protected virtual WebApplicationFactory <Startup> CreateFactory()
{
var f = new WebApplicationFactory <Startup>()
.WithWebHostBuilder(builder => builder.UseContentRoot("."));
//{
// Environment = TestEnvironment
//};
var secretRepository = new SecretStore();
secretRepository.Assign("1234", "ABCD");
var mrb = new HmacMessageRepresentationBuilder();
var calculator = new HmacSignatureCalculator();
HmacClient = new HmacClient
{
ClientId = "1234"
};
var hmacHandler = new HmacClientHandler(HmacClient);
var requestContentMd5Handler = new RequestContentMd5Handler();
var hmacSigningHandler = new HmacSigningHandler(secretRepository, mrb, calculator);
// Inject all the handlers in the correct order
Client = f.CreateDefaultClient(hmacHandler, requestContentMd5Handler, hmacSigningHandler);
//Startup = Program.Startup;
return(f);
}
public void DisallowedSchemes(string scheme)
{
var calculator = new HmacSignatureCalculator();
var secret = "1234";
var source = "ABCD";
var ex = Assert.Throws <NotSupportedException>(() => calculator.Signature(secret, source, scheme));
}
public void ComputeSignature()
{
var calculator = new HmacSignatureCalculator();
var secret = "1234";
var source = "ABCD";
var candidate = calculator.Signature(secret, source);
Assert.That(candidate, Is.EqualTo("UbV2r53a8OFVHVkx0EKdfnJD0H9KxwJ7hD6JOLqpQvQ="));
}
public void ComputeSignature(string scheme, string expected)
{
var calculator = new HmacSignatureCalculator();
var secret = "1234";
var source = "ABCD";
var candidate = calculator.Signature(secret, source, scheme);
Assert.That(candidate, Is.EqualTo(expected), "Signature differs");
}
