void sfl_poller_writeCountersSample(SFLPoller *poller, SFL_COUNTERS_SAMPLE_TYPE *cs)
{
/* fill in the rest of the header fields, and send to the receiver */
cs->sequence_number = ++poller->countersSampleSeqNo;
#ifdef SFL_USE_32BIT_INDEX
cs->ds_class = SFL_DS_CLASS(poller->dsi);
cs->ds_index = SFL_DS_INDEX(poller->dsi);
#else
cs->source_id = SFL_DS_DATASOURCE(poller->dsi);
#endif
/* sent to my receiver */
if(poller->myReceiver) sfl_receiver_writeCountersSample(poller->myReceiver, cs);
}
void sfl_sampler_writeFlowSample(SFLSampler *sampler, SFL_FLOW_SAMPLE_TYPE *fs)
{
if(fs == NULL) return;
sampler->samplesThisTick++;
/* increment the sequence number */
fs->sequence_number = ++sampler->flowSampleSeqNo;
/* copy the other header fields in */
#ifdef SFL_USE_32BIT_INDEX
fs->ds_class = SFL_DS_CLASS(sampler->dsi);
fs->ds_index = SFL_DS_INDEX(sampler->dsi);
#else
fs->source_id = SFL_DS_DATASOURCE(sampler->dsi);
#endif
/* the sampling rate may have been set already. */
if(fs->sampling_rate == 0) fs->sampling_rate = sampler->sFlowFsPacketSamplingRate;
/* the samplePool may be maintained upstream too. */
if( fs->sample_pool == 0) fs->sample_pool = sampler->samplePool;
/* sent to my receiver */
if(sampler->myReceiver) sfl_receiver_writeFlowSample(sampler->myReceiver, fs);
}
