Scl test flist

The scl_test_flist pragma

The scl_test_flist pragma is one of the Test Unit pragmas. It captures a list of external functions as a Test Unit. Once captured, each external function becomes a test method. STRIDE will generate appropriate code for execution of the test methods.

Syntax

#pragma scl_test_flist(test-unit-name, function-1, function-2..n)

Parameters	Type	Description
test-unit-name	String	Name of test unit into which a list of external functions will be assembled.
function-1	String	Name of the first external function to be captured.
function-2..n [Optional]	String	Optional names of second and subsequent external functions to be captured.

Notes

• The external functions must meet the following conditions:
  • Their parameter lists must be empty (void).
  • They cannot be overloaded.
  • They cannot be overloaded operators.
  • They may not be template functions.
  • They may throw exceptions when compiled in CPP mode.
  • They cannot have been previously captured with scl_function, or another scl_test_flist pragma.
  • They cannot be public static class methods.
  • They must return a pass/fail result. The return type may be declared void or an integer type (bool is acceptable in C++ mode). If void is the return type, any calls to the test function default to successful.

• Once an external function has been captured with scl_test_flist, that function may not then be captured again with an scl_function pragma, or another scl_test_flist pragma, or used with any other qualification pragmas.
• Use of this pragma requires an include of srtest.h.
• The test-unit-name may not have been specified with a prior scl_test_flist pragma.
• The test-unit-name may not be the name of an existing routine.
• In CPP-compile mode, the external function(s) must have been declared using 'extern "C"'.
• There is no way to associate a SMID value with an external function, as with scl_func.

Examples

#include <srtest.h>

int test1();
int test2();
 
#ifdef _SCL
#pragma scl_test_flist("Foo", test1, test2)
#endif

See Also

• Refer to the Test Function List Samples page for more information on capturing and qualifying test units.