RedisReply* CoroRedisClient::SyncCall(RedisCommandFrame& cmd, int timeout)
{
Clear();
m_expected_multi_reply_count = 1;
m_ch->Write(cmd);
CreateTimeoutTask(timeout);
if (0 != WaitCoro())
{
return NULL;
}
if (!m_connect_success)
{
m_error_reply.SetErrorReason("client connection closed.");
return &m_error_reply;
}
if (IsTimeout())
{
m_error_reply.SetErrorReason("server timeout");
return &m_error_reply;
}
RedisReply* r = NULL;
if (m_multi_replies.size() > 0)
{
r = m_multi_replies[0];
}
CancelTimeoutTask();
return r;
}
RedisReplyArray* CoroRedisClient::SyncMultiCall(RedisCommandFrameArray& cmds, int timeout)
{
Clear();
m_expected_multi_reply_count = cmds.size();
for (size_t i = 0; i < cmds.size(); i++)
{
m_ch->Write(cmds[i]);
}
CreateTimeoutTask(timeout);
if (0 != WaitCoro())
{
return NULL;
}
if (!m_connect_success)
{
m_error_reply.SetErrorReason("client connection closed.");
FillErrorReply();
return &m_multi_replies;
}
if (IsTimeout())
{
m_error_reply.SetErrorReason("server timeout.");
FillErrorReply();
return &m_multi_replies;
}
CancelTimeoutTask();
return &m_multi_replies;
}
void CoroChannel::CreateTimeoutTask(int timeout)
{
CancelTimeoutTask();
m_timeout = false;
if (timeout > 0)
{
m_timeout_taskid = m_io_serv->GetTimer().Schedule(this, timeout, -1, MILLIS);
}
}
void
TaskThrottler::CancelPendingTask(const MonitorAutoLock& aProofOfLock)
{
if (mQueuedTask) {
TASK_LOG("%p cancelling task %p\n", this, mQueuedTask.get());
mQueuedTask->Cancel();
mQueuedTask = nullptr;
CancelTimeoutTask(aProofOfLock);
}
}
void
TaskThrottler::TaskComplete(const TimeStamp& aTimeStamp)
{
MonitorAutoLock lock(mMonitor);
if (!mOutstanding) {
return;
}
mMean.insert(aTimeStamp - mStartTime);
if (mQueuedTask) {
RunQueuedTask(aTimeStamp, lock);
CancelTimeoutTask(lock);
} else {
mOutstanding = false;
}
}
CoroChannel::~CoroChannel()
{
CancelTimeoutTask();
Close();
}
