Merge branch 'for-6.17/amd-sfh' into for-linus

- add support for operating modes (Basavaraj Natikar)

Merge remote-tracking branch 'drm/drm-next' into msm-next

Back-merge drm-next to (indirectly) get arm-smmu updates for making
stall-on-fault more reliable.

Signed-off-by: Rob Clark <robin.clark@oss

Merge remote-tracking branch 'drm/drm-next' into msm-next

Back-merge drm-next to (indirectly) get arm-smmu updates for making
stall-on-fault more reliable.

Signed-off-by: Rob Clark <robin.clark@oss.qualcomm.com>

show more ...

Merge drm/drm-next into drm-misc-next

Backmerging to forward to v6.16-rc1

Signed-off-by: Thomas Zimmermann <tzimmermann@suse.de>

Merge drm/drm-next into drm-xe-next

Backmerging to bring in 6.16

Signed-off-by: Thomas Hellström <thomas.hellstrom@linux.intel.com>

Merge drm/drm-next into drm-intel-next

Sync to v6.16-rc1, among other things to get the fixed size GENMASK_U*()
and BIT_U*() macros.

Signed-off-by: Jani Nikula <jani.nikula@intel.com>

Merge tag 'perf-tools-for-v6.16-1-2025-06-03' of git://git.kernel.org/pub/scm/linux/kernel/git/perf/perf-tools

Pull perf tools updates from Arnaldo Carvalho de Melo:
"perf report/top/annotate TUI:

Merge tag 'perf-tools-for-v6.16-1-2025-06-03' of git://git.kernel.org/pub/scm/linux/kernel/git/perf/perf-tools

Pull perf tools updates from Arnaldo Carvalho de Melo:
"perf report/top/annotate TUI:

- Accept the left arrow key as a Zoom out if done on the first column

- Show if source code toggle status in title, to help spotting bugs
with the various disassemblers (capstone, llvm, objdump)

- Provide feedback on unhandled hotkeys

Build:

- Better inform when certain features are not available with warnings
in the build process and in 'perf version --build-options' or 'perf -vv'

perf record:

- Improve the --off-cpu code by synthesizing events for switch-out ->
switch-in intervals using a BPF program. This can be fine tuned
using a --off-cpu-thresh knob

perf report:

- Add 'tgid' sort key

perf mem/c2c:

- Add 'op', 'cache', 'snoop', 'dtlb' output fields

- Add support for 'ldlat' on AMD IBS (Instruction Based Sampling)

perf ftrace:

- Use process/session specific trace settings instead of messing with
the global ftrace knobs

perf trace:

- Implement syscall summary in BPF

- Support --summary-mode=cgroup

- Always print return value for syscalls returning a pid

- The rseq and set_robust_list don't return a pid, just -errno

perf lock contention:

- Symbolize zone->lock using BTF

- Add -J/--inject-delay option to estimate impact on application
performance by optimization of kernel locking behavior

perf stat:

- Improve hybrid support for the NMI watchdog warning

Symbol resolution:

- Handle 'u' and 'l' symbols in /proc/kallsyms, resolving some Rust
symbols

- Improve Rust demangler

Hardware tracing:

Intel PT:

- Fix PEBS-via-PT data_src

- Do not default to recording all switch events

- Fix pattern matching with python3 on the SQL viewer script

arm64:

- Fixups for the hip08 hha PMU

Vendor events:

- Update Intel events/metrics files for alderlake, alderlaken,
arrowlake, bonnell, broadwell, broadwellde, broadwellx,
cascadelakex, clearwaterforest, elkhartlake, emeraldrapids,
grandridge, graniterapids, haswell, haswellx, icelake, icelakex,
ivybridge, ivytown, jaketown, lunarlake, meteorlake, nehalemep,
nehalemex, rocketlake, sandybridge, sapphirerapids, sierraforest,
skylake, skylakex, snowridgex, tigerlake, westmereep-dp,
westmereep-sp, westmereep-sx

python support:

- Add support for event counts in the python binding, add a
counting.py example

perf list:

- Display the PMU name associated with a perf metric in JSON

perf test:

- Hybrid improvements for metric value validation test

- Fix LBR test by ignoring idle task

- Add AMD IBS sw filter ana d'ldlat' tests

- Add 'perf trace --summary-mode=cgroup' test

- Add tests for the various language symbol demanglers

Miscellaneous:

- Allow specifying the cpu an event will be tied using '-e
event/cpu=N/'

- Sync various headers with the kernel sources

- Add annotations to use clang's -Wthread-safety and fix some
problems it detected

- Make dump_stack() use perf's symbol resolution to provide better
backtraces

- Intel TPEBS support cleanups and fixes. TPEBS stands for Timed PEBS
(Precision Event-Based Sampling), that adds timing info, the
retirement latency of instructions

- Various memory allocation (some detected by ASAN) and reference
counting fixes

- Add a 8-byte aligned PERF_RECORD_COMPRESSED2 to replace
PERF_RECORD_COMPRESSED

- Skip unsupported event types in perf.data files, don't stop when
finding one

- Improve lookups using hashmaps and binary searches"

* tag 'perf-tools-for-v6.16-1-2025-06-03' of git://git.kernel.org/pub/scm/linux/kernel/git/perf/perf-tools: (206 commits)
perf callchain: Always populate the addr_location map when adding IP
perf lock contention: Reject more than 10ms delays for safety
perf trace: Set errpid to false for rseq and set_robust_list
perf symbol: Move demangling code out of symbol-elf.c
perf trace: Always print return value for syscalls returning a pid
perf script: Print PERF_AUX_FLAG_COLLISION flag
perf mem: Show absolute percent in mem_stat output
perf mem: Display sort order only if it's available
perf mem: Describe overhead calculation in brief
perf record: Fix incorrect --user-regs comments
Revert "perf thread: Ensure comm_lock held for comm_list"
perf test trace_summary: Skip --bpf-summary tests if no libbpf
perf test intel-pt: Skip jitdump test if no libelf
perf intel-tpebs: Avoid race when evlist is being deleted
perf test demangle-java: Don't segv if demangling fails
perf symbol: Fix use-after-free in filename__read_build_id
perf pmu: Avoid segv for missing name/alias_name in wildcarding
perf machine: Factor creating a "live" machine out of dwarf-unwind
perf test: Add AMD IBS sw filter test
perf mem: Count L2 HITM for c2c statistic
...

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perf test amd: Skip amd-ibs-period test on kernel < v6.15

Bunch of IBS kernel fixes went in v6.15-rc1 [1].

The amd-ibs-period test will fail without those kernel patches.

Skip the test on system r

perf test amd: Skip amd-ibs-period test on kernel < v6.15

Bunch of IBS kernel fixes went in v6.15-rc1 [1].

The amd-ibs-period test will fail without those kernel patches.

Skip the test on system running kernel older than v6.15 to distinguish
genuine new failures vs known failure due to old kernel.

Since all the related IBS fixes went in -rc1 itself, the ">= 6.15" check
will work for any custom compiled v6.15-* kernel as well.

Reported-by: Arnaldo Carvalho de Melo <acme@kernel.org>
Suggested-by: Arnaldo Carvalho de Melo <acme@kernel.org>
Signed-off-by: Ravi Bangoria <ravi.bangoria@amd.com>
Closes: https://lore.kernel.org/r/aCfuGXUnNIbnYo_r@x1
Link: https://lore.kernel.org/r/20250115054438.1021-1-ravi.bangoria@amd.com [1]
Signed-off-by: Arnaldo Carvalho de Melo <acme@redhat.com>

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perf test amd ibs: Fix spelling mistake "Asssuming" -> "Assuming"

There is a spelling mistake ina pr_debug message. Fix it.

Signed-off-by: Colin Ian King <colin.i.king@gmail.com>
Cc: Adrian Hunter

perf test amd ibs: Fix spelling mistake "Asssuming" -> "Assuming"

There is a spelling mistake ina pr_debug message. Fix it.

Signed-off-by: Colin Ian King <colin.i.king@gmail.com>
Cc: Adrian Hunter <adrian.hunter@intel.com>
Cc: Alexander Shishkin <alexander.shishkin@linux.intel.com>
Cc: Ian Rogers <irogers@google.com>
Cc: Ingo Molnar <mingo@redhat.com>
Cc: Jiri Olsa <jolsa@kernel.org>
Cc: Kan Liang <kan.liang@linux.intel.com>
Cc: Mark Rutland <mark.rutland@arm.com>
Cc: Namhyung Kim <namhyung@kernel.org>
Cc: Peter Zijlstra <peterz@infradead.org>
Link: https://lore.kernel.org/r/20250507082421.188848-1-colin.i.king@gmail.com
Signed-off-by: Arnaldo Carvalho de Melo <acme@redhat.com>

show more ...

perf test amd ibs: Add sample period unit test

IBS Fetch and IBS Op PMUs has various constraints on supported sample
periods. Add perf unit tests to test those.

Running it in parallel with other te

perf test amd ibs: Add sample period unit test

IBS Fetch and IBS Op PMUs has various constraints on supported sample
periods. Add perf unit tests to test those.

Running it in parallel with other tests causes intermittent failures.
Mark it exclusive to force it to run sequentially. Sample output on a
Zen5 machine:

Without kernel fixes:

$ sudo ./perf test -vv 112
112: AMD IBS sample period:
--- start ---
test child forked, pid 8774
Using CPUID AuthenticAMD-26-2-1

IBS config tests:
-----------------
Fetch PMU tests:
0xffff : Ok (nr samples: 1078)
0x1000 : Ok (nr samples: 17030)
0xff : Ok (nr samples: 41068)
0x1 : Ok (nr samples: 40543)
0x0 : Ok
0x10000 : Ok
Op PMU tests:
0x0 : Ok
0x1 : Fail
0x8 : Fail
0x9 : Ok (nr samples: 40543)
0xf : Ok (nr samples: 40543)
0x1000 : Ok (nr samples: 18736)
0xffff : Ok (nr samples: 1168)
0x10000 : Ok
0x100000 : Fail (nr samples: 14)
0xf00000 : Fail (nr samples: 1)
0xf0ffff : Fail (nr samples: 1)
0x1f0ffff : Fail (nr samples: 1)
0x7f0ffff : Fail (nr samples: 0)
0x8f0ffff : Ok
0x17f0ffff : Ok

IBS sample period constraint tests:
-----------------------------------
Fetch PMU test:
freq 0, sample_freq 0: Ok
freq 0, sample_freq 1: Fail
freq 0, sample_freq 15: Fail
freq 0, sample_freq 16: Ok (nr samples: 1604)
freq 0, sample_freq 17: Ok (nr samples: 1604)
freq 0, sample_freq 143: Ok (nr samples: 1604)
freq 0, sample_freq 144: Ok (nr samples: 1604)
freq 0, sample_freq 145: Ok (nr samples: 1604)
freq 0, sample_freq 1234: Ok (nr samples: 1566)
freq 0, sample_freq 4103: Ok (nr samples: 1119)
freq 0, sample_freq 65520: Ok (nr samples: 2264)
freq 0, sample_freq 65535: Ok (nr samples: 2263)
freq 0, sample_freq 65552: Ok (nr samples: 1166)
freq 0, sample_freq 8388607: Ok (nr samples: 268)
freq 0, sample_freq 268435455: Ok (nr samples: 8)
freq 1, sample_freq 0: Ok
freq 1, sample_freq 1: Ok (nr samples: 4)
freq 1, sample_freq 15: Ok (nr samples: 4)
freq 1, sample_freq 16: Ok (nr samples: 4)
freq 1, sample_freq 17: Ok (nr samples: 4)
freq 1, sample_freq 143: Ok (nr samples: 5)
freq 1, sample_freq 144: Ok (nr samples: 5)
freq 1, sample_freq 145: Ok (nr samples: 5)
freq 1, sample_freq 1234: Ok (nr samples: 7)
freq 1, sample_freq 4103: Ok (nr samples: 35)
freq 1, sample_freq 65520: Ok (nr samples: 642)
freq 1, sample_freq 65535: Ok (nr samples: 636)
freq 1, sample_freq 65552: Ok (nr samples: 651)
freq 1, sample_freq 8388607: Ok
Op PMU test:
freq 0, sample_freq 0: Ok
freq 0, sample_freq 1: Fail
freq 0, sample_freq 15: Fail
freq 0, sample_freq 16: Fail
freq 0, sample_freq 17: Fail
freq 0, sample_freq 143: Fail
freq 0, sample_freq 144: Ok (nr samples: 1604)
freq 0, sample_freq 145: Ok (nr samples: 1604)
freq 0, sample_freq 1234: Ok (nr samples: 1604)
freq 0, sample_freq 4103: Ok (nr samples: 1604)
freq 0, sample_freq 65520: Ok (nr samples: 2227)
freq 0, sample_freq 65535: Ok (nr samples: 2296)
freq 0, sample_freq 65552: Ok (nr samples: 2213)
freq 0, sample_freq 8388607: Ok (nr samples: 250)
freq 0, sample_freq 268435455: Ok (nr samples: 8)
freq 1, sample_freq 0: Ok
freq 1, sample_freq 1: Fail (nr samples: 4)
freq 1, sample_freq 15: Fail (nr samples: 4)
freq 1, sample_freq 16: Fail (nr samples: 4)
freq 1, sample_freq 17: Fail (nr samples: 4)
freq 1, sample_freq 143: Fail (nr samples: 5)
freq 1, sample_freq 144: Fail (nr samples: 5)
freq 1, sample_freq 145: Fail (nr samples: 5)
freq 1, sample_freq 1234: Fail (nr samples: 8)
freq 1, sample_freq 4103: Fail (nr samples: 33)
freq 1, sample_freq 65520: Fail (nr samples: 546)
freq 1, sample_freq 65535: Fail (nr samples: 544)
freq 1, sample_freq 65552: Fail (nr samples: 555)
freq 1, sample_freq 8388607: Ok

IBS ioctl() tests:
------------------
Fetch PMU tests
ioctl(period = 0x0 ): Ok
ioctl(period = 0x1 ): Fail
ioctl(period = 0xf ): Fail
ioctl(period = 0x10 ): Ok
ioctl(period = 0x11 ): Fail
ioctl(period = 0x1f ): Fail
ioctl(period = 0x20 ): Ok
ioctl(period = 0x80 ): Ok
ioctl(period = 0x8f ): Fail
ioctl(period = 0x90 ): Ok
ioctl(period = 0x91 ): Fail
ioctl(period = 0x100 ): Ok
ioctl(period = 0xfff0 ): Ok
ioctl(period = 0xffff ): Fail
ioctl(period = 0x10000 ): Ok
ioctl(period = 0x1fff0 ): Ok
ioctl(period = 0x1fff5 ): Fail
ioctl(freq = 0x0 ): Ok
ioctl(freq = 0x1 ): Ok
ioctl(freq = 0xf ): Ok
ioctl(freq = 0x10 ): Ok
ioctl(freq = 0x11 ): Ok
ioctl(freq = 0x1f ): Ok
ioctl(freq = 0x20 ): Ok
ioctl(freq = 0x80 ): Ok
ioctl(freq = 0x8f ): Ok
ioctl(freq = 0x90 ): Ok
ioctl(freq = 0x91 ): Ok
ioctl(freq = 0x100 ): Ok
Op PMU tests
ioctl(period = 0x0 ): Ok
ioctl(period = 0x1 ): Fail
ioctl(period = 0xf ): Fail
ioctl(period = 0x10 ): Fail
ioctl(period = 0x11 ): Fail
ioctl(period = 0x1f ): Fail
ioctl(period = 0x20 ): Fail
ioctl(period = 0x80 ): Fail
ioctl(period = 0x8f ): Fail
ioctl(period = 0x90 ): Ok
ioctl(period = 0x91 ): Fail
ioctl(period = 0x100 ): Ok
ioctl(period = 0xfff0 ): Ok
ioctl(period = 0xffff ): Fail
ioctl(period = 0x10000 ): Ok
ioctl(period = 0x1fff0 ): Ok
ioctl(period = 0x1fff5 ): Fail
ioctl(freq = 0x0 ): Ok
ioctl(freq = 0x1 ): Ok
ioctl(freq = 0xf ): Ok
ioctl(freq = 0x10 ): Ok
ioctl(freq = 0x11 ): Ok
ioctl(freq = 0x1f ): Ok
ioctl(freq = 0x20 ): Ok
ioctl(freq = 0x80 ): Ok
ioctl(freq = 0x8f ): Ok
ioctl(freq = 0x90 ): Ok
ioctl(freq = 0x91 ): Ok
ioctl(freq = 0x100 ): Ok

IBS freq (negative) tests:
--------------------------
freq 1, sample_freq 200000: Fail

IBS L3MissOnly test: (takes a while)
--------------------
Fetch L3MissOnly: Fail (nr_samples: 1213)
Op L3MissOnly: Ok (nr_samples: 1193)
---- end(-1) ----
112: AMD IBS sample period : FAILED!

With kernel fixes:

$ sudo ./perf test -vv 112
112: AMD IBS sample period:
--- start ---
test child forked, pid 6939
Using CPUID AuthenticAMD-26-2-1

IBS config tests:
-----------------
Fetch PMU tests:
0xffff : Ok (nr samples: 969)
0x1000 : Ok (nr samples: 15540)
0xff : Ok (nr samples: 40555)
0x1 : Ok (nr samples: 40543)
0x0 : Ok
0x10000 : Ok
Op PMU tests:
0x0 : Ok
0x1 : Ok
0x8 : Ok
0x9 : Ok (nr samples: 40543)
0xf : Ok (nr samples: 40543)
0x1000 : Ok (nr samples: 19156)
0xffff : Ok (nr samples: 1169)
0x10000 : Ok
0x100000 : Ok (nr samples: 1151)
0xf00000 : Ok (nr samples: 76)
0xf0ffff : Ok (nr samples: 73)
0x1f0ffff : Ok (nr samples: 33)
0x7f0ffff : Ok (nr samples: 10)
0x8f0ffff : Ok
0x17f0ffff : Ok

IBS sample period constraint tests:
-----------------------------------
Fetch PMU test:
freq 0, sample_freq 0: Ok
freq 0, sample_freq 1: Ok
freq 0, sample_freq 15: Ok
freq 0, sample_freq 16: Ok (nr samples: 1203)
freq 0, sample_freq 17: Ok (nr samples: 1604)
freq 0, sample_freq 143: Ok (nr samples: 1604)
freq 0, sample_freq 144: Ok (nr samples: 1604)
freq 0, sample_freq 145: Ok (nr samples: 1604)
freq 0, sample_freq 1234: Ok (nr samples: 1604)
freq 0, sample_freq 4103: Ok (nr samples: 1343)
freq 0, sample_freq 65520: Ok (nr samples: 2254)
freq 0, sample_freq 65535: Ok (nr samples: 2136)
freq 0, sample_freq 65552: Ok (nr samples: 1158)
freq 0, sample_freq 8388607: Ok (nr samples: 257)
freq 0, sample_freq 268435455: Ok (nr samples: 8)
freq 1, sample_freq 0: Ok
freq 1, sample_freq 1: Ok (nr samples: 4)
freq 1, sample_freq 15: Ok (nr samples: 4)
freq 1, sample_freq 16: Ok (nr samples: 4)
freq 1, sample_freq 17: Ok (nr samples: 4)
freq 1, sample_freq 143: Ok (nr samples: 5)
freq 1, sample_freq 144: Ok (nr samples: 5)
freq 1, sample_freq 145: Ok (nr samples: 5)
freq 1, sample_freq 1234: Ok (nr samples: 8)
freq 1, sample_freq 4103: Ok (nr samples: 34)
freq 1, sample_freq 65520: Ok (nr samples: 458)
freq 1, sample_freq 65535: Ok (nr samples: 628)
freq 1, sample_freq 65552: Ok (nr samples: 396)
freq 1, sample_freq 8388607: Ok
Op PMU test:
freq 0, sample_freq 0: Ok
freq 0, sample_freq 1: Ok
freq 0, sample_freq 15: Ok
freq 0, sample_freq 16: Ok
freq 0, sample_freq 17: Ok
freq 0, sample_freq 143: Ok
freq 0, sample_freq 144: Ok (nr samples: 1604)
freq 0, sample_freq 145: Ok (nr samples: 1604)
freq 0, sample_freq 1234: Ok (nr samples: 1604)
freq 0, sample_freq 4103: Ok (nr samples: 1604)
freq 0, sample_freq 65520: Ok (nr samples: 2250)
freq 0, sample_freq 65535: Ok (nr samples: 2158)
freq 0, sample_freq 65552: Ok (nr samples: 2296)
freq 0, sample_freq 8388607: Ok (nr samples: 243)
freq 0, sample_freq 268435455: Ok (nr samples: 6)
freq 1, sample_freq 0: Ok
freq 1, sample_freq 1: Ok (nr samples: 4)
freq 1, sample_freq 15: Ok (nr samples: 4)
freq 1, sample_freq 16: Ok (nr samples: 4)
freq 1, sample_freq 17: Ok (nr samples: 4)
freq 1, sample_freq 143: Ok (nr samples: 4)
freq 1, sample_freq 144: Ok (nr samples: 5)
freq 1, sample_freq 145: Ok (nr samples: 4)
freq 1, sample_freq 1234: Ok (nr samples: 6)
freq 1, sample_freq 4103: Ok (nr samples: 27)
freq 1, sample_freq 65520: Ok (nr samples: 542)
freq 1, sample_freq 65535: Ok (nr samples: 550)
freq 1, sample_freq 65552: Ok (nr samples: 552)
freq 1, sample_freq 8388607: Ok

IBS ioctl() tests:
------------------
Fetch PMU tests
ioctl(period = 0x0 ): Ok
ioctl(period = 0x1 ): Ok
ioctl(period = 0xf ): Ok
ioctl(period = 0x10 ): Ok
ioctl(period = 0x11 ): Ok
ioctl(period = 0x1f ): Ok
ioctl(period = 0x20 ): Ok
ioctl(period = 0x80 ): Ok
ioctl(period = 0x8f ): Ok
ioctl(period = 0x90 ): Ok
ioctl(period = 0x91 ): Ok
ioctl(period = 0x100 ): Ok
ioctl(period = 0xfff0 ): Ok
ioctl(period = 0xffff ): Ok
ioctl(period = 0x10000 ): Ok
ioctl(period = 0x1fff0 ): Ok
ioctl(period = 0x1fff5 ): Ok
ioctl(freq = 0x0 ): Ok
ioctl(freq = 0x1 ): Ok
ioctl(freq = 0xf ): Ok
ioctl(freq = 0x10 ): Ok
ioctl(freq = 0x11 ): Ok
ioctl(freq = 0x1f ): Ok
ioctl(freq = 0x20 ): Ok
ioctl(freq = 0x80 ): Ok
ioctl(freq = 0x8f ): Ok
ioctl(freq = 0x90 ): Ok
ioctl(freq = 0x91 ): Ok
ioctl(freq = 0x100 ): Ok
Op PMU tests
ioctl(period = 0x0 ): Ok
ioctl(period = 0x1 ): Ok
ioctl(period = 0xf ): Ok
ioctl(period = 0x10 ): Ok
ioctl(period = 0x11 ): Ok
ioctl(period = 0x1f ): Ok
ioctl(period = 0x20 ): Ok
ioctl(period = 0x80 ): Ok
ioctl(period = 0x8f ): Ok
ioctl(period = 0x90 ): Ok
ioctl(period = 0x91 ): Ok
ioctl(period = 0x100 ): Ok
ioctl(period = 0xfff0 ): Ok
ioctl(period = 0xffff ): Ok
ioctl(period = 0x10000 ): Ok
ioctl(period = 0x1fff0 ): Ok
ioctl(period = 0x1fff5 ): Ok
ioctl(freq = 0x0 ): Ok
ioctl(freq = 0x1 ): Ok
ioctl(freq = 0xf ): Ok
ioctl(freq = 0x10 ): Ok
ioctl(freq = 0x11 ): Ok
ioctl(freq = 0x1f ): Ok
ioctl(freq = 0x20 ): Ok
ioctl(freq = 0x80 ): Ok
ioctl(freq = 0x8f ): Ok
ioctl(freq = 0x90 ): Ok
ioctl(freq = 0x91 ): Ok
ioctl(freq = 0x100 ): Ok

IBS freq (negative) tests:
--------------------------
freq 1, sample_freq 200000: Ok

IBS L3MissOnly test: (takes a while)
--------------------
Fetch L3MissOnly: Ok (nr_samples: 1301)
Op L3MissOnly: Ok (nr_samples: 1590)
---- end(0) ----
112: AMD IBS sample period : Ok

Committer notes:

Avoid using PAGE_SIZE as that define is also in sys/user.h

Make it a variable not to call sysconf() multiple times.

Also cast func to void * when passing it as the first arg to memcpy to
avoid this with some versions of clang:

arch/x86/tests/amd-ibs-period.c:81:3: error: no matching function for call to 'memcpy'
memcpy(func, insn1, sizeof(insn1));
^~~~~~
/usr/include/string.h:27:7: note: candidate function not viable: no known conversion from 'int (*)(void)' to 'void *' for 1st argument
void *memcpy (void *__restrict, const void *__restrict, size_t);
^
/usr/include/fortify/string.h:40:27: note: candidate function not viable: no known conversion from 'int (*)(void)' to 'void *const' for 1st argument
_FORTIFY_FN(memcpy) void *memcpy(void * _FORTIFY_POS0 __od,
^
arch/x86/tests/amd-ibs-period.c:87:3: error: no matching function for call to 'memcpy'

This one, for instance:

Alpine clang version 19.1.4
Target: x86_64-alpine-linux-musl
Thread model: posix
InstalledDir: /usr/lib/llvm19/bin
Configuration file: /etc/clang19/x86_64-alpine-linux-musl.cfg
System configuration file directory: /etc/clang19

Signed-off-by: Ravi Bangoria <ravi.bangoria@amd.com>
Cc: Ananth Narayan <ananth.narayan@amd.com>
Cc: Ian Rogers <irogers@google.com>
Cc: Ingo Molnar <mingo@redhat.com>
Cc: Jiri Olsa <jolsa@kernel.org>
Cc: Joe Mario <jmario@redhat.com>
Cc: Kan Liang <kan.liang@linux.intel.com>
Cc: Namhyung Kim <namhyung@kernel.org>
Cc: Peter Zijlstra <peterz@infradead.org>
Cc: Sandipan Das <sandipan.das@amd.com>
Cc: Santosh Shukla <santosh.shukla@amd.com>
Cc: Stephane Eranian <eranian@google.com>
Link: https://lore.kernel.org/r/20250429035938.1301-5-ravi.bangoria@amd.com
Signed-off-by: Arnaldo Carvalho de Melo <acme@redhat.com>

show more ...