vasilito
f2b6c1e0ed
The Redox target port applier claimed validation on 16.1.0 but its idempotency probe used each block's longest line, which for three blocks is generic upstream boilerplate. Against a pristine 16.1.0 tree that silently skipped the libgcc target arms and BOTH crossconfig.m4 arms (libgcc/config.host and crossconfig.m4 contain zero redox references, yet the applier reported 'already present'), producing a half-ported tree -- the exact failure the script documents itself as preventing. Probe on the longest redox-bearing line instead, matched whole. Two port requirements the original extraction missed, both fatal: - gcc/config/redox.opt.urls. GCC 16 requires a .opt.urls companion for every .opt; s-options fails without it. Contents match what regenerate-opt-urls.py emits for these two options, cross-checked against the six upstream .opt.urls declaring the same pthread/rdynamic. - libtool has no redox host. Upstream Redox gets shared libraries from recipes/dev/libtool (a Redox-patched libtool 2.5.4-redox-9510) via libtoolize during autoreconf, not from GCC's bundled libtool.m4. That route does not apply to GCC 16, which bundles 2.2.7-era macros plus its own ltgcc.m4. Without redox arms _LT_SYS_DYNAMIC_LINKER leaves dynamic_linker=no, libstdc++ builds static-only, and the desktop stack cannot link -- libQt6Core.so and every KF6 library carry DT_NEEDED libstdc++.so.6. apply-libtool-redox.py registers the four arms that matter, verbatim from the Redox libtool macros already in prefix/. Result: x86_64-unknown-redox-gcc 16.1.0 with libstdc++.so.6.0.35 (SONAME libstdc++.so.6, NEEDED libc.so.6 + libgcc_s.so.1 -- identical to the 13.2.0 library it replaces, exports a superset up to GLIBCXX_3.4.35). std::ranges::to now compiles for the Redox target; GCC 13.2.0 fails the same test, which is what blocked kwin's 16 affected files. install-gcc16-toolchain.sh installs into all three locations a recipe can resolve a compiler from -- including ~/.redoxer, which src/cook/script.rs puts highest on PATH -- and is reversible with --restore. Its cstdlib strtold patch is guarded; the mk/prefix.mk sed is not, and had applied that block 17 times to the GCC 13 toolchain.
98 lines
2.8 KiB
Plaintext
98 lines
2.8 KiB
Plaintext
/build/
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**/my_*
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.idea/
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.vs/
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.vscode/
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.devcontainer/
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/repo
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/web
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/cookbook.toml
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# Nested recipe debris from prior build-system layouts (4.2GB+ of duplicates)
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recipes/recipes/
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# Fetched source trees in mainline recipes AND in specific local/ build-cache
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# recipes (those whose source/ is a transient working copy re-fetched by the
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# build system from the recipe's `git` URL). The durable code for these is
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# recipe.toml + local/patches/. — DO NOT add a blanket `local/recipes/**/source`
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# rule here: ~150 Red Bear recipes have durable source code under
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# `local/recipes/<name>/source/` (the fork model).
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recipes/**/source
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recipes/**/source.tmp
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recipes/**/source-new
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recipes/**/source-old
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recipes/**/source.tar
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recipes/**/source.tar.tmp
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recipes/**/source.pre-preservation-test/
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local/recipes/archives/uutils-tar/source
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# Bump-recipe cache used by local/scripts/bump-graphics-recipes.sh.
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# Cache is fetched from upstream release indexes; reproducible from script run.
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.redbear-recipe-bump/
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# Build artifacts — target/ dirs are everywhere
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target
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wget-log
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/sysroot/
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# Vendor source trees (fetched, not our code)
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**/amdgpu-source/
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# External reference trees (read-only consultation sources). The Linux
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# reference tree (local/reference/linux-7.1) is currently kept locally
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# but is gitignored by size; seL4 reference is an empty placeholder.
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local/reference/linux-*/
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local/reference/seL4/
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# Per-fork upstream content fingerprint cache. Built by
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# verify-fork-versions.sh on each preflight run; reproducible from
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# a fork upgrade, not source of truth.
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.redbear-fork-verify/
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# Compiled objects
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*.o
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*.so
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*.bin
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*.fw
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*.lock
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# Internal tooling
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.sisyphus/
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TASK_COMPLETION_SUMMARY.md
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__pycache__/
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extra.img: 1073741824 bytes
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extra.img
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Packages/redbear-firmware.pkgar
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packages/
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sources/x86_64-unknown-redox/
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sources/*.tar.gz
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Packages/*.pkgar
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.slim/deepwork/
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# Bare git fetcher caches at the repo root. The cookbook's fetch workflow
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# creates these as transient scratch space (shallow clones used during
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# recipe source acquisition). Not declared submodules — see .gitmodules
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# for the canonical 9 `submodule/<component>` entries. Anchored to root
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# only; does NOT match nested `.git` directories inside submodules.
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/*.git/
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# Empty placeholder file at the repo root. Was an artifact of a reverted
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# "phase 1.1: refresh gitlink SHAs for 9 submodules" attempt — see commit
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# b062cf43b7. The real relibc lives at local/sources/relibc/ (a submodule).
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/relibc
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# Downloaded toolchain installer tarballs under prefix/. Reproducible
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# from build-redbear.sh — never commit them. The toolchain is rebuilt by
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# `make prefix` after fork (relibc/kernel/base) changes.
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/prefix/**/*.tar.gz
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# GCC 16 cross-toolchain build artifacts (reproducible via
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# local/scripts/build-gcc16-cross.sh from local/recipes/dev/gcc16/source.tar)
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/build/gcc16-build/
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/build/gcc16-install/
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/build/gcc13-backup/
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/build/host-tools/
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