The shared CI/CD building blocks used across all DevantlerTech projects โ both composite actions and reusable workflow_call workflows โ in one repository. (The reusable workflows were merged in from devantler-tech/reusable-workflows; that repo is being retired and will be archived once all consumers migrate their uses: pins here.)
An action is a step inside one of your jobs. A reusable workflow replaces a whole job. Both are called by path from this repository, pinned to a ref:
jobs:
build:
runs-on: ubuntu-latest
steps:
# an action โ a step in your own job
- uses: devantler-tech/actions/setup-go-toolchain@<ref>
release:
# a reusable workflow โ the whole job comes from here
uses: devantler-tech/actions/.github/workflows/create-release.yaml@<ref>
secrets:
APP_PRIVATE_KEY: ${{ secrets.APP_PRIVATE_KEY }}Pin <ref> to a commit SHA. Each entry in the tables below links to its own inputs and outputs.
The diagram below shows how GitHub Workflows, Jobs, Steps, Reusable Workflows, and Actions relate.
---
title: GitHub Actions Relationship Diagram
---
flowchart TD
A[Workflows] --> B[Jobs]
B --> C([Reusable Workflows])
B --> D[Steps]
C --> D
C --> B
D --> E[Actions]
E -.- F([Composite Actions])
F --> D
E -.- G([JavaScript Actions])
E -.- H([Docker Container Actions])
| Action | Description |
|---|---|
| aggregate-job-checks | Aggregate multiple job results into a single required check |
| approve-pr | Approve a PR using a GitHub App identity |
| cleanup-ghcr-packages | Clean up old GHCR packages |
| create-issues-from-todos | Create GitHub issues from TODO comments |
| dependency-review | Scan a PR's dependency changes for vulnerabilities and disallowed licenses |
| diagnose-flux | Dump Flux reconcile state, controller logs, and failing pod logs on a stuck deploy |
| enable-auto-merge-on-pr | Enable auto-merge on a pull request |
| free-disk-space | Reclaim runner disk by removing large preinstalled toolchains |
| login-to-ghcr | Login to GitHub Container Registry |
| run-dotnet-tests | Test .NET solution or project with coverage |
| setup-agent-skills | Install agent skills via gh skill from a newline list of <owner/repo> <skill>[@pin] entries, for one or more agents (e.g. Copilot, Claude Code) |
| setup-go-toolchain | Setup Go with private module discovery |
| setup-ksail-cli | Install KSail CLI via Homebrew |
| update-agent-skills | Run gh skill update --all against installed skills and report changes |
| upload-coverage | Upload a Cobertura coverage report to GitHub Code Quality |
| upsert-issue | Create, update, reopen, or close a GitHub issue by title |
These are not on the GitHub Marketplace, and that is deliberate: Marketplace does not list actions
that live in subdirectories, and everything here shares one repository and one release stream. Call
them by path as shown above. The reasoning, and when it would be worth revisiting, is in
AGENTS.md.
Reusable workflows are designed to encapsulate common CI/CD patterns that can be shared across multiple repositories. They allow you to define a workflow once and reuse it in the job-scope of other workflows. This reduces duplication and enables building generic workflows for common tasks.
Click to expand
.github/workflows/create-release.yaml is a workflow used to create releases using semantic-release.
The release is published with a GitHub App token, so the caller must set the APP_CLIENT_ID repository/organization variable alongside the APP_PRIVATE_KEY secret. The App always needs contents: write (tags/releases). By default it also needs issues: write + pull-requests: write for semantic-release success/fail hooks. Set disable-issue-side-effects: true to suppress those hooks and mint the token with contents: write only.
jobs:
release:
uses: devantler-tech/actions/.github/workflows/create-release.yaml@{ref} # ref
with:
disable-issue-side-effects: true
secrets:
APP_PRIVATE_KEY: ${{ secrets.APP_PRIVATE_KEY }}| Key | Type | Default | Required | Description |
|---|---|---|---|---|
APP_CLIENT_ID |
Variable | - | Yes | GitHub App client ID used to mint the release token |
APP_PRIVATE_KEY |
Secret | - | Yes | GitHub App private key (paired with the APP_CLIENT_ID variable) |
disable-issue-side-effects |
Input (boolean) | false |
No | Disable success/fail hooks and omit issue/pull-request token permissions |
dry-run |
Input (boolean) | false |
No | Run semantic-release in dry-run mode (no tags or publishes) |
Click to expand
.github/workflows/delete-workflow-runs.yaml is a workflow used to clean up old workflow runs from a repository.
jobs:
delete-runs:
uses: devantler-tech/actions/.github/workflows/delete-workflow-runs.yaml@{ref} # ref
permissions:
actions: write
contents: read
with:
days: 30 # optional
minimum-runs: 6 # optional
dry-run: false # required to perform actual deletions (defaults to true)| Key | Type | Default | Required | Description |
|---|---|---|---|---|
repository |
Input (string) | Calling repo | No | Repository to target for workflow run deletion |
days |
Input (number) | 30 |
No | Days-worth of runs to keep for each workflow |
minimum-runs |
Input (number) | 6 |
No | Minimum runs to keep for each workflow |
delete-workflow-pattern |
Input (string) | - | No | Name or filename of the workflow to target |
delete-workflow-by-state-pattern |
Input (string) | ALL |
No | Filter workflows by state (comma-separated) |
delete-run-by-conclusion-pattern |
Input (string) | ALL |
No | Remove runs based on conclusion (comma-separated) |
dry-run |
Input (boolean) | true |
No | Logs simulated changes, no deletions are performed |
Note: The calling workflow must grant
actions: writeandcontents: readpermissions.
Click to expand
.github/workflows/dependency-review.yaml scans a pull request's dependency changes for known-vulnerable packages and disallowed licenses using GitHub Dependency Review. It is designed to run as an organization Required Workflow as well as via workflow_call.
It is non-blocking by default (warn-only: true, fail-on-severity: critical) so it can be required org-wide without blocking existing PRs; set warn-only: false to enforce. With comment-summary-in-pr: never (the default) the job needs only contents: read.
jobs:
dependency-review:
uses: devantler-tech/actions/.github/workflows/dependency-review.yaml@{ref} # ref| Name | Description | Default |
|---|---|---|
fail-on-severity |
Block on vulnerabilities of this severity or higher (low, moderate, high, critical); only when warn-only is false. |
critical |
fail-on-scopes |
Comma-separated scopes to block on (runtime, development, unknown). |
runtime |
allow-licenses |
Comma-separated SPDX allow-list (empty = not enforced). Mutually exclusive with deny-licenses. |
"" |
deny-licenses |
Comma-separated SPDX deny-list (empty = not enforced). Mutually exclusive with allow-licenses. |
"" |
comment-summary-in-pr |
Post the summary as a PR comment (always, on-failure, never); anything but never needs pull-requests: write. |
never |
warn-only |
Report findings as warnings and always succeed (non-blocking); set false to enforce. |
true |
Click to expand
.github/workflows/deploy-github-pages.yaml is a workflow used to build and deploy a Jekyll site to GitHub Pages.
jobs:
pages:
uses: devantler-tech/actions/.github/workflows/deploy-github-pages.yaml@{ref} # ref
with:
ruby-version: "3.3" # optional
jekyll-env: production # optional
extra-build-args: "" # optional, e.g. '--future'
working-directory: "." # optional, e.g. 'docs' if Jekyll site is in a subdirectory| Key | Type | Default | Required | Description |
|---|---|---|---|---|
dry-run |
Input (boolean) | false |
No | Skip build and deploy (validate workflow interface only) |
ruby-version |
Input (string) | 3.3 |
No | Ruby version to install |
jekyll-env |
Input (string) | production |
No | Jekyll environment |
extra-build-args |
Input (string) | "" |
No | Extra args appended before the automatically supplied --baseurl |
working-directory |
Input (string) | "." |
No | Working directory for the Jekyll site (e.g., 'docs') |
| Key | Description |
|---|---|
page-url |
Deployed Pages site URL |
Click to expand
.github/workflows/enable-auto-merge.yaml approves pull requests opened by an allowlist of trusted single-author bots, so routine bot PRs do not need a human click.
By default it behaves as it always has: it approves the PR and arms auto-merge, bound to the commit it checked.
With actor-trust enforcement turned on โ the enforce-actor-trust input, or the
ENFORCE_ACTOR_TRUST repository/organization variable โ every privileged pull-request, review,
or comment trigger on an allowlisted bot-authored PR must come from an allowlisted bot or the
explicit devantler maintainer actor. Workflow reruns also require the initiating
github.triggering_actor to be allowlisted; a trusted original event cannot be replayed by an
untrusted collaborator. A rejected pull-request lifecycle triggerโor, when review gates are also
enforced, an untrusted dismissal/deletion of trusted review evidenceโreceives no App token and
actively revokes both classic auto-merge and merge-queue state with the caller's GITHUB_TOKEN.
These state-removal runs arbitrate within each caller workflow at run creation, so they cancel an
older privileged run before its jobs can mutate the PR without cancelling another caller's run.
This caller-keyed state lease is acquired only when the reusable auto-merge lane actually executes,
so unrelated or conditionally skipped runs of the surrounding caller workflow cannot suppress
arming. Same-second lifecycle events share the lease, while unrelated title, label, or assignment
edits create no replacement run. Before mutation, a live reopen/ready-for-review/force-push timeline
binding rejects later events (including a head that moves away and returns) and treats any equal-time
sequence it cannot uniquely identify as superseded. Arming and revocation share one mutation lane;
a delayed rejected event preserves only auto-merge state whose authorization time is provably newer
than that rejected run attempt. Default-off review/comment no-ops skip the mutation lane entirely, so
they cannot replace a queued revocation.
Every workflow_call invocation that enables actor trust should provide a globally caller-unique,
ref-independent concurrency-key. Existing opted-in callers that omit it retain compatibility in a
safe repository-wide actor-trust lane; explicit keys isolate independent callers from one another.
The direct and cross-repository required-workflow paths have a built-in stable source identity.
Legacy default-off callers retain their existing behavior.
With review enforcement turned on โ the enforce-review-gates input, or the
ENFORCE_MERGE_GATES repository/organization variable โ it additionally requires, on the PR's
current commit, both a passing review (CodeRabbit approved, or a clean Codex pass when CodeRabbit
has no blocking result) and a fresh CodeRabbit pre-merge result. This gate fails closed: evidence
that is missing, stale, edited, mixed, or unreadable counts as a failure, and the workflow then
actively withdraws any auto-merge or merge-queue state the PR had.
Enforced runs approve but deliberately never arm the merge themselves. GitHub offers no way to tie mutable review evidence to the merge call atomically, so arming is left to whatever drives the merge afterwards.
[!IMPORTANT] If you enable enforcement via
workflow_call, addpull_request_reviewandissue_commenttriggers to your own caller workflow. Review results arrive after thepull_requestevent, and a reusable workflow cannot add triggers to the workflow calling it โ so without these the gate never re-evaluates once a review lands.
on:
pull_request:
types: [opened, synchronize, reopened, ready_for_review]
# Required when enforce-review-gates is true: review results land after
# the pull_request events, so the caller must re-invoke the gate on them
# โ including edits and dismissals, which can turn green evidence red and
# must be able to DISARM, and deleted comments, since removing a pre-merge
# summary or Codex clean pass is evidence deletion the gate must re-evaluate.
pull_request_review:
types: [submitted, edited, dismissed]
issue_comment:
types: [created, edited, deleted]
jobs:
auto-merge:
uses: devantler-tech/actions/.github/workflows/enable-auto-merge.yaml@{ref} # ref
permissions:
actions: read
pull-requests: write
contents: write
with:
enforce-actor-trust: false # default; enable after validating trusted trigger actors
enforce-review-gates: false # default; flip after the repo's review lanes are validated
secrets:
APP_PRIVATE_KEY: ${{ secrets.APP_PRIVATE_KEY }}Actor-trust note: Callers that enable actor trust must grant
actions: read,contents: write, andpull-requests: writeas shown above and should pass a stable, globally caller-uniqueconcurrency-key. An omitted key uses a safe repository-wide compatibility lane, which can cancel independent actor-trust call sites for the same PR but cannot let stale authority proceed; explicit keys avoid that availability tradeoff. Workflow-level arbitration orders lifecycle state only for the reusable lane that actually executes; skipped or unrelated caller runs do not reauthorize or supersede it. Both the original and rerun-triggering actors must be trusted for every privileged event. The read scope binds stale-revocation decisions to the rejected run attempt's durable start time; the write scopes revoke classic auto-merge or merge-queue state. Rejected events never receive the App private key. Missing lookup or revoke authority fails the required workflow closed.Note: The caller grants the documented minimum above with or without enforcement. Actor trust uses its caller
Actions: readscope only to bind stale revocation to the rejected run attempt's start time. Review enforcement uses a separate App token and additionally requires the GitHub App installation to grant Actions: read, Checks: read, and Contents: read. If a required scope is missing, the workflow fails closed rather than approving or arming on unproven evidence.
| Key | Type | Default | Required | Description |
|---|---|---|---|---|
APP_PRIVATE_KEY |
Secret | - | Yes | GitHub App private key |
enforce-actor-trust |
Input | false |
No | Opt-in trusted-trigger enforcement with fail-closed revocation |
enforce-review-gates |
Input | false |
No | Opt-in fail-closed gate before approval; agent arms after live pentad |
concurrency-key |
Input | "" |
No | Recommended with actor trust; omitted calls share a safe fallback lane |
Click to expand
.github/workflows/lint.yaml lints a whole repository with MegaLinter (Go flavor), auto-fixing what it can and committing the result back to the pull request.
Which one do I want? If your repository is a Go module, use โ Validate Go Project โ it already runs MegaLinter as one stage of a full Go pipeline. Reach for this workflow when Go is only part of a larger tree (a game client plus a Go server, for example): it lints everything and leaves the Go build and tests to your own job.
The Go flavor covers Go, JSON, Markdown, YAML, shell, GitHub Actions, Dockerfile, Kubernetes, spelling, secrets and copy-paste. It has no GDScript, Python or Terraform linters โ see MegaLinter's flavor list if you need those.
Configure the linters themselves in a .mega-linter.yml at your repository root, as usual.
MegaLinter always runs read-only, without a GitHub token or persisted checkout credentials. When auto-fixing is enabled, the lint job exports a patch and a separate job on a fresh runner mints the write-scoped App token, applies that patch, and commits it. This isolation prevents pull-request-controlled MegaLinter configuration from accessing repository write credentials.
Fork pull requests lint read-only, automatically. GitHub withholds secrets from forks, so fixes could never be committed back; auto-fixing there would only produce a failure an outside contributor cannot resolve. Real lint errors still fail on forks โ only the auto-fix half is skipped.
jobs:
lint:
uses: devantler-tech/actions/.github/workflows/lint.yaml@{ref} # ref
permissions:
contents: read
with:
apply-fixes: falseTo enable pull-request auto-fixes, set apply-fixes: true and pass
APP_PRIVATE_KEY. MegaLinter still runs without that secret; only the separate
patch-application job can access it.
| Key | Type | Default | Required | Description |
|---|---|---|---|---|
APP_PRIVATE_KEY |
Secret | - | No | GitHub App private key. Needed only to commit auto-fixes; without it a fixable finding fails the build instead |
working-directory |
Input | "" |
No | Directory to lint. Empty lints the whole repository |
go-version-file |
Input | "" |
No | Path to a go.mod. When set, Go is installed first so the Go linters use the module's toolchain, not the container's |
apply-fixes |
Input (boolean) | true |
No | Auto-fix and commit back to the pull request. Set false for a read-only gate |
pr-owner |
Input | "" |
No | Pull request author login. Auto-fix commits are suppressed for dependency-bot pull requests |
Click to expand
.github/workflows/publish-app.yaml is a workflow used to build and publish a containerized app and its Kubernetes manifests to GHCR as cosign-signed OCI artifacts. It builds and pushes the container image (tagged with the semantic version derived from the git tag โ e.g. 1.2.3 from a v1.2.3 tag โ plus sha-<sha> and latest), pins the built image digest into the deployment manifest's app-name container, pushes the manifests directory as a Flux-compatible OCI artifact (ghcr.io/<owner>/<repo>/manifests), and signs both the image and the manifests artifact with keyless cosign (Fulcio/Rekor via GitHub OIDC).
on:
push:
tags:
- "v*"
jobs:
publish-app:
uses: devantler-tech/actions/.github/workflows/publish-app.yaml@{ref} # ref
permissions:
contents: read # checkout
packages: write # push image + manifests OCI artifact
id-token: write # keyless cosign signing
with:
app-name: my-app # container name in deploy/deployment.yaml
deploy-path: ./deploy # optionalNote: Must be invoked from a semver tag (
vX.Y.Z) โ Docker semver tagging and FluxOCIRepositorysemver selection depend on it. The calling job must grantpackages: writeandid-token: write(andcontents: readfor checkout); no secrets are required (auth uses the GHCR-scopedGITHUB_TOKEN).
| Key | Type | Default | Required | Description |
|---|---|---|---|---|
app-name |
Input (string) | - | Yes | Container name in the deployment manifest to pin to the built image digest |
deploy-path |
Input (string) | ./deploy |
No | Path to the Kubernetes manifests directory packaged as the OCI artifact |
enable-caller-pin |
Input (boolean) | false |
No | Refuse to publish unless the caller pinned this workflow to a 40-character commit SHA. The signing certificate records the calling ref, and the cluster's trust rules verify it, so an unpinned caller lets a superseded revision mint a trusted signature. Opt-in during rollout (#864); every current caller already qualifies |
Click to expand
.github/workflows/publish-manifests.yaml is a workflow used to publish a Kubernetes manifests directory to GHCR as a cosign-signed OCI artifact โ with no container image build. Use it for repos that ship only manifests (e.g. GitOps/Crossplane desired-state) rather than an application: it pushes the manifests directory as a Flux-compatible OCI artifact (ghcr.io/<owner>/<repo>/manifests, tagged with the semantic version derived from the git tag โ e.g. 1.2.3 from a v1.2.3 tag โ plus latest), then signs the artifact by digest with keyless cosign (Fulcio/Rekor via GitHub OIDC). It is the manifests-only sibling of publish-app.yaml (which additionally builds and signs a container image).
Because the signing happens inside this reusable workflow, the cosign certificate identity (OIDC subject) is this workflow's path โ https://github.com/devantler-tech/actions/.github/workflows/publish-manifests.yaml@<ref> โ not the caller's. Verifiers (e.g. a Flux OCIRepository verify.matchOIDCIdentity) must match that.
on:
push:
tags:
- "v*"
jobs:
publish-manifests:
uses: devantler-tech/actions/.github/workflows/publish-manifests.yaml@{ref} # ref
permissions:
contents: read # checkout
packages: write # push manifests OCI artifact
id-token: write # keyless cosign signing
with:
oci-name: devantler-tech/github-config # optional override; defaults to github.repository
deploy-path: ./deploy # optionalNote: Must be invoked from a semver tag (
vX.Y.Z) โ FluxOCIRepositorysemver selection depends on it. The calling job must grantpackages: writeandid-token: write(andcontents: readfor checkout); no secrets are required (auth uses the GHCR-scopedGITHUB_TOKEN). Overrideoci-namewhen the repo name is an invalid OCI path component (e.g..githubโdevantler-tech/github-config).
| Key | Type | Default | Required | Description |
|---|---|---|---|---|
oci-name |
Input (string) | ${{ github.repository }} |
No | OCI repository name (<owner>/<name>) the artifact is published under, without the registry prefix or trailing /manifests. Override for invalid OCI path components |
deploy-path |
Input (string) | ./deploy |
No | Path to the Kubernetes manifests directory packaged as the OCI artifact |
enable-caller-pin |
Input (boolean) | false |
No | Refuse to publish unless the caller pinned this workflow to a 40-character commit SHA. The signing certificate records the calling ref, and the cluster's trust rules verify it, so an unpinned caller lets a superseded revision mint a trusted signature. Opt-in during rollout (#864); every current caller already qualifies |
Click to expand
.github/workflows/publish-dotnet-library.yaml is a workflow used to publish .NET libraries to NuGet and GHCR.
jobs:
publish-library:
uses: devantler-tech/actions/.github/workflows/publish-dotnet-library.yaml@{ref} # ref
secrets:
NUGET_API_KEY: ${{ secrets.NUGET_API_KEY }}| Key | Type | Default | Required | Description |
|---|---|---|---|---|
NUGET_API_KEY |
Secret | - | No | NuGet API key (required when dry-run is false) |
dry-run |
Input (boolean) | false |
No | Skip publish (validate workflow interface only) |
Click to expand
.github/workflows/run-dotnet-tests.yaml is a workflow used to test .NET solutions or projects across multiple operating systems. On authenticated runs, coverage is merged into a single Cobertura report and uploaded to GitHub Code Quality (native PR coverage).
jobs:
dotnet-test:
uses: devantler-tech/actions/.github/workflows/run-dotnet-tests.yaml@{ref} # ref
permissions:
contents: read
packages: read
code-quality: write # required for GitHub Code Quality coverage uploadNote: The calling workflow must grant
code-quality: write(otherwise the run fails at startup). Coverage requires the repo's Code Quality to be enabled (Settings โ Code quality) and is skipped on credential-free pull-request runs.
| Key | Type | Default | Required | Description |
|---|---|---|---|---|
enable-github-packages |
Input (boolean) | false |
No | Use GITHUB_TOKEN for private packages and Code Quality on trusted same-repository non-bot pull-request code |
working-directory |
Input (string) | "" |
No | Directory containing the .NET solution or project |
Pull-request runs are credential-free by default. A trusted same-repository human-authored
pull request that needs private GitHub Packages can set enable-github-packages: true.
The workflow ignores that input for fork and bot pull requests, so their code cannot opt
itself back into the token-bearing path. Merge-group and direct non-pull-request runs
authenticate with the automatic GITHUB_TOKEN when the calling job grants packages: read.
The same explicit token boundary keeps the Code Quality uploader out of credential-free runs.
Click to expand
.github/workflows/scan-for-todo-comments.yaml is a workflow used to scan for TODOs in code and create GitHub issues.
jobs:
todos:
uses: devantler-tech/actions/.github/workflows/scan-for-todo-comments.yaml@{ref} # ref
secrets:
APP_PRIVATE_KEY: ${{ secrets.APP_PRIVATE_KEY }}| Key | Type | Default | Required | Description |
|---|---|---|---|---|
APP_CLIENT_ID |
Variable | - | Yes | GitHub App client ID used to mint the issue-creation token |
APP_PRIVATE_KEY |
Secret | - | Yes | GitHub App private key (paired with the APP_CLIENT_ID variable) |
dry-run |
Input (boolean) | false |
No | Skip issue creation (validate workflow interface only) |
Click to expand
.github/workflows/scan-for-workflow-vulnerabilities.yaml is a workflow used to perform static analysis on GitHub Actions workflows using Zizmor.
jobs:
zizmor:
uses: devantler-tech/actions/.github/workflows/scan-for-workflow-vulnerabilities.yaml@{ref} # refClick to expand
.github/workflows/sync-cluster-policies.yaml is a workflow used to sync upstream Kyverno policies to a target directory.
Which policies are synced is controlled by a .policyignore file at the repo root. It uses gitignore-style syntax โ ordered glob patterns, one per line, where a leading ! re-includes a previously excluded path โ so you can exclude everything by default and whitelist just the policies you want:
# Ignore every categoryโฆ
other*
# โฆexcept these two policies.
!other/create-pod-antiaffinity/create-pod-antiaffinity.yaml
!other/spread-pods-across-topology/spread-pods-across-topology.yamlPatterns are evaluated per file with last-match-wins, so a ! re-include still applies even when a broad earlier pattern matched its parent directory.
jobs:
sync-cluster-policies:
uses: devantler-tech/actions/.github/workflows/sync-cluster-policies.yaml@{ref} # ref
secrets:
APP_PRIVATE_KEY: ${{ secrets.APP_PRIVATE_KEY }}
with:
kyverno-policies-dir: policies/kyverno| Key | Type | Default | Required | Description |
|---|---|---|---|---|
APP_PRIVATE_KEY |
Secret | - | Yes | GitHub App private key |
kyverno-policies-dir |
Input (string) | - | Yes | Directory to sync Kyverno policies to |
dry-run |
Input (boolean) | false |
No | Skip sync and PR creation (validate workflow interface only) |
Click to expand
.github/workflows/template-sync.yaml keeps a repository in sync with an upstream template repository via AndreasAugustin/actions-template-sync, opening a PR with any incoming template changes. List the files this repository owns (and that must never be overwritten by the template) in a .templatesyncignore file at the repo root โ everything else the template ships is kept in sync.
on:
schedule:
- cron: "0 6 * * 1"
workflow_dispatch:
jobs:
template-sync:
uses: devantler-tech/actions/.github/workflows/template-sync.yaml@{ref} # ref
with:
source-repo-path: devantler-tech/platform-tenant-templateBy default the sync PR is opened with GITHUB_TOKEN, so GitHub does not trigger
on: pull_request or on: push workflows for the resulting branch or PR. This
prevents content copied from a compromised or malicious template from reaching a
caller's CI trust boundary before review.
Set use-app-token: true and pass APP_PRIVATE_KEY only when CI must run before
the sync PR is reviewed. This opt-in mints a write-scoped App token and permits
workflow-file updates, but it also causes the template-controlled PR content to
trigger caller CI. Callers that opt in must treat the PR as untrusted: do not
expose secrets or write-scoped tokens to jobs that check out or execute its
content, including local actions and scripts.
An opt-in caller must wire both the input and the corresponding secret:
jobs:
template-sync:
uses: devantler-tech/actions/.github/workflows/template-sync.yaml@{ref} # ref
with:
source-repo-path: devantler-tech/platform-tenant-template
use-app-token: true
secrets:
APP_PRIVATE_KEY: ${{ secrets.APP_PRIVATE_KEY }}| Key | Type | Default | Required | Description |
|---|---|---|---|---|
APP_PRIVATE_KEY |
Secret | - | When use-app-token |
GitHub App private key (paired with the APP_CLIENT_ID variable) |
source-repo-path |
Input (string) | - | Yes | owner/repo of the upstream template to sync from |
upstream-branch |
Input (string) | main |
No | Branch of the template repository to sync from |
pr-title |
Input (string) | chore: sync changes from the upstream template |
No | Title of the sync PR (Conventional-Commit by default) |
pr-commit-msg |
Input (string) | chore: sync changes from the upstream template |
No | Commit message for the sync PR |
pr-labels |
Input (string) | dependencies,automation |
No | Comma-separated labels for the sync PR |
pr-branch-name-prefix |
Input (string) | chore/template-sync |
No | Prefix for the branch the sync PR is opened from |
template-sync-ignore-file-path |
Input (string) | .templatesyncignore |
No | Path to the file listing consumer-owned (non-synced) files |
use-app-token |
Input (boolean) | false |
No | Opt in to an App-authored sync PR that triggers the caller's CI |
dry-run |
Input (boolean) | false |
No | Skip the sync and PR creation (validate workflow interface only) |
Note: The calling workflow runs the sync job with
contents: writeandpull-requests: write(declared by the reusable workflow).
Click to expand
.github/workflows/update-agent-skills.yaml is a workflow used to keep installed agent skills (Copilot, Claude Code, โฆ) up-to-date via gh skill update --all, opening a PR with any changes. Each installed SKILL.md's metadata.github-* frontmatter is the source of truth โ no lockfile is required. Works with any mix of gh skill-compatible upstreams.
on:
schedule:
- cron: "0 6 * * *"
workflow_dispatch:
jobs:
update-agent-skills:
uses: devantler-tech/actions/.github/workflows/update-agent-skills.yaml@{ref} # ref
permissions:
contents: write
pull-requests: write
with:
dir: .agents/skillsThe workflow assumes skills were previously installed with devantler-tech/actions/setup-agent-skills (or gh skill install directly) โ the committed SKILL.md files carry the upstream pointers.
| Key | Type | Default | Required | Description |
|---|---|---|---|---|
dir |
Input (string) | . |
No | Directory to scan for installed skills (passed to gh skill update --dir) |
unpin |
Input (boolean) | false |
No | When true, pass --unpin (clear pinned versions) |
gh-version |
Input (string) | 2.90.0 |
No | Minimum required gh version (must support gh skill) |
pr-branch |
Input (string) | deps/agent-skills-update |
No | Branch the update PR is opened from |
pr-title |
Input (string) | chore(deps): update agent skills |
No | Title of the update PR |
pr-labels |
Input (string) | dependencies,automation |
No | Comma-separated labels for the update PR |
commit-message |
Input (string) | chore(deps): update agent skills |
No | Commit message for the update PR |
dry-run |
Input (boolean) | false |
No | Skip update and PR creation (validate workflow interface only) |
Note: The calling workflow must grant
contents: writeandpull-requests: writepermissions.
Click to expand
.github/workflows/validate-go-project.yaml is a workflow used to lint and test Go projects across multiple operating systems.
- Automated Linting: Runs
golangci-lintandmega-linterto ensure code quality - Auto-fix: Automatically applies linter fixes and commits them
- Copilot Integration: When linting fails, automatically prompts Copilot on the PR to fix the remaining issues
- Supply-chain Scanning: Runs
govulncheckvia the officialgolang/govulncheck-actionto fail the PR on known vulnerabilities your code actually calls (call-graph reachability, so imported-but-unreachable advisories don't block). A consumer can risk-accept a reachable advisory that has no upstream fix (Fixed in: N/A) by committing an optional.govulncheck-allow.txtat the repo root (oneGO-YYYY-NNNN # justificationper line;#comments and blank lines ignored); the gate stays strict for everything else. Repos with no allowlist file keep using the official action unchanged โ only opt-in repos take the allowlist-aware path. - Code Coverage: Generates a Cobertura report and uploads it to GitHub Code Quality (native PR coverage).
jobs:
go-test:
uses: devantler-tech/actions/.github/workflows/validate-go-project.yaml@{ref} # ref
permissions:
contents: write
code-quality: write # required for GitHub Code Quality coverage upload
secrets:
APP_PRIVATE_KEY: ${{ secrets.APP_PRIVATE_KEY }}
with:
pr-owner: ${{ github.event.pull_request.user.login }} # optionalNote: The calling workflow must grant
code-quality: writeso coverage can be uploaded to GitHub Code Quality. Coverage requires the repo's Code Quality to be enabled (Settings โ Code quality).
| Key | Type | Default | Required | Description |
|---|---|---|---|---|
APP_PRIVATE_KEY |
Secret | - | No | GitHub App private key for authenticating the workflow |
pr-owner |
Input (string) | - | No | Pull request author login (used to disable auto-commit for bot PRs) |
working-directory |
Input (string) | "" |
No | Go module directory to validate. Empty means the repository root |
scan-default-branch |
Input (boolean) | false |
No | Also run the vulnerability scan on every default-branch run, not just on pull requests. Off by default: a default branch that was green can legitimately go red once an advisory is published against code that already merged |
test-default-branch |
Input (boolean) | false |
No | Also run the Go test suite on every default-branch run, not just when the diff touched a Go file. Off by default: a test can take a non-Go file as its subject, so a default branch that was green can legitimately go red once the suite stops being skipped |
See CONTRIBUTING.md for conventions and guidelines.