public void AuthorisationCodeGrantTests()
{
var proxy = new AuthorisationProxy();
var response = proxy.AuthorisationCodeGrantRequest("12345", "test_scope", "test_state");
Assert.True(response.IsSuccessfull);
}
public void OldAccessTokenTokenShouldNotPingSuccessfully()
{
// Authenticate and get an access token
var proxy1 = new AuthorisationProxy();
var scope = new AuthorisationScope[] { new AuthorisationScope {
ScopeType = AuthorisationScopeType.Full
} }.ToTextValues();
var response = proxy1.PasswordCredentialsGrantRequest(TestConfig.TestUser, TestConfig.TestUserPassword, scope);
Assert.True(response.IsSuccessfull);
Assert.NotNull(response.DataObject);
Assert.True(response.DataObject.IsSuccessfull);
var originalAccessToken = response.DataObject.AccessGrant.access_token;
// Refresh the access token so the old one becomes invalid
response = proxy1.RefreshAccessToken(response.DataObject.AccessGrant.refresh_token, scope);
Assert.True(response.IsSuccessfull);
Assert.NotNull(response.DataObject);
Assert.True(response.DataObject.IsSuccessfull);
// Now try and authenicate and access a resource with the invalidated original access token which should fail.
var proxy2 = new AuthorisationProxy(originalAccessToken);
var pingResult = proxy2.AuthorisationPing();
Assert.NotNull(pingResult);
Assert.False(pingResult.IsSuccessfull);
//Assert.AreEqual<HttpStatusCode>(HttpStatusCode.Unauthorized, pingResult.StatusCode);
Assert.Equal(pingResult.StatusCode, HttpStatusCode.Unauthorized);
}
public void InValidBearerTokenShouldNotPingSuccessfully()
{
var proxy = new AuthorisationProxy("bogustoken");
var pingResult = proxy.AuthorisationPing();
Assert.NotNull(pingResult);
Assert.False(pingResult.IsSuccessfull);
//Assert.AreEqual<HttpStatusCode>(HttpStatusCode.Unauthorized, pingResult.StatusCode);
Assert.Equal(pingResult.StatusCode, HttpStatusCode.Unauthorized);
}
public static string SignInAndGetAccessToken()
{
var authProxy = new AuthorisationProxy();
var scope = new AuthorisationScope[] { new AuthorisationScope {
ScopeType = AuthorisationScopeType.Full
} }.ToTextValues();
var authResponse = authProxy.PasswordCredentialsGrantRequest(TestConfig.TestUser, TestConfig.TestUserPassword, scope);
Assert.True(authResponse.IsSuccessfull);
Assert.True(authResponse.DataObject.IsSuccessfull);
return(authResponse.DataObject.AccessGrant.access_token);
}
public void ValidBearerTokenShouldPingSuccessfully()
{
var proxy = new AuthorisationProxy();
var scope = new AuthorisationScope[] { new AuthorisationScope {
ScopeType = AuthorisationScopeType.Full
} }.ToTextValues();
var response = proxy.PasswordCredentialsGrantRequest(TestConfig.TestUser, TestConfig.TestUserPassword, scope);
Assert.True(response.IsSuccessfull);
Assert.True(response.DataObject.IsSuccessfull);
proxy.BearerToken = response.DataObject.AccessGrant.access_token;
var pingResult = proxy.AuthorisationPing();
Assert.NotNull(pingResult);
Assert.True(pingResult.IsSuccessfull);
}
public void ShouldBeAbleToRefreshValidAccessToken()
{
var proxy = new AuthorisationProxy();
var scope = new AuthorisationScope[] { new AuthorisationScope {
ScopeType = AuthorisationScopeType.Full
} }.ToTextValues();
var response = proxy.PasswordCredentialsGrantRequest(TestConfig.TestUser, TestConfig.TestUserPassword, scope);
Assert.True(response.IsSuccessfull);
Assert.True(response.DataObject.IsSuccessfull);
proxy.BearerToken = response.DataObject.AccessGrant.access_token;
var pingResult = proxy.AuthorisationPing();
Assert.NotNull(pingResult);
Assert.True(pingResult.IsSuccessfull);
// Now ask for a refresh token
var proxy2 = new AuthorisationProxy();
var refreshResponse = proxy2.RefreshAccessToken(response.DataObject.AccessGrant.refresh_token, scope);
Assert.NotNull(refreshResponse);
Assert.True(refreshResponse.IsSuccessfull);
//Assert.AreNotEqual<string>(response.DataObject.AccessGrant.access_token, refreshResponse.DataObject.AccessGrant.access_token);
//Assert.AreEqual<string>(response.DataObject.AccessGrant.refresh_token, refreshResponse.DataObject.AccessGrant.refresh_token);
Assert.NotEqual(response.DataObject.AccessGrant.access_token, refreshResponse.DataObject.AccessGrant.access_token);
Assert.Equal(refreshResponse.DataObject.AccessGrant.refresh_token, response.DataObject.AccessGrant.refresh_token);
// Now check the access token after refresh works
var proxy3 = new AuthorisationProxy(refreshResponse.DataObject.AccessGrant.access_token);
var pingResult2 = proxy3.AuthorisationPing();
Assert.NotNull(pingResult2);
Assert.True(pingResult2.IsSuccessfull);
// And finally ensure the previous access token (before refresh is invalid)
var proxy4 = new AuthorisationProxy(response.DataObject.AccessGrant.access_token);
var pingResult3 = proxy4.AuthorisationPing();
Assert.NotNull(pingResult3);
Assert.False(pingResult3.IsSuccessfull);
//Assert.AreEqual<HttpStatusCode>(HttpStatusCode.Unauthorized, pingResult3.StatusCode);
Assert.Equal(pingResult3.StatusCode, HttpStatusCode.Unauthorized);
}
public void ValidBearerTokenButNoFileIdShouldFailWhenMakingApiCall()
{
var proxy = new AuthorisationProxy();
var scope = new AuthorisationScope[] { new AuthorisationScope {
ScopeType = AuthorisationScopeType.Full
} }.ToTextValues();
var response = proxy.PasswordCredentialsGrantRequest(TestConfig.TestUser, TestConfig.TestUserPassword, scope);
Assert.True(response.IsSuccessfull);
Assert.True(response.DataObject.IsSuccessfull);
proxy.BearerToken = response.DataObject.AccessGrant.access_token;
var contactProxy = new ContactsProxy(response.DataObject.AccessGrant.access_token);
contactProxy.FileId = 0; // invalid file id so it should fail.
var contactResponse = contactProxy.GetContacts();
Assert.NotNull(contactResponse);
Assert.False(contactResponse.IsSuccessfull, "Expected GET Contacts to fail as used an invalid File Id");
Assert.Equal(HttpStatusCode.Unauthorized, contactResponse.StatusCode);
}
public void ShouldNotBeAbleToUseRefreshTokenToAccessApi()
{
var proxy = new AuthorisationProxy();
var scope = new AuthorisationScope[] { new AuthorisationScope {
ScopeType = AuthorisationScopeType.Full
} }.ToTextValues();
var response = proxy.PasswordCredentialsGrantRequest(TestConfig.TestUser, TestConfig.TestUserPassword, scope);
Assert.True(response.IsSuccessfull);
Assert.True(response.DataObject.IsSuccessfull);
var contactProxy = new ContactsProxy(response.DataObject.AccessGrant.refresh_token);
var contactResponse = contactProxy.GetContacts();
Assert.NotNull(contactResponse);
Assert.False(contactResponse.IsSuccessfull, "Expected GET Contacts to fail used refreshToken instead of access token to access API");
Assert.Equal(HttpStatusCode.Unauthorized, contactResponse.StatusCode);
// And now just reverify that we can access via the access token
contactProxy.BearerToken = response.DataObject.AccessGrant.access_token;
contactResponse = contactProxy.GetContacts();
Assert.NotNull(contactResponse);
Assert.True(contactResponse.IsSuccessfull, "Expected GET Contacts to succeed since we used valid accessToken to access API");
}
public void PasswordCredentialsGrantShouldSucceed()
{
var proxy = new AuthorisationProxy();
var scope = new AuthorisationScope[] { new AuthorisationScope {
ScopeType = AuthorisationScopeType.Full
} }.ToTextValues();
var response = proxy.PasswordCredentialsGrantRequest(TestConfig.TestUser, TestConfig.TestUserPassword, scope);
Assert.True(response.IsSuccessfull);
Assert.NotNull(response.DataObject);
Assert.True(response.DataObject.IsSuccessfull);
Assert.NotNull(response.DataObject.AccessGrant);
Assert.NotNull(response.DataObject.AccessGrant.access_token);
Assert.NotNull(response.DataObject.AccessGrant.refresh_token);
Assert.NotNull(response.DataObject.AccessGrant.token_type);
Assert.NotNull(response.DataObject.AccessGrant.scope);
Assert.True(response.DataObject.AccessGrant.scope.Contains(AuthorisationScopeValue.FileId));
var returnedScope = response.DataObject.AccessGrant.scope.ToScopeArray();
Assert.NotNull(returnedScope);
Assert.True(returnedScope.Length > 0);
Assert.True(returnedScope.Count(s => s.ScopeType == AuthorisationScopeType.FileId) > 0, "Access response should contain at least 1 valid FileId applicable to user in the scope");
}
