void
QmfObject::run_pending_calls(void)
{
Agent a = _qmf_data.getAgent();
for (list<QmfAsyncRequest*>::iterator it = _pending_jobs.begin();
it != _pending_jobs.end(); ++it) {
QmfAsyncRequest* ar = *it;
qb_loop_timer_handle th;
uint32_t correlation_id = a.callMethodAsync(ar->method, ar->args, _qmf_data.getAddr());
_outstanding_calls[correlation_id] = ar;
g_timer_stop(ar->time_queued);
g_timer_start(ar->time_execed);
ar->state = QmfAsyncRequest::JOB_RUNNING;
ar->ref();
mainloop_timer_add(ar->timeout, ar,
method_call_tmo, &th);
}
}
void
QmfObject::method_call_async(std::string method,
qpid::types::Variant::Map in_args,
void *user_data,
uint32_t timeout_ms)
{
uint32_t correlation_id;
QmfAsyncRequest *ar;
if (_method_response_fn == NULL) {
qb_log(LOG_WARNING,
"can't do async call without response callback");
return;
}
ar = new QmfAsyncRequest();
ar->method = method;
ar->args = in_args;
ar->obj = this;
ar->user_data = user_data;
ar->timeout = timeout_ms;
if (_connected) {
qb_loop_timer_handle th;
Agent a = _qmf_data.getAgent();
correlation_id = a.callMethodAsync(method, in_args, _qmf_data.getAddr());
_outstanding_calls[correlation_id] = ar;
g_timer_stop(ar->time_queued);
g_timer_start(ar->time_execed);
ar->state = QmfAsyncRequest::JOB_RUNNING;
ar->ref();
mainloop_timer_add(timeout_ms, ar,
method_call_tmo, &th);
} else {
ar->state = QmfAsyncRequest::JOB_SCHEDULED;
g_timer_start(ar->time_queued);
_pending_jobs.push_back(ar);
}
}