Love <lha@stacken.kth.se>.
I suspect this is true for the 648 too; if someone with a 648 and one device
on each channel could test that all works with one_channel = 1, it would
be great !
ltsleep() is calling CURSIG() which can call issignal() and issignal()
could not deal with being called from a locked context. This happens
when a process receives SIGTTIN, and issignal() calls psignal() to
post SIGCHLD to the parent.
XXX: It is really messy to have issignal() handle the job control
functionality and the whole signal interlocking protocol needs to
be re-designed. For now this fix (provided by enami) does the trick.
I've been running with this fix for weeks, and atatat has stress-tested
the kernel running ~30 make kernels...
from Kirk McKusick. They implement taking pending block/inode frees
into account for the sake of correct statfs() numbers, and adding
a new softdep type (newdirblk) to correctly handle newly allocated
directory blocks.
Minor additional changes: 1) swap the newly introduced fs_pendinginodes
and fs_pendingblock fields in ffs_sb_swap, and 2) declare lkt_held
in the debug version of the softdep lock structure volatile, as it
can be modified from interrupt context #ifdef DEBUG.
of a range which is protected by spl/splx. Originally proposed by
YAMAMOTO Takashi (yamt@netbsd.org) on tech-kern. This change mirrors
the one done by Bill Sommerfeld on the i386 mp branch.
expecting pmap_kenter_pa() to be used to replace an existing mapping,
plus it just seems like a bad idea to keep around mappings of pages
that may be freed and reused.
First stage is bootxx_ffs (for ffs boot partitions) or bootxx_fd (for bootable
floppy disk). These locate, load, and execute the second stage loader boot.amiga.
The console screen is created and passed to the second stage loader.
The second stage loader uses loadfile() to load the kernel image, which can
be either a.out or ELF format, and can also be compressed. It will load a
kernel file from ffs file systems or the ustarfs used on floppy disks.
device in the rare event that the one it wants is already in use.
Thanks to Wolfgang Stukenbrock for noticing the bug and filing the PR.
This fix addresses PR#14862.
values).
Implement a secondary connection-reestablishement mode, which is only
entered after (1) we have successfully transfered payload data over this
connection and (2) if initial retries did not reestablish a session.
In this mode we retry (infrequently) forever, until adminstrator stops
us (by "ifconfig ppppoe0 down"). XXX - need to display this mode in
pppoectl.
It is now possible to pull the DSL modems plug for say 15 minutes, plug
it back in again and just wait. The connection will be reestablished within
three minutes.
pull-up/pull-down registers if you turn on verbose output.
And moved softc structure definition from vrgiuvar.h to vrgiu.c, which was
needless in other parts of kernel.
parameters from first principles rather than using a static table for some
rates. This makes it work correctly on ARM7500, for which the table was
bogus (ARM7500 has a different refclk from VIDC20).
podulebus Ethernet cards. This replaces the NE2000 memory-access routines
with ones that don't try to transfer more than 255 bytes at a time.
This code should perhaps be merged into ne2000.c, but presumably most NE2000
clones won't need it.
during BUS_DMASYNC_PREREAD.
Fixes problem where SCSI bus probe didn't read meaningful identity data.
Technically there should be no difference between invalidating before or
after the DMA, but for reasons known only to the R3000 this fixes the
problem. Some thought needs to be given to whether there is a performace
difference between these two cases.
left out as it was a no-op on the R3000 processor. However, recent changes
to the Mips cache ops highlighted we should DTRT in case the MI/MD layer
choses to invalidate the cache ahead of the DMA instead of after it.
and confusion about the actual filesize. From Matt Dillon's
similar change in FreeBSD.
XXX n_size is really redundant in -current and must die. This commit
XXX is more of a placeholder for a pullup into the 1.5 branch.
