✨ 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
gensync
This module allows for developers to write common code that can share implementation details, hiding whether an underlying request happens synchronously or asynchronously. This is in contrast with many current Node APIs which explicitly implement the same API twice, once with calls to synchronous functions, and once with asynchronous functions.
Take for example fs.readFile and fs.readFileSync, if you're writing an API
that loads a file and then performs a synchronous operation on the data, it
can be frustrating to maintain two parallel functions.
Example
const fs = require("fs");
const gensync = require("gensync");
const readFile = gensync({
sync: fs.readFileSync,
errback: fs.readFile,
});
const myOperation = gensync(function* (filename) {
const code = yield* readFile(filename, "utf8");
return "// some custom prefix\n" + code;
});
// Load and add the prefix synchronously:
const result = myOperation.sync("./some-file.js");
// Load and add the prefix asynchronously with promises:
myOperation.async("./some-file.js").then(result => {
});
// Load and add the prefix asynchronously with promises:
myOperation.errback("./some-file.js", (err, result) => {
});
This could even be exposed as your official API by doing
// Using the common 'Sync' suffix for sync functions, and 'Async' suffix for
// promise-returning versions.
exports.myOperationSync = myOperation.sync;
exports.myOperationAsync = myOperation.async;
exports.myOperation = myOperation.errback;
or potentially expose one of the async versions as the default, with a
.sync property on the function to expose the synchronous version.
module.exports = myOperation.errback;
module.exports.sync = myOperation.sync;
API
gensync(generatorFnOrOptions)
Returns a function that can be "await"-ed in another gensync generator
function, or executed via
.sync(...args)- Returns the computed value, or throws..async(...args)- Returns a promise for the computed value..errback(...args, (err, result) => {})- Calls the callback with the computed value, or error.
Passed a generator
Wraps the generator to populate the .sync/.async/.errback helpers above to
allow for evaluation of the generator for the final value.
Example
const readFile = function* () {
return 42;
};
const readFileAndMore = gensync(function* (){
const val = yield* readFile();
return 42 + val;
});
// In general cases
const code = readFileAndMore.sync("./file.js", "utf8");
readFileAndMore.async("./file.js", "utf8").then(code => {})
readFileAndMore.errback("./file.js", "utf8", (err, code) => {});
// In a generator being called indirectly with .sync/.async/.errback
const code = yield* readFileAndMore("./file.js", "utf8");
Passed an options object
-
opts.syncExample:
(...args) => 4A function that will be called when
.sync()is called on thegensync()result, or when the result is passed toyield*in another generator that is being run synchronously.Also called for
.async()calls if no async handlers are provided. -
opts.asyncExample:
async (...args) => 4A function that will be called when
.async()or.errback()is called on thegensync()result, or when the result is passed toyield*in another generator that is being run asynchronously. -
opts.errbackExample:
(...args, cb) => cb(null, 4)A function that will be called when
.async()or.errback()is called on thegensync()result, or when the result is passed toyield*in another generator that is being run asynchronously.This option allows for simpler compatibility with many existing Node APIs, and also avoids introducing the extra even loop turns that promises introduce to access the result value.
-
opts.nameExample:
"readFile"A string name to apply to the returned function. If no value is provided, the name of
errback/async/syncfunctions will be used, with anySyncorAsyncsuffix stripped off. If the callback is simply named with ES6 inference (same name as the options property), the name is ignored. -
opts.arityExample:
4A number for the length to set on the returned function. If no value is provided, the length will be carried over from the
syncfunction'slengthvalue.
Example
const readFile = gensync({
sync: fs.readFileSync,
errback: fs.readFile,
});
const code = readFile.sync("./file.js", "utf8");
readFile.async("./file.js", "utf8").then(code => {})
readFile.errback("./file.js", "utf8", (err, code) => {});
gensync.all(iterable)
Promise.all-like combinator that works with an iterable of generator objects
that could be passed to yield* within a gensync generator.
Example
const loadFiles = gensync(function* () {
return yield* gensync.all([
readFile("./one.js"),
readFile("./two.js"),
readFile("./three.js"),
]);
});
gensync.race(iterable)
Promise.race-like combinator that works with an iterable of generator objects
that could be passed to yield* within a gensync generator.
Example
const loadFiles = gensync(function* () {
return yield* gensync.race([
readFile("./one.js"),
readFile("./two.js"),
readFile("./three.js"),
]);
});