import {Crypto,Account} from '../lib/index'
import { ERROR_CODE } from '../src/error';
import 'jest'
import { Wallet } from '../lib/index'

describe('test account', () => {

    // tslint:disable-next-line:one-variable-per-declaration
    let privateKey: Crypto.PrivateKey,
        accountDataStr: string,
        wallet: Wallet,
        account: Account,
        encryptedKey: Crypto.PrivateKey;

    beforeAll(() => {
        privateKey = Crypto.PrivateKey.random();
        console.log('privatekey=',privateKey)
        // console.log(privateKey.serializeJson())
        console.log(privateKey.serializeWIF());
    });

    test('test create', () => {
        wallet = Wallet.create('dancy')
        account = Account.create(privateKey, '123456', 'mickey');
        console.log('dancy-account=',account)
        wallet.addAccount(account)
        console.log('wallet=',wallet)
        encryptedKey = account.encryptedKey;
        accountDataStr = account.toJson();
        // tslint:disable-next-line:no-console
        console.log('account: ' + accountDataStr);
        expect(accountDataStr).toBeDefined();
        // tslint:disable:no-console
        console.log('address: ' + account.address.toBase58());
        console.log('privateKey: ' + privateKey);
        console.log('addressU160: ' + account.address.serialize());

        const pub = '120202d3d048aca7bdee582a611d0b8acc45642950dc6167aee63abbdcd1a5781c6319';
        console.log('Address: ' + Crypto.Address.fromPubKey(new Crypto.PublicKey(pub)).toBase58());
    });
    test('test import account with correct password', () => {
        let a;
        try {
            a = Account.importAccount('mickey', encryptedKey, '123456', account.address, account.salt);
            console.log('import-a',a)
        } catch (err) {
            console.log(err);
        }

        expect(a.label).toBe('mickey');

    });
    test('test import  with incorrect password', () => {
        try {
            const a = Account.importAccount('mickey', encryptedKey, '1234567', account.address, account.salt);
        } catch (err) {
            expect(err).toEqual(ERROR_CODE.Decrypto_ERROR);
        }

    });

    test('create_sm2', () => {
        const keyParameter = new Crypto.KeyParameters(Crypto.CurveLabel.SM2P256V1);
        const pri = Crypto.PrivateKey.random(Crypto.KeyType.SM2, keyParameter);
        const acc = Account.create(pri, '123456', 'sm2Account');
        const accJson = acc.toJsonObj();
        console.log(accJson);
        expect(accJson.algorithm).toEqual('SM2');
    });
});