IntList * array2IntList( int * data ){
int size = data[0];
IntList * result = IntList::newL();
int * iPtr = data+1;
for(int i=0;i<size;i++){
result->appendL( *iPtr++ );
}
return result;
}
int * FiducialData::parseSequenceL( const char * in_fiducialSequence, bool& white ){
// decode the string, which is assumed to be in the form
// "a[0], a[1], .., a[N-1]"
char stringcopy[512] = {0};
char *tmp = stringcopy;
strcpy(tmp, in_fiducialSequence);
// strip [, {, or (
while( (*tmp == '[' || *tmp == '{' || *tmp == '(' || *tmp == ' ') && *tmp != 0 ){
tmp++;
}
white = false;
IntList * result = IntList::newL();
for(char * tok = strtok( tmp, "," );tok!=NULL;tok = strtok( NULL, "," )){
if( atoi(tok)==0 && strchr(tok,'0')==NULL ){
if( strchr(tok,'w')!=NULL || strchr(tok,'W')!=NULL ){
white = true;
}
}else{
result->appendL( atoi(tok) );
}
}
if( result->getSize() < 2 ){
delete result;
return NULL;
}
#ifndef __SYMBIAN32__
int * toReturn = new int[result->getSize()+1];
#else
int * toReturn = new (ELeave) int[result->getSize()+1];
#endif
int i=0;
toReturn[i++] = result->getSize();
for(result->reset();!(result->isNull());result->fwd()){
toReturn[i++] = result->getData();
}
delete result;
return toReturn;
}