//##ModelId=424BB64700A6
void ACDX::setAliasAvailable(CString _epid, CString _callid)
{
std::list<Agent>::iterator agentElment;
Agent _agent;
Agent agent = agentByCallId(_epid, _callid); // find first alias
while ((agent.isOK) && (_callid.GetLength() > 0))
{
// in alias list update element
for(agentElment = aliasList.begin(); agentElment != aliasList.end();agentElment++)
{
_agent = *agentElment;
if (agent.getAlias()==_agent.getAlias()) {
if (g_lock.lock()) {
agentElment->setState(Alias::AVAILABLE);
agentElment->setLastCall();
agentElment->setLastTime();
agentElment->setCallId("");
backlog->checkPending((&(Agent)*agentElment),aliasList); //------> need test it agent in checkpending
g_lock.unlock();
}// if lock
}//if alias ==
}// for
// check if we have pending calls for this now available agent
//backlog->checkPending(&agent); //------> need test it agent in checkpending
agent = agentByCallId(_epid, _callid); // find next alias
}
}
//##ModelId=424BB6470075
CString ACDX::getWaitQueue(CString queue)
{
return config->getWQID(queue);
std::list<Agent>::iterator aliasElement;
Agent agent;
for(aliasElement = aliasList.begin(); aliasElement != aliasList.end(); ++aliasElement )
{
agent = *aliasElement;
if ( (agent.getAlias().Find(queue + "_wq")==0)/* &&
(agent.getState() == Endpoint::AVAILABLE) */)
{
return agent.getAlias();
}
}
return "";
}
//##ModelId=424BB6470067
void ACDX::logout(CString agent)
{
std::list<Agent>::iterator aliasElement;
Agent ag;
for(aliasElement = aliasList.begin(); aliasElement != aliasList.end(); ++aliasElement )
{
ag = *aliasElement;
if (agent==(H323Utils::extractAliasName(ag.getAlias())))
{
if (g_lock.lock()) {
aliasElement->setBlocked(TRUE);
Logger::log("Logout agent " + agent);
g_lock.unlock();
}// lock
}// ==
}// for
}
//##ModelId=424BB6470058
CString ACDX::dumpAgentStates()
{
//SimpleDateFormat formatter = new SimpleDateFormat("HH:mm:ss");
//SYSTEMTIME systemtime;
CString result = "Agent list\n";
std::list<Agent>::iterator aliasElement;
Agent ag;
for(aliasElement = aliasList.begin(); aliasElement != aliasList.end(); ++aliasElement )
{
ag = *aliasElement;
//systemtime.wMilliseconds = ag.getLastCall();//? here to h m s maybe case error
struct tm * t = (struct tm *)ag.getLastTime();
//t->tm_mon+1
t->tm_hour;
t->tm_min;
t->tm_sec;
char c_hour[sizeof(int)];
char c_min[sizeof(int)];
char c_sec[sizeof(int)];
itoa(t->tm_hour,c_hour,10);
itoa(t->tm_min,c_min,10);
itoa(t->tm_sec,c_sec,10);
// agent last call time
CString cs_time = CString(c_hour)+":"+CString(c_min)+":"+CString(c_sec);
//t->tm_mon+1;
//CTime t(systemtime);
if (ag.isAgent()) {
// agent list contains all GK registration, only list configured agents
result += ag.getAlias() + " (" + ag.getEpid() + "):\t" +
(ag.isBlocked() ? "NOT logged in" : " logged in") +
"\tstate: " + (ag.getState()==0 ? "AVAILABLE" : "TALKING " ) +
//"\tlast call: " + t.Format("%H:%M:%S") +
"\tlast call: " + cs_time +
"\n<br>";
}
}
return result;
}
//##ModelId=42198D1803D5
// major route call for queue logic
//##ModelId=424BB6470077
void ACDX::routeCall(CString queue,
CString callerEndId,
CString callRef,
CString callerAlias,
CString callerIp,
CString callId)
{
Agent agent;
if (distribution == ACDConfig::FIRST_FIT) {
agent = firstFitRouter(queue);//give the call to the first suited agent that is
//found (unfair, but fast)
} else if (distribution == ACDConfig::ROUND_ROBIN) {
agent = roundRobinRouter(queue);//give work to the next agent who is suited (fair)
} else if (distribution == ACDConfig::LONGEST_IDLE) {
agent = longestIdleRouter(queue);//choose an agent who is suited for this group, and
//has been without a call the longest (fair)
}
// agent is not in list obj???--
if (agent.isOK) {
std::list<Agent>::iterator agentElement;
Agent _agent;
for(agentElement = aliasList.begin(); agentElement != aliasList.end(); agentElement++)
{
_agent = *agentElement;
//here use point to set list state is very important
if (agent.getAlias() == _agent.getAlias()) {
if (g_lock.lock())
{
// (agentElement)->setState(Alias::TALKING);
(agentElement)->setState(Alias::WAITTALKING);
(agentElement)->setLastCall();
(agentElement)->setLastTime();
(agentElement)->setCallId(callId);
(agentElement)->setRouteExpireTime(GetTickCount() + config->getRouteTimeout(queue)*1000);
g_lock.unlock();
}
//agent.setState(Agent::TALKING);
//agent.setLastCall();
}
}
Logger::log("Routing call for " + queue + " to " + agent.getAlias());
gkclient->routeToAlias(agent.getAlias(), callerEndId, callRef, callId);
} else
{
int queueingMode = config->getQueueingMode(queue);
CString wqName;
char qch[4];
itoa(queueingMode,qch,10);
Logger::log("No agent available for call to " + queue + " (" + CString(qch) + ")");
if ( (queueingMode == ACDConfig::QUEUEING_MODE_RINGING) ||
(queueingMode == ACDConfig::QUEUEING_MODE_RINGANDTALK) )
{
// store the request in the backlog, in case an agent becomes available before timeout
backlog->store(queue, callerEndId, callRef, callerAlias, callerIp, PendingRequest::RINGING, callId);
} else if ( (queueingMode == ACDConfig::QUEUEING_MODE_TALKING) &&
((wqName = getWaitQueue(queue)) != "") )
{
Logger::debug("*---acdx routecall-waiting queue name "+wqName);//test wqueue name
gkclient->routeToAlias(wqName, callerEndId, callRef, callId);
// store the request in the backlog, in case an agent becomes available before timeout
backlog->store(queue, callerEndId, callRef, callerAlias, callerIp, PendingRequest::TALKING, callId);
} else
{
// reject the call right away
gkclient->routeReject(callerEndId, callRef, callId);
}
}
}
