void OutputFunctionInfo(FunctionPtr func)
{
auto inputVariables = func->Arguments();
fprintf(stderr, "Function '%S': Input Variables (count=%lu)\n", func->Name().c_str(), inputVariables.size());
for_each(inputVariables.begin(), inputVariables.end(), [](const Variable v) {
fprintf(stderr, " name=%S, kind=%d\n", v.Name().c_str(), static_cast<int>(v.Kind()));
});
auto outputVariables = func->Outputs();
fprintf(stderr, "Function '%S': Output Variables (count=%lu)\n", func->Name().c_str(), outputVariables.size());
for_each(outputVariables.begin(), outputVariables.end(), [](const Variable v) {
fprintf(stderr, " name=%S, kind=%d\n", v.Name().c_str(), static_cast<int>(v.Kind()));
});
}
static void PrintGraph(FunctionPtr function, int spaces, bool useName = false)
{
if (function->Inputs().size() == 0)
{
cout << string(spaces, '.') + "(" + ToString(useName ? function->Name() : function->Uid()) + ")" + ToString(function->AsString()) << std::endl;
return;
}
for (auto input : function->Inputs())
{
cout << string(spaces, '.') + "(" + ToString(useName ? function->Name() : function->Uid()) + ")" + "->" +
"(" + ToString(useName ? input.Name() : input.Uid()) + ")" + ToString(input.AsString()) << std::endl;
}
for (auto input : function->Inputs())
{
if (input.Owner() != NULL)
{
FunctionPtr f = input.Owner();
PrintGraph(f, spaces + 4, useName);
}
}
}