void MsgProcessor::run()
{
while (true)
{
lock_.lock();
int rawmsg_count = message_queue_.count();
lock_.unlock();
if (rawmsg_count == 0)
break;
Json::Reader reader;
Json::Value root;
QByteArray unparse_msg = message_queue_.dequeue();
int idx = unparse_msg.indexOf("\r\n\r\n");
unparse_msg = unparse_msg.mid(idx+4);
if (!reader.parse(QString(unparse_msg).toStdString(), root, false))
{
continue;
}
qDebug()<<"recive msg"<<QString::fromStdString(root.toStyledString())<<endl;
if (root["retcode"].asInt() == 121)
{
}
QVector<QQMsg *> be_sorting_msg;
for (unsigned int i = 0; i < root["result"].size(); ++i)
{
const Json::Value result = root["result"][i];
if ( isMsgRepeat(result) )
continue;
QString type = QString::fromStdString(result["poll_type"].asString());
QQMsg *msg = createMsg(type, result);
if ( msg )
be_sorting_msg.append(msg);
}
if ( be_sorting_msg.size() > 1 )
sortByTime(be_sorting_msg);
dispatchMsg(be_sorting_msg);
}
}
/** Reads a file containing a list of Julian days and measurements
*
* @param[in] fileName the name of a file to be read. The file
* is assumed to be formatted as a 2xN comma-delimited table,
* with the first column a floating point Julian date and the second
* a floating point measurement. The file may also contain comment lines
* preceded by '#'.
* @param[out] timeVec a vector containing the times of each
* observation
* @param[out] dataVec a vector containing the measurement (typically flux
* or magnitude) observed at each time
*
* @post @p timeVec is sorted in ascending order
* @post @p timeVec.size() = @p dataVec.size()
* @post for all i, @p dataVec[i] is the measurement taken at @p timeVec[i]
*
* @exception std::bad_alloc Thrown if there is not enough memory to store
* the data.
* @exception kpfutils::except::FileIo Thrown if any file operation fails.
*
* @exceptsafe The function arguments are unchanged in the event of an exception.
*/
void readCsvLightCurve(const string& fileName, DoubleVec &timeVec, DoubleVec &dataVec) {
// copy-and-swap
vector<double> tempTimes, tempData;
boost::shared_ptr<FILE> hInput = fileCheckOpen(fileName, "r");
readTable(hInput.get(), " %lf , %lf", tempTimes, tempData);
sortByTime(tempTimes, tempData);
// IMPORTANT: no exceptions beyond this point
swap(timeVec, tempTimes);
swap(dataVec, tempData );
}
/** Reads a file containing a list of obsids, Julian days, measurements, errors, and limits
*
* @param[in] fileName the name of a file to be read. The file
* is assumed to be formatted as a 5xN space-delimited table, with
* the first column a running index, the second a floating point
* Julian date, the third a floating point measurement, the fourth
* a floating point error, and the fifth a detection limit in the same
* units as the measurement. The file may also contain comment lines
* preceded by '#'.
* @param[in] errMax the maximum error to tolerate in a data point. Any
* points with an error exceeding @p errMax are ignored.
* @param[out] timeVec a vector containing the times of each
* observation
* @param[out] dataVec a vector containing the measurement (typically flux
* or magnitude) observed at each time
* @param[out] errVec a vector containing the error on each measurement
*
* @post @p timeVec is sorted in ascending order
* @post @p timeVec.size() = @p dataVec.size() = @p errVec.size()
* @post for all i, @p dataVec[i] ± @p errVec[i] is the
* measurement taken at @p timeVec[i]
* @post for all i, @p errVec[i] ≤ @p errMax
*
* @exception std::bad_alloc Thrown if there is not enough memory to store
* the data.
* @exception kpfutils::except::FileIo Thrown if any file operation fails.
*
* @exceptsafe The function arguments are unchanged in the event of an exception.
*
* @bug Current implementation ignores limits.
*/
void readWg2LightCurve(const string& fileName, double errMax, DoubleVec &timeVec,
DoubleVec &dataVec, DoubleVec &errVec) {
// copy-and-swap
vector<double> tempTimes, tempData, tempErrs;
boost::shared_ptr<FILE> hInput = fileCheckOpen(fileName, "r");
readTable(hInput.get(), " %*i %lf %lf %lf %*lf", tempTimes, tempData, tempErrs);
errorFilter(errMax, tempTimes, tempData, tempErrs);
sortByTime(tempTimes, tempData, tempErrs);
// IMPORTANT: no exceptions beyond this point
swap(timeVec, tempTimes);
swap(dataVec, tempData );
swap( errVec, tempErrs );
}
