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Record final GHC 9.14 matrix and actual mobile builds

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Moritz Angermann committed 2026-10-16 01:39:17 +09:00
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@@ -134,7 +134,7 @@ their historical build scripts.
## Migration validation
On 2026-10-15, all 21 existing Hydra derivations evaluated successfully at
`ef3a3b0b78aa108f9ab192278e4dae9a3d978d07`: 11 on x86_64 Linux, two on ARM64 Linux,
`52cbb2c7f796bfeca0824bd3e2168e344ce84774`: 11 on x86_64 Linux, two on ARM64 Linux,
and four on each Darwin architecture. This includes both Android ABIs, Windows,
and all three static Linux targets.
@@ -153,16 +153,34 @@ SQLCipher component also built with Nix and registered both Apple frameworks.
The replacement RTS and `text` built with Nix and passed ABI,
instruction-baseline, UTF-8, and GC checks.
A packaging check passed on copies of those tested Swift/CommonCrypto Cabal
archives, using the production `mac2ios`, strip, ZIP, FFI, and GMP tools and
archives. All 3,600 Mach-O members were tagged for iOS, and the five ZIP entries
passed CRC and content-hash checks. The production FFI archive also passed an
instruction-baseline check. This is a Cabal-archive packaging check, not the
final Nix iOS artifact or a runtime test after retagging.
Both full Nix ARM64 iOS library ZIPs, Swift JSON and tagged JSON, built at
`ef3a3b0b78aa108f9ab192278e4dae9a3d978d07`. Each ZIP contained its five expected
archive entries with valid CRCs and 3,630 Mach-O members tagged ARM64/iOS. Their
Hydra product markers pointed to the actual ZIPs. The production FFI archive
passed an instruction-baseline check. The package uses the full Cabal v2 unit ID
in its archive filenames; the existing Xcode project updater accepts those names.
The later Android-only changes leave these build inputs unchanged. This verifies
the packaged library, not execution after retagging.
The complete set of 21 final Nix artifacts, ARMv7 cross-TH, Android device tests,
and an Xcode application build remain unverified. Derivation evaluation and
native mobile checks do not establish that those builds and runtime checks pass.
The Android API26 ARMv7 `ghc-internal` built at
`52cbb2c7f796bfeca0824bd3e2168e344ce84774`, including all 292 Haskell modules and
C sources. Its unit ID and ABI match the earlier build, and GNU iconv is retained
in its installed paths and consumer dependencies. The production interpreter
build stopped before startup because this local external-builder backend rejects
its `recursive-nix` scheduling requirement. The upstream native-x86 guard stays
in place; the full interpreter and cross-TH checks still need a suitable builder.
A diagnostic build of ARMv7 `base`, with only that scheduling metadata relaxed,
completed all 241 modules under Rosetta. A small GHC 9.14 Haskell program using
that diagnostic `base` and the production core libraries then passed on both
Rosetta QEMU and native ARM64 Linux QEMU. The same static ARM32 executable checked
32-bit `Int`, arithmetic, `forkIO`, and GC; it needed no TLS adjustment. This
proves basic Haskell execution under software emulation, not the full TH path or
qualification for removing the production scheduling guard.
The final Linux/Windows and Intel Darwin outputs, ARMv7 cross-TH, Android device
tests, and an Xcode application build remain unverified. Derivation evaluation
and native mobile checks do not establish that those builds and runtime checks pass.
## Updating package hashes