every platform. Thus setting OBJMACHINE, allowed one to keep
in-tree objdirs with multiple builds. With the advent of evb*, this
has become impossible until now. Introduce OBJMACHINE_ARCH that
adds ${MACHINE_ARCH} to the objdir so that we have unique objdirs
per build again. Until we restructure things to that this is not
necessary, it is the simplest fix.
fixes the i386 ALL build with clang which complained about the
format string not being a string literal, and lets us get rid of
rf_panicbuf.
note: kern_assert is not KASSERT. it should panic as long as the
string is not NULL.
No functional change intended.
Currently the PT_DUMPCORE call requires process to be stopped, therefore it
no longer need to warn about stoped tracee to generate consistent data.
Sponsored by <The NetBSD Foundation>
- Connection state keys are not stored and loaded using the logical key
contents.
- connection finder key is stored in a map that contains the key and the
direction.
XXX Device module autoload (invoked when the /dev/speaker is opened, and
XXX no driver exists) will not find this module. On i386 and amd64, the
XXX autoload will find the spkr module (spkr0 at pcppi0) and that module
XXX will be autoloaded. For other architectures, either include the
XXX "spkr0 at audio0" in your config file, or manually load this new
XXX spkr_synth module using modload(8).
memory. But we have a problem with the ISA I/O MEM, because its va is
located above the kernel and its pa below it, so it does not respect
the rule.
To compensate for that we make the map look like the ISA stuff is above
the kernel by applying an offset on the pa. The issue with this design is
that we systematically lose 96 pages of physical memory.
Fix this by applying the offset on the va instead. Now these 96 pages are
internalized into uvm, and the rule is respected until kern_end.
