void PtyIFace::readActivated()
{
QByteArray data;
readTerm(data);
if(iTerm)
iTerm->insertInBuffer( iTextCodec->toUnicode(data) );
}
bool SegmentTermEnum::next(){
//Func - Moves the current of the set to the next in the set
//Pre - true
//Post - If the end has been reached NULL is returned otherwise the term has
// become the next Term in the enumeration
//Increase position by and and check if the end has been reached
if (position++ >= size-1) {
//delete term
_CLDECDELETE(_term);
return false;
}
//delete the previous enumerated term
Term* tmp=NULL;
if ( prev != NULL ){
int32_t usage = prev->__cl_refcount;
if ( usage > 1 ){
_CLDECDELETE(prev); //todo: tune other places try and delete its term
}else
tmp = prev; //we are going to re-use this term
}
//prev becomes the current enumerated term
prev = _term;
//term becomes the next term read from inputStream input
_term = readTerm(tmp);
//Read docFreq, the number of documents which contain the term.
termInfo->docFreq = input->readVInt();
//Read freqPointer, a pointer into the TermFreqs file (.frq)
termInfo->freqPointer += input->readVLong();
//Read proxPointer, a pointer into the TermPosition file (.prx).
termInfo->proxPointer += input->readVLong();
if(format == -1){
// just read skipOffset in order to increment file pointer;
// value is never used since skipTo is switched off
if (!isIndex) {
if (termInfo->docFreq > formatM1SkipInterval) {
termInfo->skipOffset = input->readVInt();
}
}
}else{
if (termInfo->docFreq >= skipInterval)
termInfo->skipOffset = input->readVInt();
}
//Check if the enumeration is an index
if (isIndex)
//read index pointer
indexPointer += input->readVLong();
return true;
}
