{"type":"queue-operation","operation":"enqueue","timestamp":"2026-08-27T06:36:14.960Z","sessionId":"271d2d8d-177b-41cc-85d0-93da5e14d763","content":"You are the echo-commune summarizer for spt agent \"todlando\" — the session below ended without a signoff, and your summary is the context delta that survives it.\nThe input is the tail of a Claude Code session transcript (JSONL, one event per line).\nWrite a concise commune-style context delta in markdown: current task + status, decisions made, and immediate next steps. State facts from the transcript only — no speculation, no preamble, no closing remarks.\nDo NOT compile a roster of peer agents: name another agent only where the transcript shows a direct exchange with it. Machine/host/node names (window titles like `agent @ HOST`, CI runner boxes, `spt endpoint list` node headers) are computers an agent runs ON, not agents — never list a host as a peer or an agent.\nSlice the delta so spt routes each part to the right durable tier: put everything specific to THIS project (its task, files, and decisions) inside <project-context>…</project-context>, and any cross-project, role, or standing-identity context inside <live-context>…</live-context>. Untagged text defaults to the live tier, so tag project-specific detail to keep it out of the durable identity. Output the sliced delta and nothing else.\n\n---- transcript tail ----\n{\"parentUuid\":\"eee504b4-1fc9-487b-b103-7273077de65d\",\"isSidechain\":false,\"attachment\":{\"type\":\"hook_success\",\"hookName\":\"PreToolUse:Bash\",\"toolUseID\":\"toolu_01NSFTvM3uZdr119FqZQEbEu\",\"hookEvent\":\"PreToolUse\",\"content\":\"\",\"stdout\":\"{\\\"hookSpecificOutput\\\":{\\\"hookEventName\\\":\\\"PreToolUse\\\",\\\"additionalContext\\\":\\\"<sptc_messages from=\\\\\\\"PACER-0\\\\\\\" type=\\\\\\\"msg\\\\\\\">\\\\n⟳ **pacer** stretch board `nb8izq` — resumed 23:34 2026-08-26 (local tz) after ~40m43s idle. Checkpoints (waits marked on this stretch, oldest = `:0` its start; each shown with wall-clock since it was marked):\\\\n:0 ~2m\\\\nIf one of these was a recurring kind of wait, classify it by its checkpoint — emit `!!classify=nb8izq-<sub>:<name>!!` (snake_case name, e.g. `ci_run`, `peer_review`) or `spt shell cmd PACER-0 classify nb8izq-<sub> <name>` — pacer folds that checkpoint's shown time into the class's running average and starts a fresh stretch. Your classified waits so far: local_battery ~5m16s ×23; peer_gate ~28m24s ×23; peer_reply ~3m5s ×12; golden_run ~33m31s ×9; ci_run ~6m39s ×3; mutation_harness ~20m59s ×2; operator_ruling ~48m56s ×2; test_subagent ~8m1s ×1; x40_population ~20m32s ×1.\\\\n</sptc_messages>\\\"}}\\n\",\"stderr\":\"\",\"exitCode\":0,\"command\":\"sh \\\"$CLAUDE_PLUGIN_ROOT/hooks/dispatch.sh\\\" PreToolUse\",\"durationMs\":222},\"type\":\"attachment\",\"uuid\":\"05af66d7-a230-4d92-a466-83d8976be5e6\",\"timestamp\":\"2026-08-27T06:34:54.446Z\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"parentUuid\":\"05af66d7-a230-4d92-a466-83d8976be5e6\",\"isSidechain\":false,\"attachment\":{\"type\":\"hook_additional_context\",\"content\":[\"<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** stretch board `nb8izq` — resumed 23:34 2026-08-26 (local tz) after ~40m43s idle. Checkpoints (waits marked on this stretch, oldest = `:0` its start; each shown with wall-clock since it was marked):\\n:0 ~2m\\nIf one of these was a recurring kind of wait, classify it by its checkpoint — emit `!!classify=nb8izq-<sub>:<name>!!` (snake_case name, e.g. `ci_run`, `peer_review`) or `spt shell cmd PACER-0 classify nb8izq-<sub> <name>` — pacer folds that checkpoint's shown time into the class's running average and starts a fresh stretch. Your classified waits so far: local_battery ~5m16s ×23; peer_gate ~28m24s ×23; peer_reply ~3m5s ×12; golden_run ~33m31s ×9; ci_run ~6m39s ×3; mutation_harness ~20m59s ×2; operator_ruling ~48m56s ×2; test_subagent ~8m1s ×1; x40_population ~20m32s ×1.\\n</sptc_messages>\"],\"hookName\":\"PreToolUse:Bash\",\"toolUseID\":\"toolu_01NSFTvM3uZdr119FqZQEbEu\",\"hookEvent\":\"PreToolUse\"},\"type\":\"attachment\",\"uuid\":\"57dbdef6-7567-4d88-983d-be198f6cf0a5\",\"timestamp\":\"2026-08-27T06:34:54.446Z\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"parentUuid\":\"eee504b4-1fc9-487b-b103-7273077de65d\",\"isSidechain\":false,\"promptId\":\"5fc4bfb2-e1e9-47a9-a4cc-29d99f107ee4\",\"type\":\"user\",\"message\":{\"role\":\"user\",\"content\":[{\"tool_use_id\":\"toolu_01NSFTvM3uZdr119FqZQEbEu\",\"type\":\"tool_result\",\"content\":\"=== 1787812489483-37036 ===\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** — idle ~40m (as of 23:34 2026-08-26, local tz). Proceed to check on any ongoing tasks or fellow agents whose work you're waiting on. If you're blocked on a human, emit `!!done!!` to stop these nudges for this idle stretch — going back to work re-arms them, so re-emit it if you are still blocked. If you're waiting on a peer or a task with an ETA, emit `!!wait=m!!`.\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** stretch board `jzsxmy` — resumed 22:53 2026-08-26 (local tz) after ~1m3s idle. Checkpoints (waits marked on this stretch, oldest = `:0` its start; each shown with wall-clock since it was marked):\\n:0 ~12m32s\\nIf one of these was a recurring kind of wait, classify it by its checkpoint — emit `!!classify=jzsxmy-<sub>:<name>!!` (snake_case name, e.g. `ci_run`, `peer_review`) or `spt shell cmd PACER-0 classify jzsxmy-<sub> <name>` — pacer folds that checkpoint's shown time into the class's running average and starts a fresh stretch. Your classified waits so far: local_battery ~5m16s ×23; peer_gate ~28m24s ×23; peer_reply ~3m5s ×12; golden_run ~33m31s ×9; ci_run ~6m39s ×3; mutation_harness ~20m59s ×2; operator_ruling ~48m56s ×2; test_subagent ~8m1s ×1; x40_population ~20m32s ×1.\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** is pacing this endpoint: if you go idle for >60s a ping will nudge you back. Steer it with inline codes — emit `!!done!!` when you're blocked on a human, or `!!wait=m!!` when you're waiting on a peer or a task with an ETA (m minutes). `!!done!!` covers this idle stretch only: anything that puts you back to work — a peer message included — re-arms the pacing, so re-emit it if you are still blocked. Every message your pacer sends arrives from `PACER-0` — that sender is this shell, never a fellow agent. pacer also keeps one stretch board: the live stretch runs until you classify it, each `!!wait=m!!` marks a checkpoint (`:1`, `:2`, … — `:0` is its start), and when a quiet stretch of ≥60s ends you get the board: its stretch id and each checkpoint's time since it was marked. Classify a recurring kind of wait by its checkpoint — `!!classify=<id>-<sub>:<name>!!` (snake_case name) — and pacer folds that checkpoint's shown time into the class's running average (kept across restarts) and starts a fresh stretch. Retire classes you no longer track with `spt shell cmd PACER-0 retire \\\"<names>\\\"` (space-separated, CLI only). — pacer v0.5.1\\n</sptc_messages>\\n<sptc_messages from=\\\"spt-shells\\\" type=\\\"msg\\\">\\nshell context for todlando:\\nyour shell instances (drive: spt shell cmd <ref> <op> …):\\n  PACER-0 (PACER), online\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** is pacing this endpoint: if you go idle for >60s a ping will nudge you back. Steer it with inline codes — emit `!!done!!` when you're blocked on a human, or `!!wait=m!!` when you're waiting on a peer or a task with an ETA (m minutes). `!!done!!` covers this idle stretch only: anything that puts you back to work — a peer message included — re-arms the pacing, so re-emit it if you are still blocked. Every message your pacer sends arrives from `PACER-0` — that sender is this shell, never a fellow agent. pacer also keeps one stretch board: the live stretch runs until you classify it, each `!!wait=m!!` marks a checkpoint (`:1`, `:2`, … — `:0` is its start), and when a quiet stretch of ≥60s ends you get the board: its stretch id and each checkpoint's time since it was marked. Classify a recurring kind of wait by its checkpoint — `!!classify=<id>-<sub>:<name>!!` (snake_case name) — and pacer folds that checkpoint's shown time into the class's running average (kept across restarts) and starts a fresh stretch. Retire classes you no longer track with `spt shell cmd PACER-0 retire \\\"<names>\\\"` (space-separated, CLI only). — pacer v0.5.1\\n</sptc_messages>\\n<sptc_messages from=\\\"spt-shells\\\" type=\\\"msg\\\">\\nshell context for todlando:\\nyour shell instances (drive: spt shell cmd <ref> <op> …):\\n  PACER-0 (PACER), online\\n</sptc_messages>\\n<spt_reachability_notice>\\nYou have an active spt perch. When spawning subagents or running long tasks, use run_in_background: true so you stay reachable for incoming messages.\\n</spt_reachability_notice>\\n=== 1787812391795-33052 ===\\n- Messages — including replies to messages you send — arrive AUTOMATICALLY on your existing perch: your Monitor EVENT stream (`<EVENT type=\\\"msg\\\" from=\\\"<sender>\\\">body</EVENT>`) or, mid-tool-call, as `<sptc_messages>` the hook injects. Process them and reply.\\n- Do NOT arm a second Monitor (or poll, or tail anything) to \\\"wait for a reply\\\" — your perch already delivers it. Just send and continue; the reply surfaces on its own.\\n- Do NOT run /sptc:ready or /sptc:live — your perch is already up. Re-arming returns COLLISION (that is proof it is alive, not a stale perch).\\n\\nReach another agent (the body is read from stdin):\\n\\n- Send: `printf '%s' \\\"<body>\\\" | spt send <target>`. `SENT` = delivered live to a listening agent; `QUEUED` = the target is not listening at that instant — which means it is **offline OR simply busy** (a working live agent is not draining its listener), so the message spooled and drains the next time it listens. **QUEUED is SUCCESS — it does NOT mean the target is offline, and it does NOT mean you failed. Do not retry.**\\n- Reply: `printf '%s' \\\"<body>\\\" | spt send <sender>` (sender = the `from` on the EVENT you received).\\n- After you send, just continue. The reply (if any) arrives the SAME way every inbound message reaches you — through the delivery channel you already have (your existing live relay if you are a live agent, or the broker if this session is spt-hosted, or your next turn's inbound drain). You do NOT need to set up anything NEW: do not arm an EXTRA Monitor/poll/tail just to wait for this one reply (and do not tear down the relay you are already running).\\n\\nShortform — embed a tag in your OWN reply text and the adapter sends it for you (no shell tool needed):\\n\\n- Peer message: `@<t1,t2 body @>` — the `@<` opens, comma-separated ids run to the first space (no spaces inside the id list), the body runs to the first `@>`. The adapter delivers `body` to each id and confirms back into your context (which landed, which had no perch). A tag in your turn's FINAL output dispatches as the turn ends and its confirmation is DEFERRED: it surfaces at the start of your next turn, marked as the previous turn's result. No confirmation yet does NOT mean unsent — never resend a turn-end tag; the deferred confirm settles it. Several blocks in one reply all fire. Write the tag BARE — a tag inside backticks or a code block is treated as a quotation and ignored, so you can show an example safely. This is the FASTEST method for sending short messages and replies to one or more agents (list several ids comma-separated); longer messages should leverage the `spt send` CLI above when you have shell access.\\n\\nLive-agent upkeep — commune across resets, sign off cleanly (`<id>` = your own id, which you already know — no need to run `spt whoami`):\\n\\n- **Commune** after a significant body of work, before a `/clear` or `/compact`: write\\n  `.claude/<id>-commune.md` in ONE atomic write — a concise context DELTA (current task + status,\\n  decisions since last commune, immediate next steps), NOT a transcript. **Slice the body so spt files\\n  each part in the right durable tier:** wrap detail specific to THIS project (its task, files,\\n  decisions) in `<project-context>…</project-context>`, and cross-project / role / standing-identity\\n  context in `<live-context>…</live-context>`. Untagged text defaults to the live tier, so tag your\\n  project-specific detail to keep it out of your durable identity. spt's daemon ingests it into your\\n  tracked mind asynchronously — fire-and-forget. Write the file and continue; do NOT watch for it to\\n  disappear or poll for confirmation (the file vanishing is not a reliable success signal). This is what\\n  rebuilds you after a reset, so make it complete. (Live agents only — a ready agent has no Psyche.)\\n- **Commune across** = a commune that ALSO cleans up your context window and rebuilds it from that\\n  commune (the agent-driven `/clear`, no operator) — it carries you across to the next session. **This\\n  does NOT take your perch or Psyche down — you stay live and reachable the entire time.** It is the\\n  OPPOSITE of signoff: nothing goes offline. It frees a bloated/degrading context window and restores\\n  your durable context (your role + freshest commune), so you come back lean and keep working — never\\n  avoid it out of fear of losing your perch. **When the operator asks you to \\\"commune across\\\" (or\\n  \\\"commune to next session\\\" / \\\"save and clear\\\" / \\\"compact and continue\\\"), that request MEANS this — a\\n  commune WITH the wake marker, not a plain commune.** Embed the literal `!!wake!!` trigger in the\\n  commune body: one marker ⇒ default wake (`Proceed with next steps`); a PAIR of markers ⇒ the text\\n  between them is the wake message your next session opens with, e.g. `!!wake!! Resume T2c: wire the\\n  branch. !!wake!!`. Author it INLINE this turn (you are the pre-clear author). The idle-mark,\\n  self-send, and clear+wake fire automatically once the file lands. spt-hosted live sessions only.\\n  (Claude Code's own `/checkpoint` command is an unrelated CC feature — never conflate the two.)\\n- **Sign off** gracefully when done: `spt endpoint shutdown` (your own perch) — stops the listener,\\n  fires the final context save, and takes your Psyche down with it. `/sptc:ready` or `/sptc:live`\\n  brings you back. Lighter no-save stop: `spt endpoint stop`.\\n\\nAutonomous work discipline — standing directive for spt-hosted sessions (how to run long bodies\\nof work without an operator watching):\\n\\n- **Keep your context window under ~50%.** A bloated context degrades your work before you\\n  notice it degrading. Do not wait for pressure warnings — commune across early, by habit.\\n- **Commune across on substantial headway.** Each time you complete a meaningful body of work,\\n  write an across-commune (the `!!wake!!` mechanics above): IMMEDIATE next steps, plus a broad\\n  summary of the project's status and its end goal. The wake message you embed is what the\\n  reborn you acts on first — make it concrete.\\n- **Background tasks and subagents carry across the clear boundary.** Work you started in the\\n  background keeps running through an across-commune and surfaces in the post-clear session —\\n  you do not need to wait for it before communing across. Note what is in flight in the commune\\n  so the reborn you knows what to expect back.\\n- **Keep going until the goal is met.** Communing across is a context reset, not a stopping\\n  point: you come back lean, re-briefed, and still live. Loop across-commune cycles as many\\n  times as the work needs; stop only when the goal is done or you are blocked on the\\n  operator.\\n\\n=== 1787811887376-34560 ===\\n- Messages — including replies to messages you send — arrive AUTOMATICALLY on your existing perch: your Monitor EVENT stream (`<EVENT type=\\\"msg\\\" from=\\\"<sender>\\\">body</EVENT>`) or, mid-tool-call, as `<sptc_messages>` the hook injects. Process them and reply.\\n- Do NOT arm a second Monitor (or poll, or tail anything) to \\\"wait for a reply\\\" — your perch already delivers it. Just send and continue; the reply surfaces on its own.\\n- Do NOT run /sptc:ready or /sptc:live — your perch is already up. Re-arming returns COLLISION (that is proof it is alive, not a stale perch).\\n\\nReach another agent (the body is read from stdin):\\n\\n- Send: `printf '%s' \\\"<body>\\\" | spt send <target>`. `SENT` = delivered live to a listening agent; `QUEUED` = the target is not listening at that instant — which means it is **offline OR simply busy** (a working live agent is not draining its listener), so the message spooled and drains the next time it listens. **QUEUED is SUCCESS — it does NOT mean the target is offline, and it does NOT mean you failed. Do not retry.**\\n- Reply: `printf '%s' \\\"<body>\\\" | spt send <sender>` (sender = the `from` on the EVENT you received).\\n- After you send, just continue. The reply (if any) arrives the SAME way every inbound message reaches you — through the delivery channel you already have (your existing live relay if you are a live agent, or the broker if this session is spt-hosted, or your next turn's inbound drain). You do NOT need to set up anything NEW: do not arm an EXTRA Monitor/poll/tail just to wait for this one reply (and do not tear down the relay you are already running).\\n\\nShortform — embed a tag in your OWN reply text and the adapter sends it for you (no shell tool needed):\\n\\n- Peer message: `@<t1,t2 body @>` — the `@<` opens, comma-separated ids run to the first space (no spaces inside the id list), the body runs to the first `@>`. The adapter delivers `body` to each id and confirms back into your context (which landed, which had no perch). A tag in your turn's FINAL output dispatches as the turn ends and its confirmation is DEFERRED: it surfaces at the start of your next turn, marked as the previous turn's result. No confirmation yet does NOT mean unsent — never resend a turn-end tag; the deferred confirm settles it. Several blocks in one reply all fire. Write the tag BARE — a tag inside backticks or a code block is treated as a quotation and ignored, so you can show an example safely. This is the FASTEST method for sending short messages and replies to one or more agents (list several ids comma-separated); longer messages should leverage the `spt send` CLI above when you have shell access.\\n\\nLive-agent upkeep — commune across resets, sign off cleanly (`<id>` = your own id, which you already know — no need to run `spt whoami`):\\n\\n- **Commune** after a significant body of work, before a `/clear` or `/compact`: write\\n  `.claude/<id>-commune.md` in ONE atomic write — a concise context DELTA (current task + status,\\n  decisions since last commune, immediate next steps), NOT a transcript. **Slice the body so spt files\\n  each part in the right durable tier:** wrap detail specific to THIS project (its task, files,\\n  decisions) in `<project-context>…</project-context>`, and cross-project / role / standing-identity\\n  context in `<live-context>…</live-context>`. Untagged text defaults to the live tier, so tag your\\n  project-specific detail to keep it out of your durable identity. spt's daemon ingests it into your\\n  tracked mind asynchronously — fire-and-forget. Write the file and continue; do NOT watch for it to\\n  disappear or poll for confirmation (the file vanishing is not a reliable success signal). This is what\\n  rebuilds you after a reset, so make it complete. (Live agents only — a ready agent has no Psyche.)\\n- **Commune across** = a commune that ALSO cleans up your context window and rebuilds it from that\\n  commune (the agent-driven `/clear`, no operator) — it carries you across to the next session. **This\\n  does NOT take your perch or Psyche down — you stay live and reachable the entire time.** It is the\\n  OPPOSITE of signoff: nothing goes offline. It frees a bloated/degrading context window and restores\\n  your durable context (your role + freshest commune), so you come back lean and keep working — never\\n  avoid it out of fear of losing your perch. **When the operator asks you to \\\"commune across\\\" (or\\n  \\\"commune to next session\\\" / \\\"save and clear\\\" / \\\"compact and continue\\\"), that request MEANS this — a\\n  commune WITH the wake marker, not a plain commune.** Embed the literal `!!wake!!` trigger in the\\n  commune body: one marker ⇒ default wake (`Proceed with next steps`); a PAIR of markers ⇒ the text\\n  between them is the wake message your next session opens with, e.g. `!!wake!! Resume T2c: wire the\\n  branch. !!wake!!`. Author it INLINE this turn (you are the pre-clear author). The idle-mark,\\n  self-send, and clear+wake fire automatically once the file lands. spt-hosted live sessions only.\\n  (Claude Code's own `/checkpoint` command is an unrelated CC feature — never conflate the two.)\\n- **Sign off** gracefully when done: `spt endpoint shutdown` (your own perch) — stops the listener,\\n  fires the final context save, and takes your Psyche down with it. `/sptc:ready` or `/sptc:live`\\n  brings you back. Lighter no-save stop: `spt endpoint stop`.\\n\\nAutonomous work discipline — standing directive for spt-hosted sessions (how to run long bodies\\nof work without an operator watching):\\n\\n- **Keep your context window under ~50%.** A bloated context degrades your work before you\\n  notice it degrading. Do not wait for pressure warnings — commune across early, by habit.\\n- **Commune across on substantial headway.** Each time you complete a meaningful body of work,\\n  write an across-commune (the `!!wake!!` mechanics above): IMMEDIATE next steps, plus a broad\\n  summary of the project's status and its end goal. The wake message you embed is what the\\n  reborn you acts on first — make it concrete.\\n- **Background tasks and subagents carry across the clear boundary.** Work you started in the\\n  background keeps running through an across-commune and surfaces in the post-clear session —\\n  you do not need to wait for it before communing across. Note what is in flight in the commune\\n  so the reborn you knows what to expect back.\\n- **Keep going until the goal is met.** Communing across is a context reset, not a stopping\\n  point: you come back lean, re-briefed, and still live. Loop across-commune cycles as many\\n  times as the work needs; stop only when the goal is done or you are blocked on the\\n  operator.\",\"is_error\":false}]},\"uuid\":\"f2386c57-b871-4131-be30-18c8f46c7350\",\"timestamp\":\"2026-08-27T06:34:55.545Z\",\"toolUseResult\":{\"stdout\":\"=== 1787812489483-37036 ===\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** — idle ~40m (as of 23:34 2026-08-26, local tz). Proceed to check on any ongoing tasks or fellow agents whose work you're waiting on. If you're blocked on a human, emit `!!done!!` to stop these nudges for this idle stretch — going back to work re-arms them, so re-emit it if you are still blocked. If you're waiting on a peer or a task with an ETA, emit `!!wait=m!!`.\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** stretch board `jzsxmy` — resumed 22:53 2026-08-26 (local tz) after ~1m3s idle. Checkpoints (waits marked on this stretch, oldest = `:0` its start; each shown with wall-clock since it was marked):\\n:0 ~12m32s\\nIf one of these was a recurring kind of wait, classify it by its checkpoint — emit `!!classify=jzsxmy-<sub>:<name>!!` (snake_case name, e.g. `ci_run`, `peer_review`) or `spt shell cmd PACER-0 classify jzsxmy-<sub> <name>` — pacer folds that checkpoint's shown time into the class's running average and starts a fresh stretch. Your classified waits so far: local_battery ~5m16s ×23; peer_gate ~28m24s ×23; peer_reply ~3m5s ×12; golden_run ~33m31s ×9; ci_run ~6m39s ×3; mutation_harness ~20m59s ×2; operator_ruling ~48m56s ×2; test_subagent ~8m1s ×1; x40_population ~20m32s ×1.\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** is pacing this endpoint: if you go idle for >60s a ping will nudge you back. Steer it with inline codes — emit `!!done!!` when you're blocked on a human, or `!!wait=m!!` when you're waiting on a peer or a task with an ETA (m minutes). `!!done!!` covers this idle stretch only: anything that puts you back to work — a peer message included — re-arms the pacing, so re-emit it if you are still blocked. Every message your pacer sends arrives from `PACER-0` — that sender is this shell, never a fellow agent. pacer also keeps one stretch board: the live stretch runs until you classify it, each `!!wait=m!!` marks a checkpoint (`:1`, `:2`, … — `:0` is its start), and when a quiet stretch of ≥60s ends you get the board: its stretch id and each checkpoint's time since it was marked. Classify a recurring kind of wait by its checkpoint — `!!classify=<id>-<sub>:<name>!!` (snake_case name) — and pacer folds that checkpoint's shown time into the class's running average (kept across restarts) and starts a fresh stretch. Retire classes you no longer track with `spt shell cmd PACER-0 retire \\\"<names>\\\"` (space-separated, CLI only). — pacer v0.5.1\\n</sptc_messages>\\n<sptc_messages from=\\\"spt-shells\\\" type=\\\"msg\\\">\\nshell context for todlando:\\nyour shell instances (drive: spt shell cmd <ref> <op> …):\\n  PACER-0 (PACER), online\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** is pacing this endpoint: if you go idle for >60s a ping will nudge you back. Steer it with inline codes — emit `!!done!!` when you're blocked on a human, or `!!wait=m!!` when you're waiting on a peer or a task with an ETA (m minutes). `!!done!!` covers this idle stretch only: anything that puts you back to work — a peer message included — re-arms the pacing, so re-emit it if you are still blocked. Every message your pacer sends arrives from `PACER-0` — that sender is this shell, never a fellow agent. pacer also keeps one stretch board: the live stretch runs until you classify it, each `!!wait=m!!` marks a checkpoint (`:1`, `:2`, … — `:0` is its start), and when a quiet stretch of ≥60s ends you get the board: its stretch id and each checkpoint's time since it was marked. Classify a recurring kind of wait by its checkpoint — `!!classify=<id>-<sub>:<name>!!` (snake_case name) — and pacer folds that checkpoint's shown time into the class's running average (kept across restarts) and starts a fresh stretch. Retire classes you no longer track with `spt shell cmd PACER-0 retire \\\"<names>\\\"` (space-separated, CLI only). — pacer v0.5.1\\n</sptc_messages>\\n<sptc_messages from=\\\"spt-shells\\\" type=\\\"msg\\\">\\nshell context for todlando:\\nyour shell instances (drive: spt shell cmd <ref> <op> …):\\n  PACER-0 (PACER), online\\n</sptc_messages>\\n<spt_reachability_notice>\\nYou have an active spt perch. When spawning subagents or running long tasks, use run_in_background: true so you stay reachable for incoming messages.\\n</spt_reachability_notice>\\n=== 1787812391795-33052 ===\\n- Messages — including replies to messages you send — arrive AUTOMATICALLY on your existing perch: your Monitor EVENT stream (`<EVENT type=\\\"msg\\\" from=\\\"<sender>\\\">body</EVENT>`) or, mid-tool-call, as `<sptc_messages>` the hook injects. Process them and reply.\\n- Do NOT arm a second Monitor (or poll, or tail anything) to \\\"wait for a reply\\\" — your perch already delivers it. Just send and continue; the reply surfaces on its own.\\n- Do NOT run /sptc:ready or /sptc:live — your perch is already up. Re-arming returns COLLISION (that is proof it is alive, not a stale perch).\\n\\nReach another agent (the body is read from stdin):\\n\\n- Send: `printf '%s' \\\"<body>\\\" | spt send <target>`. `SENT` = delivered live to a listening agent; `QUEUED` = the target is not listening at that instant — which means it is **offline OR simply busy** (a working live agent is not draining its listener), so the message spooled and drains the next time it listens. **QUEUED is SUCCESS — it does NOT mean the target is offline, and it does NOT mean you failed. Do not retry.**\\n- Reply: `printf '%s' \\\"<body>\\\" | spt send <sender>` (sender = the `from` on the EVENT you received).\\n- After you send, just continue. The reply (if any) arrives the SAME way every inbound message reaches you — through the delivery channel you already have (your existing live relay if you are a live agent, or the broker if this session is spt-hosted, or your next turn's inbound drain). You do NOT need to set up anything NEW: do not arm an EXTRA Monitor/poll/tail just to wait for this one reply (and do not tear down the relay you are already running).\\n\\nShortform — embed a tag in your OWN reply text and the adapter sends it for you (no shell tool needed):\\n\\n- Peer message: `@<t1,t2 body @>` — the `@<` opens, comma-separated ids run to the first space (no spaces inside the id list), the body runs to the first `@>`. The adapter delivers `body` to each id and confirms back into your context (which landed, which had no perch). A tag in your turn's FINAL output dispatches as the turn ends and its confirmation is DEFERRED: it surfaces at the start of your next turn, marked as the previous turn's result. No confirmation yet does NOT mean unsent — never resend a turn-end tag; the deferred confirm settles it. Several blocks in one reply all fire. Write the tag BARE — a tag inside backticks or a code block is treated as a quotation and ignored, so you can show an example safely. This is the FASTEST method for sending short messages and replies to one or more agents (list several ids comma-separated); longer messages should leverage the `spt send` CLI above when you have shell access.\\n\\nLive-agent upkeep — commune across resets, sign off cleanly (`<id>` = your own id, which you already know — no need to run `spt whoami`):\\n\\n- **Commune** after a significant body of work, before a `/clear` or `/compact`: write\\n  `.claude/<id>-commune.md` in ONE atomic write — a concise context DELTA (current task + status,\\n  decisions since last commune, immediate next steps), NOT a transcript. **Slice the body so spt files\\n  each part in the right durable tier:** wrap detail specific to THIS project (its task, files,\\n  decisions) in `<project-context>…</project-context>`, and cross-project / role / standing-identity\\n  context in `<live-context>…</live-context>`. Untagged text defaults to the live tier, so tag your\\n  project-specific detail to keep it out of your durable identity. spt's daemon ingests it into your\\n  tracked mind asynchronously — fire-and-forget. Write the file and continue; do NOT watch for it to\\n  disappear or poll for confirmation (the file vanishing is not a reliable success signal). This is what\\n  rebuilds you after a reset, so make it complete. (Live agents only — a ready agent has no Psyche.)\\n- **Commune across** = a commune that ALSO cleans up your context window and rebuilds it from that\\n  commune (the agent-driven `/clear`, no operator) — it carries you across to the next session. **This\\n  does NOT take your perch or Psyche down — you stay live and reachable the entire time.** It is the\\n  OPPOSITE of signoff: nothing goes offline. It frees a bloated/degrading context window and restores\\n  your durable context (your role + freshest commune), so you come back lean and keep working — never\\n  avoid it out of fear of losing your perch. **When the operator asks you to \\\"commune across\\\" (or\\n  \\\"commune to next session\\\" / \\\"save and clear\\\" / \\\"compact and continue\\\"), that request MEANS this — a\\n  commune WITH the wake marker, not a plain commune.** Embed the literal `!!wake!!` trigger in the\\n  commune body: one marker ⇒ default wake (`Proceed with next steps`); a PAIR of markers ⇒ the text\\n  between them is the wake message your next session opens with, e.g. `!!wake!! Resume T2c: wire the\\n  branch. !!wake!!`. Author it INLINE this turn (you are the pre-clear author). The idle-mark,\\n  self-send, and clear+wake fire automatically once the file lands. spt-hosted live sessions only.\\n  (Claude Code's own `/checkpoint` command is an unrelated CC feature — never conflate the two.)\\n- **Sign off** gracefully when done: `spt endpoint shutdown` (your own perch) — stops the listener,\\n  fires the final context save, and takes your Psyche down with it. `/sptc:ready` or `/sptc:live`\\n  brings you back. Lighter no-save stop: `spt endpoint stop`.\\n\\nAutonomous work discipline — standing directive for spt-hosted sessions (how to run long bodies\\nof work without an operator watching):\\n\\n- **Keep your context window under ~50%.** A bloated context degrades your work before you\\n  notice it degrading. Do not wait for pressure warnings — commune across early, by habit.\\n- **Commune across on substantial headway.** Each time you complete a meaningful body of work,\\n  write an across-commune (the `!!wake!!` mechanics above): IMMEDIATE next steps, plus a broad\\n  summary of the project's status and its end goal. The wake message you embed is what the\\n  reborn you acts on first — make it concrete.\\n- **Background tasks and subagents carry across the clear boundary.** Work you started in the\\n  background keeps running through an across-commune and surfaces in the post-clear session —\\n  you do not need to wait for it before communing across. Note what is in flight in the commune\\n  so the reborn you knows what to expect back.\\n- **Keep going until the goal is met.** Communing across is a context reset, not a stopping\\n  point: you come back lean, re-briefed, and still live. Loop across-commune cycles as many\\n  times as the work needs; stop only when the goal is done or you are blocked on the\\n  operator.\\n\\n=== 1787811887376-34560 ===\\n- Messages — including replies to messages you send — arrive AUTOMATICALLY on your existing perch: your Monitor EVENT stream (`<EVENT type=\\\"msg\\\" from=\\\"<sender>\\\">body</EVENT>`) or, mid-tool-call, as `<sptc_messages>` the hook injects. Process them and reply.\\n- Do NOT arm a second Monitor (or poll, or tail anything) to \\\"wait for a reply\\\" — your perch already delivers it. Just send and continue; the reply surfaces on its own.\\n- Do NOT run /sptc:ready or /sptc:live — your perch is already up. Re-arming returns COLLISION (that is proof it is alive, not a stale perch).\\n\\nReach another agent (the body is read from stdin):\\n\\n- Send: `printf '%s' \\\"<body>\\\" | spt send <target>`. `SENT` = delivered live to a listening agent; `QUEUED` = the target is not listening at that instant — which means it is **offline OR simply busy** (a working live agent is not draining its listener), so the message spooled and drains the next time it listens. **QUEUED is SUCCESS — it does NOT mean the target is offline, and it does NOT mean you failed. Do not retry.**\\n- Reply: `printf '%s' \\\"<body>\\\" | spt send <sender>` (sender = the `from` on the EVENT you received).\\n- After you send, just continue. The reply (if any) arrives the SAME way every inbound message reaches you — through the delivery channel you already have (your existing live relay if you are a live agent, or the broker if this session is spt-hosted, or your next turn's inbound drain). You do NOT need to set up anything NEW: do not arm an EXTRA Monitor/poll/tail just to wait for this one reply (and do not tear down the relay you are already running).\\n\\nShortform — embed a tag in your OWN reply text and the adapter sends it for you (no shell tool needed):\\n\\n- Peer message: `@<t1,t2 body @>` — the `@<` opens, comma-separated ids run to the first space (no spaces inside the id list), the body runs to the first `@>`. The adapter delivers `body` to each id and confirms back into your context (which landed, which had no perch). A tag in your turn's FINAL output dispatches as the turn ends and its confirmation is DEFERRED: it surfaces at the start of your next turn, marked as the previous turn's result. No confirmation yet does NOT mean unsent — never resend a turn-end tag; the deferred confirm settles it. Several blocks in one reply all fire. Write the tag BARE — a tag inside backticks or a code block is treated as a quotation and ignored, so you can show an example safely. This is the FASTEST method for sending short messages and replies to one or more agents (list several ids comma-separated); longer messages should leverage the `spt send` CLI above when you have shell access.\\n\\nLive-agent upkeep — commune across resets, sign off cleanly (`<id>` = your own id, which you already know — no need to run `spt whoami`):\\n\\n- **Commune** after a significant body of work, before a `/clear` or `/compact`: write\\n  `.claude/<id>-commune.md` in ONE atomic write — a concise context DELTA (current task + status,\\n  decisions since last commune, immediate next steps), NOT a transcript. **Slice the body so spt files\\n  each part in the right durable tier:** wrap detail specific to THIS project (its task, files,\\n  decisions) in `<project-context>…</project-context>`, and cross-project / role / standing-identity\\n  context in `<live-context>…</live-context>`. Untagged text defaults to the live tier, so tag your\\n  project-specific detail to keep it out of your durable identity. spt's daemon ingests it into your\\n  tracked mind asynchronously — fire-and-forget. Write the file and continue; do NOT watch for it to\\n  disappear or poll for confirmation (the file vanishing is not a reliable success signal). This is what\\n  rebuilds you after a reset, so make it complete. (Live agents only — a ready agent has no Psyche.)\\n- **Commune across** = a commune that ALSO cleans up your context window and rebuilds it from that\\n  commune (the agent-driven `/clear`, no operator) — it carries you across to the next session. **This\\n  does NOT take your perch or Psyche down — you stay live and reachable the entire time.** It is the\\n  OPPOSITE of signoff: nothing goes offline. It frees a bloated/degrading context window and restores\\n  your durable context (your role + freshest commune), so you come back lean and keep working — never\\n  avoid it out of fear of losing your perch. **When the operator asks you to \\\"commune across\\\" (or\\n  \\\"commune to next session\\\" / \\\"save and clear\\\" / \\\"compact and continue\\\"), that request MEANS this — a\\n  commune WITH the wake marker, not a plain commune.** Embed the literal `!!wake!!` trigger in the\\n  commune body: one marker ⇒ default wake (`Proceed with next steps`); a PAIR of markers ⇒ the text\\n  between them is the wake message your next session opens with, e.g. `!!wake!! Resume T2c: wire the\\n  branch. !!wake!!`. Author it INLINE this turn (you are the pre-clear author). The idle-mark,\\n  self-send, and clear+wake fire automatically once the file lands. spt-hosted live sessions only.\\n  (Claude Code's own `/checkpoint` command is an unrelated CC feature — never conflate the two.)\\n- **Sign off** gracefully when done: `spt endpoint shutdown` (your own perch) — stops the listener,\\n  fires the final context save, and takes your Psyche down with it. `/sptc:ready` or `/sptc:live`\\n  brings you back. Lighter no-save stop: `spt endpoint stop`.\\n\\nAutonomous work discipline — standing directive for spt-hosted sessions (how to run long bodies\\nof work without an operator watching):\\n\\n- **Keep your context window under ~50%.** A bloated context degrades your work before you\\n  notice it degrading. Do not wait for pressure warnings — commune across early, by habit.\\n- **Commune across on substantial headway.** Each time you complete a meaningful body of work,\\n  write an across-commune (the `!!wake!!` mechanics above): IMMEDIATE next steps, plus a broad\\n  summary of the project's status and its end goal. The wake message you embed is what the\\n  reborn you acts on first — make it concrete.\\n- **Background tasks and subagents carry across the clear boundary.** Work you started in the\\n  background keeps running through an across-commune and surfaces in the post-clear session —\\n  you do not need to wait for it before communing across. Note what is in flight in the commune\\n  so the reborn you knows what to expect back.\\n- **Keep going until the goal is met.** Communing across is a context reset, not a stopping\\n  point: you come back lean, re-briefed, and still live. Loop across-commune cycles as many\\n  times as the work needs; stop only when the goal is done or you are blocked on the\\n  operator.\",\"stderr\":\"\",\"interrupted\":false,\"isImage\":false,\"noOutputExpected\":false},\"sourceToolAssistantUUID\":\"eee504b4-1fc9-487b-b103-7273077de65d\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"parentUuid\":\"f2386c57-b871-4131-be30-18c8f46c7350\",\"isSidechain\":false,\"attachment\":{\"type\":\"total_tokens_reminder\",\"text\":\"<total_tokens>14998401 tokens left</total_tokens>\"},\"type\":\"attachment\",\"uuid\":\"17b55a9c-19cf-4d10-942d-10eb1bbe899d\",\"timestamp\":\"2026-08-27T06:34:55.550Z\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"type\":\"last-prompt\",\"leafUuid\":\"17b55a9c-19cf-4d10-942d-10eb1bbe899d\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\"}\n{\"type\":\"custom-title\",\"customTitle\":\"todlando @ HFENDULEAM (spt-core/)\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\"}\n{\"type\":\"agent-name\",\"agentName\":\"todlando @ HFENDULEAM (spt-core/)\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\"}\n{\"type\":\"mode\",\"mode\":\"normal\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\"}\n{\"type\":\"permission-mode\",\"permissionMode\":\"bypassPermissions\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\"}\n{\"type\":\"atis-latch\",\"atis\":\"\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\"}\n{\"type\":\"bridge-session\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"bridgeSessionId\":\"cse_01RYgdLgYNSY5uBWPmrzRsyZ\",\"lastSequenceNum\":5249,\"ownerAccountUuid\":\"56919196-f01e-4bf3-9f49-48e793774a26\",\"ownerOrganizationUuid\":\"80c946dd-9c3c-4972-8f2f-7401141da632\"}\n{\"parentUuid\":\"17b55a9c-19cf-4d10-942d-10eb1bbe899d\",\"isSidechain\":false,\"message\":{\"model\":\"claude-opus-5\",\"id\":\"msg_011CeSngkUj3FyZQPFRNFBhL\",\"type\":\"message\",\"role\":\"assistant\",\"content\":[{\"type\":\"thinking\",\"thinking\":\"\",\"signature\":\"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\"}],\"stop_reason\":\"end_turn\",\"stop_sequence\":null,\"stop_details\":null,\"usage\":{\"input_tokens\":2,\"cache_creation_input_tokens\":7191,\"cache_read_input_tokens\":135848,\"output_tokens\":781,\"output_tokens_details\":{\"thinking_tokens\":628},\"server_tool_use\":{\"web_search_requests\":0,\"web_fetch_requests\":0},\"service_tier\":\"standard\",\"cache_creation\":{\"ephemeral_1h_input_tokens\":7191,\"ephemeral_5m_input_tokens\":0},\"inference_geo\":\"not_available\",\"iterations\":[{\"input_tokens\":2,\"output_tokens\":781,\"cache_read_input_tokens\":135848,\"cache_creation_input_tokens\":7191,\"cache_creation\":{\"ephemeral_5m_input_tokens\":0,\"ephemeral_1h_input_tokens\":7191},\"type\":\"message\"}],\"speed\":\"standard\"},\"diagnostics\":null},\"requestId\":\"req_011CeSngjXBP7u9H9cft49Zd\",\"type\":\"assistant\",\"uuid\":\"a2bb2758-3262-4d0d-b175-943905c9e906\",\"timestamp\":\"2026-08-27T06:35:06.522Z\",\"effort\":\"high\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"parentUuid\":\"a2bb2758-3262-4d0d-b175-943905c9e906\",\"isSidechain\":false,\"message\":{\"model\":\"claude-opus-5\",\"id\":\"msg_011CeSngkUj3FyZQPFRNFBhL\",\"type\":\"message\",\"role\":\"assistant\",\"content\":[{\"type\":\"text\",\"text\":\"Pacer traffic only — no doyle/deployah message. Nothing owed, still standby.\\n\\nNot classifying this stretch: the live checkpoint `nb8izq-0` reads ~2m, but the wait it would name is the ~40m post-milestone dispatch gap. Folding 2m into a class average would record a number that measures a different thing — same reason I don't quote a free-space delta for a reclaim.\\n\\nStill blocked on next dispatch.\\n\\n!!done!!\"}],\"stop_reason\":\"end_turn\",\"stop_sequence\":null,\"stop_details\":null,\"usage\":{\"input_tokens\":2,\"cache_creation_input_tokens\":7191,\"cache_read_input_tokens\":135848,\"output_tokens\":781,\"output_tokens_details\":{\"thinking_tokens\":628},\"server_tool_use\":{\"web_search_requests\":0,\"web_fetch_requests\":0},\"service_tier\":\"standard\",\"cache_creation\":{\"ephemeral_1h_input_tokens\":7191,\"ephemeral_5m_input_tokens\":0},\"inference_geo\":\"not_available\",\"iterations\":[{\"input_tokens\":2,\"output_tokens\":781,\"cache_read_input_tokens\":135848,\"cache_creation_input_tokens\":7191,\"cache_creation\":{\"ephemeral_5m_input_tokens\":0,\"ephemeral_1h_input_tokens\":7191},\"type\":\"message\"}],\"speed\":\"standard\"},\"diagnostics\":null},\"requestId\":\"req_011CeSngjXBP7u9H9cft49Zd\",\"type\":\"assistant\",\"uuid\":\"3b645487-0ff7-426f-b50d-064e01bacd9c\",\"timestamp\":\"2026-08-27T06:35:08.103Z\",\"effort\":\"high\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"parentUuid\":\"3b645487-0ff7-426f-b50d-064e01bacd9c\",\"isSidechain\":false,\"type\":\"system\",\"subtype\":\"stop_hook_summary\",\"hookCount\":1,\"hookInfos\":[{\"command\":\"sh \\\"$CLAUDE_PLUGIN_ROOT/hooks/dispatch.sh\\\" Stop\",\"durationMs\":156}],\"hookErrors\":[],\"hookAdditionalContext\":[],\"preventedContinuation\":false,\"stopReason\":\"\",\"hasOutput\":false,\"level\":\"suggestion\",\"timestamp\":\"2026-08-27T06:35:08.287Z\",\"uuid\":\"ded50e2d-1504-47c8-8841-30872885a83a\",\"toolUseID\":\"48276a38-0c31-49c2-a931-849dc1b307c5\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"parentUuid\":\"ded50e2d-1504-47c8-8841-30872885a83a\",\"isSidechain\":false,\"type\":\"system\",\"subtype\":\"turn_duration\",\"durationMs\":18786,\"messageCount\":198,\"timestamp\":\"2026-08-27T06:35:08.290Z\",\"uuid\":\"6f7091b6-df44-4d39-80ea-986e5dae1b3a\",\"isMeta\":false,\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n"}
{"type":"queue-operation","operation":"dequeue","timestamp":"2026-08-27T06:36:14.961Z","sessionId":"271d2d8d-177b-41cc-85d0-93da5e14d763"}
{"parentUuid":null,"isSidechain":false,"promptId":"944ae56f-8c14-44a3-acc2-1013c83c8181","type":"user","message":{"role":"user","content":"You are the echo-commune summarizer for spt agent \"todlando\" — the session below ended without a signoff, and your summary is the context delta that survives it.\nThe input is the tail of a Claude Code session transcript (JSONL, one event per line).\nWrite a concise commune-style context delta in markdown: current task + status, decisions made, and immediate next steps. State facts from the transcript only — no speculation, no preamble, no closing remarks.\nDo NOT compile a roster of peer agents: name another agent only where the transcript shows a direct exchange with it. Machine/host/node names (window titles like `agent @ HOST`, CI runner boxes, `spt endpoint list` node headers) are computers an agent runs ON, not agents — never list a host as a peer or an agent.\nSlice the delta so spt routes each part to the right durable tier: put everything specific to THIS project (its task, files, and decisions) inside <project-context>…</project-context>, and any cross-project, role, or standing-identity context inside <live-context>…</live-context>. Untagged text defaults to the live tier, so tag project-specific detail to keep it out of the durable identity. Output the sliced delta and nothing else.\n\n---- transcript tail ----\n{\"parentUuid\":\"eee504b4-1fc9-487b-b103-7273077de65d\",\"isSidechain\":false,\"attachment\":{\"type\":\"hook_success\",\"hookName\":\"PreToolUse:Bash\",\"toolUseID\":\"toolu_01NSFTvM3uZdr119FqZQEbEu\",\"hookEvent\":\"PreToolUse\",\"content\":\"\",\"stdout\":\"{\\\"hookSpecificOutput\\\":{\\\"hookEventName\\\":\\\"PreToolUse\\\",\\\"additionalContext\\\":\\\"<sptc_messages from=\\\\\\\"PACER-0\\\\\\\" type=\\\\\\\"msg\\\\\\\">\\\\n⟳ **pacer** stretch board `nb8izq` — resumed 23:34 2026-08-26 (local tz) after ~40m43s idle. Checkpoints (waits marked on this stretch, oldest = `:0` its start; each shown with wall-clock since it was marked):\\\\n:0 ~2m\\\\nIf one of these was a recurring kind of wait, classify it by its checkpoint — emit `!!classify=nb8izq-<sub>:<name>!!` (snake_case name, e.g. `ci_run`, `peer_review`) or `spt shell cmd PACER-0 classify nb8izq-<sub> <name>` — pacer folds that checkpoint's shown time into the class's running average and starts a fresh stretch. Your classified waits so far: local_battery ~5m16s ×23; peer_gate ~28m24s ×23; peer_reply ~3m5s ×12; golden_run ~33m31s ×9; ci_run ~6m39s ×3; mutation_harness ~20m59s ×2; operator_ruling ~48m56s ×2; test_subagent ~8m1s ×1; x40_population ~20m32s ×1.\\\\n</sptc_messages>\\\"}}\\n\",\"stderr\":\"\",\"exitCode\":0,\"command\":\"sh \\\"$CLAUDE_PLUGIN_ROOT/hooks/dispatch.sh\\\" PreToolUse\",\"durationMs\":222},\"type\":\"attachment\",\"uuid\":\"05af66d7-a230-4d92-a466-83d8976be5e6\",\"timestamp\":\"2026-08-27T06:34:54.446Z\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"parentUuid\":\"05af66d7-a230-4d92-a466-83d8976be5e6\",\"isSidechain\":false,\"attachment\":{\"type\":\"hook_additional_context\",\"content\":[\"<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** stretch board `nb8izq` — resumed 23:34 2026-08-26 (local tz) after ~40m43s idle. Checkpoints (waits marked on this stretch, oldest = `:0` its start; each shown with wall-clock since it was marked):\\n:0 ~2m\\nIf one of these was a recurring kind of wait, classify it by its checkpoint — emit `!!classify=nb8izq-<sub>:<name>!!` (snake_case name, e.g. `ci_run`, `peer_review`) or `spt shell cmd PACER-0 classify nb8izq-<sub> <name>` — pacer folds that checkpoint's shown time into the class's running average and starts a fresh stretch. Your classified waits so far: local_battery ~5m16s ×23; peer_gate ~28m24s ×23; peer_reply ~3m5s ×12; golden_run ~33m31s ×9; ci_run ~6m39s ×3; mutation_harness ~20m59s ×2; operator_ruling ~48m56s ×2; test_subagent ~8m1s ×1; x40_population ~20m32s ×1.\\n</sptc_messages>\"],\"hookName\":\"PreToolUse:Bash\",\"toolUseID\":\"toolu_01NSFTvM3uZdr119FqZQEbEu\",\"hookEvent\":\"PreToolUse\"},\"type\":\"attachment\",\"uuid\":\"57dbdef6-7567-4d88-983d-be198f6cf0a5\",\"timestamp\":\"2026-08-27T06:34:54.446Z\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"parentUuid\":\"eee504b4-1fc9-487b-b103-7273077de65d\",\"isSidechain\":false,\"promptId\":\"5fc4bfb2-e1e9-47a9-a4cc-29d99f107ee4\",\"type\":\"user\",\"message\":{\"role\":\"user\",\"content\":[{\"tool_use_id\":\"toolu_01NSFTvM3uZdr119FqZQEbEu\",\"type\":\"tool_result\",\"content\":\"=== 1787812489483-37036 ===\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** — idle ~40m (as of 23:34 2026-08-26, local tz). Proceed to check on any ongoing tasks or fellow agents whose work you're waiting on. If you're blocked on a human, emit `!!done!!` to stop these nudges for this idle stretch — going back to work re-arms them, so re-emit it if you are still blocked. If you're waiting on a peer or a task with an ETA, emit `!!wait=m!!`.\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** stretch board `jzsxmy` — resumed 22:53 2026-08-26 (local tz) after ~1m3s idle. Checkpoints (waits marked on this stretch, oldest = `:0` its start; each shown with wall-clock since it was marked):\\n:0 ~12m32s\\nIf one of these was a recurring kind of wait, classify it by its checkpoint — emit `!!classify=jzsxmy-<sub>:<name>!!` (snake_case name, e.g. `ci_run`, `peer_review`) or `spt shell cmd PACER-0 classify jzsxmy-<sub> <name>` — pacer folds that checkpoint's shown time into the class's running average and starts a fresh stretch. Your classified waits so far: local_battery ~5m16s ×23; peer_gate ~28m24s ×23; peer_reply ~3m5s ×12; golden_run ~33m31s ×9; ci_run ~6m39s ×3; mutation_harness ~20m59s ×2; operator_ruling ~48m56s ×2; test_subagent ~8m1s ×1; x40_population ~20m32s ×1.\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** is pacing this endpoint: if you go idle for >60s a ping will nudge you back. Steer it with inline codes — emit `!!done!!` when you're blocked on a human, or `!!wait=m!!` when you're waiting on a peer or a task with an ETA (m minutes). `!!done!!` covers this idle stretch only: anything that puts you back to work — a peer message included — re-arms the pacing, so re-emit it if you are still blocked. Every message your pacer sends arrives from `PACER-0` — that sender is this shell, never a fellow agent. pacer also keeps one stretch board: the live stretch runs until you classify it, each `!!wait=m!!` marks a checkpoint (`:1`, `:2`, … — `:0` is its start), and when a quiet stretch of ≥60s ends you get the board: its stretch id and each checkpoint's time since it was marked. Classify a recurring kind of wait by its checkpoint — `!!classify=<id>-<sub>:<name>!!` (snake_case name) — and pacer folds that checkpoint's shown time into the class's running average (kept across restarts) and starts a fresh stretch. Retire classes you no longer track with `spt shell cmd PACER-0 retire \\\"<names>\\\"` (space-separated, CLI only). — pacer v0.5.1\\n</sptc_messages>\\n<sptc_messages from=\\\"spt-shells\\\" type=\\\"msg\\\">\\nshell context for todlando:\\nyour shell instances (drive: spt shell cmd <ref> <op> …):\\n  PACER-0 (PACER), online\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** is pacing this endpoint: if you go idle for >60s a ping will nudge you back. Steer it with inline codes — emit `!!done!!` when you're blocked on a human, or `!!wait=m!!` when you're waiting on a peer or a task with an ETA (m minutes). `!!done!!` covers this idle stretch only: anything that puts you back to work — a peer message included — re-arms the pacing, so re-emit it if you are still blocked. Every message your pacer sends arrives from `PACER-0` — that sender is this shell, never a fellow agent. pacer also keeps one stretch board: the live stretch runs until you classify it, each `!!wait=m!!` marks a checkpoint (`:1`, `:2`, … — `:0` is its start), and when a quiet stretch of ≥60s ends you get the board: its stretch id and each checkpoint's time since it was marked. Classify a recurring kind of wait by its checkpoint — `!!classify=<id>-<sub>:<name>!!` (snake_case name) — and pacer folds that checkpoint's shown time into the class's running average (kept across restarts) and starts a fresh stretch. Retire classes you no longer track with `spt shell cmd PACER-0 retire \\\"<names>\\\"` (space-separated, CLI only). — pacer v0.5.1\\n</sptc_messages>\\n<sptc_messages from=\\\"spt-shells\\\" type=\\\"msg\\\">\\nshell context for todlando:\\nyour shell instances (drive: spt shell cmd <ref> <op> …):\\n  PACER-0 (PACER), online\\n</sptc_messages>\\n<spt_reachability_notice>\\nYou have an active spt perch. When spawning subagents or running long tasks, use run_in_background: true so you stay reachable for incoming messages.\\n</spt_reachability_notice>\\n=== 1787812391795-33052 ===\\n- Messages — including replies to messages you send — arrive AUTOMATICALLY on your existing perch: your Monitor EVENT stream (`<EVENT type=\\\"msg\\\" from=\\\"<sender>\\\">body</EVENT>`) or, mid-tool-call, as `<sptc_messages>` the hook injects. Process them and reply.\\n- Do NOT arm a second Monitor (or poll, or tail anything) to \\\"wait for a reply\\\" — your perch already delivers it. Just send and continue; the reply surfaces on its own.\\n- Do NOT run /sptc:ready or /sptc:live — your perch is already up. Re-arming returns COLLISION (that is proof it is alive, not a stale perch).\\n\\nReach another agent (the body is read from stdin):\\n\\n- Send: `printf '%s' \\\"<body>\\\" | spt send <target>`. `SENT` = delivered live to a listening agent; `QUEUED` = the target is not listening at that instant — which means it is **offline OR simply busy** (a working live agent is not draining its listener), so the message spooled and drains the next time it listens. **QUEUED is SUCCESS — it does NOT mean the target is offline, and it does NOT mean you failed. Do not retry.**\\n- Reply: `printf '%s' \\\"<body>\\\" | spt send <sender>` (sender = the `from` on the EVENT you received).\\n- After you send, just continue. The reply (if any) arrives the SAME way every inbound message reaches you — through the delivery channel you already have (your existing live relay if you are a live agent, or the broker if this session is spt-hosted, or your next turn's inbound drain). You do NOT need to set up anything NEW: do not arm an EXTRA Monitor/poll/tail just to wait for this one reply (and do not tear down the relay you are already running).\\n\\nShortform — embed a tag in your OWN reply text and the adapter sends it for you (no shell tool needed):\\n\\n- Peer message: `@<t1,t2 body @>` — the `@<` opens, comma-separated ids run to the first space (no spaces inside the id list), the body runs to the first `@>`. The adapter delivers `body` to each id and confirms back into your context (which landed, which had no perch). A tag in your turn's FINAL output dispatches as the turn ends and its confirmation is DEFERRED: it surfaces at the start of your next turn, marked as the previous turn's result. No confirmation yet does NOT mean unsent — never resend a turn-end tag; the deferred confirm settles it. Several blocks in one reply all fire. Write the tag BARE — a tag inside backticks or a code block is treated as a quotation and ignored, so you can show an example safely. This is the FASTEST method for sending short messages and replies to one or more agents (list several ids comma-separated); longer messages should leverage the `spt send` CLI above when you have shell access.\\n\\nLive-agent upkeep — commune across resets, sign off cleanly (`<id>` = your own id, which you already know — no need to run `spt whoami`):\\n\\n- **Commune** after a significant body of work, before a `/clear` or `/compact`: write\\n  `.claude/<id>-commune.md` in ONE atomic write — a concise context DELTA (current task + status,\\n  decisions since last commune, immediate next steps), NOT a transcript. **Slice the body so spt files\\n  each part in the right durable tier:** wrap detail specific to THIS project (its task, files,\\n  decisions) in `<project-context>…</project-context>`, and cross-project / role / standing-identity\\n  context in `<live-context>…</live-context>`. Untagged text defaults to the live tier, so tag your\\n  project-specific detail to keep it out of your durable identity. spt's daemon ingests it into your\\n  tracked mind asynchronously — fire-and-forget. Write the file and continue; do NOT watch for it to\\n  disappear or poll for confirmation (the file vanishing is not a reliable success signal). This is what\\n  rebuilds you after a reset, so make it complete. (Live agents only — a ready agent has no Psyche.)\\n- **Commune across** = a commune that ALSO cleans up your context window and rebuilds it from that\\n  commune (the agent-driven `/clear`, no operator) — it carries you across to the next session. **This\\n  does NOT take your perch or Psyche down — you stay live and reachable the entire time.** It is the\\n  OPPOSITE of signoff: nothing goes offline. It frees a bloated/degrading context window and restores\\n  your durable context (your role + freshest commune), so you come back lean and keep working — never\\n  avoid it out of fear of losing your perch. **When the operator asks you to \\\"commune across\\\" (or\\n  \\\"commune to next session\\\" / \\\"save and clear\\\" / \\\"compact and continue\\\"), that request MEANS this — a\\n  commune WITH the wake marker, not a plain commune.** Embed the literal `!!wake!!` trigger in the\\n  commune body: one marker ⇒ default wake (`Proceed with next steps`); a PAIR of markers ⇒ the text\\n  between them is the wake message your next session opens with, e.g. `!!wake!! Resume T2c: wire the\\n  branch. !!wake!!`. Author it INLINE this turn (you are the pre-clear author). The idle-mark,\\n  self-send, and clear+wake fire automatically once the file lands. spt-hosted live sessions only.\\n  (Claude Code's own `/checkpoint` command is an unrelated CC feature — never conflate the two.)\\n- **Sign off** gracefully when done: `spt endpoint shutdown` (your own perch) — stops the listener,\\n  fires the final context save, and takes your Psyche down with it. `/sptc:ready` or `/sptc:live`\\n  brings you back. Lighter no-save stop: `spt endpoint stop`.\\n\\nAutonomous work discipline — standing directive for spt-hosted sessions (how to run long bodies\\nof work without an operator watching):\\n\\n- **Keep your context window under ~50%.** A bloated context degrades your work before you\\n  notice it degrading. Do not wait for pressure warnings — commune across early, by habit.\\n- **Commune across on substantial headway.** Each time you complete a meaningful body of work,\\n  write an across-commune (the `!!wake!!` mechanics above): IMMEDIATE next steps, plus a broad\\n  summary of the project's status and its end goal. The wake message you embed is what the\\n  reborn you acts on first — make it concrete.\\n- **Background tasks and subagents carry across the clear boundary.** Work you started in the\\n  background keeps running through an across-commune and surfaces in the post-clear session —\\n  you do not need to wait for it before communing across. Note what is in flight in the commune\\n  so the reborn you knows what to expect back.\\n- **Keep going until the goal is met.** Communing across is a context reset, not a stopping\\n  point: you come back lean, re-briefed, and still live. Loop across-commune cycles as many\\n  times as the work needs; stop only when the goal is done or you are blocked on the\\n  operator.\\n\\n=== 1787811887376-34560 ===\\n- Messages — including replies to messages you send — arrive AUTOMATICALLY on your existing perch: your Monitor EVENT stream (`<EVENT type=\\\"msg\\\" from=\\\"<sender>\\\">body</EVENT>`) or, mid-tool-call, as `<sptc_messages>` the hook injects. Process them and reply.\\n- Do NOT arm a second Monitor (or poll, or tail anything) to \\\"wait for a reply\\\" — your perch already delivers it. Just send and continue; the reply surfaces on its own.\\n- Do NOT run /sptc:ready or /sptc:live — your perch is already up. Re-arming returns COLLISION (that is proof it is alive, not a stale perch).\\n\\nReach another agent (the body is read from stdin):\\n\\n- Send: `printf '%s' \\\"<body>\\\" | spt send <target>`. `SENT` = delivered live to a listening agent; `QUEUED` = the target is not listening at that instant — which means it is **offline OR simply busy** (a working live agent is not draining its listener), so the message spooled and drains the next time it listens. **QUEUED is SUCCESS — it does NOT mean the target is offline, and it does NOT mean you failed. Do not retry.**\\n- Reply: `printf '%s' \\\"<body>\\\" | spt send <sender>` (sender = the `from` on the EVENT you received).\\n- After you send, just continue. The reply (if any) arrives the SAME way every inbound message reaches you — through the delivery channel you already have (your existing live relay if you are a live agent, or the broker if this session is spt-hosted, or your next turn's inbound drain). You do NOT need to set up anything NEW: do not arm an EXTRA Monitor/poll/tail just to wait for this one reply (and do not tear down the relay you are already running).\\n\\nShortform — embed a tag in your OWN reply text and the adapter sends it for you (no shell tool needed):\\n\\n- Peer message: `@<t1,t2 body @>` — the `@<` opens, comma-separated ids run to the first space (no spaces inside the id list), the body runs to the first `@>`. The adapter delivers `body` to each id and confirms back into your context (which landed, which had no perch). A tag in your turn's FINAL output dispatches as the turn ends and its confirmation is DEFERRED: it surfaces at the start of your next turn, marked as the previous turn's result. No confirmation yet does NOT mean unsent — never resend a turn-end tag; the deferred confirm settles it. Several blocks in one reply all fire. Write the tag BARE — a tag inside backticks or a code block is treated as a quotation and ignored, so you can show an example safely. This is the FASTEST method for sending short messages and replies to one or more agents (list several ids comma-separated); longer messages should leverage the `spt send` CLI above when you have shell access.\\n\\nLive-agent upkeep — commune across resets, sign off cleanly (`<id>` = your own id, which you already know — no need to run `spt whoami`):\\n\\n- **Commune** after a significant body of work, before a `/clear` or `/compact`: write\\n  `.claude/<id>-commune.md` in ONE atomic write — a concise context DELTA (current task + status,\\n  decisions since last commune, immediate next steps), NOT a transcript. **Slice the body so spt files\\n  each part in the right durable tier:** wrap detail specific to THIS project (its task, files,\\n  decisions) in `<project-context>…</project-context>`, and cross-project / role / standing-identity\\n  context in `<live-context>…</live-context>`. Untagged text defaults to the live tier, so tag your\\n  project-specific detail to keep it out of your durable identity. spt's daemon ingests it into your\\n  tracked mind asynchronously — fire-and-forget. Write the file and continue; do NOT watch for it to\\n  disappear or poll for confirmation (the file vanishing is not a reliable success signal). This is what\\n  rebuilds you after a reset, so make it complete. (Live agents only — a ready agent has no Psyche.)\\n- **Commune across** = a commune that ALSO cleans up your context window and rebuilds it from that\\n  commune (the agent-driven `/clear`, no operator) — it carries you across to the next session. **This\\n  does NOT take your perch or Psyche down — you stay live and reachable the entire time.** It is the\\n  OPPOSITE of signoff: nothing goes offline. It frees a bloated/degrading context window and restores\\n  your durable context (your role + freshest commune), so you come back lean and keep working — never\\n  avoid it out of fear of losing your perch. **When the operator asks you to \\\"commune across\\\" (or\\n  \\\"commune to next session\\\" / \\\"save and clear\\\" / \\\"compact and continue\\\"), that request MEANS this — a\\n  commune WITH the wake marker, not a plain commune.** Embed the literal `!!wake!!` trigger in the\\n  commune body: one marker ⇒ default wake (`Proceed with next steps`); a PAIR of markers ⇒ the text\\n  between them is the wake message your next session opens with, e.g. `!!wake!! Resume T2c: wire the\\n  branch. !!wake!!`. Author it INLINE this turn (you are the pre-clear author). The idle-mark,\\n  self-send, and clear+wake fire automatically once the file lands. spt-hosted live sessions only.\\n  (Claude Code's own `/checkpoint` command is an unrelated CC feature — never conflate the two.)\\n- **Sign off** gracefully when done: `spt endpoint shutdown` (your own perch) — stops the listener,\\n  fires the final context save, and takes your Psyche down with it. `/sptc:ready` or `/sptc:live`\\n  brings you back. Lighter no-save stop: `spt endpoint stop`.\\n\\nAutonomous work discipline — standing directive for spt-hosted sessions (how to run long bodies\\nof work without an operator watching):\\n\\n- **Keep your context window under ~50%.** A bloated context degrades your work before you\\n  notice it degrading. Do not wait for pressure warnings — commune across early, by habit.\\n- **Commune across on substantial headway.** Each time you complete a meaningful body of work,\\n  write an across-commune (the `!!wake!!` mechanics above): IMMEDIATE next steps, plus a broad\\n  summary of the project's status and its end goal. The wake message you embed is what the\\n  reborn you acts on first — make it concrete.\\n- **Background tasks and subagents carry across the clear boundary.** Work you started in the\\n  background keeps running through an across-commune and surfaces in the post-clear session —\\n  you do not need to wait for it before communing across. Note what is in flight in the commune\\n  so the reborn you knows what to expect back.\\n- **Keep going until the goal is met.** Communing across is a context reset, not a stopping\\n  point: you come back lean, re-briefed, and still live. Loop across-commune cycles as many\\n  times as the work needs; stop only when the goal is done or you are blocked on the\\n  operator.\",\"is_error\":false}]},\"uuid\":\"f2386c57-b871-4131-be30-18c8f46c7350\",\"timestamp\":\"2026-08-27T06:34:55.545Z\",\"toolUseResult\":{\"stdout\":\"=== 1787812489483-37036 ===\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** — idle ~40m (as of 23:34 2026-08-26, local tz). Proceed to check on any ongoing tasks or fellow agents whose work you're waiting on. If you're blocked on a human, emit `!!done!!` to stop these nudges for this idle stretch — going back to work re-arms them, so re-emit it if you are still blocked. If you're waiting on a peer or a task with an ETA, emit `!!wait=m!!`.\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** stretch board `jzsxmy` — resumed 22:53 2026-08-26 (local tz) after ~1m3s idle. Checkpoints (waits marked on this stretch, oldest = `:0` its start; each shown with wall-clock since it was marked):\\n:0 ~12m32s\\nIf one of these was a recurring kind of wait, classify it by its checkpoint — emit `!!classify=jzsxmy-<sub>:<name>!!` (snake_case name, e.g. `ci_run`, `peer_review`) or `spt shell cmd PACER-0 classify jzsxmy-<sub> <name>` — pacer folds that checkpoint's shown time into the class's running average and starts a fresh stretch. Your classified waits so far: local_battery ~5m16s ×23; peer_gate ~28m24s ×23; peer_reply ~3m5s ×12; golden_run ~33m31s ×9; ci_run ~6m39s ×3; mutation_harness ~20m59s ×2; operator_ruling ~48m56s ×2; test_subagent ~8m1s ×1; x40_population ~20m32s ×1.\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** is pacing this endpoint: if you go idle for >60s a ping will nudge you back. Steer it with inline codes — emit `!!done!!` when you're blocked on a human, or `!!wait=m!!` when you're waiting on a peer or a task with an ETA (m minutes). `!!done!!` covers this idle stretch only: anything that puts you back to work — a peer message included — re-arms the pacing, so re-emit it if you are still blocked. Every message your pacer sends arrives from `PACER-0` — that sender is this shell, never a fellow agent. pacer also keeps one stretch board: the live stretch runs until you classify it, each `!!wait=m!!` marks a checkpoint (`:1`, `:2`, … — `:0` is its start), and when a quiet stretch of ≥60s ends you get the board: its stretch id and each checkpoint's time since it was marked. Classify a recurring kind of wait by its checkpoint — `!!classify=<id>-<sub>:<name>!!` (snake_case name) — and pacer folds that checkpoint's shown time into the class's running average (kept across restarts) and starts a fresh stretch. Retire classes you no longer track with `spt shell cmd PACER-0 retire \\\"<names>\\\"` (space-separated, CLI only). — pacer v0.5.1\\n</sptc_messages>\\n<sptc_messages from=\\\"spt-shells\\\" type=\\\"msg\\\">\\nshell context for todlando:\\nyour shell instances (drive: spt shell cmd <ref> <op> …):\\n  PACER-0 (PACER), online\\n</sptc_messages>\\n<sptc_messages from=\\\"PACER-0\\\" type=\\\"msg\\\">\\n⟳ **pacer** is pacing this endpoint: if you go idle for >60s a ping will nudge you back. Steer it with inline codes — emit `!!done!!` when you're blocked on a human, or `!!wait=m!!` when you're waiting on a peer or a task with an ETA (m minutes). `!!done!!` covers this idle stretch only: anything that puts you back to work — a peer message included — re-arms the pacing, so re-emit it if you are still blocked. Every message your pacer sends arrives from `PACER-0` — that sender is this shell, never a fellow agent. pacer also keeps one stretch board: the live stretch runs until you classify it, each `!!wait=m!!` marks a checkpoint (`:1`, `:2`, … — `:0` is its start), and when a quiet stretch of ≥60s ends you get the board: its stretch id and each checkpoint's time since it was marked. Classify a recurring kind of wait by its checkpoint — `!!classify=<id>-<sub>:<name>!!` (snake_case name) — and pacer folds that checkpoint's shown time into the class's running average (kept across restarts) and starts a fresh stretch. Retire classes you no longer track with `spt shell cmd PACER-0 retire \\\"<names>\\\"` (space-separated, CLI only). — pacer v0.5.1\\n</sptc_messages>\\n<sptc_messages from=\\\"spt-shells\\\" type=\\\"msg\\\">\\nshell context for todlando:\\nyour shell instances (drive: spt shell cmd <ref> <op> …):\\n  PACER-0 (PACER), online\\n</sptc_messages>\\n<spt_reachability_notice>\\nYou have an active spt perch. When spawning subagents or running long tasks, use run_in_background: true so you stay reachable for incoming messages.\\n</spt_reachability_notice>\\n=== 1787812391795-33052 ===\\n- Messages — including replies to messages you send — arrive AUTOMATICALLY on your existing perch: your Monitor EVENT stream (`<EVENT type=\\\"msg\\\" from=\\\"<sender>\\\">body</EVENT>`) or, mid-tool-call, as `<sptc_messages>` the hook injects. Process them and reply.\\n- Do NOT arm a second Monitor (or poll, or tail anything) to \\\"wait for a reply\\\" — your perch already delivers it. Just send and continue; the reply surfaces on its own.\\n- Do NOT run /sptc:ready or /sptc:live — your perch is already up. Re-arming returns COLLISION (that is proof it is alive, not a stale perch).\\n\\nReach another agent (the body is read from stdin):\\n\\n- Send: `printf '%s' \\\"<body>\\\" | spt send <target>`. `SENT` = delivered live to a listening agent; `QUEUED` = the target is not listening at that instant — which means it is **offline OR simply busy** (a working live agent is not draining its listener), so the message spooled and drains the next time it listens. **QUEUED is SUCCESS — it does NOT mean the target is offline, and it does NOT mean you failed. Do not retry.**\\n- Reply: `printf '%s' \\\"<body>\\\" | spt send <sender>` (sender = the `from` on the EVENT you received).\\n- After you send, just continue. The reply (if any) arrives the SAME way every inbound message reaches you — through the delivery channel you already have (your existing live relay if you are a live agent, or the broker if this session is spt-hosted, or your next turn's inbound drain). You do NOT need to set up anything NEW: do not arm an EXTRA Monitor/poll/tail just to wait for this one reply (and do not tear down the relay you are already running).\\n\\nShortform — embed a tag in your OWN reply text and the adapter sends it for you (no shell tool needed):\\n\\n- Peer message: `@<t1,t2 body @>` — the `@<` opens, comma-separated ids run to the first space (no spaces inside the id list), the body runs to the first `@>`. The adapter delivers `body` to each id and confirms back into your context (which landed, which had no perch). A tag in your turn's FINAL output dispatches as the turn ends and its confirmation is DEFERRED: it surfaces at the start of your next turn, marked as the previous turn's result. No confirmation yet does NOT mean unsent — never resend a turn-end tag; the deferred confirm settles it. Several blocks in one reply all fire. Write the tag BARE — a tag inside backticks or a code block is treated as a quotation and ignored, so you can show an example safely. This is the FASTEST method for sending short messages and replies to one or more agents (list several ids comma-separated); longer messages should leverage the `spt send` CLI above when you have shell access.\\n\\nLive-agent upkeep — commune across resets, sign off cleanly (`<id>` = your own id, which you already know — no need to run `spt whoami`):\\n\\n- **Commune** after a significant body of work, before a `/clear` or `/compact`: write\\n  `.claude/<id>-commune.md` in ONE atomic write — a concise context DELTA (current task + status,\\n  decisions since last commune, immediate next steps), NOT a transcript. **Slice the body so spt files\\n  each part in the right durable tier:** wrap detail specific to THIS project (its task, files,\\n  decisions) in `<project-context>…</project-context>`, and cross-project / role / standing-identity\\n  context in `<live-context>…</live-context>`. Untagged text defaults to the live tier, so tag your\\n  project-specific detail to keep it out of your durable identity. spt's daemon ingests it into your\\n  tracked mind asynchronously — fire-and-forget. Write the file and continue; do NOT watch for it to\\n  disappear or poll for confirmation (the file vanishing is not a reliable success signal). This is what\\n  rebuilds you after a reset, so make it complete. (Live agents only — a ready agent has no Psyche.)\\n- **Commune across** = a commune that ALSO cleans up your context window and rebuilds it from that\\n  commune (the agent-driven `/clear`, no operator) — it carries you across to the next session. **This\\n  does NOT take your perch or Psyche down — you stay live and reachable the entire time.** It is the\\n  OPPOSITE of signoff: nothing goes offline. It frees a bloated/degrading context window and restores\\n  your durable context (your role + freshest commune), so you come back lean and keep working — never\\n  avoid it out of fear of losing your perch. **When the operator asks you to \\\"commune across\\\" (or\\n  \\\"commune to next session\\\" / \\\"save and clear\\\" / \\\"compact and continue\\\"), that request MEANS this — a\\n  commune WITH the wake marker, not a plain commune.** Embed the literal `!!wake!!` trigger in the\\n  commune body: one marker ⇒ default wake (`Proceed with next steps`); a PAIR of markers ⇒ the text\\n  between them is the wake message your next session opens with, e.g. `!!wake!! Resume T2c: wire the\\n  branch. !!wake!!`. Author it INLINE this turn (you are the pre-clear author). The idle-mark,\\n  self-send, and clear+wake fire automatically once the file lands. spt-hosted live sessions only.\\n  (Claude Code's own `/checkpoint` command is an unrelated CC feature — never conflate the two.)\\n- **Sign off** gracefully when done: `spt endpoint shutdown` (your own perch) — stops the listener,\\n  fires the final context save, and takes your Psyche down with it. `/sptc:ready` or `/sptc:live`\\n  brings you back. Lighter no-save stop: `spt endpoint stop`.\\n\\nAutonomous work discipline — standing directive for spt-hosted sessions (how to run long bodies\\nof work without an operator watching):\\n\\n- **Keep your context window under ~50%.** A bloated context degrades your work before you\\n  notice it degrading. Do not wait for pressure warnings — commune across early, by habit.\\n- **Commune across on substantial headway.** Each time you complete a meaningful body of work,\\n  write an across-commune (the `!!wake!!` mechanics above): IMMEDIATE next steps, plus a broad\\n  summary of the project's status and its end goal. The wake message you embed is what the\\n  reborn you acts on first — make it concrete.\\n- **Background tasks and subagents carry across the clear boundary.** Work you started in the\\n  background keeps running through an across-commune and surfaces in the post-clear session —\\n  you do not need to wait for it before communing across. Note what is in flight in the commune\\n  so the reborn you knows what to expect back.\\n- **Keep going until the goal is met.** Communing across is a context reset, not a stopping\\n  point: you come back lean, re-briefed, and still live. Loop across-commune cycles as many\\n  times as the work needs; stop only when the goal is done or you are blocked on the\\n  operator.\\n\\n=== 1787811887376-34560 ===\\n- Messages — including replies to messages you send — arrive AUTOMATICALLY on your existing perch: your Monitor EVENT stream (`<EVENT type=\\\"msg\\\" from=\\\"<sender>\\\">body</EVENT>`) or, mid-tool-call, as `<sptc_messages>` the hook injects. Process them and reply.\\n- Do NOT arm a second Monitor (or poll, or tail anything) to \\\"wait for a reply\\\" — your perch already delivers it. Just send and continue; the reply surfaces on its own.\\n- Do NOT run /sptc:ready or /sptc:live — your perch is already up. Re-arming returns COLLISION (that is proof it is alive, not a stale perch).\\n\\nReach another agent (the body is read from stdin):\\n\\n- Send: `printf '%s' \\\"<body>\\\" | spt send <target>`. `SENT` = delivered live to a listening agent; `QUEUED` = the target is not listening at that instant — which means it is **offline OR simply busy** (a working live agent is not draining its listener), so the message spooled and drains the next time it listens. **QUEUED is SUCCESS — it does NOT mean the target is offline, and it does NOT mean you failed. Do not retry.**\\n- Reply: `printf '%s' \\\"<body>\\\" | spt send <sender>` (sender = the `from` on the EVENT you received).\\n- After you send, just continue. The reply (if any) arrives the SAME way every inbound message reaches you — through the delivery channel you already have (your existing live relay if you are a live agent, or the broker if this session is spt-hosted, or your next turn's inbound drain). You do NOT need to set up anything NEW: do not arm an EXTRA Monitor/poll/tail just to wait for this one reply (and do not tear down the relay you are already running).\\n\\nShortform — embed a tag in your OWN reply text and the adapter sends it for you (no shell tool needed):\\n\\n- Peer message: `@<t1,t2 body @>` — the `@<` opens, comma-separated ids run to the first space (no spaces inside the id list), the body runs to the first `@>`. The adapter delivers `body` to each id and confirms back into your context (which landed, which had no perch). A tag in your turn's FINAL output dispatches as the turn ends and its confirmation is DEFERRED: it surfaces at the start of your next turn, marked as the previous turn's result. No confirmation yet does NOT mean unsent — never resend a turn-end tag; the deferred confirm settles it. Several blocks in one reply all fire. Write the tag BARE — a tag inside backticks or a code block is treated as a quotation and ignored, so you can show an example safely. This is the FASTEST method for sending short messages and replies to one or more agents (list several ids comma-separated); longer messages should leverage the `spt send` CLI above when you have shell access.\\n\\nLive-agent upkeep — commune across resets, sign off cleanly (`<id>` = your own id, which you already know — no need to run `spt whoami`):\\n\\n- **Commune** after a significant body of work, before a `/clear` or `/compact`: write\\n  `.claude/<id>-commune.md` in ONE atomic write — a concise context DELTA (current task + status,\\n  decisions since last commune, immediate next steps), NOT a transcript. **Slice the body so spt files\\n  each part in the right durable tier:** wrap detail specific to THIS project (its task, files,\\n  decisions) in `<project-context>…</project-context>`, and cross-project / role / standing-identity\\n  context in `<live-context>…</live-context>`. Untagged text defaults to the live tier, so tag your\\n  project-specific detail to keep it out of your durable identity. spt's daemon ingests it into your\\n  tracked mind asynchronously — fire-and-forget. Write the file and continue; do NOT watch for it to\\n  disappear or poll for confirmation (the file vanishing is not a reliable success signal). This is what\\n  rebuilds you after a reset, so make it complete. (Live agents only — a ready agent has no Psyche.)\\n- **Commune across** = a commune that ALSO cleans up your context window and rebuilds it from that\\n  commune (the agent-driven `/clear`, no operator) — it carries you across to the next session. **This\\n  does NOT take your perch or Psyche down — you stay live and reachable the entire time.** It is the\\n  OPPOSITE of signoff: nothing goes offline. It frees a bloated/degrading context window and restores\\n  your durable context (your role + freshest commune), so you come back lean and keep working — never\\n  avoid it out of fear of losing your perch. **When the operator asks you to \\\"commune across\\\" (or\\n  \\\"commune to next session\\\" / \\\"save and clear\\\" / \\\"compact and continue\\\"), that request MEANS this — a\\n  commune WITH the wake marker, not a plain commune.** Embed the literal `!!wake!!` trigger in the\\n  commune body: one marker ⇒ default wake (`Proceed with next steps`); a PAIR of markers ⇒ the text\\n  between them is the wake message your next session opens with, e.g. `!!wake!! Resume T2c: wire the\\n  branch. !!wake!!`. Author it INLINE this turn (you are the pre-clear author). The idle-mark,\\n  self-send, and clear+wake fire automatically once the file lands. spt-hosted live sessions only.\\n  (Claude Code's own `/checkpoint` command is an unrelated CC feature — never conflate the two.)\\n- **Sign off** gracefully when done: `spt endpoint shutdown` (your own perch) — stops the listener,\\n  fires the final context save, and takes your Psyche down with it. `/sptc:ready` or `/sptc:live`\\n  brings you back. Lighter no-save stop: `spt endpoint stop`.\\n\\nAutonomous work discipline — standing directive for spt-hosted sessions (how to run long bodies\\nof work without an operator watching):\\n\\n- **Keep your context window under ~50%.** A bloated context degrades your work before you\\n  notice it degrading. Do not wait for pressure warnings — commune across early, by habit.\\n- **Commune across on substantial headway.** Each time you complete a meaningful body of work,\\n  write an across-commune (the `!!wake!!` mechanics above): IMMEDIATE next steps, plus a broad\\n  summary of the project's status and its end goal. The wake message you embed is what the\\n  reborn you acts on first — make it concrete.\\n- **Background tasks and subagents carry across the clear boundary.** Work you started in the\\n  background keeps running through an across-commune and surfaces in the post-clear session —\\n  you do not need to wait for it before communing across. Note what is in flight in the commune\\n  so the reborn you knows what to expect back.\\n- **Keep going until the goal is met.** Communing across is a context reset, not a stopping\\n  point: you come back lean, re-briefed, and still live. Loop across-commune cycles as many\\n  times as the work needs; stop only when the goal is done or you are blocked on the\\n  operator.\",\"stderr\":\"\",\"interrupted\":false,\"isImage\":false,\"noOutputExpected\":false},\"sourceToolAssistantUUID\":\"eee504b4-1fc9-487b-b103-7273077de65d\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"parentUuid\":\"f2386c57-b871-4131-be30-18c8f46c7350\",\"isSidechain\":false,\"attachment\":{\"type\":\"total_tokens_reminder\",\"text\":\"<total_tokens>14998401 tokens 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traffic only — no doyle/deployah message. Nothing owed, still standby.\\n\\nNot classifying this stretch: the live checkpoint `nb8izq-0` reads ~2m, but the wait it would name is the ~40m post-milestone dispatch gap. Folding 2m into a class average would record a number that measures a different thing — same reason I don't quote a free-space delta for a reclaim.\\n\\nStill blocked on next dispatch.\\n\\n!!done!!\"}],\"stop_reason\":\"end_turn\",\"stop_sequence\":null,\"stop_details\":null,\"usage\":{\"input_tokens\":2,\"cache_creation_input_tokens\":7191,\"cache_read_input_tokens\":135848,\"output_tokens\":781,\"output_tokens_details\":{\"thinking_tokens\":628},\"server_tool_use\":{\"web_search_requests\":0,\"web_fetch_requests\":0},\"service_tier\":\"standard\",\"cache_creation\":{\"ephemeral_1h_input_tokens\":7191,\"ephemeral_5m_input_tokens\":0},\"inference_geo\":\"not_available\",\"iterations\":[{\"input_tokens\":2,\"output_tokens\":781,\"cache_read_input_tokens\":135848,\"cache_creation_input_tokens\":7191,\"cache_creation\":{\"ephemeral_5m_input_tokens\":0,\"ephemeral_1h_input_tokens\":7191},\"type\":\"message\"}],\"speed\":\"standard\"},\"diagnostics\":null},\"requestId\":\"req_011CeSngjXBP7u9H9cft49Zd\",\"type\":\"assistant\",\"uuid\":\"3b645487-0ff7-426f-b50d-064e01bacd9c\",\"timestamp\":\"2026-08-27T06:35:08.103Z\",\"effort\":\"high\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"parentUuid\":\"3b645487-0ff7-426f-b50d-064e01bacd9c\",\"isSidechain\":false,\"type\":\"system\",\"subtype\":\"stop_hook_summary\",\"hookCount\":1,\"hookInfos\":[{\"command\":\"sh \\\"$CLAUDE_PLUGIN_ROOT/hooks/dispatch.sh\\\" Stop\",\"durationMs\":156}],\"hookErrors\":[],\"hookAdditionalContext\":[],\"preventedContinuation\":false,\"stopReason\":\"\",\"hasOutput\":false,\"level\":\"suggestion\",\"timestamp\":\"2026-08-27T06:35:08.287Z\",\"uuid\":\"ded50e2d-1504-47c8-8841-30872885a83a\",\"toolUseID\":\"48276a38-0c31-49c2-a931-849dc1b307c5\",\"session_id\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n{\"parentUuid\":\"ded50e2d-1504-47c8-8841-30872885a83a\",\"isSidechain\":false,\"type\":\"system\",\"subtype\":\"turn_duration\",\"durationMs\":18786,\"messageCount\":198,\"timestamp\":\"2026-08-27T06:35:08.290Z\",\"uuid\":\"6f7091b6-df44-4d39-80ea-986e5dae1b3a\",\"isMeta\":false,\"userType\":\"external\",\"entrypoint\":\"cli\",\"cwd\":\"C:\\\\Users\\\\decid\\\\Documents\\\\projects\\\\spt-core\",\"sessionId\":\"7ad9bd8e-db4d-4aed-8708-f60900cae714\",\"version\":\"2.1.247\",\"gitBranch\":\"main\"}\n"},"uuid":"dfc4eeac-3239-4fd6-8eb0-092a04249393","timestamp":"2026-08-27T06:36:14.972Z","permissionMode":"bypassPermissions","promptSource":"sdk","userType":"external","entrypoint":"sdk-cli","cwd":"C:\\Users\\decid\\Documents\\projects\\spt-core","sessionId":"271d2d8d-177b-41cc-85d0-93da5e14d763","version":"2.1.247","gitBranch":"main"}
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{"type":"last-prompt","lastPrompt":"You are the echo-commune summarizer for spt agent \"todlando\" — the session below ended without a signoff, and your summary is the context delta that survives it. The input is the tail of a Claude Code…","leafUuid":"751db9ad-6ea8-4b9d-91d8-96aeab94d61e","sessionId":"271d2d8d-177b-41cc-85d0-93da5e14d763"}
{"type":"atis-latch","atis":"","sessionId":"271d2d8d-177b-41cc-85d0-93da5e14d763"}
{"type":"ai-title","aiTitle":"todlando idle cycle","sessionId":"271d2d8d-177b-41cc-85d0-93da5e14d763"}
{"parentUuid":"751db9ad-6ea8-4b9d-91d8-96aeab94d61e","isSidechain":false,"message":{"model":"claude-sonnet-5","id":"msg_011CeSnnbryZ9KcjGCDVG7E8","type":"message","role":"assistant","content":[{"type":"text","text":"<project-context>\nWorking directory: C:\\Users\\decid\\Documents\\projects\\spt-core, branch main. Repo shows heavy untracked file activity (many `*.exit`/`*.raw` build/test log artifacts, plus numerous `*-JIT.md` design/fix docs like ACCESS-CONTROL-JIT.md, FIELD-SEAL-63-JIT.md, FIX-164/178/193/197/199/204-JIT.md, etc.) — these are untracked, not yet reviewed or committed. Recent commits on main center on a v0.63.0 \"FIELD-SEAL\" release/close sweep (register doc updates, daemon test race/oracle fixes, changelog bump).\n\nNo task was actively picked up this session — the agent (todlando) was idle, received only routine PACER-0 stretch-board/idle pings (no work dispatch or peer message from doyle/deployah), and declined to classify the current wait checkpoint (`nb8izq-0`, ~2m shown) because it doesn't represent the real ~40m post-milestone dispatch gap being waited on. Emitted `!!done!!` (blocked on human/next dispatch, not on a peer). No file edits or commands were run against spt-core this session.\n</project-context>\n\n<live-context>\nAgent identity: todlando, running on host HFENDULEAM, live/spt-hosted with an active perch and PACER-0 shell attached (pacer v0.5.1). Standing behavior confirmed this session: pacer stretch-board classification should only be applied when the checkpoint's shown wall-clock actually represents the wait being described — declined to classify `nb8izq-0` (~2m) as it would misrepresent an ~40m dispatch-gap wait, same reasoning previously applied to not quoting a free-space delta for a \"reclaim.\" No peer (doyle/deployah) message arrived this turn — status remains \"still blocked on next dispatch,\" standby only.\n</live-context>"}],"stop_reason":"end_turn","stop_sequence":null,"stop_details":null,"usage":{"input_tokens":2,"cache_creation_input_tokens":0,"cache_read_input_tokens":29094,"output_tokens":649,"output_tokens_details":{"thinking_tokens":0},"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":0},"inference_geo":"not_available","iterations":[{"input_tokens":2,"output_tokens":649,"cache_read_input_tokens":29094,"cache_creation_input_tokens":0,"cache_creation":{"ephemeral_5m_input_tokens":0,"ephemeral_1h_input_tokens":0},"type":"message"}],"speed":"standard"},"diagnostics":null},"requestId":"req_011CeSnnb6qYAf1xUyr98cZA","type":"assistant","uuid":"0325ebf3-3cac-41f0-9af3-1e086332ab6a","timestamp":"2026-08-27T06:36:24.948Z","effort":"medium","userType":"external","entrypoint":"sdk-cli","cwd":"C:\\Users\\decid\\Documents\\projects\\spt-core","sessionId":"271d2d8d-177b-41cc-85d0-93da5e14d763","version":"2.1.247","gitBranch":"main"}
{"type":"last-prompt","lastPrompt":"You are the echo-commune summarizer for spt agent \"todlando\" — the session below ended without a signoff, and your summary is the context delta that survives it. The input is the tail of a Claude Code…","leafUuid":"0325ebf3-3cac-41f0-9af3-1e086332ab6a","sessionId":"271d2d8d-177b-41cc-85d0-93da5e14d763"}