// RunTests
//------------------------------------------------------------------------------
bool UnitTestManager::RunTests( const char * testGroup )
{
// check for compile time filter
UnitTest * test = s_FirstTest;
while ( test )
{
if ( testGroup != nullptr )
{
// is this test the one we want?
if ( AString::StrNCmp( test->GetName(), testGroup, strlen( testGroup ) ) != 0 )
{
// no -skip it
test = test->m_NextTestGroup;
continue;
}
}
OUTPUT( "------------------------------\n" );
OUTPUT( "Test Group: %s\n", test->GetName() );
try
{
test->RunTests();
}
catch (...)
{
OUTPUT( " - Test '%s' *** FAILED ***\n", s_TestInfos[ s_NumTests - 1 ].m_TestName );
}
test = test->m_NextTestGroup;
}
OUTPUT( "------------------------------------------------------------\n" );
OUTPUT( "Summary For All Tests\n" );
uint32_t numPassed = 0;
UnitTest * lastGroup = nullptr;
for ( size_t i=0; i<s_NumTests; ++i )
{
const TestInfo& info = s_TestInfos[ i ];
if ( info.m_TestGroup != lastGroup )
{
OUTPUT( "------------------------------------------------------------\n" );
OUTPUT( " : : %s\n", info.m_TestGroup->GetName() );
lastGroup = info.m_TestGroup;
}
const char * status = "OK";
if ( info.m_Passed )
{
++numPassed;
}
else
{
status = ( info.m_MemoryLeaks ) ? "FAILED (LEAKS)" : "FAILED";
}
OUTPUT( "%15s : %5.1fs : %30s\n", status, info.m_TimeTaken, info.m_TestName );
}
OUTPUT( "------------------------------------------------------------\n" );
OUTPUT( " - Passed: %u / %u (%u failures)\n", numPassed, s_NumTests, ( s_NumTests - numPassed ) );
OUTPUT( "------------------------------------------------------------\n" );
return ( s_NumTests == numPassed );
}
