CFIXCC_ASSERT_GREATER[_OR_EQUAL]_MESSAGE

CFIXCC_ASSERT_GREATER_MESSAGE and CFIXCC_ASSERT_GREATER_OR_EQUAL_MESSAGE allow typesafe comparison of values. Failed comparisons are treated as a failure, i.e. in the same manner as a failed CFIX_ASSERT. The benefit over using CFIX_ASSERT( Expected > Actual )/CFIX_ASSERT( Expected >= Actual ) is that the expected and actual value will be visible in the failure report.

Unlike CFIXCC_ASSERT_GREATER, CFIXCC_ASSERT_GREATER_MESSAGE and CFIXCC_ASSERT_GREATER_OR_EQUAL_MESSAGE additionally allows a user defined message to be specified. This message will be contained in the failure report.

void CFIXCC_ASSERT_GREATER_MESSAGE( 
	__in T Expected, 
	__in T Actual, 
	__in PCWSTR Message, 
	... 
	);
	
void CFIXCC_ASSERT_GREATER_MESSAGE( 
	__in T Expected, 
	__in T Actual, 
	__in PCSTR Message, 
	... 
	);
	
void CFIXCC_ASSERT_GREATER_OR_EQUAL_MESSAGE( 
	__in T Expected, 
	__in T Actual, 
	__in PCWSTR Message, 
	... 
	);
	
void CFIXCC_ASSERT_GREATER_OR_EQUAL_MESSAGE( 
	__in T Expected, 
	__in T Actual, 
	__in PCSTR Message, 
	... 
	);
				

T can be any type, but the types of both values must be compatible. See discussion below.

[in] Expected: The expected value.

[in] Actual: The actual value that is to be checked.

[in] Message: Message to be included in a failure report. This parameter allows printf-style formatters to be used. The routine is overloaded and allows Message to be either a unicode or an ANSI string.

For a discussion on how the comparisons is conducted, see CFIXCC_ASSERT_GREATER.

CFIXCC_ASSERT_GREATER_OR_EQUAL_MESSAGE( 
	2.0f, 
	FloatValue, 
	"Checking that %f is greater than or equal to 2.0", FloatValue );