-
-// qDebug() << "IgnoreListManager::match: ";
-// qDebug() << "string: " << str;
-// qDebug() << "pattern: " << ruleRx.pattern();
-// qDebug() << "scopeRule: " << item.scopeRule;
-// qDebug() << "now testing";
- if ((!item.isRegEx && item.regEx.exactMatch(str)) ||
- (item.isRegEx && item.regEx.indexIn(str) != -1)) {
-// qDebug() << "MATCHED!";
- return item.strictness;
- }
- }
- }
- return UnmatchedStrictness;
-}
-
-
-bool IgnoreListManager::scopeMatch(const QString &scopeRule, const QString &string) const
-{
- // A match happens when the string does NOT match ANY inverted rules and matches AT LEAST one
- // normal rule, unless no normal rules exist (implicit wildcard match). This gives inverted
- // rules higher priority regardless of ordering.
- //
- // TODO: After switching to Qt 5, use of this should be split into two parts, one part that
- // would generate compiled QRegularExpressions for match/inverted match, regenerating it on any
- // rule changes, and another part that would check each message against these compiled rules.
-
- // Keep track if any matches are found
- bool matches = false;
- // Keep track if normal rules and inverted rules are found, allowing for implicit wildcard
- bool normalRuleFound = false, invertedRuleFound = false;
-
- // Split each scope rule by separator, ignoring empty parts
- foreach(QString rule, scopeRule.split(";", QString::SkipEmptyParts)) {
- // Trim whitespace from the start/end of the rule
- rule = rule.trimmed();
- // Ignore empty rules
- if (rule.isEmpty())
- continue;
-
- // Check if this is an inverted rule (starts with '!')
- if (rule.startsWith("!")) {
- // Inverted rule found
- invertedRuleFound = true;
-
- // Take the reminder of the string
- QRegExp ruleRx(rule.mid(1), Qt::CaseInsensitive);
- ruleRx.setPatternSyntax(QRegExp::Wildcard);
- if (ruleRx.exactMatch(string)) {
- // Matches an inverted rule, full rule cannot match
- return false;