longer need to lock the kernel pmap in pmap_kenter_pa() and pmap_kremove().
- Since locking the kernel pmap in interrupt context is no longer required,
don't go to splimp() when locking the kernel pmap.
- Implement a new pmap_remove() function, not yet enabled by default. It
is structured like pmap_protect, and should be *much* faster. This was
actually written quite some time ago, but never committed because it
didn't work properly. Given the recent bugfix to pmap_protect(), "duh,
of course it didn't work properly before...". It seems to work fine now
(have done several builds and run the UVM regression tests using the new
code), but it is currently run-time optional so that some performance
measurements can be easily run against the old and new code.
- /usr/libdata/lint/llib-l{crypto,des,ssl}.ln
- /usr/sbin/{eaytest,kmpstat,racoon}
- /usr/share/examples/openssl/{CA.pl,CA.sh,der_chop]
- Manpages for racoon.conf(5) and racoon(8).
- /usr/share/man/whatis.db
and sort the list.
to become idle; it actually doesn't matter as the chip takes care of
this for us. It would also spin endlessly in certain circumstances
during shutdown.
While I'm here, (finally) add code to allow sending BREAK characters.
* fix bug where the second press of <TAB> on an empty word (i.e, list
all options) may have resulted in an strncmp() against NULL. (detected
by _DIAGASSERT())
and build shared objects from the .a library. A symlink is installed
in /usr/lib so that the name "libfoo_pic.a" still exists for third party
software that explicitly wants an _pic.a library.
* sl_add(); if realloc() fails return -1 instead of calling err(1,...).
otherwise, return 0.
NOTE: this change resulted in sl_add() changing from returning void to int.
this shouldn't be a problem because a) it returns 0 if ok (aka `void', b)
all invokers of sl_add() in the tree have been changed (mainly code i've
written).
some significant differences:
* Because the pmax bootblocks don't have a fixed load address, we
need to keep the first stage blocks in /usr/mdec with some sort
of executable format that includes load and transfer address.
Since ELF is native, /usr/mdec/bootxx_* are in ELF format and
installboot (in loadbootstrap.c) needs knowledge of the ELF format.
* Support for installing the first stage at an arbitiary position.
-a adds the first stage to end of the "disk" (only on works on
regular files) and -i <block> puts the first stage at ISO
filesystem block number <block> for use in multi-arch boot
CDs (see installboot(8) for more details and an example).
* No checksum support. This should really be done in some sort of
MI way rather than duplicating code between ports' installboot.c