(See annex 28B.2 and 28D). The old mii.h defined ANAR_X_PAUSE_* macros. Those
macros were named for 1000Base-X, but the bit definitions were not for
1000Base-X but for others (e.g. 1000BaseT). So there was bug in auto
negotiation for 1000Base-X, but there was no bug for other media. Define new
macro named ANAR_PAUSE_* and ANLPAR_PAUSE_* for other than 1000Base-X and fix
the bit definitions of ANAR_X_PAUSE_* and ANLPPAR_X_*. Change some PHY drivers
to use true macro. Same as other *BSDs.
It is a defect in our module system that failure to include all the sources
in here does not result in a build failure with undefined symbols.
(It is also a defect in our module system that we need a whole parallel
system of source lists for it.)
maximum size of short symlinks one byte less than one would think it
should be. Caution against changing it; that would break compatibility
with existing disk images. Behavior noticed by qjsgkem on freenode.
If my analysis is wrong, please correct...
to the IP address for it. This makes dynamic addresses work during autoconf.
Also while here in restart, re-use start and stop instead of duplicating them.
The "threshold" value was being inappropriately used to limit how many
bytes could be output even after the estimator said enough bytes had
been put in to meet our minimum security guarantee.
This fixes a panic observed with the automatic test harness and by
msaitoh, where it was not possible to extract the full estimate's worth
of bytes even holding the pool lock across the estimate and extract
calls.
soft interrupt driven operation.
Add a polling mode of operation -- now we can ask hardware random number
generators to top us up just when we need it (bcm2835_rng and amdpm
converted as examples).
Fix a stall noticed with repeated reads from /dev/random while testing.
actual Xorg server (aka "xfree86 server").
move the list of these platforms from xorg-server/Makefile.common to
bsd.own.mk, so that we can access it easily in distrib.
this should fix most of the current build failures.
allows much code to deal with vector_page mappings to be eliminated. On a
BEAGLEBONE kernel, this saves 8KB of text and instructions that never have
to be executed. (The PJ4B has VBAR but doesn't implement the security
extensions it is part of so a method was needed to allow it use VBAR with
relying on the default test for the security extensions.)
into the kernel text segment. This register is available on arm1176 and
all cortex processors since they all have the arm security (trustzone)
extension. We avoid having to specially map either vector page (0x00000000
or 0xffff0000) and use VBAR to both to page0rel in the text segment. These
vector group differs from the normal page0, that since it's in the kernel,
it can branch directly to the exception routine, instead of loading the
address into the PC. This should result in a tiny improvement in speed since
we eliminate a TLB mapping the vector page and a load on every exception.
XXX Add __HAVE_ARM_TRUSTZONE cpp define and use that to eliminate all code
have to do with manipulating the vector page.
The correct way is of course for the access method to perform this:
return kauth_authorize_vnode(cred, KAUTH_ACCESS_ACTION(mode,
vp->v_type, attr->va_mode), vp, NULL, genfs_can_access(vp->v_type,
attr->va_mode, attr->va_uid, attr->va_gid, mode, cred));
msaitoh