out the writing of an lwp's registers to a separate function. XXX Although
not really the correct way to do this, make the thread that caused the
coredump has it's register set written first so GDB is happy. (this is a
bridge until TRT is done).
space is advertised to UVM by making virtual_avail and virtual_end
first-class exported variables by UVM. Machine-dependent code is
responsible for initializing them before main() is called. Anything
that steals KVA must adjust these variables accordingly.
This reduces the number of instances of this info from 3 to 1, and
Simplify the way the bounds of the managed kernel virtual address
space is advertised to UVM by making virtual_avail and virtual_end
first-class exported variables by UVM. Machine-dependent code is
responsible for initializing them before main() is called. Anything
that steals KVA must adjust these variables accordingly.
This reduces the number of instances of this info from 3 to 1, and
simplifies the pmap(9) interface by removing the pmap_virtual_space()
function call, and removing two arguments from pmap_steal_memory().
Simplify the way the bounds of the managed kernel virtual address
space is advertised to UVM by making virtual_avail and virtual_end
first-class exported variables by UVM. Machine-dependent code is
responsible for initializing them before main() is called. Anything
that steals KVA must adjust these variables accordingly.
This reduces the number of instances of this info from 3 to 1, and
simplifies the pmap(9) interface by removing the pmap_virtual_space()
function call, and removing two arguments from pmap_steal_memory().
This also eliminates some kludges such as having to burn kernel_map
entries on space used by the kernel and stolen KVA.
This also eliminates use of VM_{MIN,MAX}_KERNEL_ADDRESS from MI code,
this giving MD code greater flexibility over the bounds of the managed
kernel virtual address space if a given port's specific platforms can
vary in this regard (this is especially true of the evb* ports).
space is advertised to UVM by making virtual_avail and virtual_end
first-class exported variables by UVM. Machine-dependent code is
responsible for initializing them before main() is called. Anything
that steals KVA must adjust these variables accordingly.
This reduces the number of instances of this info from 3 to 1, and
simplifies the pmap(9) interface by removing the pmap_virtual_space()
function call, and removing two arguments from pmap_steal_memory().
This also eliminates some kludges such as having to burn kernel_map
entries on space used by the kernel and stolen KVA.
This also eliminates use of VM_{MIN,MAX}_KERNEL_ADDRESS from MI code,
this giving MD code greater flexibility over the bounds of the managed
kernel virtual address space if a given port's specific platforms can
vary in this regard (this is especially true of the evb* ports).
* If not expert mode, provide defaults for:
DESTDIR /top/of/obj/destdir.${MACHINE}
RELEASEDIR /top/of/obj/releasedir
* Collate the various status messages output during the run
and display them at the end in a "summary report".
* Cross-check the validity of MACHINE against MACHINE_ARCH.
Fixes PR [toolchain/20193] from David Maxwell.
* Highlight that the tools will be rebuilt if UPDATE isn't set.
* Add stronger language recommending against -E unless you
* Improve whitespace use in usage()
Code stuff:
* Be consistent about using "${var}"
* Be more consistent how [ tests ] are run
* Improve some comments
* Rename getmakevar() to raw_getmakevar()
* Rename safe_getmakevar() to getmakevar()
* cd back to ${TOP} after a kernel build.
* Always keep the tmpdir around for the build (it's where the
status messages are collated, for one).
format and "shell" format appropriately), and rename the st_*timespec
fields in the shell-style output to be st_*time, since that's what
they really are.
petrov