Pivot blog to the SX editor's content model. The editor (blog/sx/editor.sx)
emits sx_content = SX element markup, NOT content-on-sx CtDoc blocks. So a post
is now a {slug,title,sx_content,status} record in the durable persist KV, and a
post page is render-to-html(parse sx_content) — server-side, static, no client
runtime needed to view.
Endpoints: GET / (HTML index), /<slug>/ (rendered post), /posts (JSON list),
/new (create form); POST /new (form-urlencoded editor ingest, slug from title,
303 redirect), POST /posts (JSON create), PUT/DELETE /posts/<slug>. Writes
behind auth+ACL (edit/blog). Dropped the content-on-sx/Smalltalk preload chain;
added spec/render + web/adapter-html (render-to-html) + lib/dream/form.
BONUS: render-to-html is ~0ms (vs the 2s content-on-sx Smalltalk asHTML) — it
doesn't hit the JIT-miscompiled path, so blog rendering is no longer slow.
Live: blog.rose-ash.com/ lists posts, /welcome/ renders instantly. Reads live;
the form-ingest write path needs an auth decision before going live (browser
forms can't send bearer; needs session or a Caddy basicauth gate).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
CRUD on the durable content store, per-request IO:
GET /posts list (public) -> [{slug,title}]
GET /<slug>/ read (public) -> HTML / 404
POST /posts create (auth+ACL edit/blog) -> 201/400/409
PUT /posts/<slug> update title+body -> 200/400/404
DELETE /posts/<slug> delete (truncate) -> 200/404
Writes behind the auth+ACL pipeline; create=insert ops, update=op-updates,
delete=stream truncate. 16 new CRUD tests (full lifecycle + 401/403/409/404).
GOTCHA fixed: is a reserved CEK special form — a (let ((guard ...)))
helper was shadowed by it ((guard h) ran the guard special form -> 'first:
expected list'). Renamed to host/blog--protect; namespace-prefix all helpers.
HARDENING: conformance.sh now FAILS LOUD on load/eval errors. A test file that
errors mid-load silently truncates its suite and reports a false green (this hid
the CRUD failure as 'blog 13 passed, 0 failed'). The runner greps for error
markers and aborts. Documented the SX gotcha set + prevention ladder in the plan.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
KERNEL (sx_server.ml): route http-listen handlers through cek_run_with_io
instead of bare Sx_runtime.sx_call, so handlers resolve per-request IO
(durable persist reads/writes) via the same IO-driving runner the REPL uses.
Verified: per-request read+write, 10 concurrent writes (15 on disk, no
corruption), handler errors don't crash the server, http contract 6/6.
BLOG: fully dynamic — host/blog-post reads the post from the durable store
(content/head) AND renders (content/html) per request, no in-memory view, no
cached output. Possible because of the IO fix. Honest ~2s due to interpreted
Smalltalk render.
Render speed is NOT solved here: the JIT (precompiler) isn't installed in the
serving mode and currently miscompiles the Smalltalk evaluator's nested ASTs
(enabling it breaks ~60% of tests). Fixing the JIT is a separate, high-payoff
effort. Documented in the plan.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Blog posts now live in the durable SX store (persist/durable-backend, on-disk
under $SX_PERSIST_DIR — already built: sx_persist_store.ml + lib/persist/
durable.sx). Publishing appends insert ops to the slug's content stream; posts
survive restarts (verified: seq/log stable across container restart, re-seed
idempotent).
Read path: http-listen handlers can't drive per-request perform/IO (sx_call
doesn't resolve the CEK IO suspension the way the main loop does), so posts are
materialised from the store into an in-memory view at boot (host/blog-load-all!
+ host/blog-seed!) and request handlers read the view — perform-free. Store is
source of truth; view is a boot-rebuilt cache.
Deploy: docker-compose.dev-sx-host.yml mounts /root/sx-host-persist (chowned to
appuser 10001) at /data/persist; SX_PERSIST_DIR set. blog.rose-ash.com/welcome/
live. Per-request-IO kernel fix tracked in the plan as the next task.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
lib/host/blog.sx serves blog posts as HTML at GET /<slug>/ (the original
strangler target, Quart blog post_detail). A post is a content-on-sx CtDoc
rendered via content/html; anonymous + world-visible. In-memory slug->doc
registry now (host/blog-lookup swappable for a persist-backed content stream
later, handler/route unchanged). :slug catch-all mounted LAST so /feed,
/health, /internal/* take precedence. Needs the Smalltalk+persist+content
preload chain + (st-bootstrap-classes!)+(content/bootstrap!) — blog.sx
self-bootstraps at load. serve.sh loads the chain + seeds a welcome post.
Ledger gains the migrated blog post-detail (off-Quart 50% -> 53%).
LIVE: blog.rose-ash.com/welcome/ renders real HTML through Cloudflare->Caddy;
/feed still JSON (precedence verified), unknown slug 404.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Promote lib/host into the docker stack behind blog.rose-ash.com (reusing a
down Quart subdomain). New compose service sx_host runs lib/host/serve.sh on
externalnet; Caddy reverse-proxies blog.rose-ash.com -> sx-dev-sx_host-1:8000.
hosts/ fix: http-listen bound inet_addr_loopback only, unreachable from other
containers. Add SX_HTTP_HOST env (default loopback for tests/local; stack sets
0.0.0.0) in sx_server.ml. serve.sh made container-friendly (SX_PROJECT_DIR).
Verified live through Cloudflare->Caddy: /health, /feed, relations reads serve
real JSON; / 404 (no root route yet). rose-ash.com untouched. Conformance
145/145 green with the rebuilt binary.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
lib/host/server.sx adapts the native http-listen contract (string-keyed
{method,path,query,headers,body} -> {:status :headers :body}) to the Dream
host app: native->dream reassembles path+query into a target dream-request
parses; dream->native is near-identity (dream-response is already
{:body :headers :status}). host/serve = http-listen over host/native-handler
. host/make-app. lib/host/serve.sh boots the full module set and serves in the
foreground (container-entry shaped). Verified live on a host port: health/feed/
feed?actor=/relations reads serve real JSON, unknown->404. server suite (13)
covers the bridge as pure functions.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Migrate the container relations write actions onto lib/relations: POST
/internal/actions/attach-child + /detach-child dispatch to relations/relate
and relations/unrelate over the same "type:id" node model, behind the
auth+ACL pipeline (wrap-errors . require-auth . require-permission), mirroring
POST /feed. Closed-loop test: attach -> visible via get-children -> detach ->
gone; 401/403/400 guards. Ledger now models the full relations surface (7
endpoints): container reads+writes migrated, typed relate/unrelate/can-relate
proxied (registry+cardinality validation not in lib/relations). Off-Quart
coverage 45% -> 50%.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Migrate the two internal relations read queries onto lib/relations: GET
/internal/data/get-children + /get-parents dispatch to relations/children
and relations/parents. Bridge the Quart (type,id) node key to a graph atom
symbol "type:id" with relation-type as the edge kind; optional child/parent
-type params filter by "type:" prefix. Golden tests pin each endpoint to
subsystem-call + envelope. Ledger entries flipped to :migrated (off-Quart
coverage 27% -> 45%).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
lib/host/sxtp.sx implements the host<->subsystem wire format per
applications/sxtp/spec.sx:
- message algebra (request/response/condition/event + status helpers
ok/created/not-found/forbidden/invalid/fail) as string-keyed dicts;
verb/status/type stored as symbols (ride the wire bare)
- codec: sxtp/serialize (dict -> text/sx list form, deterministic top-level
field order, nested messages emitted in their own list form, no :msg leak)
and sxtp/parse (text/sx -> dict via a deep keyword-token->string normaliser)
- Dream bridge: sxtp/from-dream (HTTP req -> SXTP req, method->verb,
query->params) and sxtp/to-dream (SXTP resp -> HTTP resp, status->code,
body serialised to text/sx)
- 39-test suite covering algebra, serialise/parse round-trip, mappings, bridge
Runtime notes: serialize renders string-keyed dicts as {:k v} and symbols
bare; parsed keyword tokens are a distinct type (not = to string literals) so
parse normalises; unquote-splicing is unreliable so the emitter is str-based.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Composable handler->handler layers over Dream's primitives, with auth and
permission POLICY injected so the layer is policy-free and testable:
- middleware.sx: host/wrap-errors (JSON 500 via dream-catch-with),
host/require-auth (bearer->principal via dream-bearer-token, JSON 401,
injected token resolver), host/require-permission (lib/acl acl/permit? gate,
JSON 403, injected resource extractor), host/pipeline (first = outermost)
- feed.sx: POST /feed via host/feed-write-routes — auth ∘ ACL(post,feed) ∘
wrap-errors over host/feed-create (parse JSON body -> feed/post -> 201;
non-object -> 400). Created activity reads back via GET /feed.
- middleware suite (9) + feed write tests (6 new); conformance preloads now
include the Datalog engine + ACL subsystem + Dream auth/error.
ACL works with string atoms (no symbol coercion). Mute/prefs layer and sxtp.sx
deferred to the next tick.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
First migrated endpoint onto the SX host. lib/host is a thin wiring layer:
a host handler is a Dream handler (request->response) that calls a subsystem
public API and serialises via a shared JSON envelope.
- handler.sx: host/ok, host/ok-status, host/error, host/json-status (Dream's
dream-json is 200-only), host/query-int
- router.sx: host/make-app assembles per-domain route groups + /health probe
into one dream-router (reuses dr/flatten-routes)
- feed.sx: GET /feed reads feed/all + stream combinators, recent-first, with
?actor= filter and ?limit= cap
- 3 test suites incl. a golden test (body == subsystem recent stream + envelope)
- conformance.sh mirrors lib/dream's runner
Builds on dream-on-sx (merged, gate green 480/480) rather than a throwaway
native request model; collapses most of plan Phase 4 into Phase 1.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Surgical add of the two radar-authored planning docs onto architecture (both new
files, no conflict). Migration strategy: duplicate->cutover->diverge, strangler edge
+ layer-split shadow-diff, host-trio critical path. abstractions.md is the evidence
base the strategy cites (A1 done, W1/W4/W8 substrate-adoption findings).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Doc-only: records that the http-listen 'handler-mutex deadlock' is not a
mutex bug but an Erlang-scheduler-context issue (handler runs on a native
Thread.create outside any er-sched step, so gen_server:call->receive can
never complete). Pattern A inapplicable; correct fix is Pattern B in
er-bif-http-listen (lib/erlang, m2 scope). Full diagnosis + patch sketch in
plans/fed-sx-host-primitives.md.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Facade read-by-id was top-level only while content/edit's update/delete are
tree-wide — could not read back a nested block content/edit just modified.
Added generic ct-find-id (doc.sx) + doc-find-deep/doc-has-deep?; content/find
+ has? now descend into sections. content/find-top/has-top? keep top-level
lookup. Audit: remaining doc-find/ct-index-of callers are positional
insert/move (top-level by design). +6 api tests.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Investigated the http-listen "handler-mutex deadlock" per
plans/agent-briefings/fed-prims-mutex-fix.md. Reproduced deterministically
(single kernel-route request returns empty reply while a non-kernel route
returns 200; also reproduced with a 3-line minimal echo gen_server).
Root cause is in the Erlang substrate, not the OCaml mutex: native
http-listen runs each handler on a fresh Thread.create outside any Erlang
scheduler step, so gen_server:call -> receive (which raises er-suspend-marker
expecting an enclosing er-sched-step-alive! guard + er-sched-run-all! pump)
can never complete.
Pattern A is inapplicable: the failure reproduces on a single request with
zero contention, so it is not a mutex-contention deadlock; the mutex is in
fact required and must stay. Sx_runtime.sx_call is fully synchronous and no
OCaml symbol reaches the SX-level scheduler, so there is no OCaml-only fix.
The correct fix is Pattern B done entirely in er-bif-http-listen
(lib/erlang/runtime.sx) — spawn the handler as an er-process and
er-sched-run-all! to completion — which is m2 / loops/erlang scope.
Doc-only: full diagnosis + concrete patch sketch added to the Blockers and
Progress log of plans/fed-sx-host-primitives.md. No bin/sx_server.ml change.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
oauth.sx routes the PKCE check through pkce_ok: an S256 challenge carried as
{s256, Hash} compares crypto:hash(sha256, Verifier) =:= Hash; a bare
challenge stays plain (§4.1), so both methods coexist with no change to
existing flows (the bare path is the old =:= behaviour). Raw sha256 digests
are compared (base64url is wire encoding, omitted). New tests/pkce.sx (6,
incl. S256 through PAR). Verified pkce 6/6; substrate fix is in the
preceding commit. 239 total.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
ev/book-checked! prevents an attendee double-booking themselves across
different events by consulting their persist-derived availability for the
occurrence window (:time-conflict on overlap; same-occurrence re-book stays
idempotent).
ev/book-checked! prevents an attendee double-booking themselves across
different events: consults their persist-derived availability (ev/free-p?) for
the occurrence window, returns :time-conflict on overlap else the normal
ev/book-occ! result. Re-booking the same occurrence stays idempotent
(:already); other actors unaffected. ev/would-time-conflict? predicate.
311/311 green.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
