- the client-memory case runs on every arm, as the client array scenario does
- a capture program meets both signednesses in one capture without a relink
- a relink that turns an ivec4 input into uvec4 starts over
- the recreated program and array must reuse their names
- the ESSL check counts the width declarations
- a failed armed build disables the seeds for that link only; a relink arms again
- a refusal applies to the link it was built for, so a relink's first draw expects seeds
- a relink without integer inputs drops the arming
- the program twin is looked up only for a plan that needs seeds
- the seed state resets after the unlinked-program return, not before it
- every integer array reaches the driver with its input's signedness, at the pointer, zero-stride and client-memory call sites, so each fetch is one ES defines
- 8/16-bit data of the other signedness is widened back by the program's runtime-width seeds, armed on the first draw that needs them and set as two uniforms per draw
- capture programs with integer inputs are armed at their first build; arming is part of the ESSL translation key
- a build whose seeds cannot be verified keeps the driver's own value for narrow data; one that fails to link is rebuilt without them
- the program's integer input masks are memoized on its shader record
- ExtendNarrowIntegerVertexInputsPass gains a RuntimeWidths mode: every 32-bit integer input below location 32 is widened from two Private uint globals by shifts only
- ShaderCompiler::ExtendNarrowIntegerVertexInputsForEssl reports whether it rewrote the module
- the constant-mask mode is unchanged byte for byte
- IntegerAttributeTypePeek wraps the ES draw entry points and flags an enabled array whose type has the other signedness from its input
- every narrow-integer case asserts it on DirectGLES monolith and in-process; elsewhere it logs why and keeps the value checks
- new cases: two programs on one array, a first build for matching data, one source built twice, relink, recreate, bound location, DSA, zero stride, client memory, 32-bit data, multi-draw, pipeline stage, type query
- red on DirectGLES until the driver gets the input's signedness
- IntegerVertexInputMasks, the four narrow data masks and ResolveNarrowIntegerVertexInputs move to MG_Util so another backend can plan the same correction
- Magma keeps its VkFormat Note on a derived mask type; behaviour is unchanged
- Sodium 0.5 feeds unsigned-byte lightmaps to Iris 1.7's ivec4; sign-extended, all terrain is black
- with Magma's narrow-integer variant disabled the frame scores 0.25 against either golden
- the golden is the CI software renderers' picture: the outline relies on rounding GL leaves open
- the program record remembers the last variant per flags, so a narrow-integer draw
costs one lookup and the plain program it never draws with ages out
- every 8/16-bit pairing plus 32-bit and matching controls, one instanced, via transform feedback
- one program over a signed and an unsigned array in both orders, on the monolith and split arms
- the fetch format takes the input's signedness, so UNSIGNED_BYTE 240 read as int was -16
(Sodium lightmaps into a_LightAndData: dark terrain under shaderpacks)
- a program variant keyed on two cached masks re-extends exactly those locations
- the vertex input resolve moves ahead of the variant pick; vertex-stage transforms get a helper
- listed locations are masked to 8/16 bits or sign-extended from them at the top of main
- each input becomes a Private copy seeded once; access chains are retyped, arrays go per element
- clip-space fix-up and XFB gl_Position mirror go before every EmitVertex
and EmitStreamVertex in the entry point's call tree, not only main's
- helpers are not inlined, so a helper-emitted vertex skipped the depth
remap (clipped below GL z=0) and was never captured by XFB
- TransformSpirvForVulkanPositionFix exported for the unit cases
- RetainGeometryOutputsPass shadows each output whose pre-emit value can be
observed later and copies it into the real output before every emit
- runs in SanitizeAndOptimizeBinary, so Magma and Espryt both get it
- iterationT terrain: flat textureResolution written once, emitted 3 times
- Iris budgets a whole program's samplers against GL_MAX_TEXTURE_IMAGE_UNITS;
the ES driver's 16 per stage left iterationT with no pipeline on Espryt
- report min(32, max(per-stage, combined)) so unit numbers stay legal
- add CapabilityLimitsTest for the Adreno, narrow and wide cases
- CtWireScenario reads `ar` / `od` off the server's PipeStats line on every arm
- the serial == resets assertion could not fail and is dropped
- ServerVerbSink's unread BindContexts, Presents and LastPresentSerial go too
- Armed requires fatal=1; the monolith control envs share the ambient lane's base list
- the capability field is corrupted through the knob at Clear, DrawArrays and ReadPixels
- the library's poison omission is checked to match its verb, not its class
- the PoisonOmitted and VerifySplitPoisonOmitted entries set the harness marker MGITEST_POISON_OMIT; the re-executed child arms the pair through Harness/PoisonOmissionArm.h
- MGPipeSetPoisonOmission, the stamp withhold, the name lookups and the server half (now one atomic word) compile only with MOBILEGL_PIPE_VERIFY
- three PipeInputsTest cases withhold the stamp test-side; PoisonOmitKnobArmsTheOmission and BadPoisonOmitKnobIsFatalNamingTheKnob are retired
- skip census: the two retired cases leave the unit-strict and unit-verify names
- ArmVerify reads it through LookupSetting; Features.PipeVerifyCorrupt is gone
- unit PipeInputsTest.EveryCorruptedFieldIsNamedByTheComparator replaces negative control A2
- integration-verify's controls A and A2 and integration-verify-split's control A with its log copy step are retired
- PipeVerifyArmingScenario.Armed no longer skips when the knob is set
- skip census: the new case is a listed skip in the unit, unit-split and unit-strict lanes
- 'Split lane fallback (lane step skipped)' runs the ownership check and the DirectGLES.Split. entries only when split-baseline.xml is missing, as the retired controls step did
- the integration-split header and junit_tally.py's docstring stop naming the retired controls
- the forgotten mapping's next-frame write must also miss the server; the re-announce must ship the latest write
- the case is left out of the ambient, Verify, VerifySplit and Magma Full registrations, where it only skipped
- DirectVulkan.Split pins MOBILEGL_IPC_ADOPT_TIER=2 for it, so its emulated declaration holds
- snapshots doubled the cache restore (25 to 52 s) and device-offline retries went from 3 to 10
- the AVD job boots the new AVD once and powers it off; retrace jobs cold-boot it as before
- the AVD job boots the new AVD once per GPU mode and saves a snapshot into the cache
- retrace jobs load their mode's snapshot, log whether it loaded, and skip SDK setup on a hit
- scripts/ci/retrace_verify_reason.py holds the retrace-verify control's reason check, a plain search for Fatal{PipeVerifyDiffer, "GetRenderStateParameters@ (run_trace_case.cmake prints the library log through message(STATUS), which never re-wraps, so the old prefix stripping and whitespace collapse are gone); the workflow step and test_run_trace_case.py both run it, so the test can no longer pass on a copy
- canned reds carrying a different Fatal (Fatal{UnmigratedPipeInput, "GetPixelStoreParameters@ReadPixels"}) or the comparator's divergence on another field (Fatal{PipeVerifyDiffer, "GetPixelStoreParameters@ReadPixels"}) must fail the check
- skip_census.py check --require LANE: an optional lane the run took the path for is red when absent, and a name the baseline lacks is red too; self-test cases
- skip-census needs build-guard and reads integration-split's new defaults-on output: any verdict but identical requires unit-split, arm-inproc and arm-monolith, and unproven IPC defaults require the two arm rows
BZLZHH
swung0x48