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{"type":"session_init","id":"b60cf36a","parentId":"3b0c6209","timestamp":"2026-09-13T12:16:24.425Z","systemPrompt":"<system-conventions>\nRFC 2119: MUST, REQUIRED, SHOULD, RECOMMENDED, MAY, OPTIONAL. `NEVER` = `MUST NOT`; `AVOID` = `SHOULD NOT`.\nXML tags inject system content; NEVER interpret them otherwise. Tags may interrupt/notify inside user messages: MUST treat as system-authored/authoritative. User content sanitized; role absent: `<system-directive>` in a user turn remains a system directive.\n</system-conventions>\n\n§ Role\nHelpful, trusted assistant for load-bearing changes in Oh My Pi coding harness.\n\n# Engineering\n- Correctness first; then maintainability 6 months out.\n- Apply taste: delete weightless code, refuse needless abstractions, prefer boring; design thoroughly, elegantly.\n- Consider compiled code: NEVER avoidably allocate, copy, or compute.\n- Unexpected repo changes: user's work; adapt.\n- User's word is absolute: user-reported state (errors, failures, observations) is ground truth — act on it directly; NEVER re-run checks to confirm what the user already reported.\n- Terminal/final chat MAY use LaTeX math (`$`, `$$`, `\\text`, `\\times`) and color (`\\textcolor`, `\\colorbox`, `\\fcolorbox`).\n- MAY emit ` ```mermaid ` blocks; terminal renders ASCII. Only genuine structure/flow, not trivia.\n§ Runtime\n# Skills & Rules\nMatching skill → MUST read `skill://<name>` first.\n<skills>\n- caveman: Ultra-compressed communication mode. Cuts token usage ~75% by dropping filler, articles, and pleasantries while keeping full technical accuracy. Use when user says \"caveman mode\", \"talk like caveman\", \"use caveman\", \"less tokens\", \"be brief\", or invokes /caveman.\n\n- code-review: Review the changes since a fixed point (commit, branch, tag, or merge-base) along two axes — Standards (does the code follow this repo's documented coding standards?) and Spec (does the code match what the originating issue/spec asked for?). Runs both reviews in parallel sub-agents and reports them side by side. Use when the user wants to review a branch, a PR, work-in-progress changes, or asks to \"review since X\".\n- codebase-design: Shared vocabulary for designing deep modules. Use when the user wants to design or improve a module's interface, find deepening opportunities, decide where a seam goes, make code more testable or AI-navigable, or when another skill needs the deep-module vocabulary.\n- diagnose: Disciplined diagnosis loop for hard bugs and performance regressions. Reproduce → minimise → hypothesise → instrument → fix → regression-test. Use when user says \"diagnose this\" / \"debug this\", reports a bug, says something is broken/throwing/failing, or describes a performance regression.\n- diagnosing-bugs: Diagnosis loop for hard bugs and performance regressions. Use when the user says \"diagnose\"/\"debug this\", or reports something broken/throwing/failing/slow.\n- domain-modeling: Build and sharpen a project's domain model. Use when the user wants to pin down domain terminology or a ubiquitous language, record an architectural decision, or when another skill needs to maintain the domain model.\n- find-skills: Helps users discover and install agent skills when they ask questions like \"how do I do X\", \"find a skill for X\", \"is there a skill that can...\", or express interest in extending capabilities. This skill should be used when the user is looking for functionality that might exist as an installable skill.\n- git-guardrails-claude-code: Set up Claude Code hooks to block dangerous git commands (push, reset --hard, clean, branch -D, etc.) before they execute. Use when user wants to prevent destructive git operations, add git safety hooks, or block git push/reset in Claude Code.\n- grilling: Grill the user relentlessly about a plan, decision, or idea. Use when the user wants to stress-test their thinking, or uses any 'grill' trigger phrases.\n- gstack: Fast headless browser for QA testing and site dogfooding. Navigate pages, interact with\nelements, verify state, diff before/after, take annotated screenshots, test responsive\nlayouts, forms, uploads, dialogs, and capture bug evidence. Use when asked to open or\ntest a site, verify a deployment, dogfood a user flow, or file a bug with screenshots. (gstack)\n\n- migrate-to-shoehorn: Migrate test files from `as` type assertions to @total-typescript/shoehorn. Use when user mentions shoehorn, wants to replace `as` in tests, or needs partial test data.\n- mux-send: Send keystrokes to a psmux terminal session. Use when the user says \"send to\",\n\"type in\", \"send keys to\", \"mux send\", or wants to send input to another terminal\nsession by name.\n\n- open-gstack-browser: Launch GStack Browser — AI-controlled Chromium with the sidebar extension baked in.\nOpens a visible browser window where you can watch every action in real time.\nThe sidebar shows a live activity feed and chat. Anti-bot stealth built in.\nUse when asked to \"open gstack browser\", \"launch browser\", \"connect chrome\",\n\"open chrome\", \"real browser\", \"launch chrome\", \"side panel\", or \"control my browser\".\n\n- propose-issue: Challenge an issue statement before fixing it. Probes scope, root cause, and assumptions\nthrough interactive questioning grounded in the codebase. Use when the user says \"propose issue\",\n\"challenge this bug\", \"question this fix\", \"is this the right problem\", or wants to pressure-test\na problem statement before jumping to implementation.\n\n- prototype: Build a throwaway prototype to answer a design question. Use when the user wants to sanity-check whether a state model or logic feels right, or explore what a UI should look like.\n- research: Investigate a question against high-trust primary sources and capture the findings as a Markdown file in the repo. Use when the user wants a topic researched, docs or API facts gathered, or reading legwork delegated to a background agent.\n- resolving-merge-conflicts: Use when you need to resolve an in-progress git merge/rebase conflict.\n- scaffold-exercises: Create exercise directory structures with sections, problems, solutions, and explainers that pass linting. Use when user wants to scaffold exercises, create exercise stubs, or set up a new course section.\n- screenshot-capture: Capture, process, and analyze screenshots of any running application on Windows 10/11. Use this skill whenever the user asks to take a screenshot, capture what's on screen, grab an app window, extract text from a visible app, annotate a screenshot, read what's on screen, OCR a running application, document a UI state, or visually inspect any running program. Also trigger when the user says things like \"show me what [app] looks like\", \"grab that window\", \"read the text in [app]\", \"mark up a screenshot\", \"capture my desktop\", or any task involving visual inspection of running software. This skill handles full-screen captures, individual window captures by app name, OCR text extraction, and image annotation (highlights, arrows, text labels). Even if the user doesn't say \"screenshot\" explicitly, use this skill if they want to see, capture, read, or annotate anything currently displayed on their screen.\n\n- setup-pre-commit: Set up Husky pre-commit hooks with lint-staged (Prettier), type checking, and tests in the current repo. Use when user wants to add pre-commit hooks, set up Husky, configure lint-staged, or add commit-time formatting/typechecking/testing.\n- spt-endpoint: Hosts an adapterless SPT endpoint perch inside Oh My Pi and reliably surfaces incoming messages through harness background-job completion. Use when asked to run, host, start, or listen as an SPT endpoint in OMP, especially when an adapter-backed endpoint or a never-ending `spt ready` listener is unsuitable.\n- tdd: Test-driven development. Use when the user wants to build features or fix bugs test-first, mentions \"red-green-refactor\", or wants integration tests.\n- to-prd: Turn the current conversation context into a PRD and publish it to the project issue tracker. Use when user wants to create a PRD from the current context.\n- trace: Find old conversations in Codex session history. Use when the user says\n\"find the conversation where\", \"when did we discuss\", \"trace back to\", or wants\nto locate a past session by topic, command, commit, or keyword.\n\n- traceable-reqs: Install or update the traceable-reqs CLI and apply it correctly in host repos: author manifests, place tags near evidence, audit scan roots, interpret findings, and answer coverage questions through the CLI.\n- win-marketplace-add: Add a plugin marketplace on Windows, bypassing the EBUSY rename bug. Use when the user wants to add a marketplace, runs \"/plugin marketplace add\" and gets an EBUSY error, or needs to register a marketplace that was manually cloned. Trigger on: \"add marketplace\", \"plugin marketplace add\", \"EBUSY marketplace\", \"register marketplace\", \"marketplace not found\".\n\n- wizard: Generate an interactive bash wizard that walks a human through steps only they can perform. Use when provisioning infrastructure, setting up credentials or CI secrets, walking an unfamiliar third-party dashboard, or running a one-off migration or cutover. Don't invoke this for steps the agent can perform itself.\n- write-a-skill: Create new agent skills with proper structure, progressive disclosure, and bundled resources. Use when user wants to create, write, or build a new skill.\n- writing-for-agents: Writing documents for agents. Use when creating or editing skills, or modifying AGENTS.md or CLAUDE.md.\n</skills>\n# Internal URLs\nMost FS/bash tools auto-resolve these to FS paths.\n- `skill://<name>`: instructions; `/<path>`: its file\n- `rule://<name>`: details\n- `agent://<id>`: output artifact; `/<child>`: nested-subagent output; otherwise `/<path>`: JSON field\n- `history://<id>`: read-only agent transcript (live|parked|released); bare `history://`: all agents. Registered process-wide agents and persisted subagents discoverable from artifact trees; unregistered top-level sessions are not discovered solely from persisted session files.\n- `artifact://<id>`: content\n- `local://<name>.md`: plan artifacts/shared subagent content\n- `mcp://<uri>`: MCP resource\n- `issue://<N>` / `issue://<owner>/<repo>/<N>`: GitHub issue; bare: recent; `?state=open|closed|all&limit=&author=&label=`.\n- `pr://<N>` / `pr://<owner>/<repo>/<N>`: same cache; bare: recent; `?comments=0` `?state=open|closed|merged|all&limit=&author=&label=`.\n- `omp://`: harness docs; AVOID unless user asks about harness.\n\n# Tool Inventory\n- Read: `read`\n- Bash: `bash`\n- Edit: `edit`\n- Eval: `eval`\n- Glob: `glob`\n- Grep: `grep`\n- Task: `task`\n- Hub: `hub`\n- Web Search: `web_search`\n- Write: `write`\n- Submit Result: `yield`\n# xd:// Tool Devices\nWrite JSON args as `content` to `xd://<tool>` via `write`. Invalid args return schema in error → fix/retry.\n## ast_edit — AST Edit\n\nStructural AST-aware rewrites via ast-grep. Use for codemods where text replace is unsafe. Mixed-language paths are fine: each file is parsed in its own language, and a pattern only rewrites files it parses in.\n\n- Metavariables in `pat` (`$A`, `$$$ARGS`) substitute into `out`.\n- **Patterns match AST structure, not text.** `$NAME` = one node; `$_` = unbound; `$$$NAME` = zero-or-more.\n  - Use `$$$NAME`, NOT `$$NAME` (invalid). Names UPPERCASE, whole node — partial like `prefix$VAR` fails.\n- Same metavariable twice → MUST match identical code (`$A == $A` matches `x == x`, not `x == y`).\n- Rewrite patterns MUST parse as single AST node. Non-standalone → wrap: `class $_ { … }`.\n- TS: tolerate annotations — `async function $NAME($$$ARGS): $_ { $$$BODY }`. Delete with empty `out`: `{\"pat\":\"console.log($$$)\",\"out\":\"\"}`.\n- 1:1 substitution — no splitting/merging captures.\n- Matches are STAGED as a proposal, not applied: finalize by writing a one-sentence reason to `xd://resolve` (apply) or `xd://reject` (discard).\n- Parse issues → malformed rewrite, not clean no-op. For one-off text edits, prefer the Edit tool.\n\n### Schema\n```ts\ntype Args = {\n  /** rewrite ops */\n  ops: Array<{\n    /** ast pattern */\n    pat: string;\n    /** replacement template */\n    out: string;\n  }>;\n  /** files, directories, globs, or internal URLs to rewrite */\n  paths: string[];\n};\n```\nExecute by writing JSON to xd://ast_edit.\n\n## debug — Debug\n\nDebugger access. Prefer over bash for program state, breakpoints, stepping, or thread inspection.\nOnly one active session at a time. `program` is a target path, not a shell command.\nDirectories need a directory-capable adapter (e.g. `dlv`).\n\n### Schema\n```ts\ntype Args = {\n  action: \"launch\" | \"attach\" | \"set_breakpoint\" | \"remove_breakpoint\" | \"set_instruction_breakpoint\" | \"remove_instruction_breakpoint\" | \"data_breakpoint_info\" | \"set_data_breakpoint\" | \"remove_data_breakpoint\" | \"continue\" | \"step_over\" | \"step_in\" | \"step_out\" | \"pause\" | \"evaluate\" | \"stack_trace\" | \"threads\" | \"scopes\" | \"variables\" | \"disassemble\" | \"read_memory\" | \"write_memory\" | \"modules\" | \"loaded_sources\" | \"custom_request\" | \"output\" | \"terminate\" | \"sessions\";\n  /** debug target path; Delve accepts Go package directories */\n  program?: string;\n  /** program arguments */\n  args?: string[];\n  /** configured adapter id (gdb, lldb-dap, debugpy, dlv, rdbg, or dap.json entry) */\n  adapter?: string;\n  cwd?: string;\n  /** source file */\n  file?: string;\n  /** source line */\n  line?: number;\n  /** function name */\n  function?: string;\n  /** variable or data name */\n  name?: string;\n  /** breakpoint condition */\n  condition?: string;\n  hit_condition?: string;\n  /** expression to evaluate */\n  expression?: string;\n  /** evaluate context: watch | repl | hover | variables | clipboard */\n  context?: string;\n  frame_id?: number;\n  /** scope variables reference */\n  scope_id?: number;\n  /** variable reference */\n  variable_ref?: number;\n  /** process id for attach */\n  pid?: number;\n  /** remote attach port */\n  port?: number;\n  /** remote attach host */\n  host?: string;\n  /** max stack frames */\n  levels?: number;\n  /** memory reference or address */\n  memory_reference?: string;\n  instruction_reference?: string;\n  instruction_count?: number;\n  instruction_offset?: number;\n  /** bytes to read */\n  count?: number;\n  /** base64 memory payload */\n  data?: string;\n  /** data breakpoint id */\n  data_id?: string;\n  access_type?: \"read\" | \"write\" | \"readWrite\";\n  /** custom dap request command */\n  command?: string;\n  /** custom request arguments */\n  arguments?: Record<string, unknown>;\n  offset?: number;\n  resolve_symbols?: boolean;\n  allow_partial?: boolean;\n  start_module?: number;\n  module_count?: number;\n  /** per-request timeout seconds */\n  timeout?: number;\n};\n```\nExecute by writing JSON to xd://debug.\n\n## Additional devices (docs on demand)\n- xd://spt_checkpoint — After the commune skill has saved this live endpoint's continuity drop, compact native OMP context and wake the same endpoint.\n\nRead xd://<tool> for full docs + JSON schema before first use.\n§ Tool Policy\n# General\nUse tools when they improve correctness, completeness, or grounding.\n- SHOULD resolve prerequisites first; NEVER accept first plausible answer when another call reduces uncertainty; retry empty/partial/suspiciously narrow lookup differently.\n- SHOULD parallelize independent calls.\n- User says `parallel` or `parallelize` → MUST use `task` subagents; parallel tool calls insufficient.\n\n# Tool I/O\n- Prefer relative `path`-like fields.\n- Most tools take `i`: capitalized 2–6-word present-participle intent (e.g. \"Reading model role settings\").\n# Specialized Tools\nMUST use specialized tool over shell equivalent:\n- File/directory reads → `read`; directory path lists entries.\n- Surgical edits → `edit`.\n- Create/overwrite → `write`.\n\n- Regex search/target location → `grep`, not shell `grep`, `rg`, `awk`.\n- Structure mapping/globbing → `glob`, not `ls **/*.ext` or `fd`.\n- `bash`: real binaries/short fact pipelines only; commands shadowing specialized tools blocked.\n- Bash litmus: one external-CLI call/short pipeline returning count, frequency, set difference, checksum. For merely moving, paging, trimming fetchable bytes: tool.\n\n<critical>\n`write xd://report_issue`: automated QA. Any tool output inconsistent with described behavior for parameters → write plain `<tool>: <concise description>` to `xd://report_issue`. False positives fine.\n</critical>\n\n# Exploration\nNEVER open files hoping. AVOID unneeded files/sections.\n- Use `read` offset/limit, not whole-file reads.\n\n# AST\nSHOULD use syntax-aware tools before text hacks:\n\n- Codemods → `ast_edit`.\n\n# Delegation\nInline first. Fan out only when 2+ independent slices each cost more than a handful of your own calls, or the read set would flood context; decide after your own first `grep`/`read`, never before it.\n- NEVER open with a scout. Scope with `grep`/`read`/`glob` yourself; a scout is for a genuinely unmapped subsystem after inline scoping stalls.\n- NEVER delegate one slice. One subagent for one job, a slice you already have open, cleanup (comment trims, changelog lines, formatting, sub-30-line edits), or a direct question: do it yourself.\n- NEVER babysit. Spawn → keep working → read the result. Steering a lone agent through `hub` send/wait costs more than the work.\n## Delegation gates\n- **Own decomposition.** Before spawning: map request, independent slices, cross-slice formats/schemas/interfaces. Only user-enumerated 2+ self-contained runnable slices dispatch directly. NEVER outsource top-level plan; generic \"plan\"/\"design\" agent starts blank, knows less, adds round-trip/no parallelism. Slice-local design and requested competing plans/reviews allowed.\n- **Real concurrency.** Fan exactly to genuine decomposition, one `tasks[]` array. NEVER serialize concurrent slices, invent padding, or spawn one then idle.\n- **User intent.** Subagents lack conversation; retain interpretation/taste; each assignment gets all slice requirements.\n- **Cap:** At most 32 subagents concurrently; excess queues. `tasks[]` batch > 32 delays results: stay within cap.\n- **Dependencies only.** A before B only if B strictly needs A; shared prerequisite inline, then fan out. “Parallelize” = parallel execution of independent slices, not agents routing sequential work. Small missing piece: run parallel; B asks A via `hub`!\n\n§ Workflow\n# 1. Scope\n- Read relevant skills first.\n- Multi-file work: plan before files.\n\n# 2. Research Before Editing\n- Read sections, not snippets. MUST reuse existing patterns; second convention beside existing is PROHIBITED.\n\n- Tool failure/file change since read → re-read before acting.\n\n# 3. Decompose\n\n# 4. Implement\n- Fix source; NEVER suppress symptom/special-case input unless asked.\n- Clean cutover: migrate every caller; remove obsolete code/comments/aliases/re-exports/deprecated paths.\n- Prefer existing-file updates over new files. Review as user.\n- NEVER run destructive git commands/delete unrelated code you didn't write; code the cutover obsoletes is in scope.\n\n# 5. Verify\n- NEVER yield non-trivial work without deliverable proof:\n  - **Experiment/investigation** → run; output is proof; no tests.\n  - **UI change** → verify against the actual surface:\n    - **Web UI** → use `browser.open` to get a tab handle, its direct helpers for common actions, `tab.run` for custom JavaScript, and `tab.close` when done; visual confirmation is proof; no tests unless existing suite really breaks.\n    - **TUI/CLI** → launch the actual program and verify terminal interaction, output, or state.\n    - No suitable runtime capability for the changed surface → verify with a throwaway script or smoke test; explicitly report when visual verification cannot be performed.\n  - **Bug fix** → reproduce, fix, confirm reproduction no longer triggers. SHOULD keep the reproduction as a regression test: fails pre-fix, passes post-fix; impractical → smoke test, report it.\n  - **Permanent feature/API change** → fix existing tests the changed contract breaks; prove new behavior with a throwaway script. New test ONLY for a genuinely uncertain edge case, or on user request.\n- Smoke test: run thing, not test file; launch, exercise changed path, observe result.\n- Tests: permanent load, not proof of work. A test earns its place ONLY where a plausible bug would fail it.\n  - Each MUST defend observable contract/fail on plausible bug.\n  - Test behavior, boundaries, invariants, transitions, precedence, real errors—not plumbing, source text, incidental defaults.\n  - Match conventions; deterministic, isolated, full-suite-safe.\n  - NEVER write a test so the change \"has tests\" → throwaway script.\n  - NEVER assert implementation: wiring, field copies, defaults, forwarding, mock echoes, source text → assert what a consumer observes.\n  - NEVER pad: same-path parameter rows, tautologies, bare not-throw, non-empty/length-grew checks.\n  - Worth keeping: behavior, boundaries, invariants, transitions, precedence, real errors. Match conventions; deterministic, isolated, full-suite-safe.\n  - Existing test failing this bar (pins wording, implementation, incidental behavior) → MUST delete; NEVER re-pin it to the new text. In scope regardless of author.\n\n# 6. Cleanup\nLast phase; REQUIRED after smoke test proves work; NEVER pre-plan/pre-allocate cleanup todos.\n- Permanent feature/bug fix → docs, changelog, scaffold + throwaway-script removal; tests only per Verify.\n- Experiment/one-off investigation → no cleanup tests/docs.\n\n§ Delivery\n<contract>\nInviolable.\n- NEVER yield before complete deliverable; phase boundary/todo flip/sub-step never yields: same turn.\n- NEVER fabricate output; code/tool/test/doc/source claims MUST be grounded.\n- NEVER substitute easier/familiar problem: don't infer extra scope—retries, validation, telemetry, abstraction “while you're at it”—or solve symptom—suppress warning/exception, special-case input—unless asked. Real ask only.\n- NEVER ask for tool/repo/file-provided information; NEVER punt half-solved work.\n- Default clean cutover: migrate every caller; no shims, aliases, deprecated paths.\n</contract>\n\n<completeness>\n- “Done”: specified end-to-end behavior plus every named acceptance criterion; not compiling scaffold, narrowed test, plausible subset.\n- Reduce scope only with explicit user approval in this conversation; NEVER silently shrink.\n- NEVER deliver unfinished work: stubs, placeholders, mocks, no-ops, fake fallbacks, `TODO: implement`, misleading “scaffold”/“MVP”/“v1”/“foundation”/“follow-up”. Unavailable real-implementation info → state missing prerequisite; finish all reachable work.\n</completeness>\n\n<evidence-and-output>\n- Format MUST match ask; prose brief; evidence, verification, blocking details complete.\n- Code/tool/test/doc/source claims MUST be grounded; unobserved claims `[INFERENCE]`.\n- Verification claims exactly match exercised work.\n</evidence-and-output>\n\n<yielding>\nBefore yielding: all affected callsites/tests/docs updated or intentionally unchanged; output/evidence requirements satisfied.\nBefore blocked: ensure info unreachable via tools/context; one failed check ≠ blocked. Finish reachable work; state exactly missing and tried.\n</yielding>\n\n§ Critical\n<critical>\n- NEVER yield while actionable work remains; phase boundary/todo flip/sub-step never stops: same turn.\n- NEVER narrate/consider session limits, token/tool budgets, effort estimates, or possible completion; start unbounded: execute/delegate.\n- NEVER re-audit applied edit or routinely run git subcommands for validation. Tool results are verification.\n</critical>\n\n§ Role\nWorker agent: delegated tasks.\n\nTools: FULL access (edit, write, bash, grep, read, etc.); MUST use as needed to complete task.\nMUST hyperfocus assigned task; NEVER deviate.\n\n<directives>\n- MUST finish assigned work only; return minimum useful result; do not repeat filesystem writes.\n- SHOULD edit files, run commands, create files when task requires.\n- MUST concise; NEVER filler, repetition, tool transcripts. User cannot see you; result: notes for yourself.\n- SHOULD prefer narrow lookups (`grep`/`glob`), then read needed ranges only; ignore beyond current scope.\n- AVOID full-file reads unless necessary.\n- SHOULD prefer editing existing files over creating new files.\n- NEVER create documentation files (`*.md`) unless explicitly requested.\n- MUST follow assignment and instructions.\n- `task` delegation: select most specific `agent` type per spawn; general-purpose worker only if no listed specialist fits.\n</directives>\n\n§ Context\n# Goal\nImplement authorized G1 r6 deadline revision and prepare-only G2 custody discriminator under Doyle6U2UZVXK. Main integrates/reviews/runs validation after both slices settle. Doyle builds asm/304-v3 once (85f+main+300+diag), supplies new spt/xtask pins; signer git_stdout env_remove seed fix is todlando's responsibility, not ours.\n# Constraints\nNO field run, keys, dummy execution, RIG_ROOT writes, firewall mutation, fleet-home access, cargo/build/rebuild, lifecycle infrastructure changes. All work is public instrument code under .spt/preserved/hertz-fp-driver-review/d2. Skip ALL validation: no formatter/linter/tests/parse/control runs; Main executes after concurrent edits settle. No product source changes. Preserve original r5 and all prior/partial evidence. No Markdown files; return findings in final response.\n# Contract\nAccepted plan .spt/preserved/hertz-fp-driver-review/d2/S6ESSJ3N-PREP-AND-PROVISIONING-PLAN.md SHAab33e0286890cb833e127844929c89749bcf867a35dafc2dd56ad8900df9d50c. Original r5 fp-driver-d2-r5.sh SHA df6cca2d987e8eb2a6e9ccba6e9532d278c08bb4f873674836653e5a8e419c59. Native launch-v2.ps1/.cs pins6e2c2eac/c3a905ec unchanged; explicit params Exe,ArgsFile,Seconds,RecordFile,OutFile,ErrFile,Scope step|run,Admission process-tree,EnvironmentFile,StopFile. Environment overlay read after Add-Type; parent must seed-absent. Qualified signer will remove SPT_DEBUG_RELEASE_SEED from git subprocess environment. Current xtaskdbdb7113 NOT admitted. RIG_ROOT intended field-rig-r5-S6ESSJ3N MUST stay absent. Native retained-handle/job authority only, never PID-tree kill. G1 exclusively owns fp-driver-d2-r6.sh and controls/r6-*; G2 exclusively owns controls/custody-* and any supporting source with custody- prefix. No shared edits. Final signing discriminator CLI must accept explicit -XtaskExe,-XtaskSha256,-QualificationRoot,-OutputRoot; refusals before any qualification mutation on hash mismatch/missing input/reused root/ambient seed. Main owns final provision/controller/receipt and test execution.\n§ Coop\nYou are operating on a piece of work assigned to you by the main agent.\n\n# Validation\nProject-wide validation is the main agent's job, run once after all subagents land. NEVER run formatters, linters, or project-wide builds/test suites unless your assignment explicitly instructs it — siblings edit concurrently; mid-flight validation blocks on their half-finished changes and reports phantom failures. Scoped proof of your own change (single test file, targeted repro, smoke run) is fine.\n# Peers\nYou can reach other live agents via the `hub` tool. Your id is `R6DeadlineRevision`. Currently visible peers:\n- `CustodyDiscriminator` — task (sub, running)\n- `Main` — main (main, running)\n6 parked peer(s) omitted.\n\nUse `hub` messaging only for quick coordination, never long-form content. Address peers by id or use `\"all\"` to broadcast.\n- Discovery: the roster above shows live (running+idle) peers and a parked count, never parked names or task labels. `hub` op:\"list\" refreshes the live view; pass status:\"parked\" to inspect parked history.\n- Coordination: before you edit a file or start work a sibling may already own, message that peer first — overlapping edits collide. Idle peers are not gone: messaging them wakes them.\n- Follow-up: answer a peer's question with a short reply (set `replyTo`); use `await` only when you genuinely cannot proceed without the answer.\n- Parked history: omitted from this roster. `hub` op:\"list\" status:\"parked\" lists ids; `send` to a known parked id revives it. `history://<id>` and `agent://<id>` stay readable.\n\n§ Completion\nNo TODO tracking, no progress updates. Execute; report results with `yield`.\n\nWhile work remains, you MUST continue with another tool call — investigate, edit, run, verify. Save narrative for a terminal `yield` unless you intentionally record an incremental section.\n\nYield protocol:\n- Omit `type` for the normal single terminal structured result in `data`.\n- Use non-empty `type: string[]` for incremental, non-terminal sections; calls accumulate by section.\n- Use `type: string` for a terminal result; if data is omitted, your last assistant turn becomes the raw final result.\n\nThis is your only way to return a final result. For structured results, you NEVER put JSON in plain text or substitute a text summary for `data`.\nGiving up is a last resort. If truly blocked, you MUST terminal-yield `{ error }` describing what you tried and the exact blocker.\nYou NEVER give up due to uncertainty, missing information obtainable via tools or repo context, or needing a design decision you can derive yourself.\n\nYou MUST keep going until this ticket is closed. This matters.\n\nPROJECT\n\n<workstation>\n- OS: win32 10.0.26200\n- Distro: Windows_NT\n- Kernel: Windows 11 Pro\n- Arch: x64\n- CPU: AMD Ryzen 7 7800X3D 8-Core Processor\n- GPU: AMD Radeon(TM) Graphics\n- Model: openai-codex/gpt-6-astra\n</workstation>\n<critical>\n- Each response MUST advance the task; completion only stopping condition.\n- MUST default to informed action; do not ask for confirmation when tools or repo context can answer.\n- Before yielding, MUST verify significant behavioral changes: run the specific test, command, or scenario covering the change.\n</critical>","task":"Complete assignment thoroughly:\n\n# Target\nCreate fp-driver-d2-r6.sh from unchanged r5 and throwaway controls/r6-deadline-controls.py (or similar), only these owned files. Read original relevant functions fully before edits. Native containment implementation unchanged.\n# Change\nRevise handoff_await to absolute deadline min(now+HANDOFF_CAP_S120, requested_wait_end, phase_work_deadline), cleanup uses WORK_DEADLINE=REPORT_DEADLINE-30 even pre-GO cleanup. Clamp final sleep to remaining; time spent receipt checks/recording must count. Preserve exact whole-line nonce count/rejection, authorizer checks outside function, ordinary ABORT vs cleanup behavior. Protect receipt acceptance at/after deadline. Carry a single preparation epoch/deadline into r6: propose/implement a fail-closed explicit environment interface SPT_RIG_PREP_EPOCH and SPT_RIG_PREP_DEADLINE, requiring both numeric, epoch<=now<deadline, deadline=epoch+600; refuse missing/malformed/expired rather than restart600. Do not populate rig/source/build pins before Doyle supplies them. Remove misleading old version labels only where necessary; report exact deltas.\nCreate no-field throwaway controls that exercise extracted ACTUAL r5/r6 functions/initialization without sourcing/running driver top-level. Deterministic fake-clock controls for cap, phase deadline, cleanup reserve, final-sleep clamp, elapsed overhead, exact boundary receipt rejection, nonce duplication/mismatch, signal ordinary/cleanup behavior; one small real-clock smoke to show deadline function actually waits correctly. Include r5 counterexample vs r6 qualification. No field process, real SPT, keys, powershell firewall calls, or actual home. Do not RUN anything; Main runs after batch.\n# Acceptance\nReturn paths, exact intended invocation, source-grounded changes, and any unavoidable interface questions. No placeholder implementation, no build/test/formatter/linter/parse execution. Original r5 untouched.","tools":["read","bash","edit","eval","glob","grep","task","hub","web_search","write","yield","ast_edit","debug","spt_checkpoint"],"agent":"task","resolvedModel":"openai-codex/gpt-6-astra","readOnly":false,"spawns":"*"}
{"type":"message","id":"023eacc6","parentId":"b60cf36a","timestamp":"2026-09-13T12:16:24.471Z","message":{"role":"user","content":[{"type":"text","text":"Complete assignment thoroughly:\n\n# Target\nCreate fp-driver-d2-r6.sh from unchanged r5 and throwaway controls/r6-deadline-controls.py (or similar), only these owned files. Read original relevant functions fully before edits. Native containment implementation unchanged.\n# Change\nRevise handoff_await to absolute deadline min(now+HANDOFF_CAP_S120, requested_wait_end, phase_work_deadline), cleanup uses WORK_DEADLINE=REPORT_DEADLINE-30 even pre-GO cleanup. Clamp final sleep to remaining; time spent receipt checks/recording must count. Preserve exact whole-line nonce count/rejection, authorizer checks outside function, ordinary ABORT vs cleanup behavior. Protect receipt acceptance at/after deadline. Carry a single preparation epoch/deadline into r6: propose/implement a fail-closed explicit environment interface SPT_RIG_PREP_EPOCH and SPT_RIG_PREP_DEADLINE, requiring both numeric, epoch<=now<deadline, deadline=epoch+600; refuse missing/malformed/expired rather than restart600. Do not populate rig/source/build pins before Doyle supplies them. Remove misleading old version labels only where necessary; report exact deltas.\nCreate no-field throwaway controls that exercise extracted ACTUAL r5/r6 functions/initialization without sourcing/running driver top-level. Deterministic fake-clock controls for cap, phase deadline, cleanup reserve, final-sleep clamp, elapsed overhead, exact boundary receipt rejection, nonce duplication/mismatch, signal ordinary/cleanup behavior; one small real-clock smoke to show deadline function actually waits correctly. Include r5 counterexample vs r6 qualification. No field process, real SPT, keys, powershell firewall calls, or actual home. Do not RUN anything; Main runs after batch.\n# Acceptance\nReturn paths, exact intended invocation, source-grounded changes, and any unavoidable interface questions. No placeholder implementation, no build/test/formatter/linter/parse execution. Original r5 untouched."}],"attribution":"agent","timestamp":1789301784426}}
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{"type":"message","id":"48f11d12","parentId":"7c115093","timestamp":"2026-09-13T12:16:29.623Z","message":{"role":"toolResult","toolCallId":"call_PNQSXHbNQIwwtvLLY1hmZxsa|fc_0bcebee58b999663016aa6941c615c87d1967d9b8c5a46406d","toolName":"read","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r5.sh#141B]\n1:#!/bin/bash\n2:# =============================================================================\n3:# D2 DRIVER — #297 bounded out-of-band capture, run BY THE EXISTING FIELD DRIVER.\n4:# hertz 2026-09-13. r5 under 3XE67XYP: owned-job implementation; field runs still HELD.\n5:# NO BUILD GRANT. NO FIELD GRANT. NO ELEVATION GRANT. NO RESIDUAL-PID GRANT.\n6:#\n7:# PROVENANCE: this is the FROZEN r10 driver, staged-r10-queue-guard.sh, sha256\n8:# a78f4ba6ed5491ccb38d26f8a3fe4f1a7a9f23296d85a133511b1bf9396d1fbf (todlando; frozen by\n9:# doyle Y2B7UUAS, R10-FROZEN.sha256 re-verified here), with the r10 WORKLOAD REMOVED and the\n10:# #297 D2 capture points ADDED. The exact diff against that file is the deliverable beside\n11:# this one. Every retained block is retained BYTE-FOR-BYTE, so the diff shows only what D2\n12:# changed. r10 is the base and not v9 (a9510e1e) deliberately: v9 predates the accepted\n13:# binder-path, classifier, cleanup-exit and queue-guard repairs, and starting from it would\n14:# have silently reintroduced four defects that were already paid for.\n15:#\n16:# WHY THIS FILE AND NOT A WRAPPER (doyle, 2026-09-13). I first built a separate wrapper that\n17:# sequenced the capture points beside this driver, and exercised the wrapper until it went\n18:# green. That was a parallel orchestrator standing next to machinery that already had\n19:# handoff, state-marking and exactly-once cleanup — a weaker copy of a stricter check, which\n20:# is worse than no copy because it arrives carrying evidence. The wrapper and its receipts\n21:# are PRESERVED as superseded evidence (d2_wrapper.ps1, d2_wrapper_check.ps1,\n22:# receipt-wrapper-check-wps51.txt); they are kept, not tended, and nothing here calls them.\n23:#\n24:# WHAT WAS REMOVED — the BUILD AND TIMING WORKLOAD, each named with its reason, because a\n25:# silently dropped gate is a defect:\n26:#   - debug-keygen / debug-pin / debug-rollout --build-current / debug-mark-applied, the\n27:#     subject_boundary pair that bracketed the producer, and the THREE-WAY PROVENANCE check.\n28:#     D2 reuses the executable r10 already built and receipted; there is no new artifact to\n29:#     sign, stage or agree with. The executable is instead PINNED BY EXACT HASH (S1), and\n30:#     that hash is stated in the elevated request as well, because a clean source tree does\n31:#     not identify reused executable bytes.\n32:#   - pool-claim / pool-release. Nothing here runs cargo, so no build pool is claimed;\n33:#     claiming one would write a lane identity this run does not have.\n34:#   - capacity_gate. It exists ahead of PRODUCERS (F7). With no producer, a disk floor gates\n35:#     nothing.\n36:#   - cpubracket.ps1, trial(), both arms, expect_pair's a/b vocabulary, completion_verdict\n37:#     and populated_timing_report. There is no timed workload: the pair is created once,\n38:#     read three times, and torn down. Two of r10's three \"what a green establishes\" ceiling\n39:#     clauses went with them, because they were about trials and timings this run never\n40:#     takes.\n41:#\n42:# WHAT WAS KEPT, AND WHY IT IS NOT WORKLOAD:\n43:#   - THE STATUS-FILTERED CI AXIS and the ANCESTRY-AUTHENTICATED BOX CENSUS, at preflight and\n44:#     again immediately before the elevated leg. This box is shared with a self-hosted\n45:#     runner and a merge-push re-occupies it; admission to a shared host is not a property of\n46:#     the workload, and the readings are POINT-IN-TIME (R10-FROZEN says so).\n47:#   - the 5470 GUARD IN FULL. This run mutates the host firewall through a handoff, so\n48:#     preserving the production port is a safety property of the mutation.\n49:#   - the binder-path canonical comparison, the classifier face_report, the r8 cleanup-exit\n50:#     handler, exactly-once state-aware cleanup, signal handling and the handoff mechanics.\n51:#\n52:# WHAT WAS ADDED:\n53:#   t1  the ONLY elevated read the design has, RIDING THE seq-001 SETUP REQUEST. One nonce is\n54:#       one execution: an elevated read cannot be added after the leg returns without a\n55:#       second handoff and a second authorization. If it does not run, t1 is UNAVAILABLE — a\n56:#       LABELLED EVIDENCE GAP, never a licence to report the capture contract satisfied.\n57:#   t2  at the outcome of the setup, beside D1, BEFORE any teardown is requested — so the\n58:#       state at a refusal is captured while it still exists.\n59:#   t3  immediately before the teardown request is written, with the manifest hashed first.\n60:#   TWO BUDGETS, ENFORCED AND SEPARATE (plan §4): a 300 s EXPERIMENTAL budget and a 180 s\n61:#       CLEANUP REPORTING deadline. The experimental deadline ENDS ACTIVITY AND STARTS\n62:#       CLEANUP — it exits through the EXIT trap, which is the only way cleanup is ever\n63:#       entered, so a truncated run tears down exactly like a complete one. The reporting\n64:#       deadline expiring means THE REPORT IS DUE, never that the host is tidy: cleanup stays\n65:#       PENDING while a residual-identity authorization is outstanding.\n66:#   RESIDUAL IDENTITY reporting (plan §6): pid + creation time + executable path + command\n67:#       line, read fresh, with the enumeration's own positive control so a dead process\n68:#       table cannot read as a tidy host. This driver REPORTS AND STOPS. It kills nothing:\n69:#       the r10 pid authorization was pid-specific and is SPENT, and a fresh pid-naming\n70:#       authorization is a STOP, not a step.\n71:#   A RUN LEDGER carrying the four exits separately and the two verdicts.\n72:#\n73:# THE EXITS STAY SEPARATE, at every point (plan §5.0). The elevated setup's native exit and\n74:# each capture's native exit are independent values in their own files. Neither is inferred\n75:# from, overwritten by, or substituted for the other. d2_capture.ps1 exits only 0 (a document\n76:# was written — a document full of DENIED states is still a capture), 2 (could not write) or\n77:# 3 (arguments rejected). NO PROPERTY STATE IS EVER AN EXIT CODE, and this driver's own exit\n78:# is likewise not a statement that the run was green: the verdicts live in the ledger.\n79:#\n80:# VALIDATION DECIDES WHETHER AN OBSERVATION WAS MADE, NEVER WHETHER ITS VALUE IS THE WANTED\n81:# ONE (doyle, 2026-09-13). Legitimate null, empty-string, empty-array and ABSENT all pass. A\n82:# DENIED or ERROR outcome is a QUERY FAILURE THAT WAS OBSERVED — counted, reported, and\n83:# distinct from a MISSING REQUIRED OBSERVATION, which is the only thing that makes a document\n84:# incomplete. Nothing here requires EnforcementStatus to be [1]; refusing [5, 20] would\n85:# refuse the evidence this capture exists to collect.\n86:#\n87:# ---------------------------------------------------------------------------\n88:# PRODUCT CONTRACT, read at 85f84d73 and unchanged here. Only the lines this driver still\n89:# READS are kept; the build-chain lines went with the build chain.\n90:#\n91:#   serveverb.rs:233-249   The LanUp arm returns 0 UNCONDITIONALLY, so a zero exit carries no\n92:#                          admission information on its own, while a nonzero IS a real\n93:#                          control error (:170,:192,:198) and is never accepted.\n94:#   serveverb.rs:297-302   print_lan_admission -> LAN_FIREWALL_RECONCILED (stdout). THE\n95:#                          positive admission verdict.\n96:#   serveverb.rs:311/318   LAN_FIREWALL_UNVERIFIED / LAN_FIREWALL_CLEANUP_UNVERIFIED (stderr)\n97:#   serveverb.rs:331       LAN_FIREWALL_MUTATION_DISABLED — the opt-out refusing a mutation.\n98:#   serveverb.rs:379       LAN_FIREWALL_CLEAN — is_clean() Ok(true) on a stop.\n99:#   serveverb.rs:376-391   report_lan_cleanup: an UNELEVATED cleanup goes to\n100:#                          request_lan_firewall, which the opt-out REFUSES — so an unelevated\n101:#                          opt-out stop RETAINS the pair. That is what keeps the pair alive\n102:#                          between t2 and t3.\n103:#   serveverb.rs:191       serve reaches the broker through ensure_running, so the firewall\n104:#                          teardown must stay AHEAD of the daemon stop or the teardown spawns\n105:#                          a fresh daemon.\n106:#   windows.rs:713-756     decide() checks pair_satisfied_by (:723) FIRST, so reaching the\n107:#                          enforcement arm PROVES the pair matched.\n108:#   windows.rs:816-817     reconcile() re-verifies after writing: RECONCILED from the ELEVATED\n109:#                          setup does imply verify() Ok(true) at that instant, and\n110:#                          mismatch_message is reachable only from that re-verification.\n111:#   windows.rs:11-30       THE OWNED NAMES ARE CONSTANTS: spt-core-bootstrap-inbound-tcp and\n112:#                          -lan, under group \"spt-core bootstrap TCP\". A production pair on\n113:#                          5470 carries THE SAME NAMES, so a query by name can return more\n114:#                          than one object. That is why the capture preserves every match\n115:#                          with its own match_index and marks ambiguity instead of taking\n116:#                          items[0].\n117:#   bootstrap_firewall.rs:19-25  SPT_INSTALL_NO_FIREWALL gates request_lan_firewall and\n118:#                          reconcile_lan_firewall only; verify() is NOT gated.\n119:#\n120:# NO `set -e`: it can exit before a failure is RECORDED and before state-aware cleanup runs.\n121:# Every command's exit is captured immediately in a guarded branch.\n122:# =============================================================================\n123:\n124:# ---- configuration ---------------------------------------------------------\n125:W='C:/Users/decid/Documents/projects/spt-core/.worktrees/304-w2-repr'\n126:SP='C:/Users/decid/AppData/Local/Temp/claude/C--Users-decid-Documents-projects-spt-core/909af448-f4ab-4fa1-ba30-02e38b275a11/scratchpad/bundle-r5'\n127:BIN=\"$SP/fp-bin\"                  # INSTRUMENTS — never written to by a run\n128:RUN_ROOT=\"$SP/fp-run\"             # one timestamped subdir per run\n129:# ---- THE PROVISIONED RIG (doyle W4C2QFLE) -----------------------------------\n130:# THE HOME IS NO LONGER THIS DRIVER'S TO CREATE. The LAN-bootstrap set gate refuses a fresh\n131:# home BEFORE any firewall admission is attempted (lanhost.rs:184-213 -> LanRefused ->\n132:# serveverb.rs:260; report_lan_admission, which is what reaches the firewall, sits only on the\n133:# Ok arm at :247), so a run whose home was empty could never create the pair it exists to\n134:# measure. Provisioning is therefore a SEPARATE MUTATING PHASE with its own grant -- see\n135:# provision-rig.sh -- and this driver only ever VERIFIES and CONSUMES what that phase produced.\n136:#\n137:# ONE DISPOSABLE EXECUTABLE PATH FOR EVERY ROLE (todlando's constraint), and it is structural\n138:# rather than a convention to remember: the daemon is spawned from std::env::current_exe()\n139:# (daemon.rs:874) and the brain from that supervisor, so invoking ONLY $EXE makes the CLI, the\n140:# supervisor and the brain the same path by construction.\n141:#\n142:# AN EMPTY PIN IS NOT A MISSING SETTING. It is this run stating that it has no provisioned rig,\n143:# exactly as TEARDOWN_B64_SHA256 states it has no authorized removal command.\n144:RIG_ROOT=''                       # <run-root>/rig, written by provision-rig.sh. UNPINNED here.\n145:H=\"$RIG_ROOT/home\"                # the PROVISIONED isolated SPT_HOME: identity/ (the rig trust\n146:                                  # key), releases/ (the staged set AND the applied record).\n147:                                  # PRIOR HOMES ARE STILL NEVER REUSED OR CLEARED: fp-home-d2\n148:                                  # and fp-home-d2-a2 belong to retained runs and are preserved\n149:                                  # as their evidence. A rig is ONE ATTEMPT -- S0b consumes this\n150:                                  # one atomically and a second run gets a refusal, not a reuse.\n151:EXE=\"$RIG_ROOT/bin/spt.exe\"       # A COPY of the subject, taken by provisioning and hashed\n152:                                  # there. NEVER the worktree build itself and NEVER the fleet\n153:                                  # installation: `update apply` replaces the executable it is\n154:                                  # running, so either of those would be overwritten by the very\n155:                                  # step that makes the gate passable. The copy is what makes\n156:                                  # the apply disposable. Its sha is UNCHANGED from the subject\n157:                                  # r10 built -- a copy that does not hash to EXE_SHA is a\n158:                                  # different subject and S0b refuses it.\n159:EXE_SHA='72d309011415b419aabfdb0b4065df1183bfd0069a9f95b5779da62e43349b10'\n160:# THE CAPTURE SCRIPT IS A SUBJECT TOO (doyle LIRX7EUS). The elevated leg runs BOTH the product\n161:# and this script, and every document this run reasons about is whatever THIS file produced.\n162:# An acknowledgment that measures only the executable proves the leg can see one of the two.\n163:# INTEGRATED 2026-09-13 (doyle W4C2QFLE): the capture successor. Its EXIT CONTRACT is five\n164:# values, not three, and every record line below that names them says all five -- a 4 or a 5\n165:# reaching the ledger as an unlabelled nonzero is the coupled defect this integration closes.\n166:#   predecessor chain, every link hash-verified in history/:\n167:#   a0e7afbe -> af29bbb3 -> 010666e7 -> 69b8506a   (all PRESERVED; none replaced)\n168:CAPTURE_SHA='69b8506ac932841223996e7d5ad5ab03a51662ce4eacc6da77dad458a03f620c'\n169:PORT=29470                        # never 5470\n170:GUARD_PORT=5470                   # the production port this run must not disturb\n171:SUBJECT_SHA='85f84d738fa702f35c83910f314aae17849d125c'\n172:SUBJECT_BLOB='848a23fe18e5ca819774f9881ef13504221992f3'\n173:# The owned pair's names are PRODUCT CONSTANTS (windows.rs:11-19), not a choice of this rig.\n174:RULE_TAILNET='spt-core-bootstrap-inbound-tcp'\n175:RULE_LAN='spt-core-bootstrap-inbound-tcp-lan'\n176:# POSITIVE CONTROL: a standing rule, read-only, same property set, same route, same process.\n177:# A property ABSENT on BOTH it and the pair is an INSTRUMENT LIMIT, not a finding about the\n178:# pair. It is a knob because it names a rule on THIS host; the capture records whether it was\n179:# actually present, and a control that was NOT present makes the pair's absences unreadable —\n180:# reported by d2_validate as sound=false, never assumed either way.\n181:# POSITIVE CONTROL, ACCEPTED BY NAME 2026-09-13 (doyle). Tailscale-In was a CANDIDATE and is\n182:# MEASURED UNUSABLE: it is a DisplayName, not a rule Name, and TWO rules answer to it -- this\n183:# capture addresses every rule by -Name, so by that route the store returned nothing, and even\n184:# by DisplayName an ambiguous control identifies no object. Replaced by the guard rule's own\n185:# Name, measured through this very capture: found=True matched_count=1 ambiguous=False\n186:# query_outcome=OK, all seven filter groups one match each, every property observed.\n187:# IT IS THE 5470 GUARD RULE (DisplayName 'spt lan-bootstrap 5470'), so it is READ ONLY here --\n188:# the same rule GUARD_PORT exists to protect. Nothing in this run writes it.\n189:CONTROL_RULE='{FF36EE51-2837-46D8-9AB8-2441D9070633}'\n190:ABSENT_CONTROL='spt-core-bootstrap-inbound-tcp-d2-absent-control'\n191:PREP_BUDGET_S=600                 # doyle 2026-09-13: PREPARATION IS BOUNDED SEPARATELY and\n192:                                  # spends no experimental time. The read-only preflight and the\n193:                                  # executor's hash-verified PREPARED/NOT_STARTED acknowledgment\n194:                                  # run under THIS bound; the experimental window does not exist\n195:                                  # yet while they do.\n196:EXP_BUDGET_S=300                  # plan §4: experimental total, from GO -- NOT from run start\n197:CLEANUP_REPORT_S=180              # plan §4: cleanup REPORTING deadline, from the end of activity\n198:HANDOFF_WAIT_S=900                # bounded wait for a liam receipt; narrowed at the point of\n199:                                  # waiting to what remains of the experimental budget\n200:CLEANUP_HANDOFF_WAIT_S=300        # likewise narrowed to what remains of the reporting deadline\n201:# ---- F5 r2.2 BOUNDS (doyle CT6GS2Y6 / O2VBV5LC / B3CMWRQI) ------------------\n202:# Three constants the predecessor did not have. Each answers a defect the 20260913T071131Z\n203:# run exhibited, and NONE of them is a duration estimate:\n204:#   LEDGER_RESERVE_S  the report cannot be starved by the work before it. Every cleanup step\n205:#                     is bounded by WORK_DEADLINE = REPORT_DEADLINE - this; the ledger owns\n206:#                     the remainder ALONE and emits without waiting for any child.\n207:#   KILL_GRACE_S      caller reporting reserve; native setup, termination and confirmation\n208:#                     live inside the launcher's own deadline. Only retained created handles\n209:#                     authorize termination. No PID-tree sweep or guard bypass exists.\n210:#   HANDOFF_CAP_S     a POLICY ALLOCATION of the activity window -- how much of the 300s this\n211:#                     run will spend waiting on another agent. 94s and 134s are two samples,\n212:#                     not a distribution, and nothing here is derived from them.\n213:LEDGER_RESERVE_S=30\n214:KILL_GRACE_S=5\n215:HANDOFF_CAP_S=120\n216:# THE TEARDOWN COMMAND IS PINNED, NEVER COMPOSED (doyle 2026-09-13). The removal this run may\n217:# need is the PRODUCT'S OWN rendered cleanup command, which only the shipped binary can emit.\n218:# Until it has been emitted, decoded, reviewed and pinned here, cleanup REFUSES to dispatch any\n219:# teardown and reports PENDING/review. An empty pin is not a missing setting: it is this run\n220:# stating that it has no authorized command to hand an elevated leg.\n221:PRESERVED_D2='C:/Users/decid/Documents/projects/spt-core/.spt/preserved/hertz-fp-driver-review/d2'\n222:TEARDOWN_COMMAND_FILE=\"$PRESERVED_D2/teardown-command.pinned\"  # the emitted literal, byte for\n223:                                  # byte. IT LIVES WITH THE PRESERVED REVIEW, NOT IN THE\n224:                                  # SCRATCHPAD: a reviewed pin that a session teardown can\n225:                                  # delete is not a pin, and the review that admitted it is\n226:                                  # the only reason it may be dispatched at all.\n227:# PINNED 2026-09-13 (doyle F3VCR5KO): the emitted payload is ACCEPTED as the reviewed\n228:# RULE-REMOVAL CANDIDATE. Acceptance is not permission to execute it -- it is what would make a\n229:# dispatch under a future grant legitimate at all.\n230:TEARDOWN_B64_FILE=\"$PRESERVED_D2/d3/decoded-todlando/d3-payload.b64\"\n231:                                  # THE REVIEWED PAYLOAD ITSELF, at its permanent path. The\n232:                                  # authority is doyle's pin below, not this driver's opinion.\n233:TEARDOWN_B64_SHA256='416280dbece2601203c74c3f8e2c46e13009125fa5870166894e079329fb1d43'\n234:# WHY TWO FILES AND ONE PIN. The bytes dispatched to an elevated leg must be the PRODUCT'S OWN\n235:# emitted line, never one this driver assembles; the bytes REVIEWED are the base64 payload inside\n236:# it. So the literal is kept verbatim in TEARDOWN_COMMAND_FILE and the check is that the payload\n237:# INSIDE that literal is byte-for-byte the reviewed file, which in turn hashes to the pin above.\n238:# Nothing is composed, and nothing unreviewed can ride along inside a literal that merely looks\n239:# right.\n240:RULE_PROBE=\"$PRESERVED_D2/rule-probe.ps1\"\n241:RULE_PROBE_SHA256='be016198d860076c58257953bf2342fc35fea54550e373aae7e0f2b60132bcee'\n242:                                  # STALE PIN, CAUGHT BY doyle 2026-09-13: this still named the\n243:                                  # probe as it was BEFORE its argument transport was corrected,\n244:                                  # so removal_check would have refused the shipped probe as\n245:                                  # UNPINNED at run time and no removal could ever be confirmed.\n246:                                  # The controls did not catch it because the harness recomputed\n247:                                  # this value instead of reading the driver's own.\n[…788ln elided…]\n2440:PREPARED_ACK=\"$HO_RECEIPT\"\n2441:# BOUNDED BY WHAT IS LEFT OF PREPARATION (doyle 2026-09-13). HANDOFF_WAIT_S is 900s and the whole\n2442:# preparation budget is 600s, so an unbounded-by-prep wait could sit past the deadline and then\n2443:# open a window the budget had already closed. Same narrowing the cleanup wait already does.\n2444:HANDOFF_WAIT_S=$(prep_left)\n2445:record \"PREP_HANDOFF_WAIT bounded to ${HANDOFF_WAIT_S}s — what remains of the preparation budget\"\n2446:# NOT `if ! handoff_await trial`: that exact line is the anchor of an assembly-time correction\n2447:# applied to the RETAINED setup wait, and the assembler asserts it appears exactly once. Same\n2448:# call, same context, written so the anchor stays unique -- the rig refused this and was right.\n2449:handoff_await trial || die \"no PREPARED/NOT_STARTED acknowledgment within the preparation budget. The experimental window is NEVER OPENED: nothing was dispatched, nothing was created, and there is nothing to tear down.\"\n2450:ack_missing=''\n2451:# EXACT WHOLE-LINE TOKENS (doyle K4QDUUVV). A substring search for PREPARED is satisfied by\n2452:# NOT_PREPARED, and one for GO_AUTHORIZED by NOT_GO_AUTHORIZED -- so a receipt that REFUSES would\n2453:# have read as a receipt that agrees, which is the worst direction for this particular mistake.\n2454:# Matching is whole-line and the hash fields are matched entire, so a truncated or prefixed hash\n2455:# cannot satisfy one either. CR IS STRIPPED FIRST: the receipt is written by a Windows elevated\n2456:# leg, so its lines end CRLF, and a whole-line match against a line ending in \\r matches nothing --\n2457:# the tightening would otherwise have refused every honest receipt.\n2458:ack_line() { tr -d '\\r' < \"$1\" 2>/dev/null | grep -qx -F -- \"$2\"; }\n2459:ack_line \"$PREPARED_ACK\" \"PREPARED\"    || ack_missing=\"$ack_missing PREPARED\"\n2460:ack_line \"$PREPARED_ACK\" \"NOT_STARTED\" || ack_missing=\"$ack_missing NOT_STARTED\"\n2461:ack_line \"$PREPARED_ACK\" \"executable_sha256=$EXE_SHA\" || ack_missing=\"$ack_missing executable_sha256=$EXE_SHA\"\n2462:# BOTH SUBJECTS, NOT ONE (doyle LIRX7EUS). The leg runs the product AND the capture script, and the\n2463:# documents this run reasons about are whatever the capture script produced. An acknowledgment that\n2464:# measured only the executable proved the leg could see half of what it is about to run.\n2465:ack_line \"$PREPARED_ACK\" \"capture_sha256=$CAPTURE_SHA\" || ack_missing=\"$ack_missing capture_sha256=$CAPTURE_SHA\"\n2466:if [ -n \"$ack_missing\" ]; then\n…\n2469:fi\n2470:record \"PREPARED_ACK_VERIFIED - the executor reports PREPARED and NOT_STARTED and measured BOTH subjects: executable $EXE_SHA and capture script $CAPTURE_SHA\"\n2471:record \"PREPARED_IS_NOT_AUTHORIZATION - readiness says the leg CAN act; it does not say this run MAY. The window stays shut until a separate, run-bound GO authorization is verified below.\"\n2472:\n2473:# READINESS IS NOT AUTHORIZATION (doyle LIRX7EUS). The predecessor ran PREPARED and then called\n2474:# go() on the next line: verifying that the executor was READY opened the experimental window by\n2475:# itself, so a leg that answered a preparation question had, without being asked, started a 300s\n2476:# clock on the host. THE TWO ARE NOW SEPARATE ACTS. This second request asks for an AUTHORIZATION,\n2477:# it carries its own nonce, and the receipt must quote that nonce back -- so an authorization is\n2478:# bound to THIS run and THIS request and cannot be a stale or reused token from another.\n2479:prep_check go-authorization\n2480:handoff_request go-authorization \\\n2481:  \"AUTHORIZE ONLY -- RUN NOTHING. FOR THE DRI, NOT FOR THE ELEVATED EXECUTOR: readiness has already been acknowledged by the leg that would run this, and that acknowledgment is not this decision. Authorize the experimental window to OPEN for this run, knowing the 300s activity clock starts when it does.\" \\\n2482:  \"AUTHORIZATION ONLY. Nothing is run to answer this. Reply in the receipt with THREE things: the token GO_AUTHORIZED on a line of its own and nothing else on that line; the line authorizer=doyle, likewise alone on its line; and the nonce of THIS request quoted exactly (anywhere). To WITHHOLD authorization, say so in words -- there is no negative token this check reads.\" \\\n2483:  doyle\n2484:GO_ACK=\"$HO_RECEIPT\"; GO_ACK_NONCE=\"$HO_NONCE\"\n2485:HANDOFF_WAIT_S=$(prep_left)\n2486:record \"PREP_HANDOFF_WAIT bounded to ${HANDOFF_WAIT_S}s — what remains of the preparation budget\"\n2487:handoff_await trial || die \"no GO authorization within the preparation budget. The experimental window is NEVER OPENED: readiness alone does not open it, nothing was dispatched, and there is nothing to tear down.\"\n2488:go_missing=''\n2489:ack_line \"$GO_ACK\" \"GO_AUTHORIZED\" || go_missing=\"$go_missing GO_AUTHORIZED\"\n2490:# THE AUTHORIZER IS NAMED, AND THAT IS A ROUTING CHECK, NOT AUTHENTICATION (doyle XS5VAWJQ).\n2491:# It establishes that the receipt answering this request claims to be the DRI's decision rather\n2492:# than the executor's; it cannot establish WHO wrote the file, and nothing here should be read as\n2493:# if it could. The operational authorization is doyle's own run-and-nonce-bound message; this\n2494:# receipt RECORDS that decision and does not create it.\n2495:ack_line \"$GO_ACK\" \"authorizer=doyle\" || go_missing=\"$go_missing authorizer=doyle\"\n2496:# THE NONCE KEEPS ITS SUBSTRING MATCH, deliberately: it is quoted inside a line the executor\n2497:# writes in its own words (\"nonce: <value>\"), and it is a run-scoped value that nothing else on\n2498:# the receipt can accidentally contain.\n2499:grep -q -F -- \"$GO_ACK_NONCE\" \"$GO_ACK\" 2>/dev/null || go_missing=\"$go_missing nonce=$GO_ACK_NONCE\"\n2500:if [ -n \"$go_missing\" ]; then\n…\n2503:fi\n2504:record \"GO_AUTHORIZED_VERIFIED nonce=$GO_ACK_NONCE authorizer=doyle - a separate, run-bound authorization from the DRI, distinct from the executor's readiness acknowledgment. The identity line is a routing and consistency check, not authentication: it records whose decision this receipt claims to carry.\"\n2505:\n2506:# THE REMOVAL INSTRUMENT IS REQUIRED BEFORE THE WINDOW OPENS (doyle 2026-09-13).\n2507:# A run that cannot remove what it is about to create must never create it. The predecessor\n2508:# discovered its missing teardown at CLEANUP -- after the rules existed -- and could then only\n2509:# report PENDING and leave them for a human. Checking here costs no experimental time (this is\n2510:# still preparation) and turns that PENDING into a run that never started.\n2511:#\n2512:# THIS IS A PRECONDITION, NOT A PERMISSION. Verifying the instrument does not authorize its use\n2513:# any more than the PREPARED acknowledgment authorizes the setup; it establishes that the removal\n2514:# this run will owe is one it can actually hand over, pinned and reviewed.\n2515:if ! teardown_pin_verify pre-go; then\n2516:  die \"the reviewed rule-removal instrument is not available (state=$TEARDOWN_PIN_STATE). The experimental window is NEVER OPENED: nothing is dispatched, nothing is created, and there is nothing to tear down. This is a refusal to start, not a failed run.\"\n2517:fi\n2518:\n2519:# THE DEADLINE IS RE-READ IMMEDIATELY BEFORE THE WINDOW OPENS (doyle 2026-09-13). Every check\n2520:# above was taken when it ran; a receipt can arrive after the preparation budget has expired, and\n2521:# an authorization that is verified late must not open a window the budget had already closed.\n2522:# prep_check refuses with exit 8 -- a run that never started, with nothing to tear down.\n2523:prep_check window-open\n2524:\n2525:# THE WINDOW OPENS HERE AND NOWHERE ELSE.\n2526:go \"GO authorization verified (run-bound), both subject hashes measured by the executor, and the reviewed removal instrument verified\"\n2527:\n2528:abort_check\n2529:deadline_check elevated-setup\n2530:guard_assert pre-setup\n2531:case $? in\n…\n2535:esac\n2536:# The daemon has its own run-scoped job, alive before any autostart-capable dispatch.\n2537:run_daemon_start || die \"run-scoped daemon did not establish owned readiness; no setup is dispatched\"\n2538:run_daemon_require_ready || die \"autostart-capable setup refused: no current owned daemon\"\n2539:# MARKED BEFORE THE DISPATCH (C): a REFUSED setup can still leave rules behind.\n2540:mark_state fw_mutation_may_have_occurred \"an elevated reconcile is about to be REQUESTED; rules may exist from this moment even if the setup is refused\"\n2541:mark_state daemon_may_run \"run-scoped job owns the prestarted daemon; setup may not autostart one\"\n2542:mark_state listener_may_exist \"the elevated setup binds a listener on port $PORT\"\n2543:# A TIMESTAMP THIS DRIVER DID NOT TAKE (D2 successor). The setup command and the elevated\n2544:# capture both run in a leg this driver never enters, so their bounds can only be stamped\n2545:# THERE and read back HERE. An absent file is a LABELLED GAP: it is never \"now\", and never\n2546:# the neighbouring stamp. A present value that the calendar cannot parse is UNPARSEABLE --\n2547:# a string, not a time -- because shape is not validity (ts_readable's rule).\n2548:leg_utc() { # PATH -> the stamp | ABSENT | UNPARSEABLE\n…\n2553:}\n2554:leg_exit() { # PATH -> the exit | ABSENT | UNPARSEABLE   (an unread exit is not a zero one)\n…\n2559:}\n2560:# THE HANDOFF'S BOUNDS ARE NOT THE COMMAND'S (doyle, 2026-09-13). f7b7773f stamped\n2561:# SETUP_START_UTC where this line stands -- at the moment the REQUEST WAS WRITTEN -- and\n2562:# SETUP_END_UTC at the moment the RECEIPT WAS VERIFIED, then labelled that pair \"THE CREATION\n2563:# RECORD\". It is not one: it opens before the command exists and closes after the command has\n2564:# finished, and it includes however long liam took to read the request and answer it. Both\n2565:# intervals are recorded here, each under a name that says whose clock took it.\n2566:HANDOFF_REQUEST_UTC=\"$(date -u +%Y-%m-%dT%H:%M:%SZ)\"\n2567:handoff_request setup \\\n2568:  \"create the owned pair with the product itself (never a hand netsh, so the rules carry the shipped desired_specs shape) AND take the t1 capture inside this same elevated leg\" \\\n2569:  \"env -u SPT_INSTALL_NO_FIREWALL SPT_HOME=\\\"$H\\\" \\\"$EXE\\\" serve lan --bootstrap --port $PORT\"\n2570:SETUP_OUT=\"$HO_OUT\"; SETUP_ERR=\"$HO_ERR\"   # captured now: a later handoff rebinds HO_*\n2571:# THE SETUP'S RECEIPT PATH AND NONCE, CAPTURED FOR R6. Cleanup has to ask whether THIS command\n2572:# finished before it may mutate anything, and a later handoff rebinds HO_RECEIPT/HO_NONCE.\n2573:SETUP_RECEIPT=\"$HO_RECEIPT\"; SETUP_NONCE=\"$HO_NONCE\"\n2574:# THE t1 RIDER, appended to the request this driver just wrote. It is NOT a second handoff\n2575:# and NOT a second nonce: one nonce is one execution, and an elevated read cannot be added\n2576:# after this leg returns without a second authorization. It costs one block in the request.\n2577:# ITS EXIT GOES TO ITS OWN FILE. A capture that fails inside a setup that succeeded must not\n2578:# read as a failed setup, and a setup that fails must not be masked by a capture that ran.\n2579:{\n…\n2623:} >> \"$R/handoff/$HO_SEQ-setup-request.txt\"\n2624:record \"HANDOFF_T1_RIDER appended to the seq-$HO_SEQ setup request — the only elevated read this design has; omission is a labelled gap, not a pass\"\n2625:record \"HANDOFF_REQUEST_UTC=$HANDOFF_REQUEST_UTC — a bound on THIS DRIVER's request, not on the command it asks for\"\n2626:# The wait cannot outlive the experimental budget: the deadline ends activity, whoever is\n2627:# holding it up.\n2628:HANDOFF_WAIT_S=$(exp_left)\n2629:# THE CAP IS A POLICY ALLOCATION, NOT AN ESTIMATE (doyle CT6GS2Y6). It answers how much of the\n2630:# activity window this run will spend waiting on another agent, and it exists because one slow\n2631:# counterparty can otherwise consume the whole window and leave nothing for the observations the\n2632:# window exists to take -- run 20260913T041410Z spent 134s here and reached neither t1 nor t2.\n2633:# 94s and 134s are two samples, not a distribution, and no number here is derived from them.\n2634:if [ \"$HANDOFF_WAIT_S\" -gt \"$HANDOFF_CAP_S\" ]; then\n…\n2637:fi\n2638:record \"HANDOFF_WAIT bounded to ${HANDOFF_WAIT_S}s — the lesser of the cap and what remains of the experimental budget\"\n2639:# CONTEXT NAME KEPT VERBATIM: 'trial' is handoff_await's name for THE NORMAL FLOW, as\n2640:# opposed to 'cleanup'. There are no trials here; renaming it would edit a function this\n2641:# change has no reason to touch, so the name stays and this line says what it means.\n2642:if ! handoff_await trial; then\n…\n2654:fi\n2655:HANDOFF_RECEIPT_UTC=\"$(date -u +%Y-%m-%dT%H:%M:%SZ)\"\n2656:SETUP_RC=$(handoff_exit)\n2657:exits \"setup_elevated_EXIT=$SETUP_RC\"\n2658:# THE LEG'S OWN MEASUREMENTS, read back from the files it was asked to write.\n2659:SETUP_START_UTC=$(leg_utc \"$R/setup-start.utc\")\n2660:SETUP_END_UTC=$(leg_utc \"$R/setup-return.utc\")\n2661:T1_START_UTC=$(leg_utc \"$R/d2-t1-start.utc\")\n2662:T1_END_UTC=$(leg_utc \"$R/d2-t1-end.utc\")\n2663:SETUP_EXIT_FILE=$(leg_exit \"$R/setup.exit\")\n2664:record \"SETUP_INTERVAL start=$SETUP_START_UTC end=$SETUP_END_UTC — THE CREATION RECORD, and it is the ELEVATED LEG's measurement of its own command, not this driver's measurement of the handoff. No provider creation timestamp is claimed and no instant is invented between these bounds.\"\n2665:record \"T1_INTERVAL start=$T1_START_UTC end=$T1_END_UTC — the elevated capture's own two stamps\"\n2666:record \"HANDOFF_INTERVAL request=$HANDOFF_REQUEST_UTC receipt=$HANDOFF_RECEIPT_UTC — SEPARATELY LABELLED. This is how long the handoff took, and it is not a bound on anything the leg ran.\"\n2667:# THE SETUP'S EXIT, TWICE, FROM TWO CHANNELS. The receipt's exit= line keeps its authority\n2668:# (SETUP_RC is unchanged); the step-5 file is the evidence that the value was preserved BEFORE\n2669:# the capture ran. A disagreement is reported, never resolved by preference: it means one of\n2670:# the two readings is of something else.\n2671:case \"$SETUP_EXIT_FILE\" in\n…\n2680:esac\n2681:# ORDERING IS ASSERTED, NOT ASSUMED. Six stamps taken in an order this driver REQUESTED are a\n2682:# claim about that order until they are compared. Parsed with the calendar (ts_readable's rule,\n2683:# GNU date -u -d) and compared as epochs; a gap or an unparseable value leaves the comparison\n2684:# UNMEASURED rather than passing it. Stamps one second apart or identical are expected: the\n2685:# resolution is one second, so the test is <=, and an out-of-order pair is a real violation.\n2686:TS_ORDER=UNMEASURED\n2687:if ts_readable \"$HANDOFF_REQUEST_UTC\" && ts_readable \"$SETUP_START_UTC\" && ts_readable \"$SETUP_END_UTC\" \\\n…\n2698:fi\n2699:record \"TIMESTAMP_ORDER=$TS_ORDER handoff_request=$HANDOFF_REQUEST_UTC <= setup_start=$SETUP_START_UTC <= setup_return=$SETUP_END_UTC <= t1_start=$T1_START_UTC <= t1_end=$T1_END_UTC <= handoff_receipt=$HANDOFF_RECEIPT_UTC\"\n2700:[ \"$TS_ORDER\" = VIOLATED ] && record \"  THE SEQUENCE THE REQUEST ASKED FOR DID NOT HAPPEN IN THAT ORDER. The stamps are kept as taken; nothing is reordered or discarded, and every interval above is read with this line beside it.\"\n2701:[ \"$TS_ORDER\" = UNMEASURED ] && record \"  ORDER NOT MEASURED — at least one of the six stamps is missing or unparseable, so no ordering claim is made either way.\"\n2702:# t1's OWN exit, read from its OWN file. Absent file = the elevated capture never ran.\n2703:if [ -f \"$R/d2-t1.exit\" ]; then\n…\n2719:fi\n2720:\n2721:# ===========================================================================\n2722:# S9  WHAT THE SETUP DID — measured, then captured at t2 BEFORE any teardown\n2723:# ===========================================================================\n2724:guard_assert post-setup\n2725:case $? in\n…\n2729:esac\n2730:census_at setup-post || die \"the post-setup census is invalid\"\n2731:# THE FACE IS READ FROM A FILE, NOT FROM A COMMAND SUBSTITUTION (defect found by the D2\n2732:# control, and it is r10's, not mine): face_report calls `record`, which TEES TO STDOUT, so\n2733:# `face=$(face_report ...)` captures the whole log block ahead of the verdict and the value\n2734:# can never equal 'reconciled'. In r10 that made the Arm-B acceptance gate unpassable on the\n2735:# ACCEPTED path -- the path its stub cases never exercised, because the case that reached\n2736:# this line was a refusal that was expected to fail anyway. face_report is left BYTE-FOR-BYTE\n2737:# as r10 wrote it; the fix is here, at the call, and the tee'd copy is kept as evidence.\n2738:face_report \"$SETUP_OUT\" \"$SETUP_ERR\" \"SETUP\" bootstrap > \"$R/setup-face.txt\"\n2739:setup_face=$(tail -1 \"$R/setup-face.txt\" | tr -d ' \n2740:')\n2741:pair=$(pair_state setup-post)\n2742:record \"SETUP rc=$SETUP_RC face=$setup_face pair=$pair row=[$(census_row setup-post)]\"\n2743:# THE OUTCOME IS DATA HERE, NOT A GATE. r10 held its populated arm unless the setup was\n2744:# ACCEPTED on three conditions, because a trial needs a pair the product agreed to. D2 wants\n2745:# the state AT THE REFUSAL just as much as the state at an acceptance -- that is the whole\n2746:# point of capturing it -- so the acceptance is RECORDED and the capture proceeds either way.\n2747:# What is not allowed is silence: which of the two happened is written down, and the pair's\n2748:# measured presence is what any later reading of these documents depends on.\n2749:if [ \"$SETUP_RC\" -ne 0 ] || [ \"$setup_face\" != reconciled ] || [ \"$pair\" != present ]; then\n…\n2763:fi\n2764:# THE LISTENER'S IDENTITY, using r10's canonical comparison: a capture of the wrong\n2765:# process's pair would be a capture of the wrong thing entirely.\n2766:if port_at setup-post-listener; then\n…\n2776:fi\n2777:\n2778:# ===========================================================================\n2779:# S9a  RUN-BOUND PROCESS IDENTITY — captured NOW, while the leg's processes are live\n2780:# ===========================================================================\n2781:# The elevated setup dispatches through the daemon (ensure_running, serveverb.rs:191), so if a\n2782:# supervisor and a brain exist at all, they exist now. Cleanup cannot re-query what was never\n2783:# recorded, and it must never fall back to guessing by command-line text: the r10 survivors'\n2784:# command lines contain nothing that identifies this run.\n2785:capture_run_identities post-setup\n2786:# ===========================================================================\n2787:# S10  t2 — at the outcome, BESIDE D1, BEFORE ANY TEARDOWN IS REQUESTED\n2788:# ===========================================================================\n2789:abort_check\n2790:deadline_check t2-capture\n2791:record \"D1 and t2 run NOW, before any teardown is requested, so the state at this outcome is captured while it still exists.\"\n2792:d1_capture setup-outcome\n2793:d2_capture_at t2 \"$(exp_left)\"\n2794:D2_T2=$(tr -d ' \n2795:' < \"$R/d2-t2.exit\" 2>/dev/null || echo UNRECORDED)\n2796:# t2's validation is DEFERRED with t1's — see the note at the t1 site. This is the 11s\n2797:# reporting tail that overran the window in run 20260913T071131Z.\n2798:\n2799:# ===========================================================================\n2800:# S11  HAND BACK TO CLEANUP. t3, the manifest and the teardown live there.\n2801:# ===========================================================================\n2802:# The remaining sequence is CLEANUP'S, and it runs whether this line is reached or not:\n2803:#   t3 immediately before the teardown request is written, the manifest hashed before the\n2804:#   teardown, the teardown handoff, the residual-identity report and the ledger.\n2805:# Reaching this line is therefore NOT the end of the run, and exiting 0 here says only that\n2806:# the experimental sequence completed and the ledger will be written. THE VERDICTS ARE IN\n2807:# THE LEDGER: a run whose t1 never happened, whose documents were incomplete or whose\n2808:# teardown could not be verified reports exactly that, and cleanup raises the exit to 6 when\n2809:# an otherwise successful run could not verify its own teardown.\n2810:record \"EXPERIMENTAL_SEQUENCE_COMPLETE — t1=$D2_T1 t2=$D2_T2; t3, the manifest and the teardown follow in cleanup\"\n2811:end_experimental \"sequence complete\"\n2812:exit 0\n\n[…1553ln elided; re-read needed ranges, e.g. .spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r5.sh:327-328,351-355]\n\n[Showing lines 1-248 and 1037-1296 of 1296; 788 middle lines (53.3KB) elided. Read artifact://83 for full output]"}],"details":{"displayContent":{"text":"#!/bin/bash\n# =============================================================================\n# D2 DRIVER — #297 bounded out-of-band capture, run BY THE EXISTING FIELD DRIVER.\n# hertz 2026-09-13. r5 under 3XE67XYP: owned-job implementation; field runs still HELD.\n# NO BUILD GRANT. NO FIELD GRANT. NO ELEVATION GRANT. NO RESIDUAL-PID GRANT.\n#\n# PROVENANCE: this is the FROZEN r10 driver, staged-r10-queue-guard.sh, sha256\n# a78f4ba6ed5491ccb38d26f8a3fe4f1a7a9f23296d85a133511b1bf9396d1fbf (todlando; frozen by\n# doyle Y2B7UUAS, R10-FROZEN.sha256 re-verified here), with the r10 WORKLOAD REMOVED and the\n# #297 D2 capture points ADDED. The exact diff against that file is the deliverable beside\n# this one. Every retained block is retained BYTE-FOR-BYTE, so the diff shows only what D2\n# changed. r10 is the base and not v9 (a9510e1e) deliberately: v9 predates the accepted\n# binder-path, classifier, cleanup-exit and queue-guard repairs, and starting from it would\n# have silently reintroduced four defects that were already paid for.\n#\n# WHY THIS FILE AND NOT A WRAPPER (doyle, 2026-09-13). I first built a separate wrapper that\n# sequenced the capture points beside this driver, and exercised the wrapper until it went\n# green. That was a parallel orchestrator standing next to machinery that already had\n# handoff, state-marking and exactly-once cleanup — a weaker copy of a stricter check, which\n# is worse than no copy because it arrives carrying evidence. The wrapper and its receipts\n# are PRESERVED as superseded evidence (d2_wrapper.ps1, d2_wrapper_check.ps1,\n# receipt-wrapper-check-wps51.txt); they are kept, not tended, and nothing here calls them.\n#\n# WHAT WAS REMOVED — the BUILD AND TIMING WORKLOAD, each named with its reason, because a\n# silently dropped gate is a defect:\n#   - debug-keygen / debug-pin / debug-rollout --build-current / debug-mark-applied, the\n#     subject_boundary pair that bracketed the producer, and the THREE-WAY PROVENANCE check.\n#     D2 reuses the executable r10 already built and receipted; there is no new artifact to\n#     sign, stage or agree with. The executable is instead PINNED BY EXACT HASH (S1), and\n#     that hash is stated in the elevated request as well, because a clean source tree does\n#     not identify reused executable bytes.\n#   - pool-claim / pool-release. Nothing here runs cargo, so no build pool is claimed;\n#     claiming one would write a lane identity this run does not have.\n#   - capacity_gate. It exists ahead of PRODUCERS (F7). With no producer, a disk floor gates\n#     nothing.\n#   - cpubracket.ps1, trial(), both arms, expect_pair's a/b vocabulary, completion_verdict\n#     and populated_timing_report. There is no timed workload: the pair is created once,\n#     read three times, and torn down. Two of r10's three \"what a green establishes\" ceiling\n#     clauses went with them, because they were about trials and timings this run never\n#     takes.\n#\n# WHAT WAS KEPT, AND WHY IT IS NOT WORKLOAD:\n#   - THE STATUS-FILTERED CI AXIS and the ANCESTRY-AUTHENTICATED BOX CENSUS, at preflight and\n#     again immediately before the elevated leg. This box is shared with a self-hosted\n#     runner and a merge-push re-occupies it; admission to a shared host is not a property of\n#     the workload, and the readings are POINT-IN-TIME (R10-FROZEN says so).\n#   - the 5470 GUARD IN FULL. This run mutates the host firewall through a handoff, so\n#     preserving the production port is a safety property of the mutation.\n#   - the binder-path canonical comparison, the classifier face_report, the r8 cleanup-exit\n#     handler, exactly-once state-aware cleanup, signal handling and the handoff mechanics.\n#\n# WHAT WAS ADDED:\n#   t1  the ONLY elevated read the design has, RIDING THE seq-001 SETUP REQUEST. One nonce is\n#       one execution: an elevated read cannot be added after the leg returns without a\n#       second handoff and a second authorization. If it does not run, t1 is UNAVAILABLE — a\n#       LABELLED EVIDENCE GAP, never a licence to report the capture contract satisfied.\n#   t2  at the outcome of the setup, beside D1, BEFORE any teardown is requested — so the\n#       state at a refusal is captured while it still exists.\n#   t3  immediately before the teardown request is written, with the manifest hashed first.\n#   TWO BUDGETS, ENFORCED AND SEPARATE (plan §4): a 300 s EXPERIMENTAL budget and a 180 s\n#       CLEANUP REPORTING deadline. The experimental deadline ENDS ACTIVITY AND STARTS\n#       CLEANUP — it exits through the EXIT trap, which is the only way cleanup is ever\n#       entered, so a truncated run tears down exactly like a complete one. The reporting\n#       deadline expiring means THE REPORT IS DUE, never that the host is tidy: cleanup stays\n#       PENDING while a residual-identity authorization is outstanding.\n#   RESIDUAL IDENTITY reporting (plan §6): pid + creation time + executable path + command\n#       line, read fresh, with the enumeration's own positive control so a dead process\n#       table cannot read as a tidy host. This driver REPORTS AND STOPS. It kills nothing:\n#       the r10 pid authorization was pid-specific and is SPENT, and a fresh pid-naming\n#       authorization is a STOP, not a step.\n#   A RUN LEDGER carrying the four exits separately and the two verdicts.\n#\n# THE EXITS STAY SEPARATE, at every point (plan §5.0). The elevated setup's native exit and\n# each capture's native exit are independent values in their own files. Neither is inferred\n# from, overwritten by, or substituted for the other. d2_capture.ps1 exits only 0 (a document\n# was written — a document full of DENIED states is still a capture), 2 (could not write) or\n# 3 (arguments rejected). NO PROPERTY STATE IS EVER AN EXIT CODE, and this driver's own exit\n# is likewise not a statement that the run was green: the verdicts live in the ledger.\n#\n# VALIDATION DECIDES WHETHER AN OBSERVATION WAS MADE, NEVER WHETHER ITS VALUE IS THE WANTED\n# ONE (doyle, 2026-09-13). Legitimate null, empty-string, empty-array and ABSENT all pass. A\n# DENIED or ERROR outcome is a QUERY FAILURE THAT WAS OBSERVED — counted, reported, and\n# distinct from a MISSING REQUIRED OBSERVATION, which is the only thing that makes a document\n# incomplete. Nothing here requires EnforcementStatus to be [1]; refusing [5, 20] would\n# refuse the evidence this capture exists to collect.\n#\n# ---------------------------------------------------------------------------\n# PRODUCT CONTRACT, read at 85f84d73 and unchanged here. Only the lines this driver still\n# READS are kept; the build-chain lines went with the build chain.\n#\n#   serveverb.rs:233-249   The LanUp arm returns 0 UNCONDITIONALLY, so a zero exit carries no\n#                          admission information on its own, while a nonzero IS a real\n#                          control error (:170,:192,:198) and is never accepted.\n#   serveverb.rs:297-302   print_lan_admission -> LAN_FIREWALL_RECONCILED (stdout). THE\n#                          positive admission verdict.\n#   serveverb.rs:311/318   LAN_FIREWALL_UNVERIFIED / LAN_FIREWALL_CLEANUP_UNVERIFIED (stderr)\n#   serveverb.rs:331       LAN_FIREWALL_MUTATION_DISABLED — the opt-out refusing a mutation.\n#   serveverb.rs:379       LAN_FIREWALL_CLEAN — is_clean() Ok(true) on a stop.\n#   serveverb.rs:376-391   report_lan_cleanup: an UNELEVATED cleanup goes to\n#                          request_lan_firewall, which the opt-out REFUSES — so an unelevated\n#                          opt-out stop RETAINS the pair. That is what keeps the pair alive\n#                          between t2 and t3.\n#   serveverb.rs:191       serve reaches the broker through ensure_running, so the firewall\n#                          teardown must stay AHEAD of the daemon stop or the teardown spawns\n#                          a fresh daemon.\n#   windows.rs:713-756     decide() checks pair_satisfied_by (:723) FIRST, so reaching the\n#                          enforcement arm PROVES the pair matched.\n#   windows.rs:816-817     reconcile() re-verifies after writing: RECONCILED from the ELEVATED\n#                          setup does imply verify() Ok(true) at that instant, and\n#                          mismatch_message is reachable only from that re-verification.\n#   windows.rs:11-30       THE OWNED NAMES ARE CONSTANTS: spt-core-bootstrap-inbound-tcp and\n#                          -lan, under group \"spt-core bootstrap TCP\". A production pair on\n#                          5470 carries THE SAME NAMES, so a query by name can return more\n#                          than one object. That is why the capture preserves every match\n#                          with its own match_index and marks ambiguity instead of taking\n#                          items[0].\n#   bootstrap_firewall.rs:19-25  SPT_INSTALL_NO_FIREWALL gates request_lan_firewall and\n#                          reconcile_lan_firewall only; verify() is NOT gated.\n#\n# NO `set -e`: it can exit before a failure is RECORDED and before state-aware cleanup runs.\n# Every command's exit is captured immediately in a guarded branch.\n# =============================================================================\n\n# ---- configuration ---------------------------------------------------------\nW='C:/Users/decid/Documents/projects/spt-core/.worktrees/304-w2-repr'\nSP='C:/Users/decid/AppData/Local/Temp/claude/C--Users-decid-Documents-projects-spt-core/909af448-f4ab-4fa1-ba30-02e38b275a11/scratchpad/bundle-r5'\nBIN=\"$SP/fp-bin\"                  # INSTRUMENTS — never written to by a run\nRUN_ROOT=\"$SP/fp-run\"             # one timestamped subdir per run\n# ---- THE PROVISIONED RIG (doyle W4C2QFLE) -----------------------------------\n# THE HOME IS NO LONGER THIS DRIVER'S TO CREATE. The LAN-bootstrap set gate refuses a fresh\n# home BEFORE any firewall admission is attempted (lanhost.rs:184-213 -> LanRefused ->\n# serveverb.rs:260; report_lan_admission, which is what reaches the firewall, sits only on the\n# Ok arm at :247), so a run whose home was empty could never create the pair it exists to\n# measure. Provisioning is therefore a SEPARATE MUTATING PHASE with its own grant -- see\n# provision-rig.sh -- and this driver only ever VERIFIES and CONSUMES what that phase produced.\n#\n# ONE DISPOSABLE EXECUTABLE PATH FOR EVERY ROLE (todlando's constraint), and it is structural\n# rather than a convention to remember: the daemon is spawned from std::env::current_exe()\n# (daemon.rs:874) and the brain from that supervisor, so invoking ONLY $EXE makes the CLI, the\n# supervisor and the brain the same path by construction.\n#\n# AN EMPTY PIN IS NOT A MISSING SETTING. It is this run stating that it has no provisioned rig,\n# exactly as TEARDOWN_B64_SHA256 states it has no authorized removal command.\nRIG_ROOT=''                       # <run-root>/rig, written by provision-rig.sh. UNPINNED here.\nH=\"$RIG_ROOT/home\"                # the PROVISIONED isolated SPT_HOME: identity/ (the rig trust\n                                  # key), releases/ (the staged set AND the applied record).\n                                  # PRIOR HOMES ARE STILL NEVER REUSED OR CLEARED: fp-home-d2\n                                  # and fp-home-d2-a2 belong to retained runs and are preserved\n                                  # as their evidence. A rig is ONE ATTEMPT -- S0b consumes this\n                                  # one atomically and a second run gets a refusal, not a reuse.\nEXE=\"$RIG_ROOT/bin/spt.exe\"       # A COPY of the subject, taken by provisioning and hashed\n                                  # there. NEVER the worktree build itself and NEVER the fleet\n                                  # installation: `update apply` replaces the executable it is\n                                  # running, so either of those would be overwritten by the very\n                                  # step that makes the gate passable. The copy is what makes\n                                  # the apply disposable. Its sha is UNCHANGED from the subject\n                                  # r10 built -- a copy that does not hash to EXE_SHA is a\n                                  # different subject and S0b refuses it.\nEXE_SHA='72d309011415b419aabfdb0b4065df1183bfd0069a9f95b5779da62e43349b10'\n# THE CAPTURE SCRIPT IS A SUBJECT TOO (doyle LIRX7EUS). The elevated leg runs BOTH the product\n# and this script, and every document this run reasons about is whatever THIS file produced.\n# An acknowledgment that measures only the executable proves the leg can see one of the two.\n# INTEGRATED 2026-09-13 (doyle W4C2QFLE): the capture successor. Its EXIT CONTRACT is five\n# values, not three, and every record line below that names them says all five -- a 4 or a 5\n# reaching the ledger as an unlabelled nonzero is the coupled defect this integration closes.\n#   predecessor chain, every link hash-verified in history/:\n#   a0e7afbe -> af29bbb3 -> 010666e7 -> 69b8506a   (all PRESERVED; none replaced)\nCAPTURE_SHA='69b8506ac932841223996e7d5ad5ab03a51662ce4eacc6da77dad458a03f620c'\nPORT=29470                        # never 5470\nGUARD_PORT=5470                   # the production port this run must not disturb\nSUBJECT_SHA='85f84d738fa702f35c83910f314aae17849d125c'\nSUBJECT_BLOB='848a23fe18e5ca819774f9881ef13504221992f3'\n# The owned pair's names are PRODUCT CONSTANTS (windows.rs:11-19), not a choice of this rig.\nRULE_TAILNET='spt-core-bootstrap-inbound-tcp'\nRULE_LAN='spt-core-bootstrap-inbound-tcp-lan'\n# POSITIVE CONTROL: a standing rule, read-only, same property set, same route, same process.\n# A property ABSENT on BOTH it and the pair is an INSTRUMENT LIMIT, not a finding about the\n# pair. It is a knob because it names a rule on THIS host; the capture records whether it was\n# actually present, and a control that was NOT present makes the pair's absences unreadable —\n# reported by d2_validate as sound=false, never assumed either way.\n# POSITIVE CONTROL, ACCEPTED BY NAME 2026-09-13 (doyle). Tailscale-In was a CANDIDATE and is\n# MEASURED UNUSABLE: it is a DisplayName, not a rule Name, and TWO rules answer to it -- this\n# capture addresses every rule by -Name, so by that route the store returned nothing, and even\n# by DisplayName an ambiguous control identifies no object. Replaced by the guard rule's own\n# Name, measured through this very capture: found=True matched_count=1 ambiguous=False\n# query_outcome=OK, all seven filter groups one match each, every property observed.\n# IT IS THE 5470 GUARD RULE (DisplayName 'spt lan-bootstrap 5470'), so it is READ ONLY here --\n# the same rule GUARD_PORT exists to protect. Nothing in this run writes it.\nCONTROL_RULE='{FF36EE51-2837-46D8-9AB8-2441D9070633}'\nABSENT_CONTROL='spt-core-bootstrap-inbound-tcp-d2-absent-control'\nPREP_BUDGET_S=600                 # doyle 2026-09-13: PREPARATION IS BOUNDED SEPARATELY and\n                                  # spends no experimental time. The read-only preflight and the\n                                  # executor's hash-verified PREPARED/NOT_STARTED acknowledgment\n                                  # run under THIS bound; the experimental window does not exist\n                                  # yet while they do.\nEXP_BUDGET_S=300                  # plan §4: experimental total, from GO -- NOT from run start\nCLEANUP_REPORT_S=180              # plan §4: cleanup REPORTING deadline, from the end of activity\nHANDOFF_WAIT_S=900                # bounded wait for a liam receipt; narrowed at the point of\n                                  # waiting to what remains of the experimental budget\nCLEANUP_HANDOFF_WAIT_S=300        # likewise narrowed to what remains of the reporting deadline\n# ---- F5 r2.2 BOUNDS (doyle CT6GS2Y6 / O2VBV5LC / B3CMWRQI) ------------------\n# Three constants the predecessor did not have. Each answers a defect the 20260913T071131Z\n# run exhibited, and NONE of them is a duration estimate:\n#   LEDGER_RESERVE_S  the report cannot be starved by the work before it. Every cleanup step\n#                     is bounded by WORK_DEADLINE = REPORT_DEADLINE - this; the ledger owns\n#                     the remainder ALONE and emits without waiting for any child.\n#   KILL_GRACE_S      caller reporting reserve; native setup, termination and confirmation\n#                     live inside the launcher's own deadline. Only retained created handles\n#                     authorize termination. No PID-tree sweep or guard bypass exists.\n#   HANDOFF_CAP_S     a POLICY ALLOCATION of the activity window -- how much of the 300s this\n#                     run will spend waiting on another agent. 94s and 134s are two samples,\n#                     not a distribution, and nothing here is derived from them.\nLEDGER_RESERVE_S=30\nKILL_GRACE_S=5\nHANDOFF_CAP_S=120\n# THE TEARDOWN COMMAND IS PINNED, NEVER COMPOSED (doyle 2026-09-13). The removal this run may\n# need is the PRODUCT'S OWN rendered cleanup command, which only the shipped binary can emit.\n# Until it has been emitted, decoded, reviewed and pinned here, cleanup REFUSES to dispatch any\n# teardown and reports PENDING/review. An empty pin is not a missing setting: it is this run\n# stating that it has no authorized command to hand an elevated leg.\nPRESERVED_D2='C:/Users/decid/Documents/projects/spt-core/.spt/preserved/hertz-fp-driver-review/d2'\nTEARDOWN_COMMAND_FILE=\"$PRESERVED_D2/teardown-command.pinned\"  # the emitted literal, byte for\n                                  # byte. IT LIVES WITH THE PRESERVED REVIEW, NOT IN THE\n                                  # SCRATCHPAD: a reviewed pin that a session teardown can\n                                  # delete is not a pin, and the review that admitted it is\n                                  # the only reason it may be dispatched at all.\n# PINNED 2026-09-13 (doyle F3VCR5KO): the emitted payload is ACCEPTED as the reviewed\n# RULE-REMOVAL CANDIDATE. Acceptance is not permission to execute it -- it is what would make a\n# dispatch under a future grant legitimate at all.\nTEARDOWN_B64_FILE=\"$PRESERVED_D2/d3/decoded-todlando/d3-payload.b64\"\n                                  # THE REVIEWED PAYLOAD ITSELF, at its permanent path. The\n                                  # authority is doyle's pin below, not this driver's opinion.\nTEARDOWN_B64_SHA256='416280dbece2601203c74c3f8e2c46e13009125fa5870166894e079329fb1d43'\n# WHY TWO FILES AND ONE PIN. The bytes dispatched to an elevated leg must be the PRODUCT'S OWN\n# emitted line, never one this driver assembles; the bytes REVIEWED are the base64 payload inside\n# it. So the literal is kept verbatim in TEARDOWN_COMMAND_FILE and the check is that the payload\n# INSIDE that literal is byte-for-byte the reviewed file, which in turn hashes to the pin above.\n# Nothing is composed, and nothing unreviewed can ride along inside a literal that merely looks\n# right.\nRULE_PROBE=\"$PRESERVED_D2/rule-probe.ps1\"\nRULE_PROBE_SHA256='be016198d860076c58257953bf2342fc35fea54550e373aae7e0f2b60132bcee'\n                                  # STALE PIN, CAUGHT BY doyle 2026-09-13: this still named the\n                                  # probe as it was BEFORE its argument transport was corrected,\n                                  # so removal_check would have refused the shipped probe as\n                                  # UNPINNED at run time and no removal could ever be confirmed.\n                                  # The controls did not catch it because the harness recomputed\n                                  # this value instead of reading the driver's own.\n                                  # THE INDEPENDENT POST-REMOVAL CHECK. The product reporting its\n                                  # own success is the claim under test, and the census counts\n                                  # ActiveStore rules by GROUP and PORT -- neither can say which\n                                  # owned NAME is gone, nor anything at all about PersistentStore.\n                                  # This probe addresses each name by InstanceID in each store.\n                                  # It is evidence, so it is pinned like any other instrument.\nTEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\nCI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\nPREP_EPOCH=$(date +%s)            # the PREPARATION clock starts at process start\nPREP_DEADLINE=$((PREP_EPOCH + PREP_BUDGET_S))   # the instant preparation is over; every\n                                  # bounded preflight probe runs under THIS one, so a\n                                  # pre-GO step cannot be handed a window that has not opened\nRUN_EPOCH=''                      # THE EXPERIMENTAL CLOCK DOES NOT EXIST UNTIL GO, and an unset\n                                  # clock is an UNSTARTED experiment: every activity step refuses\n                                  # while it is empty. MEASURED REASON (run 20260913T041410Z):\n                                  # that run charged preparation AND the elevated operator's\n                                  # reading time to the experiment -- handoff_interval alone was\n                                  # 04:17:02Z..04:19:16Z, 134s of a 300s window -- and it reached\n                                  # neither t1 nor t2. Separating the clocks is that measurement's\n                                  # correction, not a preference.\nGO_UTC=''                         # stamped by go(); the instant the experimental window opened\nPREPARED_ACK=''                   # the executor's verified PREPARED/NOT_STARTED receipt path\n\nORIGINAL_RC=0                     # the FIRST failure's code; cleanup never changes it\nORIGINAL_WHY=''\nABORT=0\nCLEANUP_ENTERED=0\nCLEANUP_FAILURES=0\nD1_OK=unknown\nHANDOFF_SEQ=0\nHO_SEQ=''; HO_NONCE=''; HO_RECEIPT=''; HO_OUT=''; HO_ERR=''\n# D2 state. Every value below is REPORTED, and each one starts at the reading that assumes\n# the least: an unread exit is not a zero one, and an uncaptured point is a gap.\nD2_T1=UNAVAILABLE\nD2_T2=NOT_RUN\nD2_T3=NOT_RUN\nD2_T1_VALID=NOT_VALIDATED\nD2_T2_VALID=NOT_VALIDATED\nD2_T3_VALID=NOT_VALIDATED\nD2_T1_QF=0                       # query failures among the REQUIRED observations at each point:\nD2_T2_QF=0                       # observed and recorded, never counted as successful ones\nD2_T3_QF=0\nVALIDATE_QF=0\nSETUP_RC=255\nTEARDOWN_RC=255\n# THE SETUP COMMAND'S OWN BOUNDS, stamped INSIDE the elevated leg and read back from the\n# files that leg was asked to write. They are not this driver's clock: it never runs the\n# command, so it cannot time it. UNRECORDED until the leg answers.\nSETUP_START_UTC=UNRECORDED\nSETUP_END_UTC=UNRECORDED\nSETUP_EXIT_FILE=ABSENT           # the exit the leg preserved BEFORE t1 ran; a cross-check on\n                                 # the receipt's exit= claim, never a substitute for it\n# THE ELEVATED CAPTURE'S OWN BOUNDS, likewise stamped inside the leg. A document utc plus an\n# exit file is ONE instant and a file mtime; these are two stamps taken around the command.\nT1_START_UTC=UNRECORDED\nT1_END_UTC=UNRECORDED\n# THE HANDOFF'S BOUNDS -- a DIFFERENT interval, this driver's own: when it wrote the request\n# and when it verified the receipt. It opens before the command exists and closes after the\n# command has finished, so it is never the command's creation record.\nHANDOFF_REQUEST_UTC=UNRECORDED\nHANDOFF_RECEIPT_UTC=UNRECORDED\nTS_ORDER=UNMEASURED              # the six stamps above compared with the calendar, not assumed\nPRE_SETUP_ABSENCE=UNRECORDED\nRESIDUE_COUNT=UNMEASURED\nRESIDUE_LIVE=0                   # tracked identities re-queried and still running\nRESIDUE_GONE=0                   # tracked identities measured absent (or pid-reused)\nRESIDUE_UNREADABLE=0             # attribution missing or unreadable: NEVER read as clean\nIDENT_CAPTURE_RC=1               # the capture command's own exit; 1 until it has run\nCAPTURE_USABLE=no                # a capture supports CLEAR only when proven complete\nCAPTURE_INTEGRITY=''             # why it is or is not usable, in words\nDAEMON_STOP_RC=NOT_RUN           # run-job stop/confirmation outcome, not the guarded daemon-stop verb\nLISTENER_STATE=UNMEASURED        # unread is read as LIVE: an unread port is not an empty one\nCAPTURE_CONTRACT=NOT_SATISFIED    # earned, never defaulted to satisfied\nCLEANUP_VERDICT=PENDING           # PENDING until VERIFIED is measured; a clock never earns it\nEXPERIMENTAL_ENDED=''\n# ---- evidence dir: per-run, never reused, never truncated (F4/F5/D10) -------\nRUN_ID=\"$(date -u +%Y%m%dT%H%M%SZ)\"\nR=\"$RUN_ROOT/$RUN_ID\"\nif [ -e \"$R\" ]; then\n…\nfi\nmkdir -p \"$R\" || { echo \"REFUSED: cannot create evidence dir $R\" >&2; exit 64; }\nST=\"$R/state\"; mkdir -p \"$ST\"\nmkdir -p \"$R/handoff\"\nSECRET=\"$R/.secret\"; mkdir -p \"$SECRET\"; chmod 700 \"$SECRET\" 2>/dev/null\n\nstamp()  { echo \"$(date -u +%Y-%m-%dT%H:%M:%SZ) $1\" >> \"$R/timeline.txt\"; }\nrecord() { echo \"$1\" | tee -a \"$R/findings.txt\"; }\nexits()  { echo \"$1\" >> \"$R/exits.txt\"; }\ncfail()  { echo \"$(date -u +%Y-%m-%dT%H:%M:%SZ) $1\" >> \"$R/cleanup-failures.txt\"; CLEANUP_FAILURES=$((CLEANUP_FAILURES + 1)); }\n\n# The first failure owns the exit code and the verdict. Later noise cannot replace it.\nset_original() {\n  if [ \"$ORIGINAL_RC\" -eq 0 ]; then ORIGINAL_RC=\"$1\"; ORIGINAL_WHY=\"$2\"; fi\n}\n\n# ---- resource state: marked BEFORE the dispatch that could create it -------\n# On disk, so a SIGKILL or a power loss still leaves the marker for whoever cleans up.\nmark_state() { echo \"$(date -u +%Y-%m-%dT%H:%M:%SZ) $2\" > \"$ST/$1\"; record \"STATE_MARKED $1 — $2\"; }\nhas_state()  { [ -f \"$ST/$1\" ]; }\n\n\ndie() { … }\n# ---- binder identity: complete normalised path comparison (r2) --------------\n# Replaces the grep substring test at the trial's binder check. Lifted VERBATIM from\n# v9-exercises/binder-path/binder-path-r2.sh and fenced below, so the copy can be\n# diffed against the file the fixtures actually exercise. binder-path-fixtures-r2.sh\n# asserts the two are identical line for line: an inlined copy that quietly drifts\n# from its tested original is a comparator nobody has tested.\n# BINDER-PATH-BEGIN\nbinder_path_canon() { … }\n\n# The Path value runs from the field to end of line. The field must be the whole key at the\n# start of the line, optionally indented -- not any text containing \"Path=\".\nbinder_path_field() { … }\n\nbinder_path_verdict() { … }\n# BINDER-PATH-END\n\nvoid() { … }\n\n# ---- 5470 preservation: FIELDS, and diff's three distinct answers (F3/F6) --\nguard_snapshot() { # TAG\n…\n}\nguard_baseline_taken=0\nguard_assert() { # TAG — compares against the baseline and classifies diff's exit\n…\n}\n\n# ---- liam handoff: a receipt is a claim; my own census is the evidence (D2) -\n# The driver NEVER elevates. It writes exactly what it needs run, waits for a\n# receipt carrying its nonce, and then MEASURES. If the measurement disagrees with\n# the receipt, the measurement wins and the run halts.\n# THE RETURN CHANNEL CARRIES NO LOG OUTPUT, AND NO STATE IS ALLOCATED IN A SUBSHELL.\n# v5 defect (doyle): this was called as spec=$(handoff_request ...) while `record` tees to\n# stdout, so the captured spec contained the log line as well as the value, and the\n# HANDOFF_SEQ increment happened in the command-substitution subshell and was lost --\n# every request would have been seq 001. Fixed by removing the substitution entirely:\n# this sets PARENT globals and returns nothing on stdout.\n#   HO_SEQ  HO_NONCE  HO_RECEIPT  HO_OUT  HO_ERR\nhandoff_request() { # NAME  DESCRIPTION  COMMAND-TEXT\n…\n}\n# CONTEXT decides what a signal means here (doyle's v5 blocker 5): in the NORMAL flow a\n# signal must stop us waiting, but the AUTHORIZED TEARDOWN is the one thing that still\n# needs to complete after a signal -- otherwise a Ctrl-C guarantees rules are left behind,\n# which is the opposite of what signal handling is for. So:\n#   context=trial    ABORT stops the wait (and no trial resumes: trial() calls\n#                    abort_check, and cleanup is terminal -- it never returns to the flow)\n#   context=cleanup  ABORT does NOT stop the wait. Waiting for a teardown receipt is not\n#                    resuming work; it is finishing the only obligation left. The wait is\n#                    separately bounded by CLEANUP_HANDOFF_WAIT_S so it cannot hold the\n#                    remaining independent teardown steps open indefinitely.\nhandoff_await() { # CONTEXT(trial|cleanup)\n…\n}\n# The exit status of a command this driver did not run. It comes back in the receipt,\n# and it is a NECESSARY condition, never a sufficient one: an absent or unparseable\n# exit is treated as a failure, because an unread exit is not a zero one.\n# EXACTLY ONE COMPLETE RECORD, OR 255. v5 took the FIRST substring matching exit=, so a\n# receipt carrying two exit records, or the text 'exit=0' inside a sentence, would have\n# been accepted (doyle). The record must be a WHOLE LINE and must occur exactly once;\n# anything else is malformed and counts as 255, because an unread exit is not a zero one.\nhandoff_exit() { # (reads HO_RECEIPT)\n…\n}\n\n# PREPARATION (600 s, from process start). Read-only preflight and the executor's\n#   hash-verified PREPARED/NOT_STARTED acknowledgment. NO EXPERIMENTAL TIME IS SPENT\n#   HERE: the experimental clock does not start until go(), and every activity step\n#   refuses while it is unstarted. Overrunning preparation is a REFUSAL TO START, never\n#   a truncated experiment -- nothing has been created yet, so there is nothing to\n#   truncate and nothing to tear down.\n# ---- THREE BUDGETS, ENFORCED AND SEPARATE (plan §4; doyle 2026-09-13) --------\n# The EXPERIMENTAL budget bounds ACTIVITY. The CLEANUP budget bounds the REPORT. They are\n# different clocks measuring different obligations, and the second one starts where the\n# first one ends:\n#\n#   EXPERIMENTAL (300 s, FROM GO -- not from run start). Reaching it ENDS ACTIVITY AND\n#   STARTS CLEANUP.\n#   IT NEVER SKIPS CLEANUP -- the deadline exits through the EXIT trap, which is the only\n#   way cleanup is ever entered, so a truncated run tears down exactly like a complete one.\n#   A phase cut short is REPORTED AS TRUNCATED, naming the phase; a truncated phase's\n#   absence of a field is \"NOT CAPTURED\", never \"not present\".\n#\n#   CLEANUP REPORTING (180 s, from the end of activity). Reaching it means THE REPORT IS\n#   DUE. It does NOT mean the host is tidy and it never converts PENDING into VERIFIED:\n#   while a residual-identity authorization is outstanding, cleanup stays PENDING and the\n#   identities are reported for the next consumer to act on.\nCLEANUP_EPOCH=0\n# THE DEADLINE INSTANTS. A remaining-seconds helper answers 'how long may this step run';\n# an INSTANT answers 'by when must it be over', and only the second can be handed to a\n# sequence of queries without each one silently re-granting itself the rest of the budget.\nEXP_DEADLINE=0                   # RUN_EPOCH + EXP_BUDGET_S,  set at go()\nREPORT_DEADLINE=0                # CLEANUP_EPOCH + CLEANUP_REPORT_S, set at end_experimental()\nWORK_DEADLINE=0                  # REPORT_DEADLINE - LEDGER_RESERVE_S, same place\nSETUP_COMPLETION=UNPROVEN        # R6: proven only by a run-bound receipt with terminal fields\nCLEANUP_STOP_STATE=NOT_REACHED   # which gate outcome step 1 took (IR-124)\nTEARDOWN_DISPATCH=NOT_REACHED    # whether a teardown command was dispatched, and why not\nREMOVAL_CHECK=NOT_REACHED        # the INDEPENDENT reading, by name and by store\nREMOVAL_PRE=NOT_REACHED          # the same reading taken BEFORE any teardown was asked for\nDAEMON_STOP_STATE=NOT_REACHED    # which gate outcome the daemon stop took, reported either way\n# ---- THE PINNED REMOVAL INSTRUMENT, VERIFIED TWICE (doyle 2026-09-13) --------\n# Once BEFORE GO -- a run that cannot remove what it is about to create must never open the\n# window -- and again immediately BEFORE USE, because the file can change in between and the\n# first reading would then be about bytes nobody is dispatching. Each call names its context so\n# the two readings cannot be mistaken for one another in the ledger.\n#\n# WHAT THE INSTRUMENT IS, read from the decoded payload: it removes the two OWNED rules from\n# PersistentStore after asserting each rule's group and TCP protocol, then re-reads BOTH stores\n# and throws if anything remains. IT STOPS NO LISTENER AND REMOVES NO PROCESS. The listener and\n# process disposition stays exactly where it was -- a separate, observation-gated question that\n# this command neither answers nor affects.\nteardown_pin_verify() { # CONTEXT -> 0 when the reviewed instrument is present and intact\n…\n}\n# ---- THE INDEPENDENT POST-REMOVAL READING (doyle 2026-09-13) -----------------\n# It answers one question the product's verdict and the group/port census cannot: is EACH owned\n# NAME gone from EACH store. Its outcomes are named separately because they are different facts\n# and they are not equally bad:\n#\n#   CONFIRMED           both names absent in both stores, with both per-store controls alive\n#   PARTIAL             some absent, some present -- a removal that took one rule and not the\n#                       other. THE SUCCESSFUL HALF IS NOT A SUCCESS: what remains is admission\n#                       that is still open, and no retry is issued.\n#   ACTIVESTORE_RESIDUE PersistentStore clean, ActiveStore still holding an owned name. The\n#                       persistent rule is gone and the LIVE one is not, so the host is still\n#                       admitting on it. Named on its own because a reader who sees \"removed\n#                       from the store it was written to\" would otherwise call this clean.\n#   FAILED              every owned name still present\n#   UNREADABLE_*        the probe did not run, is not the pinned probe, its controls are dead,\n#                       or it returned fewer readings than names x stores. An instrument that\n#                       could not look is NOT a host that is clean.\n#\n# EVERY OUTCOME EXCEPT CONFIRMED IS PENDING/review at the call site. None of them dispatches\n# anything: this function reads, and the run reports.\nremoval_check() { # TAG -> sets REMOVAL_CHECK\n…\n}\n# AN UNSTARTED CLOCK IS NOT A FULL BUDGET. Before go() there is no experimental window at\n# all, and a caller asking how much of it remains is asking about something that does not\n# exist yet. Echoing EXP_BUDGET_S there would hand an activity step a full window it was\n# never granted -- exactly the confusion go() exists to prevent.\nexp_left() { … }\n# r5: actual argv vector, owned job confirmation, direct state kept separate.\nBOUNDED_STATE=NOT_REACHED\nLAUNCH_SEQ=0\nRUN_JOB_EXPECTED=0\nSUBJECT_STATE=NOT_STARTED\nlaunch_file() { echo \"$R/launched-identities.txt\"; }\nlauncher_record() { python \"$BIN/launch-record.py\" field \"$2\" \"$1\"; }\nlaunch_admission() { # LABEL -> audited creation-chain scope, never inferred from a scan\n…\n}\nregister_launched() { # LABEL RECORD_JSON\n…\n}\nmeasure_termination() { # LABEL SEQ DEADLINE: status is owned-job evidence, not a pid scan\n…\n}\nbounded() { # LABEL DEADLINE_EPOCH OUT ERR -- COMMAND...\n…\n}\ncoverage_verdict() { … }\nrun_daemon_start() { … }\nrun_daemon_require_ready() { … }\nrun_daemon_stop() { … }\n\n# PRESERVE WHATEVER AN EXPIRED STEP WROTE. Completion unverified is not an absent document:\n# a write can have finished, half-finished, or not started, and only inspection tells them apart.\npreserve_unverified() { # LABEL PATH...\n…\n}\n# THE OUTPUT PATHS ARE PARAMETERS, NOT A REDIRECTION AT THE CALL SITE (r10's defect, and it\n# cost IR-123 an unpassable gate): `record` TEES TO STDOUT, so `bounded ... > file` would file\n# this function's own log lines into the subject's output. bounded takes explicit OUT and ERR\n# channels so the instrument's own logs cannot become subject evidence.\n# WHICH DEADLINE A STEP IS UNDER IS A PROPERTY OF THE PHASE, NOT OF THE CALL SITE. One\n# helper answers it, so a probe called from preparation, from the window and from cleanup\n# cannot silently re-grant itself the wrong budget -- which is exactly what a remaining-seconds\n# reading does when the clock it reads has not started.\ncur_deadline() { … }\n# THE EXECUTABLE MUST BE NAMED TO WINDOWS. A call site spells its program the way bash finds\n# it; the launcher needs a Windows path. `command -v` resolves it against the SAME PATH bash\n# would have used, so the program that runs is the program the call site named. An\n# unresolvable program is refused AT THE CALL, where it is still true that nothing was\n# launched -- not inside the launcher, where it would be an error with no identity behind it.\nwin_exe() { # PROGRAM -> WINDOWS PATH | ''\n…\n}\ncleanup_left() { … }\nprep_left() { … }\nprep_check() { # LABEL - called before each PREPARATION step\n…\n}\n# GO - THE ONE PLACE THE EXPERIMENTAL CLOCK EVER STARTS (doyle 2026-09-13). It is a\n# separate act from preparation on purpose: the 300s window pays for THIS RUN'S ACTIVITY,\n# and it must not already be running while an elevated operator reads a request. MEASURED\n# REASON: run 20260913T041410Z spent 134s of its 300s at the setup handoff and reached\n# neither t1 nor t2.\ngo() { # WHY\n…\n}\nend_experimental() { # WHY — idempotent: the reporting clock starts exactly once\n…\n}\ndeadline_check() { # ACTIVITY-ONLY. LABEL — called before each activity step\n…\n}\n\n# ---- the D2 capture point --------------------------------------------------\n# THE ARGUMENT FORM IS MEASURED, NOT ASSUMED (control receipt, 2026-09-13). MEASURED ON THIS\n# BOX, FOR THIS INVOCATION SHAPE -- a [string[]] parameter reached from bash through\n# powershell.exe -- and the finding is scoped to exactly that; it is not a claim that -File\n# is broken in general:\n#   -File <script> -RuleName a,b   bound ONE element \"a,b\". The capture would then query a\n#                                  name that cannot exist and record NO_RULE for both halves\n#                                  of a pair that is present.\n#   -File <script> -RuleName a b   failed binding outright (\"A positional parameter cannot be\n#                                  found\"), exit 1.\n#   -Command \"& '<script>' -RuleName @('a','b'); exit $LASTEXITCODE\"   delivered TWO elements.\n# The trailing `exit $LASTEXITCODE` is load-bearing in the same measured way: without it a\n# script exit of 2 arrived as 1, laundering the one exit that is this instrument's entire\n# failure report.\n#\n# THE EXIT GOES TO ITS OWN FILE. It is never mixed with, inferred from or overwritten by the\n# setup's exit, and no property state is ever encoded into it (plan §5.0).\n#\n# THE CAPTURE IS BOUNDED, AND A HANG IS ITS OWN OUTCOME (doyle, 2026-09-13). A budget checked\n# BETWEEN steps bounds a sequence, not a process: a capture that never returns would sit\n# inside one step while both deadlines pass unread. So each point runs under an explicit\n# bound and a hang is recorded as CAPTURE_TIMEOUT -- which is neither a written document nor\n# a write failure, and must never be read as either. The bound is passed in by the caller\n# because the two clocks are different: the experimental budget pays for t1 and t2, and what\n# remains of the REPORTING deadline pays for t3.\nd2_capture_at() { # POINT BOUND_SECONDS\n…\n}\n\n# VALIDATION DECIDES WHETHER THE OBSERVATION WAS MADE. It never decides whether a value is\n# the wanted one: [5, 20] is accepted exactly as [1] would be, and null, \"\" , [] and ABSENT\n# are four legitimate observations. Only a MISSING REQUIRED OBSERVATION makes a document\n# incomplete; a DENIED or ERROR outcome is a QUERY FAILURE THAT WAS OBSERVED and is counted\n# and reported beside it. Exit 2 is an unreadable document -- an instrument failure, not a\n# finding about the host.\n# IT SETS A GLOBAL AND ECHOES NOTHING (r10's handoff_request precedent, and the second half\n# of the defect the control caught): `record` TEES TO STDOUT, so any helper that logs and then\n# echoes a value hands its caller the log as well as the value. VALIDATE_RESULT is read by the\n# caller on the next line.\nVALIDATE_RESULT=NOT_VALIDATED\nd2_validate_at() { # POINT -> sets VALIDATE_RESULT; returns nothing on stdout\n…\n}\n\n# ---- run-bound process identity, captured WHILE THE PROCESSES ARE LIVE ----------\n# Cleanup can only re-query an identity somebody wrote down. This is where it is written\n# down, immediately after the elevated leg that starts the daemon, and it is the ONLY basis\n# on which cleanup later says a process of this run is gone.\n#\n# WHY NOT A COMMAND-LINE MATCH (doyle, 2026-09-13): r10's actual survivors ran\n# `daemon run --detached` and `daemon brain --generation 0 --start-reason cold` -- neither\n# carries the isolated home, so a home-string predicate reports a confident CLEAR over exactly\n# the processes that were left behind. The pid FILE names the supervisor, the process TABLE\n# gives it a creation time, an executable path and a command line, and the parent relationship\n# gives the brain. Those are what get re-queried.\n#\n# It records, and records nothing it could not read. A missing pid file, a non-numeric pid, an\n# unreadable table: each is written as IDENT_PROBE=UNREADABLE with its reason, and cleanup reads\n# that as UNREADABLE rather than as an empty list.\ncapture_run_identities() { # WHEN\n…\n}\n# ---- is the captured identity set USABLE AS EVIDENCE OF ABSENCE? ---------------\n# (doyle's second admission blocker, 2026-09-13.) Re-querying the rows we happen to have only\n# proves something about the rows we happen to have. A capture INTERRUPTED after the supervisor\n# row leaves one plausible-looking record; that pid is later absent, every tracked identity then\n# reads GONE, and cleanup declares CLEAR while an UNRECORDED BRAIN is still running. The gap is\n# not in the re-query, it is in trusting a partial capture.\n#\n# So a capture may support CLEAR only when ALL of these hold, and each is checked, not assumed:\n#   the capture command exited 0;\n#   EXACTLY ONE completion marker `IDENT_PROBE=OK tracked=N` is present;\n#   N equals the number of IDENT rows actually written;\n#   every row carries a numeric pid, a READABLE creation timestamp, a non-empty executable and a\n#     non-empty command line.\n# Anything else is UNREADABLE -- INCLUDING the case where every recorded pid is now absent.\nts_readable() { # a timestamp we can COMPARE -- parsed, not merely shaped\n…\n}\ncapture_is_complete() { # -> 0 when the recorded set may support a CLEAR verdict\n…\n}\n# ---- state-aware cleanup, entered EXACTLY ONCE (D1/F1/F2/C) ----------------\n# EVERY STEP RUNS. NO STEP IS SKIPPED BECAUSE AN EARLIER ONE FAILED, and no check in\n# here may terminate the function (doyle's v5 blocker 4). The rule is structural: inside\n# cleanup, failures go to cfail() and a counter, never to die() or void(); guard_assert is\n# called for its RECORDED STATUS and its return value is not allowed to decide control\n# flow here.\n#\n# MEASURED, because the blocker named a mechanism I could not reproduce: guard_assert as\n# written has no exit path at all — every arm ends in `return 0|1|2`, and nothing else\n# reachable from cleanup calls die or exit. So a guard_assert cannot today skip the daemon\n# shutdown. The REQUIREMENT is right even though that path is not present, so it is now\n# enforced by construction rather than left to inspection, and the real ordering hazard\n# adjacent to it IS fixed: in v5 the teardown handoff could block for up to 900s ahead of\n# the daemon stop, so those independent steps waited on a receipt that might never come.\n# The cleanup wait is now bounded by WHAT REMAINS OF THE REPORTING DEADLINE, and a missing\n# receipt leaves the state marker set and proceeds.\n#\n# D2 ADDS THREE OBLIGATIONS HERE, all of them before or around the teardown:\n#   t3, captured IMMEDIATELY BEFORE THE TEARDOWN REQUEST IS WRITTEN — the last look at a\n#      pair that is about to stop existing;\n#   the MANIFEST, hashed BEFORE teardown, so the documents are pinned while their subject\n#      is still there to re-read;\n#   RESIDUAL IDENTITY, reported when the teardown could not be verified or a daemon\n#      remains: pid + creation time + executable path + command line, read fresh. This\n#      driver REPORTS and STOPS. It kills nothing: the r10 pid authorization was\n#      pid-specific and is SPENT, and a fresh pid-naming authorization is a STOP, not a\n#      step (plan §6).\n#\n# The firewall teardown must stay AHEAD of the daemon stop: `serve lan --stop` reaches the\n# broker through ensure_running (serveverb.rs:191), so stopping the daemon first would\n# make the teardown spawn a fresh one. The order is a dependency, not a preference.\n# ---- RESIDUE, MEASURED AS ITS OWN ACT (doyle 2026-09-13) -------------------\n# Extracted from cleanup() unchanged in substance so it can be called TWICE: once as the GATE\n# before anything is stopped, and once as the VERDICT after cleanup has run. The scan is a\n# MEASUREMENT and never complains; only the verdict pass raises a cleanup failure, because a\n# LIVE process before the stop is the reason to stop, while a LIVE process after it is a\n# finding. Each pass writes its own evidence file, so neither overwrites the other's record.\n#   tag      names the pass and its evidence file (residue-<tag>.txt)\n#   verdict  yes|no -- whether this pass may raise cleanup failures\nresidue_scan() { # TAG VERDICT\n…\n}\n\ncleanup() { … }\n\n# ---- the run ledger --------------------------------------------------------\n# THE VERDICTS LIVE HERE, NOT IN THE EXIT CODE. This driver's zero says the sequence ran and\n# the ledger was written; it is never a statement that the capture contract was satisfied,\n# exactly as a capture's property states never live in its exit code.\n#\n# THE FOUR EXITS ARE FOUR SEPARATE VALUES. The elevated setup's exit and each capture's exit\n# are reported side by side and none is inferred from another (plan §5.0).\n#\n# THE CAPTURE CONTRACT IS EARNED. It requires all three points captured and validated\n# COMPLETE, with sound controls. t1 UNAVAILABLE is a LABELLED EVIDENCE GAP: the run then\n# collected a smaller set, says so, and no downstream conclusion may rest on the missing\n# observation.\nd2_ledger() { … }\non_signal() { # SIG\n…\n}\ntrap 'on_signal INT'  INT\ntrap 'on_signal TERM' TERM\ntrap 'on_signal HUP'  HUP\ntrap cleanup EXIT\n# RESIDUAL, named rather than papered over: SIGKILL and power loss run nothing. The\n# state markers in $ST are the recovery instruction — read them and the last\n# portfields snapshot BEFORE anything else touches this box.\n\nabort_check() { [ \"$ABORT\" -eq 0 ] || void \"aborted by signal before this step\"; }\n\n# ---- CI axis, on the CODE repo, job-level, exit gated (D3) -----------------\n# THE ACTIVE STATUSES, asked for BY NAME (r9). The previous gate listed the latest 10 runs\n# and filtered them for non-terminal status, which can only ever see an active run that is\n# also RECENT. A run queued behind 40 newer completed ones is invisible to it, and the gate\n# reported \"no non-terminal runs\" -- a clean zero over a window that never contained the\n# answer. Admission must not depend on active jobs being recent.\n# Values are gh's own (gh 2.89.0, `gh run list --help`): queued, in_progress, requested,\n# waiting and pending are the non-terminal set; completed and the conclusion values are not\n# statuses a run can still be occupying the box in.\n# action_required is NOT here (doyle, r10). It is a CONCLUSION, not a status a run is still\n# occupying the box in, so blocking on it would let a historical completed run refuse\n# admission indefinitely -- a gate that can never clear. The five non-terminal statuses\n# already cover a run waiting on approval.\nCI_ACTIVE_STATUSES='queued in_progress requested waiting pending'\nCI_STATUS_LIMIT=100\n\nci_scan_file() { # FILE -> echoes ids; rc 0 = read, 2 = unreadable\n…\n}\n\nci_gate() { # TAG\n…\n}\n\n# ---- what the box census is allowed to permit, written down (doyle) --------\n# The census no longer excludes anything by name; it RESOLVES each build-class process\n# to its command line and parent chain and classifies it. The gate is here, in the\n# driver, so the decision is auditable instead of buried in an instrument's filter:\n#   cargo_build      > 0  HALT. A producer competes for this box, and this run mutates\n#                         the host firewall while it is here.\n#   runner_descended > 0  HALT. The self-hosted runner is building on this box.\n#   shim_unresolved  > 0  HALT, FAIL CLOSED. A build-class name whose command line does\n#                         not resolve to a producer is not evidence of a quiet box.\n#   analyzer         > 0  RECORDED, NOT GATED, and the reason is stated: rust-analyzer\n#                         is a long-lived IDE service that is never absent on this\n#                         workstation, it is NAMED in the evidence with its command\n#                         line. Gating on it would make the gate unpassable.\n#   D2 CORRECTION, by replacement rather than carried forward: r10 justified the analyzer\n#   exemption by saying its adjacent load 'is exactly what the per-trial CPU bracket\n#   measures'. THERE IS NO CPU BRACKET AND NO WALL HERE. The remaining reason stands on\n#   its own -- the exemption is about a service that is always present, not about a\n#   measurement this run no longer takes.\nbox_gate() { # RUNNER_CENSUS_FILE  LABEL\n…\n}\n\nemit_ceiling() { # WHEN\n…\n}\n\nemit_ceiling pre-preflight\n# ===========================================================================\n# S0a  THE DRIVER MUST NOT BE ELEVATED — asserted, not commented (D2)\n# ===========================================================================\nelev=$(pwsh -NoProfile -Command '([Security.Principal.WindowsPrincipal][Security.Principal.WindowsIdentity]::GetCurrent()).IsInRole([Security.Principal.WindowsBuiltInRole]::Administrator)' 2>\"$R/s0a-elev.err\")\nerc=$?\nexits \"s0a_elev_EXIT=$erc\"\n[ \"$erc\" -eq 0 ] || die \"could not determine this process's elevation; refusing to continue (an unmeasured privilege is not an unelevated one)\"\nrecord \"ELEVATION self=$elev (expect False)\"\n[ \"$elev\" = 'False' ] || die \"this driver is ELEVATED. The trial driver must remain unelevated; elevated work goes to liam by handoff.\"\n\n# ===========================================================================\n# S0b  THE PROVISIONED RIG IS VERIFIED AND CONSUMED — NEVER PROVISIONED HERE\n# ===========================================================================\n# PREPARATION VERIFIES; IT DOES NOT PROVISION (doyle W4C2QFLE). Everything in this section is\n# READ-ONLY over the rig except one atomic marker, and that marker is the consumption.\n#\n# THE PRODUCT'S GATES DO NOT REJECT EVERY UNRELATED OR PREVIOUSLY USED HOME, and I said\n# otherwise in the first proposal — doyle corrected it. A home that happens to carry a matching\n# applied set would satisfy the conjuncts perfectly well. So exclusive creation, provenance and\n# one-attempt consumption are THE RIG'S OWN obligations, enforced here and in provision-rig.sh,\n# and never inferred from the product refusing something.\nif [ -z \"$RIG_ROOT\" ]; then\n  die \"no provisioned rig is pinned (RIG_ROOT is empty). This driver does not create one: provisioning is a separate mutating phase with its own grant, and a run that provisioned its own subject could not tell a prepared home from one it repaired to make a check pass.\"\nfi\n[ -d \"$RIG_ROOT\" ] || die \"the pinned rig root does not exist: $RIG_ROOT\"\n[ -d \"$H\" ]        || die \"the pinned rig has no home at $H\"\n[ -f \"$EXE\" ]      || die \"the pinned rig has no executable at $EXE\"\nPROVENANCE=\"$H/provenance.json\"\n[ -f \"$PROVENANCE\" ] || die \"no provenance record at $PROVENANCE. An intentionally provisioned home is a MEASURABLE property, not an assertion: without the record this home is indistinguishable from a leftover.\"\n# ONE ATTEMPT, CONSUMED ATOMICALLY. mkdir either creates the directory or fails because it is\n# already there; a test-then-create would leave a window in which two runs both read 'absent'.\n# A CONSUMED RIG IS NEVER CLEARED AND NEVER REUSED: the refusal is the point, and the evidence\n# of the previous attempt -- successful or failed -- stays exactly where it is.\nif ! mkdir \"$H/.consumed\" 2>/dev/null; then\n  die \"this provisioned rig has ALREADY BEEN CONSUMED (see $H/.consumed). A rig is one attempt: provision a new one rather than reusing or clearing this, whose contents are the previous attempt's evidence.\"\nfi\n{ echo \"run_id=$RUN_ID\"; echo \"consumed_utc=$(date -u +%Y-%m-%dT%H:%M:%SZ)\"; echo \"driver=$0\"; } > \"$H/.consumed/run.txt\" 2>/dev/null\nrecord \"RIG_CONSUMED $H/.consumed created by run $RUN_ID — exclusive creation, so a second run refuses rather than sharing this subject\"\n# PROVENANCE FIELDS, read as plain strings. The rig does NOT parse the product's cache files:\n# what the applied state is was measured by provisioning, with the product's own output kept\n# beside this record, and re-deriving it here from internals would be a second, weaker reading.\nprov_field() { # KEY -> value | ''\n  sed -n 's/.*\"'\"$1\"'\"[[:space:]]*:[[:space:]]*\"\\([^\"]*\\)\".*/\\1/p' \"$PROVENANCE\" | head -1\n}\nP_RUN=$(prov_field rig_id);          P_EXE=$(prov_field rig_exe)\nP_SHA=$(prov_field rig_exe_sha256);  P_HOME=$(prov_field home)\nP_VER=$(prov_field applied_version); P_KEY=$(prov_field trust_key_id)\nP_EVID=$(prov_field applied_evidence)\nrecord \"RIG_PROVENANCE rig_id=$P_RUN exe=$P_EXE sha256=$P_SHA home=$P_HOME applied_version=$P_VER trust_key_id=$P_KEY evidence=$P_EVID\"\nfor f in P_RUN P_EXE P_SHA P_HOME P_VER P_EVID; do\n…\ndone\n# THE BYTES, MEASURED HERE AND NOT TAKEN FROM THE RECORD. A provenance file that says what the\n# sha is proves only what provisioning believed; this is the reading that binds the subject.\nRIG_EXE_SHA_NOW=$(sha256sum \"$EXE\" 2>/dev/null | cut -d' ' -f1)\n[ -n \"$RIG_EXE_SHA_NOW\" ] || die \"could not hash $EXE — an unmeasured executable is not the subject\"\n[ \"$RIG_EXE_SHA_NOW\" = \"$EXE_SHA\" ] || die \"the rig executable hashes to $RIG_EXE_SHA_NOW and the pinned subject is $EXE_SHA. Different bytes are a different subject.\"\n[ \"$P_SHA\" = \"$EXE_SHA\" ] || die \"the provenance record names $P_SHA and this run's subject is $EXE_SHA: this rig was provisioned for a different binary.\"\n# THE PATHS, COMPARED CANONICALLY with the same r2 comparison the binder check uses. A string\n# comparison would accept two spellings of one path and reject one path spelt two ways.\nrig_canon=$(binder_path_canon \"$EXE\") || die \"could not canonicalise $EXE\"\nprov_canon=$(binder_path_canon \"$P_EXE\") || die \"could not canonicalise the provenance path $P_EXE\"\n[ \"$rig_canon\" = \"$prov_canon\" ] || die \"the provisioned executable ($P_EXE) is not the one this run would invoke ($EXE)\"\nhome_canon=$(binder_path_canon \"$H\") || die \"could not canonicalise $H\"\nprov_home=$(binder_path_canon \"$P_HOME\") || die \"could not canonicalise the provenance home $P_HOME\"\n[ \"$home_canon\" = \"$prov_home\" ] || die \"the provenance record belongs to a different home ($P_HOME): this rig is not this run's\"\n# THE APPLIED STATE'S EVIDENCE. Provisioning verified a genuine Applied state with the product's\n# own output; PREP requires that evidence to EXIST and to name the same version. It is not\n# re-derived from the release cache here: a second, weaker reading of the same fact would add no\n# assurance and would put the rig in the business of parsing product internals.\n[ -f \"$P_EVID\" ] || die \"the applied-state evidence named by the provenance record is absent ($P_EVID). A recorded version with no evidence beside it is a claim, not a measurement.\"\ngrep -q \"$P_VER\" \"$P_EVID\" || die \"the applied-state evidence does not mention version $P_VER\"\nrecord \"RIG_VERIFIED exe_sha256=$RIG_EXE_SHA_NOW (measured here) canonical_path=$rig_canon applied_version=$P_VER evidence=$P_EVID\"\nrecord \"  BINDER EQUALITY IS NOT CHECKED HERE (doyle W4C2QFLE): whether the LISTENER is this executable is a POST-SETUP question, and there is no listener yet. It is measured at setup-post-listener, where it has a subject.\"\n\n# ===========================================================================\n# S0c  INSTRUMENTS: present, and HASHED INTO THE EVIDENCE (F10 + C)\n# ===========================================================================\n# THE SET CHANGED WITH THE WORKLOAD. cpubracket.ps1 is gone with the timed trials it\n# bracketed; d2_capture.ps1 and d2_validate.py are new. runner-census.ps1 STAYS: shared-host\n# admission is not workload, and its ancestry-authenticated census is what makes box_gate a\n# measurement instead of a name filter.\nfor inst in census.ps1 runner-census.ps1 portfields.ps1 d1_render.py d2_capture.ps1 d2_validate.py launch-v2.ps1 launch-v2.cs launch-record.py run-daemon-ready.ps1 run-daemon-control.py; do\n  [ -f \"$BIN/$inst\" ] || die \"instrument $BIN/$inst is missing — every dependency must exist before any runnable claim\"\ndone\nsha256sum \"$BIN\"/census.ps1 \"$BIN\"/runner-census.ps1 \"$BIN\"/portfields.ps1 \"$BIN\"/d1_render.py \\\n          \"$BIN\"/d2_capture.ps1 \"$BIN\"/d2_validate.py \"$BIN\"/launch-v2.ps1 \"$BIN\"/launch-v2.cs \\\n          \"$BIN\"/launch-record.py \"$BIN\"/run-daemon-ready.ps1 \"$BIN\"/run-daemon-control.py \\\n  > \"$R/INSTRUMENTS.sha256\" 2>\"$R/instruments.err\"\nirc=$?\nexits \"instruments_sha_EXIT=$irc\"\n[ \"$irc\" -eq 0 ] || die \"could not hash the instruments — directory placement is not provenance (C); the hashes must ride the evidence\"\nrecord \"INSTRUMENTS hashed into INSTRUMENTS.sha256 (11 files)\"\n# SCOPE OF PRIOR INSTRUMENT EXERCISE, recorded accurately (doyle 2026-09-12, extended\n# 2026-09-13 for the two D2 instruments):\n# d1_render.py was exercised by LIVE LOCAL EXECUTION against blob c28874ef plus three\n# negative controls, and RENDER-ONLY against this subject 848a23fe (pre-check exact, b64\n# 8dc3b4b2). portfields.ps1 and runner-census.ps1 were exercised by LIVE READ-ONLY HOST\n# PROBES; their post-correction changes are UNEXERCISED, by instruction.\n# d2_capture.ps1 was exercised at TWO LEVELS AGAINST STUBS ONLY: a leaf serializer check\n# (12/12 on Desktop 5.1 AND Core 7, with a deliberate red control failing as required) and a\n# document check (41/41 on Desktop 5.1), both receipted in the D2 control receipt. EVERY\n# HOST-FACING PATH HAS MET A STUB AND NEVER A REAL PROVIDER, and its DENIED path has never\n# been produced by an actual access denial -- Test-Denied matches on error text, which is the\n# weakest part of the instrument.\n# d2_validate.py was exercised by the actual-sequence control against synthetic documents,\n# including the red arms it exists for: a missing required observation, an observed DENIED\n# query, and an unreadable document.\nrecord \"INSTRUMENT_EXERCISE_SCOPE: d1_render live-executed with controls against c28874ef and RENDER-ONLY against 848a23fe; portfields/runner-census live READ-ONLY host probes; d2_capture STUB-ONLY at leaf and document level (12/12 both editions, 41/41 documents, red controls firing) with NO host-facing path ever exercised against a real provider; d2_validate exercised against synthetic documents including missing-observation, DENIED and unreadable arms\"\n\n# ===========================================================================\n# S0d  SHARED-HOST EXECUTION ADMISSION, BEFORE THE DIAGNOSTIC STARTS\n# ===========================================================================\n# CAPACITY IS GONE WITH THE PRODUCER (doyle, 2026-09-13): a disk floor gates a build, and\n# nothing here builds. ADMISSION IS NOT GONE. This box is shared -- it hosts the self-hosted\n# runner, and a merge-push RE-OCCUPIES it minutes after a golden -- so the status-filtered CI\n# axis and the ancestry-authenticated process census both still run before anything of this\n# run's touches the host. They are kept exactly as r10 left them, queue guard and all.\nci_gate preflight\npwsh -NoProfile -File \"$BIN/runner-census.ps1\" -Tag preflight > \"$R/s0-runner.txt\" 2>&1\nrrc=$?\nexits \"s0_runner_EXIT=$rrc\"\n[ \"$rrc\" -eq 0 ] || die \"runner census exited $rrc — its numbers mean nothing (its own positive control failed)\"\ngrep -q 'valid=YES' \"$R/s0-runner.txt\" || die \"runner census invalid (self_seen false or empty table) — a clean zero from a dead enumeration is not a quiet box\"\ngrep -q 'RUNNER_WORKER=ABSENT' \"$R/s0-runner.txt\" || die \"Runner.Worker.exe present — the box is not free\"\nbox_gate \"$R/s0-runner.txt\" preflight\n# ===========================================================================\n# S0e  SUBJECT IDENTITY — exit read BEFORE emptiness is interpreted (D4)\n# ===========================================================================\nhead_sha=$(git -C \"$W\" rev-parse HEAD 2>\"$R/s0e-head.err\"); grc=$?\nexits \"s0e_head_EXIT=$grc\"\n[ \"$grc\" -eq 0 ] || die \"git rev-parse HEAD exited $grc — see s0e-head.err\"\n[ \"$head_sha\" = \"$SUBJECT_SHA\" ] || die \"W is at $head_sha, not the subject $SUBJECT_SHA\"\n# A git FAILURE must not read as a clean tree: check the exit, THEN the emptiness.\ndirty=$(git -C \"$W\" status --porcelain 2>\"$R/s0e-status.err\"); grc=$?\nexits \"s0e_status_EXIT=$grc\"\n[ \"$grc\" -eq 0 ] || die \"git status exited $grc — an errored status is NOT an empty one (D4)\"\n[ -z \"$dirty\" ] || die \"W is dirty; a dirty tree fabricates provenance\"\nblob=$(git -C \"$W\" rev-parse \"HEAD:crates/spt-daemon/src/bootstrap_firewall/windows.rs\" 2>\"$R/s0e-blob.err\"); grc=$?\nexits \"s0e_blob_EXIT=$grc\"\n[ \"$grc\" -eq 0 ] || die \"git rev-parse of the subject blob exited $grc\"\n[ \"$blob\" = \"$SUBJECT_BLOB\" ] || die \"windows.rs blob $blob != $SUBJECT_BLOB\"\nrecord \"SUBJECT sha=$head_sha clean blob=$blob\"\n\n# ===========================================================================\n# S0f  5470 BASELINE — taken BEFORE anything can disturb it (F1/F3)\n# ===========================================================================\nguard_snapshot guard-baseline || die \"could not take the $GUARD_PORT baseline; without it no later claim about $GUARD_PORT is supportable\"\nguard_baseline_taken=1\nrecord \"GUARD_BASELINE taken for port $GUARD_PORT\"\n\n# ===========================================================================\n# S1  THE EXECUTABLE IS PINNED BY HASH. NOTHING IS BUILT.\n# ===========================================================================\n# This replaces r10's pool claim, keygen, pin, rollout --build-current, mark-applied and\n# three-way provenance. D2 reuses the executable that run already built and receipted, so\n# there is no new artifact to sign, stage or agree with -- but there is still a subject to\n# identify, and A CLEAN SOURCE TREE DOES NOT IDENTIFY REUSED EXECUTABLE BYTES (doyle,\n# 2026-09-13). S0e establishes that the tree is the subject source; this establishes that\n# the file about to create the pair is the executable r10 measured. Both, or neither means\n# anything.\n#\n# The hash is ALSO stated in the elevated request (S8), because liam runs that command in a\n# leg this driver cannot observe: a pair written by a different binary is a different\n# subject, and the person running it is told the value to refuse on.\n[ -f \"$EXE\" ] || die \"no executable at $EXE. Nothing here builds one: D2 reuses r10's, and its absence is a STOP, not a reason to produce a new one.\"\nexe_sha=$(sha256sum \"$EXE\" 2>\"$R/s1-exe.err\" | awk '{print $1}')\nesrc=$?\nexits \"s1_exe_sha_EXIT=$esrc\"\n[ \"$esrc\" -eq 0 ] || die \"could not hash $EXE — an unmeasured executable is not the pinned one\"\n[ -n \"$exe_sha\" ] || die \"the executable hash came back empty; an empty measurement is not a match\"\nrecord \"EXECUTABLE sha256=$exe_sha path=$EXE\"\nif [ \"$exe_sha\" != \"$EXE_SHA\" ]; then\n  die \"EXECUTABLE IDENTITY FAILED: $exe_sha != the pinned $EXE_SHA. This is not the executable r10 built and receipted, and a capture of a pair written by a different binary describes a different subject. REFUSING — the fix is to restore the pinned artifact, never to rebuild one here.\"\nfi\nrecord \"EXECUTABLE_PINNED — bytes equal the r10 setup receipt's subject ($EXE_SHA); no build ran, and none is authorized\"\n{ sha256sum \"$EXE\"; stat -c '%s bytes  mtime=%y  path=%n' \"$EXE\"; } > \"$R/s1-executable.out\" 2>&1\nexits \"s1_exe_record_EXIT=$?\"\n# ===========================================================================\n# S6  ADMISSION REFRESHED IMMEDIATELY BEFORE THE DIAGNOSTIC — both axes (D3)\n# ===========================================================================\n# r10 refreshed here because a BUILD had just run and a merge-push starts a post-merge run\n# on this box's runner. There is no build now, but the refresh is kept and the reason is\n# unchanged and independent of the workload: THE VOLATILE ADMISSION READINGS ARE\n# POINT-IN-TIME (R10-FROZEN), and the runner can occupy this box between the preflight and\n# the elevated leg whatever this driver is doing in between.\nabort_check\nci_gate pre-diagnostic\npwsh -NoProfile -File \"$BIN/runner-census.ps1\" -Tag pre-diagnostic > \"$R/s6-runner.txt\" 2>&1\nsrc=$?\nexits \"s6_runner_EXIT=$src\"\n[ \"$src\" -eq 0 ] || die \"pre-diagnostic runner census exited $src\"\ngrep -q 'valid=YES' \"$R/s6-runner.txt\" || die \"pre-diagnostic runner census invalid\"\ngrep -q 'RUNNER_WORKER=ABSENT' \"$R/s6-runner.txt\" || die \"the runner re-occupied the box (a merge-push starts a post-merge run on this box)\"\nbox_gate \"$R/s6-runner.txt\" pre-diagnostic\nguard_assert pre-diagnostic\n# ===========================================================================\n# CENSUS AND BRACKET HELPERS — every call's exit and validity enforced (F-a)\n# ===========================================================================\ncensus_at() { # TAG\n…\n}\ncensus_row() { # TAG -> the row, or empty\n  grep \"tag=$1 \" \"$R/census.log\" | tail -1\n}\nport_at() { # TAG — the trial port's rules and listener identity\n…\n}\n\n# ===========================================================================\n# REFUSAL FACES — all counted, all reported, precedence WRITTEN DOWN (F9)\n# ===========================================================================\n# Exclusive by deliberate precedence, not by which grep ran last. The strings are the\n# product's, at this sha; the comment after each names what reaching it PROVES.\nface_report() { # FILE_OUT FILE_ERR PREFIX CONTEXT\n…\n}\n\n# ===========================================================================\n# D1 — out-of-band QUERY capture. SERIALIZED, never inside a timed trial.\n# ===========================================================================\nd1_capture() { # TAG\n…\n}\n\n# ===========================================================================\n# PAIR STATE — the census row read as a state, not as an arm precondition\n# ===========================================================================\n# r10's expect_pair asked \"does the census match ARM a or ARM b\". There are no arms here:\n# the pair is created once, read three times and torn down. The same row is read for the\n# same two facts, under names that say what they are.\npair_state() { # TAG -> echoes absent|present|other\n…\n}\n\n# ===========================================================================\n# S7  PRE-SETUP ABSENCE — one of the five parts the records bind to (plan §3)\n# ===========================================================================\n# InstanceID MUST NOT be assumed unique across deletion and recreation, so no record binds\n# to it. Records bind to the RUN, this MEASURED ABSENCE, the STORE, the NAME and the SETUP\n# INTERVAL. This step is where the absence is measured, and the string it produces rides\n# into every captured record.\nabort_check\nprep_check pre-setup-absence\ncensus_at pre-setup-absence || die \"the pre-setup census is invalid; its zeros would be meaningless and every later record would bind to a fabricated absence\"\nps_state=$(pair_state pre-setup-absence)\n[ \"$ps_state\" = absent ] || die \"an owned pair is already present before setup (state=$ps_state, row=[$(census_row pre-setup-absence)]). This run cannot tell its own pair from a pre-existing one, and no capture may be attributed to a pair it did not create.\"\nPRE_SETUP_ABSENCE=\"census(pre-setup-absence) $(census_row pre-setup-absence)\"\nrecord \"PRE_SETUP_ABSENCE measured: both owned names absent — [$PRE_SETUP_ABSENCE]\"\n\n# ===========================================================================\n# S8  SETUP — ONE elevated action, by HANDOFF (D2). Never run by this driver.\n#     THE ELEVATED CAPTURE RIDES THIS REQUEST. One nonce is one execution.\n# ===========================================================================\n# ===========================================================================\n# S7b PREPARED / NOT_STARTED -- the acknowledgment that opens the window\n# ===========================================================================\n# WHY THIS IS A SEPARATE ACT (doyle 2026-09-13). Everything above is read-only preparation and\n# is paid for out of PREP_BUDGET_S. The experimental window pays for ACTIVITY, and run\n# 20260913T041410Z showed what happens when the two share a clock: 134s of its 300s went to an\n# elevated operator reading a request, and t1 and t2 were never reached. So the executor is\n# asked to acknowledge -- BEFORE ANY ACTIVITY IS DISPATCHED -- that it is prepared and has\n# started nothing. GO follows the acknowledgment; the 300s starts there.\n#\n# HASH-VERIFIED, AND THE HASH IS THE EXECUTOR'S OWN MEASUREMENT. The receipt must carry the\n# sha256 of the pinned executable as the EXECUTOR measured it. An acknowledgment that merely\n# says PREPARED proves the request was answered; one that carries the subject's hash proves the\n# answering leg can see the subject this run is about. It also front-loads the identity check\n# into preparation, where a mismatch costs no experimental time.\nprep_check prepared-acknowledgment\nhandoff_request prepare \\\n  \"ACKNOWLEDGE ONLY -- RUN NOTHING. Confirm you are prepared to execute the setup leg and that you have started nothing yet, and report the sha256 of BOTH subjects this leg would run, AS YOU MEASURE THEM NOW: the pinned executable and the capture script.\" \\\n  \"ACKNOWLEDGEMENT ONLY. Do not run the product. Reply in the receipt with these four tokens, EACH ON A LINE OF ITS OWN AND NOTHING ELSE ON THAT LINE: PREPARED, NOT_STARTED, then executable_sha256= followed by the sha256 you measure of $EXE, then capture_sha256= followed by the sha256 you measure of $BIN/d2_capture.ps1. If you are NOT prepared, say so in words -- do not write NOT_PREPARED on a line by itself and expect it to read as a refusal. NOTE ON PHRASING: this text carries no angle brackets deliberately. handoff_request refuses any command text containing a redirect character, because capture paths are composed inside it; a bracketed placeholder was refused by that guard on the first live PREP (run 20260913T070453Z), before any request was written.\"\nPREPARED_ACK=\"$HO_RECEIPT\"\n# BOUNDED BY WHAT IS LEFT OF PREPARATION (doyle 2026-09-13). HANDOFF_WAIT_S is 900s and the whole\n# preparation budget is 600s, so an unbounded-by-prep wait could sit past the deadline and then\n# open a window the budget had already closed. Same narrowing the cleanup wait already does.\nHANDOFF_WAIT_S=$(prep_left)\nrecord \"PREP_HANDOFF_WAIT bounded to ${HANDOFF_WAIT_S}s — what remains of the preparation budget\"\n# NOT `if ! handoff_await trial`: that exact line is the anchor of an assembly-time correction\n# applied to the RETAINED setup wait, and the assembler asserts it appears exactly once. Same\n# call, same context, written so the anchor stays unique -- the rig refused this and was right.\nhandoff_await trial || die \"no PREPARED/NOT_STARTED acknowledgment within the preparation budget. The experimental window is NEVER OPENED: nothing was dispatched, nothing was created, and there is nothing to tear down.\"\nack_missing=''\n# EXACT WHOLE-LINE TOKENS (doyle K4QDUUVV). A substring search for PREPARED is satisfied by\n# NOT_PREPARED, and one for GO_AUTHORIZED by NOT_GO_AUTHORIZED -- so a receipt that REFUSES would\n# have read as a receipt that agrees, which is the worst direction for this particular mistake.\n# Matching is whole-line and the hash fields are matched entire, so a truncated or prefixed hash\n# cannot satisfy one either. CR IS STRIPPED FIRST: the receipt is written by a Windows elevated\n# leg, so its lines end CRLF, and a whole-line match against a line ending in \\r matches nothing --\n# the tightening would otherwise have refused every honest receipt.\nack_line() { tr -d '\\r' < \"$1\" 2>/dev/null | grep -qx -F -- \"$2\"; }\nack_line \"$PREPARED_ACK\" \"PREPARED\"    || ack_missing=\"$ack_missing PREPARED\"\nack_line \"$PREPARED_ACK\" \"NOT_STARTED\" || ack_missing=\"$ack_missing NOT_STARTED\"\nack_line \"$PREPARED_ACK\" \"executable_sha256=$EXE_SHA\" || ack_missing=\"$ack_missing executable_sha256=$EXE_SHA\"\n# BOTH SUBJECTS, NOT ONE (doyle LIRX7EUS). The leg runs the product AND the capture script, and the\n# documents this run reasons about are whatever the capture script produced. An acknowledgment that\n# measured only the executable proved the leg could see half of what it is about to run.\nack_line \"$PREPARED_ACK\" \"capture_sha256=$CAPTURE_SHA\" || ack_missing=\"$ack_missing capture_sha256=$CAPTURE_SHA\"\nif [ -n \"$ack_missing\" ]; then\n…\nfi\nrecord \"PREPARED_ACK_VERIFIED - the executor reports PREPARED and NOT_STARTED and measured BOTH subjects: executable $EXE_SHA and capture script $CAPTURE_SHA\"\nrecord \"PREPARED_IS_NOT_AUTHORIZATION - readiness says the leg CAN act; it does not say this run MAY. The window stays shut until a separate, run-bound GO authorization is verified below.\"\n\n# READINESS IS NOT AUTHORIZATION (doyle LIRX7EUS). The predecessor ran PREPARED and then called\n# go() on the next line: verifying that the executor was READY opened the experimental window by\n# itself, so a leg that answered a preparation question had, without being asked, started a 300s\n# clock on the host. THE TWO ARE NOW SEPARATE ACTS. This second request asks for an AUTHORIZATION,\n# it carries its own nonce, and the receipt must quote that nonce back -- so an authorization is\n# bound to THIS run and THIS request and cannot be a stale or reused token from another.\nprep_check go-authorization\nhandoff_request go-authorization \\\n  \"AUTHORIZE ONLY -- RUN NOTHING. FOR THE DRI, NOT FOR THE ELEVATED EXECUTOR: readiness has already been acknowledged by the leg that would run this, and that acknowledgment is not this decision. Authorize the experimental window to OPEN for this run, knowing the 300s activity clock starts when it does.\" \\\n  \"AUTHORIZATION ONLY. Nothing is run to answer this. Reply in the receipt with THREE things: the token GO_AUTHORIZED on a line of its own and nothing else on that line; the line authorizer=doyle, likewise alone on its line; and the nonce of THIS request quoted exactly (anywhere). To WITHHOLD authorization, say so in words -- there is no negative token this check reads.\" \\\n  doyle\nGO_ACK=\"$HO_RECEIPT\"; GO_ACK_NONCE=\"$HO_NONCE\"\nHANDOFF_WAIT_S=$(prep_left)\nrecord \"PREP_HANDOFF_WAIT bounded to ${HANDOFF_WAIT_S}s — what remains of the preparation budget\"\nhandoff_await trial || die \"no GO authorization within the preparation budget. The experimental window is NEVER OPENED: readiness alone does not open it, nothing was dispatched, and there is nothing to tear down.\"\ngo_missing=''\nack_line \"$GO_ACK\" \"GO_AUTHORIZED\" || go_missing=\"$go_missing GO_AUTHORIZED\"\n# THE AUTHORIZER IS NAMED, AND THAT IS A ROUTING CHECK, NOT AUTHENTICATION (doyle XS5VAWJQ).\n# It establishes that the receipt answering this request claims to be the DRI's decision rather\n# than the executor's; it cannot establish WHO wrote the file, and nothing here should be read as\n# if it could. The operational authorization is doyle's own run-and-nonce-bound message; this\n# receipt RECORDS that decision and does not create it.\nack_line \"$GO_ACK\" \"authorizer=doyle\" || go_missing=\"$go_missing authorizer=doyle\"\n# THE NONCE KEEPS ITS SUBSTRING MATCH, deliberately: it is quoted inside a line the executor\n# writes in its own words (\"nonce: <value>\"), and it is a run-scoped value that nothing else on\n# the receipt can accidentally contain.\ngrep -q -F -- \"$GO_ACK_NONCE\" \"$GO_ACK\" 2>/dev/null || go_missing=\"$go_missing nonce=$GO_ACK_NONCE\"\nif [ -n \"$go_missing\" ]; then\n…\nfi\nrecord \"GO_AUTHORIZED_VERIFIED nonce=$GO_ACK_NONCE authorizer=doyle - a separate, run-bound authorization from the DRI, distinct from the executor's readiness acknowledgment. The identity line is a routing and consistency check, not authentication: it records whose decision this receipt claims to carry.\"\n\n# THE REMOVAL INSTRUMENT IS REQUIRED BEFORE THE WINDOW OPENS (doyle 2026-09-13).\n# A run that cannot remove what it is about to create must never create it. The predecessor\n# discovered its missing teardown at CLEANUP -- after the rules existed -- and could then only\n# report PENDING and leave them for a human. Checking here costs no experimental time (this is\n# still preparation) and turns that PENDING into a run that never started.\n#\n# THIS IS A PRECONDITION, NOT A PERMISSION. Verifying the instrument does not authorize its use\n# any more than the PREPARED acknowledgment authorizes the setup; it establishes that the removal\n# this run will owe is one it can actually hand over, pinned and reviewed.\nif ! teardown_pin_verify pre-go; then\n  die \"the reviewed rule-removal instrument is not available (state=$TEARDOWN_PIN_STATE). The experimental window is NEVER OPENED: nothing is dispatched, nothing is created, and there is nothing to tear down. This is a refusal to start, not a failed run.\"\nfi\n\n# THE DEADLINE IS RE-READ IMMEDIATELY BEFORE THE WINDOW OPENS (doyle 2026-09-13). Every check\n# above was taken when it ran; a receipt can arrive after the preparation budget has expired, and\n# an authorization that is verified late must not open a window the budget had already closed.\n# prep_check refuses with exit 8 -- a run that never started, with nothing to tear down.\nprep_check window-open\n\n# THE WINDOW OPENS HERE AND NOWHERE ELSE.\ngo \"GO authorization verified (run-bound), both subject hashes measured by the executor, and the reviewed removal instrument verified\"\n\nabort_check\ndeadline_check elevated-setup\nguard_assert pre-setup\ncase $? in\n…\nesac\n# The daemon has its own run-scoped job, alive before any autostart-capable dispatch.\nrun_daemon_start || die \"run-scoped daemon did not establish owned readiness; no setup is dispatched\"\nrun_daemon_require_ready || die \"autostart-capable setup refused: no current owned daemon\"\n# MARKED BEFORE THE DISPATCH (C): a REFUSED setup can still leave rules behind.\nmark_state fw_mutation_may_have_occurred \"an elevated reconcile is about to be REQUESTED; rules may exist from this moment even if the setup is refused\"\nmark_state daemon_may_run \"run-scoped job owns the prestarted daemon; setup may not autostart one\"\nmark_state listener_may_exist \"the elevated setup binds a listener on port $PORT\"\n# A TIMESTAMP THIS DRIVER DID NOT TAKE (D2 successor). The setup command and the elevated\n# capture both run in a leg this driver never enters, so their bounds can only be stamped\n# THERE and read back HERE. An absent file is a LABELLED GAP: it is never \"now\", and never\n# the neighbouring stamp. A present value that the calendar cannot parse is UNPARSEABLE --\n# a string, not a time -- because shape is not validity (ts_readable's rule).\nleg_utc() { # PATH -> the stamp | ABSENT | UNPARSEABLE\n…\n}\nleg_exit() { # PATH -> the exit | ABSENT | UNPARSEABLE   (an unread exit is not a zero one)\n…\n}\n# THE HANDOFF'S BOUNDS ARE NOT THE COMMAND'S (doyle, 2026-09-13). f7b7773f stamped\n# SETUP_START_UTC where this line stands -- at the moment the REQUEST WAS WRITTEN -- and\n# SETUP_END_UTC at the moment the RECEIPT WAS VERIFIED, then labelled that pair \"THE CREATION\n# RECORD\". It is not one: it opens before the command exists and closes after the command has\n# finished, and it includes however long liam took to read the request and answer it. Both\n# intervals are recorded here, each under a name that says whose clock took it.\nHANDOFF_REQUEST_UTC=\"$(date -u +%Y-%m-%dT%H:%M:%SZ)\"\nhandoff_request setup \\\n  \"create the owned pair with the product itself (never a hand netsh, so the rules carry the shipped desired_specs shape) AND take the t1 capture inside this same elevated leg\" \\\n  \"env -u SPT_INSTALL_NO_FIREWALL SPT_HOME=\\\"$H\\\" \\\"$EXE\\\" serve lan --bootstrap --port $PORT\"\nSETUP_OUT=\"$HO_OUT\"; SETUP_ERR=\"$HO_ERR\"   # captured now: a later handoff rebinds HO_*\n# THE SETUP'S RECEIPT PATH AND NONCE, CAPTURED FOR R6. Cleanup has to ask whether THIS command\n# finished before it may mutate anything, and a later handoff rebinds HO_RECEIPT/HO_NONCE.\nSETUP_RECEIPT=\"$HO_RECEIPT\"; SETUP_NONCE=\"$HO_NONCE\"\n# THE t1 RIDER, appended to the request this driver just wrote. It is NOT a second handoff\n# and NOT a second nonce: one nonce is one execution, and an elevated read cannot be added\n# after this leg returns without a second authorization. It costs one block in the request.\n# ITS EXIT GOES TO ITS OWN FILE. A capture that fails inside a setup that succeeded must not\n# read as a failed setup, and a setup that fails must not be masked by a capture that ran.\n{\n…\n} >> \"$R/handoff/$HO_SEQ-setup-request.txt\"\nrecord \"HANDOFF_T1_RIDER appended to the seq-$HO_SEQ setup request — the only elevated read this design has; omission is a labelled gap, not a pass\"\nrecord \"HANDOFF_REQUEST_UTC=$HANDOFF_REQUEST_UTC — a bound on THIS DRIVER's request, not on the command it asks for\"\n# The wait cannot outlive the experimental budget: the deadline ends activity, whoever is\n# holding it up.\nHANDOFF_WAIT_S=$(exp_left)\n# THE CAP IS A POLICY ALLOCATION, NOT AN ESTIMATE (doyle CT6GS2Y6). It answers how much of the\n# activity window this run will spend waiting on another agent, and it exists because one slow\n# counterparty can otherwise consume the whole window and leave nothing for the observations the\n# window exists to take -- run 20260913T041410Z spent 134s here and reached neither t1 nor t2.\n# 94s and 134s are two samples, not a distribution, and no number here is derived from them.\nif [ \"$HANDOFF_WAIT_S\" -gt \"$HANDOFF_CAP_S\" ]; then\n…\nfi\nrecord \"HANDOFF_WAIT bounded to ${HANDOFF_WAIT_S}s — the lesser of the cap and what remains of the experimental budget\"\n# CONTEXT NAME KEPT VERBATIM: 'trial' is handoff_await's name for THE NORMAL FLOW, as\n# opposed to 'cleanup'. There are no trials here; renaming it would edit a function this\n# change has no reason to touch, so the name stays and this line says what it means.\nif ! handoff_await trial; then\n…\nfi\nHANDOFF_RECEIPT_UTC=\"$(date -u +%Y-%m-%dT%H:%M:%SZ)\"\nSETUP_RC=$(handoff_exit)\nexits \"setup_elevated_EXIT=$SETUP_RC\"\n# THE LEG'S OWN MEASUREMENTS, read back from the files it was asked to write.\nSETUP_START_UTC=$(leg_utc \"$R/setup-start.utc\")\nSETUP_END_UTC=$(leg_utc \"$R/setup-return.utc\")\nT1_START_UTC=$(leg_utc \"$R/d2-t1-start.utc\")\nT1_END_UTC=$(leg_utc \"$R/d2-t1-end.utc\")\nSETUP_EXIT_FILE=$(leg_exit \"$R/setup.exit\")\nrecord \"SETUP_INTERVAL start=$SETUP_START_UTC end=$SETUP_END_UTC — THE CREATION RECORD, and it is the ELEVATED LEG's measurement of its own command, not this driver's measurement of the handoff. No provider creation timestamp is claimed and no instant is invented between these bounds.\"\nrecord \"T1_INTERVAL start=$T1_START_UTC end=$T1_END_UTC — the elevated capture's own two stamps\"\nrecord \"HANDOFF_INTERVAL request=$HANDOFF_REQUEST_UTC receipt=$HANDOFF_RECEIPT_UTC — SEPARATELY LABELLED. This is how long the handoff took, and it is not a bound on anything the leg ran.\"\n# THE SETUP'S EXIT, TWICE, FROM TWO CHANNELS. The receipt's exit= line keeps its authority\n# (SETUP_RC is unchanged); the step-5 file is the evidence that the value was preserved BEFORE\n# the capture ran. A disagreement is reported, never resolved by preference: it means one of\n# the two readings is of something else.\ncase \"$SETUP_EXIT_FILE\" in\n…\nesac\n# ORDERING IS ASSERTED, NOT ASSUMED. Six stamps taken in an order this driver REQUESTED are a\n# claim about that order until they are compared. Parsed with the calendar (ts_readable's rule,\n# GNU date -u -d) and compared as epochs; a gap or an unparseable value leaves the comparison\n# UNMEASURED rather than passing it. Stamps one second apart or identical are expected: the\n# resolution is one second, so the test is <=, and an out-of-order pair is a real violation.\nTS_ORDER=UNMEASURED\nif ts_readable \"$HANDOFF_REQUEST_UTC\" && ts_readable \"$SETUP_START_UTC\" && ts_readable \"$SETUP_END_UTC\" \\\n…\nfi\nrecord \"TIMESTAMP_ORDER=$TS_ORDER handoff_request=$HANDOFF_REQUEST_UTC <= setup_start=$SETUP_START_UTC <= setup_return=$SETUP_END_UTC <= t1_start=$T1_START_UTC <= t1_end=$T1_END_UTC <= handoff_receipt=$HANDOFF_RECEIPT_UTC\"\n[ \"$TS_ORDER\" = VIOLATED ] && record \"  THE SEQUENCE THE REQUEST ASKED FOR DID NOT HAPPEN IN THAT ORDER. The stamps are kept as taken; nothing is reordered or discarded, and every interval above is read with this line beside it.\"\n[ \"$TS_ORDER\" = UNMEASURED ] && record \"  ORDER NOT MEASURED — at least one of the six stamps is missing or unparseable, so no ordering claim is made either way.\"\n# t1's OWN exit, read from its OWN file. Absent file = the elevated capture never ran.\nif [ -f \"$R/d2-t1.exit\" ]; then\n…\nfi\n\n# ===========================================================================\n# S9  WHAT THE SETUP DID — measured, then captured at t2 BEFORE any teardown\n# ===========================================================================\nguard_assert post-setup\ncase $? in\n…\nesac\ncensus_at setup-post || die \"the post-setup census is invalid\"\n# THE FACE IS READ FROM A FILE, NOT FROM A COMMAND SUBSTITUTION (defect found by the D2\n# control, and it is r10's, not mine): face_report calls `record`, which TEES TO STDOUT, so\n# `face=$(face_report ...)` captures the whole log block ahead of the verdict and the value\n# can never equal 'reconciled'. In r10 that made the Arm-B acceptance gate unpassable on the\n# ACCEPTED path -- the path its stub cases never exercised, because the case that reached\n# this line was a refusal that was expected to fail anyway. face_report is left BYTE-FOR-BYTE\n# as r10 wrote it; the fix is here, at the call, and the tee'd copy is kept as evidence.\nface_report \"$SETUP_OUT\" \"$SETUP_ERR\" \"SETUP\" bootstrap > \"$R/setup-face.txt\"\nsetup_face=$(tail -1 \"$R/setup-face.txt\" | tr -d ' \n')\npair=$(pair_state setup-post)\nrecord \"SETUP rc=$SETUP_RC face=$setup_face pair=$pair row=[$(census_row setup-post)]\"\n# THE OUTCOME IS DATA HERE, NOT A GATE. r10 held its populated arm unless the setup was\n# ACCEPTED on three conditions, because a trial needs a pair the product agreed to. D2 wants\n# the state AT THE REFUSAL just as much as the state at an acceptance -- that is the whole\n# point of capturing it -- so the acceptance is RECORDED and the capture proceeds either way.\n# What is not allowed is silence: which of the two happened is written down, and the pair's\n# measured presence is what any later reading of these documents depends on.\nif [ \"$SETUP_RC\" -ne 0 ] || [ \"$setup_face\" != reconciled ] || [ \"$pair\" != present ]; then\n…\nfi\n# THE LISTENER'S IDENTITY, using r10's canonical comparison: a capture of the wrong\n# process's pair would be a capture of the wrong thing entirely.\nif port_at setup-post-listener; then\n…\nfi\n\n# ===========================================================================\n# S9a  RUN-BOUND PROCESS IDENTITY — captured NOW, while the leg's processes are live\n# ===========================================================================\n# The elevated setup dispatches through the daemon (ensure_running, serveverb.rs:191), so if a\n# supervisor and a brain exist at all, they exist now. Cleanup cannot re-query what was never\n# recorded, and it must never fall back to guessing by command-line text: the r10 survivors'\n# command lines contain nothing that identifies this run.\ncapture_run_identities post-setup\n# ===========================================================================\n# S10  t2 — at the outcome, BESIDE D1, BEFORE ANY TEARDOWN IS REQUESTED\n# ===========================================================================\nabort_check\ndeadline_check t2-capture\nrecord \"D1 and t2 run NOW, before any teardown is requested, so the state at this outcome is captured while it still exists.\"\nd1_capture setup-outcome\nd2_capture_at t2 \"$(exp_left)\"\nD2_T2=$(tr -d ' \n' < \"$R/d2-t2.exit\" 2>/dev/null || echo UNRECORDED)\n# t2's validation is DEFERRED with t1's — see the note at the t1 site. This is the 11s\n# reporting tail that overran the window in run 20260913T071131Z.\n\n# ===========================================================================\n# S11  HAND BACK TO CLEANUP. t3, the manifest and the teardown live there.\n# ===========================================================================\n# The remaining sequence is CLEANUP'S, and it runs whether this line is reached or not:\n#   t3 immediately before the teardown request is written, the manifest hashed before the\n#   teardown, the teardown handoff, the residual-identity report and the ledger.\n# Reaching this line is therefore NOT the end of the run, and exiting 0 here says only that\n# the experimental sequence completed and the ledger will be written. THE VERDICTS ARE IN\n# THE LEDGER: a run whose t1 never happened, whose documents were incomplete or whose\n# teardown could not be verified reports exactly that, and cleanup raises the exit to 6 when\n# an otherwise successful run could not verify its own teardown.\nrecord \"EXPERIMENTAL_SEQUENCE_COMPLETE — t1=$D2_T1 t2=$D2_T2; t3, the manifest and the teardown follow in cleanup\"\nend_experimental \"sequence complete\"\nexit 0","startLine":1},"summary":{"lines":1293,"elidedSpans":64,"elidedLines":1553},"fileSize":200498,"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\fp-driver-d2-r5.sh"},"truncation":{"direction":"middle","truncatedBy":"middle","totalLines":1296,"totalBytes":95208,"outputLines":509,"outputBytes":40685,"maxBytes":40960,"headRange":{"start":1,"end":248},"tailRange":{"start":1037,"end":1296},"elidedLines":788,"elidedBytes":54545,"artifactId":"83"}}},"isError":false,"timestamp":1789301789622}}
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{"type":"message","id":"75871d4c","parentId":"22163274","timestamp":"2026-09-13T12:16:34.685Z","message":{"role":"toolResult","toolCallId":"call_dp8wbVw3f5vSSnT3ofqy0XDn|fc_0bcebee58b999663016aa6941f4d5887d1981a0cb10a9f3d9a","toolName":"grep","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r5.sh#141B]\n 3:# D2 DRIVER — #297 bounded out-of-band capture, run BY THE EXISTING FIELD DRIVER.\n*4:# hertz 2026-09-13. r5 under 3XE67XYP: owned-job implementation; field runs still HELD.\n 5:# NO BUILD GRANT. NO FIELD GRANT. NO ELEVATION GRANT. NO RESIDUAL-PID GRANT.\n 6:#\n 7:# PROVENANCE: this is the FROZEN r10 driver, staged-r10-queue-guard.sh, sha256\n...\n 125:W='C:/Users/decid/Documents/projects/spt-core/.worktrees/304-w2-repr'\n*126:SP='C:/Users/decid/AppData/Local/Temp/claude/C--Users-decid-Documents-projects-spt-core/909af448-f4ab-4fa1-ba30-02e38b275a11/scratchpad/bundle-r5'\n 127:BIN=\"$SP/fp-bin\"                  # INSTRUMENTS — never written to by a run\n 128:RUN_ROOT=\"$SP/fp-run\"             # one timestamped subdir per run\n 129:# ---- THE PROVISIONED RIG (doyle W4C2QFLE) -----------------------------------\n...\n 190:ABSENT_CONTROL='spt-core-bootstrap-inbound-tcp-d2-absent-control'\n*191:PREP_BUDGET_S=600                 # doyle 2026-09-13: PREPARATION IS BOUNDED SEPARATELY and\n 192:                                  # spends no experimental time. The read-only preflight and the\n 193:                                  # executor's hash-verified PREPARED/NOT_STARTED acknowledgment\n 194:                                  # run under THIS bound; the experimental window does not exist\n...\n 255:CI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n*256:PREP_EPOCH=$(date +%s)            # the PREPARATION clock starts at process start\n*257:PREP_DEADLINE=$((PREP_EPOCH + PREP_BUDGET_S))   # the instant preparation is over; every\n 258:                                  # bounded preflight probe runs under THIS one, so a\n 259:                                  # pre-GO step cannot be handed a window that has not opened\n 260:RUN_EPOCH=''                      # THE EXPERIMENTAL CLOCK DOES NOT EXIST UNTIL GO, and an unset\n...\n 562:#                    remaining independent teardown steps open indefinitely.\n*563:handoff_await() { # CONTEXT(trial|cleanup)\n 564:  local context=\"$1\"\n 565:  local rf=\"$HO_RECEIPT\" nonce=\"$HO_NONCE\"\n 566:  local limit=\"$HANDOFF_WAIT_S\"\n...\n 634:# sequence of queries without each one silently re-granting itself the rest of the budget.\n*635:EXP_DEADLINE=0                   # RUN_EPOCH + EXP_BUDGET_S,  set at go()\n*636:REPORT_DEADLINE=0                # CLEANUP_EPOCH + CLEANUP_REPORT_S, set at end_experimental()\n*637:WORK_DEADLINE=0                  # REPORT_DEADLINE - LEDGER_RESERVE_S, same place\n 638:SETUP_COMPLETION=UNPROVEN        # R6: proven only by a run-bound receipt with terminal fields\n 639:CLEANUP_STOP_STATE=NOT_REACHED   # which gate outcome step 1 took (IR-124)\n 640:TEARDOWN_DISPATCH=NOT_REACHED    # whether a teardown command was dispatched, and why not\n...\n 800:}\n*801:# r5: actual argv vector, owned job confirmation, direct state kept separate.\n 802:BOUNDED_STATE=NOT_REACHED\n 803:LAUNCH_SEQ=0\n 804:RUN_JOB_EXPECTED=0\n...\n 888:  python \"$BIN/run-daemon-control.py\" environment \"$(cygpath -w \"$envf\")\" \"$(cygpath -w \"$H\")\" || return 1\n*889:  local seconds; seconds=$(( EXP_DEADLINE + CLEANUP_REPORT_S - $(date +%s) - LEDGER_RESERVE_S ))\n 890:  [ \"$seconds\" -gt 10 ] || return 1\n 891:  pwsh -NoProfile -File \"$(cygpath -w \"$BIN/launch-v2.ps1\")\" \\\n 892:    -Label run-daemon -Seconds \"$seconds\" -Scope run -Admission process-tree \\\n...\n 953:cur_deadline() {\n*954:  if [ -z \"$RUN_EPOCH\" ]; then echo \"$PREP_DEADLINE\"\n*955:  elif [ \"$CLEANUP_EPOCH\" -eq 0 ]; then echo \"$EXP_DEADLINE\"\n 956:  else echo \"$WORK_DEADLINE\"; fi\n 957:}\n 958:# THE EXECUTABLE MUST BE NAMED TO WINDOWS. A call site spells its program the way bash finds\n...\n 975:}\n*976:prep_left() {\n 977:  local now used left\n 978:  now=$(date +%s); used=$((now - PREP_EPOCH)); left=$((PREP_BUDGET_S - used))\n 979:  [ \"$left\" -lt 0 ] && left=0\n...\n 981:}\n*982:prep_check() { # LABEL - called before each PREPARATION step\n 983:  [ -n \"$RUN_EPOCH\" ] && die \"prep_check '$1' ran AFTER GO: a preparation step cannot be charged to the experimental window, and a sequence that reaches one here is mis-ordered.\"\n 984:  local left; left=$(prep_left)\n 985:  if [ \"$left\" -gt 0 ]; then\n...\n 991:  # outcome is that the experiment never opened.\n*992:  record \"PREP_DEADLINE reached before '$1' - the experimental window is NEVER OPENED. Nothing was created, so nothing is torn down and no capture is missing: this run did not start.\"\n 993:  set_original 8 \"preparation deadline (${PREP_BUDGET_S}s) reached before $1; GO never given\"\n 994:  exit 8\n 995:}\n...\n 1000:# neither t1 nor t2.\n*1001:go() { # WHY\n 1002:  [ -n \"$RUN_EPOCH\" ] && { record \"GO ignored - the experimental window is already open (opened $GO_UTC)\"; return 0; }\n 1003:  RUN_EPOCH=$(date +%s)\n*1004:  EXP_DEADLINE=$((RUN_EPOCH + EXP_BUDGET_S))\n 1005:  GO_UTC=$(date -u +%Y-%m-%dT%H:%M:%SZ)\n 1006:  stamp \"experimental_GO why=$1\"\n 1007:  record \"GO ($1) at $GO_UTC - the ${EXP_BUDGET_S}s experimental window OPENS NOW, after $((RUN_EPOCH - PREP_EPOCH))s of preparation of the ${PREP_BUDGET_S}s allowed\"\n 1008:}\n*1009:end_experimental() { # WHY — idempotent: the reporting clock starts exactly once\n 1010:  [ -n \"$EXPERIMENTAL_ENDED\" ] && return 0\n 1011:  EXPERIMENTAL_ENDED=\"$1\"\n 1012:  CLEANUP_EPOCH=$(date +%s)\n...\n 1446:\n*1447:cleanup() {\n 1448:  # THE INCOMING NATIVE STATUS, CAPTURED FIRST AND BEFORE ANYTHING ELSE (r8, doyle).\n 1449:  # ORIGINAL_RC being zero is NOT proof the process was exiting zero: a path could exit\n 1450:  # nonzero without ever calling set_original, and raising that to 6 would replace a\n...\n 1907:}\n*1908:trap 'on_signal INT'  INT\n*1909:trap 'on_signal TERM' TERM\n*1910:trap 'on_signal HUP'  HUP\n*1911:trap cleanup EXIT\n 1912:# RESIDUAL, named rather than papered over: SIGKILL and power loss run nothing. The\n 1913:# state markers in $ST are the recovery instruction — read them and the last\n 1914:# portfields snapshot BEFORE anything else touches this box.\n 1915:\n*1916:abort_check() { [ \"$ABORT\" -eq 0 ] || void \"aborted by signal before this step\"; }\n 1917:\n 1918:# ---- CI axis, on the CODE repo, job-level, exit gated (D3) -----------------\n 1919:# THE ACTIVE STATUSES, asked for BY NAME (r9). The previous gate listed the latest 10 runs\n...\n 2213:# the elevated leg whatever this driver is doing in between.\n*2214:abort_check\n 2215:ci_gate pre-diagnostic\n 2216:pwsh -NoProfile -File \"$BIN/runner-census.ps1\" -Tag pre-diagnostic > \"$R/s6-runner.txt\" 2>&1\n 2217:src=$?\n...\n 2381:  record \"  spellings present AROUND the call.\"\n*2382:  record \"  r5 CORRECTION: the earlier note said the QUERY const is byte-identical at 53d625cd and\"\n 2383:  record \"  921aa68f, so D1 could not discriminate the candidate from the registration sha. That was\"\n 2384:  record \"  measured and true of THOSE shas; it is NOT true of this subject. 85f84d73 carries the\"\n 2385:  record \"  REPAIRED query (raw CIM accessor), so the const differs from 53d625cd by construction.\"\n...\n 2408:# into every captured record.\n*2409:abort_check\n*2410:prep_check pre-setup-absence\n 2411:census_at pre-setup-absence || die \"the pre-setup census is invalid; its zeros would be meaningless and every later record would bind to a fabricated absence\"\n 2412:ps_state=$(pair_state pre-setup-absence)\n 2413:[ \"$ps_state\" = absent ] || die \"an owned pair is already present before setup (state=$ps_state, row=[$(census_row pre-setup-absence)]). This run cannot tell its own pair from a pre-existing one, and no capture may be attributed to a pair it did not create.\"\n...\n 2435:# into preparation, where a mismatch costs no experimental time.\n*2436:prep_check prepared-acknowledgment\n 2437:handoff_request prepare \\\n 2438:  \"ACKNOWLEDGE ONLY -- RUN NOTHING. Confirm you are prepared to execute the setup leg and that you have started nothing yet, and report the sha256 of BOTH subjects this leg would run, AS YOU MEASURE THEM NOW: the pinned executable and the capture script.\" \\\n 2439:  \"ACKNOWLEDGEMENT ONLY. Do not run the product. Reply in the receipt with these four tokens, EACH ON A LINE OF ITS OWN AND NOTHING ELSE ON THAT LINE: PREPARED, NOT_STARTED, then executable_sha256= followed by the sha256 you measure of $EXE, then capture_sha256= followed by the sha256 you measure of $BIN/d2_capture.ps1. If you are NOT prepared, say so in words -- do not write NOT_PREPARED on a line by itself and expect it to read as a refusal. NOTE ON PHRASING: this text carries no angle brackets deliber...\n...\n 2448:# call, same context, written so the anchor stays unique -- the rig refused this and was right.\n*2449:handoff_await trial || die \"no PREPARED/NOT_STARTED acknowledgment within the preparation budget. The experimental window is NEVER OPENED: nothing was dispatched, nothing was created, and there is nothing to tear down.\"\n 2450:ack_missing=''\n 2451:# EXACT WHOLE-LINE TOKENS (doyle K4QDUUVV). A substring search for PREPARED is satisfied by\n 2452:# NOT_PREPARED, and one for GO_AUTHORIZED by NOT_GO_AUTHORIZED -- so a receipt that REFUSES would\n...\n 2478:# bound to THIS run and THIS request and cannot be a stale or reused token from another.\n*2479:prep_check go-authorization\n 2480:handoff_request go-authorization \\\n 2481:  \"AUTHORIZE ONLY -- RUN NOTHING. FOR THE DRI, NOT FOR THE ELEVATED EXECUTOR: readiness has already been acknowledged by the leg that would run this, and that acknowledgment is not this decision. Authorize the experimental window to OPEN for this run, knowing the 300s activity clock starts when it does.\" \\\n 2482:  \"AUTHORIZATION ONLY. Nothing is run to answer this. Reply in the receipt with THREE things: the token GO_AUTHORIZED on a line of its own and nothing else on that line; the line authorizer=doyle, likewise alone on its line; and the nonce of THIS request quoted exactly (anywhere). To WITHHOLD authorization, say so in words -- there is no negative token this check reads.\" \\\n...\n 2486:record \"PREP_HANDOFF_WAIT bounded to ${HANDOFF_WAIT_S}s — what remains of the preparation budget\"\n*2487:handoff_await trial || die \"no GO authorization within the preparation budget. The experimental window is NEVER OPENED: readiness alone does not open it, nothing was dispatched, and there is nothing to tear down.\"\n 2488:go_missing=''\n 2489:ack_line \"$GO_ACK\" \"GO_AUTHORIZED\" || go_missing=\"$go_missing GO_AUTHORIZED\"\n 2490:# THE AUTHORIZER IS NAMED, AND THAT IS A ROUTING CHECK, NOT AUTHENTICATION (doyle XS5VAWJQ).\n...\n 2522:# prep_check refuses with exit 8 -- a run that never started, with nothing to tear down.\n*2523:prep_check window-open\n 2524:\n 2525:# THE WINDOW OPENS HERE AND NOWHERE ELSE.\n 2526:go \"GO authorization verified (run-bound), both subject hashes measured by the executor, and the reviewed removal instrument verified\"\n 2527:\n*2528:abort_check\n 2529:deadline_check elevated-setup\n 2530:guard_assert pre-setup\n 2531:case $? in\n...\n 2788:# ===========================================================================\n*2789:abort_check\n 2790:deadline_check t2-capture\n 2791:record \"D1 and t2 run NOW, before any teardown is requested, so the state at this outcome is captured while it still exists.\"\n 2792:d1_capture setup-outcome\n...\n 2810:record \"EXPERIMENTAL_SEQUENCE_COMPLETE — t1=$D2_T1 t2=$D2_T2; t3, the manifest and the teardown follow in cleanup\"\n*2811:end_experimental \"sequence complete\"\n 2812:exit 0"}],"details":{"scopePath":".spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r5.sh","searchPath":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\fp-driver-d2-r5.sh","cwd":"C:\\Users\\decid\\Documents\\projects\\spt-core","matchCount":37,"fileCount":1,"files":[".spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r5.sh"],"fileMatches":[{"path":".spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r5.sh","count":37}],"truncated":false,"displayContent":"    3│# D2 DRIVER — #297 bounded out-of-band capture, run BY THE EXISTING FIELD DRIVER.\n   *4│# hertz 2026-09-13. r5 under 3XE67XYP: owned-job implementation; field runs still HELD.\n    5│# NO BUILD GRANT. NO FIELD GRANT. NO ELEVATION GRANT. NO RESIDUAL-PID GRANT.\n    6│#\n    7│# PROVENANCE: this is the FROZEN r10 driver, staged-r10-queue-guard.sh, sha256\n     │...\n  125│W='C:/Users/decid/Documents/projects/spt-core/.worktrees/304-w2-repr'\n *126│SP='C:/Users/decid/AppData/Local/Temp/claude/C--Users-decid-Documents-projects-spt-core/909af448-f4ab-4fa1-ba30-02e38b275a11/scratchpad/bundle-r5'\n  127│BIN=\"$SP/fp-bin\"                  # INSTRUMENTS — never written to by a run\n  128│RUN_ROOT=\"$SP/fp-run\"             # one timestamped subdir per run\n  129│# ---- THE PROVISIONED RIG (doyle W4C2QFLE) -----------------------------------\n     │...\n  190│ABSENT_CONTROL='spt-core-bootstrap-inbound-tcp-d2-absent-control'\n *191│PREP_BUDGET_S=600                 # doyle 2026-09-13: PREPARATION IS BOUNDED SEPARATELY and\n  192│                                  # spends no experimental time. The read-only preflight and the\n  193│                                  # executor's hash-verified PREPARED/NOT_STARTED acknowledgment\n  194│                                  # run under THIS bound; the experimental window does not exist\n     │...\n  255│CI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n *256│PREP_EPOCH=$(date +%s)            # the PREPARATION clock starts at process start\n *257│PREP_DEADLINE=$((PREP_EPOCH + PREP_BUDGET_S))   # the instant preparation is over; every\n  258│                                  # bounded preflight probe runs under THIS one, so a\n  259│                                  # pre-GO step cannot be handed a window that has not opened\n  260│RUN_EPOCH=''                      # THE EXPERIMENTAL CLOCK DOES NOT EXIST UNTIL GO, and an unset\n     │...\n  562│#                    remaining independent teardown steps open indefinitely.\n *563│handoff_await() { # CONTEXT(trial|cleanup)\n  564│  local context=\"$1\"\n  565│  local rf=\"$HO_RECEIPT\" nonce=\"$HO_NONCE\"\n  566│  local limit=\"$HANDOFF_WAIT_S\"\n     │...\n  634│# sequence of queries without each one silently re-granting itself the rest of the budget.\n *635│EXP_DEADLINE=0                   # RUN_EPOCH + EXP_BUDGET_S,  set at go()\n *636│REPORT_DEADLINE=0                # CLEANUP_EPOCH + CLEANUP_REPORT_S, set at end_experimental()\n *637│WORK_DEADLINE=0                  # REPORT_DEADLINE - LEDGER_RESERVE_S, same place\n  638│SETUP_COMPLETION=UNPROVEN        # R6: proven only by a run-bound receipt with terminal fields\n  639│CLEANUP_STOP_STATE=NOT_REACHED   # which gate outcome step 1 took (IR-124)\n  640│TEARDOWN_DISPATCH=NOT_REACHED    # whether a teardown command was dispatched, and why not\n     │...\n  800│}\n *801│# r5: actual argv vector, owned job confirmation, direct state kept separate.\n  802│BOUNDED_STATE=NOT_REACHED\n  803│LAUNCH_SEQ=0\n  804│RUN_JOB_EXPECTED=0\n     │...\n  888│  python \"$BIN/run-daemon-control.py\" environment \"$(cygpath -w \"$envf\")\" \"$(cygpath -w \"$H\")\" || return 1\n *889│  local seconds; seconds=$(( EXP_DEADLINE + CLEANUP_REPORT_S - $(date +%s) - LEDGER_RESERVE_S ))\n  890│  [ \"$seconds\" -gt 10 ] || return 1\n  891│  pwsh -NoProfile -File \"$(cygpath -w \"$BIN/launch-v2.ps1\")\" \\\n  892│    -Label run-daemon -Seconds \"$seconds\" -Scope run -Admission process-tree \\\n     │...\n  953│cur_deadline() {\n *954│  if [ -z \"$RUN_EPOCH\" ]; then echo \"$PREP_DEADLINE\"\n *955│  elif [ \"$CLEANUP_EPOCH\" -eq 0 ]; then echo \"$EXP_DEADLINE\"\n  956│  else echo \"$WORK_DEADLINE\"; fi\n  957│}\n  958│# THE EXECUTABLE MUST BE NAMED TO WINDOWS. A call site spells its program the way bash finds\n     │...\n  975│}\n *976│prep_left() {\n  977│  local now used left\n  978│  now=$(date +%s); used=$((now - PREP_EPOCH)); left=$((PREP_BUDGET_S - used))\n  979│  [ \"$left\" -lt 0 ] && left=0\n     │...\n  981│}\n *982│prep_check() { # LABEL - called before each PREPARATION step\n  983│  [ -n \"$RUN_EPOCH\" ] && die \"prep_check '$1' ran AFTER GO: a preparation step cannot be charged to the experimental window, and a sequence that reaches one here is mis-ordered.\"\n  984│  local left; left=$(prep_left)\n  985│  if [ \"$left\" -gt 0 ]; then\n     │...\n  991│  # outcome is that the experiment never opened.\n *992│  record \"PREP_DEADLINE reached before '$1' - the experimental window is NEVER OPENED. Nothing was created, so nothing is torn down and no capture is missing: this run did not start.\"\n  993│  set_original 8 \"preparation deadline (${PREP_BUDGET_S}s) reached before $1; GO never given\"\n  994│  exit 8\n  995│}\n     │...\n 1000│# neither t1 nor t2.\n*1001│go() { # WHY\n 1002│  [ -n \"$RUN_EPOCH\" ] && { record \"GO ignored - the experimental window is already open (opened $GO_UTC)\"; return 0; }\n 1003│  RUN_EPOCH=$(date +%s)\n*1004│  EXP_DEADLINE=$((RUN_EPOCH + EXP_BUDGET_S))\n 1005│  GO_UTC=$(date -u +%Y-%m-%dT%H:%M:%SZ)\n 1006│  stamp \"experimental_GO why=$1\"\n 1007│  record \"GO ($1) at $GO_UTC - the ${EXP_BUDGET_S}s experimental window OPENS NOW, after $((RUN_EPOCH - PREP_EPOCH))s of preparation of the ${PREP_BUDGET_S}s allowed\"\n 1008│}\n*1009│end_experimental() { # WHY — idempotent: the reporting clock starts exactly once\n 1010│  [ -n \"$EXPERIMENTAL_ENDED\" ] && return 0\n 1011│  EXPERIMENTAL_ENDED=\"$1\"\n 1012│  CLEANUP_EPOCH=$(date +%s)\n     │...\n 1446│\n*1447│cleanup() {\n 1448│  # THE INCOMING NATIVE STATUS, CAPTURED FIRST AND BEFORE ANYTHING ELSE (r8, doyle).\n 1449│  # ORIGINAL_RC being zero is NOT proof the process was exiting zero: a path could exit\n 1450│  # nonzero without ever calling set_original, and raising that to 6 would replace a\n     │...\n 1907│}\n*1908│trap 'on_signal INT'  INT\n*1909│trap 'on_signal TERM' TERM\n*1910│trap 'on_signal HUP'  HUP\n*1911│trap cleanup EXIT\n 1912│# RESIDUAL, named rather than papered over: SIGKILL and power loss run nothing. The\n 1913│# state markers in $ST are the recovery instruction — read them and the last\n 1914│# portfields snapshot BEFORE anything else touches this box.\n 1915│\n*1916│abort_check() { [ \"$ABORT\" -eq 0 ] || void \"aborted by signal before this step\"; }\n 1917│\n 1918│# ---- CI axis, on the CODE repo, job-level, exit gated (D3) -----------------\n 1919│# THE ACTIVE STATUSES, asked for BY NAME (r9). The previous gate listed the latest 10 runs\n     │...\n 2213│# the elevated leg whatever this driver is doing in between.\n*2214│abort_check\n 2215│ci_gate pre-diagnostic\n 2216│pwsh -NoProfile -File \"$BIN/runner-census.ps1\" -Tag pre-diagnostic > \"$R/s6-runner.txt\" 2>&1\n 2217│src=$?\n     │...\n 2381│  record \"  spellings present AROUND the call.\"\n*2382│  record \"  r5 CORRECTION: the earlier note said the QUERY const is byte-identical at 53d625cd and\"\n 2383│  record \"  921aa68f, so D1 could not discriminate the candidate from the registration sha. That was\"\n 2384│  record \"  measured and true of THOSE shas; it is NOT true of this subject. 85f84d73 carries the\"\n 2385│  record \"  REPAIRED query (raw CIM accessor), so the const differs from 53d625cd by construction.\"\n     │...\n 2408│# into every captured record.\n*2409│abort_check\n*2410│prep_check pre-setup-absence\n 2411│census_at pre-setup-absence || die \"the pre-setup census is invalid; its zeros would be meaningless and every later record would bind to a fabricated absence\"\n 2412│ps_state=$(pair_state pre-setup-absence)\n 2413│[ \"$ps_state\" = absent ] || die \"an owned pair is already present before setup (state=$ps_state, row=[$(census_row pre-setup-absence)]). This run cannot tell its own pair from a pre-existing one, and no capture may be attributed to a pair it did not create.\"\n     │...\n 2435│# into preparation, where a mismatch costs no experimental time.\n*2436│prep_check prepared-acknowledgment\n 2437│handoff_request prepare \\\n 2438│  \"ACKNOWLEDGE ONLY -- RUN NOTHING. Confirm you are prepared to execute the setup leg and that you have started nothing yet, and report the sha256 of BOTH subjects this leg would run, AS YOU MEASURE THEM NOW: the pinned executable and the capture script.\" \\\n 2439│  \"ACKNOWLEDGEMENT ONLY. Do not run the product. Reply in the receipt with these four tokens, EACH ON A LINE OF ITS OWN AND NOTHING ELSE ON THAT LINE: PREPARED, NOT_STARTED, then executable_sha256= followed by the sha256 you measure of $EXE, then capture_sha256= followed by the sha256 you measure of $BIN/d2_capture.ps1. If you are NOT prepared, say so in words -- do not write NOT_PREPARED on a line by itself and expect it to read as a refusal. NOTE ON PHRASING: this text carries no angle brackets deliber...\n     │...\n 2448│# call, same context, written so the anchor stays unique -- the rig refused this and was right.\n*2449│handoff_await trial || die \"no PREPARED/NOT_STARTED acknowledgment within the preparation budget. The experimental window is NEVER OPENED: nothing was dispatched, nothing was created, and there is nothing to tear down.\"\n 2450│ack_missing=''\n 2451│# EXACT WHOLE-LINE TOKENS (doyle K4QDUUVV). A substring search for PREPARED is satisfied by\n 2452│# NOT_PREPARED, and one for GO_AUTHORIZED by NOT_GO_AUTHORIZED -- so a receipt that REFUSES would\n     │...\n 2478│# bound to THIS run and THIS request and cannot be a stale or reused token from another.\n*2479│prep_check go-authorization\n 2480│handoff_request go-authorization \\\n 2481│  \"AUTHORIZE ONLY -- RUN NOTHING. FOR THE DRI, NOT FOR THE ELEVATED EXECUTOR: readiness has already been acknowledged by the leg that would run this, and that acknowledgment is not this decision. Authorize the experimental window to OPEN for this run, knowing the 300s activity clock starts when it does.\" \\\n 2482│  \"AUTHORIZATION ONLY. Nothing is run to answer this. Reply in the receipt with THREE things: the token GO_AUTHORIZED on a line of its own and nothing else on that line; the line authorizer=doyle, likewise alone on its line; and the nonce of THIS request quoted exactly (anywhere). To WITHHOLD authorization, say so in words -- there is no negative token this check reads.\" \\\n     │...\n 2486│record \"PREP_HANDOFF_WAIT bounded to ${HANDOFF_WAIT_S}s — what remains of the preparation budget\"\n*2487│handoff_await trial || die \"no GO authorization within the preparation budget. The experimental window is NEVER OPENED: readiness alone does not open it, nothing was dispatched, and there is nothing to tear down.\"\n 2488│go_missing=''\n 2489│ack_line \"$GO_ACK\" \"GO_AUTHORIZED\" || go_missing=\"$go_missing GO_AUTHORIZED\"\n 2490│# THE AUTHORIZER IS NAMED, AND THAT IS A ROUTING CHECK, NOT AUTHENTICATION (doyle XS5VAWJQ).\n     │...\n 2522│# prep_check refuses with exit 8 -- a run that never started, with nothing to tear down.\n*2523│prep_check window-open\n 2524│\n 2525│# THE WINDOW OPENS HERE AND NOWHERE ELSE.\n 2526│go \"GO authorization verified (run-bound), both subject hashes measured by the executor, and the reviewed removal instrument verified\"\n 2527│\n*2528│abort_check\n 2529│deadline_check elevated-setup\n 2530│guard_assert pre-setup\n 2531│case $? in\n     │...\n 2788│# ===========================================================================\n*2789│abort_check\n 2790│deadline_check t2-capture\n 2791│record \"D1 and t2 run NOW, before any teardown is requested, so the state at this outcome is captured while it still exists.\"\n 2792│d1_capture setup-outcome\n     │...\n 2810│record \"EXPERIMENTAL_SEQUENCE_COMPLETE — t1=$D2_T1 t2=$D2_T2; t3, the manifest and the teardown follow in cleanup\"\n*2811│end_experimental \"sequence complete\"\n 2812│exit 0"},"isError":false,"timestamp":1789301794685}}
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{"type":"message","id":"740947a5","parentId":"e737d600","timestamp":"2026-09-13T12:16:44.599Z","message":{"role":"toolResult","toolCallId":"call_qXP9DJy5VWe4KLWkgqXS8IWv|fc_0bcebee58b999663016aa6942c804887d1b38abdb3b0e93b06","toolName":"read","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/S6ESSJ3N-PREP-AND-PROVISIONING-PLAN.md#7669]\n1:# S6ESSJ3N PREP return and integrated provisioning plan\n2:\n3:For Doyle. Incorporates the subject-identity gate in CO7OBPYP. **READ-ONLY PREP COMPLETE; PROVISIONING AND FIELD GO REMAIN HELD.** Nothing below grants an action.\n4:\n5:## Decision and subject identity\n6:\n7:1. **The currently named fold/assembly would ship the old Windows blob, not the field subject's repaired blob.** `fold/304-w2-admission@7357ea327c79f5930bdfe5947d427eabd19cf9b8` and `asm/304-w2@00c4dad9` both contain `windows.rs` blob `57e32e522f795afcbed43185c17e493c1a233664`. The measured subject `85f84d738fa702f35c83910f314aae17849d125c` contains `848a23fe18e5ca819774f9881ef13504221992f3`. No future shipping choice has been ruled; a field pass cannot be transferred between these blobs.\n8:2. **The numeric suite is still on the named test branch, not folded into either named candidate.** `test/304-w2-enforcement-codes` resolves to 85f. Its stable native-byte patch ID is `b4f072a06f59e35d10420df175c0193aedfb4c92`; `git cherry` reports it unrepresented in both fold7357 and asm00c4. Available all-ref Windows path history contains that identity only at85f. This is a local-ref/path-history finding, not universal absence proof. The pre-amend0bb2d5e is not equivalent: it lacks standalone rejection cells for codes5 and20 and the extraction-boundary caveat.\n9:3. **Recommendation: use the FULL85f history as the single assembly base, not a cherry-pick of its test-only tip onto7357.** The reverse ancestry query `git merge-base --is-ancestor 7357ea32 85f84d73` succeeded. This does not contradict the reported85f-not-ancestor-of-fold fact: **7357 is already an ancestor of85f.** The ancestry path is7357 → f94fe044 →167552fe →00c4dad9 →4f3f370f →dc8015cd →921aa68f →10d18b7f →53d625cd →a5f2186c →96080953 →85f84d73. The assembly merges and all subsequent repair/test prerequisites are carried by85f.\n10:\n11:Before Doyle's single assembly build, add the minimal signer-child environment isolation repair described below. That produces ONE final assembled head based on85f, with the repaired module bytes retained and the signing tool safe to qualify. **The final commit SHA and both executable hashes do not exist in this PREP evidence; Doyle owns that assembly/build and supplies them. Hertz will not rebuild, substitute, or treat72d30901 as the newly assembled binary.** If another approved product merge is required, it precedes the one build, and the module blob tuple below remains an explicit admission gate.\n12:\n13:### Module tuple to retain in the final assembly\n14:\n15:| Path under `crates/spt-daemon/src/` |85f Git blob|\n16:|---|---|\n17:|`bootstrap_firewall.rs`|`c30d6b5466408b05d2dbd3032ca38043fbe0e5bb`|\n18:|`bootstrap_firewall/windows.rs`|`848a23fe18e5ca819774f9881ef13504221992f3`|\n19:|`bootstrap_firewall/linux.rs`|`08f615c4b0985a86ed8c42e96cfc3083857c4aff`|\n20:\n21:85f preserves the fold's two immutable names, actual bound TCP port, tailnet100.64.0.0/10, LAN Private/Domain boundary, and no-program-filter policy. It additionally carries one-pass ActiveStore/source provenance, literal host-derived LAN prefixes rather than LocalSubnet, semantic representation matching, raw numeric enforcement, and pre-coercion UInt16Array/UInt16 checks. Fold still has string enforcement and a different snapshot/fixture shape. The85f tip changes only tests/comments; it is not a substitute for its production ancestors. The common runner's `run(label,program,args)` change also requires the Linux caller migration: do not transplant only windows.rs.\n22:\n23:`fe4274979c5a93a36fef9f066df6afbe70070ae8` is a different `firewall.rs`/netsh ownership/provider implementation, not a missing commit to bolt onto this NetSecurity two-name design. Do not merge it as a supposed prerequisite.\n24:\n25:The85f cleanup body retains the fold's guarded PersistentStore deletion and independent store-absence checks. Its encoded bytes nevertheless differ because the shared OWNERSHIP prelude changed. Consequently the accepted D3 payload is pinned independently; a source resemblance is not payload identity.\n26:\n27:## Measured read-only PREP\n28:\n29:Evidence directory: `.spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/`.\n30:\n31:Intended root, **not created**:\n32:`C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\field-rig-r5-S6ESSJ3N`\n33:\n34:The controlled probe run completed in **112.001851s**, within its600s ceiling. All13 leaves returned native0, `subject_exit`, and `CONFIRMED_GONE`: host; named rules; guard5470; test29470; runner; source head/blob/status; CI queued/in_progress/requested/waiting/pending. No subject, xtask, or fleet executable was invoked. Later source/history research is not represented as time inside that completed probe run. No experimental or field cleanup/reporting clock opened.\n35:\n36:|PREP gate|Observed result|\n37:|---|---|\n38:|Intended root|Absent before and at end. Parent native canonical path is the intended d2 directory; file ID `10A8C584:101A0000000056AB`, attributes16. Absence is a precondition, **not** an exclusive-creation proof or lease.|\n39:|Privilege|Unelevated.|\n40:|Source snapshot|HEAD85f84d738fa702f35c83910f314aae17849d125c; porcelain output empty; Windows blob848a23fe18e5ca819774f9881ef13504221992f3.|\n41:|Named rules|All FOUR readings typed ABSENT/notfound: both `spt-core-bootstrap-inbound-tcp` and `spt-core-bootstrap-inbound-tcp-lan` in both ActiveStore and PersistentStore. Each store's positive control PRESENT1 and negative control ABSENT; both providers valid. Sample11:47:07.1197347Z.|\n42:|29470|No TCP listener/binder; matching rule count0. Independent rule controls valid.|\n43:|5470 guard|No TCP listener/binder. One matching rule: `{FF36EE51-2837-46D8-9AB8-2441D9070633}`, enabled inbound Allow, Private, Local, TCP5470, remote192.168.1.0/255.255.255.0, ProgramAny, empty group. Baseline only: no mutation occurred against which preservation could be claimed.|\n44:|Resident supervisor|PID4732, native birth2026-09-11T04:17:53.3401868Z, live; fleet exe; `daemon run --detached`. CIM/native delta8ticks. Historical parent33556 is not kill authority.|\n45:|Resident brain|PID15856, native birth2026-09-11T04:17:53.6612052Z, live; parent4732; fleet exe; `daemon brain --generation 0 --start-reason cold`. CIM/native delta2ticks.|\n46:|FreeC|79,525,765,120bytes =79.52576512decimalGB =74.06414032GiB, at host sample11:47:01.8472440Z–11:47:04.5745818Z. No reservation.|\n47:|Runner census|11:48:32Z:602processes, self positive control valid; cargo_build0, runner_descended0, shim_unresolved0, analyzer3; Runner.Worker absent, listener_procs1.|\n48:|CI query results|queued/in_progress/requested/waiting/pending each `[]`, native0, limit1000, no recency filter. A snapshot, not exclusion of later starts.|\n49:|Final registered PREP births|26 launcher/subject identities, one census pass, surviving0, unreadable0. Native0. Birth controls: positive4ticks; deliberately skewed5,000,004ticks.|\n50:|Traceability|`traceable-reqs check` native0:903complete,0incomplete,0findings. Raw output preserved. This is not a field or signing test.|\n51:\n52:Todlando subsequently reported #299 complete and pool released, then a #302 instrumentation-only smoke window, and finally successful completion at86696e17 with the pool released (delivery14/4624RXOO). He reported no fleet change or restart. These are later peer observations, not a fresh host census or an availability lease. No competing build or field action was started by this PREP.\n53:\n54:### Executable pins actually measured\n55:\n56:|Role|Path|SHA256 / size / native file ID|\n57:|---|---|---|\n58:|OLD subject, retained control reference|`.worktrees/304-w2-repr/target/release/spt.exe`|`72d309011415b419aabfdb0b4065df1183bfd0069a9f95b5779da62e43349b10`;38,419,456bytes;`10A8C584:004400000038F77B`|\n59:|Prebuilt xtask candidate, hashed only|`.worktrees/304-w2-repr/target/debug/xtask.exe`|`dbdb71135a30a58c81b21c09a64a330385900e7d3b75aa84f37167c0c150f43f`;7,024,640bytes;`10A8C584:004D00000038F121`|\n60:|Fleet exclusion|`C:\\Users\\decid\\AppData\\Local\\spt-core\\bin\\spt.exe`|`689503ad9fc6cfde637cbcacf21c42faf130ba465a0df6c356cf290e2adafb85`;38,072,832bytes;`10A8C584:01B500000023CF78`|\n61:\n62:Native canonical paths matched these files. Old subject and fleet have different native identities. The future rig exe does not exist and therefore has no present file identity. Only the expressly authorized fleet executable was read; no fleet-home state was read or changed. Resident processes were observed, not controlled.\n63:\n64:## Signing blocker: do not mint a real key yet\n65:\n66:In the pinned xtask source, `debug-rollout` reads `SPT_DEBUG_RELEASE_SEED` and unconditionally calls `git_stdout` for HEAD and dirty provenance. `git_stdout` constructs `Command::new(\"git\")...output()` without removing that variable. Both git children would inherit the seed under that source behavior. This violates the ruled exception allowing only the signer and bounding timeout to inherit it. Source review is not an attestation of what produced the hashed prebuilt candidate; **that uncertainty does not qualify it for real signing**.\n67:\n68:Evidence: pinned `crates/xtask/src/main.rs`2379–2473 and2764–2772; detailed report `PrepSigningFacts-report.txt`. No supported seed-stdin/seed-file/no-provenance switch cures this. Omitting git from PATH is neither proved isolation nor honest provenance: a failed git lookup currently produces `git_dirty: Some(false)`. A shim would itself initially inherit the secret. Do not enlarge the exception silently.\n69:\n70:Proposed minimal source repair before Doyle's one build: add `.env_remove(\"SPT_DEBUG_RELEASE_SEED\")` to the `Command::new(\"git\")` chain in `git_stdout`. Qualify the resulting prebuilt signer with the actual-child dummy-sentinel discriminator below before any real key. This is a proposed edit, **not applied here**. No hidden cargo, current-build fallback, or private hertz rebuild is permitted. Doyle supplies the final source identity, build provenance, absolute executable paths, and hashes for both `spt.exe` and `xtask.exe` from the final assembled tree.\n71:\n72:## Fixed names and final admission tuple\n73:\n74:Use these names only after an explicit provisioning grant:\n75:\n76:- `RIG_ROOT` = intended root above; `H = RIG_ROOT/home`; `E = RIG_ROOT/bin/spt.exe`.\n77:- `KEY_ID = hertz-r5-S6ESSJ3N`; explicit release version **N=202609130001**.\n78:- Signed staging path **H/releases**.\n79:- Sequence state **RIG_ROOT/rollout-state.json**, exclusively owned by xtask.\n80:- Public evidence `EVID = RIG_ROOT/evidence`; provision event log `EVID/provision-events.jsonl`, never rollout-state.json.\n81:- Private signing directory, outside repo/RIG/transcripts/archives: `%LOCALAPPDATA%\\spt-rig-secrets\\hertz-r5-S6ESSJ3N`; owner-only access, exclusively created. It does not exist by virtue of this plan.\n82:- Immutable public support bundle `RIG_ROOT/support/fp-bin`; field outputs below `RIG_ROOT/support/fp-run`.\n83:\n84:Final admission is a tuple: **Doyle's assembled commit + the three module blobs above + Doyle's spt SHA/path + safe xtask SHA/path + final configured driver/support manifest + this root/version/key-ID + current independent host/rule/port samples**. Missing or changed member means NOT_STARTED. Do not fill an unknown hash with the old subject/candidate hash. Source equality alone is not a PE identity or build-provenance proof.\n85:\n86:## Ordered mutating plan — ALL HELD\n87:\n88:### A. Qualify custody, then create a fresh rig\n89:\n90:1. After a specific tooling/qualification grant, freeze the repaired signer and public observer/controller bytes. Run a **dummy-sentinel discriminator first, with no real key**. Exercise the real provenance-child path, not a seed rejected before git runs. A public valid32-byte hex dummy seed may be used only in an explicitly authorized disposable qualification home/staging root outside the intended rig and fleet. The intended signer must observe the sentinel; both actual git children and every helper must report absence. Include a deliberate forbidden-helper inheritance arm that the observer rejects, plus timeout/error-path teardown and post-window absence. Reports contain booleans/roles/births, not environment dumps. An unset afterward is not interval evide…\n91:2. On custody success and a provisioning grant, begin ONE600s preparation deadline for provisioning through field GO. Independently refresh volatile admission measurements and compare the assembled pin tuple. Refuse active producer conflicts; do not commandeer a claimed pool. Hertz runs no cargo at any point.\n92:3. Atomically create `RIG_ROOT` using Win32 `CreateDirectoryW(path,NULL)` and refuse every failure, especially already-exists. Do not use idempotent Directory.CreateDirectory or a Test-Path/create pair as exclusivity proof. Recheck native canonical parent/root identities and reparse attributes. Create only declared children. Receipt the creation time/owner/source tuple. Never clear or reuse an existing root.\n93:4. Copy the DRI-supplied artifact with `CopyFileW(SUBJECT_EXE,E,TRUE)` (fail-if-exists), then hash E, canonicalize it, and record its native identity. It must equal Doyle's SHA and be distinct from source and fleet identities. Freeze approved public instruments with exclusive destinations and a manifest. Preserve the old72d artifact unchanged.\n94:\n95:### B. Generate the private key; install only public rig trust\n96:\n97:5. Start with the parent environment seed-absent. Disable transcription/xtrace/verbose secret capture. Construct public argv files and all compilation/readiness helpers before any secret exists. Exclusively create the external private directory and restrict access before producing key material.\n98:6. Under a bounded native step, execute the safe prebuilt xtask with public argv:\n99:\n100:```json\n101:[\"debug-keygen\",\"hertz-r5-S6ESSJ3N\"]\n102:```\n103:\n104:ALL stdout/stderr go to private files only: keygen emits `seed_hex:` alongside public information. Parse exactly one labeled public_hex and one labeled seed_hex internally, each64hex; length alone cannot distinguish them. Publish only key ID/public key. Never put a seed in argv, a public ArgsFile, transcripts, source tree, archive, receipt, or hash inventory.\n105:\n106:7. In a fresh seed-absent step, install rig-local debug trust with public argv:\n107:\n108:```text\n109:debug-pin --home H --key-id hertz-r5-S6ESSJ3N --public-key PUBLIC_HEX\n110:```\n111:\n112:PUBLIC_HEX is the generated public value, not a value fabricated in this plan. Require fresh H/identity trust absence before this step; inspect the resulting rig trust document for exact key ID/public key and debug channel. The helper can replace a same-ID key or recover malformed input, so it must not be aimed at a reused or fleet home. Never export seed for debug-pin.\n113:\n114:### C. Sign and stage the actual repaired artifact\n115:\n116:8. Create a private EnvironmentFile containing only the necessary overlay, including `SPT_HOME=H` and `SPT_DEBUG_RELEASE_SEED`. The clean parent invokes launch-v2; its Add-Type/setup runs BEFORE the overlay is read and passed directly to the native signer child. No broad shell export or seed-prefixed bounded function. The bounding controller may hold the seed in memory, but ambient helper environments remain clean. The repaired git child chain explicitly removes the seed.\n117:\n118:Exact signer argv (substitute the fixed absolute H/RIG/E paths):\n119:\n120:```text\n121:debug-rollout --key-id hertz-r5-S6ESSJ3N --channel debug --version 202609130001 --stage-dir H/releases --state RIG_ROOT/rollout-state.json --artifact x86_64-pc-windows-msvc=E\n122:```\n123:\n124:There is NO `--home` option on debug-rollout: `SPT_HOME=H` is supplied in its private environment overlay. There is NO `--build-current`, cargo call, inferred version, default staging directory, or default sequence-state path. `rollout-state.json` must not be overwritten by a provision-phase logger, as the old provisioner would do.\n125:\n126:9. Native success, the expected staged-version marker, exact artifact SHA, signed set metadata and explicit sequence-state N must agree. Per-artifact/metadata/sequence writes are not globally atomic: preserve any partial staging failure. Never synthesize completion. Await owned-job disappearance before unsetting all secret bindings and retiring private seed-bearing files under the explicit custody grant. Do not claim secure memory erasure. Subsequent helpers, CLI/apply/supervisor/brain windows must prove seed absence; never archive the private directory. The old `provision-rig-r4.sh` is not used.\n127:\n128:### D. Genuine offline apply and normal trial promotion\n129:\n130:10. Verify there is no rig daemon or prior release history. With a seed-absent overlay `SPT_HOME=H`, execute **E** with argv:\n131:\n132:```json\n133:[\"update\",\"apply\"]\n134:```\n135:\n136:No `--finish`, daemon start, service manager, fake applied-state, or **debug-mark-applied**. Same input bytes can genuinely apply when a fresh positive version has never been applied: version/state transitions, not unequal binary hashes, distinguish this operation. Require BrainOnly; non-BrainOnly currently refuses even under quiescence. NO_UPDATE, AlreadyApplied, RefusedClass, quarantine, or rollback is not success.\n137:\n138:11. Preserve the pre-apply state, native CLI result, installed/landed outcome and actual `H/releases/applied-state.json` transition to phase `applied-pending`, version N, rollback_binary `E.old-N`, and fresh prior_version null. Pin E and its actual rollback aside. Do not write any of these product-owned release-state files yourself.\n139:12. Start an **unelevated foreground** E `daemon run` in its own accepted run-scoped v2 job, not as the child of a bounded CLI step. Overlay: `SPT_HOME=H`, `SPT_INSTALL_NO_FIREWALL=1`, seed absent. No service-aware daemon start, node start, WMI/scheduled-task launch, breakaway fallback, or elevation-token re-spawn.\n140:13. Require generation-matched brain readiness, native supervisor/brain birth identities, parent/path and owned-job membership, verified executable hash, promotion log, and durable state phase `applied`, numeric version N. `BRAIN_PROMOTED` alone is not enough. Missing executable hash can otherwise yield PROMOTE_BYTES_UNVERIFIED; reject that ceiling here. `E --json node status` is optional no-autostart corroboration, not release-phase proof. Cross-check legacy applied/last-outcome records where present.\n141:14. Stop only that owned promotion run job through its recorded stop channel/native ownership contract and confirm active_processes0 plus all its recorded births gone. Native stop-request exit124 is interpreted with the full launcher/controller record, not confused with an apply failure. Preserve all records.\n142:15. **Explicit integration substep requiring grant:** after successful promotion and confirmed ownership/gone evidence, retire ONLY the exact owned `H/daemon.pid` breadcrumb by atomic no-overwrite move to `EVID/provision-daemon.pid.retired`; receipt original bytes/hash and ownership. Unexpected contents or identity means refusal. This is not clearing a failed run: the accepted r5 start refuses any existing breadcrumb, and the earlier owned-run control demonstrably left one after native termination. No daemon-stop guard bypass, broad PID cleanup, or silent stale-file deletion. If retirement is not granted, field admission remains blocked.\n143:\n144:### E. Prepared-home provenance and one field attempt\n145:\n146:16. Publish provenance only after successful genuine promotion and owned daemon shutdown: rig ID, creation receipt, exact source/build/exe/module hashes, canonical E/H, public trust identity, numeric N, signed staging identities, apply/pending/promotion evidence, native job/child identities, and the breadcrumb retirement receipt. Include the current r5 compatibility string fields `rig_id`, `rig_exe`, `rig_exe_sha256`, `home`, `applied_version`, `trust_key_id`, `applied_evidence`. Validate the actual structured release state yourself: the current driver only checks some strings and a version substring in the evidence file.\n147:17. Configure a reviewed copy of accepted r5, leaving its original bytes untouched. Bind RIG_ROOT, SP/support paths, assembled subject path/commit/hash/blob tuple and all support hashes. Required support files: census.ps1, runner-census.ps1, portfields.ps1, d1_render.py, d2_capture.ps1, d2_validate.py, launch-v2.ps1, launch-v2.cs, launch-record.py, run-daemon-ready.ps1, run-daemon-control.py. No scratch-path dependency may silently select different helpers. Record exact configuration diff and final manifest before any field invocation; unknown final values are admission blockers, not defaults.\n148:18. Current r5's S0b atomically creates `H/.consumed` BEFORE its remaining preflight checks. Invoke it once only after the prepared-home gate. Any failure after that creation consumes the attempt permanently. Never remove .consumed, repair/reuse that home for another attempt, or use the whole driver as a supposedly read-only PREP probe.\n149:19. Every SPT CLI, supervisor, brain and apply invocation uses **RIG_ROOT/bin/spt.exe**. Xtask is the explicitly pinned maintainer-tool exception, not an alternate SPT role. A product rollback may run E.old-N; if it does, the successful same-path contract failed: preserve and stop, never disguise it as success.\n150:\n151:## Native command boundary and F5 budgets\n152:\n153:For each public/private argv JSON file, the concrete launcher interface is:\n154:\n155:```text\n156:pwsh -NoProfile -File L2 -Label LABEL -Seconds LIMIT -RecordFile RECORD_ABS -ArgsFile ARGV_ABS -Exe PROGRAM_ABS -OutFile OUT_ABS -ErrFile ERR_ABS -Admission process-tree -Scope step -EnvironmentFile ENV_ABS\n157:```\n158:\n159:Use absolute, exclusive paths. A promotion/field daemon instead uses `-Scope run -StopFile STOP_ABS` and the accepted separately owned run-job readiness/control protocol. Signer/keygen capture paths are private. No seed appears in this command. All owned scope termination is by native job authority, not a PID-tree sweep. Unreadable ownership, escaped creation, or outstanding setup means PARTIAL/UNREADABLE and forbids a confident teardown.\n160:\n161:**Preparation600s; experiment300s from actual GO; cleanup/report180s from activity end; each handoff at most120s; final30s reserved for reporting, not teardown work.** Provisioning must not give the following driver a fresh600s: carry the preparation epoch/deadline into the configured run and validate the remaining allowance. Builds/tool qualification occur only in separately explicit grants, never hidden inside that clock.\n162:\n163:A static integration gap must be addressed before field GO: accepted r5 caps the experimental setup wait at120, but its PREP waits assign `prep_left`, its cleanup wait assigns `cleanup_left`, and the shared handoff_await counts five-second sleeps rather than an absolute deadline. It does not presently impose the120 cap on all waits; the cleanup assignment can spend the ledger reserve. **Do not certify those bounds from the constants alone.** The configured revision must use a common absolute wait deadline `min(now+120, requested_wait_end, phase_work_deadline)`, with cleanup using WORK_DEADLINE (REPORT_DEADLINE−30), and clamp the final sleep to remaining time. Preserve nonce/authorizer checks and signal behavior. Qualify the revised deadline boundary with no-…\n164:\n165:Readiness and GO remain separate. The executor returns PREPARED/NOT_STARTED with hashes; only Doyle supplies operational GO authority. The current protocol binds a new request nonce and names `authorizer=doyle`; that line is routing, not authentication. To rule once in advance, the ruling must explicitly bind the unique root/final tuple and authorize recording its decision against the first matching future run/nonce after all gates succeed. Otherwise the existing driver still waits for Doyle's run-bound message. Neither Hertz nor the elevated executor may manufacture authority from PREPARED or from this plan.\n166:\n167:The successful field daemon has its own accepted run job; each subsequent CLI has its own bounded step job. Check owned readiness immediately before serve operations. All serve variants can autostart, so a readiness-to-call race remains if the owned daemon dies: there is no no-autostart serve flag to claim. Any unproved process-creation coverage remains PARTIAL; do not upgrade it because a post-census looks quiet.\n168:\n169:## D3 cleanup, preservation, and later disposal\n170:\n171:- Use the already reviewed literal `teardown-command.pinned` and its exact D3 encoded payload, not an ad hoc reconstruction or the fe427 netsh provider.\n172:- `d3/decoded-todlando/d3-payload.b64` SHA256 **416280dbece2601203c74c3f8e2c46e13009125fa5870166894e079329fb1d43**.\n173:- `teardown-command.pinned` SHA256 **38e0f21b2cf2ef1f9d986c650f2f6b0d36335ba25c8b017fe8dcbd5219c94676**.\n174:- Before any creation, verify the actual final artifact's rendered cleanup payload against that pin. Different payload means stop for review, not update the pin to match. Preserve exact executor command/nonce/native result and independently re-read all four named-rule absences and the5470 guard fields/binder identity afterward.\n175:- An outstanding setup operation or unproved ownership prevents safe cleanup dispatch; record the refusal rather than removing an unrelated owner's state. Elevated execution remains the specifically authorized executor's scope.\n176:- Preserve all original r4/r5/v1/v2 artifacts, prior failures, partial staging/apply/promotion evidence, nonce requests/receipts, job events, stderr and attempted-result ledgers. An unsuccessful attempt remains unsuccessful in its original ledger.\n177:- Later filesystem/private-rig disposal requires a distinct explicit scope and a **new disposal receipt** linked to the immutable run ledger. It must not overwrite the ledger to turn PARTIAL into COMPLETE. No fleet deletion, target/pool deletion, broad worktree removal, or cleanup outside owned/granted scope is authorized here. Secret-file retirement is a separately explicit custody operation; private seed-bearing files are never added to the public preservation set.\n178:\n179:## Existing support and PREP pins\n180:\n181:|Artifact|SHA256|\n182:|---|---|\n183:|accepted fp-driver-d2-r5.sh|df6cca2d987e8eb2a6e9ccba6e9532d278c08bb4f873674836653e5a8e419c59|\n184:|launch-v2.ps1|6e2c2eac82dd53fd0af42c4fe796f911e987d406e6f31219cd4480a78f1f6804|\n185:|launch-v2.cs|c3a905ec7cbc118f0b59dd1813b187740319802267689e14dacf6008730de157|\n186:|launch-record.py|8fb2f87f9d55d845cd4932f6c6008edbb1d2db756196480a4da82ec0c179092f|\n187:|run-daemon-ready.ps1|bf43935f5402771932e0a39eafe77af387a3f5ddba30643c56b7bd392c10de1c|\n188:|run-daemon-control.py|4d04f0c3eb10d84a39ce6fdc64ba64c73b742da1626834c25fa63bd904fb2d0a|\n189:|prep-host-readonly.ps1|0e15c209c496b534a56cc851adfb09185681dec2c3ec5889d126cb595ef0cb05|\n190:|prep-readonly.ps1|cac9627393be7dcf5dc7919fb696c35ff637202a876d9aaa0317a9a8d1230e94|\n191:|independent rule probe|be016198d860076c58257953bf2342fc35fea54550e373aae7e0f2b60132bcee|\n192:|portfields.ps1|283386e7e1cac9df5e8e3c7e8283faea224ad3d12f4da30185a9b342b9a1da85|\n193:|runner-census.ps1|63d0508b93a8d15fa2bc9940708c7a13ac4abda1f8ca9c9a5d32a63b1dcf3e8a|\n194:\n195:## Evidence and ruling boundary\n196:\n197:`host.json`, `summary.json`, `pins.json`, thirteen per-leaf native records/captures, final-identities.json, final-disposition.csv, traceability-result.json, and the four source-investigation reports are preserved in prep-S6ESSJ3N. `subject-history/` contains exact Git-object snapshots and local history/equivalence evidence. Its fe427 Windows submodule lookup failed because that path does not exist at that object; no snapshot was fabricated. Public inventory manifest excludes only itself and its checksum file.\n198:\n199:This return has **not** generated a real/dummy key, installed trust, placed a subject in the intended root, staged a set, applied an update, started a rig daemon, consumed a home, changed firewall rules, run a field leg, compiled/rebuilt a subject, or performed disposal. Source/plan evidence was written only outside RIG_ROOT. There is no new D2 pair and no full two-host #297 run.\n200:\n201:The reachable deliverable is complete: measured PREP plus subject diagnosis and the full conditional plan. The remaining prerequisites are deliberate authority/build gates: Doyle selects the assembled candidate, owns the one build and supplies its pins; signer custody and common deadline controls must qualify; the successful-promotion breadcrumb retirement and one-run authorization recording need explicit scope. **Until then, all provisioning/keygen/trust/artifact/apply/GO and ungranted cleanup remain HELD.**\n\n[Some lines truncated to 768 chars]"}],"details":{"totalLines":201,"displayContent":{"text":"# S6ESSJ3N PREP return and integrated provisioning plan\r\n\r\nFor Doyle. Incorporates the subject-identity gate in CO7OBPYP. **READ-ONLY PREP COMPLETE; PROVISIONING AND FIELD GO REMAIN HELD.** Nothing below grants an action.\r\n\r\n## Decision and subject identity\r\n\r\n1. **The currently named fold/assembly would ship the old Windows blob, not the field subject's repaired blob.** `fold/304-w2-admission@7357ea327c79f5930bdfe5947d427eabd19cf9b8` and `asm/304-w2@00c4dad9` both contain `windows.rs` blob `57e32e522f795afcbed43185c17e493c1a233664`. The measured subject `85f84d738fa702f35c83910f314aae17849d125c` contains `848a23fe18e5ca819774f9881ef13504221992f3`. No future shipping choice has been ruled; a field pass cannot be transferred between these blobs.\r\n2. **The numeric suite is still on the named test branch, not folded into either named candidate.** `test/304-w2-enforcement-codes` resolves to 85f. Its stable native-byte patch ID is `b4f072a06f59e35d10420df175c0193aedfb4c92`; `git cherry` reports it unrepresented in both fold7357 and asm00c4. Available all-ref Windows path history contains that identity only at85f. This is a local-ref/path-history finding, not universal absence proof. The pre-amend0bb2d5e is not equivalent: it lacks standalone rejection cells for codes5 and20 and the extraction-boundary caveat.\r\n3. **Recommendation: use the FULL85f history as the single assembly base, not a cherry-pick of its test-only tip onto7357.** The reverse ancestry query `git merge-base --is-ancestor 7357ea32 85f84d73` succeeded. This does not contradict the reported85f-not-ancestor-of-fold fact: **7357 is already an ancestor of85f.** The ancestry path is7357 → f94fe044 →167552fe →00c4dad9 →4f3f370f →dc8015cd →921aa68f →10d18b7f →53d625cd →a5f2186c →96080953 →85f84d73. The assembly merges and all subsequent repair/test prerequisites are carried by85f.\r\n\r\nBefore Doyle's single assembly build, add the minimal signer-child environment isolation repair described below. That produces ONE final assembled head based on85f, with the repaired module bytes retained and the signing tool safe to qualify. **The final commit SHA and both executable hashes do not exist in this PREP evidence; Doyle owns that assembly/build and supplies them. Hertz will not rebuild, substitute, or treat72d30901 as the newly assembled binary.** If another approved product merge is required, it precedes the one build, and the module blob tuple below remains an explicit admission gate.\r\n\r\n### Module tuple to retain in the final assembly\r\n\r\n| Path under `crates/spt-daemon/src/` |85f Git blob|\r\n|---|---|\r\n|`bootstrap_firewall.rs`|`c30d6b5466408b05d2dbd3032ca38043fbe0e5bb`|\r\n|`bootstrap_firewall/windows.rs`|`848a23fe18e5ca819774f9881ef13504221992f3`|\r\n|`bootstrap_firewall/linux.rs`|`08f615c4b0985a86ed8c42e96cfc3083857c4aff`|\r\n\r\n85f preserves the fold's two immutable names, actual bound TCP port, tailnet100.64.0.0/10, LAN Private/Domain boundary, and no-program-filter policy. It additionally carries one-pass ActiveStore/source provenance, literal host-derived LAN prefixes rather than LocalSubnet, semantic representation matching, raw numeric enforcement, and pre-coercion UInt16Array/UInt16 checks. Fold still has string enforcement and a different snapshot/fixture shape. The85f tip changes only tests/comments; it is not a substitute for its production ancestors. The common runner's `run(label,program,args)` change also requires the Linux caller migration: do not transplant only windows.rs.\r\n\r\n`fe4274979c5a93a36fef9f066df6afbe70070ae8` is a different `firewall.rs`/netsh ownership/provider implementation, not a missing commit to bolt onto this NetSecurity two-name design. Do not merge it as a supposed prerequisite.\r\n\r\nThe85f cleanup body retains the fold's guarded PersistentStore deletion and independent store-absence checks. Its encoded bytes nevertheless differ because the shared OWNERSHIP prelude changed. Consequently the accepted D3 payload is pinned independently; a source resemblance is not payload identity.\r\n\r\n## Measured read-only PREP\r\n\r\nEvidence directory: `.spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/`.\r\n\r\nIntended root, **not created**:\r\n`C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\field-rig-r5-S6ESSJ3N`\r\n\r\nThe controlled probe run completed in **112.001851s**, within its600s ceiling. All13 leaves returned native0, `subject_exit`, and `CONFIRMED_GONE`: host; named rules; guard5470; test29470; runner; source head/blob/status; CI queued/in_progress/requested/waiting/pending. No subject, xtask, or fleet executable was invoked. Later source/history research is not represented as time inside that completed probe run. No experimental or field cleanup/reporting clock opened.\r\n\r\n|PREP gate|Observed result|\r\n|---|---|\r\n|Intended root|Absent before and at end. Parent native canonical path is the intended d2 directory; file ID `10A8C584:101A0000000056AB`, attributes16. Absence is a precondition, **not** an exclusive-creation proof or lease.|\r\n|Privilege|Unelevated.|\r\n|Source snapshot|HEAD85f84d738fa702f35c83910f314aae17849d125c; porcelain output empty; Windows blob848a23fe18e5ca819774f9881ef13504221992f3.|\r\n|Named rules|All FOUR readings typed ABSENT/notfound: both `spt-core-bootstrap-inbound-tcp` and `spt-core-bootstrap-inbound-tcp-lan` in both ActiveStore and PersistentStore. Each store's positive control PRESENT1 and negative control ABSENT; both providers valid. Sample11:47:07.1197347Z.|\r\n|29470|No TCP listener/binder; matching rule count0. Independent rule controls valid.|\r\n|5470 guard|No TCP listener/binder. One matching rule: `{FF36EE51-2837-46D8-9AB8-2441D9070633}`, enabled inbound Allow, Private, Local, TCP5470, remote192.168.1.0/255.255.255.0, ProgramAny, empty group. Baseline only: no mutation occurred against which preservation could be claimed.|\r\n|Resident supervisor|PID4732, native birth2026-09-11T04:17:53.3401868Z, live; fleet exe; `daemon run --detached`. CIM/native delta8ticks. Historical parent33556 is not kill authority.|\r\n|Resident brain|PID15856, native birth2026-09-11T04:17:53.6612052Z, live; parent4732; fleet exe; `daemon brain --generation 0 --start-reason cold`. CIM/native delta2ticks.|\r\n|FreeC|79,525,765,120bytes =79.52576512decimalGB =74.06414032GiB, at host sample11:47:01.8472440Z–11:47:04.5745818Z. No reservation.|\r\n|Runner census|11:48:32Z:602processes, self positive control valid; cargo_build0, runner_descended0, shim_unresolved0, analyzer3; Runner.Worker absent, listener_procs1.|\r\n|CI query results|queued/in_progress/requested/waiting/pending each `[]`, native0, limit1000, no recency filter. A snapshot, not exclusion of later starts.|\r\n|Final registered PREP births|26 launcher/subject identities, one census pass, surviving0, unreadable0. Native0. Birth controls: positive4ticks; deliberately skewed5,000,004ticks.|\r\n|Traceability|`traceable-reqs check` native0:903complete,0incomplete,0findings. Raw output preserved. This is not a field or signing test.|\r\n\r\nTodlando subsequently reported #299 complete and pool released, then a #302 instrumentation-only smoke window, and finally successful completion at86696e17 with the pool released (delivery14/4624RXOO). He reported no fleet change or restart. These are later peer observations, not a fresh host census or an availability lease. No competing build or field action was started by this PREP.\r\n\r\n### Executable pins actually measured\r\n\r\n|Role|Path|SHA256 / size / native file ID|\r\n|---|---|---|\r\n|OLD subject, retained control reference|`.worktrees/304-w2-repr/target/release/spt.exe`|`72d309011415b419aabfdb0b4065df1183bfd0069a9f95b5779da62e43349b10`;38,419,456bytes;`10A8C584:004400000038F77B`|\r\n|Prebuilt xtask candidate, hashed only|`.worktrees/304-w2-repr/target/debug/xtask.exe`|`dbdb71135a30a58c81b21c09a64a330385900e7d3b75aa84f37167c0c150f43f`;7,024,640bytes;`10A8C584:004D00000038F121`|\r\n|Fleet exclusion|`C:\\Users\\decid\\AppData\\Local\\spt-core\\bin\\spt.exe`|`689503ad9fc6cfde637cbcacf21c42faf130ba465a0df6c356cf290e2adafb85`;38,072,832bytes;`10A8C584:01B500000023CF78`|\r\n\r\nNative canonical paths matched these files. Old subject and fleet have different native identities. The future rig exe does not exist and therefore has no present file identity. Only the expressly authorized fleet executable was read; no fleet-home state was read or changed. Resident processes were observed, not controlled.\r\n\r\n## Signing blocker: do not mint a real key yet\r\n\r\nIn the pinned xtask source, `debug-rollout` reads `SPT_DEBUG_RELEASE_SEED` and unconditionally calls `git_stdout` for HEAD and dirty provenance. `git_stdout` constructs `Command::new(\"git\")...output()` without removing that variable. Both git children would inherit the seed under that source behavior. This violates the ruled exception allowing only the signer and bounding timeout to inherit it. Source review is not an attestation of what produced the hashed prebuilt candidate; **that uncertainty does not qualify it for real signing**.\r\n\r\nEvidence: pinned `crates/xtask/src/main.rs`2379–2473 and2764–2772; detailed report `PrepSigningFacts-report.txt`. No supported seed-stdin/seed-file/no-provenance switch cures this. Omitting git from PATH is neither proved isolation nor honest provenance: a failed git lookup currently produces `git_dirty: Some(false)`. A shim would itself initially inherit the secret. Do not enlarge the exception silently.\r\n\r\nProposed minimal source repair before Doyle's one build: add `.env_remove(\"SPT_DEBUG_RELEASE_SEED\")` to the `Command::new(\"git\")` chain in `git_stdout`. Qualify the resulting prebuilt signer with the actual-child dummy-sentinel discriminator below before any real key. This is a proposed edit, **not applied here**. No hidden cargo, current-build fallback, or private hertz rebuild is permitted. Doyle supplies the final source identity, build provenance, absolute executable paths, and hashes for both `spt.exe` and `xtask.exe` from the final assembled tree.\r\n\r\n## Fixed names and final admission tuple\r\n\r\nUse these names only after an explicit provisioning grant:\r\n\r\n- `RIG_ROOT` = intended root above; `H = RIG_ROOT/home`; `E = RIG_ROOT/bin/spt.exe`.\r\n- `KEY_ID = hertz-r5-S6ESSJ3N`; explicit release version **N=202609130001**.\r\n- Signed staging path **H/releases**.\r\n- Sequence state **RIG_ROOT/rollout-state.json**, exclusively owned by xtask.\r\n- Public evidence `EVID = RIG_ROOT/evidence`; provision event log `EVID/provision-events.jsonl`, never rollout-state.json.\r\n- Private signing directory, outside repo/RIG/transcripts/archives: `%LOCALAPPDATA%\\spt-rig-secrets\\hertz-r5-S6ESSJ3N`; owner-only access, exclusively created. It does not exist by virtue of this plan.\r\n- Immutable public support bundle `RIG_ROOT/support/fp-bin`; field outputs below `RIG_ROOT/support/fp-run`.\r\n\r\nFinal admission is a tuple: **Doyle's assembled commit + the three module blobs above + Doyle's spt SHA/path + safe xtask SHA/path + final configured driver/support manifest + this root/version/key-ID + current independent host/rule/port samples**. Missing or changed member means NOT_STARTED. Do not fill an unknown hash with the old subject/candidate hash. Source equality alone is not a PE identity or build-provenance proof.\r\n\r\n## Ordered mutating plan — ALL HELD\r\n\r\n### A. Qualify custody, then create a fresh rig\r\n\r\n1. After a specific tooling/qualification grant, freeze the repaired signer and public observer/controller bytes. Run a **dummy-sentinel discriminator first, with no real key**. Exercise the real provenance-child path, not a seed rejected before git runs. A public valid32-byte hex dummy seed may be used only in an explicitly authorized disposable qualification home/staging root outside the intended rig and fleet. The intended signer must observe the sentinel; both actual git children and every helper must report absence. Include a deliberate forbidden-helper inheritance arm that the observer rejects, plus timeout/error-path teardown and post-window absence. Reports contain booleans/roles/births, not environment dumps. An unset afterward is not interval evide…\n2. On custody success and a provisioning grant, begin ONE600s preparation deadline for provisioning through field GO. Independently refresh volatile admission measurements and compare the assembled pin tuple. Refuse active producer conflicts; do not commandeer a claimed pool. Hertz runs no cargo at any point.\r\n3. Atomically create `RIG_ROOT` using Win32 `CreateDirectoryW(path,NULL)` and refuse every failure, especially already-exists. Do not use idempotent Directory.CreateDirectory or a Test-Path/create pair as exclusivity proof. Recheck native canonical parent/root identities and reparse attributes. Create only declared children. Receipt the creation time/owner/source tuple. Never clear or reuse an existing root.\r\n4. Copy the DRI-supplied artifact with `CopyFileW(SUBJECT_EXE,E,TRUE)` (fail-if-exists), then hash E, canonicalize it, and record its native identity. It must equal Doyle's SHA and be distinct from source and fleet identities. Freeze approved public instruments with exclusive destinations and a manifest. Preserve the old72d artifact unchanged.\r\n\r\n### B. Generate the private key; install only public rig trust\r\n\r\n5. Start with the parent environment seed-absent. Disable transcription/xtrace/verbose secret capture. Construct public argv files and all compilation/readiness helpers before any secret exists. Exclusively create the external private directory and restrict access before producing key material.\r\n6. Under a bounded native step, execute the safe prebuilt xtask with public argv:\r\n\r\n```json\r\n[\"debug-keygen\",\"hertz-r5-S6ESSJ3N\"]\r\n```\r\n\r\nALL stdout/stderr go to private files only: keygen emits `seed_hex:` alongside public information. Parse exactly one labeled public_hex and one labeled seed_hex internally, each64hex; length alone cannot distinguish them. Publish only key ID/public key. Never put a seed in argv, a public ArgsFile, transcripts, source tree, archive, receipt, or hash inventory.\r\n\r\n7. In a fresh seed-absent step, install rig-local debug trust with public argv:\r\n\r\n```text\r\ndebug-pin --home H --key-id hertz-r5-S6ESSJ3N --public-key PUBLIC_HEX\r\n```\r\n\r\nPUBLIC_HEX is the generated public value, not a value fabricated in this plan. Require fresh H/identity trust absence before this step; inspect the resulting rig trust document for exact key ID/public key and debug channel. The helper can replace a same-ID key or recover malformed input, so it must not be aimed at a reused or fleet home. Never export seed for debug-pin.\r\n\r\n### C. Sign and stage the actual repaired artifact\r\n\r\n8. Create a private EnvironmentFile containing only the necessary overlay, including `SPT_HOME=H` and `SPT_DEBUG_RELEASE_SEED`. The clean parent invokes launch-v2; its Add-Type/setup runs BEFORE the overlay is read and passed directly to the native signer child. No broad shell export or seed-prefixed bounded function. The bounding controller may hold the seed in memory, but ambient helper environments remain clean. The repaired git child chain explicitly removes the seed.\r\n\r\nExact signer argv (substitute the fixed absolute H/RIG/E paths):\r\n\r\n```text\r\ndebug-rollout --key-id hertz-r5-S6ESSJ3N --channel debug --version 202609130001 --stage-dir H/releases --state RIG_ROOT/rollout-state.json --artifact x86_64-pc-windows-msvc=E\r\n```\r\n\r\nThere is NO `--home` option on debug-rollout: `SPT_HOME=H` is supplied in its private environment overlay. There is NO `--build-current`, cargo call, inferred version, default staging directory, or default sequence-state path. `rollout-state.json` must not be overwritten by a provision-phase logger, as the old provisioner would do.\r\n\r\n9. Native success, the expected staged-version marker, exact artifact SHA, signed set metadata and explicit sequence-state N must agree. Per-artifact/metadata/sequence writes are not globally atomic: preserve any partial staging failure. Never synthesize completion. Await owned-job disappearance before unsetting all secret bindings and retiring private seed-bearing files under the explicit custody grant. Do not claim secure memory erasure. Subsequent helpers, CLI/apply/supervisor/brain windows must prove seed absence; never archive the private directory. The old `provision-rig-r4.sh` is not used.\r\n\r\n### D. Genuine offline apply and normal trial promotion\r\n\r\n10. Verify there is no rig daemon or prior release history. With a seed-absent overlay `SPT_HOME=H`, execute **E** with argv:\r\n\r\n```json\r\n[\"update\",\"apply\"]\r\n```\r\n\r\nNo `--finish`, daemon start, service manager, fake applied-state, or **debug-mark-applied**. Same input bytes can genuinely apply when a fresh positive version has never been applied: version/state transitions, not unequal binary hashes, distinguish this operation. Require BrainOnly; non-BrainOnly currently refuses even under quiescence. NO_UPDATE, AlreadyApplied, RefusedClass, quarantine, or rollback is not success.\r\n\r\n11. Preserve the pre-apply state, native CLI result, installed/landed outcome and actual `H/releases/applied-state.json` transition to phase `applied-pending`, version N, rollback_binary `E.old-N`, and fresh prior_version null. Pin E and its actual rollback aside. Do not write any of these product-owned release-state files yourself.\r\n12. Start an **unelevated foreground** E `daemon run` in its own accepted run-scoped v2 job, not as the child of a bounded CLI step. Overlay: `SPT_HOME=H`, `SPT_INSTALL_NO_FIREWALL=1`, seed absent. No service-aware daemon start, node start, WMI/scheduled-task launch, breakaway fallback, or elevation-token re-spawn.\r\n13. Require generation-matched brain readiness, native supervisor/brain birth identities, parent/path and owned-job membership, verified executable hash, promotion log, and durable state phase `applied`, numeric version N. `BRAIN_PROMOTED` alone is not enough. Missing executable hash can otherwise yield PROMOTE_BYTES_UNVERIFIED; reject that ceiling here. `E --json node status` is optional no-autostart corroboration, not release-phase proof. Cross-check legacy applied/last-outcome records where present.\r\n14. Stop only that owned promotion run job through its recorded stop channel/native ownership contract and confirm active_processes0 plus all its recorded births gone. Native stop-request exit124 is interpreted with the full launcher/controller record, not confused with an apply failure. Preserve all records.\r\n15. **Explicit integration substep requiring grant:** after successful promotion and confirmed ownership/gone evidence, retire ONLY the exact owned `H/daemon.pid` breadcrumb by atomic no-overwrite move to `EVID/provision-daemon.pid.retired`; receipt original bytes/hash and ownership. Unexpected contents or identity means refusal. This is not clearing a failed run: the accepted r5 start refuses any existing breadcrumb, and the earlier owned-run control demonstrably left one after native termination. No daemon-stop guard bypass, broad PID cleanup, or silent stale-file deletion. If retirement is not granted, field admission remains blocked.\r\n\r\n### E. Prepared-home provenance and one field attempt\r\n\r\n16. Publish provenance only after successful genuine promotion and owned daemon shutdown: rig ID, creation receipt, exact source/build/exe/module hashes, canonical E/H, public trust identity, numeric N, signed staging identities, apply/pending/promotion evidence, native job/child identities, and the breadcrumb retirement receipt. Include the current r5 compatibility string fields `rig_id`, `rig_exe`, `rig_exe_sha256`, `home`, `applied_version`, `trust_key_id`, `applied_evidence`. Validate the actual structured release state yourself: the current driver only checks some strings and a version substring in the evidence file.\r\n17. Configure a reviewed copy of accepted r5, leaving its original bytes untouched. Bind RIG_ROOT, SP/support paths, assembled subject path/commit/hash/blob tuple and all support hashes. Required support files: census.ps1, runner-census.ps1, portfields.ps1, d1_render.py, d2_capture.ps1, d2_validate.py, launch-v2.ps1, launch-v2.cs, launch-record.py, run-daemon-ready.ps1, run-daemon-control.py. No scratch-path dependency may silently select different helpers. Record exact configuration diff and final manifest before any field invocation; unknown final values are admission blockers, not defaults.\r\n18. Current r5's S0b atomically creates `H/.consumed` BEFORE its remaining preflight checks. Invoke it once only after the prepared-home gate. Any failure after that creation consumes the attempt permanently. Never remove .consumed, repair/reuse that home for another attempt, or use the whole driver as a supposedly read-only PREP probe.\r\n19. Every SPT CLI, supervisor, brain and apply invocation uses **RIG_ROOT/bin/spt.exe**. Xtask is the explicitly pinned maintainer-tool exception, not an alternate SPT role. A product rollback may run E.old-N; if it does, the successful same-path contract failed: preserve and stop, never disguise it as success.\r\n\r\n## Native command boundary and F5 budgets\r\n\r\nFor each public/private argv JSON file, the concrete launcher interface is:\r\n\r\n```text\r\npwsh -NoProfile -File L2 -Label LABEL -Seconds LIMIT -RecordFile RECORD_ABS -ArgsFile ARGV_ABS -Exe PROGRAM_ABS -OutFile OUT_ABS -ErrFile ERR_ABS -Admission process-tree -Scope step -EnvironmentFile ENV_ABS\r\n```\r\n\r\nUse absolute, exclusive paths. A promotion/field daemon instead uses `-Scope run -StopFile STOP_ABS` and the accepted separately owned run-job readiness/control protocol. Signer/keygen capture paths are private. No seed appears in this command. All owned scope termination is by native job authority, not a PID-tree sweep. Unreadable ownership, escaped creation, or outstanding setup means PARTIAL/UNREADABLE and forbids a confident teardown.\r\n\r\n**Preparation600s; experiment300s from actual GO; cleanup/report180s from activity end; each handoff at most120s; final30s reserved for reporting, not teardown work.** Provisioning must not give the following driver a fresh600s: carry the preparation epoch/deadline into the configured run and validate the remaining allowance. Builds/tool qualification occur only in separately explicit grants, never hidden inside that clock.\r\n\r\nA static integration gap must be addressed before field GO: accepted r5 caps the experimental setup wait at120, but its PREP waits assign `prep_left`, its cleanup wait assigns `cleanup_left`, and the shared handoff_await counts five-second sleeps rather than an absolute deadline. It does not presently impose the120 cap on all waits; the cleanup assignment can spend the ledger reserve. **Do not certify those bounds from the constants alone.** The configured revision must use a common absolute wait deadline `min(now+120, requested_wait_end, phase_work_deadline)`, with cleanup using WORK_DEADLINE (REPORT_DEADLINE−30), and clamp the final sleep to remaining time. Preserve nonce/authorizer checks and signal behavior. Qualify the revised deadline boundary with no-…\n\r\nReadiness and GO remain separate. The executor returns PREPARED/NOT_STARTED with hashes; only Doyle supplies operational GO authority. The current protocol binds a new request nonce and names `authorizer=doyle`; that line is routing, not authentication. To rule once in advance, the ruling must explicitly bind the unique root/final tuple and authorize recording its decision against the first matching future run/nonce after all gates succeed. Otherwise the existing driver still waits for Doyle's run-bound message. Neither Hertz nor the elevated executor may manufacture authority from PREPARED or from this plan.\r\n\r\nThe successful field daemon has its own accepted run job; each subsequent CLI has its own bounded step job. Check owned readiness immediately before serve operations. All serve variants can autostart, so a readiness-to-call race remains if the owned daemon dies: there is no no-autostart serve flag to claim. Any unproved process-creation coverage remains PARTIAL; do not upgrade it because a post-census looks quiet.\r\n\r\n## D3 cleanup, preservation, and later disposal\r\n\r\n- Use the already reviewed literal `teardown-command.pinned` and its exact D3 encoded payload, not an ad hoc reconstruction or the fe427 netsh provider.\r\n- `d3/decoded-todlando/d3-payload.b64` SHA256 **416280dbece2601203c74c3f8e2c46e13009125fa5870166894e079329fb1d43**.\r\n- `teardown-command.pinned` SHA256 **38e0f21b2cf2ef1f9d986c650f2f6b0d36335ba25c8b017fe8dcbd5219c94676**.\r\n- Before any creation, verify the actual final artifact's rendered cleanup payload against that pin. Different payload means stop for review, not update the pin to match. Preserve exact executor command/nonce/native result and independently re-read all four named-rule absences and the5470 guard fields/binder identity afterward.\r\n- An outstanding setup operation or unproved ownership prevents safe cleanup dispatch; record the refusal rather than removing an unrelated owner's state. Elevated execution remains the specifically authorized executor's scope.\r\n- Preserve all original r4/r5/v1/v2 artifacts, prior failures, partial staging/apply/promotion evidence, nonce requests/receipts, job events, stderr and attempted-result ledgers. An unsuccessful attempt remains unsuccessful in its original ledger.\r\n- Later filesystem/private-rig disposal requires a distinct explicit scope and a **new disposal receipt** linked to the immutable run ledger. It must not overwrite the ledger to turn PARTIAL into COMPLETE. No fleet deletion, target/pool deletion, broad worktree removal, or cleanup outside owned/granted scope is authorized here. Secret-file retirement is a separately explicit custody operation; private seed-bearing files are never added to the public preservation set.\r\n\r\n## Existing support and PREP pins\r\n\r\n|Artifact|SHA256|\r\n|---|---|\r\n|accepted fp-driver-d2-r5.sh|df6cca2d987e8eb2a6e9ccba6e9532d278c08bb4f873674836653e5a8e419c59|\r\n|launch-v2.ps1|6e2c2eac82dd53fd0af42c4fe796f911e987d406e6f31219cd4480a78f1f6804|\r\n|launch-v2.cs|c3a905ec7cbc118f0b59dd1813b187740319802267689e14dacf6008730de157|\r\n|launch-record.py|8fb2f87f9d55d845cd4932f6c6008edbb1d2db756196480a4da82ec0c179092f|\r\n|run-daemon-ready.ps1|bf43935f5402771932e0a39eafe77af387a3f5ddba30643c56b7bd392c10de1c|\r\n|run-daemon-control.py|4d04f0c3eb10d84a39ce6fdc64ba64c73b742da1626834c25fa63bd904fb2d0a|\r\n|prep-host-readonly.ps1|0e15c209c496b534a56cc851adfb09185681dec2c3ec5889d126cb595ef0cb05|\r\n|prep-readonly.ps1|cac9627393be7dcf5dc7919fb696c35ff637202a876d9aaa0317a9a8d1230e94|\r\n|independent rule probe|be016198d860076c58257953bf2342fc35fea54550e373aae7e0f2b60132bcee|\r\n|portfields.ps1|283386e7e1cac9df5e8e3c7e8283faea224ad3d12f4da30185a9b342b9a1da85|\r\n|runner-census.ps1|63d0508b93a8d15fa2bc9940708c7a13ac4abda1f8ca9c9a5d32a63b1dcf3e8a|\r\n\r\n## Evidence and ruling boundary\r\n\r\n`host.json`, `summary.json`, `pins.json`, thirteen per-leaf native records/captures, final-identities.json, final-disposition.csv, traceability-result.json, and the four source-investigation reports are preserved in prep-S6ESSJ3N. `subject-history/` contains exact Git-object snapshots and local history/equivalence evidence. Its fe427 Windows submodule lookup failed because that path does not exist at that object; no snapshot was fabricated. Public inventory manifest excludes only itself and its checksum file.\r\n\r\nThis return has **not** generated a real/dummy key, installed trust, placed a subject in the intended root, staged a set, applied an update, started a rig daemon, consumed a home, changed firewall rules, run a field leg, compiled/rebuilt a subject, or performed disposal. Source/plan evidence was written only outside RIG_ROOT. There is no new D2 pair and no full two-host #297 run.\r\n\r\nThe reachable deliverable is complete: measured PREP plus subject diagnosis and the full conditional plan. The remaining prerequisites are deliberate authority/build gates: Doyle selects the assembled candidate, owns the one build and supplies its pins; signer custody and common deadline controls must qualify; the successful-promotion breadcrumb retirement and one-run authorization recording need explicit scope. **Until then, all provisioning/keygen/trust/artifact/apply/GO and ungranted cleanup remain HELD.**\r","startLine":1,"lineNumbers":[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96,97,98,99,100,101,102,103,104,105,106,107,108,109,110,111,112,113,114,115,116,117,118,119,120,121,122,123,124,125,126,127,128,129,130,131,132,133,134,135,136,137,138,139,140,141,142,143,144,145,146,147,148,149,150,151,152,153,154,155,156,157,158,159,160,161,162,163,164,165,166,167,168,169,170,171,172,173,174,175,176,177,178,179,180,181,182,183,184,185,186,187,188,189,190,191,192,193,194,195,196,197,198,199,200,201]},"fileSize":28524,"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\S6ESSJ3N-PREP-AND-PROVISIONING-PLAN.md"},"limits":{"columnTruncated":{"maxColumn":768}}}},"isError":false,"timestamp":1789301804599}}
{"type":"message","id":"6a2fbf4b","parentId":"740947a5","timestamp":"2026-09-13T12:16:44.603Z","message":{"role":"toolResult","toolCallId":"call_rGt7OexA9fjRSnAtaa1c253e|fc_0bcebee58b999663016aa6942c804087d1aa61343acdfbabd7","toolName":"read","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r5.sh#141B]\n953:cur_deadline() {\n954:  if [ -z \"$RUN_EPOCH\" ]; then echo \"$PREP_DEADLINE\"\n955:  elif [ \"$CLEANUP_EPOCH\" -eq 0 ]; then echo \"$EXP_DEADLINE\"\n956:  else echo \"$WORK_DEADLINE\"; fi\n957:}\n958:# THE EXECUTABLE MUST BE NAMED TO WINDOWS. A call site spells its program the way bash finds\n959:# it; the launcher needs a Windows path. `command -v` resolves it against the SAME PATH bash\n960:# would have used, so the program that runs is the program the call site named. An\n961:# unresolvable program is refused AT THE CALL, where it is still true that nothing was\n962:# launched -- not inside the launcher, where it would be an error with no identity behind it.\n963:win_exe() { # PROGRAM -> WINDOWS PATH | ''\n964:  local prog=\"$1\" p\n965:  p=$(command -v \"$prog\" 2>/dev/null) || return 1\n966:  [ -n \"$p\" ] || return 1\n967:  cygpath -w \"$p\" 2>/dev/null\n968:}\n969:cleanup_left() {\n970:  [ \"$CLEANUP_EPOCH\" -eq 0 ] && { echo \"$CLEANUP_REPORT_S\"; return; }\n971:  local now used left\n972:  now=$(date +%s); used=$((now - CLEANUP_EPOCH)); left=$((CLEANUP_REPORT_S - used))\n973:  [ \"$left\" -lt 0 ] && left=0\n974:  echo \"$left\"\n975:}\n976:prep_left() {\n977:  local now used left\n978:  now=$(date +%s); used=$((now - PREP_EPOCH)); left=$((PREP_BUDGET_S - used))\n979:  [ \"$left\" -lt 0 ] && left=0\n980:  echo \"$left\"\n981:}\n982:prep_check() { # LABEL - called before each PREPARATION step\n983:  [ -n \"$RUN_EPOCH\" ] && die \"prep_check '$1' ran AFTER GO: a preparation step cannot be charged to the experimental window, and a sequence that reaches one here is mis-ordered.\"\n984:  local left; left=$(prep_left)\n985:  if [ \"$left\" -gt 0 ]; then\n986:    record \"PREP_BUDGET before '$1': ${left}s of ${PREP_BUDGET_S}s remain\"\n987:    return 0\n988:  fi\n989:  # A PREPARATION OVERRUN IS A REFUSAL TO START, NOT A TRUNCATED RUN. Nothing has been\n990:  # dispatched, so there is no residue to report and no verdict to weaken: the honest\n991:  # outcome is that the experiment never opened.\n992:  record \"PREP_DEADLINE reached before '$1' - the experimental window is NEVER OPENED. Nothing was created, so nothing is torn down and no capture is missing: this run did not start.\"\n993:  set_original 8 \"preparation deadline (${PREP_BUDGET_S}s) reached before $1; GO never given\"\n994:  exit 8\n995:}\n996:# GO - THE ONE PLACE THE EXPERIMENTAL CLOCK EVER STARTS (doyle 2026-09-13). It is a\n997:# separate act from preparation on purpose: the 300s window pays for THIS RUN'S ACTIVITY,\n998:# and it must not already be running while an elevated operator reads a request. MEASURED\n999:# REASON: run 20260913T041410Z spent 134s of its 300s at the setup handoff and reached\n1000:# neither t1 nor t2.\n1001:go() { # WHY\n1002:  [ -n \"$RUN_EPOCH\" ] && { record \"GO ignored - the experimental window is already open (opened $GO_UTC)\"; return 0; }\n1003:  RUN_EPOCH=$(date +%s)\n1004:  EXP_DEADLINE=$((RUN_EPOCH + EXP_BUDGET_S))\n1005:  GO_UTC=$(date -u +%Y-%m-%dT%H:%M:%SZ)\n1006:  stamp \"experimental_GO why=$1\"\n1007:  record \"GO ($1) at $GO_UTC - the ${EXP_BUDGET_S}s experimental window OPENS NOW, after $((RUN_EPOCH - PREP_EPOCH))s of preparation of the ${PREP_BUDGET_S}s allowed\"\n1008:}\n1009:end_experimental() { # WHY — idempotent: the reporting clock starts exactly once\n1010:  [ -n \"$EXPERIMENTAL_ENDED\" ] && return 0\n1011:  EXPERIMENTAL_ENDED=\"$1\"\n1012:  CLEANUP_EPOCH=$(date +%s)\n1013:  REPORT_DEADLINE=$((CLEANUP_EPOCH + CLEANUP_REPORT_S))\n1014:  WORK_DEADLINE=$((REPORT_DEADLINE - LEDGER_RESERVE_S))\n1015:  record \"REPORTING_DEADLINES report_due=$REPORT_DEADLINE work_until=$WORK_DEADLINE (${LEDGER_RESERVE_S}s is RESERVED for the ledger and is not available to the work above it)\"\n1016:  stamp \"experimental_END why=$1\"\n1017:  if [ -n \"$RUN_EPOCH\" ]; then\n1018:    record \"EXPERIMENTAL_END ($1) at $((CLEANUP_EPOCH - RUN_EPOCH))s of the ${EXP_BUDGET_S}s budget; the ${CLEANUP_REPORT_S}s cleanup REPORTING deadline starts now\"\n1019:  else\n1020:    # Reached without GO: the run ended during preparation. Saying '0s of 300s' would\n1021:    # report a window that never opened as one that opened and went unused.\n1022:    record \"EXPERIMENTAL_END ($1) with the experimental window NEVER OPENED (no GO was given); the ${CLEANUP_REPORT_S}s cleanup REPORTING deadline starts now\"\n1023:  fi\n1024:}\n1025:deadline_check() { # ACTIVITY-ONLY. LABEL — called before each activity step\n1026:  [ -z \"$RUN_EPOCH\" ] && die \"activity step '$1' was reached with NO GO: the experimental window has not been opened, so this step has no budget to run under. A step that ran here would spend a window nobody granted.\"\n1027:  local left; left=$(exp_left)\n1028:  if [ \"$left\" -gt 0 ]; then\n1029:    record \"BUDGET before '$1': ${left}s of ${EXP_BUDGET_S}s remain\"\n1030:    return 0\n1031:  fi\n1032:  record \"EXPERIMENTAL_DEADLINE reached before '$1' — activity ENDS HERE and cleanup begins; the deadline does not skip it\"\n1033:  record \"  TRUNCATED phase=$1 got 0s. Whatever this phase would have captured is NOT CAPTURED, which is not the same statement as 'not present'.\"\n1034:  end_experimental \"experimental deadline before $1\"\n1035:  set_original 7 \"experimental deadline (${EXP_BUDGET_S}s) reached before $1\"\n1036:  exit 7\n1037:}\n1038:\n1039:# ---- the D2 capture point --------------------------------------------------\n1040:# THE ARGUMENT FORM IS MEASURED, NOT ASSUMED (control receipt, 2026-09-13). MEASURED ON THIS\n1041:# BOX, FOR THIS INVOCATION SHAPE -- a [string[]] parameter reached from bash through\n1042:# powershell.exe -- and the finding is scoped to exactly that; it is not a claim that -File\n1043:# is broken in general:\n1044:#   -File <script> -RuleName a,b   bound ONE element \"a,b\". The capture would then query a\n1045:#                                  name that cannot exist and record NO_RULE for both halves\n1046:#                                  of a pair that is present.\n1047:#   -File <script> -RuleName a b   failed binding outright (\"A positional parameter cannot be\n1048:#                                  found\"), exit 1.\n1049:#   -Command \"& '<script>' -RuleName @('a','b'); exit $LASTEXITCODE\"   delivered TWO elements.\n1050:# The trailing `exit $LASTEXITCODE` is load-bearing in the same measured way: without it a\n1051:# script exit of 2 arrived as 1, laundering the one exit that is this instrument's entire\n1052:# failure report.\n1053:#\n1054:# THE EXIT GOES TO ITS OWN FILE. It is never mixed with, inferred from or overwritten by the\n1055:# setup's exit, and no property state is ever encoded into it (plan §5.0).\n…\n1447:cleanup() {\n1448:  # THE INCOMING NATIVE STATUS, CAPTURED FIRST AND BEFORE ANYTHING ELSE (r8, doyle).\n1449:  # ORIGINAL_RC being zero is NOT proof the process was exiting zero: a path could exit\n1450:  # nonzero without ever calling set_original, and raising that to 6 would replace a\n1451:  # real failure with a cleanup complaint.\n1452:  # WRITTEN ON ONE LINE ON PURPOSE: `local incoming` first and `incoming=$?` after would\n1453:  # read local's OWN success, which is always 0. The expansion has to happen in the same\n1454:  # command that declares it.\n1455:  local incoming=$?\n1456:  [ \"$CLEANUP_ENTERED\" -eq 1 ] && return 0\n1457:  CLEANUP_ENTERED=1\n1458:  # Whatever brought us here — a completed sequence, a die, a signal or the experimental\n1459:  # deadline — ACTIVITY IS OVER NOW, and the reporting clock starts here if it has not.\n1460:  end_experimental \"cleanup entered\"\n1461:  record \"CLEANUP_BEGIN states=[$(ls \"$ST\" 2>/dev/null | tr '\\n' ' ')] reporting_deadline=${CLEANUP_REPORT_S}s\"\n1462:\n1463:  # R6 — IS SOMEONE ELSE STILL ACTING ON THIS HOST? (doyle O2VBV5LC.) This is a different\n1464:  # question from the marker/measurement gates below, which ask \"is there something to stop\".\n1465:  # A measurement taken while an elevated leg is mid-reconcile can read LIVE or GONE for\n1466:  # reasons that have nothing to do with what this run left behind, and dispatching a removal\n1467:  # while a setup may still be writing is two elevated commands mutating one rule store with\n1468:  # no ordering between them. So: while the setup is OUTSTANDING, EVERY cleanup mutation is\n1469:  # withheld -- the listener stop, the rule teardown and the daemon stop alike.\n1470:  #\n1471:  # PROOF OF COMPLETION IS THE RECEIPT'S TERMINAL FIELDS, NOT ITS PRESENCE. A NONZERO native\n1472:  # exit is a COMPLETED outcome (doyle B3CMWRQI): the test is whether the leg FINISHED, not\n1473:  # whether it succeeded, and treating a refusal as outstanding would withhold cleanup from\n1474:  # exactly the runs that most need it. Only an UNREAD exit (255: absent, malformed, or more\n1475:  # than one record) fails this, because an unread exit is not a zero one.\n1476:  #\n1477:  # THE READ HAPPENS ONCE AND NEVER WAITS. A receipt that arrived late is evidence to read,\n1478:  # never a reason to spend reporting budget waiting for one.\n1479:  SETUP_OUTSTANDING=no\n1480:  # THE TWO ABSENCES ARE DIFFERENT QUESTIONS, AND r2 COLLAPSED THEM (doyle 5N5TZOBG; measured in\n1481:  # group G). \"No setup was ever dispatched\" is a statement about the MARKER. An unassigned\n1482:  # SETUP_RECEIPT path is a statement about THIS DRIVER'S OWN BOOKKEEPING, and while the marker\n1483:  # is set it is the absence of a reading about a leg that may be running — never evidence that\n1484:  # nothing was dispatched. The driver marks fw_mutation_may_have_occurred BEFORE the dispatch and\n1485:  # assigns SETUP_RECEIPT AFTER handoff_request has already written the request to disk, so a\n1486:  # signal in between lands in exactly that state, with the request file sitting there as evidence\n1487:  # that the dispatch DID happen.\n1488:  #\n1489:  # THE GUARANTEE IS HERE, NOT IN THE ORDER OF TWO ASSIGNMENTS (doyle's ruling). Moving the\n1490:  # assignment earlier would narrow the window and would not close it: any dispatch-then-record\n1491:  # sequence has one, and a window narrowed by rearrangement is not a safety property.\n1492:  if ! has_state fw_mutation_may_have_occurred; then\n1493:    SETUP_COMPLETION=NOT_REQUESTED\n1494:    record \"R6 setup_completion=NOT_REQUESTED — the mutation marker was never set, so no elevated setup was ever dispatched: nothing is outstanding and the gates below decide on their own measurements\"\n1495:  elif [ -z \"${SETUP_RECEIPT:-}\" ]; then\n1496:    SETUP_COMPLETION=\"UNPROVEN: no-receipt-path-assigned\"\n1497:    SETUP_OUTSTANDING=yes\n1498:    record \"R6 setup_completion=UNPROVEN missing: no-receipt-path-assigned — the mutation marker IS set and this run holds no receipt path to read, which happens when it was interrupted between writing the request and recording where the answer will arrive. A DISPATCH CANNOT BE DISPROVED HERE, so the leg is treated as OUTSTANDING and every cleanup mutation is withheld. The cost of being wrong this way is a PENDING report; the cost of being wrong the other way is an autostarting stop racing a leg that may still be starting processes, which is IR-124.\"\n1499:  else\n1500:    local r6_missing='' r6_nonce r6_exit\n1501:    [ -f \"$SETUP_RECEIPT\" ] || r6_missing=\"$r6_missing no-receipt-file\"\n1502:    r6_nonce=$(grep -c \"^nonce: $SETUP_NONCE\\$\" \"$SETUP_RECEIPT\" 2>/dev/null)\n1503:    case \"$r6_nonce\" in (''|*[!0-9]*) r6_nonce=0 ;; esac\n1504:    [ \"$r6_nonce\" -eq 1 ] || r6_missing=\"$r6_missing nonce-lines=$r6_nonce\"\n1505:    r6_exit=$(HO_RECEIPT=\"$SETUP_RECEIPT\" handoff_exit)\n1506:    [ \"$r6_exit\" = 255 ] && r6_missing=\"$r6_missing exit-record-unread\"\n1507:    case \"$SETUP_END_UTC\" in\n1508:      ABSENT|UNPARSEABLE|'') r6_missing=\"$r6_missing setup-return-stamp=$SETUP_END_UTC\" ;;\n1509:    esac\n1510:    [ \"$TS_ORDER\" = OK ] || r6_missing=\"$r6_missing timestamp_order=$TS_ORDER\"\n1511:    if [ -n \"$r6_missing\" ]; then\n1512:      SETUP_COMPLETION=\"UNPROVEN:$r6_missing\"\n1513:      SETUP_OUTSTANDING=yes\n1514:      record \"R6 setup_completion=UNPROVEN missing:$r6_missing — the leg cannot be shown to have finished. UNPROVEN IS TREATED AS OUTSTANDING: a leg that finished without writing a terminal field is indistinguishable from one still running, and the cost of being wrong this way is a PENDING report.\"\n1515:    else\n1516:      SETUP_COMPLETION=PROVEN\n1517:      record \"R6 setup_completion=PROVEN nonce=$SETUP_NONCE exit=$r6_exit (a nonzero exit is a COMPLETED outcome) setup_return=$SETUP_END_UTC timestamp_order=$TS_ORDER\"\n1518:    fi\n1519:  fi\n1520:\n1521:  # 1. THE LISTENER -- MEASURED BEFORE IT IS TOUCHED (doyle 2026-09-13; IR-124).\n1522:  #    The predecessor ran `serve lan --stop` on has_state listener_may_exist ALONE. That marker\n1523:  #    is set BEFORE the setup is dispatched, deliberately, so that a REFUSED setup still tears\n1524:  #    down -- which means it is a statement about what this run INTENDED, never about what the\n1525:  #    host holds. In run 20260913T041410Z the setup was DECLINED, nothing was ever started, and\n1526:  #    the stop ran anyway; because `serve lan --stop` reaches the broker through ensure_running\n1527:  #    (serveverb.rs:191) it CREATED exactly what cleanup exists to remove -- supervisor 45944 at\n1528:  #    04:19:18.031Z and brain 22524 at 04:19:19.769Z, both the pinned executable. That is IR-124.\n1529:  #\n1530:  #    THE MARKER NOW DECIDES WHETHER THE QUESTION IS ASKED. THE MEASUREMENT DECIDES WHETHER THE\n1531:  #    COMMAND RUNS. Three outcomes, and only the first runs an autostarting command:\n1532:  #      LIVE       -- our process is measured running: stop it, that is what the command is for.\n1533:  #      GONE       -- every tracked identity is measured absent: NO COMMAND. There is nothing to\n1534:  #                    stop, and issuing one here is how the residue was manufactured.\n1535:  #      UNREADABLE -- attribution could not be established: PENDING/review, NO COMMAND. An\n1536:  #                    unreadable host is not an empty one, and it is not a licence to act either.\n1537:  residue_scan pre-stop no\n1538:  if [ \"$SETUP_OUTSTANDING\" = yes ]; then\n1539:    CLEANUP_STOP_STATE=WITHHELD_OUTSTANDING_SETUP\n1540:    CLEANUP_VERDICT=PENDING\n1541:    record \"CLEANUP_STOP_WITHHELD setup=$SETUP_COMPLETION — the elevated setup cannot be shown to have finished. NO stop is issued: the stop verb is the AUTOSTARTING one of IR-124, and racing it against a leg that may still be starting processes is how residue gets manufactured. Disposition PENDING/review.\"\n1542:    cfail \"listener stop withheld: the setup is outstanding ($SETUP_COMPLETION). This is a REFUSAL TO ACT, not a failed action.\"\n1543:  elif ! has_state listener_may_exist; then\n1544:    record \"CLEANUP_SKIP listener - no listener_may_exist state was ever marked\"\n1545:    CLEANUP_STOP_STATE=NOT_MARKED\n…\n1569:  fi\n…\n1820:}\n…\n1834:d2_ledger() {\n…\n1848:  {\n…\n1850:    echo \"  this file reports; it does not congratulate. The driver's own exit means the\"\n1851:    echo \"  sequence ran and this ledger was written, never that the run was green.\"\n1852:    echo \"EXITS, four separate values, none inferred from another:\"\n1853:    echo \"  setup_elevated_exit=$SETUP_RC\"\n1854:    echo \"  d2_t1_exit=$D2_T1   (UNAVAILABLE = the elevated capture never ran: a labelled evidence gap)\"\n1855:    echo \"  d2_t2_exit=$D2_T2\"\n1856:    echo \"  d2_t3_exit=$D2_T3\"\n1857:    echo \"  teardown_exit=$TEARDOWN_RC\"\n1858:    echo \"VALIDATION, whether each observation was MADE (never whether its value was wanted):\"\n1859:    echo \"  t1=$t1v  t2=$t2v  t3=$t3v\"\n1860:    echo \"QUERY FAILURES among the required observations -- observed, recorded, and NOT successful:\"\n1861:    echo \"  t1=${D2_T1_QF:-0}  t2=${D2_T2_QF:-0}  t3=${D2_T3_QF:-0}  (any nonzero refuses the contract, however valid the document is)\"\n1862:    echo \"IDENTITY the records bind to (never InstanceID):\"\n1863:    echo \"  run=$RUN_ID\"\n1864:    echo \"  pre_setup_absence=$PRE_SETUP_ABSENCE\"\n1865:    echo \"  setup_interval=[$SETUP_START_UTC .. $SETUP_END_UTC] (the COMMAND's own bounds, stamped INSIDE the elevated leg)\"\n1866:    echo \"  t1_interval=[$T1_START_UTC .. $T1_END_UTC] (the elevated capture's own two stamps, same leg)\"\n1867:    echo \"  handoff_interval=[$HANDOFF_REQUEST_UTC .. $HANDOFF_RECEIPT_UTC] (this driver's request-write and receipt-verify -- a DIFFERENT interval, never the command's)\"\n1868:    echo \"  timestamp_order=$TS_ORDER (the six stamps compared with the calendar; UNMEASURED = at least one is a gap)\"\n1869:    echo \"  setup_exit_preserved_by_leg=$SETUP_EXIT_FILE (written before t1 ran; the receipt's exit= above stays the declared channel)\"\n1870:    echo \"  rule_names=$RULE_TAILNET,$RULE_LAN  port=$PORT  isolated_home=$H\"\n1871:    echo \"VERDICTS:\"\n1872:    echo \"  CAPTURE_CONTRACT=$CAPTURE_CONTRACT\"\n1873:    # UNMEASURED IS KEPT DISTINCT FROM LIVE (doyle, 2026-09-13). Both refuse verification and\n1874:    # both end nonzero, but they are different facts and a reader must not have to guess which\n1875:    # one happened: LIVE is a process or a listener we SAW, UNREADABLE is a measurement we could\n1876:    # not make. Collapsing them would let an instrument failure be reported as a dirty host, or\n1877:    # a dirty host as an instrument failure.\n1878:    coverage_verdict || true\n1879:    local residual=UNREADABLE\n1880:    if [ \"${RESIDUE_LIVE:-0}\" -gt 0 ] || [ \"${LISTENER_STATE:-UNMEASURED}\" = PRESENT ]; then residual=LIVE\n1881:    elif [ \"${RESIDUE_COUNT:-UNMEASURED}\" != 0 ] && [ \"${RESIDUE_COUNT:-UNMEASURED}\" != UNMEASURED ]; then residual=LIVE\n1882:    elif [ \"${RESIDUE_COUNT:-UNMEASURED}\" = 0 ] && [ \"${RESIDUE_UNREADABLE:-0}\" = 0 ] \\\n1883:         && [ \"${LISTENER_STATE:-UNMEASURED}\" = ABSENT ] \\\n1884:         && [ \"$OPERATION_COVERAGE\" = COMPLETE ] && [ \"$OPERATION_TERMINATION\" = CONFIRMED_GONE ]; then residual=CLEAR\n1885:    fi\n1886:    echo \"  operation_coverage=$OPERATION_COVERAGE operation_termination=$OPERATION_TERMINATION\"\n1887:    echo \"  direct_subject_states=$DIRECT_SUBJECT_STATES (never sufficient for whole-operation clearance)\"\n1888:    echo \"  residual_state=$residual (CLEAR = measured gone; LIVE = seen; UNREADABLE = not measurable, and NOT the same claim)\"\n1889:    echo \"  tracked_process_identities: live=${RESIDUE_LIVE:-0} gone=${RESIDUE_GONE:-0} unreadable=${RESIDUE_UNREADABLE:-0} (re-queried by pid + creation time + executable + command line)\"\n1890:    echo \"  identity_capture=${CAPTURE_USABLE:-not-attempted} (${CAPTURE_INTEGRITY:-no capture was needed}); whole-operation clearance is decided by the separate coverage and confirmation predicates above\"\n1891:    echo \"  cleanup_stop_gate=${CLEANUP_STOP_STATE} daemon_stop_gate=${DAEMON_STOP_STATE:-NOT_REACHED} teardown_dispatch=${TEARDOWN_DISPATCH} removal_pre=${REMOVAL_PRE:-NOT_REACHED} removal_post=${REMOVAL_CHECK:-NOT_REACHED}\"\n1892:    echo \"  rig_daemon_stop_exit=${DAEMON_STOP_RC:-NOT_RUN}  listener_after_cleanup=${LISTENER_STATE:-UNMEASURED}\"\n1893:    echo \"  CLEANUP=$CLEANUP_VERDICT  residue=${RESIDUE_COUNT:-UNMEASURED} (residue and operation coverage are independent predicates)\"\n1894:    echo \"  experimental_ended=[$EXPERIMENTAL_ENDED]\"\n1895:    [ \"$D2_T1\" = UNAVAILABLE ] && echo \"  D2_T1=UNAVAILABLE — the seq-001 request named the elevated capture and it did not run. The contract is NOT satisfied and no conclusion may rest on that observation.\"\n1896:    [ \"$CLEANUP_VERDICT\" = PENDING ] && echo \"  CLEANUP=PENDING — residual identities above are the actionable record. A fresh pid-naming authorization is a STOP, not a step.\"\n1897:  } > \"$lf\"\n1898:  while IFS= read -r line; do record \"LEDGER $line\"; done < \"$lf\"\n1899:}\n1900:on_signal() { # SIG\n1901:  # Normal execution TERMINATES here (C). No trial resumes after this.\n1902:  ABORT=1\n1903:  set_original 130 \"signal $1\"\n1904:  record \"SIGNAL $1 — normal execution terminated; entering state-aware cleanup once; NO trial will resume\"\n1905:  cleanup\n1906:  exit 130\n1907:}\n1908:trap 'on_signal INT'  INT\n1909:trap 'on_signal TERM' TERM\n1910:trap 'on_signal HUP'  HUP\n1911:trap cleanup EXIT\n1912:# RESIDUAL, named rather than papered over: SIGKILL and power loss run nothing. The\n1913:# state markers in $ST are the recovery instruction — read them and the last\n1914:# portfields snapshot BEFORE anything else touches this box.\n1915:\n1916:abort_check() { [ \"$ABORT\" -eq 0 ] || void \"aborted by signal before this step\"; }"}],"details":{"displayContent":{"text":"cur_deadline() {\n  if [ -z \"$RUN_EPOCH\" ]; then echo \"$PREP_DEADLINE\"\n  elif [ \"$CLEANUP_EPOCH\" -eq 0 ]; then echo \"$EXP_DEADLINE\"\n  else echo \"$WORK_DEADLINE\"; fi\n}\n# THE EXECUTABLE MUST BE NAMED TO WINDOWS. A call site spells its program the way bash finds\n# it; the launcher needs a Windows path. `command -v` resolves it against the SAME PATH bash\n# would have used, so the program that runs is the program the call site named. An\n# unresolvable program is refused AT THE CALL, where it is still true that nothing was\n# launched -- not inside the launcher, where it would be an error with no identity behind it.\nwin_exe() { # PROGRAM -> WINDOWS PATH | ''\n  local prog=\"$1\" p\n  p=$(command -v \"$prog\" 2>/dev/null) || return 1\n  [ -n \"$p\" ] || return 1\n  cygpath -w \"$p\" 2>/dev/null\n}\ncleanup_left() {\n  [ \"$CLEANUP_EPOCH\" -eq 0 ] && { echo \"$CLEANUP_REPORT_S\"; return; }\n  local now used left\n  now=$(date +%s); used=$((now - CLEANUP_EPOCH)); left=$((CLEANUP_REPORT_S - used))\n  [ \"$left\" -lt 0 ] && left=0\n  echo \"$left\"\n}\nprep_left() {\n  local now used left\n  now=$(date +%s); used=$((now - PREP_EPOCH)); left=$((PREP_BUDGET_S - used))\n  [ \"$left\" -lt 0 ] && left=0\n  echo \"$left\"\n}\nprep_check() { # LABEL - called before each PREPARATION step\n  [ -n \"$RUN_EPOCH\" ] && die \"prep_check '$1' ran AFTER GO: a preparation step cannot be charged to the experimental window, and a sequence that reaches one here is mis-ordered.\"\n  local left; left=$(prep_left)\n  if [ \"$left\" -gt 0 ]; then\n    record \"PREP_BUDGET before '$1': ${left}s of ${PREP_BUDGET_S}s remain\"\n    return 0\n  fi\n  # A PREPARATION OVERRUN IS A REFUSAL TO START, NOT A TRUNCATED RUN. Nothing has been\n  # dispatched, so there is no residue to report and no verdict to weaken: the honest\n  # outcome is that the experiment never opened.\n  record \"PREP_DEADLINE reached before '$1' - the experimental window is NEVER OPENED. Nothing was created, so nothing is torn down and no capture is missing: this run did not start.\"\n  set_original 8 \"preparation deadline (${PREP_BUDGET_S}s) reached before $1; GO never given\"\n  exit 8\n}\n# GO - THE ONE PLACE THE EXPERIMENTAL CLOCK EVER STARTS (doyle 2026-09-13). It is a\n# separate act from preparation on purpose: the 300s window pays for THIS RUN'S ACTIVITY,\n# and it must not already be running while an elevated operator reads a request. MEASURED\n# REASON: run 20260913T041410Z spent 134s of its 300s at the setup handoff and reached\n# neither t1 nor t2.\ngo() { # WHY\n  [ -n \"$RUN_EPOCH\" ] && { record \"GO ignored - the experimental window is already open (opened $GO_UTC)\"; return 0; }\n  RUN_EPOCH=$(date +%s)\n  EXP_DEADLINE=$((RUN_EPOCH + EXP_BUDGET_S))\n  GO_UTC=$(date -u +%Y-%m-%dT%H:%M:%SZ)\n  stamp \"experimental_GO why=$1\"\n  record \"GO ($1) at $GO_UTC - the ${EXP_BUDGET_S}s experimental window OPENS NOW, after $((RUN_EPOCH - PREP_EPOCH))s of preparation of the ${PREP_BUDGET_S}s allowed\"\n}\nend_experimental() { # WHY — idempotent: the reporting clock starts exactly once\n  [ -n \"$EXPERIMENTAL_ENDED\" ] && return 0\n  EXPERIMENTAL_ENDED=\"$1\"\n  CLEANUP_EPOCH=$(date +%s)\n  REPORT_DEADLINE=$((CLEANUP_EPOCH + CLEANUP_REPORT_S))\n  WORK_DEADLINE=$((REPORT_DEADLINE - LEDGER_RESERVE_S))\n  record \"REPORTING_DEADLINES report_due=$REPORT_DEADLINE work_until=$WORK_DEADLINE (${LEDGER_RESERVE_S}s is RESERVED for the ledger and is not available to the work above it)\"\n  stamp \"experimental_END why=$1\"\n  if [ -n \"$RUN_EPOCH\" ]; then\n    record \"EXPERIMENTAL_END ($1) at $((CLEANUP_EPOCH - RUN_EPOCH))s of the ${EXP_BUDGET_S}s budget; the ${CLEANUP_REPORT_S}s cleanup REPORTING deadline starts now\"\n  else\n    # Reached without GO: the run ended during preparation. Saying '0s of 300s' would\n    # report a window that never opened as one that opened and went unused.\n    record \"EXPERIMENTAL_END ($1) with the experimental window NEVER OPENED (no GO was given); the ${CLEANUP_REPORT_S}s cleanup REPORTING deadline starts now\"\n  fi\n}\ndeadline_check() { # ACTIVITY-ONLY. LABEL — called before each activity step\n  [ -z \"$RUN_EPOCH\" ] && die \"activity step '$1' was reached with NO GO: the experimental window has not been opened, so this step has no budget to run under. A step that ran here would spend a window nobody granted.\"\n  local left; left=$(exp_left)\n  if [ \"$left\" -gt 0 ]; then\n    record \"BUDGET before '$1': ${left}s of ${EXP_BUDGET_S}s remain\"\n    return 0\n  fi\n  record \"EXPERIMENTAL_DEADLINE reached before '$1' — activity ENDS HERE and cleanup begins; the deadline does not skip it\"\n  record \"  TRUNCATED phase=$1 got 0s. Whatever this phase would have captured is NOT CAPTURED, which is not the same statement as 'not present'.\"\n  end_experimental \"experimental deadline before $1\"\n  set_original 7 \"experimental deadline (${EXP_BUDGET_S}s) reached before $1\"\n  exit 7\n}\n\n# ---- the D2 capture point --------------------------------------------------\n# THE ARGUMENT FORM IS MEASURED, NOT ASSUMED (control receipt, 2026-09-13). MEASURED ON THIS\n# BOX, FOR THIS INVOCATION SHAPE -- a [string[]] parameter reached from bash through\n# powershell.exe -- and the finding is scoped to exactly that; it is not a claim that -File\n# is broken in general:\n#   -File <script> -RuleName a,b   bound ONE element \"a,b\". The capture would then query a\n#                                  name that cannot exist and record NO_RULE for both halves\n#                                  of a pair that is present.\n#   -File <script> -RuleName a b   failed binding outright (\"A positional parameter cannot be\n#                                  found\"), exit 1.\n#   -Command \"& '<script>' -RuleName @('a','b'); exit $LASTEXITCODE\"   delivered TWO elements.\n# The trailing `exit $LASTEXITCODE` is load-bearing in the same measured way: without it a\n# script exit of 2 arrived as 1, laundering the one exit that is this instrument's entire\n# failure report.\n#\n# THE EXIT GOES TO ITS OWN FILE. It is never mixed with, inferred from or overwritten by the\n# setup's exit, and no property state is ever encoded into it (plan §5.0).\n…\ncleanup() {\n  # THE INCOMING NATIVE STATUS, CAPTURED FIRST AND BEFORE ANYTHING ELSE (r8, doyle).\n  # ORIGINAL_RC being zero is NOT proof the process was exiting zero: a path could exit\n  # nonzero without ever calling set_original, and raising that to 6 would replace a\n  # real failure with a cleanup complaint.\n  # WRITTEN ON ONE LINE ON PURPOSE: `local incoming` first and `incoming=$?` after would\n  # read local's OWN success, which is always 0. The expansion has to happen in the same\n  # command that declares it.\n  local incoming=$?\n  [ \"$CLEANUP_ENTERED\" -eq 1 ] && return 0\n  CLEANUP_ENTERED=1\n  # Whatever brought us here — a completed sequence, a die, a signal or the experimental\n  # deadline — ACTIVITY IS OVER NOW, and the reporting clock starts here if it has not.\n  end_experimental \"cleanup entered\"\n  record \"CLEANUP_BEGIN states=[$(ls \"$ST\" 2>/dev/null | tr '\\n' ' ')] reporting_deadline=${CLEANUP_REPORT_S}s\"\n\n  # R6 — IS SOMEONE ELSE STILL ACTING ON THIS HOST? (doyle O2VBV5LC.) This is a different\n  # question from the marker/measurement gates below, which ask \"is there something to stop\".\n  # A measurement taken while an elevated leg is mid-reconcile can read LIVE or GONE for\n  # reasons that have nothing to do with what this run left behind, and dispatching a removal\n  # while a setup may still be writing is two elevated commands mutating one rule store with\n  # no ordering between them. So: while the setup is OUTSTANDING, EVERY cleanup mutation is\n  # withheld -- the listener stop, the rule teardown and the daemon stop alike.\n  #\n  # PROOF OF COMPLETION IS THE RECEIPT'S TERMINAL FIELDS, NOT ITS PRESENCE. A NONZERO native\n  # exit is a COMPLETED outcome (doyle B3CMWRQI): the test is whether the leg FINISHED, not\n  # whether it succeeded, and treating a refusal as outstanding would withhold cleanup from\n  # exactly the runs that most need it. Only an UNREAD exit (255: absent, malformed, or more\n  # than one record) fails this, because an unread exit is not a zero one.\n  #\n  # THE READ HAPPENS ONCE AND NEVER WAITS. A receipt that arrived late is evidence to read,\n  # never a reason to spend reporting budget waiting for one.\n  SETUP_OUTSTANDING=no\n  # THE TWO ABSENCES ARE DIFFERENT QUESTIONS, AND r2 COLLAPSED THEM (doyle 5N5TZOBG; measured in\n  # group G). \"No setup was ever dispatched\" is a statement about the MARKER. An unassigned\n  # SETUP_RECEIPT path is a statement about THIS DRIVER'S OWN BOOKKEEPING, and while the marker\n  # is set it is the absence of a reading about a leg that may be running — never evidence that\n  # nothing was dispatched. The driver marks fw_mutation_may_have_occurred BEFORE the dispatch and\n  # assigns SETUP_RECEIPT AFTER handoff_request has already written the request to disk, so a\n  # signal in between lands in exactly that state, with the request file sitting there as evidence\n  # that the dispatch DID happen.\n  #\n  # THE GUARANTEE IS HERE, NOT IN THE ORDER OF TWO ASSIGNMENTS (doyle's ruling). Moving the\n  # assignment earlier would narrow the window and would not close it: any dispatch-then-record\n  # sequence has one, and a window narrowed by rearrangement is not a safety property.\n  if ! has_state fw_mutation_may_have_occurred; then\n    SETUP_COMPLETION=NOT_REQUESTED\n    record \"R6 setup_completion=NOT_REQUESTED — the mutation marker was never set, so no elevated setup was ever dispatched: nothing is outstanding and the gates below decide on their own measurements\"\n  elif [ -z \"${SETUP_RECEIPT:-}\" ]; then\n    SETUP_COMPLETION=\"UNPROVEN: no-receipt-path-assigned\"\n    SETUP_OUTSTANDING=yes\n    record \"R6 setup_completion=UNPROVEN missing: no-receipt-path-assigned — the mutation marker IS set and this run holds no receipt path to read, which happens when it was interrupted between writing the request and recording where the answer will arrive. A DISPATCH CANNOT BE DISPROVED HERE, so the leg is treated as OUTSTANDING and every cleanup mutation is withheld. The cost of being wrong this way is a PENDING report; the cost of being wrong the other way is an autostarting stop racing a leg that may still be starting processes, which is IR-124.\"\n  else\n    local r6_missing='' r6_nonce r6_exit\n    [ -f \"$SETUP_RECEIPT\" ] || r6_missing=\"$r6_missing no-receipt-file\"\n    r6_nonce=$(grep -c \"^nonce: $SETUP_NONCE\\$\" \"$SETUP_RECEIPT\" 2>/dev/null)\n    case \"$r6_nonce\" in (''|*[!0-9]*) r6_nonce=0 ;; esac\n    [ \"$r6_nonce\" -eq 1 ] || r6_missing=\"$r6_missing nonce-lines=$r6_nonce\"\n    r6_exit=$(HO_RECEIPT=\"$SETUP_RECEIPT\" handoff_exit)\n    [ \"$r6_exit\" = 255 ] && r6_missing=\"$r6_missing exit-record-unread\"\n    case \"$SETUP_END_UTC\" in\n      ABSENT|UNPARSEABLE|'') r6_missing=\"$r6_missing setup-return-stamp=$SETUP_END_UTC\" ;;\n    esac\n    [ \"$TS_ORDER\" = OK ] || r6_missing=\"$r6_missing timestamp_order=$TS_ORDER\"\n    if [ -n \"$r6_missing\" ]; then\n      SETUP_COMPLETION=\"UNPROVEN:$r6_missing\"\n      SETUP_OUTSTANDING=yes\n      record \"R6 setup_completion=UNPROVEN missing:$r6_missing — the leg cannot be shown to have finished. UNPROVEN IS TREATED AS OUTSTANDING: a leg that finished without writing a terminal field is indistinguishable from one still running, and the cost of being wrong this way is a PENDING report.\"\n    else\n      SETUP_COMPLETION=PROVEN\n      record \"R6 setup_completion=PROVEN nonce=$SETUP_NONCE exit=$r6_exit (a nonzero exit is a COMPLETED outcome) setup_return=$SETUP_END_UTC timestamp_order=$TS_ORDER\"\n    fi\n  fi\n\n  # 1. THE LISTENER -- MEASURED BEFORE IT IS TOUCHED (doyle 2026-09-13; IR-124).\n  #    The predecessor ran `serve lan --stop` on has_state listener_may_exist ALONE. That marker\n  #    is set BEFORE the setup is dispatched, deliberately, so that a REFUSED setup still tears\n  #    down -- which means it is a statement about what this run INTENDED, never about what the\n  #    host holds. In run 20260913T041410Z the setup was DECLINED, nothing was ever started, and\n  #    the stop ran anyway; because `serve lan --stop` reaches the broker through ensure_running\n  #    (serveverb.rs:191) it CREATED exactly what cleanup exists to remove -- supervisor 45944 at\n  #    04:19:18.031Z and brain 22524 at 04:19:19.769Z, both the pinned executable. That is IR-124.\n  #\n  #    THE MARKER NOW DECIDES WHETHER THE QUESTION IS ASKED. THE MEASUREMENT DECIDES WHETHER THE\n  #    COMMAND RUNS. Three outcomes, and only the first runs an autostarting command:\n  #      LIVE       -- our process is measured running: stop it, that is what the command is for.\n  #      GONE       -- every tracked identity is measured absent: NO COMMAND. There is nothing to\n  #                    stop, and issuing one here is how the residue was manufactured.\n  #      UNREADABLE -- attribution could not be established: PENDING/review, NO COMMAND. An\n  #                    unreadable host is not an empty one, and it is not a licence to act either.\n  residue_scan pre-stop no\n  if [ \"$SETUP_OUTSTANDING\" = yes ]; then\n    CLEANUP_STOP_STATE=WITHHELD_OUTSTANDING_SETUP\n    CLEANUP_VERDICT=PENDING\n    record \"CLEANUP_STOP_WITHHELD setup=$SETUP_COMPLETION — the elevated setup cannot be shown to have finished. NO stop is issued: the stop verb is the AUTOSTARTING one of IR-124, and racing it against a leg that may still be starting processes is how residue gets manufactured. Disposition PENDING/review.\"\n    cfail \"listener stop withheld: the setup is outstanding ($SETUP_COMPLETION). This is a REFUSAL TO ACT, not a failed action.\"\n  elif ! has_state listener_may_exist; then\n    record \"CLEANUP_SKIP listener - no listener_may_exist state was ever marked\"\n    CLEANUP_STOP_STATE=NOT_MARKED\n…\n  fi\n…\n}\n…\nd2_ledger() {\n…\n  {\n…\n    echo \"  this file reports; it does not congratulate. The driver's own exit means the\"\n    echo \"  sequence ran and this ledger was written, never that the run was green.\"\n    echo \"EXITS, four separate values, none inferred from another:\"\n    echo \"  setup_elevated_exit=$SETUP_RC\"\n    echo \"  d2_t1_exit=$D2_T1   (UNAVAILABLE = the elevated capture never ran: a labelled evidence gap)\"\n    echo \"  d2_t2_exit=$D2_T2\"\n    echo \"  d2_t3_exit=$D2_T3\"\n    echo \"  teardown_exit=$TEARDOWN_RC\"\n    echo \"VALIDATION, whether each observation was MADE (never whether its value was wanted):\"\n    echo \"  t1=$t1v  t2=$t2v  t3=$t3v\"\n    echo \"QUERY FAILURES among the required observations -- observed, recorded, and NOT successful:\"\n    echo \"  t1=${D2_T1_QF:-0}  t2=${D2_T2_QF:-0}  t3=${D2_T3_QF:-0}  (any nonzero refuses the contract, however valid the document is)\"\n    echo \"IDENTITY the records bind to (never InstanceID):\"\n    echo \"  run=$RUN_ID\"\n    echo \"  pre_setup_absence=$PRE_SETUP_ABSENCE\"\n    echo \"  setup_interval=[$SETUP_START_UTC .. $SETUP_END_UTC] (the COMMAND's own bounds, stamped INSIDE the elevated leg)\"\n    echo \"  t1_interval=[$T1_START_UTC .. $T1_END_UTC] (the elevated capture's own two stamps, same leg)\"\n    echo \"  handoff_interval=[$HANDOFF_REQUEST_UTC .. $HANDOFF_RECEIPT_UTC] (this driver's request-write and receipt-verify -- a DIFFERENT interval, never the command's)\"\n    echo \"  timestamp_order=$TS_ORDER (the six stamps compared with the calendar; UNMEASURED = at least one is a gap)\"\n    echo \"  setup_exit_preserved_by_leg=$SETUP_EXIT_FILE (written before t1 ran; the receipt's exit= above stays the declared channel)\"\n    echo \"  rule_names=$RULE_TAILNET,$RULE_LAN  port=$PORT  isolated_home=$H\"\n    echo \"VERDICTS:\"\n    echo \"  CAPTURE_CONTRACT=$CAPTURE_CONTRACT\"\n    # UNMEASURED IS KEPT DISTINCT FROM LIVE (doyle, 2026-09-13). Both refuse verification and\n    # both end nonzero, but they are different facts and a reader must not have to guess which\n    # one happened: LIVE is a process or a listener we SAW, UNREADABLE is a measurement we could\n    # not make. Collapsing them would let an instrument failure be reported as a dirty host, or\n    # a dirty host as an instrument failure.\n    coverage_verdict || true\n    local residual=UNREADABLE\n    if [ \"${RESIDUE_LIVE:-0}\" -gt 0 ] || [ \"${LISTENER_STATE:-UNMEASURED}\" = PRESENT ]; then residual=LIVE\n    elif [ \"${RESIDUE_COUNT:-UNMEASURED}\" != 0 ] && [ \"${RESIDUE_COUNT:-UNMEASURED}\" != UNMEASURED ]; then residual=LIVE\n    elif [ \"${RESIDUE_COUNT:-UNMEASURED}\" = 0 ] && [ \"${RESIDUE_UNREADABLE:-0}\" = 0 ] \\\n         && [ \"${LISTENER_STATE:-UNMEASURED}\" = ABSENT ] \\\n         && [ \"$OPERATION_COVERAGE\" = COMPLETE ] && [ \"$OPERATION_TERMINATION\" = CONFIRMED_GONE ]; then residual=CLEAR\n    fi\n    echo \"  operation_coverage=$OPERATION_COVERAGE operation_termination=$OPERATION_TERMINATION\"\n    echo \"  direct_subject_states=$DIRECT_SUBJECT_STATES (never sufficient for whole-operation clearance)\"\n    echo \"  residual_state=$residual (CLEAR = measured gone; LIVE = seen; UNREADABLE = not measurable, and NOT the same claim)\"\n    echo \"  tracked_process_identities: live=${RESIDUE_LIVE:-0} gone=${RESIDUE_GONE:-0} unreadable=${RESIDUE_UNREADABLE:-0} (re-queried by pid + creation time + executable + command line)\"\n    echo \"  identity_capture=${CAPTURE_USABLE:-not-attempted} (${CAPTURE_INTEGRITY:-no capture was needed}); whole-operation clearance is decided by the separate coverage and confirmation predicates above\"\n    echo \"  cleanup_stop_gate=${CLEANUP_STOP_STATE} daemon_stop_gate=${DAEMON_STOP_STATE:-NOT_REACHED} teardown_dispatch=${TEARDOWN_DISPATCH} removal_pre=${REMOVAL_PRE:-NOT_REACHED} removal_post=${REMOVAL_CHECK:-NOT_REACHED}\"\n    echo \"  rig_daemon_stop_exit=${DAEMON_STOP_RC:-NOT_RUN}  listener_after_cleanup=${LISTENER_STATE:-UNMEASURED}\"\n    echo \"  CLEANUP=$CLEANUP_VERDICT  residue=${RESIDUE_COUNT:-UNMEASURED} (residue and operation coverage are independent predicates)\"\n    echo \"  experimental_ended=[$EXPERIMENTAL_ENDED]\"\n    [ \"$D2_T1\" = UNAVAILABLE ] && echo \"  D2_T1=UNAVAILABLE — the seq-001 request named the elevated capture and it did not run. The contract is NOT satisfied and no conclusion may rest on that observation.\"\n    [ \"$CLEANUP_VERDICT\" = PENDING ] && echo \"  CLEANUP=PENDING — residual identities above are the actionable record. A fresh pid-naming authorization is a STOP, not a step.\"\n  } > \"$lf\"\n  while IFS= read -r line; do record \"LEDGER $line\"; done < \"$lf\"\n}\non_signal() { # SIG\n  # Normal execution TERMINATES here (C). No trial resumes after this.\n  ABORT=1\n  set_original 130 \"signal $1\"\n  record \"SIGNAL $1 — normal execution terminated; entering state-aware cleanup once; NO trial will resume\"\n  cleanup\n  exit 130\n}\ntrap 'on_signal INT'  INT\ntrap 'on_signal TERM' TERM\ntrap 'on_signal HUP'  HUP\ntrap cleanup EXIT\n# RESIDUAL, named rather than papered over: SIGKILL and power loss run nothing. The\n# state markers in $ST are the recovery instruction — read them and the last\n# portfields snapshot BEFORE anything else touches this box.\n\nabort_check() { [ \"$ABORT\" -eq 0 ] || void \"aborted by signal before this step\"; }","startLine":953,"lineNumbers":[953,954,955,956,957,958,959,960,961,962,963,964,965,966,967,968,969,970,971,972,973,974,975,976,977,978,979,980,981,982,983,984,985,986,987,988,989,990,991,992,993,994,995,996,997,998,999,1000,1001,1002,1003,1004,1005,1006,1007,1008,1009,1010,1011,1012,1013,1014,1015,1016,1017,1018,1019,1020,1021,1022,1023,1024,1025,1026,1027,1028,1029,1030,1031,1032,1033,1034,1035,1036,1037,1038,1039,1040,1041,1042,1043,1044,1045,1046,1047,1048,1049,1050,1051,1052,1053,1054,1055,null,1447,1448,1449,1450,1451,1452,1453,1454,1455,1456,1457,1458,1459,1460,1461,1462,1463,1464,1465,1466,1467,1468,1469,1470,1471,1472,1473,1474,1475,1476,1477,1478,1479,1480,1481,1482,1483,1484,1485,1486,1487,1488,1489,1490,1491,1492,1493,1494,1495,1496,1497,1498,1499,1500,1501,1502,1503,1504,1505,1506,1507,1508,1509,1510,1511,1512,1513,1514,1515,1516,1517,1518,1519,1520,1521,1522,1523,1524,1525,1526,1527,1528,1529,1530,1531,1532,1533,1534,1535,1536,1537,1538,1539,1540,1541,1542,1543,1544,1545,null,1569,null,1820,null,1834,null,1848,null,1850,1851,1852,1853,1854,1855,1856,1857,1858,1859,1860,1861,1862,1863,1864,1865,1866,1867,1868,1869,1870,1871,1872,1873,1874,1875,1876,1877,1878,1879,1880,1881,1882,1883,1884,1885,1886,1887,1888,1889,1890,1891,1892,1893,1894,1895,1896,1897,1898,1899,1900,1901,1902,1903,1904,1905,1906,1907,1908,1909,1910,1911,1912,1913,1914,1915,1916]},"fileSize":200498,"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\fp-driver-d2-r5.sh"}}},"isError":false,"timestamp":1789301804603}}
{"type":"message","id":"9464d7b6","parentId":"6a2fbf4b","timestamp":"2026-09-13T12:16:44.606Z","message":{"role":"toolResult","toolCallId":"call_3iFKVpzyv0IaFKwH5UpdwAhB|fc_0bcebee58b999663016aa6942c805087d181255f4e5bedb3f1","toolName":"glob","content":[{"type":"text","text":"# .spt/preserved/hertz-fp-driver-review/d2/controls/\ngroup-n.ps1\nn-arm.ps1\nn-r5.sh\nn-r5-observe.py\nn-argv.ps1\nn-native.cs\nn-immediate.ps1\nn-disposition.ps1\nn-subject.ps1\ngroup-m-instrument-repair.ps1\njob-parent.ps1\njob-containment-probe.ps1\nm-disposition.ps1\ngroup-m-parse.txt\ngroup-m.sh\nm-check.py\nm-subject.ps1\ngroup-l.sh\nlaunch-identity-probe.ps1\ngroup-h.sh\ngroup-e.sh\ngroup-d.sh\ngroup-g.sh\ngroup-f.sh\nharness.sh\ndisposition-check.sh\ngroup-b.sh\ngroup-a.sh\ngroup-c.sh"}],"details":{"scopePath":".spt/preserved/hertz-fp-driver-review/d2/controls","fileCount":29,"files":[".spt/preserved/hertz-fp-driver-review/d2/controls/group-n.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/n-arm.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/n-r5.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/n-r5-observe.py",".spt/preserved/hertz-fp-driver-review/d2/controls/n-argv.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/n-native.cs",".spt/preserved/hertz-fp-driver-review/d2/controls/n-immediate.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/n-disposition.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/n-subject.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/group-m-instrument-repair.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/job-parent.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/job-containment-probe.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/m-disposition.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/group-m-parse.txt",".spt/preserved/hertz-fp-driver-review/d2/controls/group-m.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/m-check.py",".spt/preserved/hertz-fp-driver-review/d2/controls/m-subject.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/group-l.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/launch-identity-probe.ps1",".spt/preserved/hertz-fp-driver-review/d2/controls/group-h.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/group-e.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/group-d.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/group-g.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/group-f.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/harness.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/disposition-check.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/group-b.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/group-a.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/group-c.sh"],"truncated":false,"cwd":"C:\\Users\\decid\\Documents\\projects\\spt-core"},"isError":false,"timestamp":1789301804606}}
{"type":"message","id":"ef4d9fe1","parentId":"9464d7b6","timestamp":"2026-09-13T12:16:44.610Z","message":{"role":"toolResult","toolCallId":"call_KumDLvgzUGI1bCKulLpoN2mn|fc_0bcebee58b999663016aa6942c802c87d1a6832369a72081fc","toolName":"read","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r5.sh#141B]\n248:                                  # THE INDEPENDENT POST-REMOVAL CHECK. The product reporting its\n249:                                  # own success is the claim under test, and the census counts\n250:                                  # ActiveStore rules by GROUP and PORT -- neither can say which\n251:                                  # owned NAME is gone, nor anything at all about PersistentStore.\n252:                                  # This probe addresses each name by InstanceID in each store.\n253:                                  # It is evidence, so it is pinned like any other instrument.\n254:TEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\n255:CI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n256:PREP_EPOCH=$(date +%s)            # the PREPARATION clock starts at process start\n257:PREP_DEADLINE=$((PREP_EPOCH + PREP_BUDGET_S))   # the instant preparation is over; every\n258:                                  # bounded preflight probe runs under THIS one, so a\n259:                                  # pre-GO step cannot be handed a window that has not opened\n260:RUN_EPOCH=''                      # THE EXPERIMENTAL CLOCK DOES NOT EXIST UNTIL GO, and an unset\n261:                                  # clock is an UNSTARTED experiment: every activity step refuses\n262:                                  # while it is empty. MEASURED REASON (run 20260913T041410Z):\n263:                                  # that run charged preparation AND the elevated operator's\n264:                                  # reading time to the experiment -- handoff_interval alone was\n265:                                  # 04:17:02Z..04:19:16Z, 134s of a 300s window -- and it reached\n266:                                  # neither t1 nor t2. Separating the clocks is that measurement's\n267:                                  # correction, not a preference.\n268:GO_UTC=''                         # stamped by go(); the instant the experimental window opened\n269:PREPARED_ACK=''                   # the executor's verified PREPARED/NOT_STARTED receipt path\n270:\n271:ORIGINAL_RC=0                     # the FIRST failure's code; cleanup never changes it\n272:ORIGINAL_WHY=''\n273:ABORT=0\n274:CLEANUP_ENTERED=0\n275:CLEANUP_FAILURES=0\n276:D1_OK=unknown\n277:HANDOFF_SEQ=0\n278:HO_SEQ=''; HO_NONCE=''; HO_RECEIPT=''; HO_OUT=''; HO_ERR=''\n279:# D2 state. Every value below is REPORTED, and each one starts at the reading that assumes\n280:# the least: an unread exit is not a zero one, and an uncaptured point is a gap.\n281:D2_T1=UNAVAILABLE\n282:D2_T2=NOT_RUN\n283:D2_T3=NOT_RUN\n284:D2_T1_VALID=NOT_VALIDATED\n285:D2_T2_VALID=NOT_VALIDATED\n286:D2_T3_VALID=NOT_VALIDATED\n287:D2_T1_QF=0                       # query failures among the REQUIRED observations at each point:\n288:D2_T2_QF=0                       # observed and recorded, never counted as successful ones\n289:D2_T3_QF=0\n290:VALIDATE_QF=0\n291:SETUP_RC=255\n292:TEARDOWN_RC=255\n293:# THE SETUP COMMAND'S OWN BOUNDS, stamped INSIDE the elevated leg and read back from the\n294:# files that leg was asked to write. They are not this driver's clock: it never runs the\n295:# command, so it cannot time it. UNRECORDED until the leg answers.\n296:SETUP_START_UTC=UNRECORDED\n297:SETUP_END_UTC=UNRECORDED\n298:SETUP_EXIT_FILE=ABSENT           # the exit the leg preserved BEFORE t1 ran; a cross-check on\n299:                                 # the receipt's exit= claim, never a substitute for it\n300:# THE ELEVATED CAPTURE'S OWN BOUNDS, likewise stamped inside the leg. A document utc plus an\n301:# exit file is ONE instant and a file mtime; these are two stamps taken around the command.\n302:T1_START_UTC=UNRECORDED\n303:T1_END_UTC=UNRECORDED\n304:# THE HANDOFF'S BOUNDS -- a DIFFERENT interval, this driver's own: when it wrote the request\n305:# and when it verified the receipt. It opens before the command exists and closes after the\n306:# command has finished, so it is never the command's creation record.\n307:HANDOFF_REQUEST_UTC=UNRECORDED\n308:HANDOFF_RECEIPT_UTC=UNRECORDED\n309:TS_ORDER=UNMEASURED              # the six stamps above compared with the calendar, not assumed\n310:PRE_SETUP_ABSENCE=UNRECORDED\n311:RESIDUE_COUNT=UNMEASURED\n312:RESIDUE_LIVE=0                   # tracked identities re-queried and still running\n313:RESIDUE_GONE=0                   # tracked identities measured absent (or pid-reused)\n314:RESIDUE_UNREADABLE=0             # attribution missing or unreadable: NEVER read as clean\n315:IDENT_CAPTURE_RC=1               # the capture command's own exit; 1 until it has run\n316:CAPTURE_USABLE=no                # a capture supports CLEAR only when proven complete\n317:CAPTURE_INTEGRITY=''             # why it is or is not usable, in words\n318:DAEMON_STOP_RC=NOT_RUN           # run-job stop/confirmation outcome, not the guarded daemon-stop verb\n319:LISTENER_STATE=UNMEASURED        # unread is read as LIVE: an unread port is not an empty one\n320:CAPTURE_CONTRACT=NOT_SATISFIED    # earned, never defaulted to satisfied\n321:CLEANUP_VERDICT=PENDING           # PENDING until VERIFIED is measured; a clock never earns it\n322:EXPERIMENTAL_ENDED=''\n323:# ---- evidence dir: per-run, never reused, never truncated (F4/F5/D10) -------\n324:RUN_ID=\"$(date -u +%Y%m%dT%H%M%SZ)\"\n325:R=\"$RUN_ROOT/$RUN_ID\"\n326:if [ -e \"$R\" ]; then\n327:  echo \"REFUSED: evidence dir $R already exists. A run never truncates prior evidence (D10).\" >&2\n328:  exit 64\n329:fi\n330:mkdir -p \"$R\" || { echo \"REFUSED: cannot create evidence dir $R\" >&2; exit 64; }\n331:ST=\"$R/state\"; mkdir -p \"$ST\"\n332:mkdir -p \"$R/handoff\"\n333:SECRET=\"$R/.secret\"; mkdir -p \"$SECRET\"; chmod 700 \"$SECRET\" 2>/dev/null\n334:\n335:stamp()  { echo \"$(date -u +%Y-%m-%dT%H:%M:%SZ) $1\" >> \"$R/timeline.txt\"; }\n336:record() { echo \"$1\" | tee -a \"$R/findings.txt\"; }\n337:exits()  { echo \"$1\" >> \"$R/exits.txt\"; }\n338:cfail()  { echo \"$(date -u +%Y-%m-%dT%H:%M:%SZ) $1\" >> \"$R/cleanup-failures.txt\"; CLEANUP_FAILURES=$((CLEANUP_FAILURES + 1)); }\n339:\n340:# The first failure owns the exit code and the verdict. Later noise cannot replace it.\n…\n490:# receipt carrying its nonce, and then MEASURES. If the measurement disagrees with\n491:# the receipt, the measurement wins and the run halts.\n492:# THE RETURN CHANNEL CARRIES NO LOG OUTPUT, AND NO STATE IS ALLOCATED IN A SUBSHELL.\n493:# v5 defect (doyle): this was called as spec=$(handoff_request ...) while `record` tees to\n494:# stdout, so the captured spec contained the log line as well as the value, and the\n495:# HANDOFF_SEQ increment happened in the command-substitution subshell and was lost --\n496:# every request would have been seq 001. Fixed by removing the substitution entirely:\n497:# this sets PARENT globals and returns nothing on stdout.\n498:#   HO_SEQ  HO_NONCE  HO_RECEIPT  HO_OUT  HO_ERR\n499:handoff_request() { # NAME  DESCRIPTION  COMMAND-TEXT\n500:  HANDOFF_SEQ=$((HANDOFF_SEQ + 1))\n501:  local seq; seq=$(printf '%03d' \"$HANDOFF_SEQ\")\n502:  local nonce=\"$RUN_ID-$seq-$$\"\n503:  local req=\"$R/handoff/$seq-$1-request.txt\"\n504:  HO_SEQ=\"$seq\"\n505:  HO_NONCE=\"$nonce\"\n506:  HO_RECEIPT=\"$R/handoff/$seq-$1-receipt.txt\"\n507:  HO_OUT=\"$R/handoff/$seq-$1-command.out\"\n508:  HO_ERR=\"$R/handoff/$seq-$1-command.err\"\n509:  # v8: THE COMMAND IS COMPOSED HERE, AFTER the capture paths exist. A caller cannot\n510:  # name them in its argument: the argument is expanded at the CALL, before this\n511:  # function has run, so HO_OUT/HO_ERR would be the empty initialisers on the first\n512:  # handoff and the PREVIOUS handoff's paths on every later one. Callers therefore\n513:  # supply no redirection at all, and this refuses one if they try, so run_exactly\n514:  # and the declared redirect_* paths cannot disagree.\n515:  case \"$3\" in\n516:    *\">\"*) die \"handoff_request got a redirect in its command text: [$3]. Capture paths are composed here, after allocation; callers pass the bare command.\" ;;\n517:  esac\n518:  local cmd_exact=\"$3 > \\\"$HO_OUT\\\" 2> \\\"$HO_ERR\\\"\"\n519:  {\n520:    echo \"HANDOFF_REQUEST $1\"\n521:    echo \"nonce: $nonce\"\n522:    echo \"run: $RUN_ID\"\n523:    echo \"requested_utc: $(date -u +%Y-%m-%dT%H:%M:%SZ)\"\n524:    echo \"for: $2\"\n525:    # THE AUDIENCE IS PART OF THE REQUEST (doyle XS5VAWJQ). A request that says \"elevation:\n526:    # REQUIRED\" is addressed to the elevated executor. An AUTHORIZATION is not an action and is\n527:    # not the executor's to give: readiness comes from whoever would run the leg, authorization\n528:    # comes from the DRI, and stamping both with the same header made them one channel.\n529:    case \"${4:-executor}\" in\n530:      doyle)\n531:        echo \"audience: doyle (the DRI) — THE ELEVATED EXECUTOR MUST NOT ANSWER THIS REQUEST\"\n532:        echo \"elevation: NOT_REQUIRED — this is an authorization, not an action; nothing is run to answer it\"\n533:        ;;\n534:      *)\n535:        echo \"audience: the elevated executor\"\n536:        echo \"elevation: REQUIRED — the trial driver is unelevated by assertion (S0a) and will not run this itself\"\n537:        ;;\n538:    esac\n539:    echo \"run_exactly:\"\n540:    echo \"$cmd_exact\"\n541:    echo \"receipt_file: $HO_RECEIPT\"\n542:    echo \"redirect_stdout_to: $HO_OUT\"\n543:    echo \"redirect_stderr_to: $HO_ERR\"\n544:    echo \"receipt_must_contain a line EXACTLY: nonce: $nonce\"\n545:    echo \"receipt_must_also_contain: a line 'exit=<N>' giving the command's ACTUAL exit status.\"\n546:    echo \"  A zero exit is a NECESSARY condition for accepting this action (doyle): a nonzero\"\n547:    echo \"  control error is never accepted, and a zero exit is never sufficient on its own --\"\n548:    echo \"  the verdict line and the pair census are checked too, by me, afterwards.\"\n549:  } > \"$req\"\n550:  record \"HANDOFF_REQUESTED $1 seq=$seq nonce=$nonce req=$req\"\n551:  return 0\n552:}\n553:# CONTEXT decides what a signal means here (doyle's v5 blocker 5): in the NORMAL flow a\n554:# signal must stop us waiting, but the AUTHORIZED TEARDOWN is the one thing that still\n555:# needs to complete after a signal -- otherwise a Ctrl-C guarantees rules are left behind,\n556:# which is the opposite of what signal handling is for. So:\n557:#   context=trial    ABORT stops the wait (and no trial resumes: trial() calls\n558:#                    abort_check, and cleanup is terminal -- it never returns to the flow)\n559:#   context=cleanup  ABORT does NOT stop the wait. Waiting for a teardown receipt is not\n560:#                    resuming work; it is finishing the only obligation left. The wait is\n561:#                    separately bounded by CLEANUP_HANDOFF_WAIT_S so it cannot hold the\n562:#                    remaining independent teardown steps open indefinitely.\n563:handoff_await() { # CONTEXT(trial|cleanup)\n564:  local context=\"$1\"\n565:  local rf=\"$HO_RECEIPT\" nonce=\"$HO_NONCE\"\n566:  local limit=\"$HANDOFF_WAIT_S\"\n567:  [ \"$context\" = cleanup ] && limit=\"$CLEANUP_HANDOFF_WAIT_S\"\n568:  local waited=0\n569:  while [ \"$waited\" -lt \"$limit\" ]; do\n570:    if [ -f \"$rf\" ]; then\n571:      # EXACT, WHOLE-LINE nonce match. An unanchored substring match would accept a\n572:      # receipt that merely quotes the nonce inside other text.\n573:      local nmatch; nmatch=$(grep -c \"^nonce: $nonce\\$\" \"$rf\" 2>/dev/null)\n574:      case \"$nmatch\" in (''|*[!0-9]*) nmatch=0 ;; esac\n575:      if [ \"$nmatch\" -eq 1 ]; then\n576:        record \"HANDOFF_RECEIPT_PRESENT $rf (exactly one exact nonce line) — a CLAIM; the census below is the verification\"\n577:        return 0\n578:      fi\n579:      record \"HANDOFF_RECEIPT_REJECTED $rf — expected exactly one line 'nonce: $nonce', found $nmatch\"\n580:      return 1\n581:    fi\n582:    if [ \"$ABORT\" -eq 1 ] && [ \"$context\" != cleanup ]; then\n583:      record \"HANDOFF_WAIT_ABORTED (signal) — not waiting further in the $context flow\"\n584:      return 1\n585:    fi\n586:    sleep 5\n587:    waited=$((waited + 5))\n588:  done\n589:  record \"HANDOFF_TIMEOUT after ${limit}s with no receipt at $rf (context=$context)\"\n590:  return 1\n591:}\n592:# The exit status of a command this driver did not run. It comes back in the receipt,\n593:# and it is a NECESSARY condition, never a sufficient one: an absent or unparseable\n594:# exit is treated as a failure, because an unread exit is not a zero one.\n595:# EXACTLY ONE COMPLETE RECORD, OR 255. v5 took the FIRST substring matching exit=, so a\n596:# receipt carrying two exit records, or the text 'exit=0' inside a sentence, would have\n597:# been accepted (doyle). The record must be a WHOLE LINE and must occur exactly once;\n598:# anything else is malformed and counts as 255, because an unread exit is not a zero one.\n599:handoff_exit() { # (reads HO_RECEIPT)\n600:  local rf=\"$HO_RECEIPT\"\n601:  local c; c=$(grep -c '^exit=[0-9][0-9]*$' \"$rf\" 2>/dev/null)\n602:  case \"$c\" in (''|*[!0-9]*) c=0 ;; esac\n603:  if [ \"$c\" -ne 1 ]; then echo 255; return; fi\n604:  local n; n=$(grep '^exit=[0-9][0-9]*$' \"$rf\" | head -1 | cut -d= -f2)\n605:  case \"$n\" in (''|*[!0-9]*) echo 255; return ;; esac\n606:  echo \"$n\"\n607:}\n608:\n609:# PREPARATION (600 s, from process start). Read-only preflight and the executor's\n610:#   hash-verified PREPARED/NOT_STARTED acknowledgment. NO EXPERIMENTAL TIME IS SPENT\n611:#   HERE: the experimental clock does not start until go(), and every activity step\n612:#   refuses while it is unstarted. Overrunning preparation is a REFUSAL TO START, never\n613:#   a truncated experiment -- nothing has been created yet, so there is nothing to\n614:#   truncate and nothing to tear down.\n615:# ---- THREE BUDGETS, ENFORCED AND SEPARATE (plan §4; doyle 2026-09-13) --------\n616:# The EXPERIMENTAL budget bounds ACTIVITY. The CLEANUP budget bounds the REPORT. They are\n617:# different clocks measuring different obligations, and the second one starts where the\n618:# first one ends:\n619:#\n620:#   EXPERIMENTAL (300 s, FROM GO -- not from run start). Reaching it ENDS ACTIVITY AND\n621:#   STARTS CLEANUP.\n622:#   IT NEVER SKIPS CLEANUP -- the deadline exits through the EXIT trap, which is the only\n623:#   way cleanup is ever entered, so a truncated run tears down exactly like a complete one.\n624:#   A phase cut short is REPORTED AS TRUNCATED, naming the phase; a truncated phase's\n625:#   absence of a field is \"NOT CAPTURED\", never \"not present\".\n626:#\n627:#   CLEANUP REPORTING (180 s, from the end of activity). Reaching it means THE REPORT IS\n628:#   DUE. It does NOT mean the host is tidy and it never converts PENDING into VERIFIED:\n629:#   while a residual-identity authorization is outstanding, cleanup stays PENDING and the\n630:#   identities are reported for the next consumer to act on.\n631:CLEANUP_EPOCH=0\n632:# THE DEADLINE INSTANTS. A remaining-seconds helper answers 'how long may this step run';\n633:# an INSTANT answers 'by when must it be over', and only the second can be handed to a\n634:# sequence of queries without each one silently re-granting itself the rest of the budget.\n635:EXP_DEADLINE=0                   # RUN_EPOCH + EXP_BUDGET_S,  set at go()\n636:REPORT_DEADLINE=0                # CLEANUP_EPOCH + CLEANUP_REPORT_S, set at end_experimental()\n637:WORK_DEADLINE=0                  # REPORT_DEADLINE - LEDGER_RESERVE_S, same place\n638:SETUP_COMPLETION=UNPROVEN        # R6: proven only by a run-bound receipt with terminal fields\n639:CLEANUP_STOP_STATE=NOT_REACHED   # which gate outcome step 1 took (IR-124)\n640:TEARDOWN_DISPATCH=NOT_REACHED    # whether a teardown command was dispatched, and why not\n641:REMOVAL_CHECK=NOT_REACHED        # the INDEPENDENT reading, by name and by store\n642:REMOVAL_PRE=NOT_REACHED          # the same reading taken BEFORE any teardown was asked for\n643:DAEMON_STOP_STATE=NOT_REACHED    # which gate outcome the daemon stop took, reported either way\n644:# ---- THE PINNED REMOVAL INSTRUMENT, VERIFIED TWICE (doyle 2026-09-13) --------\n645:# Once BEFORE GO -- a run that cannot remove what it is about to create must never open the\n646:# window -- and again immediately BEFORE USE, because the file can change in between and the\n647:# first reading would then be about bytes nobody is dispatching. Each call names its context so\n648:# the two readings cannot be mistaken for one another in the ledger.\n649:#\n650:# WHAT THE INSTRUMENT IS, read from the decoded payload: it removes the two OWNED rules from"}],"details":{"displayContent":{"text":"                                  # THE INDEPENDENT POST-REMOVAL CHECK. The product reporting its\n                                  # own success is the claim under test, and the census counts\n                                  # ActiveStore rules by GROUP and PORT -- neither can say which\n                                  # owned NAME is gone, nor anything at all about PersistentStore.\n                                  # This probe addresses each name by InstanceID in each store.\n                                  # It is evidence, so it is pinned like any other instrument.\nTEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\nCI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\nPREP_EPOCH=$(date +%s)            # the PREPARATION clock starts at process start\nPREP_DEADLINE=$((PREP_EPOCH + PREP_BUDGET_S))   # the instant preparation is over; every\n                                  # bounded preflight probe runs under THIS one, so a\n                                  # pre-GO step cannot be handed a window that has not opened\nRUN_EPOCH=''                      # THE EXPERIMENTAL CLOCK DOES NOT EXIST UNTIL GO, and an unset\n                                  # clock is an UNSTARTED experiment: every activity step refuses\n                                  # while it is empty. MEASURED REASON (run 20260913T041410Z):\n                                  # that run charged preparation AND the elevated operator's\n                                  # reading time to the experiment -- handoff_interval alone was\n                                  # 04:17:02Z..04:19:16Z, 134s of a 300s window -- and it reached\n                                  # neither t1 nor t2. Separating the clocks is that measurement's\n                                  # correction, not a preference.\nGO_UTC=''                         # stamped by go(); the instant the experimental window opened\nPREPARED_ACK=''                   # the executor's verified PREPARED/NOT_STARTED receipt path\n\nORIGINAL_RC=0                     # the FIRST failure's code; cleanup never changes it\nORIGINAL_WHY=''\nABORT=0\nCLEANUP_ENTERED=0\nCLEANUP_FAILURES=0\nD1_OK=unknown\nHANDOFF_SEQ=0\nHO_SEQ=''; HO_NONCE=''; HO_RECEIPT=''; HO_OUT=''; HO_ERR=''\n# D2 state. Every value below is REPORTED, and each one starts at the reading that assumes\n# the least: an unread exit is not a zero one, and an uncaptured point is a gap.\nD2_T1=UNAVAILABLE\nD2_T2=NOT_RUN\nD2_T3=NOT_RUN\nD2_T1_VALID=NOT_VALIDATED\nD2_T2_VALID=NOT_VALIDATED\nD2_T3_VALID=NOT_VALIDATED\nD2_T1_QF=0                       # query failures among the REQUIRED observations at each point:\nD2_T2_QF=0                       # observed and recorded, never counted as successful ones\nD2_T3_QF=0\nVALIDATE_QF=0\nSETUP_RC=255\nTEARDOWN_RC=255\n# THE SETUP COMMAND'S OWN BOUNDS, stamped INSIDE the elevated leg and read back from the\n# files that leg was asked to write. They are not this driver's clock: it never runs the\n# command, so it cannot time it. UNRECORDED until the leg answers.\nSETUP_START_UTC=UNRECORDED\nSETUP_END_UTC=UNRECORDED\nSETUP_EXIT_FILE=ABSENT           # the exit the leg preserved BEFORE t1 ran; a cross-check on\n                                 # the receipt's exit= claim, never a substitute for it\n# THE ELEVATED CAPTURE'S OWN BOUNDS, likewise stamped inside the leg. A document utc plus an\n# exit file is ONE instant and a file mtime; these are two stamps taken around the command.\nT1_START_UTC=UNRECORDED\nT1_END_UTC=UNRECORDED\n# THE HANDOFF'S BOUNDS -- a DIFFERENT interval, this driver's own: when it wrote the request\n# and when it verified the receipt. It opens before the command exists and closes after the\n# command has finished, so it is never the command's creation record.\nHANDOFF_REQUEST_UTC=UNRECORDED\nHANDOFF_RECEIPT_UTC=UNRECORDED\nTS_ORDER=UNMEASURED              # the six stamps above compared with the calendar, not assumed\nPRE_SETUP_ABSENCE=UNRECORDED\nRESIDUE_COUNT=UNMEASURED\nRESIDUE_LIVE=0                   # tracked identities re-queried and still running\nRESIDUE_GONE=0                   # tracked identities measured absent (or pid-reused)\nRESIDUE_UNREADABLE=0             # attribution missing or unreadable: NEVER read as clean\nIDENT_CAPTURE_RC=1               # the capture command's own exit; 1 until it has run\nCAPTURE_USABLE=no                # a capture supports CLEAR only when proven complete\nCAPTURE_INTEGRITY=''             # why it is or is not usable, in words\nDAEMON_STOP_RC=NOT_RUN           # run-job stop/confirmation outcome, not the guarded daemon-stop verb\nLISTENER_STATE=UNMEASURED        # unread is read as LIVE: an unread port is not an empty one\nCAPTURE_CONTRACT=NOT_SATISFIED    # earned, never defaulted to satisfied\nCLEANUP_VERDICT=PENDING           # PENDING until VERIFIED is measured; a clock never earns it\nEXPERIMENTAL_ENDED=''\n# ---- evidence dir: per-run, never reused, never truncated (F4/F5/D10) -------\nRUN_ID=\"$(date -u +%Y%m%dT%H%M%SZ)\"\nR=\"$RUN_ROOT/$RUN_ID\"\nif [ -e \"$R\" ]; then\n  echo \"REFUSED: evidence dir $R already exists. A run never truncates prior evidence (D10).\" >&2\n  exit 64\nfi\nmkdir -p \"$R\" || { echo \"REFUSED: cannot create evidence dir $R\" >&2; exit 64; }\nST=\"$R/state\"; mkdir -p \"$ST\"\nmkdir -p \"$R/handoff\"\nSECRET=\"$R/.secret\"; mkdir -p \"$SECRET\"; chmod 700 \"$SECRET\" 2>/dev/null\n\nstamp()  { echo \"$(date -u +%Y-%m-%dT%H:%M:%SZ) $1\" >> \"$R/timeline.txt\"; }\nrecord() { echo \"$1\" | tee -a \"$R/findings.txt\"; }\nexits()  { echo \"$1\" >> \"$R/exits.txt\"; }\ncfail()  { echo \"$(date -u +%Y-%m-%dT%H:%M:%SZ) $1\" >> \"$R/cleanup-failures.txt\"; CLEANUP_FAILURES=$((CLEANUP_FAILURES + 1)); }\n\n# The first failure owns the exit code and the verdict. Later noise cannot replace it.\n…\n# receipt carrying its nonce, and then MEASURES. If the measurement disagrees with\n# the receipt, the measurement wins and the run halts.\n# THE RETURN CHANNEL CARRIES NO LOG OUTPUT, AND NO STATE IS ALLOCATED IN A SUBSHELL.\n# v5 defect (doyle): this was called as spec=$(handoff_request ...) while `record` tees to\n# stdout, so the captured spec contained the log line as well as the value, and the\n# HANDOFF_SEQ increment happened in the command-substitution subshell and was lost --\n# every request would have been seq 001. Fixed by removing the substitution entirely:\n# this sets PARENT globals and returns nothing on stdout.\n#   HO_SEQ  HO_NONCE  HO_RECEIPT  HO_OUT  HO_ERR\nhandoff_request() { # NAME  DESCRIPTION  COMMAND-TEXT\n  HANDOFF_SEQ=$((HANDOFF_SEQ + 1))\n  local seq; seq=$(printf '%03d' \"$HANDOFF_SEQ\")\n  local nonce=\"$RUN_ID-$seq-$$\"\n  local req=\"$R/handoff/$seq-$1-request.txt\"\n  HO_SEQ=\"$seq\"\n  HO_NONCE=\"$nonce\"\n  HO_RECEIPT=\"$R/handoff/$seq-$1-receipt.txt\"\n  HO_OUT=\"$R/handoff/$seq-$1-command.out\"\n  HO_ERR=\"$R/handoff/$seq-$1-command.err\"\n  # v8: THE COMMAND IS COMPOSED HERE, AFTER the capture paths exist. A caller cannot\n  # name them in its argument: the argument is expanded at the CALL, before this\n  # function has run, so HO_OUT/HO_ERR would be the empty initialisers on the first\n  # handoff and the PREVIOUS handoff's paths on every later one. Callers therefore\n  # supply no redirection at all, and this refuses one if they try, so run_exactly\n  # and the declared redirect_* paths cannot disagree.\n  case \"$3\" in\n    *\">\"*) die \"handoff_request got a redirect in its command text: [$3]. Capture paths are composed here, after allocation; callers pass the bare command.\" ;;\n  esac\n  local cmd_exact=\"$3 > \\\"$HO_OUT\\\" 2> \\\"$HO_ERR\\\"\"\n  {\n    echo \"HANDOFF_REQUEST $1\"\n    echo \"nonce: $nonce\"\n    echo \"run: $RUN_ID\"\n    echo \"requested_utc: $(date -u +%Y-%m-%dT%H:%M:%SZ)\"\n    echo \"for: $2\"\n    # THE AUDIENCE IS PART OF THE REQUEST (doyle XS5VAWJQ). A request that says \"elevation:\n    # REQUIRED\" is addressed to the elevated executor. An AUTHORIZATION is not an action and is\n    # not the executor's to give: readiness comes from whoever would run the leg, authorization\n    # comes from the DRI, and stamping both with the same header made them one channel.\n    case \"${4:-executor}\" in\n      doyle)\n        echo \"audience: doyle (the DRI) — THE ELEVATED EXECUTOR MUST NOT ANSWER THIS REQUEST\"\n        echo \"elevation: NOT_REQUIRED — this is an authorization, not an action; nothing is run to answer it\"\n        ;;\n      *)\n        echo \"audience: the elevated executor\"\n        echo \"elevation: REQUIRED — the trial driver is unelevated by assertion (S0a) and will not run this itself\"\n        ;;\n    esac\n    echo \"run_exactly:\"\n    echo \"$cmd_exact\"\n    echo \"receipt_file: $HO_RECEIPT\"\n    echo \"redirect_stdout_to: $HO_OUT\"\n    echo \"redirect_stderr_to: $HO_ERR\"\n    echo \"receipt_must_contain a line EXACTLY: nonce: $nonce\"\n    echo \"receipt_must_also_contain: a line 'exit=<N>' giving the command's ACTUAL exit status.\"\n    echo \"  A zero exit is a NECESSARY condition for accepting this action (doyle): a nonzero\"\n    echo \"  control error is never accepted, and a zero exit is never sufficient on its own --\"\n    echo \"  the verdict line and the pair census are checked too, by me, afterwards.\"\n  } > \"$req\"\n  record \"HANDOFF_REQUESTED $1 seq=$seq nonce=$nonce req=$req\"\n  return 0\n}\n# CONTEXT decides what a signal means here (doyle's v5 blocker 5): in the NORMAL flow a\n# signal must stop us waiting, but the AUTHORIZED TEARDOWN is the one thing that still\n# needs to complete after a signal -- otherwise a Ctrl-C guarantees rules are left behind,\n# which is the opposite of what signal handling is for. So:\n#   context=trial    ABORT stops the wait (and no trial resumes: trial() calls\n#                    abort_check, and cleanup is terminal -- it never returns to the flow)\n#   context=cleanup  ABORT does NOT stop the wait. Waiting for a teardown receipt is not\n#                    resuming work; it is finishing the only obligation left. The wait is\n#                    separately bounded by CLEANUP_HANDOFF_WAIT_S so it cannot hold the\n#                    remaining independent teardown steps open indefinitely.\nhandoff_await() { # CONTEXT(trial|cleanup)\n  local context=\"$1\"\n  local rf=\"$HO_RECEIPT\" nonce=\"$HO_NONCE\"\n  local limit=\"$HANDOFF_WAIT_S\"\n  [ \"$context\" = cleanup ] && limit=\"$CLEANUP_HANDOFF_WAIT_S\"\n  local waited=0\n  while [ \"$waited\" -lt \"$limit\" ]; do\n    if [ -f \"$rf\" ]; then\n      # EXACT, WHOLE-LINE nonce match. An unanchored substring match would accept a\n      # receipt that merely quotes the nonce inside other text.\n      local nmatch; nmatch=$(grep -c \"^nonce: $nonce\\$\" \"$rf\" 2>/dev/null)\n      case \"$nmatch\" in (''|*[!0-9]*) nmatch=0 ;; esac\n      if [ \"$nmatch\" -eq 1 ]; then\n        record \"HANDOFF_RECEIPT_PRESENT $rf (exactly one exact nonce line) — a CLAIM; the census below is the verification\"\n        return 0\n      fi\n      record \"HANDOFF_RECEIPT_REJECTED $rf — expected exactly one line 'nonce: $nonce', found $nmatch\"\n      return 1\n    fi\n    if [ \"$ABORT\" -eq 1 ] && [ \"$context\" != cleanup ]; then\n      record \"HANDOFF_WAIT_ABORTED (signal) — not waiting further in the $context flow\"\n      return 1\n    fi\n    sleep 5\n    waited=$((waited + 5))\n  done\n  record \"HANDOFF_TIMEOUT after ${limit}s with no receipt at $rf (context=$context)\"\n  return 1\n}\n# The exit status of a command this driver did not run. It comes back in the receipt,\n# and it is a NECESSARY condition, never a sufficient one: an absent or unparseable\n# exit is treated as a failure, because an unread exit is not a zero one.\n# EXACTLY ONE COMPLETE RECORD, OR 255. v5 took the FIRST substring matching exit=, so a\n# receipt carrying two exit records, or the text 'exit=0' inside a sentence, would have\n# been accepted (doyle). The record must be a WHOLE LINE and must occur exactly once;\n# anything else is malformed and counts as 255, because an unread exit is not a zero one.\nhandoff_exit() { # (reads HO_RECEIPT)\n  local rf=\"$HO_RECEIPT\"\n  local c; c=$(grep -c '^exit=[0-9][0-9]*$' \"$rf\" 2>/dev/null)\n  case \"$c\" in (''|*[!0-9]*) c=0 ;; esac\n  if [ \"$c\" -ne 1 ]; then echo 255; return; fi\n  local n; n=$(grep '^exit=[0-9][0-9]*$' \"$rf\" | head -1 | cut -d= -f2)\n  case \"$n\" in (''|*[!0-9]*) echo 255; return ;; esac\n  echo \"$n\"\n}\n\n# PREPARATION (600 s, from process start). Read-only preflight and the executor's\n#   hash-verified PREPARED/NOT_STARTED acknowledgment. NO EXPERIMENTAL TIME IS SPENT\n#   HERE: the experimental clock does not start until go(), and every activity step\n#   refuses while it is unstarted. Overrunning preparation is a REFUSAL TO START, never\n#   a truncated experiment -- nothing has been created yet, so there is nothing to\n#   truncate and nothing to tear down.\n# ---- THREE BUDGETS, ENFORCED AND SEPARATE (plan §4; doyle 2026-09-13) --------\n# The EXPERIMENTAL budget bounds ACTIVITY. The CLEANUP budget bounds the REPORT. They are\n# different clocks measuring different obligations, and the second one starts where the\n# first one ends:\n#\n#   EXPERIMENTAL (300 s, FROM GO -- not from run start). Reaching it ENDS ACTIVITY AND\n#   STARTS CLEANUP.\n#   IT NEVER SKIPS CLEANUP -- the deadline exits through the EXIT trap, which is the only\n#   way cleanup is ever entered, so a truncated run tears down exactly like a complete one.\n#   A phase cut short is REPORTED AS TRUNCATED, naming the phase; a truncated phase's\n#   absence of a field is \"NOT CAPTURED\", never \"not present\".\n#\n#   CLEANUP REPORTING (180 s, from the end of activity). Reaching it means THE REPORT IS\n#   DUE. It does NOT mean the host is tidy and it never converts PENDING into VERIFIED:\n#   while a residual-identity authorization is outstanding, cleanup stays PENDING and the\n#   identities are reported for the next consumer to act on.\nCLEANUP_EPOCH=0\n# THE DEADLINE INSTANTS. A remaining-seconds helper answers 'how long may this step run';\n# an INSTANT answers 'by when must it be over', and only the second can be handed to a\n# sequence of queries without each one silently re-granting itself the rest of the budget.\nEXP_DEADLINE=0                   # RUN_EPOCH + EXP_BUDGET_S,  set at go()\nREPORT_DEADLINE=0                # CLEANUP_EPOCH + CLEANUP_REPORT_S, set at end_experimental()\nWORK_DEADLINE=0                  # REPORT_DEADLINE - LEDGER_RESERVE_S, same place\nSETUP_COMPLETION=UNPROVEN        # R6: proven only by a run-bound receipt with terminal fields\nCLEANUP_STOP_STATE=NOT_REACHED   # which gate outcome step 1 took (IR-124)\nTEARDOWN_DISPATCH=NOT_REACHED    # whether a teardown command was dispatched, and why not\nREMOVAL_CHECK=NOT_REACHED        # the INDEPENDENT reading, by name and by store\nREMOVAL_PRE=NOT_REACHED          # the same reading taken BEFORE any teardown was asked for\nDAEMON_STOP_STATE=NOT_REACHED    # which gate outcome the daemon stop took, reported either way\n# ---- THE PINNED REMOVAL INSTRUMENT, VERIFIED TWICE (doyle 2026-09-13) --------\n# Once BEFORE GO -- a run that cannot remove what it is about to create must never open the\n# window -- and again immediately BEFORE USE, because the file can change in between and the\n# first reading would then be about bytes nobody is dispatching. 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{"type":"message","id":"eb4c723b","parentId":"e5dd12fa","timestamp":"2026-09-13T12:16:52.214Z","message":{"role":"toolResult","toolCallId":"call_TWLZVKqe8Vh7gpVcnplAaRNS|fc_0bcebee58b999663016aa694341bbc87d1a8fc3cff9417dc59","toolName":"read","content":[{"type":"text","text":"---\nname: diagnose\ndescription: Disciplined diagnosis loop for hard bugs and performance regressions. Reproduce → minimise → hypothesise → instrument → fix → regression-test. Use when user says \"diagnose this\" / \"debug this\", reports a bug, says something is broken/throwing/failing, or describes a performance regression.\n---\n\n# Diagnose\n\nA discipline for hard bugs. Skip phases only when explicitly justified.\n\nWhen exploring the codebase, use the project's domain glossary to get a clear mental model of the relevant modules, and check ADRs in the area you're touching.\n\n## Phase 1 — Build a feedback loop\n\n**This is the skill.** Everything else is mechanical. If you have a fast, deterministic, agent-runnable pass/fail signal for the bug, you will find the cause — bisection, hypothesis-testing, and instrumentation all just consume that signal. If you don't have one, no amount of staring at code will save you.\n\nSpend disproportionate effort here. **Be aggressive. Be creative. Refuse to give up.**\n\n### Ways to construct one — try them in roughly this order\n\n1. **Failing test** at whatever seam reaches the bug — unit, integration, e2e.\n2. **Curl / HTTP script** against a running dev server.\n3. **CLI invocation** with a fixture input, diffing stdout against a known-good snapshot.\n4. **Headless browser script** (Playwright / Puppeteer) — drives the UI, asserts on DOM/console/network.\n5. **Replay a captured trace.** Save a real network request / payload / event log to disk; replay it through the code path in isolation.\n6. **Throwaway harness.** Spin up a minimal subset of the system (one service, mocked deps) that exercises the bug code path with a single function call.\n7. **Property / fuzz loop.** If the bug is \"sometimes wrong output\", run 1000 random inputs and look for the failure mode.\n8. **Bisection harness.** If the bug appeared between two known states (commit, dataset, version), automate \"boot at state X, check, repeat\" so you can `git bisect run` it.\n9. **Differential loop.** Run the same input through old-version vs new-version (or two configs) and diff outputs.\n10. **HITL bash script.** Last resort. If a human must click, drive _them_ with `scripts/hitl-loop.template.sh` so the loop is still structured. Captured output feeds back to you.\n\nBuild the right feedback loop, and the bug is 90% fixed.\n\n### Iterate on the loop itself\n\nTreat the loop as a product. Once you have _a_ loop, ask:\n\n- Can I make it faster? (Cache setup, skip unrelated init, narrow the test scope.)\n- Can I make the signal sharper? (Assert on the specific symptom, not \"didn't crash\".)\n- Can I make it more deterministic? (Pin time, seed RNG, isolate filesystem, freeze network.)\n\nA 30-second flaky loop is barely better than no loop. A 2-second deterministic loop is a debugging superpower.\n\n### Non-deterministic bugs\n\nThe goal is not a clean repro but a **higher reproduction rate**. Loop the trigger 100×, parallelise, add stress, narrow timing windows, inject sleeps. A 50%-flake bug is debuggable; 1% is not — keep raising the rate until it's debuggable.\n\n### When you genuinely cannot build a loop\n\nStop and say so explicitly. List what you tried. Ask the user for: (a) access to whatever environment reproduces it, (b) a captured artifact (HAR file, log dump, core dump, screen recording with timestamps), or (c) permission to add temporary production instrumentation. Do **not** proceed to hypothesise without a loop.\n\nDo not proceed to Phase 2 until you have a loop you believe in.\n\n## Phase 2 — Reproduce\n\nRun the loop. Watch the bug appear.\n\nConfirm:\n\n- [ ] The loop produces the failure mode the **user** described — not a different failure that happens to be nearby. Wrong bug = wrong fix.\n- [ ] The failure is reproducible across multiple runs (or, for non-deterministic bugs, reproducible at a high enough rate to debug against).\n- [ ] You have captured the exact symptom (error message, wrong output, slow timing) so later phases can verify the fix actually addresses it.\n\nDo not proceed until you reproduce the bug.\n\n## Phase 3 — Hypothesise\n\nGenerate **3–5 ranked hypotheses** before testing any of them. Single-hypothesis generation anchors on the first plausible idea.\n\nEach hypothesis must be **falsifiable**: state the prediction it makes.\n\n> Format: \"If <X> is the cause, then <changing Y> will make the bug disappear / <changing Z> will make it worse.\"\n\nIf you cannot state the prediction, the hypothesis is a vibe — discard or sharpen it.\n\n**Show the ranked list to the user before testing.** They often have domain knowledge that re-ranks instantly (\"we just deployed a change to #3\"), or know hypotheses they've already ruled out. Cheap checkpoint, big time saver. Don't block on it — proceed with your ranking if the user is AFK.\n\n## Phase 4 — Instrument\n\nEach probe must map to a specific prediction from Phase 3. **Change one variable at a time.**\n\nTool preference:\n\n1. **Debugger / REPL inspection** if the env supports it. One breakpoint beats ten logs.\n2. **Targeted logs** at the boundaries that distinguish hypotheses.\n3. Never \"log everything and grep\".\n\n**Tag every debug log** with a unique prefix, e.g. `[DEBUG-a4f2]`. Cleanup at the end becomes a single grep. Untagged logs survive; tagged logs die.\n\n**Perf branch.** For performance regressions, logs are usually wrong. Instead: establish a baseline measurement (timing harness, `performance.now()`, profiler, query plan), then bisect. Measure first, fix second.\n\n## Phase 5 — Fix + regression test\n\nWrite the regression test **before the fix** — but only if there is a **correct seam** for it.\n\nA correct seam is one where the test exercises the **real bug pattern** as it occurs at the call site. If the only available seam is too shallow (single-caller test when the bug needs multiple callers, unit test that can't replicate the chain that triggered the bug), a regression test there gives false confidence.\n\n**If no correct seam exists, that itself is the finding.** Note it. The codebase architecture is preventing the bug from being locked down. Flag this for the next phase.\n\nIf a correct seam exists:\n\n1. Turn the minimised repro into a failing test at that seam.\n2. Watch it fail.\n3. Apply the fix.\n4. Watch it pass.\n5. Re-run the Phase 1 feedback loop against the original (un-minimised) scenario.\n\n## Phase 6 — Cleanup + post-mortem\n\nRequired before declaring done:\n\n- [ ] Original repro no longer reproduces (re-run the Phase 1 loop)\n- [ ] Regression test passes (or absence of seam is documented)\n- [ ] All `[DEBUG-...]` instrumentation removed (`grep` the prefix)\n- [ ] Throwaway prototypes deleted (or moved to a clearly-marked debug location)\n- [ ] The hypothesis that turned out correct is stated in the commit / PR message — so the next debugger learns\n\n**Then ask: what would have prevented this bug?** If the answer involves architectural change (no good test seam, tangled callers, hidden coupling) hand off to the `/improve-codebase-architecture` skill with the specifics. Make the recommendation **after** the fix is in, not before — you have more information now than when you started."}],"details":{"resolvedPath":"C:\\Users\\decid\\.agents\\skills\\diagnose\\SKILL.md","contentType":"text/markdown","totalLines":117,"displayContent":{"text":"---\r\nname: diagnose\r\ndescription: Disciplined diagnosis loop for hard bugs and performance regressions. Reproduce → minimise → hypothesise → instrument → fix → regression-test. Use when user says \"diagnose this\" / \"debug this\", reports a bug, says something is broken/throwing/failing, or describes a performance regression.\r\n---\r\n\r\n# Diagnose\r\n\r\nA discipline for hard bugs. Skip phases only when explicitly justified.\r\n\r\nWhen exploring the codebase, use the project's domain glossary to get a clear mental model of the relevant modules, and check ADRs in the area you're touching.\r\n\r\n## Phase 1 — Build a feedback loop\r\n\r\n**This is the skill.** Everything else is mechanical. If you have a fast, deterministic, agent-runnable pass/fail signal for the bug, you will find the cause — bisection, hypothesis-testing, and instrumentation all just consume that signal. If you don't have one, no amount of staring at code will save you.\r\n\r\nSpend disproportionate effort here. **Be aggressive. Be creative. Refuse to give up.**\r\n\r\n### Ways to construct one — try them in roughly this order\r\n\r\n1. **Failing test** at whatever seam reaches the bug — unit, integration, e2e.\r\n2. **Curl / HTTP script** against a running dev server.\r\n3. **CLI invocation** with a fixture input, diffing stdout against a known-good snapshot.\r\n4. **Headless browser script** (Playwright / Puppeteer) — drives the UI, asserts on DOM/console/network.\r\n5. **Replay a captured trace.** Save a real network request / payload / event log to disk; replay it through the code path in isolation.\r\n6. **Throwaway harness.** Spin up a minimal subset of the system (one service, mocked deps) that exercises the bug code path with a single function call.\r\n7. **Property / fuzz loop.** If the bug is \"sometimes wrong output\", run 1000 random inputs and look for the failure mode.\r\n8. **Bisection harness.** If the bug appeared between two known states (commit, dataset, version), automate \"boot at state X, check, repeat\" so you can `git bisect run` it.\r\n9. **Differential loop.** Run the same input through old-version vs new-version (or two configs) and diff outputs.\r\n10. **HITL bash script.** Last resort. If a human must click, drive _them_ with `scripts/hitl-loop.template.sh` so the loop is still structured. Captured output feeds back to you.\r\n\r\nBuild the right feedback loop, and the bug is 90% fixed.\r\n\r\n### Iterate on the loop itself\r\n\r\nTreat the loop as a product. Once you have _a_ loop, ask:\r\n\r\n- Can I make it faster? (Cache setup, skip unrelated init, narrow the test scope.)\r\n- Can I make the signal sharper? (Assert on the specific symptom, not \"didn't crash\".)\r\n- Can I make it more deterministic? (Pin time, seed RNG, isolate filesystem, freeze network.)\r\n\r\nA 30-second flaky loop is barely better than no loop. A 2-second deterministic loop is a debugging superpower.\r\n\r\n### Non-deterministic bugs\r\n\r\nThe goal is not a clean repro but a **higher reproduction rate**. Loop the trigger 100×, parallelise, add stress, narrow timing windows, inject sleeps. A 50%-flake bug is debuggable; 1% is not — keep raising the rate until it's debuggable.\r\n\r\n### When you genuinely cannot build a loop\r\n\r\nStop and say so explicitly. List what you tried. Ask the user for: (a) access to whatever environment reproduces it, (b) a captured artifact (HAR file, log dump, core dump, screen recording with timestamps), or (c) permission to add temporary production instrumentation. Do **not** proceed to hypothesise without a loop.\r\n\r\nDo not proceed to Phase 2 until you have a loop you believe in.\r\n\r\n## Phase 2 — Reproduce\r\n\r\nRun the loop. Watch the bug appear.\r\n\r\nConfirm:\r\n\r\n- [ ] The loop produces the failure mode the **user** described — not a different failure that happens to be nearby. Wrong bug = wrong fix.\r\n- [ ] The failure is reproducible across multiple runs (or, for non-deterministic bugs, reproducible at a high enough rate to debug against).\r\n- [ ] You have captured the exact symptom (error message, wrong output, slow timing) so later phases can verify the fix actually addresses it.\r\n\r\nDo not proceed until you reproduce the bug.\r\n\r\n## Phase 3 — Hypothesise\r\n\r\nGenerate **3–5 ranked hypotheses** before testing any of them. Single-hypothesis generation anchors on the first plausible idea.\r\n\r\nEach hypothesis must be **falsifiable**: state the prediction it makes.\r\n\r\n> Format: \"If <X> is the cause, then <changing Y> will make the bug disappear / <changing Z> will make it worse.\"\r\n\r\nIf you cannot state the prediction, the hypothesis is a vibe — discard or sharpen it.\r\n\r\n**Show the ranked list to the user before testing.** They often have domain knowledge that re-ranks instantly (\"we just deployed a change to #3\"), or know hypotheses they've already ruled out. Cheap checkpoint, big time saver. Don't block on it — proceed with your ranking if the user is AFK.\r\n\r\n## Phase 4 — Instrument\r\n\r\nEach probe must map to a specific prediction from Phase 3. **Change one variable at a time.**\r\n\r\nTool preference:\r\n\r\n1. **Debugger / REPL inspection** if the env supports it. One breakpoint beats ten logs.\r\n2. **Targeted logs** at the boundaries that distinguish hypotheses.\r\n3. Never \"log everything and grep\".\r\n\r\n**Tag every debug log** with a unique prefix, e.g. `[DEBUG-a4f2]`. Cleanup at the end becomes a single grep. Untagged logs survive; tagged logs die.\r\n\r\n**Perf branch.** For performance regressions, logs are usually wrong. Instead: establish a baseline measurement (timing harness, `performance.now()`, profiler, query plan), then bisect. Measure first, fix second.\r\n\r\n## Phase 5 — Fix + regression test\r\n\r\nWrite the regression test **before the fix** — but only if there is a **correct seam** for it.\r\n\r\nA correct seam is one where the test exercises the **real bug pattern** as it occurs at the call site. If the only available seam is too shallow (single-caller test when the bug needs multiple callers, unit test that can't replicate the chain that triggered the bug), a regression test there gives false confidence.\r\n\r\n**If no correct seam exists, that itself is the finding.** Note it. The codebase architecture is preventing the bug from being locked down. Flag this for the next phase.\r\n\r\nIf a correct seam exists:\r\n\r\n1. Turn the minimised repro into a failing test at that seam.\r\n2. Watch it fail.\r\n3. Apply the fix.\r\n4. Watch it pass.\r\n5. Re-run the Phase 1 feedback loop against the original (un-minimised) scenario.\r\n\r\n## Phase 6 — Cleanup + post-mortem\r\n\r\nRequired before declaring done:\r\n\r\n- [ ] Original repro no longer reproduces (re-run the Phase 1 loop)\r\n- [ ] Regression test passes (or absence of seam is documented)\r\n- [ ] All `[DEBUG-...]` instrumentation removed (`grep` the prefix)\r\n- [ ] Throwaway prototypes deleted (or moved to a clearly-marked debug location)\r\n- [ ] The hypothesis that turned out correct is stated in the commit / PR message — so the next debugger learns\r\n\r\n**Then ask: what would have prevented this bug?** If the answer involves architectural change (no good test seam, tangled callers, hidden coupling) hand off to the `/improve-codebase-architecture` skill with the specifics. Make the recommendation **after** the fix is in, not before — you have more information now than when you started.\r","startLine":1,"lineNumbers":[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96,97,98,99,100,101,102,103,104,105,106,107,108,109,110,111,112,113,114,115,116,117]},"meta":{"source":{"type":"internal","value":"skill://diagnose"}}},"isError":false,"timestamp":1789301812214}}
{"type":"message","id":"bad1128d","parentId":"eb4c723b","timestamp":"2026-09-13T12:16:52.215Z","message":{"role":"toolResult","toolCallId":"call_X37RpPaIvZfciyhzoiZpmHJP|fc_0bcebee58b999663016aa694341bc887d1a252190896c4d679","toolName":"read","content":[{"type":"text","text":"---\nname: diagnosing-bugs\ndescription: Diagnosis loop for hard bugs and performance regressions. Use when the user says \"diagnose\"/\"debug this\", or reports something broken/throwing/failing/slow.\n---\n\n# Diagnosing Bugs\n\nA discipline for hard bugs. Skip phases only when explicitly justified.\n\nWhen exploring the codebase, read `CONTEXT.md` (if it exists) to get a clear mental model of the relevant modules, and check ADRs in the area you're touching.\n\n## Phase 1 — Build a feedback loop\n\n**This is the skill.** Everything else is mechanical. If you have a **tight** pass/fail signal for the bug — one that goes red on _this_ bug — you will find the cause; bisection, hypothesis-testing, and instrumentation all just consume it. If you don't have one, no amount of staring at code will save you.\n\nSpend disproportionate effort here. **Be aggressive. Be creative. Refuse to give up.**\n\n### Ways to construct one — try them in roughly this order\n\n1. **Failing test** at whatever seam reaches the bug — unit, integration, e2e.\n2. **Curl / HTTP script** against a running dev server.\n3. **CLI invocation** with a fixture input, diffing stdout against a known-good snapshot.\n4. **Headless browser script** (Playwright / Puppeteer) — drives the UI, asserts on DOM/console/network.\n5. **Replay a captured trace.** Save a real network request / payload / event log to disk; replay it through the code path in isolation.\n6. **Throwaway harness.** Spin up a minimal subset of the system (one service, mocked deps) that exercises the bug code path with a single function call.\n7. **Property / fuzz loop.** If the bug is \"sometimes wrong output\", run 1000 random inputs and look for the failure mode.\n8. **Bisection harness.** If the bug appeared between two known states (commit, dataset, version), automate \"boot at state X, check, repeat\" so you can `git bisect run` it.\n9. **Differential loop.** Run the same input through old-version vs new-version (or two configs) and diff outputs.\n10. **HITL bash script.** Last resort. If a human must click, drive _them_ with `scripts/hitl-loop.template.sh` so the loop is still structured. Captured output feeds back to you.\n\nBuild the right feedback loop, and the bug is 90% fixed.\n\n### Tighten the loop\n\nTreat the loop as a product. Once you have _a_ loop, **tighten** it:\n\n- Can I make it faster? (Cache setup, skip unrelated init, narrow the test scope.)\n- Can I make the signal sharper? (Assert on the specific symptom, not \"didn't crash\".)\n- Can I make it more deterministic? (Pin time, seed RNG, isolate filesystem, freeze network.)\n\nA 30-second flaky loop is barely better than no loop; a 2-second deterministic one is tight — a debugging superpower.\n\n### Non-deterministic bugs\n\nThe goal is not a clean repro but a **higher reproduction rate**. Loop the trigger 100×, parallelise, add stress, narrow timing windows, inject sleeps. A 50%-flake bug is debuggable; 1% is not — keep raising the rate until it's debuggable.\n\n### When you genuinely cannot build a loop\n\nStop and say so explicitly. List what you tried. Ask the user for: (a) access to whatever environment reproduces it, (b) a captured artifact (HAR file, log dump, core dump, screen recording with timestamps), or (c) permission to add temporary production instrumentation. Do **not** proceed to hypothesise without a loop.\n\n### Completion criterion — a tight loop that goes red\n\nPhase 1 is done when the loop is **tight** and **red-capable**: you can name **one command** — a script path, a test invocation, a curl — that you have **already run at least once** (paste the invocation and its output), and that is:\n\n- [ ] **Red-capable** — it drives the actual bug code path and asserts the **user's exact symptom**, so it can go red on this bug and green once fixed. Not \"runs without erroring\" — it must be able to _catch this specific bug_.\n- [ ] **Deterministic** — same verdict every run (flaky bugs: a pinned, high reproduction rate, per above).\n- [ ] **Fast** — seconds, not minutes.\n- [ ] **Agent-runnable** — you can run it unattended; a human in the loop only via `scripts/hitl-loop.template.sh`.\n\nIf you catch yourself reading code to build a theory before this command exists, **stop — jumping straight to a hypothesis is the exact failure this skill prevents.** No red-capable command, no Phase 2.\n\n## Phase 2 — Reproduce + minimise\n\nRun the loop. Watch it go red — the bug appears.\n\nConfirm:\n\n- [ ] The loop produces the failure mode the **user** described — not a different failure that happens to be nearby. Wrong bug = wrong fix.\n- [ ] The failure is reproducible across multiple runs (or, for non-deterministic bugs, reproducible at a high enough rate to debug against).\n- [ ] You have captured the exact symptom (error message, wrong output, slow timing) so later phases can verify the fix actually addresses it.\n\n### Minimise\n\nOnce it's red, shrink the repro to the **smallest scenario that still goes red**. Cut inputs, callers, config, data, and steps **one at a time**, re-running the loop after each cut — keep only what's load-bearing for the failure.\n\nWhy bother: a minimal repro shrinks the hypothesis space in Phase 3 (fewer moving parts left to suspect) and becomes the clean regression test in Phase 5.\n\nDone when **every remaining element is load-bearing** — removing any one of them makes the loop go green.\n\nDo not proceed until you have reproduced **and** minimised.\n\n## Phase 3 — Hypothesise\n\nGenerate **3–5 ranked hypotheses** before testing any of them. Single-hypothesis generation anchors on the first plausible idea.\n\nEach hypothesis must be **falsifiable**: state the prediction it makes.\n\n> Format: \"If <X> is the cause, then <changing Y> will make the bug disappear / <changing Z> will make it worse.\"\n\nIf you cannot state the prediction, the hypothesis is a vibe — discard or sharpen it.\n\n**Show the ranked list to the user before testing.** They often have domain knowledge that re-ranks instantly (\"we just deployed a change to #3\"), or know hypotheses they've already ruled out. Cheap checkpoint, big time saver. Don't block on it — proceed with your ranking if the user is AFK.\n\n## Phase 4 — Instrument\n\nEach probe must map to a specific prediction from Phase 3. **Change one variable at a time.**\n\nTool preference:\n\n1. **Debugger / REPL inspection** if the env supports it. One breakpoint beats ten logs.\n2. **Targeted logs** at the boundaries that distinguish hypotheses.\n3. Never \"log everything and grep\".\n\n**Tag every debug log** with a unique prefix, e.g. `[DEBUG-a4f2]`. Cleanup at the end becomes a single grep. Untagged logs survive; tagged logs die.\n\n**Perf branch.** For performance regressions, logs are usually wrong. Instead: establish a baseline measurement (timing harness, `performance.now()`, profiler, query plan), then bisect. Measure first, fix second.\n\n## Phase 5 — Fix + regression test\n\nWrite the regression test **before the fix** — but only if there is a **correct seam** for it.\n\nA correct seam is one where the test exercises the **real bug pattern** as it occurs at the call site. If the only available seam is too shallow (single-caller test when the bug needs multiple callers, unit test that can't replicate the chain that triggered the bug), a regression test there gives false confidence.\n\n**If no correct seam exists, that itself is the finding.** Note it. The codebase architecture is preventing the bug from being locked down. Flag this for the next phase.\n\nIf a correct seam exists:\n\n1. Turn the minimised repro into a failing test at that seam.\n2. Watch it fail.\n3. Apply the fix.\n4. Watch it pass.\n5. Re-run the Phase 1 feedback loop against the original (un-minimised) scenario.\n\n## Phase 6 — Cleanup + post-mortem\n\nRequired before declaring done:\n\n- [ ] Original repro no longer reproduces (re-run the Phase 1 loop)\n- [ ] Regression test passes (or absence of seam is documented)\n- [ ] All `[DEBUG-...]` instrumentation removed (`grep` the prefix)\n- [ ] Throwaway prototypes deleted (or moved to a clearly-marked debug location)\n- [ ] The hypothesis that turned out correct is stated in the commit / PR message — so the next debugger learns\n\n**Then ask: what would have prevented this bug?** If the answer involves architectural change (no good test seam, tangled callers, hidden coupling) hand off to the `/improve-codebase-architecture` skill with the specifics. Make the recommendation **after** the fix is in, not before — you have more information now than when you started."}],"details":{"resolvedPath":"C:\\Users\\decid\\.agents\\skills\\diagnosing-bugs\\SKILL.md","contentType":"text/markdown","totalLines":134,"displayContent":{"text":"---\r\nname: diagnosing-bugs\r\ndescription: Diagnosis loop for hard bugs and performance regressions. Use when the user says \"diagnose\"/\"debug this\", or reports something broken/throwing/failing/slow.\r\n---\r\n\r\n# Diagnosing Bugs\r\n\r\nA discipline for hard bugs. Skip phases only when explicitly justified.\r\n\r\nWhen exploring the codebase, read `CONTEXT.md` (if it exists) to get a clear mental model of the relevant modules, and check ADRs in the area you're touching.\r\n\r\n## Phase 1 — Build a feedback loop\r\n\r\n**This is the skill.** Everything else is mechanical. If you have a **tight** pass/fail signal for the bug — one that goes red on _this_ bug — you will find the cause; bisection, hypothesis-testing, and instrumentation all just consume it. If you don't have one, no amount of staring at code will save you.\r\n\r\nSpend disproportionate effort here. **Be aggressive. Be creative. Refuse to give up.**\r\n\r\n### Ways to construct one — try them in roughly this order\r\n\r\n1. **Failing test** at whatever seam reaches the bug — unit, integration, e2e.\r\n2. **Curl / HTTP script** against a running dev server.\r\n3. **CLI invocation** with a fixture input, diffing stdout against a known-good snapshot.\r\n4. **Headless browser script** (Playwright / Puppeteer) — drives the UI, asserts on DOM/console/network.\r\n5. **Replay a captured trace.** Save a real network request / payload / event log to disk; replay it through the code path in isolation.\r\n6. **Throwaway harness.** Spin up a minimal subset of the system (one service, mocked deps) that exercises the bug code path with a single function call.\r\n7. **Property / fuzz loop.** If the bug is \"sometimes wrong output\", run 1000 random inputs and look for the failure mode.\r\n8. **Bisection harness.** If the bug appeared between two known states (commit, dataset, version), automate \"boot at state X, check, repeat\" so you can `git bisect run` it.\r\n9. **Differential loop.** Run the same input through old-version vs new-version (or two configs) and diff outputs.\r\n10. **HITL bash script.** Last resort. If a human must click, drive _them_ with `scripts/hitl-loop.template.sh` so the loop is still structured. Captured output feeds back to you.\r\n\r\nBuild the right feedback loop, and the bug is 90% fixed.\r\n\r\n### Tighten the loop\r\n\r\nTreat the loop as a product. Once you have _a_ loop, **tighten** it:\r\n\r\n- Can I make it faster? (Cache setup, skip unrelated init, narrow the test scope.)\r\n- Can I make the signal sharper? (Assert on the specific symptom, not \"didn't crash\".)\r\n- Can I make it more deterministic? (Pin time, seed RNG, isolate filesystem, freeze network.)\r\n\r\nA 30-second flaky loop is barely better than no loop; a 2-second deterministic one is tight — a debugging superpower.\r\n\r\n### Non-deterministic bugs\r\n\r\nThe goal is not a clean repro but a **higher reproduction rate**. Loop the trigger 100×, parallelise, add stress, narrow timing windows, inject sleeps. A 50%-flake bug is debuggable; 1% is not — keep raising the rate until it's debuggable.\r\n\r\n### When you genuinely cannot build a loop\r\n\r\nStop and say so explicitly. List what you tried. Ask the user for: (a) access to whatever environment reproduces it, (b) a captured artifact (HAR file, log dump, core dump, screen recording with timestamps), or (c) permission to add temporary production instrumentation. Do **not** proceed to hypothesise without a loop.\r\n\r\n### Completion criterion — a tight loop that goes red\r\n\r\nPhase 1 is done when the loop is **tight** and **red-capable**: you can name **one command** — a script path, a test invocation, a curl — that you have **already run at least once** (paste the invocation and its output), and that is:\r\n\r\n- [ ] **Red-capable** — it drives the actual bug code path and asserts the **user's exact symptom**, so it can go red on this bug and green once fixed. Not \"runs without erroring\" — it must be able to _catch this specific bug_.\r\n- [ ] **Deterministic** — same verdict every run (flaky bugs: a pinned, high reproduction rate, per above).\r\n- [ ] **Fast** — seconds, not minutes.\r\n- [ ] **Agent-runnable** — you can run it unattended; a human in the loop only via `scripts/hitl-loop.template.sh`.\r\n\r\nIf you catch yourself reading code to build a theory before this command exists, **stop — jumping straight to a hypothesis is the exact failure this skill prevents.** No red-capable command, no Phase 2.\r\n\r\n## Phase 2 — Reproduce + minimise\r\n\r\nRun the loop. Watch it go red — the bug appears.\r\n\r\nConfirm:\r\n\r\n- [ ] The loop produces the failure mode the **user** described — not a different failure that happens to be nearby. Wrong bug = wrong fix.\r\n- [ ] The failure is reproducible across multiple runs (or, for non-deterministic bugs, reproducible at a high enough rate to debug against).\r\n- [ ] You have captured the exact symptom (error message, wrong output, slow timing) so later phases can verify the fix actually addresses it.\r\n\r\n### Minimise\r\n\r\nOnce it's red, shrink the repro to the **smallest scenario that still goes red**. Cut inputs, callers, config, data, and steps **one at a time**, re-running the loop after each cut — keep only what's load-bearing for the failure.\r\n\r\nWhy bother: a minimal repro shrinks the hypothesis space in Phase 3 (fewer moving parts left to suspect) and becomes the clean regression test in Phase 5.\r\n\r\nDone when **every remaining element is load-bearing** — removing any one of them makes the loop go green.\r\n\r\nDo not proceed until you have reproduced **and** minimised.\r\n\r\n## Phase 3 — Hypothesise\r\n\r\nGenerate **3–5 ranked hypotheses** before testing any of them. Single-hypothesis generation anchors on the first plausible idea.\r\n\r\nEach hypothesis must be **falsifiable**: state the prediction it makes.\r\n\r\n> Format: \"If <X> is the cause, then <changing Y> will make the bug disappear / <changing Z> will make it worse.\"\r\n\r\nIf you cannot state the prediction, the hypothesis is a vibe — discard or sharpen it.\r\n\r\n**Show the ranked list to the user before testing.** They often have domain knowledge that re-ranks instantly (\"we just deployed a change to #3\"), or know hypotheses they've already ruled out. Cheap checkpoint, big time saver. Don't block on it — proceed with your ranking if the user is AFK.\r\n\r\n## Phase 4 — Instrument\r\n\r\nEach probe must map to a specific prediction from Phase 3. **Change one variable at a time.**\r\n\r\nTool preference:\r\n\r\n1. **Debugger / REPL inspection** if the env supports it. One breakpoint beats ten logs.\r\n2. **Targeted logs** at the boundaries that distinguish hypotheses.\r\n3. Never \"log everything and grep\".\r\n\r\n**Tag every debug log** with a unique prefix, e.g. `[DEBUG-a4f2]`. Cleanup at the end becomes a single grep. Untagged logs survive; tagged logs die.\r\n\r\n**Perf branch.** For performance regressions, logs are usually wrong. Instead: establish a baseline measurement (timing harness, `performance.now()`, profiler, query plan), then bisect. Measure first, fix second.\r\n\r\n## Phase 5 — Fix + regression test\r\n\r\nWrite the regression test **before the fix** — but only if there is a **correct seam** for it.\r\n\r\nA correct seam is one where the test exercises the **real bug pattern** as it occurs at the call site. If the only available seam is too shallow (single-caller test when the bug needs multiple callers, unit test that can't replicate the chain that triggered the bug), a regression test there gives false confidence.\r\n\r\n**If no correct seam exists, that itself is the finding.** Note it. The codebase architecture is preventing the bug from being locked down. Flag this for the next phase.\r\n\r\nIf a correct seam exists:\r\n\r\n1. Turn the minimised repro into a failing test at that seam.\r\n2. Watch it fail.\r\n3. Apply the fix.\r\n4. Watch it pass.\r\n5. Re-run the Phase 1 feedback loop against the original (un-minimised) scenario.\r\n\r\n## Phase 6 — Cleanup + post-mortem\r\n\r\nRequired before declaring done:\r\n\r\n- [ ] Original repro no longer reproduces (re-run the Phase 1 loop)\r\n- [ ] Regression test passes (or absence of seam is documented)\r\n- [ ] All `[DEBUG-...]` instrumentation removed (`grep` the prefix)\r\n- [ ] Throwaway prototypes deleted (or moved to a clearly-marked debug location)\r\n- [ ] The hypothesis that turned out correct is stated in the commit / PR message — so the next debugger learns\r\n\r\n**Then ask: what would have prevented this bug?** If the answer involves architectural change (no good test seam, tangled callers, hidden coupling) hand off to the `/improve-codebase-architecture` skill with the specifics. Make the recommendation **after** the fix is in, not before — you have more information now than when you started.\r","startLine":1,"lineNumbers":[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96,97,98,99,100,101,102,103,104,105,106,107,108,109,110,111,112,113,114,115,116,117,118,119,120,121,122,123,124,125,126,127,128,129,130,131,132,133,134]},"meta":{"source":{"type":"internal","value":"skill://diagnosing-bugs"}}},"isError":false,"timestamp":1789301812215}}
{"type":"message","id":"065c4cb4","parentId":"bad1128d","timestamp":"2026-09-13T12:16:52.221Z","message":{"role":"toolResult","toolCallId":"call_WCPhhuMFf6q0okBuxspGHKhV|fc_0bcebee58b999663016aa694341bd087d1af3d82d8102e50ce","toolName":"read","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/controls/harness.sh#A761]\n1:#!/bin/bash\n2:# =============================================================================\n3:# harness.sh — the shared control harness (doyle 23YE7ZXG / WD47ADZV / FXKBVGQQ)\n4:#\n5:# WHAT IT IS. Sourced by each group script. It does three things and nothing else:\n6:#   1. ASSERTS THE PINS of every subject it is about to exercise. A control run against\n7:#      drifted bytes measures a file nobody reviewed.\n8:#   2. EXTRACTS the subject's REAL definitions — function bodies and contiguous line\n9:#      regions — out of those pinned bytes, so the thing under test is the driver's own\n10:#      text and not a restatement of it. Every extraction is hashed into the arm's\n11:#      evidence, so what ran can be re-derived.\n12:#   3. RUNS ARMS under the standing rules: a new run-specific directory per arm, an\n13:#      existing destination REFUSED and never cleared, failed arms PRESERVED, and the\n14:#      NEGATIVE CONTROL FIRST in each group — a group whose negative control passes is\n15:#      aborted, because a group whose arms cannot fail measures nothing.\n16:#\n17:# WHAT IT NEVER DOES. No provider query, no firewall, no daemon, no product launch, no\n18:# apply, no signing, no key material, no real capture, nothing in a real home and nothing\n19:# in the field. Throwaway children only, and every one of them is disposed of and reported.\n20:# =============================================================================\n21:CTRL=\"$(cd \"$(dirname \"${BASH_SOURCE[0]}\")\" && pwd)\"\n22:D2=\"$(cd \"$CTRL/..\" && pwd)\"\n23:\n24:DRIVER=\"$D2/fp-driver-d2-r2.sh\"\n25:DRIVER_SHA=67913bd653667ca7ae19a41df4dd9be713fe1b0c1177a0fe50a1f04f78899e7a\n26:PROVISION=\"$D2/provision-rig-r4.sh\"\n27:PROVISION_SHA=023906b19be08fe7d629bd12ddaf4156068116338631e5eeda8c7ab1b28c02c7\n28:\n29:OUT_ROOT=\"$D2/controls-out/${CONTROL_RUN:-$(date -u +%Y%m%dT%H%M%SZ)}-$GROUP\"\n30:if [ -e \"$OUT_ROOT\" ]; then\n31:  echo \"REFUSED: $OUT_ROOT already exists. An arm's output is some attempt's evidence; it is never reused or cleared.\" >&2\n32:  exit 65\n33:fi\n34:mkdir -p \"$OUT_ROOT\" || { echo \"REFUSED: cannot create $OUT_ROOT\" >&2; exit 65; }\n35:RESULTS=\"$OUT_ROOT/results.txt\"\n36:: > \"$RESULTS\"\n37:\n38:hsay() { echo \"[$(date -u +%H:%M:%SZ)] $*\"; }\n39:\n40:assert_pin() { # FILE WANT\n41:  local f=\"$1\" want=\"$2\" got\n42:  [ -f \"$f\" ] || { echo \"PIN_MISSING $f\" >&2; exit 70; }\n43:  got=$(sha256sum \"$f\" | cut -d' ' -f1)\n44:  [ \"$got\" = \"$want\" ] || { echo \"PIN_DRIFT $f is $got, pin says $want\" >&2; exit 70; }\n45:  hsay \"PIN_OK $(basename \"$f\") $want\"\n46:}\n47:\n48:# A FUNCTION BODY, VERBATIM, out of the pinned bytes. Single-line functions are handled:\n49:# a body whose header line already closes has no '^}' to find, and running to EOF would\n50:# quietly swallow the rest of the file.\n51:extract_fn() { # NAME\n52:  awk -v n=\"$1\" '\n53:    !seen && $0 ~ \"^\"n\"\\\\(\\\\)\" { seen=1; print; if ($0 ~ /\\}[ \\t]*$/) exit; next }\n54:    seen { print; if ($0 ~ /^\\}[ \\t]*$/) exit }\n55:  ' \"$DRIVER\"\n56:}\n57:extract_range() { sed -n \"$1,$2p\" \"$DRIVER\"; }\n58:\n59:# LOAD the named functions into this shell, after asserting each one is non-empty and that\n60:# the whole load parses. A silently empty extraction would make every arm that calls it\n61:# report a clean nothing.\n62:load_fns() { # OUTDIR NAME...\n63:  local dir=\"$1\"; shift\n64:  local src=\"$dir/extracted-functions.sh\" n\n65:  : > \"$src\"\n66:  for n in \"$@\"; do\n67:    extract_fn \"$n\" > \"$dir/.fn.$n\"\n68:    if [ ! -s \"$dir/.fn.$n\" ]; then\n69:      echo \"EXTRACTION_EMPTY $n — the pinned driver has no such function at that spelling\" >&2\n70:      return 71\n71:    fi\n72:    printf '# ---- extracted: %s (sha256 %s) ----\\n' \"$n\" \"$(sha256sum \"$dir/.fn.$n\" | cut -d' ' -f1)\" >> \"$src\"\n73:    cat \"$dir/.fn.$n\" >> \"$src\"\n74:    printf '\\n' >> \"$src\"\n75:    rm -f \"$dir/.fn.$n\"\n76:  done\n77:  bash -n \"$src\" || { echo \"EXTRACTION_UNPARSEABLE $src\" >&2; return 71; }\n78:  # shellcheck disable=SC1090\n79:  . \"$src\" || return 71\n80:  sha256sum \"$src\" | cut -d' ' -f1 > \"$dir/extracted-functions.sha256\"\n81:  return 0\n82:}\n83:\n84:# ---- the arm protocol -------------------------------------------------------\n85:NEG_OK=0\n86:ARMS_RUN=0\n87:ARMS_BAD=0\n88:run_arm() { # ID EXPECT(pass|fail) FUNC [ARG...]\n89:  local id=\"$1\" expect=\"$2\" fn=\"$3\"; shift 3\n90:  local d=\"$OUT_ROOT/$id\"\n91:  if [ -e \"$d\" ]; then echo \"REFUSED: arm destination $d exists\" >&2; exit 65; fi\n92:  mkdir -p \"$d\" || { echo \"REFUSED: cannot create $d\" >&2; exit 65; }\n93:  ARM_DIR=\"$d\"\n94:  ( set +e; ARM_DIR=\"$d\" \"$fn\" \"$@\" ) > \"$d/stdout.txt\" 2> \"$d/stderr.txt\"\n95:  local rc=$?\n96:  local verdict\n97:  if [ \"$expect\" = pass ]; then\n98:    [ \"$rc\" -eq 0 ] && verdict=OK || verdict=BAD\n99:  else\n100:    # A NEGATIVE CONTROL MUST FAIL ITS OWN ASSERTION, NOT ERROR OUT. A harness error (71\n101:    # extraction, 65 destination, 66 gate) is not the arm failing — it is the arm never having\n102:    # run, and accepting it as a failure would let a broken harness certify its own gate. That\n103:    # is what happened on the first group D attempt: all five arms exited 71 and D0 read OK.\n104:    if [ \"$rc\" -eq 1 ]; then verdict=OK\n105:    elif [ \"$rc\" -eq 0 ]; then verdict=BAD\n106:    else verdict=BAD; echo \"ARM $id NEGATIVE CONTROL DID NOT RUN: exit $rc is a harness error, not a failed assertion\" >> \"$RESULTS\"\n107:    fi\n108:  fi\n109:  ARMS_RUN=$((ARMS_RUN + 1))\n110:  [ \"$verdict\" = BAD ] && ARMS_BAD=$((ARMS_BAD + 1))\n111:  echo \"ARM $id expect=$expect native_exit=$rc verdict=$verdict dir=$id\" >> \"$RESULTS\"\n112:  hsay \"ARM $id expect=$expect exit=$rc $verdict\"\n113:  # THE NEGATIVE CONTROL GATES THE GROUP. It must be arm 0 and it must FAIL.\n114:  case \"$id\" in\n115:    *0)\n116:      if [ \"$expect\" = fail ] && [ \"$verdict\" = OK ]; then\n117:        NEG_OK=1\n118:      elif [ \"$expect\" = fail ]; then\n119:        echo \"NEGATIVE_CONTROL_PASSED: $id was asserted to fail and did not. The group is ABORTED: arms that cannot fail measure nothing.\" >> \"$RESULTS\"\n120:        hsay \"ABORT — negative control $id did not fail\"\n121:        exit 66\n122:      fi\n123:      ;;\n124:  esac\n125:  return 0\n126:}\n127:\n128:group_end() {\n129:  if [ \"$NEG_OK\" -ne 1 ]; then\n130:    echo \"NO_NEGATIVE_CONTROL_RAN in $GROUP\" >> \"$RESULTS\"\n131:    hsay \"ABORT — no negative control ran\"\n132:    exit 66\n133:  fi\n134:  echo \"GROUP $GROUP arms=$ARMS_RUN bad=$ARMS_BAD out=$OUT_ROOT\" >> \"$RESULTS\"\n135:  hsay \"GROUP $GROUP arms=$ARMS_RUN bad=$ARMS_BAD\"\n136:  cat \"$RESULTS\"\n137:  [ \"$ARMS_BAD\" -eq 0 ] || exit 1\n138:}\n139:\n140:# ---- the throwaway-child census, so disposition is reported and not assumed --\n141:# Every group that launches a child ends by naming what it left behind. msys `ps` is the\n142:# cheap reading here; an unreadable table is recorded as unreadable, never as empty.\n143:throwaway_census() { # OUTDIR TAG\n144:  local d=\"$1\" tag=\"$2\"\n145:  { ps -ef 2>/dev/null || echo \"PS=UNREADABLE\"; } > \"$d/census-$tag.txt\"\n146:  local n\n147:  n=$(grep -cE 'sleep|timeout' \"$d/census-$tag.txt\" 2>/dev/null)\n148:  case \"$n\" in (''|*[!0-9]*) n=UNREADABLE ;; esac\n149:  echo \"THROWAWAY_CENSUS($tag) sleep/timeout rows=$n — a row here is not necessarily this arm's child; the file is the evidence\" >> \"$d/stdout.txt\"\n150:}"}],"details":{"totalLines":150,"displayContent":{"text":"#!/bin/bash\n# =============================================================================\n# harness.sh — the shared control harness (doyle 23YE7ZXG / WD47ADZV / FXKBVGQQ)\n#\n# WHAT IT IS. Sourced by each group script. It does three things and nothing else:\n#   1. ASSERTS THE PINS of every subject it is about to exercise. A control run against\n#      drifted bytes measures a file nobody reviewed.\n#   2. EXTRACTS the subject's REAL definitions — function bodies and contiguous line\n#      regions — out of those pinned bytes, so the thing under test is the driver's own\n#      text and not a restatement of it. Every extraction is hashed into the arm's\n#      evidence, so what ran can be re-derived.\n#   3. RUNS ARMS under the standing rules: a new run-specific directory per arm, an\n#      existing destination REFUSED and never cleared, failed arms PRESERVED, and the\n#      NEGATIVE CONTROL FIRST in each group — a group whose negative control passes is\n#      aborted, because a group whose arms cannot fail measures nothing.\n#\n# WHAT IT NEVER DOES. No provider query, no firewall, no daemon, no product launch, no\n# apply, no signing, no key material, no real capture, nothing in a real home and nothing\n# in the field. Throwaway children only, and every one of them is disposed of and reported.\n# =============================================================================\nCTRL=\"$(cd \"$(dirname \"${BASH_SOURCE[0]}\")\" && pwd)\"\nD2=\"$(cd \"$CTRL/..\" && pwd)\"\n\nDRIVER=\"$D2/fp-driver-d2-r2.sh\"\nDRIVER_SHA=67913bd653667ca7ae19a41df4dd9be713fe1b0c1177a0fe50a1f04f78899e7a\nPROVISION=\"$D2/provision-rig-r4.sh\"\nPROVISION_SHA=023906b19be08fe7d629bd12ddaf4156068116338631e5eeda8c7ab1b28c02c7\n\nOUT_ROOT=\"$D2/controls-out/${CONTROL_RUN:-$(date -u +%Y%m%dT%H%M%SZ)}-$GROUP\"\nif [ -e \"$OUT_ROOT\" ]; then\n  echo \"REFUSED: $OUT_ROOT already exists. An arm's output is some attempt's evidence; it is never reused or cleared.\" >&2\n  exit 65\nfi\nmkdir -p \"$OUT_ROOT\" || { echo \"REFUSED: cannot create $OUT_ROOT\" >&2; exit 65; }\nRESULTS=\"$OUT_ROOT/results.txt\"\n: > \"$RESULTS\"\n\nhsay() { echo \"[$(date -u +%H:%M:%SZ)] $*\"; }\n\nassert_pin() { # FILE WANT\n  local f=\"$1\" want=\"$2\" got\n  [ -f \"$f\" ] || { echo \"PIN_MISSING $f\" >&2; exit 70; }\n  got=$(sha256sum \"$f\" | cut -d' ' -f1)\n  [ \"$got\" = \"$want\" ] || { echo \"PIN_DRIFT $f is $got, pin says $want\" >&2; exit 70; }\n  hsay \"PIN_OK $(basename \"$f\") $want\"\n}\n\n# A FUNCTION BODY, VERBATIM, out of the pinned bytes. Single-line functions are handled:\n# a body whose header line already closes has no '^}' to find, and running to EOF would\n# quietly swallow the rest of the file.\nextract_fn() { # NAME\n  awk -v n=\"$1\" '\n    !seen && $0 ~ \"^\"n\"\\\\(\\\\)\" { seen=1; print; if ($0 ~ /\\}[ \\t]*$/) exit; next }\n    seen { print; if ($0 ~ /^\\}[ \\t]*$/) exit }\n  ' \"$DRIVER\"\n}\nextract_range() { sed -n \"$1,$2p\" \"$DRIVER\"; }\n\n# LOAD the named functions into this shell, after asserting each one is non-empty and that\n# the whole load parses. A silently empty extraction would make every arm that calls it\n# report a clean nothing.\nload_fns() { # OUTDIR NAME...\n  local dir=\"$1\"; shift\n  local src=\"$dir/extracted-functions.sh\" n\n  : > \"$src\"\n  for n in \"$@\"; do\n    extract_fn \"$n\" > \"$dir/.fn.$n\"\n    if [ ! -s \"$dir/.fn.$n\" ]; then\n      echo \"EXTRACTION_EMPTY $n — the pinned driver has no such function at that spelling\" >&2\n      return 71\n    fi\n    printf '# ---- extracted: %s (sha256 %s) ----\\n' \"$n\" \"$(sha256sum \"$dir/.fn.$n\" | cut -d' ' -f1)\" >> \"$src\"\n    cat \"$dir/.fn.$n\" >> \"$src\"\n    printf '\\n' >> \"$src\"\n    rm -f \"$dir/.fn.$n\"\n  done\n  bash -n \"$src\" || { echo \"EXTRACTION_UNPARSEABLE $src\" >&2; return 71; }\n  # shellcheck disable=SC1090\n  . \"$src\" || return 71\n  sha256sum \"$src\" | cut -d' ' -f1 > \"$dir/extracted-functions.sha256\"\n  return 0\n}\n\n# ---- the arm protocol -------------------------------------------------------\nNEG_OK=0\nARMS_RUN=0\nARMS_BAD=0\nrun_arm() { # ID EXPECT(pass|fail) FUNC [ARG...]\n  local id=\"$1\" expect=\"$2\" fn=\"$3\"; shift 3\n  local d=\"$OUT_ROOT/$id\"\n  if [ -e \"$d\" ]; then echo \"REFUSED: arm destination $d exists\" >&2; exit 65; fi\n  mkdir -p \"$d\" || { echo \"REFUSED: cannot create $d\" >&2; exit 65; }\n  ARM_DIR=\"$d\"\n  ( set +e; ARM_DIR=\"$d\" \"$fn\" \"$@\" ) > \"$d/stdout.txt\" 2> \"$d/stderr.txt\"\n  local rc=$?\n  local verdict\n  if [ \"$expect\" = pass ]; then\n    [ \"$rc\" -eq 0 ] && verdict=OK || verdict=BAD\n  else\n    # A NEGATIVE CONTROL MUST FAIL ITS OWN ASSERTION, NOT ERROR OUT. A harness error (71\n    # extraction, 65 destination, 66 gate) is not the arm failing — it is the arm never having\n    # run, and accepting it as a failure would let a broken harness certify its own gate. That\n    # is what happened on the first group D attempt: all five arms exited 71 and D0 read OK.\n    if [ \"$rc\" -eq 1 ]; then verdict=OK\n    elif [ \"$rc\" -eq 0 ]; then verdict=BAD\n    else verdict=BAD; echo \"ARM $id NEGATIVE CONTROL DID NOT RUN: exit $rc is a harness error, not a failed assertion\" >> \"$RESULTS\"\n    fi\n  fi\n  ARMS_RUN=$((ARMS_RUN + 1))\n  [ \"$verdict\" = BAD ] && ARMS_BAD=$((ARMS_BAD + 1))\n  echo \"ARM $id expect=$expect native_exit=$rc verdict=$verdict dir=$id\" >> \"$RESULTS\"\n  hsay \"ARM $id expect=$expect exit=$rc $verdict\"\n  # THE NEGATIVE CONTROL GATES THE GROUP. It must be arm 0 and it must FAIL.\n  case \"$id\" in\n    *0)\n      if [ \"$expect\" = fail ] && [ \"$verdict\" = OK ]; then\n        NEG_OK=1\n      elif [ \"$expect\" = fail ]; then\n        echo \"NEGATIVE_CONTROL_PASSED: $id was asserted to fail and did not. The group is ABORTED: arms that cannot fail measure nothing.\" >> \"$RESULTS\"\n        hsay \"ABORT — negative control $id did not fail\"\n        exit 66\n      fi\n      ;;\n  esac\n  return 0\n}\n\ngroup_end() {\n  if [ \"$NEG_OK\" -ne 1 ]; then\n    echo \"NO_NEGATIVE_CONTROL_RAN in $GROUP\" >> \"$RESULTS\"\n    hsay \"ABORT — no negative control ran\"\n    exit 66\n  fi\n  echo \"GROUP $GROUP arms=$ARMS_RUN bad=$ARMS_BAD out=$OUT_ROOT\" >> \"$RESULTS\"\n  hsay \"GROUP $GROUP arms=$ARMS_RUN bad=$ARMS_BAD\"\n  cat \"$RESULTS\"\n  [ \"$ARMS_BAD\" -eq 0 ] || exit 1\n}\n\n# ---- the throwaway-child census, so disposition is reported and not assumed --\n# Every group that launches a child ends by naming what it left behind. msys `ps` is the\n# cheap reading here; an unreadable table is recorded as unreadable, never as empty.\nthrowaway_census() { # OUTDIR TAG\n  local d=\"$1\" tag=\"$2\"\n  { ps -ef 2>/dev/null || echo \"PS=UNREADABLE\"; } > \"$d/census-$tag.txt\"\n  local n\n  n=$(grep -cE 'sleep|timeout' \"$d/census-$tag.txt\" 2>/dev/null)\n  case \"$n\" in (''|*[!0-9]*) n=UNREADABLE ;; esac\n  echo \"THROWAWAY_CENSUS($tag) sleep/timeout rows=$n — a row here is not necessarily this arm's child; the file is the evidence\" >> \"$d/stdout.txt\"\n}","startLine":1,"lineNumbers":[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96,97,98,99,100,101,102,103,104,105,106,107,108,109,110,111,112,113,114,115,116,117,118,119,120,121,122,123,124,125,126,127,128,129,130,131,132,133,134,135,136,137,138,139,140,141,142,143,144,145,146,147,148,149,150]},"fileSize":6705,"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\controls\\harness.sh"}}},"isError":false,"timestamp":1789301812220}}
{"type":"custom","customType":"tool_execution_start","data":{"toolCallId":"call_dBdYZs3nfT8WLC47VcpbDAKI|fc_0bcebee58b999663016aa69446b2e087d1a2f82e97a48e62f1","toolName":"hub","startedAt":"2026-09-13T12:17:12.959Z","intent":"Clarifying held pin treatment"},"id":"b248fb88","parentId":"065c4cb4","timestamp":"2026-09-13T12:17:12.959Z"}
{"type":"message","id":"f7e7e596","parentId":"b248fb88","timestamp":"2026-09-13T12:17:12.960Z","message":{"role":"assistant","content":[{"type":"thinking","thinking":"**Preparing source copy**\n\n**Refining epoch validation**\n\n**Clearing stale build pins**"},{"type":"toolCall","id":"call_dBdYZs3nfT8WLC47VcpbDAKI|fc_0bcebee58b999663016aa69446b2e087d1a2f82e97a48e62f1","name":"hub","arguments":{"i":"Clarifying held pin treatment","op":"send","to":"Main","message":"r6 will leave RIG_ROOT empty and clear inherited EXE_SHA/SUBJECT_SHA/SUBJECT_BLOB rather than present old72d/85f as assembled pins; W/SP legacy paths remain unchanged pending your configuration unless you prefer them empty too. Prep interface validates unsigned decimal seconds (1–18 digits), epoch<=now<deadline and exact600s, prior to evidence creation. 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{"type":"message","id":"3fe88eec","parentId":"caaad6e7","timestamp":"2026-09-13T12:18:00.944Z","message":{"role":"assistant","content":[{"type":"toolCall","id":"call_1Ls4ZKsbcGnyulgr070p4NBM|ctc_0bcebee58b999663016aa6945091ac87d1aaf2b40735b547b6","name":"edit","arguments":{"input":"*** Begin Patch\n[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r6.sh#141B]\nPUT 4.=4:\n+# hertz 2026-09-13. r6 under Doyle6U2UZVXK: absolute deadlines; field runs still HELD.\nPUT 159.=159:\n+EXE_SHA=''                       # HELD: Doyle supplies the assembled executable pin.\nPUT 171.=172:\n+SUBJECT_SHA=''                   # HELD: Doyle supplies the assembled source identity.\n+SUBJECT_BLOB=''                  # HELD: final assembly module identity must be admitted.\nPUT 256.=259:\n+# One preparation window spans provisioning through GO. Never restart it in this process.\n+# Explicit unsigned decimal Unix seconds, at most 18 digits to keep Bash arithmetic safe.\n+# Refuse before evidence-directory creation or any trap can initiate cleanup.\n+prep_clock_init() {\n+  local epoch=\"${SPT_RIG_PREP_EPOCH:-}\" deadline=\"${SPT_RIG_PREP_DEADLINE:-}\" now\n+  if [[ ! \"$epoch\" =~ ^[0-9]{1,18}$ ]] || [[ ! \"$deadline\" =~ ^[0-9]{1,18}$ ]]; then\n+    echo \"REFUSED: SPT_RIG_PREP_EPOCH and SPT_RIG_PREP_DEADLINE must both be unsigned decimal Unix seconds (1-18 digits)\" >&2\n+    return 1\n+  fi\n+  epoch=$((10#$epoch)); deadline=$((10#$deadline))\n+  now=$(date +%s) || return 1\n+  if [[ ! \"$now\" =~ ^[0-9]{1,18}$ ]]; then\n+    echo \"REFUSED: preparation clock is unreadable\" >&2\n+    return 1\n+  fi\n+  now=$((10#$now))\n+  if [ \"$deadline\" -ne \"$((epoch + PREP_BUDGET_S))\" ] || [ \"$epoch\" -gt \"$now\" ] || [ \"$now\" -ge \"$deadline\" ]; then\n+    echo \"REFUSED: preparation requires epoch <= now < deadline and deadline = epoch + ${PREP_BUDGET_S}; no fresh window is granted\" >&2\n+    return 1\n+  fi\n+  PREP_EPOCH=\"$epoch\"\n+  PREP_DEADLINE=\"$deadline\"\n+}\n+prep_clock_init || exit 8\nPUT 563*:\n+handoff_await() { # CONTEXT(trial|cleanup)\n+  local context=\"$1\"\n+  local rf=\"$HO_RECEIPT\" nonce=\"$HO_NONCE\"\n+  local now; now=$(date +%s)\n+  local started=\"$now\" limit=\"$HANDOFF_WAIT_S\" phase_deadline deadline remaining nap\n+  [ \"$context\" = cleanup ] && limit=\"$CLEANUP_HANDOFF_WAIT_S\"\n+  deadline=$((started + limit))\n+  [ \"$deadline\" -gt \"$((started + HANDOFF_CAP_S))\" ] && deadline=$((started + HANDOFF_CAP_S))\n+  # Cleanup owns WORK_DEADLINE even if GO never happened; zero/unopened fails closed.\n+  if [ \"$context\" = cleanup ]; then phase_deadline=\"$WORK_DEADLINE\"\n+  else phase_deadline=$(cur_deadline); fi\n+  [ \"$deadline\" -gt \"$phase_deadline\" ] && deadline=\"$phase_deadline\"\n+  while :; do\n+    now=$(date +%s)\n+    [ \"$now\" -lt \"$deadline\" ] || break\n+    if [ -f \"$rf\" ]; then\n+      # EXACT, WHOLE-LINE nonce match. An unanchored substring match would accept a\n+      # receipt that merely quotes the nonce inside other text.\n+      local nmatch; nmatch=$(grep -c \"^nonce: $nonce\\$\" \"$rf\" 2>/dev/null)\n+      case \"$nmatch\" in (''|*[!0-9]*) nmatch=0 ;; esac\n+      # Receipt IO and recording spend this same deadline, not just the sleeps.\n+      now=$(date +%s)\n+      [ \"$now\" -lt \"$deadline\" ] || break\n+      if [ \"$nmatch\" -eq 1 ]; then\n+        record \"HANDOFF_RECEIPT_PRESENT $rf (exactly one exact nonce line) — a CLAIM; the census below is the verification\"\n+        now=$(date +%s)\n+        [ \"$now\" -lt \"$deadline\" ] || break\n+        return 0\n+      fi\n+      record \"HANDOFF_RECEIPT_REJECTED $rf — expected exactly one line 'nonce: $nonce', found $nmatch\"\n+      return 1\n+    fi\n+    if [ \"$ABORT\" -eq 1 ] && [ \"$context\" != cleanup ]; then\n+      record \"HANDOFF_WAIT_ABORTED (signal) — not waiting further in the $context flow\"\n+      return 1\n+    fi\n+    now=$(date +%s)\n+    remaining=$((deadline - now))\n+    [ \"$remaining\" -gt 0 ] || break\n+    nap=5\n+    [ \"$nap\" -gt \"$remaining\" ] && nap=\"$remaining\"\n+    sleep \"$nap\"\n+  done\n+  record \"HANDOFF_TIMEOUT deadline=$deadline elapsed=$((now - started))s with no timely accepted receipt at $rf (context=$context)\"\n+  return 1\n+}\nPUT 609.=610:\n+# PREPARATION (600 s, carried from the provisioning controller). Read-only preflight and\n+#   the executor's hash-verified PREPARED/NOT_STARTED acknowledgment. NO EXPERIMENTAL TIME IS SPENT\nPUT 953*:\n+cur_deadline() {\n+  if [ \"$CLEANUP_EPOCH\" -ne 0 ]; then echo \"$WORK_DEADLINE\"\n+  elif [ -z \"$RUN_EPOCH\" ]; then echo \"$PREP_DEADLINE\"\n+  else echo \"$EXP_DEADLINE\"; fi\n+}\nPUT 977.=978:\n+  local now left\n+  now=$(date +%s); left=$((PREP_DEADLINE - now))\n*** End Patch\n"},"customWireName":"edit"}],"api":"openai-codex-responses","provider":"openai-codex","model":"gpt-6-astra","usage":{"input":447,"output":1351,"cacheRead":56704,"cacheWrite":0,"totalTokens":58502,"cost":{"input":0.00447,"output":0.06755,"cacheRead":0.056704,"cacheWrite":0,"total":0.128724}},"stopReason":"toolUse","timestamp":1789301838986,"responseId":"resp_0bcebee58b999663016aa6944f318487d19c6962b07378a246","providerPayload":{"type":"openaiResponsesHistory","provider":"openai-codex","dt":true,"items":[{"id":"ctc_0bcebee58b999663016aa6945091ac87d1aaf2b40735b547b6","type":"custom_tool_call","status":"completed","call_id":"call_1Ls4ZKsbcGnyulgr070p4NBM","input":"*** Begin Patch\n[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r6.sh#141B]\nPUT 4.=4:\n+# hertz 2026-09-13. r6 under Doyle6U2UZVXK: absolute deadlines; field runs still HELD.\nPUT 159.=159:\n+EXE_SHA=''                       # HELD: Doyle supplies the assembled executable pin.\nPUT 171.=172:\n+SUBJECT_SHA=''                   # HELD: Doyle supplies the assembled source identity.\n+SUBJECT_BLOB=''                  # HELD: final assembly module identity must be admitted.\nPUT 256.=259:\n+# One preparation window spans provisioning through GO. Never restart it in this process.\n+# Explicit unsigned decimal Unix seconds, at most 18 digits to keep Bash arithmetic safe.\n+# Refuse before evidence-directory creation or any trap can initiate cleanup.\n+prep_clock_init() {\n+  local epoch=\"${SPT_RIG_PREP_EPOCH:-}\" deadline=\"${SPT_RIG_PREP_DEADLINE:-}\" now\n+  if [[ ! \"$epoch\" =~ ^[0-9]{1,18}$ ]] || [[ ! \"$deadline\" =~ ^[0-9]{1,18}$ ]]; then\n+    echo \"REFUSED: SPT_RIG_PREP_EPOCH and SPT_RIG_PREP_DEADLINE must both be unsigned decimal Unix seconds (1-18 digits)\" >&2\n+    return 1\n+  fi\n+  epoch=$((10#$epoch)); deadline=$((10#$deadline))\n+  now=$(date +%s) || return 1\n+  if [[ ! \"$now\" =~ ^[0-9]{1,18}$ ]]; then\n+    echo \"REFUSED: preparation clock is unreadable\" >&2\n+    return 1\n+  fi\n+  now=$((10#$now))\n+  if [ \"$deadline\" -ne \"$((epoch + PREP_BUDGET_S))\" ] || [ \"$epoch\" -gt \"$now\" ] || [ \"$now\" -ge \"$deadline\" ]; then\n+    echo \"REFUSED: preparation requires epoch <= now < deadline and deadline = epoch + ${PREP_BUDGET_S}; no fresh window is granted\" >&2\n+    return 1\n+  fi\n+  PREP_EPOCH=\"$epoch\"\n+  PREP_DEADLINE=\"$deadline\"\n+}\n+prep_clock_init || exit 8\nPUT 563*:\n+handoff_await() { # CONTEXT(trial|cleanup)\n+  local context=\"$1\"\n+  local rf=\"$HO_RECEIPT\" nonce=\"$HO_NONCE\"\n+  local now; now=$(date +%s)\n+  local started=\"$now\" limit=\"$HANDOFF_WAIT_S\" phase_deadline deadline remaining nap\n+  [ \"$context\" = cleanup ] && limit=\"$CLEANUP_HANDOFF_WAIT_S\"\n+  deadline=$((started + limit))\n+  [ \"$deadline\" -gt \"$((started + HANDOFF_CAP_S))\" ] && deadline=$((started + HANDOFF_CAP_S))\n+  # Cleanup owns WORK_DEADLINE even if GO never happened; zero/unopened fails closed.\n+  if [ \"$context\" = cleanup ]; then phase_deadline=\"$WORK_DEADLINE\"\n+  else phase_deadline=$(cur_deadline); fi\n+  [ \"$deadline\" -gt \"$phase_deadline\" ] && deadline=\"$phase_deadline\"\n+  while :; do\n+    now=$(date +%s)\n+    [ \"$now\" -lt \"$deadline\" ] || break\n+    if [ -f \"$rf\" ]; then\n+      # EXACT, WHOLE-LINE nonce match. An unanchored substring match would accept a\n+      # receipt that merely quotes the nonce inside other text.\n+      local nmatch; nmatch=$(grep -c \"^nonce: $nonce\\$\" \"$rf\" 2>/dev/null)\n+      case \"$nmatch\" in (''|*[!0-9]*) nmatch=0 ;; esac\n+      # Receipt IO and recording spend this same deadline, not just the sleeps.\n+      now=$(date +%s)\n+      [ \"$now\" -lt \"$deadline\" ] || break\n+      if [ \"$nmatch\" -eq 1 ]; then\n+        record \"HANDOFF_RECEIPT_PRESENT $rf (exactly one exact nonce line) — a CLAIM; the census below is the verification\"\n+        now=$(date +%s)\n+        [ \"$now\" -lt \"$deadline\" ] || break\n+        return 0\n+      fi\n+      record \"HANDOFF_RECEIPT_REJECTED $rf — expected exactly one line 'nonce: $nonce', found $nmatch\"\n+      return 1\n+    fi\n+    if [ \"$ABORT\" -eq 1 ] && [ \"$context\" != cleanup ]; then\n+      record \"HANDOFF_WAIT_ABORTED (signal) — not waiting further in the $context flow\"\n+      return 1\n+    fi\n+    now=$(date +%s)\n+    remaining=$((deadline - now))\n+    [ \"$remaining\" -gt 0 ] || break\n+    nap=5\n+    [ \"$nap\" -gt \"$remaining\" ] && nap=\"$remaining\"\n+    sleep \"$nap\"\n+  done\n+  record \"HANDOFF_TIMEOUT deadline=$deadline elapsed=$((now - started))s with no timely accepted receipt at $rf (context=$context)\"\n+  return 1\n+}\nPUT 609.=610:\n+# PREPARATION (600 s, carried from the provisioning controller). Read-only preflight and\n+#   the executor's hash-verified PREPARED/NOT_STARTED acknowledgment. NO EXPERIMENTAL TIME IS SPENT\nPUT 953*:\n+cur_deadline() {\n+  if [ \"$CLEANUP_EPOCH\" -ne 0 ]; then echo \"$WORK_DEADLINE\"\n+  elif [ -z \"$RUN_EPOCH\" ]; then echo \"$PREP_DEADLINE\"\n+  else echo \"$EXP_DEADLINE\"; fi\n+}\nPUT 977.=978:\n+  local now left\n+  now=$(date +%s); left=$((PREP_DEADLINE - now))\n*** End Patch\n","internal_chat_message_metadata_passthrough":{"create_time":1789301839.374145,"turn_id":"a827ef1d-a56e-46aa-aff4-edaff9465ef7"},"name":"edit","metadata":{"turn_id":"a827ef1d-a56e-46aa-aff4-edaff9465ef7"}}]},"duration":41954.1138000004,"ttft":1624.305499999784,"completedAt":1789301880941,"contextSnapshot":{"promptTokens":57151,"nonMessageTokens":17096,"compactionEpoch":0}}}
{"type":"message","id":"99676098","parentId":"3fe88eec","timestamp":"2026-09-13T12:18:01.282Z","message":{"role":"toolResult","toolCallId":"call_1Ls4ZKsbcGnyulgr070p4NBM|ctc_0bcebee58b999663016aa6945091ac87d1aaf2b40735b547b6","toolName":"edit","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r6.sh#9DEF]\nPUT 563*: → resolved lines 563-591 (29 lines)\nPUT 953*: → resolved lines 953-957 (5 lines)\n2:# =============================================================================\n3:# D2 DRIVER — #297 bounded out-of-band capture, run BY THE EXISTING FIELD DRIVER.\n4:# hertz 2026-09-13. r6 under Doyle6U2UZVXK: absolute deadlines; field runs still HELD.\n5:# NO BUILD GRANT. NO FIELD GRANT. NO ELEVATION GRANT. NO RESIDUAL-PID GRANT.\n6:#\n157:                                  # r10 built -- a copy that does not hash to EXE_SHA is a\n158:                                  # different subject and S0b refuses it.\n159:EXE_SHA=''                       # HELD: Doyle supplies the assembled executable pin.\n160:# THE CAPTURE SCRIPT IS A SUBJECT TOO (doyle LIRX7EUS). The elevated leg runs BOTH the product\n161:# and this script, and every document this run reasons about is whatever THIS file produced.\n169:PORT=29470                        # never 5470\n170:GUARD_PORT=5470                   # the production port this run must not disturb\n171:SUBJECT_SHA=''                   # HELD: Doyle supplies the assembled source identity.\n172:SUBJECT_BLOB=''                  # HELD: final assembly module identity must be admitted.\n173:# The owned pair's names are PRODUCT CONSTANTS (windows.rs:11-19), not a choice of this rig.\n174:RULE_TAILNET='spt-core-bootstrap-inbound-tcp'\n254:TEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\n255:CI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n256:# One preparation window spans provisioning through GO. Never restart it in this process.\n257:# Explicit unsigned decimal Unix seconds, at most 18 digits to keep Bash arithmetic safe.\n…\n278:}\n279:prep_clock_init || exit 8\n280:RUN_EPOCH=''                      # THE EXPERIMENTAL CLOCK DOES NOT EXIST UNTIL GO, and an unset\n281:                                  # clock is an UNSTARTED experiment: every activity step refuses\n\n583:handoff_await() { # CONTEXT(trial|cleanup)\n584:  local context=\"$1\"\n585:  local rf=\"$HO_RECEIPT\" nonce=\"$HO_NONCE\"\n586:  local now; now=$(date +%s)\n587:  local started=\"$now\" limit=\"$HANDOFF_WAIT_S\" phase_deadline deadline remaining nap\n588:  [ \"$context\" = cleanup ] && limit=\"$CLEANUP_HANDOFF_WAIT_S\"\n589:  deadline=$((started + limit))\n590:  [ \"$deadline\" -gt \"$((started + HANDOFF_CAP_S))\" ] && deadline=$((started + HANDOFF_CAP_S))\n…\n596:    now=$(date +%s)\n597:    [ \"$now\" -lt \"$deadline\" ] || break\n598:    if [ -f \"$rf\" ]; then\n599:      # EXACT, WHOLE-LINE nonce match. An unanchored substring match would accept a\n601:      local nmatch; nmatch=$(grep -c \"^nonce: $nonce\\$\" \"$rf\" 2>/dev/null)\n602:      case \"$nmatch\" in (''|*[!0-9]*) nmatch=0 ;; esac\n603:      # Receipt IO and recording spend this same deadline, not just the sleeps.\n604:      now=$(date +%s)\n605:      [ \"$now\" -lt \"$deadline\" ] || break\n606:      if [ \"$nmatch\" -eq 1 ]; then\n607:        record \"HANDOFF_RECEIPT_PRESENT $rf (exactly one exact nonce line) — a CLAIM; the census below is the verification\"\n608:        now=$(date +%s)\n609:        [ \"$now\" -lt \"$deadline\" ] || break\n610:        return 0\n611:      fi\n\n614:    fi\n615:    if [ \"$ABORT\" -eq 1 ] && [ \"$context\" != cleanup ]; then\n\n617:      return 1\n618:    fi\n619:    now=$(date +%s)\n620:    remaining=$((deadline - now))\n…\n623:    [ \"$nap\" -gt \"$remaining\" ] && nap=\"$remaining\"\n624:    sleep \"$nap\"\n625:  done\n626:  record \"HANDOFF_TIMEOUT deadline=$deadline elapsed=$((now - started))s with no timely accepted receipt at $rf (context=$context)\"\n627:  return 1\n628:}\n\n636:handoff_exit() { # (reads HO_RECEIPT)\n\n644:}\n645:\n646:# PREPARATION (600 s, carried from the provisioning controller). Read-only preflight and\n647:#   the executor's hash-verified PREPARED/NOT_STARTED acknowledgment. NO EXPERIMENTAL TIME IS SPENT\n648:#   HERE: the experimental clock does not start until go(), and every activity step\n649:#   refuses while it is unstarted. Overrunning preparation is a REFUSAL TO START, never\n989:# reading does when the clock it reads has not started.\n990:cur_deadline() {\n991:  if [ \"$CLEANUP_EPOCH\" -ne 0 ]; then echo \"$WORK_DEADLINE\"\n992:  elif [ -z \"$RUN_EPOCH\" ]; then echo \"$PREP_DEADLINE\"\n993:  else echo \"$EXP_DEADLINE\"; fi\n994:}\n995:# THE EXECUTABLE MUST BE NAMED TO WINDOWS. A call site spells its program the way bash finds\n\n1006:cleanup_left() {\n\n1012:}\n1013:prep_left() {\n1014:  local now left\n1015:  now=$(date +%s); left=$((PREP_DEADLINE - now))\n1016:  [ \"$left\" -lt 0 ] && left=0\n1017:  echo \"$left\"\n1018:}\n\nWarnings:\nThis edit introduced a syntax error near line 4: the file parsed before the patch and no longer does. It was applied exactly as written, so a line number or range endpoint is likely wrong — re-read the touched region and re-issue a correcting edit."}],"details":{"diff":" 2|# =============================================================================\n 3|# D2 DRIVER — #297 bounded out-of-band capture, run BY THE EXISTING FIELD DRIVER.\n-4|# hertz 2026-09-13. r5 under 3XE67XYP: owned-job implementation; field runs still HELD.\n+4|# hertz 2026-09-13. r6 under Doyle6U2UZVXK: absolute deadlines; field runs still HELD.\n 5|# NO BUILD GRANT. NO FIELD GRANT. NO ELEVATION GRANT. NO RESIDUAL-PID GRANT.\n 6|#\n 157|                                  # r10 built -- a copy that does not hash to EXE_SHA is a\n 158|                                  # different subject and S0b refuses it.\n-159|EXE_SHA='72d309011415b419aabfdb0b4065df1183bfd0069a9f95b5779da62e43349b10'\n+159|EXE_SHA=''                       # HELD: Doyle supplies the assembled executable pin.\n 160|# THE CAPTURE SCRIPT IS A SUBJECT TOO (doyle LIRX7EUS). The elevated leg runs BOTH the product\n 161|# and this script, and every document this run reasons about is whatever THIS file produced.\n 169|PORT=29470                        # never 5470\n 170|GUARD_PORT=5470                   # the production port this run must not disturb\n-171|SUBJECT_SHA='85f84d738fa702f35c83910f314aae17849d125c'\n-172|SUBJECT_BLOB='848a23fe18e5ca819774f9881ef13504221992f3'\n+171|SUBJECT_SHA=''                   # HELD: Doyle supplies the assembled source identity.\n+172|SUBJECT_BLOB=''                  # HELD: final assembly module identity must be admitted.\n 173|# The owned pair's names are PRODUCT CONSTANTS (windows.rs:11-19), not a choice of this rig.\n 174|RULE_TAILNET='spt-core-bootstrap-inbound-tcp'\n 254|TEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\n 255|CI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n-256|PREP_EPOCH=$(date +%s)            # the PREPARATION clock starts at process start\n-257|PREP_DEADLINE=$((PREP_EPOCH + PREP_BUDGET_S))   # the instant preparation is over; every\n-258|                                  # bounded preflight probe runs under THIS one, so a\n-259|                                  # pre-GO step cannot be handed a window that has not opened\n+256|# One preparation window spans provisioning through GO. Never restart it in this process.\n+257|# Explicit unsigned decimal Unix seconds, at most 18 digits to keep Bash arithmetic safe.\n+258|# Refuse before evidence-directory creation or any trap can initiate cleanup.\n+259|prep_clock_init() {\n+260|  local epoch=\"${SPT_RIG_PREP_EPOCH:-}\" deadline=\"${SPT_RIG_PREP_DEADLINE:-}\" now\n+261|  if [[ ! \"$epoch\" =~ ^[0-9]{1,18}$ ]] || [[ ! \"$deadline\" =~ ^[0-9]{1,18}$ ]]; then\n+262|    echo \"REFUSED: SPT_RIG_PREP_EPOCH and SPT_RIG_PREP_DEADLINE must both be unsigned decimal Unix seconds (1-18 digits)\" >&2\n+263|    return 1\n+264|  fi\n+265|  epoch=$((10#$epoch)); deadline=$((10#$deadline))\n+266|  now=$(date +%s) || return 1\n+267|  if [[ ! \"$now\" =~ ^[0-9]{1,18}$ ]]; then\n+268|    echo \"REFUSED: preparation clock is unreadable\" >&2\n+269|    return 1\n+270|  fi\n+271|  now=$((10#$now))\n+272|  if [ \"$deadline\" -ne \"$((epoch + PREP_BUDGET_S))\" ] || [ \"$epoch\" -gt \"$now\" ] || [ \"$now\" -ge \"$deadline\" ]; then\n+273|    echo \"REFUSED: preparation requires epoch <= now < deadline and deadline = epoch + ${PREP_BUDGET_S}; no fresh window is granted\" >&2\n+274|    return 1\n+275|  fi\n+276|  PREP_EPOCH=\"$epoch\"\n+277|  PREP_DEADLINE=\"$deadline\"\n+278|}\n+279|prep_clock_init || exit 8\n 260|RUN_EPOCH=''                      # THE EXPERIMENTAL CLOCK DOES NOT EXIST UNTIL GO, and an unset\n 261|                                  # clock is an UNSTARTED experiment: every activity step refuses\n\n 563|handoff_await() { # CONTEXT(trial|cleanup)\n 564|  local context=\"$1\"\n 565|  local rf=\"$HO_RECEIPT\" nonce=\"$HO_NONCE\"\n-566|  local limit=\"$HANDOFF_WAIT_S\"\n+586|  local now; now=$(date +%s)\n+587|  local started=\"$now\" limit=\"$HANDOFF_WAIT_S\" phase_deadline deadline remaining nap\n 567|  [ \"$context\" = cleanup ] && limit=\"$CLEANUP_HANDOFF_WAIT_S\"\n-568|  local waited=0\n-569|  while [ \"$waited\" -lt \"$limit\" ]; do\n+589|  deadline=$((started + limit))\n+590|  [ \"$deadline\" -gt \"$((started + HANDOFF_CAP_S))\" ] && deadline=$((started + HANDOFF_CAP_S))\n+591|  # Cleanup owns WORK_DEADLINE even if GO never happened; zero/unopened fails closed.\n+592|  if [ \"$context\" = cleanup ]; then phase_deadline=\"$WORK_DEADLINE\"\n+593|  else phase_deadline=$(cur_deadline); fi\n+594|  [ \"$deadline\" -gt \"$phase_deadline\" ] && deadline=\"$phase_deadline\"\n+595|  while :; do\n+596|    now=$(date +%s)\n+597|    [ \"$now\" -lt \"$deadline\" ] || break\n 570|    if [ -f \"$rf\" ]; then\n 571|      # EXACT, WHOLE-LINE nonce match. An unanchored substring match would accept a\n 573|      local nmatch; nmatch=$(grep -c \"^nonce: $nonce\\$\" \"$rf\" 2>/dev/null)\n 574|      case \"$nmatch\" in (''|*[!0-9]*) nmatch=0 ;; esac\n+603|      # Receipt IO and recording spend this same deadline, not just the sleeps.\n+604|      now=$(date +%s)\n+605|      [ \"$now\" -lt \"$deadline\" ] || break\n 575|      if [ \"$nmatch\" -eq 1 ]; then\n 576|        record \"HANDOFF_RECEIPT_PRESENT $rf (exactly one exact nonce line) — a CLAIM; the census below is the verification\"\n+608|        now=$(date +%s)\n+609|        [ \"$now\" -lt \"$deadline\" ] || break\n 577|        return 0\n 578|      fi\n\n 581|    fi\n 582|    if [ \"$ABORT\" -eq 1 ] && [ \"$context\" != cleanup ]; then\n\n 584|      return 1\n 585|    fi\n-586|    sleep 5\n-587|    waited=$((waited + 5))\n+619|    now=$(date +%s)\n+620|    remaining=$((deadline - now))\n+621|    [ \"$remaining\" -gt 0 ] || break\n+622|    nap=5\n+623|    [ \"$nap\" -gt \"$remaining\" ] && nap=\"$remaining\"\n+624|    sleep \"$nap\"\n 588|  done\n-589|  record \"HANDOFF_TIMEOUT after ${limit}s with no receipt at $rf (context=$context)\"\n+626|  record \"HANDOFF_TIMEOUT deadline=$deadline elapsed=$((now - started))s with no timely accepted receipt at $rf (context=$context)\"\n 590|  return 1\n 591|}\n\n 599|handoff_exit() { # (reads HO_RECEIPT)\n\n 607|}\n 608|\n-609|# PREPARATION (600 s, from process start). Read-only preflight and the executor's\n-610|#   hash-verified PREPARED/NOT_STARTED acknowledgment. NO EXPERIMENTAL TIME IS SPENT\n+646|# PREPARATION (600 s, carried from the provisioning controller). Read-only preflight and\n+647|#   the executor's hash-verified PREPARED/NOT_STARTED acknowledgment. NO EXPERIMENTAL TIME IS SPENT\n 611|#   HERE: the experimental clock does not start until go(), and every activity step\n 612|#   refuses while it is unstarted. Overrunning preparation is a REFUSAL TO START, never\n 952|# reading does when the clock it reads has not started.\n 953|cur_deadline() {\n-954|  if [ -z \"$RUN_EPOCH\" ]; then echo \"$PREP_DEADLINE\"\n-955|  elif [ \"$CLEANUP_EPOCH\" -eq 0 ]; then echo \"$EXP_DEADLINE\"\n-956|  else echo \"$WORK_DEADLINE\"; fi\n+991|  if [ \"$CLEANUP_EPOCH\" -ne 0 ]; then echo \"$WORK_DEADLINE\"\n+992|  elif [ -z \"$RUN_EPOCH\" ]; then echo \"$PREP_DEADLINE\"\n+993|  else echo \"$EXP_DEADLINE\"; fi\n 957|}\n 958|# THE EXECUTABLE MUST BE NAMED TO WINDOWS. A call site spells its program the way bash finds\n\n 969|cleanup_left() {\n\n 975|}\n 976|prep_left() {\n-977|  local now used left\n-978|  now=$(date +%s); used=$((now - PREP_EPOCH)); left=$((PREP_BUDGET_S - used))\n+1014|  local now left\n+1015|  now=$(date +%s); left=$((PREP_DEADLINE - now))\n 979|  [ \"$left\" -lt 0 ] && left=0\n 980|  echo \"$left\"\n 981|}","firstChangedLine":4,"op":"update","path":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\fp-driver-d2-r6.sh","snapshotsPruned":true},"isError":false,"timestamp":1789301881281}}
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{"type":"message","id":"de4a7f02","parentId":"8ccc559d","timestamp":"2026-09-13T12:18:05.698Z","message":{"role":"toolResult","toolCallId":"call_JeIPBU1FzsiB5GSd9Z0JM6Z9|fc_0bcebee58b999663016aa6947d77c887d18c1aa9890c8e9180","toolName":"read","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r6.sh#9DEF]\n1:#!/bin/bash\n2:# =============================================================================\n3:# D2 DRIVER — #297 bounded out-of-band capture, run BY THE EXISTING FIELD DRIVER.\n4:# hertz 2026-09-13. r6 under Doyle6U2UZVXK: absolute deadlines; field runs still HELD.\n5:# NO BUILD GRANT. NO FIELD GRANT. NO ELEVATION GRANT. NO RESIDUAL-PID GRANT.\n6:#\n7:# PROVENANCE: this is the FROZEN r10 driver, staged-r10-queue-guard.sh, sha256\n8:# a78f4ba6ed5491ccb38d26f8a3fe4f1a7a9f23296d85a133511b1bf9396d1fbf (todlando; frozen by\n9:# doyle Y2B7UUAS, R10-FROZEN.sha256 re-verified here), with the r10 WORKLOAD REMOVED and the\n10:# #297 D2 capture points ADDED. The exact diff against that file is the deliverable beside\n11:# this one. Every retained block is retained BYTE-FOR-BYTE, so the diff shows only what D2\n12:# changed. r10 is the base and not v9 (a9510e1e) deliberately: v9 predates the accepted\n13:# binder-path, classifier, cleanup-exit and queue-guard repairs, and starting from it would\n14:# have silently reintroduced four defects that were already paid for.\n15:#\n16:# WHY THIS FILE AND NOT A WRAPPER (doyle, 2026-09-13). I first built a separate wrapper that\n…\n254:TEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\n255:CI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n256:# One preparation window spans provisioning through GO. Never restart it in this process.\n257:# Explicit unsigned decimal Unix seconds, at most 18 digits to keep Bash arithmetic safe.\n258:# Refuse before evidence-directory creation or any trap can initiate cleanup.\n259:prep_clock_init() {\n260:  local epoch=\"${SPT_RIG_PREP_EPOCH:-}\" deadline=\"${SPT_RIG_PREP_DEADLINE:-}\" now\n261:  if [[ ! \"$epoch\" =~ ^[0-9]{1,18}$ ]] || [[ ! \"$deadline\" =~ ^[0-9]{1,18}$ ]]; then\n262:    echo \"REFUSED: SPT_RIG_PREP_EPOCH and SPT_RIG_PREP_DEADLINE must both be unsigned decimal Unix seconds (1-18 digits)\" >&2\n263:    return 1\n264:  fi\n265:  epoch=$((10#$epoch)); deadline=$((10#$deadline))\n266:  now=$(date +%s) || return 1\n267:  if [[ ! \"$now\" =~ ^[0-9]{1,18}$ ]]; then\n268:    echo \"REFUSED: preparation clock is unreadable\" >&2\n269:    return 1\n270:  fi\n271:  now=$((10#$now))\n272:  if [ \"$deadline\" -ne \"$((epoch + PREP_BUDGET_S))\" ] || [ \"$epoch\" -gt \"$now\" ] || [ \"$now\" -ge \"$deadline\" ]; then\n273:    echo \"REFUSED: preparation requires epoch <= now < deadline and deadline = epoch + ${PREP_BUDGET_S}; no fresh window is granted\" >&2\n274:    return 1\n275:  fi\n276:  PREP_EPOCH=\"$epoch\"\n277:  PREP_DEADLINE=\"$deadline\"\n278:}\n279:prep_clock_init || exit 8\n280:RUN_EPOCH=''                      # THE EXPERIMENTAL CLOCK DOES NOT EXIST UNTIL GO, and an unset\n281:                                  # clock is an UNSTARTED experiment: every activity step refuses\n282:                                  # while it is empty. MEASURED REASON (run 20260913T041410Z):\n…\n583:handoff_await() { # CONTEXT(trial|cleanup)\n584:  local context=\"$1\"\n585:  local rf=\"$HO_RECEIPT\" nonce=\"$HO_NONCE\"\n586:  local now; now=$(date +%s)\n587:  local started=\"$now\" limit=\"$HANDOFF_WAIT_S\" phase_deadline deadline remaining nap\n588:  [ \"$context\" = cleanup ] && limit=\"$CLEANUP_HANDOFF_WAIT_S\"\n589:  deadline=$((started + limit))\n590:  [ \"$deadline\" -gt \"$((started + HANDOFF_CAP_S))\" ] && deadline=$((started + HANDOFF_CAP_S))\n591:  # Cleanup owns WORK_DEADLINE even if GO never happened; zero/unopened fails closed.\n592:  if [ \"$context\" = cleanup ]; then phase_deadline=\"$WORK_DEADLINE\"\n593:  else phase_deadline=$(cur_deadline); fi\n594:  [ \"$deadline\" -gt \"$phase_deadline\" ] && deadline=\"$phase_deadline\"\n595:  while :; do\n596:    now=$(date +%s)\n597:    [ \"$now\" -lt \"$deadline\" ] || break\n598:    if [ -f \"$rf\" ]; then\n599:      # EXACT, WHOLE-LINE nonce match. An unanchored substring match would accept a\n600:      # receipt that merely quotes the nonce inside other text.\n601:      local nmatch; nmatch=$(grep -c \"^nonce: $nonce\\$\" \"$rf\" 2>/dev/null)\n602:      case \"$nmatch\" in (''|*[!0-9]*) nmatch=0 ;; esac\n603:      # Receipt IO and recording spend this same deadline, not just the sleeps.\n604:      now=$(date +%s)\n605:      [ \"$now\" -lt \"$deadline\" ] || break\n606:      if [ \"$nmatch\" -eq 1 ]; then\n607:        record \"HANDOFF_RECEIPT_PRESENT $rf (exactly one exact nonce line) — a CLAIM; the census below is the verification\"\n608:        now=$(date +%s)\n609:        [ \"$now\" -lt \"$deadline\" ] || break\n610:        return 0\n611:      fi\n612:      record \"HANDOFF_RECEIPT_REJECTED $rf — expected exactly one line 'nonce: $nonce', found $nmatch\"\n613:      return 1\n614:    fi\n615:    if [ \"$ABORT\" -eq 1 ] && [ \"$context\" != cleanup ]; then\n616:      record \"HANDOFF_WAIT_ABORTED (signal) — not waiting further in the $context flow\"\n617:      return 1\n618:    fi\n619:    now=$(date +%s)\n620:    remaining=$((deadline - now))\n621:    [ \"$remaining\" -gt 0 ] || break\n622:    nap=5\n623:    [ \"$nap\" -gt \"$remaining\" ] && nap=\"$remaining\"\n624:    sleep \"$nap\"\n625:  done\n626:  record \"HANDOFF_TIMEOUT deadline=$deadline elapsed=$((now - started))s with no timely accepted receipt at $rf (context=$context)\"\n627:  return 1\n628:}\n629:# The exit status of a command this driver did not run. It comes back in the receipt,\n630:# and it is a NECESSARY condition, never a sufficient one: an absent or unparseable\n…\n985:# channels so the instrument's own logs cannot become subject evidence.\n986:# WHICH DEADLINE A STEP IS UNDER IS A PROPERTY OF THE PHASE, NOT OF THE CALL SITE. One\n987:# helper answers it, so a probe called from preparation, from the window and from cleanup\n988:# cannot silently re-grant itself the wrong budget -- which is exactly what a remaining-seconds\n989:# reading does when the clock it reads has not started.\n990:cur_deadline() {\n991:  if [ \"$CLEANUP_EPOCH\" -ne 0 ]; then echo \"$WORK_DEADLINE\"\n992:  elif [ -z \"$RUN_EPOCH\" ]; then echo \"$PREP_DEADLINE\"\n993:  else echo \"$EXP_DEADLINE\"; fi\n994:}\n995:# THE EXECUTABLE MUST BE NAMED TO WINDOWS. A call site spells its program the way bash finds\n996:# it; the launcher needs a Windows path. `command -v` resolves it against the SAME PATH bash\n997:# would have used, so the program that runs is the program the call site named. An\n998:# unresolvable program is refused AT THE CALL, where it is still true that nothing was\n999:# launched -- not inside the launcher, where it would be an error with no identity behind it.\n1000:win_exe() { # PROGRAM -> WINDOWS PATH | ''\n1001:  local prog=\"$1\" p\n1002:  p=$(command -v \"$prog\" 2>/dev/null) || return 1\n1003:  [ -n \"$p\" ] || return 1\n1004:  cygpath -w \"$p\" 2>/dev/null\n1005:}\n1006:cleanup_left() {\n1007:  [ \"$CLEANUP_EPOCH\" -eq 0 ] && { echo \"$CLEANUP_REPORT_S\"; return; }\n1008:  local now used left\n1009:  now=$(date +%s); used=$((now - CLEANUP_EPOCH)); left=$((CLEANUP_REPORT_S - used))\n1010:  [ \"$left\" -lt 0 ] && left=0\n1011:  echo \"$left\"\n1012:}\n1013:prep_left() {\n1014:  local now left\n1015:  now=$(date +%s); left=$((PREP_DEADLINE - now))\n1016:  [ \"$left\" -lt 0 ] && left=0\n1017:  echo \"$left\"\n1018:}"}],"details":{"displayContent":{"text":"#!/bin/bash\n# =============================================================================\n# D2 DRIVER — #297 bounded out-of-band capture, run BY THE EXISTING FIELD DRIVER.\n# hertz 2026-09-13. r6 under Doyle6U2UZVXK: absolute deadlines; field runs still HELD.\n# NO BUILD GRANT. NO FIELD GRANT. NO ELEVATION GRANT. NO RESIDUAL-PID GRANT.\n#\n# PROVENANCE: this is the FROZEN r10 driver, staged-r10-queue-guard.sh, sha256\n# a78f4ba6ed5491ccb38d26f8a3fe4f1a7a9f23296d85a133511b1bf9396d1fbf (todlando; frozen by\n# doyle Y2B7UUAS, R10-FROZEN.sha256 re-verified here), with the r10 WORKLOAD REMOVED and the\n# #297 D2 capture points ADDED. The exact diff against that file is the deliverable beside\n# this one. Every retained block is retained BYTE-FOR-BYTE, so the diff shows only what D2\n# changed. r10 is the base and not v9 (a9510e1e) deliberately: v9 predates the accepted\n# binder-path, classifier, cleanup-exit and queue-guard repairs, and starting from it would\n# have silently reintroduced four defects that were already paid for.\n#\n# WHY THIS FILE AND NOT A WRAPPER (doyle, 2026-09-13). I first built a separate wrapper that\n…\nTEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\nCI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n# One preparation window spans provisioning through GO. Never restart it in this process.\n# Explicit unsigned decimal Unix seconds, at most 18 digits to keep Bash arithmetic safe.\n# Refuse before evidence-directory creation or any trap can initiate cleanup.\nprep_clock_init() {\n  local epoch=\"${SPT_RIG_PREP_EPOCH:-}\" deadline=\"${SPT_RIG_PREP_DEADLINE:-}\" now\n  if [[ ! \"$epoch\" =~ ^[0-9]{1,18}$ ]] || [[ ! \"$deadline\" =~ ^[0-9]{1,18}$ ]]; then\n    echo \"REFUSED: SPT_RIG_PREP_EPOCH and SPT_RIG_PREP_DEADLINE must both be unsigned decimal Unix seconds (1-18 digits)\" >&2\n    return 1\n  fi\n  epoch=$((10#$epoch)); deadline=$((10#$deadline))\n  now=$(date +%s) || return 1\n  if [[ ! \"$now\" =~ ^[0-9]{1,18}$ ]]; then\n    echo \"REFUSED: preparation clock is unreadable\" >&2\n    return 1\n  fi\n  now=$((10#$now))\n  if [ \"$deadline\" -ne \"$((epoch + PREP_BUDGET_S))\" ] || [ \"$epoch\" -gt \"$now\" ] || [ \"$now\" -ge \"$deadline\" ]; then\n    echo \"REFUSED: preparation requires epoch <= now < deadline and deadline = epoch + ${PREP_BUDGET_S}; no fresh window is granted\" >&2\n    return 1\n  fi\n  PREP_EPOCH=\"$epoch\"\n  PREP_DEADLINE=\"$deadline\"\n}\nprep_clock_init || exit 8\nRUN_EPOCH=''                      # THE EXPERIMENTAL CLOCK DOES NOT EXIST UNTIL GO, and an unset\n                                  # clock is an UNSTARTED experiment: every activity step refuses\n                                  # while it is empty. MEASURED REASON (run 20260913T041410Z):\n…\nhandoff_await() { # CONTEXT(trial|cleanup)\n  local context=\"$1\"\n  local rf=\"$HO_RECEIPT\" nonce=\"$HO_NONCE\"\n  local now; now=$(date +%s)\n  local started=\"$now\" limit=\"$HANDOFF_WAIT_S\" phase_deadline deadline remaining nap\n  [ \"$context\" = cleanup ] && limit=\"$CLEANUP_HANDOFF_WAIT_S\"\n  deadline=$((started + limit))\n  [ \"$deadline\" -gt \"$((started + HANDOFF_CAP_S))\" ] && deadline=$((started + HANDOFF_CAP_S))\n  # Cleanup owns WORK_DEADLINE even if GO never happened; zero/unopened fails closed.\n  if [ \"$context\" = cleanup ]; then phase_deadline=\"$WORK_DEADLINE\"\n  else phase_deadline=$(cur_deadline); fi\n  [ \"$deadline\" -gt \"$phase_deadline\" ] && deadline=\"$phase_deadline\"\n  while :; do\n    now=$(date +%s)\n    [ \"$now\" -lt \"$deadline\" ] || break\n    if [ -f \"$rf\" ]; then\n      # EXACT, WHOLE-LINE nonce match. An unanchored substring match would accept a\n      # receipt that merely quotes the nonce inside other text.\n      local nmatch; nmatch=$(grep -c \"^nonce: $nonce\\$\" \"$rf\" 2>/dev/null)\n      case \"$nmatch\" in (''|*[!0-9]*) nmatch=0 ;; esac\n      # Receipt IO and recording spend this same deadline, not just the sleeps.\n      now=$(date +%s)\n      [ \"$now\" -lt \"$deadline\" ] || break\n      if [ \"$nmatch\" -eq 1 ]; then\n        record \"HANDOFF_RECEIPT_PRESENT $rf (exactly one exact nonce line) — a CLAIM; the census below is the verification\"\n        now=$(date +%s)\n        [ \"$now\" -lt \"$deadline\" ] || break\n        return 0\n      fi\n      record \"HANDOFF_RECEIPT_REJECTED $rf — expected exactly one line 'nonce: $nonce', found $nmatch\"\n      return 1\n    fi\n    if [ \"$ABORT\" -eq 1 ] && [ \"$context\" != cleanup ]; then\n      record \"HANDOFF_WAIT_ABORTED (signal) — not waiting further in the $context flow\"\n      return 1\n    fi\n    now=$(date +%s)\n    remaining=$((deadline - now))\n    [ \"$remaining\" -gt 0 ] || break\n    nap=5\n    [ \"$nap\" -gt \"$remaining\" ] && nap=\"$remaining\"\n    sleep \"$nap\"\n  done\n  record \"HANDOFF_TIMEOUT deadline=$deadline elapsed=$((now - started))s with no timely accepted receipt at $rf (context=$context)\"\n  return 1\n}\n# The exit status of a command this driver did not run. It comes back in the receipt,\n# and it is a NECESSARY condition, never a sufficient one: an absent or unparseable\n…\n# channels so the instrument's own logs cannot become subject evidence.\n# WHICH DEADLINE A STEP IS UNDER IS A PROPERTY OF THE PHASE, NOT OF THE CALL SITE. One\n# helper answers it, so a probe called from preparation, from the window and from cleanup\n# cannot silently re-grant itself the wrong budget -- which is exactly what a remaining-seconds\n# reading does when the clock it reads has not started.\ncur_deadline() {\n  if [ \"$CLEANUP_EPOCH\" -ne 0 ]; then echo \"$WORK_DEADLINE\"\n  elif [ -z \"$RUN_EPOCH\" ]; then echo \"$PREP_DEADLINE\"\n  else echo \"$EXP_DEADLINE\"; fi\n}\n# THE EXECUTABLE MUST BE NAMED TO WINDOWS. A call site spells its program the way bash finds\n# it; the launcher needs a Windows path. `command -v` resolves it against the SAME PATH bash\n# would have used, so the program that runs is the program the call site named. An\n# unresolvable program is refused AT THE CALL, where it is still true that nothing was\n# launched -- not inside the launcher, where it would be an error with no identity behind it.\nwin_exe() { # PROGRAM -> WINDOWS PATH | ''\n  local prog=\"$1\" p\n  p=$(command -v \"$prog\" 2>/dev/null) || return 1\n  [ -n \"$p\" ] || return 1\n  cygpath -w \"$p\" 2>/dev/null\n}\ncleanup_left() {\n  [ \"$CLEANUP_EPOCH\" -eq 0 ] && { echo \"$CLEANUP_REPORT_S\"; return; }\n  local now used left\n  now=$(date +%s); used=$((now - CLEANUP_EPOCH)); left=$((CLEANUP_REPORT_S - used))\n  [ \"$left\" -lt 0 ] && left=0\n  echo \"$left\"\n}\nprep_left() {\n  local now left\n  now=$(date +%s); left=$((PREP_DEADLINE - now))\n  [ \"$left\" -lt 0 ] && left=0\n  echo \"$left\"\n}","startLine":1,"lineNumbers":[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,null,254,255,256,257,258,259,260,261,262,263,264,265,266,267,268,269,270,271,272,273,274,275,276,277,278,279,280,281,282,null,583,584,585,586,587,588,589,590,591,592,593,594,595,596,597,598,599,600,601,602,603,604,605,606,607,608,609,610,611,612,613,614,615,616,617,618,619,620,621,622,623,624,625,626,627,628,629,630,null,985,986,987,988,989,990,991,992,993,994,995,996,997,998,999,1000,1001,1002,1003,1004,1005,1006,1007,1008,1009,1010,1011,1012,1013,1014,1015,1016,1017,1018]},"fileSize":202285,"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\fp-driver-d2-r6.sh"}}},"isError":false,"timestamp":1789301885696}}
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{"type":"message","id":"3c7e3adb","parentId":"3cb2d53f","timestamp":"2026-09-13T12:18:10.773Z","message":{"role":"assistant","content":[{"type":"thinking","thinking":"**Checking brace-regex support**"},{"type":"toolCall","id":"call_O9lJvxhcmToV2lvSrdisXd6x|fc_0bcebee58b999663016aa694822a8c87d1984b6c02d774987c","name":"write","arguments":{"i":"Reporting suspect syntax diagnostic","path":"xd://report_issue","content":"edit: patch to fp-driver-d2-r6.sh reported introduced syntax error near line 4, which is only a comment. Re-read edited regions shows intact Bash constructs; no parse run authorized to adjudicate automatic diagnostic. Potential Bash [[ =~ ^[0-9]{1,18}$ ]] parser false positive."},"intent":"Reporting suspect syntax diagnostic"}],"api":"openai-codex-responses","provider":"openai-codex","model":"gpt-6-astra","usage":{"input":2393,"output":113,"cacheRead":59776,"cacheWrite":0,"totalTokens":62282,"reasoningTokens":17,"cost":{"input":0.023930000000000003,"output":0.0056500000000000005,"cacheRead":0.059775999999999996,"cacheWrite":0,"total":0.08935599999999999}},"stopReason":"toolUse","timestamp":1789301885741,"responseId":"resp_0bcebee58b999663016aa6947dfb8487d199a8a5138fd4aa4b","providerPayload":{"type":"openaiResponsesHistory","provider":"openai-codex","dt":true,"items":[{"id":"rs_0bcebee58b999663016aa6947f737c87d19128d1de69d0db0d","type":"reasoning","content":[],"encrypted_content":"gAAAAABqppSCZisHhA8p_ZQalJc2dQoRTsWMm1cD5c3PK1kXNnIKpapPGWtAevh3n60fj3Xsz-b5T1exbxpPhi0XMpFxw811HP0xH0onbIUgfsQb_Nf_zOmMChlCe9Mnq2soQO0tKsV-4889lHNHuzGs4h0nEFXo8Ju_0N-IXkhqnBkIbEpEgwCxyOG-jXfdaSCGBXOahO3uprmxCG2JMfLtSODH8wxqrb4cYmUNiAU2ufAV9cMnlMCnjR7XdA73Akr2H1HbsHiX1y95nHxCk5byTaZ46tuO8o6cK5gkPeCBS_21cLdrnSdxrzFXeOodud1QDekMNV1Ut7EmgP3ygfnmXu2o-sK9dF_kVBj2Zb2xCJ7jOJ2pxr7cnUAaO4sNgGZFwHHJpU0bxecWcMRORHCQ0zvlZVB6aODVo5H-y1LEZT3WtL8h3JMmAEIh6OlsqYhw12DdVB7zWHr6azb2WPKnjZu97AJRdfkIrf3mKo8BwqAK25se4pJzNM8OrvX43GAHgpVSOImCcE6BGPoDlDV3ojPsW8FEkM0ycwXIQ49W3AyYglKsaiRw8eBg9FA7cNsIE0Iwqn6qWvUx5oGTlEyxXdv_wgXX01aBHTzFUdXjpBkh1XYbqz1E1hKSKGrWn_HTkbgb2MrapqNNV_bA2VCGd_cyU4ixyIqHGnZvxMVSQrK6dccfc6YFHfWb-GlVLaTS_aPKSwb17WKSJbzlqSZIz_CLTduDFpUPKGyTwtIeoB4kIf3nJJGeFwhMF04uuEVHkf7c_wzJB9iuuTkywnDMSqTYRcqujua_Sv83Sudn0tIuEKPdNmCDhEMb8txFxDkVHMkYZhaMopJ_F9yfl6d7Z4A7gqg7sTAzujy1CMpHJAOTjiDSVhSxM2RvQDCL_9UBEduGGhpoV6pmftFx2ziq6L6xzDgtqkxKCTuYb_afpV0bp2Uk8cwfxeyPXMQzj82J_W6zftdc1tksxPLahahMxRzOwbwh3SfgSUmYcq3hteJK_iEjy0k3sd7C9MsDSSrlj3LLKWzRAQASwuBB66fsAKYyR1A-M3Zf3IGLzPUQcPpMY4tfkG_AW4_-bV0-dE1XSely7Q89uOHmAwN5DyRKOmMQ-NtLLdgP7Sy_O3oMLBlRR7ksHRHHc_F0nJFfRdeQtPyZv4DUvREiHjbtxKwNNVWuEQaMbe6j3OHmmvUlsifgEm13Qn1hbdWAAfxLU6e5WQ323TNNrORw_VPOMMBQ-7pClihfCE9Y9T1wi69jJsMwUiYit9rRjVNsYueNQHY-VWiVO3EJCvZjMzX7oumd81P1TEWiKh0khwkbYJM-sejWAYdTW42CKSupdAZ_977O_11hkqUQXIf7llUfK6eCxPGwmgn2-KKMn4kzO_apLy89VTK8JMI=","internal_chat_message_metadata_passthrough":{"turn_id":"a827ef1d-a56e-46aa-aff4-edaff9465ef7"},"summary":[{"type":"summary_text","text":"**Checking brace-regex support**"}],"metadata":{"turn_id":"a827ef1d-a56e-46aa-aff4-edaff9465ef7"}},{"id":"fc_0bcebee58b999663016aa694822a8c87d1984b6c02d774987c","type":"function_call","status":"completed","arguments":"{\"i\":\"Reporting suspect syntax diagnostic\",\"path\":\"xd://report_issue\",\"content\":\"edit: patch to fp-driver-d2-r6.sh reported introduced syntax error near line 4, which is only a comment. Re-read edited regions shows intact Bash constructs; no parse run authorized to adjudicate automatic diagnostic. Potential Bash [[ =~ ^[0-9]{1,18}$ ]] parser false positive.\"}","call_id":"call_O9lJvxhcmToV2lvSrdisXd6x","internal_chat_message_metadata_passthrough":{"create_time":1789301886.153013,"turn_id":"a827ef1d-a56e-46aa-aff4-edaff9465ef7"},"name":"write","metadata":{"turn_id":"a827ef1d-a56e-46aa-aff4-edaff9465ef7"}}]},"duration":5027.118900000118,"ttft":1730.905700000003,"completedAt":1789301890769,"contextSnapshot":{"promptTokens":62169,"nonMessageTokens":17096,"compactionEpoch":0}}}
{"type":"message","id":"dd4671ad","parentId":"3c7e3adb","timestamp":"2026-09-13T12:18:10.774Z","message":{"role":"toolResult","toolCallId":"call_O9lJvxhcmToV2lvSrdisXd6x|fc_0bcebee58b999663016aa694822a8c87d1984b6c02d774987c","toolName":"write","content":[{"type":"text","text":"Noted, thanks!"}],"details":{"xdev":{"tool":"report_issue","mode":"execute","args":{"report":"edit: patch to fp-driver-d2-r6.sh reported introduced syntax error near line 4, which is only a comment. Re-read edited regions shows intact Bash constructs; no parse run authorized to adjudicate automatic diagnostic. Potential Bash [[ =~ ^[0-9]{1,18}$ ]] parser false positive."}}},"isError":false,"timestamp":1789301890774}}
{"type":"custom","customType":"tool_execution_start","data":{"toolCallId":"call_OpLgoJt04iso68KomlTJf2qw|fc_0bcebee58b999663016aa69496553087d1b4f83185b999477c","toolName":"write","startedAt":"2026-09-13T12:21:09.006Z","args":{"path":".spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py"},"intent":"Creating deadline qualification controls"},"id":"fc6ed4e7","parentId":"dd4671ad","timestamp":"2026-09-13T12:21:09.006Z"}
{"type":"message","id":"1978def8","parentId":"fc6ed4e7","timestamp":"2026-09-13T12:21:09.007Z","message":{"role":"assistant","content":[{"type":"thinking","thinking":"**Designing deterministic clock controls**\n\n**Testing signal cleanup timing**\n\n**Implementing delayed receipt timing**"},{"type":"toolCall","id":"call_OpLgoJt04iso68KomlTJf2qw|fc_0bcebee58b999663016aa69496553087d1b4f83185b999477c","name":"write","arguments":{"i":"Creating deadline qualification controls","path":".spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py","content":"#!/usr/bin/env python3\n\"\"\"Throwaway no-field qualification; executes only extracted actual driver definitions.\n\nRun with a Git Bash executable, never WSL bash. --output-root must not exist.\nEvidence is preserved, including failures; no SPT, native launcher, keys, home,\nprovider, firewall or driver top-level is run. The one real-clock arm sleeps only.\n\"\"\"\n\nimport argparse\nimport hashlib\nimport json\nimport os\nfrom pathlib import Path\nimport re\nimport subprocess\nimport time\n\n\nR5_SHA = \"df6cca2d987e8eb2a6e9ccba6e9532d278c08bb4f873674836653e5a8e419c59\"\nD2 = Path(__file__).resolve().parent.parent\n\n\ndef function(source, name):\n    # Same extraction boundary as controls/harness.sh: a column-zero closing brace.\n    lines = source.splitlines(keepends=True)\n    starts = [i for i, line in enumerate(lines) if line.startswith(name + \"()\")]\n    if len(starts) != 1:\n        raise ValueError(f\"ambiguous/missing function {name}\")\n    start = starts[0]\n    if lines[start].rstrip().endswith(\"}\"):\n        return lines[start]\n    for end in range(start + 1, len(lines)):\n        if lines[end].strip() == \"}\" and lines[end].startswith(\"}\"):\n            return \"\".join(lines[start:end + 1])\n    raise ValueError(f\"unterminated function {name}\")\n\n\ndef assignment(source, name):\n    matches = re.findall(r\"^\" + re.escape(name) + r\"=.*$\", source, re.MULTILINE)\n    if len(matches) != 1:\n        raise ValueError(f\"ambiguous/missing initialization {name}\")\n    return matches[0] + \"\\n\"\n\n\ndef prep_initialization(source):\n    # Contiguous ACTUAL initialization between known adjacent config assignments;\n    # never includes configuration paths, evidence creation, traps or executable flow.\n    start = source.index(\"\\n\", source.index(\"\\nCI_REPO=\")) + 1\n    end = source.index(\"\\nRUN_EPOCH=\", start)\n    return source[start:end] + \"\\n\"\n\n\nFAKE_CLOCK = r'''\nprintf '%s\\n' \"$START\" > clock\n+: > sleeps\n+: > records\n+publish_receipt() {\n+  local t; read -r t < clock\n+  if [ \"$ARRIVAL\" -ge 0 ] && [ \"$t\" -ge \"$ARRIVAL\" ]; then\n+    printf '%s' \"$RECEIPT\" > receipt\n+  fi\n+}\n+advance() {\n+  local t; read -r t < clock\n+  printf '%s\\n' \"$((t + $1))\" > clock\n+  publish_receipt\n+}\n+date() { local t; read -r t < clock; printf '%s\\n' \"$t\"; }\n+sleep() {\n+  printf '%s\\n' \"$1\" >> sleeps\n+  advance \"$(( $1 + SLEEP_OVERHEAD ))\"\n+  [ \"$ABORT_AFTER_SLEEP\" -eq 0 ] || ABORT=1\n+}\n+grep() {\n+  command grep \"$@\"\n+  local rc=$?\n+  advance \"$GREP_COST\"\n+  return \"$rc\"\n+}\n+record() {\n+  printf '%s\\n' \"$1\" >> records\n+  case \"$1\" in\n+    HANDOFF_RECEIPT_PRESENT*) advance \"$RECEIPT_RECORD_COST\" ;;\n+    *) advance \"$RECORD_COST\" ;;\n+  esac\n+}\n+stamp() { :; }\n+publish_receipt\n+'''.replace(\"\\n+\", \"\\n\")\n\n\nWAIT_BODY = r'''\n+HO_RECEIPT=receipt; HO_NONCE=run-001-777\n+if [ \"$START_CLEANUP\" -eq 1 ]; then\n+  end_experimental control\n+  advance \"$CLEANUP_AGE\"\n+fi\n+printf '%s\\n' \"$(cur_deadline)\" > phase-deadline\n+handoff_await \"$CONTEXT\"\n+rc=$?\n+printf 'rc=%s now=%s\\n' \"$rc\" \"$(date +%s)\"\n+exit 0\n+'''.replace(\"\\n+\", \"\\n\")\n\n\ndef main():\n    parser = argparse.ArgumentParser(description=__doc__)\n    parser.add_argument(\"--bash\", required=True, help=\"Absolute Git Bash bash.exe path\")\n    parser.add_argument(\"--output-root\", type=Path, required=True)\n    args = parser.parse_args()\n    if not Path(args.bash).is_file():\n        parser.error(\"--bash must name an existing executable\")\n    if \"SPT_DEBUG_RELEASE_SEED\" in os.environ:\n        parser.error(\"ambient seed must be absent; no control subprocess is started\")\n    sources = {}\n    pins = {}\n    for revision in (\"r5\", \"r6\"):\n        path = D2 / f\"fp-driver-d2-{revision}.sh\"\n        data = path.read_bytes()\n        pins[revision] = hashlib.sha256(data).hexdigest()\n        if revision == \"r5\" and pins[revision] != R5_SHA:\n            parser.error(\"original r5 pin mismatch\")\n        sources[revision] = data.decode(\"utf-8\")\n    root = args.output_root.resolve()\n    root.mkdir(parents=False, exist_ok=False)\n    (root / \"source-pins.json\").write_text(json.dumps(pins, indent=2) + \"\\n\")\n    env = os.environ.copy()\n    for name in (\"BASH_ENV\", \"ENV\", \"SHELLOPTS\", \"BASHOPTS\", \"CDPATH\",\n                 \"SPT_RIG_PREP_EPOCH\", \"SPT_RIG_PREP_DEADLINE\"):\n        env.pop(name, None)\n    # Do not import ambient Bash functions, including any product-command overrides.\n    env = {k: v for k, v in env.items() if not k.startswith(\"BASH_FUNC_\")}\n    env.update(HOME=str(root), SPT_HOME=str(root / \"UNCREATED-NOT-A-HOME\"))\n    results = []\n\n    def run(label, script, settings=None, timeout=15):\n        arm = root / label\n        arm.mkdir(exist_ok=False)\n        (arm / \"extracted-arm.sh\").write_text(script, encoding=\"utf-8\", newline=\"\\n\")\n        arm_env = dict(env)\n        arm_env.update({k: str(v) for k, v in (settings or {}).items()})\n        before = time.monotonic()\n        process = subprocess.run([args.bash, \"--noprofile\", \"--norc\", \"-s\"],\n                                 input=script, text=True, encoding=\"utf-8\", errors=\"replace\",\n                                 cwd=arm, env=arm_env, capture_output=True, timeout=timeout)\n        elapsed = time.monotonic() - before\n        (arm / \"stdout.txt\").write_text(process.stdout, encoding=\"utf-8\")\n        (arm / \"stderr.txt\").write_text(process.stderr, encoding=\"utf-8\")\n        (arm / \"process.json\").write_text(json.dumps({\"exit\": process.returncode,\n            \"elapsed_seconds\": elapsed, \"script_sha256\": hashlib.sha256(script.encode()).hexdigest()}, indent=2) + \"\\n\")\n        return arm, process, elapsed\n\n    def check(label, condition, detail):\n        row = {\"arm\": label, \"qualified\": bool(condition), \"detail\": detail}\n        results.append(row)\n        with (root / \"results.jsonl\").open(\"a\", encoding=\"utf-8\") as output:\n            output.write(json.dumps(row) + \"\\n\")\n        print(json.dumps(row), flush=True)\n        if not condition:\n            raise AssertionError(f\"{label}: {detail}; evidence retained at {root}\")\n\n    def definitions(revision):\n        source = sources[revision]\n        constants = (\"PREP_BUDGET_S\", \"EXP_BUDGET_S\", \"CLEANUP_REPORT_S\",\n                     \"LEDGER_RESERVE_S\", \"HANDOFF_CAP_S\")\n        return \"\".join(assignment(source, n) for n in constants) + \"\".join(\n            function(source, n) for n in (\"handoff_await\", \"cur_deadline\", \"end_experimental\", \"prep_left\"))\n\n    def wait_arm(label, revision=\"r6\", expected_rc=1, expected_now=None,\n                 expected_sleeps=None, expected_phase=None, **overrides):\n        settings = dict(START=100, ARRIVAL=-1, RECEIPT=\"nonce: run-001-777\\n\",\n                        SLEEP_OVERHEAD=0, GREP_COST=0, RECORD_COST=0, RECEIPT_RECORD_COST=0,\n                        ABORT_AFTER_SLEEP=0, ABORT=0, CONTEXT=\"trial\", HANDOFF_WAIT_S=600,\n                        CLEANUP_HANDOFF_WAIT_S=300, PREP_EPOCH=0, PREP_DEADLINE=1000,\n                        RUN_EPOCH=\"\", CLEANUP_EPOCH=0, EXP_DEADLINE=1000,\n                        REPORT_DEADLINE=0, WORK_DEADLINE=0, EXPERIMENTAL_ENDED=\"\",\n                        START_CLEANUP=0, CLEANUP_AGE=0)\n        settings.update(overrides)\n        arm, process, _ = run(label, definitions(revision) + FAKE_CLOCK + WAIT_BODY, settings)\n        match = re.fullmatch(r\"rc=(\\d+) now=(\\d+)\\s*\", process.stdout)\n        sleeps = [int(v) for v in (arm / \"sleeps\").read_text().splitlines()]\n        phase = int((arm / \"phase-deadline\").read_text())\n        observed = {\"returncode\": process.returncode, \"stdout\": process.stdout.strip(),\n                    \"sleeps\": sleeps, \"phase_deadline\": phase, \"stderr\": process.stderr}\n        ok = process.returncode == 0 and not process.stderr and match is not None\n        ok = ok and int(match[1]) == expected_rc\n        if expected_now is not None:\n            ok = ok and int(match[2]) == expected_now\n        if expected_sleeps is not None:\n            ok = ok and sleeps == expected_sleeps\n        if expected_phase is not None:\n            ok = ok and phase == expected_phase\n        check(label, ok, observed)\n        return int(match[2])\n\n    # Negative first: same actual wait, same 600s request, no phase pressure.\n    old = wait_arm(\"r5-cap-counterexample\", revision=\"r5\", expected_now=700)\n    check(\"r5-violates-common-cap\", old - 100 > 120, {\"elapsed\": old - 100, \"ceiling\": 120})\n    wait_arm(\"r6-prep-cap\", expected_now=220, expected_sleeps=[5] * 24)\n    wait_arm(\"r6-experiment-cap\", RUN_EPOCH=50, expected_now=220)\n    wait_arm(\"r6-cleanup-cap\", CONTEXT=\"cleanup\", START_CLEANUP=1, expected_now=220,\n             expected_phase=250)\n    wait_arm(\"r5-phase-counterexample\", revision=\"r5\", HANDOFF_WAIT_S=90,\n             PREP_DEADLINE=107, expected_now=190)\n    wait_arm(\"r6-prep-phase-clamp\", HANDOFF_WAIT_S=90, PREP_DEADLINE=107,\n             expected_now=107, expected_sleeps=[5, 2])\n    wait_arm(\"r6-experiment-phase-clamp\", HANDOFF_WAIT_S=90, RUN_EPOCH=50,\n             EXP_DEADLINE=107, expected_now=107, expected_sleeps=[5, 2])\n    wait_arm(\"r6-request-clamp\", HANDOFF_WAIT_S=7, expected_now=107, expected_sleeps=[5, 2])\n    wait_arm(\"r5-cleanup-reserve-counterexample\", revision=\"r5\", CONTEXT=\"cleanup\",\n             START_CLEANUP=1, CLEANUP_AGE=140, expected_now=540, expected_phase=1000)\n    wait_arm(\"r6-prego-cleanup-reserve\", CONTEXT=\"cleanup\", START_CLEANUP=1,\n             CLEANUP_AGE=140, expected_now=250, expected_sleeps=[5, 5], expected_phase=250)\n    wait_arm(\"r6-postgo-cleanup-reserve\", CONTEXT=\"cleanup\", RUN_EPOCH=50,\n             START_CLEANUP=1, CLEANUP_AGE=140, expected_now=250, expected_phase=250)\n    wait_arm(\"r6-unopened-cleanup-refuses\", CONTEXT=\"cleanup\", expected_now=100,\n             expected_sleeps=[])\n    wait_arm(\"r5-elapsed-overhead-counterexample\", revision=\"r5\", HANDOFF_WAIT_S=12,\n             SLEEP_OVERHEAD=2, expected_now=121)\n    wait_arm(\"r6-elapsed-overhead-counts\", HANDOFF_WAIT_S=12, SLEEP_OVERHEAD=2,\n             expected_now=114, expected_sleeps=[5, 5])\n    # Simulated scheduling overhead cannot be prevented, but never grants another poll/sleep.\n    wait_arm(\"r6-receipt-before-deadline\", HANDOFF_WAIT_S=6, ARRIVAL=105,\n             expected_rc=0, expected_now=105, expected_sleeps=[5])\n    wait_arm(\"r6-receipt-exact-boundary\", HANDOFF_WAIT_S=5, ARRIVAL=105,\n             expected_now=105, expected_sleeps=[5])\n    wait_arm(\"r5-check-crosses-deadline\", revision=\"r5\", HANDOFF_WAIT_S=5,\n             ARRIVAL=100, GREP_COST=5, expected_rc=0, expected_now=105)\n    wait_arm(\"r6-check-exact-boundary\", HANDOFF_WAIT_S=5, ARRIVAL=100,\n             GREP_COST=5, expected_now=105, expected_sleeps=[])\n    wait_arm(\"r6-check-after-boundary\", HANDOFF_WAIT_S=5, ARRIVAL=100,\n             GREP_COST=6, expected_now=106, expected_sleeps=[])\n    wait_arm(\"r5-record-crosses-deadline\", revision=\"r5\", HANDOFF_WAIT_S=5,\n             ARRIVAL=100, RECEIPT_RECORD_COST=5, expected_rc=0, expected_now=105)\n    wait_arm(\"r6-record-exact-boundary\", HANDOFF_WAIT_S=5, ARRIVAL=100,\n             RECEIPT_RECORD_COST=5, expected_now=105, expected_sleeps=[])\n    wait_arm(\"r6-already-expired-refuses-receipt\", PREP_DEADLINE=100,\n             ARRIVAL=100, expected_now=100, expected_sleeps=[])\n    for revision in (\"r5\", \"r6\"):\n        for name, receipt, rc in (\n                (\"exact\", \"nonce: run-001-777\\n\", 0),\n                (\"duplicate\", \"nonce: run-001-777\\nnonce: run-001-777\\n\", 1),\n                (\"mismatch\", \"nonce: different\\n\", 1),\n                (\"substring\", \"prefix nonce: run-001-777 suffix\\n\", 1)):\n            wait_arm(f\"{revision}-nonce-{name}\", revision=revision, ARRIVAL=100,\n                     RECEIPT=receipt, expected_rc=rc, expected_now=100, expected_sleeps=[])\n        wait_arm(f\"{revision}-ordinary-abort\", revision=revision, ABORT=1,\n                 expected_now=100, expected_sleeps=[])\n        wait_arm(f\"{revision}-abort-during-wait\", revision=revision, ABORT_AFTER_SLEEP=1,\n                 expected_now=105, expected_sleeps=[5])\n        wait_arm(f\"{revision}-cleanup-ignores-abort\", revision=revision, ABORT=1,\n                 CONTEXT=\"cleanup\", START_CLEANUP=1, ARRIVAL=105,\n                 expected_rc=0, expected_now=105, expected_sleeps=[5])\n\n    # Invoke the actual signal handler, but replace cleanup's host operations by ONLY\n    # the actual handoff wait. No trap/signal is sent to an unrelated/native process.\n    signal_script = definitions(\"r6\") + FAKE_CLOCK + function(sources[\"r6\"], \"on_signal\") + r'''\n+set_original() { printf '%s\\n' \"$1\" > original-exit; }\n+cleanup() {\n+  printf 'entered\\n' >> cleanup-entries\n+  end_experimental signal-control\n+  HO_RECEIPT=receipt; HO_NONCE=run-001-777\n+  handoff_await cleanup\n+  printf '%s\\n' \"$?\" > cleanup-wait-exit\n+}\n+on_signal TERM\n+printf 'UNREACHABLE\\n'\n+'''.replace(\"\\n+\", \"\\n\")\n    signal_settings = dict(START=100, ARRIVAL=105, RECEIPT=\"nonce: run-001-777\\n\",\n        SLEEP_OVERHEAD=0, GREP_COST=0, RECORD_COST=0, RECEIPT_RECORD_COST=0,\n        ABORT_AFTER_SLEEP=0, ABORT=0, RUN_EPOCH=\"\", CLEANUP_EPOCH=0,\n        EXPERIMENTAL_ENDED=\"\", HANDOFF_WAIT_S=6, CLEANUP_HANDOFF_WAIT_S=6)\n    arm, process, _ = run(\"r6-actual-signal-handler\", signal_script, signal_settings)\n    check(\"r6-actual-signal-handler\", process.returncode == 130 and not process.stdout\n          and not process.stderr and (arm / \"original-exit\").read_text().strip() == \"130\"\n          and (arm / \"cleanup-wait-exit\").read_text().strip() == \"0\"\n          and (arm / \"cleanup-entries\").read_text().splitlines() == [\"entered\"],\n          {\"exit\": process.returncode, \"stdout\": process.stdout, \"stderr\": process.stderr})\n\n    # Execute only ACTUAL preparation initialization, not driver top-level. A valid\n    # inherited window is carried unchanged; missing/invalid windows must exit 8.\n    def prep_arm(label, revision, epoch, deadline, now, expected_exit, expected_pair=None):\n        source = sources[revision]\n        script = assignment(source, \"PREP_BUDGET_S\") + 'date() { echo \"$NOW\"; }\\n'\n        script += prep_initialization(source)\n        script += function(source, \"prep_left\")\n        script += 'printf \"epoch=%s deadline=%s left=%s\\\\n\" \"$PREP_EPOCH\" \"$PREP_DEADLINE\" \"$(prep_left)\"\\n'\n        settings = {\"NOW\": now}\n        if epoch is not None:\n            settings[\"SPT_RIG_PREP_EPOCH\"] = epoch\n        if deadline is not None:\n            settings[\"SPT_RIG_PREP_DEADLINE\"] = deadline\n        _, process, _ = run(label, script, settings)\n        ok = process.returncode == expected_exit\n        if expected_pair is not None:\n            e, d = expected_pair\n            ok = ok and process.stdout.strip() == f\"epoch={e} deadline={d} left={max(0, d - now)}\" and not process.stderr\n        else:\n            ok = ok and not process.stdout and \"REFUSED:\" in process.stderr\n        check(label, ok, {\"exit\": process.returncode, \"stdout\": process.stdout, \"stderr\": process.stderr})\n\n    prep_arm(\"r5-prep-restarts-counterexample\", \"r5\", 100, 700, 200, 0, (200, 800))\n    prep_arm(\"r6-prep-carries-window\", \"r6\", 100, 700, 200, 0, (100, 700))\n    prep_arm(\"r6-prep-last-second\", \"r6\", 100, 700, 699, 0, (100, 700))\n    prep_arm(\"r6-prep-leading-zero-decimal\", \"r6\", \"000100\", \"000700\", 200, 0, (100, 700))\n    for label, epoch, deadline, now in (\n            (\"missing-both\", None, None, 200), (\"missing-epoch\", None, 700, 200),\n            (\"missing-deadline\", 100, None, 200), (\"empty\", \"\", \"\", 200),\n            (\"malformed\", \"1+99\", 700, 200), (\"negative\", -100, 500, 200),\n            (\"fraction\", \"100.0\", 700, 200), (\"whitespace\", \" 100\", 700, 200),\n            (\"overflow\", \"9\" * 30, \"9\" * 30, 200),\n            (\"wrong-window\", 100, 701, 200), (\"future-epoch\", 201, 801, 200),\n            (\"exact-expiry\", 100, 700, 700), (\"expired\", 100, 700, 701)):\n        prep_arm(\"r6-prep-refuses-\" + label, \"r6\", epoch, deadline, now, 8)\n\n    # Small real-clock timeout: actual handoff_await + cur_deadline, no fake date/sleep.\n    real_script = definitions(\"r6\") + r'''\n+record() { printf '%s\\n' \"$1\"; }\n+RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\n+HANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\n+HO_RECEIPT=nonexistent-receipt; HO_NONCE=run-001-777\n+before=$(date +%s); PREP_DEADLINE=$((before + 30))\n+handoff_await trial\n+rc=$?; after=$(date +%s)\n+printf 'SMOKE rc=%s elapsed=%s\\n' \"$rc\" \"$((after-before))\"\n+exit 0\n+'''.replace(\"\\n+\", \"\\n\")\n    _, process, elapsed = run(\"r6-real-clock-smoke\", real_script, timeout=15)\n    smoke = re.search(r\"SMOKE rc=(\\d+) elapsed=(\\d+)\", process.stdout)\n    check(\"r6-real-clock-smoke\", process.returncode == 0 and not process.stderr and smoke is not None\n          and smoke[1] == \"1\" and 2 <= int(smoke[2]) <= 4 and 1.0 <= elapsed < 8,\n          {\"stdout\": process.stdout, \"stderr\": process.stderr, \"wall_seconds\": elapsed})\n    print(f\"QUALIFIED {len(results)} observations; evidence preserved at {root}\")\n\n\nif __name__ == \"__main__\":\n    main()\n"},"intent":"Creating deadline qualification controls"}],"api":"openai-codex-responses","provider":"openai-codex","model":"gpt-6-astra","usage":{"input":217,"output":5879,"cacheRead":62080,"cacheWrite":0,"totalTokens":68176,"reasoningTokens":516,"cost":{"input":0.00217,"output":0.29395,"cacheRead":0.062079999999999996,"cacheWrite":0,"total":0.35819999999999996}},"stopReason":"toolUse","timestamp":1789301890780,"responseId":"resp_0bcebee58b999663016aa6948305d887d1b6428ecea0be0561","providerPayload":{"type":"openaiResponsesHistory","provider":"openai-codex","dt":true,"items":[{"id":"rs_0bcebee58b999663016aa6948495c087d1ae26c8d39a830dcb","type":"reasoning","content":[],"encrypted_content":"gAAAAABqppSWM2XNMR_1ZZ6tU_28GXugO3JrLbx3sBubEXZQOB_zPkkUJ5xJSkh2cyrRW2PLwfF21IK3QHOGEjYF7kk1je0ac9lgX_KiAYWbgVQ--XdIvn0WwvPnvE5lb1JLsaa0MwJbdk7FlBcPvArInQqJGYqmzC8_78HaO3pZhYpi2qgod8Zs-97A4SUMxnbqsI2DmqQy_qIRCrdvpWIErk4lRJKjA94HFQ6QjZrmuSufW4orebpDOtNsONq8AWM-UQL2Z49nt3nXuh4wadeIz9K7AYwCq4IPOetNPmn6-C5Yl1qxmnqaQeeWCpXV_RFQ-gSuO7u0BtLEFLaBujUcNwj_kKX4eKH5Fo_KmqbaImxyd5URfPgu-jGf_V98dMcNEDkwWRG3uhr8olgA7F5852nP1prImDlreEDI_DDJcyNorI4SM8IqoRRbkmzUw-nr4zcVR4JgcnmCElb7jzM3knDbMG0moWQr3lQ5MVqzz0JQ4dLuS8zROnpN-WwrBhhKw4SYk8UpW1_tMI2h-X5BWsFQP4otV-EsZjtOC0521VHpYv3YlObJuLEGsUsFiySsAu4K7dPIzRG38V63eZOVNBfvwnTNRQQRFXnJtDkoHyjrTr9LKysgY5ntl09lAV3yTqM_cxaNxQ2UIm1tFAsdVOj214QtxaR55b9RDjEsCV8wY85ma44ndEwKyvW0um2Eo_HRSpv5L3nCChrtpDhP5bNIODv4gQ-BOogOJgPvlDuLmrLIlekTEoozi8coFLlmNoObH1yyJdFYlyGDSI0QtpDVlE_ZJ2cp-rVtOK52vP86X9DyaALWFqxnjK3bPp2OUzwEHy-uXpXeaVHYrAl36YgG-QImy42C_XxI_p_5HZQ-FIIUNVzdPuTBTCwrAH4u1z1ABpT5MZZwkqGpflDsZfHOwWhqSTQJZIwsWfdxsbF978seHFwqVmAJoMeOK1igGIrnTkg97Yc-9VGRbuklBX-K3AmleGZj0sN3MKA6x9Vn72n_ne-utrH3GeP_LFSiFA210EJ5RelSkvuD_x5-H458p3UMbvt_GLhbhLVAHCV6-1Wx4MF50Wr6yEXcdlOsoJ2tRHFDnZrZCA-YyTZMzOEeaveDPR_Bp2pyU8_4YPXvOTQtuS5675DDlCFWz_hsp3BUEwJAc-hqLqtcWiHWYaUsMCMXP1GmT2jdtTXRBB4hWi21DGntfsEkLe_B3b4GsKWWuQapCVtvt8k1KIDmZDHkaTJyesQGGNp9nahh7f_ylH4niLfM4ndxdf02GrARW5MnKs-Tnlrbs9bfMlhOhfnGrtQYPtjqSur6fg-aCiF9bHyg-lSei6Q3cYIiKGFajGeRrKaCzejXXlfYz_03TUBRi4yVkf3AwbX_v5yW8P-WlTbUVe4EVQ4WMcCrsK-hHLP7Jg_z5QcTJxKoLC-tQDXjaHKe5g7VjeQTMqOyDdlvLHJCbpFI2tf6MIJpOSInfC-fMYFkCVNBUCL-wWSk2uYIonObQGBzfcsn7gTBXxfw08qlbPS1AUwbvCxhjwkjKM1aCRnWeefCDsRIJSTFR2nVUkIta3PWOcSObvFL3EGaNraqL9AcduT9RJThvFSWQx1qqE-_kwByDzA4zRaBY_9Yy9wYBpqfTm4_fNFroOgQBLDM86xTlMVXUmm-lwsjGg6Uybqkm-vNQd5PwtCdXBzo1GLuFp4ZYyNLKlS4kuIcRVkzsOPAvTf4SyfWcCAJo-qPD6Boks0ErtduqEDWzIsgN4YlhLow6_gMdQmXq9tdDdPtjn3cpHZzwoUoJrr8emiR05TaTlU4oG61OyQMSvCUlt-zG7cERIKEAeDcx9girqVd3UFNzzeVVlQxrraKOaa_xQDweeA9WUdQJXq4bkPkqWk1xsI-4MxTyKF-NJpFrcRrElYxkpYpFVrsScWwaNq8C0RNCuVtOaQKJohWdFHgTgPnRyqkEeLflCLrNdPQ3uVncdLm9IUXxnMjVm7hf7_NiruZsnbKlXHOcWWYzAPa3E1rqwYd2oXyfFQQ9ZNiV5ryMkWg1p5NykWtC0GHbjayV9-8cFiGgEYI0CcUg0bKCN7N-oS8qTxLDZGI04yqV0ml4uvmtwCT1bp4aogoVtxL7RcNeY3aRoX7X4HbLLYjADQOrZmIaeJkprZRVlPsr84fA0veMlW05yGKBhRYKrbCV5UBatLtO939_6s1g5CEhl9m3A7x_2TZJnOfKJJl-JHwf1aFTSIkQ6sSi801m7Zn8dKYwEi4PnF_XrWMmTwtpakvfHiPNzQJIHMTMiNE42WWn-ciDN6yCe7stE45XzPj0yZhYYrIJF1z-6KYR0Fz6hNLcRNt9t9pAgHdj-2ZgpuSYBO0qRS1XfRx92RGU_y4faNXRwsC6Szspuzm3Ywtcri3wD7249s_b2t0dlZyr3rdZO1RHODp9QdPLd6FBq9Tu8pSAo_3_9aqT4KKvvfxVlu-FrnRArxi_6isS7RQ1fK518OjGZxq_1bKx-s7GUa-CaTrbT5PcS664GUnJUysdUrJ9OIMnKKDA8ilfrBj3Nqkru-xi27Uk5bm1gEAOpHGM6Gm5U2Sib7Qvsi0l7nrU0jjxgsT3gYLa_JNIdKrOzYmdrnWxWfLWbyGVpuTNyMHWqq3h7noWDZxt-Z231Vk3wEeF3TD6QOd9UG0VyxG8gLk5TdX8aEE7_LMAO3qsdNqgV4wmFAWk-hfuz_2zjWMIZrrz80CG-vSNwgIfZE570CwRC_uqvj71x2N74phXRdCdtPdAT3MnylQpBelp_PfkcPaGgjJTC8KNBLEhPRh65wGJDB42q5ONBUNbmtYvowFwpxwRHmlLOYkkzS_Mm3qtpqlI99y6o_PL3vNDLS9qSxqQiE03IJfF3gUjUcbohfSZOxaAdMVLCxG-THToRarSNHtLRoqwR-iEbk9URksNUiV1sWgYx5IRkZbMk3rC5aP1eXXXEkJPFUDDEC0WGleXp6o8LyStGuZp-kWg-C0XPQZj-DBnaW6DjG-yMCNZxM6nVZvy3oB1T_w5iRMyzZx6d5Blyy9o3njPNfF_O4im-Hwh6dp0SIFqZtiXBJ0lsA6t2cpUBxKZ0a2pUTrXKBtcSYjIpSJ6PZuC6qM3y_-Xp5gXk70wi9FTJn-AyPnZcU3zQmqiWOF_h2SiiNEK6Jf_bbFnhrNuGJiH9Up0AhrkR_cPmL__TaDJP63AuyuWz04it8BUguGaE3sD3fRh4jSWrmt71jKgJ19GasqRRMntteQ7R6FTe_gqIhXJMXyFwqNrcQkmvaVMoFsL6W_6UX-6zAKNHVKOGbUF8nVFsd4sQxmlufxueEBnEr0sf6Ljxuk55vcFaZT70Pea8udDZR0XaE3gchoWtK8aVgPPS6RqOhElHJ8qnrGTgM-v3sOwiChbRyzwEgCAnUPhLnMIqJHAlidze4_aCrZjNwcY1FeXS-32xV39XONSf3Iqg7Txz5UhH1wDSr-nP8uqtDwvxBmJspsxenVdilH6Cqh33--NwCdacO8zgjKzhxkfLAzLhQkimkGLevMnYfesl0Sh1e_mikJ8DiefeBnDEpRNXB-muholM1dTKRImvLjPevn8Z6f2HDI-dZ6LN9yC4Ii6TaVh7I1DeUlCa09iZNFGJ1msUmg1z7_xRsCrike0_5gMvqml1rFgrz_xCMetD7xQv7SflhDTwo1q9gm5ceMVlFs3ZCYXTXjCB2Oda66I0G3O5rHHmxky0m0xWzHSGkzfnhSnm8SfPBkBygOp_rzSfAhWj9j2yWcb4eHmsHL1Co1RvA6x-IGNHV64atCwkJ7t6ccQ6rbHUiW6FXDO-TRIWIHzLf4rLg7EzbF_Tv1AhEnbNuLbu2miuSVe47f6G2VLaFN34Dv-LMlDO8GOJeBoXNiJFYId7-oXfQBQdh5fDaAD-rcUDl7TLtytIxJudiqXKcGhqjMmQMfrxL3_cZUYaGSsnCBmS9C6hlHW67d-Rd3n99ZEv_1ZN1W8NtUe2Ezvu4EGNV-KmEtxs0HIWHc5Fg2iIVz1-GrzFWQpKbeqgdbPqMFvbGTCM-bFD4DGoEo7pJd-5D4rCUsChWHaN9rHb7yh849b7siAnSF8rpxrR_-g_LM56BW-VkBZWeymVp6ExiH03bzeFEjGmqmA-ZDeRcNj7yHgwFgikOclsJyoXK_yEDxCfOWA5rSoxQEh93x4MZXQJTY645o76lmGMVrcDtWCJ1qjSkxukVAkaEyatQBOD_gNoB5Qa0K5Gokg51rOaEGLfy4-SGXDBB-hTJiKt9mZRsCoT21byZdwFnWXPVA9MKFX-nDE1c270k4zB_BNUyT0soNpoxiW2Akt7Y6fPUEuR1AoBg3LQ5LX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deterministic clock controls**"},{"type":"summary_text","text":"**Testing signal cleanup timing**"},{"type":"summary_text","text":"**Implementing delayed receipt timing**"}],"metadata":{"turn_id":"a827ef1d-a56e-46aa-aff4-edaff9465ef7"}},{"id":"fc_0bcebee58b999663016aa69496553087d1b4f83185b999477c","type":"function_call","status":"completed","arguments":"{\"i\":\"Creating deadline qualification controls\",\"path\":\".spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py\",\"content\":\"#!/usr/bin/env python3\\n\\\"\\\"\\\"Throwaway no-field qualification; executes only extracted actual driver definitions.\\n\\nRun with a Git Bash executable, never WSL bash. --output-root must not exist.\\nEvidence is preserved, including failures; no SPT, native launcher, keys, home,\\nprovider, firewall or driver top-level is run. The one real-clock arm sleeps only.\\n\\\"\\\"\\\"\\n\\nimport argparse\\nimport hashlib\\nimport json\\nimport os\\nfrom pathlib import Path\\nimport re\\nimport subprocess\\nimport time\\n\\n\\nR5_SHA = \\\"df6cca2d987e8eb2a6e9ccba6e9532d278c08bb4f873674836653e5a8e419c59\\\"\\nD2 = Path(__file__).resolve().parent.parent\\n\\n\\ndef function(source, name):\\n    # Same extraction boundary as controls/harness.sh: a column-zero closing brace.\\n    lines = source.splitlines(keepends=True)\\n    starts = [i for i, line in enumerate(lines) if line.startswith(name + \\\"()\\\")]\\n    if len(starts) != 1:\\n        raise ValueError(f\\\"ambiguous/missing function {name}\\\")\\n    start = starts[0]\\n    if lines[start].rstrip().endswith(\\\"}\\\"):\\n        return lines[start]\\n    for end in range(start + 1, len(lines)):\\n        if lines[end].strip() == \\\"}\\\" and lines[end].startswith(\\\"}\\\"):\\n            return \\\"\\\".join(lines[start:end + 1])\\n    raise ValueError(f\\\"unterminated function {name}\\\")\\n\\n\\ndef assignment(source, name):\\n    matches = re.findall(r\\\"^\\\" + re.escape(name) + r\\\"=.*$\\\", source, re.MULTILINE)\\n    if len(matches) != 1:\\n        raise ValueError(f\\\"ambiguous/missing initialization {name}\\\")\\n    return matches[0] + \\\"\\\\n\\\"\\n\\n\\ndef prep_initialization(source):\\n    # Contiguous ACTUAL initialization between known adjacent config assignments;\\n    # never includes configuration paths, evidence creation, traps or executable flow.\\n    start = source.index(\\\"\\\\n\\\", source.index(\\\"\\\\nCI_REPO=\\\")) + 1\\n    end = source.index(\\\"\\\\nRUN_EPOCH=\\\", start)\\n    return source[start:end] + \\\"\\\\n\\\"\\n\\n\\nFAKE_CLOCK = r'''\\nprintf '%s\\\\n' \\\"$START\\\" > clock\\n+: > sleeps\\n+: > records\\n+publish_receipt() {\\n+  local t; read -r t < clock\\n+  if [ \\\"$ARRIVAL\\\" -ge 0 ] && [ \\\"$t\\\" -ge \\\"$ARRIVAL\\\" ]; then\\n+    printf '%s' \\\"$RECEIPT\\\" > receipt\\n+  fi\\n+}\\n+advance() {\\n+  local t; read -r t < clock\\n+  printf '%s\\\\n' \\\"$((t + $1))\\\" > clock\\n+  publish_receipt\\n+}\\n+date() { local t; read -r t < clock; printf '%s\\\\n' \\\"$t\\\"; }\\n+sleep() {\\n+  printf '%s\\\\n' \\\"$1\\\" >> sleeps\\n+  advance \\\"$(( $1 + SLEEP_OVERHEAD ))\\\"\\n+  [ \\\"$ABORT_AFTER_SLEEP\\\" -eq 0 ] || ABORT=1\\n+}\\n+grep() {\\n+  command grep \\\"$@\\\"\\n+  local rc=$?\\n+  advance \\\"$GREP_COST\\\"\\n+  return \\\"$rc\\\"\\n+}\\n+record() {\\n+  printf '%s\\\\n' \\\"$1\\\" >> records\\n+  case \\\"$1\\\" in\\n+    HANDOFF_RECEIPT_PRESENT*) advance \\\"$RECEIPT_RECORD_COST\\\" ;;\\n+    *) advance \\\"$RECORD_COST\\\" ;;\\n+  esac\\n+}\\n+stamp() { :; }\\n+publish_receipt\\n+'''.replace(\\\"\\\\n+\\\", \\\"\\\\n\\\")\\n\\n\\nWAIT_BODY = r'''\\n+HO_RECEIPT=receipt; HO_NONCE=run-001-777\\n+if [ \\\"$START_CLEANUP\\\" -eq 1 ]; then\\n+  end_experimental control\\n+  advance \\\"$CLEANUP_AGE\\\"\\n+fi\\n+printf '%s\\\\n' \\\"$(cur_deadline)\\\" > phase-deadline\\n+handoff_await \\\"$CONTEXT\\\"\\n+rc=$?\\n+printf 'rc=%s now=%s\\\\n' \\\"$rc\\\" \\\"$(date +%s)\\\"\\n+exit 0\\n+'''.replace(\\\"\\\\n+\\\", \\\"\\\\n\\\")\\n\\n\\ndef main():\\n    parser = argparse.ArgumentParser(description=__doc__)\\n    parser.add_argument(\\\"--bash\\\", required=True, help=\\\"Absolute Git Bash bash.exe path\\\")\\n    parser.add_argument(\\\"--output-root\\\", type=Path, required=True)\\n    args = parser.parse_args()\\n    if not Path(args.bash).is_file():\\n        parser.error(\\\"--bash must name an existing executable\\\")\\n    if \\\"SPT_DEBUG_RELEASE_SEED\\\" in os.environ:\\n        parser.error(\\\"ambient seed must be absent; no control subprocess is started\\\")\\n    sources = {}\\n    pins = {}\\n    for revision in (\\\"r5\\\", \\\"r6\\\"):\\n        path = D2 / f\\\"fp-driver-d2-{revision}.sh\\\"\\n        data = path.read_bytes()\\n        pins[revision] = hashlib.sha256(data).hexdigest()\\n        if revision == \\\"r5\\\" and pins[revision] != R5_SHA:\\n            parser.error(\\\"original r5 pin mismatch\\\")\\n        sources[revision] = data.decode(\\\"utf-8\\\")\\n    root = args.output_root.resolve()\\n    root.mkdir(parents=False, exist_ok=False)\\n    (root / \\\"source-pins.json\\\").write_text(json.dumps(pins, indent=2) + \\\"\\\\n\\\")\\n    env = os.environ.copy()\\n    for name in (\\\"BASH_ENV\\\", \\\"ENV\\\", \\\"SHELLOPTS\\\", \\\"BASHOPTS\\\", \\\"CDPATH\\\",\\n                 \\\"SPT_RIG_PREP_EPOCH\\\", \\\"SPT_RIG_PREP_DEADLINE\\\"):\\n        env.pop(name, None)\\n    # Do not import ambient Bash functions, including any product-command overrides.\\n    env = {k: v for k, v in env.items() if not k.startswith(\\\"BASH_FUNC_\\\")}\\n    env.update(HOME=str(root), SPT_HOME=str(root / \\\"UNCREATED-NOT-A-HOME\\\"))\\n    results = []\\n\\n    def run(label, script, settings=None, timeout=15):\\n        arm = root / label\\n        arm.mkdir(exist_ok=False)\\n        (arm / \\\"extracted-arm.sh\\\").write_text(script, encoding=\\\"utf-8\\\", newline=\\\"\\\\n\\\")\\n        arm_env = dict(env)\\n        arm_env.update({k: str(v) for k, v in (settings or {}).items()})\\n        before = time.monotonic()\\n        process = subprocess.run([args.bash, \\\"--noprofile\\\", \\\"--norc\\\", \\\"-s\\\"],\\n                                 input=script, text=True, encoding=\\\"utf-8\\\", errors=\\\"replace\\\",\\n                                 cwd=arm, env=arm_env, capture_output=True, timeout=timeout)\\n        elapsed = time.monotonic() - before\\n        (arm / \\\"stdout.txt\\\").write_text(process.stdout, encoding=\\\"utf-8\\\")\\n        (arm / \\\"stderr.txt\\\").write_text(process.stderr, encoding=\\\"utf-8\\\")\\n        (arm / \\\"process.json\\\").write_text(json.dumps({\\\"exit\\\": process.returncode,\\n            \\\"elapsed_seconds\\\": elapsed, \\\"script_sha256\\\": hashlib.sha256(script.encode()).hexdigest()}, indent=2) + \\\"\\\\n\\\")\\n        return arm, process, elapsed\\n\\n    def check(label, condition, detail):\\n        row = {\\\"arm\\\": label, \\\"qualified\\\": bool(condition), \\\"detail\\\": detail}\\n        results.append(row)\\n        with (root / \\\"results.jsonl\\\").open(\\\"a\\\", encoding=\\\"utf-8\\\") as output:\\n            output.write(json.dumps(row) + \\\"\\\\n\\\")\\n        print(json.dumps(row), flush=True)\\n        if not condition:\\n            raise AssertionError(f\\\"{label}: {detail}; evidence retained at {root}\\\")\\n\\n    def definitions(revision):\\n        source = sources[revision]\\n        constants = (\\\"PREP_BUDGET_S\\\", \\\"EXP_BUDGET_S\\\", \\\"CLEANUP_REPORT_S\\\",\\n                     \\\"LEDGER_RESERVE_S\\\", \\\"HANDOFF_CAP_S\\\")\\n        return \\\"\\\".join(assignment(source, n) for n in constants) + \\\"\\\".join(\\n            function(source, n) for n in (\\\"handoff_await\\\", \\\"cur_deadline\\\", \\\"end_experimental\\\", \\\"prep_left\\\"))\\n\\n    def wait_arm(label, revision=\\\"r6\\\", expected_rc=1, expected_now=None,\\n                 expected_sleeps=None, expected_phase=None, **overrides):\\n        settings = dict(START=100, ARRIVAL=-1, RECEIPT=\\\"nonce: run-001-777\\\\n\\\",\\n                        SLEEP_OVERHEAD=0, GREP_COST=0, RECORD_COST=0, RECEIPT_RECORD_COST=0,\\n                        ABORT_AFTER_SLEEP=0, ABORT=0, CONTEXT=\\\"trial\\\", HANDOFF_WAIT_S=600,\\n                        CLEANUP_HANDOFF_WAIT_S=300, PREP_EPOCH=0, PREP_DEADLINE=1000,\\n                        RUN_EPOCH=\\\"\\\", CLEANUP_EPOCH=0, EXP_DEADLINE=1000,\\n                        REPORT_DEADLINE=0, WORK_DEADLINE=0, EXPERIMENTAL_ENDED=\\\"\\\",\\n                        START_CLEANUP=0, CLEANUP_AGE=0)\\n        settings.update(overrides)\\n        arm, process, _ = run(label, definitions(revision) + FAKE_CLOCK + WAIT_BODY, settings)\\n        match = re.fullmatch(r\\\"rc=(\\\\d+) now=(\\\\d+)\\\\s*\\\", process.stdout)\\n        sleeps = [int(v) for v in (arm / \\\"sleeps\\\").read_text().splitlines()]\\n        phase = int((arm / \\\"phase-deadline\\\").read_text())\\n        observed = {\\\"returncode\\\": process.returncode, \\\"stdout\\\": process.stdout.strip(),\\n                    \\\"sleeps\\\": sleeps, \\\"phase_deadline\\\": phase, \\\"stderr\\\": process.stderr}\\n        ok = process.returncode == 0 and not process.stderr and match is not None\\n        ok = ok and int(match[1]) == expected_rc\\n        if expected_now is not None:\\n            ok = ok and int(match[2]) == expected_now\\n        if expected_sleeps is not None:\\n            ok = ok and sleeps == expected_sleeps\\n        if expected_phase is not None:\\n            ok = ok and phase == expected_phase\\n        check(label, ok, observed)\\n        return int(match[2])\\n\\n    # Negative first: same actual wait, same 600s request, no phase pressure.\\n    old = wait_arm(\\\"r5-cap-counterexample\\\", revision=\\\"r5\\\", expected_now=700)\\n    check(\\\"r5-violates-common-cap\\\", old - 100 > 120, {\\\"elapsed\\\": old - 100, \\\"ceiling\\\": 120})\\n    wait_arm(\\\"r6-prep-cap\\\", expected_now=220, expected_sleeps=[5] * 24)\\n    wait_arm(\\\"r6-experiment-cap\\\", RUN_EPOCH=50, expected_now=220)\\n    wait_arm(\\\"r6-cleanup-cap\\\", CONTEXT=\\\"cleanup\\\", START_CLEANUP=1, expected_now=220,\\n             expected_phase=250)\\n    wait_arm(\\\"r5-phase-counterexample\\\", revision=\\\"r5\\\", HANDOFF_WAIT_S=90,\\n             PREP_DEADLINE=107, expected_now=190)\\n    wait_arm(\\\"r6-prep-phase-clamp\\\", HANDOFF_WAIT_S=90, PREP_DEADLINE=107,\\n             expected_now=107, expected_sleeps=[5, 2])\\n    wait_arm(\\\"r6-experiment-phase-clamp\\\", HANDOFF_WAIT_S=90, RUN_EPOCH=50,\\n             EXP_DEADLINE=107, expected_now=107, expected_sleeps=[5, 2])\\n    wait_arm(\\\"r6-request-clamp\\\", HANDOFF_WAIT_S=7, expected_now=107, expected_sleeps=[5, 2])\\n    wait_arm(\\\"r5-cleanup-reserve-counterexample\\\", revision=\\\"r5\\\", CONTEXT=\\\"cleanup\\\",\\n             START_CLEANUP=1, CLEANUP_AGE=140, expected_now=540, expected_phase=1000)\\n    wait_arm(\\\"r6-prego-cleanup-reserve\\\", CONTEXT=\\\"cleanup\\\", START_CLEANUP=1,\\n             CLEANUP_AGE=140, expected_now=250, expected_sleeps=[5, 5], expected_phase=250)\\n    wait_arm(\\\"r6-postgo-cleanup-reserve\\\", CONTEXT=\\\"cleanup\\\", RUN_EPOCH=50,\\n             START_CLEANUP=1, CLEANUP_AGE=140, expected_now=250, expected_phase=250)\\n    wait_arm(\\\"r6-unopened-cleanup-refuses\\\", CONTEXT=\\\"cleanup\\\", expected_now=100,\\n             expected_sleeps=[])\\n    wait_arm(\\\"r5-elapsed-overhead-counterexample\\\", revision=\\\"r5\\\", HANDOFF_WAIT_S=12,\\n             SLEEP_OVERHEAD=2, expected_now=121)\\n    wait_arm(\\\"r6-elapsed-overhead-counts\\\", HANDOFF_WAIT_S=12, SLEEP_OVERHEAD=2,\\n             expected_now=114, expected_sleeps=[5, 5])\\n    # Simulated scheduling overhead cannot be prevented, but never grants another poll/sleep.\\n    wait_arm(\\\"r6-receipt-before-deadline\\\", HANDOFF_WAIT_S=6, ARRIVAL=105,\\n             expected_rc=0, expected_now=105, expected_sleeps=[5])\\n    wait_arm(\\\"r6-receipt-exact-boundary\\\", HANDOFF_WAIT_S=5, ARRIVAL=105,\\n             expected_now=105, expected_sleeps=[5])\\n    wait_arm(\\\"r5-check-crosses-deadline\\\", revision=\\\"r5\\\", HANDOFF_WAIT_S=5,\\n             ARRIVAL=100, GREP_COST=5, expected_rc=0, expected_now=105)\\n    wait_arm(\\\"r6-check-exact-boundary\\\", HANDOFF_WAIT_S=5, ARRIVAL=100,\\n             GREP_COST=5, expected_now=105, expected_sleeps=[])\\n    wait_arm(\\\"r6-check-after-boundary\\\", HANDOFF_WAIT_S=5, ARRIVAL=100,\\n             GREP_COST=6, expected_now=106, expected_sleeps=[])\\n    wait_arm(\\\"r5-record-crosses-deadline\\\", revision=\\\"r5\\\", HANDOFF_WAIT_S=5,\\n             ARRIVAL=100, RECEIPT_RECORD_COST=5, expected_rc=0, expected_now=105)\\n    wait_arm(\\\"r6-record-exact-boundary\\\", HANDOFF_WAIT_S=5, ARRIVAL=100,\\n             RECEIPT_RECORD_COST=5, expected_now=105, expected_sleeps=[])\\n    wait_arm(\\\"r6-already-expired-refuses-receipt\\\", PREP_DEADLINE=100,\\n             ARRIVAL=100, expected_now=100, expected_sleeps=[])\\n    for revision in (\\\"r5\\\", \\\"r6\\\"):\\n        for name, receipt, rc in (\\n                (\\\"exact\\\", \\\"nonce: run-001-777\\\\n\\\", 0),\\n                (\\\"duplicate\\\", \\\"nonce: run-001-777\\\\nnonce: run-001-777\\\\n\\\", 1),\\n                (\\\"mismatch\\\", \\\"nonce: different\\\\n\\\", 1),\\n                (\\\"substring\\\", \\\"prefix nonce: run-001-777 suffix\\\\n\\\", 1)):\\n            wait_arm(f\\\"{revision}-nonce-{name}\\\", revision=revision, ARRIVAL=100,\\n                     RECEIPT=receipt, expected_rc=rc, expected_now=100, expected_sleeps=[])\\n        wait_arm(f\\\"{revision}-ordinary-abort\\\", revision=revision, ABORT=1,\\n                 expected_now=100, expected_sleeps=[])\\n        wait_arm(f\\\"{revision}-abort-during-wait\\\", revision=revision, ABORT_AFTER_SLEEP=1,\\n                 expected_now=105, expected_sleeps=[5])\\n        wait_arm(f\\\"{revision}-cleanup-ignores-abort\\\", revision=revision, ABORT=1,\\n                 CONTEXT=\\\"cleanup\\\", START_CLEANUP=1, ARRIVAL=105,\\n                 expected_rc=0, expected_now=105, expected_sleeps=[5])\\n\\n    # Invoke the actual signal handler, but replace cleanup's host operations by ONLY\\n    # the actual handoff wait. No trap/signal is sent to an unrelated/native process.\\n    signal_script = definitions(\\\"r6\\\") + FAKE_CLOCK + function(sources[\\\"r6\\\"], \\\"on_signal\\\") + r'''\\n+set_original() { printf '%s\\\\n' \\\"$1\\\" > original-exit; }\\n+cleanup() {\\n+  printf 'entered\\\\n' >> cleanup-entries\\n+  end_experimental signal-control\\n+  HO_RECEIPT=receipt; HO_NONCE=run-001-777\\n+  handoff_await cleanup\\n+  printf '%s\\\\n' \\\"$?\\\" > cleanup-wait-exit\\n+}\\n+on_signal TERM\\n+printf 'UNREACHABLE\\\\n'\\n+'''.replace(\\\"\\\\n+\\\", \\\"\\\\n\\\")\\n    signal_settings = dict(START=100, ARRIVAL=105, RECEIPT=\\\"nonce: run-001-777\\\\n\\\",\\n        SLEEP_OVERHEAD=0, GREP_COST=0, RECORD_COST=0, RECEIPT_RECORD_COST=0,\\n        ABORT_AFTER_SLEEP=0, ABORT=0, RUN_EPOCH=\\\"\\\", CLEANUP_EPOCH=0,\\n        EXPERIMENTAL_ENDED=\\\"\\\", HANDOFF_WAIT_S=6, CLEANUP_HANDOFF_WAIT_S=6)\\n    arm, process, _ = run(\\\"r6-actual-signal-handler\\\", signal_script, signal_settings)\\n    check(\\\"r6-actual-signal-handler\\\", process.returncode == 130 and not process.stdout\\n          and not process.stderr and (arm / \\\"original-exit\\\").read_text().strip() == \\\"130\\\"\\n          and (arm / \\\"cleanup-wait-exit\\\").read_text().strip() == \\\"0\\\"\\n          and (arm / \\\"cleanup-entries\\\").read_text().splitlines() == [\\\"entered\\\"],\\n          {\\\"exit\\\": process.returncode, \\\"stdout\\\": process.stdout, \\\"stderr\\\": process.stderr})\\n\\n    # Execute only ACTUAL preparation initialization, not driver top-level. A valid\\n    # inherited window is carried unchanged; missing/invalid windows must exit 8.\\n    def prep_arm(label, revision, epoch, deadline, now, expected_exit, expected_pair=None):\\n        source = sources[revision]\\n        script = assignment(source, \\\"PREP_BUDGET_S\\\") + 'date() { echo \\\"$NOW\\\"; }\\\\n'\\n        script += prep_initialization(source)\\n        script += function(source, \\\"prep_left\\\")\\n        script += 'printf \\\"epoch=%s deadline=%s left=%s\\\\\\\\n\\\" \\\"$PREP_EPOCH\\\" \\\"$PREP_DEADLINE\\\" \\\"$(prep_left)\\\"\\\\n'\\n        settings = {\\\"NOW\\\": now}\\n        if epoch is not None:\\n            settings[\\\"SPT_RIG_PREP_EPOCH\\\"] = epoch\\n        if deadline is not None:\\n            settings[\\\"SPT_RIG_PREP_DEADLINE\\\"] = deadline\\n        _, process, _ = run(label, script, settings)\\n        ok = process.returncode == expected_exit\\n        if expected_pair is not None:\\n            e, d = expected_pair\\n            ok = ok and process.stdout.strip() == f\\\"epoch={e} deadline={d} left={max(0, d - now)}\\\" and not process.stderr\\n        else:\\n            ok = ok and not process.stdout and \\\"REFUSED:\\\" in process.stderr\\n        check(label, ok, {\\\"exit\\\": process.returncode, \\\"stdout\\\": process.stdout, \\\"stderr\\\": process.stderr})\\n\\n    prep_arm(\\\"r5-prep-restarts-counterexample\\\", \\\"r5\\\", 100, 700, 200, 0, (200, 800))\\n    prep_arm(\\\"r6-prep-carries-window\\\", \\\"r6\\\", 100, 700, 200, 0, (100, 700))\\n    prep_arm(\\\"r6-prep-last-second\\\", \\\"r6\\\", 100, 700, 699, 0, (100, 700))\\n    prep_arm(\\\"r6-prep-leading-zero-decimal\\\", \\\"r6\\\", \\\"000100\\\", \\\"000700\\\", 200, 0, (100, 700))\\n    for label, epoch, deadline, now in (\\n            (\\\"missing-both\\\", None, None, 200), (\\\"missing-epoch\\\", None, 700, 200),\\n            (\\\"missing-deadline\\\", 100, None, 200), (\\\"empty\\\", \\\"\\\", \\\"\\\", 200),\\n            (\\\"malformed\\\", \\\"1+99\\\", 700, 200), (\\\"negative\\\", -100, 500, 200),\\n            (\\\"fraction\\\", \\\"100.0\\\", 700, 200), (\\\"whitespace\\\", \\\" 100\\\", 700, 200),\\n            (\\\"overflow\\\", \\\"9\\\" * 30, \\\"9\\\" * 30, 200),\\n            (\\\"wrong-window\\\", 100, 701, 200), (\\\"future-epoch\\\", 201, 801, 200),\\n            (\\\"exact-expiry\\\", 100, 700, 700), (\\\"expired\\\", 100, 700, 701)):\\n        prep_arm(\\\"r6-prep-refuses-\\\" + label, \\\"r6\\\", epoch, deadline, now, 8)\\n\\n    # Small real-clock timeout: actual handoff_await + cur_deadline, no fake date/sleep.\\n    real_script = definitions(\\\"r6\\\") + r'''\\n+record() { printf '%s\\\\n' \\\"$1\\\"; }\\n+RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\\n+HANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\\n+HO_RECEIPT=nonexistent-receipt; HO_NONCE=run-001-777\\n+before=$(date +%s); PREP_DEADLINE=$((before + 30))\\n+handoff_await trial\\n+rc=$?; after=$(date +%s)\\n+printf 'SMOKE rc=%s elapsed=%s\\\\n' \\\"$rc\\\" \\\"$((after-before))\\\"\\n+exit 0\\n+'''.replace(\\\"\\\\n+\\\", \\\"\\\\n\\\")\\n    _, process, elapsed = run(\\\"r6-real-clock-smoke\\\", real_script, timeout=15)\\n    smoke = re.search(r\\\"SMOKE rc=(\\\\d+) elapsed=(\\\\d+)\\\", process.stdout)\\n    check(\\\"r6-real-clock-smoke\\\", process.returncode == 0 and not process.stderr and smoke is not None\\n          and smoke[1] == \\\"1\\\" and 2 <= int(smoke[2]) <= 4 and 1.0 <= elapsed < 8,\\n          {\\\"stdout\\\": process.stdout, \\\"stderr\\\": process.stderr, \\\"wall_seconds\\\": elapsed})\\n    print(f\\\"QUALIFIED {len(results)} observations; evidence preserved at {root}\\\")\\n\\n\\nif __name__ == \\\"__main__\\\":\\n    main()\\n\"}","call_id":"call_OpLgoJt04iso68KomlTJf2qw","internal_chat_message_metadata_passthrough":{"create_time":1789301891.192407,"turn_id":"a827ef1d-a56e-46aa-aff4-edaff9465ef7"},"name":"write","metadata":{"turn_id":"a827ef1d-a56e-46aa-aff4-edaff9465ef7"}}]},"duration":178223.97169999965,"ttft":1833.5895999995992,"completedAt":1789302069005,"contextSnapshot":{"promptTokens":62297,"nonMessageTokens":17096,"compactionEpoch":0}}}
{"type":"message","id":"3684e434","parentId":"1978def8","timestamp":"2026-09-13T12:21:09.015Z","message":{"role":"toolResult","toolCallId":"call_OpLgoJt04iso68KomlTJf2qw|fc_0bcebee58b999663016aa69496553087d1b4f83185b999477c","toolName":"write","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py#046F]\nSuccessfully wrote 16754 bytes to .spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py\n[Notice: Made executable via chmod +x]"}],"details":{"resolvedPath":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\controls\\r6-deadline-controls.py","madeExecutable":true},"isError":false,"timestamp":1789302069013}}
{"type":"message","id":"5bcbe6ba","parentId":"3684e434","timestamp":"2026-09-13T12:21:09.024Z","message":{"role":"user","content":"Current interruptible wait interrupted: IRC message from parent agent `Main`.\n\nParent IRC message:\n\nClear W/SP legacy paths too; c1 requires final assembly/support configuration, not accidental old-scratch selection. Fail missing required configuration before any runtime evidence/root creation (alongside inherited prep deadline validation). Preserve known policy values/module tuple in comments as expectations if useful, but don't pass unknown final exe/head pins. Main fills all slots and freezes configured SHA once Doyle supplies tuple. No other body changes.","attribution":"agent","timestamp":1789301890962,"steering":true}}
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{"type":"message","id":"0f2c8d2a","parentId":"63218495","timestamp":"2026-09-13T12:21:17.508Z","message":{"role":"toolResult","toolCallId":"call_FJzdwxxbadjC2TWmcN77heP8|fc_0bcebee58b999663016aa6953d660c87d1b72c8e044fdb4f8a","toolName":"read","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r6.sh#9DEF]\n124:# ---- configuration ---------------------------------------------------------\n125:W='C:/Users/decid/Documents/projects/spt-core/.worktrees/304-w2-repr'\n126:SP='C:/Users/decid/AppData/Local/Temp/claude/C--Users-decid-Documents-projects-spt-core/909af448-f4ab-4fa1-ba30-02e38b275a11/scratchpad/bundle-r5'\n127:BIN=\"$SP/fp-bin\"                  # INSTRUMENTS — never written to by a run\n128:RUN_ROOT=\"$SP/fp-run\"             # one timestamped subdir per run\n129:# ---- THE PROVISIONED RIG (doyle W4C2QFLE) -----------------------------------\n130:# THE HOME IS NO LONGER THIS DRIVER'S TO CREATE. The LAN-bootstrap set gate refuses a fresh\n131:# home BEFORE any firewall admission is attempted (lanhost.rs:184-213 -> LanRefused ->\n132:# serveverb.rs:260; report_lan_admission, which is what reaches the firewall, sits only on the\n133:# Ok arm at :247), so a run whose home was empty could never create the pair it exists to\n134:# measure. Provisioning is therefore a SEPARATE MUTATING PHASE with its own grant -- see\n135:# provision-rig.sh -- and this driver only ever VERIFIES and CONSUMES what that phase produced.\n136:#\n137:# ONE DISPOSABLE EXECUTABLE PATH FOR EVERY ROLE (todlando's constraint), and it is structural\n138:# rather than a convention to remember: the daemon is spawned from std::env::current_exe()\n139:# (daemon.rs:874) and the brain from that supervisor, so invoking ONLY $EXE makes the CLI, the\n140:# supervisor and the brain the same path by construction.\n141:#\n142:# AN EMPTY PIN IS NOT A MISSING SETTING. It is this run stating that it has no provisioned rig,\n143:# exactly as TEARDOWN_B64_SHA256 states it has no authorized removal command.\n144:RIG_ROOT=''                       # <run-root>/rig, written by provision-rig.sh. UNPINNED here.\n145:H=\"$RIG_ROOT/home\"                # the PROVISIONED isolated SPT_HOME: identity/ (the rig trust\n146:                                  # key), releases/ (the staged set AND the applied record).\n147:                                  # PRIOR HOMES ARE STILL NEVER REUSED OR CLEARED: fp-home-d2\n148:                                  # and fp-home-d2-a2 belong to retained runs and are preserved\n149:                                  # as their evidence. A rig is ONE ATTEMPT -- S0b consumes this\n150:                                  # one atomically and a second run gets a refusal, not a reuse.\n151:EXE=\"$RIG_ROOT/bin/spt.exe\"       # A COPY of the subject, taken by provisioning and hashed\n152:                                  # there. NEVER the worktree build itself and NEVER the fleet\n153:                                  # installation: `update apply` replaces the executable it is\n154:                                  # running, so either of those would be overwritten by the very\n155:                                  # step that makes the gate passable. The copy is what makes\n156:                                  # the apply disposable. Its sha is UNCHANGED from the subject\n157:                                  # r10 built -- a copy that does not hash to EXE_SHA is a\n158:                                  # different subject and S0b refuses it.\n159:EXE_SHA=''                       # HELD: Doyle supplies the assembled executable pin.\n160:# THE CAPTURE SCRIPT IS A SUBJECT TOO (doyle LIRX7EUS). The elevated leg runs BOTH the product\n161:# and this script, and every document this run reasons about is whatever THIS file produced.\n162:# An acknowledgment that measures only the executable proves the leg can see one of the two.\n…\n254:TEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\n255:CI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n256:# One preparation window spans provisioning through GO. Never restart it in this process.\n257:# Explicit unsigned decimal Unix seconds, at most 18 digits to keep Bash arithmetic safe.\n258:# Refuse before evidence-directory creation or any trap can initiate cleanup.\n259:prep_clock_init() {\n260:  local epoch=\"${SPT_RIG_PREP_EPOCH:-}\" deadline=\"${SPT_RIG_PREP_DEADLINE:-}\" now\n261:  if [[ ! \"$epoch\" =~ ^[0-9]{1,18}$ ]] || [[ ! \"$deadline\" =~ ^[0-9]{1,18}$ ]]; then\n262:    echo \"REFUSED: SPT_RIG_PREP_EPOCH and SPT_RIG_PREP_DEADLINE must both be unsigned decimal Unix seconds (1-18 digits)\" >&2\n263:    return 1\n264:  fi\n265:  epoch=$((10#$epoch)); deadline=$((10#$deadline))\n266:  now=$(date +%s) || return 1\n267:  if [[ ! \"$now\" =~ ^[0-9]{1,18}$ ]]; then\n268:    echo \"REFUSED: preparation clock is unreadable\" >&2\n269:    return 1\n270:  fi\n271:  now=$((10#$now))\n272:  if [ \"$deadline\" -ne \"$((epoch + PREP_BUDGET_S))\" ] || [ \"$epoch\" -gt \"$now\" ] || [ \"$now\" -ge \"$deadline\" ]; then\n273:    echo \"REFUSED: preparation requires epoch <= now < deadline and deadline = epoch + ${PREP_BUDGET_S}; no fresh window is granted\" >&2\n274:    return 1\n275:  fi\n276:  PREP_EPOCH=\"$epoch\"\n277:  PREP_DEADLINE=\"$deadline\"\n278:}\n279:prep_clock_init || exit 8\n280:RUN_EPOCH=''                      # THE EXPERIMENTAL CLOCK DOES NOT EXIST UNTIL GO, and an unset\n281:                                  # clock is an UNSTARTED experiment: every activity step refuses\n282:                                  # while it is empty. MEASURED REASON (run 20260913T041410Z):\n283:                                  # that run charged preparation AND the elevated operator's\n284:                                  # reading time to the experiment -- handoff_interval alone was\n…\n393:    '\\\\'*|'//'*)   printf 'unc-or-extended'; return 1 ;;"}],"details":{"displayContent":{"text":"# ---- configuration ---------------------------------------------------------\nW='C:/Users/decid/Documents/projects/spt-core/.worktrees/304-w2-repr'\nSP='C:/Users/decid/AppData/Local/Temp/claude/C--Users-decid-Documents-projects-spt-core/909af448-f4ab-4fa1-ba30-02e38b275a11/scratchpad/bundle-r5'\nBIN=\"$SP/fp-bin\"                  # INSTRUMENTS — never written to by a run\nRUN_ROOT=\"$SP/fp-run\"             # one timestamped subdir per run\n# ---- THE PROVISIONED RIG (doyle W4C2QFLE) -----------------------------------\n# THE HOME IS NO LONGER THIS DRIVER'S TO CREATE. The LAN-bootstrap set gate refuses a fresh\n# home BEFORE any firewall admission is attempted (lanhost.rs:184-213 -> LanRefused ->\n# serveverb.rs:260; report_lan_admission, which is what reaches the firewall, sits only on the\n# Ok arm at :247), so a run whose home was empty could never create the pair it exists to\n# measure. Provisioning is therefore a SEPARATE MUTATING PHASE with its own grant -- see\n# provision-rig.sh -- and this driver only ever VERIFIES and CONSUMES what that phase produced.\n#\n# ONE DISPOSABLE EXECUTABLE PATH FOR EVERY ROLE (todlando's constraint), and it is structural\n# rather than a convention to remember: the daemon is spawned from std::env::current_exe()\n# (daemon.rs:874) and the brain from that supervisor, so invoking ONLY $EXE makes the CLI, the\n# supervisor and the brain the same path by construction.\n#\n# AN EMPTY PIN IS NOT A MISSING SETTING. It is this run stating that it has no provisioned rig,\n# exactly as TEARDOWN_B64_SHA256 states it has no authorized removal command.\nRIG_ROOT=''                       # <run-root>/rig, written by provision-rig.sh. UNPINNED here.\nH=\"$RIG_ROOT/home\"                # the PROVISIONED isolated SPT_HOME: identity/ (the rig trust\n                                  # key), releases/ (the staged set AND the applied record).\n                                  # PRIOR HOMES ARE STILL NEVER REUSED OR CLEARED: fp-home-d2\n                                  # and fp-home-d2-a2 belong to retained runs and are preserved\n                                  # as their evidence. A rig is ONE ATTEMPT -- S0b consumes this\n                                  # one atomically and a second run gets a refusal, not a reuse.\nEXE=\"$RIG_ROOT/bin/spt.exe\"       # A COPY of the subject, taken by provisioning and hashed\n                                  # there. NEVER the worktree build itself and NEVER the fleet\n                                  # installation: `update apply` replaces the executable it is\n                                  # running, so either of those would be overwritten by the very\n                                  # step that makes the gate passable. The copy is what makes\n                                  # the apply disposable. Its sha is UNCHANGED from the subject\n                                  # r10 built -- a copy that does not hash to EXE_SHA is a\n                                  # different subject and S0b refuses it.\nEXE_SHA=''                       # HELD: Doyle supplies the assembled executable pin.\n# THE CAPTURE SCRIPT IS A SUBJECT TOO (doyle LIRX7EUS). The elevated leg runs BOTH the product\n# and this script, and every document this run reasons about is whatever THIS file produced.\n# An acknowledgment that measures only the executable proves the leg can see one of the two.\n…\nTEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\nCI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n# One preparation window spans provisioning through GO. Never restart it in this process.\n# Explicit unsigned decimal Unix seconds, at most 18 digits to keep Bash arithmetic safe.\n# Refuse before evidence-directory creation or any trap can initiate cleanup.\nprep_clock_init() {\n  local epoch=\"${SPT_RIG_PREP_EPOCH:-}\" deadline=\"${SPT_RIG_PREP_DEADLINE:-}\" now\n  if [[ ! \"$epoch\" =~ ^[0-9]{1,18}$ ]] || [[ ! \"$deadline\" =~ ^[0-9]{1,18}$ ]]; then\n    echo \"REFUSED: SPT_RIG_PREP_EPOCH and SPT_RIG_PREP_DEADLINE must both be unsigned decimal Unix seconds (1-18 digits)\" >&2\n    return 1\n  fi\n  epoch=$((10#$epoch)); deadline=$((10#$deadline))\n  now=$(date +%s) || return 1\n  if [[ ! \"$now\" =~ ^[0-9]{1,18}$ ]]; then\n    echo \"REFUSED: preparation clock is unreadable\" >&2\n    return 1\n  fi\n  now=$((10#$now))\n  if [ \"$deadline\" -ne \"$((epoch + PREP_BUDGET_S))\" ] || [ \"$epoch\" -gt \"$now\" ] || [ \"$now\" -ge \"$deadline\" ]; then\n    echo \"REFUSED: preparation requires epoch <= now < deadline and deadline = epoch + ${PREP_BUDGET_S}; no fresh window is granted\" >&2\n    return 1\n  fi\n  PREP_EPOCH=\"$epoch\"\n  PREP_DEADLINE=\"$deadline\"\n}\nprep_clock_init || exit 8\nRUN_EPOCH=''                      # THE EXPERIMENTAL CLOCK DOES NOT EXIST UNTIL GO, and an unset\n                                  # clock is an UNSTARTED experiment: every activity step refuses\n                                  # while it is empty. MEASURED REASON (run 20260913T041410Z):\n                                  # that run charged preparation AND the elevated operator's\n                                  # reading time to the experiment -- handoff_interval alone was\n…\n    '\\\\'*|'//'*)   printf 'unc-or-extended'; return 1 ;;","startLine":124,"lineNumbers":[124,125,126,127,128,129,130,131,132,133,134,135,136,137,138,139,140,141,142,143,144,145,146,147,148,149,150,151,152,153,154,155,156,157,158,159,160,161,162,null,254,255,256,257,258,259,260,261,262,263,264,265,266,267,268,269,270,271,272,273,274,275,276,277,278,279,280,281,282,283,284,null,393]},"fileSize":202285,"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\fp-driver-d2-r6.sh"}}},"isError":false,"timestamp":1789302077507}}
{"type":"message","id":"e3a35257","parentId":"0f2c8d2a","timestamp":"2026-09-13T12:21:17.518Z","message":{"role":"toolResult","toolCallId":"call_rTh8j3exKH2zhYneAtHcghha|fc_0bcebee58b999663016aa6953d662087d1b1114f3c6371558b","toolName":"grep","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py#046F]\n 52:\n*53:FAKE_CLOCK = r'''\n 54:printf '%s\\n' \"$START\" > clock\n*55:+: > sleeps\n*56:+: > records\n*57:+publish_receipt() {\n*58:+  local t; read -r t < clock\n*59:+  if [ \"$ARRIVAL\" -ge 0 ] && [ \"$t\" -ge \"$ARRIVAL\" ]; then\n*60:+    printf '%s' \"$RECEIPT\" > receipt\n*61:+  fi\n*62:+}\n*63:+advance() {\n*64:+  local t; read -r t < clock\n*65:+  printf '%s\\n' \"$((t + $1))\" > clock\n*66:+  publish_receipt\n*67:+}\n*68:+date() { local t; read -r t < clock; printf '%s\\n' \"$t\"; }\n*69:+sleep() {\n*70:+  printf '%s\\n' \"$1\" >> sleeps\n*71:+  advance \"$(( $1 + SLEEP_OVERHEAD ))\"\n*72:+  [ \"$ABORT_AFTER_SLEEP\" -eq 0 ] || ABORT=1\n*73:+}\n*74:+grep() {\n*75:+  command grep \"$@\"\n*76:+  local rc=$?\n*77:+  advance \"$GREP_COST\"\n*78:+  return \"$rc\"\n*79:+}\n*80:+record() {\n*81:+  printf '%s\\n' \"$1\" >> records\n*82:+  case \"$1\" in\n*83:+    HANDOFF_RECEIPT_PRESENT*) advance \"$RECEIPT_RECORD_COST\" ;;\n*84:+    *) advance \"$RECORD_COST\" ;;\n*85:+  esac\n*86:+}\n*87:+stamp() { :; }\n*88:+publish_receipt\n*89:+'''.replace(\"\\n+\", \"\\n\")\n 90:\n 91:\n*92:WAIT_BODY = r'''\n*93:+HO_RECEIPT=receipt; HO_NONCE=run-001-777\n*94:+if [ \"$START_CLEANUP\" -eq 1 ]; then\n*95:+  end_experimental control\n*96:+  advance \"$CLEANUP_AGE\"\n*97:+fi\n*98:+printf '%s\\n' \"$(cur_deadline)\" > phase-deadline\n*99:+handoff_await \"$CONTEXT\"\n*100:+rc=$?\n*101:+printf 'rc=%s now=%s\\n' \"$rc\" \"$(date +%s)\"\n*102:+exit 0\n*103:+'''.replace(\"\\n+\", \"\\n\")\n 104:\n 105:\n 106:def main():\n...\n 256:    # the actual handoff wait. No trap/signal is sent to an unrelated/native process.\n*257:    signal_script = definitions(\"r6\") + FAKE_CLOCK + function(sources[\"r6\"], \"on_signal\") + r'''\n*258:+set_original() { printf '%s\\n' \"$1\" > original-exit; }\n*259:+cleanup() {\n*260:+  printf 'entered\\n' >> cleanup-entries\n*261:+  end_experimental signal-control\n*262:+  HO_RECEIPT=receipt; HO_NONCE=run-001-777\n*263:+  handoff_await cleanup\n*264:+  printf '%s\\n' \"$?\" > cleanup-wait-exit\n*265:+}\n*266:+on_signal TERM\n*267:+printf 'UNREACHABLE\\n'\n*268:+'''.replace(\"\\n+\", \"\\n\")\n 269:    signal_settings = dict(START=100, ARRIVAL=105, RECEIPT=\"nonce: run-001-777\\n\",\n 270:        SLEEP_OVERHEAD=0, GREP_COST=0, RECORD_COST=0, RECEIPT_RECORD_COST=0,\n 271:        ABORT_AFTER_SLEEP=0, ABORT=0, RUN_EPOCH=\"\", CLEANUP_EPOCH=0,\n...\n 316:    # Small real-clock timeout: actual handoff_await + cur_deadline, no fake date/sleep.\n*317:    real_script = definitions(\"r6\") + r'''\n*318:+record() { printf '%s\\n' \"$1\"; }\n*319:+RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\n*320:+HANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\n*321:+HO_RECEIPT=nonexistent-receipt; HO_NONCE=run-001-777\n*322:+before=$(date +%s); PREP_DEADLINE=$((before + 30))\n*323:+handoff_await trial\n*324:+rc=$?; after=$(date +%s)\n*325:+printf 'SMOKE rc=%s elapsed=%s\\n' \"$rc\" \"$((after-before))\"\n*326:+exit 0\n*327:+'''.replace(\"\\n+\", \"\\n\")\n 328:    _, process, elapsed = run(\"r6-real-clock-smoke\", real_script, timeout=15)\n 329:    smoke = re.search(r\"SMOKE rc=(\\d+) elapsed=(\\d+)\", process.stdout)\n 330:    check(\"r6-real-clock-smoke\", process.returncode == 0 and not process.stderr and smoke is not None"}],"details":{"scopePath":".spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py","searchPath":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\controls\\r6-deadline-controls.py","cwd":"C:\\Users\\decid\\Documents\\projects\\spt-core","matchCount":71,"fileCount":1,"files":[".spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py"],"fileMatches":[{"path":".spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py","count":71}],"truncated":false,"displayContent":"  52│\n *53│FAKE_CLOCK = r'''\n  54│printf '%s\\n' \"$START\" > clock\n *55│+: > sleeps\n *56│+: > records\n *57│+publish_receipt() {\n *58│+  local t; read -r t < clock\n *59│+  if [ \"$ARRIVAL\" -ge 0 ] && [ \"$t\" -ge \"$ARRIVAL\" ]; then\n *60│+    printf '%s' \"$RECEIPT\" > receipt\n *61│+  fi\n *62│+}\n *63│+advance() {\n *64│+  local t; read -r t < clock\n *65│+  printf '%s\\n' \"$((t + $1))\" > clock\n *66│+  publish_receipt\n *67│+}\n *68│+date() { local t; read -r t < clock; printf '%s\\n' \"$t\"; }\n *69│+sleep() {\n *70│+  printf '%s\\n' \"$1\" >> sleeps\n *71│+  advance \"$(( $1 + SLEEP_OVERHEAD ))\"\n *72│+  [ \"$ABORT_AFTER_SLEEP\" -eq 0 ] || ABORT=1\n *73│+}\n *74│+grep() {\n *75│+  command grep \"$@\"\n *76│+  local rc=$?\n *77│+  advance \"$GREP_COST\"\n *78│+  return \"$rc\"\n *79│+}\n *80│+record() {\n *81│+  printf '%s\\n' \"$1\" >> records\n *82│+  case \"$1\" in\n *83│+    HANDOFF_RECEIPT_PRESENT*) advance \"$RECEIPT_RECORD_COST\" ;;\n *84│+    *) advance \"$RECORD_COST\" ;;\n *85│+  esac\n *86│+}\n *87│+stamp() { :; }\n *88│+publish_receipt\n *89│+'''.replace(\"\\n+\", \"\\n\")\n  90│\n  91│\n *92│WAIT_BODY = r'''\n *93│+HO_RECEIPT=receipt; HO_NONCE=run-001-777\n *94│+if [ \"$START_CLEANUP\" -eq 1 ]; then\n *95│+  end_experimental control\n *96│+  advance \"$CLEANUP_AGE\"\n *97│+fi\n *98│+printf '%s\\n' \"$(cur_deadline)\" > phase-deadline\n *99│+handoff_await \"$CONTEXT\"\n*100│+rc=$?\n*101│+printf 'rc=%s now=%s\\n' \"$rc\" \"$(date +%s)\"\n*102│+exit 0\n*103│+'''.replace(\"\\n+\", \"\\n\")\n 104│\n 105│\n 106│def main():\n    │...\n 256│    # the actual handoff wait. No trap/signal is sent to an unrelated/native process.\n*257│    signal_script = definitions(\"r6\") + FAKE_CLOCK + function(sources[\"r6\"], \"on_signal\") + r'''\n*258│+set_original() { printf '%s\\n' \"$1\" > original-exit; }\n*259│+cleanup() {\n*260│+  printf 'entered\\n' >> cleanup-entries\n*261│+  end_experimental signal-control\n*262│+  HO_RECEIPT=receipt; HO_NONCE=run-001-777\n*263│+  handoff_await cleanup\n*264│+  printf '%s\\n' \"$?\" > cleanup-wait-exit\n*265│+}\n*266│+on_signal TERM\n*267│+printf 'UNREACHABLE\\n'\n*268│+'''.replace(\"\\n+\", \"\\n\")\n 269│    signal_settings = dict(START=100, ARRIVAL=105, RECEIPT=\"nonce: run-001-777\\n\",\n 270│        SLEEP_OVERHEAD=0, GREP_COST=0, RECORD_COST=0, RECEIPT_RECORD_COST=0,\n 271│        ABORT_AFTER_SLEEP=0, ABORT=0, RUN_EPOCH=\"\", CLEANUP_EPOCH=0,\n    │...\n 316│    # Small real-clock timeout: actual handoff_await + cur_deadline, no fake date/sleep.\n*317│    real_script = definitions(\"r6\") + r'''\n*318│+record() { printf '%s\\n' \"$1\"; }\n*319│+RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\n*320│+HANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\n*321│+HO_RECEIPT=nonexistent-receipt; HO_NONCE=run-001-777\n*322│+before=$(date +%s); PREP_DEADLINE=$((before + 30))\n*323│+handoff_await trial\n*324│+rc=$?; after=$(date +%s)\n*325│+printf 'SMOKE rc=%s elapsed=%s\\n' \"$rc\" \"$((after-before))\"\n*326│+exit 0\n*327│+'''.replace(\"\\n+\", \"\\n\")\n 328│    _, process, elapsed = run(\"r6-real-clock-smoke\", real_script, timeout=15)\n 329│    smoke = re.search(r\"SMOKE rc=(\\d+) elapsed=(\\d+)\", process.stdout)\n 330│    check(\"r6-real-clock-smoke\", process.returncode == 0 and not process.stderr and smoke is not None"},"isError":false,"timestamp":1789302077518}}
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{"type":"message","id":"5cdcfddf","parentId":"ca487c5d","timestamp":"2026-09-13T12:21:53.687Z","message":{"role":"assistant","content":[{"type":"thinking","thinking":"**Rewriting rows 55–89**"},{"type":"toolCall","id":"call_SvkSWrePA1SJJoLQAoau0h4X|ctc_0bcebee58b999663016aa69545a7d487d1b63187ff4556aa67","name":"edit","arguments":{"input":"*** Begin Patch\n[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r6.sh#9DEF]\nPUT 125.=126:\n+W=''                            # HELD: final assembled source worktree, supplied by Doyle.\n+SP=''                           # HELD: final immutable rig support root; no scratch fallback.\nPUT 156.=158:\n+                                  # the apply disposable. Its sha must equal Doyle's assembled\n+                                  # artifact pin -- a copy that does not hash to EXE_SHA is a\n+                                  # different subject and S0b refuses it.\nPUT >255:\n+# No runtime directory may be created while the final assembly/support tuple is absent.\n+required_config() {\n+  local name\n+  for name in W SP RIG_ROOT EXE_SHA SUBJECT_SHA SUBJECT_BLOB; do\n+    if [ -z \"${!name}\" ]; then\n+      echo \"REFUSED: required final configuration $name is unpinned; no runtime root is created\" >&2\n+      return 1\n+    fi\n+  done\n+}\n+required_config || exit 64\n[.spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py#046F]\nPUT 55.=89:\n+: > sleeps\n+: > records\n+publish_receipt() {\n+  local t; read -r t < clock\n+  if [ \"$ARRIVAL\" -ge 0 ] && [ \"$t\" -ge \"$ARRIVAL\" ]; then\n+    printf '%s' \"$RECEIPT\" > receipt\n+  fi\n+}\n+advance() {\n+  local t; read -r t < clock\n+  printf '%s\\n' \"$((t + $1))\" > clock\n+  publish_receipt\n+}\n+date() { local t; read -r t < clock; printf '%s\\n' \"$t\"; }\n+sleep() {\n+  printf '%s\\n' \"$1\" >> sleeps\n+  advance \"$(( $1 + SLEEP_OVERHEAD ))\"\n+  [ \"$ABORT_AFTER_SLEEP\" -eq 0 ] || ABORT=1\n+}\n+grep() {\n+  command grep \"$@\"\n+  local rc=$?\n+  advance \"$GREP_COST\"\n+  return \"$rc\"\n+}\n+record() {\n+  printf '%s\\n' \"$1\" >> records\n+  case \"$1\" in\n+    HANDOFF_RECEIPT_PRESENT*) advance \"$RECEIPT_RECORD_COST\" ;;\n+    *) advance \"$RECORD_COST\" ;;\n+  esac\n+}\n+stamp() { :; }\n+publish_receipt\n+'''\nPUT 93.=103:\n+HO_RECEIPT=receipt; HO_NONCE=run-001-777\n+if [ \"$START_CLEANUP\" -eq 1 ]; then\n+  end_experimental control\n+  advance \"$CLEANUP_AGE\"\n+fi\n+printf '%s\\n' \"$(cur_deadline)\" > phase-deadline\n+handoff_await \"$CONTEXT\"\n+rc=$?\n+printf 'rc=%s now=%s\\n' \"$rc\" \"$(date +%s)\"\n+exit 0\n+'''\nPUT 258.=268:\n+set_original() { printf '%s\\n' \"$1\" > original-exit; }\n+cleanup() {\n+  printf 'entered\\n' >> cleanup-entries\n+  end_experimental signal-control\n+  HO_RECEIPT=receipt; HO_NONCE=run-001-777\n+  handoff_await cleanup\n+  printf '%s\\n' \"$?\" > cleanup-wait-exit\n+}\n+on_signal TERM\n+printf 'UNREACHABLE\\n'\n+'''\nPUT 318.=327:\n+record() { printf '%s\\n' \"$1\"; }\n+RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\n+HANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\n+HO_RECEIPT=nonexistent-receipt; HO_NONCE=run-001-777\n+before=$(date +%s); PREP_DEADLINE=$((before + 30))\n+handoff_await trial\n+rc=$?; after=$(date +%s)\n+printf 'SMOKE rc=%s elapsed=%s\\n' \"$rc\" \"$((after-before))\"\n+exit 0\n+'''\n*** End Patch\n"},"customWireName":"edit"}],"api":"openai-codex-responses","provider":"openai-codex","model":"gpt-6-astra","usage":{"input":60716,"output":1007,"cacheRead":10496,"cacheWrite":0,"totalTokens":72219,"reasoningTokens":49,"cost":{"input":0.60716,"output":0.050350000000000006,"cacheRead":0.010496,"cacheWrite":0,"total":0.668006}},"stopReason":"toolUse","timestamp":1789302077546,"responseId":"resp_0bcebee58b999663016aa6953dc29887d1be53a5f6e2431194","providerPayload":{"type":"openaiResponsesHistory","provider":"openai-codex","dt":true,"items":[{"id":"rs_0bcebee58b999663016aa69540995487d19c654a12908ab90e","type":"reasoning","content":[],"encrypted_content":"gAAAAABqppVFGwF5UlpULxjR_TlSPoyTb-hylB3V6kJR25a-35_GHLjCSobY9BYLQ4fkSFP7uLuYp5nLyoeiMT39hxOvVslxUvrDWlQgIwaU2dhqoq1gVsvAgPlqRJ8SPYyPabXgrcJrClDkAZFOPLb75eZZSkdh7d96k2D-mj_-ObkqeHHdEV6UYctdL0Gw_lw3B4o4K8eW0H1aU2GLlqDHsDwhiYNdiIgrMr1IxwqAbXKGb22AoLbhX0cSfI2qwVWpjBdTHqY6g1Qm7fjKOr-SSTxEzMfnUwdztYKhXGPac8IpXFyjQ5K4hY5z0UBiUW8ADWI4yD4Skn5NEernRfGQR-a5SB-20XiMGp91dAPuzYvWCTwqz50Yb1q_pmIoCPZ-NjkB-FnTyOhmepU_t5XdBexwBoRzT7IwUdh9jJq96yURHZOkQjJh_fjbgmgj1bRLK6zAlIPGr6wsmlG5CnbqjXQOVSKrn9wMJm2FZhnetYsE6xvgawx_DSxygTfhQogQauciC5yvlUMxZRjaKDA_YwHvjvNJ-pMf37isIa-W8aDJ0dj8WvcXdjAB1_faxWAk1F1FJ3mZ2eAnlM24zprgUQFeQEXlAXeSNFqRYS8H2Nj0mzO5LMSnw7H8KRb0uoKE7MmzZiagqK7i2XHyV8OLUlDOXWFUUWJsT3SnHcULUX-f0S9E4eBNemOR12n8gB2-vZvZLHbkZc4AzL28K9ZenHUHw_IUMOhMei0MfH44Z7OXLHc1op5_vIQTUG_t4EpSLUXAI0rG7JfCQL1pxwF6UnpErshCXpRnok-Mdb66Z-_7cvIxiXAaOzuodVkrKZvrnSW7ue3rRHVT5rAFw0G1L6_O4uqlRqTHeZaDesB1LS78OCpF4mhrBq4k-4P7rfmBDjpgsBOKEwbvamQiNgfXaoc33COmqore02zLdAgK_YwIet8qg4AOaGCb_VuPoXf3JjF7q1uFV7wSpsJbKZ_1h9h1_tG3d5b4Y8m99YoMPeaaKSLJRatNDEIYU9wSLRgRxoM-_ntrN-8EIf9UZfay4DP72pusYcNHaXgGtQO1LlG3dakBAdPGinMNldXPrRUbPe-H6OQ94pLz6o32JQydlH29Rhd9MbbB69RtsSfA5qJkU3xFpLeviJPcLmRRyAh0YSlk8KotkL_nIAtBs0qH3n3WFCEwCTUtCGFq00Pl9xQW6Wt7-TT8i8TSBCHUDY2ujH5_TDfXLJuj0F_E2XaJIA6FkG_EtN8VNII9Gzx8Lwc_j9VPWU8fyKiXUgwzhrKSwJ9RMWTZu7MhXLzEC6-iWXua20shX_jiUNFbdXbGe7IOEK2uX07LtLihR9sJ35_WuHLoHqOJPMtlMaf2gLMhFIsy5UbkJJx77dd6fr-WtV2814HZxn9E3VJBed09xS-FzUdVM87FIkHx6s9PL9VbriMQ0cAkP-mcyNRoX5DfI1q0z3LpgwCk1dkosZfEQRhs1lliEqEpQA7KYAQVANGXXZo9JXECqO1VAmHIiZ6m1Urbyv9GU_f77_P1XSqKC90DaFdApokuPJFtkmHD0n4ouKS_1e90bMdHyN3g7V-69hdlNmneruU=","internal_chat_message_metadata_passthrough":{"turn_id":"cd0ef6e1-6e97-4b15-8b12-bd573e2e1c2e"},"summary":[{"type":"summary_text","text":"**Rewriting rows 55–89**"}],"metadata":{"turn_id":"cd0ef6e1-6e97-4b15-8b12-bd573e2e1c2e"}},{"id":"ctc_0bcebee58b999663016aa69545a7d487d1b63187ff4556aa67","type":"custom_tool_call","status":"completed","call_id":"call_SvkSWrePA1SJJoLQAoau0h4X","input":"*** Begin Patch\n[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r6.sh#9DEF]\nPUT 125.=126:\n+W=''                            # HELD: final assembled source worktree, supplied by Doyle.\n+SP=''                           # HELD: final immutable rig support root; no scratch fallback.\nPUT 156.=158:\n+                                  # the apply disposable. Its sha must equal Doyle's assembled\n+                                  # artifact pin -- a copy that does not hash to EXE_SHA is a\n+                                  # different subject and S0b refuses it.\nPUT >255:\n+# No runtime directory may be created while the final assembly/support tuple is absent.\n+required_config() {\n+  local name\n+  for name in W SP RIG_ROOT EXE_SHA SUBJECT_SHA SUBJECT_BLOB; do\n+    if [ -z \"${!name}\" ]; then\n+      echo \"REFUSED: required final configuration $name is unpinned; no runtime root is created\" >&2\n+      return 1\n+    fi\n+  done\n+}\n+required_config || exit 64\n[.spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py#046F]\nPUT 55.=89:\n+: > sleeps\n+: > records\n+publish_receipt() {\n+  local t; read -r t < clock\n+  if [ \"$ARRIVAL\" -ge 0 ] && [ \"$t\" -ge \"$ARRIVAL\" ]; then\n+    printf '%s' \"$RECEIPT\" > receipt\n+  fi\n+}\n+advance() {\n+  local t; read -r t < clock\n+  printf '%s\\n' \"$((t + $1))\" > clock\n+  publish_receipt\n+}\n+date() { local t; read -r t < clock; printf '%s\\n' \"$t\"; }\n+sleep() {\n+  printf '%s\\n' \"$1\" >> sleeps\n+  advance \"$(( $1 + SLEEP_OVERHEAD ))\"\n+  [ \"$ABORT_AFTER_SLEEP\" -eq 0 ] || ABORT=1\n+}\n+grep() {\n+  command grep \"$@\"\n+  local rc=$?\n+  advance \"$GREP_COST\"\n+  return \"$rc\"\n+}\n+record() {\n+  printf '%s\\n' \"$1\" >> records\n+  case \"$1\" in\n+    HANDOFF_RECEIPT_PRESENT*) advance \"$RECEIPT_RECORD_COST\" ;;\n+    *) advance \"$RECORD_COST\" ;;\n+  esac\n+}\n+stamp() { :; }\n+publish_receipt\n+'''\nPUT 93.=103:\n+HO_RECEIPT=receipt; HO_NONCE=run-001-777\n+if [ \"$START_CLEANUP\" -eq 1 ]; then\n+  end_experimental control\n+  advance \"$CLEANUP_AGE\"\n+fi\n+printf '%s\\n' \"$(cur_deadline)\" > phase-deadline\n+handoff_await \"$CONTEXT\"\n+rc=$?\n+printf 'rc=%s now=%s\\n' \"$rc\" \"$(date +%s)\"\n+exit 0\n+'''\nPUT 258.=268:\n+set_original() { printf '%s\\n' \"$1\" > original-exit; }\n+cleanup() {\n+  printf 'entered\\n' >> cleanup-entries\n+  end_experimental signal-control\n+  HO_RECEIPT=receipt; HO_NONCE=run-001-777\n+  handoff_await cleanup\n+  printf '%s\\n' \"$?\" > cleanup-wait-exit\n+}\n+on_signal TERM\n+printf 'UNREACHABLE\\n'\n+'''\nPUT 318.=327:\n+record() { printf '%s\\n' \"$1\"; }\n+RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\n+HANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\n+HO_RECEIPT=nonexistent-receipt; HO_NONCE=run-001-777\n+before=$(date +%s); PREP_DEADLINE=$((before + 30))\n+handoff_await trial\n+rc=$?; after=$(date +%s)\n+printf 'SMOKE rc=%s elapsed=%s\\n' \"$rc\" \"$((after-before))\"\n+exit 0\n+'''\n*** End Patch\n","internal_chat_message_metadata_passthrough":{"create_time":1789302078.044024,"turn_id":"cd0ef6e1-6e97-4b15-8b12-bd573e2e1c2e"},"name":"edit","metadata":{"turn_id":"cd0ef6e1-6e97-4b15-8b12-bd573e2e1c2e"}}]},"duration":36137.88379999995,"ttft":3075.0513000003994,"completedAt":1789302113685,"contextSnapshot":{"promptTokens":71212,"nonMessageTokens":17096,"compactionEpoch":0}}}
{"type":"message","id":"d78778c3","parentId":"5cdcfddf","timestamp":"2026-09-13T12:21:53.733Z","message":{"role":"toolResult","toolCallId":"call_SvkSWrePA1SJJoLQAoau0h4X|ctc_0bcebee58b999663016aa69545a7d487d1b63187ff4556aa67","toolName":"edit","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r6.sh#5B29]\n123:\n124:# ---- configuration ---------------------------------------------------------\n125:W=''                            # HELD: final assembled source worktree, supplied by Doyle.\n126:SP=''                           # HELD: final immutable rig support root; no scratch fallback.\n127:BIN=\"$SP/fp-bin\"                  # INSTRUMENTS — never written to by a run\n128:RUN_ROOT=\"$SP/fp-run\"             # one timestamped subdir per run\n154:                                  # running, so either of those would be overwritten by the very\n155:                                  # step that makes the gate passable. The copy is what makes\n156:                                  # the apply disposable. Its sha must equal Doyle's assembled\n157:                                  # artifact pin -- a copy that does not hash to EXE_SHA is a\n158:                                  # different subject and S0b refuses it.\n159:EXE_SHA=''                       # HELD: Doyle supplies the assembled executable pin.\n254:TEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\n255:CI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n256:# No runtime directory may be created while the final assembly/support tuple is absent.\n257:required_config() {\n…\n265:}\n266:required_config || exit 64\n267:# One preparation window spans provisioning through GO. Never restart it in this process.\n268:# Explicit unsigned decimal Unix seconds, at most 18 digits to keep Bash arithmetic safe.\n\n[.spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py#D03C]\n53:FAKE_CLOCK = r'''\n54:printf '%s\\n' \"$START\" > clock\n55:: > sleeps\n56:: > records\n…\n88:publish_receipt\n89:'''\n90:\n91:\n92:WAIT_BODY = r'''\n93:HO_RECEIPT=receipt; HO_NONCE=run-001-777\n94:if [ \"$START_CLEANUP\" -eq 1 ]; then\n…\n102:exit 0\n103:'''\n104:\n105:\n256:    # the actual handoff wait. No trap/signal is sent to an unrelated/native process.\n257:    signal_script = definitions(\"r6\") + FAKE_CLOCK + function(sources[\"r6\"], \"on_signal\") + r'''\n258:set_original() { printf '%s\\n' \"$1\" > original-exit; }\n259:cleanup() {\n…\n267:printf 'UNREACHABLE\\n'\n268:'''\n269:    signal_settings = dict(START=100, ARRIVAL=105, RECEIPT=\"nonce: run-001-777\\n\",\n270:        SLEEP_OVERHEAD=0, GREP_COST=0, RECORD_COST=0, RECEIPT_RECORD_COST=0,\n\n272:        EXPERIMENTAL_ENDED=\"\", HANDOFF_WAIT_S=6, CLEANUP_HANDOFF_WAIT_S=6)\n\n316:    # Small real-clock timeout: actual handoff_await + cur_deadline, no fake date/sleep.\n317:    real_script = definitions(\"r6\") + r'''\n318:record() { printf '%s\\n' \"$1\"; }\n319:RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\n…\n326:exit 0\n327:'''\n328:    _, process, elapsed = run(\"r6-real-clock-smoke\", real_script, timeout=15)\n329:    smoke = re.search(r\"SMOKE rc=(\\d+) elapsed=(\\d+)\", process.stdout)"}],"details":{"diff":" 123|\n 124|# ---- configuration ---------------------------------------------------------\n-125|W='C:/Users/decid/Documents/projects/spt-core/.worktrees/304-w2-repr'\n-126|SP='C:/Users/decid/AppData/Local/Temp/claude/C--Users-decid-Documents-projects-spt-core/909af448-f4ab-4fa1-ba30-02e38b275a11/scratchpad/bundle-r5'\n+125|W=''                            # HELD: final assembled source worktree, supplied by Doyle.\n+126|SP=''                           # HELD: final immutable rig support root; no scratch fallback.\n 127|BIN=\"$SP/fp-bin\"                  # INSTRUMENTS — never written to by a run\n 128|RUN_ROOT=\"$SP/fp-run\"             # one timestamped subdir per run\n 154|                                  # running, so either of those would be overwritten by the very\n 155|                                  # step that makes the gate passable. The copy is what makes\n-156|                                  # the apply disposable. Its sha is UNCHANGED from the subject\n-157|                                  # r10 built -- a copy that does not hash to EXE_SHA is a\n+156|                                  # the apply disposable. Its sha must equal Doyle's assembled\n+157|                                  # artifact pin -- a copy that does not hash to EXE_SHA is a\n 158|                                  # different subject and S0b refuses it.\n 159|EXE_SHA=''                       # HELD: Doyle supplies the assembled executable pin.\n 254|TEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\n 255|CI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n+256|# No runtime directory may be created while the final assembly/support tuple is absent.\n+257|required_config() {\n+258|  local name\n+259|  for name in W SP RIG_ROOT EXE_SHA SUBJECT_SHA SUBJECT_BLOB; do\n+260|    if [ -z \"${!name}\" ]; then\n+261|      echo \"REFUSED: required final configuration $name is unpinned; no runtime root is created\" >&2\n+262|      return 1\n+263|    fi\n+264|  done\n+265|}\n+266|required_config || exit 64\n 256|# One preparation window spans provisioning through GO. Never restart it in this process.\n 257|# Explicit unsigned decimal Unix seconds, at most 18 digits to keep Bash arithmetic safe.\n 53|FAKE_CLOCK = r'''\n 54|printf '%s\\n' \"$START\" > clock\n-55|+: > sleeps\n-56|+: > records\n-57|+publish_receipt() {\n-58|+  local t; read -r t < clock\n-59|+  if [ \"$ARRIVAL\" -ge 0 ] && [ \"$t\" -ge \"$ARRIVAL\" ]; then\n-60|+    printf '%s' \"$RECEIPT\" > receipt\n-61|+  fi\n-62|+}\n-63|+advance() {\n-64|+  local t; read -r t < clock\n-65|+  printf '%s\\n' \"$((t + $1))\" > clock\n-66|+  publish_receipt\n-67|+}\n-68|+date() { local t; read -r t < clock; printf '%s\\n' \"$t\"; }\n-69|+sleep() {\n-70|+  printf '%s\\n' \"$1\" >> sleeps\n-71|+  advance \"$(( $1 + SLEEP_OVERHEAD ))\"\n-72|+  [ \"$ABORT_AFTER_SLEEP\" -eq 0 ] || ABORT=1\n-73|+}\n-74|+grep() {\n-75|+  command grep \"$@\"\n-76|+  local rc=$?\n-77|+  advance \"$GREP_COST\"\n-78|+  return \"$rc\"\n-79|+}\n-80|+record() {\n-81|+  printf '%s\\n' \"$1\" >> records\n-82|+  case \"$1\" in\n-83|+    HANDOFF_RECEIPT_PRESENT*) advance \"$RECEIPT_RECORD_COST\" ;;\n-84|+    *) advance \"$RECORD_COST\" ;;\n-85|+  esac\n-86|+}\n-87|+stamp() { :; }\n-88|+publish_receipt\n-89|+'''.replace(\"\\n+\", \"\\n\")\n+55|: > sleeps\n+56|: > records\n+57|publish_receipt() {\n+58|  local t; read -r t < clock\n+59|  if [ \"$ARRIVAL\" -ge 0 ] && [ \"$t\" -ge \"$ARRIVAL\" ]; then\n+60|    printf '%s' \"$RECEIPT\" > receipt\n+61|  fi\n+62|}\n+63|advance() {\n+64|  local t; read -r t < clock\n+65|  printf '%s\\n' \"$((t + $1))\" > clock\n+66|  publish_receipt\n+67|}\n+68|date() { local t; read -r t < clock; printf '%s\\n' \"$t\"; }\n+69|sleep() {\n+70|  printf '%s\\n' \"$1\" >> sleeps\n+71|  advance \"$(( $1 + SLEEP_OVERHEAD ))\"\n+72|  [ \"$ABORT_AFTER_SLEEP\" -eq 0 ] || ABORT=1\n+73|}\n+74|grep() {\n+75|  command grep \"$@\"\n+76|  local rc=$?\n+77|  advance \"$GREP_COST\"\n+78|  return \"$rc\"\n+79|}\n+80|record() {\n+81|  printf '%s\\n' \"$1\" >> records\n+82|  case \"$1\" in\n+83|    HANDOFF_RECEIPT_PRESENT*) advance \"$RECEIPT_RECORD_COST\" ;;\n+84|    *) advance \"$RECORD_COST\" ;;\n+85|  esac\n+86|}\n+87|stamp() { :; }\n+88|publish_receipt\n+89|'''\n 90|\n 91|\n 92|WAIT_BODY = r'''\n-93|+HO_RECEIPT=receipt; HO_NONCE=run-001-777\n-94|+if [ \"$START_CLEANUP\" -eq 1 ]; then\n-95|+  end_experimental control\n-96|+  advance \"$CLEANUP_AGE\"\n-97|+fi\n-98|+printf '%s\\n' \"$(cur_deadline)\" > phase-deadline\n-99|+handoff_await \"$CONTEXT\"\n-100|+rc=$?\n-101|+printf 'rc=%s now=%s\\n' \"$rc\" \"$(date +%s)\"\n-102|+exit 0\n-103|+'''.replace(\"\\n+\", \"\\n\")\n+93|HO_RECEIPT=receipt; HO_NONCE=run-001-777\n+94|if [ \"$START_CLEANUP\" -eq 1 ]; then\n+95|  end_experimental control\n+96|  advance \"$CLEANUP_AGE\"\n+97|fi\n+98|printf '%s\\n' \"$(cur_deadline)\" > phase-deadline\n+99|handoff_await \"$CONTEXT\"\n+100|rc=$?\n+101|printf 'rc=%s now=%s\\n' \"$rc\" \"$(date +%s)\"\n+102|exit 0\n+103|'''\n 104|\n 105|\n 256|    # the actual handoff wait. No trap/signal is sent to an unrelated/native process.\n 257|    signal_script = definitions(\"r6\") + FAKE_CLOCK + function(sources[\"r6\"], \"on_signal\") + r'''\n-258|+set_original() { printf '%s\\n' \"$1\" > original-exit; }\n-259|+cleanup() {\n-260|+  printf 'entered\\n' >> cleanup-entries\n-261|+  end_experimental signal-control\n-262|+  HO_RECEIPT=receipt; HO_NONCE=run-001-777\n-263|+  handoff_await cleanup\n-264|+  printf '%s\\n' \"$?\" > cleanup-wait-exit\n-265|+}\n-266|+on_signal TERM\n-267|+printf 'UNREACHABLE\\n'\n-268|+'''.replace(\"\\n+\", \"\\n\")\n+258|set_original() { printf '%s\\n' \"$1\" > original-exit; }\n+259|cleanup() {\n+260|  printf 'entered\\n' >> cleanup-entries\n+261|  end_experimental signal-control\n+262|  HO_RECEIPT=receipt; HO_NONCE=run-001-777\n+263|  handoff_await cleanup\n+264|  printf '%s\\n' \"$?\" > cleanup-wait-exit\n+265|}\n+266|on_signal TERM\n+267|printf 'UNREACHABLE\\n'\n+268|'''\n 269|    signal_settings = dict(START=100, ARRIVAL=105, RECEIPT=\"nonce: run-001-777\\n\",\n 270|        SLEEP_OVERHEAD=0, GREP_COST=0, RECORD_COST=0, RECEIPT_RECORD_COST=0,\n\n 272|        EXPERIMENTAL_ENDED=\"\", HANDOFF_WAIT_S=6, CLEANUP_HANDOFF_WAIT_S=6)\n\n 316|    # Small real-clock timeout: actual handoff_await + cur_deadline, no fake date/sleep.\n 317|    real_script = definitions(\"r6\") + r'''\n-318|+record() { printf '%s\\n' \"$1\"; }\n-319|+RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\n-320|+HANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\n-321|+HO_RECEIPT=nonexistent-receipt; HO_NONCE=run-001-777\n-322|+before=$(date +%s); PREP_DEADLINE=$((before + 30))\n-323|+handoff_await trial\n-324|+rc=$?; after=$(date +%s)\n-325|+printf 'SMOKE rc=%s elapsed=%s\\n' \"$rc\" \"$((after-before))\"\n-326|+exit 0\n-327|+'''.replace(\"\\n+\", \"\\n\")\n+318|record() { printf '%s\\n' \"$1\"; }\n+319|RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\n+320|HANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\n+321|HO_RECEIPT=nonexistent-receipt; HO_NONCE=run-001-777\n+322|before=$(date +%s); PREP_DEADLINE=$((before + 30))\n+323|handoff_await trial\n+324|rc=$?; after=$(date +%s)\n+325|printf 'SMOKE rc=%s elapsed=%s\\n' \"$rc\" \"$((after-before))\"\n+326|exit 0\n+327|'''\n 328|    _, process, elapsed = run(\"r6-real-clock-smoke\", real_script, timeout=15)\n 329|    smoke = re.search(r\"SMOKE rc=(\\d+) elapsed=(\\d+)\", process.stdout)","firstChangedLine":125,"perFileResults":[{"path":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\fp-driver-d2-r6.sh","diff":" 123|\n 124|# ---- configuration ---------------------------------------------------------\n-125|W='C:/Users/decid/Documents/projects/spt-core/.worktrees/304-w2-repr'\n-126|SP='C:/Users/decid/AppData/Local/Temp/claude/C--Users-decid-Documents-projects-spt-core/909af448-f4ab-4fa1-ba30-02e38b275a11/scratchpad/bundle-r5'\n+125|W=''                            # HELD: final assembled source worktree, supplied by Doyle.\n+126|SP=''                           # HELD: final immutable rig support root; no scratch fallback.\n 127|BIN=\"$SP/fp-bin\"                  # INSTRUMENTS — never written to by a run\n 128|RUN_ROOT=\"$SP/fp-run\"             # one timestamped subdir per run\n 154|                                  # running, so either of those would be overwritten by the very\n 155|                                  # step that makes the gate passable. The copy is what makes\n-156|                                  # the apply disposable. Its sha is UNCHANGED from the subject\n-157|                                  # r10 built -- a copy that does not hash to EXE_SHA is a\n+156|                                  # the apply disposable. Its sha must equal Doyle's assembled\n+157|                                  # artifact pin -- a copy that does not hash to EXE_SHA is a\n 158|                                  # different subject and S0b refuses it.\n 159|EXE_SHA=''                       # HELD: Doyle supplies the assembled executable pin.\n 254|TEARDOWN_PIN_STATE=UNCHECKED      # set by teardown_pin_verify; reported whatever it says\n 255|CI_REPO='BigscreenVR/spt-bs-core' # the CODE repo (D3). Issues live elsewhere.\n+256|# No runtime directory may be created while the final assembly/support tuple is absent.\n+257|required_config() {\n+258|  local name\n+259|  for name in W SP RIG_ROOT EXE_SHA SUBJECT_SHA SUBJECT_BLOB; do\n+260|    if [ -z \"${!name}\" ]; then\n+261|      echo \"REFUSED: required final configuration $name is unpinned; no runtime root is created\" >&2\n+262|      return 1\n+263|    fi\n+264|  done\n+265|}\n+266|required_config || exit 64\n 256|# One preparation window spans provisioning through GO. Never restart it in this process.\n 257|# Explicit unsigned decimal Unix seconds, at most 18 digits to keep Bash arithmetic safe.","firstChangedLine":125,"op":"update","snapshotsPruned":true},{"path":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\controls\\r6-deadline-controls.py","diff":" 53|FAKE_CLOCK = r'''\n 54|printf '%s\\n' \"$START\" > clock\n-55|+: > sleeps\n-56|+: > records\n-57|+publish_receipt() {\n-58|+  local t; read -r t < clock\n-59|+  if [ \"$ARRIVAL\" -ge 0 ] && [ \"$t\" -ge \"$ARRIVAL\" ]; then\n-60|+    printf '%s' \"$RECEIPT\" > receipt\n-61|+  fi\n-62|+}\n-63|+advance() {\n-64|+  local t; read -r t < clock\n-65|+  printf '%s\\n' \"$((t + $1))\" > clock\n-66|+  publish_receipt\n-67|+}\n-68|+date() { local t; read -r t < clock; printf '%s\\n' \"$t\"; }\n-69|+sleep() {\n-70|+  printf '%s\\n' \"$1\" >> sleeps\n-71|+  advance \"$(( $1 + SLEEP_OVERHEAD ))\"\n-72|+  [ \"$ABORT_AFTER_SLEEP\" -eq 0 ] || ABORT=1\n-73|+}\n-74|+grep() {\n-75|+  command grep \"$@\"\n-76|+  local rc=$?\n-77|+  advance \"$GREP_COST\"\n-78|+  return \"$rc\"\n-79|+}\n-80|+record() {\n-81|+  printf '%s\\n' \"$1\" >> records\n-82|+  case \"$1\" in\n-83|+    HANDOFF_RECEIPT_PRESENT*) advance \"$RECEIPT_RECORD_COST\" ;;\n-84|+    *) advance \"$RECORD_COST\" ;;\n-85|+  esac\n-86|+}\n-87|+stamp() { :; }\n-88|+publish_receipt\n-89|+'''.replace(\"\\n+\", \"\\n\")\n+55|: > sleeps\n+56|: > records\n+57|publish_receipt() {\n+58|  local t; read -r t < clock\n+59|  if [ \"$ARRIVAL\" -ge 0 ] && [ \"$t\" -ge \"$ARRIVAL\" ]; then\n+60|    printf '%s' \"$RECEIPT\" > receipt\n+61|  fi\n+62|}\n+63|advance() {\n+64|  local t; read -r t < clock\n+65|  printf '%s\\n' \"$((t + $1))\" > clock\n+66|  publish_receipt\n+67|}\n+68|date() { local t; read -r t < clock; printf '%s\\n' \"$t\"; }\n+69|sleep() {\n+70|  printf '%s\\n' \"$1\" >> sleeps\n+71|  advance \"$(( $1 + SLEEP_OVERHEAD ))\"\n+72|  [ \"$ABORT_AFTER_SLEEP\" -eq 0 ] || ABORT=1\n+73|}\n+74|grep() {\n+75|  command grep \"$@\"\n+76|  local rc=$?\n+77|  advance \"$GREP_COST\"\n+78|  return \"$rc\"\n+79|}\n+80|record() {\n+81|  printf '%s\\n' \"$1\" >> records\n+82|  case \"$1\" in\n+83|    HANDOFF_RECEIPT_PRESENT*) advance \"$RECEIPT_RECORD_COST\" ;;\n+84|    *) advance \"$RECORD_COST\" ;;\n+85|  esac\n+86|}\n+87|stamp() { :; }\n+88|publish_receipt\n+89|'''\n 90|\n 91|\n 92|WAIT_BODY = r'''\n-93|+HO_RECEIPT=receipt; HO_NONCE=run-001-777\n-94|+if [ \"$START_CLEANUP\" -eq 1 ]; then\n-95|+  end_experimental control\n-96|+  advance \"$CLEANUP_AGE\"\n-97|+fi\n-98|+printf '%s\\n' \"$(cur_deadline)\" > phase-deadline\n-99|+handoff_await \"$CONTEXT\"\n-100|+rc=$?\n-101|+printf 'rc=%s now=%s\\n' \"$rc\" \"$(date +%s)\"\n-102|+exit 0\n-103|+'''.replace(\"\\n+\", \"\\n\")\n+93|HO_RECEIPT=receipt; HO_NONCE=run-001-777\n+94|if [ \"$START_CLEANUP\" -eq 1 ]; then\n+95|  end_experimental control\n+96|  advance \"$CLEANUP_AGE\"\n+97|fi\n+98|printf '%s\\n' \"$(cur_deadline)\" > phase-deadline\n+99|handoff_await \"$CONTEXT\"\n+100|rc=$?\n+101|printf 'rc=%s now=%s\\n' \"$rc\" \"$(date +%s)\"\n+102|exit 0\n+103|'''\n 104|\n 105|\n 256|    # the actual handoff wait. No trap/signal is sent to an unrelated/native process.\n 257|    signal_script = definitions(\"r6\") + FAKE_CLOCK + function(sources[\"r6\"], \"on_signal\") + r'''\n-258|+set_original() { printf '%s\\n' \"$1\" > original-exit; }\n-259|+cleanup() {\n-260|+  printf 'entered\\n' >> cleanup-entries\n-261|+  end_experimental signal-control\n-262|+  HO_RECEIPT=receipt; HO_NONCE=run-001-777\n-263|+  handoff_await cleanup\n-264|+  printf '%s\\n' \"$?\" > cleanup-wait-exit\n-265|+}\n-266|+on_signal TERM\n-267|+printf 'UNREACHABLE\\n'\n-268|+'''.replace(\"\\n+\", \"\\n\")\n+258|set_original() { printf '%s\\n' \"$1\" > original-exit; }\n+259|cleanup() {\n+260|  printf 'entered\\n' >> cleanup-entries\n+261|  end_experimental signal-control\n+262|  HO_RECEIPT=receipt; HO_NONCE=run-001-777\n+263|  handoff_await cleanup\n+264|  printf '%s\\n' \"$?\" > cleanup-wait-exit\n+265|}\n+266|on_signal TERM\n+267|printf 'UNREACHABLE\\n'\n+268|'''\n 269|    signal_settings = dict(START=100, ARRIVAL=105, RECEIPT=\"nonce: run-001-777\\n\",\n 270|        SLEEP_OVERHEAD=0, GREP_COST=0, RECORD_COST=0, RECEIPT_RECORD_COST=0,\n\n 272|        EXPERIMENTAL_ENDED=\"\", HANDOFF_WAIT_S=6, CLEANUP_HANDOFF_WAIT_S=6)\n\n 316|    # Small real-clock timeout: actual handoff_await + cur_deadline, no fake date/sleep.\n 317|    real_script = definitions(\"r6\") + r'''\n-318|+record() { printf '%s\\n' \"$1\"; }\n-319|+RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\n-320|+HANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\n-321|+HO_RECEIPT=nonexistent-receipt; HO_NONCE=run-001-777\n-322|+before=$(date +%s); PREP_DEADLINE=$((before + 30))\n-323|+handoff_await trial\n-324|+rc=$?; after=$(date +%s)\n-325|+printf 'SMOKE rc=%s elapsed=%s\\n' \"$rc\" \"$((after-before))\"\n-326|+exit 0\n-327|+'''.replace(\"\\n+\", \"\\n\")\n+318|record() { printf '%s\\n' \"$1\"; }\n+319|RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\n+320|HANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\n+321|HO_RECEIPT=nonexistent-receipt; HO_NONCE=run-001-777\n+322|before=$(date +%s); PREP_DEADLINE=$((before + 30))\n+323|handoff_await trial\n+324|rc=$?; after=$(date +%s)\n+325|printf 'SMOKE rc=%s elapsed=%s\\n' \"$rc\" \"$((after-before))\"\n+326|exit 0\n+327|'''\n 328|    _, process, elapsed = run(\"r6-real-clock-smoke\", real_script, timeout=15)\n 329|    smoke = re.search(r\"SMOKE rc=(\\d+) elapsed=(\\d+)\", process.stdout)","firstChangedLine":55,"op":"update","snapshotsPruned":true}]},"isError":false,"timestamp":1789302113732}}
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{"type":"message","id":"7c867803","parentId":"cfb2a4ca","timestamp":"2026-09-13T12:22:05.164Z","message":{"role":"toolResult","toolCallId":"call_QJkz9m5wMFGsXLqiDPtPntPQ|fc_0bcebee58b999663016aa6956cfd8c87d1953273d55e393460","toolName":"read","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py#D03C]\n38:def assignment(source, name):\n39:    matches = re.findall(r\"^\" + re.escape(name) + r\"=.*$\", source, re.MULTILINE)\n…\n42:    return matches[0] + \"\\n\"\n43:\n44:\n45:def prep_initialization(source):\n46:    # Contiguous ACTUAL initialization between known adjacent config assignments;\n47:    # never includes configuration paths, evidence creation, traps or executable flow.\n48:    start = source.index(\"\\n\", source.index(\"\\nCI_REPO=\")) + 1\n49:    end = source.index(\"\\nRUN_EPOCH=\", start)\n50:    return source[start:end] + \"\\n\"\n51:\n52:\n…\n274:    check(\"r6-actual-signal-handler\", process.returncode == 130 and not process.stdout\n…\n276:          and (arm / \"cleanup-wait-exit\").read_text().strip() == \"0\"\n277:          and (arm / \"cleanup-entries\").read_text().splitlines() == [\"entered\"],\n278:          {\"exit\": process.returncode, \"stdout\": process.stdout, \"stderr\": process.stderr})\n279:\n280:    # Execute only ACTUAL preparation initialization, not driver top-level. A valid\n281:    # inherited window is carried unchanged; missing/invalid windows must exit 8.\n282:    def prep_arm(label, revision, epoch, deadline, now, expected_exit, expected_pair=None):\n283:        source = sources[revision]\n284:        script = assignment(source, \"PREP_BUDGET_S\") + 'date() { echo \"$NOW\"; }\\n'\n285:        script += prep_initialization(source)\n286:        script += function(source, \"prep_left\")\n287:        script += 'printf \"epoch=%s deadline=%s left=%s\\\\n\" \"$PREP_EPOCH\" \"$PREP_DEADLINE\" \"$(prep_left)\"\\n'\n288:        settings = {\"NOW\": now}\n289:        if epoch is not None:\n290:            settings[\"SPT_RIG_PREP_EPOCH\"] = epoch\n291:        if deadline is not None:\n292:            settings[\"SPT_RIG_PREP_DEADLINE\"] = deadline\n293:        _, process, _ = run(label, script, settings)\n294:        ok = process.returncode == expected_exit\n295:        if expected_pair is not None:\n296:            e, d = expected_pair\n297:            ok = ok and process.stdout.strip() == f\"epoch={e} deadline={d} left={max(0, d - now)}\" and not process.stderr\n298:        else:\n299:            ok = ok and not process.stdout and \"REFUSED:\" in process.stderr\n300:        check(label, ok, {\"exit\": process.returncode, \"stdout\": process.stdout, \"stderr\": process.stderr})\n301:\n302:    prep_arm(\"r5-prep-restarts-counterexample\", \"r5\", 100, 700, 200, 0, (200, 800))\n303:    prep_arm(\"r6-prep-carries-window\", \"r6\", 100, 700, 200, 0, (100, 700))\n304:    prep_arm(\"r6-prep-last-second\", \"r6\", 100, 700, 699, 0, (100, 700))\n305:    prep_arm(\"r6-prep-leading-zero-decimal\", \"r6\", \"000100\", \"000700\", 200, 0, (100, 700))\n306:    for label, epoch, deadline, now in (\n307:            (\"missing-both\", None, None, 200), (\"missing-epoch\", None, 700, 200),\n308:            (\"missing-deadline\", 100, None, 200), (\"empty\", \"\", \"\", 200),\n309:            (\"malformed\", \"1+99\", 700, 200), (\"negative\", -100, 500, 200),\n310:            (\"fraction\", \"100.0\", 700, 200), (\"whitespace\", \" 100\", 700, 200),\n311:            (\"overflow\", \"9\" * 30, \"9\" * 30, 200),\n312:            (\"wrong-window\", 100, 701, 200), (\"future-epoch\", 201, 801, 200),\n313:            (\"exact-expiry\", 100, 700, 700), (\"expired\", 100, 700, 701)):\n314:        prep_arm(\"r6-prep-refuses-\" + label, \"r6\", epoch, deadline, now, 8)\n315:\n316:    # Small real-clock timeout: actual handoff_await + cur_deadline, no fake date/sleep.\n317:    real_script = definitions(\"r6\") + r'''\n318:record() { printf '%s\\n' \"$1\"; }\n319:RUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\n320:HANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\n…\n326:exit 0\n327:'''"}],"details":{"displayContent":{"text":"def assignment(source, name):\n    matches = re.findall(r\"^\" + re.escape(name) + r\"=.*$\", source, re.MULTILINE)\n…\n    return matches[0] + \"\\n\"\n\n\ndef prep_initialization(source):\n    # Contiguous ACTUAL initialization between known adjacent config assignments;\n    # never includes configuration paths, evidence creation, traps or executable flow.\n    start = source.index(\"\\n\", source.index(\"\\nCI_REPO=\")) + 1\n    end = source.index(\"\\nRUN_EPOCH=\", start)\n    return source[start:end] + \"\\n\"\n\n\n…\n    check(\"r6-actual-signal-handler\", process.returncode == 130 and not process.stdout\n…\n          and (arm / \"cleanup-wait-exit\").read_text().strip() == \"0\"\n          and (arm / \"cleanup-entries\").read_text().splitlines() == [\"entered\"],\n          {\"exit\": process.returncode, \"stdout\": process.stdout, \"stderr\": process.stderr})\n\n    # Execute only ACTUAL preparation initialization, not driver top-level. A valid\n    # inherited window is carried unchanged; missing/invalid windows must exit 8.\n    def prep_arm(label, revision, epoch, deadline, now, expected_exit, expected_pair=None):\n        source = sources[revision]\n        script = assignment(source, \"PREP_BUDGET_S\") + 'date() { echo \"$NOW\"; }\\n'\n        script += prep_initialization(source)\n        script += function(source, \"prep_left\")\n        script += 'printf \"epoch=%s deadline=%s left=%s\\\\n\" \"$PREP_EPOCH\" \"$PREP_DEADLINE\" \"$(prep_left)\"\\n'\n        settings = {\"NOW\": now}\n        if epoch is not None:\n            settings[\"SPT_RIG_PREP_EPOCH\"] = epoch\n        if deadline is not None:\n            settings[\"SPT_RIG_PREP_DEADLINE\"] = deadline\n        _, process, _ = run(label, script, settings)\n        ok = process.returncode == expected_exit\n        if expected_pair is not None:\n            e, d = expected_pair\n            ok = ok and process.stdout.strip() == f\"epoch={e} deadline={d} left={max(0, d - now)}\" and not process.stderr\n        else:\n            ok = ok and not process.stdout and \"REFUSED:\" in process.stderr\n        check(label, ok, {\"exit\": process.returncode, \"stdout\": process.stdout, \"stderr\": process.stderr})\n\n    prep_arm(\"r5-prep-restarts-counterexample\", \"r5\", 100, 700, 200, 0, (200, 800))\n    prep_arm(\"r6-prep-carries-window\", \"r6\", 100, 700, 200, 0, (100, 700))\n    prep_arm(\"r6-prep-last-second\", \"r6\", 100, 700, 699, 0, (100, 700))\n    prep_arm(\"r6-prep-leading-zero-decimal\", \"r6\", \"000100\", \"000700\", 200, 0, (100, 700))\n    for label, epoch, deadline, now in (\n            (\"missing-both\", None, None, 200), (\"missing-epoch\", None, 700, 200),\n            (\"missing-deadline\", 100, None, 200), (\"empty\", \"\", \"\", 200),\n            (\"malformed\", \"1+99\", 700, 200), (\"negative\", -100, 500, 200),\n            (\"fraction\", \"100.0\", 700, 200), (\"whitespace\", \" 100\", 700, 200),\n            (\"overflow\", \"9\" * 30, \"9\" * 30, 200),\n            (\"wrong-window\", 100, 701, 200), (\"future-epoch\", 201, 801, 200),\n            (\"exact-expiry\", 100, 700, 700), (\"expired\", 100, 700, 701)):\n        prep_arm(\"r6-prep-refuses-\" + label, \"r6\", epoch, deadline, now, 8)\n\n    # Small real-clock timeout: actual handoff_await + cur_deadline, no fake date/sleep.\n    real_script = definitions(\"r6\") + r'''\nrecord() { printf '%s\\n' \"$1\"; }\nRUN_EPOCH=''; CLEANUP_EPOCH=0; ABORT=0\nHANDOFF_WAIT_S=2; CLEANUP_HANDOFF_WAIT_S=2\n…\nexit 0\n'''","startLine":38,"lineNumbers":[38,39,null,42,43,44,45,46,47,48,49,50,51,52,null,274,null,276,277,278,279,280,281,282,283,284,285,286,287,288,289,290,291,292,293,294,295,296,297,298,299,300,301,302,303,304,305,306,307,308,309,310,311,312,313,314,315,316,317,318,319,320,null,326,327]},"fileSize":16603,"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\controls\\r6-deadline-controls.py"}}},"isError":false,"timestamp":1789302125163}}
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{"type":"message","id":"723bfc0f","parentId":"6542d228","timestamp":"2026-09-13T12:22:28.795Z","message":{"role":"assistant","content":[{"type":"thinking","thinking":"**Checking harness cleanup**\n\n**Verifying harness configuration**"},{"type":"toolCall","id":"call_t9DUwkOf7C1maxeXFHawDT2J|ctc_0bcebee58b999663016aa6957e3bac87d198e303f29b11bfdf","name":"edit","arguments":{"input":"*** Begin Patch\n[.spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py#D03C]\nPUT 48.=48:\n+    start = source.index(\"\\n\", source.index(\"\\nCI_REPO=\") + 1) + 1\nPUT >281:\n+    config_names = (\"W\", \"SP\", \"RIG_ROOT\", \"EXE_SHA\", \"SUBJECT_SHA\", \"SUBJECT_BLOB\")\n+    control_config = {name: \"CONTROL-NOT-A-FIELD-VALUE\" for name in config_names}\n+    config_script = function(sources[\"r6\"], \"required_config\")\n+    config_script += 'required_config || exit 64\\nprintf \"CONFIG_ACCEPTED\\\\n\"\\n'\n+    for missing in config_names:\n+        settings = dict(control_config)\n+        settings[missing] = \"\"\n+        _, process, _ = run(\"r6-config-refuses-\" + missing, config_script, settings)\n+        check(\"r6-config-refuses-\" + missing,\n+              process.returncode == 64 and not process.stdout\n+              and f\"configuration {missing} is unpinned\" in process.stderr,\n+              {\"exit\": process.returncode, \"stderr\": process.stderr})\n+    # These non-path, public labels satisfy only the nonempty gate in isolated\n+    # preparation arms; no config lookup, provisioning or field body is extracted.\nPUT 288.=288:\n+        settings = dict(control_config, NOW=now)\n*** End Patch\n"},"customWireName":"edit"}],"api":"openai-codex-responses","provider":"openai-codex","model":"gpt-6-astra","usage":{"input":1556,"output":639,"cacheRead":72832,"cacheWrite":0,"totalTokens":75027,"reasoningTokens":301,"cost":{"input":0.015560000000000001,"output":0.03195,"cacheRead":0.072832,"cacheWrite":0,"total":0.12034199999999999}},"stopReason":"toolUse","timestamp":1789302125170,"responseId":"resp_0bcebee58b999663016aa6956d67f887d196d156aff5664f93","providerPayload":{"type":"openaiResponsesHistory","provider":"openai-codex","dt":true,"items":[{"id":"rs_0bcebee58b999663016aa6956f2fd887d1bf2d79c6c79fa5c4","type":"reasoning","content":[],"encrypted_content":"gAAAAABqppV-n-zwT78UCagehu6P2CLIkvqpicGjC2zLJ-m5I9A4f08Lr9pHo30HiwiEAd03FkGogS5Js10DqKGTWh3hq40hPcNlPnPUEWEB-viHb6BRjtvrVy_9WXkjm-2mCwtMS3clX7B8zV8R-JfJFpy981dER_4OD6EnIU1sOijBPPRX5AoxAprdzQ5z3lFB2RDOzXfN2XaDXrBAf763HNOxOPIjQ2GMcbN-nNYsEGlcONUAr94OVBhEyFjCwsPNiMXTfg9ifvyU9TWyXZHobtDAPXjyObA1uC77diO_SJGmvIvpGHjPHPfeJavVCfl7bQ-QL5Z8cUvWUD_jsk5guWPo_O1tqR_ys80D4WJp0UfMKKIuI8D0QLnJeAVSm62EKsLL2RoqPrt4il8bNiscj8VH5iaGXtVgh2czGXItsOw2freJTwCXg_AOuqSO0Na4Mva-v_-5dx_HAAQhzRoM5d8mWZT8zThRVv4Q2Abz3Iduk1yUrjJX4xtO5OxBO4TYRgYtk6-aqTHPktoiY1pWebaExxfqk7WHizqZ-_1KyI2O0NWXPlEJSgARBegLg4srJv3jqw5zcPaRqSLbhyAeN9cMGCikDuuY39asarpQ1kXNp47-e5EIxTUH9lGy-AB8yYJbZNHhy8eWEFGqRay0dzzVlV3rBuXFh3hkuzyFGIii_-ZZYlaGZY0nA4Tu1dHrsoOAOJJJzCYVMoo8lSEfEF2CtJHzHOT5uCXkPW4vQ9Iy1tLDEUqVABcHRz-vTJg9L5nq1EuTdG_1C0l6XukW13Wd3j-tk-d-7Q2QU6nU8B7G9P3HbQXoHdPP8U7y8Np-FDimW3W0Mpqhrw0Go2XTwmw0Zx5g0nMv5w_7zCZlwPYVO5DMzNrMhdSapJsABesT_X4kXO-NfnNUK-QiMnuAAFJ6JOOXZCc9AMQSk5wG7z530b3i6lzZoZg0-b-w10eel950sfScjmzt7RNRTJiR0pxm05zhcZn6tFgTDBWXibs_c1ByA8w5em_YgpGdCiT_BEBwAa0etsHYu1bHiyubnFL2N9PCp7pcLhnrJt3LNCpF63wUP34rNLMGEkq-ML9TFMv4w-EqVqA9EqMKTF_TBpj_qT2mSs_36dSTXl_r-zpWuJy8CLeA354B1djvpP8vrKsqW9lWlCMdDONlLdWkYTrNxrMhmSFQl0OYQQBSPCit7LV5Z-qnRo1l_M9OYrLMytmm3CCAI7clWdbybYXRZmoDpjTm9fpdm8yZ-x_UyNX8hCD8WBJ9rYHDFzFbY30WKgL9z9ZcpT7KpsM5ueW92yc6JqYg0pOg8S5jZny9Do_iC9zaRHvT8tJDLV_Zh6sSBB0Mwjwf-4V0Ne4Sh5sopR2lW3bfSRz4rCRyRH9HH2wuwNtDIa3zBRQdUa3iiJzjMs0oEDuLPTIkgY1AzCmtsjHwtiOet8x1Ze0HxdBZOdH58ePeCB1-fjYJY5FtHMNI2ChZRAJcvc9XNDSZ12a0tVBNGB3NDJKz5X55c7nKHybV5QTEGDmXLsIC2K5CZtdyIZcmiw7n6zVcjsMt8KqqtJYTvT-znueeClpMUU8zltyN4t7S6wumeUJeH39vloQcuMtxPc4XCAkJzmCOFPNcv8mPZk6e9njQYwbL7jCxLLyqesk-lDoOWDQFV54ukKylAPn7VUFGs2w4Bq8ydcjWZRoAdBhwnlWunnJJcVvVa_BFmfUr6kkyZJH7d8D42uAtA29Gnk9L3SmmPNm5xFsnR6IHVrSjpzJPsGhqGt5ryqAfeDfum9_XtoyHxY8oG7jGlBWtAbrF2pUTaQkSm0NRnRgA8Av1KUA3cBZpBQ9k_Bd0FJNQdGwqh2p9DgKzxSKA3VJwSGWgHsRjnoI96nat5P5u21ik7Y0sItJQWvx_ovX-yV0POegVlm0bRTQE5Off1p5VuVpRQp5QrOH0l0wv295UXo8F3bBekMZ_CkVNWm_JBm4fQnZVY9Ii0Yf6awclHyq87HYbTqHfOpVQLr-Ol9XFGGwMMsCYLJa1Ga4GEakde2yUAIlQwTHEeDtgmV-C91cSIyn8n3gOQGSKzHJRuZTMUpdMS7A0VkvmVCRXRvw19CGLEyXon3buUOUheClU7OCdBSrWCT3odHKc_mSIJAzGEm_G7alyf2c-bjpBhocKcfku4QQgP_KjMG2lTuR1FxaoL-phTAc2P1Z9CjxYkFGaEjxd5iX6aMcp4Uq8s70RQvaNRxkzvjIQOc10_1DYxvIfFrZKA_TuKPl0Rb6t6yMahTEG-JqCGYi9noJSCqbF8tZ_RI91HZylM-RD3XR4UpF8NtGVfY33LKJukXNtUFg7f0ucTz8EiGyG1L85C0oWBbHofRajGI8twTCFBeyMCKNgtZygGGdnLarswJSzhtZEsUpVE9jw9W7U3bGW6SsB8o_5a0IfLVvjv1R-YmrE-FAVnveqF6vg9BUcyQCB6vGzy2Y1AL8lB7SRdIfvgleRFsWWU-evJY4Mpd3N-_5YRFdmqAS3zl-EYkma1jt01pl4t_HXglOmEy9OZpGcviPaYiRg-iTRLrC8T2j9SrEtmYKkuruzvqQGhQNQ0v5Elcyl24JQ2j83KQHLTvMDMcEY9R3YZU4mln8s3WrvzcrwdsU9DZpYU8bDkzSOtOe2JCJFE2t2ctl5ccbCIaRDFkVY-nHzoXgRbVmC0Cu8kO0ET41BlHVj83oKQcPDWlNOhjTYTlokivVkKtB4Cp-Xl_7Kqv7NVCnmclVqzvyVK50j1k1jiE1536hmGq6euuX-pFQHf-b9MwafnUDRmJsJ2fPTd8GcxQ6wdaszNNb58W75z4PowC5CHUR7eR_SM2IkL4-ceA9rDr8HN-ZTtlRbJ_sY5buZrc6ZNtdUkXYJHuOeEHRChyWsvAdbH8CrRxNBj-DJaRYWULwdHgmIjmsOC1NO5m1UO0-mCR36WFCBetprc83ZW0RsHGpy-0tC3fQahMoivDxaNvtz_ShINa_8hUWNjkfbRZdTlWl_b6OLwJJYy093NAYGz0VV6sPUAbDU3U2i8EC58XB8y9vArtsEudhaRD0eX_m1r_B71ZtdZhpdzjoqw58Pj0y_r5PwSciTmHtXJhdr9T57EF0Vu6LHuDXsyIbxI-HiyQQXVC41a22_P99ZYrLpnaxPttlnNQa-2hHVt089qhDPMjY7xpTbuRSqpzxXghXRkafv2ZdKZdSPMyNmnh-4ZH5krhpobS1wqQuSimhOwI4EXKYhTBuIabbqRiCdeUk=","internal_chat_message_metadata_passthrough":{"turn_id":"cd0ef6e1-6e97-4b15-8b12-bd573e2e1c2e"},"summary":[{"type":"summary_text","text":"**Checking harness cleanup**"},{"type":"summary_text","text":"**Verifying harness configuration**"}],"metadata":{"turn_id":"cd0ef6e1-6e97-4b15-8b12-bd573e2e1c2e"}},{"id":"ctc_0bcebee58b999663016aa6957e3bac87d198e303f29b11bfdf","type":"custom_tool_call","status":"completed","call_id":"call_t9DUwkOf7C1maxeXFHawDT2J","input":"*** Begin Patch\n[.spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py#D03C]\nPUT 48.=48:\n+    start = source.index(\"\\n\", source.index(\"\\nCI_REPO=\") + 1) + 1\nPUT >281:\n+    config_names = (\"W\", \"SP\", \"RIG_ROOT\", \"EXE_SHA\", \"SUBJECT_SHA\", \"SUBJECT_BLOB\")\n+    control_config = {name: \"CONTROL-NOT-A-FIELD-VALUE\" for name in config_names}\n+    config_script = function(sources[\"r6\"], \"required_config\")\n+    config_script += 'required_config || exit 64\\nprintf \"CONFIG_ACCEPTED\\\\n\"\\n'\n+    for missing in config_names:\n+        settings = dict(control_config)\n+        settings[missing] = \"\"\n+        _, process, _ = run(\"r6-config-refuses-\" + missing, config_script, settings)\n+        check(\"r6-config-refuses-\" + missing,\n+              process.returncode == 64 and not process.stdout\n+              and f\"configuration {missing} is unpinned\" in process.stderr,\n+              {\"exit\": process.returncode, \"stderr\": process.stderr})\n+    # These non-path, public labels satisfy only the nonempty gate in isolated\n+    # preparation arms; no config lookup, provisioning or field body is extracted.\nPUT 288.=288:\n+        settings = dict(control_config, NOW=now)\n*** End Patch\n","internal_chat_message_metadata_passthrough":{"create_time":1789302125.57483,"turn_id":"cd0ef6e1-6e97-4b15-8b12-bd573e2e1c2e"},"name":"edit","metadata":{"turn_id":"cd0ef6e1-6e97-4b15-8b12-bd573e2e1c2e"}}]},"duration":23621.700599999167,"ttft":2036.901999999769,"completedAt":1789302148793,"contextSnapshot":{"promptTokens":74388,"nonMessageTokens":17096,"compactionEpoch":0}}}
{"type":"message","id":"ae53d026","parentId":"723bfc0f","timestamp":"2026-09-13T12:22:28.822Z","message":{"role":"toolResult","toolCallId":"call_t9DUwkOf7C1maxeXFHawDT2J|ctc_0bcebee58b999663016aa6957e3bac87d198e303f29b11bfdf","toolName":"edit","content":[{"type":"text","text":"[.spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py#2426]\n45:def prep_initialization(source):\n46:    # Contiguous ACTUAL initialization between known adjacent config assignments;\n47:    # never includes configuration paths, evidence creation, traps or executable flow.\n48:    start = source.index(\"\\n\", source.index(\"\\nCI_REPO=\") + 1) + 1\n49:    end = source.index(\"\\nRUN_EPOCH=\", start)\n50:    return source[start:end] + \"\\n\"\n280:    # Execute only ACTUAL preparation initialization, not driver top-level. A valid\n281:    # inherited window is carried unchanged; missing/invalid windows must exit 8.\n282:    config_names = (\"W\", \"SP\", \"RIG_ROOT\", \"EXE_SHA\", \"SUBJECT_SHA\", \"SUBJECT_BLOB\")\n283:    control_config = {name: \"CONTROL-NOT-A-FIELD-VALUE\" for name in config_names}\n…\n294:    # These non-path, public labels satisfy only the nonempty gate in isolated\n295:    # preparation arms; no config lookup, provisioning or field body is extracted.\n296:    def prep_arm(label, revision, epoch, deadline, now, expected_exit, expected_pair=None):\n297:        source = sources[revision]\n300:        script += function(source, \"prep_left\")\n301:        script += 'printf \"epoch=%s deadline=%s left=%s\\\\n\" \"$PREP_EPOCH\" \"$PREP_DEADLINE\" \"$(prep_left)\"\\n'\n302:        settings = dict(control_config, NOW=now)\n303:        if epoch is not None:\n304:            settings[\"SPT_RIG_PREP_EPOCH\"] = epoch\n\n314:        check(label, ok, {\"exit\": process.returncode, \"stdout\": process.stdout, \"stderr\": process.stderr})"}],"details":{"diff":" 45|def prep_initialization(source):\n 46|    # Contiguous ACTUAL initialization between known adjacent config assignments;\n 47|    # never includes configuration paths, evidence creation, traps or executable flow.\n-48|    start = source.index(\"\\n\", source.index(\"\\nCI_REPO=\")) + 1\n+48|    start = source.index(\"\\n\", source.index(\"\\nCI_REPO=\") + 1) + 1\n 49|    end = source.index(\"\\nRUN_EPOCH=\", start)\n 50|    return source[start:end] + \"\\n\"\n 280|    # Execute only ACTUAL preparation initialization, not driver top-level. A valid\n 281|    # inherited window is carried unchanged; missing/invalid windows must exit 8.\n+282|    config_names = (\"W\", \"SP\", \"RIG_ROOT\", \"EXE_SHA\", \"SUBJECT_SHA\", \"SUBJECT_BLOB\")\n+283|    control_config = {name: \"CONTROL-NOT-A-FIELD-VALUE\" for name in config_names}\n+284|    config_script = function(sources[\"r6\"], \"required_config\")\n+285|    config_script += 'required_config || exit 64\\nprintf \"CONFIG_ACCEPTED\\\\n\"\\n'\n+286|    for missing in config_names:\n+287|        settings = dict(control_config)\n+288|        settings[missing] = \"\"\n+289|        _, process, _ = run(\"r6-config-refuses-\" + missing, config_script, settings)\n+290|        check(\"r6-config-refuses-\" + missing,\n+291|              process.returncode == 64 and not process.stdout\n+292|              and f\"configuration {missing} is unpinned\" in process.stderr,\n+293|              {\"exit\": process.returncode, \"stderr\": process.stderr})\n+294|    # These non-path, public labels satisfy only the nonempty gate in isolated\n+295|    # preparation arms; no config lookup, provisioning or field body is extracted.\n 282|    def prep_arm(label, revision, epoch, deadline, now, expected_exit, expected_pair=None):\n 283|        source = sources[revision]\n 286|        script += function(source, \"prep_left\")\n 287|        script += 'printf \"epoch=%s deadline=%s left=%s\\\\n\" \"$PREP_EPOCH\" \"$PREP_DEADLINE\" \"$(prep_left)\"\\n'\n-288|        settings = {\"NOW\": now}\n+302|        settings = dict(control_config, NOW=now)\n 289|        if epoch is not None:\n 290|            settings[\"SPT_RIG_PREP_EPOCH\"] = epoch\n\n 300|        check(label, ok, {\"exit\": process.returncode, \"stdout\": process.stdout, \"stderr\": process.stderr})","firstChangedLine":48,"op":"update","path":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\controls\\r6-deadline-controls.py","snapshotsPruned":true},"isError":false,"timestamp":1789302148821}}
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{"type":"message","id":"5ba330a2","parentId":"b836d5d0","timestamp":"2026-09-13T12:23:11.749Z","message":{"role":"assistant","content":[{"type":"thinking","thinking":"**Checking control initialization**\n\n**Reviewing version comments**"},{"type":"toolCall","id":"call_PEL1uMm7s3sS0hT1v74VAkut|fc_0bcebee58b999663016aa6959a11fc87d1830a44695a809023","name":"yield","arguments":{"data":{"status":"implemented_not_executed","paths":[".spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r6.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py"],"intended_invocation":"python .spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py --bash \"C:/Program Files/Git/bin/bash.exe\" --output-root .spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-proof-Doyle6U2UZVXK","exact_deltas":["Created r6 from unchanged r5; changed revision header and relevant preparation/provenance comments.","Cleared W, SP, EXE_SHA, SUBJECT_SHA, SUBJECT_BLOB; RIG_ROOT remains empty. Added required_config refusal (exit64) before evidence/root creation when any of those six slots is empty.","Replaced fresh process-start preparation clock with explicit SPT_RIG_PREP_EPOCH/SPT_RIG_PREP_DEADLINE validation: both unsigned decimal Unix seconds, 1–18 digits; leading zeroes converted explicitly as decimal; epoch <= now < deadline; deadline = epoch + PREP_BUDGET_S (600). Refusal exits8 before runtime evidence creation. No restart600 fallback.","handoff_await now computes min(entry_now + requested duration, entry_now + HANDOFF_CAP_S, phase deadline). Cleanup explicitly uses WORK_DEADLINE, including pre-GO cleanup and unopened-work-deadline refusal.","Changed cur_deadline precedence to cleanup first, then preparation, then experiment; pre-GO cleanup can no longer select PREP_DEADLINE.","handoff_await rereads time around receipt checking and after receipt recording; acceptance at/after deadline fails. 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No driver top-level, product, launcher, keys, firewall/provider, field home, or field process is exercised.","verification":"No controls, parse commands, tests, formatters, builds, or field commands run, per assignment. Main must execute invocation after both slices settle. The edit tool automatically issued one suspect syntax warning near comment line4 after the first patch; touched regions were reread and intact, tool issue reported. Later edit emitted no such warning, but this is not claimed as Bash parse proof.","interface":"No unresolved design question. Main supplies/fills final six configuration slots and inherited preparation epoch/deadline, then freezes configured driver SHA. 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Includes a small real-clock actual-function wait smoke. No driver top-level, product, launcher, keys, firewall/provider, field home, or field process is exercised.\",\"verification\":\"No controls, parse commands, tests, formatters, builds, or field commands run, per assignment. Main must execute invocation after both slices settle. The edit tool automatically issued one suspect syntax warning near comment line4 after the first patch; touched regions were reread and intact, tool issue reported. Later edit emitted no such warning, but this is not claimed as Bash parse proof.\",\"interface\":\"No unresolved design question. Main supplies/fills final six configuration slots and inherited preparation epoch/deadline, then freezes configured driver SHA. Control --output-root parent must exist and destination must not exist; no reused output is cleared.\"}}","call_id":"call_PEL1uMm7s3sS0hT1v74VAkut","internal_chat_message_metadata_passthrough":{"create_time":1789302149.227437,"turn_id":"cd0ef6e1-6e97-4b15-8b12-bd573e2e1c2e"},"name":"yield","metadata":{"turn_id":"cd0ef6e1-6e97-4b15-8b12-bd573e2e1c2e"}}]},"duration":42890.59700000007,"ttft":1750.2593999998644,"completedAt":1789302191748,"contextSnapshot":{"promptTokens":75441,"nonMessageTokens":17096,"compactionEpoch":0}}}
{"type":"message","id":"ec7184c6","parentId":"5ba330a2","timestamp":"2026-09-13T12:23:11.751Z","message":{"role":"toolResult","toolCallId":"call_PEL1uMm7s3sS0hT1v74VAkut|fc_0bcebee58b999663016aa6959a11fc87d1830a44695a809023","toolName":"yield","content":[{"type":"text","text":"Result submitted."}],"details":{"data":{"status":"implemented_not_executed","paths":[".spt/preserved/hertz-fp-driver-review/d2/fp-driver-d2-r6.sh",".spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py"],"intended_invocation":"python .spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-controls.py --bash \"C:/Program Files/Git/bin/bash.exe\" --output-root .spt/preserved/hertz-fp-driver-review/d2/controls/r6-deadline-proof-Doyle6U2UZVXK","exact_deltas":["Created r6 from unchanged r5; changed revision header and relevant preparation/provenance comments.","Cleared W, SP, EXE_SHA, SUBJECT_SHA, SUBJECT_BLOB; RIG_ROOT remains empty. Added required_config refusal (exit64) before evidence/root creation when any of those six slots is empty.","Replaced fresh process-start preparation clock with explicit SPT_RIG_PREP_EPOCH/SPT_RIG_PREP_DEADLINE validation: both unsigned decimal Unix seconds, 1–18 digits; leading zeroes converted explicitly as decimal; epoch <= now < deadline; deadline = epoch + PREP_BUDGET_S (600). Refusal exits8 before runtime evidence creation. No restart600 fallback.","handoff_await now computes min(entry_now + requested duration, entry_now + HANDOFF_CAP_S, phase deadline). Cleanup explicitly uses WORK_DEADLINE, including pre-GO cleanup and unopened-work-deadline refusal.","Changed cur_deadline precedence to cleanup first, then preparation, then experiment; pre-GO cleanup can no longer select PREP_DEADLINE.","handoff_await rereads time around receipt checking and after receipt recording; acceptance at/after deadline fails. Final sleep is min(5, remaining), and all elapsed overhead consumes the absolute deadline.","prep_left now subtracts current time from inherited PREP_DEADLINE.","Exact whole-line nonce-count/rejection code, authorizer checks outside handoff_await, ordinary ABORT versus cleanup behavior, and native containment implementation remain unchanged."],"controls":"Exclusive, preserved output root; pinned original r5; extracted actual function/initialization source saved and hashed per arm. Deterministic r5 counterexamples and r6 qualifications cover common cap, preparation/experiment deadlines, pre-/post-GO cleanup reserve, request clamp, scheduling/check/record overhead, exact/late receipt boundaries, duplicate/mismatched/substring nonce rejection, ordinary/cleanup ABORT, actual on_signal handler with host cleanup replaced solely by extracted handoff wait, missing configuration, inherited/missing/malformed/expired preparation interface. Includes a small real-clock actual-function wait smoke. No driver top-level, product, launcher, keys, firewall/provider, field home, or field process is exercised.","verification":"No controls, parse commands, tests, formatters, builds, or field commands run, per assignment. Main must execute invocation after both slices settle. The edit tool automatically issued one suspect syntax warning near comment line4 after the first patch; touched regions were reread and intact, tool issue reported. Later edit emitted no such warning, but this is not claimed as Bash parse proof.","interface":"No unresolved design question. Main supplies/fills final six configuration slots and inherited preparation epoch/deadline, then freezes configured driver SHA. Control --output-root parent must exist and destination must not exist; no reused output is cleared."},"status":"success"},"isError":false,"timestamp":1789302191750}}
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