void process_cache::store(string const &key,set<string> const &triggers_in,time_t timeout_in,archive const &a)
{
rwlock_wrlock lock(access_lock);
pointer main;
main=primary.find(key.c_str());
if(main!=primary.end())
delete_node(main);
if(a.get().size()>memsize/20) {
return;
}
time_t now;
time(&now);
// Make sure there is at least 10% avalible
// And there is a block that is big enough to allocate 5% of memory
for(;;) {
if(process_cache_factory::mem->available() > memsize / 10) {
void *p=process_cache_factory::mem->malloc(memsize/20);
if(p) {
process_cache_factory::mem->free(p);
break;
}
}
if(timeout.begin()->first<now) {
main=timeout.begin()->second;
}
else {
main=lru.back();
}
delete_node(main);
}
try {
pair<pointer,bool> res=primary.insert(pair<shr_string,container>(key.c_str(),container()));
main=res.first;
container &cont=main->second;
cont.data.assign(a.get().c_str(),a.get().size());
lru.push_front(main);
cont.lru=lru.begin();
cont.timeout=timeout.insert(pair<time_t,pointer>(timeout_in,main));
if(triggers_in.find(key)==triggers_in.end()){
cont.triggers.push_back(triggers.insert(
pair<shr_string,pointer>(key.c_str(),main)));
}
set<string>::const_iterator si;
for(si=triggers_in.begin();si!=triggers_in.end();si++) {
cont.triggers.push_back(triggers.insert(
pair<shr_string,pointer>(si->c_str(),main)));
}
}
catch(std::bad_alloc const &e) {
clear();
}
}
void thread_cache::store(string const &key,set<string> const &triggers_in,time_t timeout_in,archive const &a)
{
rwlock_wrlock lock(access_lock);
if(debug_mode) print_all();
pointer main;
if(debug_mode) {
string res;
res=str(boost::format("Storing key [%1%], triggers:") % key);
for(set<string>::iterator ps=triggers_in.begin(),pe=triggers_in.end();ps!=pe;ps++) {
res+=*ps;
res+=" ";
}
res+="\n";
write(fd,res.c_str(),res.size());
}
main=primary.find(key);
if(main==primary.end() && primary.size()>=limit && limit>0) {
if(debug_mode) {
char const *msg="Not found, size limit\n";
write(fd,msg,strlen(msg));
}
time_t now;
time(&now);
if(timeout.begin()->first<now) {
main=timeout.begin()->second;
if(debug_mode) {
string res;
res=str(boost::format("Deleting timeout node [%1%] with "
"delta of %2% seconds\n") % main->first
% (now - main->second.timeout->first));
write(fd,res.c_str(),res.size());
}
}
else {
main=lru.back();
if(debug_mode) {
string res;
res=str(boost::format("Deleting LRU [%1%]\n") % main->first);
write(fd,res.c_str(),res.size());
}
}
}
if(main!=primary.end())
delete_node(main);
pair<pointer,bool> res=primary.insert(pair<string,container>(key,container()));
main=res.first;
container &cont=main->second;
cont.data=a.get();
lru.push_front(main);
cont.lru=lru.begin();
cont.timeout=timeout.insert(pair<time_t,pointer>(timeout_in,main));
if(triggers_in.find(key)==triggers_in.end()){
cont.triggers.push_back(triggers.insert(pair<string,pointer>(key,main)));
}
set<string>::const_iterator si;
for(si=triggers_in.begin();si!=triggers_in.end();si++) {
cont.triggers.push_back(triggers.insert(pair<string,pointer>(*si,main)));
}
}