{
auto locked_registry = reg_uid->registry->reg.ust->lock();
- auto& ust_reg_chan = locked_registry->get_channel(ua_chan->tracing_channel_id);
+ auto& ust_reg_chan = locked_registry->channel(ua_chan->tracing_channel_id);
ust_reg_chan._consumer_key = ua_chan->key;
}
{
auto locked_registry = registry->lock();
- auto& ust_reg_chan = locked_registry->get_channel(chan_reg_key);
+ auto& ust_reg_chan = locked_registry->channel(chan_reg_key);
ust_reg_chan._consumer_key = ua_chan->key;
}
chan_reg_key = ua_chan->key;
}
- auto& ust_reg_chan = locked_registry_session->get_channel(chan_reg_key);
+ auto& ust_reg_chan = locked_registry_session->channel(chan_reg_key);
/* Channel id is set during the object creation. */
chan_id = ust_reg_chan.id;
0, std::move(app_context_fields)) :
nullptr;
- ust_reg_chan.set_event_context(std::move(event_context));
+ ust_reg_chan.event_context(std::move(event_context));
} else {
/*
* Validate that the context fields match between
* registry and newcoming application.
*/
bool context_fields_match;
- const auto *previous_event_context = ust_reg_chan.get_event_context();
+ const auto *previous_event_context = ust_reg_chan.event_context();
if (!previous_event_context) {
context_fields_match = app_context_fields.size() == 0;
* These three variables MUST NOT be read/write after this.
*/
try {
- auto& channel = locked_registry->get_channel(chan_reg_key);
+ auto& channel = locked_registry->channel(chan_reg_key);
/* event_id is set on success. */
channel.add_event(sobjd, cobjd, name, signature.get(),