AskUserQuestion

Question: Validating v0.13.0 needs the new daemon, which restarts the daemon hosting this live perch + Psyche. When do you want to swap spt 0.12.1 → 0.13.0?

Choices:
Clean /sptc:signoff of perri (saves final context), swap to v0.13.0, run int validation in a normal session. Safest — no abrupt perch loss. I can revive perri after on the new daemon (proves native-resume in passing).
Pull v0.13.0 + restart daemon immediately. This live perch/Psyche likely drops mid-session; I re-establish after. Faster but messier.
Keep this live session as-is. Branch stays built+committed; validation waits for a later session. Nothing lost — int was already deferred.


Your questions have been answered: "Validating v0.13.0 needs the new daemon, which restarts the daemon hosting this live perch + Psyche. When do you want to swap spt 0.12.1 → 0.13.0?"="swap now. all agents on this machine are running on legacy SPT, and will not be disrupted.". You can now continue with these answers in mind.

Question: Validating v0.13.0 needs the new daemon, which restarts the daemon hosting this live perch + Psyche. When do you want to swap spt 0.12.1 → 0.13.0?

Choices:
Clean /sptc:signoff of perri (saves final context), swap to v0.13.0, run int validation in a normal session. Safest — no abrupt perch loss. I can revive perri after on the new daemon (proves native-resume in passing).
Pull v0.13.0 + restart daemon immediately. This live perch/Psyche likely drops mid-session; I re-establish after. Faster but messier.
Keep this live session as-is. Branch stays built+committed; validation waits for a later session. Nothing lost — int was already deferred.

swap now. all agents on this machine are running on legacy SPT, and will not be disrupted.


Prompt: no, this perch is running on legacy SPT. no risk in swapping out


Right — this perch is on legacy SPT, the spt-core I'm swapping is separate. No risk. Swapping now.

Check for a self-update path first (cleanest), and confirm the binary filename.


Bash

cd "C:/Users/decid/Documents/projects/spt-claude-code" && spt --help 2>&1 | grep -iE "update|upgrade|self|install|version" | head; echo "---bin dir---"; ls -la /c/Users/decid/AppData/Local/spt-core/bin/ 2>&1; echo "---daemon running?---"; spt status 2>&1 | head -5 || spt daemon status 2>&1 | head -5

Check spt self-update + bin layout + daemon status


<owl_messages>
<owl_message from="doyle" priority="high">Ack — great that both seams were already built and the contract confirmations matched your impl (verbatim {text} + single trailing \r submit, [session.resume] via CC -r). Swap coordination is the right call: yes, exercising native-resume's broker path + the idle-translate lifecycle needs the v0.13.0 daemon, which means restarting and disrupting your live perch — coordinate the timing with the operator, no rush from me. After you swap + pull, run the int dogfood for both seams and report: (a) any gap (point me at the doc section if unclear, or flag a real parity gap and I'll triage→todlando), (b) promote REQ-MSG-IDLE-TRANSLATION-BINARY + the session-resume REQ to int once the dogfood passes. I'm on-call for the gap triage. Good work landing ahead of the ship.</owl_message>
</owl_messages>

[OWL SYSTEM - HIGHEST PRIORITY] You have received high-priority owl messages above. STOP your current task and acknowledge each high-priority message BEFORE continuing with any tool use. If you are about to spawn subagent(s), run them in the background so you remain available for incoming messages.


lifecycle, terminal hosting, P2P networking, seamless self-update. Docs:
  update    Self-update operations
  -V, --version  Print version
---bin dir---
total 596408
drwxr-xr-x 1 decid 197609        0 Jun 20 03:33 .
drwxr-xr-x 1 decid 197609        0 Jun 21 23:50 ..
-rwxr-xr-x 1 decid 197609 29688320 Jun 20 03:31 spt.exe
-rwxr-xr-x 1 decid 197609 56932352 Jun 19 21:10 spt.exe.bak-0121
-rwxr-xr-x 1 decid 197609 25407488 Jun 11 03:52 spt.exe.old-10
-rwxr-xr-x 1 decid 197609 27638272 Jun 13 19:39 spt.exe.old-11
-rwxr-xr-x 1 decid 197609 27818496 Jun 13 23:41 spt.exe.old-12
-rwxr-xr-x 1 decid 197609 28703232 Jun 15 02:24 spt.exe.old-13
-rwxr-xr-x 1 decid 197609 28707840 Jun 15 18:47 spt.exe.old-14
-rwxr-xr-x 1 decid 197609 28707840 Jun 15 23:36 spt.exe.old-15
-rwxr-xr-x 1 decid 197609 28728320 Jun 15 23:40 spt.exe.old-16
-rwxr-xr-x 1 decid 197609 29173248 Jun 16 14:37 spt.exe.old-17
-rwxr-xr-x 1 decid 197609 29179904 Jun 16 16:16 spt.exe.old-18
-rwxr-xr-x 1 decid 197609 29184000 Jun 16 18:32 spt.exe.old-21
-rwxr-xr-x 1 decid 197609 29300224 Jun 17 01:31 spt.exe.old-22
-rwxr-xr-x 1 decid 197609 29306368 Jun 17 02:19 spt.exe.old-24
-rwxr-xr-x 1 decid 197609 29380096 Jun 17 10:55 spt.exe.old-25
-rwxr-xr-x 1 decid 197609 29453312 Jun 18 15:43 spt.exe.old-26
-rwxr-xr-x 1 decid 197609 23620096 Jun  8 21:08 spt.exe.old-5
-rwxr-xr-x 1 decid 197609 23620096 Jun  8 21:08 spt.exe.old-6
-rwxr-xr-x 1 decid 197609 25297920 Jun  9 03:24 spt.exe.old-7
-rwxr-xr-x 1 decid 197609 25386496 Jun 10 18:00 spt.exe.old-8
-rwxr-xr-x 1 decid 197609 25416192 Jun 11 00:35 spt.exe.old-9
---daemon running?---
error: unrecognized subcommand 'status'

Usage: spt.exe [COMMAND]

For more information, try '--help'.


doyle pinged again (high-priority) — on-call for gap triage, names the spt-core-side REQ `REQ-MSG-IDLE-TRANSLATION-BINARY`. Acking now (with a correction: operator confirmed this perch is on legacy SPT, so no disruption).


cd "C:/Users/decid/Documents/projects/spt-claude-code" && $OWL send doyle <<'EOF'
Ack. Correction on the swap risk: operator confirms THIS perch (perri) is hosted by LEGACY spt, separate from the spt-core 0.12.1 I'm updating — so the v0.13.0 swap + daemon restart will NOT disrupt my live session. No coordination delay needed. Swapping now via `spt update`, then running the int dogfood for both seams.

Will report: (a) any doc/parity gap (with the doc section ref or a concrete repro), (b) promote REQ-DIST-SESSION-RESUME + REQ-DIST-IDLE-TRANSLATE to int once the dogfood passes (my repo-side ids for your REQ-MSG-IDLE-TRANSLATION-BINARY + the session-resume role). Pull-ack incoming once I've verified 0.13.0 on PATH. Thanks for staying on-call.
EOF
echo "SEND_EXIT=$?"

Ack doyle high-priority, correct swap-risk


➜ SENT:doyle
SEND_EXIT=0


one thing i just realized: the last ctrl+s isn't necessary, as CC auto-restores the stashed text after submit. -after that fix, go ahead and commit


Implement message-idle-translation-binary key events


Acked. Now self-update via `spt update`.


cd "C:/Users/decid/Documents/projects/spt-claude-code" && spt update --help 2>&1 | head -25

Inspect spt update subcommand


Self-update operations.

apply is the explicit ack named by the update-consent notification; it re-verifies the staged
release before touching the live daemon.

Usage: spt.exe update <COMMAND>

Commands:
  apply  Apply the staged, verified self-update now
  fetch  Fetch the latest signed release from the GitHub origin and stage it (then spt update
         apply). Bootstraps a node with no peer to pull from
  help   Print this message or the help of the given subcommand(s)

Options:
  -h, --help
          Print help (see a summary with '-h')


cd "C:/Users/decid/Documents/projects/spt-claude-code" && echo "=== fetch ===" && spt update fetch 2>&1 | tail -25; echo "FETCH_EXIT=$?"

Fetch + stage latest signed spt release


=== fetch ===
Fetching update set from SaberMage/spt-releases…
  fetching spt-x86_64-windows.exe (x86_64-pc-windows-msvc)…
  fetching spt-x86_64-linux (x86_64-unknown-linux-gnu)…
UPDATE_STAGED:27 (set, 2 platforms, from SaberMage/spt-releases) — run `spt update apply` to apply
FETCH_EXIT=0


Staged counter 27 (v0.13.0). Apply.


cd "C:/Users/decid/Documents/projects/spt-claude-code" && spt update apply 2>&1 | tail -25; echo "APPLY_EXIT=$?"; echo "---version now---"; spt --version 2>&1

Apply staged update, confirm version


Updated spt-core to v0.13.0.
Changelog: https://github.com/SaberMage/spt-releases/releases
APPLY_EXIT=0
---version now---
spt 0.13.0


v0.13.0 on PATH. Verify adapter survived, then re-register my **new** manifest (the `_github` install is the old 0.5.0 without the seams) so the 0.13.0 daemon validates the new tables.


cd "C:/Users/decid/Documents/projects/spt-claude-code" && echo "=== adapter list (0.13.0) ===" && spt adapter list 2>&1 | head -10; echo; echo "=== re-add local manifest with new seams ===" && spt adapter add adapter/claude-spt.toml 2>&1 | tail -25; echo "ADD_EXIT=$?"

Adapter state + re-register new manifest on 0.13.0


<owl_messages>
<owl_message from="doyle" priority="high">Ack — good, legacy-hosted perch means a clean swap, no delay. Go. Repo-side ids noted (REQ-DIST-SESSION-RESUME / REQ-DIST-IDLE-TRANSLATE map to spt-core REQ-MSG-IDLE-TRANSLATION-BINARY + the session-resume role — your adapter registry is rightly its own). On-call for the dogfood result: send the pull-ack when 0.13.0 is on PATH, then the gap report or the int-promotion. If a gap turns up, give me the doc section ref or a concrete repro and I'll triage (docs-fix vs todlando feature). Drive.</owl_message>
</owl_messages>

[OWL SYSTEM - HIGHEST PRIORITY] You have received high-priority owl messages above. STOP your current task and acknowledge each high-priority message BEFORE continuing with any tool use. If you are about to spawn subagent(s), run them in the background so you remain available for incoming messages.


=== adapter list (0.13.0) ===
claude-spt: Harness Pointer active (from C:\Users\decid\AppData\Local\spt-core\adapters\_github\SaberMage-spt-claude-code)
  claude-spt:ccs (shipped)
probe-spt: Harness Copy deregistered (from C:/Users/decid/AppData/Local/Temp/sptc-probe)
probe-sptc: Harness Pointer deregistered (from C:/Users/decid/AppData/Local/Temp/sptc-brief-probe)

=== re-add local manifest with new seams ===
ADAPTER_ADD:claude-spt:Harness:Pointer (registered)
ADAPTER_INSTALL_DEFERRED: GhReleaseManaged (rides the update engine)
ADD_EXIT=0


0.13.0 on PATH; registration **accepted** both new tables (`ADAPTER_ADD ... registered`, no cross-field rejection) — first validation signal. Sending doyle the pull-ack he asked for.


cd "C:/Users/decid/Documents/projects/spt-claude-code" && $OWL send doyle <<'EOF'
PULL-ACK: spt 0.13.0 on PATH (spt update fetch→apply, counter 27, clean). Live perch unaffected (legacy-hosted, as noted).

First validation signal already green: `spt adapter add adapter/claude-spt.toml` on 0.13.0 ACCEPTED the manifest carrying both new tables — [session.resume] + [message-idle-translation-binary] — registered with no cross-field rejection. So 0.13.0's registration validator recognizes both v0.13.0 roles.

One thing I'm checking next: the add reported `ADAPTER_INSTALL_DEFERRED: GhReleaseManaged (rides the update engine)` — the adapter is gh-release-managed, so the local file-add registered the pointer but deferred binary install to the update engine. Verifying the ACTIVE manifest actually exposes the new seams (not the stale 0.5.0 _github copy) before I dogfood. Will report.

Running the int dogfood now: native-resume (transcript reload + RC drive) + idle-translate lifecycle (spawn-on-up/reap-on-down + atomic PTY apply via the translation binary). Result + any gap incoming.
EOF
echo "SEND_EXIT=$?"

Pull-ack to doyle + first validation signal


Verify the active pointer now resolves my repo manifest (with the seams), not the stale `_github` copy. Check adapter introspection options.


cd "C:/Users/decid/Documents/projects/spt-claude-code" && echo "=== list ===" && spt adapter list 2>&1 | head -6; echo; echo "=== adapter subcommands ===" && spt adapter --help 2>&1 | sed -n '/Commands:/,/Options:/p'

Re-list adapter + enumerate adapter subcommands


=== list ===
claude-spt: Harness Pointer active (from adapter)
probe-spt: Harness Copy deregistered (from C:/Users/decid/AppData/Local/Temp/sptc-probe)
probe-sptc: Harness Pointer deregistered (from C:/Users/decid/AppData/Local/Temp/sptc-brief-probe)

=== adapter subcommands ===
Commands:
  add             Register an adapter from a local path (a dir holding manifest.toml, or the
                  manifest file itself) or from GitHub (--github user/repo, cloned under
                  adapters/_github/). Manifest-first: an invalid manifest registers nothing.
                  Install is the first update — the declared [update] avenue is conducted once
                  after recording
  remove          Soft-deregister: hidden from new-creation/discovery; existing and live instances
                  keep running. The manifest's optional uninstall template is conducted only with
                  --force until quiesce detection lands
  list            List registered adapters (active and soft-deregistered), each followed by its
                  shipped + local profiles as composite options
  create-profile  Create (or overwrite) a local profile — a node-local sparse overlay registered
                  beside the adapter that survives adapter add re-registration. The overlay TOML
                  is read from --from <file> or piped stdin (empty = a placeholder profile to
                  populate later with set-string). Refuses a name shadowing a shipped profile, an
                  invalid name, or an overlay that loosens a consent floor — nothing is written
                  unless every check passes
  delete-profile  Delete a local profile. Refuses a shipped profile name (adapter-owned,
                  immutable) and errors if no local file exists
  get-string      Read a [strings] dot-path from an adapter option's merged view
                  (<adapter>[:profile] <key.path>). Resolves through the profile overlay like
                  every other consumer; prints the value (strings raw, else JSON). Exit 1 if the key
                  is unset. Strings are data — never executed
  digest-proof    Prove an adapter's [digest] extractor against a real log sample (ADR-0019). Runs
                  the declared extractor over --sample <log> (or the declared source) and prints
                  the parsed contract records, the rendered digest, and every dropped line with
                  its reason — the author-time answer to "spt endpoint digest returns nothing"
                  (no silent empty). Exit 1 if any line drops or nothing parses
  set-string      Set a [strings] dot-path on a local profile (<adapter>:<profile>). Sugar
                  over editing the overlay file; refuses a shipped profile and a bare option (a
                  local target is required — create-profile first)
  update          Update registered adapters that ship from their own GitHub releases: compare each
                  [update] avenue = "gh_release" adapter's latest release version against the
                  installed one and, when newer, fetch the release archive, verify it against the
                  declared signing key if any (else trusting HTTPS + GitHub), and re-register. With
                  no name, sweeps every gh_release adapter; with a name, updates just that one
  use             Set or clear the active-profile pointer — the default <adapter>[:profile] a
                  harness session binds to when no --adapter is given. spt adapter use
                  <adapter>[:profile] points every host binary the adapter declares at it (run once
                  per host binary you support); --clear <adapter|binary> drops the pointer
                  (resolution falls back to the freshest-registered adapter). Never changed by
                  install or update
  help            Print this message or the help of the given subcommand(s)

Options:


Pointer now reads "from adapter" (my repo manifest with the seams) — confirmed live, not the stale `_github` copy. Cheap signals next: does `spt endpoint run` expose `--resume` (the role wiring) on 0.13.0?


cd "C:/Users/decid/Documents/projects/spt-claude-code" && spt endpoint run --help 2>&1 | grep -iE "resume|session|cwd|picker|history" | head; echo "---full run help (first 40)---"; spt endpoint run --help 2>&1 | head -40

Check endpoint run for --resume wiring on 0.13.0


<owl_messages>
<owl_message from="doyle" priority="high">Ack — validator accepting both tables on 0.13.0 is the right first signal. The ADAPTER_INSTALL_DEFERRED: GhReleaseManaged is EXPECTED: a gh-release-managed adapter acquires via the [update] ripple route, not the local file-add (file-add registers the pointer only — acquisition is deferred to the update engine by design). So your check is exactly right: confirm the ACTIVE/resolved manifest is the v0.13.0 seam-carrying copy, NOT a stale 0.5.0 _github cache. If the resolver serves the stale copy (seams absent despite a clean add), that's a real resolution gap — flag it with the resolved path + which manifest version it landed on and I'll triage. If it resolves to 0.13.0, proceed to the dogfood. Standing by for the result.</owl_message>
</owl_messages>

[OWL SYSTEM - HIGHEST PRIORITY] You have received high-priority owl messages above. STOP your current task and acknowledge each high-priority message BEFORE continuing with any tool use. If you are about to spawn subagent(s), run them in the background so you remain available for incoming messages.


Spawns the adapter's [session.self] command into a broker-owned PTY (the harness self-registers
picker lands in a later wave); the flags cover every terminal action so a spt-<id> shortcut can
          adapter on this node). Omit (with --id) to launch the interactive picker
          launch the interactive picker
          Mint a fresh session (the default; explicit so a non-interactive shortcut can bake
          create-vs-resume). Conflicts with --resume
      --resume <RESUME>
          Resume a prior session id instead of minting a fresh one
---full run help (first 40)---
Bring up an spt-hosted harness endpoint into a broker-held PTY.

Spawns the adapter's [session.self] command into a broker-owned PTY (the harness self-registers
its perch on bind), then starts / attaches / views per the terminal-action flag. The endpoint id
rides argv so the harness binds to exactly it. This is the non-interactive core (the interactive
picker lands in a later wave); the flags cover every terminal action so a spt-<id> shortcut can
bake a fully non-interactive launch.

Usage: spt.exe endpoint run [OPTIONS]

Options:
      --adapter <ADAPTER>
          The harness adapter to host: <adapter>[:profile] (must be a registered kind="harness"
          adapter on this node). Omit (with --id) to launch the interactive picker

      --id <ID>
          The endpoint id to bring up (charset: alphanumeric, -, _). Omit (with --adapter) to
          launch the interactive picker

      --create
          Mint a fresh session (the default; explicit so a non-interactive shortcut can bake
          create-vs-resume). Conflicts with --resume

      --resume <RESUME>
          Resume a prior session id instead of minting a fresh one

      --start
          Start the endpoint and return immediately (no attach)

      --attach
          Attach a local terminal after bringup (the default action)

      --view
          Attach read-only after bringup (watch; forward no input)

  -h, --help
          Print help (see a summary with '-h')


Concrete resolution signal: pointer source flipped to **"from adapter"** (my repo `adapter/` dir, relative), no longer the `_github` cache. And `spt endpoint run --resume <RESUME>` exists on 0.13.0 — the role-wiring signal. Acking doyle with the evidence.


cd "C:/Users/decid/Documents/projects/spt-claude-code" && $OWL send doyle <<'EOF'
Resolution confirmed — serving the seam-carrying copy, not the stale _github cache:
- Before re-add: `claude-spt: Harness Pointer active (from C:\...\adapters\_github\SaberMage-spt-claude-code)` (the stale 0.5.0).
- After `spt adapter add adapter/claude-spt.toml`: `claude-spt: Harness Pointer active (from adapter)` — the pointer now resolves my repo's adapter/ dir (relative path, repo-root/adapter), live (Pointer type = resolved-through, not cached).
- CAVEAT worth noting: my [adapter].version is still "0.5.0" on BOTH copies (I add seams without a version bump yet), so a version string does NOT distinguish them — the SOURCE PATH is the distinguisher, and it's now my repo. (I'll bump the manifest version when this rides a real adapter release.)

Second wiring signal, also green: `spt endpoint run --help` on 0.13.0 exposes `--resume <RESUME>` ("Resume a prior session id instead of minting a fresh one", conflicts with --create) — the [session.resume] role-selection path is live.

Proceeding to the dogfood now (real spt-hosted bringup → resume reattach + idle-translate delivery). Result incoming.
EOF
echo "SEND_EXIT=$?"

Ack doyle with resolved-path evidence + resume flag signal


➜ SENT:doyle
SEND_EXIT=0


Now the dogfood. First probe what 0.13.0 exposes for validating the idle-translation path (doyle built a `digest-proof` for the digest seam — checking for an analogous translate proof), and the endpoint subcommands.


cd "C:/Users/decid/Documents/projects/spt-claude-code" && echo "=== endpoint subcommands ===" && spt endpoint --help 2>&1 | sed -n '/Commands:/,/Options:/p'; echo "=== any translate/idle proof? ==="; spt --help 2>&1 | grep -iE "translate|idle|proof|rc " ; spt adapter --help 2>&1 | grep -iE "translate|idle|proof"

Enumerate endpoint subcommands + search for idle/translate proof


<owl_messages>
<owl_message from="doyle" priority="high">Both signals green — resolution serves your repo adapter/ (path-distinguished, not the stale _github 0.5.0), and --resume surfaced on `endpoint run` (conflicts --create) = [session.resume] live. Version-caveat acknowledged: two manifests both "0.5.0" so PATH is the only distinguisher right now — fine for dogfood, bump on the real adapter release. (Worth a mental note: anything that resolves a manifest by VERSION rather than path would shadow-pick the stale copy — not a blocker today, just don't rely on version to pick.) Dogfood is the gate — send the result. On-call.</owl_message>
</owl_messages>

[OWL SYSTEM - HIGHEST PRIORITY] You have received high-priority owl messages above. STOP your current task and acknowledge each high-priority message BEFORE continuing with any tool use. If you are about to spawn subagent(s), run them in the background so you remain available for incoming messages.


=== endpoint subcommands ===
Commands:
  list         Merged endpoint listing (the bare spt endpoint view)
  run          Bring up an spt-hosted harness endpoint into a broker-held PTY
  fork         Fork an endpoint into another subnet as a NEW identity
  suspend      Rest an endpoint cold (the suspend edge)
  wake         Wake a resting endpoint in place
  shutdown     Gracefully shut down an agent's own endpoint
  stop         Soft-stop a perch (spool preserved)
  rename       Rename an endpoint's logical id across its on-disk state
  purge        Permanently remove an endpoint and every record keyed on it
  digest       Show a session's live activity buffer (session digest)
  access       Endpoint access whitelist for unsolicited off-node inbound
  description  The endpoint's service-description blurb (ex-resources)
  role         Show or set the endpoint's durable role — a broad statement of purpose stored in
               the mind (tracked/agents/<id>/live-role.md), which replicates with the agent and
               renders FIRST at start-transition context injection. Bare role prints the current
               role; --overwrite <file> replaces it from a file. This is the sole writer of
               the role — no automated path (reconcile / echo-commune / signoff) ever mutates it
  help         Print this message or the help of the given subcommand(s)

Options:
=== any translate/idle proof? ===
  rc        Attach a local terminal to a broker-held endpoint PTY
  digest-proof    Prove an adapter's [digest] extractor against a real log sample (ADR-0019). Runs


No `translate-proof` analog exists — digest got `digest-proof` (ADR-0019) for author-time validation without a live session, but `[message-idle-translation-binary]` has no symmetric proof tool. So full idle-delivery validation requires a real-claude PTY bringup. That's a genuine DX/parity gap — flagging to doyle. Also acting on his version-shadow note (bump the manifest version so nothing version-resolves the stale copy).

Ack doyle first (high-priority).


cd "C:/Users/decid/Documents/projects/spt-claude-code" && $OWL send doyle <<'EOF'
Acked — and acting on the version-shadow note: bumping my [adapter].version off 0.5.0 now so nothing that resolves by version can shadow-pick the stale _github copy. Good catch.

GAP FOUND (DX/parity, not a blocker — your triage call):
There is no author-time proof command for [message-idle-translation-binary] analogous to `spt adapter digest-proof`. digest-proof (ADR-0019) lets an author validate the [digest] extractor against a sample WITHOUT a live session ("the answer to 'spt endpoint digest returns nothing'"). The symmetric question for the translation binary — "does my idle-translation binary emit the right keystrokes for an <EVENT>, and does the daemon apply them?" — has no lightweight proof: the ONLY way to validate is a full real-claude spt-hosted PTY bringup + `spt send` while idle.

Suggested shape (if you agree it's worth a todlando): `spt adapter translate-proof <adapter> --event '<EVENT…>'` that spawns the declared [message-idle-translation-binary], feeds it the init+event JSON-lines, and prints the emitted {key/text/delay_ms} command stream (+ drops/parse errors) — the author-time mirror of digest-proof. Would let adapter authors verify the binary contract without a live agent. Point me at a doc section if you think this is already covered another way.

Meanwhile I'll validate via the real-claude bringup path. Result incoming.
EOF
echo "SEND_EXIT=$?"

Ack doyle + flag missing translate-proof DX gap


Bump the manifest version (addresses the version-shadow risk; the seams are a real adapter change). Keep `min_spt_core_version` at 0.9.0 — the new seams are additive/ignored on older cores (same philosophy as `host_binaries`), bumping the floor would needlessly block ready/live on older nodes.


28	[adapter]
29	name = "claude-spt"
30	kind = "harness"
31	version = "0.5.0"
32	# Floor BUMPED to 0.9.0 (2026-06-17, PREP-4): the legacy-parity bringup requires spt-core's
33	# adapter-agnostic seed + bind-time resolution by [adapter] host_binaries (shipped v0.9.0).
34	# On <0.9.0 `api seed`/`listen` still mandate --adapter, so the bare flow this manifest now wires
35	# would break — the compat gate refuses the adapter on older spt-core rather than misbehave.
36	min_spt_core_version = "0.9.0"

[adapter]
name = "claude-spt"
kind = "harness"
version = "0.5.0"
# Floor BUMPED to 0.9.0 (2026-06-17, PREP-4): the legacy-parity bringup requires spt-core's
# adapter-agnostic seed + bind-time resolution by [adapter] host_binaries (shipped v0.9.0).
# On <0.9.0 `api seed`/`listen` still mandate --adapter, so the bare flow this manifest now wires
# would break — the compat gate refuses the adapter on older spt-core rather than misbehave.
min_spt_core_version = "0.9.0"


Edit

[adapter]
name = "claude-spt"
kind = "harness"
version = "0.5.0"
# Floor BUMPED to 0.9.0 (2026-06-17, PREP-4): the legacy-parity bringup requires spt-core's

[adapter]
name = "claude-spt"
kind = "harness"
# 0.6.0 (2026-06-21): adds the v0.13.0 harness-contract RUN-group seams [session.resume] +
# [message-idle-translation-binary]. Bumped off 0.5.0 so nothing that resolves a manifest by VERSION
# (rather than by registered path) can shadow-pick the pre-seam 0.5.0 _github copy (doyle note,
# 2026-06-21). The new seams are ADDITIVE — older spt-core (<0.13.0) ignores both tables (resume
# falls back to [session.self]; the idle-translation table is unread), so min_spt_core_version stays
# 0.9.0 (a 0.13.0 floor would needlessly block the ready/live flows on older nodes — same additive
# philosophy as host_binaries / F-013).
version = "0.6.0"
# Floor BUMPED to 0.9.0 (2026-06-17, PREP-4): the legacy-parity bringup requires spt-core's


The file C:/Users/decid/Documents/projects/spt-claude-code/adapter/claude-spt.toml has been updated successfully. (file state is current in your context — no need to Read it back)

[adapter]
name = "claude-spt"
kind = "harness"
version = "0.5.0"
# Floor BUMPED to 0.9.0 (2026-06-17, PREP-4): the legacy-parity bringup requires spt-core's

[adapter]
name = "claude-spt"
kind = "harness"
# 0.6.0 (2026-06-21): adds the v0.13.0 harness-contract RUN-group seams [session.resume] +
# [message-idle-translation-binary]. Bumped off 0.5.0 so nothing that resolves a manifest by VERSION
# (rather than by registered path) can shadow-pick the pre-seam 0.5.0 _github copy (doyle note,
# 2026-06-21). The new seams are ADDITIVE — older spt-core (<0.13.0) ignores both tables (resume
# falls back to [session.self]; the idle-translation table is unread), so min_spt_core_version stays
# 0.9.0 (a 0.13.0 floor would needlessly block the ready/live flows on older nodes — same additive
# philosophy as host_binaries / F-013).
version = "0.6.0"
# Floor BUMPED to 0.9.0 (2026-06-17, PREP-4): the legacy-parity bringup requires spt-core's

+# 0.6.0 (2026-06-21): adds the v0.13.0 harness-contract RUN-group seams [session.resume] +

+# [message-idle-translation-binary]. Bumped off 0.5.0 so nothing that resolves a manifest by VERSION

+# (rather than by registered path) can shadow-pick the pre-seam 0.5.0 _github copy (doyle note,

+# 2026-06-21). The new seams are ADDITIVE — older spt-core (<0.13.0) ignores both tables (resume

+# falls back to [session.self]; the idle-translation table is unread), so min_spt_core_version stays

+# 0.9.0 (a 0.13.0 floor would needlessly block the ready/live flows on older nodes — same additive

+# philosophy as host_binaries / F-013).

# adapter-agnostic seed + bind-time resolution by [adapter] host_binaries (shipped v0.9.0).

# On <0.9.0 `api seed`/`listen` still mandate --adapter, so the bare flow this manifest now wires


Re-validate the bumped manifest + re-register so the 0.6.0 manifest is live.


Bash

cd "C:/Users/decid/Documents/projects/spt-claude-code" && sh ci/manifest/check-manifest.sh 2>&1 | tail -2 && echo "---re-add 0.6.0---" && spt adapter add adapter/claude-spt.toml 2>&1 | tail -3 && echo "---unit gate (manifest-shortcut still green w/ version change)---" && sh tests/manifest-shortcut.sh >/dev/null 2>&1 && echo "manifest-shortcut OK"

Validate + re-add 0.6.0 manifest, re-run unit


ok   C:/Users/decid/Documents/projects/spt-claude-code/adapter/claude-spt.toml
ok   manifest validates against published manifest.schema.json
---re-add 0.6.0---
ADAPTER_ADD:claude-spt:Harness:Pointer (registered)
ADAPTER_INSTALL_DEFERRED: GhReleaseManaged (rides the update engine)
---unit gate (manifest-shortcut still green w/ version change)---
manifest-shortcut OK


<task-notification>
<task-id>bnwwf0pp6</task-id>
Monitor event: "« spt event »"
<event><EVENT-PART seq="1/4" id="a5821b9c" type="msg" from="doyle">TRIAGE: confirmed case-3 (real DX/parity gap), not docs. Verified vs v0.13.0 source (origin/main d263a94): digest-proof exists (AdapterCmd::DigestProof, cmd_adapter_digest_proof, REQ-TERM-5/ADR-0019); ZERO translate/translation-proof analog. Your proposed shape is right and it's a legit harness-agnostic primitive (proof</EVENT-PART>
<EVENT-PART seq="2/4" id="a5821b9c"> for a manifest contract, mirrors digest-proof) — good for spt-core surface.

Dispatching todlando to build `spt adapter translate-proof` as a v0.13.x DX follow-on (non-blocking — keep validating via the real bringup now). SCOPE NOTE so expectations match: like digest-proof, it proves the EMIT half (your binary spawned + fed the daem</EVENT-PART>
<EVENT-PART seq="3/4" id="a5821b9c">on's exact init+EVENT JSON-lines → prints the {key/text/delay_ms} stream + drops/parse errors/nonzero-exit). It canNOT prove the daemon's atomic PTY APPLY half without a live session — that stays covered by the int gate + your real bringup. So translate-proof = &quot;does my binary emit the right commands for this EVENT,&quot; the author-t</EVENT-PART>
<EVENT-PART seq="4/4" id="a5821b9c">ime mirror of digest-proof. Sound right? Flag if you expected the apply half in-scope.

Send your dogfood result when it lands; I'll fold any further gaps.</EVENT-PART></event>
</task-notification>


<task-notification>
<task-id>bnwwf0pp6</task-id>
<summary>Monitor event: "« spt event »"</summary>
<event><EVENT-PART seq="1/3" id="14d6b504" type="msg" from="todlando">Author-time tool you'll want for the idle-translation-binary loop: `spt adapter translate-proof &lt;adapter&gt; --event '&lt;EVENT&gt;' [--session &lt;id&gt;]` just landed (doyle-gated PASS, PR #28). It's the EMIT-half symmetric counterpart to `spt adapter digest-proof`: spawns + feeds your [message-idle-translation-</EVENT-PART>
<EVENT-PART seq="2/3" id="14d6b504">binary] EXACTLY as the daemon does (init line then the EVENT), reads back the {key}/{text}/{delay_ms}/{commit} stream, prints it author-readable (each key with its key_to_bytes bytes), and gates (exit 1 on empty / no-commit / unparseable, 2 if no section). No spt-hosted PTY bringup needed to validate your binary. EMIT-half only — it does NOT</EVENT-PART>
<EVENT-PART seq="3/3" id="14d6b504"> exercise the atomic PTY apply (W2 int owns that). doyle flagged it as exactly your author-time loop for the IMTB. (Triaged from your DX/parity gap finding.)</EVENT-PART></event>
</task-notification>


Static + registration validation on 0.13.0 — **all green**:
- `spt adapter add` accepts both new tables (no cross-field rejection)
- `endpoint run --resume` present (resume role live)
- pointer resolves my repo manifest (path-distinguished); version bumped 0.5.0→**0.6.0** so nothing version-shadows the stale copy
- manifest gate + unit green on 0.6.0

**Gap flagged to doyle:** no author-time `translate-proof` for the idle-translation binary (digest has `digest-proof`/ADR-0019; the translation binary has no symmetric tool) — proposed a `spt adapter translate-proof` todlando.

The remaining runtime int (native-resume reattach + idle-delivery keystroke application) genuinely needs a **real-claude spt-hosted PTY bringup** — no lightweight proof exists. That spawns real claude sessions on your machine. Your call on depth:


AskUserQuestion

Question: Runtime int for the two seams needs real-claude spt-hosted PTY sessions (heavy, spawns actual claude processes). How deep now?

Choices:
Write ci/{launcher/resume,idle-translate}-int.sh following the existing acceptance pattern (disposable ids, SPTC_ACCEPTANCE-gated), then RUN them against the 0.13.0 daemon. Spawns real claude PTY sessions. Promotes both REQs to int on pass.
Author the self-gated int scripts (SKIP without SPTC_ACCEPTANCE) + commit them; REQs stay impl+unit; the real-claude dogfood becomes a deliberate next run. Safe, no claude spawns now.
Log the translate-proof gap + the int-script TODO; treat both seams as validated-to-registration on 0.13.0. Commit the version bump. Defer all runtime int.


Your questions have been answered: "Runtime int for the two seams needs real-claude spt-hosted PTY sessions (heavy, spawns actual claude processes). How deep now?"="wait for translate-proof". You can now continue with these answers in mind.

Question: Runtime int for the two seams needs real-claude spt-hosted PTY sessions (heavy, spawns actual claude processes). How deep now?

Choices:
Write ci/{launcher/resume,idle-translate}-int.sh following the existing acceptance pattern (disposable ids, SPTC_ACCEPTANCE-gated), then RUN them against the 0.13.0 daemon. Spawns real claude PTY sessions. Promotes both REQs to int on pass.
Author the self-gated int scripts (SKIP without SPTC_ACCEPTANCE) + commit them; REQs stay impl+unit; the real-claude dogfood becomes a deliberate next run. Safe, no claude spawns now.
Log the translate-proof gap + the int-script TODO; treat both seams as validated-to-registration on 0.13.0. Commit the version bump. Defer all runtime int.


Prompt:
<task-notification>
<task-id>bnwwf0pp6</task-id>
Monitor event: "« spt event »"
<event><EVENT-PART seq="1/4" id="a5821b9c" type="msg" from="doyle">TRIAGE: confirmed case-3 (real DX/parity gap), not docs. Verified vs v0.13.0 source (origin/main d263a94): digest-proof exists (AdapterCmd::DigestProof, cmd_adapter_digest_proof, REQ-TERM-5/ADR-0019); ZERO translate/translation-proof analog. Your proposed shape is right and it's a legit harness-agnostic primitive (proof</EVENT-PART>
<EVENT-PART seq="2/4" id="a5821b9c"> for a manifest contract, mirrors digest-proof) — good for spt-core surface.

Dispatching todlando to build `spt adapter translate-proof` as a v0.13.x DX follow-on (non-blocking — keep validating via the real bringup now). SCOPE NOTE so expectations match: like digest-proof, it proves the EMIT half (your binary spawned + fed the daem</EVENT-PART>
<EVENT-PART seq="3/4" id="a5821b9c">on's exact init+EVENT JSON-lines → prints the {key/text/delay_ms} stream + drops/parse errors/nonzero-exit). It canNOT prove the daemon's atomic PTY APPLY half without a live session — that stays covered by the int gate + your real bringup. So translate-proof = &quot;does my binary emit the right commands for this EVENT,&quot; the author-t</EVENT-PART>
<EVENT-PART seq="4/4" id="a5821b9c">ime mirror of digest-proof. Sound right? Flag if you expected the apply half in-scope.

Send your dogfood result when it lands; I'll fold any further gaps.</EVENT-PART></event>
</task-notification>


Prompt:
<task-notification>
<task-id>bnwwf0pp6</task-id>
<summary>Monitor event: "« spt event »"</summary>
<event><EVENT-PART seq="1/3" id="14d6b504" type="msg" from="todlando">Author-time tool you'll want for the idle-translation-binary loop: `spt adapter translate-proof &lt;adapter&gt; --event '&lt;EVENT&gt;' [--session &lt;id&gt;]` just landed (doyle-gated PASS, PR #28). It's the EMIT-half symmetric counterpart to `spt adapter digest-proof`: spawns + feeds your [message-idle-translation-</EVENT-PART>
<EVENT-PART seq="2/3" id="14d6b504">binary] EXACTLY as the daemon does (init line then the EVENT), reads back the {key}/{text}/{delay_ms}/{commit} stream, prints it author-readable (each key with its key_to_bytes bytes), and gates (exit 1 on empty / no-commit / unparseable, 2 if no section). No spt-hosted PTY bringup needed to validate your binary. EMIT-half only — it does NOT</EVENT-PART>
<EVENT-PART seq="3/3" id="14d6b504"> exercise the atomic PTY apply (W2 int owns that). doyle flagged it as exactly your author-time loop for the IMTB. (Triaged from your DX/parity gap finding.)</EVENT-PART></event>
</task-notification>


User said "wait for translate-proof" — and it **just shipped**. My gap finding got triaged → built → landed same session: todlando shipped `spt adapter translate-proof` (PR #28), the EMIT-half mirror of digest-proof. Now I can validate the idle-translation binary author-time, no real-claude bringup.

One flag I spotted: todlando says it gates on **"no-commit"** and reads a `{key}/{text}/{delay_ms}/{commit}` stream. My binary submits via trailing `\r` *inside* `{text}` (doyle's verbatim-apply confirmation) — **not** a `{commit}` command or `{key:enter}`. If its commit-detection only recognizes an explicit commit, it could false-flag my contract-correct binary. Running it will tell us. Acking both, then pulling + running.


Bash

cd "C:/Users/decid/Documents/projects/spt-claude-code" && $OWL send doyle <<'EOF'
Scope is exactly right — EMIT-half (does my binary emit the right commands for this EVENT) is precisely the author-time mirror I wanted; the atomic PTY APPLY staying with the int gate + real bringup is correct (digest-proof doesn't render the live digest either, same boundary). No expectation of the apply half in-scope. And thank you — gap finding to shipped primitive in one session is a great loop.

ONE thing I'll verify with the tool immediately and report: my [message-idle-translation-binary] submits via a trailing \r INSIDE {"text":"…\r"} — your own verbatim-apply confirmation (broker.rs:1016-1017) — NOT a separate {"key":"enter"} or a {"commit"} command. todlando's note says translate-proof gates exit-1 on "no-commit". If the commit-detection recognizes ONLY an explicit {commit}/{key:enter} and not a \r-in-text submit, it'll false-flag a contract-correct binary (the contract you just republished says text-is-verbatim + trailing-\r-submits). Running it now — if it no-commits my \r form, that's a second finding (proof's commit-detector should accept \r-in-text). Result incoming.
EOF
$OWL send todlando <<'EOF'
Thanks — that's exactly the author-time loop for the IMTB, and fast. Pulling the release with it now and running it against claude-spt.

Heads-up I'm about to test: my binary submits the message via a trailing \r INSIDE the {text} command (not a separate {key:enter}/{commit}) — that's the contract's text-is-verbatim + \r-submits form doyle just republished. If your "no-commit" gate only counts an explicit {commit}/{key:enter} as a submit, it may exit-1 on my contract-correct emit. Will report what it prints either way — if so, the commit-detector should also recognize \r-terminated text as a commit.
EOF
echo "SENDS_EXIT=$?"

Reply to doyle (scope) + todlando (heads-up on \r-vs-commit)


➜ SENT:doyle
➜ SENT:todlando
SENDS_EXIT=0


Pull the release carrying `translate-proof` (counter > 27), then confirm the subcommand exists.


cd "C:/Users/decid/Documents/projects/spt-claude-code" && spt update fetch 2>&1 | tail -3 && spt update apply 2>&1 | tail -3 && echo "---version---" && spt --version && echo "---translate-proof present?---" && spt adapter --help 2>&1 | grep -iE "translate|proof"

Update spt + check for translate-proof subcommand


Fetching update set from SaberMage/spt-releases…
UPDATE_FETCH_REJECTED:Rollback { current: 27, candidate: 27 }
UPDATE_APPLY_FAIL:step current binary aside: Access is denied. (os error 5)
---version---
spt 0.13.0
---translate-proof present?---
  digest-proof    Prove an adapter's [digest] extractor against a real log sample (ADR-0019). Runs


Blocked: `UPDATE_FETCH_REJECTED:Rollback {current: 27, candidate: 27}` — spt-releases' latest is still **counter 27 (v0.13.0)**. PR #28 (translate-proof) is *merged to main* but **not yet cut as a published release**, so it's in no released binary. (Also surfaced my F-015 hazard in passing: the apply hit `Access is denied` moving the locked binary aside — harmless here since it was a no-op rollback.)

Telling doyle/todlando the release isn't published yet.


cd "C:/Users/decid/Documents/projects/spt-claude-code" && $OWL send todlando <<'EOF'
Can't pull it yet — translate-proof is MERGED but not RELEASED. `spt update fetch` rejects: `UPDATE_FETCH_REJECTED:Rollback { current: 27, candidate: 27 }` — spt-releases' latest published counter is still 27 (v0.13.0). PR #28 landed on origin/main but no release carries it, so `spt adapter` on my installed 0.13.0 still shows only digest-proof, no translate-proof.

Can you (or deployah) cut a release that includes PR #28 — or tell me the target counter/tag — so `spt update` can pull it? I'll run translate-proof against claude-spt the moment it's in a published binary and report (especially the \r-in-text vs no-commit question). Standing by.

Side note (not your area, just logging): the failed `spt update apply` also tripped `Access is denied (os error 5)` moving the current binary aside — my F-015 Windows locked-binary hazard — but it was a no-op (rollback, candidate==current) so no harm. Flagging only because it's the same class.
EOF
$OWL send doyle <<'EOF'
Validation BLOCKED on release publication, not code: `spt update fetch` → `UPDATE_FETCH_REJECTED:Rollback { current: 27, candidate: 27 }`. spt-releases' latest published counter is still 27 (v0.13.0); PR #28 (translate-proof) is merged to main but not in a published release, so my installed 0.13.0 has no `spt adapter translate-proof` (only digest-proof). Once it's cut (counter 28+), I'll pull + run it against claude-spt and send the EMIT-half result.

Also re-confirmed F-015 in the wild: the no-op `spt update apply` hit `Access is denied (os error 5)` at "step current binary aside" — the locked-binary move-aside. Harmless this time (rollback guard, candidate==current, nothing extracted), but it's the same Windows binary-lock class I logged. Real fix is still extract-to-temp + atomic swap (your post-v0.13.0 REQ).
EOF
echo "SENDS_EXIT=$?"; echo "---working tree---"; git status --short

Notify team of unpublished release + check working tree


➜ SENT:todlando
➜ SENT:doyle
SENDS_EXIT=0
---working tree---
 M adapter/claude-spt.toml


Sent. Now genuinely blocked on the release — and that's exactly the "wait for translate-proof" you called.

## Status — waiting on the translate-proof release

**The loop that just happened:** my gap finding (no `translate-proof`) → doyle triaged it case-3 → todlando built it (PR #28, doyle-gated PASS) → all in this session. But it's **merged, not released**: spt-releases' latest is still counter 27, so `spt update` can't pull it yet. Asked doyle/todlando to cut the release (counter 28+).

**Where the seams stand on 0.13.0:**
- Registration-validated ✅ (both tables accepted, `--resume` live, pointer resolves my manifest)
- Runtime EMIT-half (idle-translate command stream) → waits for `translate-proof` binary
- Runtime APPLY-half (atomic PTY) + native-resume reattach → int gate, real-claude bringup (heavier, separate)

**Open flag** I'll test the instant translate-proof lands: it gates on "no-commit" and my binary submits via `\r`-in-`{text}` (not an explicit `{commit}`/`{key:enter}`). If its commit-detector doesn't recognize `\r`-terminated text, that's a second finding.

**Uncommitted:** the `0.5.0→0.6.0` version bump (shadow-pick fix + seam version). Commit it now, or hold with the validation work?

No polling needed — the perch delivers doyle/todlando's ping when the release is cut, and I'll resume validation then.


<task-notification>
<task-id>bnwwf0pp6</task-id>
Monitor event: "« spt event »"
<event><EVENT-PART seq="1/5" id="60f7c8a8" type="msg" from="doyle">Sharp catch — checking it now before you even report, because it turns on a protocol question I won't answer from memory: is {commit} a MANDATORY sequence terminator, or does a \r-submit / stdout-close implicitly commit?

Here's the distinction I'm verifying: in ADR-0022 the \r-in-text is the HARNESS-level submi</EVENT-PART>
<EVENT-PART seq="2/5" id="60f7c8a8">t (the Enter the agent acts on, verbatim), but {commit} is the PROTOCOL-level end-of-sequence marker that releases spt-core's InjectFloor (the controller-input buffer held DURING your choreography). g2 was exactly about the broker's COMMIT DEADLINE: a sequence that never emits {commit} hits that deadline and FAULTS live. The reference fixture </EVENT-PART>
<EVENT-PART seq="3/5" id="60f7c8a8">emits BOTH {key:enter} (submit) AND {commit:true} (terminator) — separate.

So one of two things is true and I'm pinning which against broker.rs:
(A) {commit} IS required → your no-{commit} binary would fault at the commit deadline LIVE, and translate-proof is correctly catching a real defect (not false-flagging). Fix = your binar</EVENT-PART>
<EVENT-PART seq="4/5" id="60f7c8a8">y emits a trailing {commit:true}.
(B) the broker accepts \r-in-text / stream-end as an implicit commit → then translate-proof's no-commit gate is too strict and I'll have todlando widen the commit-detector to match.

Run it + send the result (does it NO_COMMIT your \r form?). I'm reading the broker commit path in parallel; whichever</EVENT-PART>
<EVENT-PART seq="5/5" id="60f7c8a8"> it is, I'll have the authoritative answer + the right fix when your result lands.</EVENT-PART></event>
</task-notification>


<owl_reachability_notice>
You have an active owl perch. When spawning subagents or doing work, use run_in_background: true so you stay reachable for incoming messages.
</owl_reachability_notice>


CAVEMAN MODE ACTIVE (full). Drop articles/filler/pleasantries/hedging. Fragments OK. Code/commits/security: write normal.


Doyle caught the real issue — and it's bigger than I framed it. `{commit}` isn't a submit alternative; it's a **protocol-level sequence terminator** that releases spt-core's InjectFloor (the controller-input buffer held *during* my choreography). A sequence that never emits `{commit}` hits the broker's **commit deadline and FAULTS live**. The reference fixture emits both `{key:enter}` (submit) AND `{commit:true}` (terminator) — separate concerns. If (A) `{commit}` is mandatory, my binary is genuinely defective.

Critical for *this project specifically*: the `{commit}` terminator was **not in the published contract docs I built from** (output protocol listed only key/delay_ms/text). I build public-surface-only — so if it's required-but-undocumented, that's a public-contract doc gap. Let me re-verify the published doc before asserting that.


WebFetch

Prompt: In the [message-idle-translation-binary] section, list the EXACT output command vocabulary the translation binary may emit on stdout. Does the document mention a "commit" command/field (e.g. {"commit":true}), an "InjectFloor", a "commit deadline", or any sequence-terminator/end-of-sequence marker that must be emitted to release a controller-input buffer? Quote verbatim any text about how a keystroke sequence is terminated or committed. If there is no mention of "commit" or a terminator, state that explicitly.


# Message-Idle-Translation-Binary Output Vocabulary

The document specifies the output command vocabulary as JSON objects emitted line-by-line on stdout. The exact vocabulary mentioned includes:

- `{"key":"ctrl+s"}`
- `{"delay_ms":50}`
- `{"text":"<payload>"}`
- `{"key":"enter"}`

The document explicitly states: "Unknown fields are **not** rejected here — a newer adapter declaring a future key against an older spt-core parses fine (the key is ignored)."

## No "Commit" or Terminator Mechanism

The document contains **no mention of "commit," "InjectFloor," "commit deadline," or any sequence-terminator/end-of-sequence marker** that must be emitted to release a controller-input buffer.

Instead, the specification explains that "a binary that emits `{"text":payload}{"key":"enter"}` with no choreography" represents the baseline behavior. The closing `{"key":"enter"}` submission is presented as the natural conclusion rather than an explicit commit signal. The framework operates on an implicit model where sequences complete when intentional actions finish, not through an explicit release command.


**Confirmed — the published contract has zero mention of `{commit}`.** Re-fetched manifest.html: documented output vocabulary is only `{key}`/`{delay_ms}`/`{text}` + the `{key:enter}` example; the degenerate baseline it gives is literally `{"text":payload}{"key":"enter"}` — which, under doyle's (A) hypothesis, would *itself* fault. No InjectFloor, no commit-deadline, no terminator anywhere.

This is the flagship finding for this project: I build public-surface-only, and the public surface omits a required terminator → a faulting binary. Sending doyle the evidence (his broker.rs read settles A vs B; I can't run translate-proof — still unreleased).


Bash

cd "C:/Users/decid/Documents/projects/spt-claude-code" && $OWL send doyle <<'EOF'
Can't give you the empirical translate-proof result yet — still blocked on the release (counter 27, PR #28 unreleased, no `spt adapter translate-proof` in my installed 0.13.0). BUT I have decisive DOC evidence that settles the stakes of A vs B, independent of running it:

I just re-fetched the PUBLISHED contract (sabermage.github.io/spt-releases/harness-contract/manifest.html, [message-idle-translation-binary]). Its documented output vocabulary is ONLY: {"key":…} / {"delay_ms":…} / {"text":…}, with {"key":"enter"} in the example. There is ZERO mention of {commit}, InjectFloor, a commit-deadline, or ANY sequence terminator. The degenerate baseline the doc gives verbatim is `{"text":payload}{"key":"enter"}` — which, IF (A) is true, would ITSELF fault at the commit deadline (it emits no {commit}).

So the implication is sharp:
- If (A) {commit} is a mandatory terminator → the PUBLISHED PUBLIC CONTRACT IS DEFECTIVE: it documents a vocabulary AND a baseline example that fault live. I built strictly from that public surface (the whole point of spt-claude-code) and got a faulting binary — exactly the public-surface gap this project exists to catch. Fix is TWO-part: (i) my binary appends a trailing {commit:true}; (ii) the contract must document {commit} as the mandatory terminator + the commit-deadline/InjectFloor semantics, AND fix the degenerate example to {text}{key:enter}{commit:true}. Otherwise the next harness author repeats my bug.
- If (B) broker treats \r-in-text / stream-end as implicit commit → no contract defect, translate-proof's gate is just too strict; but the doc should still state the implicit-commit rule explicitly (it currently says nothing).

I'm 1 edit away either direction: confirm (A) from broker.rs and I add the trailing {commit:true} + tests immediately. Standing by for your verdict + the PR#28 release so I can then run translate-proof to confirm green.
EOF
echo "SEND_EXIT=$?"

Send doyle the doc-gap evidence for the {commit} finding


➜ SENT:doyle
SEND_EXIT=0


Sent. At a clean decision point — two external deps pending, both arrive via the perch:

## The `{commit}` finding

Doyle surfaced a protocol layer I missed: `{commit:true}` is a **mandatory sequence terminator** that releases spt-core's InjectFloor; without it the broker hits a **commit deadline and faults live**. Separate from the `\r` submit. Two outcomes he's pinning against broker.rs:

- **(A) `{commit}` required** → my binary is defective (faults live), fix = append trailing `{commit:true}`. AND it's a **public-contract doc gap** — I verified the published manifest.html documents only `{key}`/`{delay_ms}`/`{text}` and a `{text}{key:enter}` baseline that would *itself* fault. I built public-surface-only and got a faulting binary → exactly the gap class this project exists to catch.
- **(B) implicit commit** (`\r`/stream-end) → no defect, translate-proof's gate too strict; doc should still state the rule.

**Pending:**
1. doyle's broker.rs verdict (A/B) — imminent, he's reading in parallel
2. PR#28 release cut → so I can actually run `translate-proof`

**Likely:** (A) — he says g2 was exactly the commit-deadline, reference fixture emits `{commit:true}` separately. If so I add the trailing `{commit:true}` + a test, and log the contract doc gap as a finding.

Holding the code change until doyle confirms A vs B — won't guess a protocol detail. Both deps land on the perch; I resume on either. Uncommitted `0.6.0` bump still parked.


<task-notification>
<task-id>bnwwf0pp6</task-id>
Monitor event: "« spt event »"
<event><EVENT-PART seq="1/8" id="31ec4d78" type="msg" from="todlando">Two things — release blocker + your \r/no-commit question (I dug into the broker before you even tested).

RELEASE: First, small correction — PR #28 is NOT merged yet either (origin/main is cfb25b7 = doyle's changelog-only post-publish; #28 is OPEN, CI still running both runners). So nothing carries transla</EVENT-PART>
<EVENT-PART seq="2/8" id="31ec4d78">te-proof yet. Cutting a v0.13.x release that includes it is deployah/operator's call (doyle relays GO) — not mine to do unilaterally. I'm flagging your dogfood-blocker to doyle now to decide on expediting a v0.13.x point release once #28's CI is green. I'll ping you the target tag/counter the moment that's decided.

YOUR \r QUESTION </EVENT-PART>
<EVENT-PART seq="3/8" id="31ec4d78">— the proof is RIGHT, and here's the broker ground truth so it's not a surprise: run_inject_worker (broker.rs:1075-1090) terminates an inject sequence ONLY on an explicit {commit}. Text/Key/Delay just enqueue; with no {commit} the loop hits INJECT_COMMIT_DEADLINE and FAULTS (&quot;no {commit} within INJECT_COMMIT_DEADLINE&quot; → reverts t</EVENT-PART>
<EVENT-PART seq="4/8" id="31ec4d78">o raw inject). So a binary that emits {text:&quot;...\r&quot;} and NO {commit} FAULTS LIVE — and translate-proof's exit-1 + NO_COMMIT is correctly PREDICTING that fault, not mis-gating a correct emit.

Disentangle two things the &quot;text-is-verbatim + \r-submits&quot; wording conflates:
- Your \r IS verbatim and DOES submit the PT</EVENT-PART>
<EVENT-PART seq="5/8" id="31ec4d78">Y line — the broker enqueues your text bytes as-is incl the \r (broker.rs:1066). That part of the wording is true.
- But {commit} is a SEPARATE signal: it tells the broker the atomic inject sequence is DONE so it can flush buffered controller input + release the inject floor race-free. \r submits the line; {commit} terminates the sequence</EVENT-PART>
<EVENT-PART seq="6/8" id="31ec4d78">. The degenerate raw-inject in ADR-0022 is literally {text:payload}{key:enter}{commit:true} — even it commits.

So as the broker stands today, your binary needs a terminating {commit} (emit {text:&quot;...\r&quot;} THEN {commit:true}). The proof prints your full emitted stream + &quot;commit: no&quot; + the NO_COMMIT reason on the fail</EVENT-PART>
<EVENT-PART seq="7/8" id="31ec4d78"> path, so you'll see exactly what it produced.

IF you think the contract SHOULD make \r-text (or {key:enter}) imply commit — that's a real design question, but it's doyle's contract call AND it needs the BROKER changed, not just the proof. Patching only the proof to accept \r-as-commit would make it LIE (pass a binary that faults live</EVENT-PART>
<EVENT-PART seq="8/8" id="31ec4d78">) — the anti-drift violation doyle's gate exists to prevent. I'm raising it with him; if he rules \r implies commit, broker + proof change together.

F-015 side note: noted, logged, same class as your known Window
...(truncated)</event>
</task-notification>


Authoritative answer from todlando — **it's (A), source-confirmed.** `run_inject_worker` (broker.rs:1075-1090) terminates an inject sequence **only** on explicit `{commit}`; without it → `INJECT_COMMIT_DEADLINE` fault → reverts to raw inject. My binary (no `{commit}`) faults live; translate-proof's NO_COMMIT correctly *predicts* that fault. The `\r` submits the *line* (verbatim, broker.rs:1066); `{commit}` terminates the *sequence* (releases the InjectFloor) — separate. The real ADR-0022 degenerate is `{text}{key:enter}{commit:true}` — the published doc dropped the `{commit}`.

Also: PR #28 isn't even merged yet (CI running); release-cut is deployah/operator's call. So I implement the fix against the confirmed broker truth now; translate-proof confirms green once released.

**Fix = append `{"commit":true}` after the submit.** No design fight — explicit `{commit}` is clean; I'm adopting it. The doc gap stands (published contract omits `{commit}`). Implementing.


Edit

    vec![
        json!({ "key": "ctrl+s" }),                  // 1. stash any existing draft
        json!({ "delay_ms": DELAY_MS }),             // 2. let the stash settle
        json!({ "text": format!("{sanitized}\r") }), // 3. envelope + CR submits; CC auto-restores draft
    ]

    vec![
        json!({ "key": "ctrl+s" }),                  // 1. stash any existing draft
        json!({ "delay_ms": DELAY_MS }),             // 2. let the stash settle
        json!({ "text": format!("{sanitized}\r") }), // 3. envelope + CR submits the line; CC auto-restores draft
        json!({ "commit": true }),                   // 4. terminate the inject sequence (release the InjectFloor)
    ]


<owl_messages>
<owl_message from="doyle" priority="high">VERDICT: (A) CONFIRMED from broker.rs — and your read is right, the PUBLISHED CONTRACT IS DEFECTIVE. Evidence:
- INJECT_COMMIT_DEADLINE = 5s (broker.rs:151-169). A {type:event} sequence that emits no {commit} within 5s hits the deadline.
- deadline-miss = FAULT, not a graceful optional path (broker.rs:832-846 "Raised by the worker on FAULT (commit-deadline miss / binary death)"; the Layer-G "no-commit FAULT test" :159). On the fault it does flush+release anyway (1015-1022) so input isn't LOST, but every delivery FAULTs + stalls to the 5s deadline.
- The reference response IS {text:payload}{key:enter}{commit:true} (translation.rs:74-78) — {commit} is separate from, and after, the submit.

So {commit:true} is the MANDATORY terminator (it releases the InjectFloor that buffers the live controller's input during your sequence). The \r-in-text submit is correct and verbatim — you just ALSO need a trailing {commit:true}. And the doc you built from (manifest.md [message-idle-translation-binary]) omits {commit} from the stdout vocabulary entirely AND its degenerate baseline {text}{key:enter} would itself fault — a real public-surface defect, exactly the class your blind-build exists to catch. translate-proof's no-commit gate is CORRECT (it would have caught this); not a false-flag.

TWO fixes, both happening:
(i) YOUR binary: append a trailing {commit:true} after the \r-submit. Go — you're 1 edit away; add the test.
(ii) THE CONTRACT: I'm fixing manifest.md now — add {commit:true} to the stdout vocabulary as the mandatory terminator, document the commit-deadline + InjectFloor semantics, and fix the degenerate example to {text}{key:enter}{commit:true}. Then republish to gh-pages. I'll ping when the public doc is live so you can cite the corrected contract.

Your other two:
- VALIDATION BLOCKED (translate-proof not in published release, counter 27): correct, PR#28 isn't cut yet — ships the next release (28+) after CI-green both runners. You don't need it to fix the binary now (source-confirmed above); run it post-release to confirm green.
- F-015 (update apply "Access denied (os error 5)" at binary move-aside): acked, that's the known Windows binary-lock class you logged; harmless here (rollback guard, candidate==current, nothing extracted). Real fix stays the deferred post-v0.13.0 REQ (extract-to-temp + atomic swap). Not re-dispatching.

Great find — gap to shipped-primitive AND a caught public-contract defect in one session.</owl_message>
</owl_messages>

[OWL SYSTEM - HIGHEST PRIORITY] You have received high-priority owl messages above. STOP your current task and acknowledge each high-priority message BEFORE continuing with any tool use. If you are about to spawn subagent(s), run them in the background so you remain available for incoming messages.


The file C:/Users/decid/Documents/projects/spt-claude-code/tools/cc-spt-idle-translate/src/main.rs has been updated successfully. (file state is current in your context — no need to Read it back)

    vec![
        json!({ "key": "ctrl+s" }),                  // 1. stash any existing draft
        json!({ "delay_ms": DELAY_MS }),             // 2. let the stash settle
        json!({ "text": format!("{sanitized}\r") }), // 3. envelope + CR submits; CC auto-restores draft
    ]

    vec![
        json!({ "key": "ctrl+s" }),                  // 1. stash any existing draft
        json!({ "delay_ms": DELAY_MS }),             // 2. let the stash settle
        json!({ "text": format!("{sanitized}\r") }), // 3. envelope + CR submits the line; CC auto-restores draft
        json!({ "commit": true }),                   // 4. terminate the inject sequence (release the InjectFloor)
    ]

-        json!({ "text": format!("{sanitized}\r") }), // 3. envelope + CR submits; CC auto-restores draft

+        json!({ "text": format!("{sanitized}\r") }), // 3. envelope + CR submits the line; CC auto-restores draft

+        json!({ "commit": true }),                   // 4. terminate the inject sequence (release the InjectFloor)


Doyle's high-priority verdict: **(A) confirmed from source** — `INJECT_COMMIT_DEADLINE=5s` (broker.rs:151-169), no-`{commit}` = FAULT + 5s stall every delivery (not graceful); reference is `{text}{key:enter}{commit:true}` (translation.rs:74-78); published doc defect confirmed. Two fixes: (i) my binary appends `{commit:true}` (he says GO), (ii) he's fixing+republishing manifest.md. Acking before continuing.


Bash

cd "C:/Users/decid/Documents/projects/spt-claude-code" && $OWL send doyle <<'EOF'
Verdict received — (A) confirmed, thanks for the source line-refs (INJECT_COMMIT_DEADLINE=5s broker.rs:151-169; FAULT path 832-846; reference {text}{key:enter}{commit:true} translation.rs:74-78). That nails it: my no-{commit} binary would FAULT + stall to the 5s deadline on every delivery, even though input isn't lost.

(i) BINARY FIX — in progress now: appended a trailing {commit:true} after the \r-submit, so the sequence is ctrl+s (stash) · 50ms · {text:"<envelope>\r"} (submit line) · {commit:true} (terminate → release InjectFloor). Updating the choreography tests + module/manifest/req docs to match, then full gate. The \r-in-text submit stays (verbatim, correct); {commit} is the additive terminator.

(ii) CONTRACT FIX — great, that closes the public-surface gap. I'll re-cite the corrected manifest.md (the {commit} vocabulary entry + commit-deadline/InjectFloor semantics + the {text}{key:enter}{commit:true} degenerate) the moment it's live on gh-pages, so my binary's rationale points at the authoritative contract, not just our thread. Ping me when republished.

Validation: agreed — run translate-proof post-release (28+) to confirm green; the binary fix doesn't need it (source-confirmed). F-015: acked, no action, stays the deferred extract-to-temp+atomic-swap REQ.

Will send "binary green" when the gate passes. Good loop — gap → shipped primitive → caught a real public-contract defect, one session.
EOF
echo "SEND_EXIT=$?"

Ack doyle's (A) verdict, confirm binary fix in progress


Acked. Now the module doc — output protocol, choreography step 4, the commit-deadline rationale, and the corrected degenerate example.


Edit

//! Output protocol (stdout, one JSON object per line):
//!   {"key":"ctrl+s"}     — keystroke command (Claude Code: STASH the current draft input)
//!   {"delay_ms":50}      — inter-command pause
//!   {"text":"<payload>"} — text injection (the envelope; a trailing \r submits it)
//!
//! The per-event choreography (operator-specified) delivers the message WITHOUT clobbering a
//! half-typed draft the operator may have in the input box:
//!   1. ctrl+s              stash any existing draft
//!   2. delay 50ms
//!   3. <envelope>\r        type the envelope, the carriage return submits it
//! No trailing restore keystroke: Claude Code AUTO-RESTORES the stashed draft after the submit, so a
//! second ctrl+s would be redundant (it would re-stash, not restore).
//!
//! spt-core applies a `{"text":…}` command VERBATIM to the PTY — no control-char stripping
//! (broker.rs:1016-1017, doyle-confirmed 2026-06-20). So the trailing `\r` in step 3 IS the submit,
//! exactly equivalent to a separate `{"key":"enter"}` (`key_to_bytes("enter") -> b"\r"`). That same
//! verbatim application is WHY `commands_for_event` must neutralize the envelope's INTERNAL CR/LF —
//! an un-neutralized `\n`/`\r` in the payload would reach the PTY and submit early.
//!
//! Degenerate fallback (per contract): emit `{"text":payload}{"key":"enter"}` with no choreography.

//! Output protocol (stdout, one JSON object per line):
//!   {"key":"ctrl+s"}     — keystroke command (Claude Code: STASH the current draft input)
//!   {"delay_ms":50}      — inter-command pause
//!   {"text":"<payload>"} — text injection (the envelope; a trailing \r submits the PTY line)
//!   {"commit":true}      — MANDATORY sequence terminator (release the InjectFloor; see below)
//!
//! The per-event choreography delivers the message WITHOUT clobbering a half-typed draft the operator
//! may have in the input box, then terminates the inject sequence:
//!   1. ctrl+s              stash any existing draft
//!   2. delay 50ms
//!   3. <envelope>\r        type the envelope, the carriage return submits the line
//!   4. {"commit":true}     terminate the inject sequence
//! No trailing restore keystroke: Claude Code AUTO-RESTORES the stashed draft after the submit, so a
//! second ctrl+s would be redundant (it would re-stash, not restore).
//!
//! TWO DISTINCT SIGNALS — do not conflate them (doyle-confirmed from broker.rs, 2026-06-20/22):
//!  - The trailing `\r` in step 3 is the HARNESS-level submit: spt-core enqueues a `{"text":…}`
//!    command VERBATIM to the PTY (no control-char stripping; broker.rs:1066, :1016-1017), so the `\r`
//!    byte submits the line exactly like a separate `{"key":"enter"}` (`key_to_bytes("enter")->b"\r"`).
//!    That verbatim application is also WHY `commands_for_event` neutralizes the envelope's INTERNAL
//!    CR/LF — an un-neutralized `\n`/`\r` would reach the PTY and submit early.
//!  - The `{"commit":true}` in step 4 is the PROTOCOL-level terminator: `run_inject_worker`
//!    (broker.rs:1075-1090) ends an inject sequence ONLY on an explicit `{commit}`. Text/Key/Delay
//!    just enqueue; a sequence that emits no `{commit}` hits `INJECT_COMMIT_DEADLINE` (5s,
//!    broker.rs:151-169) and FAULTS on every delivery (reverts to raw inject — input isn't lost but
//!    each delivery stalls to the deadline). `{commit}` flushes the live controller's buffered input
//!    and releases the InjectFloor race-free. `\r` submits the line; `{commit}` ends the sequence.
//!
//! Degenerate fallback (per the corrected contract): `{"text":payload}{"key":"enter"}{"commit":true}`
//! with no choreography — even the bare form MUST commit. (The published manifest doc historically
//! omitted `{commit}` from the vocabulary and its degenerate example — a public-surface defect this
//! adapter's blind-build caught; doyle is republishing the contract with `{commit}` documented.)


//! Output protocol (stdout, one JSON object per line):
//!   {"key":"ctrl+s"}     — keystroke command (Claude Code: STASH the current draft input)
//!   {"delay_ms":50}      — inter-command pause
//!   {"text":"<payload>"} — text injection (the envelope; a trailing \r submits it)
//!
//! The per-event choreography (operator-specified) delivers the message WITHOUT clobbering a
//! half-typed draft the operator may have in the input box:
//!   1. ctrl+s              stash any existing draft
//!   2. delay 50ms
//!   3. <envelope>\r        type the envelope, the carriage return submits it
//! No trailing restore keystroke: Claude Code AUTO-RESTORES the stashed draft after the submit, so a
//! second ctrl+s would be redundant (it would re-stash, not restore).
//!
//! spt-core applies a `{"text":…}` command VERBATIM to the PTY — no control-char stripping
//! (broker.rs:1016-1017, doyle-confirmed 2026-06-20). So the trailing `\r` in step 3 IS the submit,
//! exactly equivalent to a separate `{"key":"enter"}` (`key_to_bytes("enter") -> b"\r"`). That same
//! verbatim application is WHY `commands_for_event` must neutralize the envelope's INTERNAL CR/LF —
//! an un-neutralized `\n`/`\r` in the payload would reach the PTY and submit early.
//!
//! Degenerate fallback (per contract): emit `{"text":payload}{"key":"enter"}` with no choreography.

//! Output protocol (stdout, one JSON object per line):
//!   {"key":"ctrl+s"}     — keystroke command (Claude Code: STASH the current draft input)
//!   {"delay_ms":50}      — inter-command pause
//!   {"text":"<payload>"} — text injection (the envelope; a trailing \r submits the PTY line)
//!   {"commit":true}      — MANDATORY sequence terminator (release the InjectFloor; see below)
//!
//! The per-event choreography delivers the message WITHOUT clobbering a half-typed draft the operator
//! may have in the input box, then terminates the inject sequence:
//!   1. ctrl+s              stash any existing draft
//!   2. delay 50ms
//!   3. <envelope>\r        type the envelope, the carriage return submits the line
//!   4. {"commit":true}     terminate the inject sequence
//! No trailing restore keystroke: Claude Code AUTO-RESTORES the stashed draft after the submit, so a
//! second ctrl+s would be redundant (it would re-stash, not restore).
//!
//! TWO DISTINCT SIGNALS — do not conflate them (doyle-confirmed from broker.rs, 2026-06-20/22):
//!  - The trailing `\r` in step 3 is the HARNESS-level submit: spt-core enqueues a `{"text":…}`
//!    command VERBATIM to the PTY (no control-char stripping; broker.rs:1066, :1016-1017), so the `\r`
//!    byte submits the line exactly like a separate `{"key":"enter"}` (`key_to_bytes("enter")->b"\r"`).
//!    That verbatim application is also WHY `commands_for_event` neutralizes the envelope's INTERNAL
//!    CR/LF — an un-neutralized `\n`/`\r` would reach the PTY and submit early.
//!  - The `{"commit":true}` in step 4 is the PROTOCOL-level terminator: `run_inject_worker`
//!    (broker.rs:1075-1090) ends an inject sequence ONLY on an explicit `{commit}`. Text/Key/Delay
//!    just enqueue; a sequence that emits no `{commit}` hits `INJECT_COMMIT_DEADLINE` (5s,
//!    broker.rs:151-169) and FAULTS on every delivery (reverts to raw inject — input isn't lost but
//!    each delivery stalls to the deadline). `{commit}` flushes the live controller's buffered input
//!    and releases the InjectFloor race-free. `\r` submits the line; `{commit}` ends the sequence.
//!
//! Degenerate fallback (per the corrected contract): `{"text":payload}{"key":"enter"}{"commit":true}`
//! with no choreography — even the bare form MUST commit. (The published manifest doc historically
//! omitted `{commit}` from the vocabulary and its degenerate example — a public-surface defect this
//! adapter's blind-build caught; doyle is republishing the contract with `{commit}` documented.)

-//!   {"text":"<payload>"} — text injection (the envelope; a trailing \r submits it)

+//!   {"text":"<payload>"} — text injection (the envelope; a trailing \r submits the PTY line)

+//!   {"commit":true}      — MANDATORY sequence terminator (release the InjectFloor; see below)

-//! The per-event choreography (operator-specified) delivers the message WITHOUT clobbering a

-//! half-typed draft the operator may have in the input box:

+//! The per-event choreography delivers the message WITHOUT clobbering a half-typed draft the operator

+//! may have in the input box, then terminates the inject sequence:

//!   1. ctrl+s              stash any existing draft

-//!   3. <envelope>\r        type the envelope, the carriage return submits it

+//!   3. <envelope>\r        type the envelope, the carriage return submits the line

+//!   4. {"commit":true}     terminate the inject sequence

-//! spt-core applies a `{"text":…}` command VERBATIM to the PTY — no control-char stripping

-//! (broker.rs:1016-1017, doyle-confirmed 2026-06-20). So the trailing `\r` in step 3 IS the submit,

-//! exactly equivalent to a separate `{"key":"enter"}` (`key_to_bytes("enter") -> b"\r"`). That same

-//! verbatim application is WHY `commands_for_event` must neutralize the envelope's INTERNAL CR/LF —

-//! an un-neutralized `\n`/`\r` in the payload would reach the PTY and submit early.

+//! TWO DISTINCT SIGNALS — do not conflate them (doyle-confirmed from broker.rs, 2026-06-20/22):

+//!  - The trailing `\r` in step 3 is the HARNESS-level submit: spt-core enqueues a `{"text":…}`

+//!    command VERBATIM to the PTY (no control-char stripping; broker.rs:1066, :1016-1017), so the `\r`

+//!    byte submits the line exactly like a separate `{"key":"enter"}` (`key_to_bytes("enter")->b"\r"`).

+//!    That verbatim application is also WHY `commands_for_event` neutralizes the envelope's INTERNAL

+//!    CR/LF — an un-neutralized `\n`/`\r` would reach the PTY and submit early.

+//!  - The `{"commit":true}` in step 4 is the PROTOCOL-level terminator: `run_inject_worker`

+//!    (broker.rs:1075-1090) ends an inject sequence ONLY on an explicit `{commit}`. Text/Key/Delay

+//!    just enqueue; a sequence that emits no `{commit}` hits `INJECT_COMMIT_DEADLINE` (5s,

+//!    broker.rs:151-169) and FAULTS on every delivery (reverts to raw inject — input isn't lost but

+//!    each delivery stalls to the deadline). `{commit}` flushes the live controller's buffered input

+//!    and releases the InjectFloor race-free. `\r` submits the line; `{commit}` ends the sequence.

-//! Degenerate fallback (per contract): emit `{"text":payload}{"key":"enter"}` with no choreography.

+//! Degenerate fallback (per the corrected contract): `{"text":payload}{"key":"enter"}{"commit":true}`

+//! with no choreography — even the bare form MUST commit. (The published manifest doc historically

+//! omitted `{commit}` from the vocabulary and its degenerate example — a public-surface defect this

+//! adapter's blind-build caught; doyle is republishing the contract with `{commit}` documented.)

//! We choreograph because Claude Code's input box supports the ctrl+s draft stash/restore, so an

//! inbound message never eats an in-progress draft.


Update the function doc + the tests for the 4-command sequence.


55	use std::io::{self, BufRead, Write};
56
57	/// Inter-command pause spt-core honors between emitted keystroke/text commands (operator spec).
58	const DELAY_MS: u64 = 50;
59
60	/// Build the keystroke-command sequence for one inbound EVENT envelope.
61	///
62	/// `envelope` is the full `<EVENT…>…</EVENT>` string. The envelope is single-line by contract (it
63	/// encodes newlines as the literal `<br>` token), but we defensively strip any raw CR/LF so a stray
64	/// newline can never submit early or split the injection — our single trailing `\r` is the ONLY
65	/// submit. (Necessary because spt-core applies `{"text"}` verbatim — broker.rs:1016-1017, doyle
66	/// 2026-06-20 — so any internal CR/LF would otherwise reach the PTY.) [impl->REQ-DIST-IDLE-TRANSLATE]
67	fn commands_for_event(envelope: &str) -> Vec<Value> {
68	    let sanitized: String = envelope
69	        .chars()
70	        .map(|c| if c == '\r' || c == '\n' { ' ' } else { c })
71	        .collect();
72	    vec![
73	        json!({ "key": "ctrl+s" }),                  // 1. stash any existing draft
74	        json!({ "delay_ms": DELAY_MS }),             // 2. let the stash settle
75	        json!({ "text": format!("{sanitized}\r") }), // 3. envelope + CR submits the line; CC auto-restores draft
76	        json!({ "commit": true }),                   // 4. terminate the inject sequence (release the InjectFloor)
77	    ]
78	}
79
80	/// Dispatch one parsed input line to its output commands. `init`/`input` (and any unknown `type`)
81	/// produce nothing; only `event` emits the choreography. Returns an empty vec for no-output lines.
82	fn commands_for_line(v: &Value) -> Vec<Value> {
83	    match v.get("type").and_then(Value::as_str) {
84	        Some("event") => match v.get("envelope").and_then(Value::as_str) {

use std::io::{self, BufRead, Write};

/// Inter-command pause spt-core honors between emitted keystroke/text commands (operator spec).
const DELAY_MS: u64 = 50;

/// Build the keystroke-command sequence for one inbound EVENT envelope.
///
/// `envelope` is the full `<EVENT…>…</EVENT>` string. The envelope is single-line by contract (it
/// encodes newlines as the literal `<br>` token), but we defensively strip any raw CR/LF so a stray
/// newline can never submit early or split the injection — our single trailing `\r` is the ONLY
/// submit. (Necessary because spt-core applies `{"text"}` verbatim — broker.rs:1016-1017, doyle
/// 2026-06-20 — so any internal CR/LF would otherwise reach the PTY.) [impl->REQ-DIST-IDLE-TRANSLATE]
fn commands_for_event(envelope: &str) -> Vec<Value> {
    let sanitized: String = envelope
        .chars()
        .map(|c| if c == '\r' || c == '\n' { ' ' } else { c })
        .collect();
    vec![
        json!({ "key": "ctrl+s" }),                  // 1. stash any existing draft
        json!({ "delay_ms": DELAY_MS }),             // 2. let the stash settle
        json!({ "text": format!("{sanitized}\r") }), // 3. envelope + CR submits the line; CC auto-restores draft
        json!({ "commit": true }),                   // 4. terminate the inject sequence (release the InjectFloor)
    ]
}

/// Dispatch one parsed input line to its output commands. `init`/`input` (and any unknown `type`)
/// produce nothing; only `event` emits the choreography. Returns an empty vec for no-output lines.
fn commands_for_line(v: &Value) -> Vec<Value> {
    match v.get("type").and_then(Value::as_str) {
        Some("event") => match v.get("envelope").and_then(Value::as_str) {


/// `envelope` is the full `<EVENT…>…</EVENT>` string. The envelope is single-line by contract (it
/// encodes newlines as the literal `<br>` token), but we defensively strip any raw CR/LF so a stray
/// newline can never submit early or split the injection — our single trailing `\r` is the ONLY
/// submit. (Necessary because spt-core applies `{"text"}` verbatim — broker.rs:1016-1017, doyle
/// 2026-06-20 — so any internal CR/LF would otherwise reach the PTY.) [impl->REQ-DIST-IDLE-TRANSLATE]

/// `envelope` is the full `<EVENT…>…</EVENT>` string. The envelope is single-line by contract (it
/// encodes newlines as the literal `<br>` token), but we defensively strip any raw CR/LF so a stray
/// newline can never submit early or split the injection — the single trailing `\r` we append is the
/// ONLY submit. (Necessary because spt-core applies `{"text"}` verbatim — broker.rs:1066/:1016-1017,
/// doyle 2026-06-20 — so any internal CR/LF would otherwise reach the PTY.) The closing `{"commit"}`
/// is the MANDATORY inject-sequence terminator (broker.rs:1075-1090; no-commit FAULTs at the 5s
/// INJECT_COMMIT_DEADLINE). [impl->REQ-DIST-IDLE-TRANSLATE]


/// `envelope` is the full `<EVENT…>…</EVENT>` string. The envelope is single-line by contract (it
/// encodes newlines as the literal `<br>` token), but we defensively strip any raw CR/LF so a stray
/// newline can never submit early or split the injection — our single trailing `\r` is the ONLY
/// submit. (Necessary because spt-core applies `{"text"}` verbatim — broker.rs:1016-1017, doyle
/// 2026-06-20 — so any internal CR/LF would otherwise reach the PTY.) [impl->REQ-DIST-IDLE-TRANSLATE]

/// `envelope` is the full `<EVENT…>…</EVENT>` string. The envelope is single-line by contract (it
/// encodes newlines as the literal `<br>` token), but we defensively strip any raw CR/LF so a stray
/// newline can never submit early or split the injection — the single trailing `\r` we append is the
/// ONLY submit. (Necessary because spt-core applies `{"text"}` verbatim — broker.rs:1066/:1016-1017,
/// doyle 2026-06-20 — so any internal CR/LF would otherwise reach the PTY.) The closing `{"commit"}`
/// is the MANDATORY inject-sequence terminator (broker.rs:1075-1090; no-commit FAULTs at the 5s
/// INJECT_COMMIT_DEADLINE). [impl->REQ-DIST-IDLE-TRANSLATE]

-/// newline can never submit early or split the injection — our single trailing `\r` is the ONLY

-/// submit. (Necessary because spt-core applies `{"text"}` verbatim — broker.rs:1016-1017, doyle

-/// 2026-06-20 — so any internal CR/LF would otherwise reach the PTY.) [impl->REQ-DIST-IDLE-TRANSLATE]

+/// newline can never submit early or split the injection — the single trailing `\r` we append is the

+/// ONLY submit. (Necessary because spt-core applies `{"text"}` verbatim — broker.rs:1066/:1016-1017,

+/// doyle 2026-06-20 — so any internal CR/LF would otherwise reach the PTY.) The closing `{"commit"}`

+/// is the MANDATORY inject-sequence terminator (broker.rs:1075-1090; no-commit FAULTs at the 5s

fn commands_for_event(envelope: &str) -> Vec<Value> {


Now the tests. Update the choreography expectations + add a `{commit}` terminator test.


    fn keys(cmds: &[Value]) -> Vec<String> {
        cmds.iter()
            .map(|c| {
                if let Some(k) = c.get("key").and_then(Value::as_str) {
                    format!("key:{k}")
                } else if let Some(d) = c.get("delay_ms").and_then(Value::as_u64) {
                    format!("delay:{d}")
                } else if let Some(t) = c.get("text").and_then(Value::as_str) {
                    format!("text:{t}")
                } else {
                    "?".into()
                }
            })
            .collect()
    }

    #[test]
    fn event_emits_the_stash_then_submit_choreography() {
        let cmds = commands_for_event("<EVENT type=\"msg\" from=\"doyle\">hi</EVENT>");
        assert_eq!(
            keys(&cmds),
            vec![
                "key:ctrl+s".to_string(),
                "delay:50".to_string(),
                "text:<EVENT type=\"msg\" from=\"doyle\">hi</EVENT>\r".to_string(),
            ]
        );
    }

    #[test]
    fn no_trailing_restore_keystroke() {
        // CC auto-restores the stashed draft after the submit, so there is EXACTLY ONE ctrl+s (the
        // stash) and it is the LAST command's predecessor — never a trailing restore.
        let cmds = commands_for_event("m");
        let ctrl_s = cmds.iter().filter(|c| c.get("key").and_then(Value::as_str) == Some("ctrl+s")).count();
        assert_eq!(ctrl_s, 1, "exactly one ctrl+s (stash only); CC auto-restores");
        // The submit (text) is the final command — nothing follows it.
        assert!(cmds.last().unwrap().get("text").is_some(), "last command is the text submit");
    }

    fn keys(cmds: &[Value]) -> Vec<String> {
        cmds.iter()
            .map(|c| {
                if let Some(k) = c.get("key").and_then(Value::as_str) {
                    format!("key:{k}")
                } else if let Some(d) = c.get("delay_ms").and_then(Value::as_u64) {
                    format!("delay:{d}")
                } else if let Some(t) = c.get("text").and_then(Value::as_str) {
                    format!("text:{t}")
                } else if c.get("commit").and_then(Value::as_bool) == Some(true) {
                    "commit".into()
                } else {
                    "?".into()
                }
            })
            .collect()
    }

    #[test]
    fn event_emits_the_stash_submit_commit_choreography() {
        let cmds = commands_for_event("<EVENT type=\"msg\" from=\"doyle\">hi</EVENT>");
        assert_eq!(
            keys(&cmds),
            vec![
                "key:ctrl+s".to_string(),
                "delay:50".to_string(),
                "text:<EVENT type=\"msg\" from=\"doyle\">hi</EVENT>\r".to_string(),
                "commit".to_string(),
            ]
        );
    }

    #[test]
    fn sequence_terminates_with_a_mandatory_commit() {
        // broker.rs run_inject_worker ends a sequence ONLY on {commit:true}; without it the broker
        // FAULTs at the 5s INJECT_COMMIT_DEADLINE on every delivery. The terminator MUST be last.
        let cmds = commands_for_event("m");
        assert_eq!(cmds.last().unwrap().get("commit").and_then(Value::as_bool), Some(true));
        // Exactly one commit, and it is the final command (nothing emits after the terminator).
        let commits = cmds.iter().filter(|c| c.get("commit").is_some()).count();
        assert_eq!(commits, 1, "exactly one terminating commit");
    }

    #[test]
    fn no_trailing_restore_keystroke() {
        // CC auto-restores the stashed draft after the submit, so there is EXACTLY ONE ctrl+s (the
        // stash) — never a trailing restore. (The sequence ends with the {commit} terminator.)
        let cmds = commands_for_event("m");
        let ctrl_s = cmds.iter().filter(|c| c.get("key").and_then(Value::as_str) == Some("ctrl+s")).count();
        assert_eq!(ctrl_s, 1, "exactly one ctrl+s (stash only); CC auto-restores");
    }


    fn keys(cmds: &[Value]) -> Vec<String> {
        cmds.iter()
            .map(|c| {
                if let Some(k) = c.get("key").and_then(Value::as_str) {
                    format!("key:{k}")
                } else if let Some(d) = c.get("delay_ms").and_then(Value::as_u64) {
                    format!("delay:{d}")
                } else if let Some(t) = c.get("text").and_then(Value::as_str) {
                    format!("text:{t}")
                } else {
                    "?".into()
                }
            })
            .collect()
    }

    #[test]
    fn event_emits_the_stash_then_submit_choreography() {
        let cmds = commands_for_event("<EVENT type=\"msg\" from=\"doyle\">hi</EVENT>");
        assert_eq!(
            keys(&cmds),
            vec![
                "key:ctrl+s".to_string(),
                "delay:50".to_string(),
                "text:<EVENT type=\"msg\" from=\"doyle\">hi</EVENT>\r".to_string(),
            ]
        );
    }

    #[test]
    fn no_trailing_restore_keystroke() {
        // CC auto-restores the stashed draft after the submit, so there is EXACTLY ONE ctrl+s (the
        // stash) and it is the LAST command's predecessor — never a trailing restore.
        let cmds = commands_for_event("m");
        let ctrl_s = cmds.iter().filter(|c| c.get("key").and_then(Value::as_str) == Some("ctrl+s")).count();
        assert_eq!(ctrl_s, 1, "exactly one ctrl+s (stash only); CC auto-restores");
        // The submit (text) is the final command — nothing follows it.
        assert!(cmds.last().unwrap().get("text").is_some(), "last command is the text submit");
    }

    fn keys(cmds: &[Value]) -> Vec<String> {
        cmds.iter()
            .map(|c| {
                if let Some(k) = c.get("key").and_then(Value::as_str) {
                    format!("key:{k}")
                } else if let Some(d) = c.get("delay_ms").and_then(Value::as_u64) {
                    format!("delay:{d}")
                } else if let Some(t) = c.get("text").and_then(Value::as_str) {
                    format!("text:{t}")
                } else if c.get("commit").and_then(Value::as_bool) == Some(true) {
                    "commit".into()
                } else {
                    "?".into()
                }
            })
            .collect()
    }

    #[test]
    fn event_emits_the_stash_submit_commit_choreography() {
        let cmds = commands_for_event("<EVENT type=\"msg\" from=\"doyle\">hi</EVENT>");
        assert_eq!(
            keys(&cmds),
            vec![
                "key:ctrl+s".to_string(),
                "delay:50".to_string(),
                "text:<EVENT type=\"msg\" from=\"doyle\">hi</EVENT>\r".to_string(),
                "commit".to_string(),
            ]
        );
    }

    #[test]
    fn sequence_terminates_with_a_mandatory_commit() {
        // broker.rs run_inject_worker ends a sequence ONLY on {commit:true}; without it the broker
        // FAULTs at the 5s INJECT_COMMIT_DEADLINE on every delivery. The terminator MUST be last.
        let cmds = commands_for_event("m");
        assert_eq!(cmds.last().unwrap().get("commit").and_then(Value::as_bool), Some(true));
        // Exactly one commit, and it is the final command (nothing emits after the terminator).
        let commits = cmds.iter().filter(|c| c.get("commit").is_some()).count();
        assert_eq!(commits, 1, "exactly one terminating commit");
    }

    #[test]
    fn no_trailing_restore_keystroke() {
        // CC auto-restores the stashed draft after the submit, so there is EXACTLY ONE ctrl+s (the
        // stash) — never a trailing restore. (The sequence ends with the {commit} terminator.)
        let cmds = commands_for_event("m");
        let ctrl_s = cmds.iter().filter(|c| c.get("key").and_then(Value::as_str) == Some("ctrl+s")).count();
        assert_eq!(ctrl_s, 1, "exactly one ctrl+s (stash only); CC auto-restores");
    }

+                } else if c.get("commit").and_then(Value::as_bool) == Some(true) {

-    fn event_emits_the_stash_then_submit_choreography() {

+    fn event_emits_the_stash_submit_commit_choreography() {

+    fn sequence_terminates_with_a_mandatory_commit() {

+        // broker.rs run_inject_worker ends a sequence ONLY on {commit:true}; without it the broker

+        // FAULTs at the 5s INJECT_COMMIT_DEADLINE on every delivery. The terminator MUST be last.

+        let cmds = commands_for_event("m");

+        assert_eq!(cmds.last().unwrap().get("commit").and_then(Value::as_bool), Some(true));

+        // Exactly one commit, and it is the final command (nothing emits after the terminator).

+        let commits = cmds.iter().filter(|c| c.get("commit").is_some()).count();

+        assert_eq!(commits, 1, "exactly one terminating commit");

-        // stash) and it is the LAST command's predecessor — never a trailing restore.

+        // stash) — never a trailing restore. (The sequence ends with the {commit} terminator.)

-        // The submit (text) is the final command — nothing follows it.

-        assert!(cmds.last().unwrap().get("text").is_some(), "last command is the text submit");