static void VerifyAssert(Action test, params string[] expectedOutputStrings)
{
Debug.IDebugLogger oldLogger = Debug.s_logger;
Debug.s_logger = WriteLogger.Instance;
try
{
WriteLogger.Instance.Clear();
test();
#if DEBUG
for (int i = 0; i < expectedOutputStrings.Length; i++)
{
Assert.Contains(expectedOutputStrings[i], WriteLogger.Instance.LoggedOutput);
Assert.Contains(expectedOutputStrings[i], WriteLogger.Instance.AssertUIOutput);
}
#else
Assert.Equal(string.Empty, WriteLogger.Instance.LoggedOutput);
Assert.Equal(string.Empty, WriteLogger.Instance.AssertUIOutput);
#endif
}
finally
{
Debug.s_logger = oldLogger;
}
}
static void VerifyLogged(Action test, string expectedOutput)
{
// First use our test logger to verify the output
Debug.IDebugLogger oldLogger = Debug.s_logger;
Debug.s_logger = WriteLogger.Instance;
try
{
WriteLogger.Instance.Clear();
test();
#if DEBUG
Assert.Equal(expectedOutput, WriteLogger.Instance.LoggedOutput);
#else
Assert.Equal(string.Empty, WriteLogger.Instance.LoggedOutput);
#endif
}
finally
{
Debug.s_logger = oldLogger;
}
// Then also use the actual logger for this platform, just to verify
// that nothing fails.
test();
}
static void VerifyLogged(Action test, string expectedOutput)
{
Debug.IDebugLogger oldLogger = Debug.s_logger;
Debug.s_logger = WriteLogger.Instance;
try
{
WriteLogger.Instance.Clear();
test();
#if DEBUG
Assert.Equal(expectedOutput, WriteLogger.Instance.LoggedOutput);
#else
Assert.Equal(string.Empty, WriteLogger.Instance.LoggedOutput);
#endif
}
finally
{
Debug.s_logger = oldLogger;
}
}
