1.112 Differential gain calibration makes the 6005 firmware crap
out, so skip it for now until we figure out why. This
probably means the device won't function optimally, but
that's better than not functioning at all. Makes my "Intel
Centrinto Advanced-N 6205" work quite well.
1.111 The 6005 and 6050-based parts need DC calibration turned
on, otherwise the firmware will crap out, at least on the
6005. First step to getting my "Intel Centrino Advanced-N
6205" to work.
Both are commited by kettenis@openbsd.org.
1.112 Differential gain calibration makes the 6005 firmware crap
out, so skip it for now until we figure out why. This
probably means the device won't function optimally, but
that's better than not functioning at all. Makes my "Intel
Centrinto Advanced-N 6205" work quite well.
1.111 The 6005 and 6050-based parts need DC calibration turned
on, otherwise the firmware will crap out, at least on the
6005. First step to getting my "Intel Centrino Advanced-N
6205" to work.
Both are commited by kettenis@openbsd.org.
When -Bsymbolic, all resolved symbols need to be created with relative
relocations. The dynamic linker depends on that because it only
knows how to perform relative relocations in the first pass to
relocate itself. This bug ended up creating R_SPARC_64 symbols for
12 relocation symbols in ld.elf_so, one of them dlopen(), which
ended up breaking things using dlopen(), most notably PAM.
stopped me / does anybody read source-changes?" ATH_LOCK()/ATH_UNLOCK()
and bracket with splnet()/splx() instead. This is still not *good*,
since ifnet ioctls are not (yet) synchronized, but could be no worse
than what we have, now. Survives light testing with my (forthcoming)
ifnet ioctl synchronization patch.
for platforms with shlibs already (and are.)
this obsoletes our hacks for the libgcc specs to use libgcc_pic, and
fixes a couple of other issues reported to me directly.
