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🏗️✨:fetch the SDK's API reference ourselves - #1906
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Included review availability: 0 reviews are currently available. Your included PR review attempts over the past 7 days set your current allowance at 1 review per hour. 📝 WalkthroughWalkthroughThe change adds SDK release comparison, secure artifact unpacking, scheduled drift detection, and manual SDK API synchronization. The workflows validate artifacts, report missed synchronization through issues, and create pull requests for imported documentation. ChangesSDK API automation
Priority: ➖ Normal Estimated code review effort: 4 (Complex) | ~45 minutes Change: Feature Sequence Diagram(s)sequenceDiagram
participant DriftWorkflow
participant DriftTask
participant GitHubTags
participant IssueTracker
DriftWorkflow->>DriftTask: run verify.sdkApiDrift
DriftTask->>GitHubTags: fetch release tags
GitHubTags-->>DriftTask: tags or lookup error
DriftTask-->>DriftWorkflow: report and status bits
DriftWorkflow->>IssueTracker: create issue when documentation is behind
sequenceDiagram
participant SyncWorkflow
participant GitHubArtifact
participant UnpackTask
participant PullRequest
SyncWorkflow->>GitHubArtifact: download SDK API artifact
GitHubArtifact-->>SyncWorkflow: release directories
SyncWorkflow->>UnpackTask: validate and copy releases
UnpackTask-->>SyncWorkflow: imported versions
SyncWorkflow->>PullRequest: commit documentation and open pull request
Merge Risk: ⚪ Minimal · up to The synchronization workflow limits read access during artifact handling and mints repository write access only after validation. No actionable merge-blocking risk remains. 🚥 Pre-merge checks | ✅ 5✅ Passed checks (5 passed)
✨ Finishing Touches🧪 Generate unit tests (beta)
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- 🪄 Fix CodeRabbit comments on this PR
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Inline comments:
In @.github/workflows/sdk-api-sync.yml:
- Around line 61-80: The sdk-api-sync workflow currently creates a broad,
persisted App token before validation. Split token usage into operation-specific
steps: mint a read-only token scoped only to sdk for artifact access, set
persist-credentials: false on checkout and validation, then after validation
mint a separate token scoped only to openinf.github.io with the write
permissions required for pushing and opening the pull request.
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Plan: Essentials
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.github/workflows/sdk-api-drift.yml.github/workflows/sdk-api-sync.ymlbuild/shared/sdk-release.mtsbuild/shared/sdk-release.test.mtsbuild/shared/sdk-unpack.test.mtsbuild/tasks/check-sdk-api-drift.mtsbuild/tasks/unpack-sdk-api-artifact.mtspackage-scripts.ymlpackage.jsonvendor/sdk-api/README.md
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The sync job minted one token that could read the SDK and write here, left it in .git/config, and then ran `pnpm install`. Lifecycle scripts are a dependency's own code, and anything they can read they can send, so a compromised one had a credential that could push to this repository and open pull requests in it. Two tokens now, each as narrow as the one thing it does. The reading token is scoped to the SDK with `permission-actions: read`, which is what downloading one artifact needs and nothing else; without it the token inherited every permission the app was installed with. The checkout keeps no credentials, as every other workflow here does. The writing token is scoped to this repository alone and is not minted until the download, the install and the import have all finished, so nothing that runs anybody else's code runs while it exists. The push is given that token through a credential helper rather than a remote URL. A URL carrying a token is written into .git/config, printed by `git remote -v`, and copied into the output of anything that reports what it fetched. Reported by CodeRabbit on PR #1906. Signed-off-by: Claude <noreply@anthropic.com>
The sync job minted one token that could read the SDK and write here, left it in .git/config, and then ran `pnpm install`. Lifecycle scripts are a dependency's own code, and anything they can read they can send, so a compromised one had a credential that could push to this repository and open pull requests in it. Two tokens now, each as narrow as the one thing it does. The reading token is scoped to the SDK with `permission-actions: read`, which is what downloading one artifact needs and nothing else; without it the token inherited every permission the app was installed with. The checkout keeps no credentials, as every other workflow here does. The writing token is scoped to this repository alone and is not minted until the download, the install and the import have all finished, so nothing that runs anybody else's code runs while it exists. The push is given that token through a credential helper rather than a remote URL. A URL carrying a token is written into .git/config, printed by `git remote -v`, and copied into the output of anything that reports what it fetched. Reported by CodeRabbit on PR #1906. Signed-off-by: DerekNonGeneric <DerekNonGeneric@inf.is> Assisted-by: Claude-Code:claude-opus-5
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The SDK builds its API reference on the run that publishes and attaches it as sdk-api-docs; this portal renders it from vendor/sdk-api/. Between the two was a person downloading a zip, and nothing failed when nobody did: the packages went to the registry either way and the reference stayed a release behind. The SDK API sync workflow makes that walk. Given the ID of the Release run that published, it downloads the artifact, places it here, imports it, and opens a pull request. The import is what decides: it validates the manifest, confines every path the manifest names, and refuses a corpus it could not render, so a refused artifact fails the run instead of becoming a pull request. This portal fetches rather than the SDK pushing. The SDK's release job holds the credential that publishes to the registry, and a second one that could write here would widen what a mistake in that job reaches. Everything needed to refuse a bad artifact is already here. Inside the job the same reasoning splits the credential in two, each as narrow as the one thing it does. The reading token is scoped to the SDK with `permission-actions: read`, which is what downloading one artifact needs; without it the token would inherit every permission the app was installed with. The checkout keeps no credentials, as every other workflow here does. The writing token is scoped to this repository alone and is not minted until the download, the install and the import have all finished, so nothing that runs anybody else's code runs while it exists — lifecycle scripts are a dependency's own code, and anything they can read they can send. The push is given that token through a credential helper rather than a remote URL, since a URL carrying a token is written into .git/config, printed by `git remote -v`, and copied into the output of anything that reports what it fetched. It opens the pull request with an app token rather than GITHUB_TOKEN, which raises one that starts no checks — the reason vendored-sync.yml files an issue instead. Here the check is the whole point. Placing the artifact is a task rather than a line of shell, because three things cannot be checked afterwards: that a release is added rather than replaced, since the reference a release shipped with is not this repository's to rewrite; that a directory is named for a release, since that name becomes a public URL; and that nothing arrived by symbolic link. Nothing makes the handover happen, so SDK API drift asks the SDK weekly what it has released and files an issue when a release is missing its reference here. It reads tags rather than the registry: every package in the SDK was published for years from a repository of its own, and those versions are served still, so the registry would report a reference missing for releases that never had one. Signed-off-by: Derek Lewis <DerekNonGeneric@inf.is> Assisted-by: Claude-Code:claude-opus-5
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Requested by DerekNonGeneric
Before: both halves of the API reference pipeline existed and neither reached the other. The SDK built a versioned artifact on the run that published and attached it as
sdk-api-docs; this portal rendered one fromvendor/sdk-api/. Between them was a person downloading a zip and unpacking it here, described in the SDK'sRELEASING.md. Nothing failed when nobody did it: the packages went to the registry either way,/docs/sdk/went on listing whatever it already had, and the omission kept until somebody noticed the reference was a version behind.After: the SDK API sync workflow makes that walk. Given the ID of the Release run that published, it downloads the artifact, places it under
vendor/sdk-api/, imports it to check this portal can render it, and opens a pull request. SDK API drift watches for the times nobody runs it, reading the SDK's tags weekly and filing an issue when a release is missing its reference here.This closes the one gap between publishing the SDK's packages and its API reference appearing on the portal.
How: the portal fetches rather than the SDK pushing. The SDK's release job holds the credential that publishes to the registry, and giving it a second one that could write here would widen what a mistake in that job reaches; everything needed to refuse a bad artifact is already in this repository, so the fetching is here too. The pull request is opened with an app token rather than
GITHUB_TOKEN, which raises one that starts no checks — the reasonvendored-sync.ymlfiles an issue instead — and here the check is the whole point, since the import task refuses a corpus this portal could not render.Inside the job the same reasoning splits the credential in two, each as narrow as the one thing it does. The reading token is scoped to the SDK with
permission-actions: read; the checkout keeps no credentials; and the writing token, scoped to this repository alone, is not minted until the download, the install and the import have all finished, so nothing that runs anybody else's code runs while it exists. It reaches the push through a credential helper rather than a remote URL, since a URL carrying a token is written into.git/config, printed bygit remote -v, and copied into the output of anything that reports what it fetched.Placing the artifact is a task (
build/tasks/unpack-sdk-api-artifact.mts) rather than a line of shell, because three things cannot be checked after the fact: that a release is added rather than replaced, since the reference a release shipped with is not this repository's to rewrite; that a directory is named for a release, since that name becomes a public URL; and that nothing arrived by symbolic link. It reads only what node ships with, so the workflow refuses a bad artifact before it installs anything.The drift check reads tags rather than the registry. Every package in the SDK was published for years from a repository of its own and those versions are served still, so the registry would report a reference missing for releases that never had an artifact at all.
changeset publishtags what it publishes in the SDK's own repository, so a tag there is exactly a release the Release workflow built an artifact from. Before the SDK's first tag it reports nothing missing, which is the state today.This needs a GitHub App before the sync workflow can run —
SDK_SYNC_APP_IDandSDK_SYNC_APP_PRIVATE_KEY, installed onsdkwith Actions: read and on this repository with Contents: write and Pull requests: write. Deliberately not the appcommit-queue.ymluses, which can merge to the default branch. The drift workflow needs nothing and works as soon as this lands.Tested end to end against a real corpus rather than a fixture: generated all 457 API pages from the SDK at
9b512c6, packaged them withdocs:artifact, unpacked them here, imported them, and built the site./docs/sdk/0.0.0-e2e/api/rendered 458 pages with their signatures, parameters and examples, and/docs/sdk/listed the release. 25 new unit tests cover the placement rules and the drift comparison; the suite is 179 tests and green, along with lint, formatting, spelling and the workflow pin check.Summary by CodeRabbit
New Features
Documentation
Tests