public static Invoker Throw <TException>(this IShould <Invoker> should)
{
var exceptionType = typeof(TException);
return(should.Apply(
(t, a) =>
{
var result = t.Invoke();
if (result.Error == null)
{
a.Fail(AssertionMessages.NoDerivedExceptionMessage(exceptionType));
}
if (!(result.Error is TException))
{
a.Fail(AssertionMessages.NoDerivedExceptionMessage(exceptionType, result.Error));
}
},
(t, a) =>
{
var result = t.Invoke();
if (result.Error is TException)
{
a.Fail(AssertionMessages.DerivedExceptionMessage(exceptionType));
}
if (result.Error != null)
{
throw new UnexpectedExceptionException(AssertionMessages.UnexpectedExceptionMessage, result.Error);
}
}));
}
public static Invoker Throw(this IShould <Invoker> should, Exception error)
{
return(should.Apply(
(t, a) =>
{
var result = t.Invoke();
if (result.Error == null)
{
a.Fail(AssertionMessages.NoExceptionInstanceMessage(error));
}
if (!result.Error.Equals(error))
{
a.Fail(AssertionMessages.NoExceptionInstanceMessage(error, result.Error));
}
},
(t, a) =>
{
var result = t.Invoke();
if (error.Equals(result.Error))
{
a.Fail(AssertionMessages.ExceptionInstanceMessage(error));
}
if (result.Error != null)
{
throw new UnexpectedExceptionException(AssertionMessages.UnexpectedExceptionMessage, result.Error);
}
}));
}
public static DateTime Equal(this IShould <DateTime> should, DateTime expected, DatePrecision precision)
{
return(should.Apply(
(t, a) => a.AreEqual(expected, t, precision),
(t, a) => a.AreNotEqual(expected, t, precision)
));
}
public static double Equal(this IShould <double> should, double expected, double tolerance)
{
return(should.Apply(
(t, a) => a.AreEqual(expected, t, tolerance),
(t, a) => a.AreNotEqual(expected, t, tolerance)
));
}
public static Invoker Throw(this IShould <Invoker> should, Type exceptionType)
{
return(should.Apply(
(t, a) =>
{
var result = t.Invoke();
if (result.Error == null)
{
a.Fail(AssertionMessages.NoExactExceptionMessage(exceptionType));
}
if (result.Error.GetType() != exceptionType)
{
a.Fail(AssertionMessages.NoExactExceptionMessage(exceptionType, result.Error));
}
},
(t, a) =>
{
var result = t.Invoke();
if (exceptionType == result.Error.GetType())
{
a.Fail(AssertionMessages.ExactExceptionMessage(exceptionType));
}
if (result.Error != null)
{
throw new UnexpectedExceptionException(AssertionMessages.UnexpectedExceptionMessage, result.Error);
}
}));
}
public static DateTime Equal(this IShould <DateTime> should, DateTime expected, TimeSpan tolerance)
{
return(should.Apply(
(t, a) => a.AreEqual(expected, t, tolerance),
(t, a) => a.AreNotEqual(expected, t, tolerance)
));
}
public static string Contain(this IShould <string> should, string expectedSubstring)
{
return(should.Apply(
(t, a) => a.IsSubstringOf(t, expectedSubstring),
(t, a) =>
{
if (t.Contains(expectedSubstring))
{
a.Fail("Expected string '{0}' to not contain '{1}', but it did.", t, expectedSubstring);
}
}));
}
public static void HaveBodyOfType <T>(this IShould <HttpResponseMessage> response, string userMessage = null, params object[] userMessageArgs)
{
Assert.NotNull(response, userMessage, userMessageArgs);
Assert.NotNull(response.Value, userMessage, userMessageArgs);
Assert.NotNull(response.Value.Content, userMessage, userMessageArgs);
var json = response.Value.Content.ReadAsStringAsync().ConfigureAwait(false).GetAwaiter().GetResult();
Assert.NotEmpty(json);
var body = JsonConvert.DeserializeObject <T>(json);
Assert.NotNull(body);
}
public static string EndWith(this IShould <string> should, string expectedSubstring)
{
return(should.Apply(
(t, a) =>
{
if (!t.EndsWith(expectedSubstring))
{
a.Fail("Expected string '{0}' to end with '{1}', but it did not.", t, expectedSubstring);
}
},
(t, a) =>
{
if (t.EndsWith(expectedSubstring))
{
a.Fail("Expected string '{0}' to not end with '{1}', but it did.", t, expectedSubstring);
}
}));
}
public static void HaveBody(this IShould <HttpResponseMessage> response, string userMessage = null, params object[] userMessageArgs)
{
Assert.NotNull(response, userMessage, userMessageArgs);
Assert.NotNull(response.Value, userMessage, userMessageArgs);
Assert.True(response.Value.Content != null, userMessage, userMessageArgs);
}
public static void NotHaveHeader(this IShould <HttpResponseMessage> response, string header, string userMessage = null, params object[] userMessageArgs)
{
Assert.NotNull(response, userMessage, userMessageArgs);
Assert.NotNull(response.Value, userMessage, userMessageArgs);
Assert.False(response.Value.Headers.Contains(header), userMessage, userMessageArgs);
}
public static void HaveStatus(this IShould <HttpResponseMessage> response, HttpStatusCode statusCode, string userMessage = null, params object[] userMessageArgs)
{
Assert.NotNull(response, userMessage, userMessageArgs);
Assert.NotNull(response.Value, userMessage, userMessageArgs);
Assert.True(response.Value.StatusCode == statusCode, userMessage, userMessageArgs);
}
public static void BeUnauthorized(this IShould <HttpResponseMessage> response, string userMessage = null, params object[] userMessageArgs)
{
Assert.NotNull(response, userMessage, userMessageArgs);
Assert.NotNull(response.Value, userMessage, userMessageArgs);
Assert.True(response.Value.StatusCode == HttpStatusCode.Unauthorized, userMessage ?? $"Response status code was {response.Value.StatusCode}", userMessageArgs);
}
public BeBase(IShould <TTarget> should)
{
this.should = should;
}
public static void HaveStatus(this IShould <HttpResponseMessage> response, HttpStatusCode statusCode)
{
Assert.NotNull(response);
Assert.NotNull(response.Value);
Assert.True(response.Value.StatusCode == statusCode);
}
public static void Be <T>(this IShould <T> @this, T other, string userMessage = null, params object[] userMessageArgs)
{
Assert.Equal(@this.Value, other, userMessage, userMessageArgs);
}
public static TTarget LessThanOrEqual <TTarget>(IShould <TTarget> should, TTarget value, IComparer <TTarget> comparer)
{
return(should.Apply(
(t, a) => a.LessThanOrEqual(t, value, comparer),
(t, a) => a.GreaterThan(t, value, comparer)));
}
public BeFoo(IShould <Foo> should) : base(should)
{
}
public static TTarget LessThan <TTarget>(IShould <TTarget> should, TTarget value)
{
return(should.Apply(
(t, a) => a.LessThan(t, value),
(t, a) => a.GreaterThanOrEqual(t, value)));
}
public Count(IShould <IEnumerable <T> > should)
{
this.should = should;
}
public Be(IShould <T> should) : base(should)
{
}
public ExtendedContain(IShould <IEnumerable <T> > should) : base(should)
{
_should = should;
}
public static void NotBeNull <T>(this IShould <T> @this, string userMessage = null, params object[] userMessageArgs)
{
Assert.NotNull(@this.Value, userMessage, userMessageArgs);
}
public static void HaveBody(this IShould <HttpResponseMessage> response)
{
Assert.NotNull(response);
Assert.NotNull(response.Value);
Assert.True(response.Value.Content != null);
}
public static void BeOk(this IShould <HttpResponseMessage> response, string userMessage = null, params object[] userMessageArgs)
{
Assert.NotNull(response, userMessage, userMessageArgs);
Assert.NotNull(response.Value, userMessage, userMessageArgs);
Assert.True(response.Value.IsSuccessStatusCode, userMessage ?? $"Response status code was {response.Value.StatusCode}", userMessageArgs);
}
public static TTarget IsNull <TTarget>(IShould <TTarget> should)
{
return(should.Apply(
(t, a) => a.IsNull(t),
(t, a) => a.IsNotNull(t)));
}
public static ExtendedContain <T> Contain <T>(this IShould <IEnumerable <T> > should)
{
return(new ExtendedContain <T>(should));
}
public Contain(IShould <IEnumerable <T> > should)
{
this.should = should;
}
public static void BeOk(this IShould <HttpResponseMessage> response)
{
Assert.NotNull(response);
Assert.NotNull(response.Value);
Assert.True(response.Value.IsSuccessStatusCode);
}