table. Previously, the ddb code knew of each linker set of auxiliary
commands and which explicit command list they were tied to. These changes
add a simple command_table struct that contains both the static list of
commands and the pointers for any auxiliary linker set of additional
commands. This also makes it possible for other arbitrary command tables
to be defined in other parts of the kernel w/o having to edit ddb itself.
The DB_SET macro has also been trimmed down to just creating an entry in
a linker set. A new DB_FUNC macro does what the old DB_SET did which is
to not only add an entry to the linker set but also to include a function
prototype for the function being added. With these changes, it's now also
possible to create aliases for ddb functions using DB_SET() directly if
desired.
slightly more tricky than on x86 as although the PCC is 64-bits, it is not
a simple 64-bit counter like the TSC. Instead, the upper 32-bits have
PAL-defined behavior and the lower 32-bits run as a free-running 32-bit
counter. To handle this, we detect overflows by maintaining a small amount
of per-cpu state and use this to simulate the upper 32-bits of the counter
providing a full 64-bit counter to the consumers of cpu_ticks().
an interrupt handler for the i8254. (Our clock interrupts come from
elsewhere.) Instead, use the same algo that i386 uses when the lapic
timer is in use. This lets us remove a lot of cruft that tried to handle
the i8254 interrupts that we weren't even using or setting up a handler
for.
- G/C a bunch of unused cruft while I'm here.
- Fix the code to not use the rpcc timecounter (similar to TSC) on SMP
machines to only disable that timecounter if more than one CPU is in
use by the kernel. Previously, a UP kernel on a machine with multiple
CPUs would needlessly disable this timecounter.
MFC after: 1 week
whether or not to allocate a full mbuf cluster rather than just a plain
mbuf when adding on additional mbufs in m_getm(). In practice, there wasn't
any resulting mem trashing since m_getm() doesn't ever allocate an mbuf with
a packet header, and MINCLSIZE is the available payload in an mbuf with a
header rather than the available payload in a plain mbuf.
Discussed with: andre (lightly)
a control variable was misspelled as `SCRIPTS_NAME_isdntel.sh'
(should've been `SCRIPTSNAME_isdntel.sh') when the Makefile was
converted to using <bsd.prog.mk>. Consequently, `isdntel.sh' has
been installed as `isdntel' since then. Nevertheless, nobody has
been unhappy with the change. So it's time to make it official.
Approved by: hm
Pointy hat to: ru
MFC after: 3 days
(I'm not using GPL, but I still think there are good
ideas in the GNU projects. ;-) Among other things,
this should make it easier for clients of bsdtar to
recognize it automatically:
bsdtar --version | grep bsdtar
end of a sentence. Ruslan notes that:
* The part about hexadecimal representation was intentional -- node ID
is parsed as the ng_parse_hint32_type, and is represented
(input/output) as a hexadecimal number
* "This value" was more correct, as the alternative name is
"[<value>]:" where <value> is hexadecimal value of the node ID.
* "ID based name" (which is "[<hexid>]:") was correct, and what's now is
incorrect -- node ID (number) cannot be equivalent to a name.
in usr.bin/login because the login.access feature has
moved to PAM completely.
Their counterparts in lib/libpam/modules/pam_login_access
have been found to be in sync with, and even in better shape
than, login.access.5 and login_access.c here.
Therefore cvs rm login.access.5 and login_access.c from
usr.bin/login so that nobody will waste their time on fixing
or developing the files here.
MFC after: 3 days
