struct endpoint *
endpoint_clone(struct endpoint const *src)
{
struct endpoint *new_end = tnt_new(struct endpoint);
endpoint_copy(new_end, src);
return new_end;
}
static dsme_swwd_entry_t* swwd_entry_new(pid_t pid, endpoint_t* client)
{
dsme_swwd_entry_t* proc =
(dsme_swwd_entry_t*)malloc(sizeof(dsme_swwd_entry_t));
if (proc == NULL) {
dsme_log(LOG_CRIT, "%s", strerror(errno));
} else {
proc->pid = pid;
proc->pingcount = 0;
/* TODO: it is a bit risky to copy an endpoint */
proc->client = endpoint_copy(client);
proc->kill_timer = 0;
}
return proc;
}
struct dacp_client_t* dacp_client_create(endpoint_p endpoint, const char* identifier, const char* active_remote) {
struct dacp_client_t* dc = (struct dacp_client_t*)object_create(sizeof(struct dacp_client_t), _dacp_client_destroy);
dc->endpoint = endpoint_copy(endpoint);
endpoint_set_port(dc->endpoint, 3689);
dc->identifier = malloc(strlen(identifier) + 1);
strcpy(dc->identifier, identifier);
dc->active_remove = malloc(strlen(active_remote) + 1);
strcpy(dc->active_remove, active_remote);
dc->dacp_discover = zeroconf_dacp_discover_create();
zeroconf_dacp_discover_set_callback(dc->dacp_discover, _dacp_client_zeroconf_resolved_callback, dc);
dc->playback_state = dacp_client_playback_state_stopped;
return dc;
}
