public void MatchMethod()
{
it("should return true if the actual and expected objects are the same", () =>
{
EventArgs object1 = new EventArgs();
identityMatcher = new IdentityMatcher(object1);
expect(identityMatcher.Match(object1)).toEqual(true);
});
it("should return false if the actual and expected objects are equal but not the same", () =>
{
EventArgs object1 = new EventArgs();
EventArgs object2 = new EventArgs();
identityMatcher = new IdentityMatcher(object1);
expect(identityMatcher.Match(object2)).toEqual(false);
});
it("should set the actual property on the matcher", () =>
{
EventArgs object1 = new EventArgs();
EventArgs object2 = new EventArgs();
identityMatcher = new IdentityMatcher(object1);
identityMatcher.Match(object2);
expect(identityMatcher.Expected).toBe(object1);
expect(identityMatcher.Actual).toBe(object2);
});
}
public void ShowStackTraceProperty()
{
it("should return false", () =>
{
identityMatcher = new IdentityMatcher(null);
expect(identityMatcher.ShowStackTrace).toEqual(false);
});
}
public void GetFailureMessageMethod()
{
it("should return the correct message when the match is inverted", () =>
{
identityMatcher = new IdentityMatcher("[Expected]");
identityMatcher.Actual = "[Actual]";
expect(identityMatcher.GetFailureMessage(true)).toEqual("Expected [Actual] not to be [Expected]");
});
it("should return the correct message when the match isn't inverted", () =>
{
identityMatcher = new IdentityMatcher("[Expected]");
identityMatcher.Actual = "[Actual]";
expect(identityMatcher.GetFailureMessage(false)).toEqual("Expected [Actual] to be [Expected]");
});
}
