struct raop_server_settings_t raop_server_get_settings(struct raop_server_t* rs) {
return (struct raop_server_settings_t){
settings_get_name(rs->settings),
settings_get_password(rs->settings),
settings_get_ignore_source_volume(rs->settings)
};
}
void raop_server_set_settings(struct raop_server_t* rs, struct raop_server_settings_t settings) {
const char* old_name = settings_get_name(rs->settings);
char* old_name_c = (char*)malloc(strlen(old_name) + 1);
strcpy(old_name_c, old_name);
settings_set_name(rs->settings, settings.name);
settings_set_password(rs->settings, settings.password);
settings_set_ignore_source_volume(rs->settings, settings.ignore_source_volume);
const char* new_name = settings_get_name(rs->settings);
if (strcmp(old_name_c, new_name) != 0) {
zeroconf_raop_ad_destroy(rs->zeroconf_ad);
rs->zeroconf_ad = zeroconf_raop_ad_create(sockaddr_get_port(web_server_get_local_end_point(rs->server, sockaddr_type_inet_4)), new_name);
}
free(old_name_c);
}
void raop_server_stop(struct raop_server_t* rs) {
mutex_lock(rs->mutex);
if (rs->is_running) {
rs->is_running = false;
while (rs->sessions_count > 0) {
mutex_unlock(rs->mutex);
raop_session_destroy(rs->sessions[0]);
mutex_lock(rs->mutex);
}
free(rs->sessions);
rs->sessions = NULL;
rs->sessions_count = 0;
zeroconf_raop_ad_destroy(rs->zeroconf_ad);
web_server_stop(rs->server);
}
mutex_unlock(rs->mutex);
}
bool raop_server_start(struct raop_server_t* rs, uint16_t port) {
if (!rs->is_running) {
bool ret = web_server_start(rs->server, port);
if (ret) {
rs->is_running = true;
rs->zeroconf_ad = zeroconf_raop_ad_create(port, settings_get_name(rs->settings));
log_message(LOG_INFO, "Server started at port %d", port);
} else
log_message(LOG_INFO, "Unable to start server at port %d", port);
return ret;
}
return false;
}
