\n            }\n            return res;\n        }\n        else {\n            throw new AuthError({\n                name: 'CredentialsException',\n                message: `Cognito did not respond with either Credentials, AccessKeyId or SecretKey.`,\n            });\n        }\n    }\n    isPastTTL() {\n        return this._nextCredentialsRefresh === undefined\n            ? true\n            : this._nextCredentialsRefresh <= Date.now();\n    }\n    hasTokenChanged(tokens) {\n        return (!!tokens &&\n            !!this._credentialsAndIdentityId?.associatedIdToken &&\n            tokens.idToken?.toString() !==\n                this._credentialsAndIdentityId.associatedIdToken);\n    }\n}\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { DefaultIdentityIdStore } from './IdentityIdStore';\nimport { CognitoAWSCredentialsAndIdentityIdProvider } from './credentialsProvider';\nimport { defaultStorage } from '@aws-amplify/core';\n/**\n * Cognito specific implmentation of the CredentialsProvider interface\n * that manages setting and getting of AWS Credentials.\n *\n * @throws configuration expections: {@link InvalidIdentityPoolIdException }\n *  - Auth errors that may arise from misconfiguration.\n * @throws service expections: {@link GetCredentialsForIdentityException}, {@link GetIdException}\n *\n */\nexport const cognitoCredentialsProvider = new CognitoAWSCredentialsAndIdentityIdProvider(new DefaultIdentityIdStore(defaultStorage));\nexport { CognitoAWSCredentialsAndIdentityIdProvider, DefaultIdentityIdStore };\n","// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n// SPDX-License-Identifier: Apache-2.0\nimport { Amplify, CookieStorage, defaultStorage, } from '@aws-amplify/core';\nimport { parseAWSExports, } from '@aws-amplify/core/internals/utils';\nimport { cognitoUserPoolsTokenProvider, cognitoCredentialsProvider, } from './auth/cognito';\nexport const DefaultAmplify = {\n    /**\n     * Configures Amplify with the {@link resourceConfig} and {@link libraryOptions}.\n     *\n     * @param resourceConfig The {@link ResourcesConfig} object that is typically imported from the\n     * `amplifyconfiguration.json` file. It can also be an object literal created inline when calling `Amplify.configure`.\n     * @param libraryOptions The {@link LibraryOptions} additional options for the library.\n     *\n     * @example\n     * import config from './amplifyconfiguration.json';\n     *\n     * Amplify.configure(config);\n     */\n    configure(resourceConfig, libraryOptions) {\n        let resolvedResourceConfig;\n        if (Object.keys(resourceConfig).some(key => key.startsWith('aws_'))) {\n            resolvedResourceConfig = parseAWSExports(resourceConfig);\n        }\n        else {\n            resolvedResourceConfig = resourceConfig;\n        }\n        // If no Auth config is provided, no special handling will be required, configure as is.\n        // Otherwise, we can assume an Auth config is provided from here on.\n        if (!resolvedResourceConfig.Auth) {\n            return Amplify.configure(resolvedResourceConfig, libraryOptions);\n        }\n        // If Auth options are provided, always just configure as is.\n        // Otherwise, we can assume no Auth libraryOptions were provided from here on.\n        if (libraryOptions?.Auth) {\n            return Amplify.configure(resolvedResourceConfig, libraryOptions);\n        }\n        // If no Auth libraryOptions were previously configured, then always add default providers.\n        if (!Amplify.libraryOptions.Auth) {\n            cognitoUserPoolsTokenProvider.setAuthConfig(resolvedResourceConfig.Auth);\n            cognitoUserPoolsTokenProvider.setKeyValueStorage(\n            // TODO: allow configure with a public interface\n            libraryOptions?.ssr\n                ? new CookieStorage({ sameSite: 'lax' })\n                : defaultStorage);\n            return Amplify.configure(resolvedResourceConfig, {\n                ...libraryOptions,\n                Auth: {\n                    tokenProvider: cognitoUserPoolsTokenProvider,\n                    credentialsProvider: cognitoCredentialsProvider,\n                },\n            });\n        }\n        // At this point, Auth libraryOptions would have been previously configured and no overriding\n        // Auth options were given, so we should preserve the currently configured Auth libraryOptions.\n        if (libraryOptions) {\n            // If ssr is provided through libraryOptions, we should respect the intentional reconfiguration.\n            if (libraryOptions.ssr !== undefined) {\n                cognitoUserPoolsTokenProvider.setKeyValueStorage(\n                // TODO: allow configure with a public interface\n                libraryOptions.ssr\n                    ? new CookieStorage({ sameSite: 'lax' })\n                    : defaultStorage);\n            }\n            return Amplify.configure(resolvedResourceConfig, {\n                Auth: Amplify.libraryOptions.Auth,\n                ...libraryOptions,\n            });\n        }\n        // Finally, if there were no libraryOptions given at all, we should simply not touch the currently\n        // configured libraryOptions.\n        Amplify.configure(resolvedResourceConfig);\n    },\n    /**\n     * Returns the {@link ResourcesConfig} object passed in as the `resourceConfig` parameter when calling\n     * `Amplify.configure`.\n     *\n     * @returns An {@link ResourcesConfig} object.\n     */\n    getConfig() {\n        return Amplify.getConfig();\n    },\n};\n","import React from 'react';\nimport qr from '../assets/qr.svg'; // Adjust the path as needed\nimport apple from '../assets/apple.svg'; // Adjust the path as needed\nimport android from '../assets/android.svg'; // Adjust the path as needed\nimport weather from '../assets/Group 46.svg'\nimport apple_appstore from '../assets/apple.png';\nimport android_appstore from '../assets/android.png';\nimport acn from '../assets/navbar/acn.svg';\nimport footer from '../assets/navbar/footer.png'\nimport amplifyconfig from '../amplifyconfiguration.json';\nimport { enable, disable, record, configureAutoTrack } from 'aws-amplify/analytics';\nimport { Amplify } from \"aws-amplify\";\n\nAmplify.configure(amplifyconfig)\n\nconfigureAutoTrack({\n  enable: true,\n  type: 'session',\n});\n\n//Record an event\nrecord({\n  name: 'csuite-session'\n});\n\n\nfunction Subpage1({ mobile, mobileType, phoneType, changePhone }) {\n    return (\n        <div>\n\n        <div className='see-soon'>\n          <div className='see-soon-inner'>\n            <span className='see-soon-title'>SEE YOU SOON!</span >\n            <p className='see-soon-subtitle'>\n            We are looking forward to seeing you.\n            The TOUR Championship promises to be time well spent and we’re glad you’ve decided to join us. \n            Safe travels!</p>\n            <span className='see-soon-weather'>\n              <img src={weather}></img>\n              <a target=\"_blank\" href=\"https://weather.com/weather/tenday/l/64a773851918c96a757386ed180890d92b0479c984aadc89fc380ed87d75c0c2\">\n                <p className='see-soon-subtitle forecast' >Atlanta 10 Day Forecast</p ></a>\n            </span>\n          </div>\n        </div>\n\n        {/* Weekend Happenings */}\n        <div className='info-row row' id=\"weekend-app\">\n          <span className='dontmiss-semi'>Don’t miss important updates!</span>\n          <span className='make-sure'>Follow these instructions below to stay in the know of all the weekend happenings.</span>\n          <ul className=\"list-title\">\n            <li>Transportation Updates</li>\n            <li>Special Guest Apperances</li>\n            <li>Autograph Sessions</li>\n            <li>Hospitality Highlights</li>\n          </ul>\n        </div>\n  \n  \n        {/* QR ROw */}\n        <div className='box qr-box'>\n  \n          <div className='row-content' style={{ width: '100%' }}>\n\n            <div className=' qr-row'>\n              <span className='qr-left'>\n                <div className='qr-subtitle' style={{ textAlign: 'left' }}>Follow these instructions below to stay in the know of all the weekend happenings</div>\n\n                <table>\n                  <tbody>\n                    <tr>\n                      <td className=\"table-d\">Step 1:</td>\n                      <td>Download the Cvent app on your mobile device</td>\n                    </tr>\n                    <tr>\n                      <td className=\"table-d\">Step 2:</td>\n                      <td>Open the app and type: <span className='semi-bold-purp'>ACCTOURChamp2024</span> (no spaces, case sensitive) in the search field</td>\n                    </tr>\n                    <tr>\n                      <td className=\"table-d\">Step 3:</td>\n                      <td>Click the download arrow in the upper right-hand corner</td>\n                    </tr>\n                    <tr>\n                      <td className=\"table-d\">Step 4:</td>\n                      <td>Type in your first name, last name, and the email address used when you registered to attend this event</td>\n                    </tr>\n                    <tr>\n                      <td className=\"table-d\">Step 5:</td>\n                      <td>Check your email for a verification code to complete your login and access the weekend details</td>\n                    </tr>\n                  </tbody>\n                </table>\n                <br />\n                <span className='italic-medium'>Note:</span> This code is good for one use and expires after 24 hours.\n              </span>\n  \n              {mobile ?\n                  <div className='qr-switch'>\n\n                  <div className='app-download'>\n                    {(mobileType === 'android' || mobileType == 'unspecified') && <a href=\"https://apps.apple.com/us/app/cvent-events/id1491335576\"><img className={'app-icon'} src={android} /></a>}\n                    {((mobileType === 'ios' || mobileType == 'unspecified') && <a href=\"https://apps.apple.com/us/app/cvent-events/id1491335576\"><img className={'app-icon'} src={apple} /></a>)}\n                  </div>\n                </div>\n  \n  \n                : <div className='qr-switch'>\n  \n                  {/* <img src={qr}></img> */}\n                  <img src={phoneType === 'apple' ? apple_appstore : android_appstore} width={'100%'}></img>\n  \n                  <span className='qr-span'>\n                    Google Play\n                    <label className=\"switch\">\n                      <input type=\"checkbox\" onChange={(event) => changePhone(event.target.checked)} />\n                      <span className=\"slider round\"></span>\n                    </label>\n                    App Store\n                  </span>\n                  Toggle based on phone type\n  \n                </div>\n              }\n  \n  \n            </div>\n  \n            {/* <span>OR</span>\n    <a href='https://ts.accenture.com/sites/NAMarketHive/_layouts/15/AccessDenied.aspx?Source=https%3A%2F%2Fts%2Eaccenture%2Ecom%2F%3Aw%3A%2Fr%2Fsites%2FNAMarketHive%2FShared%20Documents%2FGeneral%2F02%20Iconic%20Programs%2FNA%20Business%20Partners%2FSuper%20Bowl%20%2D%20Las%20Vegas%20%2D%202024%2FCommunications%2FCVENT%20App%2FSuper%20Bowl%20LVIII%20%2D%20Download%20Our%20Mobile%20App%2Edocx%3Fd%3Dwecb13331c19c4f24b15d617b07e983b2%26csf%3D1%26web%3D1%26e%3DxneFN8&correlation=9fc6ffa0%2D90b7%2D4000%2Db31f%2Df816d5ac4b02&Type=item&name=c1e880a8%2D7a21%2D4b88%2Dafe4%2Dadbef5a79db4&listItemId=5384&listItemUniqueId=ecb13331%2Dc19c%2D4f24%2Db15d%2D617b07e983b2'>Download Cvent app HERE</a> */}\n          </div>\n        </div>\n\n        {/* TRANSPORTATION ROW */}\n        <br />\n\n        <div className='transportation-section'>\n        <div className='title'>Transportation & Parking</div>\n        <div className='trans-row row'>\n          {/* ACN Tourney Transporation */}\n          <div className='trans-container'>\n  \n            <div className='box trans-box'>\n  \n              <div className='row-content' style={{ display: 'block' }}>\n                <div className='graphik-mid-purp'>Accenture Tournament Transportation</div>\n                <ul>\n                  <li>Transportation will loop between Four Seasons, Epicurean, and East Lake so that everyone can be picked up at their individual hotels.</li>\n                  \n                  <li>Continuous transportation to and from the course will begin at 10:00 AM and will run until 30 minutes after the end of play.</li>\n                  \n                  <li>Should you have questions about the transportation schedule, please contact our team at <span className='graphik-mid'>PGAinfo@accenture.com</span> or Emily Evanoff at<br /> <span className='graphik-mid'>+1 440-724-8848</span>.</li>\n                </ul>\n              </div>\n            </div>\n          </div>\n            {/* Hotel Accomodation */}\n            <div className='trans-container'>\n            \n            <div className='box trans-box'>\n\n              <div className='row-content' style={{ display: 'block' }}>\n              <div className='graphik-mid-purp'>Hotel Accommodation</div>\n              <div className='graphik-regular-purp address'>Epicurean Atlanta <br />1117 West Peachtree Street<br /> Atlanta, GA 30309</div>\n                <ul>\n                  <li>If you are a guest at one of the designated group hotels, a uniformed Accenture greeter will be available in the Epicure Atlanta lobby to warmly welcome and assist you.</li>\n                  <li>Room arrangements have been made based on the information you provided during registration if you requested accommodation.</li>\n                </ul>\n              </div>\n            </div>\n          </div>\n        </div>\n        <br />\n        <br />\n        <div className='trans-row row'>\n            {/* Alternative Transporation General Parking */}\n            <div className='trans-container'>\n            \n            <div className='box trans-box'>\n\n              <div className='row-content' style={{ display: 'block' }}>\n                <div className='graphik-mid-purp'>Alternative Option: Tournament General Parking</div>\n                <ul>\n                  <li><span className='graphik-mid'>Wednesday-Friday</span>: Georgia World Congress Center, 362 Ivan Allen Jr. Blvd (Yellow Lot and Marshalling Yard Lot)​</li>\n                  <li><span className='graphik-mid'>Saturday-Sunday</span>: Summerhill Parking Lots <br />500 Hank Aaron Dr. SW</li>\n                </ul>\n                <span className=\"graphik-italic-regular\">* A general parking pass is required</span>\n              </div>\n            </div>\n          </div>\n          {/* Rideshare */}\n          <div className='trans-container'>\n  \n            <div className='box trans-box'>\n  \n              <div className='row-content' style={{ display: 'block' }}>\n                <div className='graphik-mid-purp'>Alternative Option: Rideshare</div>\n                \n                <ul>\n                <li>Enter <span className=\"graphik-mid\">“TOUR Championship”</span> as the destination for designated drop-off and pick-up at the Drew Charter School in the Metro Atlanta Area.</li>\n                <li>The designated area is located across the street from the 13th Fairway and Rideshare Gate.</li>\n                <li>Fans can rest in the climate controlled Rideshare Lounge while waiting for their ride home.</li>\n                </ul>\n              </div>\n            </div>\n          </div>\n\n\n        </div>\n        </div>\n\n\n        <div className='button-row'>\n          <button onClick={() => {document.getElementById(\"weekend-app\").scrollIntoView({ behavior: \"smooth\"})}}>Download the CVENT App</button>\n        </div>\n        <div className='title tour-title cvent-change'>Tournament Weekend at-a-Glance</div>\n\n        <div className='tournament-weekend'>\n          <div className='schedule-box'>\n          <div className='schedule-subtitle'>Thursday, August 29 - Sunday, September 1</div>\n            <span className='schedule-semibold'>8:00 AM – 6:00 PM </span>\n            <br />\n            <ul id=\"weekend-ul\">\n            <li>Full access to Accenture’s private hospitality suites on the 9th and 18th Green at East Lake</li>\n            <li>Food and beverage service available throughout the day</li>\n            <li>You will also have access to the 16th Green, a shaded, open-air area that provides select complimentary refreshments and offers menu items for purchase</li>\n            </ul>\n\n          </div>\n\n          <div className='schedule-box'>\n            <div className='schedule-subtitle'>Thursday, August 29</div>\n            <span className='schedule-semibold'>10:00 AM - 6:00 PM | </span>\n            <span className='schedule-semibold-it'>Hospitality + Clubhouse Access</span><br />\n            <span className='schedule-addy'>9 Green, 16 Green, 18 Green</span>\n            <br /> <br />\n            <span className='schedule-semibold'>10:50 - 11:05 AM | </span>\n            <span className='schedule-semibold-it'>First Tee Hope Tee Shot, </span>\n            <span className='graphik-italic-regular'>sponsored by Accenture </span><br />\n            <span className='schedule-addy'>1 Tee</span>\n            \n            <br />\n          </div>\n\n          <div className='schedule-box'>\n            <div className='schedule-subtitle'>Friday, August 30</div>\n            <span className='schedule-semibold'>10:00 AM - 6:00 PM | </span>\n            <span className='schedule-semibold-it'>Hospitality + Clubhouse Access</span><br />\n            <span className='schedule-addy'>9 Green, 16 Green, 18 Green</span>\n            <br /> <br />\n            <span className='schedule-semibold'>12:00 - 1:30 PM | </span>\n            <span className='schedule-semibold-it'>Talk on the Tee with Eastside Golf and Morehouse College</span><br />\n            <span className='schedule-addy'>18 Green Hospitality</span> \n            <br /> <br />\n            <span className='schedule-semibold'>7:00 PM - 9:00 PM | </span>\n            <span className='schedule-semibold-it'>Toast the TOUR Cocktail Reception​ with PGA Pro Jim Furyk</span><br />\n            <span className='schedule-addy'>Epicurean \"Office Bar\"</span> (Dress Code: Casual)\n\n            <br />\n          </div>\n          <div className='schedule-box'>\n            <div className='schedule-subtitle'>Saturday, August 31</div>\n            <span className='schedule-semibold'>10:00 AM - 7:00 PM | </span>\n            <span className='schedule-semibold-it'>Hospitality + Clubhouse Access</span><br />\n            <span className='schedule-addy'>9 Green, 16 Green, 18 Green</span>\n            \n          </div>\n          <div className='schedule-box'>\n          <div className='schedule-subtitle'>Sunday, Sept 1</div>\n            <span className='schedule-semibold'>10:00 AM - 6:00 PM | </span>\n            <span className='schedule-semibold-it'>Hospitality + Clubhouse Access</span><br />\n            <span className='schedule-addy'>9 Green, 16 Green, 18 Green</span>\n            <br /><br />\n            <span className='schedule-semibold'>2:30 PM - 3:30 PM | </span>\n            <span className='schedule-semibold-it'>Talk on the Tee with PGA Commissioner, Jay Monahan</span><br />\n            <span className='schedule-addy'>18 Green Hospitality</span>\n          </div>\n        </div>\n  \n        <div className='course-guide-box'>\n          <p>Course Guide</p>\n          <p className='underline'><a href=\"https://www.eastlakegolfclub.com/course/\">East Lake Golf Club Guide</a></p>\n        </div>\n  \n        {/* BOTTOM ROW */}\n        <div className='bottom-row'>\n  \n          <div className='health-row row'>\n            <div className='title'>Ticket Delivery</div>\n              <div className='box health-box'>\n                <div className='row-content'>\n                  All tournament tickets are digital for the TOUR Championship. You will receive a separate   email from PGA TOUR Tickets (noreply@ticketmaster.com) with instructions on how to   download your ticket(s) for the days requested.\n                </div>\n              </div>\n\n            <div className='title'>Rules, Restrictions and Etiquette</div>\n            <div className='box health-box'>\n              <div className='rules'>\n              <span className=\"small-title\">Bag Policy</span>\n              <ul>\n                <li>Opaque bags 6x6x6 and smaller</li>\n                <li>Clear bags 12x6x12 and smaller​</li>\n                <li>No computers or luggage is permitted​</li>\n              </ul>\n              <br />\n              <span className=\"small-title\">Mobile Device Policy:</span>\n              <ul>\n                <li>Devices must be silent at all times; flash may not be used​</li>\n                <li>Devices may be used to capture video, audio and photos (content) in all areas throughout the tournament week.</li>\n                <li>Content may be used for personal purposes only; no commercial use​</li>\n                <li>No live streaming or real-time coverage​</li>\n                <li>Texting is permitted in all areas​</li>\n                <li>Phone calls are allowed in designated areas only​</li>\n              </ul>\n              <br />\n              <span className=\"small-title\">Etiquette:</span>\n              <ul>\n                <li>If you are near play, please remain quiet​</li>\n                <li>Do not ask for autographs or pictures with players on tournament days</li>\n              </ul>\n              <br />\n              <span className=\"small-title\">Prohibited Items:</span>\n              <ul>\n                <li>No radios/other noise-producing devices​</li>\n                <li>No coolers​</li>\n                <li>No weapons of any kind​</li>\n                <li>No outside beverages or beverage containers​</li>\n                <li>No cameras or video cameras</li>\n              </ul>\n\n              </div>\n            </div>\n\n            <div className='title'>Health & Safety</div>\n  \n            <div className='box health-box'>\n              <div className='row-content'> We continue to rely on government guidelines and input from our healthcare experts to inform our health and safety protocols. Vaccines are not a requirement of attendance, and COVID-19 testing and masking are also not required. If needed, more information will be provided to you as we approach the event. \n              </div>\n            </div>\n  \n            <div className='title'>Contact</div>\n            <div className='box health-box'>\n              <div className='row-content'>If you need anything, please contact our team at PGAinfo@accenture.com or our on-site liaison, Amelia Johnson, at +1 516-205-1192\n              </div>\n            </div>\n          </div>\n  \n  \n        </div>\n  \n        <div className='footer-row'>\n        </div>\n      </div>\n    )\n}\n\nexport default Subpage1;","import React from 'react';\nimport qr from '../assets/qr.svg'; // Adjust the path as needed\nimport apple from '../assets/apple.svg'; // Adjust the path as needed\nimport android from '../assets/android.svg'; // Adjust the path as needed\nimport weather from '../assets/Group 46.svg'\nimport apple_appstore from '../assets/apple.png';\nimport android_appstore from '../assets/android.png';\nimport acn from '../assets/navbar/acn.svg';\nimport footer from '../assets/navbar/footer.png'\nimport amplifyconfig from '../amplifyconfiguration.json';\nimport { enable, disable, record, configureAutoTrack } from 'aws-amplify/analytics';\nimport { Amplify } from \"aws-amplify\";\n\nAmplify.configure(amplifyconfig)\n\nconfigureAutoTrack({\n  enable: true,\n  type: 'session',\n});\n\n//Record an event\nrecord({\n  name: 'csuite-session'\n});\n\n\nfunction Subpage2({ mobile, mobileType, phoneType, changePhone }) {\n    return (\n        <div>\n\n        <div className='see-soon'>\n          <div className='see-soon-inner'>\n            <span className='see-soon-title'>SEE YOU SOON!</span >\n            <p className='see-soon-subtitle'>\n            We are looking forward to seeing you.\n            The Ultimate TOUR Experience and the TOUR Championship promises to be time well spent and we’re glad you’ve decided to join us. \n            Safe travels!</p>\n            <span className='see-soon-weather'>\n              <img src={weather}></img>\n              <a target=\"_blank\" href=\"https://weather.com/weather/tenday/l/64a773851918c96a757386ed180890d92b0479c984aadc89fc380ed87d75c0c2\">\n                <p className='see-soon-subtitle forecast' >Atlanta 10 Day Forecast</p ></a>\n            </span>\n          </div>\n        </div>\n\n        {/* Weekend Happenings */}\n        <div className='info-row row' id=\"weekend-app\">\n        <span className='dontmiss-semi'>Don’t miss important updates!</span>\n          <span className='make-sure'>Follow these instructions below to stay in the know of all the weekend happenings.</span>\n          <ul className=\"list-title\">\n            <li>Transportation Updates</li>\n            <li>Special Guest Apperances</li>\n            <li>Autograph Sessions</li>\n            <li>Hospitality Highlights</li>\n          </ul>\n        </div>\n  \n  \n        {/* QR ROw */}\n        <div className='box qr-box'>\n  \n          <div className='row-content' style={{ width: '100%' }}>\n\n            <div className=' qr-row'>\n              <span className='qr-left'>\n              <div className='qr-subtitle' style={{ textAlign: 'left' }}>Follow these instructions below to stay in the know of all the weekend happenings</div>\n              <table>\n                  <tbody>\n                    <tr>\n                      <td className=\"table-d\">Step 1:</td>\n                      <td>Download the Cvent app on your mobile device</td>\n                    </tr>\n                    <tr>\n                      <td className=\"table-d\">Step 2:</td>\n                      <td>Open the app and type: <span className='semi-bold-purp'>ACCTOURChamp2024</span> (no spaces, case sensitive) in the search field</td>\n                    </tr>\n                    <tr>\n                      <td className=\"table-d\">Step 3:</td>\n                      <td>Click the download arrow in the upper right-hand corner</td>\n                    </tr>\n                    <tr>\n                      <td className=\"table-d\">Step 4:</td>\n                      <td>Type in your first name, last name, and the email address used when you registered to attend this event</td>\n                    </tr>\n                    <tr>\n                      <td className=\"table-d\">Step 5:</td>\n                      <td>Check your email for a verification code to complete your login and access the weekend details</td>\n                    </tr>\n                  </tbody>\n                </table>\n                <br />\n                <span className='italic-medium'>Note: </span>This code is good for one use and expires after 24 hours.\n              </span>\n  \n              {mobile ?\n                <div className='qr-switch'>\n\n                <div className='app-download'>\n                  {(mobileType === 'android' || mobileType == 'unspecified') && <a target=\"_blank\" href=\"https://apps.apple.com/us/app/cvent-events/id1491335576\"><img className={'app-icon'} src={android} /></a>}\n                  {((mobileType === 'ios' || mobileType == 'unspecified') && <a target=\"_blank\" href=\"https://apps.apple.com/us/app/cvent-events/id1491335576\"><img className={'app-icon'} src={apple} /></a>)}\n                </div>\n              </div>\n                : <div className='qr-switch'>\n  \n                  {/* <img src={qr}></img> */}\n                  <img src={phoneType === 'apple' ? apple_appstore : android_appstore} width={'100%'}></img>\n  \n                  <span className='qr-span'>\n                    Google Play\n                    <label className=\"switch\">\n                      <input type=\"checkbox\" onChange={(event) => changePhone(event.target.checked)} />\n                      <span className=\"slider round\"></span>\n                    </label>\n                    App Store\n                  </span>\n                  Toggle based on phone type\n  \n                </div>\n              }\n  \n  \n            </div>\n  \n            {/* <span>OR</span>\n    <a href='https://ts.accenture.com/sites/NAMarketHive/_layouts/15/AccessDenied.aspx?Source=https%3A%2F%2Fts%2Eaccenture%2Ecom%2F%3Aw%3A%2Fr%2Fsites%2FNAMarketHive%2FShared%20Documents%2FGeneral%2F02%20Iconic%20Programs%2FNA%20Business%20Partners%2FSuper%20Bowl%20%2D%20Las%20Vegas%20%2D%202024%2FCommunications%2FCVENT%20App%2FSuper%20Bowl%20LVIII%20%2D%20Download%20Our%20Mobile%20App%2Edocx%3Fd%3Dwecb13331c19c4f24b15d617b07e983b2%26csf%3D1%26web%3D1%26e%3DxneFN8&correlation=9fc6ffa0%2D90b7%2D4000%2Db31f%2Df816d5ac4b02&Type=item&name=c1e880a8%2D7a21%2D4b88%2Dafe4%2Dadbef5a79db4&listItemId=5384&listItemUniqueId=ecb13331%2Dc19c%2D4f24%2Db15d%2D617b07e983b2'>Download Cvent app HERE</a> */}\n          </div>\n        </div>\n\n        {/* TRANSPORTATION ROW */}\n        <br />\n\n        <div className=\"transportation-section\">\n        <div className='title'>Transportation & Parking</div>\n        <div className='trans-row row tw-third'>\n          {/* ACN Tourney Transporation */}\n          <div className='trans-container'>\n  \n            <div className='box trans-box'>\n  \n              <div className='row-content' style={{ display: 'block' }}>\n                <div className='graphik-mid-purp'>Accenture Tournament Transportation</div>\n                <ul>\n                  <li>Transportation will be provided to and from all scheduled activities during the Ultimate TOUR Experience from the Four Seasons Atlanta and throughout the tournament week.</li>\n                  <li>Continuous transportation to and from the course will begin at 10:00 AM and will run until 30 minutes after the end of play.</li>\n                  <li>Should you have questions about the transportation schedule, please contact our team at <span className='graphik-mid'>PGAinfo@accenture.com</span> or Emily Evanoff at <span className='graphik-mid'>+1 440-724-8848</span>.</li>\n                </ul>\n              </div>\n            </div>\n          </div>\n          {/* Alternative Transporation Rideshare */}\n          <div className='trans-container'>\n  \n            <div className='box trans-box'>\n\n              <div className='row-content' style={{ display: 'block' }}>\n                <div className='graphik-mid-purp'>Alternative Option: Rideshare</div>\n                <ul>\n                  <li>Enter <span className='graphik-mid'>\"TOUR Championship\"</span> as the destination for designated drop-off and pick-up at the Drew Charter School in the Metro Atlanta Area.​</li>\n                  <li>The designated area is located across the street from the 13th Fairway and Rideshare Gate.</li>\n                  <li>Fans can wait for their ride home in the Rideshare Lounge.</li>\n                </ul>\n              </div>\n            </div>\n          </div>\n          \n          {/* Hotel Accomodation */}\n          <div className='trans-container'>\n  \n          <div className='box trans-box'>\n\n            <div className='row-content' style={{ display: 'block' }}>\n              <div className='graphik-mid-purp'>Hotel Accommodation</div>\n              <div className='graphik-regular-purp address'>Four Seasons Atlanta <br />75 4th St NE <br /> Atlanta, GA 30309</div>\n              <ul>\n                <li>If you are a guest at one of the designated group hotels, a uniformed Accenture greeter will be available in the Four Seasons Atlanta lobby to warmly welcome and assist you.​</li>\n                <li>Room arrangements have been made based on the information you provided during registration if you requested accommodations.</li>\n              </ul>\n            </div>\n          </div>\n        </div>\n\n        </div>\n        </div>\n\n        <div className='button-row'>\n          \n          <button onClick={() => {document.getElementById(\"weekend-app\").scrollIntoView({ behavior: \"smooth\"})}}>Download the CVENT App</button>\n          \n        </div>\n        <div className='title tour-title mar-100'>Ultimate TOUR Experience at-a-Glance</div>\n        <div className='box schedule-box tour'>\n            <div className='schedule-subtitle'>Tuesday, August 27</div>\n            <ul>\n              <li>Payne Stewart Award Ceremony on Tuesday evening</li>\n            </ul>\n            <div className='schedule-subtitle'>Wednesday, August 28</div>\n              <ul>\n                <li>Breakfast with the Pros on Wednesday morning</li>\n                <li>Clinic Program (choice of Instructional Clinic or Strategy Clinic) on Wednesday morning</li>\n                <li>TOUR Championship Matches at Cherokee CC (play 18 holes with a pro) on Wednesday afternoon</li>\n              </ul>\n              <span>For more information on the Ultimate Tour Experience (UTE) <a target=\"_blank\" href=\"https://custom.cvent.com/CCBA55F8D53C48E78CF67DA5AD76D0D8/files/event/d063f165942c4bb8b5fbbbcb5ceab50f/425b93f5a1af43bebd98e37090fba20f.pdf\">click here.</a></span>\n        </div>\n        \n\n        {/* BOTTOM ROW */}\n        <div className='title tour-title'>Schedule of Events</div>\n\n        <div className='tournament-weekend'>\n        <div className='schedule-box'>\n            <div className='schedule-subtitle'>Tuesday, August 27</div>\n            <span className='schedule-semibold'>5:30 – 9:00 PM |</span>\n            <span className='schedule-semibold-it'> Payne Stewart Award Ceremony</span>\n            <br />\n            <span className='schedule-addy'>Southern Exchange (across the street from Ritz-Carlton Downtown)\n            <br />\n            200 Peachtree St NW, Atlanta, GA 30303</span>\n            <ul>\n              <li>Suggested attire: Business</li>\n              <li>Parking: There will be complimentary valet parking available at the Ritz-Carlton</li>\n              <li>Shuttle: For those being dropped off via our shuttle service, there will be a drop-off spot at the Southern Exchange</li>\n            </ul>\n            <div className=\"graphik-italic-regular schedule-note\">* 10 professionals from the TOUR Championship field will attend</div>\n        </div>\n        <div className='schedule-box'>\n            <div className='schedule-subtitle'>Wednesday, August 28</div>\n            <span className='schedule-semibold'>7:45 – 8:45 AM | </span>\n            <span className='schedule-semibold-it'>Breakfast with the Pros</span>\n            <br />\n            <span className='schedule-addy'>Four Seasons Atlanta </span>\n            <ul>\n              <li>Bring your golf bag and we will tag it and place it on the shuttle to Cherokee Town & Country Club</li>\n            </ul>\n            <div className=\"graphik-italic-regular schedule-note\">* 10 professionals from the TOUR Championship field will attend</div>\n            <br />\n            <br />\n            <span className='schedule-semibold'>9:30 – 10:50 AM | </span>\n            <span className='schedule-semibold-it'>Clinics</span><br />\n            <span className='schedule-addy'>East Lake Golf Club </span>\n            <br />\n            <ul>\n              <li>UTE Participants are given group assignments at Breakfast</li>\n            </ul>\n            <div className=\"graphik-italic-regular schedule-note\"> <br />* 6 professionals from the TOUR Championship field will attend</div>\n            <br /><br />\n            <span className='schedule-semibold group'>Group assignment choice of</span>\n            <br />\n            <br />\n            <br />\n            <span className='graphik-mid options'>Option #1 – Instructional Clinic</span>\n            <br />\n            <span>6 players from TOUR Championship field participate (2 at each station)</span>\n            <ul>\n              <li>Introduction at Practice Range</li>\n              <li>Clinic Rotations (3)</li>\n              <li>Each station, Putting, Chipping and Long Game, has 2 TOUR professionals from the TOUR Championship field and one golf professional from East Lake Golf Club</li>\n              <li>Wedges and putters provided at chipping /putting stations so that guests can participate</li>\n            </ul>\n            <br />\n            <span className='graphik-mid options'>Option #2 – Strategy Clinic</span>\n            <br />\n            <span>4 players from TOUR Championship field participate (2 twosomes)</span>\n            <ul>\n              <li>16 tee box</li>\n              <li>Two twosomes tees off</li>\n              <li>Guests may walk near the pros inside the ropes, but cannot go onto the greens</li>\n              <li>TOUR Pros hit shots, answer questions, discuss strategy and spend time with the guests across the three holes</li>\n            </ul><br />\n            <span className='schedule-semibold'>12:15 – 7:00 pm | </span>\n            <span className='schedule-semibold-it'>TOUR Championship Matches</span>\n            <br />\n            <span className='schedule-addy'>Cherokee CC (665 Hightower Trail)</span>\n            <ul>\n              <li>Lunch with TOUR professionals</li>\n              <li>Warm up on range; Carts head to starting holes</li>\n              <li>Shotgun start with One Net Best Ball of the Fivesome (each group = 4 amateurs + 1 pro)</li>\n              <li>Awards reception after play finishes (cocktails & heavy hors d’oeuvres)</li>\n            </ul>\n            <span>Professional field is made up of:</span>\n            <br />\n            <li>Past Payne Stewart Award recipients</li>\n            <li>Local TOUR professionals not in the TOUR Championship field</li>\n        </div>\n        <div className='schedule-box' >\n            <div className='schedule-subtitle'>Tournament Weekend, Thursday, August 29 - Sunday, September 1</div>\n            <span className='schedule-semibold'>10:00 AM – 6:00 PM </span>\n            <br />\n            <ul id=\"weekend-ul\">\n            <li>Full access to Accenture’s private hospitality suites on the 9th and 18th Green at East Lake</li>\n            <li>Food and beverage service available throughout the day</li>\n            <li>You will also have access to the 16th Green, a shaded, open-air area that provides select complimentary refreshments and offers menu items for purchase</li>\n            </ul>\n\n        </div>\n\n          <div className='schedule-box'>\n            <div className='schedule-subtitle'>Thursday, August 29</div>\n            <span className='schedule-semibold'>10:00 AM - 6:00 PM | </span>\n            <span className='schedule-semibold-it'>Hospitality + Clubhouse Access</span><br />\n            <span className='schedule-addy'>9 Green, 16 Green, 18 Green</span>\n            <br />\n            <br />\n            <span className='schedule-semibold'>10:50 AM – 11:05 AM | </span>\n            <span className='schedule-semibold-it'>First Tee Hope Tee Shot, </span>\n            <span className='graphik-italic-regular'>sponsored by Accenture </span>\n            <br />\n            <span className='schedule-addy'>1 Tee</span>\n            <br />\n\n        </div>\n\n          <div className='schedule-box'>\n            <div className='schedule-subtitle'>Friday, August 30</div>\n            <span className='schedule-semibold'>10:00 AM - 6:00 PM | </span>\n            <span className='schedule-semibold-it'>Hospitality + Clubhouse Access</span><br />\n            <span className='schedule-addy'>9 Green, 16 Green, 18 Green</span>\n            <br /><br />\n            <span className='schedule-semibold'>12:00 - 1:30 PM | </span>\n            <span className='schedule-semibold-it'>Talk on the Tee with Eastside Golf and Morehouse College</span><br />\n            <span className='schedule-addy'>18 Green Hospitality</span>\n            <br /> <br />\n            <span className='schedule-semibold'>7:00 PM - 9:00 PM | </span>\n            <span className='schedule-semibold-it'>Toast the TOUR Cocktail Reception​ with PGA Pro Jim Furyk</span><br />\n            <span className='schedule-addy'>Epicurean \"Office Bar\"</span> (Dress Code: Casual)\n            \n            <br />\n          </div>\n          <div className='schedule-box'>\n            <div className='schedule-subtitle'>Saturday, August 31</div>\n            <span className='schedule-semibold'>10:00 AM - 7:00 PM | </span>\n            <span className='schedule-semibold-it'>Hospitality + Clubhouse Access</span><br />\n            <span className='schedule-addy'>9 Green, 16 Green, 18 Green</span>\n          </div>\n          <div className='schedule-box'>\n            <div className='schedule-subtitle'>Sunday, Sept 1</div>\n            <span className='schedule-semibold'>10:00 AM - 6:00 PM | </span>\n            <span className='schedule-semibold-it'>Hospitality + Clubhouse Access</span><br />\n            <span className='schedule-addy'>9 Green, 16 Green, 18 Green</span>\n            <br /><br />\n            <span className='schedule-semibold'>2:30 PM - 3:30 PM | </span>\n            <span className='schedule-semibold-it'>Talk on the Tee with PGA Commissioner, Jay Monahan</span><br />\n            <span className='schedule-addy'>18 Green Hospitality</span>\n\n          </div>\n        </div>\n  \n        <div className='course-guide-box'>\n          <p>Course Guide</p>\n          <p className='underline'><a target=\"_blank\" href=\"https://www.eastlakegolfclub.com/course/\">East Lake Golf Club Guide</a></p>\n        </div>\n  \n        {/* BOTTOM ROW */}\n        <div className='bottom-row'>\n  \n          <div className='health-row row'>\n            <div className='title'>Ticket Delivery</div>\n              <div className='box health-box'>\n                <div className='row-content'>\n                  All tournament tickets are digital for the TOUR Championship. You will receive a separate   email from PGA TOUR Tickets (noreply@ticketmaster.com) with instructions on how to   download your ticket(s) for the days requested.\n                </div>\n              </div>\n\n            <div className='title'>Rules, Restrictions and Etiquette</div>\n              <div className='box health-box'>\n                <div className='rules'>\n                <span className=\"small-title\">Bag Policy</span>\n                <ul>\n                  <li>Opaque bags 6x6x6 and smaller</li>\n                  <li>Clear bags 12x6x12 and smaller​</li>\n                  <li>No computers or luggage is permitted​</li>\n                </ul>\n                <br />\n                <span className=\"small-title\">Mobile Device Policy:</span>\n                <ul>\n                  <li>Devices must be silent at all times; flash may not be used​</li>\n                  <li>Devices may be used to capture video, audio and photos (content) in all areas throughout the tournament week</li>\n                  <li>Content may be used for personal purposes only; no commercial use​</li>\n                  <li>No live streaming or real-time coverage​</li>\n                  <li>Texting is permitted in all areas​</li>\n                  <li>Phone calls are allowed in designated areas only​</li>\n                </ul>\n                <br />\n                <span className=\"small-title\">Etiquette:</span>\n                <ul>\n                  <li>If you are near play, please remain quiet​</li>\n                  <li>Do not ask for autographs or pictures with players on tournament days</li>\n                </ul>\n                <br />\n                <span className=\"small-title\">Prohibited Items:</span>\n                <ul>\n                  <li>No radios/other noise-producing devices​</li>\n                  <li>No coolers​</li>\n                  <li>No weapons of any kind​</li>\n                  <li>No outside beverages or beverage containers​</li>\n                  <li>No cameras or video cameras</li>\n                </ul>\n\n                </div>\n              </div>\n            <div className='title'>Health & Safety</div>\n  \n            <div className='box health-box'>\n              <div className='row-content'> We continue to rely on government guidelines and input from our healthcare experts to inform our health and safety protocols. Vaccines are not a requirement of attendance, and COVID-19 testing and masking are also not required. If needed, more information will be provided to you as we approach the event. \n              </div>\n            </div>\n  \n            <div className='title'>Contact</div>\n            <div className='box health-box'>\n              <div className='row-content'>If you need anything, please contact our team at PGAinfo@accenture.com or our on-site liaison, Amelia Johnson, at +1 516-205-1192.\n              </div>\n            </div>\n          </div>\n  \n  \n        </div>\n\n        <div>\n  \n        </div>\n  \n        <div className='footer-row'>\n        </div>\n      </div>\n    )\n}\n\nexport default Subpage2;","// src/LandingPage.js\nimport React from 'react';\nimport '../stylesheets/Landing.css';\nimport accentureLanding from '../assets/accenture-landing.png'\nimport changeLanding from '../assets/change-landing.png'\n\nconst LandingPage = () => {\n  return (\n    <div className=\"landing-page\">\n      <img src={accentureLanding} alt=\"Logo\" className=\"logo accenture-logo\" />\n      <img src={changeLanding} alt=\"Change\" className=\"logo change-logo\" />\n      </div>\n  );\n};\n\nexport default LandingPage;\n","import './stylesheets/App.css';\n\nimport { useEffect, useState } from 'react';\n\nimport text from './assets/navbar/text.svg';\nimport Vector from './assets/navbar/Vector.svg';\nimport { BrowserRouter as Router, Route, Routes } from 'react-router-dom';\n\nimport group from './assets/navbar/Group 47.png'\nimport PageTemplate from './components/pageTemplate';\nimport Subpage1 from './pages/subpage1'\nimport Subpage2 from './pages/subpage2'\n\n\nimport amplifyconfig from './amplifyconfiguration.json';\nimport { Amplify } from \"aws-amplify\";\nimport { configureAutoTrack } from 'aws-amplify/analytics';\nimport LandingPage from './pages/landing';\n\nAmplify.configure(amplifyconfig);\n\nconfigureAutoTrack({\n  enable: true,\n  type: 'session',\n});\n\n\nfunction App() {\n  const [mobile, setMobile] = useState(window.innerWidth <= 760);\n  const [mobileType, setMobileType] = useState('unspecified');\n  const [phoneType, setPhoneType] = useState('android');\n\n  const handleWindowSizeChange = () => {\n    setMobile(window.innerWidth <= 760);\n  };\n\n  const changePhone = (val) => {\n    console.log(val);\n    setPhoneType(val ? 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