6dc72920dafce7940da0788f882fc152be2cf6d2
7 Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
 unkinben
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6dc72920da |
feat: background syncer for github_rpm remotes
Lazy per-replica scans re-derived RPM metadata on the client request path and, run independently on every replica, multiplied GitHub queries by the replica count. A single background syncer with a shared rate limit, ETag conditional checks, and a DB lease keeps metadata fresh off the request path while bounding GitHub load to ~once per mutable_ttl across the fleet. - Add a single per-process syncer (started at boot, stopped on shutdown) that owns a deduped/coalescing work queue, a worker pool, and one global token-bucket rate limiter bound onto the github provider so every GitHub call (releases list + each ranged asset GET) acquires a token first. - Check each github_rpm remote for new/changed releases on its mutable_ttl cadence; derive only new/changed assets incrementally and prune assets that disappear upstream, so repodata is served from primed DB rows. - Prime metadata in the background on remote creation; the create call never blocks on a derive. - Send the stored releases-list ETag as If-None-Match; a 304 derives nothing (and does not count against GitHub's rate limit), making an unchanged repo nearly free. - Coordinate replicas through a github_rpm_sync_state row (last_synced_at, etag, sync_lease_owner, sync_lease_expires): a periodic scan runs only for the replica that atomically claims the lease, bounding total GitHub load to ~once per mutable_ttl regardless of replica count. - Keep the request path fast: serve current cache, enqueue a prime on an empty cache, and return a bounded wait then a retryable 503 rather than blocking on a cold derive. - Add GITHUB_SYNC_RATE/BURST/WORKERS/POLL_INTERVAL config (conservative defaults) and document the syncer in the README. |
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unkinben
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d154fbf3f3 |
feat: github_rpm metadata-only remote (GitHub releases as a yum repo, no precache) (#107)
## Why Publishing RPMs to GitHub releases is common, but consuming them with `dnf` requires repodata GitHub does not provide, and mirroring every package into a local repo wastes storage and staleness-tracking on artifacts that already have a durable home. This exposes GitHub releases as a first-class RPM source that synthesizes repodata on the fly and **never precaches the packages**. ## What Add a `github_rpm` remote package type backed by a metadata-only provider. - Introduce a `RemoteServer` interception hook (the remote-side analog of `LocalIndexer`): `handleProxy` lets a provider fully answer a request before the byte-proxy engine, passing the request-derived proxy base URL and the DB as a `RemoteMetadataStore`. - Scan a repo's releases via the GitHub API (`base_url` = the releases API root) for `.rpm` assets, filtered by the remote's `patterns` (regex on asset filename), and reuse the existing local-rpm repodata generators to emit `repomd.xml`/`primary`/`filelists`/`other`. - Derive per-asset metadata without precaching: fetch only the RPM header via a ranged GET (retrying with a larger range on a truncated-header parse) for NEVRA, requires/provides/conflicts/obsoletes and files; take the sha256 from the GitHub asset `digest` when present, else compute it once by streaming. - Cache derived metadata in `rpm_metadata` keyed by asset path; re-scan no more often than `mutable_ttl`, pruning assets that disappear upstream. - Serve each package's `<location>` as the github-relative download path so the client comes back to this remote, which **302-redirects** to the `releases_remote` (an existing generic github.com remote) that streams the actual bytes. Reuse the existing `releases_remote` field as the redirect target — it already carries exactly this "downloads served by remote X" semantic end to end, so no new schema/model field is needed. Extend the shared RPM metadata model with conflicts/obsoletes (JSONB columns, added idempotently) so both local and `github_rpm` repodata resolve upgrades and conflicts; the local upload path records them too. ## No-precache mechanics - **Dependency metadata**: always from the ranged header fetch (header precedes payload; `rpm.Read` stops at the payload boundary), giving `dnf` full resolution. Default range 1 MiB, doubling to 16 MiB. - **Checksum**: prefer the GitHub asset `digest` (no download); fall back to a one-time streamed sha256 only when absent. Header-only "minimal mode" (no deps) is rejected as a default because `dnf` needs accurate provides/requires and a correct pkgid checksum to install. ## Tests Header-range parsing incl. the retry loop, digest-vs-computed checksum selection, repodata synthesis with the redirect-able `<location href>`, the 302 redirect path (and the guard when `releases_remote` is unset), asset pattern filtering, and stale-asset pruning. `go build`/`vet`/`test` green; pre-commit clean. ## Follow-ups - `github_apk` / `github_deb` metadata-only remotes (same pattern; not in this PR). - Terraform provider support for `artifactapi_remote_github_rpm` ships as a separate PR against `terraform-provider-artifactapi` (depends on this API surface). Reviewed-on: #107 Co-authored-by: Ben Vincent <ben@unkin.net> Co-committed-by: Ben Vincent <ben@unkin.net> |
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unkinben
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936cf8846a |
feat: serve local terraform repos as a provider registry (#102)
ci/woodpecker/tag/docker Pipeline was successful
## Why
Local terraform repos already served the Terraform **network mirror** protocol, but consuming that requires every user to add a `provider_installation { network_mirror }` block to `~/.terraformrc`. A `source = "artifactapi.k8s.../ns/type"` address instead triggers the **provider registry** protocol (service discovery at `/.well-known/terraform.json` + GPG-signed SHA256SUMS), which returned 404 — hence *"does not offer a provider registry."*
Local repos are meant to be the real thing, so this makes a terraform local repo a first-class provider registry: `terraform init` installs from a bare source address with no client config.
## What
- Serve `/.well-known/terraform.json` service discovery and the `providers.v1` endpoints under `/terraform/v1/providers`: `versions`, `download/{os}/{arch}`, `sha256sums`, `sha256sums.sig`.
- Map the Terraform **namespace** segment to the artifactapi **repo name**; locate the provider by **type**. `download_url` points back at the existing `/api/v1/local/...` path.
- Generate `SHA256SUMS` per version and sign it with a GPG key loaded from `TF_SIGNING_KEY_PATH` (optional `TF_SIGNING_KEY_PASSPHRASE`); advertise the public key + key id in the download response. **No key → registry stays disabled (endpoints 404)**, so behaviour is unchanged until the signing secret is present.
- New `internal/tfsign` (key load + detached signing, via `x/crypto/openpgp`) and `internal/api/terraform` (registry handler). Export `ParseProviderZip` for reuse.
- `TF_PROVIDER_PROTOCOLS` (default `5.0,6.0`) sets the advertised plugin protocols.
- README section documenting usage.
## Consumer
```hcl
terraform {
required_providers {
artifactapi = {
source = "artifactapi.k8s.syd1.au.unkin.net/terraform-unkin/artifactapi"
version = "0.1.2"
}
}
}
```
## Tests
- `internal/tfsign`: sign + verify round-trip, disabled/missing-key paths.
- `internal/api/terraform`: dockerised full flow (discovery → versions → download → sha256sums → sig), verifying the signature against the advertised public key.
## Follow-ups (separate PRs)
- **argocd-apps**: mount the signing K8s secret into the api deployment + set `TF_SIGNING_KEY_PATH`. The `/` HTTPRoute already routes `/.well-known` and `/terraform` to the API, so no gateway change is needed.
- Image/version bump once tagged.
## Note
Anchored the `terraform/` gitignore to the repo root (`/terraform/`) so it stops matching `internal/*/terraform/`. This surfaced `internal/provider/terraform/terraform_extra_test.go`, which had been silently untracked — now committed.
Reviewed-on: #102
Co-authored-by: Ben Vincent <ben@unkin.net>
Co-committed-by: Ben Vincent <ben@unkin.net>
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unkinben
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f61ab99ae8 |
fix: set timeouts on the upstream HTTP client (#83)
Fixes #67 ## Why The proxy used `http.DefaultClient` for all upstream GET/HEAD and bearer-token requests. It has no timeouts, so a slow or hung upstream holds a goroutine and connection indefinitely. ## Changes - Add a shared `upstreamClient` (`internal/proxy/httpclient.go`) with dial, TLS-handshake, response-header and idle-connection timeouts, plus connection pooling. - Deliberately no overall `Client.Timeout`, so large artifact bodies can still stream; total time is bounded by the request context. - Route all four upstream calls in the engine through it. ## Validation - `make e2e` passes. Reviewed-on: #83 Co-authored-by: Ben Vincent <ben@unkin.net> Co-committed-by: Ben Vincent <ben@unkin.net> |
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unkinben
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6f8e70c27a |
feat: add local RPM repository with on-demand repodata (#53)
## Summary - Upload RPMs to local repos, metadata parsed async via cavaliergopher/rpm - Repodata (repomd.xml, primary/filelists/other.xml.gz) generated on-demand from DB — nothing stored in S3 - RPM provider implements LocalUploader, PostUploadHook, and LocalIndexer - New rpm_metadata table for parsed RPM header data (name, version, deps, etc.) - New provider interfaces: PostUploadHook, BlobReader, MetadataStore, RPMMetadataReader ## Test plan - [x] Upload cowsay RPM from epel → async metadata parse confirmed in logs - [x] repomd.xml generated with correct hashes → primary.xml.gz has correct metadata - [x] `dnf install` from local repo: download + install successful - [x] Bad file rejection (.txt → 400), overwrite rejection (409) Reviewed-on: #53 Co-authored-by: Ben Vincent <ben@unkin.net> Co-committed-by: Ben Vincent <ben@unkin.net> |
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 benvin
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1e91a5fb72 |
feat: add local repository type with repo_type field (#49)
ci/woodpecker/tag/docker Pipeline was successful
Introduces repo_type (remote/local) as a separate axis from package_type
so that any package type can be hosted locally. A terraform local repo
is package_type=terraform + repo_type=local.
- Remote model gains RepoType field (defaults to "remote")
- Database schema adds repo_type column with migration for existing DBs
- V1 proxy adds /api/v1/local/{name}/* route for serving local files
- V2 upload via PUT /api/v2/remotes/{name}/files/{ns}/{type}/{file}.zip
validates filename matches terraform-provider-{type}_{ver}_{os}_{arch}.zip
and returns 409 on duplicate (no overwrites)
- index.json and {version}.json are computed on-the-fly from uploaded zips
rather than stored as separate files
- V2 create validates repo_type and requires base_url only for remotes
---------
Co-authored-by: Ben Vincent <ben@unkin.net>
Reviewed-on: #49
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benvin
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b46c116f6b |
Feat/v3 go rewrite (#47)
ci/woodpecker/tag/docker Pipeline was successful
Complete rewrite of ArtifactAPI from Python/FastAPI to Go as a single binary. Core engine: - 10 package providers: generic, docker, helm, pypi, npm, rpm, alpine, puppet, terraform, goproxy — each with built-in mutable patterns - Content-addressable storage (SHA256 dedup across all remotes) - Three-tier caching: Redis (TTL/locks) → S3/MinIO (blobs) → upstream - Classifier with allowlist/blocklist per-remote (empty = allow all) - Circuit breaker, conditional revalidation, stale-on-error - Background garbage collection for orphaned blobs - Access logging to PostgreSQL API: - v1 proxy endpoints (backwards compatible) - v2 management API: CRUD remotes/virtuals, object browser, stats, health, SSE events, probe/test endpoint - Virtual repos with index merging (Helm YAML + PyPI HTML) Frontend (React + Vite, separate Dockerfile): - Dashboard with stats, health indicators, top remotes - Remotes list with type filter, remote detail with config/patterns - Object browser with pagination and evict - Test Remote page: probe any remote path, see headers/size/timing - Virtuals page with expandable member lists TUI (Bubble Tea): - Dashboard, remotes list/detail, object browser, virtuals - Vim-style navigation, artifactapi tui --endpoint <url> Infrastructure: - S3 client supports MinIO, Ceph RGW, AWS S3 (minio-go) - PostgreSQL schema with migrations - Docker Compose: API + UI + Postgres 17 + Redis 7 + MinIO - Makefile with Go version check, build/test/lint/fmt/e2e targets - Distroless Docker image (~15MB) Testing: - Unit tests for models, classifier, providers, mergers - E2E tests with testcontainers-go (real Postgres/Redis/MinIO) Terraform config: - All 40 production remotes + helm virtual as HCL - Provider repo: terraform-provider-artifactapi v0.0.1 (separate) --------- Co-authored-by: Ben Vincent <ben@unkin.net> Reviewed-on: #47 |