void main(void)
{
WDTCTL = WDTPW + WDTHOLD; // Stop WDT
ConfigureAdc();
ConfigureLED();
ADC10CTL0 |= ENC + ADC10SC; // Sampling and conversion start
__bis_SR_register(CPUOFF + GIE); // LPM0, ADC10_ISR will force exit
sample = ADC10MEM; // get ADC in value
__delay_cycles(1150000); // 1 second delay
for(;;)
{
__delay_cycles(1150000); // 1 second delay
ADC10CTL0 |= ENC + ADC10SC; // Sampling and conversion start
__bis_SR_register(CPUOFF + GIE); // LPM0, ADC10_ISR will force exit
sample = ADC10MEM; // get ADC in value
if (sample > 892 ) {
P1OUT &= ~BIT0; //Power off
P1OUT |= BIT6; //Enable heater
P2OUT |= (BIT1); //Enable RED Led
P1OUT &= ~BIT1; //Disable BLUE Led
}
if (sample < 892 ) {
P1OUT |= BIT0; //Power on
__delay_cycles(3450000); // 3 second delay
__delay_cycles(3450000); // 3 second delay
__delay_cycles(3450000); // 3 second delay
__delay_cycles(3450000); // 3 second delay
__delay_cycles(1150000); // 1 second delay
if((P1IN & BIT2) == 0 ) {
P1OUT &= ~BIT6; //disable heater
P2OUT &= ~(BIT1); //Disable RED Led
P1OUT &= ~(BIT1); //Disable Blue Led
flag = 0;
}else {
while(1)
{
if( flag == 0 && (P1IN & BIT2) == BIT2) {
// Reboot
P1OUT &= ~BIT0; //poweroff
P1OUT &= ~BIT6; //disable heater
P2OUT &= ~(BIT1); //Disable RED Led
P1OUT &= ~(BIT1); //Disable Blue Led
__delay_cycles(3450000); // 3 second delay
P1OUT |= BIT0; //Power on
break;
}else{
while(1)
{
//system off
if((P1IN & BIT2) == 0 ) {
P1OUT &= ~BIT6; //disable heater
P2OUT &= ~(BIT1); //Disable RED Led
P1OUT &= ~(BIT1); //Disable Blue Led
flag = 0;
//break;
ADC10CTL0 |= ENC + ADC10SC; // Sampling and conversion start
__bis_SR_register(CPUOFF + GIE); // LPM0, ADC10_ISR will force exit
sample = ADC10MEM; // get ADC in value
__delay_cycles(1150000); // 1 second delay
ADC10CTL0 |= ENC + ADC10SC; // Sampling and conversion start
__bis_SR_register(CPUOFF + GIE); // LPM0, ADC10_ISR will force exit
sample = ADC10MEM; // get ADC in value
}
//system on & too cold reboot
if((P1IN & BIT2) == BIT2 && sample > 892)
break;
//keyboard reset
if( (P1IN & BIT3) == 0 && (P1IN & BIT2) == BIT2 )
break;
//for Power sequence test
if((P1OUT & BIT0) == 0)
break;
}
break;
}
}
}
}
}
}
/*virtual*/ void CWndMenuInput::OnMessage(CWnd* pSender, ui16 code, ui32 data)
{
// LAYOUT ENABLE/DISABLE FROM TOP MENU BAR
if (code == ToWord('L', 'D') )
{
MainWnd.m_wndGraph.ShowWindow( SwHide );
MainWnd.m_wndZoomBar.ShowWindow( SwHide );
MainWnd.m_wndLReferences.ShowWindow( SwHide );
MainWnd.m_wndTReferences.ShowWindow( SwHide );
}
if (code == ToWord('L', 'E') )
{
MainWnd.m_wndGraph.ShowWindow( SwShow );
MainWnd.m_wndZoomBar.ShowWindow( SwShow );
MainWnd.m_wndLReferences.ShowWindow( SwShow );
MainWnd.m_wndTReferences.ShowWindow( SwShow );
}
// Trigger
if (code == ToWord('m', 'r') )
{
m_wndListTrigger.Create( this );
m_wndListTrigger.StartModal(&m_wndListTrigger.m_itmLevel);
}
if ( code == ToWord('o', 'k') && pSender->m_pParent == &m_wndListTrigger )
{
// done
m_wndListTrigger.StopModal();
}
if ( code == ToWord('e', 'x') && pSender == &m_wndListTrigger )
{
// cancel
m_wndListTrigger.StopModal();
}
if ( code == ToWord('u', 'p') && pSender->m_pParent == &m_wndListTrigger )
{
if ( pSender == &m_wndListTrigger.m_itmLevel )
MainWnd.m_wndLReferences.Invalidate();
if ( pSender == &m_wndListTrigger.m_itmTime )
MainWnd.m_wndTReferences.Invalidate();
ConfigureTrigger();
Settings.Trig.nLastChange = BIOS::GetTick();
// update
CWnd::m_arrModals.GetLast().m_pPrevFocus->Invalidate();
}
// window
if ( code == ToWord('w', 'u') )
{
MainWnd.m_wndTReferences.Invalidate();
MainWnd.m_wndZoomBar.Invalidate();
}
// Timebase
if (code == ToWord('m', 't') ) // more timebase
{
m_wndComboSelector.Create( GetFocus()->m_pszId, WsVisible | WsModal,
CRect( 30, 100, 370, 140), RGB565(ffffff), (CValueProvider*)(NATIVEPTR)data, this);
m_wndComboSelector.StartModal();
}
// Digital
if (code == ToWord('m', 'd') ) // more input digital
{
m_wndListDInput.Create( (CSettings::DigitalChannel*)(NATIVEPTR)data, this );
m_wndListDInput.StartModal( &m_wndListDInput.m_itmPosition );
}
if ( code == ToWord('o', 'k') && pSender->m_pParent == &m_wndListDInput )
{
// done
m_wndListDInput.StopModal();
}
if ( code == ToWord('e', 'x') && pSender == &m_wndListDInput )
{
// cancel
m_wndListDInput.StopModal();
}
// Analog
if (code == ToWord('m', 'a') ) // more input analog
{
m_wndListAInput.Create( (CSettings::AnalogChannel*)(NATIVEPTR)data, this );
m_wndListAInput.StartModal( &m_wndListAInput.m_itmResolution );
}
if ( code == ToWord('o', 'k') && pSender->m_pParent == &m_wndListAInput )
{
// done
m_wndListAInput.StopModal();
}
if ( code == ToWord('e', 'x') && pSender == &m_wndListAInput )
{
m_wndListAInput.StopModal();
}
if ( code == ToWord('u', 'p') && pSender->m_pParent == &m_wndListAInput )
{
if ( pSender == &m_wndListAInput.m_itmRed ||
pSender == &m_wndListAInput.m_itmGrn ||
pSender == &m_wndListAInput.m_itmBlu )
{
m_wndListAInput.m_itmColour.Invalidate();
}
if ( pSender == &m_wndListAInput.m_itmPosition )
{
MainWnd.m_wndLReferences.Invalidate();
}
// update
CWnd::m_arrModals.GetLast().m_pPrevFocus->Invalidate();
ConfigureAdc();
}
if ( code == ToWord('u', 'p') && pSender->m_pParent == &m_wndListDInput )
{
if ( pSender == &m_wndListDInput.m_itmRed ||
pSender == &m_wndListDInput.m_itmGrn ||
pSender == &m_wndListDInput.m_itmBlu )
{
m_wndListDInput.m_itmColour.Invalidate();
}
if ( pSender == &m_wndListDInput.m_itmPosition )
{
MainWnd.m_wndLReferences.Invalidate();
}
// update
CWnd::m_arrModals.GetLast().m_pPrevFocus->Invalidate();
}
// Selector
if ( code == ToWord('l', 'e') ) // provider selector combo box
{
CValueProvider* pProvider = (CValueProvider*)(NATIVEPTR)data;
if ( pProvider->Get() == 0 )
{
// TODO: remove? used only for button element testing
// button ?
MainWnd.m_wndMessage.Show( this, "Message", ((CProviderBtn*)pProvider)->m_pName, RGB565(ffff00));
return;
} else
{
m_wndComboSelector.Create( GetFocus()->m_pszId, WsVisible | WsModal,
CRect( 30, 100, 370, 140), RGB565(ffffff), pProvider, this);
}
m_wndComboSelector.StartModal();
}
if ( code == ToWord('o', 'k') && pSender == &m_wndComboSelector )
{
// done
m_wndComboSelector.StopModal();
}
if ( code == ToWord('e', 'x') && pSender == &m_wndComboSelector )
{
// cancel
m_wndComboSelector.StopModal();
}
if ( code == ToWord('i', 'u') )
{
ConfigureAdc();
}
if ( code == ToWord('r', 'u') )
{
Settings.Trig.nLastChange = BIOS::GetTick();
MainWnd.m_wndLReferences.Invalidate();
ConfigureTrigger();
}
}
