void ServiceListeners::GetMatchingServiceListeners(const ServiceEvent& evt, ServiceListenerEntries& set,
bool lockProps)
{
US_UNUSED(Lock(this));
// Filter the original set of listeners
ServiceListenerEntries receivers = serviceSet;
coreCtx->serviceHooks.FilterServiceEventReceivers(evt, receivers);
// Check complicated or empty listener filters
for (std::list<ServiceListenerEntry>::const_iterator sse = complicatedListeners.begin();
sse != complicatedListeners.end(); ++sse)
{
if (receivers.count(*sse) == 0) continue;
const LDAPExpr& ldapExpr = sse->GetLDAPExpr();
if (ldapExpr.IsNull() ||
ldapExpr.Evaluate(evt.GetServiceReference().d->GetProperties(), false))
{
set.insert(*sse);
}
}
//US_DEBUG << "Added " << set.size() << " out of " << n
// << " listeners with complicated filters";
// Check the cache
const std::vector<std::string> c(any_cast<std::vector<std::string> >
(evt.GetServiceReference().d->GetProperty(ServiceConstants::OBJECTCLASS(), lockProps)));
for (std::vector<std::string>::const_iterator objClass = c.begin();
objClass != c.end(); ++objClass)
{
AddToSet(set, receivers, OBJECTCLASS_IX, *objClass);
}
long service_id = any_cast<long>(evt.GetServiceReference().d->GetProperty(ServiceConstants::SERVICE_ID(), lockProps));
std::stringstream ss;
ss << service_id;
AddToSet(set, receivers, SERVICE_ID_IX, ss.str());
}
void ServiceListeners::GetMatchingServiceListeners(const ServiceReferenceBase& sr, ServiceListenerEntries& set,
bool lockProps)
{
MutexLocker lock(mutex);
// Check complicated or empty listener filters
int n = 0;
for (std::list<ServiceListenerEntry>::const_iterator sse = complicatedListeners.begin();
sse != complicatedListeners.end(); ++sse)
{
++n;
const LDAPExpr& ldapExpr = sse->GetLDAPExpr();
if (ldapExpr.IsNull() ||
ldapExpr.Evaluate(sr.d->GetProperties(), false))
{
set.insert(*sse);
}
}
//US_DEBUG << "Added " << set.size() << " out of " << n
// << " listeners with complicated filters";
// Check the cache
const std::vector<std::string> c(any_cast<std::vector<std::string> >
(sr.d->GetProperty(ServiceConstants::OBJECTCLASS(), lockProps)));
for (std::vector<std::string>::const_iterator objClass = c.begin();
objClass != c.end(); ++objClass)
{
AddToSet(set, OBJECTCLASS_IX, *objClass);
}
long service_id = any_cast<long>(sr.d->GetProperty(ServiceConstants::SERVICE_ID(), lockProps));
std::stringstream ss;
ss << service_id;
AddToSet(set, SERVICE_ID_IX, ss.str());
}
int numDistinctIslands(int**g, int gridSz, int grid0sz){
grid = g;
grid_length = gridSz;
grid0length = grid0sz;
Set*visited = CreateSet(1024);
int t = 0;
for(int i=0; i<gridSz; ++i) {
for(int j=0; j< grid0sz; ++j) {
if(grid[i][j]==1) {
int c=dfs(i, j);
if(!isElementInSet(visited, c)) {
AddToSet(visited, c);
++t;
}
}
}
}
return t;
}
void BioSeq::SearchFront(std::fstream &myfile)
{
int count = 0;
for(auto &bsv : m_bSeqV)
for(auto &bs : bsv)
{
count++;
if(IsMotifFront(bs))
{
Motif m;
m.bs = bs;
m_motifs_a.push_back(m);
AddToSet(bs.a);
}
if(count%10000==0)
WriteSomethingToFile(myfile, TimeStamp()+"...processed "+
std::to_string(count)+" sequences.\n");
}
WriteSomethingToFile(myfile, TimeStamp()+"...finished searching front sequences, found "+
std::to_string(m_unique_motifs.size())+" unique motifs.\n");
}
StringSet& RTFFileContext::GetSetToChangeToText()
{
if(m_setToChangeToText.empty())
{
// this should be thread safe
AddToSet(L"TOC");
AddToSet(L"REF");
AddToSet(L"TOA");
AddToSet(L"TA");
AddToSet(L"DATE");
AddToSet(L"TIME");
AddToSet(L"COMMENTS");
AddToSet(L"KEYWORDS");
AddToSet(L"AUTHOR");
AddToSet(L"FILENAME");
AddToSet(L"SAVEDATE");
// AddToSet(L"HYPERLINK");
AddToSet(L"CREATEDATE");
AddToSet(L"PAGEREF");
AddToSet(L"INDEX");
AddToSet(L"DOCPROPERTY");
AddToSet(L"TITLE");
AddToSet(L"MERGEFIELD");
AddToSet(L"NOTEREF");
AddToSet(L"SHAPE");
AddToSet(L"QUOTE");
}
return m_setToChangeToText;
}
void NetworkWatch::AddSocket(WSocket *socket){
assert(!IsPartOfSet(socket, socket_set));
AddToSet(socket, socket_set);
assert(IsPartOfSet(socket, socket_set));
}