369 lines
6.9 KiB
C++
369 lines
6.9 KiB
C++
U0 PortNop()
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{
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InU8(0x21); //This is an innoculous (reads IRQ Mask)
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//access which should take
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//fixed time because it's an ISA-bus standard.
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//It takes 1.0uS-2.0uS
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}
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U16 EndianU16(U16 d)
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{
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I64 result=0;
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result.u8[1]=d.u8[0];
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result.u8[0]=d.u8[1];
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return result;
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}
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U32 EndianU32(U32 d)
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{
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I64 result=0;
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result.u8[3]=d.u8[0];
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result.u8[2]=d.u8[1];
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result.u8[1]=d.u8[2];
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result.u8[0]=d.u8[3];
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return result;
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}
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U64 EndianU64(U64 d)
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{
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U64 result;
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result.u8[7]=d.u8[0];
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result.u8[6]=d.u8[1];
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result.u8[5]=d.u8[2];
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result.u8[4]=d.u8[3];
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result.u8[3]=d.u8[4];
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result.u8[2]=d.u8[5];
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result.u8[1]=d.u8[6];
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result.u8[0]=d.u8[7];
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return result;
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}
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I64 BCnt(I64 d)
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{
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I64 result=0,i;
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for (i=0;i<8;i++)
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result+=set_bits_table[d.u8[i]];
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return result;
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}
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U0 IntSimpleTimer(CTask *)
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{
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I64 i;
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if (mp_cnt>1)
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while (LBts(&sys_semas[SYS_SEMA_SYS_TIMER],0))
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Pause;
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lock sys_jiffies++;
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sys_timer+=SYS_TIMER0_PERIOD+1;
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LBtr(&sys_semas[SYS_SEMA_SYS_TIMER],0);
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for (i=1;i<mp_cnt;i++)
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MPInt(I_TIMER,i);
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}
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I64 SysTimerRead()
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{
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I64 i,result;
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PushFD;
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Cli;
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if (mp_cnt>1)
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while (LBts(&sys_semas[SYS_SEMA_SYS_TIMER],0))
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Pause;
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OutU8(0x43,0); //Latch Timer0
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if ((i=InU8(0x40)+InU8(0x40)<<8)==SYS_TIMER0_PERIOD) {
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if (InU8(0x20) & 1)
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i=-1;
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}
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result=sys_timer+SYS_TIMER0_PERIOD-i;
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LBtr(&sys_semas[SYS_SEMA_SYS_TIMER],0);
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PopFD;
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return result;
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}
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I64 TaskTotalTime()
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{
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return GetTimeStamp-Fs->time_slice_start+Fs->total_time;
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}
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I64 TimeStampFreqCal()
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{
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static I64 time_stamp_start=0,timer_start=0,HPET_start=0;
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I64 i;
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if (time_stamp_start) {
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PushFD;
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Cli;
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if (HPET_start) {
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time_stamp_freq=HPET_freq*(GetTimeStamp-time_stamp_start);
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i=HPET-HPET_start;
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} else {
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time_stamp_freq=SYS_TIMER_FREQ*(GetTimeStamp-time_stamp_start);
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i=SysTimerRead-timer_start;
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}
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if (!i)
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Dbg("Timer Cal Error");
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time_stamp_freq/=i;
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time_stamp_kHz_freq=time_stamp_freq/1000;
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PopFD;
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time_stamp_freq_calibrated=TRUE;
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}
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PushFD;
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Cli;
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if (HPET_freq) {
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timer_start=0;
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HPET_start=HPET;
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} else {
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HPET_start=0;
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timer_start=SysTimerRead;
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}
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time_stamp_start=GetTimeStamp;
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PopFD;
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return time_stamp_freq;
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}
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F64 tT()
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//Time since boot in seconds as a float
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{
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static I64 last_time_stamp=0;
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static F64 last_result=0;
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I64 time_stamp;
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if (HPET_freq)
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return ToF64(HPET)/HPET_freq;
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else { //Monotonically incresing,calibrated.
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PushFD;
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Cli;
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if (mp_cnt>1)
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while (LBts(&sys_semas[SYS_SEMA_TNP],0))
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Pause;
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time_stamp=GetTimeStamp;
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last_result+=ToF64(time_stamp-last_time_stamp)/time_stamp_freq;
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last_time_stamp=time_stamp;
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LBtr(&sys_semas[SYS_SEMA_TNP],0);
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PopFD;
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return last_result;
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}
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}
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F64 tJ()
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{
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return sys_jiffies/ToF64(JIFFY_FREQ);
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}
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F64 tS()
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{
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return SysTimerRead/ToF64(SYS_TIMER_FREQ);
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}
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Bool Blink(F64 Hz=2.5)
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{
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if (!Hz) return 0;
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return ToI64(sys_jiffies*2*Hz/JIFFY_FREQ)&1;
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}
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U0 BusyWait(I64 æS) //Loosely timed
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{
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I64 i;
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for (i=0;i<æS;i++)
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PortNop;
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}
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U0 SleepUntil(I64 wake_jiffy)
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//This routine is not for power-saving
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//it is to make a program pause without
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//hogging the CCPU.
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{
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Bool old_idle=LBts(&Fs->task_flags,TASKf_IDLE);
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Fs->wake_jiffy=wake_jiffy;
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Yield;
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LBEqu(&Fs->task_flags,TASKf_IDLE,old_idle);
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}
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U0 Sleep(I64 mS)
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//This routine is not for power-saving
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//it is to make a program pause without
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//hogging the CCPU.
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{
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if (!mS)
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Yield;
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else
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SleepUntil(sys_jiffies+mS*JIFFY_FREQ/1000);
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}
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U0 Snd(F64 freq,I64 waveform=WF_SQUARE,F64 amp=1.0)
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// The internal PC speaker only does square waves.
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// waveform and amp are for HDAudio.
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// Use $LK,"SndFilePlay","MN:SndFilePlay"$() or $LK-A,"::/TempleOS/Demo/Snd/PolyPhonic.CPP"$ as a template for
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// doing polyphonic or fancy HD Audio snd.
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{
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I64 p;
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if (!Bt(&sys_semas[SYS_SEMA_MUTE],0) && snd_vol &&
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!LBts(&sys_semas[SYS_SEMA_SND],0)) {
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if (!IsInDbg && snd_dev!=SD_PC_SPEAKER) {
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snd_freq=freq;
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if (fp_snd) {
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if (0<freq<=20000 && amp>0)
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(*fp_snd)(freq,waveform,amp);
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else
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(*fp_snd)(0,waveform,0);
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}
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} else {
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if (freq!=snd_freq) {
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snd_freq=freq;
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if (0<freq<=20000 && amp>0) {
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p=SYS_TIMER_FREQ/freq;
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OutU8(0x43,0xB6);
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OutU8(0x42,p);
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OutU8(0x42,p.u8[1]);
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OutU8(0x61,3|InU8(0x61));
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} else
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OutU8(0x61,InU8(0x61)&~3);
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}
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}
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if (!IsInDbg && snd_record && fp_snd_record)
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(*fp_snd_record)(freq,waveform,amp);
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LBtr(&sys_semas[SYS_SEMA_SND],0);
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}
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}
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U0 Beep(I64 freq=500,Bool busy=FALSE)
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{
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Snd(freq);
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if (busy) BusyWait(500000);
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else Sleep(500);
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Snd(0);
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if (busy) BusyWait(200000);
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else Sleep(200);
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}
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Bool Mute(Bool val)
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{
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Bool result;
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if (val) {
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PushFD;
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Cli;
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Snd(0);
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result=LBts(&sys_semas[SYS_SEMA_MUTE],0);
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PopFD;
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} else
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result=LBtr(&sys_semas[SYS_SEMA_MUTE],0);
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return result;
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}
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Bool IsMute() {
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return Bt(&sys_semas[SYS_SEMA_MUTE],0);
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}
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Bool Silent(Bool val) {
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//This turns-off console output, not sound.
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return LBEqu(&Fs->display_flags,DISPLAYf_SILENT,val);
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}
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Bool IsSilent() {
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return Bt(&Fs->display_flags,DISPLAYf_SILENT);
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}
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Bool IOSnd(Bool val) {
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Bool result=!LBEqu(&sys_semas[SYS_SEMA_NO_IO_SND],0,!val);
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Snd(0);
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return result;
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}
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Bool IsPreempt() {
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return Bt(&Fs->task_flags,TASKf_PREEMPT);
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}
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Bool SysDbg(Bool val) {
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//Sets or rsts a bit which you can
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//use while debugging.
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return LBEqu(&sys_semas[SYS_SEMA_DEBUG],0,val);
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}
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Bool IsSysDbg() {
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return Bt(&sys_semas[SYS_SEMA_DEBUG],0);
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}
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Bool SysDeterministic(Bool val) {
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//Sets or rsts a bit which tries to keep the system deterministic, for debugging.
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return LBEqu(&sys_semas[SYS_SEMA_DETERMINISTIC],0,val);
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}
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Bool IsSysDeterministic() {
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return Bt(&sys_semas[SYS_SEMA_DETERMINISTIC],0);
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}
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Bool Raw(Bool val) {
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//Switches to direct screen output
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//mode for when you don't have
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//a working window.
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if (!val)
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VGAFlush;
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return !LBEqu(&Fs->task_flags,TASKf_NOT_RAW,!val);
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}
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Bool IsRaw() {
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return !Bt(&Fs->task_flags,TASKf_NOT_RAW);
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}
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Bool SingleUser(Bool val) {
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return LBEqu(&sys_semas[SYS_SEMA_SINGLE_USER],0,val);
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}
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Bool IsSingleUser() {
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return Bt(&sys_semas[SYS_SEMA_SINGLE_USER],0);
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}
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Bool InDbg(Bool val) {
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return LBEqu(&sys_semas[SYS_SEMA_IN_DEBUGGER],0,val);
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}
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Bool IsInDbg() {
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return Bt(&sys_semas[SYS_SEMA_IN_DEBUGGER],0);
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}
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U0 ProgressBarsRst()
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{
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MemSet(sys_progresses,0,sizeof(sys_progresses));
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}
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U0 CtrlAltDel(I64)
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{
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LBts(sys_ctrl_alt_flags,SYSf_CTRL_ALT_DEL);
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}
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U0 CtrlAltC(I64)
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{
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LBts(sys_ctrl_alt_flags,SYSf_CTRL_ALT_C);
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}
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U0 CtrlAltD(I64)
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{
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if (!IsInDbg) {
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if (Fs==Gs->idle_task)
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BptS(sys_winmgr_task->rip,sys_winmgr_task);
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else
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BptS(*ctrl_alt_let_ret_addr);
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}
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}
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U0 CtrlAltE(I64)
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{
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SpawnUser;
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}
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U0 CtrlAltF(I64)
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{
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VGAFlush;
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}
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U0 CtrlAltM(I64)
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{
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Mute(!IsMute);
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}
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U0 CtrlAltT(I64)
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{
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LBts(sys_ctrl_alt_flags,SYSf_CTRL_ALT_TAB);
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}
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U0 CtrlAltX(I64)
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{
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LBts(sys_ctrl_alt_flags,SYSf_CTRL_ALT_X);
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}
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