| Filename | Latest commit message | Latest commit date |
|---|---|---|
|
All checks were successful
ci/crow/cron/process-updates-alpine-323-arm64 Pipeline was successful
ci/crow/cron/process-updates-redhat-9-arm64 Pipeline was successful
ci/crow/cron/process-updates-ubuntu-2204-amd64 Pipeline was successful
ci/crow/cron/process-updates-ubuntu-2204-arm64 Pipeline was successful
ci/crow/cron/process-updates-ubuntu-2404-amd64 Pipeline was successful
ci/crow/cron/process-updates-ubuntu-2404-arm64 Pipeline was successful
ci/crow/cron/process-updates-redhat-10-amd64 Pipeline was successful
ci/crow/cron/process-updates-redhat-10-arm64 Pipeline was successful
ci/crow/cron/process-updates-alpine-322-amd64 Pipeline was successful
ci/crow/cron/process-updates-alpine-322-arm64 Pipeline was successful
ci/crow/cron/process-updates-redhat-9-amd64 Pipeline was successful
ci/crow/cron/process-updates-alpine-323-amd64 Pipeline was successful
ci/crow/cron/process-updates-redhat-8-arm64 Pipeline was successful
ci/crow/cron/process-updates-redhat-8-amd64 Pipeline was successful
## Summary While cleaning this up I noticed the script **defined** `purge_cdn_cache()` but never **called** it. Every CI run only declared the helper and exited cleanly without issuing a single curl. The PACKAGES freshness on cran.devxy.io / cran.rpkgs.com has been carried entirely by R's `Cache-Control: no-cache` header on the index files. Fixes in one shot: 1. **Actually run the purge.** The shifted args (`api_key`, `arch`, `os_id`, `domain…`) are now consumed inline and a curl POST is issued per (domain × resource). 2. **Drop `set -x`** — leaked the `AccessKey:` header into job logs. 3. **Drop the Python URL-encoder.** `curl -G --data-urlencode "url=…" --data "async=false" https://api.bunny.net/purge` does the same with no Python. The workflow purge steps can later switch from `alpine:3.23 + apk add bash curl` to a slimmer curl-only image. 4. **Add `src/contrib/Meta/archive.rds`** to the purged resource list. It's rewritten on every `process_cran_updates` run (see README) and was being served stale. ## Risks - This is the **first time** the script actually purges anything. If anything else (e.g. a downstream service) relied on the no-op behavior, this PR is the moment it stops being silent. I don't see any such caller. - Edge cache miss right after a purge means an origin S3 fetch — minor latency uptick on the first request per region per resource. Reviewed-on: #78 |
||
| .. | ||
| purge_cdn_cache.sh | ||