rainix-autopublish: derive the soldeer publish version from the registry; never push back to the consumer branch - #334
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…y; never push back The soldeer path no longer records "next unpublished version" as mutable repo state: the registry is the version ledger, and the publish version is max(patch_bump(newest published), local [package].version) under semver ordering — the local version line is only an optional floor for deliberate minor/major jumps, edited in an ordinary PR. First publish (no revisions) uses the local version as-is. The content gate (version-line-blanked normalized hash vs the newest published zip) is unchanged. On publish the version line is rewritten to the publish version in the CI checkout only (rainix-static soldeer-set-version), so the uploaded zip is self-consistent; nothing is ever committed or pushed to the consumer branch. The sol-v<version> tag now points at the triggering commit and is pushed as a bare tag ref, with the GitHub release created immediately after, both decoupled from any branch push — a branch-protected consumer main can no longer redden publishing runs or eat the tag/release as collateral. The ahead-invariant (local must be ahead of published) is retired: local == published is the normal steady state. Closes #333 Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Point the reusable workflows' pinned flake ref at the commit in this PR that carries the registry-derived soldeer-gate and the new soldeer-set-version subcommand, so the @main workflow and the pinned gate binary it invokes ship together atomically on merge — no window where the new workflow drives the old gate (which would fail the retired ahead-invariant on steady-state repos). Mechanical find-replace across all 13 rainix-*.yaml; one shared pin per convention. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
📝 WalkthroughWalkthroughSoldeer publishing now derives versions from the registry, rewrites ChangesSoldeer publishing lifecycle
Estimated code review effort: 4 (Complex) | ~45 minutes Merge Risk: 🟡 Moderate · up to The workflow can still race when multiple Soldeer publishes run concurrently, causing duplicate-version attempts or conflicting tags, and an extreme patch value can overflow during version derivation. These bounded correctness and release-readiness issues should be fixed or explicitly accepted before merge. Sequence Diagram(s)sequenceDiagram
participant AutopublishWorkflow
participant SoldeerGate
participant SoldeerRegistry
participant GitHub
AutopublishWorkflow->>SoldeerGate: calculate publish version
AutopublishWorkflow->>AutopublishWorkflow: rewrite CI checkout version
AutopublishWorkflow->>SoldeerRegistry: forge soldeer push
AutopublishWorkflow->>GitHub: push sol-v version tag
AutopublishWorkflow->>GitHub: create release from tag
Possibly related PRs
Suggested labels: 🚥 Pre-merge checks | ✅ 5✅ Passed checks (5 passed)
✨ Finishing Touches📝 Generate docstrings
🧪 Generate unit tests (beta)
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In @.github/workflows/rainix-autopublish.yaml:
- Around line 258-265: Add job-level concurrency to the Soldeer publishing job,
using a group composed of github.repository, github.ref, and
inputs.soldeer-package, with cancel-in-progress set to false. Keep the existing
Tag Soldeer release behavior unchanged.
In `@rainix-static/src/soldeer_gate.rs`:
- Around line 213-229: Update run and the curl_stdout/parse_registry flow so
transport failures and malformed registry responses return or propagate an error
instead of becoming remote = None. Reserve the publish_version first-publish
path for a successful, valid response explicitly containing an empty revision
list, and ensure failed lookups cannot produce an upload with OLD=none.
- Around line 120-139: Update publish_version to use checked_add(1) for rv[2]
and return a descriptive error when the patch number is already at the maximum
u64 value, instead of allowing overflow. Add a boundary test covering registry
version 18446744073709551615 for the patch component and assert that
publish_version returns an error.
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📒 Files selected for processing (15)
.github/workflows/rainix-autopublish.yaml.github/workflows/rainix-copy-artifacts.yaml.github/workflows/rainix-manual-sol-artifacts.yaml.github/workflows/rainix-manual-sol-verify.yaml.github/workflows/rainix-rs-static.yaml.github/workflows/rainix-rs-test.yaml.github/workflows/rainix-rs-wasm-test.yaml.github/workflows/rainix-rs-wasm.yaml.github/workflows/rainix-sol-legal.yaml.github/workflows/rainix-sol-static.yaml.github/workflows/rainix-sol-test.yaml.github/workflows/rainix-subgraph-test.yaml.github/workflows/rainix-tag-release.yamlrainix-static/src/main.rsrainix-static/src/soldeer_gate.rs
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…blish; checked patch bump A transport failure, non-registry HTTP status, or malformed revision response previously collapsed into remote=None and took the first-publish path, deriving an already-published version with OLD=none. registry_revision now decides from the HTTP status + body: first publish is only the registry's own 404 fail envelope (how api.soldeer.xyz answers an unknown project) or a 200 with an explicitly empty data array; everything else fails the gate loud. curl runs without -f so the status and body of an HTTP-level failure reach that decision. The patch bump is checked_add: a published patch of u64::MAX errors instead of wrapping. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
…e autopublish runs All 13 reusables advance the shared pin to the gate that fails loud on registry failures and checked-bumps the patch. The autopublish release job gains job-level concurrency (group per caller repo + ref + soldeer package, cancel-in-progress false) — GitHub honors job-level concurrency declared inside a called workflow, so publish runs serialize even for consumers whose caller carries no concurrency group. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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Tip For best results, initiate chat on the files or code changes. 🧩 Analysis chain🏁 Script executed: #!/bin/bash
set -euo pipefail
base_ref="$(git remote show origin | sed -n '/HEAD branch/s/.*: //p')"
base_commit="$(git merge-base "origin/${base_ref}" HEAD)"
printf '%s\n' '=== Complete base-to-HEAD diff stat ==='
git diff --stat "$base_commit" HEAD
printf '%s\n' '=== Changed files ==='
git diff --name-status "$base_commit" HEAD
printf '%s\n' '=== Rust change outline ==='
ast-grep outline rainix-static/src/soldeer_gate.rs --items all --view expanded
printf '%s\n' '=== Workflow change sections ==='
git diff --unified=12 "$base_commit" HEAD -- .github/workflows/rainix-autopublish.yaml .github/workflows/rainix-tag-release.yamlLength of output: 3861 SIZE=L You are interacting with an AI system. |
Defect class
rainix-autopublishrecorded "next unpublished version" as mutable consumer-repo state (foundry.toml[package].version) and synced it by pushing a bump commit back to the consumer's main after every soldeer publish. That cross-system state sync is a failure class, observed live on rain.datacontract 2026-08-19:GH006), so every publishing run ends red (e.g. https://github.com/rainlanguage/rain.datacontract/actions/runs/32256792684).sol-v<version>tag + GitHub release died as collateral of the same failed push step (rain.datacontract published 0.1.1 and 0.1.2 with neither tag nor release).Ruled design (human, 2026-08-19)
Derive the publish version from the registry; never push back to the consumer branch:
publish_version = max(patch_bump(newest_published), local [package].version)under semver (numeric, never string) ordering. The local version line is demoted to an optional FLOOR, edited in an ordinary PR only for deliberate minor/major jumps; the workflow never writes it.publish_versionin the CI checkout only (rainix-static soldeer-set-version, Rust per the tooling rule) so the uploaded zip is self-consistent; thenforge soldeer push, thensol-v<publish_version>tag + GitHub release pushed as a bare tag ref, decoupled from any branch push.What changed
rainix-static/src/soldeer_gate.rs:ver_gt/bump_patchand the ahead-invariantfailare replaced bypublish_version(local, remote)(registry-derived max, error on any unparseable version — fail-loud is kept, a registry version that cannot be ordered is never guessed past). The patch bump ischecked_add: a published patch of u64::MAX errors instead of wrapping. Registry lookups are decided byregistry_revision(status, body)from the HTTP status + body: transport failures, non-200/404 statuses, unparseable JSON, and revisions missing their version/url are loud gate errors, never a first publish; the first-publish path is only the registry's own 404{"status":"fail"}envelope (how api.soldeer.xyz answers an unknown project — verified live) or a 200 with an explicitly emptydataarray (project exists, zero revisions).curlruns without-fso the status and body of an HTTP-level failure reach that decision (curl_status_body/split_status_body). Newset_first_version_line/set_versionback thesoldeer-set-versionsubcommand. Gate emitschanged/version(the derived publish version); thenextoutput is gone (its only consumer was the removed bump step).rainix-static/src/main.rs: newsoldeer-set-version --version <x.y.z>subcommand; usage docs updated..github/workflows/rainix-autopublish.yaml: "Bump Soldeer version" step deleted; "Publish to Soldeer" rewrites the version line (checkout-only) before pushing; new "Tag Soldeer release" step tags${{ github.sha }}and pushes only the tag ref, with the soldeer GitHub release created immediately after — both before, and independent of, any branch push; "Tag and push" now runs only for cargo/npm (which still create release commits) and no longer tags soldeer; input descriptions updated. The job-level "Package Release" skip guard is retained — the cargo and npm paths still push bump commits that must not retrigger the run. Thereleasejob carries job-levelconcurrency(rainix-autopublish-${{ github.repository }}-${{ github.ref }}-${{ inputs.soldeer-package }},cancel-in-progress: false): GitHub honors job-level (not workflow-level) concurrency declared inside a called workflow, so publish runs serialize even for consumers whose caller carries no concurrency group; a running publish is never cancelled, and a superseded pending job is replaced by the newest queued run whose checkout contains everything the superseded push had..github/workflows/rainix-tag-release.yaml: header comment describing the library lifecycle updated to the registry-derived semantics.env.RAINIX_SHAbumped across all 13 rainix-*.yaml reusables (one shared pin, per convention) to the commit in this PR that carries the new gate, so the reusable workflow and the gate binary it runs ship together atomically on merge — no window where the@mainworkflow drives the old pinned gate.Consumer-visible changes (this reusable publishes for many org repos)
Package Release: soldeer <pkg> <next>commits). Branch-protected mains publish green with zero settings changes.max(patch_bump(newest_published), local)instead of exactly the local version. Where local was maintained one-ahead (the old steady state), the published version is identical to before; a stale-low local no longer stops or breaks anything — the registry walks past it.local == publishedno longer fails the run (retired ahead-invariant); it is the steady state.localbehind published is also fine (floor semantics). The gate still fails loud on an unparseable local or published version.sol-v<version>tag now points at the commit that triggered the publish (the exact published content) instead of a subsequent bump commit, and the tag + GitHub release are pushed before and independently of any branch push — a rejected branch push (cargo/npm on a protected branch) can no longer eat them.foundry.toml's version line is rewritten to the publish version in the CI checkout at publish time only; the published zip'sfoundry.tomlnow carries the version it is published under (previously it carried the same value only because local WAS the publish version).soldeer-package,soldeer-generate-cmd(still accepted, still a no-op), and all secrets unchanged — consumer repos need zero changes.RAINIX_SHAadvance moves every reusable's pinned dev-shell/toolchain from 53e96a7 (2026-07-10) to current main + this change — the standard periodic pin advance, taken here so the gate ships.Notes (audit inputs, not verdicts)
run()'s andcurl_status_body()'s subprocess wiring (forge dry-run, the curl invocations, the{pkg}~{version}push spec) remains uncovered by unit tests, as before this PR; all version derivation, registry response decisions, curl stdout splitting, rewrite, and output-line logic is in tested pure functions (unit tests run inside the nix build, which has no curl innativeCheckInputs— subprocess tests cannot run there).{"status":"fail"}envelope; a 404 for a PRIVATE project ("Project not found or access denied" is one message for both) would also read as first publish, derive a version, and die loudly on Soldeer's upload rejection — harmless-but-loud, same class as the pre-concurrency race.soldeer-generate-cmdinput remains deprecated dead weight; its removal stays a separate breaking change.rustfmt-conditionalpre-commit hook is red at repo root in any shell that hascargo-fmton PATH (it runscargo-fmt fmtat the git toplevel, where rainix has no Cargo.toml — the crate israinix-static/); byte-identical failure on the untouched base of this branch, and self-skipping (green) when cargo-fmt is absent. Pre-existing, unrelated to this PR, reported for separate routing.Closes #333
QA
Discriminating tests:
publish_version_first_publish_uses_local,publish_version_steady_state_patch_bumps_published,publish_version_stale_low_local_is_ignored,publish_version_local_ahead_wins_as_floor,publish_version_local_equal_to_bump_is_the_bump,publish_version_orders_semver_not_strings,publish_version_rejects_unparseable,set_version_line_rewrites_first_match_only,set_version_line_preserves_everything_else,set_version_line_keeps_missing_trailing_newline,set_version_line_errors_without_version_line,set_version_line_rejects_non_semver,set_version_writes_foundry_toml,gate_output_emits_changed_and_publish_version— each fails on base (verified: written before the implementation; the suite fails to compile on base with E0425, the functions under test do not exist there, and the behaviors they pin — max/floor derivation, steady-state bump, checkout-only rewrite — are the retired code's failure modes).CodeRabbit fold-in tests (each written first and observed red:
publish_version_errors_on_patch_overflowfails on the pre-fix code via debug overflow panic; theregistry_*tests replace the retiredregistry_parsetest whose swallow-everything contract was the defect):publish_version_errors_on_patch_overflow,registry_newest_revision_extracted,registry_empty_revision_list_is_first_publish,registry_unknown_project_404_is_first_publish,registry_404_without_fail_envelope_is_an_error,registry_http_error_status_is_an_error,registry_malformed_response_is_an_error,registry_revision_missing_fields_is_an_error,curl_output_splits_into_status_and_body. Suite is 130 green.Mutations applied (
mutation-probe, 20/20 KILLED, baseline green 130 passed, all inrainix-static/src/soldeer_gate.rs):rv[2].checked_add(1)->Some(rv[2].wrapping_add(1))(overflow wraps) -> KILLED (publish_version_errors_on_patch_overflow)rv[2].checked_add(1)->checked_add(2)(bump by two) -> KILLED (publish_version_steady_state_patch_bumps_published+3)rv[2].checked_add(1)->checked_add(0)(bump dropped) -> KILLED (publish_version_steady_state_patch_bumps_published+3)[rv[0], rv[1], patch]->[rv[0], patch, rv[2]](minor not patch) -> KILLED (publish_version_steady_state_patch_bumps_published+4)if status != 200 && status != 404 {->if false {(status guard dropped) -> KILLED (registry_http_error_status_is_an_error)if status != 200 && status != 404 {->if status != 200 {(404 becomes error) -> KILLED (registry_unknown_project_404_is_first_publish)if status != 200 && status != 404 {->||(guard always fires) -> KILLED (registry_newest_revision_extracted+7)if status == 404 {->if false {(404 branch dropped) -> KILLED (registry_unknown_project_404_is_first_publish)true(any 404 first-publish) -> KILLED (registry_404_without_fail_envelope_is_an_error)false(404 never first-publish) -> KILLED (registry_unknown_project_404_is_first_publish)data.first()->data.get(1)-> KILLED (registry_newest_revision_extracted)return Ok(None);(empty list) ->return Err(...)-> KILLED (registry_empty_revision_list_is_first_publish).filter(|s| !s.is_empty())->.filter(|_| true)(empty fields accepted) -> KILLED (registry_revision_missing_fields_is_an_error)version: field("version")?->field("url")?-> KILLED (registry_newest_revision_extracted).rsplit_once('\n')->.split_once('\n')-> KILLED (curl_output_splits_into_status_and_body)let status = code->let status = "200"(status hardcoded) -> KILLED (curl_output_splits_into_status_and_body)Ok(if l > bumped {->l < bumped(floor inverted; prior-matrix re-proof) -> KILLEDreturn Ok(local.to_string());->Ok("0.0.0")(first publish hardcoded; re-proof) -> KILLEDparse_ver(local)->.or(Some([0,0,0]))(unparseable local defaulted; re-proof) -> KILLEDparse_ver(r)->.or(Some([0,0,0]))(unparseable remote defaulted; re-proof) -> KILLEDPrior-matrix mutants in
set_first_version_line/set_version/gate_output(5 rows, all KILLED at 45974da) were not re-probed: neither that code nor its tests changed in the fold-in. The four prior-matrix mutants insidepublish_version— the function the fold-in edited — were re-probed above.Oracle: the ruled design in rainix-autopublish: derive the publish version from the registry; never push back to the consumer branch #333 (registry-derived
max(patch_bump(newest_published), local), floor semantics, first-publish = local, decoupled tag) — expected values in every test are hand-derived from that ruling, independent of the implementation. For the registry-failure fold-in, the oracle is the live api.soldeer.xyz behavior, probed directly: a published project answers 200{"data":[{version,url,...}],"status":"success"}; an unknown project answers 404{"message":"Project not found or access denied","status":"fail"}.Category check: issue rules A) registry-derived version max/floor/first-publish — covered (tests 1–7, workflow uses gate
versionoutput end to end); B) never push back to the consumer branch — covered (bump step and soldeer branch push removed; rewrite is checkout-only, pinned byset_version_*tests); C) tag + release decoupled from branch pushes — covered (dedicated tag-ref-only step + release before any branch push); D) content gate unchanged — covered (norm-hash code untouched, existingnorm_hash_*tests still green); E) retired ahead-invariant — covered (publish_version_steady_state_patch_bumps_publishedpins local == published as a bump, not an error).