public void TestSerializingDeposit()
{
var factory = new JsonRpcFactory();
var testAssembly = typeof(JsonRpcSignerTest).Assembly;
TrustlyApiClientSettings settings;
using (var merchantPrivateKey = testAssembly.GetManifestResourceStream("Trustly.Api.Client.UnitTests.Keys.merchant_private_key.cer"))
{
using (var merchantPublicKey = testAssembly.GetManifestResourceStream("Trustly.Api.Client.UnitTests.Keys.merchant_public_key.cer"))
{
settings = TrustlyApiClientSettings
.ForTest()
.WithCredentialsFromEnv()
.WithCertificatesFromStreams(merchantPublicKey, merchantPrivateKey)
.AndTrustlyCertificate();
}
}
var requestData = new DepositRequestData
{
NotificationURL = "localhost:1000",
MessageID = "82bdbc09-7605-4265-b416-1e9549397edd",
EndUserID = "127.0.0.1",
Username = "******",
Password = "******", // Is not the real password
Attributes = new DepositRequestDataAttributes
{
Amount = "100.00",
Currency = "SEK",
Country = "SE",
Firstname = "John",
Lastname = "Doe",
}
};
var jsonRpcRequest = factory.Create(requestData, "Deposit", "258a2184-2842-b485-25ca-293525152425");
var serializer = new Serializer();
var serialized = serializer.SerializeData(jsonRpcRequest.Params.Data);
var expectedSerialized = "AttributesAmount100.00CountrySECurrencySEKFirstnameJohnLastnameDoeEndUserID127.0.0.1MessageID82bdbc09-7605-4265-b416-1e9549397eddNotificationURLlocalhost:1000Passworda6e404c9-7ca8-1204-863d-5642e27c2747Usernameteam_ceres";
Assert.AreEqual(expectedSerialized, serialized);
var signer = new JsonRpcSigner(serializer, settings);
var plaintext = signer.CreatePlaintext(serialized, jsonRpcRequest.Method, jsonRpcRequest.Params.UUID);
var expectedPlaintext = "Deposit258a2184-2842-b485-25ca-293525152425AttributesAmount100.00CountrySECurrencySEKFirstnameJohnLastnameDoeEndUserID127.0.0.1MessageID82bdbc09-7605-4265-b416-1e9549397eddNotificationURLlocalhost:1000Passworda6e404c9-7ca8-1204-863d-5642e27c2747Usernameteam_ceres";
Assert.AreEqual(expectedPlaintext, plaintext);
signer.Sign(jsonRpcRequest);
var expectedSignature = "xRed4cLfZs2L5WoJVHiRFvD9yTTvbT0i/BgfhitnTvX7DpfmAz9cmGs3wcTpfYanGlW6hkY7zg7esuaGjPr3NvsWxLGLKBxw97oS7KDmp/FFPnrYulle4MsmKFH5jPB1HMZn2kybXO7a/v1QhVkyKgPGtGSznMBmR8iObbkBGjKbaHdpzwUR2HBK0bomwjIdG7Qx25UMTkMU8a9iNpvwXI71zO9/97DQJK3UiXCicJLNReOTtqcxWL/gUi9h/H7tK6M5kDeNtyRolOhznVZLX/rkFg7exhRvjPk8nEGjMJ3B1O4nEm/xFM0fh4uqfv8QyZrYEzX/K7cfNXflax4n0g==";
Assert.AreEqual(expectedSignature, jsonRpcRequest.Params.Signature);
}
public void SetUp()
{
var testAssembly = typeof(NotificationTests).Assembly;
TrustlyApiClientSettings settings;
using (var trustlyPrivateKey = testAssembly.GetManifestResourceStream("Trustly.Api.Client.UnitTests.Keys.trustly_local_fake_private.pem"))
{
using (var trustlyPublicKey = testAssembly.GetManifestResourceStream("Trustly.Api.Client.UnitTests.Keys.trustly_local_fake_public.pem"))
{
using (var merchantPublicKey = testAssembly.GetManifestResourceStream("Trustly.Api.Client.UnitTests.Keys.merchant_public_key.cer"))
{
// An ugly way to fake as if the "client" is the Trustly server. So we sign the "request" (notification) with Trustly private key.
// It is then validated by the same client, with the Trustly public key, as if it is on the other side of the communication.
settings = TrustlyApiClientSettings
.ForTest()
.WithoutCredentials()
.WithCertificatesFromStreams(merchantPublicKey, trustlyPrivateKey)
.AndTrustlyCertificateFromStream(trustlyPublicKey);
}
}
}
this.client = new TrustlyApiClient(settings);
}
public AbstractBaseController()
{
this.Client = new TrustlyApiClient(TrustlyApiClientSettings.ForDefaultTest());
this.Client = new TrustlyApiClient(TrustlyApiClientSettings
.ForTest()
.WithCredentialsFromUserHome()
.WithCertificatesFromUserHome()
.AndTrustlyCertificate());
}
public void TestNullProperties()
{
var serializer = new Serializer();
var testAssembly = typeof(JsonRpcSignerTest).Assembly;
TrustlyApiClientSettings settings;
using (var merchantPrivateKey = testAssembly.GetManifestResourceStream("Trustly.Api.Client.UnitTests.Keys.merchant_private_key.cer"))
{
using (var merchantPublicKey = testAssembly.GetManifestResourceStream("Trustly.Api.Client.UnitTests.Keys.merchant_public_key.cer"))
{
settings = TrustlyApiClientSettings
.ForTest()
.WithCredentialsFromEnv()
.WithCertificatesFromStreams(merchantPublicKey, merchantPrivateKey)
.AndTrustlyCertificate();
}
}
var client = new TrustlyApiClient(settings);
var signer = new JsonRpcSigner(serializer, settings);
var rpcResponse = client.CreateResponsePackage("account", "e76ffbe5-e0f9-4402-8689-f868ed2021f8", new NotificationResponse {
Status = "OK"
});
var serialized = serializer.SerializeData(rpcResponse.GetData());
Assert.AreEqual("statusOK", serialized);
signer.Sign(rpcResponse);
Assert.AreEqual(
"J28IN0yXZN3dlV2ikg4nQKwnP98kso8lzpmuwBcfbXr8i3XeEyydRM4jRwsOOeF0ilGuXyr1Kyb3+1j4mVtgU0SwjVgBHWrYPMegNeykY3meto/aoATH0mvop4Ex1OKO7w/S/ktR2J0J5Npn/EuiKGiVy5GztHYTh9hWmZBCElYPZf4Rsd1CJQJAPlZeAuRcrb5dnbiGJvTEaL/7VLcPT27oqAUefSNb/zNt5yL+wH6BihlkpZ/mtE61lX5OpC46iql6hpsrlOBD3BroYfcwgk1t3YdcNOhVWrmkrlVptGQ/oy6T/LSIKbkG/tJsuV8sl6w1Z31IesK6MZDfSJbcXw==",
rpcResponse.GetSignature()
);
}
public void SetUp()
{
this.client = new TrustlyApiClient(TrustlyApiClientSettings.ForDefaultTest());
}
