int jumpZero(){
long int matchingBracketPosition = findClosingBracket();
if(matchingBracketPosition == -1){
fatalError(UNMATCHED_BRACKET_ERROR_MSG);
return 1;
}else{
if(data[dataIndex] == 0){
fseek(pSourceCodeFile, matchingBracketPosition, SEEK_SET);
}
}
return 0;
}
// removes an @{} sequence form colDef
void LatexTables::simplifyColDefs(QStringList &colDefs) {
for (int i=0; i<colDefs.count(); i++) {
QString colDef = colDefs.at(i);
colDef.remove('|');
if (colDef.startsWith('@')) {
if (colDef.at(1) == '{') {
int start=1;
int cb = findClosingBracket(colDef, start);
if (cb >= 0 && colDef.at(cb) == '}' && cb+1 < colDef.length()) colDef=colDef.mid(cb+1);
else colDef="l"; // fall back
} else {
colDef="l"; // fall back
}
}
colDefs.replace(i, colDef);
}
}
bool InputOutputMaster::convertToPrintable (int cStart, int cEnd, Printable ** ppOutput ) {
cRead=cStart;
//for (cRead=cStart;cRead<MAXSIZE;cRead++){
if (findLastOperator (cStart,cEnd,ppOutput)) return true;
Expression ** peProduct=new Expression *;
Expression ** peMultiplyBy=new Expression *;
bool bFirst=true;
for (; cRead<cEnd; cRead++) {
int cAscii=(int) hTest [cRead];
if (! (cAscii==41) ) {//ignore close brackets
if (cAscii==40) {
int cCloseBracket=findClosingBracket(cRead,cEnd);//(
Printable ** ppBracket=new Printable *;
if( ! (convertToPrintable (cRead+1,cCloseBracket,ppBracket) )) return false;//if (hTest[cRead]== '(') deal with brackets
*peMultiplyBy=static_cast<Expression*> (*ppBracket);
cRead=cCloseBracket;
}
else if (cAscii==91) checkNamedConstant (peMultiplyBy,cEnd);//[
else if (cAscii>47&&cAscii<58) checkConstant (peMultiplyBy);//0-9
else if(checkFunction (peMultiplyBy,cEnd)) ;
else if(cAscii==45) {
checkMinus (peMultiplyBy,cEnd); //-
}
else if (cAscii==105) {
checkImaginary (peMultiplyBy); //i
}
else checkVariable(cAscii, peMultiplyBy);
checkForPostFunctions(peMultiplyBy);
if (bFirst) {
*peProduct = *peMultiplyBy;
bFirst = false;
} else {
*peProduct = createOperator(MULTIPLY, *peProduct, *peMultiplyBy);
}
}
}
*ppOutput = static_cast<Printable*> (*peProduct);
//delete peProduct;delete peMultiplyBy; //? I get an error with this in, but should it not be there?
return true;
}
bool InputOutputMaster::findLastOperator(int cStart, int cEnd, Printable** ppOutput) {
int cPos, coName, cOrder;
int bLeading = false;
int cEndStore = cEnd;
if (hTest[cStart] == '-' || hTest[cStart] == '+')bLeading = true;
int last;
//do{
last = 0;
cPos = cStart;
cOrder = 0; //higher signifies would be done after in BODMAS order
for (int cIter = cStart; cIter < cEndStore; cIter++) {
int cAscii = (int) hTest [cIter];
if (cAscii == 40) cIter = findClosingBracket(cIter, cEnd); //if (hTest[cIter]== '(') ignore brackets
else if (checkOperator(cAscii, &coName, &cOrder)) cPos = cIter;
}
if ((cPos == cStart && !bLeading) || cPos == cEnd - 1) return false;
cEndStore = cPos;
//}
if (cPos!=cStart&&checkOperator(hTest[cPos - 1], &coName, &last)) {
cPos--;
};
Expression * peInput1;
Expression * peInput2;
peInput1 = NULL;
if (cPos != cStart) {
if (!(convertToPrintable(cStart, cPos, ppOutput)))
return false;
peInput1 = static_cast<Expression*> (*ppOutput);
}
if (!(convertToPrintable(cPos + 1, cEnd, ppOutput)))
return false;
peInput2 = static_cast<Expression*> (*ppOutput);
*ppOutput = createBiInput(coName, peInput1, peInput2);
if (*ppOutput == NULL)
return false;
return true;
}
