int Test()
{
VLDSetOptions(VLD_OPT_TRACE_INTERNAL_FRAMES | VLD_OPT_SKIP_CRTSTARTUP_LEAKS, 256, 64);
void* m = malloc(50); // 8
char* n = new char[60]; // 9
memset(s_m, '1', 10);
memset(s_n, '2', 20);
memset(g_m, '3', 30);
memset(g_n, '4', 40);
memset(m, '5', 50);
memset(n, '6', 60);
// std libary dynamically initializes the objects "cout" and "cerr", which
// produce false positive leaks in Release_StaticCrt because we doesn't have
// debug CRT allocation header.
std::cout << "Test: cout";
//std::cerr << "Test: cerr";
// At this point VLDGetLeaksCount() and VLDReportLeaks() should report 9 leaks
// including a leak for ml which has not been freed yet. ml will be freed after
// _tmain exits but before VLDReportLeaks() is called internally by VLD and
// therefore correctly report 8 leaks.
int leaks = VLDGetLeaksCount();
VLDReportLeaks(); // at this point should report 9 leaks;
return leaks;
}
int Test()
{
VLDSetOptions(VLD_OPT_TRACE_INTERNAL_FRAMES | VLD_OPT_SKIP_CRTSTARTUP_LEAKS, 256, 64);
void* m = malloc(50); // 8
char* n = new char[60]; // 9
memset(s_m, '1', 10);
memset(s_n, '2', 20);
memset(g_m, '3', 30);
memset(g_n, '4', 40);
memset(m, '5', 50);
memset(n, '6', 60);
// At this point VLDGetLeaksCount() and VLDReportLeaks() should report 9 leaks
// including a leak for ml which has not been freed yet. ml will be freed after
// _tmain exits but before VLDReportLeaks() is called internally by VLD and
// therefore correctly report 8 leaks.
// VLDReportLeaks(); // at this point should report 9 leaks;
return VLDGetLeaksCount();
}
