AnGenericRowProvider::~AnGenericRowProvider(void)
{
for (unsigned int i=0; i<allrows_.size(); ++i) {
removeSubject(allrows_[i]);
}
allrows_.clear();
visiblerows_.clear();
/* Using the setter methods ensures that removeSubject is called: */
setSortProperty(NULL);
setFilterProperty(NULL);
}
void PropertyFilter::prepare(const string& aPattern, int aMethod, int aProperty) {
WLock l(cs);
setPattern(aPattern);
setFilterMethod(static_cast<StringMatch::Method>(aMethod));
setFilterProperty(aProperty);
type = TYPE_TEXT;
if (currentFilterProperty < 0 || currentFilterProperty >= propertyCount) {
if (numComparisonMode != LAST) {
// Attempt to detect the column type
type = TYPE_TIME;
auto ret = prepareTime();
if (!ret.second) {
type = TYPE_SIZE;
ret = prepareSize();
}
if (!ret.second) {
type = TYPE_SPEED;
ret = prepareSpeed();
}
if (!ret.second) {
// Try generic columns
type = TYPE_NUMERIC_OTHER;
numericMatcher = Util::toDouble(matcher.pattern);
} else {
// Set the value if parsing succeed
numericMatcher = ret.first;
}
} else {
type = TYPE_TEXT;
matcher.setMethod(static_cast<StringMatch::Method>(defMethod));
matcher.prepare();
}
} else if (propertyTypes[currentFilterProperty].filterType == TYPE_SIZE) {
type = TYPE_SIZE;
numericMatcher = prepareSize().first;
} else if (propertyTypes[currentFilterProperty].filterType == TYPE_TIME) {
type = TYPE_TIME;
numericMatcher = prepareTime().first;
} else if (propertyTypes[currentFilterProperty].filterType == TYPE_SPEED) {
type = TYPE_SPEED;
numericMatcher = prepareSpeed().first;
} else if (propertyTypes[currentFilterProperty].filterType == TYPE_NUMERIC_OTHER || propertyTypes[currentFilterProperty].filterType == TYPE_LIST_NUMERIC) {
type = TYPE_NUMERIC_OTHER;
numericMatcher = Util::toDouble(matcher.pattern);
}
}
