On 10/7/24 00:52, Pierre Muller wrote:
While we have never supported rx or riscv in big-endian, but there's no reason
that we
can't, and those target/ patches make things harder. Since target/ will
*always* have
TARGET_BIG_ENDIAN available, I don't see that we're saving anything there.
Isn
Le 05/10/2024 à 03:39, Richard Henderson a écrit :
On 10/4/24 09:30, Philippe Mathieu-Daudé wrote:
Philippe Mathieu-Daudé (25):
gdbstub/helpers: Have ldtul_p() definition use ldn_p()
target/hexagon: Replace ldtul_p() -> ldl_p()
target/alpha: Replace ldtul_p() -> ldq_p()
target
On 10/4/24 09:30, Philippe Mathieu-Daudé wrote:
Philippe Mathieu-Daudé (25):
gdbstub/helpers: Have ldtul_p() definition use ldn_p()
target/hexagon: Replace ldtul_p() -> ldl_p()
target/alpha: Replace ldtul_p() -> ldq_p()
target/s390x: Replace ldtul_p() -> ldq_p()
gdbstub/helpers: In
On 4/10/24 18:30, Philippe Mathieu-Daudé wrote:
For targets (or HW) which are only built for a particular
endianness, the generic LD/ST helpers are defined as the
target endianness variant. For example, on big-endian
targets, stl_p() is equivalent of stl_be_p().
This series replaces in bulk thes
For targets (or HW) which are only built for a particular
endianness, the generic LD/ST helpers are defined as the
target endianness variant. For example, on big-endian
targets, stl_p() is equivalent of stl_be_p().
This series replaces in bulk these LD/ST calls.
This is helpful for the single bin
