bool PropertyFilter::match(const NumericFunction& numericF, const InfoFunction& infoF, const CustomFilterFunction& aCustomF) const {
if (empty())
return true;
bool hasMatch = false;
if (currentFilterProperty < 0 || currentFilterProperty >= propertyCount) {
// Any column
if (defMethod < StringMatch::METHOD_LAST && numComparisonMode == LAST) {
for (auto i = 0; i < propertyCount; ++i) {
if (propertyTypes[i].filterType == type && matchText(i, infoF)) {
hasMatch = true;
break;
}
}
} else {
for (auto i = 0; i < propertyCount; ++i) {
if (type == propertyTypes[i].filterType && matchNumeric(i, numericF)) {
hasMatch = true;
break;
}
}
}
} else if (propertyTypes[currentFilterProperty].filterType == TYPE_LIST_NUMERIC || propertyTypes[currentFilterProperty].filterType == TYPE_LIST_TEXT) {
// No default matcher for list properies
hasMatch = aCustomF(currentFilterProperty, matcher, numericMatcher);
} else if (propertyTypes[currentFilterProperty].filterType == TYPE_TEXT) {
hasMatch = matchText(currentFilterProperty, infoF);
} else {
hasMatch = matchNumeric(currentFilterProperty, numericF);
}
return inverse ? !hasMatch : hasMatch;
}
static int match( struct RE *rexp ){
switch( rexp->type ){
case POINT : return text.pos < text.len;
case SET : return matchSet ( *rexp );
case BACKREF: return matchBackRef( rexp );
case RANGEAB: return matchRange( rexp, text.ptr[text.pos] );
case META : return matchMeta ( rexp, text.ptr[text.pos] );
default : return matchText ( rexp, text.ptr + text.pos );
}
}
