| test.compile("source.cpp") |
| test.run_analysis_script('gcTypes') |
| |
| # gcFunctions should be the inverse, but we get to rely on unmangled names here. |
| gcFunctions = test.load_gcFunctions() |
| print(gcFunctions) |
| assert('void GC()' in gcFunctions) |
| assert('void suppressedFunction()' not in gcFunctions) |
| assert('void halfSuppressedFunction()' in gcFunctions) |
| assert('void unsuppressedFunction()' in gcFunctions) |
| assert('Cell* f()' in gcFunctions) |
| |
| hazards = test.load_hazards() |
| hazmap = {haz.variable: haz for haz in hazards} |
| assert('cell1' not in hazmap) |
| assert('cell2' in hazmap) |
| assert('cell3' in hazmap) |
| assert('cell4' not in hazmap) |
| assert('cell5' not in hazmap) |
| assert('cell6' not in hazmap) |
| assert('<returnvalue>' in hazmap) |
| |
| # All hazards should be in f() |
| assert(hazmap['cell2'].function == 'Cell* f()') |
| assert(len(set(haz.function for haz in hazards)) == 1) |
| |
| # Check that the correct GC call is reported for each hazard. (cell3 has a |
| # hazard from two different GC calls; it doesn't really matter which is |
| # reported.) |
| assert(hazmap['cell2'].GCFunction == 'void halfSuppressedFunction()') |
| assert(hazmap['cell3'].GCFunction in ('void halfSuppressedFunction()', 'void unsuppressedFunction()')) |
| assert(hazmap['<returnvalue>'].GCFunction == 'void GCInDestructor::~GCInDestructor()') |
| |
| # Type names are handy to have in the report. |
| assert(hazmap['cell2'].type == 'Cell*') |
| assert(hazmap['<returnvalue>'].type == 'Cell*') |
