//////////////////////////////////////////////////////////////////////////////
// Read Demanded Value | Dependent on Device Type ( Light | Meter | Presence )
//////////////////////////////////////////////////////////////////////////////
uint32_t APP_readDemandValue(void)
{
// LIGHT ---------------------
#if defined( RELAY_BOARD )
g_ulValue = os_adapt_rand() % 2;
return g_ulValue;
// PRESENCE_DETECTOR ------
#elif defined( MOTION_DETECTION_BOARD )
static uint32_t s_ulLastReadTime;
if( (uint32_t)(os_adapt_time() - s_ulLastReadTime) >= MOTION_TIME_ALLOC ) // 0.5 sec histerezis
{
s_ulLastReadTime = os_adapt_time();
uint32_t pioOutVal=GET_PIO_INPUT_VALUE(PRESENCE_DETECTOR_PIN);
if( g_LastGpioVal == pioOutVal ) // 2 time consecutives same value
{
g_ulValue = pioOutVal;
}
g_LastGpioVal=pioOutVal;
}
// APP_controllerProc sends the value to the Light Relay Controller
return g_ulValue;
// METER -------------------- METER READ VALUE ----------------------------
#elif defined(METER_BOARD)
if (g_stMeterTableToRead.data_length == 0) // data was processed
{
//Post(METER_TASK, PUBLISH_REQ_EVENT);
OS_SignalEvent(PUBLISH_REQ_EVENT, &TCB_METER_Task);
return TRUE;
}
return FALSE;
#else
g_ulValue = 1024 + ( os_adapt_rand() & 0xFF );
return g_ulValue;
#endif
}
/****************************************************************************
* Name : TransmitSetupUSB *
* *
* Inputs : None *
* Outputs : None *
* Returns : None *
* *
* Description : This routine Initiates the USB transmission by sending *
* event to the USB transmit task. *
* *
*****************************************************************************
*/
GF_UINT8 TransmitSetupUSB(void)
{
BIT ret_val = FALSE;
if (usb_channel_busy == FALSE)
{
/* For handling mis-synchronization */
usb_tx_idle_active = FALSE;
usb_tx_idle_cnt = usb_tx_idle_cnt_reset_value * 10;
usb_tx_idle_active = TRUE;
/* Signal USB Transmit Task to start transmission. */
OS_SignalEvent(USB_TXSETUP_EVENT, &USBTxTaskHandle);
ret_val = TRUE;
}
else
{
ret_val = FALSE;//breakpoint
}
UsbChannelBusy(TRUE);
return ret_val;
}
void GUI_X_SignalEvent(void) {
if (_pGUITask) {
OS_SignalEvent(1, _pGUITask);
}
}
//---------------------------------------------------------------------------//
// //
//函数：void ShowMenu_Item(unsigned char ,unsigned char,unsigned char) //
//描述：显示菜单项子函数 //
//参数：index ——菜单项索引 //
// no ——显示位置序号 //
// mode ——显示模式 //
// //
//---------------------------------------------------------------------------//
void RunMenu(unsigned char index)
{
char key,i,Active_Item = 0x00 ;
OS_U8 Event ;
union
{
unsigned int pos[2] ;
char byte[4] ;
}TPoint ;
Ini_Background:
Color = Black ;
Color_BK = 0xEF9F ;
Clear_LCD(Color_BK) ;
DrawRectFill(0,0,240,25,Blue) ;
DrawRectFill(0,295,240,25,Blue) ;
Color = 0xFFFF ;
Color_BK = Blue ;
PutStringCN16(4,4,(unsigned char *)Menus[index].MenuTitle) ;
Color = Black ;
Color_BK = WINDOW_BK_COLOR ;
for(i=0;i<Menus[index].MenuConfig[0];i++)
{
if(i==Active_Item)
ShowMenu_Item(Menus[index].ItemIndex[i],i,1) ;
else
ShowMenu_Item(Menus[index].ItemIndex[i],i,0) ;
}
for(;;)
{
// Event = OS_WaitEvent(EVENT_KEY_PRESSED+EVENT_TP_PRESSED) ;
OS_WaitMail(&MBKey) ;
// if(Event&EVENT_KEY_PRESSED)
{
OS_GetMail1(&MBKey, &key) ;
switch(key)
{
case Right:
InactivateItem(Active_Item) ;
if(++Active_Item>=Menus[index].MenuConfig[0])
Active_Item = 0x00 ;
ActivateItem(Active_Item) ;
break ;
case Left:
InactivateItem(Active_Item) ;
if(Active_Item==0)
Active_Item = 0x08 ;
else
Active_Item-- ;
ActivateItem(Active_Item) ;
break ;
case 8:
InactivateItem(Active_Item) ;
if(Active_Item==0)
Active_Item = 0x08 ;
else if(Active_Item==1||Active_Item==2)
Active_Item = Active_Item+5 ;
else
Active_Item = Active_Item-3 ;
ActivateItem(Active_Item) ;
break ;
case 0:
InactivateItem(Active_Item) ;
if(Active_Item==8)
Active_Item = 0x00 ;
else if(Active_Item==6||Active_Item==7)
Active_Item = Active_Item-5 ;
else
Active_Item = Active_Item+3 ;
ActivateItem(Active_Item) ;
break ;
case Enter:
OS_PutMail1(&MBFunc, &Active_Item) ;
OS_SignalEvent(EVENT_OP_STARTED,&MENU_OP_TASK_TCB) ;
OS_Suspend(&LCD_TASK_TCB) ;
goto Ini_Background ;
default:
break ;
}
}
/* else
{
OS_GetMail(&MBTouch, TPoint.byte) ;
for(i=0;i<Menus[index].MenuConfig[0];i++)
{
if( (TPoint.pos[0]<(60+i%3*80)&&TPoint.pos[0]>(20+i%3*80))
&&(TPoint.pos[1]<(95+i/3*84)&&TPoint.pos[1]>(55+i/3*82)))
{
Active_Item = i ;
OS_PutMail1(&MBFunc, &Active_Item) ;
OS_SignalEvent(EVENT_OP_STARTED,&MENU_OP_TASK_TCB) ;
OS_Suspend(&LCD_TASK_TCB) ;
goto Ini_Background ;
}
}
}
*/
}
}
void StopDisplay(void)
{
display_running = false;
OS_SetPriority(&TCBDisplayMainTask, POWER_DOWN_PRIO);
OS_SignalEvent(POWER_DOWN_EVENT, &TCBDisplayMainTask);
}
