The v2 builder restores the original Cabal description override after source patching and also publishes that metadata into its index. Add the already selected 1.6.8 source as a prepatched local package so crypt32 reaches planning and source packaging. Apply the package patch once.
The actual native source producer changes only the Cabal file. Independent project capture retains Composition and byte-identical non-Windows project text. Production Windows planning, packaging, and final linking remain CI checks.
Retain the new badge receipt modules and X.509 dependencies alongside the migrated dependency ranges. Cabal parsing and 84 compiler/platform/flag finalizations pass; full builds remain for CI.
Use Bionic arc4random_buf for the older Android API route and retain the existing getentropy initializer from API 28. Register the real function address in the ARM32 interpreter so loaded SplitMix objects can resolve it.
Both ABI controls verify API26 compilation and linking against the actual NDK headers and providers, and API35 object equality. Final source checks use native LLVM21; exact final NDK18 and production package-tar validation remain for CI after local VM startup failures.
Mark x86 Mach-O info entries as alternate entries in both GHC stages, so LLD preserves tables-next-to-code. Add a production compiler object/link regression to the existing Intel CI job.
Keep static Haskell libraries and fully static application outputs while planning ghc914-sh iserv projects with a dynamic musl C loader. Scope the policy to Linux-built musl Cabal v2 interpreters and check that scope in static Linux CI.
Normal and profiled target plans preserve all unit IDs, source records and Haskell ways; only the iserv executable-static flag changes. The shared V2 project skeleton changes auxiliary derivation hashes. A small i686 musl probe reproduces static dlopen failure and verifies the dynamic loader under QEMU; full interpreter TH validation remains for canonical CI.
Keep the QEMU and scheduling overrides specific to supported ARM32 emulation. Check the source-module routing with a pure regression in the Android CI group.
Run the existing failure-only native Linux trace through pinned GDB, following the compiler shell wrapper so package DB and -B flags remain intact. Fetch the debugger only from caches within the existing overall bound and preserve diagnostic exit failures. Capture bounded stacks, registers, PC disassembly and mappings without environment or core dumps.
Validation: 41 generated-wrapper forwarding/status cases and three extracted workflow-shell cases pass; debugger cache-only fetch succeeds. The local Rosetta Linux VM cannot ptrace the child, and the bounded native ARM control stopped at metadata, so actual native fault capture remains a CI validation step.
Scope the scheduling opt-out to the patched QEMU versions, patch the interpreter source before planning, and expose the real static Bionic and GNU iconv symbols. Use the RTS package dependency for Android libffi.
The production interpreter reaches Haskell main on Rosetta and native ARM64 QEMU. Normal target TH, the ARM32 shared export, a C caller returning 42, and upstream annotations pass. Profiling execution is not yet validated.
Declare GNU libiconv as a ghc-internal system dependency in Android projects. The setup hook satisfies configure before it records library names, so consumer slices must also receive the system dependency and its static link flag.
Checked exact production vanilla and profiled interpreter derivations: both now include GNU libiconv in runtimeLibs, and native/cross compiler identities remain unchanged. The core derivation changes through dependency and install metadata; its code generation inputs remain the same.
Apply the API 26 dependency before planning every ghc914-sh Android project, including the auxiliary iserv projects and evalWith variants. Preserve the GNU headers and library paths in the plan and ghc-internal registration, and compile the static iconv archives with PIC for libsimplex.so.
Validated Nix parsing, duplicate module handling, the actual ARMv7 iserv plan arguments, and a real static/PIC libiconv build. The focused ghc-internal build remains pending.
Cabal 3.17 deduplicates flattened compiler and linker argument lists,
which drops the second -framework from Security/CoreFoundation links.
Remove the two token-level deduplications while retaining framework
search-directory deduplication and registered framework metadata.
Patch the Cabal library in haskell.nix's v2 build tool only for Darwin
archive projects. Preserve the tool's existing patches and evalWith
variants, and leave native CLI and Linux/Android build tools unchanged.
Moritz Angermann