1990/0731/power/clock.c (diff list | history)

1990/0728/sys/src/9/power/clock.c:107,119 – 1990/0731/sys/src/9/power/clock.c:107,129 (short | long | prev | next)
1990/0227		junk3[3]; };
1990/0731
1990/0227		#define TIME0 (36*MS2HZ/10) #define TIME1 0xFFFFFFFF /* later, make this a profiling clock */
1990/0731		#define TIME1 0xFFFFFFFF /* profiling disabled */
1990/0227		#define TIME2 1024 #define CTR(x) ((x)<<6) /* which counter x */ #define SET16 0x30 /* lsbyte then msbyte */ #define MODE2 0x04 /* interval timer */
1990/0731		#define PROFILING #ifdef PROFILING #undef TIME1 #define TIME1 211 /* profiling clock; prime; about 10ms per tick */ #define NPROF 50000 ulong profcnt[MAXMACH*NPROF]; #endif
1990/0227		void clockinit(void) {
1990/0728/sys/src/9/power/clock.c:135,143 – 1990/0731/sys/src/9/power/clock.c:145,155
1990/0227		m->ticks = 0; }
1990/0731
1990/0728		#define NA 10
1990/0227		void clock(ulong n)
1990/0731		clock(ulong n, ulong pc)
1990/0227		{
1990/0728		int i, na;
1990/0227		Alarm *a;
1990/0728/sys/src/9/power/clock.c:192,198 – 1990/0731/sys/src/9/power/clock.c:204,218
1990/0227		return; } if(n & INTR4){
1990/0731		extern ulong start;
1990/0227		i = *CLRTIM1;
1990/0731		#ifdef PROFILING pc -= (ulong)&start; pc /= sizeof(ulong); if(pc < NPROF) profcnt[m->machno*NPROF+pc]++; #endif
1990/0227		return; } }