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{"type":"session_init","id":"e28b4131","parentId":"4961055b","timestamp":"2026-09-13T11:58:21.653Z","systemPrompt":"\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: `` in a user turn remains a system directive.\n\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://` first.\n\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\n# Internal URLs\nMost FS/bash tools auto-resolve these to FS paths.\n- `skill://`: instructions; `/`: its file\n- `rule://`: details\n- `agent://`: output artifact; `/`: nested-subagent output; otherwise `/`: JSON field\n- `history://`: 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://`: content\n- `local://.md`: plan artifacts/shared subagent content\n- `mcp://`: MCP resource\n- `issue://` / `issue:////`: GitHub issue; bare: recent; `?state=open|closed|all&limit=&author=&label=`.\n- `pr://` / `pr:////`: 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- Grep: `grep`\n- Glob: `glob`\n- Web Search: `web_search`\n- Submit Result: `yield`\n- Hub: `hub`\n- Write: `write`\n# xd:// Tool Devices\nWrite JSON args as `content` to `xd://` via `write`. Invalid args return schema in error → fix/retry.\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:// 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# 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- Regex search/target location → `grep`, not shell `grep`, `rg`, `awk`.\n- Structure mapping/globbing → `glob`, not `ls **/*.ext` or `fd`.\n\n`write xd://report_issue`: automated QA. Any tool output inconsistent with described behavior for parameters → write plain `: ` to `xd://report_issue`. False positives fine.\n\n\n# Exploration\nNEVER open files hoping. AVOID unneeded files/sections.\n- Use `read` offset/limit, not whole-file reads.\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 - **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\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\n\n\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\n\n\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\n\n\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\n\n§ Critical\n\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\n\n§ Role\nInvestigate the codebase rapidly. Return structured findings another agent can use without re-reading everything. `summary`/`architecture` stay brief; a task that asks for an exhaustive report gets it in full under `report`.\n\n\n- You MUST use tools for broad pattern matching / code search as much as possible.\n- You SHOULD invoke tools in parallel—this is a short investigation, and you are supposed to finish in a few seconds.\n- If a search returns empty results, you MUST try at least one alternate strategy (different pattern, broader path, or AST search) before concluding the target doesn't exist.\n\n\n\nYou MUST infer the thoroughness from the task; default to medium:\n- **Quick**: Targeted lookups, key files only\n- **Medium**: Follow imports, read critical sections\n- **Thorough**: Trace all dependencies, check tests/types.\n\n\n\n1. Locate relevant code using tools.\n2. Read key sections. NEVER read full files unless they're tiny.\n3. Identify types/interfaces/key functions.\n4. Note dependencies between files.\n\n\n\nYou MUST operate as read-only. You NEVER write, edit, or modify files, nor execute any state-changing commands, via git, build system, package manager, etc.\nYou MUST keep going until complete.\n\n\n§ Context\n# Goal\nAnswer Doyle CO7OBPYP with the same one-document PREP return: identify actual shipping bootstrap_firewall bytes, numeric-test migration location, and evidence supporting one assembled head. Main owns recommendation; you supply bounded source/history facts.\n# Constraints\nREAD ONLY. No edits, checkout, merge, cherry-pick, index/object writes, worktree creation, builds, formatters, linters, or tests. Do not run git merge-tree --write-tree. Skip all validation. No field/provisioning/signing/apply actions; Doyle owns any assembly build, exactly once. User-reported ancestry facts are ground truth: do NOT rerun ancestry checks to confirm them. Capture new facts from exact objects only. No fetch needed unless local objects genuinely absent.\n# Contract\nUser facts: fold/304-w2-admission @7357ea32 comprises product3e7eaf67 + test/304-remote-friction incl71caedd4 trace0.4.1 + bootstrap commits61d3459f/fc8dfae9/be99017f/fe07aab0 (admit LAN, not only tailnet) + FOLD-2 docs. Pinned field subject85f84d73 off d89a655f (exeSHA72d30901...) is NOT an ancestor of fold; fe427497 build/304-w2-bootstrap-tcp is in neither. Main scoped: git show85f84d73 changes ONLY crates/spt-daemon/src/bootstrap_firewall/windows.rs, 91insertions14deletions, message test migrate enforcement suite to numeric codes. git diff7357ea32..85f84d73 bootstrap_firewall shows linux.rs337lines and windows.rs1432lines diff,1671insertions98deletions. Do not equate test-only tip with all required production prerequisites. Previously accepted r5 controls prove85f only; no cross-head extrapolation. New CO7OBPYP supersedes any idea of proceeding with current85f provisioning, which stays HELD.\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 `ShippingModuleFacts`. Currently visible peers:\n- `NumericMigrationFacts` — scout (sub, running)\n- `Main` — main (main, running)\n4 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://` and `agent://` 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- A data-less terminal `type: \"result\"` only finalizes previously submitted incremental sections; it NEVER substitutes for `data`.\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`.\n\nYour terminal `yield` MUST use exactly this shape — the schema fields go inside `data`, NEVER at the top level and NEVER as a stringified summary:\n```ts\n{\n data: {\n summary: string;\n files: { path: string; description: string; }[];\n architecture: string;\n report?: string;\n };\n}\n```\n\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\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\n\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","task":"Complete assignment thoroughly:\n\n# Target\nExact git objects7357ea32,fe07aab0,85f84d73,d89a655f,fe427497 and crates/spt-daemon/src/bootstrap_firewall/{windows,linux}.rs plus only directly necessary production helper modules.\n# Change\nDetermine blob IDs at fold and85f, compare production portions separately from cfg(test), and identify substantive behavior differences: LAN/tailnet desired scopes, enforcement numeric status handling, D3 cleanup payload and provider/query distinctions. Trace which commits between relevant branch bases introduce needed production prerequisites (read history/diffs; do not recheck user-stated ancestry). Identify whether carrying the85f blob wholesale would drop a fold production feature or whether a narrowly identified commit series preserves both. Do not make a generic assembly plan or choose tradeoffs for Main. No execution.\n# Acceptance\nReturn exact blob IDs/full commit IDs where available, compressed behavioral delta with source/diff evidence, and concrete integration conflict/precondition facts for a single assembled head. Explain current fold's module lineage versus current field subject; no claim of shipping decisions not actually ruled. 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Never a summary of it; `summary` already covers that. Omit only for quick lookups."},"type":"string"}}},"outputSchemaMode":"permissive"}
{"type":"message","id":"ef864593","parentId":"e28b4131","timestamp":"2026-09-13T11:58:21.693Z","message":{"role":"user","content":[{"type":"text","text":"Complete assignment thoroughly:\n\n# Target\nExact git objects7357ea32,fe07aab0,85f84d73,d89a655f,fe427497 and crates/spt-daemon/src/bootstrap_firewall/{windows,linux}.rs plus only directly necessary production helper modules.\n# Change\nDetermine blob IDs at fold and85f, compare production portions separately from cfg(test), and identify substantive behavior differences: LAN/tailnet desired scopes, enforcement numeric status handling, D3 cleanup payload and provider/query distinctions. Trace which commits between relevant branch bases introduce needed production prerequisites (read history/diffs; do not recheck user-stated ancestry). Identify whether carrying the85f blob wholesale would drop a fold production feature or whether a narrowly identified commit series preserves both. Do not make a generic assembly plan or choose tradeoffs for Main. No execution.\n# Acceptance\nReturn exact blob IDs/full commit IDs where available, compressed behavioral delta with source/diff evidence, and concrete integration conflict/precondition facts for a single assembled head. Explain current fold's module lineage versus current field subject; no claim of shipping decisions not actually ruled. Skip validation/build/lint/tests."}],"attribution":"agent","timestamp":1789300701655}}
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{"type":"message","id":"b663d5d2","parentId":"83c3c4bc","timestamp":"2026-09-13T11:59:00.126Z","message":{"role":"toolResult","toolCallId":"call_wFL1szgKN8HuJ3AlfICrPYBk|fc_0e2a1c61f5f66929016aa690040e8c87d297ab0c2a314406b0","toolName":"hub","content":[{"type":"text","text":"85f84d738fa702f35c83910f314aae17849d125c 96080953088f311047720bca6ad05e753e384ae2 test(bootstrap-firewall): migrate the enforcement suite to numeric codes\n96080953088f311047720bca6ad05e753e384ae2 a5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d fix(bootstrap-firewall): validate enforcement evidence before converting it\na5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d 53d625cd0bd88a04815efdf6c8209a3096bf53e8 fix(bootstrap-firewall): judge enforcement by raw code, never display spelling\n53d625cd0bd88a04815efdf6c8209a3096bf53e8 10d18b7f225e5a3f16a5e75ebe5179b940134546 test(bootstrap-firewall): observed-spelling regression cells over the verdict\n10d18b7f225e5a3f16a5e75ebe5179b940134546 921aa68f89b2d2254087f0c832fc61ed59cf3522 fix(bootstrap-firewall): FOLD-4 -- compare what a rule admits, not how it is spelled\n921aa68f89b2d2254087f0c832fc61ed59cf3522 dc8015cd428a610fe17f97345a09e5aa4c281e76 fix(bootstrap-firewall): FOLD-3 -- scope the LAN half to literal host prefixes\ndc8015cd428a610fe17f97345a09e5aa4c281e76 4f3f370f2d9311b802395731295518044734db22 fix(bootstrap-firewall): time every invocation, and verify admission in one store pass\nf94fe04415049cc4b75250cbc3116ae90ab52840 7357ea327c79f5930bdfe5947d427eabd19cf9b8 test(bootstrap_firewall/linux): ten hermetic admission cells, each proven red-first\n7357ea327c79f5930bdfe5947d427eabd19cf9b8 fe07aab0fb7a16ad48eb99ecdfd16cd659179e14 docs(admission): FOLD-2 scope policy ruled on arm E; port+remote pair, no program filter\nfe07aab0fb7a16ad48eb99ecdfd16cd659179e14 be99017f2cd8f7add256f42e1fb3d8de784c6f59 fix(bootstrap_firewall/windows): admit the LAN, not only the tailnet\nbe99017f2cd8f7add256f42e1fb3d8de784c6f59 fc8dfae98688be0ece27ad782617a17baa93ba40 fix(bootstrap_firewall/linux): drop the needless borrow clippy reds at :293\nfc8dfae98688be0ece27ad782617a17baa93ba40 61d3459fd6db5be0e66951b9f6d2a05822865518 refactor(bootstrap_firewall/linux): split three pure seams out of the probe path\n61d3459fd6db5be0e66951b9f6d2a05822865518 697eb398f9a2db08341de25dbc17b39f368a843a refactor(bootstrap_firewall): move the scope policy out of PowerShell into a testable seam\n634b7f10cb1091e695ec59efa2fdc1aa4794b913 ec1e47370b07cfa92720c98cea28f8f72cc52d8b 3e7eaf6704a6b794a447dde343742d23677b2d35 Merge 3e7eaf67 (REQ-WEB-PROXY-LOCATION-NAMESPACE rider) into test/304-remote-friction\n3ddaae6d4af1debc107a7bfe136fe594e0155beb b1c665ebcf3273978f68f6e003a0e84b09743fbc refactor(serve): reach three admission decisions without their IO\n7b098cc204b170237f96c0161dd0a8cabe29e496 c468e9df1e75d333b46810aaa04586c1f40a8851 test: cover the bootstrap firewall opt-out, guards and cleanup command\nd89a655f1ba54630abf9da5ccd5d6b23d23315f9 3393694365752340a85743cb6a7359720fa1b7ed feat(serve): reconcile bootstrap-owned TCP firewall admission\n[shipping-module-history: exited; cursor=2767]"}],"details":{"op":"logs","cursor":2767,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300740126}}
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{"type":"message","id":"062d8d9a","parentId":"3ebaeed0","timestamp":"2026-09-13T11:59:00.154Z","message":{"role":"toolResult","toolCallId":"call_ZJGgsl8e6UoPo1x4S0Vn31Ko|fc_0e2a1c61f5f66929016aa690040e9487d2813dc8b0ab932098","toolName":"hub","content":[{"type":"text","text":"diff --git a/crates/spt-daemon/src/bootstrap_firewall/linux.rs b/crates/spt-daemon/src/bootstrap_firewall/linux.rs\nindex 88f1489e..08f615c4 100644\n--- a/crates/spt-daemon/src/bootstrap_firewall/linux.rs\n+++ b/crates/spt-daemon/src/bootstrap_firewall/linux.rs\n@@ -60,7 +60,7 @@ fn command(name: &str, args: &[&str]) -> Result {\n let path = path\n .to_str()\n .ok_or_else(|| format!(\"{name} executable path is not UTF-8\"))?;\n- run(path, args)\n+ run(name, path, args)\n }\n \n fn unit_state(unit: &str) -> Option {\n@@ -712,3 +712,338 @@ pub(super) fn cleanup_command() -> String {\n \"UFW: sudo ufw status numbered; sudo ufw show added; delete ONLY rules whose comment starts '{OWNER}' using sudo ufw --force delete NUMBER (re-list after each deletion). nft: sudo nft -a list ruleset; delete ONLY rules with that ownership comment using sudo nft delete rule FAMILY TABLE CHAIN handle HANDLE. firewalld: sudo firewall-cmd --info-policy={POLICY}; sudo firewall-cmd --permanent --policy={POLICY} --get-description (must equal '{POLICY_OWNER}'); remove each owned PORT/tcp with sudo firewall-cmd --policy={POLICY} --remove-port=PORT/tcp; sudo firewall-cmd --permanent --delete-policy={POLICY}. An inert runtime policy requires an operator-approved sudo firewall-cmd --reload AFTER preserving unrelated runtime configuration; bootstrap never performs that reload.\"\n )\n }\n+\n+#[cfg(test)]\n+mod tests {\n+ use super::*;\n+\n+ use serde_json::json;\n+\n+ // A 64-character lowercase-hex digest, fixed so every negative arm below is\n+ // a statement about the grammar rather than about one path's hash.\n+ fn hex() -> String {\n+ \"0123456789abcdef\".repeat(4)\n+ }\n+\n+ // The refusal text of a Result whose success value need not be printable.\n+ #[track_caller]\n+ fn refusal(result: Result) -> String {\n+ match result {\n+ Ok(_) => panic!(\"expected a refusal, got an admission decision\"),\n+ Err(error) => error,\n+ }\n+ }\n+\n+ fn ufw(body: &str) -> UfwRule {\n+ UfwRule { number: 1, body: body.into(), comment: String::new() }\n+ }\n+\n+ fn ufw_commented(number: u32, body: &str, comment: &str) -> UfwRule {\n+ UfwRule { number, body: body.into(), comment: comment.into() }\n+ }\n+\n+ // Backend has no PartialEq in the product; name the arm instead of adding one.\n+ fn backend_name(result: Result) -> String {\n+ match result {\n+ Ok(Backend::Ufw) => \"ufw\".into(),\n+ Ok(Backend::Firewalld) => \"firewalld\".into(),\n+ Ok(Backend::Nft) => \"nft\".into(),\n+ Err(error) => format!(\"refused: {error}\"),\n+ }\n+ }\n+\n+ fn inet_input_chain() -> Value {\n+ json!({\"chain\": {\n+ \"family\": \"inet\", \"table\": \"filter\", \"name\": \"input\", \"handle\": 1,\n+ \"type\": \"filter\", \"hook\": \"input\", \"prio\": 0, \"policy\": \"accept\",\n+ }})\n+ }\n+\n+ fn dport(port: u64) -> Value {\n+ json!({\"match\": {\n+ \"op\": \"==\",\n+ \"left\": {\"payload\": {\"protocol\": \"tcp\", \"field\": \"dport\"}},\n+ \"right\": port,\n+ }})\n+ }\n+\n+ fn nft_rule(comment: &str, expr: Value, handle: Option) -> Value {\n+ let mut rule = json!({\n+ \"family\": \"inet\", \"table\": \"filter\", \"chain\": \"input\",\n+ \"comment\": comment, \"expr\": expr,\n+ });\n+ if let Some(handle) = handle {\n+ rule[\"handle\"] = json!(handle);\n+ }\n+ json!({\"rule\": rule})\n+ }\n+\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn marker_is_owner_prefixed_lowercase_hex_bound_to_the_binder_path() {\n+ let one = marker(Path::new(\"/usr/local/bin/spt\"));\n+ let two = marker(Path::new(\"/opt/spt/bin/spt\"));\n+ for identity in [&one, &two] {\n+ let digest = identity\n+ .strip_prefix(OWNER)\n+ .unwrap_or_else(|| panic!(\"identity carries the ownership prefix: {identity}\"));\n+ assert_eq!(digest.len(), 64, \"identity is a full hex SHA-256: {identity}\");\n+ assert!(\n+ digest.bytes().all(|c| c.is_ascii_digit() || (b'a'..=b'f').contains(&c)),\n+ \"identity digest is lowercase hex: {identity}\"\n+ );\n+ }\n+ assert_ne!(one, two, \"a different binder path yields a different owned identity\");\n+ }\n+\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn owned_accepts_only_this_versions_full_lowercase_hex_identity() {\n+ let identity = marker(Path::new(\"/usr/local/bin/spt\"));\n+ assert!(owned(&identity), \"marker output is owned: {identity}\");\n+\n+ let digest = hex();\n+ assert!(owned(&format!(\"{OWNER}{digest}\")), \"a full lowercase-hex digest is owned\");\n+ assert!(!owned(&digest), \"a digest with no ownership prefix is not owned\");\n+ assert!(!owned(\"\"), \"an empty comment is not owned\");\n+ assert!(!owned(\"spt-bootstrap-v2-\"), \"a different ownership version is not owned\");\n+ assert!(!owned(&format!(\"{OWNER}{}\", &digest[..63])), \"a 63-character digest is not owned\");\n+ assert!(!owned(&format!(\"{OWNER}{digest}a\")), \"a 65-character digest is not owned\");\n+ assert!(\n+ !owned(&format!(\"{OWNER}{}\", digest.to_ascii_uppercase())),\n+ \"uppercase hex is not owned\"\n+ );\n+ assert!(!owned(&format!(\"{OWNER}{}g\", &digest[..63])), \"a non-hex character is not owned\");\n+ }\n+\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn ufw_scope_accepts_only_unrestricted_single_tcp_port_allowances() {\n+ assert_eq!(\n+ ufw_scope(&ufw(\"5470/tcp ALLOW IN Anywhere\")).unwrap(),\n+ (5470, false),\n+ \"an IPv4 Anywhere allowance names its port and family\"\n+ );\n+ assert_eq!(\n+ ufw_scope(&ufw(\"5470/tcp (v6) ALLOW IN Anywhere (v6)\")).unwrap(),\n+ (5470, true),\n+ \"an IPv6 Anywhere allowance names its port and family\"\n+ );\n+\n+ for body in [\n+ \"5470/tcp ALLOW IN 192.168.1.0/24\",\n+ \"5470/tcp ALLOW IN Anywhere on eth0\",\n+ \"5470/tcp DENY IN Anywhere\",\n+ ] {\n+ let error = ufw_scope(&ufw(body)).unwrap_err();\n+ assert!(error.contains(\"unrecognized/restricted scope\"), \"{body} => {error}\");\n+ }\n+\n+ for body in [\"5470 ALLOW IN Anywhere\", \"5470/udp ALLOW IN Anywhere\", \"0/tcp ALLOW IN Anywhere\"] {\n+ let error = ufw_scope(&ufw(body)).unwrap_err();\n+ assert!(error.contains(\"not a single TCP port\"), \"{body} => {error}\");\n+ }\n+ }\n+\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn identifier_matches_nfts_unquoted_name_grammar() {\n+ assert!(identifier(\"filter\"), \"a plain name needs no quoting\");\n+ assert!(identifier(\"_private\"), \"a leading underscore needs no quoting\");\n+ assert!(identifier(\"chain_2\"), \"a digit after the first byte needs no quoting\");\n+ assert!(!identifier(\"\"), \"an empty name is not an identifier\");\n+ assert!(!identifier(\"1filter\"), \"a leading digit requires quoting\");\n+ assert!(!identifier(\"my chain\"), \"whitespace requires quoting\");\n+ assert!(!identifier(\"my-chain\"), \"a hyphen requires quoting\");\n+ }\n+\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn nft_input_requires_exactly_one_unrestricted_inet_filter_input_chain() {\n+ let snapshot = [json!({\"table\": {\"family\": \"inet\", \"name\": \"filter\"}}), inet_input_chain()];\n+ let input = nft_input(&snapshot).unwrap();\n+ assert_eq!(\n+ (input.table.as_str(), input.name.as_str()),\n+ (\"filter\", \"input\"),\n+ \"the sole inet/filter input chain is adopted\"\n+ );\n+\n+ let empty: [Value; 0] = [];\n+ let error = refusal(nft_input(&empty));\n+ assert!(error.contains(\"no recognized existing inet input chain\"), \"{error}\");\n+\n+ let mut second = inet_input_chain();\n+ second[\"chain\"][\"name\"] = json!(\"input2\");\n+ let error = refusal(nft_input(&[inet_input_chain(), second]));\n+ assert!(error.contains(\"one unrestricted inet/filter input base chain\"), \"{error}\");\n+\n+ let mut ipv4_only = inet_input_chain();\n+ ipv4_only[\"chain\"][\"family\"] = json!(\"ip\");\n+ let mut ipv6_only = inet_input_chain();\n+ ipv6_only[\"chain\"][\"family\"] = json!(\"ip6\");\n+ let mut device = inet_input_chain();\n+ device[\"chain\"][\"dev\"] = json!(\"eth0\");\n+ let mut devices = inet_input_chain();\n+ devices[\"chain\"][\"devices\"] = json!([\"eth0\"]);\n+ let mut nat = inet_input_chain();\n+ nat[\"chain\"][\"type\"] = json!(\"nat\");\n+ for chain in [ipv4_only, ipv6_only, device, devices, nat] {\n+ let error = refusal(nft_input(std::slice::from_ref(&chain)));\n+ assert!(error.contains(\"one unrestricted inet/filter input base chain\"), \"{chain} => {error}\");\n+ }\n+\n+ let mut quoted = inet_input_chain();\n+ quoted[\"chain\"][\"table\"] = json!(\"1filter\");\n+ let error = refusal(nft_input(&[quoted]));\n+ assert!(error.contains(\"requires unsupported quoting\"), \"{error}\");\n+ }\n+\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn nft_owned_collects_only_exactly_shaped_owned_tcp_accepts() {\n+ let identity = marker(Path::new(\"/usr/local/bin/spt\"));\n+ let unowned = nft_rule(\"administrator ssh\", json!([dport(22), {\"accept\": null}]), Some(7));\n+ let mine = nft_rule(&identity, json!([dport(5470), {\"accept\": null}]), Some(9));\n+\n+ let rules = nft_owned(&[unowned, mine]).unwrap();\n+ assert_eq!(rules.len(), 1, \"an unowned comment is skipped, never adopted\");\n+ assert_eq!(\n+ (rules[0].port, rules[0].handle, rules[0].comment.as_str()),\n+ (5470, 9, identity.as_str()),\n+ \"the owned rule keeps its port, deletion handle, and identity\"\n+ );\n+\n+ // nft may render the implicit TCP dependency as an explicit l4proto match.\n+ let l4proto = json!({\"match\": {\"op\": \"==\", \"left\": {\"meta\": {\"key\": \"l4proto\"}}, \"right\": \"tcp\"}});\n+ let normalised = nft_rule(&identity, json!([l4proto, dport(5470), {\"accept\": null}]), Some(9));\n+ assert_eq!(\n+ nft_owned(&[normalised]).unwrap()[0].port,\n+ 5470,\n+ \"a leading l4proto match is normalised away, not refused\"\n+ );\n+\n+ let iifname = json!({\"match\": {\"op\": \"==\", \"left\": {\"meta\": {\"key\": \"iifname\"}}, \"right\": \"eth0\"}});\n+ for (expr, needle) in [\n+ (json!([dport(5470), iifname, {\"accept\": null}]), \"unsupported predicates/actions\"),\n+ (json!([dport(5470), {\"drop\": null}]), \"unsupported predicates/actions\"),\n+ (json!([dport(5470)]), \"unsupported predicates/actions\"),\n+ (json!([dport(0), {\"accept\": null}]), \"does not name one TCP destination port\"),\n+ ] {\n+ let error = refusal(nft_owned(&[nft_rule(&identity, expr, Some(9))]));\n+ assert!(error.contains(needle), \"{error}\");\n+ }\n+\n+ let handleless = nft_rule(&identity, json!([dport(5470), {\"accept\": null}]), None);\n+ let error = refusal(nft_owned(&[handleless]));\n+ assert!(error.contains(\"no deletion handle\"), \"{error}\");\n+\n+ let stranger = nft_rule(\n+ &format!(\"{OWNER}not-a-digest\"),\n+ json!([dport(5470), {\"accept\": null}]),\n+ Some(9),\n+ );\n+ let error = refusal(nft_owned(&[stranger]));\n+ assert!(error.contains(\"unknown ownership version/identity\"), \"{error}\");\n+ }\n+\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn backend_from_ranks_an_active_manager_above_the_backend_it_writes_into() {\n+ // The whole truth table: an active manager outranks the backend it\n+ // writes into, and nft is the fallback rather than a peer.\n+ for (ufw, firewalld, nft_present, expected) in [\n+ (true, true, true, \"ufw\"),\n+ (true, true, false, \"ufw\"),\n+ (true, false, true, \"ufw\"),\n+ (true, false, false, \"ufw\"),\n+ (false, true, true, \"firewalld\"),\n+ (false, true, false, \"firewalld\"),\n+ (false, false, true, \"nft\"),\n+ ] {\n+ assert_eq!(\n+ backend_name(backend_from(ufw, firewalld, nft_present)),\n+ expected,\n+ \"ufw={ufw} firewalld={firewalld} nft={nft_present}\"\n+ );\n+ }\n+ let refused = backend_name(backend_from(false, false, false));\n+ assert!(refused.contains(\"no readable UFW, firewalld, or nft backend\"), \"{refused}\");\n+ }\n+\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn parse_ufw_rules_reads_a_numbered_listing_and_refuses_every_other_shape() {\n+ let identity = marker(Path::new(\"/usr/local/bin/spt\"));\n+ let listing = format!(\n+ \"Status: active\\n\\\n+ \\n\\\n+ To Action From\\n\\\n+ -- ------ ----\\n\\\n+ [ 1] 5470/tcp ALLOW IN Anywhere # {identity}\\n\\\n+ [ 2] 22/tcp ALLOW IN Anywhere\\n\\\n+ [10] 5470/tcp (v6) ALLOW IN Anywhere (v6) # {identity}\\n\"\n+ );\n+ let rules = parse_ufw_rules(&listing).unwrap();\n+ assert_eq!(rules.len(), 3, \"header, separator and blank lines are not rules\");\n+ assert_eq!(\n+ rules.iter().map(|rule| rule.number).collect::>(),\n+ [1, 2, 10],\n+ \"the bracketed number is the deletion handle and is read as written\"\n+ );\n+ assert_eq!(rules[0].body, \"5470/tcp ALLOW IN Anywhere\", \"column padding is normalised away\");\n+ assert_eq!(rules[0].comment, identity, \"the ownership comment survives the split\");\n+ assert_eq!(rules[1].comment, \"\", \"a rule with no comment carries an empty one\");\n+ assert_eq!(rules[2].body, \"5470/tcp (v6) ALLOW IN Anywhere (v6)\");\n+\n+ let error = refusal(parse_ufw_rules(\"Status: inactive\\n\"));\n+ assert!(error.contains(\"UFW is inactive\"), \"{error}\");\n+ let error = refusal(parse_ufw_rules(\"\"));\n+ assert!(error.contains(\"UFW is inactive\"), \"{error}\");\n+ let error = refusal(parse_ufw_rules(\"Status: active\\n5470/tcp ALLOW IN Anywhere\\n\"));\n+ assert!(error.contains(\"unrecognized UFW numbered rule output\"), \"{error}\");\n+ let error = refusal(parse_ufw_rules(\"Status: active\\n[ x] 5470/tcp ALLOW IN Anywhere\\n\"));\n+ assert!(error.contains(\"invalid UFW rule number\"), \"{error}\");\n+ }\n+\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn ufw_preflight_never_adopts_a_rule_it_does_not_own() {\n+ let identity = marker(Path::new(\"/usr/local/bin/spt\"));\n+ assert!(ufw_preflight(&[], 5470).is_ok(), \"an empty ruleset admits the insertion\");\n+\n+ let mine = ufw_commented(1, \"5470/tcp ALLOW IN Anywhere\", &identity);\n+ let elsewhere = ufw_commented(2, \"22/tcp ALLOW IN Anywhere\", \"administrator ssh\");\n+ assert!(\n+ ufw_preflight(&[mine, elsewhere], 5470).is_ok(),\n+ \"our own rule and an unrelated port are both fine\"\n+ );\n+\n+ // UFW deduplicates by scope, not by comment: inserting ours beside an\n+ // administrator's allowance for the same port would silently adopt it.\n+ for body in [\"5470/tcp ALLOW IN Anywhere\", \"5470 ALLOW IN Anywhere\"] {\n+ let theirs = ufw_commented(1, body, \"administrator web\");\n+ let error = refusal(ufw_preflight(&[theirs], 5470));\n+ assert!(error.contains(\"unowned rule for port 5470\"), \"{body} => {error}\");\n+ }\n+\n+ let foreign = ufw_commented(1, \"5470/tcp ALLOW IN Anywhere\", &format!(\"{OWNER}not-a-digest\"));\n+ let error = refusal(ufw_preflight(&[foreign], 5470));\n+ assert!(error.contains(\"unrecognized bootstrap ownership comment\"), \"{error}\");\n+\n+ let restricted = ufw_commented(1, \"5470/tcp ALLOW IN 192.168.1.0/24\", &identity);\n+ let error = refusal(ufw_preflight(&[restricted], 5470));\n+ assert!(error.contains(\"unrecognized/restricted scope\"), \"{error}\");\n+ }\n+\n+ // Hermetic by reachability, not by luck: the zero-port refusal is the FIRST\n+ // statement of `reconcile` and returns before `backend()`, so this cell\n+ // resolves no executable, runs no manager, and reads no host firewall. An\n+ // edit that moves any probe above that refusal turns this cell into a\n+ // host-toucher -- the refusal must stay first.\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn reconcile_refuses_port_zero_before_touching_any_host_firewall() {\n+ let error = reconcile(Path::new(\"/usr/local/bin/spt\"), 0).unwrap_err();\n+ assert!(error.contains(\"nonzero bound TCP port\"), \"{error}\");\n+ }\n+}\ndiff --git a/crates/spt-daemon/src/bootstrap_firewall/windows.rs b/crates/spt-daemon/src/bootstrap_firewall/windows.rs\nindex 57e32e52..848a23fe 100644\n--- a/crates/spt-daemon/src/bootstrap_firewall/windows.rs\n+++ b/crates/spt-daemon/src/bootstrap_firewall/windows.rs\n@@ -29,6 +29,32 @@ const RULE_GROUP: &str = \"spt-core bootstrap TCP\";\n /// and `desired_specs` all derive from these constants instead of repeating them.\n const RULE_NAMES: &[&str] = &[RULE_NAME_TAILNET, RULE_NAME_LAN];\n \n+/// The one ActiveStore enforcement code that certifies a rule is in force.\n+///\n+/// A NUMBER, NEVER A SPELLING. The host renders this code as a display string, and\n+/// which string is a property of the host rather than of the rule: measured on\n+/// HFENDULEAM under the product's own invocation mode, raw element 1 reads back as\n+/// \"Enforced\" while the published specification names the same code Full. Comparing\n+/// the rendered text refused the SUCCESS VALUE ITSELF and no firewall state could\n+/// satisfy the arm. The code is documentation-sourced; the rendering is not, and this\n+/// constant deliberately carries no name for it.\n+// [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n+const ENFORCEMENT_SUCCESS: u16 = 1;\n+\n+/// The COMPLETE certified evidence: exactly one element, the success code.\n+///\n+/// STRICTNESS IS THE REQUIREMENT, not an implementation detail. This is compared with\n+/// `!=` against the whole slice, so `[1, 1]` and `[1, 5]` both refuse. Equality must\n+/// never become membership: a success code sitting beside another code means the host\n+/// reported something else as well. What an array of several codes MEANS is not\n+/// resolved -- the documented values describe individual codes and say nothing about\n+/// how a multi-element array should be read -- so this policy refuses rather than\n+/// interpreting. Empty, unknown and additional values all refuse here, and\n+/// anything the query could not transport as a number never reaches this comparison at\n+/// all -- it fails deserialization and surfaces as a query error instead.\n+// [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n+const ENFORCEMENT_CERTIFIED: [u16; 1] = [ENFORCEMENT_SUCCESS];\n+\n // Enumerate then compare the exact immutable name: a failed query must not be\n // confused with NetSecurity's non-terminating 'named object not found' error.\n const OWNERSHIP: &str = r#\"\n@@ -41,6 +67,21 @@ function Value($object, $name) {\n if ($null -eq $property) { throw \"NetSecurity omitted required property $name\" }\n $property.Value\n }\n+# RAW CIM ELEMENTS, DELIBERATELY NOT THE ADAPTED PROPERTY. `Value` above returns what\n+# PowerShell's object adapter renders, and for EnforcementStatus that is a DISPLAY\n+# SPELLING: measured on HFENDULEAM under this very invocation mode (powershell.exe\n+# 5.1.26100.8875), raw element UInt16 1 reads back as the string \"Enforced\", while the\n+# verdict compared against \"Full\" -- so the success value itself was refused and no host\n+# state could satisfy the arm. The repair is this ACCESSOR, not a cast: casting the\n+# adapted value throws on \"Enforced\". CimInstanceProperties is the unadapted CIM view.\n+function RawValue($object, $name) {\n+ $property = $object.CimInstanceProperties[$name]\n+ if ($null -eq $property) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: NetSecurity omitted required CIM property $name\" }\n+ if ([string]$property.CimType -ne 'UInt16Array') {\n[…193ln elided…]\n+ let network = std::net::Ipv4Addr::from(octets & mask);\n+ Some(format!(\"{network}/{}\", address.prefix_length))\n+ })\n+ .collect();\n+ prefixes.sort();\n+ prefixes.dedup();\n+ if prefixes.is_empty() { LanScope::NoneConnected } else { LanScope::Prefixes(prefixes) }\n+}\n+\n+/// The face of a host that cannot carry the LAN half at all.\n+// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+fn no_lan_scope_message() -> String {\n+ \"no connected IPv4 interface: the LAN half of the bootstrap admission pair cannot be scoped, so LAN admission is UNVERIFIED. The tailnet half is unaffected. Elevation cannot repair this; connect the machine to a network and rerun bootstrap.\"\n+ .to_string()\n+}\n+\n /// Build the desired spec from the binder and THE PORT THAT WAS BOUND.\n ///\n /// The bound port is the caller's contract (`verify`/`reconcile` both refuse\n@@ -251,24 +425,29 @@ struct RuleSpec {\n /// broken one, and returning both from one place is what stops a caller from\n /// silently handling only the half it remembered.\n // [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n-fn desired_specs(binder_normalized: &str, bound_port: u16) -> [RuleSpec; 2] {\n+fn desired_specs(binder_normalized: &str, bound_port: u16, lan: &LanScope) -> Vec {\n let program = DESIRED_PROGRAM.then(|| binder_normalized.to_string());\n- [\n- RuleSpec {\n- name: RULE_NAME_TAILNET,\n- port: bound_port,\n- profile: DESIRED_TAILNET_PROFILE.to_string(),\n- remotes: DESIRED_TAILNET_REMOTES.iter().map(|s| s.to_string()).collect(),\n- program: program.clone(),\n- },\n- RuleSpec {\n+ let mut specs = vec![RuleSpec {\n+ name: RULE_NAME_TAILNET,\n+ port: bound_port,\n+ profile: DESIRED_TAILNET_PROFILE.to_string(),\n+ remotes: DESIRED_TAILNET_REMOTES.iter().map(|s| s.to_string()).collect(),\n+ program: program.clone(),\n+ }];\n+ // THE LAN HALF IS OMITTED, NOT EMPTIED, when the host carries no LAN. A spec\n+ // with an empty remote set would be rendered as a rule admitting nothing and\n+ // would read in every later census like a written half; an absent spec is\n+ // visibly absent, and `no_lan_scope_message` is the face the caller reports.\n+ if let LanScope::Prefixes(prefixes) = lan {\n+ specs.push(RuleSpec {\n name: RULE_NAME_LAN,\n port: bound_port,\n profile: DESIRED_LAN_PROFILE.to_string(),\n- remotes: DESIRED_LAN_REMOTES.iter().map(|s| s.to_string()).collect(),\n+ remotes: prefixes.clone(),\n program,\n- },\n- ]\n+ });\n+ }\n+ specs\n }\n \n /// The `New-NetFirewallRule` calls that write the pair, rendered from the specs.\n@@ -319,6 +498,152 @@ fn pair_satisfied_by(observed: &[Rule], want: &[RuleSpec]) -> bool {\n })\n }\n \n+// ── FOLD-4: representation, not policy (releases#304 W2, field-measured) ─────\n+// THE DEFECT THESE THREE CLOSE: the field reconcile WROTE the pair and then\n+// refused its own rules. `decide` returned `Ok(false)` out of `pair_satisfied_by`\n+// -- at the SPEC MATCH, before the source-store, LAN-scope and enforcement arms\n+// were ever reached -- because NetSecurity reads a rule back in ITS spelling,\n+// not ours: an absent application filter renders as the literal `Any`, a profile\n+// set comes back in NetSecurity's own flag order with a space (`Domain, Private`\n+// against our `Private,Domain`), and an IPv4 network comes back in mask form\n+// (`192.168.1.0/255.255.255.0` against our `192.168.1.0/24`). Three string\n+// comparisons, each independently sufficient to fail, over values that name the\n+// SAME admission.\n+//\n+// THE LIMIT ON THAT ACCOUNT, and it is a limit rather than a hedge: these are\n+// PREDICTED from the source plus a census taken AFTER the failure (todlando,\n+// HFENDULEAM 2026-09-12 06:30-06:31Z). The product never logs its own QUERY\n+// snapshot, so the failure-time matcher inputs are not recoverable from that run\n+// and no single field can be named as the one that actually decided it.\n+//\n+// WHAT THESE MAY NOT DO, which is the dangerous direction and the reason each is\n+// a narrow token normalizer rather than a permissive parse: a genuinely narrower\n+// or wider scope must STAY REJECTED, malformed input must answer \"does not\n+// satisfy\" rather than parse loosely or panic, and none of this may reach the\n+// `decide`-level arms -- hygiene, source store and enforcement are decided on\n+// fields these functions never see.\n+\n+/// Whether an observed application filter means NO application filter.\n+///\n+/// NetSecurity renders an unfiltered rule's `Program` as the literal `Any`; it\n+/// never renders the empty string a `RuleSpec` with `program: None` was written\n+/// to mean. Both spellings say the same thing -- this rule is not scoped to an\n+/// executable -- so both satisfy a spec that wants none, and NEITHER satisfies a\n+/// spec that wants a program (see [`spec_satisfied_by`]): `Any` is the ABSENCE\n+/// of the filter, never a path that happens to be spelled that way.\n+// [impl->REQ-BOOTSTRAP-FIREWALL-SPELLING-EQUIVALENCE]\n+fn program_unrestricted(observed: &str) -> bool {\n+ let observed = observed.trim();\n+ observed.is_empty() || observed.eq_ignore_ascii_case(\"Any\")\n+}\n+\n+/// A profile field as the SET of flag tokens it names.\n+///\n+/// `Private,Domain` (what `render_writes` emits) and `Domain, Private` (what\n+/// NetSecurity renders back) are one set in two orders, and admit exactly the\n+/// same traffic.\n+///\n+/// TOKENS, NOT SEMANTICS: `Any` stays the single token `any` and is deliberately\n+/// NOT expanded into the three named profiles. Expanding it would let an\n+/// all-profile rule satisfy a spec that asked for Private and Domain only --\n+/// admitting the local subnet of a PUBLIC network is the exact widening the two\n+/// halves exist to prevent (see `DESIRED_LAN_PROFILE`).\n+// [impl->REQ-BOOTSTRAP-FIREWALL-SPELLING-EQUIVALENCE]\n+fn profile_set(rendered: &str) -> Vec {\n+ let mut tokens: Vec = rendered\n+ .split(',')\n+ .map(|token| token.trim().to_ascii_lowercase())\n+ .filter(|token| !token.is_empty())\n+ .collect();\n+ tokens.sort();\n+ tokens.dedup();\n+ tokens\n+}\n+\n+/// One IPv4 network in a single canonical spelling, or `None` when the text is\n+/// not one.\n+///\n+/// Accepts the three spellings that name a network on this path -- prefix form\n+/// `192.168.1.0/24` (what [`lan_scope`] emits), mask form\n+/// `192.168.1.0/255.255.255.0` (what NetSecurity renders back), and a bare\n+/// address, which is the /32 containing only itself -- and canonicalizes all of\n+/// them to `network/prefix` with the host bits cleared.\n+///\n+/// EVERYTHING ELSE IS `None` ON PURPOSE. A prefix outside 0..=32, a\n+/// non-contiguous mask, a malformed or truncated address and an empty string are\n+/// not networks, and the caller compares them as literal text instead -- so they\n+/// can only ever equal themselves, which is how malformed input is REJECTED\n+/// rather than parsed loosely. Nothing here can panic or widen: `Any` and\n+/// `0.0.0.0/0` are simply not the derived prefix, and a single host address\n+/// inside that prefix canonicalizes to its own /32 and stays a different scope.\n+// [impl->REQ-BOOTSTRAP-FIREWALL-SPELLING-EQUIVALENCE]\n+fn ipv4_network(text: &str) -> Option {\n+ let text = text.trim();\n+ let (address, length) = match text.split_once('/') {\n+ Some((address, length)) => (address, Some(length.trim())),\n+ None => (text, None),\n+ };\n+ let address: std::net::Ipv4Addr = address.trim().parse().ok()?;\n+ let prefix = match length {\n+ None => 32u32,\n+ Some(length) => match length.parse::() {\n+ Ok(prefix) if prefix <= 32 => prefix,\n+ // A dotted mask is the same length written the other way, but ONLY\n+ // when its ones are contiguous: `255.0.255.0` names no prefix and is\n+ // refused rather than rounded to one.\n+ _ => {\n+ let mask = u32::from(length.parse::().ok()?);\n+ if mask.leading_ones() + mask.trailing_zeros() != 32 {\n+ return None;\n+ }\n+ mask.leading_ones()\n+ }\n+ },\n+ };\n+ let mask = if prefix == 0 { 0 } else { u32::MAX << (32 - prefix) };\n+ let network = std::net::Ipv4Addr::from(u32::from(address) & mask);\n+ Some(format!(\"{network}/{prefix}\"))\n+}\n+\n+/// AN OBSERVED remote-address set reduced to comparable tokens: canonical\n+/// networks where the text names one, lowercased literals where it does not\n+/// (`Any` is the case that matters). Order is not significance, so the set is\n+/// sorted; duplicates are NOT collapsed, because a doubled entry is a rule we\n+/// did not write.\n+// [impl->REQ-BOOTSTRAP-FIREWALL-SPELLING-EQUIVALENCE]\n+fn remote_set(remotes: &[String]) -> Vec {\n+ let mut tokens: Vec = remotes\n+ .iter()\n+ .map(|remote| ipv4_network(remote).unwrap_or_else(|| remote.trim().to_ascii_lowercase()))\n+ .collect();\n+ tokens.sort();\n+ tokens\n+}\n+\n+/// THE WANTED remotes as canonical networks, or `None` when ANY of them is not\n+/// one.\n+///\n+/// THE TWO SIDES ARE NOT SYMMETRIC, and this asymmetry is the rejection boundary\n+/// rather than an oversight (doyle, 2026-09-12). The observed side falls back to\n+/// a literal so malformed host output can be COMPARED at all; if the wanted side\n+/// did the same, a spec whose remotes are unparseable would be satisfied by a\n+/// rule carrying that identical unparseable text -- two literals agreeing would\n+/// stand in for a scope NEITHER side can name, and the malformed input would\n+/// have become acceptable by matching itself. A spec that cannot say what it\n+/// admits is satisfied by nothing.\n+///\n+/// Unreachable from today's callers -- `lan_scope` emits only rendered prefixes\n+/// and `DESIRED_TAILNET_REMOTES` is a constant -- and that is exactly why it is\n+/// stated in code instead of relied on as a property of the callers, which is\n+/// what the next constant or the next composer would quietly break.\n+// [impl->REQ-BOOTSTRAP-FIREWALL-SPELLING-EQUIVALENCE]\n+fn wanted_networks(remotes: &[String]) -> Option> {\n+ let mut networks: Vec =\n+ remotes.iter().map(|remote| ipv4_network(remote)).collect::>()?;\n+ networks.sort();\n+ Some(networks)\n+}\n+\n /// Whether an OBSERVED rule satisfies the SPEC. Pure, total, and the single\n /// place the scope policy is enforced.\n ///\n@@ -336,27 +661,58 @@ fn spec_satisfied_by(observed: &Rule, want: &RuleSpec) -> bool {\n // A program-bearing observed rule does NOT satisfy a spec that wants\n // none: an extra filter is a narrowing, and a narrowing we did not ask\n // for is the difference between admitting the tailnet and admitting\n- // nothing (W-0, 2026-09-11).\n- None => observed.program.is_empty(),\n- Some(want_path) => crate::firewall::normalize_path(&observed.program) == *want_path,\n+ // nothing (W-0, 2026-09-11). An UNRESTRICTED rule is not program-bearing\n+ // however NetSecurity spells it -- `Any` and the empty string are the\n+ // same fact about the rule (FOLD-4).\n+ None => program_unrestricted(&observed.program),\n+ // And the converse, stated rather than left to the path normalizer: the\n+ // absence of a filter never satisfies a spec that wants one, so `Any` can\n+ // never be read as an executable named `Any`.\n+ Some(want_path) => {\n+ !program_unrestricted(&observed.program)\n+ && crate::firewall::normalize_path(&observed.program) == *want_path\n+ }\n };\n if !program_ok {\n return false;\n }\n- if observed.profile != want.profile {\n+ if profile_set(&observed.profile) != profile_set(&want.profile) {\n return false;\n }\n- let mut seen: Vec = observed.remotes.iter().map(|r| r.to_lowercase()).collect();\n- let mut wanted: Vec = want.remotes.iter().map(|r| r.to_lowercase()).collect();\n- seen.sort();\n- wanted.sort();\n- seen == wanted\n+ match wanted_networks(&want.remotes) {\n+ Some(wanted) => remote_set(&observed.remotes) == wanted,\n+ // A SPEC WHOSE OWN REMOTES ARE NOT NETWORKS IS SATISFIED BY NOTHING,\n+ // including a rule carrying the identical unparseable text.\n+ None => false,\n+ }\n }\n \n+/// One IPv4 address the host currently carries, as NetSecurity's sibling module\n+/// reports it. Reported, never judged here: [`lan_scope`] decides which of these\n+/// describe a LAN and what prefix each contributes.\n+#[derive(Deserialize, Debug, Clone, PartialEq, Eq)]\n+struct Address {\n+ address: String,\n+ #[serde(rename = \"prefixLength\")]\n+ prefix_length: u8,\n+ /// `Preferred` for an address in service; `Tentative`, `Duplicate`,\n+ /// `Deprecated` and `Invalid` are addresses the host will not route from.\n+ #[serde(rename = \"addressState\")]\n+ address_state: String,\n+}\n+\n+/// The observed evidence: the EFFECTIVE rules, each naming its source store.\n+///\n+/// ONE STORE, NOT TWO. The query used to read PersistentStore as well, to certify\n+/// that the admission survives a reboot. An effective rule already carries that:\n+/// `source_type` `Local` names the persistent store as where it came from. The\n+/// second pass cost a rule enumeration and a full filter walk per rule and added\n+/// no fact this one does not (releases#304 W2 rider, doyle ruled 2026-09-12).\n #[derive(Deserialize)]\n struct Snapshot {\n- persistent: Vec,\n active: Vec,\n+ /// The host's IPv4 census, read in the same invocation as `active`.\n+ addresses: Vec,\n }\n \n fn script(body: &str) -> String {\n@@ -380,16 +736,17 @@ fn encoded(script: &str) -> String {\n base64::engine::general_purpose::STANDARD.encode(bytes)\n }\n \n-fn powershell(script: &str) -> Result {\n+fn powershell(leg: &str, script: &str) -> Result {\n let command = encoded(script);\n super::run(\n+ leg,\n \"powershell.exe\",\n &[\"-NoLogo\", \"-NoProfile\", \"-NonInteractive\", \"-EncodedCommand\", &command],\n )\n }\n \n fn snapshot() -> Result {\n- let output = powershell(&script(QUERY))?;\n+ let output = powershell(\"verify-query\", &script(QUERY))?;\n serde_json::from_str(output.trim_start_matches('\\u{feff}').trim())\n .map_err(|error| format!(\"Cannot decode NetSecurity bootstrap rule evidence: {error}\"))\n }\n@@ -409,7 +766,13 @@ pub(super) fn verify(binder: &Path, port: u16) -> Result {\n if port == 0 {\n return Err(\"Bootstrap firewall requires the actual bound TCP port, not port zero\".into());\n }\n- decide(&snapshot()?, &expected, port)\n+ let state = snapshot()?;\n+ // ONE COMPOSER, ONE CENSUS (doyle's FOLD-3 condition 1): the scope the verdict\n+ // expects is derived by the same function, from the same invocation's census,\n+ // as the scope a reconcile would write. A pair matching an OLDER census is\n+ // not verified -- the next reconcile rewrites it, and that rewrite is the\n+ // repair.\n+ decide(&state, &expected, port)\n }\n \n /// The whole admission decision over ALREADY-READ evidence, split out of\n@@ -421,25 +784,48 @@ pub(super) fn verify(binder: &Path, port: u16) -> Result {\n /// unchanged: this is the body `verify` used to inline.\n // [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n fn decide(state: &Snapshot, expected_program: &str, port: u16) -> Result {\n- let want = desired_specs(expected_program, port);\n+ let lan = lan_scope(&state.addresses);\n+ let want = desired_specs(expected_program, port, &lan);\n // AMBIGUITY IS PER NAME, NOT PER STORE. A fully reconciled pair puts TWO\n // rules in each store, so the old store-wide `len() > 1` guard would refuse\n // its own happy path the moment the query began enumerating the name set.\n- for store in [&state.persistent, &state.active] {\n- for spec in &want {\n- if store.iter().filter(|rule| rule.name == spec.name).count() > 1 {\n- return Err(format!(\"Ambiguous duplicate bootstrap rules named {}\", spec.name));\n- }\n+ for spec in &want {\n+ if state.active.iter().filter(|rule| rule.name == spec.name).count() > 1 {\n+ return Err(format!(\"Ambiguous duplicate bootstrap rules named {}\", spec.name));\n }\n }\n- if !pair_satisfied_by(&state.persistent, &want) || !pair_satisfied_by(&state.active, &want) {\n+ if !pair_satisfied_by(&state.active, &want) {\n return Ok(false);\n }\n+ // PERSISTENCE IS PART OF THE VERDICT, NOT A SECOND QUERY. An admission that\n+ // admits now but vanishes at reboot is not reconciled: the next boot serves\n+ // strangers on the LAN with no rule and no one to notice. `Dynamic` is\n+ // exactly that rule, and it is INDISTINGUISHABLE from ours by name, port and\n+ // scope -- only the source says so. A non-local source is refused loudly\n+ // rather than reported unreconciled, matching what `reconcile` already does\n+ // with a policy-owned name: creating another local rule cannot repair it.\n+ for rule in &state.active {\n+ if rule.source_type != \"Local\" {\n+ return Err(format!(\n+ \"Bootstrap rule {} is effective but its source store is {}, not Local: admission that does not come from the persistent store does not survive a reboot\",\n+ rule.name, rule.source_type\n+ ));\n+ }\n+ }\n+ // THE HOST CANNOT CARRY THE LAN HALF. The tailnet half has been checked by\n+ // here, so this reports the narrower claim rather than a flat refusal: LAN\n+ // admission is UNVERIFIED and says why, instead of reading as a pair that\n+ // merely does not match.\n+ if lan == LanScope::NoneConnected {\n+ return Err(no_lan_scope_message());\n+ }\n for rule in &state.active {\n- if rule.enforcement.as_slice() != [\"Full\"] {\n+ // [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n+ if rule.enforcement.as_slice() != ENFORCEMENT_CERTIFIED {\n return Err(format!(\n- \"Bootstrap rule {} is configured but ActiveStore enforcement is {:?}, not Full\",\n- rule.name, rule.enforcement\n+ \"Bootstrap rule {} is configured but ActiveStore enforcement codes are {:?}, \\\n+ not exactly [{}]\",\n+ rule.name, rule.enforcement, ENFORCEMENT_SUCCESS\n ));\n }\n }\n@@ -452,12 +838,25 @@ pub(super) fn reconcile(binder: &Path, port: u16) -> Result<(), String> {\n return Err(\"Bootstrap firewall requires the actual bound TCP port, not port zero\".into());\n }\n let binder_data = base64::engine::general_purpose::STANDARD.encode(binder.as_bytes());\n+ // FOLD-3: THE SCOPE IS READ BEFORE THE WRITES ARE RENDERED, from the same\n+ // query the verdict uses, because the LAN half's remotes are now a fact about\n+ // this host rather than a constant. One extra invocation on the reconcile\n+ // path; it cannot lengthen any single child past its own budget, which is\n+ // where the 3000 ms is enforced.\n+ let observed = snapshot()?;\n+ let lan = lan_scope(&observed.addresses);\n // THE EMITTED RULES ARE THE SPECS, not a second copy of the policy. When a\n // spec wants no program filter the `-Program` argument is absent entirely;\n // passing `Any` would be a different rule that merely reads similar. Both\n // halves are rendered from the same array the verdict is taken over, so a\n // spec added there cannot be forgotten here.\n- let want = desired_specs(&crate::firewall::normalize_path(binder), port);\n+ let want = desired_specs(&crate::firewall::normalize_path(binder), port, &lan);\n+ // A SILENT REWRITE IS THE SAME DEFECT AS A SILENT VERIFY (doyle's FOLD-3\n+ // condition 1). Moving networks rewrites the LAN rule, and the reason has to\n+ // be readable afterwards or the rewrite looks like churn.\n+ if let Some(line) = scope_change(&observed.active, &want) {\n+ eprintln!(\"{line}\");\n+ }\n let writes = render_writes(&want);\n[shipping-module-diff: exited; cursor=109646]\n\n[Showing lines 1-404 and 598-1001 of 1001; 193 middle lines (11.0KB) elided. Read artifact://68 for full output]"}],"details":{"op":"logs","cursor":109646,"timedOut":false,"state":"exited","meta":{"truncation":{"direction":"middle","truncatedBy":"middle","totalLines":1001,"totalBytes":52059,"outputLines":809,"outputBytes":40865,"maxBytes":40960,"headRange":{"start":1,"end":404},"tailRange":{"start":598,"end":1001},"elidedLines":193,"elidedBytes":11216,"artifactId":"68"}}},"isError":false,"timestamp":1789300740154}}
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{"type":"message","id":"d3be6bee","parentId":"f331105d","timestamp":"2026-09-13T11:59:04.181Z","message":{"role":"toolResult","toolCallId":"call_fmLXcBjc3r8gW4hvGoqZT1xJ|fc_0e2a1c61f5f66929016aa690066d3c87d29ef24f829e94a021","toolName":"read","content":[{"type":"text","text":" const OWNERSHIP: &str = r#\"\n@@ -41,6 +67,21 @@ function Value($object, $name) {\n if ($null -eq $property) { throw \"NetSecurity omitted required property $name\" }\n $property.Value\n }\n+# RAW CIM ELEMENTS, DELIBERATELY NOT THE ADAPTED PROPERTY. `Value` above returns what\n+# PowerShell's object adapter renders, and for EnforcementStatus that is a DISPLAY\n+# SPELLING: measured on HFENDULEAM under this very invocation mode (powershell.exe\n+# 5.1.26100.8875), raw element UInt16 1 reads back as the string \"Enforced\", while the\n+# verdict compared against \"Full\" -- so the success value itself was refused and no host\n+# state could satisfy the arm. The repair is this ACCESSOR, not a cast: casting the\n+# adapted value throws on \"Enforced\". CimInstanceProperties is the unadapted CIM view.\n+function RawValue($object, $name) {\n+ $property = $object.CimInstanceProperties[$name]\n+ if ($null -eq $property) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: NetSecurity omitted required CIM property $name\" }\n+ if ([string]$property.CimType -ne 'UInt16Array') {\n+ throw \"ENFORCEMENT_REPRESENTATION_FAULT: CIM property $name has type $($property.CimType), expected UInt16Array\"\n+ }\n+ $property.Value\n+}\n function One-Filter($items, $name, $ruleName) {\n $items = @($items)\n if ($items.Count -ne 1) { throw \"Ambiguous or missing $name filter for $ruleName\" }\n@@ -83,7 +124,7 @@ function Optional-Empty($object, $name) {\n if ($null -eq $property) { return $true }\n Empty $object $name\n }\n-function Describe($rule, $active) {\n+function Describe($rule) {\n Assert-Owned $rule\n $name = [string](Value $rule 'Name')\n $port = One-Filter @($rule | Get-NetFirewallPortFilter -ErrorAction Stop) 'port' $name\n@@ -123,10 +164,35 @@ function Describe($rule, $active) {\n $programText = if ($program.Count -eq 1) { [string]$program[0] } else { '' }\n # Enforcement is distinct from the rule's configuration. Never certify a\n # rule which ActiveStore reports as ignored or ineffective under host policy.\n- $enforcement = @()\n- if ($active) { $enforcement = @(Value $rule 'EnforcementStatus' | ForEach-Object { [string]$_ }) }\n+ # NUMERIC CODES, NEVER DISPLAY SPELLINGS -- see RawValue.\n+ #\n+ # VALIDATE BEFORE CONVERTING. `[int]` is a COERCION, not a check, and it launders\n+ # exactly the evidence this contract exists to reject: [int]$null and [int]$false\n+ # are 0, [int]$true is 1 -- THE SUCCESS CODE -- and [int]'1', [int]1.4 and [int]1.6\n+ # are 1, 1 and 2. Converting first and judging afterwards would let a boolean, a\n+ # numeric string or a rounded fraction reach the verdict wearing a code the host\n+ # never reported. Each element's TYPE is therefore checked against the CIM element\n+ # type first, and only a genuine UInt16 is converted; the property's own CIM type\n+ # is checked in RawValue for the same reason. Everything else refuses loudly here\n+ # rather than travelling onward as evidence.\n+ # [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n+ $enforcementRaw = RawValue $rule 'EnforcementStatus'\n+ if ($null -eq $enforcementRaw) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: null EnforcementStatus for $name\" }\n+ $enforcement = @($enforcementRaw | ForEach-Object {\n+ if ($null -eq $_) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: null EnforcementStatus element for $name\" }\n+ if ($_ -isnot [uint16]) {\n+ throw \"ENFORCEMENT_REPRESENTATION_FAULT: EnforcementStatus element of type $($_.GetType().FullName) for $name, expected System.UInt16\"\n+ }\n+ [int]$_\n+ })\n+ # WHERE THE EFFECTIVE RULE CAME FROM. Reported, never judged here: the Rust\n+ # side decides what counts as persistent. 'Local' names the local persistent\n+ # store as this effective rule's source, which is how ONE ActiveStore pass\n+ # certifies both halves of the claim -- see `decide`.\n+ $sourceType = [string](Value $rule 'PolicyStoreSourceType')\n [pscustomobject]@{\n name = $name\n+ sourceType = $sourceType\n program = $programText\n ports = @(Value $port 'LocalPort' | ForEach-Object { [string]$_ })\n profile = [string](Value $rule 'Profile')\n@@ -135,9 +201,28 @@ function Describe($rule, $active) {\n enforcement = $enforcement\n }\n }\n-$persistent = @(Named-Rules 'PersistentStore' | ForEach-Object { Describe $_ $false })\n-$active = @(Named-Rules 'ActiveStore' | ForEach-Object { Describe $_ $true })\n-[pscustomobject]@{ persistent = $persistent; active = $active } | ConvertTo-Json -Depth 6 -Compress\n+# ONE STORE PASS, NOT TWO. The old query enumerated PersistentStore and\n+# ActiveStore and walked every rule in both: two rule enumerations plus 32 filter\n+# cmdlet calls for a written pair, where the cost is ~85-90% PER CALL (measured\n+# HFENDULEAM 2026-09-12: a call returning 2 rules ~470 ms, one returning ~1000\n+# ~550 ms). The second pass bought PERSISTENCE evidence, and an effective rule\n+# already carries it: PolicyStoreSourceType 'Local' names the local persistent\n+# store as its source. Halved to one enumeration plus 16 filter calls.\n+$active = @(Named-Rules 'ActiveStore' | ForEach-Object { Describe $_ })\n+# THE LAN HALF'S SCOPE IS DERIVED FROM THE HOST, so the census it is derived from\n+# rides THE SAME INVOCATION as the rules it will be compared against. A prefix set\n+# read by a separate process could describe a different network than the one the\n+# verdict is taken over -- a laptop that joins a subnet between two invocations\n+# would make the rules and the expectation disagree for reasons neither carries.\n+# REPORTED, NOT JUDGED, like every other field here: which addresses count as a\n+# LAN, and what their prefixes are, is decided in Rust where it can be tested.\n+$addresses = @(Get-NetIPAddress -AddressFamily IPv4 -PolicyStore ActiveStore -ErrorAction Stop |\n+ ForEach-Object { [pscustomobject]@{\n+ address = [string](Value $_ 'IPAddress')\n+ prefixLength = [int](Value $_ 'PrefixLength')\n+ addressState = [string](Value $_ 'AddressState')\n+ } })\n+[pscustomobject]@{ active = $active; addresses = $addresses } | ConvertTo-Json -Depth 6 -Compress\n \"#;\n \n const REMOVE_AND_VERIFY: &str = r#\"\n@@ -169,7 +254,26 @@ struct Rule {\n /// shape (enabled, inbound, allow, no platform/owner scope, no user or\n /// machine restriction, no dynamic keyword). Policy is decided in Rust.\n hygiene: bool,\n- enforcement: Vec,\n+ /// ActiveStore enforcement as RAW NUMERIC CODES, never the host's display\n+ /// spelling of them. `u16` is the CIM element type, and it is load-bearing:\n+ /// anything the query cannot transport as a number -- a null, a display\n+ /// string, a negative -- fails deserialization and surfaces as a query error\n+ /// rather than arriving as a code the verdict would then judge.\n+ ///\n+ /// NO NAME IS ATTACHED TO ANY CODE, here or anywhere downstream. The captured\n+ /// class on the measuring host exposes ValueMap (0..25) with the Values\n+ /// qualifier ABSENT, so no code-to-name mapping is derivable from the host at\n+ /// all -- including for the success code. Naming one would be documentation\n+ /// smuggled in as an observation.\n+ // [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n+ enforcement: Vec,\n+ /// Which store this EFFECTIVE rule came from, as NetSecurity reports it:\n+ /// `Local` for the local persistent store, `GroupPolicy` for domain policy,\n+ /// `Dynamic` for a rule that exists only until reboot. Reported here and\n+ /// judged in [`decide`] -- it is what makes one ActiveStore pass able to\n+ /// certify persistence as well as effectiveness.\n+ #[serde(rename = \"sourceType\")]\n+ source_type: String,\n }\n \n // ── FOLD-2: scope policy (ruled on arm E, 2026-09-12) ────────────────────────\n@@ -181,9 +285,11 @@ struct Rule {\n /// The tailnet half: CGNAT remotes, on every profile.\n const DESIRED_TAILNET_PROFILE: &str = \"Any\";\n const DESIRED_TAILNET_REMOTES: &[&str] = &[\"100.64.0.0/10\"];\n-/// The LAN half: `LocalSubnet`, on the profiles a LAN actually carries.\n+/// The LAN half's profiles. Its REMOTES are no longer a constant: FOLD-3 derives\n+/// them per host from the connected IPv4 prefixes (see [`lan_scope`]), because\n+/// `LocalSubnet` was MEASURED NOT TO ADMIT on Windows where a literal prefix did.\n ///\n-/// TWO RULES, NOT ONE. `LocalSubnet` on an all-profile rule would admit the\n+/// TWO RULES, NOT ONE. A LAN prefix on an all-profile rule would admit the\n /// local subnet of a PUBLIC network too, so the halves cannot be merged by\n /// unioning their remotes; and a single rule carrying only the CGNAT range\n /// admits no LAN peer at all, which is what this surface exists to do\n@@ -191,7 +297,6 @@ const DESIRED_TAILNET_REMOTES: &[&str] = &[\"100.64.0.0/10\"];\n /// The operator hand-rule covering 192.168.1.0/24 on the development box is why\n /// the missing half was not noticed from a working fetch.\n const DESIRED_LAN_PROFILE: &str = \"Private,Domain\";\n-const DESIRED_LAN_REMOTES: &[&str] = &[\"LocalSubnet\"];\n /// Whether the rule carries a program (application) filter at all.\n ///\n /// `false` BY POLICY, not because program scope fails. It does not fail.\n@@ -241,6 +346,75 @@ struct RuleSpec {\n program: Option,\n }\n \n+/// What LAN scope this host can actually carry.\n+///\n+/// `NoneConnected` is a real state, not an error case to fall out of: a box on\n+/// nothing but a tailnet address, or holding only an APIPA autoconfiguration\n+/// address, has NO LAN to admit, and an empty remote set would render a rule\n+/// admitting nothing while reading like a written half.\n+#[derive(Debug, Clone, PartialEq, Eq)]\n+enum LanScope {\n+ /// At least one literal prefix, lowest first, deduplicated.\n+ Prefixes(Vec),\n+ NoneConnected,\n+}\n+\n+/// FOLD-3 (releases#304 W2, ruled 2026-09-12): the LAN half's remotes are the\n+/// LITERAL PREFIXES of the host's connected IPv4 interfaces.\n+///\n+/// WHY NOT `LocalSubnet`, WHICH IS WHAT THIS REPLACES: measured on HFENDULEAM\n+/// 2026-09-12, a rule whose only difference from an admitting one is\n+/// `RemoteAddress=LocalSubnet` DROPS where a literal `192.168.1.0/24` ADMITS --\n+/// same port, listener, peer and minute, four-point discrimination plus a\n+/// one-column A/B. The product's own LAN admission did not admit.\n+///\n+/// THE COST OF THE FIX, NAMED: the scope now depends on HOST STATE, so a pair\n+/// written on one subnet does not verify on another and the next reconcile\n+/// rewrites it. That rewrite IS the repair -- a rule scoped to a network the box\n+/// has left admits nobody -- but it is a behaviour change and ADR-0059\n+/// Amendment 2 says so.\n+///\n+/// THE EXCLUSIONS ARE THE POLICY, and each is a refusal to widen admission:\n+/// loopback needs no rule; link-local (APIPA) is the absence of a network, not\n+/// one; CGNAT is the TAILNET half's scope and duplicating it here would put the\n+/// tailnet range on a rule carrying the LAN half's profiles; an address the host\n+/// will not route from (anything but `Preferred`) is not a network we are on;\n+/// and a prefix length outside 8..=32 is REFUSED RATHER THAN RENDERED, because\n+/// `/0` would render `0.0.0.0/0` and admit the entire internet to this port.\n+// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+fn lan_scope(addresses: &[Address]) -> LanScope {\n+ let mut prefixes: Vec = addresses\n+ .iter()\n+ .filter(|address| address.address_state == \"Preferred\")\n+ .filter(|address| (8..=32).contains(&address.prefix_length))\n+ .filter_map(|address| {\n+ let parsed: std::net::Ipv4Addr = address.address.parse().ok()?;\n+ let octets = u32::from(parsed);\n+ if parsed.is_loopback() || parsed.is_link_local() || parsed.is_unspecified() {\n+ return None;\n+ }\n+ // CGNAT 100.64.0.0/10 is the tailnet half's scope, by the constant\n+ // above rather than by a second spelling of the range.\n+ if octets & 0xffc0_0000 == u32::from(std::net::Ipv4Addr::new(100, 64, 0, 0)) {\n+ return None;\n+ }\n+ let mask = u32::MAX << (32 - u32::from(address.prefix_length));\n+ let network = std::net::Ipv4Addr::from(octets & mask);\n+ Some(format!(\"{network}/{}\", address.prefix_length))\n+ })\n+ .collect();\n+ prefixes.sort();\n+ prefixes.dedup();\n+ if prefixes.is_empty() { LanScope::NoneConnected } else { LanScope::Prefixes(prefixes) }\n+}\n+\n+/// The face of a host that cannot carry the LAN half at all.\n+// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+fn no_lan_scope_message() -> String {\n+ \"no connected IPv4 interface: the LAN half of the bootstrap admission pair cannot be scoped, so LAN admission is UNVERIFIED. The tailnet half is unaffected. Elevation cannot repair this; connect the machine to a network and rerun bootstrap.\"\n+ .to_string()\n+}\n+\n\n[Artifact storage: ~/.omp/agent/sessions/-Documents-projects-spt-core/2026-09-13T10-30-51-311Z_01a09a51-dcaf-7000-970b-d5aecd6804d7/68.hub.log (50.8KB). Use artifact://68:N-M to page, artifact://68:raw:N-M for verbatim chunks, and the artifact file path for search/copy workflows.]\n\n[Showing lines 389-613 of 1001. Use :614 to continue]"}],"details":{"resolvedPath":"C:\\Users\\decid\\.omp\\agent\\sessions\\-Documents-projects-spt-core\\2026-09-13T10-30-51-311Z_01a09a51-dcaf-7000-970b-d5aecd6804d7\\68.hub.log","contentType":"text/plain","totalLines":1001,"displayContent":{"text":" const OWNERSHIP: &str = r#\"\n@@ -41,6 +67,21 @@ function Value($object, $name) {\n if ($null -eq $property) { throw \"NetSecurity omitted required property $name\" }\n $property.Value\n }\n+# RAW CIM ELEMENTS, DELIBERATELY NOT THE ADAPTED PROPERTY. `Value` above returns what\n+# PowerShell's object adapter renders, and for EnforcementStatus that is a DISPLAY\n+# SPELLING: measured on HFENDULEAM under this very invocation mode (powershell.exe\n+# 5.1.26100.8875), raw element UInt16 1 reads back as the string \"Enforced\", while the\n+# verdict compared against \"Full\" -- so the success value itself was refused and no host\n+# state could satisfy the arm. The repair is this ACCESSOR, not a cast: casting the\n+# adapted value throws on \"Enforced\". CimInstanceProperties is the unadapted CIM view.\n+function RawValue($object, $name) {\n+ $property = $object.CimInstanceProperties[$name]\n+ if ($null -eq $property) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: NetSecurity omitted required CIM property $name\" }\n+ if ([string]$property.CimType -ne 'UInt16Array') {\n+ throw \"ENFORCEMENT_REPRESENTATION_FAULT: CIM property $name has type $($property.CimType), expected UInt16Array\"\n+ }\n+ $property.Value\n+}\n function One-Filter($items, $name, $ruleName) {\n $items = @($items)\n if ($items.Count -ne 1) { throw \"Ambiguous or missing $name filter for $ruleName\" }\n@@ -83,7 +124,7 @@ function Optional-Empty($object, $name) {\n if ($null -eq $property) { return $true }\n Empty $object $name\n }\n-function Describe($rule, $active) {\n+function Describe($rule) {\n Assert-Owned $rule\n $name = [string](Value $rule 'Name')\n $port = One-Filter @($rule | Get-NetFirewallPortFilter -ErrorAction Stop) 'port' $name\n@@ -123,10 +164,35 @@ function Describe($rule, $active) {\n $programText = if ($program.Count -eq 1) { [string]$program[0] } else { '' }\n # Enforcement is distinct from the rule's configuration. Never certify a\n # rule which ActiveStore reports as ignored or ineffective under host policy.\n- $enforcement = @()\n- if ($active) { $enforcement = @(Value $rule 'EnforcementStatus' | ForEach-Object { [string]$_ }) }\n+ # NUMERIC CODES, NEVER DISPLAY SPELLINGS -- see RawValue.\n+ #\n+ # VALIDATE BEFORE CONVERTING. `[int]` is a COERCION, not a check, and it launders\n+ # exactly the evidence this contract exists to reject: [int]$null and [int]$false\n+ # are 0, [int]$true is 1 -- THE SUCCESS CODE -- and [int]'1', [int]1.4 and [int]1.6\n+ # are 1, 1 and 2. Converting first and judging afterwards would let a boolean, a\n+ # numeric string or a rounded fraction reach the verdict wearing a code the host\n+ # never reported. Each element's TYPE is therefore checked against the CIM element\n+ # type first, and only a genuine UInt16 is converted; the property's own CIM type\n+ # is checked in RawValue for the same reason. Everything else refuses loudly here\n+ # rather than travelling onward as evidence.\n+ # [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n+ $enforcementRaw = RawValue $rule 'EnforcementStatus'\n+ if ($null -eq $enforcementRaw) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: null EnforcementStatus for $name\" }\n+ $enforcement = @($enforcementRaw | ForEach-Object {\n+ if ($null -eq $_) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: null EnforcementStatus element for $name\" }\n+ if ($_ -isnot [uint16]) {\n+ throw \"ENFORCEMENT_REPRESENTATION_FAULT: EnforcementStatus element of type $($_.GetType().FullName) for $name, expected System.UInt16\"\n+ }\n+ [int]$_\n+ })\n+ # WHERE THE EFFECTIVE RULE CAME FROM. Reported, never judged here: the Rust\n+ # side decides what counts as persistent. 'Local' names the local persistent\n+ # store as this effective rule's source, which is how ONE ActiveStore pass\n+ # certifies both halves of the claim -- see `decide`.\n+ $sourceType = [string](Value $rule 'PolicyStoreSourceType')\n [pscustomobject]@{\n name = $name\n+ sourceType = $sourceType\n program = $programText\n ports = @(Value $port 'LocalPort' | ForEach-Object { [string]$_ })\n profile = [string](Value $rule 'Profile')\n@@ -135,9 +201,28 @@ function Describe($rule, $active) {\n enforcement = $enforcement\n }\n }\n-$persistent = @(Named-Rules 'PersistentStore' | ForEach-Object { Describe $_ $false })\n-$active = @(Named-Rules 'ActiveStore' | ForEach-Object { Describe $_ $true })\n-[pscustomobject]@{ persistent = $persistent; active = $active } | ConvertTo-Json -Depth 6 -Compress\n+# ONE STORE PASS, NOT TWO. The old query enumerated PersistentStore and\n+# ActiveStore and walked every rule in both: two rule enumerations plus 32 filter\n+# cmdlet calls for a written pair, where the cost is ~85-90% PER CALL (measured\n+# HFENDULEAM 2026-09-12: a call returning 2 rules ~470 ms, one returning ~1000\n+# ~550 ms). The second pass bought PERSISTENCE evidence, and an effective rule\n+# already carries it: PolicyStoreSourceType 'Local' names the local persistent\n+# store as its source. Halved to one enumeration plus 16 filter calls.\n+$active = @(Named-Rules 'ActiveStore' | ForEach-Object { Describe $_ })\n+# THE LAN HALF'S SCOPE IS DERIVED FROM THE HOST, so the census it is derived from\n+# rides THE SAME INVOCATION as the rules it will be compared against. A prefix set\n+# read by a separate process could describe a different network than the one the\n+# verdict is taken over -- a laptop that joins a subnet between two invocations\n+# would make the rules and the expectation disagree for reasons neither carries.\n+# REPORTED, NOT JUDGED, like every other field here: which addresses count as a\n+# LAN, and what their prefixes are, is decided in Rust where it can be tested.\n+$addresses = @(Get-NetIPAddress -AddressFamily IPv4 -PolicyStore ActiveStore -ErrorAction Stop |\n+ ForEach-Object { [pscustomobject]@{\n+ address = [string](Value $_ 'IPAddress')\n+ prefixLength = [int](Value $_ 'PrefixLength')\n+ addressState = [string](Value $_ 'AddressState')\n+ } })\n+[pscustomobject]@{ active = $active; addresses = $addresses } | ConvertTo-Json -Depth 6 -Compress\n \"#;\n \n const REMOVE_AND_VERIFY: &str = r#\"\n@@ -169,7 +254,26 @@ struct Rule {\n /// shape (enabled, inbound, allow, no platform/owner scope, no user or\n /// machine restriction, no dynamic keyword). Policy is decided in Rust.\n hygiene: bool,\n- enforcement: Vec,\n+ /// ActiveStore enforcement as RAW NUMERIC CODES, never the host's display\n+ /// spelling of them. `u16` is the CIM element type, and it is load-bearing:\n+ /// anything the query cannot transport as a number -- a null, a display\n+ /// string, a negative -- fails deserialization and surfaces as a query error\n+ /// rather than arriving as a code the verdict would then judge.\n+ ///\n+ /// NO NAME IS ATTACHED TO ANY CODE, here or anywhere downstream. The captured\n+ /// class on the measuring host exposes ValueMap (0..25) with the Values\n+ /// qualifier ABSENT, so no code-to-name mapping is derivable from the host at\n+ /// all -- including for the success code. Naming one would be documentation\n+ /// smuggled in as an observation.\n+ // [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n+ enforcement: Vec,\n+ /// Which store this EFFECTIVE rule came from, as NetSecurity reports it:\n+ /// `Local` for the local persistent store, `GroupPolicy` for domain policy,\n+ /// `Dynamic` for a rule that exists only until reboot. Reported here and\n+ /// judged in [`decide`] -- it is what makes one ActiveStore pass able to\n+ /// certify persistence as well as effectiveness.\n+ #[serde(rename = \"sourceType\")]\n+ source_type: String,\n }\n \n // ── FOLD-2: scope policy (ruled on arm E, 2026-09-12) ────────────────────────\n@@ -181,9 +285,11 @@ struct Rule {\n /// The tailnet half: CGNAT remotes, on every profile.\n const DESIRED_TAILNET_PROFILE: &str = \"Any\";\n const DESIRED_TAILNET_REMOTES: &[&str] = &[\"100.64.0.0/10\"];\n-/// The LAN half: `LocalSubnet`, on the profiles a LAN actually carries.\n+/// The LAN half's profiles. Its REMOTES are no longer a constant: FOLD-3 derives\n+/// them per host from the connected IPv4 prefixes (see [`lan_scope`]), because\n+/// `LocalSubnet` was MEASURED NOT TO ADMIT on Windows where a literal prefix did.\n ///\n-/// TWO RULES, NOT ONE. `LocalSubnet` on an all-profile rule would admit the\n+/// TWO RULES, NOT ONE. A LAN prefix on an all-profile rule would admit the\n /// local subnet of a PUBLIC network too, so the halves cannot be merged by\n /// unioning their remotes; and a single rule carrying only the CGNAT range\n /// admits no LAN peer at all, which is what this surface exists to do\n@@ -191,7 +297,6 @@ const DESIRED_TAILNET_REMOTES: &[&str] = &[\"100.64.0.0/10\"];\n /// The operator hand-rule covering 192.168.1.0/24 on the development box is why\n /// the missing half was not noticed from a working fetch.\n const DESIRED_LAN_PROFILE: &str = \"Private,Domain\";\n-const DESIRED_LAN_REMOTES: &[&str] = &[\"LocalSubnet\"];\n /// Whether the rule carries a program (application) filter at all.\n ///\n /// `false` BY POLICY, not because program scope fails. It does not fail.\n@@ -241,6 +346,75 @@ struct RuleSpec {\n program: Option,\n }\n \n+/// What LAN scope this host can actually carry.\n+///\n+/// `NoneConnected` is a real state, not an error case to fall out of: a box on\n+/// nothing but a tailnet address, or holding only an APIPA autoconfiguration\n+/// address, has NO LAN to admit, and an empty remote set would render a rule\n+/// admitting nothing while reading like a written half.\n+#[derive(Debug, Clone, PartialEq, Eq)]\n+enum LanScope {\n+ /// At least one literal prefix, lowest first, deduplicated.\n+ Prefixes(Vec),\n+ NoneConnected,\n+}\n+\n+/// FOLD-3 (releases#304 W2, ruled 2026-09-12): the LAN half's remotes are the\n+/// LITERAL PREFIXES of the host's connected IPv4 interfaces.\n+///\n+/// WHY NOT `LocalSubnet`, WHICH IS WHAT THIS REPLACES: measured on HFENDULEAM\n+/// 2026-09-12, a rule whose only difference from an admitting one is\n+/// `RemoteAddress=LocalSubnet` DROPS where a literal `192.168.1.0/24` ADMITS --\n+/// same port, listener, peer and minute, four-point discrimination plus a\n+/// one-column A/B. The product's own LAN admission did not admit.\n+///\n+/// THE COST OF THE FIX, NAMED: the scope now depends on HOST STATE, so a pair\n+/// written on one subnet does not verify on another and the next reconcile\n+/// rewrites it. That rewrite IS the repair -- a rule scoped to a network the box\n+/// has left admits nobody -- but it is a behaviour change and ADR-0059\n+/// Amendment 2 says so.\n+///\n+/// THE EXCLUSIONS ARE THE POLICY, and each is a refusal to widen admission:\n+/// loopback needs no rule; link-local (APIPA) is the absence of a network, not\n+/// one; CGNAT is the TAILNET half's scope and duplicating it here would put the\n+/// tailnet range on a rule carrying the LAN half's profiles; an address the host\n+/// will not route from (anything but `Preferred`) is not a network we are on;\n+/// and a prefix length outside 8..=32 is REFUSED RATHER THAN RENDERED, because\n+/// `/0` would render `0.0.0.0/0` and admit the entire internet to this port.\n+// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+fn lan_scope(addresses: &[Address]) -> LanScope {\n+ let mut prefixes: Vec = addresses\n+ .iter()\n+ .filter(|address| address.address_state == \"Preferred\")\n+ .filter(|address| (8..=32).contains(&address.prefix_length))\n+ .filter_map(|address| {\n+ let parsed: std::net::Ipv4Addr = address.address.parse().ok()?;\n+ let octets = u32::from(parsed);\n+ if parsed.is_loopback() || parsed.is_link_local() || parsed.is_unspecified() {\n+ return None;\n+ }\n+ // CGNAT 100.64.0.0/10 is the tailnet half's scope, by the constant\n+ // above rather than by a second spelling of the range.\n+ if octets & 0xffc0_0000 == u32::from(std::net::Ipv4Addr::new(100, 64, 0, 0)) {\n+ return None;\n+ }\n+ let mask = u32::MAX << (32 - u32::from(address.prefix_length));\n+ let network = std::net::Ipv4Addr::from(octets & mask);\n+ Some(format!(\"{network}/{}\", address.prefix_length))\n+ })\n+ .collect();\n+ prefixes.sort();\n+ prefixes.dedup();\n+ if prefixes.is_empty() { LanScope::NoneConnected } else { LanScope::Prefixes(prefixes) }\n+}\n+\n+/// The face of a host that cannot carry the LAN half at all.\n+// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+fn no_lan_scope_message() -> String {\n+ \"no connected IPv4 interface: the LAN half of the bootstrap admission pair cannot be scoped, so LAN admission is UNVERIFIED. The tailnet half is unaffected. Elevation cannot repair this; connect the machine to a network and rerun bootstrap.\"\n+ .to_string()\n+}\n+","startLine":389,"lineNumbers":[389,390,391,392,393,394,395,396,397,398,399,400,401,402,403,404,405,406,407,408,409,410,411,412,413,414,415,416,417,418,419,420,421,422,423,424,425,426,427,428,429,430,431,432,433,434,435,436,437,438,439,440,441,442,443,444,445,446,447,448,449,450,451,452,453,454,455,456,457,458,459,460,461,462,463,464,465,466,467,468,469,470,471,472,473,474,475,476,477,478,479,480,481,482,483,484,485,486,487,488,489,490,491,492,493,494,495,496,497,498,499,500,501,502,503,504,505,506,507,508,509,510,511,512,513,514,515,516,517,518,519,520,521,522,523,524,525,526,527,528,529,530,531,532,533,534,535,536,537,538,539,540,541,542,543,544,545,546,547,548,549,550,551,552,553,554,555,556,557,558,559,560,561,562,563,564,565,566,567,568,569,570,571,572,573,574,575,576,577,578,579,580,581,582,583,584,585,586,587,588,589,590,591,592,593,594,595,596,597,598,599,600,601,602,603,604,605,606,607,608,609,610,611,612,613]},"truncation":{"content":" const OWNERSHIP: &str = r#\"\n@@ -41,6 +67,21 @@ function Value($object, $name) {\n if ($null -eq $property) { throw \"NetSecurity omitted required property $name\" }\n $property.Value\n }\n+# RAW CIM ELEMENTS, DELIBERATELY NOT THE ADAPTED PROPERTY. `Value` above returns what\n+# PowerShell's object adapter renders, and for EnforcementStatus that is a DISPLAY\n+# SPELLING: measured on HFENDULEAM under this very invocation mode (powershell.exe\n+# 5.1.26100.8875), raw element UInt16 1 reads back as the string \"Enforced\", while the\n+# verdict compared against \"Full\" -- so the success value itself was refused and no host\n+# state could satisfy the arm. The repair is this ACCESSOR, not a cast: casting the\n+# adapted value throws on \"Enforced\". CimInstanceProperties is the unadapted CIM view.\n+function RawValue($object, $name) {\n+ $property = $object.CimInstanceProperties[$name]\n+ if ($null -eq $property) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: NetSecurity omitted required CIM property $name\" }\n+ if ([string]$property.CimType -ne 'UInt16Array') {\n+ throw \"ENFORCEMENT_REPRESENTATION_FAULT: CIM property $name has type $($property.CimType), expected UInt16Array\"\n+ }\n+ $property.Value\n+}\n function One-Filter($items, $name, $ruleName) {\n $items = @($items)\n if ($items.Count -ne 1) { throw \"Ambiguous or missing $name filter for $ruleName\" }\n@@ -83,7 +124,7 @@ function Optional-Empty($object, $name) {\n if ($null -eq $property) { return $true }\n Empty $object $name\n }\n-function Describe($rule, $active) {\n+function Describe($rule) {\n Assert-Owned $rule\n $name = [string](Value $rule 'Name')\n $port = One-Filter @($rule | Get-NetFirewallPortFilter -ErrorAction Stop) 'port' $name\n@@ -123,10 +164,35 @@ function Describe($rule, $active) {\n $programText = if ($program.Count -eq 1) { [string]$program[0] } else { '' }\n # Enforcement is distinct from the rule's configuration. Never certify a\n # rule which ActiveStore reports as ignored or ineffective under host policy.\n- $enforcement = @()\n- if ($active) { $enforcement = @(Value $rule 'EnforcementStatus' | ForEach-Object { [string]$_ }) }\n+ # NUMERIC CODES, NEVER DISPLAY SPELLINGS -- see RawValue.\n+ #\n+ # VALIDATE BEFORE CONVERTING. `[int]` is a COERCION, not a check, and it launders\n+ # exactly the evidence this contract exists to reject: [int]$null and [int]$false\n+ # are 0, [int]$true is 1 -- THE SUCCESS CODE -- and [int]'1', [int]1.4 and [int]1.6\n+ # are 1, 1 and 2. Converting first and judging afterwards would let a boolean, a\n+ # numeric string or a rounded fraction reach the verdict wearing a code the host\n+ # never reported. Each element's TYPE is therefore checked against the CIM element\n+ # type first, and only a genuine UInt16 is converted; the property's own CIM type\n+ # is checked in RawValue for the same reason. Everything else refuses loudly here\n+ # rather than travelling onward as evidence.\n+ # [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n+ $enforcementRaw = RawValue $rule 'EnforcementStatus'\n+ if ($null -eq $enforcementRaw) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: null EnforcementStatus for $name\" }\n+ $enforcement = @($enforcementRaw | ForEach-Object {\n+ if ($null -eq $_) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: null EnforcementStatus element for $name\" }\n+ if ($_ -isnot [uint16]) {\n+ throw \"ENFORCEMENT_REPRESENTATION_FAULT: EnforcementStatus element of type $($_.GetType().FullName) for $name, expected System.UInt16\"\n+ }\n+ [int]$_\n+ })\n+ # WHERE THE EFFECTIVE RULE CAME FROM. Reported, never judged here: the Rust\n+ # side decides what counts as persistent. 'Local' names the local persistent\n+ # store as this effective rule's source, which is how ONE ActiveStore pass\n+ # certifies both halves of the claim -- see `decide`.\n+ $sourceType = [string](Value $rule 'PolicyStoreSourceType')\n [pscustomobject]@{\n name = $name\n+ sourceType = $sourceType\n program = $programText\n ports = @(Value $port 'LocalPort' | ForEach-Object { [string]$_ })\n profile = [string](Value $rule 'Profile')\n@@ -135,9 +201,28 @@ function Describe($rule, $active) {\n enforcement = $enforcement\n }\n }\n-$persistent = @(Named-Rules 'PersistentStore' | ForEach-Object { Describe $_ $false })\n-$active = @(Named-Rules 'ActiveStore' | ForEach-Object { Describe $_ $true })\n-[pscustomobject]@{ persistent = $persistent; active = $active } | ConvertTo-Json -Depth 6 -Compress\n+# ONE STORE PASS, NOT TWO. The old query enumerated PersistentStore and\n+# ActiveStore and walked every rule in both: two rule enumerations plus 32 filter\n+# cmdlet calls for a written pair, where the cost is ~85-90% PER CALL (measured\n+# HFENDULEAM 2026-09-12: a call returning 2 rules ~470 ms, one returning ~1000\n+# ~550 ms). The second pass bought PERSISTENCE evidence, and an effective rule\n+# already carries it: PolicyStoreSourceType 'Local' names the local persistent\n+# store as its source. Halved to one enumeration plus 16 filter calls.\n+$active = @(Named-Rules 'ActiveStore' | ForEach-Object { Describe $_ })\n+# THE LAN HALF'S SCOPE IS DERIVED FROM THE HOST, so the census it is derived from\n+# rides THE SAME INVOCATION as the rules it will be compared against. A prefix set\n+# read by a separate process could describe a different network than the one the\n+# verdict is taken over -- a laptop that joins a subnet between two invocations\n+# would make the rules and the expectation disagree for reasons neither carries.\n+# REPORTED, NOT JUDGED, like every other field here: which addresses count as a\n+# LAN, and what their prefixes are, is decided in Rust where it can be tested.\n+$addresses = @(Get-NetIPAddress -AddressFamily IPv4 -PolicyStore ActiveStore -ErrorAction Stop |\n+ ForEach-Object { [pscustomobject]@{\n+ address = [string](Value $_ 'IPAddress')\n+ prefixLength = [int](Value $_ 'PrefixLength')\n+ addressState = [string](Value $_ 'AddressState')\n+ } })\n+[pscustomobject]@{ active = $active; addresses = $addresses } | ConvertTo-Json -Depth 6 -Compress\n \"#;\n \n const REMOVE_AND_VERIFY: &str = r#\"\n@@ -169,7 +254,26 @@ struct Rule {\n /// shape (enabled, inbound, allow, no platform/owner scope, no user or\n /// machine restriction, no dynamic keyword). Policy is decided in Rust.\n hygiene: bool,\n- enforcement: Vec,\n+ /// ActiveStore enforcement as RAW NUMERIC CODES, never the host's display\n+ /// spelling of them. `u16` is the CIM element type, and it is load-bearing:\n+ /// anything the query cannot transport as a number -- a null, a display\n+ /// string, a negative -- fails deserialization and surfaces as a query error\n+ /// rather than arriving as a code the verdict would then judge.\n+ ///\n+ /// NO NAME IS ATTACHED TO ANY CODE, here or anywhere downstream. The captured\n+ /// class on the measuring host exposes ValueMap (0..25) with the Values\n+ /// qualifier ABSENT, so no code-to-name mapping is derivable from the host at\n+ /// all -- including for the success code. Naming one would be documentation\n+ /// smuggled in as an observation.\n+ // [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n+ enforcement: Vec,\n+ /// Which store this EFFECTIVE rule came from, as NetSecurity reports it:\n+ /// `Local` for the local persistent store, `GroupPolicy` for domain policy,\n+ /// `Dynamic` for a rule that exists only until reboot. Reported here and\n+ /// judged in [`decide`] -- it is what makes one ActiveStore pass able to\n+ /// certify persistence as well as effectiveness.\n+ #[serde(rename = \"sourceType\")]\n+ source_type: String,\n }\n \n // ── FOLD-2: scope policy (ruled on arm E, 2026-09-12) ────────────────────────\n@@ -181,9 +285,11 @@ struct Rule {\n /// The tailnet half: CGNAT remotes, on every profile.\n const DESIRED_TAILNET_PROFILE: &str = \"Any\";\n const DESIRED_TAILNET_REMOTES: &[&str] = &[\"100.64.0.0/10\"];\n-/// The LAN half: `LocalSubnet`, on the profiles a LAN actually carries.\n+/// The LAN half's profiles. Its REMOTES are no longer a constant: FOLD-3 derives\n+/// them per host from the connected IPv4 prefixes (see [`lan_scope`]), because\n+/// `LocalSubnet` was MEASURED NOT TO ADMIT on Windows where a literal prefix did.\n ///\n-/// TWO RULES, NOT ONE. `LocalSubnet` on an all-profile rule would admit the\n+/// TWO RULES, NOT ONE. A LAN prefix on an all-profile rule would admit the\n /// local subnet of a PUBLIC network too, so the halves cannot be merged by\n /// unioning their remotes; and a single rule carrying only the CGNAT range\n /// admits no LAN peer at all, which is what this surface exists to do\n@@ -191,7 +297,6 @@ const DESIRED_TAILNET_REMOTES: &[&str] = &[\"100.64.0.0/10\"];\n /// The operator hand-rule covering 192.168.1.0/24 on the development box is why\n /// the missing half was not noticed from a working fetch.\n const DESIRED_LAN_PROFILE: &str = \"Private,Domain\";\n-const DESIRED_LAN_REMOTES: &[&str] = &[\"LocalSubnet\"];\n /// Whether the rule carries a program (application) filter at all.\n ///\n /// `false` BY POLICY, not because program scope fails. It does not fail.\n@@ -241,6 +346,75 @@ struct RuleSpec {\n program: Option,\n }\n \n+/// What LAN scope this host can actually carry.\n+///\n+/// `NoneConnected` is a real state, not an error case to fall out of: a box on\n+/// nothing but a tailnet address, or holding only an APIPA autoconfiguration\n+/// address, has NO LAN to admit, and an empty remote set would render a rule\n+/// admitting nothing while reading like a written half.\n+#[derive(Debug, Clone, PartialEq, Eq)]\n+enum LanScope {\n+ /// At least one literal prefix, lowest first, deduplicated.\n+ Prefixes(Vec),\n+ NoneConnected,\n+}\n+\n+/// FOLD-3 (releases#304 W2, ruled 2026-09-12): the LAN half's remotes are the\n+/// LITERAL PREFIXES of the host's connected IPv4 interfaces.\n+///\n+/// WHY NOT `LocalSubnet`, WHICH IS WHAT THIS REPLACES: measured on HFENDULEAM\n+/// 2026-09-12, a rule whose only difference from an admitting one is\n+/// `RemoteAddress=LocalSubnet` DROPS where a literal `192.168.1.0/24` ADMITS --\n+/// same port, listener, peer and minute, four-point discrimination plus a\n+/// one-column A/B. The product's own LAN admission did not admit.\n+///\n+/// THE COST OF THE FIX, NAMED: the scope now depends on HOST STATE, so a pair\n+/// written on one subnet does not verify on another and the next reconcile\n+/// rewrites it. That rewrite IS the repair -- a rule scoped to a network the box\n+/// has left admits nobody -- but it is a behaviour change and ADR-0059\n+/// Amendment 2 says so.\n+///\n+/// THE EXCLUSIONS ARE THE POLICY, and each is a refusal to widen admission:\n+/// loopback needs no rule; link-local (APIPA) is the absence of a network, not\n+/// one; CGNAT is the TAILNET half's scope and duplicating it here would put the\n+/// tailnet range on a rule carrying the LAN half's profiles; an address the host\n+/// will not route from (anything but `Preferred`) is not a network we are on;\n+/// and a prefix length outside 8..=32 is REFUSED RATHER THAN RENDERED, because\n+/// `/0` would render `0.0.0.0/0` and admit the entire internet to this port.\n+// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+fn lan_scope(addresses: &[Address]) -> LanScope {\n+ let mut prefixes: Vec = addresses\n+ .iter()\n+ .filter(|address| address.address_state == \"Preferred\")\n+ .filter(|address| (8..=32).contains(&address.prefix_length))\n+ .filter_map(|address| {\n+ let parsed: std::net::Ipv4Addr = address.address.parse().ok()?;\n+ let octets = u32::from(parsed);\n+ if parsed.is_loopback() || parsed.is_link_local() || parsed.is_unspecified() {\n+ return None;\n+ }\n+ // CGNAT 100.64.0.0/10 is the tailnet half's scope, by the constant\n+ // above rather than by a second spelling of the range.\n+ if octets & 0xffc0_0000 == u32::from(std::net::Ipv4Addr::new(100, 64, 0, 0)) {\n+ return None;\n+ }\n+ let mask = u32::MAX << (32 - u32::from(address.prefix_length));\n+ let network = std::net::Ipv4Addr::from(octets & mask);\n+ Some(format!(\"{network}/{}\", address.prefix_length))\n+ })\n+ .collect();\n+ prefixes.sort();\n+ prefixes.dedup();\n+ if prefixes.is_empty() { LanScope::NoneConnected } else { LanScope::Prefixes(prefixes) }\n+}\n+\n+/// The face of a host that cannot carry the LAN half at all.\n+// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+fn no_lan_scope_message() -> String {\n+ \"no connected IPv4 interface: the LAN half of the bootstrap admission pair cannot be scoped, so LAN admission is UNVERIFIED. The tailnet half is unaffected. Elevation cannot repair this; connect the machine to a network and rerun bootstrap.\"\n+ .to_string()\n+}\n+","truncated":true,"truncatedBy":"lines","totalLines":613,"totalBytes":13022,"outputLines":225,"outputBytes":13022,"lastLinePartial":false,"firstLineExceedsLimit":false},"meta":{"source":{"type":"internal","value":"artifact://68"},"truncation":{"direction":"head","truncatedBy":"lines","totalLines":1001,"totalBytes":13022,"outputLines":225,"outputBytes":13022,"maxBytes":115200,"shownRange":{"start":389,"end":613},"nextOffset":614}}},"isError":false,"timestamp":1789300744181}}
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{"type":"message","id":"b034c8a2","parentId":"424251af","timestamp":"2026-09-13T11:59:13.996Z","message":{"role":"toolResult","toolCallId":"call_DP8jPvqxJl3guVKQbKzfd60o|fc_0e2a1c61f5f66929016aa69011e87087d287401412d3932d3b","toolName":"hub","content":[{"type":"text","text":"+ .collect();\n+ format!(\n+ \"NetSecurity completed but the observed rules do not match the admission pair: {}\",\n+ described.join(\"; \")\n+ )\n+}\n+\n+/// The log line for a LAN scope that has MOVED, or `None` when it has not.\n+///\n+/// Compared against what is OBSERVED rather than against a remembered value: the\n+/// rule on the host is the only record of the scope the last reconcile wrote, and\n+/// a daemon that restarted has no memory of it.\n+///\n+/// THE SAME COMPARISON THE VERDICT USES, for the same FOLD-4 reason and this is\n+/// the second site of that one defect: the observed side is NetSecurity's\n+/// spelling, so a raw string compare here announces that the scope MOVED on every\n+/// reconcile of an unchanged host -- `192.168.1.0/255.255.255.0` against the\n+/// `192.168.1.0/24` we wrote. A move that is reported when nothing moved teaches\n+/// the operator to ignore the line that exists to be noticed.\n+// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL] [impl->REQ-BOOTSTRAP-FIREWALL-SPELLING-EQUIVALENCE]\n+fn scope_change(observed: &[Rule], want: &[RuleSpec]) -> Option {\n+ let spec = want.iter().find(|spec| spec.name == RULE_NAME_LAN)?;\n+ let existing = observed.iter().find(|rule| rule.name == RULE_NAME_LAN)?;\n+ // THE SAME ASYMMETRY AS THE VERDICT, so the line cannot report \"unchanged\"\n+ // over a spec the verdict refuses: an unscopeable spec is a rewrite, and a\n+ // rewrite is what this line exists to announce.\n+ if wanted_networks(&spec.remotes) == Some(remote_set(&existing.remotes)) {\n+ return None;\n+ }\n+ Some(format!(\n+ \"bootstrap-firewall lan-scope moved: rule={} old=[{}] new=[{}] -- rewriting the LAN half\",\n+ RULE_NAME_LAN,\n+ existing.remotes.join(\",\"),\n+ spec.remotes.join(\",\")\n+ ))\n+}\n+\n+/// The face of a verification that never reached a verdict, AFTER the writes.\n+// [impl->REQ-BOOTSTRAP-FIREWALL-VERIFY-ONE-PASS]\n+fn unverified_after_write(error: &str) -> String {\n+ format!(\n+ \"The admission pair was WRITTEN and then could not be verified: {error}. The rules may already be in place -- this is not a refused write. Rerun bootstrap to re-observe them before changing elevation or host policy.\"\n+ )\n+}\n+\n pub(super) fn cleanup() -> Result<(), String> {\n- powershell(&script(REMOVE_AND_VERIFY)).map(|_| ())\n+ powershell(\"cleanup\", &script(REMOVE_AND_VERIFY)).map(|_| ())\n }\n \n pub(super) fn is_clean() -> Result {\n- let output = powershell(&script(\n- r#\"\n+ let output = powershell(\n+ \"is-clean\",\n+ &script(\n+ r#\"\n $local = @(Named-Rules 'PersistentStore')\n $active = @(Named-Rules 'ActiveStore')\n ($local.Count -eq 0 -and $active.Count -eq 0) | ConvertTo-Json -Compress\n \"#,\n- ))?;\n+ ),\n+ )?;\n serde_json::from_str(output.trim_start_matches('\\u{feff}').trim())\n .map_err(|error| format!(\"Cannot decode NetSecurity bootstrap cleanup evidence: {error}\"))\n }\n@@ -600,6 +1059,22 @@ mod tests {\n // gating, arguments, path text and encoding and none of them touches scope.\n \n /// A rule as the query now reports it: fields, not a verdict.\n+ /// A host carrying one ordinary LAN, for the specs under test. FOLD-3 makes\n+ /// the LAN half host-derived, so every spec-building test has to say WHICH\n+ /// host it is speaking about -- that is the behaviour change, stated once here.\n+ fn one_lan() -> LanScope {\n+ LanScope::Prefixes(vec![\"192.168.1.0/24\".to_string()])\n+ }\n+\n+ /// The census a host with that LAN would report.\n+ fn one_lan_census() -> Vec {\n+ vec![Address {\n+ address: \"192.168.1.81\".to_string(),\n+ prefix_length: 24,\n+ address_state: \"Preferred\".to_string(),\n+ }]\n+ }\n+\n fn observed(name: &str, port: u16, program: &str, profile: &str, remotes: &[&str]) -> Rule {\n Rule {\n name: name.to_string(),\n@@ -608,7 +1083,8 @@ mod tests {\n profile: profile.to_string(),\n remotes: remotes.iter().map(|r| r.to_string()).collect(),\n hygiene: true,\n- enforcement: vec![\"Full\".to_string()],\n+ enforcement: vec![ENFORCEMENT_SUCCESS],\n+ source_type: \"Local\".to_string(),\n }\n }\n \n@@ -621,7 +1097,7 @@ mod tests {\n const BOUND: u16 = 56025;\n const CONFIGURED: u16 = 5470;\n \n- let [want, _lan] = desired_specs(\"c:\\\\spt\\\\spt.exe\", BOUND);\n+ let want = &desired_specs(\"c:\\\\spt\\\\spt.exe\", BOUND, &one_lan())[0];\n assert_eq!(want.port, BOUND, \"the spec carries the BOUND port\");\n assert_ne!(want.port, CONFIGURED);\n \n@@ -645,7 +1121,7 @@ mod tests {\n // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n #[test]\n fn a_program_bearing_rule_does_not_satisfy_a_spec_that_wants_no_program_filter() {\n- let [want, _lan] = desired_specs(\"c:\\\\spt\\\\spt.exe\", 5470);\n+ let want = &desired_specs(\"c:\\\\spt\\\\spt.exe\", 5470, &one_lan())[0];\n assert!(want.program.is_none(), \"the working default carries no program filter\");\n \n let without = observed(want.name, 5470, \"\", &want.profile, DESIRED_TAILNET_REMOTES);\n@@ -674,20 +1150,26 @@ mod tests {\n // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n #[test]\n fn an_unrestricted_remote_does_not_satisfy_a_narrowed_spec() {\n- let [want, _lan] = desired_specs(\"c:\\\\spt\\\\spt.exe\", 5470);\n+ let want = &desired_specs(\"c:\\\\spt\\\\spt.exe\", 5470, &one_lan())[0];\n let unrestricted = observed(want.name, 5470, \"\", &want.profile, &[\"Any\"]);\n let narrowed = observed(want.name, 5470, \"\", &want.profile, DESIRED_TAILNET_REMOTES);\n \n assert!(!spec_satisfied_by(&unrestricted, &want), \"`Any` is not the narrow scope\");\n assert!(spec_satisfied_by(&narrowed, &want));\n \n- // Order is not significance: the comparison is set-like and\n- // case-insensitive, so a reordered or recased render still matches.\n+ // Order is not significance: the comparison is set-like, so a reordered\n+ // render still matches.\n+ //\n+ // THE CASE HALF OF THIS CELL LOST ITS SUBJECT AT FOLD-3 and is recorded\n+ // rather than quietly dropped: it used to pair `LocalSubnet` with the\n+ // observed `localsubnet`, and both halves' remotes are now numeric\n+ // prefixes with no case to vary. The case-insensitive comparison is still\n+ // exercised, by `Any` in the unrestricted arm above.\n let reordered = RuleSpec {\n- remotes: vec![\"LocalSubnet\".into(), \"100.64.0.0/10\".into()],\n+ remotes: vec![\"192.168.1.0/24\".into(), \"100.64.0.0/10\".into()],\n ..want.clone()\n };\n- let seen = observed(want.name, 5470, \"\", &want.profile, &[\"100.64.0.0/10\", \"localsubnet\"]);\n+ let seen = observed(want.name, 5470, \"\", &want.profile, &[\"100.64.0.0/10\", \"192.168.1.0/24\"]);\n assert!(spec_satisfied_by(&seen, &reordered), \"render order must not decide the verdict\");\n \n // A wrong profile fails even with the right remotes — the trap that a\n@@ -701,13 +1183,145 @@ mod tests {\n // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n #[test]\n fn a_rule_failing_hygiene_is_refused_even_when_its_scope_is_exactly_right() {\n- let [want, _lan] = desired_specs(\"c:\\\\spt\\\\spt.exe\", 5470);\n+ let want = &desired_specs(\"c:\\\\spt\\\\spt.exe\", 5470, &one_lan())[0];\n let mut rule = observed(want.name, 5470, \"\", &want.profile, DESIRED_TAILNET_REMOTES);\n assert!(spec_satisfied_by(&rule, &want), \"the scope is right to begin with\");\n rule.hygiene = false;\n assert!(!spec_satisfied_by(&rule, &want));\n }\n \n+ // ---- FOLD-4: representation is not policy (releases#304 W2) -------------\n+ //\n+ // These two are the contract on the normalizers themselves, in both\n+ // directions: equivalent spellings must compare EQUAL, and every other\n+ // difference must stay UNEQUAL. The pair-level and `decide`-level regression\n+ // cells over independently captured NetSecurity spellings are hertz's, and\n+ // they ride on top of these.\n+\n+ /// FOLD-4(a) — THE THREE SPELLINGS NETSECURITY READS BACK ARE THE SAME\n+ /// ADMISSION AS THE ONE WE WROTE.\n+ ///\n+ /// Each arm asserts the RAW strings differ before asserting the canonical\n+ /// forms agree: without that line the cell would pass just as well on a\n+ /// normalizer that does nothing, and it is what makes this a regression cell\n+ /// for the field failure rather than a tautology.\n+ // [unit->REQ-BOOTSTRAP-FIREWALL-SPELLING-EQUIVALENCE]\n+ #[test]\n+ fn equivalent_netsecurity_spellings_compare_equal_to_what_was_written() {\n+ // An absent application filter: `Any` is how it is read back, `\"\"` is\n+ // how a `program: None` spec was written to mean it.\n+ assert_ne!(\"Any\", \"\", \"the two spellings are different strings\");\n+ assert!(program_unrestricted(\"Any\") && program_unrestricted(\"\"));\n+ assert!(program_unrestricted(\" any \") && program_unrestricted(\"ANY\"));\n+\n+ // A profile set: our render order without a space, NetSecurity's with one.\n+ assert_ne!(\"Domain, Private\", DESIRED_LAN_PROFILE, \"different strings\");\n+ assert_eq!(profile_set(\"Domain, Private\"), profile_set(DESIRED_LAN_PROFILE));\n+\n+ // A network: prefix form as `lan_scope` emits it, mask form as\n+ // NetSecurity renders it back.\n+ for (written, read_back) in [\n+ (\"192.168.1.0/24\", \"192.168.1.0/255.255.255.0\"),\n+ (\"100.64.0.0/10\", \"100.64.0.0/255.192.0.0\"),\n+ ] {\n+ assert_ne!(written, read_back, \"different strings\");\n+ assert_eq!(\n+ ipv4_network(written),\n+ ipv4_network(read_back),\n+ \"{written} and {read_back} name one network\"\n+ );\n+ assert!(ipv4_network(written).is_some(), \"and both parse\");\n+ }\n+\n+ // Host bits are not a second network, and order is not significance.\n+ assert_eq!(ipv4_network(\"192.168.1.81/24\"), ipv4_network(\"192.168.1.0/24\"));\n+ let written = vec![\"100.64.0.0/10\".to_string(), \"192.168.1.0/24\".to_string()];\n+ let read_back =\n+ vec![\"192.168.1.0/255.255.255.0\".to_string(), \"100.64.0.0/255.192.0.0\".to_string()];\n+ assert_eq!(remote_set(&written), remote_set(&read_back));\n+ }\n+\n+ /// FOLD-4(b) — AND NOTHING ELSE COMPARES EQUAL. The risk a semantic\n+ /// comparison carries is that it starts accepting scopes the policy never\n+ /// chose, so every arm here is a difference that MUST survive normalization.\n+ ///\n+ /// `remote_set` is total by construction — unparseable text is compared as\n+ /// its own lowercased literal — so malformed input answers \"not equal\"\n+ /// rather than panicking or being rounded to a nearby prefix.\n+ // [unit->REQ-BOOTSTRAP-FIREWALL-SPELLING-EQUIVALENCE]\n+ #[test]\n+ fn a_different_scope_never_canonicalizes_into_the_one_that_was_written() {\n+ let written = vec![\"192.168.1.0/24\".to_string()];\n+ // POSITIVE CONTROL: the equal case is equal, so every `assert_ne` below\n+ // is about the perturbation and not about a comparison that never matches.\n+ assert_eq!(remote_set(&written), remote_set(&[\"192.168.1.0/255.255.255.0\".to_string()]));\n+\n+ for different in [\n+ \"192.168.1.99\", // a single host inside the prefix: narrower\n+ \"192.168.1.0/25\", // half of it\n+ \"192.168.0.0/16\", // wider\n+ \"0.0.0.0/0\", // the whole internet\n+ \"Any\", // unrestricted, and not a network at all\n+ \"192.168.2.0/24\", // a different network entirely\n+ \"192.168.1.0/33\", // malformed: prefix out of range\n+ \"192.168.1.0/\", // malformed: no length\n+ \"192.168.1.0/-1\", // malformed: negative length\n+ \"192.168.1\", // malformed: not four octets\n+ \"192.168.1.256/24\", // malformed: octet out of range\n+ \"192.168.1.0/255.0.255.0\", // malformed: non-contiguous mask\n+ \"not-an-address\",\n+ \"\",\n+ ] {\n+ assert_ne!(\n+ remote_set(&written),\n+ remote_set(&[different.to_string()]),\n+ \"{different:?} is not a spelling of 192.168.1.0/24\"\n+ );\n+ }\n+\n+ // A profile SET is compared, not expanded: an all-profile rule does not\n+ // satisfy the LAN half, or a Private+Domain rule would be satisfied by\n+ // one that also admits the local subnet of a PUBLIC network.\n+ assert_ne!(profile_set(\"Any\"), profile_set(DESIRED_LAN_PROFILE));\n+ assert_ne!(profile_set(\"Domain, Private, Public\"), profile_set(DESIRED_LAN_PROFILE));\n+ assert_ne!(profile_set(\"Private\"), profile_set(DESIRED_LAN_PROFILE), \"a subset is not the set\");\n+\n+ // And `Any` is the ABSENCE of an application filter, never a program\n+ // named `Any` that could satisfy a spec wanting one.\n+ let want = &desired_specs(\"c:\\\\spt\\\\spt.exe\", 5470, &one_lan())[0];\n+ let program_spec =\n+ RuleSpec { program: Some(crate::firewall::normalize_path(\"C:\\\\spt\\\\spt.exe\")), ..want.clone() };\n+ let unrestricted = observed(want.name, 5470, \"Any\", &want.profile, DESIRED_TAILNET_REMOTES);\n+ assert!(spec_satisfied_by(&unrestricted, want), \"control: it satisfies the spec wanting none\");\n+ assert!(\n+ !spec_satisfied_by(&unrestricted, &program_spec),\n+ \"an unfiltered rule must not satisfy a spec that wants a program filter\"\n+ );\n+ assert!(!program_unrestricted(\"C:\\\\spt\\\\Any.exe\"), \"a path ending in Any is still a path\");\n+\n+ // AND MALFORMED TEXT DOES NOT BECOME ACCEPTABLE BY MATCHING ITSELF\n+ // (doyle's boundary, 2026-09-12). The observed side falls back to a\n+ // literal so it can be compared at all; the WANTED side must parse, or\n+ // two identical unparseable strings would agree and stand in for a scope\n+ // neither names.\n+ let spec = RuleSpec { remotes: vec![\"not-a-network\".to_string()], ..want.clone() };\n+ let identical = observed(want.name, 5470, \"\", &want.profile, &[\"not-a-network\"]);\n+ assert_eq!(\n+ remote_set(&spec.remotes),\n+ remote_set(&identical.remotes),\n+ \"control: as OBSERVED text the two sides are the same literal\"\n+ );\n+ assert!(\n+ !spec_satisfied_by(&identical, &spec),\n+ \"a spec whose remotes are not networks is satisfied by nothing, including a rule carrying the identical unparseable text\"\n+ );\n+ assert_eq!(wanted_networks(&spec.remotes), None, \"and the wanted side is what refuses\");\n+ assert!(\n+ wanted_networks(&want.remotes).is_some(),\n+ \"control: the real spec's remotes DO parse, so the refusal above is the perturbation and not a function that never parses anything\"\n+ );\n+ }\n+\n /// Build a store holding exactly the rules the pair wants.\n fn reconciled_store(want: &[RuleSpec]) -> Vec {\n want.iter()\n@@ -724,7 +1338,7 @@ mod tests {\n // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n #[test]\n fn a_store_holding_only_the_tailnet_half_is_not_a_reconciled_pair() {\n- let want = desired_specs(\"c:/spt/spt.exe\", 5470);\n+ let want = desired_specs(\"c:/spt/spt.exe\", 5470, &one_lan());\n let full = reconciled_store(&want);\n assert!(pair_satisfied_by(&full, &want), \"the full pair is reconciled\");\n \n@@ -744,17 +1358,17 @@ mod tests {\n // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n #[test]\n fn a_half_carrying_the_other_halfs_scope_does_not_satisfy_the_pair() {\n- let want = desired_specs(\"c:/spt/spt.exe\", 5470);\n- let [tailnet, lan] = &want;\n+ let want = desired_specs(\"c:/spt/spt.exe\", 5470, &one_lan());\n+ let (tailnet, lan) = (&want[0], &want[1]);\n assert_ne!(tailnet.name, lan.name, \"the halves are distinct names\");\n assert_ne!(tailnet.remotes, lan.remotes, \"and distinct remote scopes\");\n assert_eq!(lan.profile, \"Private,Domain\", \"the LAN half is not an all-profile rule\");\n- assert_eq!(lan.remotes, vec![\"LocalSubnet\".to_string()]);\n+ assert_eq!(lan.remotes, vec![\"192.168.1.0/24\".to_string()], \"derived from the host census\");\n \n // Swap the two halves' remotes: every name is present, every scope the\n // pair wants is present SOMEWHERE, and it is still not reconciled.\n let swapped = vec![\n- observed(tailnet.name, 5470, \"\", &tailnet.profile, &[\"LocalSubnet\"]),\n+ observed(tailnet.name, 5470, \"\", &tailnet.profile, &[\"192.168.1.0/24\"]),\n observed(lan.name, 5470, \"\", &lan.profile, &[\"100.64.0.0/10\"]),\n ];\n assert!(\n@@ -768,12 +1382,12 @@ mod tests {\n // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n #[test]\n fn a_duplicate_of_one_name_is_ambiguous_while_the_two_name_pair_is_not() {\n- let want = desired_specs(\"c:/spt/spt.exe\", 5470);\n+ let want = desired_specs(\"c:/spt/spt.exe\", 5470, &one_lan());\n let full = reconciled_store(&want);\n \n // The happy path: TWO rules in each store, and no ambiguity error.\n assert_eq!(full.len(), 2, \"a reconciled store holds both halves\");\n- let state = Snapshot { persistent: full.clone(), active: full.clone() };\n+ let state = Snapshot { active: full.clone(), addresses: one_lan_census() };\n assert_eq!(\n decide(&state, \"c:/spt/spt.exe\", 5470),\n Ok(true),\n@@ -783,16 +1397,179 @@ mod tests {\n // The real ambiguity: the SAME name twice.\n let mut duplicated = full.clone();\n duplicated.push(full[0].clone());\n- let state = Snapshot { persistent: duplicated, active: full };\n+ let state = Snapshot { active: duplicated, addresses: one_lan_census() };\n let error = decide(&state, \"c:/spt/spt.exe\", 5470).expect_err(\"duplicates are refused\");\n assert!(error.contains(want[0].name), \"the refusal names the duplicated rule: {error}\");\n }\n \n+ /// FOLD-3: the derived scope is a NETWORK, not the host's own address, and\n+ /// every exclusion is a refusal to widen admission. The `/0` case is the one\n+ /// that matters: rendered rather than refused it would be `0.0.0.0/0`, which\n+ /// admits the entire internet to the bootstrap port.\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn the_lan_scope_is_the_network_prefix_and_every_widening_address_is_excluded() {\n+ let census = vec![\n+ Address { address: \"192.168.1.81\".into(), prefix_length: 24, address_state: \"Preferred\".into() },\n+ // the host's own address on a second LAN, same network as the first row's peer set\n+ Address { address: \"10.2.3.4\".into(), prefix_length: 8, address_state: \"Preferred\".into() },\n+ // EXCLUDED, each for its own reason\n+ Address { address: \"127.0.0.1\".into(), prefix_length: 8, address_state: \"Preferred\".into() },\n+ Address { address: \"169.254.7.9\".into(), prefix_length: 16, address_state: \"Preferred\".into() },\n+ Address { address: \"100.98.197.12\".into(), prefix_length: 32, address_state: \"Preferred\".into() },\n+ Address { address: \"192.168.9.9\".into(), prefix_length: 24, address_state: \"Tentative\".into() },\n+ Address { address: \"172.16.0.5\".into(), prefix_length: 0, address_state: \"Preferred\".into() },\n+ ];\n+ let scope = lan_scope(&census);\n+ assert_eq!(\n+ scope,\n+ LanScope::Prefixes(vec![\"10.0.0.0/8\".to_string(), \"192.168.1.0/24\".to_string()]),\n+ \"the network address, not the host address; loopback, link-local, CGNAT, non-Preferred and an out-of-range prefix all excluded\"\n+ );\n+ let rendered = format!(\"{scope:?}\");\n+ assert!(!rendered.contains(\"0.0.0.0/0\"), \"a /0 is never rendered: {rendered}\");\n+ assert!(!rendered.contains(\"192.168.1.81\"), \"the host address is not a scope: {rendered}\");\n+ assert!(!rendered.contains(\"100.\"), \"the tailnet range is the other half's scope: {rendered}\");\n+ }\n+\n+ /// A HOST WITH NO LAN IS A STATE, NOT AN ERROR TO FALL OUT OF. The LAN half is\n[…249ln elided…]\n+ // [5,20] is carried beyond that list because two non-success codes is a\n+ // distinct shape from one. The arms that matter after the repair are the\n+ // REPEATED success code and the success code accompanied by a non-success\n+ // one — they fail only if `as_slice() != ENFORCEMENT_CERTIFIED` is ever\n+ // softened into \"contains the success code\".\n+ //\n+ // WHAT THIS FILE CANNOT COVER, so that it is not read as covered: the\n+ // requirement's null arms and its distinguishable REPRESENTATION FAULT\n+ // live in the PowerShell query, before any JSON exists. Their Rust-side\n+ // shadow is the deserialization cell below — a null element and a null\n+ // field both refuse there; the faults themselves are the\n+ // extraction-boundary exercise's subject.\n+ // [unit->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n+ for status in [\n+ vec![0u16],\n+ vec![2u16],\n+ vec![5u16],\n+ vec![20u16],\n+ vec![ENFORCEMENT_SUCCESS, ENFORCEMENT_SUCCESS],\n+ vec![ENFORCEMENT_SUCCESS, 5u16],\n+ vec![5u16, 20u16],\n+ Vec::new(),\n+ ] {\n+ let mut unenforced = effective.clone();\n+ unenforced[0].enforcement = status.clone();\n+ let state = Snapshot { active: unenforced, addresses: one_lan_census() };\n+ let refusal = decide(&state, \"c:/spt/spt.exe\", 29470)\n+ .expect_err(\"a rule that is not fully enforced is refused\");\n+ assert!(\n+ refusal.contains(\"enforcement\"),\n+ \"the refusal names the enforcement arm rather than reading as a non-match \\\n+ (status {status:?}): {refusal}\"\n+ );\n+ }\n+ }\n+\n+\n+ /// H3 — MALFORMED ENFORCEMENT EVIDENCE FAILS DESERIALIZATION, NOT THE VERDICT.\n+ ///\n+ /// `enforcement: Vec` is the transport guard: anything the query cannot\n+ /// carry as a number must fail HERE, where it surfaces as a query error, rather\n+ /// than arriving as a code `decide` would then judge. The display spelling is the\n+ /// case that actually occurred in the field; the rest are its neighbours.\n+ ///\n+ /// A POSITIVE CONTROL runs first. Without it every rejection below would also\n+ /// pass against a fixture that was malformed for some unrelated reason, and the\n+ /// test would be asserting nothing about enforcement at all.\n+ // [unit->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n+ #[test]\n+ fn malformed_enforcement_evidence_fails_deserialization() {\n+ fn rule_json(enforcement: &str) -> String {\n+ format!(\n+ r#\"{{\"name\":\"n\",\"program\":\"Any\",\"ports\":[\"29470\"],\"profile\":\"Any\",\n+ \"remotes\":[\"Any\"],\"hygiene\":true,\"enforcement\":{enforcement},\n+ \"sourceType\":\"Local\"}}\"#\n+ )\n+ }\n+\n+ let ok: Rule = serde_json::from_str(&rule_json(\"[1]\"))\n+ .expect(\"control: a numeric code parses, so the refusals below are about the value\");\n+ assert_eq!(ok.enforcement, vec![ENFORCEMENT_SUCCESS]);\n+\n+ for bad in [\n+ r#\"[\"Enforced\"]\"#, // the field defect, in the spelling the host rendered\n+ r#\"[\"Full\"]\"#, // the pre-repair spelling the gate used to demand\n+ r#\"[\"1\"]\"#, // numeric-looking string: a stringly pipeline\n+ \"[null]\", // a null element\n+ \"null\", // the whole field null\n+ \"[1.5]\", // fractional, which a coercing reader would round\n+ \"[-1]\", // negative\n+ \"[65536]\", // outside u16\n+ \"[true]\", // a boolean arriving as JSON. NOTE THE LIMIT: this cell does\n+ // NOT guard against PowerShell coercion. [int]$true is 1, and\n+ // that conversion happens BEFORE any JSON exists, so what\n+ // reaches here is already the number 1 and parses cleanly.\n+ // Only the extraction-boundary exercise can catch that.\n+ r#\"[{\"code\":1}]\"#, // structured rather than scalar\n+ ] {\n+ assert!(\n+ serde_json::from_str::(&rule_json(bad)).is_err(),\n+ \"enforcement {bad} must fail deserialization rather than reach the verdict\"\n+ );\n+ }\n+ }\n+\n+ // The EQUIVALENCE half: the three axes FOLD-4 normalizes, asserted through the\n+ // verdict on the pair as NetSecurity actually rendered it.\n+ //\n+ // PROVENANCE OF EVERY CAPTURED STRING BELOW — the whole point of this half.\n+ // Captured by todlando 2026-09-12 06:30–06:31Z on HFENDULEAM,\n+ // Windows 11 Pro 10.0.26200 build 26200, with BOTH bootstrap rules still\n+ // present, via `Get-NetFirewallRule -PolicyStore `\n+ // piped per rule into Get-NetFirewallPortFilter, Get-NetFirewallAddressFilter,\n+ // Get-NetFirewallApplicationFilter and Get-NetFirewallInterfaceTypeFilter.\n+ // Artifact: a7-run/matcher-fields-b-precondition.csv, four rows, both names in\n+ // both stores.\n+ // NOT the failure-time snapshot: the product never logs its `active` array and\n+ // the run was over. This is an independent capture of the same rules minutes\n+ // later, and it is cited as that and nothing more.\n+ //\n+ // WHAT IS CAPTURED, AND USED HERE AS LITERALS: program, profile, remotes.\n+ // WHAT IS **NOT** CAPTURED, AND THEREFORE SET RATHER THAN QUOTED:\n+ // - `hygiene`: SYNTHETIC. Computed in the QUERY from the Security, Interface and Service\n+ // filters plus DynamicTarget and the Platform/Owner emptiness checks. Those\n+ // cmdlets were never run, so the inputs do not exist. `true` here ISOLATES\n+ // the representation axes; it does not assert what the host would report.\n+ // - `enforcement`: SYNTHETIC. The capture reads {ProfileInactive, NoLocalUser} in\n+ // ActiveStore. Those are the host’s ADAPTED DISPLAY NAMES, not codes, and THE\n+ // BOOTSTRAP PAIR’S NUMERIC VALUES REMAIN UNKNOWN: the raw UInt16 1 was measured\n+ // on a SEPARATE, pre-existing 5470 rule, not on either bootstrap rule. So nothing\n+ // here may be read as \"the pair really carried 1 and only rendered badly\".\n+ // ENFORCEMENT_SUCCESS is used because it keeps these cells about the COMPARISON\n+ // axes; it asserts nothing about what that host would have reported. The captured\n+ // value is a SEPARATE FINDING, reported to doyle, not smuggled into a fixture.\n+ // - the port: SYNTHETIC. Its captured value is not in hand. The port axis is not an\n+ // equivalence axis and R5 covers its drift, so the spec's port is used.\n+\n+ /// The tailnet half EXACTLY as NetSecurity rendered it (see provenance above).\n+ /// Everything not a captured field is named in that block.\n+ fn captured_tailnet(port: u16) -> Rule {\n+ Rule {\n+ name: RULE_NAME_TAILNET.to_string(),\n+ program: \"Any\".to_string(), // captured\n+ ports: vec![port.to_string()], // SYNTHETIC, not captured — see above\n+ profile: \"Any\".to_string(), // captured\n+ remotes: vec![\"100.64.0.0/255.192.0.0\".to_string()], // captured — MASK form\n+ hygiene: true, // SYNTHETIC, not captured — see above\n+ enforcement: vec![ENFORCEMENT_SUCCESS], // SYNTHETIC, not captured — see above\n+ source_type: \"Local\".to_string(), // captured\n+ }\n+ }\n+\n+ /// The LAN half EXACTLY as NetSecurity rendered it. Note `Domain, Private`:\n+ /// NetSecurity's own order, with a space, against the constant's `Private,Domain`.\n+ fn captured_lan(port: u16) -> Rule {\n+ Rule {\n+ name: RULE_NAME_LAN.to_string(),\n+ program: \"Any\".to_string(), // captured\n+ ports: vec![port.to_string()], // SYNTHETIC, not captured — see above\n+ profile: \"Domain, Private\".to_string(), // captured\n+ remotes: vec![\"192.168.1.0/255.255.255.0\".to_string()], // captured — MASK form\n+ hygiene: true, // SYNTHETIC, not captured — see above\n+ enforcement: vec![ENFORCEMENT_SUCCESS], // SYNTHETIC, not captured — see above\n+ source_type: \"Local\".to_string(), // captured\n+ }\n+ }\n+\n+ /// E1 — AN UNRESTRICTED PROGRAM IS UNRESTRICTED, HOWEVER IT IS SPELLED.\n+ ///\n+ /// `DESIRED_PROGRAM = false` means both specs want NO program filter, and the\n+ /// Rust side reads that as `observed.program.is_empty()`. NetSecurity reports a\n+ /// rule carrying no application filter as `Program=Any` — one value, never the\n+ /// empty string. On THIS capture's spelling the empty case cannot occur, so both\n+ /// halves fail here. Whether NetSecurity spells it `Any` on every host is NOT\n+ /// established by one capture. This is the cell the suite could not express: its\n+ /// fixtures passed `\"\"` directly and so asserted the round trip against itself.\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn an_unrestricted_program_spelled_any_satisfies_a_spec_wanting_none() {\n+ let want = desired_specs(\"c:/spt/spt.exe\", 29470, &one_lan());\n+ let observed = vec![captured_tailnet(29470), captured_lan(29470)];\n+ assert!(\n+ pair_satisfied_by(&observed, &want),\n+ \"Program=Any is how NetSecurity spells 'no application filter'; it is the \\\n+ shape the policy asked for, not a narrowing\"\n+ );\n+\n+ // THE CONVERSE IS NOT HERE, AND THAT IS DELIBERATE: an observed `Any` against a\n+ // spec that REQUIRES a named binary is claimed by todlando's FOLD-4(b), which\n+ // carries both directions with a positive control on the same fixture. This cell\n+ // keeps only the half no sibling has: `Any` SATISFYING a None spec, through\n+ // `pair_satisfied_by` on the captured pair.\n+ }\n+\n+ /// E2 — A PROFILE SET IS A SET, NOT A STRING.\n+ ///\n+ /// The spec emits `Private,Domain`; NetSecurity renders the same set as\n+ /// `Domain, Private` — its own flag order, with a space. Compared as strings\n+ /// these differ; compared as sets they are equal, and they admit exactly the\n+ /// same traffic.\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn a_profile_set_compares_by_membership_not_by_rendering() {\n+ let want = desired_specs(\"c:/spt/spt.exe\", 29470, &one_lan());\n+ let lan_spec = want.iter().find(|spec| spec.name == RULE_NAME_LAN).expect(\"the LAN half\");\n+ assert_eq!(lan_spec.profile, \"Private,Domain\", \"the spec's own rendering, for contrast\");\n+\n+ assert!(\n+ spec_satisfied_by(&captured_lan(29470), lan_spec),\n+ \"'Domain, Private' and 'Private,Domain' are one set in two renderings\"\n+ );\n+ }\n+\n+ /// E3 — A NETWORK IS A NETWORK, IN PREFIX FORM OR MASK FORM.\n+ ///\n+ /// FOLD-3 emits `192.168.1.0/24` and `100.64.0.0/10`; NetSecurity reads them\n+ /// back as `192.168.1.0/255.255.255.0` and `100.64.0.0/255.192.0.0`. Same\n+ /// networks, same admitted peers, different strings.\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn an_ipv4_network_compares_by_value_in_prefix_or_mask_form() {\n+ let want = desired_specs(\"c:/spt/spt.exe\", 29470, &one_lan());\n+ for spec in &want {\n+ let observed = if spec.name == RULE_NAME_LAN { captured_lan(29470) } else { captured_tailnet(29470) };\n+ assert!(\n+ spec_satisfied_by(&observed, spec),\n+ \"{} — mask form and prefix form name the same network: spec {:?} vs observed {:?}\",\n+ spec.name,\n+ spec.remotes,\n+ observed.remotes\n+ );\n+ }\n+ }\n+\n+ /// E4 — THE WHOLE CAPTURED PAIR DECIDES RECONCILED.\n+ ///\n+ /// E1–E3 one axis at a time; this is all three at once through the real entry\n+ /// point, which is what the product actually calls. It is the cell whose failure\n+ /// was reported from the field.\n+ ///\n+ /// NOTE THE LIMIT, and it is why this cell says `Ok(true)` rather than \"the\n+ /// product would have reported reconciled\": `hygiene` and `enforcement` here are\n+ /// SYNTHETIC, not captured (see the provenance block). IF the captured enforcement\n+ /// value RECURS, this same snapshot refuses at `decide`'s enforcement arm — separately,\n+ /// loudly, and correctly. That is a CONDITIONAL about a value nobody has\n+ /// re-measured, not a prediction about the next run.\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn the_captured_pair_decides_reconciled_once_spellings_compare_semantically() {\n+ let state = Snapshot {\n+ active: vec![captured_tailnet(29470), captured_lan(29470)],\n+ addresses: one_lan_census(),\n+ };\n+ assert_eq!(decide(&state, \"c:/spt/spt.exe\", 29470), Ok(true));\n+ }\n+\n+\n+\n+ /// SCOPE: the WRITE BODY -- what `render_writes` emits. Its sibling cell\n+ /// `the_query_body_makes_one_store_pass_and_reads_no_persistent_store` is scoped\n+ /// to the QUERY BODY, and the two `PersistentStore` counts are OPPOSITE BY\n+ /// DESIGN: 2 here (both halves are persisted) and 0 there (the query leg reads\n+ /// no store constant). They are about different strings, so a later reader must\n+ /// NOT reconcile one into agreement with the other. Neither is scoped to the\n+ /// COMPOSED script, where `OWNERSHIP` legitimately contributes both tokens.\n+ ///\n+ /// ARM 1 (releases#304 W-2): the pair is ONE UNINTERRUPTED WRITE of two\n+ /// creates, and its LAN half is scoped to the derived literal prefix.\n+ ///\n+ /// WHY ADJACENCY IS THE PROPERTY AND NOT A STYLE NOTE. `pair_satisfied_by`\n+ /// made the VERDICT total over both halves; nothing made the WRITE atomic in\n+ /// SHAPE. A statement landing between the two creates -- a conditional, a\n+ /// store switch, a scope reassignment, an `$ErrorActionPreference` reset --\n+ /// would let the second half be written under a state the first was not, and\n+ /// every scope cell in this module would still pass, because they all read\n+ /// `render_writes` per spec and none reads the SEQUENCE. One composer over\n+ /// one census is a property of the emitted text, so it is asserted there.\n+ ///\n+ /// THE POSITIVE CONTROL IS LOAD-BEARING, NOT DECORATION. After FOLD-3 a\n+ /// CORRECT product no longer emits the string `LocalSubnet`, so a predicate\n+ /// that only checks for its absence passes on a render it never looked at --\n+ /// and passes identically if `render_writes` returns \"\". The control is the\n+ /// derived prefix that MUST appear; the two absence assertions are evidence\n+ /// only because the control matched first. (The trap was named in advance by\n+ /// todlando, and it is hertz's own zero-match-filter class: a filter that\n+ /// cannot match reads as absence.)\n+ // [unit->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+ #[test]\n+ fn the_write_body_renders_an_adjacent_persistentstore_pair_scoped_to_the_derived_prefix() {\n+ const CALL: &str = \"New-NetFirewallRule\";\n+ const END: &str = \"| Out-Null\";\n+\n+ let want = desired_specs(\"c:/spt/spt.exe\", 5470, &one_lan());\n+ let rendered = render_writes(&want);\n+\n+ // POSITIVE CONTROL FIRST: the predicate can see this render's remotes at\n+ // all. Everything below is void if this line does not hold.\n+ assert!(\n+ rendered.contains(\"-RemoteAddress 192.168.1.0/24\"),\n+ \"positive control: the derived LAN prefix must be in the render, or the absence assertions below are about nothing: {rendered}\"\n+ );\n+ // Meaningful ONLY because the control above matched.\n+ assert!(\n+ !rendered.contains(\"LocalSubnet\"),\n+ \"the keyword measured not to admit is not rendered: {rendered}\"\n+ );\n+ assert!(\n+ !rendered.contains(\"-RemoteAddress Any\"),\n+ \"neither half widens its remote to Any: {rendered}\"\n+ );\n+\n+ // ADJACENCY: between the end of the first create and the start of the\n+ // second there is whitespace and nothing else.\n+ let first_end = rendered.find(END).expect(\"the first create ends in a pipeline to Out-Null\")\n+ + END.len();\n+ let second_start = rendered[first_end..]\n+ .find(CALL)\n+ .map(|offset| offset + first_end)\n+ .expect(\"the second create follows the first\");\n+ let between = &rendered[first_end..second_start];\n+ assert!(\n+ between.trim().is_empty(),\n+ \"the two creates are adjacent; a statement between the halves could write the second under a state the first was not: {between:?}\"\n+ );\n+\n+ // The create COUNT is deliberately not asserted here: it is owned by the\n+ // sibling cell `the_write_path_renders_both_halves_and_no_program_filter_by_default`.\n+ // This cell reads the SEQUENCE, which no sibling does.\n+ // Both halves are written to the store the pair is persisted in, so a\n+ // half landing in ActiveStore alone cannot read as a written pair.\n+ assert_eq!(\n+ rendered.matches(\"-PolicyStore PersistentStore\").count(),\n+ 2,\n+ \"each half is written to PersistentStore: {rendered}\"\n+ );\n+ }\n+\n+\n+ // [unit->REQ-BOOTSTRAP-FIREWALL-VERIFY-ONE-PASS]\n+ /// SCOPE: the QUERY BODY -- the `QUERY` const alone. Its sibling cell\n+ /// `the_write_body_renders_an_adjacent_persistentstore_pair_scoped_to_the_derived_prefix`\n+ /// is scoped to the WRITE BODY and asserts `PersistentStore` appears TWICE.\n+ /// The 0 here and the 2 there are OPPOSITE BY DESIGN, about different\n+ /// strings; do not reconcile one into agreement with the other.\n+ /// THE ONE STORE PASS IS A PROPERTY OF THE QUERY TEXT AND WAS CHECKED ONLY BY\n+ /// HAND. The hand predicate fails on a correct product: over the COMPOSED\n+ /// script it reads three `Named-Rules` and one `PersistentStore`, because\n+ /// `OWNERSHIP` legitimately DEFINES a `Remove-Owned` helper that the query\n+ /// leg never invokes. A predicate that looks right and reads wrong sends the\n+ /// reader to blame the render, so the property is scoped to the body here --\n+ /// and the rationale comments the body carries are stripped, since they name\n+ /// the very enumeration FOLD-3 deleted.\n+ #[test]\n+ fn the_query_body_makes_one_store_pass_and_reads_no_persistent_store() {\n+ let executable = QUERY\n+ .lines()\n+ .filter(|line| !line.trim_start().starts_with('#'))\n+ .collect::>()\n+ .join(\"\\n\");\n+\n+ assert_eq!(\n+ executable.matches(\"Named-Rules\").count(),\n+ 1,\n+ \"exactly one rule enumeration; the second pass is the cost FOLD-3 deleted\"\n+ );\n+ assert_eq!(\n+ executable.matches(\"PersistentStore\").count(),\n+ 0,\n+ \"persistence is judged from PolicyStoreSourceType, never by reading the second store\"\n+ );\n+ assert_eq!(\n+ executable.matches(\"Get-NetIPAddress\").count(),\n+ 1,\n+ \"the census rides the same invocation as the rules it will be compared against\"\n+ );\n+\n+ // The strip is LOAD-BEARING, not cosmetic. Without it this body reads one\n+ // `PersistentStore` -- in the comment explaining why that store is no\n+ // longer read -- and the assertion above would fail on correct text.\n+ assert!(\n+ QUERY.contains(\"PersistentStore\"),\n+ \"the rationale comment still names the enumeration FOLD-3 removed\"\n+ );\n+ }\n+\n }\n[shipping-module-diff: exited; cursor=109646]\n\n[Showing lines 1-384 and 634-1000 of 1000; 249 middle lines (13.4KB) elided. Read artifact://69 for full output]"}],"details":{"op":"logs","cursor":109646,"timedOut":false,"state":"exited","meta":{"truncation":{"direction":"middle","truncatedBy":"middle","totalLines":1000,"totalBytes":54568,"outputLines":752,"outputBytes":40911,"maxBytes":40960,"headRange":{"start":1,"end":384},"tailRange":{"start":634,"end":1000},"elidedLines":249,"elidedBytes":13679,"artifactId":"69"}}},"isError":false,"timestamp":1789300753996}}
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{"type":"message","id":"69828121","parentId":"56d597e1","timestamp":"2026-09-13T11:59:21.594Z","message":{"role":"toolResult","toolCallId":"call_pGZEndOEj6ditZw1I3PDEiMV|fc_0e2a1c61f5f66929016aa69019872087d2a207ee134a3628d2","toolName":"hub","content":[{"type":"text","text":"85f84d738fa702f35c83910f314aae17849d125c 96080953088f311047720bca6ad05e753e384ae2 test(bootstrap-firewall): migrate the enforcement suite to numeric codes\n96080953088f311047720bca6ad05e753e384ae2 a5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d fix(bootstrap-firewall): validate enforcement evidence before converting it\na5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d 53d625cd0bd88a04815efdf6c8209a3096bf53e8 fix(bootstrap-firewall): judge enforcement by raw code, never display spelling\n53d625cd0bd88a04815efdf6c8209a3096bf53e8 10d18b7f225e5a3f16a5e75ebe5179b940134546 test(bootstrap-firewall): observed-spelling regression cells over the verdict\n10d18b7f225e5a3f16a5e75ebe5179b940134546 921aa68f89b2d2254087f0c832fc61ed59cf3522 fix(bootstrap-firewall): FOLD-4 -- compare what a rule admits, not how it is spelled\n921aa68f89b2d2254087f0c832fc61ed59cf3522 dc8015cd428a610fe17f97345a09e5aa4c281e76 fix(bootstrap-firewall): FOLD-3 -- scope the LAN half to literal host prefixes\ndc8015cd428a610fe17f97345a09e5aa4c281e76 4f3f370f2d9311b802395731295518044734db22 fix(bootstrap-firewall): time every invocation, and verify admission in one store pass\n4f3f370f2d9311b802395731295518044734db22 00c4dad9aa446c7cd2eef5daf756b2535a8bdbbf build(xtask): debug-mark-applied — record Applied{version} for a hand-staged set\n00c4dad9aa446c7cd2eef5daf756b2535a8bdbbf 167552fe902dc76bbdb7c46010dfa83420ae728d 58120cfe5686576486a340058416a89544a190d5 assembly(304-w2): merge premise lane 58120cfe (outside-any-repo premise in the two TMP-sensitive cells)\n167552fe902dc76bbdb7c46010dfa83420ae728d 15460d706f952c0200d140621b09bf1671dc6906 f94fe04415049cc4b75250cbc3116ae90ab52840 assembly(304-w2): merge f94fe044 (FOLD-2 fold tip 7357ea32 + ten Linux admission cells) onto main 15460d70\n15460d706f952c0200d140621b09bf1671dc6906 9a39e8dabfb70fa96ae674d9205640869522bcb0 docs(register): IR-116 a guard that echoes success reports a kill it never made\nf94fe04415049cc4b75250cbc3116ae90ab52840 7357ea327c79f5930bdfe5947d427eabd19cf9b8 test(bootstrap_firewall/linux): ten hermetic admission cells, each proven red-first\n7357ea327c79f5930bdfe5947d427eabd19cf9b8 fe07aab0fb7a16ad48eb99ecdfd16cd659179e14 docs(admission): FOLD-2 scope policy ruled on arm E; port+remote pair, no program filter\n9a39e8dabfb70fa96ae674d9205640869522bcb0 912c3878c25077247d72fd7a46dc9d8a97172c0a docs(register): IR-115 denied or under-scoped firewall census reads as blanket; two positive controls per dump; per-agent counts\n912c3878c25077247d72fd7a46dc9d8a97172c0a 6255cc76c094315b8ae8218e59bd8cd8fef52174 docs(register): IR-114 unstable rule population under two directors; one-writer / fetcher-census rule; W-0 citation void\n6255cc76c094315b8ae8218e59bd8cd8fef52174 dda5e0761d5259504269a3201d4b0999ce07248b docs(register): IR-107 eighth instance — a piped rebase under set -e forged a RED over a tree that did not exist\ndda5e0761d5259504269a3201d4b0999ce07248b b92ec4ec85fcdd53dbd8bdfc79e2505f17820f67 docs(register): IR-107 seventh composed-exit instance (ssh over cargo 127) and the borrowed-control near-miss\nfe07aab0fb7a16ad48eb99ecdfd16cd659179e14 be99017f2cd8f7add256f42e1fb3d8de784c6f59 fix(bootstrap_firewall/windows): admit the LAN, not only the tailnet\nb92ec4ec85fcdd53dbd8bdfc79e2505f17820f67 8cb9b6290c506f6395d750f461697802956ab721 docs(register): IR-113 killed mutation arms do not unwind; compile-error reds are void arms\n8cb9b6290c506f6395d750f461697802956ab721 c20c9109611fb828d9418d4a9770e505a12e0d6c docs(register): IR-112 libtest reds two process-global cells on Linux where nextest is green; IR-107 composed-exit instances five and six\nc20c9109611fb828d9418d4a9770e505a12e0d6c 4e7138303f8eb86aa0a38c6a40ce163094cb0b51 docs(register): IR-110 Linux-only clippy gate rule from two measured reds at the fold tip\nbe99017f2cd8f7add256f42e1fb3d8de784c6f59 fc8dfae98688be0ece27ad782617a17baa93ba40 fix(bootstrap_firewall/linux): drop the needless borrow clippy reds at :293\n4e7138303f8eb86aa0a38c6a40ce163094cb0b51 a8d136110820a20b5ea26b7a6acea165286b84f0 docs(register): IR-109 ratified as a transitional placement policy for the #304 head\nfc8dfae98688be0ece27ad782617a17baa93ba40 61d3459fd6db5be0e66951b9f6d2a05822865518 refactor(bootstrap_firewall/linux): split three pure seams out of the probe path\na8d136110820a20b5ea26b7a6acea165286b84f0 e164e8a5a3da1fde80c4b9392882a3b2e3ebd800 docs(register): IR-108 leaky count is per run — trial_kills ran without leaking at 61d3459f\ne164e8a5a3da1fde80c4b9392882a3b2e3ebd800 52bdd850698b735e4a62d2ac26565f4d121218ae docs(register): IR-109 nine docs-prose findings measured to the merge-base range\n52bdd850698b735e4a62d2ac26565f4d121218ae 5efeae505358a1a93af5b8c0c1326b3d6744784a docs(register): IR-109 corrected — the 0.4.1 pin already rides the W1 lanes (71caedd4), so the accept key is live at the assembled golden gate\n61d3459fd6db5be0e66951b9f6d2a05822865518 697eb398f9a2db08341de25dbc17b39f368a843a refactor(bootstrap_firewall): move the scope policy out of PowerShell into a testable seam\n5efeae505358a1a93af5b8c0c1326b3d6744784a 9f1b6a863ce6e4f2da4122e61b18307b8423d9e6 docs(register): IR-107 fourth void-exit instance and report-before-print ordering (hertz premise lane, window 8)\n9f1b6a863ce6e4f2da4122e61b18307b8423d9e6 cddd13aa20d1bace9e538966b5b877a3a08c5e8d docs(register): IR-110 Linux labelled hole + structural fold ruling; IR-111 product UDP rule Duplicate/Inactive in ActiveStore\n[shipping-chain: exited; cursor=5403]"}],"details":{"op":"logs","cursor":5403,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300761594}}
{"type":"message","id":"ddafe5a5","parentId":"69828121","timestamp":"2026-09-13T11:59:21.595Z","message":{"role":"toolResult","toolCallId":"call_bGKiqHKXemGoImZ95cyfXR2o|fc_0e2a1c61f5f66929016aa69019873087d2a68803696af0a324","toolName":"hub","content":[{"type":"text","text":"diff --git a/crates/spt-daemon/src/bootstrap_firewall.rs b/crates/spt-daemon/src/bootstrap_firewall.rs\nindex 903c71c5..c30d6b54 100644\n--- a/crates/spt-daemon/src/bootstrap_firewall.rs\n+++ b/crates/spt-daemon/src/bootstrap_firewall.rs\n@@ -78,11 +78,62 @@ pub fn cleanup_command() -> String {\n { \"inspect host policy for bootstrap-owned TCP admission\".to_string() }\n }\n \n+/// Time every invocation and name its outcome in the daemon's own log.\n+///\n+/// F-A1-1 (releases#304 W2, HFENDULEAM field leg 2026-09-12) was a verify whose\n+/// WRITES HAD ALREADY LANDED while the command was still walking the store: the\n+/// event log timestamped them ~2.5-3.2 s before the command returned, and the\n+/// only way to learn that was to read the Windows event log by hand. Nothing in\n+/// the product could say which leg spent the budget, or whether the child was\n+/// killed at the deadline rather than failing on its own.\n+///\n+/// `label` is the LEG, not the program: every Windows leg runs the same\n+/// `powershell.exe`, so a program name cannot tell a reader which one timed out.\n+///\n+/// OUTCOME IS LOGGED BESIDE THE WALL BECAUSE A WALL ALONE IS NOT A MEASUREMENT\n+/// (hertz's register line, releases#304): a script that fails to parse is the\n+/// fastest run there is -- 209 ms against a real leg's ~2000 ms -- so a harness\n+/// ranking legs by wall alone puts a script that executed no statement first.\n+// [impl->REQ-BOOTSTRAP-FIREWALL-INVOCATION-LOG]\n+#[cfg(any(windows, target_os = \"linux\"))]\n+fn run(label: &str, program: &str, args: &[&str]) -> Result {\n+ let started = std::time::Instant::now();\n+ let mut killed = false;\n+ let result = run_bounded(program, args, &mut killed);\n+ eprintln!(\n+ \"bootstrap-firewall leg={label} program={program} wall_ms={} outcome={}\",\n+ started.elapsed().as_millis(),\n+ outcome(killed, result.is_err())\n+ );\n+ result\n+}\n+\n+/// How an invocation ended, for the log line beside its wall.\n+///\n+/// A KILLED INVOCATION MUST NOT READ AS A FAILED ONE: the budget expiring and\n+/// the command refusing are different findings, and F-A1-1 is exactly the case\n+/// where the work had already landed when the budget expired -- so a killed leg\n+/// says nothing about whether the host changed. Split out to be assertable\n+/// without spawning a child.\n+// [impl->REQ-BOOTSTRAP-FIREWALL-INVOCATION-LOG]\n+#[cfg(any(windows, target_os = \"linux\"))]\n+fn outcome(killed: bool, failed: bool) -> &'static str {\n+ match (killed, failed) {\n+ (true, _) => \"killed\",\n+ (false, false) => \"completed\",\n+ (false, true) => \"failed\",\n+ }\n+}\n+\n /// Match the existing local firewall probe budget, but kill/reap the child on\n /// expiry rather than abandoning a worker. Pipe completion shares that deadline.\n+///\n+/// `killed` reports whether the BUDGET expired, for the caller's log line. It is\n+/// set only on deadline expiry: a `try_wait` failure also kills the child, but\n+/// calling that \"killed\" would dress a different failure as a timeout.\n // [impl->REQ-HAZARD-SUBPROCESS-TIMEOUT]\n #[cfg(any(windows, target_os = \"linux\"))]\n-fn run(program: &str, args: &[&str]) -> Result {\n+fn run_bounded(program: &str, args: &[&str], killed: &mut bool) -> Result {\n use std::io::Read;\n use std::process::{Command, Stdio};\n use std::time::{Duration, Instant};\n@@ -121,6 +172,7 @@ fn run(program: &str, args: &[&str]) -> Result {\n result => {\n let _ = child.kill();\n let _ = child.wait();\n+ *killed = matches!(result, Ok(None));\n return Err(match result {\n Err(error) => format!(\"{program}: waiting failed: {error}\"),\n _ => format!(\"{program}: firewall command timed out\"),\n@@ -150,6 +202,24 @@ fn run(program: &str, args: &[&str]) -> Result {\n #[cfg(test)]\n mod tests {\n use super::*;\n+\n+ /// A KILLED INVOCATION MUST NOT WEAR A FAILED OR COMPLETED FACE. The three\n+ /// outcomes answer different questions: completed means the wall beside it\n+ /// measures real work, failed means the command refused, and killed means\n+ /// the budget expired with the host's state unknown -- which is F-A1-1,\n+ /// where the writes had already landed when the budget ran out.\n+ // [unit->REQ-BOOTSTRAP-FIREWALL-INVOCATION-LOG]\n+ #[cfg(any(windows, target_os = \"linux\"))]\n+ #[test]\n+ fn an_invocation_outcome_separates_killed_from_failed_and_completed() {\n+ assert_eq!(outcome(false, false), \"completed\");\n+ assert_eq!(outcome(false, true), \"failed\");\n+ // Killed wins over the error the kill itself produced: every timeout\n+ // also returns an Err, so reading `failed` off that Err would make\n+ // \"killed\" unreachable and the distinction decorative.\n+ assert_eq!(outcome(true, true), \"killed\");\n+ assert_eq!(outcome(true, false), \"killed\");\n+ }\n use std::ffi::OsString;\n use std::sync::{Mutex, OnceLock};\n \n[shipping-helper-diff: exited; cursor=5068]"}],"details":{"op":"logs","cursor":5068,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300761595}}
{"type":"message","id":"fc7322f1","parentId":"ddafe5a5","timestamp":"2026-09-13T11:59:21.595Z","message":{"role":"toolResult","toolCallId":"call_58i7wvFAIK0DzbNprb7b83bS|fc_0e2a1c61f5f66929016aa69019873887d2a5b4333988075758","toolName":"hub","content":[{"type":"text","text":" its own loopback and nothing else: the installer and firewall.rs create only an\n executable-scoped inbound UDP rule for QUIC, and lanhost bound TCP 0.0.0.0 with\n no firewall reconciliation at all. Nothing was wrong with the bind; nothing had\n ever asked the host to admit it.\n \n THE RULE IS WRITTEN FOR THE PORT THAT WAS BOUND. `LanUp::port` is the ephemeral\n port whenever 0 was requested, and it disagrees with the resolved port in\n exactly the rig and override cases this surface exists for — a rule built from\n `resolve_lan_port` admits a socket nobody is listening on and reads green\n forever.\n \n TWO RULES, ONE NAME, TWO AUDIENCES (doyle ruled it, 2026-09-11). The tailnet\n half admits 100.64.0.0/10 on every profile; the LAN half admits LocalSubnet on\n Private and Domain ONLY. `LocalSubnet` on every profile would mean a laptop on\n hotel wifi serving its binary to that wifi's subnet the moment the listener\n comes up — bounded rather than arbitrary, but wider than the operator's own\n hand rule and wider than #297 asks for, on a surface whose payload is an\n executable. One name is still one ownership key: netsh lets rules share a name,\n a query returns all of them, a delete takes all of them. What the pair costs is\n a verification rule, and it is the failure mode the split would otherwise have\n introduced: A PORT MATCH ALONE IS NOT RECONCILED. If the tailnet rule lands and\n the LAN one fails, every port in the dump is still the bound port, so both\n remote scopes must be present or the pair is rewritten; `write_lan_rule`\n returns true only when BOTH adds succeed.\n \n PORT+REMOTE SCOPE, NEVER PROGRAM. A program-scoped rule names one executable\n path and is orphaned by the next rebuild's hash. This is not a style\n preference: the W-0 preflight measured it on HFENDULEAM before this code\n existed. A peer's datagram INSIDE a port+remote-scoped range arrived; the\n identical datagram from the identical binary outside it did not; and three TCP\n fetches covered only by program-scoped allow rules were dropped, with those\n rules naming exactly the listening binaries.\n \n `profile=any`, AND THAT IS A MEASUREMENT. This lane's own registration commit\n said a tailnet interface classifies Public and scoped the rule to it.\n `Get-NetConnectionProfile` on the reporting box says PRIVATE. A Public-only\n rule would have admitted nothing on the very machine #297 was filed from while\n passing every RemoteIP assertion a unit cell can make, so the classification —\n which belongs to the operator's machine, not to this product — is not bet on.\n The requirement title and the amendment are corrected by replacement, not\n annotated.\n \n TWO SEAMS, NOT A FLAG. `start_at`/`stop` bind and serve and touch no firewall,\n which is what every fixture wants; `start_admitted`/`stop_admitted` add the\n reconcile and are what the daemon's serve verb calls. `SPT_INSTALL_NO_FIREWALL`\n is honoured as a second line, not the first.\n \n OWNERSHIP IS NAME PLUS PORT. The rule is \"spt-core lan-bootstrap TCP\" —\n deliberately not the hand-made \"spt lan-bootstrap 5470\" this box carries, and\n not the UDP `RULE_NAME`. A rule this product did not write is never read, never\n repointed and never deleted.\n \n REFUSAL NEVER READS AS UNREACHABLE, and success never reads as reachability. An\n unelevated or blocked write leaves the listener SERVING with one warning naming\n the unmet condition, the exact elevated command, and BOTH layers that produce\n the identical silence (Windows policy, tailnet ACL) as candidates rather than\n one confident cause. This node never edits tailnet policy. A created rule is a\n local fact; only another machine can witness the end-to-end claim.\n \n STOP TEARS THE LISTENER DOWN FIRST and returns its result; the removal rides\n alongside and can only add a residual line. A firewall this process cannot edit\n must never hold a socket open.\n \n Activation rides WITH the evidence, never ahead of it (the rule this manifest\n states at REQ-DOCS-CHANGELOG-PAGE): TCP-ADMISSION and ADMISSION-REFUSAL-HONEST\n to doc+impl+unit, RULE-OWNERSHIP-LIFECYCLE to impl+unit. Every `int` stage stays\n OFF — W-3 delivers them — and REMOTE-WITNESS stays [] until W-2.\n \n Six unit cells, each falsifiable by a product-side mutation: the bound port vs\n the configured one; port+remote+profile scope with `extract_rule_programs`\n asserting the program-scope negative; the unelevated refusal (still SERVING,\n exact command, both layers, no reachability claim); the four-row ownership table\n and three removal outcomes with the two name-collision negatives; non-Windows\n verify-only; and the CI gate returning before the effector touches the host.\n \n NOT CLAIMED HERE: that the reconcile runs at start rather than at bind. There is\n no listener in a unit cell to produce a bound port, so that ordering is int\n evidence and rides W-3's lan_bootstrap_e2e rather than a unit cell pretending to\n it.\n \n Builds only — no test executed, on doyle's word. `cargo test -p spt-daemon --lib\n --no-run` and `cargo test -p spt --bins --no-run` both exit 0 with zero\n warnings, exits captured directly rather than from a pipeline's tail.\n \n releases#304 releases#297\n \n Co-authored by: todlando\n \n Co-Authored-By: Claude Opus 5 \n Claude-Session: https://claude.ai/code/session_01V8rmw2TwXUSA88iFjYV3ii\n\n crates/spt-daemon/src/firewall.rs | 700 +++++++++++++++++++++\n crates/spt-daemon/src/lanhost.rs | 54 ++\n crates/spt-daemon/src/servehost.rs | 60 +-\n crates/spt/src/api/nowsignal.rs | 1 +\n crates/spt/src/serveverb.rs | 9 +-\n ...-lan-exposure-only-for-the-bootstrap-surface.md | 28 +-\n traceable-reqs.toml | 8 +-\n 7 files changed, 843 insertions(+), 17 deletions(-)\n[shipping-fe427: exited; cursor=6479]"}],"details":{"op":"logs","cursor":6479,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300761595}}
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{"type":"message","id":"84621b15","parentId":"bf3028ee","timestamp":"2026-09-13T11:59:42.456Z","message":{"role":"toolResult","toolCallId":"call_7fjsKxy7ixPdIwB7l4igNpRr|fc_0e2a1c61f5f66929016aa6902e5d5487d29d548802bed45651","toolName":"hub","content":[{"type":"text","text":"function Named-Rules($store) {\n @(Get-NetFirewallRule -PolicyStore $store -ErrorAction Stop |\nfunction Remove-Owned {\n $rules = @(Named-Rules 'PersistentStore')\n $rule | Remove-NetFirewallRule -ErrorAction Stop\n $sourceType = [string](Value $rule 'PolicyStoreSourceType')\n# already carries it: PolicyStoreSourceType 'Local' names the local persistent\n$active = @(Named-Rules 'ActiveStore' | ForEach-Object { Describe $_ })\nconst REMOVE_AND_VERIFY: &str = r#\"\nRemove-Owned\n$local = @(Named-Rules 'PersistentStore')\n$active = @(Named-Rules 'ActiveStore')\n Import-Module NetSecurity -ErrorAction Stop; \\\n &[\"-NoLogo\", \"-NoProfile\", \"-NonInteractive\", \"-EncodedCommand\", &command],\n$effective = @(Named-Rules 'ActiveStore')\n if ([string](Value $rule 'PolicyStoreSourceType') -cne 'Local') {{\nRemove-Owned\n powershell(\"cleanup\", &script(REMOVE_AND_VERIFY)).map(|_| ())\n$local = @(Named-Rules 'PersistentStore')\n$active = @(Named-Rules 'ActiveStore')\npub(super) fn cleanup_command() -> String {\n \"powershell.exe -NoLogo -NoProfile -NonInteractive -EncodedCommand {}\",\n encoded(&script(REMOVE_AND_VERIFY))\n#[cfg(test)]\n /// must produce the UTF-16LE form `-EncodedCommand` expects, and the composed\n let composed = script(\"Remove-Owned\");\n \"Import-Module NetSecurity\",\n \"Remove-Owned\",\n assert_ne!(decoded, script(\"Remove-Owned-Other\"));\n // present, via `Get-NetFirewallRule -PolicyStore `\n /// script it reads three `Named-Rules` and one `PersistentStore`, because\n /// `OWNERSHIP` legitimately DEFINES a `Remove-Owned` helper that the query\n executable.matches(\"Named-Rules\").count(),\n \"persistence is judged from PolicyStoreSourceType, never by reading the second store\"\n[shipping-win-field: exited; cursor=107205]"}],"details":{"op":"logs","cursor":107205,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300782456}}
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{"type":"message","id":"789dfcbe","parentId":"6604d4c7","timestamp":"2026-09-13T11:59:49.898Z","message":{"role":"toolResult","toolCallId":"call_tPxU1gwzZ33WT8X8vyXMzxss|fc_0e2a1c61f5f66929016aa69035b83087d29c3a300b64850b85","toolName":"hub","content":[{"type":"text","text":"//! Bootstrap's rule is deliberately separate from the installer's UDP rule.\n//! NetSecurity CIM properties, not localized display text, are the evidence.\n// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n\nuse std::path::Path;\n\nuse base64::Engine;\nuse serde::Deserialize;\n\n/// The tailnet half's immutable rule name.\nconst RULE_NAME_TAILNET: &str = \"spt-core-bootstrap-inbound-tcp\";\n/// The LAN half's immutable rule name.\n///\n/// A SECOND NAME, NOT A SECOND GROUP. Ownership is asserted on the GROUP, but\n/// NetSecurity keys a rule by NAME and one name cannot carry two scopes, so the\n/// admission pair is two names under the one owned group. The tailnet half keeps\n/// the original name: it is already written on operator machines, and renaming\n/// it would orphan a rule this module could no longer see in order to clean up.\nconst RULE_NAME_LAN: &str = \"spt-core-bootstrap-inbound-tcp-lan\";\nconst RULE_GROUP: &str = \"spt-core bootstrap TCP\";\n\n/// Every name this module owns, and the ONLY rules it will read or delete.\n///\n/// Enumerating the NAME SET rather than the group is deliberate: a group is a\n/// label anyone may attach to a rule of their own, so removal keyed on it could\n/// delete a stranger's rule that merely wears our label. The cost runs the other\n/// way -- a half written under a name absent from this list is invisible to both\n/// reconciliation and cleanup -- which is why the query, the effector's writes\n/// and `desired_specs` all derive from these constants instead of repeating them.\nconst RULE_NAMES: &[&str] = &[RULE_NAME_TAILNET, RULE_NAME_LAN];\n\n/// The one ActiveStore enforcement code that certifies a rule is in force.\n///\n/// A NUMBER, NEVER A SPELLING. The host renders this code as a display string, and\n/// which string is a property of the host rather than of the rule: measured on\n/// HFENDULEAM under the product's own invocation mode, raw element 1 reads back as\n/// \"Enforced\" while the published specification names the same code Full. Comparing\n/// the rendered text refused the SUCCESS VALUE ITSELF and no firewall state could\n/// satisfy the arm. The code is documentation-sourced; the rendering is not, and this\n/// constant deliberately carries no name for it.\n// [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\nconst ENFORCEMENT_SUCCESS: u16 = 1;\n\n/// The COMPLETE certified evidence: exactly one element, the success code.\n///\n/// STRICTNESS IS THE REQUIREMENT, not an implementation detail. This is compared with\n/// `!=` against the whole slice, so `[1, 1]` and `[1, 5]` both refuse. Equality must\n/// never become membership: a success code sitting beside another code means the host\n/// reported something else as well. What an array of several codes MEANS is not\n/// resolved -- the documented values describe individual codes and say nothing about\n/// how a multi-element array should be read -- so this policy refuses rather than\n/// interpreting. Empty, unknown and additional values all refuse here, and\n/// anything the query could not transport as a number never reaches this comparison at\n/// all -- it fails deserialization and surfaces as a query error instead.\n// [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\nconst ENFORCEMENT_CERTIFIED: [u16; 1] = [ENFORCEMENT_SUCCESS];\n\n// Enumerate then compare the exact immutable name: a failed query must not be\n// confused with NetSecurity's non-terminating 'named object not found' error.\nconst OWNERSHIP: &str = r#\"\nfunction Named-Rules($store) {\n @(Get-NetFirewallRule -PolicyStore $store -ErrorAction Stop |\n Where-Object { $ruleNames -ccontains $_.Name })\n}\nfunction Value($object, $name) {\n $property = $object.PSObject.Properties[$name]\n if ($null -eq $property) { throw \"NetSecurity omitted required property $name\" }\n $property.Value\n}\n# RAW CIM ELEMENTS, DELIBERATELY NOT THE ADAPTED PROPERTY. `Value` above returns what\n# PowerShell's object adapter renders, and for EnforcementStatus that is a DISPLAY\n# SPELLING: measured on HFENDULEAM under this very invocation mode (powershell.exe\n# 5.1.26100.8875), raw element UInt16 1 reads back as the string \"Enforced\", while the\n# verdict compared against \"Full\" -- so the success value itself was refused and no host\n# state could satisfy the arm. The repair is this ACCESSOR, not a cast: casting the\n# adapted value throws on \"Enforced\". CimInstanceProperties is the unadapted CIM view.\nfunction RawValue($object, $name) {\n $property = $object.CimInstanceProperties[$name]\n if ($null -eq $property) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: NetSecurity omitted required CIM property $name\" }\n if ([string]$property.CimType -ne 'UInt16Array') {\n throw \"ENFORCEMENT_REPRESENTATION_FAULT: CIM property $name has type $($property.CimType), expected UInt16Array\"\n }\n $property.Value\n}\nfunction One-Filter($items, $name, $ruleName) {\n $items = @($items)\n if ($items.Count -ne 1) { throw \"Ambiguous or missing $name filter for $ruleName\" }\n $items[0]\n}\nfunction Assert-Owned($rule) {\n # EVERY REFUSAL NAMES THE OFFENDING RULE. With a pair under one group a\n # fixed $ruleName would be whichever half the caller happened to bind, and\n # a refusal that misnames its subject sends the reader to the wrong rule.\n $name = [string](Value $rule 'Name')\n if ([string](Value $rule 'Group') -cne $ruleGroup) {\n throw \"The reserved name $name belongs to a different rule group; refusing modification\"\n }\n $port = One-Filter @($rule | Get-NetFirewallPortFilter -ErrorAction Stop) 'port' $name\n $protocol = [string](Value $port 'Protocol')\n if ($protocol -cne 'TCP' -and $protocol -cne '6') {\n throw \"The reserved name $name is not a TCP rule; refusing modification\"\n }\n}\nfunction Remove-Owned {\n $rules = @(Named-Rules 'PersistentStore')\n foreach ($rule in $rules) { Assert-Owned $rule }\n foreach ($rule in $rules) {\n $rule | Remove-NetFirewallRule -ErrorAction Stop\n }\n}\n\"#;\n\nconst QUERY: &str = r#\"\nfunction Is($object, $name, $expected) {\n $values = @(Value $object $name)\n ($values.Count -eq 1 -and [string]$values[0] -ceq $expected)\n}\nfunction Empty($object, $name) {\n $values = @(Value $object $name)\n ($values.Count -eq 0 -or ($values.Count -eq 1 -and [string]::IsNullOrEmpty([string]$values[0])))\n}\nfunction Optional-Empty($object, $name) {\n $property = $object.PSObject.Properties[$name]\n if ($null -eq $property) { return $true }\n Empty $object $name\n}\nfunction Describe($rule) {\n Assert-Owned $rule\n $name = [string](Value $rule 'Name')\n $port = One-Filter @($rule | Get-NetFirewallPortFilter -ErrorAction Stop) 'port' $name\n $app = One-Filter @($rule | Get-NetFirewallApplicationFilter -ErrorAction Stop) 'application' $name\n $address = One-Filter @($rule | Get-NetFirewallAddressFilter -ErrorAction Stop) 'address' $name\n $service = One-Filter @($rule | Get-NetFirewallServiceFilter -ErrorAction Stop) 'service' $name\n $interface = One-Filter @($rule | Get-NetFirewallInterfaceFilter -ErrorAction Stop) 'interface' $name\n $type = One-Filter @($rule | Get-NetFirewallInterfaceTypeFilter -ErrorAction Stop) 'interface type' $name\n $security = One-Filter @($rule | Get-NetFirewallSecurityFilter -ErrorAction Stop) 'security' $name\n # HYGIENE, NOT POLICY. These are the properties that must hold whatever\n # admission shape is chosen -- a rule that is disabled, outbound, denying,\n # platform/owner-scoped, user- or machine-restricted, or reaching through a\n # dynamic keyword is not ours to certify under any scope. They stay here.\n # The SCOPE POLICY -- profile, remote address, program -- deliberately does\n # NOT: it is reported below and decided in Rust, because a policy expressed\n # only as text handed to another interpreter cannot be unit-tested, which is\n # how two contradictory amendments coexisted with nothing red (releases#304).\n $hygiene = (Is $rule 'Enabled' 'True') -and\n (Is $rule 'Direction' 'Inbound') -and (Is $rule 'Action' 'Allow') -and\n (Empty $rule 'Platform') -and (Empty $rule 'Owner') -and\n (Is $port 'RemotePort' 'Any') -and (Is $port 'DynamicTarget' 'Any') -and\n (Is $address 'LocalAddress' 'Any') -and\n (Is $app 'Package' 'Any') -and (Is $service 'Service' 'Any') -and\n (Is $interface 'InterfaceAlias' 'Any') -and (Is $type 'InterfaceType' 'Any') -and\n (Is $security 'Authentication' 'NotRequired') -and (Is $security 'Encryption' 'NotRequired') -and\n (Is $security 'OverrideBlockRules' 'False') -and\n (Is $security 'LocalUser' 'Any') -and (Is $security 'RemoteUser' 'Any') -and\n (Is $security 'RemoteMachine' 'Any') -and\n (Optional-Empty $rule 'RemoteDynamicKeywordAddresses') -and\n (Optional-Empty $address 'RemoteDynamicKeywordAddresses') -and\n (Optional-Empty $app 'PolicyAppId')\n # REPORTED, NOT JUDGED. An absent program is a fact about the observed rule,\n # not an error: a port+remote-scoped admission carries none by design, and\n # throwing here would make the query unable to describe the very shape the\n # scope ruling may select.\n $program = @(Value $app 'Program')\n $programText = if ($program.Count -eq 1) { [string]$program[0] } else { '' }\n # Enforcement is distinct from the rule's configuration. Never certify a\n # rule which ActiveStore reports as ignored or ineffective under host policy.\n # NUMERIC CODES, NEVER DISPLAY SPELLINGS -- see RawValue.\n #\n # VALIDATE BEFORE CONVERTING. `[int]` is a COERCION, not a check, and it launders\n # exactly the evidence this contract exists to reject: [int]$null and [int]$false\n # are 0, [int]$true is 1 -- THE SUCCESS CODE -- and [int]'1', [int]1.4 and [int]1.6\n # are 1, 1 and 2. Converting first and judging afterwards would let a boolean, a\n # numeric string or a rounded fraction reach the verdict wearing a code the host\n # never reported. Each element's TYPE is therefore checked against the CIM element\n # type first, and only a genuine UInt16 is converted; the property's own CIM type\n # is checked in RawValue for the same reason. Everything else refuses loudly here\n # rather than travelling onward as evidence.\n # [impl->REQ-BOOTSTRAP-FIREWALL-ENFORCEMENT-CODES]\n $enforcementRaw = RawValue $rule 'EnforcementStatus'\n if ($null -eq $enforcementRaw) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: null EnforcementStatus for $name\" }\n $enforcement = @($enforcementRaw | ForEach-Object {\n if ($null -eq $_) { throw \"ENFORCEMENT_REPRESENTATION_FAULT: null EnforcementStatus element for $name\" }\n if ($_ -isnot [uint16]) {\n throw \"ENFORCEMENT_REPRESENTATION_FAULT: EnforcementStatus element of type $($_.GetType().FullName) for $name, expected System.UInt16\"\n }\n [int]$_\n })\n # WHERE THE EFFECTIVE RULE CAME FROM. Reported, never judged here: the Rust\n # side decides what counts as persistent. 'Local' names the local persistent\n # store as this effective rule's source, which is how ONE ActiveStore pass\n # certifies both halves of the claim -- see `decide`.\n $sourceType = [string](Value $rule 'PolicyStoreSourceType')\n [pscustomobject]@{\n name = $name\n sourceType = $sourceType\n program = $programText\n ports = @(Value $port 'LocalPort' | ForEach-Object { [string]$_ })\n profile = [string](Value $rule 'Profile')\n remotes = @(Value $address 'RemoteAddress' | ForEach-Object { [string]$_ })\n hygiene = [bool]$hygiene\n enforcement = $enforcement\n }\n}\n# ONE STORE PASS, NOT TWO. The old query enumerated PersistentStore and\n# ActiveStore and walked every rule in both: two rule enumerations plus 32 filter\n# cmdlet calls for a written pair, where the cost is ~85-90% PER CALL (measured\n# HFENDULEAM 2026-09-12: a call returning 2 rules ~470 ms, one returning ~1000\n# ~550 ms). The second pass bought PERSISTENCE evidence, and an effective rule\n# already carries it: PolicyStoreSourceType 'Local' names the local persistent\n# store as its source. Halved to one enumeration plus 16 filter calls.\n$active = @(Named-Rules 'ActiveStore' | ForEach-Object { Describe $_ })\n# THE LAN HALF'S SCOPE IS DERIVED FROM THE HOST, so the census it is derived from\n# rides THE SAME INVOCATION as the rules it will be compared against. A prefix set\n# read by a separate process could describe a different network than the one the\n# verdict is taken over -- a laptop that joins a subnet between two invocations\n# would make the rules and the expectation disagree for reasons neither carries.\n# REPORTED, NOT JUDGED, like every other field here: which addresses count as a\n# LAN, and what their prefixes are, is decided in Rust where it can be tested.\n$addresses = @(Get-NetIPAddress -AddressFamily IPv4 -PolicyStore ActiveStore -ErrorAction Stop |\n ForEach-Object { [pscustomobject]@{\n address = [string](Value $_ 'IPAddress')\n prefixLength = [int](Value $_ 'PrefixLength')\n addressState = [string](Value $_ 'AddressState')\n } })\n[pscustomobject]@{ active = $active; addresses = $addresses } | ConvertTo-Json -Depth 6 -Compress\n\"#;\n\nconst REMOVE_AND_VERIFY: &str = r#\"\nRemove-Owned\n$local = @(Named-Rules 'PersistentStore')\n$active = @(Named-Rules 'ActiveStore')\nif ($local.Count -ne 0 -or $active.Count -ne 0) {\n $remaining = @(@($local) + @($active) | ForEach-Object { [string]$_.Name } | Sort-Object -Unique)\n throw \"Bootstrap rules remain in PersistentStore or ActiveStore: $($remaining -join ', ')\"\n}\n\"#;\n\n/// One observed rule, as NetSecurity describes it. REPORTED FIELDS ONLY — the\n/// query no longer returns a verdict about scope, it returns what it saw.\n#[derive(Deserialize, Debug, Clone, PartialEq, Eq)]\nstruct Rule {\n /// Which owned name this rule is. The query returns a SET now, so a rule\n /// that cannot say which half it is cannot be matched against its spec.\n name: String,\n /// The application filter's program, or empty when the rule carries none.\n /// Empty is a FACT about a port+remote-scoped rule, not an error.\n program: String,\n ports: Vec,\n /// `Any`, or a comma-joined profile list as NetSecurity renders it.\n profile: String,\n[shipping-win-field: exited; cursor=107205]"}],"details":{"op":"logs","cursor":107205,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300789898}}
{"type":"message","id":"af657c52","parentId":"789dfcbe","timestamp":"2026-09-13T11:59:49.903Z","message":{"role":"toolResult","toolCallId":"call_2fa5txQ6ITJtgy5OqOVbXC7M|fc_0e2a1c61f5f66929016aa69035b84087d2968051ef57b58c94","toolName":"hub","content":[{"type":"text","text":"dc8015cd428a610fe17f97345a09e5aa4c281e76\n4f3f370f2d9311b802395731295518044734db22\nfix(bootstrap-firewall): time every invocation, and verify admission in one store pass\n\n crates/spt-daemon/src/bootstrap_firewall.rs | 72 ++++++-\n crates/spt-daemon/src/bootstrap_firewall/linux.rs | 2 +-\n .../spt-daemon/src/bootstrap_firewall/windows.rs | 225 ++++++++++++++++-----\n traceable-reqs.toml | 10 +\n 4 files changed, 259 insertions(+), 50 deletions(-)\n921aa68f89b2d2254087f0c832fc61ed59cf3522\ndc8015cd428a610fe17f97345a09e5aa4c281e76\nfix(bootstrap-firewall): FOLD-3 -- scope the LAN half to literal host prefixes\n\n .../spt-daemon/src/bootstrap_firewall/windows.rs | 362 ++++++++++++++++++---\n ...-lan-exposure-only-for-the-bootstrap-surface.md | 22 +-\n traceable-reqs.toml | 2 +-\n 3 files changed, 339 insertions(+), 47 deletions(-)\n10d18b7f225e5a3f16a5e75ebe5179b940134546\n921aa68f89b2d2254087f0c832fc61ed59cf3522\nfix(bootstrap-firewall): FOLD-4 -- compare what a rule admits, not how it is spelled\n\n .../spt-daemon/src/bootstrap_firewall/windows.rs | 319 ++++++++++++++++++++-\n traceable-reqs.toml | 5 +\n 2 files changed, 313 insertions(+), 11 deletions(-)\na5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d\n53d625cd0bd88a04815efdf6c8209a3096bf53e8\nfix(bootstrap-firewall): judge enforcement by raw code, never display spelling\n\n .../spt-daemon/src/bootstrap_firewall/windows.rs | 78 ++++++++++++++++++++--\n traceable-reqs.toml | 5 ++\n 2 files changed, 78 insertions(+), 5 deletions(-)\n96080953088f311047720bca6ad05e753e384ae2\na5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d\nfix(bootstrap-firewall): validate enforcement evidence before converting it\n\n .../spt-daemon/src/bootstrap_firewall/windows.rs | 35 +++++++++++++---------\n traceable-reqs.toml | 2 +-\n 2 files changed, 22 insertions(+), 15 deletions(-)\nfe07aab0fb7a16ad48eb99ecdfd16cd659179e14\nbe99017f2cd8f7add256f42e1fb3d8de784c6f59\nfix(bootstrap_firewall/windows): admit the LAN, not only the tailnet\n\n crates/spt-daemon/src/bootstrap_firewall.rs | 6 +-\n .../spt-daemon/src/bootstrap_firewall/windows.rs | 383 ++++++++++++++++-----\n 2 files changed, 306 insertions(+), 83 deletions(-)\nd89a655f1ba54630abf9da5ccd5d6b23d23315f9\n3393694365752340a85743cb6a7359720fa1b7ed\nfeat(serve): reconcile bootstrap-owned TCP firewall admission\n\n crates/spt-daemon/src/bootstrap_firewall.rs | 148 +++++\n crates/spt-daemon/src/bootstrap_firewall/linux.rs | 676 +++++++++++++++++++++\n .../spt-daemon/src/bootstrap_firewall/windows.rs | 262 ++++++++\n crates/spt-daemon/src/lanhost.rs | 6 +\n crates/spt-daemon/src/lib.rs | 1 +\n crates/spt-daemon/src/servehost.rs | 6 +\n crates/spt/src/api/nowsignal.rs | 1 +\n crates/spt/src/cli.rs | 18 +-\n crates/spt/src/serveverb.rs | 270 +++++++-\n docs-site/src/serving/overview.md | 50 ++\n ...-lan-exposure-only-for-the-bootstrap-surface.md | 21 +\n traceable-reqs.toml | 2 +-\n 12 files changed, 1453 insertions(+), 8 deletions(-)\n[shipping-series-stat: exited; cursor=3278]"}],"details":{"op":"logs","cursor":3278,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300789903}}
{"type":"message","id":"15308f75","parentId":"af657c52","timestamp":"2026-09-13T11:59:49.904Z","message":{"role":"toolResult","toolCallId":"call_0cNjYZ5hvKV9dCqGG5gExQhy|fc_0e2a1c61f5f66929016aa69035b84887d2b6b6700deb293c1c","toolName":"hub","content":[{"type":"text","text":"100644 blob 88f1489e6cbff458732e05516fd9847c72c9b76f crates/spt-daemon/src/bootstrap_firewall/linux.rs\n100644 blob 1f475a80165322e83791e476cea37855119193c2 crates/spt-daemon/src/bootstrap_firewall/windows.rs\n[shipping-base-identities: exited; cursor=208]"}],"details":{"op":"logs","cursor":208,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300789903}}
{"type":"message","id":"87b0d8e8","parentId":"15308f75","timestamp":"2026-09-13T11:59:49.904Z","message":{"role":"toolResult","toolCallId":"call_La8WkFWWjhnTeIk3skAaK7Yv|fc_0e2a1c61f5f66929016aa69035b84c87d28bab3e85b5dba202","toolName":"hub","content":[{"type":"text","text":"commit fe4274979c5a93a36fef9f066df6afbe70070ae8\nAuthor: Reavo End \nAuthorDate: Fri Sep 11 04:53:33 2026 -0700\nCommit: Reavo End \nCommitDate: Fri Sep 11 04:54:08 2026 -0700\n\n feat(lanhost): admit the bootstrap listener's bound TCP port by port and remote\n \n releases#304 W2 / #297, ADR-0059 Amendment 2. A Windows node served /install to\n its own loopback and nothing else: the installer and firewall.rs create only an\n executable-scoped inbound UDP rule for QUIC, and lanhost bound TCP 0.0.0.0 with\n no firewall reconciliation at all. Nothing was wrong with the bind; nothing had\n[shipping-fe427: exited; cursor=6479]"}],"details":{"op":"logs","cursor":6479,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300789903}}
{"type":"custom_message","customType":"launch-completion","content":"Supervised process shipping-series-stat exited with exit code 0.","display":true,"details":{"daemons":[{"name":"shipping-series-stat","id":"c7c8e2ef-89dd-4a93-9765-229dc4e6914b","state":"exited","createdAt":1789300782455,"startedAt":1789300782472,"exitedAt":1789300782739,"exitCode":0,"restartCount":0,"outputBytes":3278,"owner":"01a09aa1-f956-7000-b83c-d15524e8fa6e","persist":false,"detached":false}]},"attribution":"agent","id":"f51c8941","parentId":"87b0d8e8","timestamp":"2026-09-13T11:59:49.904Z"}
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{"type":"message","id":"490e3a17","parentId":"dbf08328","timestamp":"2026-09-13T12:00:02.439Z","message":{"role":"toolResult","toolCallId":"call_4pINHI5FOHZfxTKIOdgXRsWI|fc_0e2a1c61f5f66929016aa690425fcc87d296ccb4eb306d8e18","toolName":"hub","content":[{"type":"text","text":" Where-Object { $ruleNames -ccontains $_.Name })\n if ([string](Value $rule 'Group') -cne $ruleGroup) {\nNew-NetFirewallRule -PolicyStore PersistentStore -Name '{name}' -DisplayName '{name}' -Group $ruleGroup `\nfn script(body: &str) -> String {\n \"$ErrorActionPreference = 'Stop'; $ProgressPreference = 'SilentlyContinue'; \\\n $ruleNames = @({names}); $ruleGroup = '{RULE_GROUP}';\\n{OWNERSHIP}\\n{body}\",\nfn encoded(script: &str) -> String {\n let bytes: Vec = script.encode_utf16().flat_map(u16::to_le_bytes).collect();\npub(super) fn cleanup_command() -> String {\n encoded(&script(REMOVE_AND_VERIFY))\n fn encoded_scripts_round_trip_as_utf16le_and_carry_the_ownership_identifiers() {\n \"$ErrorActionPreference = 'Stop'\",\n assert_eq!(bytes.len(), composed.encode_utf16().count() * 2, \"payload must be UTF-16LE\");\n /// store switch, a scope reassignment, an `$ErrorActionPreference` reset --\n[shipping-win-field: exited; cursor=107205]"}],"details":{"op":"logs","cursor":107205,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300802438}}
{"type":"message","id":"699e7997","parentId":"490e3a17","timestamp":"2026-09-13T12:00:02.466Z","message":{"role":"toolResult","toolCallId":"call_7kf7HrEsiFfBQC1BPQv9hXy7|fc_0e2a1c61f5f66929016aa690425fac87d2b5bdfcd794b06aec","toolName":"hub","content":[{"type":"text","text":"Started shipping-fold-tip: running pid=45520 uptime=18ms restarts=0"}],"details":{"op":"start","daemon":{"name":"shipping-fold-tip","id":"bfe1b12b-ecdb-421e-b619-ad137410df43","state":"running","pid":45520,"createdAt":1789300802437,"startedAt":1789300802447,"restartCount":0,"outputBytes":0,"owner":"01a09aa1-f956-7000-b83c-d15524e8fa6e","persist":false,"detached":false},"timedOut":false},"isError":false,"timestamp":1789300802465}}
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{"type":"custom_message","customType":"launch-completion","content":"Supervised process shipping-d89-windows exited with exit code 0.","display":true,"details":{"daemons":[{"name":"shipping-d89-windows","id":"4bc50065-d21b-4641-86f9-1a32a9f1fc8f","state":"exited","createdAt":1789300802437,"startedAt":1789300802439,"exitedAt":1789300802477,"exitCode":0,"restartCount":0,"outputBytes":10897,"owner":"01a09aa1-f956-7000-b83c-d15524e8fa6e","persist":false,"detached":false}]},"attribution":"agent","id":"f44ac506","parentId":"dd250d72","timestamp":"2026-09-13T12:00:02.490Z"}
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{"type":"message","id":"40a2edfa","parentId":"eff05fb5","timestamp":"2026-09-13T12:00:10.962Z","message":{"role":"toolResult","toolCallId":"call_47eR0ZrxEk4A4oXv94UHp9O5|fc_0e2a1c61f5f66929016aa6904ae70487d2bc1c44a112874eaf","toolName":"hub","content":[{"type":"text","text":"diff --git a/crates/spt-daemon/src/bootstrap_firewall/windows.rs b/crates/spt-daemon/src/bootstrap_firewall/windows.rs\nindex 1f475a80..57e32e52 100644\n--- a/crates/spt-daemon/src/bootstrap_firewall/windows.rs\n+++ b/crates/spt-daemon/src/bootstrap_firewall/windows.rs\n@@ -172,12 +172,12 @@ struct Rule {\n enforcement: Vec,\n }\n \n-// ── FOLD-2: scope policy pending W-2a arm C ──────────────────────────────────\n-// These three constants ARE the scope policy, and which values they carry is\n-// doyle's ruling after arm C measures which shape admits TCP over the tailnet\n-// on this box. The values below are todlando's W2 shape as the working default;\n-// the ADR prose, the requirement title and the docs-site section are NOT\n-// written until that measurement lands (doyle, releases#304 W2, 2026-09-11).\n+// ── FOLD-2: scope policy (ruled on arm E, 2026-09-12) ────────────────────────\n+// These three constants ARE the scope policy. Their values are doyle's ruling\n+// on releases#304 W2, and arm E (2026-09-12, below) is the measurement behind\n+// them. The ADR prose, the requirement title and the docs-site section move\n+// with this block: if you change a value here, those three change or they are\n+// lying about the shipped shape.\n /// The tailnet half: CGNAT remotes, on every profile.\n const DESIRED_TAILNET_PROFILE: &str = \"Any\";\n const DESIRED_TAILNET_REMOTES: &[&str] = &[\"100.64.0.0/10\"];\n@@ -194,9 +194,33 @@ const DESIRED_LAN_PROFILE: &str = \"Private,Domain\";\n const DESIRED_LAN_REMOTES: &[&str] = &[\"LocalSubnet\"];\n /// Whether the rule carries a program (application) filter at all.\n ///\n-/// `false` is the W-0 measurement's consequence: on HFENDULEAM, program-scoped\n-/// rules naming the listening binary, enabled and ActiveStore-Enforced on a\n-/// Private-classified tailnet interface, admitted nothing over TCP.\n+/// `false` BY POLICY, not because program scope fails. It does not fail.\n+///\n+/// THE PREVIOUS CITATION HERE WAS VOID and is recorded rather than deleted, so\n+/// nobody re-derives it: it read \"`false` is the W-0 measurement's consequence:\n+/// program-scoped rules ... admitted nothing over TCP\". W-0 fetched over the\n+/// TAILNET, where the blocker is receiver-side and sits ABOVE the host firewall\n+/// -- `Tailscale-In` is itself a host-firewall blanket admit at this box's own\n+/// tailnet address (LocalIP 100.68.35.65/32, protocol Any, port Any, program\n+/// Any, Allow). W-0 therefore never measured program scope at all.\n+///\n+/// Arm E measured it, on the LAN where no ACL sits in the path. HFENDULEAM\n+/// 2026-09-12, kitsubito -> 192.168.1.81:29470, throwaway pwsh listener on a\n+/// port named by zero rules, ONE writer, and a census taken in the fetcher's\n+/// own command before and after every fetch:\n+/// E0 no rule BLOCKED 3x connect-timeout 6.0s\n+/// E1 TCP 29470 Private remote=Any program=pwsh.exe ADMITTED 3x 200, connect 2-4 ms\n+/// E2 TCP 29470 Private remote=192.168.1.0/24 ADMITTED 3x 200\n+/// E3 no rule (E0's state restored) BLOCKED\n+/// E0/E3 are the negative controls that license E1/E2; both shapes ADMIT.\n+///\n+/// So this is a policy choice and releases#297 decides it: admit the narrowest\n+/// thing that serves the purpose. Port + remote already narrows admission to\n+/// this port from these remotes, so a program filter admits no peer that\n+/// port+remote does not already admit -- on a surface whose entire purpose is\n+/// serving strangers on the LAN it buys nothing. It also costs: the filter pins\n+/// an ABSOLUTE exe path, so a reinstall, a rename, or running from\n+/// `target/debug` leaves a rule that silently stops matching.\n const DESIRED_PROGRAM: bool = false;\n // ─────────────────────────────────────────────────────────────────────────────\n \n[shipping-fold-tip: exited; cursor=4095]"}],"details":{"op":"logs","cursor":4095,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300810962}}
{"type":"message","id":"ec721189","parentId":"40a2edfa","timestamp":"2026-09-13T12:00:10.962Z","message":{"role":"toolResult","toolCallId":"call_dr3kod5cCCEoPo85Gv29UvYM|fc_0e2a1c61f5f66929016aa6904ae71087d29b2621a1518e5a07","toolName":"hub","content":[{"type":"text","text":"//! Bootstrap's rule is deliberately separate from the installer's UDP rule.\n//! NetSecurity CIM properties, not localized display text, are the evidence.\n// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n\nuse std::path::Path;\n\nuse base64::Engine;\nuse serde::Deserialize;\n\nconst RULE_NAME: &str = \"spt-core-bootstrap-inbound-tcp\";\nconst RULE_GROUP: &str = \"spt-core bootstrap TCP\";\n\n// Enumerate then compare the exact immutable name: a failed query must not be\n// confused with NetSecurity's non-terminating 'named object not found' error.\nconst OWNERSHIP: &str = r#\"\nfunction Named-Rules($store) {\n @(Get-NetFirewallRule -PolicyStore $store -ErrorAction Stop |\n Where-Object { $_.Name -eq $ruleName })\n}\nfunction Value($object, $name) {\n $property = $object.PSObject.Properties[$name]\n if ($null -eq $property) { throw \"NetSecurity omitted required property $name\" }\n $property.Value\n}\nfunction One-Filter($items, $name) {\n $items = @($items)\n if ($items.Count -ne 1) { throw \"Ambiguous or missing $name filter for $ruleName\" }\n $items[0]\n}\nfunction Assert-Owned($rule) {\n if ([string](Value $rule 'Group') -cne $ruleGroup) {\n throw \"The reserved name $ruleName belongs to a different rule group; refusing modification\"\n }\n $port = One-Filter @($rule | Get-NetFirewallPortFilter -ErrorAction Stop) 'port'\n $protocol = [string](Value $port 'Protocol')\n if ($protocol -cne 'TCP' -and $protocol -cne '6') {\n throw \"The reserved name $ruleName is not a TCP rule; refusing modification\"\n }\n}\nfunction Remove-Owned {\n $rules = @(Named-Rules 'PersistentStore')\n foreach ($rule in $rules) { Assert-Owned $rule }\n foreach ($rule in $rules) {\n $rule | Remove-NetFirewallRule -ErrorAction Stop\n }\n}\n\"#;\n\nconst QUERY: &str = r#\"\nfunction Is($object, $name, $expected) {\n $values = @(Value $object $name)\n ($values.Count -eq 1 -and [string]$values[0] -ceq $expected)\n}\nfunction Empty($object, $name) {\n $values = @(Value $object $name)\n ($values.Count -eq 0 -or ($values.Count -eq 1 -and [string]::IsNullOrEmpty([string]$values[0])))\n}\nfunction Optional-Empty($object, $name) {\n $property = $object.PSObject.Properties[$name]\n if ($null -eq $property) { return $true }\n Empty $object $name\n}\nfunction Describe($rule, $active) {\n Assert-Owned $rule\n $port = One-Filter @($rule | Get-NetFirewallPortFilter -ErrorAction Stop) 'port'\n $app = One-Filter @($rule | Get-NetFirewallApplicationFilter -ErrorAction Stop) 'application'\n $address = One-Filter @($rule | Get-NetFirewallAddressFilter -ErrorAction Stop) 'address'\n $service = One-Filter @($rule | Get-NetFirewallServiceFilter -ErrorAction Stop) 'service'\n $interface = One-Filter @($rule | Get-NetFirewallInterfaceFilter -ErrorAction Stop) 'interface'\n $type = One-Filter @($rule | Get-NetFirewallInterfaceTypeFilter -ErrorAction Stop) 'interface type'\n $security = One-Filter @($rule | Get-NetFirewallSecurityFilter -ErrorAction Stop) 'security'\n $profile = [string](Value $rule 'Profile')\n $allProfiles = $profile -ceq 'Any' -or $profile -ceq 'Domain, Private, Public'\n $scope = (Is $rule 'Enabled' 'True') -and\n (Is $rule 'Direction' 'Inbound') -and (Is $rule 'Action' 'Allow') -and $allProfiles -and\n (Empty $rule 'Platform') -and (Empty $rule 'Owner') -and\n (Is $port 'RemotePort' 'Any') -and (Is $port 'DynamicTarget' 'Any') -and\n (Is $address 'LocalAddress' 'Any') -and (Is $address 'RemoteAddress' 'Any') -and\n (Is $app 'Package' 'Any') -and (Is $service 'Service' 'Any') -and\n (Is $interface 'InterfaceAlias' 'Any') -and (Is $type 'InterfaceType' 'Any') -and\n[shipping-d89-windows: exited; cursor=10897]"}],"details":{"op":"logs","cursor":10897,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300810962}}
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{"type":"custom_message","customType":"launch-completion","content":"Supervised process shipping-fold-tip exited with exit code 0.","display":true,"details":{"daemons":[{"name":"shipping-fold-tip","id":"bfe1b12b-ecdb-421e-b619-ad137410df43","state":"exited","createdAt":1789300802437,"startedAt":1789300802447,"exitedAt":1789300802486,"exitCode":0,"restartCount":0,"outputBytes":4095,"owner":"01a09aa1-f956-7000-b83c-d15524e8fa6e","persist":false,"detached":false}]},"attribution":"agent","id":"84675bcf","parentId":"40698577","timestamp":"2026-09-13T12:00:10.984Z"}
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{"type":"message","id":"d52c9701","parentId":"f38d07e7","timestamp":"2026-09-13T12:00:21.029Z","message":{"role":"toolResult","toolCallId":"call_lvEH5nnBJWsquhSgki84Dboi|fc_0e2a1c61f5f66929016aa69054f47c87d29c54608245d27b93","toolName":"hub","content":[{"type":"text","text":"diff --git a/crates/spt-daemon/src/bootstrap_firewall/windows.rs b/crates/spt-daemon/src/bootstrap_firewall/windows.rs\nindex 57e32e52..8640a3bd 100644\n--- a/crates/spt-daemon/src/bootstrap_firewall/windows.rs\n+++ b/crates/spt-daemon/src/bootstrap_firewall/windows.rs\n@@ -84,5 +84,5 @@ function Optional-Empty($object, $name) {\n Empty $object $name\n }\n-function Describe($rule, $active) {\n+function Describe($rule) {\n Assert-Owned $rule\n $name = [string](Value $rule 'Name')\n@@ -124,8 +124,13 @@ function Describe($rule, $active) {\n # Enforcement is distinct from the rule's configuration. Never certify a\n # rule which ActiveStore reports as ignored or ineffective under host policy.\n- $enforcement = @()\n- if ($active) { $enforcement = @(Value $rule 'EnforcementStatus' | ForEach-Object { [string]$_ }) }\n+ $enforcement = @(Value $rule 'EnforcementStatus' | ForEach-Object { [string]$_ })\n+ # WHERE THE EFFECTIVE RULE CAME FROM. Reported, never judged here: the Rust\n+ # side decides what counts as persistent. 'Local' names the local persistent\n+ # store as this effective rule's source, which is how ONE ActiveStore pass\n+ # certifies both halves of the claim -- see `decide`.\n+ $sourceType = [string](Value $rule 'PolicyStoreSourceType')\n [pscustomobject]@{\n name = $name\n+ sourceType = $sourceType\n program = $programText\n ports = @(Value $port 'LocalPort' | ForEach-Object { [string]$_ })\n@@ -136,7 +141,13 @@ function Describe($rule, $active) {\n }\n }\n-$persistent = @(Named-Rules 'PersistentStore' | ForEach-Object { Describe $_ $false })\n-$active = @(Named-Rules 'ActiveStore' | ForEach-Object { Describe $_ $true })\n-[pscustomobject]@{ persistent = $persistent; active = $active } | ConvertTo-Json -Depth 6 -Compress\n+# ONE STORE PASS, NOT TWO. The old query enumerated PersistentStore and\n+# ActiveStore and walked every rule in both: two rule enumerations plus 32 filter\n+# cmdlet calls for a written pair, where the cost is ~85-90% PER CALL (measured\n+# HFENDULEAM 2026-09-12: a call returning 2 rules ~470 ms, one returning ~1000\n+# ~550 ms). The second pass bought PERSISTENCE evidence, and an effective rule\n+# already carries it: PolicyStoreSourceType 'Local' names the local persistent\n+# store as its source. Halved to one enumeration plus 16 filter calls.\n+$active = @(Named-Rules 'ActiveStore' | ForEach-Object { Describe $_ })\n+[pscustomobject]@{ active = $active } | ConvertTo-Json -Depth 6 -Compress\n \"#;\n \n@@ -171,4 +182,11 @@ struct Rule {\n hygiene: bool,\n enforcement: Vec,\n+ /// Which store this EFFECTIVE rule came from, as NetSecurity reports it:\n+ /// `Local` for the local persistent store, `GroupPolicy` for domain policy,\n+ /// `Dynamic` for a rule that exists only until reboot. Reported here and\n+ /// judged in [`decide`] -- it is what makes one ActiveStore pass able to\n+ /// certify persistence as well as effectiveness.\n+ #[serde(rename = \"sourceType\")]\n+ source_type: String,\n }\n \n@@ -354,7 +372,13 @@ fn spec_satisfied_by(observed: &Rule, want: &RuleSpec) -> bool {\n }\n \n+/// The observed evidence: the EFFECTIVE rules, each naming its source store.\n+///\n+/// ONE STORE, NOT TWO. The query used to read PersistentStore as well, to certify\n+/// that the admission survives a reboot. An effective rule already carries that:\n+/// `source_type` `Local` names the persistent store as where it came from. The\n+/// second pass cost a rule enumeration and a full filter walk per rule and added\n+/// no fact this one does not (releases#304 W2 rider, doyle ruled 2026-09-12).\n #[derive(Deserialize)]\n struct Snapshot {\n- persistent: Vec,\n active: Vec,\n }\n@@ -381,7 +405,8 @@ fn encoded(script: &str) -> String {\n }\n \n-fn powershell(script: &str) -> Result {\n+fn powershell(leg: &str, script: &str) -> Result {\n let command = encoded(script);\n super::run(\n+ leg,\n \"powershell.exe\",\n &[\"-NoLogo\", \"-NoProfile\", \"-NonInteractive\", \"-EncodedCommand\", &command],\n@@ -390,5 +415,5 @@ fn powershell(script: &str) -> Result {\n \n fn snapshot() -> Result {\n- let output = powershell(&script(QUERY))?;\n+ let output = powershell(\"verify-query\", &script(QUERY))?;\n serde_json::from_str(output.trim_start_matches('\\u{feff}').trim())\n .map_err(|error| format!(\"Cannot decode NetSecurity bootstrap rule evidence: {error}\"))\n@@ -426,14 +451,27 @@ fn decide(state: &Snapshot, expected_program: &str, port: u16) -> Result 1` guard would refuse\n // its own happy path the moment the query began enumerating the name set.\n- for store in [&state.persistent, &state.active] {\n- for spec in &want {\n- if store.iter().filter(|rule| rule.name == spec.name).count() > 1 {\n- return Err(format!(\"Ambiguous duplicate bootstrap rules named {}\", spec.name));\n- }\n+ for spec in &want {\n+ if state.active.iter().filter(|rule| rule.name == spec.name).count() > 1 {\n+ return Err(format!(\"Ambiguous duplicate bootstrap rules named {}\", spec.name));\n }\n }\n- if !pair_satisfied_by(&state.persistent, &want) || !pair_satisfied_by(&state.active, &want) {\n+ if !pair_satisfied_by(&state.active, &want) {\n return Ok(false);\n }\n+ // PERSISTENCE IS PART OF THE VERDICT, NOT A SECOND QUERY. An admission that\n+ // admits now but vanishes at reboot is not reconciled: the next boot serves\n+ // strangers on the LAN with no rule and no one to notice. `Dynamic` is\n+ // exactly that rule, and it is INDISTINGUISHABLE from ours by name, port and\n+ // scope -- only the source says so. A non-local source is refused loudly\n+ // rather than reported unreconciled, matching what `reconcile` already does\n+ // with a policy-owned name: creating another local rule cannot repair it.\n+ for rule in &state.active {\n+ if rule.source_type != \"Local\" {\n+ return Err(format!(\n+ \"Bootstrap rule {} is effective but its source store is {}, not Local: admission that does not come from the persistent store does not survive a reboot\",\n+ rule.name, rule.source_type\n+ ));\n+ }\n+ }\n for rule in &state.active {\n if rule.enforcement.as_slice() != [\"Full\"] {\n@@ -475,46 +513,69 @@ $binder = [System.Text.Encoding]::UTF8.GetString([Convert]::FromBase64String('{b\n {writes}\"#\n );\n- powershell(&script(&body))?;\n- if verify(Path::new(binder), port)? {\n- Ok(())\n- } else {\n- // NAME EVERY HALF. \"the rule does not match\" over a pair leaves the\n- // reader guessing which one, and the halves differ in exactly the\n- // fields this message prints.\n- let described: Vec = want\n- .iter()\n- .map(|spec| {\n- format!(\n- \"{} (TCP port {}, profile {}, remotes {}, program {})\",\n- spec.name,\n- spec.port,\n- spec.profile,\n- spec.remotes.join(\",\"),\n- match &spec.program {\n- Some(path) => path.as_str(),\n- None => \"none\",\n- }\n- )\n- })\n- .collect();\n- Err(format!(\n- \"NetSecurity completed but the observed rules do not match the admission pair: {}\",\n- described.join(\"; \")\n- ))\n+ powershell(\"reconcile-write\", &script(&body))?;\n+ // CLAUSE (c) (releases#304 W2 rider, doyle 2026-09-12): THE WRITES HAVE\n+ // LANDED BY HERE. A verification that cannot COMPLETE -- the budget expiring\n+ // mid-walk is the measured case, F-A1-1 -- is not a refused write, and must\n+ // not wear one's face: the operator who reads \"reconcile failed\" reaches for\n+ // elevation and permissions, when the rules are in fact already in place and\n+ // only the observation was cut short.\n+ match verify(Path::new(binder), port) {\n+ Ok(true) => Ok(()),\n+ Ok(false) => Err(mismatch_message(&want)),\n+ Err(error) => Err(unverified_after_write(&error)),\n }\n }\n \n+/// The face of a COMPLETED verification that disagrees with the specs.\n+///\n+/// NAME EVERY HALF. \"the rule does not match\" over a pair leaves the reader\n+/// guessing which one, and the halves differ in exactly the fields this prints.\n+// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n+fn mismatch_message(want: &[RuleSpec]) -> String {\n+ let described: Vec = want\n+ .iter()\n+ .map(|spec| {\n+ format!(\n+ \"{} (TCP port {}, profile {}, remotes {}, program {})\",\n+ spec.name,\n+ spec.port,\n+ spec.profile,\n+ spec.remotes.join(\",\"),\n+ match &spec.program {\n+ Some(path) => path.as_str(),\n+ None => \"none\",\n+ }\n+ )\n+ })\n+ .collect();\n+ format!(\n+ \"NetSecurity completed but the observed rules do not match the admission pair: {}\",\n+ described.join(\"; \")\n+ )\n+}\n+\n+/// The face of a verification that never reached a verdict, AFTER the writes.\n+// [impl->REQ-BOOTSTRAP-FIREWALL-VERIFY-ONE-PASS]\n+fn unverified_after_write(error: &str) -> String {\n+ format!(\n+ \"The admission pair was WRITTEN and then could not be verified: {error}. The rules may already be in place -- this is not a refused write. Rerun bootstrap to re-observe them before changing elevation or host policy.\"\n+ )\n+}\n+\n pub(super) fn cleanup() -> Result<(), String> {\n- powershell(&script(REMOVE_AND_VERIFY)).map(|_| ())\n+ powershell(\"cleanup\", &script(REMOVE_AND_VERIFY)).map(|_| ())\n }\n \n pub(super) fn is_clean() -> Result {\n- let output = powershell(&script(\n- r#\"\n+ let output = powershell(\n+ \"is-clean\",\n+ &script(\n+ r#\"\n $local = @(Named-Rules 'PersistentStore')\n $active = @(Named-Rules 'ActiveStore')\n ($local.Count -eq 0 -and $active.Count -eq 0) | ConvertTo-Json -Compress\n \"#,\n- ))?;\n+ ),\n+ )?;\n serde_json::from_str(output.trim_start_matches('\\u{feff}').trim())\n .map_err(|error| format!(\"Cannot decode NetSecurity bootstrap cleanup evidence: {error}\"))\n@@ -610,4 +671,5 @@ mod tests {\n hygiene: true,\n enforcement: vec![\"Full\".to_string()],\n+ source_type: \"Local\".to_string(),\n }\n }\n@@ -774,5 +836,5 @@ mod tests {\n // The happy path: TWO rules in each store, and no ambiguity error.\n assert_eq!(full.len(), 2, \"a reconciled store holds both halves\");\n- let state = Snapshot { persistent: full.clone(), active: full.clone() };\n+ let state = Snapshot { active: full.clone() };\n assert_eq!(\n decide(&state, \"c:/spt/spt.exe\", 5470),\n@@ -784,9 +846,76 @@ mod tests {\n let mut duplicated = full.clone();\n duplicated.push(full[0].clone());\n- let state = Snapshot { persistent: duplicated, active: full };\n[shipping-dc-diff: exited; cursor=14967]"}],"details":{"op":"logs","cursor":14967,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300821029}}
{"type":"message","id":"a2fe1da3","parentId":"d52c9701","timestamp":"2026-09-13T12:00:21.029Z","message":{"role":"toolResult","toolCallId":"call_ARF14WVgeroAtWkqc64vqirm|fc_0e2a1c61f5f66929016aa69054f48887d2a92a1f1dfe03c048","toolName":"hub","content":[{"type":"text","text":"//! Every subprocess is bounded (KNOWN-HAZARDS 5.3): a wedged `netsh` or `nft`\n/// What the `netsh` query yielded. Separating \"netsh says there is no such\n/// rule\" from \"netsh did not answer\" is the whole reason this is an enum: the\n /// netsh could not be run, or did not finish inside the bound.\n /// netsh ran and reported no rule by that name.\n /// netsh ran and printed the rule(s) — verbose dump.\n/// The program paths a verbose `netsh … show rule` dump admits.\n \"netsh advfirewall firewall delete rule name=\\\"{RULE_NAME}\\\" & \\\n netsh advfirewall firewall add rule name=\\\"{RULE_NAME}\\\" dir=in action=allow \\\n/// with no `netsh`, no elevation, and no Windows (releases#173).\n /// caller degrades LOUDLY — an unelevated `netsh add rule` fails, and\n /// The repair ran and the RE-PROBE still disagrees. netsh's exit code says\n/// without privilege; what is left here is the two netsh calls that cannot be.\n \"netsh\",\n/// unelevated `netsh add rule` fails, and pretending otherwise would turn a\n \"netsh\",\n \"netsh\",\n/// DELIBERATELY NOT the `spt lan-bootstrap 5470` an operator may have added by\npub const LAN_RULE_NAME: &str = \"spt-core lan-bootstrap TCP\";\n/// `profile=any`, because the interface classification belongs to the\npub const LAN_REMOTE_TAILNET: &str = \"100.64.0.0/10\";\n/// `LocalSubnet` on `profile=any` would mean a laptop on hotel wifi serves its\npub const LAN_REMOTE_LAN: &str = \"LocalSubnet\";\n/// TWO RULES UNDER ONE NAME, WHICH IS STILL ONE OWNERSHIP KEY: `netsh` lets\npub fn lan_admission_fix(port: u16) -> String {\n \"netsh advfirewall firewall delete rule name=\\\"{LAN_RULE_NAME}\\\" & \\\n netsh advfirewall firewall add rule name=\\\"{LAN_RULE_NAME}\\\" dir=in action=allow \\\n protocol=TCP localport={port} profile=any remoteip={LAN_REMOTE_TAILNET} & \\\n netsh advfirewall firewall add rule name=\\\"{LAN_RULE_NAME}\\\" dir=in action=allow \\\n protocol=TCP localport={port} profile={LAN_LAN_PROFILES} remoteip={LAN_REMOTE_LAN} (run elevated)\",\npub fn lan_scopes_present(dump: &str) -> bool {\n/// The local ports a verbose `netsh … show rule` dump names.\n/// [`LAN_RULE_NAME`] — a rule THIS module wrote — and those rules carry\n/// everywhere, so all four cases are provable with no `netsh`, no elevation\npub fn decide_lan_admission(probe: &WinProbe, port: u16, elevated: bool) -> LanAdmissionAction {\n /// The write ran and the RE-PROBE still disagrees. netsh's exit code says\npub fn lan_admission_line(report: &LanAdmissionReport, port: u16) -> Option {\n (rule \\\"{LAN_RULE_NAME}\\\"). A rule is not reachability — verify from another machine.\"\n \"admission: rule \\\"{LAN_RULE_NAME}\\\" moved from port {from} to {port}. \\\n \"SERVING, but the admission rule did not take — netsh accepted the command and the \\\npub fn decide_lan_removal(probe: &WinProbe, elevated: bool) -> LanRemoval {\n name: LAN_RULE_NAME.to_string(),\n name: LAN_RULE_NAME.to_string(),\nfn probe_lan_rule() -> WinProbe {\n \"netsh\",\n &format!(\"name={LAN_RULE_NAME}\"),\nfn write_lan_rule(port: u16) -> bool {\n let name = format!(\"name={LAN_RULE_NAME}\");\n let localport = format!(\"localport={port}\");\n let tailnet = format!(\"remoteip={LAN_REMOTE_TAILNET}\");\n let lan = format!(\"remoteip={LAN_REMOTE_LAN}\");\n let lan_profiles = format!(\"profile={LAN_LAN_PROFILES}\");\n let _ = bounded(\"netsh\", &[\"advfirewall\", \"firewall\", \"delete\", \"rule\", &name]);\n \"netsh\",\n &localport,\n let tailnet_ok = add(\"profile=any\", &tailnet);\npub fn reconcile_lan_admission(port: u16) -> LanAdmissionReport {\npub fn remove_lan_admission() -> LanRemoval {\n let name = format!(\"name={LAN_RULE_NAME}\");\n let _ = bounded(\"netsh\", &[\"advfirewall\", \"firewall\", \"delete\", \"rule\", &name]);\n name: LAN_RULE_NAME.to_string(),\n // netsh accepted the command, not that the rule now admits us.\n // RIGHT, decided with no netsh, no elevation and no Windows — which is the\n // MISSING: netsh answered \"no such rule\". First install's arm.\n // `netsh add rule` fails, and reporting a repair that did not happen\n // must not raise one either). Only netsh's own \"no such rule\" is Missing.\n /// A verbose dump the way netsh renders OUR PAIR — both rules under one\n fn lan_dump(port: u16) -> WinProbe {\n \"Rule Name: {LAN_RULE_NAME}\\n\\\n RemoteIP: {LAN_REMOTE_TAILNET}\\n\\\n Rule Name: {LAN_RULE_NAME}\\n\\\n RemoteIP: {LAN_REMOTE_LAN}\\n\\\n fn lan_dump_tailnet_only(port: u16) -> WinProbe {\n \"Rule Name: {LAN_RULE_NAME}\\n\\\n RemoteIP: {LAN_REMOTE_TAILNET}\\n\\\n command.contains(&format!(\"localport={BOUND}\")),\n !command.contains(&format!(\"localport={CONFIGURED}\")),\n assert!(command.contains(\"localport=5470\"), \"port-scoped: {command}\");\n command.contains(&format!(\"profile=any remoteip={LAN_REMOTE_TAILNET}\")),\n \"profile={LAN_LAN_PROFILES} remoteip={LAN_REMOTE_LAN}\"\n !command.contains(&format!(\"profile=any remoteip={LAN_REMOTE_LAN}\")),\n \"LocalSubnet must never appear on profile=any: {command}\"\n !command.contains(\"remoteip=any\"),\n // RemoteIP on the wrong profile admits NOTHING and passes every\n command.contains(\"profile=any\"),\n assert!(line.contains(\"localport=5470\"), \"it carries the exact command: {line}\");\n /// The box this was written on carries a hand-made `spt lan-bootstrap 5470`\n name: LAN_RULE_NAME.to_string(),\n LAN_RULE_NAME, \"spt lan-bootstrap 5470\",\n LAN_RULE_NAME, RULE_NAME,\n[shipping-fe427-functions: exited; cursor=76334]"}],"details":{"op":"logs","cursor":76334,"timedOut":false,"state":"exited"},"isError":false,"timestamp":1789300821029}}
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{"type":"message","id":"d6e4dd5d","parentId":"45e4d9d6","timestamp":"2026-09-13T12:00:21.079Z","message":{"role":"user","content":"Current interruptible wait interrupted: IRC message from parent agent `Main`.\n\nParent IRC message:\n\nMain captured read-only Git evidence under .spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/ (refs,module-history,numeric patch/cherry/containing-heads,fold-vs85 diff, exact windows/linux snapshots+blob IDs for7357/fe07/85f/d89). fe427 commit metadata saved, but its bootstrap_firewall/windows.rs path absent; no snapshot fabricated. Use evidence if useful. User ancestry facts stand; forward new relevant direct-parent records without asserting opposite of reported85f-not-ancestor-fold.","attribution":"agent","timestamp":1789300817048,"steering":true}}
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{"type":"custom_message","customType":"launch-completion","content":"Supervised process shipping-d89-blobs exited with exit code 0.","display":true,"details":{"daemons":[{"name":"shipping-d89-blobs","id":"acdd1176-18f8-451d-8a2b-515cbd46a8a0","state":"exited","createdAt":1789300821028,"startedAt":1789300821030,"exitedAt":1789300821070,"exitCode":0,"restartCount":0,"outputBytes":208,"owner":"01a09aa1-f956-7000-b83c-d15524e8fa6e","persist":false,"detached":false}]},"attribution":"agent","id":"5a4d9166","parentId":"06acfcb3","timestamp":"2026-09-13T12:00:29.015Z"}
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{"type":"message","id":"b04d296f","parentId":"4f6f133e","timestamp":"2026-09-13T12:00:39.811Z","message":{"role":"toolResult","toolCallId":"call_To7v64XWbMlevtJJUXHgVe4U|fc_0e2a1c61f5f66929016aa69067af8487d2abd6de64cfa98dfc","toolName":"grep","content":[{"type":"text","text":"# .spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/\n## 85f84d73-windows.rs\n 59|// confused with NetSecurity's non-terminating 'named object not found' error.\n*60|const OWNERSHIP: &str = r#\"\n 61|function Named-Rules($store) {\n 62| @(Get-NetFirewallRule -PolicyStore $store -ErrorAction Stop |\n 63| Where-Object { $ruleNames -ccontains $_.Name })\n...\n 112|\n*113|const QUERY: &str = r#\"\n 114|function Is($object, $name, $expected) {\n 115| $values = @(Value $object $name)\n 116| ($values.Count -eq 1 -and [string]$values[0] -ceq $expected)\n...\n 227|\n*228|const REMOVE_AND_VERIFY: &str = r#\"\n 229|Remove-Owned\n 230|$local = @(Named-Rules 'PersistentStore')\n 231|$active = @(Named-Rules 'ActiveStore')\n...\n 384|// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n*385|fn lan_scope(addresses: &[Address]) -> LanScope {\n 386| let mut prefixes: Vec = addresses\n 387| .iter()\n 388| .filter(|address| address.address_state == \"Preferred\")\n...\n 717|\n*718|fn script(body: &str) -> String {\n 719| // Only fixed ownership identifiers enter this syntax. Binder data is decoded\n 720| // from base64 at runtime, never parsed as PowerShell source.\n 721| format!(\n...\n 733|\n*734|fn encoded(script: &str) -> String {\n 735| let bytes: Vec = script.encode_utf16().flat_map(u16::to_le_bytes).collect();\n 736| base64::engine::general_purpose::STANDARD.encode(bytes)\n 737|}\n...\n 785|// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n*786|fn decide(state: &Snapshot, expected_program: &str, port: u16) -> Result {\n 787| let lan = lan_scope(&state.addresses);\n 788| let want = desired_specs(expected_program, port, &lan);\n 789| // AMBIGUITY IS PER NAME, NOT PER STORE. A fully reconciled pair puts TWO\n...\n 834|\n*835|pub(super) fn reconcile(binder: &Path, port: u16) -> Result<(), String> {\n 836| let binder = binder_text(binder)?;\n 837| if port == 0 {\n 838| return Err(\"Bootstrap firewall requires the actual bound TCP port, not port zero\".into());\n...\n 981|\n*982|pub(super) fn cleanup_command() -> String {\n 983| // Paste into an elevated PowerShell or cmd.exe. Encoding makes the exact\n 984| // guarded cleanup usable from either shell, including all verification.\n 985| format!(\n...\n 990|\n*991|#[cfg(test)]\n 992|mod tests {\n 993| use super::*;\n 994|\n...\n 1020| #[test]\n*1021| fn encoded_scripts_round_trip_as_utf16le_and_carry_the_ownership_identifiers() {\n 1022| use base64::Engine;\n 1023|\n 1024| let composed = script(\"Remove-Owned\");\n...\n 1325| /// Build a store holding exactly the rules the pair wants.\n*1326| fn reconciled_store(want: &[RuleSpec]) -> Vec {\n 1327| want.iter()\n 1328| .map(|spec| {\n 1329| let remotes: Vec<&str> = spec.remotes.iter().map(|r| r.as_str()).collect();\n## 7357ea32-windows.rs\n 33|// confused with NetSecurity's non-terminating 'named object not found' error.\n*34|const OWNERSHIP: &str = r#\"\n 35|function Named-Rules($store) {\n 36| @(Get-NetFirewallRule -PolicyStore $store -ErrorAction Stop |\n 37| Where-Object { $ruleNames -ccontains $_.Name })\n...\n 71|\n*72|const QUERY: &str = r#\"\n 73|function Is($object, $name, $expected) {\n 74| $values = @(Value $object $name)\n 75| ($values.Count -eq 1 -and [string]$values[0] -ceq $expected)\n...\n 142|\n*143|const REMOVE_AND_VERIFY: &str = r#\"\n 144|Remove-Owned\n 145|$local = @(Named-Rules 'PersistentStore')\n 146|$active = @(Named-Rules 'ActiveStore')\n...\n 361|\n*362|fn script(body: &str) -> String {\n 363| // Only fixed ownership identifiers enter this syntax. Binder data is decoded\n 364| // from base64 at runtime, never parsed as PowerShell source.\n 365| format!(\n...\n 377|\n*378|fn encoded(script: &str) -> String {\n 379| let bytes: Vec = script.encode_utf16().flat_map(u16::to_le_bytes).collect();\n 380| base64::engine::general_purpose::STANDARD.encode(bytes)\n 381|}\n...\n 422|// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n*423|fn decide(state: &Snapshot, expected_program: &str, port: u16) -> Result {\n 424| let want = desired_specs(expected_program, port);\n 425| // AMBIGUITY IS PER NAME, NOT PER STORE. A fully reconciled pair puts TWO\n 426| // rules in each store, so the old store-wide `len() > 1` guard would refuse\n...\n 448|\n*449|pub(super) fn reconcile(binder: &Path, port: u16) -> Result<(), String> {\n 450| let binder = binder_text(binder)?;\n 451| if port == 0 {\n 452| return Err(\"Bootstrap firewall requires the actual bound TCP port, not port zero\".into());\n...\n 522|\n*523|pub(super) fn cleanup_command() -> String {\n 524| // Paste into an elevated PowerShell or cmd.exe. Encoding makes the exact\n 525| // guarded cleanup usable from either shell, including all verification.\n 526| format!(\n...\n 531|\n*532|#[cfg(test)]\n 533|mod tests {\n 534| use super::*;\n 535|\n...\n 561| #[test]\n*562| fn encoded_scripts_round_trip_as_utf16le_and_carry_the_ownership_identifiers() {\n 563| use base64::Engine;\n 564|\n 565| let composed = script(\"Remove-Owned\");\n...\n 711| /// Build a store holding exactly the rules the pair wants.\n*712| fn reconciled_store(want: &[RuleSpec]) -> Vec {\n 713| want.iter()\n 714| .map(|spec| {\n 715| let remotes: Vec<&str> = spec.remotes.iter().map(|r| r.as_str()).collect();\n## 85f84d73-linux.rs\n 177|// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n*178|pub(super) fn reconcile(binder: &Path, port: u16) -> Result<(), String> {\n 179| if port == 0 {\n 180| return Err(\"bootstrap firewall admission requires the actual nonzero bound TCP port\".into());\n 181| }\n...\n 709|\n*710|pub(super) fn cleanup_command() -> String {\n 711| format!(\n 712| \"UFW: sudo ufw status numbered; sudo ufw show added; delete ONLY rules whose comment starts '{OWNER}' using sudo ufw --force delete NUMBER (re-list after each deletion). nft: sudo nft -a list ruleset; delete ONLY rules with that ownership comment using sudo nft delete rule FAMILY TABLE CHAIN handle HANDLE. firewalld: sudo firewall-cmd --info-policy={POLICY}; sudo firewall-cmd --permanent --policy={POLICY} --get-description (must equal '{POLICY_OWNER}'); remove each owned PORT/tcp with sudo firewa...\n 713| )\n...\n 715|\n*716|#[cfg(test)]\n 717|mod tests {\n 718| use super::*;\n 719|\n...\n 1044| #[test]\n*1045| fn reconcile_refuses_port_zero_before_touching_any_host_firewall() {\n 1046| let error = reconcile(Path::new(\"/usr/local/bin/spt\"), 0).unwrap_err();\n 1047| assert!(error.contains(\"nonzero bound TCP port\"), \"{error}\");\n 1048| }"}],"details":{"scopePath":".spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/85f84d73-windows.rs, .spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/7357ea32-windows.rs, .spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/85f84d73-linux.rs","searchPath":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\prep-S6ESSJ3N\\subject-history","cwd":"C:\\Users\\decid\\Documents\\projects\\spt-core","matchCount":27,"fileCount":3,"files":[".spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/85f84d73-windows.rs",".spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/7357ea32-windows.rs",".spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/85f84d73-linux.rs"],"fileMatches":[{"path":".spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/85f84d73-windows.rs","count":12},{"path":".spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/7357ea32-windows.rs","count":11},{"path":".spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/85f84d73-linux.rs","count":4}],"truncated":false,"displayContent":"# .spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/\n## 85f84d73-windows.rs\n 59│// confused with NetSecurity's non-terminating 'named object not found' error.\n *60│const OWNERSHIP: &str = r#\"\n 61│function Named-Rules($store) {\n 62│ @(Get-NetFirewallRule -PolicyStore $store -ErrorAction Stop |\n 63│ Where-Object { $ruleNames -ccontains $_.Name })\n │...\n 112│\n *113│const QUERY: &str = r#\"\n 114│function Is($object, $name, $expected) {\n 115│ $values = @(Value $object $name)\n 116│ ($values.Count -eq 1 -and [string]$values[0] -ceq $expected)\n │...\n 227│\n *228│const REMOVE_AND_VERIFY: &str = r#\"\n 229│Remove-Owned\n 230│$local = @(Named-Rules 'PersistentStore')\n 231│$active = @(Named-Rules 'ActiveStore')\n │...\n 384│// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n *385│fn lan_scope(addresses: &[Address]) -> LanScope {\n 386│ let mut prefixes: Vec = addresses\n 387│ .iter()\n 388│ .filter(|address| address.address_state == \"Preferred\")\n │...\n 717│\n *718│fn script(body: &str) -> String {\n 719│ // Only fixed ownership identifiers enter this syntax. Binder data is decoded\n 720│ // from base64 at runtime, never parsed as PowerShell source.\n 721│ format!(\n │...\n 733│\n *734│fn encoded(script: &str) -> String {\n 735│ let bytes: Vec = script.encode_utf16().flat_map(u16::to_le_bytes).collect();\n 736│ base64::engine::general_purpose::STANDARD.encode(bytes)\n 737│}\n │...\n 785│// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n *786│fn decide(state: &Snapshot, expected_program: &str, port: u16) -> Result {\n 787│ let lan = lan_scope(&state.addresses);\n 788│ let want = desired_specs(expected_program, port, &lan);\n 789│ // AMBIGUITY IS PER NAME, NOT PER STORE. A fully reconciled pair puts TWO\n │...\n 834│\n *835│pub(super) fn reconcile(binder: &Path, port: u16) -> Result<(), String> {\n 836│ let binder = binder_text(binder)?;\n 837│ if port == 0 {\n 838│ return Err(\"Bootstrap firewall requires the actual bound TCP port, not port zero\".into());\n │...\n 981│\n *982│pub(super) fn cleanup_command() -> String {\n 983│ // Paste into an elevated PowerShell or cmd.exe. Encoding makes the exact\n 984│ // guarded cleanup usable from either shell, including all verification.\n 985│ format!(\n │...\n 990│\n *991│#[cfg(test)]\n 992│mod tests {\n 993│ use super::*;\n 994│\n │...\n 1020│ #[test]\n*1021│ fn encoded_scripts_round_trip_as_utf16le_and_carry_the_ownership_identifiers() {\n 1022│ use base64::Engine;\n 1023│\n 1024│ let composed = script(\"Remove-Owned\");\n │...\n 1325│ /// Build a store holding exactly the rules the pair wants.\n*1326│ fn reconciled_store(want: &[RuleSpec]) -> Vec {\n 1327│ want.iter()\n 1328│ .map(|spec| {\n 1329│ let remotes: Vec<&str> = spec.remotes.iter().map(|r| r.as_str()).collect();\n## 7357ea32-windows.rs\n 33│// confused with NetSecurity's non-terminating 'named object not found' error.\n *34│const OWNERSHIP: &str = r#\"\n 35│function Named-Rules($store) {\n 36│ @(Get-NetFirewallRule -PolicyStore $store -ErrorAction Stop |\n 37│ Where-Object { $ruleNames -ccontains $_.Name })\n │...\n 71│\n *72│const QUERY: &str = r#\"\n 73│function Is($object, $name, $expected) {\n 74│ $values = @(Value $object $name)\n 75│ ($values.Count -eq 1 -and [string]$values[0] -ceq $expected)\n │...\n 142│\n*143│const REMOVE_AND_VERIFY: &str = r#\"\n 144│Remove-Owned\n 145│$local = @(Named-Rules 'PersistentStore')\n 146│$active = @(Named-Rules 'ActiveStore')\n │...\n 361│\n*362│fn script(body: &str) -> String {\n 363│ // Only fixed ownership identifiers enter this syntax. Binder data is decoded\n 364│ // from base64 at runtime, never parsed as PowerShell source.\n 365│ format!(\n │...\n 377│\n*378│fn encoded(script: &str) -> String {\n 379│ let bytes: Vec = script.encode_utf16().flat_map(u16::to_le_bytes).collect();\n 380│ base64::engine::general_purpose::STANDARD.encode(bytes)\n 381│}\n │...\n 422│// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n*423│fn decide(state: &Snapshot, expected_program: &str, port: u16) -> Result {\n 424│ let want = desired_specs(expected_program, port);\n 425│ // AMBIGUITY IS PER NAME, NOT PER STORE. A fully reconciled pair puts TWO\n 426│ // rules in each store, so the old store-wide `len() > 1` guard would refuse\n │...\n 448│\n*449│pub(super) fn reconcile(binder: &Path, port: u16) -> Result<(), String> {\n 450│ let binder = binder_text(binder)?;\n 451│ if port == 0 {\n 452│ return Err(\"Bootstrap firewall requires the actual bound TCP port, not port zero\".into());\n │...\n 522│\n*523│pub(super) fn cleanup_command() -> String {\n 524│ // Paste into an elevated PowerShell or cmd.exe. Encoding makes the exact\n 525│ // guarded cleanup usable from either shell, including all verification.\n 526│ format!(\n │...\n 531│\n*532│#[cfg(test)]\n 533│mod tests {\n 534│ use super::*;\n 535│\n │...\n 561│ #[test]\n*562│ fn encoded_scripts_round_trip_as_utf16le_and_carry_the_ownership_identifiers() {\n 563│ use base64::Engine;\n 564│\n 565│ let composed = script(\"Remove-Owned\");\n │...\n 711│ /// Build a store holding exactly the rules the pair wants.\n*712│ fn reconciled_store(want: &[RuleSpec]) -> Vec {\n 713│ want.iter()\n 714│ .map(|spec| {\n 715│ let remotes: Vec<&str> = spec.remotes.iter().map(|r| r.as_str()).collect();\n## 85f84d73-linux.rs\n 177│// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\n *178│pub(super) fn reconcile(binder: &Path, port: u16) -> Result<(), String> {\n 179│ if port == 0 {\n 180│ return Err(\"bootstrap firewall admission requires the actual nonzero bound TCP port\".into());\n 181│ }\n │...\n 709│\n *710│pub(super) fn cleanup_command() -> String {\n 711│ format!(\n 712│ \"UFW: sudo ufw status numbered; sudo ufw show added; delete ONLY rules whose comment starts '{OWNER}' using sudo ufw --force delete NUMBER (re-list after each deletion). nft: sudo nft -a list ruleset; delete ONLY rules with that ownership comment using sudo nft delete rule FAMILY TABLE CHAIN handle HANDLE. firewalld: sudo firewall-cmd --info-policy={POLICY}; sudo firewall-cmd --permanent --policy={POLICY} --get-description (must equal '{POLICY_OWNER}'); remove each owned PORT/tcp with sudo firewa...\n 713│ )\n │...\n 715│\n *716│#[cfg(test)]\n 717│mod tests {\n 718│ use super::*;\n 719│\n │...\n 1044│ #[test]\n*1045│ fn reconcile_refuses_port_zero_before_touching_any_host_firewall() {\n 1046│ let error = reconcile(Path::new(\"/usr/local/bin/spt\"), 0).unwrap_err();\n 1047│ assert!(error.contains(\"nonzero bound TCP port\"), \"{error}\");\n 1048│ }"},"isError":false,"timestamp":1789300839811}}
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{"type":"message","id":"7bc10b2f","parentId":"be7a44de","timestamp":"2026-09-13T12:00:55.845Z","message":{"role":"toolResult","toolCallId":"call_GgByJ8WtlmeNPSOeV0FTOkmV|fc_0e2a1c61f5f66929016aa690760a3087d2a51e5b95f853828a","toolName":"read","content":[{"type":"text","text":"pub(super) fn reconcile(binder: &Path, port: u16) -> Result<(), String> {\n let binder = binder_text(binder)?;\n if port == 0 {\n return Err(\"Bootstrap firewall requires the actual bound TCP port, not port zero\".into());\n }\n let binder_data = base64::engine::general_purpose::STANDARD.encode(binder.as_bytes());\n // FOLD-3: THE SCOPE IS READ BEFORE THE WRITES ARE RENDERED, from the same\n // query the verdict uses, because the LAN half's remotes are now a fact about\n // this host rather than a constant. One extra invocation on the reconcile\n // path; it cannot lengthen any single child past its own budget, which is\n // where the 3000 ms is enforced.\n let observed = snapshot()?;\n let lan = lan_scope(&observed.addresses);\n // THE EMITTED RULES ARE THE SPECS, not a second copy of the policy. When a\n // spec wants no program filter the `-Program` argument is absent entirely;\n // passing `Any` would be a different rule that merely reads similar. Both\n // halves are rendered from the same array the verdict is taken over, so a\n // spec added there cannot be forgotten here.\n let want = desired_specs(&crate::firewall::normalize_path(binder), port, &lan);\n // A SILENT REWRITE IS THE SAME DEFECT AS A SILENT VERIFY (doyle's FOLD-3\n // condition 1). Moving networks rewrites the LAN rule, and the reason has to\n // be readable afterwards or the rewrite looks like churn.\n if let Some(line) = scope_change(&observed.active, &want) {\n eprintln!(\"{line}\");\n }\n let writes = render_writes(&want);\n let body = format!(\n r#\"\n# Validate the effective objects too; a policy-owned name collision is not ours\n# to delete, and cannot be repaired by creating another local rule.\n$effective = @(Named-Rules 'ActiveStore')\nforeach ($rule in $effective) {{\n Assert-Owned $rule\n if ([string](Value $rule 'PolicyStoreSourceType') -cne 'Local') {{\n throw \"Bootstrap rule name is controlled by non-local policy: $([string](Value $rule 'Name'))\"\n }}\n}}\nRemove-Owned\n$binder = [System.Text.Encoding]::UTF8.GetString([Convert]::FromBase64String('{binder_data}'))\n{writes}\"#\n );\n powershell(\"reconcile-write\", &script(&body))?;\n // The tailnet half has been written; the LAN half could not be scoped. Report\n // that directly rather than through `verify`, whose refusal would be wrapped\n // by clause (c) as \"could not be verified\" -- this IS a verdict, not a\n // verification that failed to complete.\n if lan == LanScope::NoneConnected {\n return Err(no_lan_scope_message());\n }\n // CLAUSE (c) (releases#304 W2 rider, doyle 2026-09-12): THE WRITES HAVE\n // LANDED BY HERE. A verification that cannot COMPLETE -- the budget expiring\n // mid-walk is the measured case, F-A1-1 -- is not a refused write, and must\n // not wear one's face: the operator who reads \"reconcile failed\" reaches for\n // elevation and permissions, when the rules are in fact already in place and\n // only the observation was cut short.\n match verify(Path::new(binder), port) {\n Ok(true) => Ok(()),\n Ok(false) => Err(mismatch_message(&want)),\n Err(error) => Err(unverified_after_write(&error)),\n }\n}\n\n/// The face of a COMPLETED verification that disagrees with the specs.\n///\n/// NAME EVERY HALF. \"the rule does not match\" over a pair leaves the reader\n/// guessing which one, and the halves differ in exactly the fields this prints.\n// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\nfn mismatch_message(want: &[RuleSpec]) -> String {\n let described: Vec = want\n .iter()\n .map(|spec| {\n format!(\n \"{} (TCP port {}, profile {}, remotes {}, program {})\",\n spec.name,\n spec.port,\n spec.profile,\n…\n )\n })\n .collect();\n…\n}\n…\n/// The face of a verification that never reached a verdict, AFTER the writes.\n// [impl->REQ-BOOTSTRAP-FIREWALL-VERIFY-ONE-PASS]\nfn unverified_after_write(error: &str) -> String {\n format!(\n \"The admission pair was WRITTEN and then could not be verified: {error}. The rules may already be in place -- this is not a refused write. Rerun bootstrap to re-observe them before changing elevation or host policy.\"\n )\n}\n\npub(super) fn cleanup() -> Result<(), String> {\n powershell(\"cleanup\", &script(REMOVE_AND_VERIFY)).map(|_| ())\n}\n\npub(super) fn is_clean() -> Result {\n let output = powershell(\n \"is-clean\",\n &script(\n r#\"\n$local = @(Named-Rules 'PersistentStore')\n$active = @(Named-Rules 'ActiveStore')\n($local.Count -eq 0 -and $active.Count -eq 0) | ConvertTo-Json -Compress\n\"#,\n ),\n )?;\n serde_json::from_str(output.trim_start_matches('\\u{feff}').trim())\n .map_err(|error| format!(\"Cannot decode NetSecurity bootstrap cleanup evidence: {error}\"))\n}\n\npub(super) fn cleanup_command() -> String {\n // Paste into an elevated PowerShell or cmd.exe. Encoding makes the exact\n // guarded cleanup usable from either shell, including all verification.\n format!(\n \"powershell.exe -NoLogo -NoProfile -NonInteractive -EncodedCommand {}\",\n encoded(&script(REMOVE_AND_VERIFY))\n )\n}\n"}],"details":{"displayContent":{"text":"pub(super) fn reconcile(binder: &Path, port: u16) -> Result<(), String> {\n let binder = binder_text(binder)?;\n if port == 0 {\n return Err(\"Bootstrap firewall requires the actual bound TCP port, not port zero\".into());\n }\n let binder_data = base64::engine::general_purpose::STANDARD.encode(binder.as_bytes());\n // FOLD-3: THE SCOPE IS READ BEFORE THE WRITES ARE RENDERED, from the same\n // query the verdict uses, because the LAN half's remotes are now a fact about\n // this host rather than a constant. One extra invocation on the reconcile\n // path; it cannot lengthen any single child past its own budget, which is\n // where the 3000 ms is enforced.\n let observed = snapshot()?;\n let lan = lan_scope(&observed.addresses);\n // THE EMITTED RULES ARE THE SPECS, not a second copy of the policy. When a\n // spec wants no program filter the `-Program` argument is absent entirely;\n // passing `Any` would be a different rule that merely reads similar. Both\n // halves are rendered from the same array the verdict is taken over, so a\n // spec added there cannot be forgotten here.\n let want = desired_specs(&crate::firewall::normalize_path(binder), port, &lan);\n // A SILENT REWRITE IS THE SAME DEFECT AS A SILENT VERIFY (doyle's FOLD-3\n // condition 1). Moving networks rewrites the LAN rule, and the reason has to\n // be readable afterwards or the rewrite looks like churn.\n if let Some(line) = scope_change(&observed.active, &want) {\n eprintln!(\"{line}\");\n }\n let writes = render_writes(&want);\n let body = format!(\n r#\"\n# Validate the effective objects too; a policy-owned name collision is not ours\n# to delete, and cannot be repaired by creating another local rule.\n$effective = @(Named-Rules 'ActiveStore')\nforeach ($rule in $effective) {{\n Assert-Owned $rule\n if ([string](Value $rule 'PolicyStoreSourceType') -cne 'Local') {{\n throw \"Bootstrap rule name is controlled by non-local policy: $([string](Value $rule 'Name'))\"\n }}\n}}\nRemove-Owned\n$binder = [System.Text.Encoding]::UTF8.GetString([Convert]::FromBase64String('{binder_data}'))\n{writes}\"#\n );\n powershell(\"reconcile-write\", &script(&body))?;\n // The tailnet half has been written; the LAN half could not be scoped. Report\n // that directly rather than through `verify`, whose refusal would be wrapped\n // by clause (c) as \"could not be verified\" -- this IS a verdict, not a\n // verification that failed to complete.\n if lan == LanScope::NoneConnected {\n return Err(no_lan_scope_message());\n }\n // CLAUSE (c) (releases#304 W2 rider, doyle 2026-09-12): THE WRITES HAVE\n // LANDED BY HERE. A verification that cannot COMPLETE -- the budget expiring\n // mid-walk is the measured case, F-A1-1 -- is not a refused write, and must\n // not wear one's face: the operator who reads \"reconcile failed\" reaches for\n // elevation and permissions, when the rules are in fact already in place and\n // only the observation was cut short.\n match verify(Path::new(binder), port) {\n Ok(true) => Ok(()),\n Ok(false) => Err(mismatch_message(&want)),\n Err(error) => Err(unverified_after_write(&error)),\n }\n}\n\n/// The face of a COMPLETED verification that disagrees with the specs.\n///\n/// NAME EVERY HALF. \"the rule does not match\" over a pair leaves the reader\n/// guessing which one, and the halves differ in exactly the fields this prints.\n// [impl->REQ-WEB-LAN-BOOTSTRAP-FIREWALL]\nfn mismatch_message(want: &[RuleSpec]) -> String {\n let described: Vec = want\n .iter()\n .map(|spec| {\n format!(\n \"{} (TCP port {}, profile {}, remotes {}, program {})\",\n spec.name,\n spec.port,\n spec.profile,\n…\n )\n })\n .collect();\n…\n}\n…\n/// The face of a verification that never reached a verdict, AFTER the writes.\n// [impl->REQ-BOOTSTRAP-FIREWALL-VERIFY-ONE-PASS]\nfn unverified_after_write(error: &str) -> String {\n format!(\n \"The admission pair was WRITTEN and then could not be verified: {error}. The rules may already be in place -- this is not a refused write. Rerun bootstrap to re-observe them before changing elevation or host policy.\"\n )\n}\n\npub(super) fn cleanup() -> Result<(), String> {\n powershell(\"cleanup\", &script(REMOVE_AND_VERIFY)).map(|_| ())\n}\n\npub(super) fn is_clean() -> Result {\n let output = powershell(\n \"is-clean\",\n &script(\n r#\"\n$local = @(Named-Rules 'PersistentStore')\n$active = @(Named-Rules 'ActiveStore')\n($local.Count -eq 0 -and $active.Count -eq 0) | ConvertTo-Json -Compress\n\"#,\n ),\n )?;\n serde_json::from_str(output.trim_start_matches('\\u{feff}').trim())\n .map_err(|error| format!(\"Cannot decode NetSecurity bootstrap cleanup evidence: {error}\"))\n}\n\npub(super) fn cleanup_command() -> String {\n // Paste into an elevated PowerShell or cmd.exe. Encoding makes the exact\n // guarded cleanup usable from either shell, including all verification.\n format!(\n \"powershell.exe -NoLogo -NoProfile -NonInteractive -EncodedCommand {}\",\n encoded(&script(REMOVE_AND_VERIFY))\n )\n}\n","startLine":835,"lineNumbers":[835,836,837,838,839,840,841,842,843,844,845,846,847,848,849,850,851,852,853,854,855,856,857,858,859,860,861,862,863,864,865,866,867,868,869,870,871,872,873,874,875,876,877,878,879,880,881,882,883,884,885,886,887,888,889,890,891,892,893,894,895,896,897,898,899,900,901,902,903,904,905,906,907,908,909,910,null,916,917,918,null,923,null,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]},"fileSize":107205,"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\spt-core\\.spt\\preserved\\hertz-fp-driver-review\\d2\\prep-S6ESSJ3N\\subject-history\\85f84d73-windows.rs"}}},"isError":false,"timestamp":1789300855845}}
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{"type":"message","id":"caff03a2","parentId":"0034ee1d","timestamp":"2026-09-13T12:02:40.309Z","message":{"role":"assistant","content":[{"type":"toolCall","id":"call_GQJlCNx8W0BSL3v2yHSCd7hO|fc_0e2a1c61f5f66929016aa690797d0087d29a7b4aef8d5b05f4","name":"yield","arguments":{"type":null,"data":{"summary":"85f84d73's Windows blob retains fold's two-name LAN+tailnet/no-program policy, but includes substantial later production work: one-pass admission evidence, host-derived LAN prefixes, semantic matching, and strictly numeric raw-CIM enforcement. The numeric-test tip alone supplies none of those prerequisites. The field Windows blob cannot be transplanted alone onto fold because its subprocess helper signature changed. Cleanup behavior is retained, but its encoded payload bytes change through the shared OWNERSHIP prelude.","files":[{"path":"crates/spt-daemon/src/bootstrap_firewall/windows.rs","description":"Fold blob 57e32e522f795afcbed43185c17e493c1a233664; field85f blob 848a23fe18e5ca819774f9881ef13504221992f3. Production ends before cfg(test) at fold line532 / field line991."},{"path":"crates/spt-daemon/src/bootstrap_firewall/linux.rs","description":"Fold blob88f1489e6cbff458732e05516fd9847c72c9b76f; field85f blob08f615c4b0985a86ed8c42e96cfc3083857c4aff. Only production delta is run(path,args) to run(name,path,args); remainder adds335 cfg(test) lines."},{"path":"crates/spt-daemon/src/bootstrap_firewall.rs","description":"Direct production prerequisite: dc8015cd introduces run(label,program,args), run_bounded and per-invocation outcome logging, requiring both OS callers to migrate."},{"path":"crates/spt-daemon/src/firewall.rs","description":"fe427497 alternative TCP admission implementation uses netsh, same-name paired rules under 'spt-core lan-bootstrap TCP', separate from bootstrap_firewall's two immutable NetSecurity names."},{"path":".spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/","description":"Main's exact snapshots, blob-ID files and fold-versus-numeric.diff provide stable source citations for this report; independently inspected through read/grep."}],"architecture":"bootstrap_firewall.rs dispatches OS admission/cleanup and owns the bounded child runner. Windows composes OWNERSHIP plus a selected PowerShell body; QUERY transports observed fields to Rust's desired_specs/spec_satisfied_by/decide. Reconcile writes PersistentStore rules; cleanup uses its own guarded removal-and-absence body, not admission QUERY. fe427's firewall.rs/netsh provider is a distinct ownership and lifecycle implementation.","report":"## Exact object identity\n\n| Object | Full commit | windows.rs blob | linux.rs blob |\n|---|---|---|---|\n| fold | 7357ea327c79f5930bdfe5947d427eabd19cf9b8 | 57e32e522f795afcbed43185c17e493c1a233664 | 88f1489e6cbff458732e05516fd9847c72c9b76f |\n| LAN predecessor | fe07aab0fb7a16ad48eb99ecdfd16cd659179e14 | 1f475a80165322e83791e476cea37855119193c2 | 88f1489e6cbff458732e05516fd9847c72c9b76f |\n| field subject | 85f84d738fa702f35c83910f314aae17849d125c | 848a23fe18e5ca819774f9881ef13504221992f3 | 08f615c4b0985a86ed8c42e96cfc3083857c4aff |\n| original module introduction | d89a655f1ba54630abf9da5ccd5d6b23d23315f9 | 94781c66fb3fbe7305001a18814195bc201d5010 | 4c9ff40f1ee1cae8854e2f26258658f38c025b1c |\n| alternate provider | fe4274979c5a93a36fef9f066df6afbe70070ae8 | bootstrap_firewall/windows.rs absent per Main's exact-object evidence | not inferred |\n\nObtained via read-only git ls-tree/show/log/diff. fe07→7357 changes Windows source comments, including correction of the void W-0 program-scope rationale and the arm-E policy ruling; it does not change executable policy constants. Thus those two Windows blobs differ even though production behavior is unchanged. Linux blobs are identical at these two objects.\n\n## Production delta, separate from tests\n\nExact fold snapshot production is windows.rs lines1–531; cfg(test) starts532. Field snapshot production is lines1–990; cfg(test) starts991. Fold→field Linux has one production-line substitution at command(): run(path,args) becomes run(name,path,args); the other335 added lines begin cfg(test) at716. Do not read the1671 insertions/98 deletions across the two full files as production-only size.\n\n### LAN and tailnet\n\nFold already owns BOTH immutable names: spt-core-bootstrap-inbound-tcp and spt-core-bootstrap-inbound-tcp-lan, under group spt-core bootstrap TCP. Both use the actual nonzero bound TCP port and no program filter. Tailnet is100.64.0.0/10 on Any profiles; LAN is LocalSubnet on Private,Domain. fe07 is the production introduction of that paired design;7357 records the ruling, not another executable policy change.\n\n85f retains those names, group, actual-bound-port contract, tailnet scope/profile, LAN profile boundary and no-program policy. It replaces only the LAN remote composer with host-derived literal IPv4 prefixes. Get-NetIPAddress -AddressFamily IPv4 -PolicyStore ActiveStore runs in the same invocation as the rule census. lan_scope (385 onward) uses Preferred addresses, prefix lengths8..=32, excludes loopback/link-local/unspecified/CGNAT, masks host bits, sorts and deduplicates. NoneConnected omits the LAN spec rather than emitting an empty remote list. Reconcile (835–899) reads the census before rendering writes, removes owned old rules, writes tailnet only if no LAN exists, and then returns an explicit LAN-UNVERIFIED message. Changed networks rewrite the LAN half and emit a scope-change line. This is a substantive later scope policy, not the loss of fold's LAN feature.\n\n### Matching and evidence\n\nFold compares empty Program literally, profiles literally, and sorted lowercased remote strings.85f adds narrowly bounded equivalence: empty/Any means unrestricted application; profile tokens compare as sets without expanding Any; IPv4 prefix and contiguous dotted-mask spellings canonicalize to the same network. Wanted remotes must parse as networks; malformed wanted text cannot match identical malformed observed text. Remote duplicates are not collapsed. scope_change uses the same comparison, avoiding a false move on every provider spelling change.\n\nFold admission QUERY describes both PersistentStore and ActiveStore.85f QUERY describes ActiveStore once and carries PolicyStoreSourceType as sourceType; decide requires Local to certify persistence. This admission-query optimization does NOT remove PersistentStore writes, cleanup reads, or PersistentStore tokens from the shared helper definitions. Reconcile-write still examines effective owned names, refuses non-Local policy ownership, calls Remove-Owned and writes the desired rules persistently.\n\nFold Rule.enforcement is Vec, populated through the PowerShell adapted property and accepted only as exactly[\"Full\"].85f is Vec, accepts exactly[1], not membership, so duplicates/additional/empty/non-success values refuse. RawValue obtains CimInstanceProperties['EnforcementStatus'], requires CimType UInt16Array; Describe rejects null raw value, null elements and elements not System.UInt16 before converting to int for JSON. This separates representation faults from valid numeric evidence that fails the verdict. Code comments describe field observations but are not new measurements; the bootstrap pair's measured raw numeric values cannot be inferred from the existing synthetic fixture success values.\n\n### D3 cleanup payload and provider distinctions\n\nFold and85f keep the same REMOVE_AND_VERIFY body: Remove-Owned; census PersistentStore and ActiveStore; throw with remaining names unless both empty. Remove-Owned enumerates exact immutable names in PersistentStore, validates EVERY candidate's group and TCP protocol before deleting any candidate, then invokes Remove-NetFirewallRule. It is not a delete-by-group operation, not an unguarded netsh delete, and not proof of reachability. is_clean also reads both stores.\n\ncleanup_command renders powershell.exe -NoLogo -NoProfile -NonInteractive -EncodedCommand followed by base64(UTF-16LE(script(REMOVE_AND_VERIFY))). The script includes the fixed two-name/group declarations, NetSecurity import and OWNERSHIP prelude. Although cleanup_command, script, encoded and REMOVE_AND_VERIFY bodies are unchanged fold→85f, the encoded payload bytes are NOT identical: OWNERSHIP gained RawValue and its comments/guards through numeric enforcement work. RawValue is defined in cleanup's script but not called by its removal body. Therefore behavioral equivalence of removal does not license reuse of a byte-specific D3 artifact from another source head. No payload was executed or newly generated here.\n\nfe427497 is a DIFFERENT provider: its commit changes firewall.rs, lanhost.rs, servehost.rs, serveverb.rs and related files, not the bootstrap_firewall module. It uses netsh verbose-query parsing, LAN_RULE_NAME='spt-core lan-bootstrap TCP', and two rules sharing that one name: tailnet100.64.0.0/10/any profiles and LAN LocalSubnet/private+domain. Its ownership/name/query/cleanup contracts cannot be substituted for the NetSecurity two-name module by treating them as the same implementation. Main owns the integration choice; user-stated exclusion of fe427 from both heads stands.\n\n## Narrow production prerequisite history\n\nExact relevant commit records and diffs:\n\n1. d89a655f1ba54630abf9da5ccd5d6b23d23315f9 introduces bootstrap_firewall.rs and both OS modules plus serve plumbing. Initial Windows provider is one owned NetSecurity name, not the later two-name scope design.\n2. 61d3459fd6db5be0e66951b9f6d2a05822865518 moves Windows scope policy into a Rust seam.\n3. fc8dfae98688be0ece27ad782617a17baa93ba40 splits Linux pure seams; be99017f2cd8f7add256f42e1fb3d8de784c6f59 follows with needless-borrow correction.\n4. fe07aab0fb7a16ad48eb99ecdfd16cd659179e14 introduces the two-name LAN/tailnet design;7357ea327c79f5930bdfe5947d427eabd19cf9b8 records FOLD-2 and corrects its rationale.\n5. f94fe04415049cc4b75250cbc3116ae90ab52840 adds the Linux tests, direct parent7357ea327c79f5930bdfe5947d427eabd19cf9b8. Exact later assembly record167552fe902dc76bbdb7c46010dfa83420ae728d has parents15460d706f952c0200d140621b09bf1671dc6906 andf94fe04415049cc4b75250cbc3116ae90ab52840. These are direct object records only, not a rerun of any ancestry gate and not a reversal of the user's85f-not-ancestor-fold fact.\n6. dc8015cd428a610fe17f97345a09e5aa4c281e76, parent4f3f370f2d9311b802395731295518044734db22: one-pass ActiveStore/sourceType, subprocess label/outcome logging, post-write verification-error face. Its Windows patch starts from index57e32e52, exactly fold's Windows blob abbreviation. Changes parent helper, Linux caller, Windows and trace manifest. This is the concrete self-contained caller migration prerequisite for carrying85f Windows source.\n7. 921aa68f89b2d2254087f0c832fc61ed59cf3522, parentdc8015cd428a610fe17f97345a09e5aa4c281e76: FOLD-3 host-prefix composer, same-query census and no-LAN behavior; Windows plus ADR amendment and trace manifest.\n8. 10d18b7f225e5a3f16a5e75ebe5179b940134546, parent921aa68f89b2d2254087f0c832fc61ed59cf3522: FOLD-4 semantic scope matching; Windows and trace manifest.\n9. 53d625cd0bd88a04815efdf6c8209a3096bf53e8, parent10d18b7f225e5a3f16a5e75ebe5179b940134546: observed-spelling regression cells.\n10. a5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d, parent53d625cd0bd88a04815efdf6c8209a3096bf53e8: raw numeric enforcement/accessor and Rust numeric verdict; Windows plus trace manifest.\n11. 96080953088f311047720bca6ad05e753e384ae2, parenta5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d: validate raw evidence types before conversion; Windows plus trace manifest.\n12. 85f84d738fa702f35c83910f314aae17849d125c, parent96080953088f311047720bca6ad05e753e384ae2: numeric-test migration. Main's supplied91insertions/14deletions scope is test-only; it must not be mistaken for the entire production repair.\n\nThe narrowly identified production sequence after fold isdc8015cd→921aa68f→10d18b7f→a5f2186c→96080953, with53d625cd and85f84d73 providing the associated Windows test evolution andf94fe044 the Linux tests. This is source/history identification, not an asserted cherry-pick success or a recommended generic assembly recipe.\n\n## Concrete integration facts and limits\n\n- Carrying85f Windows wholesale does NOT revert to a single tailnet rule or drop fold's no-program policy. It intentionally supersedes LocalSubnet with the later literal-prefix policy; that distinction must remain explicit.\n- Carrying that Windows blob WITHOUT dc8015cd's parent run(label,program,args) change leaves an arity mismatch. Carrying the new parent helper WITHOUT Linux's run(name,path,args) update leaves the Linux caller incompatible. This is a directly observed source precondition, not a build result.\n- Numeric-test-only85f cannot repair fold's production Vec/adapted-property/\"Full\" path; the earlier numeric production commits are necessary to its contract.\n- Numeric production alone does not supply one-pass source-type verification, host prefixes or matcher equivalence. The broader Windows field behavior depends on the identified earlier production series.\n- Literal-prefix matcher code requires network-valued desired remotes; applying it to a retained LocalSubnet desired constant would make the wanted_networks gate reject the LAN spec. FOLD-3/FOLD-4 must be considered together, not independently dropped into the old policy.\n- No merge application, conflict simulation, build, tests, formatter, lint, provisioning, signing, apply, field execution or validation was performed. Exact clean merge status is not claimed. No shipping recommendation or release decision is made. Existing r5 controls remain evidence for85f only, and current provisioning remains HELD as instructed."},"error":null}}],"api":"openai-codex-responses","provider":"openai-codex","model":"gpt-6-astra","usage":{"input":1563,"output":3435,"cacheRead":61696,"cacheWrite":0,"totalTokens":66694,"cost":{"input":0.01563,"output":0.17175,"cacheRead":0.061695999999999994,"cacheWrite":0,"total":0.24907600000000002}},"stopReason":"toolUse","timestamp":1789300855873,"responseId":"resp_0e2a1c61f5f66929016aa6907815d087d28449d213b5725104","providerPayload":{"type":"openaiResponsesHistory","provider":"openai-codex","dt":true,"items":[{"id":"fc_0e2a1c61f5f66929016aa690797d0087d29a7b4aef8d5b05f4","type":"function_call","status":"completed","arguments":"{\"type\":null,\"data\":{\"summary\":\"85f84d73's Windows blob retains fold's two-name LAN+tailnet/no-program policy, but includes substantial later production work: one-pass admission evidence, host-derived LAN prefixes, semantic matching, and strictly numeric raw-CIM enforcement. The numeric-test tip alone supplies none of those prerequisites. The field Windows blob cannot be transplanted alone onto fold because its subprocess helper signature changed. Cleanup behavior is retained, but its encoded payload bytes change through the shared OWNERSHIP prelude.\",\"files\":[{\"path\":\"crates/spt-daemon/src/bootstrap_firewall/windows.rs\",\"description\":\"Fold blob 57e32e522f795afcbed43185c17e493c1a233664; field85f blob 848a23fe18e5ca819774f9881ef13504221992f3. Production ends before cfg(test) at fold line532 / field line991.\"},{\"path\":\"crates/spt-daemon/src/bootstrap_firewall/linux.rs\",\"description\":\"Fold blob88f1489e6cbff458732e05516fd9847c72c9b76f; field85f blob08f615c4b0985a86ed8c42e96cfc3083857c4aff. Only production delta is run(path,args) to run(name,path,args); remainder adds335 cfg(test) lines.\"},{\"path\":\"crates/spt-daemon/src/bootstrap_firewall.rs\",\"description\":\"Direct production prerequisite: dc8015cd introduces run(label,program,args), run_bounded and per-invocation outcome logging, requiring both OS callers to migrate.\"},{\"path\":\"crates/spt-daemon/src/firewall.rs\",\"description\":\"fe427497 alternative TCP admission implementation uses netsh, same-name paired rules under 'spt-core lan-bootstrap TCP', separate from bootstrap_firewall's two immutable NetSecurity names.\"},{\"path\":\".spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/\",\"description\":\"Main's exact snapshots, blob-ID files and fold-versus-numeric.diff provide stable source citations for this report; independently inspected through read/grep.\"}],\"architecture\":\"bootstrap_firewall.rs dispatches OS admission/cleanup and owns the bounded child runner. Windows composes OWNERSHIP plus a selected PowerShell body; QUERY transports observed fields to Rust's desired_specs/spec_satisfied_by/decide. Reconcile writes PersistentStore rules; cleanup uses its own guarded removal-and-absence body, not admission QUERY. fe427's firewall.rs/netsh provider is a distinct ownership and lifecycle implementation.\",\"report\":\"## Exact object identity\\n\\n| Object | Full commit | windows.rs blob | linux.rs blob |\\n|---|---|---|---|\\n| fold | 7357ea327c79f5930bdfe5947d427eabd19cf9b8 | 57e32e522f795afcbed43185c17e493c1a233664 | 88f1489e6cbff458732e05516fd9847c72c9b76f |\\n| LAN predecessor | fe07aab0fb7a16ad48eb99ecdfd16cd659179e14 | 1f475a80165322e83791e476cea37855119193c2 | 88f1489e6cbff458732e05516fd9847c72c9b76f |\\n| field subject | 85f84d738fa702f35c83910f314aae17849d125c | 848a23fe18e5ca819774f9881ef13504221992f3 | 08f615c4b0985a86ed8c42e96cfc3083857c4aff |\\n| original module introduction | d89a655f1ba54630abf9da5ccd5d6b23d23315f9 | 94781c66fb3fbe7305001a18814195bc201d5010 | 4c9ff40f1ee1cae8854e2f26258658f38c025b1c |\\n| alternate provider | fe4274979c5a93a36fef9f066df6afbe70070ae8 | bootstrap_firewall/windows.rs absent per Main's exact-object evidence | not inferred |\\n\\nObtained via read-only git ls-tree/show/log/diff. fe07→7357 changes Windows source comments, including correction of the void W-0 program-scope rationale and the arm-E policy ruling; it does not change executable policy constants. Thus those two Windows blobs differ even though production behavior is unchanged. Linux blobs are identical at these two objects.\\n\\n## Production delta, separate from tests\\n\\nExact fold snapshot production is windows.rs lines1–531; cfg(test) starts532. Field snapshot production is lines1–990; cfg(test) starts991. Fold→field Linux has one production-line substitution at command(): run(path,args) becomes run(name,path,args); the other335 added lines begin cfg(test) at716. Do not read the1671 insertions/98 deletions across the two full files as production-only size.\\n\\n### LAN and tailnet\\n\\nFold already owns BOTH immutable names: spt-core-bootstrap-inbound-tcp and spt-core-bootstrap-inbound-tcp-lan, under group spt-core bootstrap TCP. Both use the actual nonzero bound TCP port and no program filter. Tailnet is100.64.0.0/10 on Any profiles; LAN is LocalSubnet on Private,Domain. fe07 is the production introduction of that paired design;7357 records the ruling, not another executable policy change.\\n\\n85f retains those names, group, actual-bound-port contract, tailnet scope/profile, LAN profile boundary and no-program policy. It replaces only the LAN remote composer with host-derived literal IPv4 prefixes. Get-NetIPAddress -AddressFamily IPv4 -PolicyStore ActiveStore runs in the same invocation as the rule census. lan_scope (385 onward) uses Preferred addresses, prefix lengths8..=32, excludes loopback/link-local/unspecified/CGNAT, masks host bits, sorts and deduplicates. NoneConnected omits the LAN spec rather than emitting an empty remote list. Reconcile (835–899) reads the census before rendering writes, removes owned old rules, writes tailnet only if no LAN exists, and then returns an explicit LAN-UNVERIFIED message. Changed networks rewrite the LAN half and emit a scope-change line. This is a substantive later scope policy, not the loss of fold's LAN feature.\\n\\n### Matching and evidence\\n\\nFold compares empty Program literally, profiles literally, and sorted lowercased remote strings.85f adds narrowly bounded equivalence: empty/Any means unrestricted application; profile tokens compare as sets without expanding Any; IPv4 prefix and contiguous dotted-mask spellings canonicalize to the same network. Wanted remotes must parse as networks; malformed wanted text cannot match identical malformed observed text. Remote duplicates are not collapsed. scope_change uses the same comparison, avoiding a false move on every provider spelling change.\\n\\nFold admission QUERY describes both PersistentStore and ActiveStore.85f QUERY describes ActiveStore once and carries PolicyStoreSourceType as sourceType; decide requires Local to certify persistence. This admission-query optimization does NOT remove PersistentStore writes, cleanup reads, or PersistentStore tokens from the shared helper definitions. Reconcile-write still examines effective owned names, refuses non-Local policy ownership, calls Remove-Owned and writes the desired rules persistently.\\n\\nFold Rule.enforcement is Vec, populated through the PowerShell adapted property and accepted only as exactly[\\\"Full\\\"].85f is Vec, accepts exactly[1], not membership, so duplicates/additional/empty/non-success values refuse. RawValue obtains CimInstanceProperties['EnforcementStatus'], requires CimType UInt16Array; Describe rejects null raw value, null elements and elements not System.UInt16 before converting to int for JSON. This separates representation faults from valid numeric evidence that fails the verdict. Code comments describe field observations but are not new measurements; the bootstrap pair's measured raw numeric values cannot be inferred from the existing synthetic fixture success values.\\n\\n### D3 cleanup payload and provider distinctions\\n\\nFold and85f keep the same REMOVE_AND_VERIFY body: Remove-Owned; census PersistentStore and ActiveStore; throw with remaining names unless both empty. Remove-Owned enumerates exact immutable names in PersistentStore, validates EVERY candidate's group and TCP protocol before deleting any candidate, then invokes Remove-NetFirewallRule. It is not a delete-by-group operation, not an unguarded netsh delete, and not proof of reachability. is_clean also reads both stores.\\n\\ncleanup_command renders powershell.exe -NoLogo -NoProfile -NonInteractive -EncodedCommand followed by base64(UTF-16LE(script(REMOVE_AND_VERIFY))). The script includes the fixed two-name/group declarations, NetSecurity import and OWNERSHIP prelude. Although cleanup_command, script, encoded and REMOVE_AND_VERIFY bodies are unchanged fold→85f, the encoded payload bytes are NOT identical: OWNERSHIP gained RawValue and its comments/guards through numeric enforcement work. RawValue is defined in cleanup's script but not called by its removal body. Therefore behavioral equivalence of removal does not license reuse of a byte-specific D3 artifact from another source head. No payload was executed or newly generated here.\\n\\nfe427497 is a DIFFERENT provider: its commit changes firewall.rs, lanhost.rs, servehost.rs, serveverb.rs and related files, not the bootstrap_firewall module. It uses netsh verbose-query parsing, LAN_RULE_NAME='spt-core lan-bootstrap TCP', and two rules sharing that one name: tailnet100.64.0.0/10/any profiles and LAN LocalSubnet/private+domain. Its ownership/name/query/cleanup contracts cannot be substituted for the NetSecurity two-name module by treating them as the same implementation. Main owns the integration choice; user-stated exclusion of fe427 from both heads stands.\\n\\n## Narrow production prerequisite history\\n\\nExact relevant commit records and diffs:\\n\\n1. d89a655f1ba54630abf9da5ccd5d6b23d23315f9 introduces bootstrap_firewall.rs and both OS modules plus serve plumbing. Initial Windows provider is one owned NetSecurity name, not the later two-name scope design.\\n2. 61d3459fd6db5be0e66951b9f6d2a05822865518 moves Windows scope policy into a Rust seam.\\n3. fc8dfae98688be0ece27ad782617a17baa93ba40 splits Linux pure seams; be99017f2cd8f7add256f42e1fb3d8de784c6f59 follows with needless-borrow correction.\\n4. fe07aab0fb7a16ad48eb99ecdfd16cd659179e14 introduces the two-name LAN/tailnet design;7357ea327c79f5930bdfe5947d427eabd19cf9b8 records FOLD-2 and corrects its rationale.\\n5. f94fe04415049cc4b75250cbc3116ae90ab52840 adds the Linux tests, direct parent7357ea327c79f5930bdfe5947d427eabd19cf9b8. Exact later assembly record167552fe902dc76bbdb7c46010dfa83420ae728d has parents15460d706f952c0200d140621b09bf1671dc6906 andf94fe04415049cc4b75250cbc3116ae90ab52840. These are direct object records only, not a rerun of any ancestry gate and not a reversal of the user's85f-not-ancestor-fold fact.\\n6. dc8015cd428a610fe17f97345a09e5aa4c281e76, parent4f3f370f2d9311b802395731295518044734db22: one-pass ActiveStore/sourceType, subprocess label/outcome logging, post-write verification-error face. Its Windows patch starts from index57e32e52, exactly fold's Windows blob abbreviation. Changes parent helper, Linux caller, Windows and trace manifest. This is the concrete self-contained caller migration prerequisite for carrying85f Windows source.\\n7. 921aa68f89b2d2254087f0c832fc61ed59cf3522, parentdc8015cd428a610fe17f97345a09e5aa4c281e76: FOLD-3 host-prefix composer, same-query census and no-LAN behavior; Windows plus ADR amendment and trace manifest.\\n8. 10d18b7f225e5a3f16a5e75ebe5179b940134546, parent921aa68f89b2d2254087f0c832fc61ed59cf3522: FOLD-4 semantic scope matching; Windows and trace manifest.\\n9. 53d625cd0bd88a04815efdf6c8209a3096bf53e8, parent10d18b7f225e5a3f16a5e75ebe5179b940134546: observed-spelling regression cells.\\n10. a5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d, parent53d625cd0bd88a04815efdf6c8209a3096bf53e8: raw numeric enforcement/accessor and Rust numeric verdict; Windows plus trace manifest.\\n11. 96080953088f311047720bca6ad05e753e384ae2, parenta5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d: validate raw evidence types before conversion; Windows plus trace manifest.\\n12. 85f84d738fa702f35c83910f314aae17849d125c, parent96080953088f311047720bca6ad05e753e384ae2: numeric-test migration. Main's supplied91insertions/14deletions scope is test-only; it must not be mistaken for the entire production repair.\\n\\nThe narrowly identified production sequence after fold isdc8015cd→921aa68f→10d18b7f→a5f2186c→96080953, with53d625cd and85f84d73 providing the associated Windows test evolution andf94fe044 the Linux tests. This is source/history identification, not an asserted cherry-pick success or a recommended generic assembly recipe.\\n\\n## Concrete integration facts and limits\\n\\n- Carrying85f Windows wholesale does NOT revert to a single tailnet rule or drop fold's no-program policy. It intentionally supersedes LocalSubnet with the later literal-prefix policy; that distinction must remain explicit.\\n- Carrying that Windows blob WITHOUT dc8015cd's parent run(label,program,args) change leaves an arity mismatch. Carrying the new parent helper WITHOUT Linux's run(name,path,args) update leaves the Linux caller incompatible. This is a directly observed source precondition, not a build result.\\n- Numeric-test-only85f cannot repair fold's production Vec/adapted-property/\\\"Full\\\" path; the earlier numeric production commits are necessary to its contract.\\n- Numeric production alone does not supply one-pass source-type verification, host prefixes or matcher equivalence. The broader Windows field behavior depends on the identified earlier production series.\\n- Literal-prefix matcher code requires network-valued desired remotes; applying it to a retained LocalSubnet desired constant would make the wanted_networks gate reject the LAN spec. FOLD-3/FOLD-4 must be considered together, not independently dropped into the old policy.\\n- No merge application, conflict simulation, build, tests, formatter, lint, provisioning, signing, apply, field execution or validation was performed. Exact clean merge status is not claimed. No shipping recommendation or release decision is made. Existing r5 controls remain evidence for85f only, and current provisioning remains HELD as instructed.\"},\"error\":null}","call_id":"call_GQJlCNx8W0BSL3v2yHSCd7hO","internal_chat_message_metadata_passthrough":{"create_time":1789300856.272628,"turn_id":"4d4e13c2-0f1d-439e-8225-55b12ac7c318"},"name":"yield","metadata":{"turn_id":"4d4e13c2-0f1d-439e-8225-55b12ac7c318"}}]},"duration":104433.68290000036,"ttft":1627.37770000007,"completedAt":1789300960308,"contextSnapshot":{"promptTokens":63259,"nonMessageTokens":10487,"compactionEpoch":0}}}
{"type":"message","id":"eb7a94f1","parentId":"caff03a2","timestamp":"2026-09-13T12:02:40.313Z","message":{"role":"toolResult","toolCallId":"call_GQJlCNx8W0BSL3v2yHSCd7hO|fc_0e2a1c61f5f66929016aa690797d0087d29a7b4aef8d5b05f4","toolName":"yield","content":[{"type":"text","text":"Result submitted."}],"details":{"data":{"summary":"85f84d73's Windows blob retains fold's two-name LAN+tailnet/no-program policy, but includes substantial later production work: one-pass admission evidence, host-derived LAN prefixes, semantic matching, and strictly numeric raw-CIM enforcement. The numeric-test tip alone supplies none of those prerequisites. The field Windows blob cannot be transplanted alone onto fold because its subprocess helper signature changed. Cleanup behavior is retained, but its encoded payload bytes change through the shared OWNERSHIP prelude.","files":[{"path":"crates/spt-daemon/src/bootstrap_firewall/windows.rs","description":"Fold blob 57e32e522f795afcbed43185c17e493c1a233664; field85f blob 848a23fe18e5ca819774f9881ef13504221992f3. Production ends before cfg(test) at fold line532 / field line991."},{"path":"crates/spt-daemon/src/bootstrap_firewall/linux.rs","description":"Fold blob88f1489e6cbff458732e05516fd9847c72c9b76f; field85f blob08f615c4b0985a86ed8c42e96cfc3083857c4aff. Only production delta is run(path,args) to run(name,path,args); remainder adds335 cfg(test) lines."},{"path":"crates/spt-daemon/src/bootstrap_firewall.rs","description":"Direct production prerequisite: dc8015cd introduces run(label,program,args), run_bounded and per-invocation outcome logging, requiring both OS callers to migrate."},{"path":"crates/spt-daemon/src/firewall.rs","description":"fe427497 alternative TCP admission implementation uses netsh, same-name paired rules under 'spt-core lan-bootstrap TCP', separate from bootstrap_firewall's two immutable NetSecurity names."},{"path":".spt/preserved/hertz-fp-driver-review/d2/prep-S6ESSJ3N/subject-history/","description":"Main's exact snapshots, blob-ID files and fold-versus-numeric.diff provide stable source citations for this report; independently inspected through read/grep."}],"architecture":"bootstrap_firewall.rs dispatches OS admission/cleanup and owns the bounded child runner. Windows composes OWNERSHIP plus a selected PowerShell body; QUERY transports observed fields to Rust's desired_specs/spec_satisfied_by/decide. Reconcile writes PersistentStore rules; cleanup uses its own guarded removal-and-absence body, not admission QUERY. fe427's firewall.rs/netsh provider is a distinct ownership and lifecycle implementation.","report":"## Exact object identity\n\n| Object | Full commit | windows.rs blob | linux.rs blob |\n|---|---|---|---|\n| fold | 7357ea327c79f5930bdfe5947d427eabd19cf9b8 | 57e32e522f795afcbed43185c17e493c1a233664 | 88f1489e6cbff458732e05516fd9847c72c9b76f |\n| LAN predecessor | fe07aab0fb7a16ad48eb99ecdfd16cd659179e14 | 1f475a80165322e83791e476cea37855119193c2 | 88f1489e6cbff458732e05516fd9847c72c9b76f |\n| field subject | 85f84d738fa702f35c83910f314aae17849d125c | 848a23fe18e5ca819774f9881ef13504221992f3 | 08f615c4b0985a86ed8c42e96cfc3083857c4aff |\n| original module introduction | d89a655f1ba54630abf9da5ccd5d6b23d23315f9 | 94781c66fb3fbe7305001a18814195bc201d5010 | 4c9ff40f1ee1cae8854e2f26258658f38c025b1c |\n| alternate provider | fe4274979c5a93a36fef9f066df6afbe70070ae8 | bootstrap_firewall/windows.rs absent per Main's exact-object evidence | not inferred |\n\nObtained via read-only git ls-tree/show/log/diff. fe07→7357 changes Windows source comments, including correction of the void W-0 program-scope rationale and the arm-E policy ruling; it does not change executable policy constants. Thus those two Windows blobs differ even though production behavior is unchanged. Linux blobs are identical at these two objects.\n\n## Production delta, separate from tests\n\nExact fold snapshot production is windows.rs lines1–531; cfg(test) starts532. Field snapshot production is lines1–990; cfg(test) starts991. Fold→field Linux has one production-line substitution at command(): run(path,args) becomes run(name,path,args); the other335 added lines begin cfg(test) at716. Do not read the1671 insertions/98 deletions across the two full files as production-only size.\n\n### LAN and tailnet\n\nFold already owns BOTH immutable names: spt-core-bootstrap-inbound-tcp and spt-core-bootstrap-inbound-tcp-lan, under group spt-core bootstrap TCP. Both use the actual nonzero bound TCP port and no program filter. Tailnet is100.64.0.0/10 on Any profiles; LAN is LocalSubnet on Private,Domain. fe07 is the production introduction of that paired design;7357 records the ruling, not another executable policy change.\n\n85f retains those names, group, actual-bound-port contract, tailnet scope/profile, LAN profile boundary and no-program policy. It replaces only the LAN remote composer with host-derived literal IPv4 prefixes. Get-NetIPAddress -AddressFamily IPv4 -PolicyStore ActiveStore runs in the same invocation as the rule census. lan_scope (385 onward) uses Preferred addresses, prefix lengths8..=32, excludes loopback/link-local/unspecified/CGNAT, masks host bits, sorts and deduplicates. NoneConnected omits the LAN spec rather than emitting an empty remote list. Reconcile (835–899) reads the census before rendering writes, removes owned old rules, writes tailnet only if no LAN exists, and then returns an explicit LAN-UNVERIFIED message. Changed networks rewrite the LAN half and emit a scope-change line. This is a substantive later scope policy, not the loss of fold's LAN feature.\n\n### Matching and evidence\n\nFold compares empty Program literally, profiles literally, and sorted lowercased remote strings.85f adds narrowly bounded equivalence: empty/Any means unrestricted application; profile tokens compare as sets without expanding Any; IPv4 prefix and contiguous dotted-mask spellings canonicalize to the same network. Wanted remotes must parse as networks; malformed wanted text cannot match identical malformed observed text. Remote duplicates are not collapsed. scope_change uses the same comparison, avoiding a false move on every provider spelling change.\n\nFold admission QUERY describes both PersistentStore and ActiveStore.85f QUERY describes ActiveStore once and carries PolicyStoreSourceType as sourceType; decide requires Local to certify persistence. This admission-query optimization does NOT remove PersistentStore writes, cleanup reads, or PersistentStore tokens from the shared helper definitions. Reconcile-write still examines effective owned names, refuses non-Local policy ownership, calls Remove-Owned and writes the desired rules persistently.\n\nFold Rule.enforcement is Vec, populated through the PowerShell adapted property and accepted only as exactly[\"Full\"].85f is Vec, accepts exactly[1], not membership, so duplicates/additional/empty/non-success values refuse. RawValue obtains CimInstanceProperties['EnforcementStatus'], requires CimType UInt16Array; Describe rejects null raw value, null elements and elements not System.UInt16 before converting to int for JSON. This separates representation faults from valid numeric evidence that fails the verdict. Code comments describe field observations but are not new measurements; the bootstrap pair's measured raw numeric values cannot be inferred from the existing synthetic fixture success values.\n\n### D3 cleanup payload and provider distinctions\n\nFold and85f keep the same REMOVE_AND_VERIFY body: Remove-Owned; census PersistentStore and ActiveStore; throw with remaining names unless both empty. Remove-Owned enumerates exact immutable names in PersistentStore, validates EVERY candidate's group and TCP protocol before deleting any candidate, then invokes Remove-NetFirewallRule. It is not a delete-by-group operation, not an unguarded netsh delete, and not proof of reachability. is_clean also reads both stores.\n\ncleanup_command renders powershell.exe -NoLogo -NoProfile -NonInteractive -EncodedCommand followed by base64(UTF-16LE(script(REMOVE_AND_VERIFY))). The script includes the fixed two-name/group declarations, NetSecurity import and OWNERSHIP prelude. Although cleanup_command, script, encoded and REMOVE_AND_VERIFY bodies are unchanged fold→85f, the encoded payload bytes are NOT identical: OWNERSHIP gained RawValue and its comments/guards through numeric enforcement work. RawValue is defined in cleanup's script but not called by its removal body. Therefore behavioral equivalence of removal does not license reuse of a byte-specific D3 artifact from another source head. No payload was executed or newly generated here.\n\nfe427497 is a DIFFERENT provider: its commit changes firewall.rs, lanhost.rs, servehost.rs, serveverb.rs and related files, not the bootstrap_firewall module. It uses netsh verbose-query parsing, LAN_RULE_NAME='spt-core lan-bootstrap TCP', and two rules sharing that one name: tailnet100.64.0.0/10/any profiles and LAN LocalSubnet/private+domain. Its ownership/name/query/cleanup contracts cannot be substituted for the NetSecurity two-name module by treating them as the same implementation. Main owns the integration choice; user-stated exclusion of fe427 from both heads stands.\n\n## Narrow production prerequisite history\n\nExact relevant commit records and diffs:\n\n1. d89a655f1ba54630abf9da5ccd5d6b23d23315f9 introduces bootstrap_firewall.rs and both OS modules plus serve plumbing. Initial Windows provider is one owned NetSecurity name, not the later two-name scope design.\n2. 61d3459fd6db5be0e66951b9f6d2a05822865518 moves Windows scope policy into a Rust seam.\n3. fc8dfae98688be0ece27ad782617a17baa93ba40 splits Linux pure seams; be99017f2cd8f7add256f42e1fb3d8de784c6f59 follows with needless-borrow correction.\n4. fe07aab0fb7a16ad48eb99ecdfd16cd659179e14 introduces the two-name LAN/tailnet design;7357ea327c79f5930bdfe5947d427eabd19cf9b8 records FOLD-2 and corrects its rationale.\n5. f94fe04415049cc4b75250cbc3116ae90ab52840 adds the Linux tests, direct parent7357ea327c79f5930bdfe5947d427eabd19cf9b8. Exact later assembly record167552fe902dc76bbdb7c46010dfa83420ae728d has parents15460d706f952c0200d140621b09bf1671dc6906 andf94fe04415049cc4b75250cbc3116ae90ab52840. These are direct object records only, not a rerun of any ancestry gate and not a reversal of the user's85f-not-ancestor-fold fact.\n6. dc8015cd428a610fe17f97345a09e5aa4c281e76, parent4f3f370f2d9311b802395731295518044734db22: one-pass ActiveStore/sourceType, subprocess label/outcome logging, post-write verification-error face. Its Windows patch starts from index57e32e52, exactly fold's Windows blob abbreviation. Changes parent helper, Linux caller, Windows and trace manifest. This is the concrete self-contained caller migration prerequisite for carrying85f Windows source.\n7. 921aa68f89b2d2254087f0c832fc61ed59cf3522, parentdc8015cd428a610fe17f97345a09e5aa4c281e76: FOLD-3 host-prefix composer, same-query census and no-LAN behavior; Windows plus ADR amendment and trace manifest.\n8. 10d18b7f225e5a3f16a5e75ebe5179b940134546, parent921aa68f89b2d2254087f0c832fc61ed59cf3522: FOLD-4 semantic scope matching; Windows and trace manifest.\n9. 53d625cd0bd88a04815efdf6c8209a3096bf53e8, parent10d18b7f225e5a3f16a5e75ebe5179b940134546: observed-spelling regression cells.\n10. a5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d, parent53d625cd0bd88a04815efdf6c8209a3096bf53e8: raw numeric enforcement/accessor and Rust numeric verdict; Windows plus trace manifest.\n11. 96080953088f311047720bca6ad05e753e384ae2, parenta5f2186cd33ee9b9bebd9c52f940e8c7a4f4db0d: validate raw evidence types before conversion; Windows plus trace manifest.\n12. 85f84d738fa702f35c83910f314aae17849d125c, parent96080953088f311047720bca6ad05e753e384ae2: numeric-test migration. Main's supplied91insertions/14deletions scope is test-only; it must not be mistaken for the entire production repair.\n\nThe narrowly identified production sequence after fold isdc8015cd→921aa68f→10d18b7f→a5f2186c→96080953, with53d625cd and85f84d73 providing the associated Windows test evolution andf94fe044 the Linux tests. This is source/history identification, not an asserted cherry-pick success or a recommended generic assembly recipe.\n\n## Concrete integration facts and limits\n\n- Carrying85f Windows wholesale does NOT revert to a single tailnet rule or drop fold's no-program policy. It intentionally supersedes LocalSubnet with the later literal-prefix policy; that distinction must remain explicit.\n- Carrying that Windows blob WITHOUT dc8015cd's parent run(label,program,args) change leaves an arity mismatch. Carrying the new parent helper WITHOUT Linux's run(name,path,args) update leaves the Linux caller incompatible. This is a directly observed source precondition, not a build result.\n- Numeric-test-only85f cannot repair fold's production Vec/adapted-property/\"Full\" path; the earlier numeric production commits are necessary to its contract.\n- Numeric production alone does not supply one-pass source-type verification, host prefixes or matcher equivalence. The broader Windows field behavior depends on the identified earlier production series.\n- Literal-prefix matcher code requires network-valued desired remotes; applying it to a retained LocalSubnet desired constant would make the wanted_networks gate reject the LAN spec. FOLD-3/FOLD-4 must be considered together, not independently dropped into the old policy.\n- No merge application, conflict simulation, build, tests, formatter, lint, provisioning, signing, apply, field execution or validation was performed. Exact clean merge status is not claimed. No shipping recommendation or release decision is made. Existing r5 controls remain evidence for85f only, and current provisioning remains HELD as instructed."},"status":"success"},"isError":false,"timestamp":1789300960310}}
{"type":"message","id":"c0b580d5","parentId":"eb7a94f1","timestamp":"2026-09-13T12:02:40.326Z","message":{"role":"user","content":"Current interruptible wait interrupted: IRC message from parent agent `Main`.\n\nParent IRC message:\n\nMain found separate blocker relevant to recommendation: pinned/current xtask debug-rollout git_stdout uses Command::new(git).output() with no env_remove(seed), so provenance git children inherit signing seed against S6 only signer+timeout rule. Likely minimal mandatory pre-build assembly change git_stdout .env_remove(\"SPT_DEBUG_RELEASE_SEED\"), then Doyle builds spt+xtask once from final assembled head and supplies both hashes. No code changes now. Reverse-ancestry735→85 query is running (distinct from user's reported85↛735), to test whether85 already carries fold and can be assembly base.","attribution":"agent","timestamp":1789300958968,"steering":true}}
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{"type":"message","id":"9e6eda07","parentId":"3bca6115","timestamp":"2026-09-13T12:02:48.357Z","message":{"role":"assistant","content":[{"type":"toolCall","id":"call_O0udpwwyn87enJkOpVI9jCtV|fc_0e2a1c61f5f66929016aa690e4f89087d28af5a4cf38b77c44","name":"hub","arguments":{"i":"Clarifying source-only scope","op":"send","to":"Main","message":"My completed module findings do not audit xtask or seed inheritance; treat your blocker as separate provenance scope. Exact module history already read shows85→960→a5→53→10→921→dc→4f→00c4dad9→167552fe, whose second parentf94fe044 directly parents7357. Report has direct records, not a reverse-ancestry gate. No edits/build/validation performed."},"intent":"Clarifying source-only scope"}],"api":"openai-codex-responses","provider":"openai-codex","model":"gpt-6-astra","usage":{"input":3785,"output":120,"cacheRead":63104,"cacheWrite":0,"totalTokens":67009,"cost":{"input":0.03785,"output":0.006,"cacheRead":0.063104,"cacheWrite":0,"total":0.106954}},"stopReason":"toolUse","timestamp":1789300960325,"responseId":"resp_0e2a1c61f5f66929016aa690e085d487d2899bebcba27e6ef7","providerPayload":{"type":"openaiResponsesHistory","provider":"openai-codex","dt":true,"items":[{"id":"fc_0e2a1c61f5f66929016aa690e4f89087d28af5a4cf38b77c44","type":"function_call","status":"completed","arguments":"{\"i\":\"Clarifying source-only scope\",\"op\":\"send\",\"to\":\"Main\",\"message\":\"My completed module findings do not audit xtask or seed inheritance; treat your blocker as separate provenance scope. Exact module history already read shows85→960→a5→53→10→921→dc→4f→00c4dad9→167552fe, whose second parentf94fe044 directly parents7357. Report has direct records, not a reverse-ancestry gate. No edits/build/validation performed.\"}","call_id":"call_O0udpwwyn87enJkOpVI9jCtV","internal_chat_message_metadata_passthrough":{"create_time":1789300960.88019,"turn_id":"d48a0dce-644c-41f9-817d-54623881e681"},"name":"hub","metadata":{"turn_id":"d48a0dce-644c-41f9-817d-54623881e681"}}]},"duration":8028.675700000487,"ttft":4662.711500000209,"completedAt":1789300968355,"contextSnapshot":{"promptTokens":66889,"nonMessageTokens":10487,"compactionEpoch":0}}}
{"type":"message","id":"4f1f5cb6","parentId":"9e6eda07","timestamp":"2026-09-13T12:02:48.358Z","message":{"role":"toolResult","toolCallId":"call_O0udpwwyn87enJkOpVI9jCtV|fc_0e2a1c61f5f66929016aa690e4f89087d28af5a4cf38b77c44","toolName":"hub","content":[{"type":"text","text":"Delivered to 1 peer(s):\n- Main: injected"}],"details":{"op":"send","from":"ShippingModuleFacts","to":"Main","receipts":[{"to":"Main","outcome":"injected"}]},"isError":false,"timestamp":1789300968358}}
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{"type":"message","id":"3fd86822","parentId":"685c4ada","timestamp":"2026-09-13T12:02:56.742Z","message":{"role":"toolResult","toolCallId":"call_ypeTvoVaJ9504uH1p35fpCT8|fc_0e2a1c61f5f66929016aa690eadc0087d2bd77313b4ef57dbe","toolName":"yield","content":[{"type":"text","text":"Result submitted."}],"details":{"data":{"summary":"Supplement to completed module report: Main's xtask signing-seed inheritance finding is separate from this read-only bootstrap_firewall investigation; no additional code changes or validation were performed.","files":[],"architecture":"The bootstrap_firewall source and cleanup-provider conclusions do not establish debug-rollout signing/provenance isolation.","report":"Main was informed that the already-read exact commit records show85→960→a5→53→10→921→dc→4f→00c4dad9→167552fe, with167552fe's second parentf94fe044 andf94fe044's direct parent7357. These were source-history records, not a rerun of the user-reported85-not-ancestor-fold check. Main owns any separate reverse-ancestry interpretation, seed-isolation recommendation and final assembly/build decision. The preceding comprehensive report remains the module deliverable."},"status":"success"},"isError":false,"timestamp":1789300976742}}
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