bool ast_debugvar_traverser_visitor::enter(class ast_declaration* node)
{
ShVariable* var = findShVariable(node->debug_id);
assert(var);
VPRINT(3, "%c%sdeclaration of %s <%i>%c%s\n", ESC_CHAR, ESC_BOLD,
node->identifier, var->uniqueId, ESC_CHAR, ESC_RESET);
// Add variable to the global list of all seen variables
addShVariableCtx(vl, var, var->builtin, shader);
if (node->initializer) {
node->initializer->accept(this);
exec_list* scope = &node->initializer->scope;
(void)scope;
/*
* Actually do not add declared variable to the list here, because
* Code Generation would access the data before it is declared. This should
* not be needed anyway, since the data would be uninitialized
*
// Dont forget to check for double ids
scopeList::iterator e = find(sl->begin(), sl->end(), v->getUniqueId());
// Finally at it to the list
if (e == sl->end()) {
sl->push_back(v->getUniqueId());
}
*/
}
// Now add the list to the actual scope and proceed
addToScope(var);
dumpScope();
return false;
}
bool ast_debugvar_traverser_visitor::enter(class ast_parameter_declarator* node)
{
// No variable when void
if (node->is_void)
return false;
ShVariable* var = findShVariable(node->debug_id);
assert(var);
VPRINT(3, "%c%sparameter %s <%i> %c%s\n", ESC_CHAR, ESC_BOLD,
node->identifier, var->uniqueId, ESC_CHAR, ESC_RESET);
addShVariableCtx(vl, var, var->builtin, shader);
addToScope(var);
dumpScope();
return false;
}
IReport* Registry::DumpDataJSON()
{
ProfileThreadsVec allThreads;
{
std::lock_guard<std::mutex> lock(m_ThreadsMutex);
allThreads = m_ProfiledThreads;
}
std::function<void (indent, const unsigned long long, ProfileScope*, unsigned&, opstringstream&)> dumpScope = [&] (indent in, const unsigned long long totalTime, ProfileScope* scope, unsigned& row_id, opstringstream& output) {
const auto count = scope->GetCallCount();
if(!count)
return;
indent_scope insc(in);
output << in << "\"id\": " << row_id++ << "," << std::endl;
output << in << "\"name\": \"" << scope->GetName() << "\", " << std::endl;
HashMap childrenCopy = scope->Children();
unsigned long long childrenTimes = 0;
if(childrenCopy.size()) {
output << in << "\"children\": [ " << std::endl;
{
indent_scope insc(in);
for(auto scopeIt = childrenCopy.begin(); scopeIt != childrenCopy.end();) {
childrenTimes += (*scopeIt)->GetTime();
output << in << "{" << std::endl;
dumpScope(in, totalTime, *scopeIt, row_id, output);
output << in << "}" << (++scopeIt != childrenCopy.end() ? "," : "") << std::endl;
}
}
output << in << "]," << std::endl;
}
const auto time = scope->GetTime();
const auto excl_time = time - childrenTimes;
output << in << "\"excl_time\": " << excl_time << "," << std::endl;
output << in << "\"excl_time_perc\": " << (excl_time / double(totalTime)) * 100.0 << "," << std::endl;
output << in << "\"time\": " << time /* not sync */ << "," << std::endl;
output << in << "\"time_perc\": " << (time / double(totalTime)) * 100.0 /* not sync */ << "," << std::endl;
output << in << "\"call_count\": " << count /* not sync */ << "," << std::endl;
output << in << "\"avg_call_incl\": " << time / (double)count << "," << std::endl;
output << in << "\"avg_call_excl\": " << excl_time / (double)count << std::endl;
};
unsigned threadId = 0;
opstringstream ostream;
indent in;
unsigned row_id = 0;
ostream << "[" << std::endl;
indent_scope insc(in);
unsigned long long totalTime = 0;
for(auto threadIt = allThreads.cbegin(); threadIt != allThreads.cend();) {
ostream << in << "{" << std::endl;
totalTime = (*threadIt)->GetTime();
dumpScope(in, totalTime, *threadIt, row_id, ostream);
ostream << in << "}" << (++threadIt != allThreads.cend() ? "," : "") << std::endl;
}
ostream << "]" << std::endl;
std::unique_ptr<JSONReport, profi_deleter<JSONReport>> report(profi_new(JSONReport));
report->GetString() = ostream.str();
return report.release();
}
