/*! \brief Get UART data with timeout (8 bit character).
*
* \param usart The USART module.
* \param timout The timeout..
* \param data The data to receive.
*/
bool USART_GetByte_Timeout(USART_t * usart, uint16_t timeout, uint8_t *pdata)
{
uint32_t ms_old_time, ms_time;
RTC_GetCurrentTime(&ms_old_time);
ms_time = ms_old_time;
while( !USART_IsRXComplete(usart) && ms_time-ms_old_time < timeout ) {
RTC_GetCurrentTime(&ms_time);
//timeout_reg++;
}
if (!USART_IsRXComplete(usart) && ms_time-ms_old_time>=timeout)
return 0;
else *pdata = USART_GetChar(usart);
return 1;
}
static void DrawClockView(uint16_t context __attribute__ ((unused)))
{
struct time_t time;
RTC_GetCurrentTime(&time);
AdjustTimeForView(&time);
libUI_Print("%02u:%02u", 45, UI_SINGLE_ROW, time.hour, time.minute);
}
static void DrawDetailedTimeView(uint16_t context __attribute__ ((unused)))
{
struct time_t time;
RTC_GetCurrentTime(&time);
AdjustTimeForView(&time);
libUI_Print("20%02u-%02u-%02u", 25, UI_DOUBLE_ROW_FIRST, time.year, time.month, time.date);
libUI_Print("%02u:%02u:%02u", 34, UI_DOUBLE_ROW_SECOND, time.hour, time.minute, time.second);
}
static void SendAck(uint8_t target)
{
struct time_t timestamp;
if (RTC_GetCurrentTime(×tamp))
{
Com_Send(target, COM_PACKET_TYPE_TIME, ×tamp,
sizeof(timestamp));
}
else
{
ErrorHandler_LogError(RTC_FAIL, 0);
ERROR("Failed to get timestamp.");
}
return;
}
/**
* initialize the watch screen
* @param param optional parameter
*/
void watch_Init( void *param )
{
const char *dayOfWeekPtr;
const char *monthsOfYearPtr;
// Add image which indicate battery level to screen buffer
GuiDriver_ImageAddToScr(&watch_imgBattery);
// Create time label, initialize to current time, and add to screen
GuiDriver_LabelCreate(&watch_labelTime);
RTC_GetCurrentTime(&watch_time);
snprintf( (char*)watch_labelTime.caption, 6, "%02d:%02d", watch_time.hour, watch_time.minute);
GuiDriver_LabelAddToScr(&watch_labelTime);
// Create date label, initialize to current date, and add to screen
dayOfWeekPtr = watch_GetDayOfweek(&watch_time);
monthsOfYearPtr = monthsOfYearStr[watch_time.month - 1];
GuiDriver_LabelCreate(&watch_labelDate);
snprintf( (char*)watch_labelDate.caption, 12, "%s, %02d %s", dayOfWeekPtr, watch_time.day, monthsOfYearPtr);
GuiDriver_LabelAddToScr(&watch_labelDate);
// Create Enter label, and add to screen
GuiDriver_LabelCreate(&watch_labelEnter);
GuiDriver_LabelSetCaption(&watch_labelEnter, (uint8_t *) "Menu");
GuiDriver_LabelAddToScr(&watch_labelEnter);
// Init label containing current temperature
if (
( GUI_STATUS_SUCCESS == GuiDriver_LabelCreate(&watch_labelTemp) )
&& ( 0xFF != currTemp )
)
{
snprintf( (char*)watch_labelTemp.caption, 4, "%d", currTemp);
GuiDriver_LabelAddToScr(&watch_labelTemp);
}
/** check for the notifications */
if( 0 != Notification_GetUnreadCounter( NOTIF_TYPE_CALL ) )
{
watch_imgCall.img = watch_phone_call_bmp;
}
else
{
watch_imgCall.img = watch_phone_call_gray_bmp;
}
if( 0 != Notification_GetUnreadCounter( NOTIF_TYPE_MAIL) )
{
watch_imgMail.img = watch_mail_bmp;
}
else
{
watch_imgMail.img = watch_mail_gray_bmp;
}
if( 0 != Notification_GetUnreadCounter( NOTIF_TYPE_SMS ) )
{
watch_imgSms.img = watch_sms_bmp;
}
else
{
watch_imgSms.img = watch_sms_gray_bmp;
}
GuiDriver_ImageAddToScr( &watch_imgCall );
GuiDriver_ImageAddToScr( &watch_imgMail);
GuiDriver_ImageAddToScr( &watch_imgSms);
// Add temp unit to screen
GuiDriver_ImageAddToScr(&watch_imgTempUnit);
if(watch_linkState == linkState_connected)
{
watch_imgBluetoothLogo.img = watch_bluetooth_logo_blue_bmp;
}
else
{
watch_imgBluetoothLogo.img = watch_bluetooth_logo_white_bmp;
}
// Add bluetooth icon image to screen
GuiDriver_ImageAddToScr(&watch_imgBluetoothLogo);
// Register for packets we want to receive
if ( false == gui_sensorTag_IsActive() )
{
GuiDriver_RegisterMinPollDelay( 100 );
GuiDriver_RegisterForSensors( PACKET_TEMP, 30000, true );
GuiDriver_RegisterForSensors( PACKET_BAT, 31000, false );
}
else
{
GuiDriver_RegisterForSensors( PACKET_BAT, -1, false );
GuiDriver_RegisterForSensors( PACKET_TEMP, -1, true );
}
}
