public void Does_Hybrid_RSA_SHA512_AES_MasterKey_and_HmacSha256()
{
var request = new HelloSecure {
Name = "World"
};
var msgBytes = request.ToJson().ToUtf8Bytes();
byte[] masterKey, iv;
AesUtils.CreateKeyAndIv(out masterKey, out iv);
var sha512KeyBytes = masterKey.ToSha512HashBytes();
var cryptKey = new byte[sha512KeyBytes.Length / 2];
var authKey = new byte[sha512KeyBytes.Length / 2];
Buffer.BlockCopy(sha512KeyBytes, 0, cryptKey, 0, cryptKey.Length);
Buffer.BlockCopy(sha512KeyBytes, cryptKey.Length, authKey, 0, authKey.Length);
var encryptedBytes = AesUtils.Encrypt(msgBytes, cryptKey, iv);
var authEncryptedBytes = HmacUtils.Authenticate(encryptedBytes, authKey, iv);
var aesKeyNonceBytes = iv.Combine(masterKey);
var rsaEncAesKeyNonceBytes = RsaUtils.Encrypt(aesKeyNonceBytes, SecureConfig.PublicKeyXml);
var json = ValidateAndDecryptWithMasterKey(rsaEncAesKeyNonceBytes, authEncryptedBytes);
var fromJson = json.FromJson <HelloSecure>();
Assert.That(fromJson.Name, Is.EqualTo(request.Name));
}
public void Can_Send_Encrypted_Message()
{
var client = CreateClient();
var request = new HelloSecure {
Name = "World"
};
var aes = new AesManaged {
KeySize = AesUtils.KeySize
};
var aesKeyBytes = aes.Key.Combine(aes.IV);
var rsaEncAesKeyBytes = RsaUtils.Encrypt(aesKeyBytes, SecureConfig.PublicKeyXml);
var timestamp = DateTime.UtcNow.ToUnixTime();
var requestBody = timestamp + " POST " + typeof(HelloSecure).Name + " " + request.ToJson();
var encryptedMessage = new EncryptedMessage
{
EncryptedSymmetricKey = Convert.ToBase64String(rsaEncAesKeyBytes),
EncryptedBody = AesUtils.Encrypt(requestBody, aes.Key, aes.IV)
};
var encResponse = client.Post(encryptedMessage);
var responseJson = AesUtils.Decrypt(encResponse.EncryptedBody, aes.Key, aes.IV);
var response = responseJson.FromJson <HelloSecureResponse>();
Assert.That(response.Result, Is.EqualTo("Hello, World!"));
}
public void Does_throw_on_replayed_messages()
{
var client = CreateClient();
var request = new HelloSecure {
Name = "World"
};
byte[] cryptKey, iv;
AesUtils.CreateKeyAndIv(out cryptKey, out iv);
byte[] authKey = AesUtils.CreateKey();
var cryptAuthKeys = cryptKey.Combine(authKey);
var rsaEncCryptAuthKeys = RsaUtils.Encrypt(cryptAuthKeys, SecureConfig.PublicKeyXml);
var authRsaEncCryptAuthKeys = HmacUtils.Authenticate(rsaEncCryptAuthKeys, authKey, iv);
var timestamp = DateTime.UtcNow.ToUnixTime();
var requestBody = timestamp + " POST " + typeof(HelloSecure).Name + " " + request.ToJson();
var encryptedBytes = AesUtils.Encrypt(requestBody.ToUtf8Bytes(), cryptKey, iv);
var authEncryptedBytes = HmacUtils.Authenticate(encryptedBytes, authKey, iv);
var encryptedMessage = new EncryptedMessage
{
EncryptedSymmetricKey = Convert.ToBase64String(authRsaEncCryptAuthKeys),
EncryptedBody = Convert.ToBase64String(authEncryptedBytes),
};
var encResponse = client.Post(encryptedMessage);
try
{
client.Post(encryptedMessage);
Assert.Fail("Should throw");
}
catch (WebServiceException ex)
{
ex.StatusDescription.Print();
var errorResponse = (EncryptedMessageResponse)ex.ResponseDto;
authEncryptedBytes = Convert.FromBase64String(errorResponse.EncryptedBody);
if (!HmacUtils.Verify(authEncryptedBytes, authKey))
{
throw new Exception("EncryptedBody is Invalid");
}
var responseBytes = HmacUtils.DecryptAuthenticated(authEncryptedBytes, cryptKey);
var responseJson = responseBytes.FromUtf8Bytes();
var response = responseJson.FromJson <ErrorResponse>();
Assert.That(response.ResponseStatus.Message, Is.EqualTo("Nonce already seen"));
}
}
public void Can_Encrypt_and_Decrypt_with_AES_bytes()
{
var msg = new HelloSecure {
Name = "World"
};
AesUtils.CreateKeyAndIv(out var cryptKey, out var iv);
var encryptedBytes = AesUtils.Encrypt(msg.ToJson().ToUtf8Bytes(), cryptKey, iv);
var msgBytes = AesUtils.Decrypt(encryptedBytes, cryptKey, iv);
var decryptedMsg = msgBytes.FromUtf8Bytes().FromJson <HelloSecure>();
Assert.That(decryptedMsg.Name, Is.EqualTo(msg.Name));
}
public void Can_Encrypt_and_Decrypt_with_AES()
{
var msg = new HelloSecure {
Name = "World"
};
AesUtils.CreateKeyAndIv(out var cryptKey, out var iv);
var encryptedText = AesUtils.Encrypt(msg.ToJson(), cryptKey, iv);
var decryptedJson = AesUtils.Decrypt(encryptedText, cryptKey, iv);
var decryptedMsg = decryptedJson.FromJson <HelloSecure>();
Assert.That(decryptedMsg.Name, Is.EqualTo(msg.Name));
}
public void Can_Send_Encrypted_Message()
{
var client = CreateClient();
var request = new HelloSecure {
Name = "World"
};
byte[] cryptKey, authKey, iv;
AesUtils.CreateCryptAuthKeysAndIv(out cryptKey, out authKey, out iv);
var cryptAuthKeys = cryptKey.Combine(authKey);
var rsaEncCryptAuthKeys = RsaUtils.Encrypt(cryptAuthKeys, SecureConfig.PublicKeyXml);
var authRsaEncCryptAuthKeys = HmacUtils.Authenticate(rsaEncCryptAuthKeys, authKey, iv);
var timestamp = DateTime.UtcNow.ToUnixTime();
var requestBody = timestamp + " POST " + typeof(HelloSecure).Name + " " + request.ToJson();
var encryptedBytes = AesUtils.Encrypt(requestBody.ToUtf8Bytes(), cryptKey, iv);
var authEncryptedBytes = HmacUtils.Authenticate(encryptedBytes, authKey, iv);
var encryptedMessage = new EncryptedMessage
{
EncryptedSymmetricKey = Convert.ToBase64String(authRsaEncCryptAuthKeys),
EncryptedBody = Convert.ToBase64String(authEncryptedBytes),
};
var encResponse = client.Post(encryptedMessage);
authEncryptedBytes = Convert.FromBase64String(encResponse.EncryptedBody);
if (!HmacUtils.Verify(authEncryptedBytes, authKey))
{
throw new Exception("Invalid EncryptedBody");
}
var decryptedBytes = HmacUtils.DecryptAuthenticated(authEncryptedBytes, cryptKey);
var responseJson = decryptedBytes.FromUtf8Bytes();
var response = responseJson.FromJson <HelloSecureResponse>();
Assert.That(response.Result, Is.EqualTo("Hello, World!"));
}
public void Does_Hybrid_RSA_Crypt_and_Auth_AES_with_HMAC_SHA256()
{
var request = new HelloSecure {
Name = "World"
};
var timestamp = DateTime.UtcNow.ToUnixTime();
var msg = timestamp + " POST " + request.GetType().Name + " " + request.ToJson();
var msgBytes = msg.ToUtf8Bytes();
byte[] cryptKey, authKey, iv;
AesUtils.CreateCryptAuthKeysAndIv(out cryptKey, out authKey, out iv);
var encryptedBytes = AesUtils.Encrypt(msgBytes, cryptKey, iv);
var decryptedBytes = AesUtils.Decrypt(encryptedBytes, cryptKey, iv);
Assert.That(decryptedBytes, Is.EquivalentTo(msgBytes));
var authEncryptedBytes = HmacUtils.Authenticate(encryptedBytes, authKey, iv);
var cryptAuthKeys = cryptKey.Combine(authKey);
var rsaEncCryptAuthKeys = RsaUtils.Encrypt(cryptAuthKeys, SecureConfig.PublicKeyXml);
var authRsaEncCryptAuthKeys = HmacUtils.Authenticate(rsaEncCryptAuthKeys, authKey, iv);
var decryptedMsg = ValidateAndDecrypt(authRsaEncCryptAuthKeys, authEncryptedBytes);
var parts = decryptedMsg.SplitOnFirst(' ');
Assert.That(long.Parse(parts[0]), Is.EqualTo(timestamp));
parts = parts[1].SplitOnFirst(' ');
Assert.That(parts[0], Is.EqualTo("POST"));
parts = parts[1].SplitOnFirst(' ');
Assert.That(parts[0], Is.EqualTo(request.GetType().Name));
var decryptedJson = parts[1];
var decryptedRequest = decryptedJson.FromJson <HelloSecure>();
Assert.That(decryptedRequest.Name, Is.EqualTo(request.Name));
}
public void Does_throw_on_replayed_messages()
{
var client = CreateClient();
var request = new HelloSecure {
Name = "World"
};
var aes = new AesManaged {
KeySize = AesUtils.KeySize
};
var aesKeyBytes = aes.Key.Combine(aes.IV);
var rsaEncAesKeyBytes = RsaUtils.Encrypt(aesKeyBytes, SecureConfig.PublicKeyXml);
var timestamp = DateTime.UtcNow.ToUnixTime();
var requestBody = timestamp + " POST " + typeof(HelloSecure).Name + " " + request.ToJson();
var encryptedMessage = new EncryptedMessage
{
EncryptedSymmetricKey = Convert.ToBase64String(rsaEncAesKeyBytes),
EncryptedBody = AesUtils.Encrypt(requestBody, aes.Key, aes.IV)
};
var encResponse = client.Post(encryptedMessage);
try
{
client.Post(encryptedMessage);
Assert.Fail("Should throw");
}
catch (WebServiceException ex)
{
ex.StatusDescription.Print();
var errorResponse = (EncryptedMessageResponse)ex.ResponseDto;
var responseJson = AesUtils.Decrypt(errorResponse.EncryptedBody, aes.Key, aes.IV);
var response = responseJson.FromJson <ErrorResponse>();
Assert.That(response.ResponseStatus.Message, Is.EqualTo("Nonce already seen"));
}
}
/// <summary>
/// 修改歌曲信息协程
/// </summary>
/// <param name="dirPath"></param>
/// <returns></returns>
private IEnumerator EditComment(string dirPath)
{
mCorRunning = true;
mIgnoreNum = 0;
mAllNum = 0;
mFailNum = 0;
mDealNum = 0;
mMapKeyInfo.Clear();
var pathList = new[] { dirPath };
if (!mIsFile)
{
//判断单文件还是文件夹
pathList = Directory.GetFiles(dirPath);
}
var startTime = Time.realtimeSinceStartup;
mAllNum = pathList.Length;
for (var i = 0; i < pathList.Length; i++)
{
var path = pathList[i];
if (path.EndsWith("mp3"))
{
var name = "";
var f = File.Create(path);
if (!mTgCover.isOn && f.Tag.Comment.Contains("163"))
{
//不覆盖
Debug.LogWarning("不覆盖已经有Comment的，跳过：" + f.Tag.Title);
mIgnoreNum++;
continue;
}
if (!mTgCoverMatch.isOn && MatchTag.Equals(f.Tag.Description))
{
//不覆盖已经准确匹配过的
Debug.LogWarning("不覆盖已经准确匹配过的，跳过：" + f.Tag.Title);
mIgnoreNum++;
continue;
}
name = f.Tag.Title.Trim();
if (string.IsNullOrEmpty(name))
{
//Tag里面为空就从路径里面获取
name = Path.GetFileNameWithoutExtension(path);
// name = path.Substring(path.LastIndexOf("/") + 1);
// name = name.Substring(0, name.IndexOf("."));
}
Debug.Log("歌曲名字： " + name);
if (!string.IsNullOrEmpty(name))
{
if (f.Tag.Performers != null && f.Tag.Performers.Length > 0)
{
//搜索增加名字
name += " " + f.Tag.Performers[0];
}
mDealNum++;
mTvStatus.text = "正在处理:" + mDealNum + "/" + mAllNum + "，忽略:" + mIgnoreNum + "，失败:" + mFailNum;
mLog.Enqueue("正在处理 " + f.Tag.Title);
if (mTgDiyUrl.isOn)
{
//自定义修改
Debug.Log("自定义修改： " + mDiySongID);
mMapKeyInfo.Add(path, new SongInfo()
{
id = mDiySongID,
});
}
else
{
yield return(Search(f.Tag, path, name, (songInfo) =>
{
if (songInfo != null)
{
mMapKeyInfo.Add(path, songInfo);
}
else
{
mFailNum++;
}
f.Dispose();
}));
}
if (i == pathList.Length - 1 || mMapKeyInfo.Count == DetailNum)
{
//每20条内容或者最后一条了，就获取详情
Debug.Log("开始获取详情：" + mDealNum);
mLog.Enqueue("开始获取详情：" + mDealNum);
var idList = new List <int>();
foreach (var keyValuePair in mMapKeyInfo)
{
idList.Add(keyValuePair.Value.id);
}
//获取歌曲详情
yield return(GetSongDetail(idList.ToArray(), (songs) =>
{
if (songs != null && songs.Count > 0)
{
var keyList = mMapKeyInfo.Keys.ToArray();
foreach (var key in keyList)
{
mMapKeyInfo.TryGetValue(key, out var outInfo);
if (outInfo != null)
{
var isMatch = outInfo.IsMatch;
var songInfo = songs.Find(v => v.id == outInfo.id);
songInfo.IsMatch = isMatch;
//替换搜索的实体为详情得到的实体
mMapKeyInfo[key] = songInfo;
}
}
foreach (var keyValuePair in mMapKeyInfo)
{
var songInfo = keyValuePair.Value;
if (songInfo != null)
{
var fCache = File.Create(keyValuePair.Key);
songInfo.bitrate = fCache.Properties.AudioBitrate * 1000;
var comment = JsonMapper.ToJson(songInfo.ToKeyInfo());
fCache.Tag.Comment = "163 key(Don't modify):" +
AesUtils.Encrypt("music:" + comment, AesKey);
//定义是否完全匹配
fCache.Tag.Description = (songInfo.IsMatch ? MatchTag : "");
fCache.Save();
fCache.Dispose();
var fileName = "/" + Path.GetFileName(keyValuePair.Key);
//根据文件名称来删除数据库
mDataDataService?.DeleteRow(fileName);
}
else
{
mFailNum++;
}
}
}
else
{
mFailNum += idList.Count;
}
}));
//清空当前歌曲库
mMapKeyInfo.Clear();
}
}
}
}
mCorRunning = false;
mBtnEdit.GetComponentInChildren <Text>().text = "开始";
yield return(null);
Debug.Log("搜索完毕,耗时：" + (Time.realtimeSinceStartup - startTime) + "秒");
mTvStatus.text = "处理完毕:" + mDealNum + "/" + mAllNum + "，忽略:" + mIgnoreNum + "，失败:" + mFailNum;
mLog.Enqueue(mTvStatus.text);
if (mNeedReOpen)
{
if (mDealNum > 0)
{
Debug.Log("需要重启网易云生效");
mLog.Enqueue("请重启网易云生效");
}
mDataDataService?.Close();
}
}
/// <summary>
/// 加密Comment
/// </summary>
/// <param name="ori"></param>
private void EncryptText(string ori)
{
var result = AesUtils.Encrypt("music:" + ori, UIPanel163Key.AesKey);
mIpOrigin.text = result;
}
// [Category("BlockchainIntegration")]
public void ProhibotCashOutsToHWTest()
{
string phonePrefix = null;
string phoneNumber = TestData.GenerateNumbers(9);
var currentAssetId = lykkePrivateApi.Assets.GetAssets().GetResponseObject().FirstOrDefault(a =>
{
if (a.BlockchainIntegrationLayerId != null)
{
return(a.BlockchainIntegrationLayerId.ToString().ToLower() == BlockChainName.ToLower());
}
return(false);
})?.Id;
var blockchainSettings = cfg["BlockchainsIntegration"];
var currentBlockchainSettings = JsonConvert.DeserializeObject <BlockchainSettings[]>(cfg["BlockchainsIntegration"]["Blockchains"].ToString()).FirstOrDefault(b => b.Type.ToLower().Contains(BlockChainName.ToLower()));
if (currentBlockchainSettings == null)
{
Assert.Ignore($"Blockchain {BlockChainName} does not present in blockchain settings {blockchainSettings}");
}
#region register client
var bitcoinPrivateKey = new NBitcoin.Key().GetWif(NBitcoin.Network.TestNet);
//STEP 0
var getApplicationInfo = walletApi.ApplicationInfo
.GetApplicationInfo()
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
//STEP 2
var postEmailVerification = walletApi.EmailVerification
.PostEmailVerification(new PostEmailModel()
{
Email = email
})
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.That(postEmailVerification.GetResponseObject().Error, Is.Null);
//STEP 3
var getEmailVerification = walletApi.EmailVerification
.GetEmailVerification(email, code, null)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.That(getEmailVerification.GetResponseObject().Result.Passed, Is.True);
//STEP 4
var postRegistration = walletApi.Registration.PostRegistrationResponse(new AccountRegistrationModel()
{
ClientInfo = clientInfo,
Email = email,
Hint = hint,
Password = Sha256.GenerateHash(password)
})
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.Multiple(() =>
{
var postRegistrationData = postRegistration.GetResponseObject();
Assert.That(postRegistrationData.Result.PersonalData?.Email, Is.EqualTo(email));
Assert.That(postRegistrationData.Result.Token, Is.Not.Null.And.Not.Empty);
});
token = postRegistration.GetResponseObject().Result.Token;
//STEP 6
var getPersonalData = walletApi.PersonalData
.GetPersonalDataResponse(token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.That(getPersonalData.GetResponseObject().Result
.Email, Is.EqualTo(email));
//STEP 7
var postClientFullName = walletApi.ClientFullName
.PostClientFullName(new PostClientFullNameModel()
{
FullName = $"{firstName} {lastName}"
}, token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
//STEP 8
getPersonalData = walletApi.PersonalData
.GetPersonalDataResponse(token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
var getPersonalDataResult = getPersonalData.GetResponseObject().Result;
Assert.That(getPersonalDataResult.FullName, Is.EqualTo($"{firstName} {lastName}"));
Assert.That(getPersonalDataResult.FirstName, Is.EqualTo(firstName));
Assert.That(getPersonalDataResult.LastName, Is.EqualTo(lastName));
Assert.That(getPersonalDataResult.Country, Is.Not.Null.And.Not.Empty);
country = getPersonalData.GetResponseObject().Result.Country;
//STEP 9
var getCountryPhoneCodes = walletApi.CountryPhoneCodes
.GetCountryPhoneCodes(token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
var getCountryPhoneCodesResult = getCountryPhoneCodes.GetResponseObject().Result;
Assert.That(getCountryPhoneCodesResult.Current, Is.EqualTo(country));
phonePrefix = getCountryPhoneCodesResult.CountriesList
.FirstOrDefault(c => c.Id == country)?.Prefix;
Assert.That(phonePrefix, Is.Not.Null);
//STEP 10
var postCheckMobilePhone = walletApi.CheckMobilePhone
.PostCheckMobilePhone(new PostClientPhoneModel()
{
PhoneNumber = phonePrefix + phoneNumber
}, token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
//STEP 11
var getCheckMobilePhone = walletApi.CheckMobilePhone
.GetCheckMobilePhone(phonePrefix + phoneNumber, code, token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.That(getCheckMobilePhone.GetResponseObject().Result
.Passed, Is.True);
//STEP 12
var getCheckDocumentsToUpload = walletApi.CheckDocumentsToUpload
.GetCheckDocumentsToUpload(token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
var getCheckDocumentsToUploadResult = getCheckDocumentsToUpload.GetResponseObject().Result;
Assert.That(getCheckDocumentsToUploadResult.IdCard, Is.True);
Assert.That(getCheckDocumentsToUploadResult.ProofOfAddress, Is.True);
Assert.That(getCheckDocumentsToUploadResult.Selfie, Is.True);
//STEP 13
var postPinSecurity = walletApi.PinSecurity
.PostPinSecurity(new PinSecurityChangeModel()
{
Pin = pin
}, token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
//STEP 14
var getMyLykkeSettings = walletApi.MyLykkeSettings
.GetMyLykkeSettings(token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.That(getMyLykkeSettings.GetResponseObject().Result.MyLykkeEnabled,
Is.True);
//STEP 15
var postClientKeys = walletApi.ClientKeys
.PostClientKeys(new ClientKeysModel()
{
PubKey = bitcoinPrivateKey.PubKey.ToString(),
EncodedPrivateKey = AesUtils.Encrypt(bitcoinPrivateKey.ToString(), password)
}, token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
#endregion
var clientId = lykkePrivateApi.ClientAccount.ClientAccountInformation.
GetClientsByEmail(email).GetResponseObject().FirstOrDefault()?.Id;
Assert.That(clientId, Is.Not.Null, "UnExpected ClientId is null.");
var walletId = lykkePrivateApi.ClientAccount.Wallets.GetWalletsForClientById(clientId).
GetResponseObject().FirstOrDefault()?.Id;
Assert.That(walletId, Is.Not.Null, $"Dont have any wallets for client {clientId}");
// fill wallet with manual CashIn
var manualCashIn = new ManualCashInRequestModel
{
Amount = 10,
AssetId = currentAssetId,
ClientId = clientId,
Comment = "AutotestFund",
UserId = "Autotest user"
};
var cryptoToWalletResponse = lykkePrivateApi.ExchangeOperation.PostManualCashIn(manualCashIn);
// we have crypto. Go to make CashOut
var mobileSteps = new MobileSteps(walletApi);
var keys = mobileSteps.Login(email, password, pin);
var SignatureVerificationToken = mobileSteps.GetAccessToken(email, keys.token, keys.privateKey);
//complete backup
var backUp = walletApi.BackupCompleted.PostBackupCompleted(token);
var cashOut = new HotWalletCashoutOperation {
AssetId = currentAssetId, DestinationAddress = currentBlockchainSettings.HotWalletAddress, Volume = 5
};
var cashOutRequest = walletApi.HotWallet.PostCashOut(cashOut, SignatureVerificationToken, token);
if (cashOutRequest.GetResponseObject().Error.Message.ToLower().Contains("address is invalid"))
{
Assert.Pass("Error message contain 'address is invalid'");
}
else
{
var getDiscl = walletApi.AssetDisclaimers.Get(token);
var postDiscl = walletApi.AssetDisclaimers.PostApproveById(getDiscl.GetResponseObject().Result.Disclaimers[0].Id, token);
//make cashout again
SignatureVerificationToken = mobileSteps.GetAccessToken(email, keys.token, keys.privateKey);
cashOutRequest = walletApi.HotWallet.PostCashOut(cashOut, SignatureVerificationToken, token);
Assert.That(cashOutRequest.GetResponseObject().Error.Message.ToLower(), Does.Contain("address is invalid"), "Unexpected error message");
}
}
public void RegisterTest()
{
string firstName = "Autotest";
string lastName = "User";
string clientInfo = "iPhone; Model:6 Plus; Os:9.3.5; Screen:414x736";
string hint = "qwe";
string phonePrefix = null;
string phoneNumber = TestData.GenerateNumbers(9);
string token = null;
string country = null;
var bitcoinPrivateKey = new NBitcoin.Key().GetWif(NBitcoin.Network.TestNet);
//STEP 0
var getApplicationInfo = walletApi.ApplicationInfo
.GetApplicationInfo()
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
//STEP 1
////var getClientState = walletApi.ClientState
//// .GetClientState(email, null)
//// .Validate.StatusCode(HttpStatusCode.OK)
//// .Validate.NoApiError();
////Assert.That(getClientState.GetResponseObject().Result
//// .IsRegistered, Is.False);
//STEP 2
var postEmailVerification = walletApi.EmailVerification
.PostEmailVerification(new PostEmailModel()
{
Email = email
})
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.That(postEmailVerification.GetResponseObject().Error, Is.Null);
//STEP 3
var getEmailVerification = walletApi.EmailVerification
.GetEmailVerification(email, code, null)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.That(getEmailVerification.GetResponseObject().Result.Passed, Is.True);
//STEP 4
var postRegistration = walletApi.Registration.PostRegistrationResponse(new AccountRegistrationModel()
{
ClientInfo = clientInfo,
Email = email,
Hint = hint,
Password = Sha256.GenerateHash(password)
})
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.Multiple(() =>
{
var postRegistrationData = postRegistration.GetResponseObject();
Assert.That(postRegistrationData.Result.PersonalData?.Email, Is.EqualTo(email));
Assert.That(postRegistrationData.Result.Token, Is.Not.Null.And.Not.Empty);
});
token = postRegistration.GetResponseObject().Result.Token;
////STEP 5
//getClientState = walletApi.ClientState
// .GetClientState(email, null)
// .Validate.StatusCode(HttpStatusCode.OK)
// .Validate.NoApiError();
//Assert.Multiple(() =>
//{
// var getClientStateData = getClientState.GetResponseObject();
// Assert.That(getClientStateData.Result.IsRegistered, Is.True);
// Assert.That(getClientStateData.Result.IsPwdHashed, Is.True);
//});
//STEP 6
var getPersonalData = walletApi.PersonalData
.GetPersonalDataResponse(token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.That(getPersonalData.GetResponseObject().Result
.Email, Is.EqualTo(email));
//STEP 7
var postClientFullName = walletApi.ClientFullName
.PostClientFullName(new PostClientFullNameModel()
{
FullName = $"{firstName} {lastName}"
}, token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
//STEP 8
getPersonalData = walletApi.PersonalData
.GetPersonalDataResponse(token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
var getPersonalDataResult = getPersonalData.GetResponseObject().Result;
Assert.That(getPersonalDataResult.FullName, Is.EqualTo($"{firstName} {lastName}"));
Assert.That(getPersonalDataResult.FirstName, Is.EqualTo(firstName));
Assert.That(getPersonalDataResult.LastName, Is.EqualTo(lastName));
Assert.That(getPersonalDataResult.Country, Is.Not.Null.And.Not.Empty);
country = getPersonalData.GetResponseObject().Result.Country;
//STEP 9
var getCountryPhoneCodes = walletApi.CountryPhoneCodes
.GetCountryPhoneCodes(token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
var getCountryPhoneCodesResult = getCountryPhoneCodes.GetResponseObject().Result;
Assert.That(getCountryPhoneCodesResult.Current, Is.EqualTo(country));
phonePrefix = getCountryPhoneCodesResult.CountriesList
.FirstOrDefault(c => c.Id == country)?.Prefix;
Assert.That(phonePrefix, Is.Not.Null);
//STEP 10
var postCheckMobilePhone = walletApi.CheckMobilePhone
.PostCheckMobilePhone(new PostClientPhoneModel()
{
PhoneNumber = phonePrefix + phoneNumber
}, token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
//STEP 11
var getCheckMobilePhone = walletApi.CheckMobilePhone
.GetCheckMobilePhone(phonePrefix + phoneNumber, code, token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.That(getCheckMobilePhone.GetResponseObject().Result
.Passed, Is.True);
//STEP 12
var getCheckDocumentsToUpload = walletApi.CheckDocumentsToUpload
.GetCheckDocumentsToUpload(token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
var getCheckDocumentsToUploadResult = getCheckDocumentsToUpload.GetResponseObject().Result;
Assert.That(getCheckDocumentsToUploadResult.IdCard, Is.True);
Assert.That(getCheckDocumentsToUploadResult.ProofOfAddress, Is.True);
Assert.That(getCheckDocumentsToUploadResult.Selfie, Is.True);
//STEP 13
var postPinSecurity = walletApi.PinSecurity
.PostPinSecurity(new PinSecurityChangeModel()
{
Pin = pin
}, token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
//STEP 14
var getMyLykkeSettings = walletApi.MyLykkeSettings
.GetMyLykkeSettings(token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
Assert.That(getMyLykkeSettings.GetResponseObject().Result.MyLykkeEnabled,
Is.True);
//STEP 15
var postClientKeys = walletApi.ClientKeys
.PostClientKeys(new ClientKeysModel()
{
PubKey = bitcoinPrivateKey.PubKey.ToString(),
EncodedPrivateKey = AesUtils.Encrypt(bitcoinPrivateKey.ToString(), password)
}, token)
.Validate.StatusCode(HttpStatusCode.OK)
.Validate.NoApiError();
}
public static string Encrypt(string plainText, IDictionary <string, object> options)
{
var toEncrypt = plainText;
var encryptedText = string.Empty;
if (options == null)
{
throw new ArgumentNullException(nameof(options));
}
var decodeFromBase64 = options.ContainsKey("DecodeFromBase64") &&
Convert.ToBoolean(options["DecodeFromBase64"], CultureInfo.InvariantCulture);
var encodeToBase64 = options.ContainsKey("EncodeToBase64") && Convert.ToBoolean(options["EncodeToBase64"], CultureInfo.InvariantCulture);
var method = options.ContainsKey("Method") ? options["Method"].ToString() : string.Empty;
switch (method)
{
// RSA
case "RSA":
var publicKeyPath = options["PublicKeyPath"].ToString();
if (publicKeyPath.StartsWith("\"", StringComparison.InvariantCulture))
{
publicKeyPath = publicKeyPath.Substring(1, publicKeyPath.Length - 1);
}
if (publicKeyPath.EndsWith("\"", StringComparison.InvariantCulture))
{
publicKeyPath = publicKeyPath.Substring(0, publicKeyPath.Length - 1);
}
if (decodeFromBase64)
{
toEncrypt = GeneralUtils.Base64Decode(toEncrypt);
}
encryptedText = encodeToBase64 ? RsaUtils.EncryptAndBase64Encode(toEncrypt, publicKeyPath) : RsaUtils.Encrypt(toEncrypt, publicKeyPath);
break;
// AES
case "AES":
var key = options["key"].ToString();
var initializationValue = options["iniValue"].ToString();
encryptedText = encodeToBase64 ? AesUtils.EncryptAndBase64Encode(toEncrypt, key, initializationValue) : AesUtils.Encrypt(toEncrypt, key, initializationValue);
break;
// Base64
case "Base64":
encryptedText = GeneralUtils.Base64Encode(toEncrypt);
break;
// Hashing
case "Hashing":
switch (options["hashMethod"].ToString())
{
case "MD5":
// create new instance of MD5
var md5 = MD5.Create();
try
{
// convert the input text to array of bytes
var hashDataMd5 = md5.ComputeHash(Encoding.Default.GetBytes(toEncrypt));
// return hexadecimal string
encryptedText = BitConverter.ToString(hashDataMd5).Replace("-", string.Empty);
}
finally
{
md5.Dispose();
}
break;
case "SHA1":
// create new instance of SHA1
var sha1 = SHA1.Create();
try
{
// convert the input text to array of bytes
var hashDataSha1 = sha1.ComputeHash(Encoding.Default.GetBytes(toEncrypt));
// return hexadecimal string
encryptedText = BitConverter.ToString(hashDataSha1).Replace("-", string.Empty);
}
finally
{
sha1.Dispose();
}
break;
case "SHA2":
case "SHA256":
// create new instance of SHA256
var sha2 = SHA256.Create();
try
{
// convert the input text to array of bytes
var hashDataSha2 = sha2.ComputeHash(Encoding.Default.GetBytes(toEncrypt));
// return hexadecimal string
encryptedText = BitConverter.ToString(hashDataSha2).Replace("-", string.Empty);
}
finally
{
sha2.Dispose();
}
break;
}
break;
}
return(encryptedText);
}
