struct gridd_client_pool_s *
gridd_client_pool_create(void)
{
int fdmon, fd[2];
struct gridd_client_pool_s *pool;
if (0 != pipe(fd)) {
GRID_WARN("pipe() error: (%d) %s", errno, strerror(errno));
metautils_pclose(&(fd[0]));
metautils_pclose(&(fd[1]));
return NULL;
}
if (0 > (fdmon = epoll_create(64))) {
GRID_WARN("epoll_create error: (%d) %s", errno, strerror(errno));
metautils_pclose(&(fd[0]));
metautils_pclose(&(fd[1]));
return NULL;
}
// TODO FIXME factorize this in metautils
struct rlimit limit;
memset(&limit, 0, sizeof(limit));
if (0 != getrlimit(RLIMIT_NOFILE, &limit))
limit.rlim_cur = limit.rlim_max = 32768;
pool = g_malloc0(sizeof(*pool));
pool->pending_clients = g_async_queue_new();
pool->fdmon = fdmon;
pool->active_max = limit.rlim_cur;
pool->active_clients_size = limit.rlim_cur;
pool->active_clients = g_malloc0(pool->active_clients_size
* sizeof(struct event_client_s*));
pool->fd_in = fd[0];
fd[0] = -1;
metautils_syscall_shutdown(pool->fd_in, SHUT_WR);
sock_set_non_blocking(pool->fd_in, TRUE);
pool->fd_out = fd[1];
fd[1] = -1;
metautils_syscall_shutdown(pool->fd_out, SHUT_RD);
sock_set_non_blocking(pool->fd_out, TRUE);
/* then monitors at least the notifications pipe's output */
struct epoll_event ev;
memset(&ev, 0, sizeof(ev));
ev.events = EPOLLIN;
ev.data.fd = pool->fd_in;
if (0 > epoll_ctl(pool->fdmon, EPOLL_CTL_ADD, pool->fd_in, &ev)) {
GRID_ERROR("epoll error: (%d) %s", errno, strerror(errno));
gridd_client_pool_destroy(pool);
return NULL;
}
pool->vtable = &VTABLE;
return pool;
}
static void
sqlx_service_specific_fini(void)
{
// soft stop
if (SRV.gtq_reload)
grid_task_queue_stop(SRV.gtq_reload);
if (SRV.gtq_admin)
grid_task_queue_stop(SRV.gtq_admin);
if (SRV.server) {
network_server_close_servers(SRV.server);
network_server_stop(SRV.server);
}
if (SRV.thread_reload)
g_thread_join(SRV.thread_reload);
if (SRV.thread_admin)
g_thread_join(SRV.thread_admin);
if (SRV.thread_client)
g_thread_join(SRV.thread_client);
if (SRV.thread_queue)
g_thread_join(SRV.thread_queue);
if (SRV.repository) {
sqlx_repository_stop(SRV.repository);
struct sqlx_cache_s *cache = sqlx_repository_get_cache(SRV.repository);
if (cache)
sqlx_cache_expire(cache, G_MAXUINT, 0);
}
if (SRV.election_manager)
election_manager_exit_all(SRV.election_manager, 0, TRUE);
if (SRV.sync)
sqlx_sync_close(SRV.sync);
if (SRV.peering)
sqlx_peering__destroy(SRV.peering);
// Cleanup
if (SRV.gtq_admin) {
grid_task_queue_destroy(SRV.gtq_admin);
SRV.gtq_admin = NULL;
}
if (SRV.gtq_reload) {
grid_task_queue_destroy(SRV.gtq_reload);
SRV.gtq_reload = NULL;
}
if (SRV.server) {
network_server_clean(SRV.server);
SRV.server = NULL;
}
if (SRV.dispatcher) {
gridd_request_dispatcher_clean(SRV.dispatcher);
SRV.dispatcher = NULL;
}
if (SRV.repository) {
sqlx_repository_clean(SRV.repository);
SRV.repository = NULL;
}
if (SRV.sync) {
sqlx_sync_clear(SRV.sync);
SRV.sync = NULL;
}
if (SRV.resolver) {
hc_resolver_destroy(SRV.resolver);
SRV.resolver = NULL;
}
if (SRV.announce) {
g_string_free(SRV.announce, TRUE);
SRV.announce = NULL;
}
if (SRV.url) {
g_string_free(SRV.url, TRUE);
SRV.url = NULL;
}
if (SRV.zk_url)
oio_str_clean(&SRV.zk_url);
if (SRV.clients_pool) {
gridd_client_pool_destroy (SRV.clients_pool);
SRV.clients_pool = NULL;
}
// Must be freed after SRV.clients_pool
if (SRV.election_manager) {
election_manager_clean(SRV.election_manager);
SRV.election_manager = NULL;
}
if (SRV.lb) {
grid_lbpool_destroy (SRV.lb);
SRV.lb = NULL;
}
if (SRV.events_queue) {
oio_events_queue__destroy (SRV.events_queue);
SRV.events_queue = NULL;
}
if (SRV.nsinfo) {
namespace_info_free(SRV.nsinfo);
SRV.nsinfo = NULL;
}
if (all_options) {
g_free (all_options);
all_options = NULL;
}
}
static void
sqlx_service_specific_fini(void)
{
// soft stop
if (SRV.gtq_reload)
grid_task_queue_stop(SRV.gtq_reload);
if (SRV.gtq_register)
grid_task_queue_stop(SRV.gtq_register);
if (SRV.gtq_admin)
grid_task_queue_stop(SRV.gtq_admin);
if (SRV.server) {
network_server_close_servers(SRV.server);
network_server_stop(SRV.server);
}
if (SRV.thread_reload)
g_thread_join(SRV.thread_reload);
if (SRV.thread_register)
g_thread_join(SRV.thread_register);
if (SRV.thread_admin)
g_thread_join(SRV.thread_admin);
if (SRV.thread_client)
g_thread_join(SRV.thread_client);
if (SRV.thread_queue)
g_thread_join(SRV.thread_queue);
if (SRV.repository) {
sqlx_repository_stop(SRV.repository);
struct sqlx_cache_s *cache = sqlx_repository_get_cache(SRV.repository);
if (cache)
sqlx_cache_expire(cache, G_MAXUINT, 0);
}
if (SRV.election_manager)
election_manager_exit_all(SRV.election_manager, 0, TRUE);
if (SRV.sync)
sqlx_sync_close(SRV.sync);
// Cleanup
if (SRV.gtq_admin)
grid_task_queue_destroy(SRV.gtq_admin);
if (SRV.gtq_reload)
grid_task_queue_destroy(SRV.gtq_reload);
if (SRV.gtq_register)
grid_task_queue_destroy(SRV.gtq_register);
if (SRV.server)
network_server_clean(SRV.server);
if (SRV.dispatcher)
gridd_request_dispatcher_clean(SRV.dispatcher);
if (SRV.repository)
sqlx_repository_clean(SRV.repository);
if (SRV.election_manager)
election_manager_clean(SRV.election_manager);
if (SRV.sync)
sqlx_sync_clear(SRV.sync);
if (SRV.resolver)
hc_resolver_destroy(SRV.resolver);
if (SRV.gsr_reqtime)
grid_single_rrd_destroy(SRV.gsr_reqtime);
if (SRV.gsr_reqcounter)
grid_single_rrd_destroy(SRV.gsr_reqcounter);
if (SRV.custom_tags)
g_slist_free_full(SRV.custom_tags, g_free);
if (SRV.si)
service_info_clean(SRV.si);
if (SRV.announce)
g_string_free(SRV.announce, TRUE);
if (SRV.url)
g_string_free(SRV.url, TRUE);
if (SRV.zk_url)
oio_str_clean(&SRV.zk_url);
if (SRV.clients_pool)
gridd_client_pool_destroy (SRV.clients_pool);
if (SRV.lb)
grid_lbpool_destroy (SRV.lb);
if (SRV.events_queue)
oio_events_queue__destroy (SRV.events_queue);
if (SRV.nsinfo)
namespace_info_free(SRV.nsinfo);
if (all_options) {
g_free (all_options);
all_options = NULL;
}
}
