* refactor(plugins): make lifecycle hook timing explicit Use one registration method and subject.operation.step names so plugin authors can read whether an operation waits. Preserve old registrations through a single SDK adapter and keep timing and payloads unchanged. * fix(plugins): align hook notes and example fixtures with release contracts Keep the changelog inside its versioned beta entry for app parsing. Run current plugin examples against the checkout version so their declared requirements remain valid. * docs(plugins): align translated hook dependency guidance * fix(plugins): align hook exports and release documentation * feat(plugins): use lifecycle positions and await worktree initialization * test(plugins): cover first-agent worktree initialization * test(plugins): verify rollback against workspace catalog entries
Paseo website
Plugin install counts
Clients report an install by resolving a plugin with X-Paseo-Install: 1 or
?intent=install, using /api/plugins/resolve/<owner>/<slug> or
/plugins/<owner>/<slug>.json. Ordinary resolves do not count. These numbers
measure install intent, not successful artifact installation or npm downloads.
The worker requires Cloudflare's CF-Connecting-IP header to count a report.
It stores the plugin ID plus a SHA-256 hash of the IP in a WEBSITE_CACHE KV key
with a one hour TTL, never the raw IP. An existing key skips the count; repeats
do not extend the hour. Missing or empty IP headers do not count.
Accepted reports increment the existing all-time total and UTC daily buckets in
WEBSITE_CACHE. Daily buckets retain 60 days and supply the website's seven-day
and thirty-day rankings. /api/plugins/installs still returns plugin IDs mapped
to all-time totals. The registry build
reads that endpoint into the published plugin details and index; the website
reads windowed counts from KV through its five-minute cache. Existing counts
remain intact. The KV guard is advisory: concurrent requests and KV propagation
are not serialized.