wiced_result_t wiced_rtos_delete_thread( wiced_thread_t* thread )
{
wiced_result_t result = (wiced_result_t) host_rtos_finish_thread( WICED_GET_THREAD_HANDLE( thread ) );
if ( result != WICED_WWD_SUCCESS )
{
return result;
}
if ( thread->stack != NULL )
{
malloc_transfer_to_curr_thread( thread->stack );
}
malloc_leak_check( &thread->handle, LEAK_CHECK_THREAD );
result = (wiced_result_t) host_rtos_delete_terminated_thread( WICED_GET_THREAD_HANDLE( thread ) );
if ( result == WICED_WWD_SUCCESS )
{
if ( thread->stack != NULL )
{
free( thread->stack );
thread->stack = NULL;
}
}
return result;
}
wiced_result_t wiced_rtos_delete_thread(wiced_thread_t* thread)
{
wiced_result_t result;
malloc_leak_check( &thread, LEAK_CHECK_THREAD );
result = host_rtos_finish_thread( WICED_GET_THREAD_HANDLE( thread ) );
if ( result != WICED_WWD_SUCCESS )
{
return result;
}
return host_rtos_delete_terminated_thread( WICED_GET_THREAD_HANDLE( thread ) );
}
/** The WWD Thread function
*
* This is the main loop of the WWD Thread.
* It simply calls @ref wwd_thread_poll_all to send/receive all waiting packets, then goes
* to sleep. The sleep has a 100ms timeout, causing the send/receive queues to be
* checked 10 times per second in case an interrupt is missed.
* Once the quit flag has been set, flags/mutexes are cleaned up, and the function exits.
*
* @param thread_input : unused parameter needed to match thread prototype.
*
*/
static void wwd_thread_func( wwd_thread_arg_t /*@unused@*/thread_input ) /*@globals killed wwd_transceive_semaphore@*/ /*@modifies wwd_wlan_status, wwd_bus_interrupt, wwd_thread_quit_flag, wwd_inited, wwd_thread@*/
{
int8_t rx_status;
int8_t tx_status;
wwd_result_t wwd_result;
UNUSED_PARAMETER(thread_input);
WWD_LOG(("Started Wiced Thread\n"));
/* Interrupts may be enabled inside thread. To make sure none lost set flag now. */
wwd_inited = WICED_TRUE;
while ( wwd_thread_quit_flag != WICED_TRUE )
{
/* If was in deep sleep and needs wakeup, then wake first */
if ( WICED_TRUE == wwd_wifi_ds1_needs_wake( ) )
{
wwd_result = wwd_wifi_ds1_finish_wake( );
if ( WWD_SUCCESS != wwd_result )
{
WPRINT_WWD_ERROR(("Err %d:Unable to do ds1 wake", wwd_result));
}
}
/* Check if we were woken by interrupt */
if ( ( wwd_bus_interrupt == WICED_TRUE ) ||
( WWD_BUS_USE_STATUS_REPORT_SCHEME ) )
{
wwd_bus_interrupt = WICED_FALSE;
/* Check if the interrupt indicated there is a packet to read */
if ( wwd_bus_packet_available_to_read( ) != 0)
{
/* Receive all available packets */
do
{
rx_status = wwd_thread_receive_one_packet( );
} while ( rx_status != 0 );
}
}
/* Send all queued packets */
do
{
tx_status = wwd_thread_send_one_packet( );
}
while (tx_status != 0);
/* Sleep till WLAN do something */
wwd_wait_for_wlan_event( &wwd_transceive_semaphore );
WWD_LOG(("Wiced Thread: Woke\n"));
}
/* Set flag before releasing objects */
wwd_inited = WICED_FALSE;
/* Reset the quit flag */
wwd_thread_quit_flag = WICED_FALSE;
/* Delete the semaphore */
(void) host_rtos_deinit_semaphore( &wwd_transceive_semaphore ); /* Ignore return - not much can be done about failure */
wwd_sdpcm_quit( );
WWD_LOG(("Stopped Wiced Thread\n"));
if ( WWD_SUCCESS != host_rtos_finish_thread( &wwd_thread ) )
{
WPRINT_WWD_DEBUG(("Could not close WWD thread\n"));
}
}
