void Return_Task(void)
{
switch(GetGrapCount())
{
case 1:
SubMenuFlag();
SubGrapCount();
break;
case 2:
break;
case 3:
break;
case 4:
break;
default:break;
}
SetCounter(1);
}
void Sure_Task(void)
{
switch(GetGrapCount())
{
case 1:
AddGrapCount();
CLevel1_Sure();
break;
case 2:
break;
case 3:
break;
case 4:
break;
default:break;
}
SetCounter(1);
}
void Down_Task(void)
{
switch(GetGrapCount())//层次
{
case 1:
AddCounter();
if(GetCounter() > 4)
SetCounter(1);
GetMainGrap(GetCounter());
break;
case 2:
Level2_Down();
break;
case 3:
Level3_Down();
break;
case 4:
Level4_Down();
break;
default:break;
}
}
void Up_Task(void)
{
switch(GetGrapCount())//层次
{
case 1:
if(GetCounter() > 1)
SubCounter();
else
SetCounter(4);
GetMainGrap(GetCounter());
break;
case 2:
Level2_Up();
break;
case 3:
Level3_Up();
break;
case 4:
Level4_Up();
break;
default:break;
}
}
void CEnvHudCounter::InputSetCounter( inputdata_t &inputdata )
{
SetCounter( inputdata.value.Float() );
m_OnCounterSet.FireOutput( this, this );
}
void UserInfo::IncCounter(const std::string &word, user_counter_t type, ptrdiff_t value)
{
std::vector<ptrdiff_t> counters = GetCounters(word);
SetCounter(word, type, counters[type] + value);
}
int _WDOGBitTest(unsigned base,unsigned irqnum,int df)
{
//non debug code is taken from pwdg-csm sample1
int i;
float Tmp;
unsigned long int timeout = 4000000;
int aborted;
ADDRESS = base;//set global ADDRESS for ISR
textcolor(LIGHTGRAY);
IntroScreen();
getch();
puts("Press any key to stop test");
inportb(base+4); //clear any potentially pending interrupts
//initirq(irqnum,setintflag); //initialize the irq
SetCounter(); //initialize counter
inportb(base+4); //clear any potentially pending interrupts
outportb(base+7,0); //enable counters
if(df){ //loops until keypressed in debug mode
delay(50);
textcolor(LIGHTGRAY);
cprintf("Bit Value Status Register\n\r");
for(i = 0;!kbhit(); i++){
inportb(base+4);//clear pending interrupts so it won't lockup
delay(100);
CtrMode(base,1,2); //set counter 1 to mode 2
CtrLoad(base,1,0x0050); //load counter 1 with 20 hex
printf("Updating counter 1, Loop number %3d\n",i);
byte = inportb(base+4);
printf("\nValue in status register: %x\n",byte);
if ((byte & 1)==1)
cprintf("1 Watchdog OK \n\r");
else
cprintf("0 Watchdog timed out\n\r");
if ((byte & 2)==2)
cprintf("1 Temperature OK \n\r");
else
cprintf("0 Temperature above 120 F\n\r");
if ((byte & 4)==4)
cprintf("1 5VDC on input #1\n\r");
else
cprintf("0 0VDC on input #1\n\r");
if ((byte & 8)==8)
cprintf("1 5VDC on input #0\n\r");
else
cprintf("0 0VDC on input #0\n\r");
if ((byte & 16)==16)
cprintf("1 Fan good \n\r");
else
cprintf("0 Fan speed out of range \n\r");
if ((byte & 32)==32)
cprintf("1 Voltage supplies OK \n\r");
else
cprintf("0 One of three supplies high\n\r");
if ((byte & 64)==64)
cprintf("1 Voltage supplies OK \n\r");
else
cprintf("0 One of three supplies low\n\r");
if ((byte & 128)==128)
cprintf("1 Interrupt \n\r");
else
cprintf("0 No interrupt\n\r");
Tmp = (inportb(base+5) * (11.0 / 15.0)) + 7;//calculate temp
printf("Temperature inside computer: %5.1f\n", Tmp);
gotoxy(wherex(),wherey()-12);
}
getch();//get keypressed
}
if(!df){
for(i = 0;i<=100; i++){
delay(100);
textcolor(LIGHTGRAY);
CtrMode(base,1,2); //set counter 1 to mode 2
CtrLoad(base,1,0x0020); //load counter 1 with 50 hex
printf("Updating counter 1, Loop number %3d\n",i);
byte = inportb(base+4);
printf("\nValue in status register: %x\n",byte);
if ((byte & 1)==1)
cprintf("1 Watchdog OK \n\r");
else
cprintf("0 Watchdog timed out\n\r");
if ((byte & 2)==2)
cprintf("1 Temperature OK \n\r");
else
cprintf("0 Temperature above 120 F\n\r");
if ((byte & 4)==4)
cprintf("1 5VDC on input #1\n\r");
else
cprintf("0 0VDC on input #1\n\r");
if ((byte & 8)==8)
cprintf("1 5VDC on input #0\n\r");
else
cprintf("0 0VDC on input #0\n\r");
if ((byte & 16)==16)
cprintf("1 Fan good \n\r");
else
cprintf("0 Fan speed out of range \n\r");
if ((byte & 32)==32)
cprintf("1 Voltage supplies OK \n\r");
else
cprintf("0 One of three supplies high\n\r");
if ((byte & 64)==64)
cprintf("1 Voltage supplies OK \n\r");
else
cprintf("0 One of three supplies low\n\r");
if ((byte & 128)==128)
cprintf("1 Interrupt \n\r");
else
cprintf("0 No interrupt\n\r");
Tmp = (inportb(base+5) * (11.0 / 15.0)) + 7;//calculate temp
printf("Temperature inside computer: %5.1f\n", Tmp);
gotoxy(wherex(),wherey()-12);
}
}
gotoxy(wherex(),wherey()+11);
printf("\nWaiting for timeout\n");
while((byte=(inportb(base+4) & 1)) == 1);
if((byte & 1)==1)
puts("Watchdog did not time out");
else
puts("Watchdog timed out");
byte=inportb(base+4);//read register
printf("\nValue in status register: %x\n",byte);//print inportb(base+4) from ISR
delay(200);
if (df) {puts("Press any key to turn off reset and exit");getch();}
puts("Exiting test! ");
inportb(base+7); //disable counters
delay(100);
CtrMode(ADDRESS, 2, 0); // set counter 2 to mode 0
outportb(base + 5,0); //turn off buzzer
delay(100);
outportb(base + 6,0);
//restoreirq(irqnum);
return 0;
}
OP_STATUS Counter::AddCounterValues(OpString& counter_str, HTML_Element* element, const uni_char* delimiter, unsigned int delimiter_length, short style_type, BOOL add_only)
{
CounterElement* counter_element;
if (add_only)
{
counter_element = (CounterElement*) list.Last();
if (counter_element && (counter_element->GetElement() != element || counter_element->GetType() != COUNTER_USE))
counter_element = NULL;
}
else
{
BOOL found = FALSE;
for (counter_element = (CounterElement*) list.First(); counter_element; counter_element = counter_element->Suc())
if (counter_element->GetElement() == element)
{
if (counter_element->GetType() == COUNTER_USE)
break;
found = TRUE;
}
else
if (found)
{
counter_element = NULL;
break;
}
}
if (!counter_element)
{
counter_element = SetCounter(element, COUNTER_USE, 0, add_only);
if (!counter_element)
return OpStatus::ERR_NO_MEMORY;
((CounterElement*)list.First())->Recalculate(NULL, NULL, 0);
}
/* Buffer for sending strings into ContentGenerator::AddString(). */
uni_char tmp_buf[TMPSTRING_SIZE]; /* ARRAY OK 2009-05-11 davve */
if (delimiter)
{
/* If delimiter is set (even if it empty), we should add the
complete chain of counters. */
int prev_value = 0;
HTML_Element* prev_counter_root = NULL;
for (CounterElement* c_element = (CounterElement*) list.First(); c_element; c_element = c_element->Suc())
{
if (prev_counter_root && c_element->GetType() == COUNTER_RESET && !c_element->GetElement()->IsAncestorOf(element))
{
HTML_Element* this_counter_root = c_element->GetElement();
for (c_element = c_element->Suc(); c_element; c_element = c_element->Suc())
if (!this_counter_root->IsAncestorOf(c_element->GetElement()))
break;
if (!c_element)
break;
}
if (c_element->GetType() == COUNTER_RESET)
{
if (prev_counter_root && (!prev_counter_root->Parent() || prev_counter_root->Parent()->IsAncestorOf(element)))
{
MakeListNumberStr(prev_value, style_type, NULL, tmp_buf, TMPSTRING_SIZE-1); //FIXME rtl?
RETURN_IF_ERROR(counter_str.Append(tmp_buf));
// add delimiter
if (delimiter_length)
RETURN_IF_ERROR(counter_str.Append(delimiter, delimiter_length));
}
prev_counter_root = c_element->GetElement();
if (prev_counter_root->GetIsPseudoElement())
prev_counter_root = prev_counter_root->Parent();
}
else
if (!prev_counter_root)
{
prev_counter_root = c_element->GetElement();
if (prev_counter_root->GetIsPseudoElement())
prev_counter_root = prev_counter_root->Parent();
}
if (c_element->GetType() == COUNTER_INCREMENT)
prev_value += c_element->GetValue();
else
prev_value = c_element->GetValue();
}
}
MakeListNumberStr(counter_element->GetValue(), style_type, NULL, tmp_buf, TMPSTRING_SIZE-1); //FIXME rtl?
return counter_str.Append(tmp_buf);
}
