DECLARE_EXPORT SetupMatrix::Rule* SetupMatrix::calculateSetup (const string oldsetup, const string newsetup) const { // No need to look if (oldsetup == newsetup) return NULL; // Loop through all rules for (Rule *curRule = firstRule; curRule; curRule = curRule->nextRule) { // Need a match on the fromsetup if (!curRule->getFromSetup().empty() && !matchWildcard(curRule->getFromSetup().c_str(), oldsetup.c_str())) continue; // Need a match on the tosetup if (!curRule->getToSetup().empty() && !matchWildcard(curRule->getToSetup().c_str(), newsetup.c_str())) continue; // Found a match return curRule; } // No matching rule was found logger << "Warning: Conversion from '" << oldsetup << "' to '" << newsetup << "' undefined in setup matrix '" << getName() << endl; return NULL; }
MojErr MojDbQuotaEngine::quotaForKind(const MojDbKind* kind, MojRefCountedPtr<Quota>& quotaOut) { // prefer to use super's quota const MojDbKind::KindVec& supers = kind->supers(); for (MojDbKind::KindVec::ConstIterator i = supers.begin(); i != supers.end(); ++i) { // don't want to inherit admin quota, so don't check root kind if ((*i)->id() != MojDbKindEngine::RootKindId) { MojErr err = quotaForKind(*i, quotaOut); MojErrCheck(err); if (quotaOut.get()) return MojErrNone; } } // check for quota that matches owner of this kindS const MojString& owner = kind->owner(); QuotaMap::ConstIterator iter = m_quotas.find(owner); if (iter == m_quotas.end()) { for (iter = m_quotas.begin(); iter != m_quotas.end(); ++iter) { if (matchWildcard(iter.key(), owner, owner.length())) break; } } if (iter != m_quotas.end()) { quotaOut = *iter; } return MojErrNone; }
WebPathSegment * WebPathSegment::recursiveMatch(vector<string> &segList) { string name = segList.at(0); segList.erase(segList.begin()); bool segmentFound = hasSegment(name); if (segmentFound && segList.size() != 0) return _segmentList[name]->recursiveMatch(segList); /* We have matching sibling! No need to continue recursion. */ if (segmentFound && segList.size() == 0) { return _segmentList[name].get(); } return matchWildcard(); }
Bool fontCmp(void* entry, void* fontWildCard) { return matchWildcard(fontWildCard, ((FontCacheEntry*) entry)->XLFName); }
bool WildcardFileFilter::isDirectorySuitable (const File& file) const { return matchWildcard (file, directoryWildcards); }
bool WildcardFileFilter::isFileSuitable (const File& file) const { return matchWildcard (file, fileWildcards); }