rw_status_t rwtasklet_register_uagent_client(rwuagent_client_info_ptr_t rwuagent_info)
{
rw_status_t status;
rwtasklet_info_ptr_t rwtasklet_info = rwuagent_info->rwtasklet_info;
RW_CF_TYPE_VALIDATE(rwuagent_info, rwuagent_client_info_ptr_t);
// Instantiate a Test service client and bind this to the client channel
RW_UAGENT__INITCLIENT(&rwuagent_info->rwuacli);
RW_ASSERT(rwtasklet_info->rwmsg_endpoint);
// Create a client channel pointing at the Test service's path
// Instantiate a Test service client and connect this to the client channel
rwuagent_info->dest = rwmsg_destination_create(rwtasklet_info->rwmsg_endpoint,
RWMSG_ADDRTYPE_UNICAST,
RWUAGENT_PATH);
RW_ASSERT(rwuagent_info->dest);
// Create a client channel that rwcli uses to recieve messages
rwuagent_info->cc = rwmsg_clichan_create(rwtasklet_info->rwmsg_endpoint);
RW_ASSERT(rwuagent_info->cc);
// Bind a single service for uagent
rwmsg_clichan_add_service(rwuagent_info->cc, &rwuagent_info->rwuacli.base);
// Bind this srvchan to rwsched's taskletized cfrunloop
// This will result in events executing in the cfrunloop context
// rwsched_CFRunLoopRef runloop = rwsched_tasklet_CFRunLoopGetCurrent(tenv.rwsched);
status = rwmsg_clichan_bind_rwsched_cfrunloop(rwuagent_info->cc,
rwtasklet_info->rwsched_tasklet_info);
RW_ASSERT(status == RW_STATUS_SUCCESS);
return status;
}
static void init_client(rwmsg_perf_task_t *t) {
printf("Task %d client starting, sending to path '%s'...\n", t->num, t->path);
t->cc = rwmsg_clichan_create(t->ep);
rwmsg_clichan_bind_rwsched_queue(t->cc, t->rws_q);
t->sig = rwmsg_signature_create(t->ep, RWMSG_PAYFMT_RAW, 1, RWMSG_PRIORITY_DEFAULT);
t->dest = rwmsg_destination_create(t->ep, RWMSG_ADDRTYPE_UNICAST, t->path);
t->m = calloc(t->cfg.size, 1);
RW_ASSERT(!t->feedme_defreg);
if (!t->feedme_defreg && !t->cfg.nofeedme) {
rwmsg_closure_t cb = {
.feedme = feedme_client,
.ud = t
};
rwmsg_destination_feedme_callback(t->dest, &cb);
t->feedme_defreg = TRUE;
}