public virtual void VerifyUnordered(MethodCall[] expectedCalls)
{
Iterator4Assert.SameContent(expectedCalls, GetEnumerator());
}
public virtual void Record(MethodCall call)
{
_calls.Add(call);
}
/// <summary>Asserts that the method calls were the same as expectedCalls.</summary>
/// <remarks>
/// Asserts that the method calls were the same as expectedCalls.
/// Unfortunately we cannot call this method 'assert' because
/// it's a keyword starting with java 1.5.
/// </remarks>
/// <param name="expectedCalls"></param>
public virtual void Verify(MethodCall[] expectedCalls)
{
Iterator4Assert.AreEqual(expectedCalls, GetEnumerator());
}
public virtual void Verify(MethodCall[] calls)
{
producerCalls.Verify(calls);
}
private MethodCall[] ApplyCalls(int count)
{
MethodCall[] expectations = new MethodCall[count];
for (int i = 0; i < count; ++i)
{
expectations[i] = ApplyCall(i);
}
return expectations;
}
private void Verify(MethodCall[] expectedCalls)
{
_mockBin.Verify(expectedCalls);
}
private void Record(MethodCall methodCall)
{
Recorder().Record(methodCall);
}
public static string GenerateMethodCall(MethodCall call)
{
return "new MethodCall(\"" + call.methodName + "\", " + GenerateArray(call.args)
+ ")";
}
private void AssertProviderCalled(MethodCall[] expectedCalls)
{
_dummyProvider.Verify(expectedCalls);
}
private void Record(MethodCall call)
{
Recorder().Record(call);
}
public virtual void VerifyUnordered(MethodCall[] methodCalls)
{
_recorder.VerifyUnordered(methodCalls);
}
public virtual void Verify(MethodCall[] expectedCalls)
{
_recorder.Verify(expectedCalls);
}