int main(void)
{
APIRET apiret;
DATETIME dt;
ULONG sec = 5;
printf(__FILE__ " main function invoked\n");
printf("Test basic library functioality\n");
printf("Three beeps should follow this message\n");
DosBeep(0, 0);
DosSleep(125);
DosBeep(0, 0);
DosSleep(125);
DosBeep(0, 0);
apiret = DosGetDateTime(&dt);
displaytime(&dt);
printf("Sleeping for %d seconds\n", (int)sec);
DosSleep(sec * 1000);
apiret = DosGetDateTime(&dt);
displaytime(&dt);
return 0;
}
void loop(void)
{
/*analogWrite(PWMPin, analogRead(0)/4); //enable dimming via potentiometer or photoresistor*/
analogWrite(PWMPin, 255); //manually set brightness level
// heart of the timer - keep looking at the millisecond timer on the Arduino
// and increment the seconds counter every 1000 ms
if ( millis() - msTick >999) {
msTick=millis();
second++;
// Flash the onboard Pin13 Led so we know something is hapening!
digitalWrite(13,HIGH);
delay(100);
digitalWrite(13,LOW);
}
//test to see if we need to increment the time counters
if (second==60)
{
incrementtime();
displaytime();
}
// test to see if the Minute Button is being held down
// for time setting
if ( (digitalRead(MinuteButtonPin) ==1 ) && second!=1)
// the Minute Button is down and it has been more
// than one second since we last looked
{
minute=(((minute/5)*5) +5);
second=0;
incrementtime();
second++; // Increment the second counter to ensure that the name
// flash doesnt happen when setting time
displaytime();
}
// test to see if the Hour Button is being held down
// for time setting
if ((digitalRead(HourButtonPin)==1 ) && second!=1)
{
minute = (minute/5)*5; //round minute down to previous 5 min interval
if (++hour == 13) {
hour=1;
}
incrementtime();
second++; // Increment the second counter to ensure that the name
// flash doesnt happen when setting time
displaytime();
}
}
void Foundlist::handleNewData( int i )
{
if( (i == 0) || (mQuery.mEntries.size() == 0) )
{
return;
}
setRowCount( i );
--i;
int playtime = mQuery.mEntries.at(i).playtime / 75;
QString displaytime( QString::number( playtime / 60 ) );
displaytime.append(":");
if( (playtime % 60) < 10 )
{
displaytime.append("0");
}
displaytime.append( QString::number( playtime % 60 ) );
QTableWidgetItem *categoryItem =
new QTableWidgetItem( mQuery.mEntries.at(i).category );
categoryItem->setFlags( Qt::ItemIsSelectable | Qt::ItemIsEnabled );
setItem( i, 0, categoryItem );
QTableWidgetItem *idItem =
new QTableWidgetItem( mQuery.mEntries.at(i).id );
idItem->setFlags( Qt::ItemIsSelectable | Qt::ItemIsEnabled );
setItem( i, 1, idItem );
QTableWidgetItem *trackItem =
new QTableWidgetItem( QString::number( mQuery.mEntries.at(i).track ) );
trackItem->setFlags( Qt::ItemIsSelectable | Qt::ItemIsEnabled );
setItem( i, 2, trackItem );
QTableWidgetItem *titleItem =
new QTableWidgetItem( mQuery.mEntries.at(i).title );
titleItem->setFlags( Qt::ItemIsSelectable | Qt::ItemIsEnabled );
setItem( i, 3, titleItem );
QTableWidgetItem *playtimeItem =
new QTableWidgetItem( displaytime );
playtimeItem->setFlags( Qt::ItemIsSelectable | Qt::ItemIsEnabled );
setItem( i, 4, playtimeItem );
#if INCLUDE_EXT
if( mQuery.mEntries.count() > 5 )
{
QTableWidgetItem *extItem =
new QTableWidgetItem( mQuery.mEntries.at(i).ext );
categoryItem->setFlags( Qt::ItemIsSelectable | Qt::ItemIsEnabled );
setItem( i, 5, extItem );
}
#endif
resizeColumnsToContents();
}
void setup()
{
// initialise the hardware
// initialize the appropriate pins as outputs:
pinMode(LEDClockPin, OUTPUT);
pinMode(LEDDataPin, OUTPUT);
pinMode(LEDStrobePin, OUTPUT);
//pinMode(BrightnessPin, INPUT);
pinMode(MinuteButtonPin, INPUT);
pinMode(HourButtonPin, INPUT);
pinMode(PWMPin, OUTPUT);
Serial.begin(19200);
msTick=millis(); // Initialise the msTick counter
displaytime(); // display the current time
}
void time_Update(void) //updates time
{
if (++Sec_G == 60)
{
Sec_G = 0;
if (++Min_G == 60)
{
Min_G = 0;
if (++Hou_G == 24)
{
Hou_G = 0;
}
}
}
displaytime();
}
void watch_Update(void)
{
switch (watch_state_G)
{
case clock_state: // clock mode by default
{
displaytime(); //displays clock time
cm0=0; //sets mode
cm1=0;
if (sw0 == ON)
{
watch_state_G = stop_state;
sw0 = OFF; // reset to be pressed again
sw1 = OFF;
sw2 = OFF;
}
break;
}
case stop_state: //stop watch set mode
{
cm0=1;//clockmode
cm1=0;
sw1=OFF;
Elapsed_Time_Init(); //resets time to 00:00:00
while(sw0==OFF){
if(sw1==ON){
while(sw1==ON){
Elapsed_Time_Update();
edisplaytime(); //displays updated stop watch time hit sw1 to turn off
}
}
if(sw2==ON){
sw2=OFF;
Elapsed_Time_Init(); //sets time back to 00:00:00
}
}
if (sw0 == ON) // switches to new state if sw0 is pressed
{
sw1=OFF;
sw2=OFF;
watch_state_G = alarm_state;//changes alarm state
sw0 = OFF; // reset to be pressed again
}
break;
}
case alarm_state: // alarm set mode
{
cm0=0;
cm1=1; //updates current mode
//time_Update();
sw1=OFF;
while(sw0==OFF){
if(sw1==ON){ //Press sw1 to enter alarm
alarm();
}
}
if (sw0 == ON)
{
sw1=OFF;
sw2=OFF;
watch_state_G =time_state; // changes to new state
sw0 = OFF; // reset to be pressed again
}
break;
}
case time_state: // time set mode
{
cm0=1;//sets mode
cm1=1;
sw1=OFF;
while(sw0==OFF){
if(sw1==ON){ //Press sw1 to enter alarm
changetime();
}
}
if (sw0 == ON)
{
sw1=OFF
sw2=OFF;
watch_state_G = clock_state;
sw0 = OFF; // reset to be pressed again
}
break;
}
}
}
void changetime(void) //Change clock time function
{
while(sw0==OFF){
while(sw1==1){ //0 for am 1 for pm
if (sw0 == ON)
{
sw1=OFF;
sw2=OFF;
sw0 = OFF; // reset to be pressed again
break;
}
apm=sw2;
displaytime();
}
sw1=1; //1 = OFF
while(sw1==1){ // increments hours press switch one to exit loop
if(sw2==0){
Hou_G++;
sw2=1;
displaytime();
if (sw0 == ON)
{
sw1=OFF;
sw2=OFF;
sw0 = OFF; // reset to be pressed again
break;
}
}
}
sw1=1;
while(sw1==1){ // increments minutes press sw1 to exit
if(sw2==0){
Min_G++;
sw2=1;
displaytime();
}
if (sw0 == ON)
{
sw1=OFF;
sw2=OFF;
sw0 = OFF; // reset to be pressed again
break;
}
}
sw1=1;
while(sw1==1){ // increments seconds press sw1 to exit
if(sw2==0){
Sec_G++;
sw2=1;
displaytime();
}
if (sw0 == ON)
{
sw1=OFF;
sw2=OFF;
sw0 = OFF; // reset to be pressed again
break;
}
}
sw1=1;
}
if (sw0 == ON)
{
sw1=OFF;
sw2=OFF;
sw0 = OFF; // reset to be pressed again
}
}