Every stored shared bookmark on one page, in the public page's
microformats. Without JS that's the whole list, and the search form
asks the server's filtered page. With JS, the newest 5 show and search
hides and shows entries in place.
The browser runs the server's own matcher: query.ts becomes query.js
(JSDoc types, checkJs), which the worker imports as code and serves as
text at /_query.js via a `?raw` import and a wrangler Text rule.
`shown()` picks what the page shows; the page's script reads items
back from each h-entry.
Tests: shown(); /all lists all 270 stored shared items, none hidden;
/_query.js is the module the worker runs; and client-side search over
/all's parsed microformats finds what the server's ?q= finds. The
script itself was checked once in headless Chromium (5 of 54 shown by
default; ?q=fragments shows 8), not in CI.
Generated-by: Claude Opus 5.5
No SQL text in the cache logic any more. Statements live in two files,
parsed by sqlStatements (`-- name:` sections, as in finquick's
brcal/gcbook.js) and imported as text (wrangler Text rule for *.sql):
- cache-read.sql: selects only, checked when the module loads
- cache-write.sql: schema, the v2 renumbering, etch, drops
store.ts turns them into two frozen facets with domain methods:
makeReader(sql) runs only the read statements (page, knownTotal,
deepestPageSince, pagesThrough); makeWriter(storage) only the write
ones (migrate, etch, dropPagesThrough), each change one transaction.
The cache migrates in its constructor under blockConcurrencyWhile, as
Cloudflare recommends, so readers never meet missing tables; the
migration test plants v1 storage and evicts to get a fresh activation.
A viewer() facet (PageViewer: stored pages and fill progress, from the
reader alone) is added for the public page.
Pure refactor: stored state and behavior unchanged.
Generated-by: Claude Opus 5.5
dckc