public void Extensions_has_public_extension_methods()
{
// We expect that all methods on the interface are also present on Extensions.
var signatures = ApiSupport.SignatureSet(CompatibleMethods);
var methods =
typeof(Extensions).GetMethods().Where(
m => m.Name == APIName && m.ReturnType == typeof(void)
);
if (HasStringExpectations)
{
// We could have explicit string handling so that the user can benefit from
// string-specific handling, but we don't care about these API differences
methods = methods.Where(
m => m.GetParameters()[0].ParameterType != typeof(IExpectation <string>) &&
m.GetParameters()[0].ParameterType != typeof(IExpectation <string>)
);
}
var actual = ApiSupport.SignatureSet(methods);
Assert.SetEqual(
signatures,
actual,
$"Expected to have signature Extensions.{APIName}"
);
}
public void Extensions_has_public_extension_methods()
{
// We expect that all methods on the interface are also present on Extensions.
var signatures = ApiSupport.SignatureSet(CompatibleMethods);
var actual = ApiSupport.SignatureSet(
typeof(Extensions).GetMethods().Where(
m => m.Name == APIName && m.ReturnType == typeof(void)
)
);
Assert.SetEqual(
signatures,
actual,
$"Expected to have signature Extensions.{APIName}"
);
}
public void UserConnectedToOneDepartmentLogsInViaAPICall()
{
string[] tokenAndSessionId = ApiSupport.LoginAndGetAccessTokenSessionId((string)ScenarioContext.Current["login"], (string)ScenarioContext.Current["pass"]);
ScenarioContext.Current.Add("accessToken", tokenAndSessionId[0]);
ScenarioContext.Current.Add("sessionId", tokenAndSessionId[1]);
}
