db: list every database a viewer may see
web: show how fresh a beads view is
handleView now reads the head commit of the rendered ref onto the envelope
(Head *browse.CommitInfo), and the beads and milestones headers carry a
shared beadsHead partial: <branch> · last commit <relative> · <short hash>,
the hash linking to the commit page and the exact stamp in the title.
The read is decoration on top of an answer: a database with no commits, or
a Log that fails, renders the page without the line rather than 500ing.
The relative time is a new ago func rather than chrome's reltime — it is
past-facing (clock skew reads as "just now", never "in 3 minutes") and
reads a package clock a test can pin.
mcpsrv: serve a stateless read-only MCP surface
beads: add a one-column stream layout beside the board
?layout=stream renders the same filtered set, the same buckets and the same
cards as one column of sections instead of four lanes side by side. It is a
layout of the Beads view and not a fifth tab: filters, the ready toggle, the
search box and ?issue= behave exactly as they do on the board.
A column read top to bottom can afford one sort per section, because each
section answers a different question: Rolling by started_at desc (what was
picked up last is what is being worked on), Lined Up ready-first then priority
then oldest, Stalled by blocker count (one blocker away is nearer than five),
Past Stand by closed_at desc. started_at and closed_at join the card model as
sort keys and are not displayed; a row missing one sorts last, because an unset
timestamp is not a very old one.
Past Stand opens collapsed in a <details> — the largest and least actionable
section, closed without a line of JavaScript. The sections are derived from the
finished lanes rather than bucketed again, so the section counts cannot drift
from the marquee, and the lanes keep the board order the board renders.
The Board/Stream toggle rebuilds the current query with layout replaced, via a
new withQuery template func, so every active filter survives the switch.
docs: spec the MCP surface and the second round of beads views
beads: drop the Bead/Beads prefix from the moved types
beads: extract the projection out of web/
web/beads.go held the one reading of the beads schema — the table
fingerprint, the lane bucketing, the ready rule, the status categories,
the transitive dependency walk, the event humanizer, the filter model and
the milestone rollup — where a second consumer could not reach it. The
MCP surface and the cross-database ready page both need it.
Move it to a new root package beads/ that depends on browse/ and the
standard library only: rows in, view model out, no net/http, no
html/template, no core. The BrowseSession seam is declared consumer-side
there and names the one method the projections call, so web's larger
BrowseSession satisfies it structurally and a session passes straight
through.
web/beads.go and web/milestones.go keep only their View adapters — slug,
label, template, Applies, and the hand-off of ref and query. The
templates are unchanged: the moved types keep their names and their
display methods, so every dot still resolves.
Pure move plus the beadsMax -> beads.Max export rename. The projection
tests move with the code and become testify; the render tests stay in
web/ unchanged. Same 63 tests pass before and after.
authn: gofmt the test files
authn: accept tokens.sr.ht working tokens and PATs as bearer
The /mcp surface is bearer-only, and none of the three credential planes
this service has fits an agent. ResolveBearer adds the fourth: it decodes
the presented token once, locally, and routes on the ClientID — the only
thing that tells a tokens.sr.ht working token from a meta.sr.ht PAT, since
both are sealed with the same instance key.
A working token goes through sr-ht-ecore's validator (one copy of that
check for the whole instance) and carries its grants out on the result, so
the surface can ask Authorize where the action is known. A PAT reuses
ResolveBasic with the token's own username as the identity — there is no
presented username to compare against in a bearer header — and the same
TokenGrantsAllow read gate the clone path applies.
An instance with no [tokens.sr.ht] section passes a nil validator: meta
PATs and anonymity keep working, a working token is refused, because a
machine credential this instance cannot verify is refused rather than
guessed at. A failed credential is always a refusal and never a downgrade
to anonymous, and backend.go's two error classes are preserved so a caller
can still answer 401 against 503.
core.GrantRead is the vocabulary tokens.sr.ht deliberately does not know.
There is no dolt:write: nothing on that surface writes, and a grant nobody
checks is a promise to an operator that no code keeps.
browse: add TableHash for per-commit change detection
bd: point the Dolt remote at dolt.srht.bigb.es and enable auto-push
bd init wrote the git URL into sync.remote, which Dolt cannot push to. Point
it at the companion database instead and turn on auto-push (30s debounce, 60s
timeout) so a bead created in a session does not sit only in the local store.
bd init: initialize beads issue tracking
ci: run the test suites against a real postgres
Not one of this repository's 28 test files had ever run on the builder: the
manifest went from cache_restore straight to abuild, and options="!check"
meant abuild did not run them either. Every apk published so far was built
from code CI compiled and never executed.
A postgres task brings up a database in the VM and exports DOLTSRHT_TEST_PG;
a test task runs make vet and make test. Measured on this tree, db/ has 10
tests and 9 of them gate on that DSN, so without it the whole persistence
layer is skipped and the build is green regardless; no other package needs
it. Hence the guard: an empty DSN fails the task loudly rather than skipping
every database suite. That guard is what makes !check an honest claim about
where the suites ran instead of a licence to ship untested code, and the
APKBUILD now says so.
make vet and make test rather than bare go commands, because the Makefile is
where -tags gms_pure_go and CGO_ENABLED=0 are named — without the tag either
command pulls go-icu-regex in and wants ICU headers the builder lacks.
remoteapi/integration_test.go prefers DOLTSRHT_TEST_PG and only falls back to
docker run when it is empty, so it never reaches for a daemon the builder
does not have. It is moot either way: the file is behind //go:build
integration and go test ./... does not compile it, as with spike.
No gofmt gate: web/beads.go and four test files are gofmt-dirty on master, so
one would be red on arrival.
ci: export the version instead of sed-ing the APKBUILD
The version task rewrote pkgver= in the tracked APKBUILD before abuild ran.
Go decides the vcs.modified half of the build stamp it records in every
binary from git status --porcelain, so that one sed made every binary in
the apk call itself <sha>-dirty for the life of the package. Measured on
go1.26.5. PKGVER now reaches abuild through ~/.buildenv and the APKBUILD
reads pkgver=${PKGVER:-0.0.0}; a local abuild builds an honest 0.0.0.
One git describe now decides it — a tag, else tag_git<n>, else the family's
0.0.<commit count> — and refs/tags/v* joins allow-refs so a tag builds.
The export alone is not enough: an untracked file at go build time sets the
same flag, and abuild works in this checkout. .gitignore takes /src/, /pkg/
and /tmp/, the last being the one abuild points GOTMPDIR at while
MAKEFLAGS=-j runs three go builds that can see each other's work dirs.
Around it, the shape the siblings converged on: cacher installed through
install.sh (checksum-verified, and the raw curl it replaces had no -f, so a
404 body was chmod +x-ed) in two tasks, since its PATH export lands in
~/.buildenv and only the next task sources it; scss through cacher --exec,
whose seed upload is best-effort, instead of an if-block that made an S3
hiccup fatal and a genuine S3 error indistinguishable from a miss;
--optional and the module-cache repair block in cache_restore; cache_save
after publish, without the cacher exists guards an upload already implies;
and publish gated on a readable ~/.apk-ci.env so a secretless submission
reports what it built instead of failing.
go mod download and NOT go mod download all: all resolves dependencies'
test dependencies and appends their hashes to go.sum, which is a tracked
file and therefore the very -dirty stamp this commit removes. On this tree
it added 426 lines, 671 -> 1097; plain download leaves go.sum untouched and
go mod verify still passes.
APKBUILD gains GOFLAGS=-trimpath -modcacherw, without which the binaries
embed builder paths and the module cache is packed read-only into the cache
tarball that the next build then cannot unpack. package() calls the new
install-files, which does not build: abuild runs it in a fresh process that
never called build(), so make install recompiled all three binaries from a
cold cache and shipped a copy nothing had checked. The bare ls of the
stylesheet becomes make check-css, which counts — web/router.go takes the
first glob match, so two stylesheets are as wrong as none. The three binary
targets lose their if [ -d ./cmd/... ] guards, which now only serve to turn
a deleted cmd/ into a green build that packages nothing.
The manifest is a varchar(16384) and over the cap a branch gets no CI at
all, so the reasoning moved to docs/ci.md and the tasks carry pointers.
deps: tidy after the ecore uplift
chrome: link the favicon through the shared head partial
The icon href was a literal in the layout, so a build with no static tree — a
test, a binary run out of a working copy — asked for /static/logo.svg once per
page and got a 404 each time. It is the chrome's FaviconHref now: our own logo
when this build ships one, checked the way the stylesheet already was, and
NewService's built-in data: URI when it does not. Both <link>s come from
srht-head-links, so the guard against <link href=""> is written once.
Also pins what the repo-list partial's optional fields do for a service that has
no timestamp in its schema: a card with no muted footer, not "0001-01-01".
pages: read forms through FormValues
Every mutation on this surface read its fields with r.PostFormValue after a bare
r.ParseForm. PostFormValue was already the right half — r.Form would merge the
query string into the body, which would let a mutation be driven from a URL
somebody was linked to, and that request is exactly the one the same-origin
guard sees nothing wrong with — but the body was bounded only by net/http's
10 MiB default, on pages anyone can reach. FormValues is both properties in one
call, and the values are passed down explicitly instead of each sub-handler
reaching back into the request.
chimw: take the chi helpers from ecore
Three things this service did not have. Read routes are registered for HEAD as
well as GET, so `curl -I` and every uptime probe stop being answered with a 405
and a kilobyte of error page; the twin shares the handler, so it cannot say 200
where the GET says 404. chi's two routing failures now render our own page
instead of net/http's plain text — an unrouted URL here was the one refusal on
the instance that did not look like the service it came from. And the request
line is a slog record rather than chi's colourised line on stdout, which was the
only line this daemon emitted that was neither structured nor on stderr.
chi's own middleware package loses the chimw alias to the package written
against; it is chimiddleware now, as ecore's package doc asks.