import { Bech32Address } from "./index";

describe("Test bech32", () => {
  it("bech32 address should be parsed properly", () => {
    const address = Bech32Address.fromBech32(
      "cosmos1vv6hruquzpty4xpks9znkw8gys5x4nsnqw9f4k"
    );

    expect(address.address).toStrictEqual(
      new Uint8Array([
        99, 53, 113, 240, 28, 16, 86, 74, 152, 54, 129, 69, 59, 56, 232, 36, 40,
        106, 206, 19,
      ])
    );
    expect(address.address.length).toBe(20);
    expect(address.toBech32("cosmos")).toBe(
      "cosmos1vv6hruquzpty4xpks9znkw8gys5x4nsnqw9f4k"
    );
  });

  it("test hex address", () => {
    expect(() => {
      const address = new Bech32Address(new Uint8Array(0));
      address.toHex();
    }).toThrow();

    const address = Bech32Address.fromBech32(
      "evmos1qstxmye74d0ums53ktkzrx7d3vrac077k2rv2v"
    );

    expect(address.toHex()).toStrictEqual(
      "0x04166d933eab5fcDC291B2Ec219bCd8b07dC3fDE"
    );
    expect(address.toHex(true)).toStrictEqual(
      "0x04166d933eab5fcDC291B2Ec219bCd8b07dC3fDE"
    );
    expect(address.toHex(false)).toStrictEqual(
      "0x04166d933eab5fcdc291b2ec219bcd8b07dc3fde"
    );
  });
});