void LLSideTrayListener::getPanels(const LLSD& event) const
{
LLSD reply;
LLSideTray* tray = mGetter();
// Iterate through the attached tabs.
LLSD::Integer ord(0);
for (LLSideTray::child_vector_t::const_iterator
ati(tray->mTabs.begin()), atend(tray->mTabs.end());
ati != atend; ++ati)
{
// We don't have access to LLSideTrayTab: the class definition is
// hidden in llsidetray.cpp. But as LLSideTrayTab isa LLPanel, use the
// LLPanel API. Unfortunately, without the LLSideTrayTab definition,
// the compiler doesn't even know this LLSideTrayTab* is an LLPanel*.
// Persuade it.
LLPanel* tab(tab_cast<LLPanel*>(*ati));
reply[tab->getName()] = getTabInfo(tab).with("attached", true).with("ord", ord);
}
// Now iterate over the detached tabs. These can also be opened via
// SideTray.ShowPanel.
ord = 0;
for (LLSideTray::child_vector_t::const_iterator
dti(tray->mDetachedTabs.begin()), dtend(tray->mDetachedTabs.end());
dti != dtend; ++dti)
{
LLPanel* tab(tab_cast<LLPanel*>(*dti));
reply[tab->getName()] = getTabInfo(tab).with("attached", false).with("ord", ord);
}
sendReply(reply, event);
}
bool BFCC::generate_ir(std::string instr) {
// The compiling process can't continue if there is an error
if (errhdlr.has_error()) {
return false;
}
auto nodelist = lexer->gen_nodes(instr);
BFCC_AST_to_IR ati(params, errhdlr);
ilist = ati.generate(nodelist);
return errhdlr.has_error();
}
double petabricks::PetabricksRuntime::raceConfigs(int n, const std::vector<std::string>* files, int /*retries*/) {
TestResult aresult;
TestResult bresult;
SubprocessTestIsolation ati(GRAPH_MAX_SEC);
SubprocessTestIsolation bti(GRAPH_MAX_SEC);
TunableManager& tm = TunableManager::instance();
int ta = (int)( worker_threads * RACE_SPLIT_RATIO );
int tb = worker_threads - ta;
JTRACE("race split")(ta)(tb);
try {
loadTestInput(n, files);
if(CONFIG_FILENAME_ALT != "None") {
if(ati.beginTest(worker_threads/2)) {
tm.load(CONFIG_FILENAME);
_main->reallocate(std::max(IOGEN_N, n));
computeWrapperSubproc(ati, -1, aresult, NULL);
ati.endTest(aresult);
} else if(bti.beginTest(worker_threads/2)) {
tm.load(CONFIG_FILENAME_ALT);
_main->reallocate(std::max(IOGEN_N, n));
computeWrapperSubproc(bti, -1, bresult, NULL);
bti.endTest(bresult);
}else{
SubprocessTestIsolation::recvFirstResult(ati, aresult, bti, bresult);
}
} else {
if(ati.beginTest(worker_threads)) {
tm.load(CONFIG_FILENAME);
_main->reallocate(std::max(IOGEN_N, n));
computeWrapperSubproc(ati, -1, aresult, NULL);
ati.endTest(aresult);
}else{
ati.recvResult(aresult);
}
}
} catch(...) {
UNIMPLEMENTED();
}
std::cout.precision(15);
std::cout << "<raceresult>" << std::endl;
aresult.writexml(std::cout, "0");
std::cout << std::endl;
bresult.writexml(std::cout, "1");
std::cout << std::endl;
std::cout << "</raceresult>" << std::endl;
return std::min(aresult.time, bresult.time);
}
