extern app_time_error_code ConfigureCTSNotification(bool disable_notify)
{
if(g_time_serv_data.notify_configured == TRUE)
{
return error_success;
}
/* if current time service supported by the server enable
* for notifications.
*/
if(g_time_serv_data.connected_device_services & cts_supported)
{
sys_status ret = sys_status_success;
/* Set the value to disable notification on the client config handle */
uint8 notification_enabled[2] =
{ WORD_LSB(gatt_client_config_none),
WORD_MSB(gatt_client_config_none)};
if(g_time_serv_data.conf_handle_ptr)
{
/* since it is already busy */
return error_cmd_inprogress;
}
/* enable the notification if disabling is set to false. normally
* it will be enabled.
*/
if(disable_notify == FALSE)
{
notification_enabled[0] = WORD_LSB(gatt_client_config_notification);
notification_enabled[1] = WORD_MSB(gatt_client_config_notification);
}
/* Start with enabling notifications on client configuration
* descriptors of current time characteristic.
*/
g_time_serv_data.conf_handle_ptr = &g_time_serv_data.cur_time_ccd_hndl;
/* Send the write request */
ret = GattWriteCharValueReq(GetConnectionID(),
GATT_WRITE_REQUEST,
g_time_serv_data.cur_time_ccd_hndl,
sizeof(notification_enabled) /*size_value*/,
notification_enabled);
if(ret != sys_status_success)
{
g_time_serv_data.conf_handle_ptr = NULL;
return error_not_ready;
}
}
return error_success;
}
// Получение последних событий.
String meth::GetActions(LogicalConnections::iterator conn, SOCKET sd) {
String response = "";
response = GetMessagesByConnection(GetConnectionID(conn));
if (response.IsEmpty()) {
SetConnectionSocket(conn, sd);
SetConnectionActionsGet(conn, true);
}
return response;
}
extern void HandleGattDiscServCharComplete(void)
{
/* Descriptors are supported only for cts hence request for the same */
if(g_time_serv_data.connected_device_services & cts_supported)
{
/* Discover characteristic descriptors of CTS characteristic
*/
GattDiscoverAllCharDescriptors(GetConnectionID(),
g_time_serv_data.cur_time_handle,
g_time_serv_data.cts_end_handle);
g_time_serv_data.conf_handle_ptr = &g_time_serv_data.cur_time_ccd_hndl;
}
}
extern app_time_error_code TimeReadCurrentTime(void)
{
if(g_time_serv_data.conf_handle_ptr)
{
/* since it is already busy */
return error_cmd_inprogress;
}
g_time_serv_data.conf_handle_ptr = &g_time_serv_data.cur_time_handle;
sys_status ret = GattReadCharValue(GetConnectionID(),
g_time_serv_data.cur_time_handle);
if(ret != sys_status_success)
{
g_time_serv_data.conf_handle_ptr = NULL;
return error_not_ready;
}
return error_success;
}
extern app_time_error_code TimeReadRefTimeInfo(void)
{
if((g_time_serv_data.conf_handle_ptr) ||
(!g_time_serv_data.local_time_info_handle))
{
/* since it is already busy */
return error_cmd_inprogress;
}
g_time_serv_data.conf_handle_ptr = &g_time_serv_data.ref_time_info_handle;
sys_status ret = GattReadCharValue(GetConnectionID(),
g_time_serv_data.ref_time_info_handle);
if(ret != sys_status_success)
{
g_time_serv_data.conf_handle_ptr = NULL;
return error_not_ready;
}
return error_success;
}
extern app_time_error_code TimeUpdateControlPoint(uint8 ctrl)
{
if((g_time_serv_data.conf_handle_ptr) ||
(!g_time_serv_data.local_time_info_handle))
{
/* since it is already busy */
return error_cmd_inprogress;
}
sys_status ret = GattWriteCharValueReq(GetConnectionID(),
GATT_WRITE_COMMAND,
g_time_serv_data.time_update_cp_handle,
sizeof(ctrl) /*size_value*/,
&ctrl);
if(ret != sys_status_success)
{
g_time_serv_data.conf_handle_ptr = NULL;
return error_not_ready;
}
return error_success;
}
void ConnectionsManager::RemoveConnection(Connection c) {
RemoveConnection(GetConnectionID(c));
}
bool ConnectionsManager::IsKnownConnection(Connection c) {
return GetConnectionID(c) != 0;
}