import { encode, decode } from "codablejson";

const data = {
  date: new Date("2025-01-01"),
  set: new Set(["a", "b", "c"]),
  map: new Map([["key", "value"]]),
  bigint: BigInt("1234567890123456789"),
  regex: /hello/gi,
  url: new URL("https://example.com"),
};

const encoded = encode(data);
// {
//   date: { $$Date: "2025-01-01T00:00:00.000Z" },
//   set: { $$Set: ["a", "b", "c"] },
//   map: { $$Map: [["key", "value"]] },
//   bigint: { $$BigInt: "1234567890123456789" },
//   regex: { $$RegExp: "/hello/gi" },
//   url: { $$URL: "https://example.com/" }
// }

const decoded = decode(encoded);
// decoded.date instanceof Date === true
// decoded.set instanceof Set === true
// All types preserved!

import { codableClass, codable, Coder } from "codablejson";

@codableClass("Player")
class Player {
  @codable() name: string;
  @codable() score: number;

  // Note: constructor is not needed for CodableJSON to work, it is here for convenience of creating instances.
  constructor(data: Pick<Player, "name" | "score">) {
    this.name = data.name;
    this.score = data.score;
  }
}

@codableClass("GameState")
class GameState {
  @codable() players: Set<Player> = new Set();
  @codable() createdAt = new Date();
  @codable() activePlayer: Player | null = null;

  addPlayer(player: Player) {
    this.players.add(player);
    this.activePlayer = player;
  }
}

// Create a custom coder instance
const coder = new Coder([GameState]);

// Use your classes naturally
const gameState = new GameState();
gameState.addPlayer(new Player({ name: "Alice", score: 100 }));

// Serialize directly - no conversion logic needed!
const encoded = coder.encode(gameState);
const decoded = coder.decode<GameState>(encoded);
// All types, references, and circular dependencies preserved!

import "temporal-polyfill/global";
import { encode, decode } from "codablejson";

const instant = Temporal.Instant.from("1970-01-01T00:00:00Z");
const encoded = encode(instant);
// { $$Instant: "1970-01-01T00:00:00Z" }

const decoded = decode(encoded);
// decoded instanceof Temporal.Instant === true

// Calculate duration between dates
const start = Temporal.PlainDate.from("2024-01-01");
const end = Temporal.PlainDate.from("2025-12-25");
const duration = start.until(end);
const encodedDuration = encode(duration);
// { $$Duration: "P1Y11M24D" }

import { encode, decode, stringify, parse, clone } from "codablejson";

// Basic encoding/decoding
const encoded = encode(data);
const decoded = decode(encoded);

// With JSON stringification
const jsonString = stringify(data);
const restored = parse(jsonString);

// Deep clone maintaining all types and references equality
const foo = { foo: "foo" };
const original = [foo, foo];
const cloned = clone(original);
// cloned === original; // false
// cloned[0] === original[0]; // false -> nested clone
// cloned[0] === cloned[1]; // true -> reference equality is preserved

import { codableClass, codable, Coder } from "codablejson";

@codableClass("MyClass")
class MyClass {
  @codable() property: string;
}

const coder = new Coder([MyClass]);
const encoded = coder.encode(instance);
const decoded = coder.decode<MyClass>(encoded);

import { codableType, Coder } from "codablejson";

const $$custom = codableType(
  "CustomType", // name of the type
  (value) => value instanceof CustomType, // how to detect some value should be encoded using this type
  (instance) => instance.data, // how to encode the value (might return rich data like `Map` or `Set`, or even other custom types)
  (data) => new CustomType(data), // how to recreate the value from the encoded data
);

const coder = new Coder([$$custom]);
// or
const coder = new Coder();
coder.register($$custom);

// Before
import { stringify, parse } from "superjson";
const serialized = stringify(data);
const deserialized = parse(serialized);

// After
import { stringify, parse } from "codablejson";
const serialized = stringify(data);
const deserialized = parse(serialized);