static void anonymous_put(SS_ID ss, CHAN *ch)
{
char *var = valPtr(ch,ss);
if (ch->queue)
{
QUEUE queue = ch->queue;
pvType type = ch->type->getType; /*BUG? should that be putType?*/
size_t size = ch->type->size;
boolean full;
struct putq_cp_arg arg = {ch, var};
DEBUG("anonymous_put: type=%d, size=%d, count=%d, buf_size=%d, q=%p\n",
type, size, ch->count, pv_size_n(type, ch->count), queue);
print_channel_value(DEBUG, ch, var);
/* Note: Must lock here because multiple state sets can issue
pvPut calls concurrently. OTOH, no need to lock against CA
callbacks, because anonymous and named PVs are disjoint. */
epicsMutexMustLock(ch->varLock);
full = seqQueuePutF(queue, putq_cp, &arg);
if (full)
{
errlogSevPrintf(errlogMinor,
"pvPut on queued channel '%s' (anonymous): "
"last queue element overwritten (queue is full)\n",
ch->varName
);
}
epicsMutexUnlock(ch->varLock);
}
else
{
/* Set dirty flag only if monitored */
ss_write_buffer(ch, var, 0, ch->monitored);
}
/* If there's an event flag associated with this channel, set it */
if (ch->syncedTo)
seq_efSet(ss, ch->syncedTo);
/* Wake up each state set that uses this channel in an event */
ss_wakeup(ss->prog, ch->eventNum);
}
epicsShareFunc boolean seqQueuePut(QUEUE q, const void *value)
{
return seqQueuePutF(q, memcpy, value);
}
