/***************************************************************************
* msr_starttime_uc:
*
* Convert a btime struct of a FSDH struct of a MSRecord (the record
* start time) into a high precision epoch time. This time has no
* correction(s) applied to it.
*
* Returns a high precision epoch time on success and HPTERROR on
* error.
***************************************************************************/
hptime_t
msr_starttime_uc (MSRecord *msr)
{
if ( ! msr )
return HPTERROR;
if ( ! msr->fsdh )
return HPTERROR;
return ms_btime2hptime (&msr->fsdh->start_time);
} /* End of msr_starttime_uc() */
bool MSeedWriter::write(IntegerMSeedRecord::SharedPtr_t sampleRange)
{
// наполнения хедера mseed
MSRecord* msr = msr_init(NULL);
// общие для записей данные
strcpy(msr->network, sampleRange->network().toLatin1().constData());
strcpy(msr->station, sampleRange->station().toLatin1().constData());
strcpy(msr->location, sampleRange->location().toLatin1().constData());
strcpy(msr->channel, sampleRange->channelName().toLatin1().constData());
msr->samprate = sampleRange->samplingRateHz();
msr->reclen = _recordLength;
msr->record = NULL;
msr->encoding = _encoding; // compression
msr->byteorder = 1; // big endian byte order
BTime btime = dateTimeToBTime(sampleRange->startTime());
msr->starttime = ms_btime2hptime(&btime);
msr->sampletype = 'i'; // declare type to be 32-bit integers
msr->datasamples = sampleRange->data().data();
msr->numsamples = sampleRange->data().size();
flag verbose = _verbose;
_packedSamples = 0;
_packedRecords = msr_pack(msr, &binaryStreamRecorder, _binaryStream.get(), &_packedSamples, 1, verbose);
if (_packedRecords == -1)
{
return false;
}
msr->datasamples = NULL;
msr_free(&msr);
ms_log(0, "Packed %d samples into %d records\n", _packedSamples, _packedRecords);
return true;
}
