void FieldGenerator::generateOptionalProperty(
google::protobuf::io::Printer& p) {
p.Print(variables_, "$i$$type$.prototype.get$capital_name$ = function() {\n");
if (oneof_) {
p.Print(variables_,
"$i$ if (this.$oneof_camel$Case != "
"type.$oneof_capital$Case.$all_capital_name$) {\n"
"$i$ return undefined;\n"
"$i$ } else {\n");
indentUp();
indentUp();
genGet(p);
indentDown();
indentDown();
// TODO: Currently, if undefined is passed to oneof field, the entire oneof
// is cleared. It may better to ignore undefined value if the4 field is not
// the active value at the time.
p.Print(variables_,
" }\n"
" };\n"
"$i$$type$.prototype.set$capital_name$ = function(value) {\n"
"$i$ this.clear$oneof_capital$();\n"
"$i$ this._oneofs[$oneof_index$] = "
"type.$oneof_capital$Case.$all_capital_name$;\n");
} else {
indentUp();
genGet(p);
indentDown();
p.Print(variables_,
"$i$}\n"
"$i$$type$.prototype.set$capital_name$ = function(value) {\n");
}
indentUp();
genSet(p);
indentDown();
p.Print(variables_,
"$i$};\n"
"$i$$type$.prototype.clear$capital_name$ = function() {\n");
indentUp();
genClear(p);
indentDown();
if (oneof_) {
p.Print(variables_,
"$i$ if (this.$oneof_camel$Case == "
"type.$oneof_capital$Case.$all_capital_name$) {\n"
"$i$ this._oneofs[$oneof_index$] = "
"type.$oneof_capital$Case.$oneof_all_capital$_NOT_SET;\n"
"$i$ }\n");
}
p.Print(variables_,
"$i$};\n"
"$i$Object.defineProperty(type.prototype, '$name$', {\n"
"$i$ get: $type$.prototype.get$capital_name$,\n"
"$i$ set: $type$.prototype.set$capital_name$,\n"
"$i$});\n\n");
}
// Currently the transfer function used by DFAGen is assumed to be:
// Y = gen[n] U (X - kill[n]).
OA_ptr<DataFlowSet>
ManagerReachingDefs::transfer(
OA_ptr<DataFlowSet> xdfset,
StmtHandle stmt)
{
OA_ptr<ReachingDefsDFSet> xdfgenset;
xdfgenset = xdfset.convert<ReachingDefsDFSet>();
OA_ptr<ReachingDefsDFSet> x;
x = new ReachingDefsDFSet(*xdfgenset);
// if debug mode is on print information about transfer function
if (debug) {
cout << "In transfer: " << endl;
cout << "\t Stmt = " << mIR->toString(stmt) << endl;
cout << "\t X = ";
dumpset(x);
}
OA_ptr<DataFlowSet> genBaseObj = genSet(stmt, x);
OA_ptr<ReachingDefsDFSet> gen = genBaseObj.convert<ReachingDefsDFSet>();
OA_ptr<DataFlowSet> killBaseObj = killSet(stmt, x);
OA_ptr<ReachingDefsDFSet> kill = killBaseObj.convert<ReachingDefsDFSet>();
// Add gen[n] to Y
OA_ptr<DataFlow::DataFlowSetImplIterator<StmtHandle > > genIter;
genIter = new DataFlow::DataFlowSetImplIterator<StmtHandle > (gen);
for(; genIter->isValid(); ++(*genIter)) {
StmtHandle genVal;
genVal = genIter->current();
mReachingDefsMap->insert(stmt, genVal);
}
// Add X - kill[n] to Y
x->minusEqu(*kill);
OA_ptr<DataFlow::DataFlowSetImplIterator<StmtHandle > > xIter;
xIter = new DataFlow::DataFlowSetImplIterator<StmtHandle > (x);
for(; xIter->isValid(); ++(*xIter)) {
StmtHandle xVal;
xVal = xIter->current();
mReachingDefsMap->insert(stmt, xVal);
}
// if debug mode is on print information about transfer function
if(debug) {
cout << "\t gen = ";
dumpset(gen);
cout << "\t kill = ";
dumpset(kill);
cout << "\t Y = ";
dumpset(mReachingDefsMap->getReachingDefsSet(stmt));
}
return mReachingDefsMap->getReachingDefsSet(stmt);
}
QMap<QString, QString> CueFile::getMetadata()
{
QMap<QString, QString> metadata;
auto set = genSet(metadata);
Cdtext* cdtext = cd_get_cdtext(cd_);
if (cdtext) {
set("album artist", cdtext_get(PTI_PERFORMER, cdtext));
set("album", cdtext_get(PTI_TITLE, cdtext));
}
Rem* rem = cd_get_rem(cd_);
if (rem) {
set("year", rem_get(REM_DATE, rem));
}
return metadata;
}
QMap<QString, QString> CueFile::getMetadata(int trackno)
{
QMap<QString, QString> metadata;
auto set = genSet(metadata);
Track* track = cd_get_track(cd_, trackno);
if (track) {
// metadata["track"] = QString::number(trackno);
metadata["_cue_offset"] = QString::number(cueLengthToMs(track_get_start(track)));
Cdtext* cdtext = track_get_cdtext(track);
if (cdtext) {
set("artist", cdtext_get(PTI_PERFORMER, cdtext));
set("title", cdtext_get(PTI_TITLE, cdtext));
if (metadata["artist"].isEmpty())
metadata["artist"] = getMetadata().value("album artist");
}
}
return metadata;
}
