EStatusCode Type1ToType2Converter::CallOtherSubr(const LongList& inOperandList,LongList& outPostScriptOperandStack)
{
// should get here onther for 0 othersubr, to mark flex segment end. implement it...and also insert a node
// for flex
LongList::const_reverse_iterator it = inOperandList.rbegin();
long otherSubrIndex = *it; // this should be 0
++it;
long argumentsCount = *it;
++it;
// the next argument should be the FD...place it in the parameters collection
long flexDepth = *it;
mFlexParameters.push_back(flexDepth);
// take care of the postscript operand stack
for(long i=0;i<argumentsCount;++i)
{
outPostScriptOperandStack.push_back(*it);
++it;
}
// now finalize flex, by placing a type 2 flex command
EStatusCode status = RecordOperatorWithParameters(0x0c23,mFlexParameters);
// cleanup flex mode
mFlexParameters.clear();
mInFlexCollectionMode = false;
return status;
}
EStatusCode Type1Input::Type1Seac(const LongList& inOperandList)
{
LongList::const_reverse_iterator it = inOperandList.rbegin();
mCurrentDependencies->mCharCodes.insert((Byte)*it);
++it;
mCurrentDependencies->mCharCodes.insert((Byte)*it);
return PDFHummus::eSuccess;
}
EStatusCode Type1ToType2Converter::Type1Vstem(const LongList& inOperandList)
{
LongList::const_reverse_iterator it = inOperandList.rbegin();
long extent = *it;
++it;
long origin = *it;
AddVStem(origin,extent);
if(mFirstPathConstructionEncountered)
mHintAdditionEncountered = true;
return RecordOperatorWithParameters(3,inOperandList);
}
EStatusCode Type1ToType2Converter::Type1Hsbw(const LongList& inOperandList)
{
if(inOperandList.size() < 2)
return PDFHummus::eFailure;
LongList::const_reverse_iterator it = inOperandList.rbegin();
mWidth[1] = 0;
mWidth[0] = *it;
++it;
mSideBearing[1] = 0;
mSideBearing[0] = *it;
return PDFHummus::eSuccess;
}
