void ipc_accept_loop(void *ipc, void *ipc_al_sthread) {
int client_sd;
void *ipcctrl_thread_arr = safe_array_init();
while(sthread_isterminated(ipc_al_sthread) == 0) {
safe_array_clean(ipcctrl_thread_arr, accept_loop_ipcctrl_thread_cnd);
if ( -1 == (client_sd = ipcsocket_accept(ipc)) ) {
break;
} else {
Tsthread_params stp;
stp.execute = accept_loop_ipcctrl_execute;
stp.finish = accept_loop_ipcctrl_finish;
stp.user_data = new svr_ipcctrl(client_sd);
stp.free_on_finish = 0;
stp.initialize = NULL;
safe_array_add(ipcctrl_thread_arr, sthread_run(&stp));
}
}
safe_array_clean(ipcctrl_thread_arr, accept_loop_ipcctrl_thread_twt);
safe_array_free(ipcctrl_thread_arr);
}
void supla_client_locations::add_location(int Id, const char *Caption) {
safe_array_lock(arr);
if ( safe_array_findcnd(arr, arr_findcmp, &Id) == 0 ) {
safe_array_add(arr, new supla_client_location(Id, Caption));
}
safe_array_unlock(arr);
}
void supla_device_channels::add_channel(int Id, int Number, int Type, int Func, int Param1, int Param2, int Param3) {
safe_array_lock(arr);
if ( find_channel(Id) == 0 ) {
safe_array_add(arr, new supla_device_channel(Id, Number, Type, Func, Param1, Param2, Param3));
}
safe_array_unlock(arr);
}
void supla_client_channels::update_channel(int Id, int DeviceId, int LocationID, int Func, int Param1, const char *Caption) {
safe_array_lock(arr);
supla_client_channel *channel = NULL;
if ( ( channel = find_channel(Id) ) == NULL ) {
channel = new supla_client_channel(Id, DeviceId, LocationID, Func, Param1, Caption);
safe_array_add(arr, channel);
} else {
channel->setCaption(Caption);
}
if ( channel ) {
channel->mark_for_remote_update(CC_REMOTEUPDATE_CHANNEL);
}
safe_array_unlock(arr);
}
void supla_device_channels::get_temp_and_humidity(void *tarr) {
int a;
safe_array_lock(arr);
for(a=0;a<safe_array_count(arr);a++) {
supla_device_channel *channel = (supla_device_channel *)safe_array_get(arr, a);
if ( channel != NULL ) {
supla_channel_temphum *temphum = channel->getTempHum();
if ( temphum != NULL )
safe_array_add(tarr, temphum);
}
}
safe_array_unlock(arr);
}
void accept_loop(void *ssd, void *al_sthread) {
void *supla_socket = NULL;
void *svrconn_thread_arr = safe_array_init();
while(sthread_isterminated(al_sthread) == 0) {
safe_array_clean(svrconn_thread_arr, accept_loop_srvconn_thread_cnd);
unsigned int ipv4;
if ( ssocket_accept(ssd, &ipv4, &supla_socket) == 0 ) {
break;
} else {
if ( supla_socket != NULL ) {
Tsthread_params stp;
stp.execute = accept_loop_srvconn_execute;
stp.finish = accept_loop_srvconn_finish;
stp.user_data = new serverconnection(ssd, supla_socket, ipv4);
stp.free_on_finish = 0;
stp.initialize = NULL;
safe_array_add(svrconn_thread_arr, sthread_run(&stp));
}
}
}
safe_array_clean(svrconn_thread_arr, accept_loop_srvconn_thread_twt);
safe_array_free(svrconn_thread_arr);
}