cfd28f6695
UML's supposed nanosecond clock interacts badly with NTP when NTP decides that the clock has drifted ahead and needs to be slowed down. Slowing down the clock is done by decrementing the cycle-to-nanosecond multiplier, which is 1. Decrementing that gives you 0 and time is stopped. This is fixed by switching to a microsecond clock, with a multiplier of 1000. Signed-off-by: Jeff Dike <jdike@linux.intel.com> Cc: WANG Cong <xiyou.wangcong@gmail.com> Signed-off-by: Andrew Morton <akpm@linux-foundation.org> Signed-off-by: Linus Torvalds <torvalds@linux-foundation.org> |
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.. | ||
skas | ||
asm-offsets.c | ||
config.c.in | ||
dyn.lds.S | ||
exec.c | ||
exitcode.c | ||
gmon_syms.c | ||
gprof_syms.c | ||
init_task.c | ||
initrd.c | ||
irq.c | ||
ksyms.c | ||
Makefile | ||
mem.c | ||
physmem.c | ||
process.c | ||
ptrace.c | ||
reboot.c | ||
sigio.c | ||
signal.c | ||
smp.c | ||
syscall.c | ||
sysrq.c | ||
time.c | ||
tlb.c | ||
trap.c | ||
uaccess.c | ||
um_arch.c | ||
umid.c | ||
uml.lds.S | ||
vmlinux.lds.S |