public void CanonicalizeTest(SigningTestFixture testCase)
{
var canonicalizer = new RequestCanonicalizer();
var canonicalizedRequest = canonicalizer.Canonicalize(testCase.request, testCase.headersToSign, testCase.config.ToEscherConfig());
Assert.AreEqual(testCase.expected.canonicalizedRequest, canonicalizedRequest, "canonicalization does not work");
}
public void ComposeTest(SigningTestFixture signingTestFixture)
{
var stringToSignComposer = new StringToSignComposer();
var stringToSign = stringToSignComposer.Compose(
signingTestFixture.expected.canonicalizedRequest,
signingTestFixture.config.DateTime,
signingTestFixture.config.ToEscherConfig()
);
Assert.AreEqual(signingTestFixture.expected.stringToSign, stringToSign, "stringToSign does not work");
}
public void ComposeTest(SigningTestFixture signingTestFixture)
{
var authHeaderComposer = new AuthHeaderComposer();
var authHeader = authHeaderComposer.Compose(
signingTestFixture.config.ToEscherConfig(),
signingTestFixture.config.accessKeyId,
signingTestFixture.config.DateTime,
signingTestFixture.headersToSign,
signingTestFixture.expected.stringToSign,
signingTestFixture.config.apiSecret
);
Assert.AreEqual(signingTestFixture.expected.authHeader, authHeader);
}
public void SignRequestTest(SigningTestFixture testCase)
{
var escher = new Escher { Config = testCase.config.ToEscherConfig() };
var signedRequest = escher.SignRequest(
testCase.request,
testCase.config.accessKeyId,
testCase.config.apiSecret,
testCase.headersToSign,
testCase.config.DateTime
);
Assert.AreEqual(testCase.expected.request, signedRequest);
}
