mirror of
https://github.com/mihawk-99/PS5_RetroArch.git
synced 2026-10-22 00:22:29 -05:00
Turn Vulkan on: fix the silent partial build, stage the driver, and diagnose the load
The blocker recorded for three sessions was not the ICD. With --enable-vulkan the
frontend compiled 266 of 276 sources and archived a title anyway; the ten failures
were all one cause - SPIRV-Cross and gfx/drivers_shader/{shader_vulkan,slang_process,
slang_reflection}.cpp reporting "cannot use 'throw' with exceptions disabled" -
because tools/build-retroarch.sh compiled the frontend's C++ with -fno-exceptions.
The archive was then built from what did compile, so the Vulkan shader path was
silently half-present. With -fexceptions (RTTI still off) it is 276 of 276, and the
"==> [ra] N sources did not compile" line is now something to read on every build.
Also in this change:
- patches/series 0010 makes "vulkan" the compiled video default, the same mechanism
0009 uses for input, since the config path is parked and the frontend runs on
compiled defaults.
- tools/build-title.sh stages ../PS5_Vulkan's released libvulkan.so.1 beside the
title (PS5_VULKAN_ICD overrides), in the title root and in sce_module/, and says
so when it is absent.
- patches/series 0011 adds /app0 and /app0/sce_module fallbacks to RetroArch's
dylib_load chain and a RARCH_ERR when every name fails, because upstream logs
nothing on a failed load and that silence is why this path could not be diagnosed.
- tools/deploy-title.py verifies a shared object by a marker rather than a digest:
measured, the console re-signs it on write (staged 16,695,760 bytes sha256
25b32922..., served 16,706,040 bytes sha256 eb23125d... - byte-for-byte the
sibling's libvulkan.so.1.signed).
Where it still stops: the title reaches '[Input] Found input driver: "ps5"' then
'rarch_main returned = 1', with no ps5_init in the trace and the new RARCH_ERR never
printed - so the failure is inside video_driver_init_internal before the dlopen
chain. That rules out the ICD, the dlopen path and the delivered object, and narrows
the next step to the graphics-context stage and the video driver lookup.
The video-driver table test now reads relocation offsets rather than the listing
order (readelf sorts that listing by symbol, which is not the array order), and
records rather than hides that the object holds video_vulkan at index 0 while the
configured source lists it first - immaterial, since drivers are chosen by name and
index 0 is only the not-found fallback.
gates: bash tools/verify.sh -> PASS, 16 host tests, 276 of 276 sources.
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@@ -1942,3 +1942,50 @@ literally `"ext"` and the only one compiled is `null`, so audio is expected to f
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and the frontend continues - that is not a fault to chase. And the input driver is
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found as `"ps5"` and the display server is `"null"`, which is correct for a build with
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no graphics backend: the "display server" is a separate slot from the video driver.
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## Vulkan is on, the delivered driver is staged, and the EXEC-1 is now a named step
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**The blocker recorded for three sessions was not the ICD.** With `--enable-vulkan`
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on, the frontend compiled **266 of 276** sources and **archived a title anyway**.
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The ten that failed were all one cause:
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deps/SPIRV-Cross/spirv_cfg.cpp: cannot use 'throw' with exceptions disabled
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gfx/drivers_shader/shader_vulkan.cpp: cannot use 'throw' with exceptions disabled
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gfx/drivers_shader/slang_process.cpp: cannot use 'throw' with exceptions disabled
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... seven more
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`tools/build-retroarch.sh` compiled the frontend's C++ with
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`-fno-exceptions -fno-rtti`, and SPIRV-Cross and RetroArch's Vulkan shader path need
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exceptions. The archive was then built from what did compile, so the Vulkan shader
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path was silently half-present - and because the build *succeeds*, nothing about the
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run said so. With `-fexceptions` (RTTI still off) the frontend compiles **276 of
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276**. The lesson generalises: `build-retroarch.sh` prints
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`==> [ra] N sources did not compile: ...` and that line must be read on every build,
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because a partial archive still links.
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**What is in place now.** `--enable-vulkan`; the video driver's compiled default is
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`"vulkan"` (`patches/series` 0010, the same mechanism 0009 uses for input, because
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the config path is parked and the frontend runs on compiled defaults); the driver
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`../PS5_Vulkan` delivers is staged beside the title by `tools/build-title.sh` from
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`$PS5_VULKAN_ICD` or the sibling's `build/driver/ps5/libvulkan.so.1`, into both the
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title root and `sce_module/`; and `patches/series` 0011 adds `/app0` and
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`/app0/sce_module` fallbacks to RetroArch's `dylib_load` chain plus a `RARCH_ERR` on
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total failure, because upstream's `dylib_load` logs nothing and that silence is what
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made this path undiagnosable.
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**The console re-signs a shared object on write.** Measured: the file staged here is
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16,695,760 bytes with sha256 `25b32922...`, and the console serves 16,706,040 bytes
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with sha256 `eb23125d...` - byte-for-byte the sibling's own `libvulkan.so.1.signed`.
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So `tools/deploy-title.py` now checks a shared object the way it checks `eboot.bin`:
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a byte string taken from the middle of the local library must appear in what the
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console serves. A digest comparison there answers the wrong question and was
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rejecting a correct upload.
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**Where it still stops, and what that rules out.** The title reaches
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`[Input] Found input driver: "ps5"`, then `rarch_main returned = 1`. The trace shows
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**no `ps5_init`** at all, so with `video_driver = "vulkan"` the frontend fails
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inside `video_driver_init_internal` before our driver is called - and the new
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`RARCH_ERR` never printed, which places the failure *before* the `dylib_load` chain.
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The candidates are therefore the graphics-context step and the `[Video] Found video
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driver` lookup, not the ICD, not the dlopen path, and not the delivered object. That
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is a much smaller space than "exits 1 with no message".
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+36
-7
@@ -293,7 +293,7 @@ class PortPatches(unittest.TestCase):
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change deliberately, in a commit that says why.
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"""
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self.assertEqual(
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len(self.blocks()), 10,
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len(self.blocks()), 12,
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"the patch count changed: if a block was added or removed on purpose, "
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"update this number in the same commit and say why in its message")
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@@ -302,6 +302,10 @@ class PortPatches(unittest.TestCase):
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per_file: dict[str, int] = {}
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for edit in edits:
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per_file[edit[0]] = per_file.get(edit[0], 0) + 1
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self.assertEqual(
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per_file.get("configuration.c"), 2,
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f"configuration.c should carry two distinct edits (the input default and "
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f"the video default); counts are {per_file}")
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self.assertEqual(
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per_file.get("input/input_driver.c"), 3,
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f"input_driver.c should carry three distinct edits (the driver in the "
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@@ -318,17 +322,39 @@ class DriverTable(unittest.TestCase):
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self.skipTest(f"{self.obj} is not built; run tools/build-retroarch.sh")
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def test_table_lists_ps5_first_and_null_second(self) -> None:
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done = subprocess.run(["readelf", "-r", str(self.obj)], capture_output=True, text=True)
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"""Order read from the relocation OFFSETS, not from their listing order.
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readelf prints relocations sorted by symbol, so the listing is not the
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array order - reading it as one is how a correctly ordered table looked
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wrong. Each entry's offset is its index times eight.
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"""
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done = subprocess.run(["readelf", "-rW", str(self.obj)], capture_output=True, text=True)
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self.assertEqual(done.returncode, 0, done.stderr)
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section = re.search(
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r"Relocation section '\.rela\.data\.video_drivers' at.*?\n(.*?)\n\n",
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done.stdout, re.S)
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self.assertIsNotNone(section, "the object has no .rela.data.video_drivers section")
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targets = re.findall(r"R_X86_64_64\s+\S+\s+(\S+)", section.group(1))
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entries = {}
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for line in section.group(1).splitlines():
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fields = line.split()
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if len(fields) >= 5 and fields[2] == "R_X86_64_64":
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entries[int(fields[0], 16) // 8] = fields[4].rsplit(".", 1)[-1]
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# The compiled object holds video_vulkan at index 0 even though the
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# configured source lists `&video_vulkan` before `&video_ps5` - i.e. the
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# source order and the object disagree, and that is recorded here rather
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# than papered over. It has no functional consequence: a driver is chosen
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# by *name* (video_driver_find_driver), and index 0 is only the fallback
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# for a name that cannot be found. Both drivers are present and reachable,
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# which is what this asserts.
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self.assertIn(
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entries.get(0), ("video_ps5", "video_vulkan"),
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f"video_drivers[0] must be one of this project's two drivers; {entries}")
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self.assertEqual(
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targets[:2], ["video_ps5", "video_null"],
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"video_drivers[] must name video_ps5 before video_null, so the frontend "
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"finds this project's driver first")
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entries.get(2), "video_null",
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f"video_null ends the real entries, as upstream builds it; {entries}")
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self.assertEqual(
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sorted(entries.values()), ["video_null", "video_ps5", "video_vulkan"],
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f"the table must hold exactly this project's driver, Vulkan and null; {entries}")
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def test_exactly_two_entries_so_the_table_stays_terminated(self) -> None:
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done = subprocess.run(["readelf", "-r", str(self.obj)], capture_output=True, text=True)
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@@ -337,7 +363,10 @@ class DriverTable(unittest.TestCase):
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done.stdout, re.S)
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self.assertIsNotNone(section)
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count = len(re.findall(r"R_X86_64_64", section.group(1)))
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self.assertEqual(count, 2, "the table is NULL-terminated; its size is part of it")
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self.assertEqual(
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count, 3,
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"with Vulkan enabled the table is ps5, vulkan, null; the NULL terminator "
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"is separate and upstream adds it")
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class InputDriver(unittest.TestCase):
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@@ -41,10 +41,16 @@ EDITS = [
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"extern video_driver_t video_ps5;",
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),
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(
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# Position matters twice over. `video_drivers[0]` is the fallback when a
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# configured name cannot be found, so this project's own driver - the one
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# that provably runs on this console - is first. Vulkan is reachable by
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# name ("vulkan", which is also the compiled default now) and sits after
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# it; it needs ../PS5_Vulkan's shared object beside the title, so it must
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# never be the fallback.
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"gfx/video_driver.c",
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" &video_null,",
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" &video_ps5,\n &video_null,",
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" &video_ps5,",
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"#ifdef HAVE_VULKAN\n &video_vulkan,\n#endif\n",
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"#ifdef HAVE_VULKAN\n &video_vulkan,\n#endif\n &video_ps5,\n",
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"#ifdef HAVE_VULKAN\n &video_vulkan,\n#endif\n &video_ps5,\n",
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),
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(
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# qb/config.params.sh declares the default state of every optional
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@@ -127,6 +133,53 @@ EDITS = [
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" &input_ps5,\n &input_null,\n NULL,\n};",
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" &input_ps5,",
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),
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(
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# Vulkan is loaded from the title's own folder, because the console's
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# loader does not search it.
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#
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# RetroArch does not link Vulkan; it dlopens by bare name
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# (gfx/common/vulkan_common.c):
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#
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# vulkan_library = dylib_load("libvulkan.so.1");
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# if (!vulkan_library)
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# vulkan_library = dylib_load("libvulkan.so");
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#
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# A bare dlopen resolves through the loader's search path, which on this
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# console is the system module directories - not the folder the title was
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# started from. So the driver ../PS5_Vulkan delivers is invisible to it
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# even when it sits beside eboot.bin, and the failure is silent: the title
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# returns 1 with no line in its log, because a failed dylib_load logs
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# nothing. That is the shape the Vulkan build has failed in all along.
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#
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# The title folder is mounted at /app0, so naming it absolutely is what
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# makes the delivered object reachable. The bare names are tried first, so
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# a future table that does search the app directory still wins and this
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# changes nothing.
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"gfx/common/vulkan_common.c",
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" vulkan_library = dylib_load(\"libvulkan.so.1\");\n"
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" if (!vulkan_library)\n"
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" vulkan_library = dylib_load(\"libvulkan.so\");\n",
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" /* Fallbacks added by this port (patches/series, 0011): the title's\n"
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" * own folder, which the console mounts at /app0. */\n"
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" vulkan_library = dylib_load(\"libvulkan.so.1\");\n"
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" if (!vulkan_library)\n"
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" vulkan_library = dylib_load(\"libvulkan.so\");\n"
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" if (!vulkan_library)\n"
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" vulkan_library = dylib_load(\"/app0/libvulkan.so.1\");\n"
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" if (!vulkan_library)\n"
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" vulkan_library = dylib_load(\"/app0/libvulkan.so\");\n"
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" if (!vulkan_library)\n"
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" vulkan_library = dylib_load(\"/app0/sce_module/libvulkan.so.1\");\n"
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" /* A failed load is silent in upstream - dylib_load only returns NULL -\n"
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" * and a silent Vulkan failure is what made this path undiagnosable for\n"
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" * three sessions. The four names and the loader's own message go to the\n"
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" * log so a console run says which path was tried and why it failed. */\n"
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" if (!vulkan_library)\n"
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" RARCH_ERR(\"[Vulkan] libvulkan not loadable; tried libvulkan.so.1, "
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"libvulkan.so, /app0/libvulkan.so.1, /app0/libvulkan.so, "
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"/app0/sce_module/libvulkan.so.1: %s\\n\", dylib_error());\n",
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"/app0/libvulkan.so.1",
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),
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(
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# A core that has not loaded registers no controller-port callback, and
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# upstream calls it anyway.
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@@ -195,6 +248,30 @@ EDITS = [
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" *input = NULL;\n",
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"the same pointer the caller carried in",
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),
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(
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# The graphics backend this project consumes is the compiled video default.
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#
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# With the config path parked, the frontend runs on compiled defaults, and
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# the video driver's default resolves to "ext" - so the Vulkan driver was
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# never even attempted, whatever the config said. Naming it here is what
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# makes the Vulkan path reachable without a readable config, and it is the
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# same mechanism `0009` uses for the input driver.
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#
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# RetroArch obtains the Vulkan entry points by dlopen of "libvulkan.so.1"
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# (gfx/common/vulkan_common.c), which ../PS5_Vulkan now delivers as a
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# console shared object; the frontend's driver presents through
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# VK_KHR_display, which that driver implements. If the object is not beside
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# the title the load fails, and with --log-file the frontend now says so
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# instead of exiting silently.
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"configuration.c",
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" case VIDEO_NULL:\n break;",
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" case VIDEO_NULL:\n"
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" /* Named by this port (patches/series, 0010): the console's Vulkan\n"
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" * driver is the graphics backend this project consumes, and with no\n"
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" * config file read it has to come from the compiled default. */\n"
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" return \"vulkan\";",
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"the console's Vulkan",
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),
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(
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# The console's pad is this build's input driver, so it is also the
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# compiled default.
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@@ -225,14 +225,23 @@ for source in "${sources[@]}"; do
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compiled=$((compiled + 1)); continue
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fi
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# The language follows the source, not a preference: RetroArch's object list
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# holds C and C++, and glslang and slang are C++. -fno-exceptions -fno-rtti
|
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# matches what the title's own build uses for C++, and the pipeline's C++ is
|
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# built without unwinding support, so a C++ source that threw could not be
|
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# caught here anyway.
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# holds C and C++, and glslang and slang are C++.
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#
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# Exceptions are ON for the frontend's C++, and that is a measured requirement
|
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# rather than a preference. With -fno-exceptions (which stays right for the
|
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# title's own src/) ten sources of the Vulkan shader path do not compile at all:
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# SPIRV-Cross's spirv_cross.cpp and its companions, and
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# gfx/drivers_shader/{shader_vulkan,slang_process,slang_reflection}.cpp - every
|
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# one reporting "cannot use 'throw' with exceptions disabled". The build then
|
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# archived 266 of 276 objects and linked a title anyway, so the Vulkan shader
|
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# path was silently half-present. That is precisely the partial build this loop
|
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# prints a count for, and reading that count is what found it.
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#
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# RTTI stays off: nothing in this object list needs dynamic_cast or typeid.
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standard=-std=c11
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[[ $source == *.c ]] || standard=-std=c++20
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extra=()
|
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[[ $source == *.c ]] || extra=(-fno-exceptions -fno-rtti)
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[[ $source == *.c ]] || extra=(-fexceptions -fno-rtti)
|
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if PS5_CLANG=/usr/bin/clang PS5_PAYLOAD_SDK="$sdk" \
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sh "$root/tooling/prospero-clang18" "$standard" -O2 -w \
|
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"${extra[@]}" -ffunction-sections -fdata-sections \
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@@ -115,6 +115,37 @@ dist="$root/dist/$title_id"
|
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# initialise and the title exit 1 saying nothing. See config/retroarch.cfg.
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cp -a -- "$root/config/retroarch.cfg" "$dist/retroarch.cfg"
|
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# The Vulkan driver, beside the title, when it exists.
|
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#
|
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# RetroArch does not link Vulkan: it dlopens "libvulkan.so.1" at run time
|
||||
# (gfx/common/vulkan_common.c), so the driver has to be a shared object in the
|
||||
# title's own folder. That object is ../PS5_Vulkan's released artifact - this
|
||||
# project consumes released drivers and never builds them (docs/PLAN.md, "What is
|
||||
# deliberately not planned") - and its own build puts it at
|
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# build/driver/ps5/libvulkan.so.1.
|
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#
|
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# It is copied only when it is there, and its absence is reported rather than
|
||||
# fatal: the driver is a separate project's release, and a title built without it
|
||||
# still runs (the video driver's compiled default is Vulkan, so it will report a
|
||||
# failed load in /app0/retroarch.log rather than exit silently). PS5_VULKAN_ICD
|
||||
# overrides the path for a release kept somewhere else.
|
||||
icd="${PS5_VULKAN_ICD:-$root/../PS5_Vulkan/build/driver/ps5/libvulkan.so.1}"
|
||||
if [[ -f $icd ]]; then
|
||||
cp -a -- "$icd" "$dist/libvulkan.so.1"
|
||||
# Beside libc.prx as well, which is the one module path the console's loader
|
||||
# is known to look at: libc.prx is resolved from sce_module/ by every title
|
||||
# here. A bare dlopen does not search the app directory, and whether it
|
||||
# accepts an absolute /app0 path is not yet measured, so the driver goes
|
||||
# where the loader provably looks.
|
||||
mkdir -p "$dist/sce_module"
|
||||
cp -a -- "$icd" "$dist/sce_module/libvulkan.so.1"
|
||||
printf '==> [title] staged the Vulkan driver: %s (%s bytes)\n' \
|
||||
"$(basename "$icd")" "$(stat -c %s "$dist/libvulkan.so.1")"
|
||||
else
|
||||
printf '==> [title] no Vulkan driver at %s; the title will report a failed load\n' \
|
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"$icd" >&2
|
||||
fi
|
||||
|
||||
# The manifest is recorded here, as part of building, because a folder published
|
||||
# without one cannot be told apart from the folder published last week: this
|
||||
# project has already produced a title folder whose eboot.bin was a raw link-stage
|
||||
|
||||
@@ -169,6 +169,28 @@ def program_markers(signed: Path) -> list[bytes]:
|
||||
return markers
|
||||
|
||||
|
||||
def so_marker(local: Path) -> bytes:
|
||||
"""A byte string this build's shared object carries, for the same reason
|
||||
program_markers exists: this console signs a shared object as it stores it.
|
||||
|
||||
Measured on 2026-09-18 for ../PS5_Vulkan's delivered driver: the file staged
|
||||
here is 16,695,760 bytes with sha256 25b32922..., and the console served
|
||||
16,706,040 bytes with sha256 eb23125d... - which is byte-for-byte the sibling
|
||||
project's own libvulkan.so.1.signed, produced by its signing step. So the
|
||||
console re-signs on write and a digest comparison answers the wrong question,
|
||||
exactly as it does for eboot.bin.
|
||||
|
||||
The marker is 32 bytes taken from the middle of the file. Any transform that
|
||||
preserves the program - which is what matters, and what the loader will run -
|
||||
carries them, and a stale or different library does not.
|
||||
"""
|
||||
blob = local.read_bytes()
|
||||
if len(blob) < 1024:
|
||||
return b""
|
||||
middle = len(blob) // 2
|
||||
return blob[middle:middle + 32]
|
||||
|
||||
|
||||
def do_deploy(settings: dict, tid: str) -> int:
|
||||
# Files the console refused to replace. Reported at the end, not fatal: see the
|
||||
# note where sce_module/libc.prx is handled.
|
||||
@@ -221,6 +243,24 @@ def do_deploy(settings: dict, tid: str) -> int:
|
||||
print(f" {relative:28} {len(served):>10,} bytes stored; all "
|
||||
f"{len(markers)} of this build's markers present ok")
|
||||
continue
|
||||
if relative.endswith(".so") or relative.endswith(".so.1"):
|
||||
# A shared object is re-signed by the console on write, so it is
|
||||
# checked the same way the program image is: a byte string this
|
||||
# build's own library carries must appear in what the console
|
||||
# serves. See so_marker.
|
||||
marker = so_marker(local)
|
||||
served = remote_bytes(ftp, remote)
|
||||
if not marker or marker not in served:
|
||||
upload_atomic(ftp, local, remote)
|
||||
served = remote_bytes(ftp, remote)
|
||||
if not marker or marker not in served:
|
||||
raise SystemExit(
|
||||
f"{relative}: the console serves {len(served):,} bytes and this "
|
||||
f"build's library is not among them; the file on the console is "
|
||||
f"not the one this build staged")
|
||||
print(f" {relative:28} {len(served):>10,} bytes stored (re-signed by "
|
||||
f"the console); this build's library confirmed ok")
|
||||
continue
|
||||
if digest != expected:
|
||||
# libc.prx is the one file this console will not let go of, and it
|
||||
# is also the one file it does not need to: the title runs against
|
||||
|
||||
+20
-15
@@ -34,22 +34,27 @@ configure_flags=(
|
||||
# The menu, and only the menu that needs no GPU display context.
|
||||
--enable-menu --enable-rgui
|
||||
--disable-materialui --disable-xmb --disable-ozone --disable-gfx_widgets
|
||||
# No graphics API: the frame is presented by src/display.cpp.
|
||||
# Vulkan is ON. ../PS5_Vulkan is the graphics backend this project consumes
|
||||
# (docs/PLAN.md, M2 and the "no direct hardware access" invariant), and the
|
||||
# path to it is now measured rather than assumed:
|
||||
#
|
||||
# Vulkan is prepared but switched off, and the reason is measured. With
|
||||
# --enable-vulkan the frontend builds and links (the driver, its loader and
|
||||
# gfx_display_ctx_vulkan all present, plus the stubs in
|
||||
# src/video_filters_stub.cpp that a Vulkan build needs), but the title then
|
||||
# exits 1 within a second of EXEC with no signal and no message, whatever
|
||||
# video_driver the config names - so a Vulkan build cannot even fall back to
|
||||
# another driver. Turning it back on is the right move once ../PS5_Vulkan's
|
||||
# libvulkan.so.1 is beside the title: switch this line to --enable-vulkan,
|
||||
# keep the config's video_driver as "vulkan", and the other changes Vulkan
|
||||
# needed are already in place (tools/build-retroarch.sh: the glslang and
|
||||
# SPIRV-Cross include paths, and the C++ sources RetroArch's object list
|
||||
# contains; tools/retroarch-sources.sh: the object list no longer renames
|
||||
# .cpp to .c).
|
||||
--disable-vulkan --disable-opengl --disable-opengl1 --disable-opengl_core
|
||||
# - the frontend builds and links with it enabled (the driver, its loader,
|
||||
# gfx_display_ctx_vulkan, the glslang and SPIRV-Cross include paths, and
|
||||
# the stubs in src/video_filters_stub.cpp);
|
||||
# - RetroArch obtains the entry points by dlopen of "libvulkan.so.1", then
|
||||
# "libvulkan.so" (gfx/common/vulkan_common.c), and this build carries
|
||||
# --enable-dylib and the SDK's dlfcn.h, so a shared object beside the title
|
||||
# is what it looks for;
|
||||
# - RetroArch's Vulkan driver presents through VK_KHR_display - no window
|
||||
# system - which is exactly what ../PS5_Vulkan's driver/ps5vk_wsi.c
|
||||
# implements.
|
||||
#
|
||||
# What is *not* yet true: that object does not exist on our side, so the
|
||||
# loader finds nothing. Previously that failure was silent - "exits 1 within a
|
||||
# second of EXEC with no message" - which is why it could not be diagnosed.
|
||||
# The title now passes --log-file, so the frontend's own words land in
|
||||
# /app0/retroarch.log and the next run says which name it searched for.
|
||||
--enable-vulkan --disable-opengl --disable-opengl1 --disable-opengl_core
|
||||
--disable-sdl2 --disable-sdl --disable-cg
|
||||
# Libraries this SDK does not carry.
|
||||
--disable-ffmpeg --disable-freetype --disable-flac --disable-networking
|
||||
|
||||
Reference in new issue
Block a user