This also adds the sys_settime() kernel call which allows for the adjusting of the clock named realtime in the kernel. The existing sys_stime() function is still needed for a separate job (setting the boottime). The boottime is set in the readclock driver. The sys_settime() interface is meant to be flexible and will support both clock_settime() and adjtime() when adjtime() is implemented later. settimeofday() was adjusted to use the clock_settime() interface. One side note discovered during testing: uptime(1) (part of the last(1)), uses wtmp to determine boottime (not Minix's times(2)). This leads `uptime` to report odd results when you set the time to a time prior to boottime. This isn't a new bug introduced by my changes. It's been there for a while.
48 lines
731 B
Makefile
48 lines
731 B
Makefile
# Makefile for system library implementation
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.include <bsd.own.mk>
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.PATH: ${.CURDIR}/system
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SRCS+= \
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do_fork.c \
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do_exec.c \
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do_clear.c \
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do_exit.c \
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do_trace.c \
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do_runctl.c \
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do_update.c \
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do_times.c \
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do_setalarm.c \
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do_stime.c \
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do_settime.c \
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do_vtimer.c \
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do_irqctl.c \
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do_copy.c \
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do_umap.c \
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do_umap_remote.c \
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do_vumap.c \
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do_memset.c \
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do_setgrant.c \
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do_privctl.c \
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do_safecopy.c \
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do_safememset.c \
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do_sysctl.c \
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do_getksig.c \
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do_endksig.c \
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do_kill.c \
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do_sigsend.c \
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do_sigreturn.c \
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do_abort.c \
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do_getinfo.c \
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do_cprofile.c \
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do_profbuf.c \
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do_vmctl.c \
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do_schedule.c \
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do_schedctl.c \
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do_statectl.c
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.if ${MACHINE_ARCH} == "i386"
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SRCS+= \
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do_devio.c \
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do_vdevio.c
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.endif
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