'use strict'; const MANIFEST = 'flutter-app-manifest'; const TEMP = 'flutter-temp-cache'; const CACHE_NAME = 'flutter-app-cache'; const RESOURCES = {"canvaskit/skwasm.worker.js": "51253d3321b11ddb8d73fa8aa87d3b15", "canvaskit/skwasm.js": "95f16c6690f955a45b2317496983dbe9", "canvaskit/canvaskit.wasm": "d9f69e0f428f695dc3d66b3a83a4aa8e", "canvaskit/skwasm.wasm": "d1fde2560be92c0b07ad9cf9acb10d05", "canvaskit/canvaskit.js": "5caccb235fad20e9b72ea6da5a0094e6", "canvaskit/chromium/canvaskit.wasm": "393ec8fb05d94036734f8104fa550a67", "canvaskit/chromium/canvaskit.js": "ffb2bb6484d5689d91f393b60664d530", "icons/Icon-maskable-192.png": "c457ef57daa1d16f64b27b786ec2ea3c", "icons/Icon-maskable-512.png": "301a7604d45b3e739efc881eb04896ea", "icons/Icon-512.png": "96e752610906ba2a93c65f8abe1645f1", "icons/Icon-192.png": "ac9a721a12bbc803b44f645561ecb1e1", "manifest.json": "0fa552613b8ec0fda5cda565914e3b16", "favicon.png": "5dcef449791fa27946b3d35ad8803796", "version.json": "46a52461e018faa623d9196334aa3f50", "index.html": "e6981504a32bf86f892909c1875df208", "/": "e6981504a32bf86f892909c1875df208", "main.dart.js": "6fcbf8bbcb0a76fae9029f72ac7fbdc3", "assets/AssetManifest.json": "1b1e4a4276722b65eb1ef765e2991840", "assets/packages/cupertino_icons/assets/CupertinoIcons.ttf": "055d9e87e4a40dbf72b2af1a20865d57", "assets/packages/fluttertoast/assets/toastify.js": "56e2c9cedd97f10e7e5f1cebd85d53e3", "assets/packages/fluttertoast/assets/toastify.css": "a85675050054f179444bc5ad70ffc635", "assets/shaders/ink_sparkle.frag": "f8b80e740d33eb157090be4e995febdf", "assets/fonts/MaterialIcons-Regular.otf": "245e0462249d95ad589a087f1c9f58e1", "assets/assets/images/twitter_logo.png": "af6c11b96a5e732b8dfda86a2351ecab", "assets/assets/images/discord_logo.png": "0e4a4162c5de8665a7d63ae9665405ae", "assets/assets/images/google_logo.svg.png": "0e29f8e1acfb8996437dbb2b0f591f19", "assets/assets/images/autogpt_logo.png": "6a5362a7d1f2f840e43ee259e733476c", "assets/assets/images/github_logo.svg.png": "ba087b073efdc4996b035d3a12bad0e4", "assets/assets/scrape_synthesize_tree_structure.json": "a9665c1b465bb0cb939c7210f2bf0b13", "assets/assets/coding_tree_structure.json": "017a857cf3e274346a0a7eab4ce02eed", "assets/assets/general_tree_structure.json": "41dfbcdc2349dcdda2b082e597c6d5ee", "assets/assets/google_logo.svg.png": "0e29f8e1acfb8996437dbb2b0f591f19", "assets/assets/tree_structure.json": "cda9b1a239f956c547411efad9f7c794", "assets/assets/data_tree_structure.json": "5f9627548304155821968182f3883ca7", "assets/assets/github_logo.svg.png": "ba087b073efdc4996b035d3a12bad0e4", "assets/NOTICES": "28ba0c63fc6e4d1ef829af7441e27f78", "assets/AssetManifest.bin": "791447d17744ac2ade3999c1672fdbe8", "assets/FontManifest.json": "dc3d03800ccca4601324923c0b1d6d57", "flutter.js": "6fef97aeca90b426343ba6c5c9dc5d4a"}; // The application shell files that are downloaded before a service worker can // start. const CORE = ["main.dart.js", "index.html", "assets/AssetManifest.json", "assets/FontManifest.json"]; // During install, the TEMP cache is populated with the application shell files. self.addEventListener("install", (event) => { self.skipWaiting(); return event.waitUntil( caches.open(TEMP).then((cache) => { return cache.addAll( CORE.map((value) => new Request(value, {'cache': 'reload'}))); }) ); }); // During activate, the cache is populated with the temp files downloaded in // install. If this service worker is upgrading from one with a saved // MANIFEST, then use this to retain unchanged resource files. self.addEventListener("activate", function(event) { return event.waitUntil(async function() { try { var contentCache = await caches.open(CACHE_NAME); var tempCache = await caches.open(TEMP); var manifestCache = await caches.open(MANIFEST); var manifest = await manifestCache.match('manifest'); // When there is no prior manifest, clear the entire cache. if (!manifest) { await caches.delete(CACHE_NAME); contentCache = await caches.open(CACHE_NAME); for (var request of await tempCache.keys()) { var response = await tempCache.match(request); await contentCache.put(request, response); } await caches.delete(TEMP); // Save the manifest to make future upgrades efficient. await manifestCache.put('manifest', new Response(JSON.stringify(RESOURCES))); // Claim client to enable caching on first launch self.clients.claim(); return; } var oldManifest = await manifest.json(); var origin = self.location.origin; for (var request of await contentCache.keys()) { var key = request.url.substring(origin.length + 1); if (key == "") { key = "/"; } // If a resource from the old manifest is not in the new cache, or if // the MD5 sum has changed, delete it. Otherwise the resource is left // in the cache and can be reused by the new service worker. if (!RESOURCES[key] || RESOURCES[key] != oldManifest[key]) { await contentCache.delete(request); } } // Populate the cache with the app shell TEMP files, potentially overwriting // cache files preserved above. for (var request of await tempCache.keys()) { var response = await tempCache.match(request); await contentCache.put(request, response); } await caches.delete(TEMP); // Save the manifest to make future upgrades efficient. await manifestCache.put('manifest', new Response(JSON.stringify(RESOURCES))); // Claim client to enable caching on first launch self.clients.claim(); return; } catch (err) { // On an unhandled exception the state of the cache cannot be guaranteed. console.error('Failed to upgrade service worker: ' + err); await caches.delete(CACHE_NAME); await caches.delete(TEMP); await caches.delete(MANIFEST); } }()); }); // The fetch handler redirects requests for RESOURCE files to the service // worker cache. self.addEventListener("fetch", (event) => { if (event.request.method !== 'GET') { return; } var origin = self.location.origin; var key = event.request.url.substring(origin.length + 1); // Redirect URLs to the index.html if (key.indexOf('?v=') != -1) { key = key.split('?v=')[0]; } if (event.request.url == origin || event.request.url.startsWith(origin + '/#') || key == '') { key = '/'; } // If the URL is not the RESOURCE list then return to signal that the // browser should take over. if (!RESOURCES[key]) { return; } // If the URL is the index.html, perform an online-first request. if (key == '/') { return onlineFirst(event); } event.respondWith(caches.open(CACHE_NAME) .then((cache) => { return cache.match(event.request).then((response) => { // Either respond with the cached resource, or perform a fetch and // lazily populate the cache only if the resource was successfully fetched. return response || fetch(event.request).then((response) => { if (response && Boolean(response.ok)) { cache.put(event.request, response.clone()); } return response; }); }) }) ); }); self.addEventListener('message', (event) => { // SkipWaiting can be used to immediately activate a waiting service worker. // This will also require a page refresh triggered by the main worker. if (event.data === 'skipWaiting') { self.skipWaiting(); return; } if (event.data === 'downloadOffline') { downloadOffline(); return; } }); // Download offline will check the RESOURCES for all files not in the cache // and populate them. async function downloadOffline() { var resources = []; var contentCache = await caches.open(CACHE_NAME); var currentContent = {}; for (var request of await contentCache.keys()) { var key = request.url.substring(origin.length + 1); if (key == "") { key = "/"; } currentContent[key] = true; } for (var resourceKey of Object.keys(RESOURCES)) { if (!currentContent[resourceKey]) { resources.push(resourceKey); } } return contentCache.addAll(resources); } // Attempt to download the resource online before falling back to // the offline cache. function onlineFirst(event) { return event.respondWith( fetch(event.request).then((response) => { return caches.open(CACHE_NAME).then((cache) => { cache.put(event.request, response.clone()); return response; }); }).catch((error) => { return caches.open(CACHE_NAME).then((cache) => { return cache.match(event.request).then((response) => { if (response != null) { return response; } throw error; }); }); }) ); }