bool
CorrelationTimeArcGrbcat::doParse(type::CorrelationCmdType cmd, std::list<std::string>& tokens)
{
switch (cmd)
{
default:
break;
}
tokens.clear();
const Catalog* catalog = AnalysisData::instance()->getCatalogData();
auto minEntry = std::min_element(catalog->getEntries().begin(), catalog->getEntries().end(),
CompareTime());
auto maxEntry = std::max_element(catalog->getEntries().begin(), catalog->getEntries().end(),
CompareTime());
type::Float range = std::ceil((getTime(*maxEntry) - getTime(*minEntry)) / 365.0) * 365.0;
if (setXAxis(range, 365))
{
Exception exc(type::EXCEPTION_WARNING + type::EXCEPTION_MOD_NO_PREFIX,
"CorrelationTimeArcGrbcat failed to set correlation x axis.\n");
throw exc;
}
setYAxis(M_PIl, 180);
return true;
}
MasterSchedulerBackend::Comparison MasterSchedulerBackend::GetBestTaskToRun(const openpal::MonotonicTimestamp& now,
const Record& left,
const Record& right)
{
const auto BEST_ENABLED_STATUS = CompareEnabledStatus(left, right);
if (BEST_ENABLED_STATUS != Comparison::SAME)
{
// if one task is disabled, return the other task
return BEST_ENABLED_STATUS;
}
const auto BEST_BLOCKED_STATUS = CompareBlockedStatus(left, right);
if (BEST_BLOCKED_STATUS != Comparison::SAME)
{
// if one task is blocked and the other isn't, return the unblocked task
return BEST_BLOCKED_STATUS;
}
const auto EARLIEST_EXPIRATION = CompareTime(now, left, right);
const auto BEST_PRIORITY = ComparePriority(left, right);
// if the expiration times are the same, break based on priority, otherwise go with the expiration time
return (EARLIEST_EXPIRATION == Comparison::SAME) ? BEST_PRIORITY : EARLIEST_EXPIRATION;
}
void C_AreaEvent::PushEvent( Poco::Net::StreamSocket& sktClient, LPCTSTR pszMac )
{
m_PushedVecMutex.lock();
for (EventList::iterator it = m_vecPushedEvent.begin(); it != m_vecPushedEvent.end(); )
{
if(CompareTime((*it)->szEndTime.c_str() , GetCurrTime().c_str()) < 0)
it = m_vecPushedEvent.erase(it);
else
++it;
}
m_PushedVecMutex.unlock();
tstring szAreaid = m_DBOperate.GetAreaidByMac(pszMac);
if(szAreaid.compare(_T("")) == 0)
return;
m_PushedVecMutex.lock();
for (EventList::iterator itor = m_vecPushedEvent.begin(); itor != m_vecPushedEvent.end(); ++itor)
{
if((*itor)->szAreaId == szAreaid)
{
tstring szJson = GetJsonText(*itor);
sktClient.sendBytes(szJson.c_str(), szJson.length());
}
}
m_PushedVecMutex.unlock();
}
///////////////////////////////////////////////////////////////////////
// Function: CompareTimeMillisecond
//
// Author: $author$
// Date: 6/27/2009
///////////////////////////////////////////////////////////////////////
virtual int CompareTimeMillisecond
(const EvTime& time,
bool is12=false,
bool isPM=false,
bool isLocal=false,
const EvTimezone* timezone=0) const
{
int unequal = 0;
if (!(unequal = CompareTime
(time, is12, isPM, isLocal, timezone)))
unequal = CompareMillisecond(time.GetMillisecond());
return unequal;
}
// first : 추교성. 2004. 11. 08
// last : 추교성. 2004. 11. 08
// 변동이 거의 업는 정적 스케쥴 업데이트.
void MMatchScheduleMgr::UpdateStaticSchedule()
{
MCommand* pCmd = 0;
ScheduleVecIter it, end;
end = m_vecStaticSchedule.end();
for( it = m_vecStaticSchedule.begin(); it != end; ++it ){
// 실행될 시간인가?
if( !CompareTime((*it)) ) continue;
pCmd = (*it)->GetCommand()->Clone();
if( 0 != pCmd ){
m_pMatchServer->GetCommandManager()->Post( pCmd );
}
// 혹시 지울 것인가?
// 정적 스케쥴이 IsNeedDelete()이 true면 날자만 업데이트 하지 않아 실행되는것을 막음.
if( (*it)->IsNeedDelete() ) continue;
(*it)->GetImpl()->Reset( (*it) );
}
}
/*----------------------------------------------------------------------
ファイルの更新日時を比較。
返値が正ならば前者、負ならば後者のほうが新しいファイル。
----------------------------------------------------------------------*/
int CompareTime(LPCSTR szL, LPCSTR szR) {
assert(szL!=NULL && szR!=NULL);
SYSTEMTIME stL, stR;
BOOL fexistL, fexistR;
// 更新日付を得る。
fexistL = GetLastWriteTime(szL, stL);
fexistR = GetLastWriteTime(szR, stR);
// 存在しないファイルは「古い」と見なす。
if ( fexistL ) {
if ( !fexistR)
return 1;
} else {
if ( fexistR )
return -1;
else
return 0; // どっちもありゃしねぇ
}
// 最終更新日付を比較
return CompareTime(stL, stR);
}
// first : 추교성. 2004. 11. 08
// last : 추교성. 2004. 11. 08
// 공지사항 스케쥴 업데이트.
void MMatchScheduleMgr::UpdateAnnounceSchedule()
{
MCommand* pCmd = 0;
ScheduleLstIter it, end;
end = m_lstAnnounceSchedule.end();
for( it = m_lstAnnounceSchedule.begin(); it != end; ++it ){
if( !CompareTime((*it)) ) continue;
pCmd = (*it)->GetCommand()->Clone();
if( 0 != pCmd ){
m_pMatchServer->GetCommandManager()->Post( pCmd );
}
// 이번이 지울 차례인가?
if( (*it)->IsNeedDelete() ){
m_lstAnnounceSchedule.erase( it-- );
continue;
}
(*it)->GetImpl()->Reset( (*it) );
}
}
void C_AreaEvent::DoUpdateEventList()
{
while (::WaitForSingleObject(m_hStopEvent, 0) != WAIT_OBJECT_0)
{
m_PushVecMutex.lock();
for (EventList::iterator it = m_vecEventList.begin(); it != m_vecEventList.end();)
{
tstring szAreaid = (*it)->szAreaId;
tstring szStartTime = (*it)->szStartTime;
if(CompareTime(szStartTime.c_str(), GetCurrTime().c_str()) <= 0 )
{
tstring szJson = GetJsonText(*it);
StringVector vecMacList;
m_DBOperate.GetMacListByAreaid(vecMacList, szAreaid.c_str());
for (StringVector::iterator itor = vecMacList.begin(); itor != vecMacList.end(); ++itor)
{
Poco::Net::StreamSocket* psktClient = C_ClientMac2Socket::GetInstance()->FindSocketByMacAddr((*itor).c_str());
if (psktClient != NULL)
psktClient->sendBytes(szJson.c_str(), szJson.length());
}
m_PushedVecMutex.lock();
m_vecPushedEvent.push_back(*it);
m_PushedVecMutex.unlock();
it = m_vecEventList.erase(it);
}
else
++it;
}
m_PushVecMutex.unlock();
Sleep(10000);//10s
}
}
int
VerifyState(const Options &opts, const ReadUserLog::FileState &state )
{
ReadUserLogState rstate( state, 60 );
const ReadUserLogState::FileState *istate;
ReadUserLogState::convertState( state, istate );
const FieldData *wdata = opts.getField( );
if ( wdata == NULL ) {
fprintf( stderr, "Verify: no field!\n" );
return -1;
}
bool ok;
switch( wdata->m_field )
{
case FIELD_SIGNATURE:
ok = CompareStr( opts, istate->m_signature );
break;
case FIELD_VERSION:
ok = CompareInt( opts, istate->m_version );
break;
case FIELD_UPDATE_TIME:
ok = CompareTime( opts, istate->m_update_time );
break;
case FIELD_BASE_PATH:
ok = CompareStr( opts, istate->m_base_path );
break;
case FIELD_CUR_PATH:
ok = CompareStr( opts, rstate.CurPath(state) );
break;
case FIELD_UNIQ_ID:
ok = CompareStr( opts, istate->m_uniq_id );
break;
case FIELD_SEQUENCE:
ok = CompareInt( opts, istate->m_sequence );
break;
case FIELD_MAX_ROTATION:
ok = CompareInt( opts, istate->m_max_rotations );
break;
case FIELD_ROTATION:
ok = CompareInt( opts, istate->m_rotation );
break;
case FIELD_OFFSET:
ok = CompareFsize( opts, istate->m_offset.asint );
break;
case FIELD_EVENT_NUM:
ok = CompareFsize( opts, istate->m_event_num.asint );
break;
case FIELD_GLOBAL_POSITION:
ok = CompareFsize( opts, istate->m_log_position.asint );
break;
case FIELD_GLOBAL_RECORD_NUM:
ok = CompareFsize( opts, istate->m_log_record.asint );
break;
case FIELD_INODE:
ok = CompareInode( opts, istate->m_inode );
break;
case FIELD_CTIME:
ok = CompareTime( opts, istate->m_ctime );
break;
case FIELD_SIZE:
ok = CompareFsize( opts, istate->m_size.asint );
break;
default:
return -1;
}
return ok ? 0 : 1;
}
int SensorDataTime::Compare(AlgSortObj* p) {
SensorData* temp1 = (SensorData*)obj;
SensorData* temp2 = (SensorData*)(p->Getobj());
int r = CompareTime(temp1->Gettime(),temp2->Gettime());
return r;
}
void SensorDataTime::Decreasekey(Time k) {
if (CompareTime(((SensorData*)obj)->Gettime(),k) <= 0) return;
else Setkey(k);
}
