[DataRow("{id}", null, false)] // Normalisation coalesces nulls, they do not match anything
public void MatchesRequestPathPart_Returns_Correct_Response(string ctorPathPart, string matchPathPart, bool expected)
{
var methodInfo = GetType().GetMethod(nameof(MatchesRequestPathPartExampleParameters));
var methodParameters = MethodParameter_Tests.CreateMethodParameters(methodInfo, null);
var pathPart = PathPart.Create(ctorPathPart, methodParameters);
var actual = pathPart.MatchesRequestPathPart(matchPathPart);
Assert.AreEqual(expected, actual);
}
[DataRow("{a?}", typeof(PathPartText), "{a?}", "{a?}")] // You cannot mark non-default parameters with a question mark.
public void Create_Fills_Properties(string inputText, Type expectedType, string part, string normalisedPart)
{
var methodInfo = GetType().GetMethod(nameof(ValidExampleParameterNames));
var methodParameters = MethodParameter_Tests.CreateMethodParameters(methodInfo, null);
var actual = PathPart.Create(inputText, methodParameters);
Assert.IsInstanceOfType(actual, expectedType); // they got the parameters the wrong way round... all other calls are expected then actual
Assert.AreEqual(part, actual.Part);
Assert.AreEqual(normalisedPart, actual.NormalisedPart);
if (expectedType == typeof(PathPartParameter))
{
var expectedMethodParameter = methodParameters.First(r => r.NormalisedName == normalisedPart);
var actualPathPartParameter = (PathPartParameter)actual;
Assert.AreSame(expectedMethodParameter, actualPathPartParameter.MethodParameter);
}
}
public void Create_Throws_If_MethodParameters_Is_Null()
{
PathPart.Create("whatever", null);
}