* move the code that supplies the integer and FP registers into
separate functions, rather than duplicating the code for the
ptrace and core file cases.
* Use supply_register() rather than just copying directly into
the register array and calling registers_fetched(). This way,
only the registers actually supplied are marked as valid within
the debugger.
* Add support for SSE/SSE2 registers via the PT_{GET,SET}XMMREGS
ptrace(2) request.
(Blocked on the FSF assignment clerk for feeding this back to
the master GDB sources.)
the 4.17 NetBSD support from our tree. Original port by Chris Sekiya, with
minimal tweaks and cleanups by me (mainly: build bi-endian by default, add
NetBSD kcore support back).
and place it in i386nbsd-tdep.c (new file).
- Move solib.o from TDEPFILES to NATDEPFILES (solib.c requires target
headers, namely <link_elf.h>).
Fixes build of cross-gdb pointed at i386--netbsd target.
a 26-bit target), split R15 into PC and CPSR. Similarly, when storing
registers, copy CPSR back into R15 if CPSR indicates a 26-bit mode.
This makes single-stepping work correctly on arm26.
Also, when fetching registers, set arm_apcs_32 based on the mode the target's
in. This removes the need to kludge it manually. The variable should really
be lost entirely, and arm-tdep.c should look at the mode bits in CPSR, but
the ARM Linux target is horribly broken in this area, and will either need
fixing or working around.
support to GDB ARM targets in general, and make corresponding changes to
NetBSD-specific code.
The first half of this has already been send to gdb-patches by Richard.
The second half is irrelevant to them since they don't yet have NetBSD/arm
support in their tree yet.
1: Don't include arm-convert.o. arm-convert.s contains only comments, and our
build procedure can't cope with .s files.
2: Add "check_format" and "core_sniffer" entries to netbsd_core_fns, the same
as in i386nbsd_nat.c.
The first of these will need toolchain2netbsd to be re-run. While these
changes let GDB compile, I haven't tried running it on an ARM ELF system yet.
proper fully qualified ANSI type.
XXX: Cast it again to a (void *) because libedit's readline emulation thinks
that rl_completion_entry_function should be a (CPFunction *) -- perhaps more
correct, but it breaks compatibility. libedit might be better to change to
conform to what readline wants.
