✨ MAJOR FEATURES: • Auto-zoom intelligence với smart bounds fitting • Enhanced 3D GPS markers với pulsing effects • Professional route display với 6-layer rendering • Status-based parking icons với availability indicators • Production-ready build optimizations 🗺️ AUTO-ZOOM FEATURES: • Smart bounds fitting cho GPS + selected parking • Adaptive padding (50px) cho visual balance • Max zoom control (level 16) để tránh quá gần • Dynamic centering khi không có selection 🎨 ENHANCED VISUALS: • 3D GPS marker với multi-layer pulse effects • Advanced parking icons với status colors • Selection highlighting với animation • Dimming system cho non-selected items 🛣️ ROUTE SYSTEM: • OpenRouteService API integration • Multi-layer route rendering (glow, shadow, main, animated) • Real-time distance & duration calculation • Visual route info trong popup 📱 PRODUCTION READY: • SSR safe với dynamic imports • Build errors resolved • Global deployment via Vercel • Optimized performance 🌍 DEPLOYMENT: • Vercel: https://whatever-ctk2auuxr-phong12hexdockworks-projects.vercel.app • Bundle size: 22.8 kB optimized • Global CDN distribution • HTTPS enabled 💾 VERSION CONTROL: • MapView-v2.0.tsx backup created • MAPVIEW_VERSIONS.md documentation • Full version history tracking
106 lines
4.5 KiB
JavaScript
106 lines
4.5 KiB
JavaScript
import { BUILD_MANIFEST, REACT_LOADABLE_MANIFEST, CLIENT_REFERENCE_MANIFEST, SERVER_REFERENCE_MANIFEST, UNDERSCORE_NOT_FOUND_ROUTE } from "../shared/lib/constants";
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import { join } from "path";
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import { requirePage } from "./require";
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import { interopDefault } from "../lib/interop-default";
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import { getTracer } from "./lib/trace/tracer";
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import { LoadComponentsSpan } from "./lib/trace/constants";
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import { evalManifest, loadManifest } from "./load-manifest";
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import { wait } from "../lib/wait";
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import { setReferenceManifestsSingleton } from "./app-render/encryption-utils";
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import { createServerModuleMap } from "./app-render/action-utils";
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/**
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* Load manifest file with retries, defaults to 3 attempts.
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*/ export async function loadManifestWithRetries(manifestPath, attempts = 3) {
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while(true){
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try {
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return loadManifest(manifestPath);
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} catch (err) {
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attempts--;
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if (attempts <= 0) throw err;
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await wait(100);
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}
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}
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}
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/**
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* Load manifest file with retries, defaults to 3 attempts.
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*/ export async function evalManifestWithRetries(manifestPath, attempts = 3) {
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while(true){
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try {
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return evalManifest(manifestPath);
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} catch (err) {
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attempts--;
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if (attempts <= 0) throw err;
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await wait(100);
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}
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}
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}
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async function loadClientReferenceManifest(manifestPath, entryName, attempts) {
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try {
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const context = await evalManifestWithRetries(manifestPath, attempts);
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return context.__RSC_MANIFEST[entryName];
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} catch (err) {
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return undefined;
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}
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}
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async function loadComponentsImpl({ distDir, page, isAppPath, isDev }) {
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let DocumentMod = {};
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let AppMod = {};
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if (!isAppPath) {
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[DocumentMod, AppMod] = await Promise.all([
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Promise.resolve().then(()=>requirePage("/_document", distDir, false)),
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Promise.resolve().then(()=>requirePage("/_app", distDir, false))
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]);
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}
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// Make sure to avoid loading the manifest for Route Handlers
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const hasClientManifest = isAppPath && (page.endsWith("/page") || page === UNDERSCORE_NOT_FOUND_ROUTE);
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// In dev mode we retry loading a manifest file to handle a race condition
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// that can occur while app and pages are compiling at the same time, and the
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// build-manifest is still being written to disk while an app path is
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// attempting to load.
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const manifestLoadAttempts = isDev ? 3 : 1;
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// Load the manifest files first
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const [buildManifest, reactLoadableManifest, clientReferenceManifest, serverActionsManifest] = await Promise.all([
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loadManifestWithRetries(join(distDir, BUILD_MANIFEST), manifestLoadAttempts),
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loadManifestWithRetries(join(distDir, REACT_LOADABLE_MANIFEST), manifestLoadAttempts),
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hasClientManifest ? loadClientReferenceManifest(join(distDir, "server", "app", page.replace(/%5F/g, "_") + "_" + CLIENT_REFERENCE_MANIFEST + ".js"), page.replace(/%5F/g, "_"), manifestLoadAttempts) : undefined,
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isAppPath ? loadManifestWithRetries(join(distDir, "server", SERVER_REFERENCE_MANIFEST + ".json"), manifestLoadAttempts).catch(()=>null) : null
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]);
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// Before requring the actual page module, we have to set the reference manifests
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// to our global store so Server Action's encryption util can access to them
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// at the top level of the page module.
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if (serverActionsManifest && clientReferenceManifest) {
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setReferenceManifestsSingleton({
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clientReferenceManifest,
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serverActionsManifest,
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serverModuleMap: createServerModuleMap({
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serverActionsManifest,
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pageName: page
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})
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});
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}
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const ComponentMod = await Promise.resolve().then(()=>requirePage(page, distDir, isAppPath));
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const Component = interopDefault(ComponentMod);
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const Document = interopDefault(DocumentMod);
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const App = interopDefault(AppMod);
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const { getServerSideProps, getStaticProps, getStaticPaths, routeModule } = ComponentMod;
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return {
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App,
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Document,
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Component,
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buildManifest,
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reactLoadableManifest,
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pageConfig: ComponentMod.config || {},
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ComponentMod,
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getServerSideProps,
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getStaticProps,
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getStaticPaths,
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clientReferenceManifest,
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serverActionsManifest,
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isAppPath,
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page,
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routeModule
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};
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}
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export const loadComponents = getTracer().wrap(LoadComponentsSpan.loadComponents, loadComponentsImpl);
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//# sourceMappingURL=load-components.js.map
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