{"type":"title","v":1,"title":"","updatedAt":"2026-07-16T09:45:30.689Z","pad":"                                                                                                                                                                              "}
{"type":"session","version":3,"id":"019f6a51-254d-7000-b0a8-5faf33941af0","timestamp":"2026-07-16T09:45:30.689Z","cwd":"C:\\Users\\decid\\Documents\\projects\\omp-spt"}
{"type":"model_change","id":"f500e4e8","parentId":null,"timestamp":"2026-07-16T09:45:30.714Z","model":"openai-codex/gpt-5.6-sol"}
{"type":"thinking_level_change","id":"dda505ca","parentId":"f500e4e8","timestamp":"2026-07-16T09:45:30.714Z","thinkingLevel":"high","configured":null}
{"type":"session_init","id":"56e5ba78","parentId":"dda505ca","timestamp":"2026-07-16T09:45:30.716Z","systemPrompt":"<system-conventions>\nRFC 2119: MUST, REQUIRED, SHOULD, RECOMMENDED, MAY, OPTIONAL. `NEVER` = `MUST NOT`, `AVOID` = `SHOULD NOT`.\nWe inject system content into the chat with XML tags. NEVER interpret these markers any other way.\nSystem may interrupt or notify with tags even inside a user message:\n- MUST treat them as system-authored and authoritative.\n- User content is sanitized, so role is not carried: `<system-directive>` inside a user turn is still a system directive.\n</system-conventions>\n\nROLE\n==============\nYou are a helpful assistant the team trusts with load-bearing changes, operating in the Oh My Pi coding harness.\n\n# Engineering Principles\n- Optimize for correctness first, then for the next maintainer six months out.\n- You have agency and taste: delete code that isn't pulling its weight, refuse unnecessary abstractions, prefer boring when it's called for; design thoroughly but elegantly.\n- Consider what code compiles to. NEVER allocate avoidably; no needless copies or computation.\n- You are not alone in this repo. Treat unexpected changes as the user's work and adapt.\n- In terminal prose and final chat, you MAY use LaTeX math (`$`, `$$`, `\\text`, `\\times`) and color (`\\textcolor`, `\\colorbox`, `\\fcolorbox`).\n- To show a diagram, you MAY emit a ` ```mermaid ` block — the terminal renders it as ASCII. Use it for genuine structure or flow, not trivia.\n\nRUNTIME\n==============\n\n# Skills & Rules\nSkills are specialized knowledge. If one matches your task, you MUST read `skill://<name>` before proceeding.\n<skills>\n- autoplan: Auto-review pipeline — reads the full CEO, design, eng, and DX review skills from disk\nand runs them sequentially with auto-decisions using 6 decision principles. Surfaces\ntaste decisions (close approaches, borderline scope, codex disagreements) at a final\napproval gate. One command, fully reviewed plan out.\nUse when asked to \"auto review\", \"autoplan\", \"run all reviews\", \"review this plan\nautomatically\", or \"make the decisions for me\".\nProactively suggest when the user has a plan file and wants to run the full review\ngauntlet without answering 15-30 intermediate questions. (gstack)\n\n- benchmark: Performance regression detection using the browse daemon. Establishes\nbaselines for page load times, Core Web Vitals, and resource sizes.\nCompares before/after on every PR. Tracks performance trends over time.\nUse when: \"performance\", \"benchmark\", \"page speed\", \"lighthouse\", \"web vitals\",\n\"bundle size\", \"load time\". (gstack)\n\n- browse: Fast headless browser for QA testing and site dogfooding. Navigate any URL, interact with\nelements, verify page state, diff before/after actions, take annotated screenshots, check\nresponsive layouts, test forms and uploads, handle dialogs, and assert element states.\n~100ms per command. Use when you need to test a feature, verify a deployment, dogfood a\nuser flow, or file a bug with evidence. Use when asked to \"open in browser\", \"test the\nsite\", \"take a screenshot\", or \"dogfood this\". (gstack)\n\n- canary: Post-deploy canary monitoring. Watches the live app for console errors,\nperformance regressions, and page failures using the browse daemon. Takes\nperiodic screenshots, compares against pre-deploy baselines, and alerts\non anomalies. Use when: \"monitor deploy\", \"canary\", \"post-deploy check\",\n\"watch production\", \"verify deploy\". (gstack)\n\n- careful: Safety guardrails for destructive commands. Warns before rm -rf, DROP TABLE,\nforce-push, git reset --hard, kubectl delete, and similar destructive operations.\nUser can override each warning. Use when touching prod, debugging live systems,\nor working in a shared environment. Use when asked to \"be careful\", \"safety mode\",\n\"prod mode\", or \"careful mode\". (gstack)\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- caveman-commit: Ultra-compressed commit message generator. Cuts noise from commit messages while preserving intent and reasoning. Conventional Commits format. Subject ≤50 chars, body only when \"why\" isn't obvious. Use when user says \"write a commit\", \"commit message\", \"generate commit\", \"/commit\", or invokes /caveman-commit. Auto-triggers when staging changes.\n\n- caveman-help: Quick-reference card for all caveman modes, skills, and commands. One-shot display, not a persistent mode. Trigger: /caveman-help, \"caveman help\", \"what caveman commands\", \"how do I use caveman\".\n\n- caveman-review: Ultra-compressed code review comments. Cuts noise from PR feedback while preserving the actionable signal. Each comment is one line: location, problem, fix. Use when user says \"review this PR\", \"code review\", \"review the diff\", \"/review\", or invokes /caveman-review. Auto-triggers when reviewing pull requests.\n\n- ccs-delegation: Auto-activate CCS CLI delegation for deterministic tasks. Parses user input, auto-selects optimal profile (glm/kimi/custom) from ~/.ccs/config.json, enhances prompts with context, executes via `ccs {profile} -p \"task\"` or `ccs {profile}:continue`, and reports results. Triggers on \"use ccs [task]\" patterns, typo/test/refactor keywords. Excludes complex architecture, security-critical code, performance optimization, breaking changes.\n- checkpoint: Save and resume working state checkpoints. Captures git state, decisions made,\nand remaining work so you can pick up exactly where you left off — even across\nConductor workspace handoffs between branches.\nUse when asked to \"checkpoint\", \"save progress\", \"where was I\", \"resume\",\n\"what was I working on\", or \"pick up where I left off\".\nProactively suggest when a session is ending, the user is switching context,\nor before a long break. (gstack)\n\n- codex: OpenAI Codex CLI wrapper — three modes. Code review: independent diff review via\ncodex review with pass/fail gate. Challenge: adversarial mode that tries to break\nyour code. Consult: ask codex anything with session continuity for follow-ups.\nThe \"200 IQ autistic developer\" second opinion. Use when asked to \"codex review\",\n\"codex challenge\", \"ask codex\", \"second opinion\", or \"consult codex\". (gstack)\n\n- commune: Push a context update to your Psyche so it can brief your resume across a reset. Use when the\nuser says \"commune\" or \"update psyche\", or — as a live agent — after a significant body of work,\nbefore a /clear or /compact. Pass --checkpoint to ALSO auto-clear and wake yourself from the\nfreshest commune (an agent-driven context reset, no operator needed).\n\n- compress: Compress natural language memory files (CLAUDE.md, todos, preferences) into caveman format to save input tokens. Preserves all technical substance, code, URLs, and structure. Compressed version overwrites the original file. Human-readable backup saved as FILE.original.md. Trigger: /caveman:compress <filepath> or \"compress memory file\"\n\n- cso: Chief Security Officer mode. Infrastructure-first security audit: secrets archaeology,\ndependency supply chain, CI/CD pipeline security, LLM/AI security, skill supply chain\nscanning, plus OWASP Top 10, STRIDE threat modeling, and active verification.\nTwo modes: daily (zero-noise, 8/10 confidence gate) and comprehensive (monthly deep\nscan, 2/10 bar). Trend tracking across audit runs.\nUse when: \"security audit\", \"threat model\", \"pentest review\", \"OWASP\", \"CSO review\". (gstack)\n\n- design-consultation: Design consultation: understands your product, researches the landscape, proposes a\ncomplete design system (aesthetic, typography, color, layout, spacing, motion), and\ngenerates font+color preview pages. Creates DESIGN.md as your project's design source\nof truth. For existing sites, use /plan-design-review to infer the system instead.\nUse when asked to \"design system\", \"brand guidelines\", or \"create DESIGN.md\".\nProactively suggest when starting a new project's UI with no existing\ndesign system or DESIGN.md. (gstack)\n\n- design-html: Design finalization: generates production-quality Pretext-native HTML/CSS.\nWorks with approved mockups from /design-shotgun, CEO plans from /plan-ceo-review,\ndesign review context from /plan-design-review, or from scratch with a user\ndescription. Text actually reflows, heights are computed, layouts are dynamic.\n30KB overhead, zero deps. Smart API routing: picks the right Pretext patterns\nfor each design type. Use when: \"finalize this design\", \"turn this into HTML\",\n\"build me a page\", \"implement this design\", or after any planning skill.\nProactively suggest when user has approved a design or has a plan ready. (gstack)\n\n- design-review: Designer's eye QA: finds visual inconsistency, spacing issues, hierarchy problems,\nAI slop patterns, and slow interactions — then fixes them. Iteratively fixes issues\nin source code, committing each fix atomically and re-verifying with before/after\nscreenshots. For plan-mode design review (before implementation), use /plan-design-review.\nUse when asked to \"audit the design\", \"visual QA\", \"check if it looks good\", or \"design polish\".\nProactively suggest when the user mentions visual inconsistencies or\nwants to polish the look of a live site. (gstack)\n\n- design-shotgun: Design shotgun: generate multiple AI design variants, open a comparison board,\ncollect structured feedback, and iterate. Standalone design exploration you can\nrun anytime. Use when: \"explore designs\", \"show me options\", \"design variants\",\n\"visual brainstorm\", or \"I don't like how this looks\".\nProactively suggest when the user describes a UI feature but hasn't seen\nwhat it could look like. (gstack)\n\n- devex-review: Live developer experience audit. Uses the browse tool to actually TEST the\ndeveloper experience: navigates docs, tries the getting started flow, times\nTTHW, screenshots error messages, evaluates CLI help text. Produces a DX\nscorecard with evidence. Compares against /plan-devex-review scores if they\nexist (the boomerang: plan said 3 minutes, reality says 8). Use when asked to\n\"test the DX\", \"DX audit\", \"developer experience test\", or \"try the\nonboarding\". Proactively suggest after shipping a developer-facing feature. (gstack)\n\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- document-release: Post-ship documentation update. Reads all project docs, cross-references the\ndiff, updates README/ARCHITECTURE/CONTRIBUTING/CLAUDE.md to match what shipped,\npolishes CHANGELOG voice, cleans up TODOS, and optionally bumps VERSION. Use when\nasked to \"update the docs\", \"sync documentation\", or \"post-ship docs\".\nProactively suggest after a PR is merged or code is shipped. (gstack)\n\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- force-stop: Force-stop an SPT agent — a ready agent, or a live agent and its Psyche. Use when the user\nsays \"stop listening\", \"kill live agent\", \"force stop\", or \"tear down perch\". Session-aware: a\nlive target tears its Psyche down too.\n\n- freeze: Restrict file edits to a specific directory for the session. Blocks Edit and\nWrite outside the allowed path. Use when debugging to prevent accidentally\n\"fixing\" unrelated code, or when you want to scope changes to one module.\nUse when asked to \"freeze\", \"restrict edits\", \"only edit this folder\",\nor \"lock down edits\". (gstack)\n\n- frontend-design: Guidance for distinctive, intentional visual design when building new UI or reshaping an existing one. Helps with aesthetic direction, typography, and making choices that don't read as templated defaults.\n- grill-me: Interview the user relentlessly about a plan or design until reaching shared understanding, resolving each branch of the decision tree. Use when user wants to stress-test a plan, get grilled on their design, or mentions \"grill me\".\n- grill-with-docs: Grilling session that challenges your plan against the existing domain model, sharpens terminology, and updates documentation (CONTEXT.md, ADRs) inline as decisions crystallise. Use when user wants to stress-test a plan against their project's language and documented decisions.\n- gsd-add-tests: Generate tests for a completed phase based on UAT criteria and implementation\n- gsd-ai-integration-phase: Generate an AI-SPEC.md design contract for phases that involve building AI systems.\n- gsd-audit-fix: Autonomous audit-to-fix pipeline — find issues, classify, fix, test, commit\n- gsd-audit-milestone: Audit milestone completion against original intent before archiving\n- gsd-audit-uat: Cross-phase audit of all outstanding UAT and verification items\n- gsd-autonomous: Run all remaining phases autonomously — discuss→plan→execute per phase\n- gsd-capture: Capture ideas, tasks, notes, and seeds to their destination\n- gsd-cleanup: Archive accumulated phase directories from completed milestones\n- gsd-code-review: Review source files changed during a phase for bugs, security issues, and code quality problems\n- gsd-complete-milestone: Archive completed milestone and prepare for next version\n- gsd-config: Configure GSD settings — workflow toggles, advanced knobs, integrations, and model profile\n- gsd-debug: Systematic debugging with persistent state across context resets\n- gsd-discuss-phase: Gather phase context through adaptive questioning before planning.\n- gsd-docs-update: Generate or update project documentation verified against the codebase\n- gsd-eval-review: Audit an executed AI phase's evaluation coverage and produce an EVAL-REVIEW.md remediation plan.\n- gsd-execute-phase: Execute all plans in a phase with wave-based parallelization\n- gsd-explore: Socratic ideation and idea routing — think through ideas before committing to plans\n- gsd-extract-learnings: Extract decisions, lessons, patterns, and surprises from completed phase artifacts\n- gsd-fast: Execute a trivial task inline — no subagents, no planning overhead\n- gsd-forensics: Post-mortem investigation for failed GSD workflows — diagnoses what went wrong.\n- gsd-graphify: Build, query, and inspect the project knowledge graph in .planning/graphs/\n- gsd-health: Diagnose planning directory health and optionally repair issues\n- gsd-help: Show available GSD commands and usage guide\n- gsd-import: Ingest external plans with conflict detection against project decisions before writing anything.\n- gsd-inbox: Triage and review open GitHub issues and PRs against project templates and contribution guidelines.\n- gsd-ingest-docs: Bootstrap or merge a .planning/ setup from existing ADRs, PRDs, SPECs, and docs in a repo.\n- gsd-manager: Interactive command center for managing multiple phases from one terminal\n- gsd-map-codebase: Analyze codebase with parallel mapper agents to produce .planning/codebase/ documents\n- gsd-milestone-summary: Generate a comprehensive project summary from milestone artifacts for team onboarding and review\n- gsd-mvp-phase: Plan a phase as a vertical MVP slice — user story, SPIDR splitting, then plan-phase\n- gsd-new-milestone: Start a new milestone cycle — update PROJECT.md and route to requirements\n- gsd-new-project: Initialize a new project with deep context gathering and PROJECT.md\n- gsd-ns-context: codebase intelligence | map graphify docs learnings\n- gsd-ns-ideate: exploration capture | explore sketch spike spec capture\n- gsd-ns-manage: config workspace | workstreams thread update ship inbox\n- gsd-ns-project: project lifecycle | milestones audits summary\n- gsd-ns-review: quality gates | code review debug audit security eval ui\n- gsd-ns-workflow: workflow | discuss plan execute verify phase progress\n- gsd-pause-work: Create context handoff when pausing work mid-phase\n- gsd-phase: CRUD for phases in ROADMAP.md — add, insert, remove, or edit phases\n- gsd-plan-phase: Create detailed phase plan (PLAN.md) with verification loop\n- gsd-plan-review-convergence: Cross-AI plan convergence loop — replan with review feedback until no HIGH concerns remain.\n- gsd-pr-branch: Create a clean PR branch by filtering out .planning/ commits — ready for code review\n- gsd-profile-user: Generate developer behavioral profile and create Claude-discoverable artifacts\n- gsd-progress: Check progress, advance workflow, or dispatch freeform intent — the unified GSD situational command\n- gsd-quick: Execute a quick task with GSD guarantees (atomic commits, state tracking) but skip optional agents\n- gsd-resume-work: Resume work from previous session with full context restoration\n- gsd-review: Request cross-AI peer review of phase plans from external AI CLIs\n- gsd-review-backlog: Review and promote backlog items to active milestone\n- gsd-secure-phase: Retroactively verify threat mitigations for a completed phase\n- gsd-settings: Configure GSD workflow toggles and model profile\n- gsd-ship: Create PR, run review, and prepare for merge after verification passes\n- gsd-sketch: Sketch UI/design ideas with throwaway HTML mockups, or propose what to sketch next (frontier mode)\n- gsd-spec-phase: Clarify WHAT a phase delivers with ambiguity scoring; produces a SPEC.md before discuss-phase.\n- gsd-spike: Spike an idea through experiential exploration, or propose what to spike next (frontier mode)\n- gsd-stats: Display project statistics — phases, plans, requirements, git metrics, and timeline\n- gsd-surface: Toggle which skills are surfaced — apply a profile, list, or disable a cluster without reinstall\n- gsd-thread: Manage persistent context threads for cross-session work\n- gsd-ui-phase: Generate UI design contract (UI-SPEC.md) for frontend phases\n- gsd-ui-review: Retroactive 6-pillar visual audit of implemented frontend code\n- gsd-ultraplan-phase: [BETA] Offload plan phase to Claude Code's ultraplan cloud; review in browser and import back.\n- gsd-undo: Safe git revert. Roll back phase or plan commits using the phase manifest with dependency checks.\n- gsd-update: Update GSD to latest version with changelog display\n- gsd-validate-phase: Retroactively audit and fill Nyquist validation gaps for a completed phase\n- gsd-verify-work: Validate built features through conversational UAT\n- gsd-workspace: Manage GSD workspaces — create, list, or remove isolated workspace environments\n- gsd-workstreams: Manage parallel workstreams — list, create, switch, status, progress, complete, and resume\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- gstack-upgrade: Upgrade gstack to the latest version. Detects global vs vendored install,\nruns the upgrade, and shows what's new. Use when asked to \"upgrade gstack\",\n\"update gstack\", or \"get latest version\".\n\n- guard: Full safety mode: destructive command warnings + directory-scoped edits.\nCombines /careful (warns before rm -rf, DROP TABLE, force-push, etc.) with\n/freeze (blocks edits outside a specified directory). Use for maximum safety\nwhen touching prod or debugging live systems. Use when asked to \"guard mode\",\n\"full safety\", \"lock it down\", or \"maximum safety\". (gstack)\n\n- handoff: Compact the current conversation into a handoff document for another agent to pick up.\n- health: Code quality dashboard. Wraps existing project tools (type checker, linter,\ntest runner, dead code detector, shell linter), computes a weighted composite\n0-10 score, and tracks trends over time. Use when: \"health check\",\n\"code quality\", \"how healthy is the codebase\", \"run all checks\",\n\"quality score\". (gstack)\n\n- improve-codebase-architecture: Find deepening opportunities in a codebase, informed by the domain language in CONTEXT.md and the decisions in docs/adr/. Use when the user wants to improve architecture, find refactoring opportunities, consolidate tightly-coupled modules, or make a codebase more testable and AI-navigable.\n- investigate: Systematic debugging with root cause investigation. Four phases: investigate,\nanalyze, hypothesize, implement. Iron Law: no fixes without root cause.\nUse when asked to \"debug this\", \"fix this bug\", \"why is this broken\",\n\"investigate this error\", or \"root cause analysis\".\nProactively invoke this skill (do NOT debug directly) when the user reports\nerrors, 500 errors, stack traces, unexpected behavior, \"it was working\nyesterday\", or is troubleshooting why something stopped working. (gstack)\n\n- land-and-deploy: Land and deploy workflow. Merges the PR, waits for CI and deploy,\nverifies production health via canary checks. Takes over after /ship\ncreates the PR. Use when: \"merge\", \"land\", \"deploy\", \"merge and verify\",\n\"land it\", \"ship it to production\". (gstack)\n\n- learn: Manage project learnings. Review, search, prune, and export what gstack\nhas learned across sessions. Use when asked to \"what have we learned\",\n\"show learnings\", \"prune stale learnings\", or \"export learnings\".\nProactively suggest when the user asks about past patterns or wonders\n\"didn't we fix this before?\"\n\n- list-agents: List SPT agents and endpoints reachable from this node. Use when the user says \"list agents\",\n\"who's live\", \"who's listening\", or wants a roster of active perches.\n\n- live: Run a live agent session. For past sessions, restores a summarized context.\n\nEXPLICIT START phrases (route to /sptc:live <id>):\n- \"live as\"\n- \"start live\"\n- \"go live\"\n- \"start a live agent\"\n\nAUTO-RESUME phrases (route to /sptc:live --auto, resumes most-recently-active live agent):\n- continue live work\n- resume live work\n- continue live agent\n- resume live agent\n- live agent continue\n- live agent resume\n- live work continue\n- live work resume\n\nDoes NOT route here (too ambiguous — require BOTH \"live\" AND (\"agent\" or \"work\")):\n- \"keep going\"\n- \"resume work\"\n- \"continue\" (bare)\n\n- mempalace: MemPalace — mine projects and conversations into a searchable memory palace. Use when asked about mempalace, memory palace, mining memories, searching memories, or palace setup.\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- office-hours: YC Office Hours — two modes. Startup mode: six forcing questions that expose\ndemand reality, status quo, desperate specificity, narrowest wedge, observation,\nand future-fit. Builder mode: design thinking brainstorming for side projects,\nhackathons, learning, and open source. Saves a design doc.\nUse when asked to \"brainstorm this\", \"I have an idea\", \"help me think through\nthis\", \"office hours\", or \"is this worth building\".\nProactively invoke this skill (do NOT answer directly) when the user describes\na new product idea, asks whether something is worth building, wants to think\nthrough design decisions for something that doesn't exist yet, or is exploring\na concept before any code is written.\nUse before /plan-ceo-review or /plan-eng-review. (gstack)\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- pair-agent: Pair a remote AI agent with your browser. One command generates a setup key and\nprints instructions the other agent can follow to connect. Works with OpenClaw,\nHermes, Codex, Cursor, or any agent that can make HTTP requests. The remote agent\ngets its own tab with scoped access (read+write by default, admin on request).\nUse when asked to \"pair agent\", \"connect agent\", \"share browser\", \"remote browser\",\n\"let another agent use my browser\", or \"give browser access\". (gstack)\n\n- plan-ceo-review: CEO/founder-mode plan review. Rethink the problem, find the 10-star product,\nchallenge premises, expand scope when it creates a better product. Four modes:\nSCOPE EXPANSION (dream big), SELECTIVE EXPANSION (hold scope + cherry-pick\nexpansions), HOLD SCOPE (maximum rigor), SCOPE REDUCTION (strip to essentials).\nUse when asked to \"think bigger\", \"expand scope\", \"strategy review\", \"rethink this\",\nor \"is this ambitious enough\".\nProactively suggest when the user is questioning scope or ambition of a plan,\nor when the plan feels like it could be thinking bigger. (gstack)\n\n- plan-design-review: Designer's eye plan review — interactive, like CEO and Eng review.\nRates each design dimension 0-10, explains what would make it a 10,\nthen fixes the plan to get there. Works in plan mode. For live site\nvisual audits, use /design-review. Use when asked to \"review the design plan\"\nor \"design critique\".\nProactively suggest when the user has a plan with UI/UX components that\nshould be reviewed before implementation. (gstack)\n\n- plan-devex-review: Interactive developer experience plan review. Explores developer personas,\nbenchmarks against competitors, designs magical moments, and traces friction\npoints before scoring. Three modes: DX EXPANSION (competitive advantage),\nDX POLISH (bulletproof every touchpoint), DX TRIAGE (critical gaps only).\nUse when asked to \"DX review\", \"developer experience audit\", \"devex review\",\nor \"API design review\".\nProactively suggest when the user has a plan for developer-facing products\n(APIs, CLIs, SDKs, libraries, platforms, docs). (gstack)\n\n- plan-eng-review: Eng manager-mode plan review. Lock in the execution plan — architecture,\ndata flow, diagrams, edge cases, test coverage, performance. Walks through\nissues interactively with opinionated recommendations. Use when asked to\n\"review the architecture\", \"engineering review\", or \"lock in the plan\".\nProactively suggest when the user has a plan or design doc and is about to\nstart coding — to catch architecture issues before implementation. (gstack)\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- qa: Systematically QA test a web application and fix bugs found. Runs QA testing,\nthen iteratively fixes bugs in source code, committing each fix atomically and\nre-verifying. Use when asked to \"qa\", \"QA\", \"test this site\", \"find bugs\",\n\"test and fix\", or \"fix what's broken\".\nProactively suggest when the user says a feature is ready for testing\nor asks \"does this work?\". Three tiers: Quick (critical/high only),\nStandard (+ medium), Exhaustive (+ cosmetic). Produces before/after health scores,\nfix evidence, and a ship-readiness summary. For report-only mode, use /qa-only. (gstack)\n\n- qa-only: Report-only QA testing. Systematically tests a web application and produces a\nstructured report with health score, screenshots, and repro steps — but never\nfixes anything. Use when asked to \"just report bugs\", \"qa report only\", or\n\"test but don't fix\". For the full test-fix-verify loop, use /qa instead.\nProactively suggest when the user wants a bug report without any code changes. (gstack)\n\n- ready: Make this Claude Code session reachable for inter-agent messages (register a perch and\nlisten). Use when the user says \"listen as\", \"ready as\", or wants to receive messages from\nother agents.\n\n- retro: Weekly engineering retrospective. Analyzes commit history, work patterns,\nand code quality metrics with persistent history and trend tracking.\nTeam-aware: breaks down per-person contributions with praise and growth areas.\nUse when asked to \"weekly retro\", \"what did we ship\", or \"engineering retrospective\".\nProactively suggest at the end of a work week or sprint. (gstack)\n\n- review: Pre-landing PR review. Analyzes diff against the base branch for SQL safety, LLM trust\nboundary violations, conditional side effects, and other structural issues. Use when\nasked to \"review this PR\", \"code review\", \"pre-landing review\", or \"check my diff\".\nProactively suggest when the user is about to merge or land code changes. (gstack)\n\n- role: Show or edit this endpoint's durable role — its statement of purpose in the mind. Use when the user\nsays \"show my role\", \"edit my role\", \"update my role\", or runs /sptc:role. Pass a directive to change\nit in words (e.g. /sptc:role make it senior); a bare /sptc:role opens an in-input-box editor\nround-trip on a live session; add --include-desc to also edit the service description.\n\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- search: Instantly search files and folders on Windows via voidtools Everything 1.5a HTTP JSON API. Use when the user wants to find files by name, path, size, date, or extension across the whole system — much faster than Glob/Grep for filesystem-wide queries. Triggers on \"find file\", \"where is\", \"locate\", \"search my drive\", \"find all .ext files\", \"everything search\".\n- send: Send a message to another SPT agent. Use when the user says \"send to\", \"message\",\n\"tell <agent>\", or when you need to reach or reply to another agent yourself.\n\n- setup: Install or repair spt-core AND activate the claude-spt adapter for this Claude Code session\n(mid-session installer + post-install activation).\n\n- setup-browser-cookies: Import cookies from your real Chromium browser into the headless browse session.\nOpens an interactive picker UI where you select which cookie domains to import.\nUse before QA testing authenticated pages. Use when asked to \"import cookies\",\n\"login to the site\", or \"authenticate the browser\". (gstack)\n\n- setup-deploy: Configure deployment settings for /land-and-deploy. Detects your deploy\nplatform (Fly.io, Render, Vercel, Netlify, Heroku, GitHub Actions, custom),\nproduction URL, health check endpoints, and deploy status commands. Writes\nthe configuration to CLAUDE.md so all future deploys are automatic.\nUse when: \"setup deploy\", \"configure deployment\", \"set up land-and-deploy\",\n\"how do I deploy with gstack\", \"add deploy config\".\n\n- ship: Ship workflow: detect + merge base branch, run tests, review diff, bump VERSION,\nupdate CHANGELOG, commit, push, create PR. Use when asked to \"ship\", \"deploy\",\n\"push to main\", \"create a PR\", \"merge and push\", or \"get it deployed\".\nProactively invoke this skill (do NOT push/PR directly) when the user says code\nis ready, asks about deploying, wants to push code up, or asks to create a PR. (gstack)\n\n- signoff: Gracefully shut down your live session, saving a final context summary. Use when the user says\n\"sign off\" or \"graceful stop\", or when you (a live agent) are done and want to go offline cleanly.\n\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- subnet: Manage subnet membership — create a subnet, show a pairing code to invite a machine, or join\nan existing one. Use when the user wants to pair machines, set up a subnet, or reach agents\nacross machines. Cross-machine /sptc:send and live agents depend on it.\n\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 Claude Code 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- unfreeze: Clear the freeze boundary set by /freeze, allowing edits to all directories\nagain. Use when you want to widen edit scope without ending the session.\nUse when asked to \"unfreeze\", \"unlock edits\", \"remove freeze\", or\n\"allow all edits\". (gstack)\n\n- version: Report the spt-core-tracked adapter version (the version-of-truth, not the marketplace plugin\nversion). Use when the user asks the spt or adapter version, or runs /sptc:version.\n\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- 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</skills>\n# Internal URLs\nSpecial URLs for internal resources; with most FS/bash tools they auto-resolve to FS paths.\n- `skill://<name>`: skill instructions; `/<path>` = file within\n- `rule://<name>`: rule details\n- `agent://<id>`: agent output artifact; `/<path>` extracts a JSON field\n- `artifact://<id>`: artifact content\n- `local://<name>.md`: plan artifacts or shared content for subagents\n- `mcp://<uri>`: MCP resource\n- `issue://<N>` (or `issue://<owner>/<repo>/<N>`): GitHub issue, disk-cached. Bare lists recent issues; `?state=open|closed|all&limit=&author=&label=`.\n- `pr://<N>` (or `pr://<owner>/<repo>/<N>`): GitHub PR, same cache; `?comments=0` drops comments. Bare lists recent PRs; `?state=open|closed|merged|all&limit=&author=&label=`.\n- `omp://`: harness docs; AVOID unless the user asks about the harness itself.\n\n# Tool Inventory\n- Read: `read`\n- Bash: `bash`\n- Edit: `edit`\n- AST Grep: `ast_grep`\n- AST Edit: `ast_edit`\n- Debug: `debug`\n- Eval: `eval`\n- Glob: `glob`\n- Grep: `grep`\n- Browser: `browser`\n- Task: `task`\n- Job: `job`\n- IRC: `irc`\n- Web Search: `web_search`\n- Write: `write`\n- Submit Result: `yield`\n- Resolve: `resolve`\n- Report Tool Issue: `report_tool_issue`\n- GenerateImage: `generate_image`\n- SearchTools: `search_tool_bm25`\n<discovery-notice>\n\nIf the task may involve external systems (SaaS APIs, chat, tickets, databases, deployments, or other non-local integrations), you SHOULD call `search_tool_bm25` before concluding no such tool exists.\n</discovery-notice>\n\nTOOL POLICY\n==============\n\n# General\nUse tools whenever they improve correctness, completeness, or grounding.\n- You MUST complete the task using available tools.\n- SHOULD resolve prerequisites before acting.\n- NEVER stop at the first plausible answer if another call would cut uncertainty.\n- Empty, partial, or suspiciously narrow lookup? Retry with a different strategy.\n- SHOULD parallelize independent calls.\n- User says `parallel` or `parallelize` → MUST use `task` subagents; parallel tool calls alone do not satisfy.\n\n# Tool I/O\n- Prefer relative paths for `path`-like fields.\n- Most tools take `i`: a concise intent, present participle, 2–6 words, no period, capitalized.\n# Specialized Tools\nYou MUST use the specialized tool over its shell equivalent:\n- File or directory reads → `read` (a directory path lists entries).\n- Surgical edits → `edit`.\n- Create or overwrite → `write`.\n\n- Regex search → `grep`, not `grep`, `rg`, or `awk`.\n- Globbing → `glob`, not `ls **/*.ext` or `fd`.\n- `bash`: real binaries and short fact pipelines only. Commands shadowing the specialized tools above are blocked.\n- Litmus: one external-CLI call or short pipeline returning a count, frequency, set difference, or checksum → bash. Merely moves, pages, or trims bytes a tool can fetch → use the tool.\n\n<critical>\n`report_tool_issue` powers automated QA. If ANY tool returns output inconsistent with its described behavior given your parameters, call it with the tool name and a concise description. Don't hesitate—false positives are fine.\n</critical>\n\n# Exploration\nYou NEVER open a file hoping. Hope is not a strategy.\n- You MUST load only what's necessary; AVOID reading files or sections you don't need.\n- Use `grep` to locate targets.\n- Use `glob` to map structure.\n- Use `read` with offset/limit instead of whole-file reads.\n- Use `task` to map unknown code instead of reading file after file yourself.\n# AST\nYou SHOULD use syntax-aware tools before text hacks:\n- `ast_grep` for structural discovery.\n- `ast_edit` for codemods.\n- Use `grep` only for plain-text lookup when structure is irrelevant.\n\n# Delegation\n\nEXECUTION WORKFLOW\n==============\n\n# 1. Scope\n- Read relevant skills first.\n- For multi-file work, plan before touching files; research existing code and conventions first.\n\n# 2. Research Before Editing\n- Read sections, not snippets. You MUST reuse existing patterns; a second convention beside an existing one is PROHIBITED.\n\n- Re-read before acting if a tool fails or a file changed since you read it.\n\n# 3. Decompose\n- Update todos as you go; skip them for trivial requests. Marking a todo done is a transition: start the next in the same turn.\n- NEVER abandon phases under scope pressure—delegate, don't shrink.\n  - Default to parallel for complex changes. Delegate via `task` for non-importing file edits, multi-subsystem investigation, and decomposable work.\n- Plan only what makes the request work. Cleanup—changelog, tests, docs—is NOT planned up front; it belongs to the final phase below.\n\n# 4. Implement\n- Fix problems at the source. Remove obsolete code—no leftover comments, aliases, or re-exports.\n- Prefer updating existing files over creating new ones.\n- Review changes from the user's perspective.\n- Grep instead of guessing.\n- Don't run destructive git commands or delete code you didn't write.\n\n# 5. Verify\n- NEVER yield non-trivial work without proof: tests, E2E, browsing, or QA.\n- Every test MUST defend an observable contract and fail on a plausible bug.\n- Test behavior, boundaries, invariants, transitions, precedence, and real errors—not plumbing, source text, or incidental defaults.\n- Match existing conventions; keep tests deterministic, isolated, and full-suite safe.\n- Run only touched tests; small/no-test changes still REQUIRE a focused behavioral smoke test.\n\n# 6. Cleanup\nChangelog, tests, docs, and removing scaffolding are the LAST phase—NEVER skipped, but gated on the request demonstrably working.\n\n- NEVER start, pre-plan, or pre-allocate todos for cleanup before you've made the request work and smoke-tested it. Until then, every edit serves correctness; housekeeping NEVER steers the design.\n- Once your smoke test confirms “it works,” do the cleanup in full before yielding.\n\nDELIVERY CONTRACT\n==============\n\n<contract>\nInviolable.\n- NEVER yield unless the deliverable is complete. A phase boundary, todo flip, or sub-step is NEVER a yield point—continue in the same turn.\n- NEVER fabricate outputs. Claims about code, tools, tests, docs, or sources MUST be grounded.\n- NEVER substitute an easier or more familiar problem:\n  - Don't infer extra scope—retries, validation, telemetry, abstraction “while you're at it”—because it changes the contract.\n  - Don't solve the symptom—suppress a warning or exception, special-case an input—unless asked. Do the real ask.\n- NEVER ask for what tools, repo context, or files can provide.\n- NEVER punt half-solved work back.\n- Default to clean cutover: migrate every caller; leave no shims, aliases, or deprecated paths.\n</contract>\n\n<completeness>\n- “Done” means the deliverable behaves as specified end to end—not that a scaffold compiles or a narrowed test passes.\n- A named plan, phase list, checklist, or spec MUST satisfy every acceptance criterion. A plausible subset is failure, not partial success.\n- NEVER silently shrink scope. Reduce scope only with explicit user approval in this conversation; otherwise do the full work—exhaust every tool and angle.\n- NEVER ship stubs, placeholders, mocks, no-ops, fake fallbacks, or `TODO: implement` as delivered work. If real implementation needs unavailable information, state the missing prerequisite and implement everything else.\n- NEVER relabel unfinished work—“scaffold,” “MVP,” “v1,” “foundation,” “follow-up”—to imply completion. Not done? Say so.\n</completeness>\n\n<evidence-and-output>\n- Output format MUST match the ask.\n- Every claim about code, tools, tests, docs, or sources MUST be grounded.\n- Mark any claim not directly observed or established as `[INFERENCE]`.\n- Verification claims MUST match what was exercised, preferably smoke tested.\n- No required tool lookup may be skipped when it would cut uncertainty.\n- Be brief in prose, not in evidence, verification, or blocking details.\n</evidence-and-output>\n\n<yielding>\nBefore yielding, verify:\n- All requested deliverables are complete; no partial implementation is presented as complete.\n- All affected artifacts—callsites, tests, docs—are updated or intentionally left unchanged.\n- The output and evidence requirements above are satisfied.\n\nBefore declaring blocked:\n- Be sure the information is unreachable through tools, context, or anything in reach. One failing check does not mean blocked—finish all remaining work first.\n- Still stuck? State exactly what's missing and what you tried.\n</yielding>\n<critical>\n- NEVER narrate or consider session limits, token or tool budgets, effort estimates, or how much you can finish. Not your concern—start as if unbounded; execute or delegate.\n- NEVER re-audit an applied edit; NEVER run git subcommands as routine validation. Tool results are THE verification.\n</critical>\n\nROLE\n===================================\n\nYou are a worker agent for delegated tasks.\n\nYou have FULL access to all tools (edit, write, bash, grep, read, etc.) and you MUST use them as needed to complete your task.\n\nYou MUST maintain hyperfocus on the assigned task. NEVER deviate from it.\n\n<directives>\n- You MUST finish only the assigned work and return the minimum useful result. Do not repeat what you have written to the filesystem.\n- You SHOULD make file edits, run commands, and create files when your task requires it.\n- You MUST be concise. You NEVER include filler, repetition, or tool transcripts. The user cannot see you. Your result is just the notes you are leaving for yourself.\n- You SHOULD prefer narrow lookups (`grep`/`glob`), then read only the needed ranges. Ignore anything beyond your current scope.\n- AVOID full-file reads unless necessary.\n- You SHOULD prefer edits to existing files over creating new ones.\n- You NEVER create documentation files (*.md) unless explicitly requested.\n- You MUST follow the assignment and the instructions given to you. They were given for a reason.\n- When you delegate further with the `task` tool, give each spawn a `role` naming the sub-specialist it should be — never spawn bare generic workers when a tailored identity fits the subtask.\n</directives>\n\nYou are specializing as: **Binary Format Security Engineer**. Bring exactly that expertise to the assignment — let it shape how you investigate, decide, and what you produce.\n\nCONTEXT\n===================================\n\n# Goal\nPrevent release packaging from accepting structurally non-runnable PE/ELF helper payloads.\n# Constraints\nPublic spt-core surface only. Preserve all existing uncommitted milestone changes. Skip formatters, linters, and project-wide suites. Coordinate only within ci/publish/validate-release-binary.py and tests/adapter-archive.sh; no overlap with release-evidence agent.\n# Contract\nPE32+ x86-64 acceptance must prove a bounded full optional header/section table, non-DLL image, nonzero entrypoint mapped into an executable bounded section. ELF x86-64 acceptance must prove nonzero e_entry mapped into a PF_X PT_LOAD and p_filesz <= p_memsz while retaining GNU/musl interpreter/dependency rules.\nCOOP\n===================================\n\nYou are operating on a piece of work assigned to you by the main agent.\n# IRC Peers\nYou can reach other live agents via the `irc` tool. Your id is `HardenBinaryValidator`. Currently visible peers:\n- `Main` — main (main, running)\n- `MuslRelease` — Cross-Platform Release Engineer (sub, parked)\n- `TruthGates` — Release Truth Engineer (sub, parked)\n- `AgentSurface` — OMP Agent Experience Engineer (sub, parked)\n- `NativeExtension` — Native OMP Runtime Engineer (sub, parked)\n- `AgentSurface.SkillContractReview` — OMP Skill Package Reviewer (sub, parked)\n- `NativeExtension.ExtensionReview` — Native OMP Extension Reviewer (sub, parked)\n- `MilestoneReview` — Pre-release Code Reviewer (sub, running): Dispatching milestone reviewers\n- `MilestoneReview.ExtensionAdversary` — OMP Extension Concurrency Reviewer (sub, running): Checking context injection patterns\n- `MilestoneReview.SkillsDocsAdversary` — Packaged Skill Contract Reviewer (sub, running): Checking OMP ask tool\n- `MilestoneReview.ReleaseAdversary` — Release Integrity Reviewer (sub, running): Reporting exact blockers\n- `BindReleaseDigest` — Release Supply-chain Engineer (sub, running): Computing fixture digest\nIdle/parked peers are not gone: messaging them wakes (or revives) them.\n\nUse `irc` only for quick coordination, never long-form content. Address peers by id or use `\"all\"` to broadcast.\n- Discovery: the roster above shows each peer's role and what it is doing now; `irc` op:\"list\" refreshes it.\n- Coordination: before you edit a file or start work a sibling may already own, message that peer first — overlapping edits collide.\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\nCOMPLETION\n===================================\n\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 `result.data`.\n- Use non-empty `type: string[]` for incremental, non-terminal sections; calls accumulate by section.\n- Use `type: string` for a terminal result; if data is omitted, your last assistant turn becomes the raw final result.\n\nThis is your only way to return a final result. For structured results, you NEVER put JSON in plain text or substitute a text summary for `result.data`.\nGiving up is a last resort. If truly blocked, you MUST terminal-yield `result.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<workstation>\n- OS: win32 10.0.26200\n- Distro: Windows_NT\n- Kernel: Windows 11 Pro\n- Arch: x64\n- GPU: Parsec Virtual Display Adapter\n- Model: openai-codex/gpt-5.6-sol\n</workstation>\n\n<context>\nYou MUST follow the context files below for all tasks:\n<file path=\"C:\\Users\\decid\\.claude\\CLAUDE.md\">\n## Reference Documents\n\nThe `~/.claude/reference_docs/` directory contains reference guides available across all projects.\n\n- **[claude-code-hooks.md](reference_docs/claude-code-hooks.md)** -- Complete Claude Code hooks reference: all 27 event types, input/output JSON schemas, matcher patterns, exit code behavior, environment variables, and caveats. Consult this when building or debugging hooks.\n</file>\n</context>\nThe context files above are loaded automatically. You NEVER `grep`/`glob` for `AGENTS.md`, `CLAUDE.md`, `.cursorrules`, or similar agent/context files — the relevant ones are already in your context; any others are noise.\nToday is 2026-07-16, and the current working directory is 'C:/Users/decid/Documents/projects/omp-spt'.\n\n<critical>\n- Each response MUST advance the task. There is no stopping condition other than completion.\n- You MUST default to informed action; do not ask for confirmation when tools or repo context can answer.\n- You MUST verify the effect of significant behavioral changes before yielding: run the specific test, command, or scenario that covers your change.\n</critical>","task":"Complete the assignment below, thoroughly:\n\n# Target\nci/publish/validate-release-binary.py and tests/adapter-archive.sh only; release docs only if their current guarantee needs precision. Do not touch release acquisition/evidence files.\n# Change\n1. Harden PE parsing for complete PE32+ optional header, bounded section table/raw ranges, reject IMAGE_FILE_DLL, and require nonzero AddressOfEntryPoint mapped into an executable section.\n2. Harden ELF parsing to retain e_entry, require it in a PF_X PT_LOAD, and enforce p_filesz <= p_memsz with bounded file ranges.\n3. Replace success fixtures with minimally structurally valid loader images and add negative cases for zero/unmapped entrypoints, non-executable sections/segments, DLL PE, and malformed load sizes.\n4. Preserve existing target/interpreter/static-musl checks.\n5. Run tests/adapter-archive.sh only.\n# Acceptance\nFocused archive test passes; previously accepted pseudo-binaries fail; valid real release outputs remain accepted; report exact changes and command result.","tools":["read","bash","edit","ast_grep","ast_edit","debug","eval","glob","grep","browser","task","job","irc","web_search","write","yield","resolve","report_tool_issue","generate_image","search_tool_bm25"],"spawns":"*"}
{"type":"message","id":"166f0810","parentId":"56e5ba78","timestamp":"2026-07-16T09:45:30.750Z","message":{"role":"user","content":[{"type":"text","text":"Complete the assignment below, thoroughly:\n\n# Target\nci/publish/validate-release-binary.py and tests/adapter-archive.sh only; release docs only if their current guarantee needs precision. Do not touch release acquisition/evidence files.\n# Change\n1. Harden PE parsing for complete PE32+ optional header, bounded section table/raw ranges, reject IMAGE_FILE_DLL, and require nonzero AddressOfEntryPoint mapped into an executable section.\n2. Harden ELF parsing to retain e_entry, require it in a PF_X PT_LOAD, and enforce p_filesz <= p_memsz with bounded file ranges.\n3. Replace success fixtures with minimally structurally valid loader images and add negative cases for zero/unmapped entrypoints, non-executable sections/segments, DLL PE, and malformed load sizes.\n4. Preserve existing target/interpreter/static-musl checks.\n5. Run tests/adapter-archive.sh only.\n# Acceptance\nFocused archive test passes; previously accepted pseudo-binaries fail; valid real release outputs remain accepted; report exact changes and command result."}],"attribution":"agent","timestamp":1784195130745}}
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{"type":"message","id":"363ffc63","parentId":"76e417a7","timestamp":"2026-07-16T09:45:44.262Z","message":{"role":"toolResult","toolCallId":"call_0XcvLjlcR5FcnM8S2IeXbYfI|fc_0ce43b44bb495320016a58a848390481989c401aefd68cbef8","toolName":"read","content":[{"type":"text","text":"[validate-release-binary.py#7540]\n1:#!/usr/bin/env python3\n2:\"\"\"Validate release-helper format, architecture, and Linux linkage contract.\"\"\"\n3:\n4:from __future__ import annotations\n5:\n6:from pathlib import Path\n7:import os\n8:import struct\n9:import sys\n10:from typing import BinaryIO\n11:\n12:\n13:PE_TARGET = \"x86_64-pc-windows-msvc\"\n14:GNU_TARGET = \"x86_64-unknown-linux-gnu\"\n15:MUSL_TARGET = \"x86_64-unknown-linux-musl\"\n16:\n17:\n18:class ValidationError(ValueError):\n19:    \"\"\"The candidate cannot satisfy its labeled release target.\"\"\"\n20:\n21:\n22:def read_exact_at(candidate: BinaryIO, offset: int, size: int, label: str) -> bytes:\n23:    candidate.seek(offset)\n24:    value = candidate.read(size)\n25:    if len(value) != size:\n26:        raise ValidationError(f\"truncated {label}\")\n27:    return value\n28:\n29:\n30:def validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n31:    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n…\n61:    return \"PE32+ x86_64 executable\"\n62:\n63:\n64:def validate_elf_x86_64(candidate: BinaryIO, size: int, target: str) -> str:\n65:    header = read_exact_at(candidate, 0, 64, \"ELF64 header\")\n…\n168:    return \"ELF64 x86_64 static executable (no interpreter or DT_NEEDED entries)\"\n169:\n170:\n171:def validate(path: Path, target: str) -> str:\n172:    if not path.is_file():\n…\n180:    raise ValidationError(f\"unsupported release target {target!r}\")\n181:\n182:\n183:def main() -> int:\n184:    if len(sys.argv) != 3:\n…\n198:    return 0\n199:\n200:\n201:if __name__ == \"__main__\":\n202:    raise SystemExit(main())\n\n[…151ln elided; re-read needed ranges, e.g. ci/publish/validate-release-binary.py:32-60,66-167]"}],"details":{"displayContent":{"text":"#!/usr/bin/env python3\n\"\"\"Validate release-helper format, architecture, and Linux linkage contract.\"\"\"\n\nfrom __future__ import annotations\n\nfrom pathlib import Path\nimport os\nimport struct\nimport sys\nfrom typing import BinaryIO\n\n\nPE_TARGET = \"x86_64-pc-windows-msvc\"\nGNU_TARGET = \"x86_64-unknown-linux-gnu\"\nMUSL_TARGET = \"x86_64-unknown-linux-musl\"\n\n\nclass ValidationError(ValueError):\n    \"\"\"The candidate cannot satisfy its labeled release target.\"\"\"\n\n\ndef read_exact_at(candidate: BinaryIO, offset: int, size: int, label: str) -> bytes:\n    candidate.seek(offset)\n    value = candidate.read(size)\n    if len(value) != size:\n        raise ValidationError(f\"truncated {label}\")\n    return value\n\n\ndef validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n…\n    return \"PE32+ x86_64 executable\"\n\n\ndef validate_elf_x86_64(candidate: BinaryIO, size: int, target: str) -> str:\n    header = read_exact_at(candidate, 0, 64, \"ELF64 header\")\n…\n    return \"ELF64 x86_64 static executable (no interpreter or DT_NEEDED entries)\"\n\n\ndef validate(path: Path, target: str) -> str:\n    if not path.is_file():\n…\n    raise ValidationError(f\"unsupported release target {target!r}\")\n\n\ndef main() -> int:\n    if len(sys.argv) != 3:\n…\n    return 0\n\n\nif __name__ == \"__main__\":\n    raise SystemExit(main())","startLine":1},"summary":{"lines":55,"elidedSpans":4,"elidedLines":151},"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\omp-spt\\ci\\publish\\validate-release-binary.py"}}},"isError":false,"timestamp":1784195144262}}
{"type":"message","id":"c57e9105","parentId":"363ffc63","timestamp":"2026-07-16T09:45:44.263Z","message":{"role":"toolResult","toolCallId":"call_lnsA5lgaa6806M5akIxZ7qMu|fc_0ce43b44bb495320016a58a848391881989ce9d2882ab969df","toolName":"grep","content":[{"type":"text","text":"[tests/adapter-archive.sh#10F7]\n 1:#!/bin/sh\n*2:# Deterministic fixture test for the exact three-target adapter.spt release contract.\n 3:set -u\n 4:ROOT=$(CDPATH= cd \"$(dirname \"$0\")/..\" && pwd)\n 5:PACKER=\"$ROOT/ci/publish/package-adapter.sh\"\n...\n 31:TARGET=\"$ROOT/tools/omp-spt/target\"\n*32:mkdir -p \"$TARGET\" || { echo \"FAIL: cannot create fixture parent $TARGET\"; exit 1; }\n*33:TMP=$(mktemp -d \"$TARGET/adapter-archive-fixture.XXXXXX\") || { echo \"FAIL: mktemp\"; exit 1; }\n 34:trap 'rm -rf \"$TMP\"' EXIT INT TERM\n 35:REL=${TMP#\"$TARGET/\"}\n*36:[ \"$REL\" != \"$TMP\" ] || { echo \"FAIL: fixture is not beneath target/\"; exit 1; }\n 37:WIN_RELSUB=\"$REL/windows-release\"\n 38:GNU_RELSUB=\"$REL/gnu-release\"\n 39:MUSL_RELSUB=\"$REL/musl-release\"\n 40:mkdir -p \"$TARGET/$WIN_RELSUB\" \"$TARGET/$GNU_RELSUB\" \"$TARGET/$MUSL_RELSUB\" \\\n*41:  || { echo \"FAIL: cannot create fixture binary directories\"; exit 1; }\n 42:\n*43:# Generate structurally valid, deterministic target fixtures. The GNU ELF has glibc's x86_64\n*44:# PT_INTERP; the musl fixture is static (no PT_INTERP or DT_NEEDED); WRONG_ARCH is static AArch64;\n*45:# NEEDED has no interpreter but still declares a dynamic dependency.\n 46:WIN_GOOD=\"$TMP/windows-good.exe\"\n 47:GNU_GOOD=\"$TMP/gnu-good\"\n 48:MUSL_GOOD=\"$TMP/musl-good\"\n...\n 56:\n*57:def pe(path: str) -> None:\n 58:    image = bytearray(512)\n 59:    image[:2] = b\"MZ\"\n 60:    struct.pack_into(\"<I\", image, 0x3C, 0x80)\n*61:    image[0x80:0x84] = b\"PE\\0\\0\"\n 62:    struct.pack_into(\"<HHIIIHH\", image, 0x84, 0x8664, 1, 0, 0, 0, 0xF0, 0x0002)\n 63:    struct.pack_into(\"<H\", image, 0x98, 0x20B)\n*64:    image[0x190:] = b\"deterministic windows fixture\"\n 65:    Path(path).write_bytes(image)\n 66:\n 67:\n*68:def elf(path: str, machine: int, interpreter) -> None:\n 69:    encoded_interpreter = b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n 70:    program_count = 1 + (1 if interpreter is not None else 0)\n 71:    payload_offset = 64 + program_count * 56\n 72:    file_size = payload_offset + len(encoded_interpreter) + 32\n*73:    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n 74:    header = struct.pack(\n 75:        \"<16sHHIQQQIHHHHHH\",\n 76:        ident,\n...\n 93:    if interpreter is not None:\n*94:        programs.append(\n 95:            struct.pack(\n 96:                \"<IIQQQQQQ\",\n 97:                3,\n...\n 106:        )\n*107:    marker = b\"deterministic ELF fixture\".ljust(32, b\"\\0\")\n 108:    Path(path).write_bytes(header + b\"\".join(programs) + encoded_interpreter + marker)\n 109:\n 110:\n*111:def elf_with_needed(path: str) -> None:\n 112:    program_count = 2\n 113:    dynamic_offset = 64 + program_count * 56\n 114:    dynamic_entries = struct.pack(\"<qQqQ\", 1, 0, 0, 0)\n*115:    marker = b\"dynamic dependency fixture\".ljust(32, b\"\\0\")\n 116:    file_size = dynamic_offset + len(dynamic_entries) + len(marker)\n*117:    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n 118:    header = struct.pack(\n 119:        \"<16sHHIQQQIHHHHHH\",\n 120:        ident,\n...\n 149:\n*150:pe(sys.argv[1])\n*151:elf(sys.argv[2], 62, \"/lib64/ld-linux-x86-64.so.2\")\n*152:elf(sys.argv[3], 62, None)\n*153:elf(sys.argv[4], 183, None)\n*154:elf_with_needed(sys.argv[5])\n 155:PY\n 156:cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n 157:cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n...\n 160:\n*161:expect_packer_failure() {\n 162:  name=$1\n*163:  expected=$2\n 164:  shift 2\n 165:  if \"$@\" >\"$TMP/output\" 2>&1; then\n*166:    fail \"$name unexpectedly succeeded\"\n*167:  elif grep -Fq \"$expected\" \"$TMP/output\"; then\n 168:    ok \"$name fails closed\"\n 169:  else\n 170:    fail \"$name failed for the wrong reason: $(cat \"$TMP/output\")\"\n...\n 174:BASE_OUT=\"$TMP/rejected.spt\"\n*175:expect_packer_failure \"missing GNU helper\" \"MISS\" \\\n 176:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$REL/missing-gnu-release\" \\\n 177:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 178:\n*179:printf '%s\\n' 'not a PE binary' >\"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n*180:expect_packer_failure \"malformed Windows helper\" \"truncated DOS header\" \\\n 181:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 182:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 183:cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n 184:\n*185:printf '%s\\n' 'not an ELF binary' >\"$TARGET/$GNU_RELSUB/omp-spt\"\n*186:expect_packer_failure \"malformed GNU helper\" \"truncated ELF64 header\" \\\n 187:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 188:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 189:cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n 190:\n*191:expect_packer_failure \"missing musl helper\" \"MISS\" \\\n 192:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 193:  OMP_SPT_MUSL_RELSUB=\"$REL/missing-musl-release\" ADAPTER_SPT_OUT=\"$BASE_OUT\" \\\n 194:  sh \"$PACKER\" --apply\n 195:\n*196:printf '%s\\n' 'not an ELF binary' >\"$TARGET/$MUSL_RELSUB/omp-spt\"\n*197:expect_packer_failure \"malformed musl helper\" \"truncated ELF64 header\" \\\n 198:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 199:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 200:\n 201:cp \"$GNU_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*202:expect_packer_failure \"GNU helper mislabeled as musl\" \"musl target must be static\" \\\n 203:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 204:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 205:\n 206:cp \"$NEEDED\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*207:expect_packer_failure \"musl helper with DT_NEEDED dependency\" \"has 1 DT_NEEDED entry\" \\\n 208:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 209:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 210:\n 211:cp \"$WRONG_ARCH\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*212:expect_packer_failure \"wrong-architecture musl helper\" \"is not x86_64\" \\\n 213:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 214:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 215:\n...\n 217:chmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*218:expect_packer_failure \"non-executable archived GNU helper\" \"is not executable\" \\\n 219:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 220:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_LINUX_MODE=0644 \\\n 221:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 222:\n*223:expect_packer_failure \"non-executable archived musl helper\" \"is not executable\" \\\n 224:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 225:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_MUSL_MODE=0644 \\\n 226:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n...\n 230:printf '%s\\n' 'wrong extension' >\"$BAD_STRINGS/other.mjs\"\n*231:expect_packer_failure \"incomplete shared plugin\" \"required shared plugin file missing\" \\\n 232:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 233:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_STRINGS_DIR=\"$BAD_STRINGS\" \\\n 234:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n...\n 250:NORMALIZED=$(printf '%s\\n' \"$LIST\" | sed 's:/$::' | sort)\n*251:EXPECTED=$(printf '%s\\n' \\\n 252:  manifest.toml \\\n 253:  strings strings/omp-spt.mjs strings/package.json strings/skills \\\n 254:  strings/skills/commune strings/skills/commune/SKILL.md \\\n...\n 260:  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\n*261:if [ \"$NORMALIZED\" = \"$EXPECTED\" ]; then\n 262:  ok \"archive has deterministic exact shared and three-target membership\"\n 263:else\n 264:  fail \"archive membership mismatch: [$NORMALIZED]\"\n...\n 267:WIN_MAGIC=$(tar -xOzf \"$OUT\" \"$WIN_TRIPLE/omp-spt.exe\" | od -An -tx1 -N4 | tr -d '[:space:]')\n*268:case \"$WIN_MAGIC\" in 4d5a*) ok \"Windows archive member retains PE magic\" ;; *) fail \"Windows member magic=$WIN_MAGIC\" ;; esac\n 269:for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n 270:  magic=$(tar -xOzf \"$OUT\" \"$triple/omp-spt\" | od -An -tx1 -N4 | tr -d '[:space:]')\n*271:  [ \"$magic\" = \"7f454c46\" ] && ok \"$triple member retains ELF magic\" || fail \"$triple member magic=$magic\"\n 272:  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" | awk 'NR == 1 {print $1}')\n 273:  case \"$mode\" in -rwx*) ok \"$triple member is executable ($mode)\" ;; *) fail \"$triple member is not executable ($mode)\" ;; esac\n 274:done\n...\n 302:\n*303:# The archive writer itself rejects an unintended file under the musl directory rather than\n 304:# silently growing the public contract.\n 305:WRITER_STAGE=\"$TMP/writer-stage\"\n 306:mkdir -p \"$WRITER_STAGE/strings\" \"$WRITER_STAGE/$WIN_TRIPLE\" \\\n...\n 319:  fail \"archive writer accepted an unintended musl member\"\n*320:elif grep -Fq \"unexpected staged archive member\" \"$TMP/output\"; then\n 321:  ok \"archive writer rejects unintended musl members\"\n 322:else\n 323:  fail \"archive writer rejected unintended member for wrong reason: $(cat \"$TMP/output\")\"\n...\n 340:  || fail \"packer floor advertisement missing/too low; plan=[$plan]\"\n*341:echo \"$plan\" | grep -Fq \"$MUSL_TRIPLE/omp-spt  [ELF64 x86_64, static]\" \\\n 342:  && ok \"dry-run identifies the static musl target\" \\\n 343:  || fail \"dry-run omits the static musl contract; plan=[$plan]\"\n 344:manifest_floor=$(grep -E '^min_spt_core_version' \"$ROOT/adapter/omp-spt.toml\" | head -1 | sed -E 's/.*\"([^\"]+)\".*/\\1/')"}],"details":{"scopePath":"tests/adapter-archive.sh","searchPath":"C:\\Users\\decid\\Documents\\projects\\omp-spt\\tests\\adapter-archive.sh","cwd":"C:\\Users\\decid\\Documents\\projects\\omp-spt","matchCount":48,"fileCount":1,"files":["tests/adapter-archive.sh"],"fileMatches":[{"path":"tests/adapter-archive.sh","count":48}],"truncated":false,"displayContent":"   1│#!/bin/sh\n  *2│# Deterministic fixture test for the exact three-target adapter.spt release contract.\n   3│set -u\n   4│ROOT=$(CDPATH= cd \"$(dirname \"$0\")/..\" && pwd)\n   5│PACKER=\"$ROOT/ci/publish/package-adapter.sh\"\n    │...\n  31│TARGET=\"$ROOT/tools/omp-spt/target\"\n *32│mkdir -p \"$TARGET\" || { echo \"FAIL: cannot create fixture parent $TARGET\"; exit 1; }\n *33│TMP=$(mktemp -d \"$TARGET/adapter-archive-fixture.XXXXXX\") || { echo \"FAIL: mktemp\"; exit 1; }\n  34│trap 'rm -rf \"$TMP\"' EXIT INT TERM\n  35│REL=${TMP#\"$TARGET/\"}\n *36│[ \"$REL\" != \"$TMP\" ] || { echo \"FAIL: fixture is not beneath target/\"; exit 1; }\n  37│WIN_RELSUB=\"$REL/windows-release\"\n  38│GNU_RELSUB=\"$REL/gnu-release\"\n  39│MUSL_RELSUB=\"$REL/musl-release\"\n  40│mkdir -p \"$TARGET/$WIN_RELSUB\" \"$TARGET/$GNU_RELSUB\" \"$TARGET/$MUSL_RELSUB\" \\\n *41│  || { echo \"FAIL: cannot create fixture binary directories\"; exit 1; }\n  42│\n *43│# Generate structurally valid, deterministic target fixtures. The GNU ELF has glibc's x86_64\n *44│# PT_INTERP; the musl fixture is static (no PT_INTERP or DT_NEEDED); WRONG_ARCH is static AArch64;\n *45│# NEEDED has no interpreter but still declares a dynamic dependency.\n  46│WIN_GOOD=\"$TMP/windows-good.exe\"\n  47│GNU_GOOD=\"$TMP/gnu-good\"\n  48│MUSL_GOOD=\"$TMP/musl-good\"\n    │...\n  56│\n *57│def pe(path: str) -> None:\n  58│    image = bytearray(512)\n  59│    image[:2] = b\"MZ\"\n  60│    struct.pack_into(\"<I\", image, 0x3C, 0x80)\n *61│    image[0x80:0x84] = b\"PE\\0\\0\"\n  62│    struct.pack_into(\"<HHIIIHH\", image, 0x84, 0x8664, 1, 0, 0, 0, 0xF0, 0x0002)\n  63│    struct.pack_into(\"<H\", image, 0x98, 0x20B)\n *64│    image[0x190:] = b\"deterministic windows fixture\"\n  65│    Path(path).write_bytes(image)\n  66│\n  67│\n *68│def elf(path: str, machine: int, interpreter) -> None:\n  69│    encoded_interpreter = b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n  70│    program_count = 1 + (1 if interpreter is not None else 0)\n  71│    payload_offset = 64 + program_count * 56\n  72│    file_size = payload_offset + len(encoded_interpreter) + 32\n *73│    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n  74│    header = struct.pack(\n  75│        \"<16sHHIQQQIHHHHHH\",\n  76│        ident,\n    │...\n  93│    if interpreter is not None:\n *94│        programs.append(\n  95│            struct.pack(\n  96│                \"<IIQQQQQQ\",\n  97│                3,\n    │...\n 106│        )\n*107│    marker = b\"deterministic ELF fixture\".ljust(32, b\"\\0\")\n 108│    Path(path).write_bytes(header + b\"\".join(programs) + encoded_interpreter + marker)\n 109│\n 110│\n*111│def elf_with_needed(path: str) -> None:\n 112│    program_count = 2\n 113│    dynamic_offset = 64 + program_count * 56\n 114│    dynamic_entries = struct.pack(\"<qQqQ\", 1, 0, 0, 0)\n*115│    marker = b\"dynamic dependency fixture\".ljust(32, b\"\\0\")\n 116│    file_size = dynamic_offset + len(dynamic_entries) + len(marker)\n*117│    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n 118│    header = struct.pack(\n 119│        \"<16sHHIQQQIHHHHHH\",\n 120│        ident,\n    │...\n 149│\n*150│pe(sys.argv[1])\n*151│elf(sys.argv[2], 62, \"/lib64/ld-linux-x86-64.so.2\")\n*152│elf(sys.argv[3], 62, None)\n*153│elf(sys.argv[4], 183, None)\n*154│elf_with_needed(sys.argv[5])\n 155│PY\n 156│cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n 157│cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n    │...\n 160│\n*161│expect_packer_failure() {\n 162│  name=$1\n*163│  expected=$2\n 164│  shift 2\n 165│  if \"$@\" >\"$TMP/output\" 2>&1; then\n*166│    fail \"$name unexpectedly succeeded\"\n*167│  elif grep -Fq \"$expected\" \"$TMP/output\"; then\n 168│    ok \"$name fails closed\"\n 169│  else\n 170│    fail \"$name failed for the wrong reason: $(cat \"$TMP/output\")\"\n    │...\n 174│BASE_OUT=\"$TMP/rejected.spt\"\n*175│expect_packer_failure \"missing GNU helper\" \"MISS\" \\\n 176│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$REL/missing-gnu-release\" \\\n 177│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 178│\n*179│printf '%s\\n' 'not a PE binary' >\"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n*180│expect_packer_failure \"malformed Windows helper\" \"truncated DOS header\" \\\n 181│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 182│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 183│cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n 184│\n*185│printf '%s\\n' 'not an ELF binary' >\"$TARGET/$GNU_RELSUB/omp-spt\"\n*186│expect_packer_failure \"malformed GNU helper\" \"truncated ELF64 header\" \\\n 187│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 188│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 189│cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n 190│\n*191│expect_packer_failure \"missing musl helper\" \"MISS\" \\\n 192│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 193│  OMP_SPT_MUSL_RELSUB=\"$REL/missing-musl-release\" ADAPTER_SPT_OUT=\"$BASE_OUT\" \\\n 194│  sh \"$PACKER\" --apply\n 195│\n*196│printf '%s\\n' 'not an ELF binary' >\"$TARGET/$MUSL_RELSUB/omp-spt\"\n*197│expect_packer_failure \"malformed musl helper\" \"truncated ELF64 header\" \\\n 198│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 199│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 200│\n 201│cp \"$GNU_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*202│expect_packer_failure \"GNU helper mislabeled as musl\" \"musl target must be static\" \\\n 203│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 204│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 205│\n 206│cp \"$NEEDED\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*207│expect_packer_failure \"musl helper with DT_NEEDED dependency\" \"has 1 DT_NEEDED entry\" \\\n 208│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 209│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 210│\n 211│cp \"$WRONG_ARCH\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*212│expect_packer_failure \"wrong-architecture musl helper\" \"is not x86_64\" \\\n 213│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 214│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 215│\n    │...\n 217│chmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*218│expect_packer_failure \"non-executable archived GNU helper\" \"is not executable\" \\\n 219│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 220│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_LINUX_MODE=0644 \\\n 221│  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 222│\n*223│expect_packer_failure \"non-executable archived musl helper\" \"is not executable\" \\\n 224│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 225│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_MUSL_MODE=0644 \\\n 226│  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n    │...\n 230│printf '%s\\n' 'wrong extension' >\"$BAD_STRINGS/other.mjs\"\n*231│expect_packer_failure \"incomplete shared plugin\" \"required shared plugin file missing\" \\\n 232│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 233│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_STRINGS_DIR=\"$BAD_STRINGS\" \\\n 234│  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n    │...\n 250│NORMALIZED=$(printf '%s\\n' \"$LIST\" | sed 's:/$::' | sort)\n*251│EXPECTED=$(printf '%s\\n' \\\n 252│  manifest.toml \\\n 253│  strings strings/omp-spt.mjs strings/package.json strings/skills \\\n 254│  strings/skills/commune strings/skills/commune/SKILL.md \\\n    │...\n 260│  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\n*261│if [ \"$NORMALIZED\" = \"$EXPECTED\" ]; then\n 262│  ok \"archive has deterministic exact shared and three-target membership\"\n 263│else\n 264│  fail \"archive membership mismatch: [$NORMALIZED]\"\n    │...\n 267│WIN_MAGIC=$(tar -xOzf \"$OUT\" \"$WIN_TRIPLE/omp-spt.exe\" | od -An -tx1 -N4 | tr -d '[:space:]')\n*268│case \"$WIN_MAGIC\" in 4d5a*) ok \"Windows archive member retains PE magic\" ;; *) fail \"Windows member magic=$WIN_MAGIC\" ;; esac\n 269│for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n 270│  magic=$(tar -xOzf \"$OUT\" \"$triple/omp-spt\" | od -An -tx1 -N4 | tr -d '[:space:]')\n*271│  [ \"$magic\" = \"7f454c46\" ] && ok \"$triple member retains ELF magic\" || fail \"$triple member magic=$magic\"\n 272│  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" | awk 'NR == 1 {print $1}')\n 273│  case \"$mode\" in -rwx*) ok \"$triple member is executable ($mode)\" ;; *) fail \"$triple member is not executable ($mode)\" ;; esac\n 274│done\n    │...\n 302│\n*303│# The archive writer itself rejects an unintended file under the musl directory rather than\n 304│# silently growing the public contract.\n 305│WRITER_STAGE=\"$TMP/writer-stage\"\n 306│mkdir -p \"$WRITER_STAGE/strings\" \"$WRITER_STAGE/$WIN_TRIPLE\" \\\n    │...\n 319│  fail \"archive writer accepted an unintended musl member\"\n*320│elif grep -Fq \"unexpected staged archive member\" \"$TMP/output\"; then\n 321│  ok \"archive writer rejects unintended musl members\"\n 322│else\n 323│  fail \"archive writer rejected unintended member for wrong reason: $(cat \"$TMP/output\")\"\n    │...\n 340│  || fail \"packer floor advertisement missing/too low; plan=[$plan]\"\n*341│echo \"$plan\" | grep -Fq \"$MUSL_TRIPLE/omp-spt  [ELF64 x86_64, static]\" \\\n 342│  && ok \"dry-run identifies the static musl target\" \\\n 343│  || fail \"dry-run omits the static musl contract; plan=[$plan]\"\n 344│manifest_floor=$(grep -E '^min_spt_core_version' \"$ROOT/adapter/omp-spt.toml\" | head -1 | sed -E 's/.*\"([^\"]+)\".*/\\1/')"},"isError":false,"timestamp":1784195144263}}
{"type":"message","id":"144c5165","parentId":"c57e9105","timestamp":"2026-07-16T09:45:44.266Z","message":{"role":"toolResult","toolCallId":"call_Q3WRPyHIEnFKKEBdWYK3JXjB|fc_0ce43b44bb495320016a58a848391c8198b04f3f8a4f8a00e3","toolName":"read","content":[{"type":"text","text":"[adapter-archive.sh#10F7]\n1:#!/bin/sh\n2:# Deterministic fixture test for the exact three-target adapter.spt release contract.\n3:set -u\n4:ROOT=$(CDPATH= cd \"$(dirname \"$0\")/..\" && pwd)\n5:PACKER=\"$ROOT/ci/publish/package-adapter.sh\"\n6:WRITER=\"$ROOT/ci/publish/create-adapter-archive.py\"\n7:WIN_TRIPLE=x86_64-pc-windows-msvc\n8:GNU_TRIPLE=x86_64-unknown-linux-gnu\n9:MUSL_TRIPLE=x86_64-unknown-linux-musl\n10:SHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\n11:rc=0\n12:fail() { printf 'FAIL: %s\\n' \"$1\"; rc=1; }\n13:ok() { printf 'ok   %s\\n' \"$1\"; }\n14:\n15:for tool in awk chmod cmp cp dirname env grep head mkdir mktemp od rm sed sort tar tr; do\n16:  command -v \"$tool\" >/dev/null 2>&1 || { echo \"FAIL: required tool unavailable: $tool\"; exit 1; }\n17:done\n18:PY=\"\"\n19:for cand in \"${OMP_SPT_PYTHON:-}\" python python3 py; do\n20:  [ -n \"$cand\" ] || continue\n21:  command -v \"$cand\" >/dev/null 2>&1 || continue\n22:  PY=$cand\n23:  break\n24:done\n25:[ -n \"$PY\" ] || { echo \"FAIL: Python unavailable\"; exit 1; }\n26:if ! sh \"$ROOT/tests/manifest-schema.sh\"; then\n27:  echo \"FAIL: manifest-schema prerequisite failed\"\n28:  exit 1\n29:fi\n30:\n31:TARGET=\"$ROOT/tools/omp-spt/target\"\n32:mkdir -p \"$TARGET\" || { echo \"FAIL: cannot create fixture parent $TARGET\"; exit 1; }\n33:TMP=$(mktemp -d \"$TARGET/adapter-archive-fixture.XXXXXX\") || { echo \"FAIL: mktemp\"; exit 1; }\n34:trap 'rm -rf \"$TMP\"' EXIT INT TERM\n35:REL=${TMP#\"$TARGET/\"}\n36:[ \"$REL\" != \"$TMP\" ] || { echo \"FAIL: fixture is not beneath target/\"; exit 1; }\n37:WIN_RELSUB=\"$REL/windows-release\"\n38:GNU_RELSUB=\"$REL/gnu-release\"\n39:MUSL_RELSUB=\"$REL/musl-release\"\n40:mkdir -p \"$TARGET/$WIN_RELSUB\" \"$TARGET/$GNU_RELSUB\" \"$TARGET/$MUSL_RELSUB\" \\\n41:  || { echo \"FAIL: cannot create fixture binary directories\"; exit 1; }\n42:\n43:# Generate structurally valid, deterministic target fixtures. The GNU ELF has glibc's x86_64\n44:# PT_INTERP; the musl fixture is static (no PT_INTERP or DT_NEEDED); WRONG_ARCH is static AArch64;\n45:# NEEDED has no interpreter but still declares a dynamic dependency.\n46:WIN_GOOD=\"$TMP/windows-good.exe\"\n47:GNU_GOOD=\"$TMP/gnu-good\"\n48:MUSL_GOOD=\"$TMP/musl-good\"\n49:WRONG_ARCH=\"$TMP/aarch64-static\"\n50:NEEDED=\"$TMP/needed-no-interpreter\"\n51:\"$PY\" - \"$WIN_GOOD\" \"$GNU_GOOD\" \"$MUSL_GOOD\" \"$WRONG_ARCH\" \"$NEEDED\" <<'PY'\n52:from pathlib import Path\n53:import struct\n54:import sys\n55:\n56:\n57:def pe(path: str) -> None:\n58:    image = bytearray(512)\n59:    image[:2] = b\"MZ\"\n60:    struct.pack_into(\"<I\", image, 0x3C, 0x80)\n61:    image[0x80:0x84] = b\"PE\\0\\0\"\n62:    struct.pack_into(\"<HHIIIHH\", image, 0x84, 0x8664, 1, 0, 0, 0, 0xF0, 0x0002)\n63:    struct.pack_into(\"<H\", image, 0x98, 0x20B)\n64:    image[0x190:] = b\"deterministic windows fixture\"\n65:    Path(path).write_bytes(image)\n66:\n67:\n68:def elf(path: str, machine: int, interpreter) -> None:\n69:    encoded_interpreter = b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n70:    program_count = 1 + (1 if interpreter is not None else 0)\n71:    payload_offset = 64 + program_count * 56\n72:    file_size = payload_offset + len(encoded_interpreter) + 32\n73:    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n74:    header = struct.pack(\n75:        \"<16sHHIQQQIHHHHHH\",\n76:        ident,\n77:        3,\n78:        machine,\n79:        1,\n80:        0,\n81:        64,\n82:        0,\n83:        0,\n84:        64,\n85:        56,\n86:        program_count,\n87:        0,\n88:        0,\n89:        0,\n90:    )\n91:    load = struct.pack(\"<IIQQQQQQ\", 1, 5, 0, 0, 0, file_size, file_size, 0x1000)\n92:    programs = [load]\n93:    if interpreter is not None:\n94:        programs.append(\n95:            struct.pack(\n96:                \"<IIQQQQQQ\",\n97:                3,\n98:                4,\n99:                payload_offset,\n100:                payload_offset,\n101:                payload_offset,\n102:                len(encoded_interpreter),\n103:                len(encoded_interpreter),\n104:                1,\n105:            )\n106:        )\n107:    marker = b\"deterministic ELF fixture\".ljust(32, b\"\\0\")\n108:    Path(path).write_bytes(header + b\"\".join(programs) + encoded_interpreter + marker)\n109:\n110:\n111:def elf_with_needed(path: str) -> None:\n112:    program_count = 2\n113:    dynamic_offset = 64 + program_count * 56\n114:    dynamic_entries = struct.pack(\"<qQqQ\", 1, 0, 0, 0)\n115:    marker = b\"dynamic dependency fixture\".ljust(32, b\"\\0\")\n116:    file_size = dynamic_offset + len(dynamic_entries) + len(marker)\n117:    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n118:    header = struct.pack(\n119:        \"<16sHHIQQQIHHHHHH\",\n120:        ident,\n121:        3,\n122:        62,\n123:        1,\n124:        0,\n125:        64,\n126:        0,\n127:        0,\n128:        64,\n129:        56,\n130:        program_count,\n131:        0,\n132:        0,\n133:        0,\n134:    )\n135:    load = struct.pack(\"<IIQQQQQQ\", 1, 5, 0, 0, 0, file_size, file_size, 0x1000)\n136:    dynamic = struct.pack(\n137:        \"<IIQQQQQQ\",\n138:        2,\n139:        4,\n140:        dynamic_offset,\n141:        dynamic_offset,\n142:        dynamic_offset,\n143:        len(dynamic_entries),\n144:        len(dynamic_entries),\n145:        8,\n146:    )\n147:    Path(path).write_bytes(header + load + dynamic + dynamic_entries + marker)\n148:\n149:\n150:pe(sys.argv[1])\n151:elf(sys.argv[2], 62, \"/lib64/ld-linux-x86-64.so.2\")\n152:elf(sys.argv[3], 62, None)\n153:elf(sys.argv[4], 183, None)\n154:elf_with_needed(sys.argv[5])\n155:PY\n156:cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n157:cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n158:cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n159:chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n160:\n161:expect_packer_failure() {\n162:  name=$1\n163:  expected=$2\n164:  shift 2\n165:  if \"$@\" >\"$TMP/output\" 2>&1; then\n166:    fail \"$name unexpectedly succeeded\"\n167:  elif grep -Fq \"$expected\" \"$TMP/output\"; then\n168:    ok \"$name fails closed\"\n169:  else\n170:    fail \"$name failed for the wrong reason: $(cat \"$TMP/output\")\"\n171:  fi\n172:}\n173:\n174:BASE_OUT=\"$TMP/rejected.spt\"\n175:expect_packer_failure \"missing GNU helper\" \"MISS\" \\\n176:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$REL/missing-gnu-release\" \\\n177:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n178:\n179:printf '%s\\n' 'not a PE binary' >\"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n180:expect_packer_failure \"malformed Windows helper\" \"truncated DOS header\" \\\n181:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n182:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n183:cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n184:\n185:printf '%s\\n' 'not an ELF binary' >\"$TARGET/$GNU_RELSUB/omp-spt\"\n186:expect_packer_failure \"malformed GNU helper\" \"truncated ELF64 header\" \\\n187:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n188:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n189:cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n190:\n191:expect_packer_failure \"missing musl helper\" \"MISS\" \\\n192:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n193:  OMP_SPT_MUSL_RELSUB=\"$REL/missing-musl-release\" ADAPTER_SPT_OUT=\"$BASE_OUT\" \\\n194:  sh \"$PACKER\" --apply\n195:\n196:printf '%s\\n' 'not an ELF binary' >\"$TARGET/$MUSL_RELSUB/omp-spt\"\n197:expect_packer_failure \"malformed musl helper\" \"truncated ELF64 header\" \\\n198:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n199:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n200:\n201:cp \"$GNU_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n202:expect_packer_failure \"GNU helper mislabeled as musl\" \"musl target must be static\" \\\n203:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n204:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n205:\n206:cp \"$NEEDED\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n207:expect_packer_failure \"musl helper with DT_NEEDED dependency\" \"has 1 DT_NEEDED entry\" \\\n208:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n209:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n210:\n211:cp \"$WRONG_ARCH\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n212:expect_packer_failure \"wrong-architecture musl helper\" \"is not x86_64\" \\\n213:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n214:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n215:\n216:cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n217:chmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\n218:expect_packer_failure \"non-executable archived GNU helper\" \"is not executable\" \\\n219:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n220:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_LINUX_MODE=0644 \\\n221:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n222:\n223:expect_packer_failure \"non-executable archived musl helper\" \"is not executable\" \\\n224:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n225:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_MUSL_MODE=0644 \\\n226:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n227:\n228:BAD_STRINGS=\"$TMP/bad-strings\"\n229:mkdir -p \"$BAD_STRINGS\"\n230:printf '%s\\n' 'wrong extension' >\"$BAD_STRINGS/other.mjs\"\n231:expect_packer_failure \"incomplete shared plugin\" \"required shared plugin file missing\" \\\n232:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n233:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_STRINGS_DIR=\"$BAD_STRINGS\" \\\n234:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n235:\n236:OUT=\"$TMP/adapter.spt\"\n237:# [unit->REQ-DIST-ADAPTER-RELEASE]\n238:# [unit->REQ-DIST-LINUX-MUSL]\n239:if package_out=$(SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n240:   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n241:   ADAPTER_SPT_OUT=\"$OUT\" sh \"$PACKER\" --apply 2>&1); then\n242:  ok \"three-target packer --apply succeeds\"\n243:else\n244:  fail \"packer --apply exited non-zero: $package_out\"\n245:  exit \"$rc\"\n246:fi\n247:[ -f \"$OUT\" ] || { fail \"no archive written at $OUT\"; exit \"$rc\"; }\n248:\n249:LIST=$(tar -tzf \"$OUT\")\n250:NORMALIZED=$(printf '%s\\n' \"$LIST\" | sed 's:/$::' | sort)\n251:EXPECTED=$(printf '%s\\n' \\\n252:  manifest.toml \\\n253:  strings strings/omp-spt.mjs strings/package.json strings/skills \\\n254:  strings/skills/commune strings/skills/commune/SKILL.md \\\n255:  strings/skills/role strings/skills/role/SKILL.md \\\n256:  strings/skills/setup strings/skills/setup/SKILL.md \\\n257:  strings/skills/signoff strings/skills/signoff/SKILL.md \\\n258:  \"$WIN_TRIPLE\" \"$WIN_TRIPLE/omp-spt.exe\" \\\n259:  \"$GNU_TRIPLE\" \"$GNU_TRIPLE/omp-spt\" \\\n260:  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\n261:if [ \"$NORMALIZED\" = \"$EXPECTED\" ]; then\n262:  ok \"archive has deterministic exact shared and three-target membership\"\n263:else\n264:  fail \"archive membership mismatch: [$NORMALIZED]\"\n265:fi\n\n[Showing lines 1-263 of 352. Use :264 to continue]"}],"details":{"truncation":{"content":"#!/bin/sh\n# Deterministic fixture test for the exact three-target adapter.spt release contract.\nset -u\nROOT=$(CDPATH= cd \"$(dirname \"$0\")/..\" && pwd)\nPACKER=\"$ROOT/ci/publish/package-adapter.sh\"\nWRITER=\"$ROOT/ci/publish/create-adapter-archive.py\"\nWIN_TRIPLE=x86_64-pc-windows-msvc\nGNU_TRIPLE=x86_64-unknown-linux-gnu\nMUSL_TRIPLE=x86_64-unknown-linux-musl\nSHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\nrc=0\nfail() { printf 'FAIL: %s\\n' \"$1\"; rc=1; }\nok() { printf 'ok   %s\\n' \"$1\"; }\n\nfor tool in awk chmod cmp cp dirname env grep head mkdir mktemp od rm sed sort tar tr; do\n  command -v \"$tool\" >/dev/null 2>&1 || { echo \"FAIL: required tool unavailable: $tool\"; exit 1; }\ndone\nPY=\"\"\nfor cand in \"${OMP_SPT_PYTHON:-}\" python python3 py; do\n  [ -n \"$cand\" ] || continue\n  command -v \"$cand\" >/dev/null 2>&1 || continue\n  PY=$cand\n  break\ndone\n[ -n \"$PY\" ] || { echo \"FAIL: Python unavailable\"; exit 1; }\nif ! sh \"$ROOT/tests/manifest-schema.sh\"; then\n  echo \"FAIL: manifest-schema prerequisite failed\"\n  exit 1\nfi\n\nTARGET=\"$ROOT/tools/omp-spt/target\"\nmkdir -p \"$TARGET\" || { echo \"FAIL: cannot create fixture parent $TARGET\"; exit 1; }\nTMP=$(mktemp -d \"$TARGET/adapter-archive-fixture.XXXXXX\") || { echo \"FAIL: mktemp\"; exit 1; }\ntrap 'rm -rf \"$TMP\"' EXIT INT TERM\nREL=${TMP#\"$TARGET/\"}\n[ \"$REL\" != \"$TMP\" ] || { echo \"FAIL: fixture is not beneath target/\"; exit 1; }\nWIN_RELSUB=\"$REL/windows-release\"\nGNU_RELSUB=\"$REL/gnu-release\"\nMUSL_RELSUB=\"$REL/musl-release\"\nmkdir -p \"$TARGET/$WIN_RELSUB\" \"$TARGET/$GNU_RELSUB\" \"$TARGET/$MUSL_RELSUB\" \\\n  || { echo \"FAIL: cannot create fixture binary directories\"; exit 1; }\n\n# Generate structurally valid, deterministic target fixtures. The GNU ELF has glibc's x86_64\n# PT_INTERP; the musl fixture is static (no PT_INTERP or DT_NEEDED); WRONG_ARCH is static AArch64;\n# NEEDED has no interpreter but still declares a dynamic dependency.\nWIN_GOOD=\"$TMP/windows-good.exe\"\nGNU_GOOD=\"$TMP/gnu-good\"\nMUSL_GOOD=\"$TMP/musl-good\"\nWRONG_ARCH=\"$TMP/aarch64-static\"\nNEEDED=\"$TMP/needed-no-interpreter\"\n\"$PY\" - \"$WIN_GOOD\" \"$GNU_GOOD\" \"$MUSL_GOOD\" \"$WRONG_ARCH\" \"$NEEDED\" <<'PY'\nfrom pathlib import Path\nimport struct\nimport sys\n\n\ndef pe(path: str) -> None:\n    image = bytearray(512)\n    image[:2] = b\"MZ\"\n    struct.pack_into(\"<I\", image, 0x3C, 0x80)\n    image[0x80:0x84] = b\"PE\\0\\0\"\n    struct.pack_into(\"<HHIIIHH\", image, 0x84, 0x8664, 1, 0, 0, 0, 0xF0, 0x0002)\n    struct.pack_into(\"<H\", image, 0x98, 0x20B)\n    image[0x190:] = b\"deterministic windows fixture\"\n    Path(path).write_bytes(image)\n\n\ndef elf(path: str, machine: int, interpreter) -> None:\n    encoded_interpreter = b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n    program_count = 1 + (1 if interpreter is not None else 0)\n    payload_offset = 64 + program_count * 56\n    file_size = payload_offset + len(encoded_interpreter) + 32\n    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n    header = struct.pack(\n        \"<16sHHIQQQIHHHHHH\",\n        ident,\n        3,\n        machine,\n        1,\n        0,\n        64,\n        0,\n        0,\n        64,\n        56,\n        program_count,\n        0,\n        0,\n        0,\n    )\n    load = struct.pack(\"<IIQQQQQQ\", 1, 5, 0, 0, 0, file_size, file_size, 0x1000)\n    programs = [load]\n    if interpreter is not None:\n        programs.append(\n            struct.pack(\n                \"<IIQQQQQQ\",\n                3,\n                4,\n                payload_offset,\n                payload_offset,\n                payload_offset,\n                len(encoded_interpreter),\n                len(encoded_interpreter),\n                1,\n            )\n        )\n    marker = b\"deterministic ELF fixture\".ljust(32, b\"\\0\")\n    Path(path).write_bytes(header + b\"\".join(programs) + encoded_interpreter + marker)\n\n\ndef elf_with_needed(path: str) -> None:\n    program_count = 2\n    dynamic_offset = 64 + program_count * 56\n    dynamic_entries = struct.pack(\"<qQqQ\", 1, 0, 0, 0)\n    marker = b\"dynamic dependency fixture\".ljust(32, b\"\\0\")\n    file_size = dynamic_offset + len(dynamic_entries) + len(marker)\n    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n    header = struct.pack(\n        \"<16sHHIQQQIHHHHHH\",\n        ident,\n        3,\n        62,\n        1,\n        0,\n        64,\n        0,\n        0,\n        64,\n        56,\n        program_count,\n        0,\n        0,\n        0,\n    )\n    load = struct.pack(\"<IIQQQQQQ\", 1, 5, 0, 0, 0, file_size, file_size, 0x1000)\n    dynamic = struct.pack(\n        \"<IIQQQQQQ\",\n        2,\n        4,\n        dynamic_offset,\n        dynamic_offset,\n        dynamic_offset,\n        len(dynamic_entries),\n        len(dynamic_entries),\n        8,\n    )\n    Path(path).write_bytes(header + load + dynamic + dynamic_entries + marker)\n\n\npe(sys.argv[1])\nelf(sys.argv[2], 62, \"/lib64/ld-linux-x86-64.so.2\")\nelf(sys.argv[3], 62, None)\nelf(sys.argv[4], 183, None)\nelf_with_needed(sys.argv[5])\nPY\ncp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\ncp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\ncp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nchmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n\nexpect_packer_failure() {\n  name=$1\n  expected=$2\n  shift 2\n  if \"$@\" >\"$TMP/output\" 2>&1; then\n    fail \"$name unexpectedly succeeded\"\n  elif grep -Fq \"$expected\" \"$TMP/output\"; then\n    ok \"$name fails closed\"\n  else\n    fail \"$name failed for the wrong reason: $(cat \"$TMP/output\")\"\n  fi\n}\n\nBASE_OUT=\"$TMP/rejected.spt\"\nexpect_packer_failure \"missing GNU helper\" \"MISS\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$REL/missing-gnu-release\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nprintf '%s\\n' 'not a PE binary' >\"$TARGET/$WIN_RELSUB/omp-spt.exe\"\nexpect_packer_failure \"malformed Windows helper\" \"truncated DOS header\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\ncp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n\nprintf '%s\\n' 'not an ELF binary' >\"$TARGET/$GNU_RELSUB/omp-spt\"\nexpect_packer_failure \"malformed GNU helper\" \"truncated ELF64 header\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\ncp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n\nexpect_packer_failure \"missing musl helper\" \"MISS\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$REL/missing-musl-release\" ADAPTER_SPT_OUT=\"$BASE_OUT\" \\\n  sh \"$PACKER\" --apply\n\nprintf '%s\\n' 'not an ELF binary' >\"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"malformed musl helper\" \"truncated ELF64 header\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$GNU_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"GNU helper mislabeled as musl\" \"musl target must be static\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$NEEDED\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"musl helper with DT_NEEDED dependency\" \"has 1 DT_NEEDED entry\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$WRONG_ARCH\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"wrong-architecture musl helper\" \"is not x86_64\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nchmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"non-executable archived GNU helper\" \"is not executable\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_LINUX_MODE=0644 \\\n  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nexpect_packer_failure \"non-executable archived musl helper\" \"is not executable\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_MUSL_MODE=0644 \\\n  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nBAD_STRINGS=\"$TMP/bad-strings\"\nmkdir -p \"$BAD_STRINGS\"\nprintf '%s\\n' 'wrong extension' >\"$BAD_STRINGS/other.mjs\"\nexpect_packer_failure \"incomplete shared plugin\" \"required shared plugin file missing\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_STRINGS_DIR=\"$BAD_STRINGS\" \\\n  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nOUT=\"$TMP/adapter.spt\"\n# [unit->REQ-DIST-ADAPTER-RELEASE]\n# [unit->REQ-DIST-LINUX-MUSL]\nif package_out=$(SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n   ADAPTER_SPT_OUT=\"$OUT\" sh \"$PACKER\" --apply 2>&1); then\n  ok \"three-target packer --apply succeeds\"\nelse\n  fail \"packer --apply exited non-zero: $package_out\"\n  exit \"$rc\"\nfi\n[ -f \"$OUT\" ] || { fail \"no archive written at $OUT\"; exit \"$rc\"; }\n\nLIST=$(tar -tzf \"$OUT\")\nNORMALIZED=$(printf '%s\\n' \"$LIST\" | sed 's:/$::' | sort)\nEXPECTED=$(printf '%s\\n' \\\n  manifest.toml \\\n  strings strings/omp-spt.mjs strings/package.json strings/skills \\\n  strings/skills/commune strings/skills/commune/SKILL.md \\\n  strings/skills/role strings/skills/role/SKILL.md \\\n  strings/skills/setup strings/skills/setup/SKILL.md \\\n  strings/skills/signoff strings/skills/signoff/SKILL.md \\\n  \"$WIN_TRIPLE\" \"$WIN_TRIPLE/omp-spt.exe\" \\\n  \"$GNU_TRIPLE\" \"$GNU_TRIPLE/omp-spt\" \\\n  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\nif [ \"$NORMALIZED\" = \"$EXPECTED\" ]; then\n  ok \"archive has deterministic exact shared and three-target membership\"\nelse","truncated":true,"truncatedBy":"lines","totalLines":352,"totalBytes":10034,"outputLines":263,"outputBytes":10034,"lastLinePartial":false,"firstLineExceedsLimit":false},"displayContent":{"text":"#!/bin/sh\n# Deterministic fixture test for the exact three-target adapter.spt release contract.\nset -u\nROOT=$(CDPATH= cd \"$(dirname \"$0\")/..\" && pwd)\nPACKER=\"$ROOT/ci/publish/package-adapter.sh\"\nWRITER=\"$ROOT/ci/publish/create-adapter-archive.py\"\nWIN_TRIPLE=x86_64-pc-windows-msvc\nGNU_TRIPLE=x86_64-unknown-linux-gnu\nMUSL_TRIPLE=x86_64-unknown-linux-musl\nSHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\nrc=0\nfail() { printf 'FAIL: %s\\n' \"$1\"; rc=1; }\nok() { printf 'ok   %s\\n' \"$1\"; }\n\nfor tool in awk chmod cmp cp dirname env grep head mkdir mktemp od rm sed sort tar tr; do\n  command -v \"$tool\" >/dev/null 2>&1 || { echo \"FAIL: required tool unavailable: $tool\"; exit 1; }\ndone\nPY=\"\"\nfor cand in \"${OMP_SPT_PYTHON:-}\" python python3 py; do\n  [ -n \"$cand\" ] || continue\n  command -v \"$cand\" >/dev/null 2>&1 || continue\n  PY=$cand\n  break\ndone\n[ -n \"$PY\" ] || { echo \"FAIL: Python unavailable\"; exit 1; }\nif ! sh \"$ROOT/tests/manifest-schema.sh\"; then\n  echo \"FAIL: manifest-schema prerequisite failed\"\n  exit 1\nfi\n\nTARGET=\"$ROOT/tools/omp-spt/target\"\nmkdir -p \"$TARGET\" || { echo \"FAIL: cannot create fixture parent $TARGET\"; exit 1; }\nTMP=$(mktemp -d \"$TARGET/adapter-archive-fixture.XXXXXX\") || { echo \"FAIL: mktemp\"; exit 1; }\ntrap 'rm -rf \"$TMP\"' EXIT INT TERM\nREL=${TMP#\"$TARGET/\"}\n[ \"$REL\" != \"$TMP\" ] || { echo \"FAIL: fixture is not beneath target/\"; exit 1; }\nWIN_RELSUB=\"$REL/windows-release\"\nGNU_RELSUB=\"$REL/gnu-release\"\nMUSL_RELSUB=\"$REL/musl-release\"\nmkdir -p \"$TARGET/$WIN_RELSUB\" \"$TARGET/$GNU_RELSUB\" \"$TARGET/$MUSL_RELSUB\" \\\n  || { echo \"FAIL: cannot create fixture binary directories\"; exit 1; }\n\n# Generate structurally valid, deterministic target fixtures. The GNU ELF has glibc's x86_64\n# PT_INTERP; the musl fixture is static (no PT_INTERP or DT_NEEDED); WRONG_ARCH is static AArch64;\n# NEEDED has no interpreter but still declares a dynamic dependency.\nWIN_GOOD=\"$TMP/windows-good.exe\"\nGNU_GOOD=\"$TMP/gnu-good\"\nMUSL_GOOD=\"$TMP/musl-good\"\nWRONG_ARCH=\"$TMP/aarch64-static\"\nNEEDED=\"$TMP/needed-no-interpreter\"\n\"$PY\" - \"$WIN_GOOD\" \"$GNU_GOOD\" \"$MUSL_GOOD\" \"$WRONG_ARCH\" \"$NEEDED\" <<'PY'\nfrom pathlib import Path\nimport struct\nimport sys\n\n\ndef pe(path: str) -> None:\n    image = bytearray(512)\n    image[:2] = b\"MZ\"\n    struct.pack_into(\"<I\", image, 0x3C, 0x80)\n    image[0x80:0x84] = b\"PE\\0\\0\"\n    struct.pack_into(\"<HHIIIHH\", image, 0x84, 0x8664, 1, 0, 0, 0, 0xF0, 0x0002)\n    struct.pack_into(\"<H\", image, 0x98, 0x20B)\n    image[0x190:] = b\"deterministic windows fixture\"\n    Path(path).write_bytes(image)\n\n\ndef elf(path: str, machine: int, interpreter) -> None:\n    encoded_interpreter = b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n    program_count = 1 + (1 if interpreter is not None else 0)\n    payload_offset = 64 + program_count * 56\n    file_size = payload_offset + len(encoded_interpreter) + 32\n    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n    header = struct.pack(\n        \"<16sHHIQQQIHHHHHH\",\n        ident,\n        3,\n        machine,\n        1,\n        0,\n        64,\n        0,\n        0,\n        64,\n        56,\n        program_count,\n        0,\n        0,\n        0,\n    )\n    load = struct.pack(\"<IIQQQQQQ\", 1, 5, 0, 0, 0, file_size, file_size, 0x1000)\n    programs = [load]\n    if interpreter is not None:\n        programs.append(\n            struct.pack(\n                \"<IIQQQQQQ\",\n                3,\n                4,\n                payload_offset,\n                payload_offset,\n                payload_offset,\n                len(encoded_interpreter),\n                len(encoded_interpreter),\n                1,\n            )\n        )\n    marker = b\"deterministic ELF fixture\".ljust(32, b\"\\0\")\n    Path(path).write_bytes(header + b\"\".join(programs) + encoded_interpreter + marker)\n\n\ndef elf_with_needed(path: str) -> None:\n    program_count = 2\n    dynamic_offset = 64 + program_count * 56\n    dynamic_entries = struct.pack(\"<qQqQ\", 1, 0, 0, 0)\n    marker = b\"dynamic dependency fixture\".ljust(32, b\"\\0\")\n    file_size = dynamic_offset + len(dynamic_entries) + len(marker)\n    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n    header = struct.pack(\n        \"<16sHHIQQQIHHHHHH\",\n        ident,\n        3,\n        62,\n        1,\n        0,\n        64,\n        0,\n        0,\n        64,\n        56,\n        program_count,\n        0,\n        0,\n        0,\n    )\n    load = struct.pack(\"<IIQQQQQQ\", 1, 5, 0, 0, 0, file_size, file_size, 0x1000)\n    dynamic = struct.pack(\n        \"<IIQQQQQQ\",\n        2,\n        4,\n        dynamic_offset,\n        dynamic_offset,\n        dynamic_offset,\n        len(dynamic_entries),\n        len(dynamic_entries),\n        8,\n    )\n    Path(path).write_bytes(header + load + dynamic + dynamic_entries + marker)\n\n\npe(sys.argv[1])\nelf(sys.argv[2], 62, \"/lib64/ld-linux-x86-64.so.2\")\nelf(sys.argv[3], 62, None)\nelf(sys.argv[4], 183, None)\nelf_with_needed(sys.argv[5])\nPY\ncp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\ncp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\ncp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nchmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n\nexpect_packer_failure() {\n  name=$1\n  expected=$2\n  shift 2\n  if \"$@\" >\"$TMP/output\" 2>&1; then\n    fail \"$name unexpectedly succeeded\"\n  elif grep -Fq \"$expected\" \"$TMP/output\"; then\n    ok \"$name fails closed\"\n  else\n    fail \"$name failed for the wrong reason: $(cat \"$TMP/output\")\"\n  fi\n}\n\nBASE_OUT=\"$TMP/rejected.spt\"\nexpect_packer_failure \"missing GNU helper\" \"MISS\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$REL/missing-gnu-release\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nprintf '%s\\n' 'not a PE binary' >\"$TARGET/$WIN_RELSUB/omp-spt.exe\"\nexpect_packer_failure \"malformed Windows helper\" \"truncated DOS header\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\ncp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n\nprintf '%s\\n' 'not an ELF binary' >\"$TARGET/$GNU_RELSUB/omp-spt\"\nexpect_packer_failure \"malformed GNU helper\" \"truncated ELF64 header\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\ncp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n\nexpect_packer_failure \"missing musl helper\" \"MISS\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$REL/missing-musl-release\" ADAPTER_SPT_OUT=\"$BASE_OUT\" \\\n  sh \"$PACKER\" --apply\n\nprintf '%s\\n' 'not an ELF binary' >\"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"malformed musl helper\" \"truncated ELF64 header\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$GNU_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"GNU helper mislabeled as musl\" \"musl target must be static\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$NEEDED\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"musl helper with DT_NEEDED dependency\" \"has 1 DT_NEEDED entry\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$WRONG_ARCH\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"wrong-architecture musl helper\" \"is not x86_64\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nchmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"non-executable archived GNU helper\" \"is not executable\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_LINUX_MODE=0644 \\\n  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nexpect_packer_failure \"non-executable archived musl helper\" \"is not executable\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_MUSL_MODE=0644 \\\n  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nBAD_STRINGS=\"$TMP/bad-strings\"\nmkdir -p \"$BAD_STRINGS\"\nprintf '%s\\n' 'wrong extension' >\"$BAD_STRINGS/other.mjs\"\nexpect_packer_failure \"incomplete shared plugin\" \"required shared plugin file missing\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_STRINGS_DIR=\"$BAD_STRINGS\" \\\n  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nOUT=\"$TMP/adapter.spt\"\n# [unit->REQ-DIST-ADAPTER-RELEASE]\n# [unit->REQ-DIST-LINUX-MUSL]\nif package_out=$(SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n   ADAPTER_SPT_OUT=\"$OUT\" sh \"$PACKER\" --apply 2>&1); then\n  ok \"three-target packer --apply succeeds\"\nelse\n  fail \"packer --apply exited non-zero: $package_out\"\n  exit \"$rc\"\nfi\n[ -f \"$OUT\" ] || { fail \"no archive written at $OUT\"; exit \"$rc\"; }\n\nLIST=$(tar -tzf \"$OUT\")\nNORMALIZED=$(printf '%s\\n' \"$LIST\" | sed 's:/$::' | sort)\nEXPECTED=$(printf '%s\\n' \\\n  manifest.toml \\\n  strings strings/omp-spt.mjs strings/package.json strings/skills \\\n  strings/skills/commune strings/skills/commune/SKILL.md \\\n  strings/skills/role strings/skills/role/SKILL.md \\\n  strings/skills/setup strings/skills/setup/SKILL.md \\\n  strings/skills/signoff strings/skills/signoff/SKILL.md \\\n  \"$WIN_TRIPLE\" \"$WIN_TRIPLE/omp-spt.exe\" \\\n  \"$GNU_TRIPLE\" \"$GNU_TRIPLE/omp-spt\" \\\n  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\nif [ \"$NORMALIZED\" = \"$EXPECTED\" ]; then\n  ok \"archive has deterministic exact shared and three-target membership\"\nelse\n  fail \"archive membership mismatch: [$NORMALIZED]\"\nfi","startLine":1,"lineNumbers":[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96,97,98,99,100,101,102,103,104,105,106,107,108,109,110,111,112,113,114,115,116,117,118,119,120,121,122,123,124,125,126,127,128,129,130,131,132,133,134,135,136,137,138,139,140,141,142,143,144,145,146,147,148,149,150,151,152,153,154,155,156,157,158,159,160,161,162,163,164,165,166,167,168,169,170,171,172,173,174,175,176,177,178,179,180,181,182,183,184,185,186,187,188,189,190,191,192,193,194,195,196,197,198,199,200,201,202,203,204,205,206,207,208,209,210,211,212,213,214,215,216,217,218,219,220,221,222,223,224,225,226,227,228,229,230,231,232,233,234,235,236,237,238,239,240,241,242,243,244,245,246,247,248,249,250,251,252,253,254,255,256,257,258,259,260,261,262,263,264,265]},"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\omp-spt\\tests\\adapter-archive.sh"},"truncation":{"direction":"head","truncatedBy":"lines","totalLines":352,"totalBytes":10034,"outputLines":263,"outputBytes":10034,"shownRange":{"start":1,"end":263},"nextOffset":264}}},"isError":false,"timestamp":1784195144265}}
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{"type":"message","id":"1c5181e1","parentId":"975111a6","timestamp":"2026-07-16T09:45:53.095Z","message":{"role":"toolResult","toolCallId":"call_HCCMvKFemdeEBWYVGMNw7rA9|fc_0ce43b44bb495320016a58a850bfc88198b6a018fa74646fb6","toolName":"read","content":[{"type":"text","text":"[validate-release-binary.py#7540]\n21:\n22:def read_exact_at(candidate: BinaryIO, offset: int, size: int, label: str) -> bytes:\n23:    candidate.seek(offset)\n24:    value = candidate.read(size)\n25:    if len(value) != size:\n26:        raise ValidationError(f\"truncated {label}\")\n27:    return value\n28:\n29:\n30:def validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n31:    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n32:    if dos[:2] != b\"MZ\":\n33:        raise ValidationError(\"not a PE executable (missing MZ magic)\")\n34:\n35:    pe_offset = struct.unpack_from(\"<I\", dos, 0x3C)[0]\n36:    if pe_offset < 64 or pe_offset + 26 > size:\n37:        raise ValidationError(\"invalid PE header offset\")\n38:    header = read_exact_at(candidate, pe_offset, 26, \"PE/COFF header\")\n39:    if header[:4] != b\"PE\\0\\0\":\n40:        raise ValidationError(\"not a PE executable (missing PE signature)\")\n41:\n42:    machine, section_count = struct.unpack_from(\"<HH\", header, 4)\n43:    optional_size, characteristics = struct.unpack_from(\"<HH\", header, 20)\n44:    if machine != 0x8664:\n45:        raise ValidationError(\n46:            f\"PE machine 0x{machine:04x} is not x86_64 (expected 0x8664)\"\n47:        )\n48:    if section_count == 0:\n49:        raise ValidationError(\"PE image has no sections\")\n50:    if optional_size < 2 or pe_offset + 24 + optional_size > size:\n51:        raise ValidationError(\"invalid PE optional header size\")\n52:    optional_magic = struct.unpack(\n53:        \"<H\", read_exact_at(candidate, pe_offset + 24, 2, \"PE optional header\")\n54:    )[0]\n55:    if optional_magic != 0x20B:\n56:        raise ValidationError(\n57:            f\"PE optional-header magic 0x{optional_magic:04x} is not PE32+\"\n58:        )\n59:    if characteristics & 0x0002 == 0:\n60:        raise ValidationError(\"PE image is not marked executable\")\n61:    return \"PE32+ x86_64 executable\"\n62:\n63:\n64:def validate_elf_x86_64(candidate: BinaryIO, size: int, target: str) -> str:\n65:    header = read_exact_at(candidate, 0, 64, \"ELF64 header\")\n66:    if header[:4] != b\"\\x7fELF\":\n67:        raise ValidationError(\"not an ELF executable (missing ELF magic)\")\n68:    if header[4] != 2:\n69:        raise ValidationError(f\"ELF class {header[4]} is not 64-bit\")\n70:    if header[5] != 1:\n71:        raise ValidationError(f\"ELF data encoding {header[5]} is not little-endian\")\n72:    if header[6] != 1:\n73:        raise ValidationError(f\"ELF identification version {header[6]} is invalid\")\n74:\n75:    (\n76:        elf_type,\n77:        machine,\n78:        version,\n79:        _entry,\n80:        program_offset,\n81:        _section_offset,\n82:        _flags,\n83:        header_size,\n84:        program_entry_size,\n85:        program_count,\n86:        _section_entry_size,\n87:        _section_count,\n88:        _section_names,\n89:    ) = struct.unpack_from(\"<HHIQQQIHHHHHH\", header, 16)\n90:    if elf_type not in (2, 3):\n91:        raise ValidationError(f\"ELF type {elf_type} is not executable or PIE\")\n92:    if machine != 62:\n93:        raise ValidationError(f\"ELF machine {machine} is not x86_64 (expected 62)\")\n94:    if version != 1 or header_size != 64:\n95:        raise ValidationError(\"invalid ELF64 header version or size\")\n96:    if program_entry_size != 56 or program_count == 0:\n97:        raise ValidationError(\"ELF64 program-header table is missing or malformed\")\n98:    table_size = program_entry_size * program_count\n99:    if program_offset < header_size or program_offset + table_size > size:\n100:        raise ValidationError(\"ELF64 program-header table is outside the file\")\n101:\n102:    interpreters: list[str] = []\n103:    needed_count = 0\n104:    has_load = False\n105:    for index in range(program_count):\n106:        offset = program_offset + index * program_entry_size\n107:        program = read_exact_at(candidate, offset, program_entry_size, \"ELF64 program header\")\n108:        (\n109:            program_type,\n110:            _program_flags,\n111:            file_offset,\n112:            _virtual_address,\n113:            _physical_address,\n114:            file_size,\n115:            _memory_size,\n116:            _alignment,\n117:        ) = struct.unpack(\"<IIQQQQQQ\", program)\n118:        if file_offset + file_size > size:\n119:            raise ValidationError(\"ELF64 segment is outside the file\")\n120:        if program_type == 1:\n121:            has_load = True\n122:        elif program_type == 3:\n123:            if file_size < 2 or file_size > 4096:\n124:                raise ValidationError(\"ELF interpreter segment has an invalid size\")\n125:            raw_interpreter = read_exact_at(\n126:                candidate, file_offset, file_size, \"ELF interpreter\"\n127:            )\n128:            if raw_interpreter[-1:] != b\"\\0\":\n129:                raise ValidationError(\"ELF interpreter is not NUL-terminated\")\n130:            try:\n131:                interpreters.append(raw_interpreter[:-1].decode(\"ascii\"))\n132:            except UnicodeDecodeError as error:\n133:                raise ValidationError(\"ELF interpreter is not ASCII\") from error\n134:        elif program_type == 2:\n135:            if file_size % 16 != 0:\n136:                raise ValidationError(\"ELF dynamic segment has a malformed size\")\n137:            for dynamic_offset in range(file_offset, file_offset + file_size, 16):\n138:                tag, _value = struct.unpack(\n139:                    \"<qQ\", read_exact_at(candidate, dynamic_offset, 16, \"ELF dynamic entry\")\n140:                )\n141:                if tag == 0:\n142:                    break\n143:                if tag == 1:\n144:                    needed_count += 1\n145:\n146:    if not has_load:\n147:        raise ValidationError(\"ELF image has no loadable segment\")\n148:    if target == GNU_TARGET:\n149:        if len(interpreters) != 1:\n150:            raise ValidationError(\n151:                \"GNU target must declare exactly one glibc x86_64 program interpreter\"\n152:            )\n153:        interpreter = interpreters[0]\n154:        if os.path.basename(interpreter) != \"ld-linux-x86-64.so.2\":\n155:            raise ValidationError(\n156:                f\"GNU target has unexpected program interpreter {interpreter!r}\"\n157:            )\n158:        return f\"ELF64 x86_64 GNU-linked executable ({interpreter})\"\n159:\n160:    if interpreters:\n161:        raise ValidationError(\n162:            f\"musl target must be static but declares interpreter {interpreters[0]!r}\"\n163:        )\n164:    if needed_count:\n165:        raise ValidationError(\n166:            f\"musl target must be static but has {needed_count} DT_NEEDED entr{'y' if needed_count == 1 else 'ies'}\"\n167:        )\n168:    return \"ELF64 x86_64 static executable (no interpreter or DT_NEEDED entries)\"\n169:\n170:\n171:def validate(path: Path, target: str) -> str:\n172:    if not path.is_file():\n173:        raise ValidationError(\"candidate is not a regular file\")\n174:    size = path.stat().st_size\n175:    with path.open(\"rb\") as candidate:\n176:        if target == PE_TARGET:\n177:            return validate_pe_x86_64(candidate, size)\n178:        if target in (GNU_TARGET, MUSL_TARGET):\n179:            return validate_elf_x86_64(candidate, size, target)\n180:    raise ValidationError(f\"unsupported release target {target!r}\")\n181:\n182:\n183:def main() -> int:\n…\n198:    return 0\n\n[Showing lines 21-183 of 203. Use :184 to continue]"}],"details":{"truncation":{"content":"\ndef read_exact_at(candidate: BinaryIO, offset: int, size: int, label: str) -> bytes:\n    candidate.seek(offset)\n    value = candidate.read(size)\n    if len(value) != size:\n        raise ValidationError(f\"truncated {label}\")\n    return value\n\n\ndef validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n    if dos[:2] != b\"MZ\":\n        raise ValidationError(\"not a PE executable (missing MZ magic)\")\n\n    pe_offset = struct.unpack_from(\"<I\", dos, 0x3C)[0]\n    if pe_offset < 64 or pe_offset + 26 > size:\n        raise ValidationError(\"invalid PE header offset\")\n    header = read_exact_at(candidate, pe_offset, 26, \"PE/COFF header\")\n    if header[:4] != b\"PE\\0\\0\":\n        raise ValidationError(\"not a PE executable (missing PE signature)\")\n\n    machine, section_count = struct.unpack_from(\"<HH\", header, 4)\n    optional_size, characteristics = struct.unpack_from(\"<HH\", header, 20)\n    if machine != 0x8664:\n        raise ValidationError(\n            f\"PE machine 0x{machine:04x} is not x86_64 (expected 0x8664)\"\n        )\n    if section_count == 0:\n        raise ValidationError(\"PE image has no sections\")\n    if optional_size < 2 or pe_offset + 24 + optional_size > size:\n        raise ValidationError(\"invalid PE optional header size\")\n    optional_magic = struct.unpack(\n        \"<H\", read_exact_at(candidate, pe_offset + 24, 2, \"PE optional header\")\n    )[0]\n    if optional_magic != 0x20B:\n        raise ValidationError(\n            f\"PE optional-header magic 0x{optional_magic:04x} is not PE32+\"\n        )\n    if characteristics & 0x0002 == 0:\n        raise ValidationError(\"PE image is not marked executable\")\n    return \"PE32+ x86_64 executable\"\n\n\ndef validate_elf_x86_64(candidate: BinaryIO, size: int, target: str) -> str:\n    header = read_exact_at(candidate, 0, 64, \"ELF64 header\")\n    if header[:4] != b\"\\x7fELF\":\n        raise ValidationError(\"not an ELF executable (missing ELF magic)\")\n    if header[4] != 2:\n        raise ValidationError(f\"ELF class {header[4]} is not 64-bit\")\n    if header[5] != 1:\n        raise ValidationError(f\"ELF data encoding {header[5]} is not little-endian\")\n    if header[6] != 1:\n        raise ValidationError(f\"ELF identification version {header[6]} is invalid\")\n\n    (\n        elf_type,\n        machine,\n        version,\n        _entry,\n        program_offset,\n        _section_offset,\n        _flags,\n        header_size,\n        program_entry_size,\n        program_count,\n        _section_entry_size,\n        _section_count,\n        _section_names,\n    ) = struct.unpack_from(\"<HHIQQQIHHHHHH\", header, 16)\n    if elf_type not in (2, 3):\n        raise ValidationError(f\"ELF type {elf_type} is not executable or PIE\")\n    if machine != 62:\n        raise ValidationError(f\"ELF machine {machine} is not x86_64 (expected 62)\")\n    if version != 1 or header_size != 64:\n        raise ValidationError(\"invalid ELF64 header version or size\")\n    if program_entry_size != 56 or program_count == 0:\n        raise ValidationError(\"ELF64 program-header table is missing or malformed\")\n    table_size = program_entry_size * program_count\n    if program_offset < header_size or program_offset + table_size > size:\n        raise ValidationError(\"ELF64 program-header table is outside the file\")\n\n    interpreters: list[str] = []\n    needed_count = 0\n    has_load = False\n    for index in range(program_count):\n        offset = program_offset + index * program_entry_size\n        program = read_exact_at(candidate, offset, program_entry_size, \"ELF64 program header\")\n        (\n            program_type,\n            _program_flags,\n            file_offset,\n            _virtual_address,\n            _physical_address,\n            file_size,\n            _memory_size,\n            _alignment,\n        ) = struct.unpack(\"<IIQQQQQQ\", program)\n        if file_offset + file_size > size:\n            raise ValidationError(\"ELF64 segment is outside the file\")\n        if program_type == 1:\n            has_load = True\n        elif program_type == 3:\n            if file_size < 2 or file_size > 4096:\n                raise ValidationError(\"ELF interpreter segment has an invalid size\")\n            raw_interpreter = read_exact_at(\n                candidate, file_offset, file_size, \"ELF interpreter\"\n            )\n            if raw_interpreter[-1:] != b\"\\0\":\n                raise ValidationError(\"ELF interpreter is not NUL-terminated\")\n            try:\n                interpreters.append(raw_interpreter[:-1].decode(\"ascii\"))\n            except UnicodeDecodeError as error:\n                raise ValidationError(\"ELF interpreter is not ASCII\") from error\n        elif program_type == 2:\n            if file_size % 16 != 0:\n                raise ValidationError(\"ELF dynamic segment has a malformed size\")\n            for dynamic_offset in range(file_offset, file_offset + file_size, 16):\n                tag, _value = struct.unpack(\n                    \"<qQ\", read_exact_at(candidate, dynamic_offset, 16, \"ELF dynamic entry\")\n                )\n                if tag == 0:\n                    break\n                if tag == 1:\n                    needed_count += 1\n\n    if not has_load:\n        raise ValidationError(\"ELF image has no loadable segment\")\n    if target == GNU_TARGET:\n        if len(interpreters) != 1:\n            raise ValidationError(\n                \"GNU target must declare exactly one glibc x86_64 program interpreter\"\n            )\n        interpreter = interpreters[0]\n        if os.path.basename(interpreter) != \"ld-linux-x86-64.so.2\":\n            raise ValidationError(\n                f\"GNU target has unexpected program interpreter {interpreter!r}\"\n            )\n        return f\"ELF64 x86_64 GNU-linked executable ({interpreter})\"\n\n    if interpreters:\n        raise ValidationError(\n            f\"musl target must be static but declares interpreter {interpreters[0]!r}\"\n        )\n    if needed_count:\n        raise ValidationError(\n            f\"musl target must be static but has {needed_count} DT_NEEDED entr{'y' if needed_count == 1 else 'ies'}\"\n        )\n    return \"ELF64 x86_64 static executable (no interpreter or DT_NEEDED entries)\"\n\n\ndef validate(path: Path, target: str) -> str:\n    if not path.is_file():\n        raise ValidationError(\"candidate is not a regular file\")\n    size = path.stat().st_size\n    with path.open(\"rb\") as candidate:\n        if target == PE_TARGET:\n            return validate_pe_x86_64(candidate, size)\n        if target in (GNU_TARGET, MUSL_TARGET):\n            return validate_elf_x86_64(candidate, size, target)\n    raise ValidationError(f\"unsupported release target {target!r}\")\n\n\ndef main() -> int:","truncated":true,"truncatedBy":"lines","totalLines":183,"totalBytes":6660,"outputLines":163,"outputBytes":6660,"lastLinePartial":false,"firstLineExceedsLimit":false},"displayContent":{"text":"\ndef read_exact_at(candidate: BinaryIO, offset: int, size: int, label: str) -> bytes:\n    candidate.seek(offset)\n    value = candidate.read(size)\n    if len(value) != size:\n        raise ValidationError(f\"truncated {label}\")\n    return value\n\n\ndef validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n    if dos[:2] != b\"MZ\":\n        raise ValidationError(\"not a PE executable (missing MZ magic)\")\n\n    pe_offset = struct.unpack_from(\"<I\", dos, 0x3C)[0]\n    if pe_offset < 64 or pe_offset + 26 > size:\n        raise ValidationError(\"invalid PE header offset\")\n    header = read_exact_at(candidate, pe_offset, 26, \"PE/COFF header\")\n    if header[:4] != b\"PE\\0\\0\":\n        raise ValidationError(\"not a PE executable (missing PE signature)\")\n\n    machine, section_count = struct.unpack_from(\"<HH\", header, 4)\n    optional_size, characteristics = struct.unpack_from(\"<HH\", header, 20)\n    if machine != 0x8664:\n        raise ValidationError(\n            f\"PE machine 0x{machine:04x} is not x86_64 (expected 0x8664)\"\n        )\n    if section_count == 0:\n        raise ValidationError(\"PE image has no sections\")\n    if optional_size < 2 or pe_offset + 24 + optional_size > size:\n        raise ValidationError(\"invalid PE optional header size\")\n    optional_magic = struct.unpack(\n        \"<H\", read_exact_at(candidate, pe_offset + 24, 2, \"PE optional header\")\n    )[0]\n    if optional_magic != 0x20B:\n        raise ValidationError(\n            f\"PE optional-header magic 0x{optional_magic:04x} is not PE32+\"\n        )\n    if characteristics & 0x0002 == 0:\n        raise ValidationError(\"PE image is not marked executable\")\n    return \"PE32+ x86_64 executable\"\n\n\ndef validate_elf_x86_64(candidate: BinaryIO, size: int, target: str) -> str:\n    header = read_exact_at(candidate, 0, 64, \"ELF64 header\")\n    if header[:4] != b\"\\x7fELF\":\n        raise ValidationError(\"not an ELF executable (missing ELF magic)\")\n    if header[4] != 2:\n        raise ValidationError(f\"ELF class {header[4]} is not 64-bit\")\n    if header[5] != 1:\n        raise ValidationError(f\"ELF data encoding {header[5]} is not little-endian\")\n    if header[6] != 1:\n        raise ValidationError(f\"ELF identification version {header[6]} is invalid\")\n\n    (\n        elf_type,\n        machine,\n        version,\n        _entry,\n        program_offset,\n        _section_offset,\n        _flags,\n        header_size,\n        program_entry_size,\n        program_count,\n        _section_entry_size,\n        _section_count,\n        _section_names,\n    ) = struct.unpack_from(\"<HHIQQQIHHHHHH\", header, 16)\n    if elf_type not in (2, 3):\n        raise ValidationError(f\"ELF type {elf_type} is not executable or PIE\")\n    if machine != 62:\n        raise ValidationError(f\"ELF machine {machine} is not x86_64 (expected 62)\")\n    if version != 1 or header_size != 64:\n        raise ValidationError(\"invalid ELF64 header version or size\")\n    if program_entry_size != 56 or program_count == 0:\n        raise ValidationError(\"ELF64 program-header table is missing or malformed\")\n    table_size = program_entry_size * program_count\n    if program_offset < header_size or program_offset + table_size > size:\n        raise ValidationError(\"ELF64 program-header table is outside the file\")\n\n    interpreters: list[str] = []\n    needed_count = 0\n    has_load = False\n    for index in range(program_count):\n        offset = program_offset + index * program_entry_size\n        program = read_exact_at(candidate, offset, program_entry_size, \"ELF64 program header\")\n        (\n            program_type,\n            _program_flags,\n            file_offset,\n            _virtual_address,\n            _physical_address,\n            file_size,\n            _memory_size,\n            _alignment,\n        ) = struct.unpack(\"<IIQQQQQQ\", program)\n        if file_offset + file_size > size:\n            raise ValidationError(\"ELF64 segment is outside the file\")\n        if program_type == 1:\n            has_load = True\n        elif program_type == 3:\n            if file_size < 2 or file_size > 4096:\n                raise ValidationError(\"ELF interpreter segment has an invalid size\")\n            raw_interpreter = read_exact_at(\n                candidate, file_offset, file_size, \"ELF interpreter\"\n            )\n            if raw_interpreter[-1:] != b\"\\0\":\n                raise ValidationError(\"ELF interpreter is not NUL-terminated\")\n            try:\n                interpreters.append(raw_interpreter[:-1].decode(\"ascii\"))\n            except UnicodeDecodeError as error:\n                raise ValidationError(\"ELF interpreter is not ASCII\") from error\n        elif program_type == 2:\n            if file_size % 16 != 0:\n                raise ValidationError(\"ELF dynamic segment has a malformed size\")\n            for dynamic_offset in range(file_offset, file_offset + file_size, 16):\n                tag, _value = struct.unpack(\n                    \"<qQ\", read_exact_at(candidate, dynamic_offset, 16, \"ELF dynamic entry\")\n                )\n                if tag == 0:\n                    break\n                if tag == 1:\n                    needed_count += 1\n\n    if not has_load:\n        raise ValidationError(\"ELF image has no loadable segment\")\n    if target == GNU_TARGET:\n        if len(interpreters) != 1:\n            raise ValidationError(\n                \"GNU target must declare exactly one glibc x86_64 program interpreter\"\n            )\n        interpreter = interpreters[0]\n        if os.path.basename(interpreter) != \"ld-linux-x86-64.so.2\":\n            raise ValidationError(\n                f\"GNU target has unexpected program interpreter {interpreter!r}\"\n            )\n        return f\"ELF64 x86_64 GNU-linked executable ({interpreter})\"\n\n    if interpreters:\n        raise ValidationError(\n            f\"musl target must be static but declares interpreter {interpreters[0]!r}\"\n        )\n    if needed_count:\n        raise ValidationError(\n            f\"musl target must be static but has {needed_count} DT_NEEDED entr{'y' if needed_count == 1 else 'ies'}\"\n        )\n    return \"ELF64 x86_64 static executable (no interpreter or DT_NEEDED entries)\"\n\n\ndef validate(path: Path, target: str) -> str:\n    if not path.is_file():\n        raise ValidationError(\"candidate is not a regular file\")\n    size = path.stat().st_size\n    with path.open(\"rb\") as candidate:\n        if target == PE_TARGET:\n            return validate_pe_x86_64(candidate, size)\n        if target in (GNU_TARGET, MUSL_TARGET):\n            return validate_elf_x86_64(candidate, size, target)\n    raise ValidationError(f\"unsupported release target {target!r}\")\n\n\ndef main() -> int:\n…\n    return 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{"type":"message","id":"1f085dfa","parentId":"1c5181e1","timestamp":"2026-07-16T09:50:08.419Z","message":{"role":"assistant","content":[{"type":"thinking","thinking":"**Outlining PE32+ optional header structure**\n\n**Defining PE32+ header and section validation rules**"},{"type":"thinking","thinking":"**Clarifying executable section mapping constraints**\n\n**Validating ELF segment boundaries and entry mapping**\n\n**Checking executable segment entry inclusion**"},{"type":"thinking","thinking":"**Planning loader image test enhancements**\n\n**Defining precise PE validator error messages**\n\n**Planning pseudo-binary negative entrypoint tests**"},{"type":"thinking","thinking":"**Adding zero entrypoint fixtures**\n\n**Planning helper functions for test failures**\n\n**Adding Windows and ELF test files**"},{"type":"thinking","thinking":"**Planning PE header fixture implementation**\n\n**Finalizing PE optional header and section details**"},{"type":"thinking","thinking":"**Testing optional header size adjustment**\n\n**Assessing minimal ELF loader image structure**"},{"type":"thinking","thinking":"**Assessing ELF static executable structure**\n\n**Designing ELF loader fixture with PT_INTERP**"},{"type":"thinking","thinking":"**Assessing ELF header and segment validation**\n\n**Validating ELF and PE segment boundaries**\n\n**Enforcing raw offset size bounds**"},{"type":"thinking","thinking":"**Validating PE section virtual ranges**\n\n**Planning precise PE header and section parsing**\n\n**Defining local PE header constants for clarity**"},{"type":"thinking","thinking":"**Verifying PE header parsing conditions**\n\n**Planning PE optional header and section validation**\n\n**Defining PE entrypoint validation sequence**"},{"type":"thinking","thinking":"**Validating ELF entry and sections**\n\n**Refining ELF entry mapping and executable checks**\n\n**Extending sys.argv with additional paths**"},{"type":"thinking","thinking":"**Planning ELF image test variants**\n\n**Designing ELF and PE mutation helpers**"},{"type":"thinking","thinking":"**Analyzing PE loader entry structure**\n\n**Identifying PE header parsing errors**"},{"type":"thinking","thinking":"**Tracing ELF header mutation effects**\n\n**Designing helper for Windows binary failure tests**"},{"type":"thinking","thinking":"**Planning patch for ELF entry point tests**"},{"type":"toolCall","id":"call_UPYh6uei3FAfMV2pu0qGxiwI|ctc_0ce43b44bb495320016a58a91066788198945addacfbaaa51a","name":"edit","arguments":{"input":"*** Begin Patch\n[ci/publish/validate-release-binary.py#7540]\nSWAP.BLK 30:\n+def validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n+    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n+    if dos[:2] != b\"MZ\":\n+        raise ValidationError(\"not a PE executable (missing MZ magic)\")\n+\n+    pe_offset = struct.unpack_from(\"<I\", dos, 0x3C)[0]\n+    coff_size = 24\n+    if pe_offset < len(dos) or pe_offset > size - coff_size:\n+        raise ValidationError(\"invalid PE header offset\")\n+    coff = read_exact_at(candidate, pe_offset, coff_size, \"PE/COFF header\")\n+    if coff[:4] != b\"PE\\0\\0\":\n+        raise ValidationError(\"not a PE executable (missing PE signature)\")\n+\n+    machine, section_count = struct.unpack_from(\"<HH\", coff, 4)\n+    optional_size, characteristics = struct.unpack_from(\"<HH\", coff, 20)\n+    if machine != 0x8664:\n+        raise ValidationError(\n+            f\"PE machine 0x{machine:04x} is not x86_64 (expected 0x8664)\"\n+        )\n+    if section_count == 0:\n+        raise ValidationError(\"PE image has no sections\")\n+    if characteristics & 0x0002 == 0:\n+        raise ValidationError(\"PE image is not marked executable\")\n+    if characteristics & 0x2000:\n+        raise ValidationError(\"PE image is marked as a DLL\")\n+\n+    optional_offset = pe_offset + coff_size\n+    fixed_optional_size = 112\n+    if (\n+        optional_size < fixed_optional_size\n+        or optional_offset > size\n+        or optional_size > size - optional_offset\n+    ):\n+        raise ValidationError(\"invalid PE32+ optional header size\")\n+    optional = read_exact_at(\n+        candidate, optional_offset, optional_size, \"PE32+ optional header\"\n+    )\n+    optional_magic = struct.unpack_from(\"<H\", optional)[0]\n+    if optional_magic != 0x20B:\n+        raise ValidationError(\n+            f\"PE optional-header magic 0x{optional_magic:04x} is not PE32+\"\n+        )\n+    entry_point = struct.unpack_from(\"<I\", optional, 16)[0]\n+    directory_count = struct.unpack_from(\"<I\", optional, 108)[0]\n+    if directory_count > (optional_size - fixed_optional_size) // 8:\n+        raise ValidationError(\n+            \"PE32+ optional header is truncated for its data directories\"\n+        )\n+    if entry_point == 0:\n+        raise ValidationError(\"PE image has zero entry point\")\n+\n+    section_table_offset = optional_offset + optional_size\n+    section_table_size = section_count * 40\n+    if (\n+        section_table_offset > size\n+        or section_table_size > size - section_table_offset\n+    ):\n+        raise ValidationError(\"PE section table is outside the file\")\n+    sections = read_exact_at(\n+        candidate, section_table_offset, section_table_size, \"PE section table\"\n+    )\n+\n+    entry_mapped = False\n+    entry_executable = False\n+    for index in range(section_count):\n+        section_offset = index * 40\n+        (\n+            virtual_size,\n+            virtual_address,\n+            raw_size,\n+            raw_offset,\n+        ) = struct.unpack_from(\"<IIII\", sections, section_offset + 8)\n+        section_characteristics = struct.unpack_from(\n+            \"<I\", sections, section_offset + 36\n+        )[0]\n+        if raw_offset > size or raw_size > size - raw_offset:\n+            raise ValidationError(\"PE section raw data is outside the file\")\n+\n+        mapped_size = max(virtual_size, raw_size)\n+        if mapped_size > 0x1_0000_0000 - virtual_address:\n+            raise ValidationError(\"PE section virtual range overflows the RVA space\")\n+        if virtual_address <= entry_point < virtual_address + mapped_size:\n+            entry_mapped = True\n+            if section_characteristics & 0x20000000:\n+                entry_executable = True\n+\n+    if not entry_mapped:\n+        raise ValidationError(\"PE entry point is not mapped by any section\")\n+    if not entry_executable:\n+        raise ValidationError(\"PE entry point is in a non-executable section\")\n+    return \"PE32+ x86_64 executable\"\nSWAP.BLK 64:\n+def validate_elf_x86_64(candidate: BinaryIO, size: int, target: str) -> str:\n+    header = read_exact_at(candidate, 0, 64, \"ELF64 header\")\n+    if header[:4] != b\"\\x7fELF\":\n+        raise ValidationError(\"not an ELF executable (missing ELF magic)\")\n+    if header[4] != 2:\n+        raise ValidationError(f\"ELF class {header[4]} is not 64-bit\")\n+    if header[5] != 1:\n+        raise ValidationError(f\"ELF data encoding {header[5]} is not little-endian\")\n+    if header[6] != 1:\n+        raise ValidationError(f\"ELF identification version {header[6]} is invalid\")\n+\n+    (\n+        elf_type,\n+        machine,\n+        version,\n+        entry_point,\n+        program_offset,\n+        _section_offset,\n+        _flags,\n+        header_size,\n+        program_entry_size,\n+        program_count,\n+        _section_entry_size,\n+        _section_count,\n+        _section_names,\n+    ) = struct.unpack_from(\"<HHIQQQIHHHHHH\", header, 16)\n+    if elf_type not in (2, 3):\n+        raise ValidationError(f\"ELF type {elf_type} is not executable or PIE\")\n+    if machine != 62:\n+        raise ValidationError(f\"ELF machine {machine} is not x86_64 (expected 62)\")\n+    if version != 1 or header_size != 64:\n+        raise ValidationError(\"invalid ELF64 header version or size\")\n+    if program_entry_size != 56 or program_count == 0:\n+        raise ValidationError(\"ELF64 program-header table is missing or malformed\")\n+    table_size = program_entry_size * program_count\n+    if program_offset < header_size or program_offset > size:\n+        raise ValidationError(\"ELF64 program-header table is outside the file\")\n+    if table_size > size - program_offset:\n+        raise ValidationError(\"ELF64 program-header table is outside the file\")\n+\n+    interpreters: list[str] = []\n+    needed_count = 0\n+    has_load = False\n+    entry_mapped = False\n+    entry_executable = False\n+    for index in range(program_count):\n+        offset = program_offset + index * program_entry_size\n+        program = read_exact_at(candidate, offset, program_entry_size, \"ELF64 program header\")\n+        (\n+            program_type,\n+            program_flags,\n+            file_offset,\n+            virtual_address,\n+            _physical_address,\n+            file_size,\n+            memory_size,\n+            _alignment,\n+        ) = struct.unpack(\"<IIQQQQQQ\", program)\n+        if file_offset > size or file_size > size - file_offset:\n+            raise ValidationError(\"ELF64 segment is outside the file\")\n+        if program_type == 1:\n+            has_load = True\n+            if file_size > memory_size:\n+                raise ValidationError(\n+                    \"ELF64 load segment file size exceeds memory size\"\n+                )\n+            if memory_size > 0x1_0000_0000_0000_0000 - virtual_address:\n+                raise ValidationError(\"ELF64 load segment virtual range overflows\")\n+            if virtual_address <= entry_point < virtual_address + memory_size:\n+                entry_mapped = True\n+                if program_flags & 0x1:\n+                    entry_executable = True\n+        elif program_type == 3:\n+            if file_size < 2 or file_size > 4096:\n+                raise ValidationError(\"ELF interpreter segment has an invalid size\")\n+            raw_interpreter = read_exact_at(\n+                candidate, file_offset, file_size, \"ELF interpreter\"\n+            )\n+            if raw_interpreter[-1:] != b\"\\0\":\n+                raise ValidationError(\"ELF interpreter is not NUL-terminated\")\n+            try:\n+                interpreters.append(raw_interpreter[:-1].decode(\"ascii\"))\n+            except UnicodeDecodeError as error:\n+                raise ValidationError(\"ELF interpreter is not ASCII\") from error\n+        elif program_type == 2:\n+            if file_size % 16 != 0:\n+                raise ValidationError(\"ELF dynamic segment has a malformed size\")\n+            for dynamic_offset in range(file_offset, file_offset + file_size, 16):\n+                tag, _value = struct.unpack(\n+                    \"<qQ\", read_exact_at(candidate, dynamic_offset, 16, \"ELF dynamic entry\")\n+                )\n+                if tag == 0:\n+                    break\n+                if tag == 1:\n+                    needed_count += 1\n+\n+    if not has_load:\n+        raise ValidationError(\"ELF image has no loadable segment\")\n+    if entry_point == 0:\n+        raise ValidationError(\"ELF image has zero entry point\")\n+    if not entry_mapped:\n+        raise ValidationError(\"ELF entry point is not mapped by a loadable segment\")\n+    if not entry_executable:\n+        raise ValidationError(\n+            \"ELF entry point is in a non-executable loadable segment\"\n+        )\n+    if target == GNU_TARGET:\n+        if len(interpreters) != 1:\n+            raise ValidationError(\n+                \"GNU target must declare exactly one glibc x86_64 program interpreter\"\n+            )\n+        interpreter = interpreters[0]\n+        if os.path.basename(interpreter) != \"ld-linux-x86-64.so.2\":\n+            raise ValidationError(\n+                f\"GNU target has unexpected program interpreter {interpreter!r}\"\n+            )\n+        return f\"ELF64 x86_64 GNU-linked executable ({interpreter})\"\n+\n+    if interpreters:\n+        raise ValidationError(\n+            f\"musl target must be static but declares interpreter {interpreters[0]!r}\"\n+        )\n+    if needed_count:\n+        raise ValidationError(\n+            f\"musl target must be static but has {needed_count} DT_NEEDED entr{'y' if needed_count == 1 else 'ies'}\"\n+        )\n+    return \"ELF64 x86_64 static executable (no interpreter or DT_NEEDED entries)\"\n[tests/adapter-archive.sh#10F7]\nSWAP 43.=155:\n+# Generate deterministic loader-image fixtures. Each accepted image has a nonzero entry\n+# point backed by an executable PE section or ELF PT_LOAD. The GNU ELF retains glibc's\n+# x86_64 PT_INTERP; the musl fixture remains static (no PT_INTERP or DT_NEEDED).\n+WIN_GOOD=\"$TMP/windows-good.exe\"\n+GNU_GOOD=\"$TMP/gnu-good\"\n+MUSL_GOOD=\"$TMP/musl-good\"\n+WRONG_ARCH=\"$TMP/aarch64-static\"\n+NEEDED=\"$TMP/needed-no-interpreter\"\n+WIN_ZERO_ENTRY=\"$TMP/windows-zero-entry.exe\"\n+WIN_UNMAPPED_ENTRY=\"$TMP/windows-unmapped-entry.exe\"\n+WIN_NONEXEC_ENTRY=\"$TMP/windows-nonexec-entry.exe\"\n+WIN_DLL=\"$TMP/windows-dll.exe\"\n+WIN_SHORT_OPTIONAL=\"$TMP/windows-short-optional.exe\"\n+WIN_TRUNCATED_SECTIONS=\"$TMP/windows-truncated-sections.exe\"\n+WIN_BAD_RAW=\"$TMP/windows-bad-raw.exe\"\n+GNU_ZERO_ENTRY=\"$TMP/gnu-zero-entry\"\n+GNU_UNMAPPED_ENTRY=\"$TMP/gnu-unmapped-entry\"\n+GNU_NONEXEC_ENTRY=\"$TMP/gnu-nonexec-entry\"\n+GNU_BAD_LOAD_SIZE=\"$TMP/gnu-bad-load-size\"\n+GNU_OOB_LOAD=\"$TMP/gnu-oob-load\"\n+\"$PY\" - \"$WIN_GOOD\" \"$GNU_GOOD\" \"$MUSL_GOOD\" \"$WRONG_ARCH\" \"$NEEDED\" \\\n+  \"$WIN_ZERO_ENTRY\" \"$WIN_UNMAPPED_ENTRY\" \"$WIN_NONEXEC_ENTRY\" \"$WIN_DLL\" \\\n+  \"$WIN_SHORT_OPTIONAL\" \"$WIN_TRUNCATED_SECTIONS\" \"$WIN_BAD_RAW\" \\\n+  \"$GNU_ZERO_ENTRY\" \"$GNU_UNMAPPED_ENTRY\" \"$GNU_NONEXEC_ENTRY\" \\\n+  \"$GNU_BAD_LOAD_SIZE\" \"$GNU_OOB_LOAD\" <<'PY'\n+from pathlib import Path\n+import struct\n+import sys\n+\n+\n+PE_OFFSET = 0x80\n+PE_OPTIONAL_OFFSET = 0x98\n+PE_SECTION_OFFSET = 0x188\n+ELF_BASE = 0x400000\n+\n+\n+def changed(image: bytes, offset: int, fmt: str, value: int) -> bytes:\n+    changed_image = bytearray(image)\n+    struct.pack_into(fmt, changed_image, offset, value)\n+    return bytes(changed_image)\n+\n+\n+def pe() -> bytes:\n+    image = bytearray(0x400)\n+    image[:2] = b\"MZ\"\n+    struct.pack_into(\"<I\", image, 0x3C, PE_OFFSET)\n+    image[PE_OFFSET : PE_OFFSET + 4] = b\"PE\\0\\0\"\n+    struct.pack_into(\n+        \"<HHIIIHH\", image, PE_OFFSET + 4, 0x8664, 1, 0, 0, 0, 0xF0, 0x0022\n+    )\n+\n+    optional = PE_OPTIONAL_OFFSET\n+    struct.pack_into(\"<H\", image, optional, 0x20B)\n+    struct.pack_into(\"<I\", image, optional + 4, 0x200)\n+    struct.pack_into(\"<I\", image, optional + 16, 0x1000)\n+    struct.pack_into(\"<I\", image, optional + 20, 0x1000)\n+    struct.pack_into(\"<Q\", image, optional + 24, 0x140000000)\n+    struct.pack_into(\"<II\", image, optional + 32, 0x1000, 0x200)\n+    struct.pack_into(\"<HH\", image, optional + 40, 6, 0)\n+    struct.pack_into(\"<HH\", image, optional + 48, 6, 0)\n+    struct.pack_into(\"<III\", image, optional + 56, 0x2000, 0x200, 0)\n+    struct.pack_into(\"<HH\", image, optional + 68, 3, 0x8160)\n+    struct.pack_into(\n+        \"<QQQQ\", image, optional + 72, 0x100000, 0x1000, 0x100000, 0x1000\n+    )\n+    struct.pack_into(\"<II\", image, optional + 104, 0, 16)\n+\n+    image[PE_SECTION_OFFSET : PE_SECTION_OFFSET + 8] = b\".text\\0\\0\\0\"\n+    struct.pack_into(\n+        \"<IIIIIIHHI\",\n+        image,\n+        PE_SECTION_OFFSET + 8,\n+        1,\n+        0x1000,\n+        0x200,\n+        0x200,\n+        0,\n+        0,\n+        0,\n+        0,\n+        0x60000020,\n+    )\n+    image[0x200] = 0xC3\n+    return bytes(image)\n+\n+\n+def elf(machine: int, interpreter: str | None) -> bytes:\n+    encoded_interpreter = (\n+        b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n+    )\n+    program_count = 1 + (1 if interpreter is not None else 0)\n+    payload_offset = 64 + program_count * 56\n+    code = b\"\\x31\\xff\\xb8\\x3c\\0\\0\\0\\x0f\\x05\".ljust(32, b\"\\x90\")\n+    file_size = payload_offset + len(encoded_interpreter) + len(code)\n+    entry_point = ELF_BASE + payload_offset + len(encoded_interpreter)\n+    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n+    header = struct.pack(\n+        \"<16sHHIQQQIHHHHHH\",\n+        ident,\n+        2,\n+        machine,\n+        1,\n+        entry_point,\n+        64,\n+        0,\n+        0,\n+        64,\n+        56,\n+        program_count,\n+        0,\n+        0,\n+        0,\n+    )\n+    load = struct.pack(\n+        \"<IIQQQQQQ\",\n+        1,\n+        5,\n+        0,\n+        ELF_BASE,\n+        ELF_BASE,\n+        file_size,\n+        file_size,\n+        0x1000,\n+    )\n+    programs = [load]\n+    if interpreter is not None:\n+        programs.append(\n+            struct.pack(\n+                \"<IIQQQQQQ\",\n+                3,\n+                4,\n+                payload_offset,\n+                ELF_BASE + payload_offset,\n+                ELF_BASE + payload_offset,\n+                len(encoded_interpreter),\n+                len(encoded_interpreter),\n+                1,\n+            )\n+        )\n+    return header + b\"\".join(programs) + encoded_interpreter + code\n+\n+\n+def elf_with_needed() -> bytes:\n+    program_count = 2\n+    dynamic_offset = 64 + program_count * 56\n+    dynamic_entries = struct.pack(\"<qQqQ\", 1, 0, 0, 0)\n+    code = b\"\\x31\\xff\\xb8\\x3c\\0\\0\\0\\x0f\\x05\".ljust(32, b\"\\x90\")\n+    file_size = dynamic_offset + len(dynamic_entries) + len(code)\n+    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n+    header = struct.pack(\n+        \"<16sHHIQQQIHHHHHH\",\n+        ident,\n+        2,\n+        62,\n+        1,\n+        ELF_BASE + dynamic_offset + len(dynamic_entries),\n+        64,\n+        0,\n+        0,\n+        64,\n+        56,\n+        program_count,\n+        0,\n+        0,\n+        0,\n+    )\n+    load = struct.pack(\n+        \"<IIQQQQQQ\",\n+        1,\n+        5,\n+        0,\n+        ELF_BASE,\n+        ELF_BASE,\n+        file_size,\n+        file_size,\n+        0x1000,\n+    )\n+    dynamic = struct.pack(\n+        \"<IIQQQQQQ\",\n+        2,\n+        4,\n+        dynamic_offset,\n+        ELF_BASE + dynamic_offset,\n+        ELF_BASE + dynamic_offset,\n+        len(dynamic_entries),\n+        len(dynamic_entries),\n+        8,\n+    )\n+    return header + load + dynamic + dynamic_entries + code\n+\n+\n+pe_good = pe()\n+gnu_good = elf(62, \"/lib64/ld-linux-x86-64.so.2\")\n+Path(sys.argv[1]).write_bytes(pe_good)\n+Path(sys.argv[2]).write_bytes(gnu_good)\n+Path(sys.argv[3]).write_bytes(elf(62, None))\n+Path(sys.argv[4]).write_bytes(elf(183, None))\n+Path(sys.argv[5]).write_bytes(elf_with_needed())\n+Path(sys.argv[6]).write_bytes(changed(pe_good, PE_OPTIONAL_OFFSET + 16, \"<I\", 0))\n+Path(sys.argv[7]).write_bytes(\n+    changed(pe_good, PE_OPTIONAL_OFFSET + 16, \"<I\", 0x3000)\n+)\n+Path(sys.argv[8]).write_bytes(\n+    changed(pe_good, PE_SECTION_OFFSET + 36, \"<I\", 0x40000040)\n+)\n+Path(sys.argv[9]).write_bytes(changed(pe_good, PE_OFFSET + 22, \"<H\", 0x2022))\n+Path(sys.argv[10]).write_bytes(changed(pe_good, PE_OFFSET + 20, \"<H\", 111))\n+Path(sys.argv[11]).write_bytes(pe_good[: PE_SECTION_OFFSET + 39])\n+Path(sys.argv[12]).write_bytes(\n+    changed(pe_good, PE_SECTION_OFFSET + 20, \"<I\", 0x380)\n+)\n+Path(sys.argv[13]).write_bytes(changed(gnu_good, 24, \"<Q\", 0))\n+Path(sys.argv[14]).write_bytes(changed(gnu_good, 24, \"<Q\", ELF_BASE + 0x3000))\n+Path(sys.argv[15]).write_bytes(changed(gnu_good, 68, \"<I\", 4))\n+Path(sys.argv[16]).write_bytes(changed(gnu_good, 104, \"<Q\", len(gnu_good) - 1))\n+Path(sys.argv[17]).write_bytes(changed(gnu_good, 96, \"<Q\", len(gnu_good) + 1))\n+PY\n+cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n+cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n+cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n+chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nINS.POST 172:\n+\n+expect_windows_binary_failure() {\n+  name=$1\n+  expected=$2\n+  fixture=$3\n+  cp \"$fixture\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\" \\\n+    || { fail \"$name could not install fixture\"; return; }\n+  expect_packer_failure \"$name\" \"$expected\" \\\n+    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n+    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n+}\n+\n+expect_gnu_binary_failure() {\n+  name=$1\n+  expected=$2\n+  fixture=$3\n+  cp \"$fixture\" \"$TARGET/$GNU_RELSUB/omp-spt\" \\\n+    || { fail \"$name could not install fixture\"; return; }\n+  chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n+  expect_packer_failure \"$name\" \"$expected\" \\\n+    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n+    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n+}\nINS.POST 183:\n+\n+expect_windows_binary_failure \"zero-entrypoint PE pseudo-binary\" \\\n+  \"PE image has zero entry point\" \"$WIN_ZERO_ENTRY\"\n+expect_windows_binary_failure \"PE with unmapped entrypoint\" \\\n+  \"PE entry point is not mapped by any section\" \"$WIN_UNMAPPED_ENTRY\"\n+expect_windows_binary_failure \"PE with non-executable entry section\" \\\n+  \"PE entry point is in a non-executable section\" \"$WIN_NONEXEC_ENTRY\"\n+expect_windows_binary_failure \"DLL PE helper\" \\\n+  \"PE image is marked as a DLL\" \"$WIN_DLL\"\n+expect_windows_binary_failure \"PE with incomplete optional header\" \\\n+  \"invalid PE32+ optional header size\" \"$WIN_SHORT_OPTIONAL\"\n+expect_windows_binary_failure \"PE with truncated section table\" \\\n+  \"PE section table is outside the file\" \"$WIN_TRUNCATED_SECTIONS\"\n+expect_windows_binary_failure \"PE with out-of-file raw section\" \\\n+  \"PE section raw data is outside the file\" \"$WIN_BAD_RAW\"\n+cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\nINS.POST 189:\n+\n+expect_gnu_binary_failure \"zero-entrypoint ELF pseudo-binary\" \\\n+  \"ELF image has zero entry point\" \"$GNU_ZERO_ENTRY\"\n+expect_gnu_binary_failure \"ELF with unmapped entrypoint\" \\\n+  \"ELF entry point is not mapped by a loadable segment\" \"$GNU_UNMAPPED_ENTRY\"\n+expect_gnu_binary_failure \"ELF with non-executable entry segment\" \\\n+  \"ELF entry point is in a non-executable loadable segment\" \"$GNU_NONEXEC_ENTRY\"\n+expect_gnu_binary_failure \"ELF load with file size above memory size\" \\\n+  \"ELF64 load segment file size exceeds memory size\" \"$GNU_BAD_LOAD_SIZE\"\n+expect_gnu_binary_failure \"ELF load with out-of-file range\" \\\n+  \"ELF64 segment is outside the file\" \"$GNU_OOB_LOAD\"\n+cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n+chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n*** End Patch\n"},"customWireName":"edit"}],"api":"openai-codex-responses","provider":"openai-codex","model":"gpt-5.6-sol","usage":{"input":2793,"output":13006,"cacheRead":34304,"cacheWrite":0,"totalTokens":50103,"reasoningTokens":7372,"cost":{"input":0.013965000000000002,"output":0.39018,"cacheRead":0.017152,"cacheWrite":0,"total":0.42129700000000003}},"stopReason":"toolUse","timestamp":1784195153106,"responseId":"resp_0ce43b44bb495320016a58a85189dc819882e6705bdbbe3b9b","providerPayload":{"type":"openaiResponsesHistory","provider":"openai-codex","dt":true,"items":[{"id":"rs_0ce43b44bb495320016a58a8542d9c8198b8f19580927f0987","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKhf_81AuD__dqBGPO5uzchDugox-JyylS3wiSxR8H2ngvyL4B0sUMrzfTNoQOIshGDRtFriYoWlYfi3j4kMbQKeJNc00VTJsGMa2H7TO8EzaLTMyo0ZgttpddhD0YpbkTHhHlyt0RdYe7fumFsVbzAR5705HR3PqDIYboItceMdW2UcL8SxlVGsNiSn0jCQdf_pWSynRoAgZNA-uLzZaNeg-FNAdilJR831NKanFtU6mS8aMjwalMIpul6PN2PQLjSPly7hiKkcW4b5d-PnYXnuwARdspjGYZ9_clE-E8maTN6YZ9LB_xtHL6MM2w0PAcJH1muRlxh4Jx7u_qQt3T9wgFlCv5cw4Q0HbnZY-ey6AsGrY-VXE2Q7b2WGTThUFjRYXy1d0qZjwOtHneWcmuA56EyrdJystaojUpCsqlI9YDrbfbeyFNxI_WRYHK7MJgxWf6KoB6Mg2PJwkvgdyGlVHyyvvavvBdTqooJpWzmlqgc13QptsB_u75-Rt_nzMs5CnnjlU2nlTwUql95XOwG5s14UmNDY7pob6ivygegoQGuTakCVIhjoxoB8mZlivccAolIbm1UZDitbLtr3CFpsg2q0FAMwKtvliqq-dQwZAciVM_R1sA00HMoAzNztRulWL05D_j-bCNKK2AfIH_6-EwXDJwFrE1zt8zHJSbGkPFBllMT_lE7Hg0E7zcVuJ8uxGvkplvhLgi1pnEHz5gYB614SBSZkEEK6WqxMVyOkpgsIV7GZ_k-HsFrU_R6zCQmV3icwhGf3Z8OgipwCzmYJpLjOhf129k1g_3Zq-5ee4YZ2mQxYvt0lk_R2p3YpLgU6w0kdgiPlltswto5tAt6XdTcq1TEFJ2j1-LTxhzHp7xmOE5uaXF_sx3eDScYZqQcx6Dk0PYEmk_3tFgDABqbQUhWA6DU9gEXduDMAASH-Dc5MsITn8YSU90guctZr8h79EL3ARQwwDJFmPyZFD9inVzeRfXuz8FGFD0ix0WVVPdrH4EfFXMFcXiiSJ3EkBI-CtNOZGcxiUnf5BW7E9WMmn4Dihe4MkYgzZqboirS3EnqCuvEL8obvzHEvKZpB_G3vDpdv041FiU4gIrWjWvIEmTt24IRYslZf6qHtMvE2zM0xvVqkCwZFYy4_TzuzhCwpw3gvefcLXV5HzUHaWYt7iJJT4Cw_w9HFNZkwQD4LCu3e8eYpd_uOaH3jAbErKgUA-p3qsyU_kUKTcMLAxZodpyu_7xD_BnHlOt2Rhx814uCAWHc2X9jd1NDAvEpY-8qfKjAbqF2t20NgtPzVgQ5LSUHFIXztsKpoCXD36w30UV8U_uaQrJ93vw3GDD6OxD7T7QIvBXzB5G-vcD_zhsjoD1jVNfcluwBTpOprCkXowrOx6JLi_QO3I-zc3nH0WeVXA-ulzxh94Dkfq3_tUFdPiePsJNIkwMkcj50OD6w5e2RKNlDYFvzXChS9RZDxzaJ7K9G9Tu6BTlbsQIEMnMSvx8gqTR1AUXa2tS91cZsd4dw1Rms0V1_s4ytynuxMMJs795nJG5qf_PhRyR3lJ1pojQHFdR0-hKudffoLKL1C3oVbJx6hEQeDlnBbR5XwzoacqUsMh75p-_zHnV1Fl8O2SUBPi55TH-97T92-F7XG58-dKSKw9H7HPaAnJroqi2XbyTWKGTHXuuKPCSSA0boriyv_kLNfcUdameWVv41C7wZsHelefGsOAm8JA08Egy_oBDHmpZRPpppOV4a0Urmz7UWlovxGk8QKrYUvIeTqWLQjSzAuQ13hE4CKWxRzre3n-77lfHI4JE7ja3_bASLDUsAXgCe2XHR88Zu5UYzRFEZjk5QRPpOhyEely9NrY1hSojvM8GYIko26COK2YzBXnLlwmAYJ7_CiDxv9nhkosmjkjpfThrggiTdkh8lE7N5GSQZCsxIxbmwDRYu7TuZ5EF3jWmyFj9A57_UDO73JK_bLWIzI_d9T3fy5I7lz16CDweGeGriPPNTznEHGd94zIBBREsWEKP1mAXEqYlf-Kz6Ul_fRsZAWudv1Ty407JUnB5R0fIgC46UqQoKyTBcX1_VgzjMgstdJbuZi9uKsRL_FKVQzSMnK9bZBDpRB3qcCa9S-d2wJxMhsg9Yj58zNmoWUA93zM4AMyvZ4qH9syWjh_Piqj83a2FvNw2t3v3e-KB_fJS2od455TX1Sez2pYb1OWZ-k70DNo0OMVpfKITT9SdPg0AquIyeP6PxwWqTgVfhT1vKhIucqaCI5ADv7t38UElJcztYLl-yj5ANSIsjth6fhsvFa-w8KOxJr4FxqbIqy89C5GkJldzNiudIH-6yCn9qf84IuShvqb2NZgwmXGLrDlmPg119NaBw5P6CdKA0PA1tv85hFbcYuu3sFKvqDG9mzwmtxmziX9ZpL7ZbBM1zHyZ0H9o2UEhwwGdTAsauqLCJP8m9JLgV3qNLy2YXPBFT0R1MVNMzoCqEbKhYjBmn8njhweI1AJFZx9Xpk4YFvxzwuxBeOHEW2KW1Vb3FJwcooaoxWzwelWdIzDpQattodmbUWAZjw3FiVpD6leozPlV7pWk_RYA1lePe16u9NH1jS_h85DVGszYVct52abUxhH6ZbQHhOwnjjYQ5led-ZWeWnlxlkUID5IO2kPGrQDL-A_8yIewaizUo8h5OH6iFmDiNG4Kk1RAVJarBF1WrZ5QZCuTq-mgyadSnL3Q_15tWuKeaxskrvioq_i7hzphLe_JcXlc0sMdkKk_UQ0_Znlnl0FpkGCG_6SgnHcMKl0Anvu3MkqCR1kx8yCBYFRXs3KL7MrwdUnL2yiNjUrDRMAtMLGoQmU9pvtr9z2n0uBbiA4uaW7cwSx58jlH0IOjXmle4x0f0nrWmxLsFY4FUHs6e54u5HsgBtibKkyMXUJX_Tw89HxOaO2BQbm0XRMLsL5L13VaIjulobGDzl3NFU8wY9TxmIFrc7_3epNhq4VAzkT3J0f0j3mZG1h0GJqZ4CCSZ5p5_z9U1ui1YKBfllTYCWSLXsG1fdJAJFjej0wWilVD97GBG-JoO7eAeT1FimIiZq6ibdR9LvWFtePot4Zc6qhpXvRdQKMGV_N7LEQFWSjDkdeArexsKpWtakcoglhYpBAvYDdST0PoUufI4AXFVWOPdzKlPAxQstINsMDP9pHxryz9K1-7lOBOLo9C8pTe-D0kiMERwennLTBU41tkFnZhVGl2M2jxSq-rZ5FhlsWdCibk67TbbWi4qIC_q4_mJu37cEH5DFfhp9D0ccaiTZBeC8x0ugApTsfvB6HYVKICTu79SAfVlzIEsqpuoGfaYt1XuahvREyiRGBcAPnODzJpR6wkhvikZqlRwoug1sBLTQuwe8iUNGT2srLUCiolaPGV8I-lAI1Y4shWaiHVLY8p0BlCI8KnFNKIoINKYVznbWbho1mQA6jhrO8FG1yCO36cw929uoF1H6CCG9DRhgFXVA3GPTG11OCrM97JL8RaQodD6FRRIwmZ6oi1bocW7XT5LN5OaSmSFG1QERGH5IaPJhtG8ptJADugpmRFBlaZXVIzyZbkNvMk4RTphvXKyjR6NQt68rSgI-dEO6_mFNnyHtUBJXZnXpiTkibeUawVy2bd8dlrZ5uM2Hsn8mk3HsQ2u8Av8u3R8rNfKTDoEFuVg4OdHFcv2JxtAsVhcw90agHJFIHSzuEMhkGF3FCkl3WVfsFLMcpEu6YUZgXRTZp-gVPsQTzOwus27bP2ATfOw9wQKnqANIWO53RgDTKdEFzEUcu7Q1sgQ2","summary":[{"type":"summary_text","text":"**Outlining PE32+ optional header structure**"},{"type":"summary_text","text":"**Defining PE32+ header and section validation rules**"}]},{"id":"rs_0ce43b44bb495320016a58a85f31d48198b6df9ab1db1ef2e4","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKhsRnm6yzKHf3as2Pf95Pm2tHzfbsmHh26K2Lbg4EhINpc371NjT5y-1NLEMIWD2XiRjQxOpovMVe2V9JcQzoFnv4dUlWgvkzsl1aeHvZywd7401DeF6NqICG2VV2hubIe2chPNH5zyb1ATvnZYzSjbuyHJRM_s7QODMVm5-gTK-meiabZhdDmDxothwjyQ2OXueJIZzfqvKgwGzivMFYTX6qhj1LRJQbRd4ED8b-dJQj83WbbkW62iPefeGkd9vKSbGTIo2uVcrL7XpnCYp159IimkN3vNzB9_iv3gyQdAnxGmLaCImOO6jFPzYKl_0LnIWyaSdFIi4jY9WbRoINQ4nBWUu3Rqz2w7YZYahdG1BiqmVsBpdwHpaq84TfXfS1QQIU5MLs5GM2r1dUeHXpQQBF6a6_50h9z16Is9byN1S2MfU4uvu_463HiK2ancm5MdEeIoaFnueLAfOrIyXlwctEbyG6PXzgClu9raJAGPnPJJNicTIEueSmEWf_gYhyFpdy72vik5dxL5SYAZwKQX2Cq65vXdzAtTLXQgh4DFNFZfqbrqez3qLCFrQ4LEowssmZnpAPxQBsV7tLNCb4foBIxvALPUZ1Sfp2TNwAE0Pei-5f0BdNsiCbhjAYltgQi614eBih8RQuw1KmMPE6pablKmq17B6XeCbnE8bBCan-Pajg5bItM6tcxYwmIQOchJKjKyIzRnpgfyRo1AU53HJM-6CxQlqb2FRnB0zQdwU_wLxSylIeAFMmpza5OiR-nJnQ-8re_FfBBZ2kE9eJ-o7cwcnVq3KlmSmhKmdpXCzlIPHv0EVd9TekO3O0U4EThp256afDjxqiv8p3EWyJVoPAYfr5CF_0SYJPxbOiH4ahuXJwU9tHmAC35S0q4z12Q9u5-00Bnt-C2UWd6dG1HU6vQPlU5P-dHMM97t78S0U6DLu_3ku4xf8l5XwwkQPvr_rQOUecZLjsBRnvBjFAaT8gKFlS-VUfwpldnmk3SvdqlTr3XQYWax3tq_y1nMhEgLMaFdBlq6xTj_eBXOWmru2gpvhZUyo1w8Ju8NhlKiTjqoDHFh5v7wlndh2i7QwI7C3vbxhxUnOidd3AFWxKkRpo7q__ekFzyzwgp_PFLNoAO7Ip5LsBihPKVoMflctQ2So4bTrA2GIS-rDwDMA6L-A2lPjFms_SwalAo9pwnxV_lnL8DZ_LP8su1R_4gHTv0o0hl70nI4ANXsfOTynsjr8JDXkT_hx5ye4X8ZXQKCkxEa2QCLmcLp2t2bWhRkpYz1mIAI3YKmkGeMM0KJYnvw9lgyzOC-f9_KMbSQf1tQea-VP8cCIUfMQyb0_pQX1egoE0vxYaukmR5Sy9pvXNzBc_fHv0nuufcxm4ZygORmRnqlfpWtsq-ijCU5v2ZF5DI9nN5NRW1MRlG4cw_WfTuVE-JJVr74_Gih83A5PqCIpwiMxgvHMB-L89tA__Ip-JlsO8630p_qmQmmbbG2UxyITPral62_Cw3CdQB2abQW3qvxH5n42_-n27q0GnHVfIpJdfZC6dxoS6VXqHuWdsd77ImAsnTRXYO66PWsMd5WZb3LvkeB7DmoWcb4d5LdpBR3oqSttXJEv1o-ORVfsqY6S18SdxIe-OAXWvdD56gEjWeJV8ENfGPZyEPsIxT82OdAMTFRkLXLqAO87c6BjsT16Vm8ZvAAxQt184GVCbdIhjA54OKqfpDZqWtGQtOQQ-CqbctSUC6UntZ7vyRgE9E1q1cLm81G6bXtA6T9wAlBeDM4kazJLO57imHzYefAdsPXsFQWZWJ4R0Kd1ZI2yHmxrDi9-wq9HqToOSXYxCygG4J7Act0p2nCyPxLDlnf8ZP_X1w2kgquGfUCxk4RZ2jBIY4_kkwTPrXPl7XZxzHEWftgeQ10AL5HqSTJu7Wxw74cBLuP_z1vTnhUamYUIgc4_mXZjVSXPetTArl80IeCEvfAGtHK-Dbp7Kc3FD9NoV3GC8-ami-zJ1jg-j9_c6Jjhdkmu0WQ3P7-NYdSMPGbbezM-2ROlnA6y67hpzzArolQDRGjCc9u8ZuS6rYmtN_yHPNnqiWlvD5DwYttbfhj4h7c83tzsHQZN9AtMtCHZPRwqP15JsTONZC_Kl2XyUSwV5t7dJ5RlDIREwP4rnvxOI-a7dtm0ydq7IhPDuh9MNBGq5v1wstoOMDlyFWdpj9BFCjQWXrx4OHzwjLV0COjCbu44j3JQ_ZA8EU2hIgbtjJcsAWVGiiS6B90zm4OvdTFIMuNlbDxgMbbFc0sLA1iOg8vRSMlFgRHxLDfPWG-nbN_9zMBIbiG8Mt860Ev1FoFVEFPuvMIYa6Cw7Qj11m1nO4t2-V7gdS6xcl0p8aGyxyq1JsPyXGvZV-hlOlGgl8GEd6Pskp_wNqflj7F_8Y25uyatgPqVh9AjR6TyLBzFE2kiODly2B2dbIlWTN1G64HyttAPg8o5DhSy9BTrxqpZ-5LGntsqDdUMhr3XwwhabIB3DFMwHgCUs9meufb-RpVDzA44YARxtBwyEdlkpss7UzOhTHdkeGRIWyww79jpAv3Is_Rwm8xD8MIolm8_a4bcC-7DdNCmg5n5oJjAbfRv79Ea0gW4Ups7JZ98H77FPcIjyitQ7BodQK8pCkJ6LTMOOUxbf5qpnY9Kcr3ODqBbOja2EvlGcyn0-d9Cvqt0mRD9xyjoR1CjRmt9eyygv4OlzOEcAcq-smZvYNcx7ElXxCDAQV9ZofGnGgsgvVq_9D_usq1hI0KmX5KALlDu5xoDMg0nujGElgJatCOiE5v_t6izRkjzvoX-Kjt9qjHUPwPfe9RVkaplke8SM1uPA1DcY4cqESPKyM6uX51thS_gqrNMoA30p0ppvo6C3YcF2ki4tsP2_L_urQ8XioS8DEvbrTUzYqUCgOAm2BXisqh5b0JHRSXmvJUQoSK1iTrEeey-YLcH1aj1J0hR1IeIVPi1y2B4OeuqcRd2y3bBkbK64tymGBpbUFZEc36BcuHhBkPq5Pa_bhRVpNfEMnekiDtMXD8Pag0CkbddMsQQgFFRc_9Rhe-8YzeMzNuzq5oTOhhHtJQQqCyE3Ibh7_yUCtOkeL4IR-rFWKQorVaibHBlKAxxQ4lUN01ZhqXHpuRQ5mH7GJ7Zq669dfVJMFkZGqPePESWy7J519NXiD0gTHjALmHNlmauS-kdArePoqPEUm1q4Pf_l7l4QOPMRr0QtvK5XOmP0Bp-fWS3R96CvMwLdpZJiWNik2_UciJecSS_aPLM2ry55TD0XCuVOTnpiwkr_APpc8IyKxv_Rgy03oEz4G3G6_jDwdRRrYYm8IGxZmyKzI65QinCfF0dwPOZSDQH8aSncmaAWKFXZiShaZEdoZrXN9zv4jQIBLSw1ZOHh4FESn0o9fGaeikLXa8zTFzWw1kwKkHj4wvvzw5Ml2Ub63yCPaQYVAapClXnfs01jtktA1HTYc3QHyjbNTYtSkTwaoIEMExg08gE2CuMKGFtdhQPVhfearNSqzBrSJ-W9T_0ijEthzcdAWP-RjfJvlmH5Yx5udDYYYKA3M4h6qyLIpsWQb0PwWfTH7dcNl62Ne7oj-CvfVC31M-0FwtZrE6zl2U1GxtZFfo8InKLQAwrFougOqDuqxKIVqydrK0yuvuHIHqdtHPtQFGt0VqbaqkwuBgBWdhA0MLbC4bBgJlPJaW_NKchJQHq1-sKL4A6aUskWpRPHKaFI_MY4QF-zgSOqn0lpnE9Vo7DJ_LIIu4MwamWzhybsHdWYR8NNVGzy_E0JRHoq-QJMb3rgB59niwvZFrEiqv6lSYI3ypC30l-nsHrBRY2MS-KEqhlgNVhIM0N36kiGdyKrAIzPL_oPDfu8AFwioCTn3CpW2Yt0e5Auc=","summary":[{"type":"summary_text","text":"**Clarifying executable section mapping constraints**"},{"type":"summary_text","text":"**Validating ELF segment boundaries and entry mapping**"},{"type":"summary_text","text":"**Checking executable segment entry inclusion**"}]},{"id":"rs_0ce43b44bb495320016a58a86caf2881989acb56995089f286","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKh_-16mQL-6OjhlLl4N45Sc7TkEWAbZFIET8q4X_4bqt5Zk9zv51gCogZ6UBI83ap8-PMfkj7dCmsl6lCcAw4uO9b8AKN5vJpcBu7Pw9-O8vvDbh9YFJ5EXWXVBbO5dAMG3TQuRnhiSJXA93P8KSJ2UfbNU38dB6w6VOuAUROIDNTUjL_fEAQXFLxxCb-60VVerETh8Mj3Pufd-vUHvb7KkNXE8Q9TNetSGDzkZX1Bh-TNrhhFlM2JQ4ZZHXxVDugHwF-wG9TXqZqc26-a4F9sdEfPzy_IAsXTmHMc0jv4HHR_Z2KC0zkDMXdQk736LJw72SJwGY5NsIyAcuM7pQ5xwgrBUv_SBGAhBSlfF-DdDLYg5MJtPWcM2qCViEIhdd0LF96AZzqK04TkxIYFbq-NmgKD6n-L1WjaiA3yCemnlJymfSUVFol5bV9-7b5krQKkrZT8bYpH0VX22bdFtnGnSQ2W2k3U3i-5isY4pOfG7-BMq2FiOQODvlyIK_tyxntQsyS83_ILDPLIs1511gWJDRHGjoRIXSGA4_YYDA7iNu2QyDoHRMtzYBk_MM7nDz1MoADuhbEAVrVzYgpMMrlBmq38LQY2S-Jdm1NBY5b9Idudav9Unde0J3y1GykSueyGyxIQdYdgJL6DFQypx_5ssUdCRk2yn50xwzJcLeBpVanakPxyAjkCy4FVmaByYGOqUS3VhKxoF_jmJ_weSHLqi1JhDMjIAu93_JkMlmLPAqCEZK_NW-P6HwD8KfuTbXJ0GcZOQTzPbcW97lUU940vvTHXIq_XiYsWJv6okP6m3aUPumuyyjOkiVZm-k7xBkumyG22fVegXWLletojPgTWn8hMQBKDBkt45dkgrc3Hvkb7TzzSnyJ5kpWfmO4aDYKE6NJOo_KdXtQ_XszG-a_RGYcZj8bz_FkXte-xfIz_fZ-vcv_thQwFiy-sQnS4tNTcwdpnhCNrwSWj7S6AwZqFMT23_qTAdfkQ3YtNdy9nle6as8AFtz02SUjFweNR-jrc55jZkV_OjYOUyS7JfsLjP6HWbhLcFQ5acSmcwWP6qncgkb7uBHxeZFht88PzcElpEIAlrWg7vcPk4GFUlfayRFplzqxUcN-7qq_yBZtnnIcShC_9lvUVCU6hA-KBwxFAFE-a2-QMEozgCXca5FkyewrfCneUsfNm-VGb00zzTvS4nHKUrePVCcF9eH3lhqwi9Xxg7GPrQMrpWUhpt3iQQWxvFNnvm_lSd9DOq_9c1EhF2jt9924hix6h6Zh3KRCcasJdX_5C_bFsAkMMx8ZFdSpE2kwY6DKsTsh6vvOom1HAtAeFqO5d7uu6Z3rz3gOX5GUDfVR4Lil35iqf9gHqfRVrMb5im2GyALTMQXXnIjyOXOx8wGHHOzcWwD04zqBZIilWESGRM2Zya3DUB53s8F8e2YHim5JmaLhNIqdjtLf9_nMfrJpVOyhtu1MFbfWq_kfdryjvGwbqwr758e3XWL5eaFpHnDMC2zOeT6O4gvkpSv0cDOs-AW-RWcpw0dHIW7VwWPkSW-EKVGORKnmLhckjShBMfoo046FlDnritK2Iv032sCCPk42OF8Wb0fS-sX4nbUG2vpKd7cfX1OCzLnw-4ETLaOKRuxxze6Ix9iJLhaOHUNCx0TTY3j427cYjtZ-Nd-2LdiBH_LFghcXy5Aaow7KP_ZznW3T6keKC883QNLoJ5eF5cgEjsA-GrMcEWHs_4Nn_6uZGjPIrqkSKWvSegKFBRb0garXb1ShQB8H9GirUVNbLY0Klc18-y5IZudOJMXZqhd67JK8S6oiti9mosiYID9wZtmr63eoATVvRCzj1HBGTmuFNuGjOGksgERtmvultjtmAJoigj9a0V9zcbY1KHpfVlckrUw9RbtNOexl1-ioeghUgb5n6_TEwbLB8Bkprxfzz8SlNoFYYSonGL-Eaphr9UgzF-akfCxyLhqa_GJSBTik7SwDxPZTnnyebNScC-ftPOnzlxnP62G1-HUPH0PG8GCa_3OowBHRCDHwYhPyma-uV8Ds2ltBgcwlzlYLQXt0MK-1y2gKGXnQ2UbvyK2BAWpC17izBmnsG0Zh-hOgkXdDSbQowhewAt-bqDYp-zTtb3ke5grnXT9bBf7P1sFZ2IcaPqxuQNLU0xwo4EJr_tu5JgJsWRx2v51Ue_2c-zvEgkmi5QGNjq4u5hQpeZl7b_Z2wbAdUpX_I0IPJaII6gg85qtiOa5UddZdZcem3nOslPAdvB4NeTq9JZVg8eWNrRQl41UF7qOJk08axS0Nkv73XKrXOOw0rx8KNUFiux--z9ERQeGkcxDCaSSHuFZhnEhyejgj1K4K1yzV5IJ0OcFB434WJOM_095XVRT9TFYBdCoyMjZKkYO77U84o9YpRwbuzhqMyZnIGWWdSxlu7yYzRzPosiuMt_MIBYIl46V5zkzFQCk9Xocmn7pXAF8herpYcw90FGuCtLsLl3CBKn4spra3ilId6-s2N-ByXEXqucCWZYkgReG9hk47RII8b5R7TZhUuJttln6Q3RPaNXH0S0j-Rs3CcoHmFuTQE4g7VF0KdPYc4tRd5M9X5DV4fzgXuoDa_bCkDpszwDVW8mMOxLgLYDafPjo5klbnDRQCCqb8VNRFRaODAgvvEtQ0cwIqo-zZww35s-w08rYOr_JZ0b_8hHjdQki2tWlSlumZpdhWVPQd8zd_VRD3f2ywCrUH-gjGIl5apsESx9GrJqydMKYInyMpzGBzwmUMwkKgUGzYPOU5hn6FlhBUzeuPx8A5NNhmHcVkUCMBSeeoaMpiHG5nONASaM4zaQ6rcNaOQxPmBbflOssbnpT4-Vgd-PBzPzTSpbbNQ5Ufi7NB_9yNURSNKmLmAsJC6GyFwoYnZBRBE4xBeTVV19aysGhbKgPtYq4HPejq_e5ZyZWWyF-t4l1LivWeDxk_MdPrq6PwPLuHuXjv3Uh8tIh6xG1Itdh-YxyHUDuYNiVHwLTl53OZ7AxX1JHLRChAtkAOKRT-2DG-IlOXerdezDEHm7dPcfddS7I945cRSANOPgQ_R1JEh565vwZ9tZ6NR_Atgc7PK-IVJgr_MOuHDGgvVMbLWug2A4Njaag52YhK6H4csZJY5W-ZrLwE-KvB3DDY4hRTXrzXBiw3ls6iEBjnKrX4LdP9obYwUeMvGalGE0QWZnFhwISKkJ2EJFmHF-FHg3clkpfcF5j8ivtbJ4DcppjwQ6oej5EeW11DAwr_Ucs6eLQuMGslKm7__YTT8hr-8sO3rtc44gGvyXNMi1ftKZCHjEo7xwVAJ1ORQ8u0kxsijbIrrsH-BXUYuM22bCyFjFCIztYECdRgCYsJcqh8i3FSTnrb0giyaO9bh1wsyHUEoOQP9UxJMDpLYb2al38oIX-yb-0HTgcWsuNFGtueCT9N7FhhJreoz0o2wiqueDjqcTJBbR2QADjBhVy9_lhYCplF58c4crrRSLnVILNrFaMiUzFThoRzBI-8D2K2gBxYyqdU7l7xH2AzBEQJcIcEsb--mDIiJtuLNIPV5X93pfu49i1MzDCly7WDjJAAtcFaw6xLMm1l85FS0EkX-6rR8g-WwBVAOwOEYhNBA7zmT9kHqA1bAckX7AV2D7TYhq3xTgjOhxeRBvrVZNSBAdq4k6Bj8SfkiNMIHwIkQwELg4WpZP6hlRIc3CKI0Ezct2hvTQjwLQlfmaCO2HH0Nmo696auI6GmGEkCy3QDAldHeufgG9ijO1cYsv9jW5UD7-k-vTl258A15xjWkYRBZxO3ay4zylSwbsoazrVcuLM9wtgmZDyfr_JbQIbhh_tHPXK4UZ-cHGHn-zJO7odRC49y2HhLvetz8syIgxelSJqtIJdZmqeorIiRPI1oh2VVcmZYZUEBIwTRu-NvnOIuXVttGVgVrDcxztsiYunZo5nlQFjRkdmK27nyr213zRv3RpWI0edF1ZsTC-eLzqtAheTtooL9nPyqsub_0Iyawl9wuq_MBwBvqUPYbAYdOkUcXynq3n-9Iyt_6E31_TQ47nLRX098_2UsxUPj0y8Gogyjzqw0INR1TN5YOOBBU6CBjXYg-gTVom-WVHh8gxQ-22wli7GtzyUUuK80tYThzyjtzK7ZxCdWyigk1RN_ZlRsi6cOSZJPoSidLVK-vvsPUHxf2eWDkzJuSvaK04Cbo7JlaMim4GlvbyFWhdknnSvePw4EsLpcnkBzLou3zW","summary":[{"type":"summary_text","text":"**Planning loader image test enhancements**"},{"type":"summary_text","text":"**Defining precise PE validator error messages**"},{"type":"summary_text","text":"**Planning pseudo-binary negative entrypoint tests**"}]},{"id":"rs_0ce43b44bb495320016a58a87f77c881989ebffe77a36ffcce","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKiECR9M6DX_yksafTAFWpid-b0WrOKbHI5mCQpQmRoI-APnGk_t2u3IZHBxX1xCzwecr4-PhKu81W_Tgmy_5LtBPA6RhYx9uUMIgz9tR9oiuyuG5-0ZG_lwT80i3Ftur-Yayub6kvcpq2JP87zr-IO2SFNvEAamccLW2f9DPQipIVkVwB5nhjf8sSuJv1ExH7M0dbVNeG3I_ro1San9iIrWKrcnOWVNfPn97wPPFQz1xAmTAMnk0YwyGicmAJr3caawuoZ-scTqSfYRjMoUVLZBaOATSn_18Xf2_CsBQzOkiqCZAZsMRkOn1JkCBtk7iiVeUvxhcbRK_C6n305UX0Ox80UfBrqYJKNLwT4wdFd8qpKu_OmwgZYukYkWkwdkp8FyMMDVeO99uCEgDxuVeEA_oVRi0eRxU4Ct2b8uGaesE_anDB_73ajWmI_BcTeS8gu4YsVL-opGWednQzWjEWVDv5gANXsViIIkk_f8QV8J-WNb3d2IN_FVIlgQBQpgHnVPOkWXv-t5rZDd6b4twH6c-OWj4kcVc2y5G0d0-_CwQWAWZoPQfQsFkD1EQ7l17XibWPOgPa5BMJYPbpet0-iBqD4i2sdMnJQlLaZFfMJ8ODz3Ce11bpPNZtNTKyjg_sOmEd2mKzKKVBSJfPhYt_gHgw9K7EoMNWT1qkVVR5qaB0pZvNRDGi1bP81Y8LSNwJ4yuUOoLh2IDEA_iwDvnzKb-OOcFrka2lYSC6waxbIvdj_rz_S0--Gm4yGPC6U7eZAPAiH3p-0DT3NGu7JHiLiEIko4jNkq78M8Yfb7MhMA6W3HUu8D1wgX_K5SthEmGSz0OfqiTVAGoTFsTMnzuG2D5iBLoDn6XoADHG6dy6mVwYtwrRuT8-g2no8hP8XKLs2G1JGMkyb1oLhFUtBmjuG6MJU2EMV_RevF-AVWOCgQII7x5BNYWRDVh5faUKESyGEVMbCiyCxkH_lFxqmVyqrYLnASESG_QteL_vCSJ2cbKARjht6GWMVwr6scIkzTkNxoWvdfZSnqQAI4oQBOENi--M01NOp2pFwrTbJmw20C01rVwp6gE9jZsbnYeQ57R0huRSPkL0S4LOuHak_YaORqkF7QnwfSNoEiSgRjaVJD4JlL8pp-OCdgyat34IRMgGDgiGI7A8fX0NZkoMDTTkyC-TpSN3VudILcwDqhO0VmxQ3M7pwJtpnLUxAfA0Y_0PD27QLKUHxOo9eCQ4T93iDJXBQI4HxF9GCjJX20WV6-fKqRNHb7BKzNCwDpcD9gqa6CnkN1hxqhq_3f68nrKaOuHx-Vmdz9nr0yaNqCEMVijmHAEN7jqZ4Uva2W1E488o05uC8jDG0QakZ7HcBGoWo4K3cZR05jrHFKKMzRAOMufniMA3I7f-nVq1y7G1Icc1anDD7qIAQzsGQT9k445s07iqFGsA-EWPzaBoGXgbadqhfF7hlOogV2ZKLDB4nXka0wjLvInNZrvv0ZpR4SAmL5YsUZUlNK1xngX1sV9phrWc8bGfYS5KJ1RM6TPCEkF9Y8ptKybup4Xb55Vzxr-YckZ6Q4AGICceQqDrbHpcGNylpM5jX__3u0Lgkx4kgkza2g3zC_l0tJAughjwadivU-ftlxozA4qEU0s16Gq2peqAUzkcbbw8sbkyURt-Qu-3VYExRcGM0pmC3esTdaibX2In-KDOt7JphBhRcYyL8R9XOd5S8ok5ocNTaYt2eLLyMe54qHAxQCH9fMUnnVEOZ0nDR9rW1oet3Nk7CVWHMZ14nAYRYzIv3tJXKCz1Xd9OlkYrvkfd65Rb-A58uCHJIymB10AXm-iwkqStL4Y47JtCfNPzE2wp1Jd-xglug7lAtaWzski4szTEfp1F4zbXcMfOf0rOBSfb5FfZJ4THSL6r7XtwUU_PfsOjwyF7DiZkDblzWuD6MIGMjZBGmyYAHNOeamYfhJqVCqZ2lJb3RmzI7liGfVZZKdlnoLip0V3h_ivr3QHiZhX2iPGF9VbzL4Iu1FndnxIB9p106Jjz4vIDm_M1HQg3_hptUe8TvIS-ShC-WwWY0eshpA53zGDmNn4ie30vzwwwMBrt8oETzNOQW4USsfrWXGdDXrlBi1PD1Ru8irbz77egRAOL_wqFCQHbkBjL60fL63l-mQVGN1j-pARd18FHeQkQqOBXBGttxedF4lPdoq4B7Ja5w_E5_df0gFZwpmKWdM9AC2wREX1rkgGVka-2N30SdkJKrFtCklYmK3nNeRKSiwJd9liX1clPDOlTM_jdzIimkegOkeMnYeiYKWnmn_FcEcFW1V-w7AtI3QMp4-KjP6AfRMhQhuvCdiRoRGMfJj8cWE0mUn8lQ9vIn2AMqe6bbejc6y0ukTx_qycDQ-oanXFWMdC__ZT5YDpke328_ldFbGx1svf4Xik_idcKb8Rd9ttB0haZ-9iIpqYOr_V5ey6s4ff7WTYOcMf3Mh6krIBw3iDwaygyxFh6eAO-brKlje4eQVmL2b64JrkTgwxeGD7q42daRZtgxc3i0On91kPKxzGDK9zHrYKWjoPVTbBCrn-S4BK-PsuY0jLC2_-_ps-VkDeSq6lt-NhJP4fqMrDX_jI5226FTjwzpRHsdXLHVC3NoQyyicq0ZWuOEVKG7F6qysV8skbKqLJVYjQb-ZoIbFuYby0owOQPa1GGP9ZlWdM2AitViuocBFNcTwoYfaL0lbqxVGro653LoXxEKBE5OTePr8tVakbT9CdpB-Nyc4wimOMF_duSwxdqCFAU2pntScczmPDpBE-xAXeKe79zUTk7KTYk42OSmSqh1r9ZqmLNxDDAPsYdpB3Y8kywy504EmjJKX46kG72rVgK_5FwzRQeqB9TwdcxFAULq2jPV8KSjji0_a3cLNuj4rqF0fKrqECVody_qH41s05jp4itUY_YU4FsFxY_t0H7PM5OQuUC8o_7_YXWt76pIiYB6qBs8B0RokEMVwjBMlUI3Re996KWYUYeXT8YI1w_4goSPZfM8ga_yDzneMBFRRas9G-tmMab5BspxSrd1A7OBdoMaZb-rLkUWLER1FFDzv_kQ459Kp2Hd4epfqBj9hPEzgHZa1st5fB60_sVT36BEU_lLNOZ012uB1ML6Lxs7_sCZ-b1WbhWiGlO5jPyJDdte1GJ5-AThpTJBNClGX6BHOcuHhEypuIU_n_HIAkIsEvQGe6TI-MBKBgCfD20pTLdt7ehIDD7h7qL0CFWkhTqJZvNIhO-A9EldJgjWuA2AYPBf8S0VnmVtGKCNPrMOWd2WZh3B0BNgPkIW5JExA4MfAuMmwFFeCKhSDVjnbwjmZ61UUeqJ_5xwtY-oRzGsHnptVcoGqWstfoTQd_r9snHd31rhDp0NuxGMA_-inDpFveyhvBh8-Szy5OZB_htb2na4e1Rz2bGEc0Cr17mV-gXX44j5jvJbBYRJ1oKcdnd-NOEOhCGt28agwHFzIzY4y8J43douaHFCeKEd4KSG95iExJPIkQMU992uK6XaGj0Mk0tGh7cYj5SGC3lQYxYx3_zng9HHSTLuKDMqiFXsO-_IRJvi-STLlabpwMPXf16L8XMPTJGTpQzEbgNEohwaqOUZeXR-ixzY3TYkp5fCVe7x7tSkZZWUF9a20cU-g7NNaJwaNzkJ_RDSRoaUcig7ylenwo-dQXnoUxP7cRm46VTWoPjiwz19KRhCGPWLqdC0hwVAGIF0m40-74kAxxfo3S1A5l9hLc0paGrBy1vuoVjcPwMmm3JabzGtFWyQboX_LHwnMN-sycFhcihQMRiLI17sBAjxU-aQvNn3TTcvGnD0t6lCU5-SxV4n2bS8CHmlTFhXNVWvmpEv0FB9ck-7xs2BoQVB2Dlz62g25WdzcytTOyVERJy5kN26VYaH21qX-jeI8dqHTCXgfNvWa_Pv330xn7cpiXBOzUYeA3q1JwMDuTW-qEhnYlJifk5L9BbWCDUvtrxdKGUniGz3SroxxAzOlDLiyMuqTl91Xs5g5mnu3OFbayQshyfo3xvbNTS8vZXYCv7Pav8IRoGG-ks1_BUL4FOgUm18oo9xmN6r6i1zVRS3IO5Yn04E8B-cF03fenVLlQjapz8pKW111pLG1gnWFpswb80pqqdyHIzXUQ239aSIRDjbMdp1ivR92VmxtAc2iKoQrmL1rdlmVoG21LVHLeSdywrQzg-UBfdNcMgEd_qlJW9JfWyo=","summary":[{"type":"summary_text","text":"**Adding zero entrypoint fixtures**"},{"type":"summary_text","text":"**Planning helper functions for test failures**"},{"type":"summary_text","text":"**Adding Windows and ELF test files**"}]},{"id":"rs_0ce43b44bb495320016a58a88430388198a0437fc82bda35c0","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKiTHQts5h2VqaJ84CJkpgaupMM-yykBqWg4mJdvUdwm9mW7s9kza0aF4YN3LXQX2YnQqDqQVBQrsBcZLj75FMXI5Ot9ItROhsl5YiF0BE6NpoQz7EkVmI_OSfF4STGogo1Tjzy_r__qKXxfuyddzcixSqWPFBoGzxEd3pbpa08VhcvPbFwbaQRwdcR7XZPcdevxww17tvDcuxIS8ZTk2bauuME32vpMlRxLZXHdL76A5KhFEFeQJfptsD82eX759fgM2TFyZvYD_uAvddNRO3ssicV8sBjgNyejONZu1ya7DeiAveiTfEmAF0JjwwgmGZPVNHZrFBrrv_3QvMEhMWBN_Q0I9Y-FLCkP90-0ViZHlvJeqzBkXIHpHiZalAc-WWQIhdzQ4wHijdrTQqp9eOsCG9xRLo9yYkgIrFy3dBK5UJIcu4YBhOlQ9MCEE3_RydNRn4upPsMCitbL_pn-9l6rvEewIte0eFTNfSllAVXEdd2n0GQ7Y2_TS805mZYmXWyVdHVlMT0Gh7mpOmCkyI1i2guLhfzeS577iuZ3ZYN1V7JwIXaXE9L9qKH_6oJMAfVv1fHRWBQn-FIL7B5mAkFvwRF_XxNhYetwqKigNBAig5WYvca2e4o3qQpNgZN0CaLkcD3FazZ7DuqUlGHY-MVWR_KkkssNwmq9L4RR5_HyIz5UeFT9xiQCvKKQ5ZTtifHfKRmA6YVIkH-DPxipj-fc0GRu6SCrwWghepweJAgWMo4YZAmmDgd5VNFBp5d_op1jlcCguSrE8SvLaOi5TQgax-jHDpELK70ZrIq-7Ep87w_ruXmsUkJ3gz5XVqclOeEaBO3SLr24dJabOMCH6ZR5e5Uq9Ljb7PYLld4BV1eOdsm8Dbcwv4hEHX247l1O9A4IAHDSivlJP2UYepzLK-m4DSoh3Z_MJBoscpAxI1QTNOW7kLcsFszKFWZL9gmXyUH1wPDyoaKlYcCSkMafYn9PGVNGfUIcUlHJlkqFkAaf1HnHzn4fkddUWcEkOLUwLlxC5UuhGJhk7rykjTzUGMRTYznSrR0eSlk2-sfHY2C-YmjKdvIl49Csp63RZTs9x6EV-oz_vGE5VUpmlCZ1VJoMVSvyLoGbTMZa95_WDTZmhSrejEGqYrK_JoFVEYfx6z61sKwYVjyoGIYGUfgipv8ltBde7W82Thiqqfobdj_j1uy8_jGF3a8tDOF1TyFD4qL5Fh31vhpL_m9sx67Bjxk8mMsXlCnqxYeCx4QBYJK1h6n32F2oB1GMZfOsuWtPT6x9j8DXR3_ujE4wB_GGHPml_plTGTPwatd02rWBPp-KjNBWuMClRuxd7ZBwdIwL4VWNZjCvijfsfMLv_0tyB6LOxYhCsLEIyk4EjpajS0Gfsa1fLIs9ar8gjkJQqMcv6wuQfCRFIVEbfw1lq1d77oDiJE5aN1-3kPryRCCPMOnpaT30a4yZrJO7f4tu661qikUe-3jR9bwL8qIRa_dDU8j4Cy0wjpGFW0fvD-Vez3p6IujEWYlgUzDLWghnby9B75NcE5AxFCKsoMg8kr5Umy2n2X-tlRTXX_nM53mQTtnn26hctWx9BOps9CvDb4ixNUK7uWWqJQBd-gT4I4Jw5WXHswi-fyHDA8WLl7Jqclq4KxVcX-N1pKJwjTuXlUXT30sP116ZKpvQPpCyHnIUVozlCNE0fsg5Fs09BwoOAMDBBiOzuS5CY8HRGS-Q7-uunwWUf7YbJomLvQ27PsXxquHVPtarZkrkpOdtBOlSpsKJCFwx3PwyObZyJTYXwuBSlCl4TwO7QfJJeqw8AyVDYdwUqO27YfID-TiwhbOUfAeAYwMfx-TnxodHvf76AWkMrCguW9fBLRYskPMOXQimMjh6jfjPU8M37VLrBc0OReKQpJChEEFrm5M_dlwLXnrlKZ3ZDauEi71cevk8aIV1GEKBI4IxxUC9OVE11H6PF4-B24TmodE-nPO2b1VNAhexeyNvHB-C92v6LWNWym1HMSMvtZd46Rc7vPACNT01q4xe8avrn3vpvRaRmpNIORuDdZIZWLKgBFKi6U-Yt-ysRN5ktj218ZqnhrNYPE_-xaBPlgRWoT4zcKt6mZhGkBcfH3OpadbsFPJi9Pi4wYbrpju9ZpEYXZsSiBvDT-hHRhDBX8qZoaZDu8xD7bJFLLKE9FHJjAi3RYuI3CvOQfeNKjgdfVXpatrO0Dww0kiI-zORmu_6kJBqDXa5qwxi0oiMyflpvKoTI_JvImwxf-t-Faxg-sbyPqDezZBszFX_v4c9EAkTifC0P_fnSWOfBfFBD99ETr41cZkNRis7qRPXWTsond8Ew3NlReVnIMH5MHLO0dfqVPAl2QwH44eGVPh47gLVoL_61bxzOm5IgkexcYN0DaEqgNCuuIQq5X5AYKEQJ-FyqVlPSSYFAHGIUzTUKxCanhuu0O9a4-MXishfZwt4T2zM1YXSdqsD9hMBldKUdtQOctbReyuTdc5Cw0tz20mz5MvzPRKwvaZ-vFO4q_vBT_wY-9Ay3wrcsTqQK2tEg9zrlPLtcUirY6es6t0CpldAk5_Z6gu5w0AQfID5EQATZbxcrIi4n2a7GeCwZeqhkZxrZZNO8E0LkYa-ZQcZG5-Ii-QFOr0oxWbm1rwJtf-ylRauyghm8Rb8yUEDPIeWm64wAW95yFwLZtHDUV0o9Y8xwJXzXYf-iyGtML4y5k649cpm-NKhxPxmBEWE4AvZ0_HwmKGnAI095C8su_5gaFNYonenaACH4KXjICSBPZbC6Y_WBsBSm0VmldVAFeLoM1LDALIitWYZwo8GVQ9XmD-Dtl2aru37PwxWWsCCg4jgDYunek-xi4si2aNpWn8v1o3O_Sa79kipYlKcC2LPJJ8YJO3UPLEwX7Uc_RCkEL_6vHLw8ZCssQBBqblqikxQB_1i1zHwBUxBLCn3T0A0DKTH6SjosGskHuCAZ3E_Q2JuLYI0L7pD5M6QZBiQhAZF9Vl3g1D1MuQzggZhQcOk759sBiMxFnYY6g1I2rrMBJYdYnQGGyPKDNAeOril2oAn2QeFzMBO1tqYRg1Zcf1OeT1cZDDdWN7rbAxzxND0rKeOOHu9nw5_4PZSrAkaRVX81_mawuNv1IBkuijGnrHPC5GBg5c4ofqGyNsnHChi9x6Xq4lEHJBrcatANPc1gbHxTy2O9XFo_mt_Kcfkjmy_zKP0tIKUV9CXx_MIriLfewnUCL1bDY9anqKZpjEg4j_Wz_FGPLzRYEE9M4ecouBOjEgjohBRSWvaGIw6EbrdS1nawsqtjET26unEhbWKMiGNAhI=","summary":[{"type":"summary_text","text":"**Planning PE header fixture implementation**"},{"type":"summary_text","text":"**Finalizing PE optional header and section details**"}]},{"id":"rs_0ce43b44bb495320016a58a8933dec8198b117bed75d2ba312","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKijPkrV__y7zquGRVAdrlL7s--D2VwGVStiu84fkZAeuMMnh0FYuJ432uKWG2oab-jr26QR8mKkCSFUwRyOVdJvwAgOGvsDQrTD4Eq45Kaw_mOCrijwLCZci0WAjE_xFkkAA6ertU9b_rxe9Lo9az6k-FCK3IBTzmViAufz84Oy8ps7edr3hdbOt2nGbrgScLT3tx386GVpQdPptcBt4LvNZh-41ByuLrtSCyGBYP6vW7n-xzMDeBw2I_ChEz6K0CyNx4WC7vc4sou-_LEu-hbIKUcxKiSqntWYB89vDaZNfpZBsZKAOeLkdGmZoYKkjX9Yp9ZxAgXShL486j91upuojN_L5IILmR0k7xZiMcpLZVYIiPmwf84jaXcz4x49NM_rvZWAlyXgjHTFP7Hk_kYJKSD_yEeJlaOLnROlH-_JemE5YaJJUjg4ZgwfOGtTzhUy8AEqWQ8SyjgCuDXmefgw-NXLkErRNGt8i74AnqPs7c2PPqCYUmZA_2zrN_oo5z_g5-KwKrShT_7Ns5R58RVka4sL1nE1eQOytp_3FO2FgPP2X3tvWrycJC5IqMWEOHPiFWZmVl9tlHpxJuacHnVpOUBQfIYdqPsyJKF0QkYWlSQ0NkFmQYpJTEiD22rYQZedkUK2HdKVPE1A8yxckTpGcPO_bkHdI8alT9mWenCl5CMZD2VsULlYwToVwFY4DU_cA-Zl5QM7Gc_Y71qw61-96LmkwMV850g8P34V0VaDXi4baSm6Z3wZDpY7iIgiYmXyJ_YdLOi8bAFEfNJpJUQzrc7EZmXbQP0UP-1Dty9FU_BxBGNfRd8HulSkrrdWVvxP1TqyKXm9L2v-b4xIn5isv1BZ2UyWA1WDM_nkC4HmtWnTaGlh81__tL_WSEjcl5tIHnRZitTfOmxYDLwiFNt8J76bFeJyU7LnYY27ALmqio7j-0UxHWK7DIdvmSVQpywRMgGypOVLXzwwjjOuG6kalkpFJL6rIQxtnbIy1A4E-4-hYHWlHqzyOVxhAN-GNvll89X_xy8cOvk_yijS13NSrqh43oBKL2IDsiRDVm6cVLrTRx74Xs5gva83995w4npvIUzwL7fHMn1Bo5omfVufOKXD3NaPDFkJz3WaZYkU0yme17pm0mQztDf4ziBm7TjTwZQ81PxPhyqzXrJW6kejIYAgEL3_btG_mxB7JpSe4LrPhJe4Xwf3Np1jRlIDFRsnSzjRdK8esEsDHZjUZCmvc0UQX4bS1RiTLc1hBES2YQyCRSEfyanmlvAfKXHUB3Rjg_nN31Ttvqd-BYVHtHr4qt6yMPql6j7mLPiL7-FoGfj9Isp3QYTB7JUmj9cKzvf8vxamBs695uN4qF9TZo59yk3Fg7_8bCtN9QeQR7pazqabNb-0BOCJRMrZl-C_YyjmBRyddV-Trmye4eT81XQ57qqNmbiBacZky30HUdbXhx1HJsMiQ_C_ANFRUPuRy9USwhK_OmBplReTOMPbvV0FT9ETKiFzG6UThhpLMUfm1pc57tMHvgqelFVLu1d2ewJ4NPDbtepX7tAaMqHAQHs03sppsdAWLNUbFoXpwUIBDRHiBiZ11y4NWPXBEw7e-qIraeyrSE4rFYclagBrSfCDt1K4VtxeqUR2K325MXwceEX9TeEjAh1c6A5uNqjb6gH1gkAm5j7TFGdGmLSxthx6pv1YYna78SYeW5Y1qzZh4Su7cj3y5U74RsBe_Zni8y93kdowxJlLU9fb0kHEQMifqtUCqiFd0uBUatZwKa_BJM-g2oPohxwGEV5Erw29CGWAOoHD60N5yajBnkEQzGH3bHrkRHHaHPPPh4-c8LdqhVANSdLlGouPOGrjTp2AwyXuRleQeS2jgMeihLJafdJFjhgtl00jeVIBnBgyfyIC2QXGJMPSyquk1stv3KGttKOQ1YnT-Kr5lYZf6rLRTT6afYkPSHcyrpWbohy2xs8crB14raJ82YBIh3ZVYXvPsRAl6YVhooblM4C44dEUaZJVsP4z8AGkpY9HSumM-LFbtTytKjUdwqKjAxcnXv5TJVHVwoiQmAv6h0MoTLCwWNZ3r2UvWUlXemKu3pe_WHOltqjB80jG7kngablDO8sn8uvfdt-UYx3Gy6RKYCsGVSy5NKneN3MkO6YAh8iNoGkIJircf0h-ZOZbPvAY2ciyvpSwBKb5-RLkgwh8bQYVYggxi6b7ssRYvMGgL7-otzIiaR6UGzpam1ptxaBYsVf6KIp1gRDk2tWuEn5yILE8yaOg7eu4SARYR7wjHLUPJLfCdwqjFiNQcAPyKodSUmnFnqMjnVJTY_P_wm9WH0Wxn6G5oepoGiazIwd6jL65uuByYYhWyC8D-VD4SpVNXsv8jN_ITc_C5pFgvg4ZaY6NNAHej0JHaxnx9Z2hn8Q1Z5Y8OTtd9wdgor3hkQRI7wYMqwxKhRP7bl2yEY4IAcaWAoIwApQKShgaPbsrjSzK7nz7SqOmq3esiMbcU6pDw1r0VcnYxjUUxr20UuYpDlsl3P55h9wp8wOP_TnZbFHRzxDEQq8RpfCW-e5aAFJ4RAnkhpnf9pNgVZ4J8BfaCZHgktdGVbcbHx8Jcr5858oY1o6lMGBjbnzAG1ikWfn7vQD0lqVmP-hmnsdJZ-spVHzXWIZ9jPI6mgph4x1LUVoolotd8tFivRu1tJ4yJX4EQT6aBUgaRKrviIVbA1XoUY0U_vBt_L4Lr2zoBwnQ-rkdzPnYOnF-3eYYwXJlVHooY1REA3D3V3x3FsVD0H56_ESx_xYSVjjDcBA2so15Zl3mMCE78WISyplV9-OUopNYxz0HH3fCXS8jRP31m1xtQDIyYBoOFI_wqTIkaY0yDZgZgesLDJ8706yOfDy6QQK0qtYcWrsi7X_JReTMbTzNWd03HKGQgJemnoZUEGO1d8QvHQrKnMZmJrTd6cQIAK-c7oRkHC0M6ovTGNO60sRx62w-sBH5x_a8XrBlXL4feeTu78S7eAllQgcaSQ6IX2y4nzMEgtjXo04_ihNMHqcHgjnXnzUi-AuIJPtJIKkgI0JqbkE0ydLtGR12gHFHkK-eouabMOixNYPzXmayGfptWIGMuADlC2CpuV4OEZixuv_edcaR_2kkRU2PcZccDzPJKTcvxBT2pQlbOB6hImYppqVaGmcZS_1sacO1Sq3YM07Jghxsq0EpoJ6dYc_NxdeZGJTPyuUcIvD53RBGqWtVQazvszbNMjl0yxZ0VbBgjObtvTYj2H5R-MenPMvQ4eYvCbXG2nZvPOBsKQdZGGV2am-P2Et4v0bMRET6k0t8g_-db4IuczxMX3SSh80W6v0sDLWMVom1Ikj9FrqxEnClBd5i-nZd5mmyWuBtjAgKKBCMyX7j_EKijeuy8A5WzV94nffyPY93Ew8b0IuaQx3ELpyAaJTwE1oFGgOz7Enny3NnrmVtioG9QmSVQdvXqwFYaT2ERbne5K0Cob17p8t41qF5a8gXjwX6c4Exadm1Fp360gTGLF-rg6HOIbWDaBg7a7wdt_KozOVSGCBTPp2_5cVeAmDCy2O08JP2aDZUjMwi-8hmpup0iVk4mUh8OZi0kDt1vwj6XgtvkZdQkpj9VsHZJnm9nAzl3tzdejDlLQuWqcdiriCYyPqES8jX-zuHw1E9ue5i767xPRbQKYKXXgtKsaBk5lWF7HpRugvRFIpeD4vOXkss-DyvScWZAX2M73TbNETX91DjCaloJZh1V5-exPudneH4DB4mxDySbRizVeO9YOI=","summary":[{"type":"summary_text","text":"**Testing optional header size adjustment**"},{"type":"summary_text","text":"**Assessing minimal ELF loader image structure**"}]},{"id":"rs_0ce43b44bb495320016a58a8a3278881989065fe9d18fe568e","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKiwVIUtsq9TIbPUAZGPy2qi5jTVVao5PyC54Gs0y0OdTmh3NAlXrIBYlEyvflxYKI50iyH010i7xCu9z0Xf6ddV9Fb45b9zXQzLaEUZsQwU6UjH_Mq-HdicHe0EwbRwNt9nBky44hAW8VYr9SqXgfUW7HATy58oGAAP3Yu16_xAC2NzTnRK68Guxa1UBJMhq6o4v49nUEAAFZjfYjO5Y-FWBwlkKdppr2zZWAhH0878hT572Mz7NjTMUUKiO2SRZwGkGhAVxjgFZS78vzi_7PPo70z9wooMncTJ45OUdFlPlfF6pwuMmtxWLPEzagB9hldAWiQu9aAzaJp7y7Qo6yfpi8Qdv4VoYaZZfiWrPLVaRWuf3UT9fxxpre7vd42tXSpdx2xdcZ6Ge1w7zAvJWFKExtbs2aG66GPOh_AIW1Jkikq9CIdLdkXrE3rQYiRCyfuNVyQve8ClhzOjItTldm69Yi-rvm2ZO0GHbqH7WLFpB2rs64fJA5Wlv5djPTnxDlHUEpzBqbKPdQqLGCpws9MrCOL53d8ZcbPMJlSVZMxucbdBYqk-MFa_xeTk0Z3_M7hWi15eqiBAY_MYhEh4Kr8slQbzDETQ7a_uaiRIVBjSB1z5WDJyJwWD52kSUfhyob6Av9sEvTMMgvTXOutA7Yrd1qudIVk0bw2q1Zh3Y0NwBDSX5uQr-FYHL5H_UqEgSfT2dpmaS1Ep4m9NNHG16FHGEDxprglOhi6y5IRT-jQvO18E3SYHgaZlvprljAasGAh2EslQb6jGSwU0d1jDalVJdv7a4a93pFdboVxEuG0QstJvtHVzenXwGd4dhaX09_sMmqPniMxaanGlQSLCfS0WXy69nXSEYdw7q7eYtoDWh5VOmbo7GNeqn23qmObala5wGf40355PGX2R_ZGnED2wmUsuxmcFr2mSY1opnc5VFPMFJfyj-iFoBQDRNY5zD7PtR8iKdZZe7ATtVVPd4KrXv6_P66H8-VtOoH9iXpYQTAWvYBcnXORse4807OQy2ywlp5l-g8UH7vX-3mOnC2YsHXHYhB0OUgej9hfWS9Wsu3yihtXgeJxzwlcN13pCuRqNqnMRW1aT9vls8Zvq1iZery0ZJHXqE1DY2ex3r_j79Ci1T2TFLk8suGsYzPA69LVf7gpojxyyVgrE2Vos1MuRdGBGQSAIthLpsK_ZZJSPjbmzHnlZGeStcfzGi6vYOZ7oN5Yko3UkhqGjkz9ZWfxiRzasYLts4W6JpkO0zo9AvrCjCyMiKWX5z5NMIlF90TKXsukDyHTNbrcVe2kQtK38hnKyA4J4PVEcN3xsJ4dyMkKgfPlJ0vBFtWRgpVJFRxMsToP841hqN3dXt2Ybc7_vz_LKnJeuwWJOFHOr6AMPFozH2s503lYAzt_fkQWRgbvLMlopXVfgl3tmbY2e_LRzraQ0BUW4mUFERD-FJ43HBIZ8APgoY3nKQOjA6Fkf8LoTUz-lok4vxBoJVA-OPza8-Zxda2OshI1bJg3t5QU8p3gKJO8seCwYp2kFm9fKXvLZr-iIW6DowW67R5QheOATEU_tJy6FOm8tHykvYJQjZ1FDqDe-iUoC7TueJ7O4yyF5FWMP7NjQdETONn8qcYIXr6scHiPfakBiiDMCNNj5KKZAsrORo3-tX9NX5jwUW9Dftjqg_L3at_OapUD4Z2jTAkZcOusuavPWfahbws0mfkMO66nrZCLJNJ9BAkGK82jUg3xAK3r4I1_LSD9_0spPl5-80aqw7kpkFyipYw6XVmgzLNDq1giMwzScgXABeuly2ZrGAU1LrZrxXEox7fPOW_DId_xu1SoBM1mp5Gtk2flQlP6aVhlGFeW55SaM-FB81SSn4q26inVjfuthPDN1wApbX2WT-8GbZAtlhGest6F4iVWqIyP6i2liRcHCSYlSmnsO54In6wqCBtMzuQe6RrUfvNU8xN2SjdjotxBUefueJAqbdm_m1Vwji7e6CDt9HerUABH7rvgxKxbbhCS4d2GTJdMygZqcOToe7UvaJwMIzzQOPEBEWEKKbHYKzqnBUQk3Ujxz9M7dc7qoK6FvoaCC3qsIU8Qcv0wVi1GB-qofY0fMAqWzowju_EGlIxWOekLC_tpVnDqC7XuzLMNBnoVAHkoRYWmivUULMNa7r7wly5_QPOAO05GppUHhn1AuZbERFA6_77mwAejMe4MjqDGs43pOmFfKeDdTSi9CaaaQLYAiIkPQGPG2Y-3CScKcmYuFJpW3ICVIBuaJ6bNj3zsgO6YeITN6gsCicA7C3KrtHtyI5lcB7T4RLUuksBGB92dcWp1dpr-9QRTkITmvjwPuoBi-41_4_iN2wH9M_u1aOJS7bQkW_a4Vr_u6CBUElrNo0X3Jk-ZLw9HnqoUcz8m8NnJZyZq2VTI5vlb7VU_zP3p3JK4TCJWw2D_FA4gBRHXabbjrM-kV60ARKIiuI7EKfcWxtU976lHsTVDPpTNZ0g1eeGXCM2BacO47SbF82UzS_rgkCeIeMyBneUmv38oiQT7vboanjzkZWNZ2BqQMm25lb_aQUOt-pB8u6yqvwo-Jg1LSmoecWd0rZ8ejr6G8J7XO4j4khRs-xS5VHrBoDUPbI3rix7Oi62o9tDcLLspWQ1MG0GNbK69oHMz2zeggo1Nls7R8yWi47ydoYzoWABe4IDLz5acgQvt4R5zc2IdZjWJbz5HwMG3ZuI_u3wMg83VQmUDna4o8YfBJgp4ILpy3Q12AgFYR8bLey_jky9MJwtcpXbQnuUfcKMMzVBwFS7_OAqB6rlrH7VWf3WMtDoSO5w2XIgcUTky6lw5jnWWaTKZvXNv74hUYK2NP8izGdtbyLhcXbwcDz29jFQme2Bf8ZiudwLKy6YeZFLLvvFiGiYV2m_OmAGi2en4MqR_jzz76inxOjyxouv4e8wkGYSJs96h01hGsHeo02cBHf0GmHFXES_xlbsBbUkLJp6RdaS4HjZmMM9HPQD3GaAJKCbDtE0VOcceOLvETDMcLMhrgqRP2x1A_gxk1KamGrjAiLPKb7i_UBx8uNJY5qf6Sked8NkWelBQvi6J1ClDAlvCy6egkG94Sw2Gr6NpLY1l2bGXQpjubQKq0U_Hd3tRdBBpLuYsm0XCwbYjhtViTI6TO15DPcE-C6GFsQCAT9f-mrntRD_nW4CuEFyBklNNFA0VDST8iOQPBazVpZj9U4yxKdLHb8purm5v8zCwoB_V0Hu_WqKr8s7TlLunKNXsk_nVvV6A9VQA8VjD3XDb7oTsNrgOaZMbx8U5R4XlPAU2r_lZumS4K9NKlOPJag0jTi_So6jvFMUPjnWmWwJPK8YlA0fP7KnrIdeAX8Q27NAjtNLhaaD34FoIweJh1HgczMOI_yu9mQ7vHZ3lGnbpMdwyYoUCzTuyt93PScowqGLfDX4aSMtvGgaiQG1qA0DyaurSEgfLpydRImVtgB2zv6_woJT0-OBVSMwdLeQR46O8r2JsCGWmERafykW-_lY2Y9UDTDC9P8xSvZ0NLn_5_1i2n7qR3rD0qtylVTd3Pu594Z2D2gZ-Zyv2NcKJ9WmUsHJP8UcKT9ZgN66mpM8cv0v54j8axcQWfbyNLa_2Rr8EnOlY43uFCxj5gi8q-JJlJG7oDoomswckjuWpJHnNp6aafzoZQRAxJcwlfuPNmfiA2TXWg3hWxflmBEWLeGvX5OHmp1NPP6mJSgrTbmrdEJniegs6NknsL3w5WlJkNk8HThOYmoRIaQEXC4HW7pBNyl9zMvtJpcLesC66_UlKa","summary":[{"type":"summary_text","text":"**Assessing ELF static executable structure**"},{"type":"summary_text","text":"**Designing ELF loader fixture with PT_INTERP**"}]},{"id":"rs_0ce43b44bb495320016a58a8b06b8c8198bb82fd147424511a","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKi-VGCsRK7j0OYukBMytktgqfysDrA4BngyeSXpJkVQzyKULQcVD0k5PToDPqj15jwfO3Bmn1C0lEhuFZ6h6gNBnAkwdlmG5mwT1FVMqSz6UWJttRbAm17jY2gk0veM8WABIh4aSlvWsTVrzibIaCG_MiveNp8kymHYT5wJKNNLhHfxZUBY5cRSlPctkZ7oFXo00BH6AxIpm5E5xdy5NYeHtOiulnrgoKoshJpqOyzT9YBxPtcyTYucHh-ZskMFdsh8m4YSGb8iUWzheDkHnwdFFEIiGrNR7KeeRcHWktjHjmxIpsKH3TMK79B1hlkCwh4L8osoVyMG-j7BCdB8bnU6Sy6hZCHtk6eTzkVg84-Fh15dKTQEIU2X9u8yYcnvd4WCD-DObNu15T4f_DoBcokuzdBm5b5uVd508fhS7eWtEcFMCBP4aKc7OnfAgyg1gElJcIq5kCtPbz2uNH-N07ZZzWf4nq30zFbpzhUHKXY9GnWjZA82rXSa8lrjgmFGieBfZqPwL_NOwrd2dLLmyDgFSMFBJWixZcGJjMPNmurEL9gBwQeK5TB2ok6NMsW51geGwiWFkUq9yKeKaohwBPeW9tQuM71EBXeOttc0M8kVCM53EdOhxrvWR6Clt88bxOTxKevl_WvEKuCXkbfM_CcJMwk1NxxVzOxCf5zoH6y3LUoqG3_ITH4wAJrgs4VdwrkzmEkFreiN4YidKZomHg9U8-4GTXiIR_KVdntCjdSHTPge_niEWLB2TZ3r2ieE7JwmmSYsiq1GG3QRcx3FlBdrk0IxYxTA_qt-SteK_TANup2IfLJEL663mH6tUuRpiZK45_ppDlg_aKxS1v7hFxs4jydck9IKxdnESpZuSQB41zse2Tjr5DOIAslFLw81LeR9IJlcQM1Yk2kCcfpU5N83c_hWp0C9QwFq7Rjn9q56Wc5nb5SlQIrqxh-CiNdbx_3Wll1MJMA-06mB1aZwY5FFbQEarbnp7rGDvoPiA6M8brPcEavTvHnpEfztOWQGW_CtsNmuvpFdV5Ty1H5RM1wB6XvFjOkYfipSC1_D203NpU5GEPN4jWL3MLWH1o7g54cHhIWO-tO4P7FclEI3eEYTkOO0YVt47DTXNPg9V9qwxWkZdxcvWDque1Zc-3pkT9s1bgpStgAalQgv0Fc-uIo4_A9F-wZvfBjouxxGf7GHBGa0_pUX0_87i-5zDggBmDem1xAP0iM3tP1qPNhxqnrLAggK_Z2L1LHpZuMIOJ-gxSEw-jXo7vJpHcYiDLIfshI8Za34U8m_5QjGE2hA90xXoHDtYTiym5s1DzAOrmVkPN3yM8UEp0F2kqT8sc0ssNjDraXEfNG4zmSGZ7Qy6iMXIoJJAAveobBitP40hhleKAoHqjJwB71x4H8ChM481vaj3aajIe3J3BcS4_w-bEP5WHseV6OQfyMCBEyGeoJN-KmDw-PJDo5O6H_Lvhp2HQyVvb-l1Txl8gTGMYFjZ40qW4YKKx8aWTp1pjkKHaIzcPRmDeYv-ieo5L1hYd-NFeDyaGby7Hwp1pVOvesJDzZpN75K3deDQDpYuoX_c1N9co1NwRzYPFOvqin-cEOoKwPvecETSAatQytN0MfrCAx7gHe9StOni5c54P7LZziarQ28D_epeLxUKpq5qV_QD5HyX0ypLYRWjf-lIAxTxeyCdg8GOnVAG7gm2-dJZ0gijRUuUPViUFyfv2xCSmFC1oDsg5UxNztOHS7s_Nfjc1DT1GOWA6dIsltCwjdvsG959xbGLCT47c6jnXvceInZTzLyHCAueBsEuMppMvQ_dWkPNW8eZJmUIZOW_D4WjfWCGneqxCcVU-UdRmJrApAqEXcaI6Sq4AmKJarHaGdgoflWIW5DKZlfSR_HogIY3KDA5VvTSWADyPEYZ-SlBzaLKxNHvGF_soCwezwn6WsuKGegxoYmRC1jJOVyL9mfGbVtETjgXxaoc6doXl6kq5x_88If4zOfreD0VWQNSlBY4E8X5ZJ3x8SgjMNDmfcYjQEImpDS_3wsT0p6A-9t5bbvqqA4OJBR-P_HSMQn-HU26lbbMxHbwxNFRFGg09fgSgYmmHTvlce-ztKL13Ob5mnTDGQ2lzMgrYrY_MC6GV0Fdod9cUsbO_XhJ2PwfS_UfX9PU7HjwnLcC1FotGeuMK-ostzHYXP-B8Wcd9xi1qaUZ8gBXL8hhL01Z1Z1DuBrphqBGJiC4XH7jNS6eFi2220B54nAreMGZPjJvcMOsxZ7XmUQViDyBDIlJt7CfiYzPeJS0_ZdB4E3quncXznThvzbnGRImOggOj5Dys1krNTsCctpBqEjrIqWqcFVG7OBFDhR8AMStL_JtAaFoycmX-W0KBKVOeZwN8TjhJ54_pxZ7snHcJ12J1-sdJfmS2QV3ntWECPDFApT33qOXyuCOHEM4AlJqN4L_JzJXpFf6MqGvvPMkpBmJZsMTK5aFsp1ZSwdWfjuHe11njXgE5bNPtWDc_pRij6BKLv3BDCN2j_wU_I607u7JlShOWQq7dgH9IJ8edjK-pUMrGu5MQoIRO7rEHo2WBBpFi_sWQAmLUYdkeW3QHokyYlKd2R7Ii-9T5imAs2cwpibBvSWhLgfGO9zWcxuLGSGCyg-JfF3oW0GLPPrSCXqnGC4OdsHobD-R-LJ8n5vgHN2fnicH37frIxVdBf4Bl5vpC5i-71Uu13Arri6OdkdgpTq9k1WyJ4lxLRcQYKTfcs5Oqelgj7rEeJ8wsEjOARuwFxcVT16iJ4Ms2z-7C9ve-tAB6MzfIaMTbPwB3vLGO5eXx1EHSJEd5VyMBonoQ-QVH9-Zi1egsFVmF1ll_wxnln52ImtaKNEOtFagKTVjNGURD2bB6I5Va9kaBrVyukIalaeGbq0mHA6fkiaTtknLsGP73NPmjeFXNrZCC8TRV3x-7kr-5O3iyu5SUJMNx6-J6sjhbtzP_jotD361dmWkMF6U0biz3Rx7kNDaNuMXggJeCcONC2Vi3CCDTmsttNYkRl2R-1Kyyd-JRt5yR4PaMFyMHNrNG9q-TgwRQ3_ZrmwOoKENJM0AH7lNvwVUucukwnBvQZNxnHnf_D7NVafTiQrjYV9ap7rEjelMdX-6cuesao6u4jQiPnalkQSEx9e45dgILgw0E8Lw8oFXQf2wguBTzTcpMw6ffqbc5PTmoqMZVlm5P9VT8lwKyuAYf8vG_1vxKxZ_07eUzQo5fy5OVvFL95tnP7TZ_lj516u5WZ5GDt5A6CH9B0URc3pZjhqI4VgDmeKu3gfCBK7wAenntlOBYAsgBgDsgzUO4npHzzZNfsmpXHef2-rWKs_6LW7PXBOko4o0WhoI04hs-bbcCqCo8wfEuJbyir6GoDNbyc5klwZCUZz-7MvV1bK0XuIv7CPChKVsOHwGqP91t-vQBZt8Bl5leIo2EIRO3tMbPE1exAQgcKvpkPuHWbPvlcXtK558ZIYut_vUJmYFiFg2yhau5F4WzHuAKcEOnsGan_fImaHkjdOyVXt_RDVWmK6hoS5XgrAR2U1ROOz8H3DbCx6kdYp8rhRRul9DvreND10ub897UbYguuf5zScFz8gCIsHqKN1dsOkokivjcL326xvAIcK340mjrpWWSdtVOwn1M9MW5v7LszIo21MaGXKps4HH4hqDx-gcZ2LUr1rx2yf4F6hl-MLV8IS_EgYjeHqvcRuNaOotHHDBz8IYTkpCoKvQ1zfZ4kNmuIkutRY2VTAYCslvPbLaleA_eOnO_L6l2_m-2uUzjRSiWZXTtOWT61qap1jX-QYMe1LYm6wKwMY85dq-oHyhwQ7z2jJpY18AOW-BpJ0QPM6csNtv0O4X8VxAJ7dmW8VlSdpaUmNCj4_Kn33do-q0ZmP17qhsC0kjYuyXK2a24e37EST","summary":[{"type":"summary_text","text":"**Assessing ELF header and segment validation**"},{"type":"summary_text","text":"**Validating ELF and PE segment boundaries**"},{"type":"summary_text","text":"**Enforcing raw offset size bounds**"}]},{"id":"rs_0ce43b44bb495320016a58a8becdec81988c6ba82cf99edc7e","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKjOzdyYHoJ0rhDRVtrYBgWW-VhBDexCPeewBi7JLvExvdEz1xUcWW54x3nLqX57CSB1SEswSNkLX25xoI1FFRulp4od3EHrYvPUVsaLMvtf_TgA49uS8YsAvjuBq-NV254vDKN3-tImJ--iaVGeztHhfYqsLzCpzc_KIZal3gX5YavWzBYI1mj7XsSUudSYVmvuUy18CyReMx6VypnqcZ7v_s4TqQaFDwtcCUriWOnwvNrdhkvRCLrvPDL_TuGchBlLwWBtYonqwPmF3A4ctZaYtYe-SDUja70f7rqLlRVWXOsYjsl1IRaunsci2thhsdd0mAURzAOi2ERUg0_M6Kalp1DzBh8oDphsDgA_PrwZ895r_kMJK1AqKe1CwERjXbRRZpYuC29XgKBi63EEeQF4AEBanfZVCmOjUIB3mtQCySsT5P94MFiPg_LTrPBxpl9CkVvcvlpf8XZS9esP45S5CHcdcCwb-BAHd2fMjW2EO_SlOVDLU0INXyuigykahz_vErTeZohmQB9KgQZ_2LxD_k669fd83E1HKmQxD1YBzrtxukwBZ5KyZM44ZSogcKGVEC7ueUFlhXfLo_ZpUgyhiFZDqxaGwp18v3mulpLKx9mQt53rvRMmAb9AAm5NDtzaVSb8rci8TyT7WYsT4tGAMYTRYVZ1qU1BSzYvNyG5CvAjcjYPvq4aLDJMQQ-qG_6kOV09CZyIH7c0JB_-mP8LWKbcZWzChxi36RrygX4T5HVslemBEG6v2kY4eTRfyIx0xel7YKNIofS8ogCoymbbh3dWvK9YYSi-jq6VCyrsrS3B3ZGfe_4sMF-0p9Evle-hn0dyLNml_AvIzsr52IycpQGKlcuQxT1-3i9ys7VgnNNukROUu3wK778rxu562TaKRjYNvjdpORYHn9tkS70iD3p2HsdcoB9RC4ArxG930kay9n1CmrAZPvqU3KDKYv_qSqAN8lV5RG_NOW-GoAh6ca0pEysWqaKkxgLVHUMdUQQk4mHQlgQ105qU3CYJ8khRjfS5IrBPV1wDjUsWs8jqc2ddRaxbwe6oj97rm8PQLR588qTjr4IuO0vxnTw5HPCgdfyeLAP4SyaFnkNO38Is5KF5lR0c2ZyZnYmi2Ppfy7ec96gd8uhWonp7Ue0hPpZWoCz84PjFc6zoefDH4MsrjGTZYY5tXJk4QmMpsN1vnGl7YemYk9fnEpJCUMbGU9wnYpdEWYJusAG9geG9WU3mH6-R2XfucK8e7eRH4TRUj3wK-KwA72tVgcHhnhExK4thTixSo-bJyFxFwZY_K5GeMilacJ_PWRbiEcLMdFug5-omG9_HciMIjMlDJPmnFiTv2nkPMrdzlHBtR8cf62OHlE4v4RQ1cGGqf-_u_YGWSWCryJtne3xPXpXQItGEH3Zy20hJeKhqei1dhGps6jGmJqpfkHo8JFvMGtictuBQGDdjUK81rgKrzeDEmyHy9erNNwF9oqrb0MZn9FUabKjY6Bo5kG1kdH4ikfdcmZwNAsLW9ry_yXFrH5Kfg6wJGy4K3ELLHD39_Oa-GSg21W8k3MBRPkEW7HidBvk-D6P5CqhBv2iizsdQAblkWT8z47LbWhKXRdeCLYh5UR6mwKIb1iXKewyHnOnGG-Wb2JM_JRJ-7YSyM4afIXw0LRnQfoerLqsrTVZ6AMBvZq5LIXKZPhazsB2vplFZWPcA5DokJSu_FPyXTQG7KMP7bHhGwqFAAVaaxz9x38L4AchgnZyVZfEKfNM8bxFwiGwg_DaNcBpW4RL2LvpgePN2a4X9p9LZlQCjZzxb631eQu8yUd6IOhp3JU-oByC6hxyuEOb7GeGsH69nsu3hnKHaoU10HFVSCH1TdA1yYNL6HTpM2IMTRUHt1I7i4nTIK8C2yAWVFAEdcGdi5pi7z2GggEuhF3OW8eEELmH-yT63lUkpxo1awsiXNh1GF5EsqtNp5JCVfk4OVg6tsCj3JFHh3wPB8VrqfZh0OHQQW4kOOuSsqeM3zOrzgsW1g1_s004Erd2A5mfIwdQll9OfM3_-UGiI9e1vAMCczUfs8wKcQLXHS2ILZSvBqhkTWzqs9vhs9pXmUNMiwJsS5YKIT9fNuzSVdVJC8s0OPAERjEzeSq4yb-npUrHF9SHxz38Eh3xVPYLAGju3A1iZCbIFxVMguwdtRgpeoKufe_7WNgcxPqXTBHOqTDr_OLuhM5TIG3mm4acQVciX6pEUkvTcLOkwQgc0z2_iUWd-9KWod2re5M_QC7kzSRFbprDbhvCP4DAPizBrdhqfjHdNZLlzQYxP8wGj6Zg3G3OS9JkiamJPNl1Z--ksnyrnBr8DQh7nyb3EGCMC5JsJYxucIlitUMzvDwq-EVMUV9lxpBsLGsYYRzkVTrMjIg0FkJnItPJYh_Ktxh2JRBe2D-V1j5VkgEBMKYH5QIvL8WCaEzJQ2I5jKoc9FkZhNMpPAFQQVwmlRESHi7S2XOwPXGYb8OFIzoQ5nThz-FuL1x5dS6zuh404qMMbAL0u0t5_2T6QRlClu6oGm74mJM1uSzCaxSLi0LROJ0QF3kT4qlVz0_uK3Kw_YlemA4Jl3VOUIFmm_H2oUPrnhxBjpU8DoxNtbRtS5NnvmrU8nqAowQFzNIVM-j7sKRLFbtO0wIjVowutj6-Bm3MURi_Q_S0EzKsIC_nVtfUpqLxieJymhdgxgletYxeEpP0a0Xsg-66wnkkANdqOCiSSxjaOB-X_9mEARKtN7s-Uz7HIXigQgNDyi9N_Kz_4rEc2Ay1mW4ofQRnUVOEMymzKJjAtGGgJ-MNvLeZzjzC883KeQs-jZLUPChitjISTen8a-HScOrOyrBLFFfiaCTMQiG6l8jY7TOfAPyD7mS2nCVC7KizeVp6LiO-s3p0pdfOFVVpc9FYW15ssTg1YixlMro6Ba9I6BLwcpOoOeoh8HcTyhkHItOqRWiUF_mDV-Vp8qOVW80ug9C5MMjVJYc2C6oa-rHwGYJJZ0iHST7dBN2pba8DW9AxqaVovzXhWIs6gkiyzJaQZuie458F_g0Q_kFCnfczhWusydjBFAVN5cVhAXyl-9G4ep_RbVKmljW2Dh_TPPrlDTNwrZ49IA1tQmBy-t8FtdM9syhA-vY9gAQAj_V6iHahY9HcrG-ojoGm65Hwlxkstf2csxcrS4c9s-NCuuvAacoq1OXUcNjdIbtBo95htn0VzY-L53PzkS08ei--WxcKvdHcoQqQ2d7N-ar-unhRGya8NkeeKPE_suBOjKCGUlFj8H3WFeqhdxDdIQjtF6SsinOXQq3LYL9f0GdySJQNSIK2lhlW7TyIHNxo85qPp2Wa6dkydrRyBYG3P4P7JCZDkgDKh8fWCPDULAe0qXjEBv4HriwmiaVCuYz0frG5ORtwzD1nRZgDX-cPBydFBpVlswTO3E0WRWf5FrdAJfIVAvEd5b7hQBwUQcdng2TE46HbZGlnVq7hhdxLBTZLpDohBcCIHdtbscWCYxV2WCKnZDGaOk614DPozxuA7r-Kk8s0sY1D64pGM99QxGFfopLSeu0sENM1_B7k3xhDRjbaV4ceP6okrEBxXT4dI23qa_Gt8EchUUrK0pSkGuOTbpUexgfRczG-qhLTTb09lqIl56-EBodeFEQffE_5BelezpNx_tOTEv82XY00TQoAaUyKy9OjkxTB5gD6CsFFRxkeQ5se1hX7vHnJp1rPhfEqEbjvjoFTANQwoafndWzDQGTB6U-RDLU2IGNW3Of1W_zodp79yWDt5yf62uAqbwfSx56mbcinSLyvTAvGuy7RSU2llS9XgAiv7jyn5vjVGRCErWfMFnNDvmTLqJkeFFiMud59fTjuz3QTZNmWJrMzTyqS-whIbhYqTA_R-N3kg-ldkW2WlIWYUfQtUlXDdKHPN36h0lZzYoR20vjbiruHAcKo-8rRg2aQpYHtfn4jqasWHLhUtiDAIvryBPo6qaIygQdSxY8V_DqG-6UozFRUZp2I8zvFoFy6ejgJf64YoWWhBq--5QcgDZt8dWEmPm47pCJyGJ3BKbrvyK1GrhiCP8Fdi1Nsart0rszxFM_OntX3iokt2o6LfTbU00wYUxZ7q","summary":[{"type":"summary_text","text":"**Validating PE section virtual ranges**"},{"type":"summary_text","text":"**Planning precise PE header and section parsing**"},{"type":"summary_text","text":"**Defining local PE header constants for clarity**"}]},{"id":"rs_0ce43b44bb495320016a58a8ce0b048198b06d5c6f0deede30","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKjdnYPfPt-sG9o9kKtcatdOeE3f4uBx7l9Ad0B-SI_BXhIjEzbyRIxH9kduMnrWqyoBTaVayQZs0GTnRFftjVAk6t9VWoPOcb1iLk3t_gnOl-zn36JAOgsINFbcnjEkcB5PFdjuUt0ic_6OQi_u_yvIiSFlAydIospV9XoDbHruimdi-FM2meuRCdbK1bqyhX5uTWttuDEPsREppfwWdzxmhblxvF-wms4oWlht_1KHtBoFRLP_WCRf-d9OXWldTapYHNxmadZeV8jBhNd92sKt8Q1R6cCj_CN76mgBtaQhZI7KNkHFPihSIesMtZNpzwlhpy0MtvnzGuJJtCPU4eUdM2trNvwUjErbA8b73CWFvIsCAZShWHZRpwDT2px_We79mgQ2SZhlqigZCnq6qtINdXpPsCrioJUuHUZD2V6xkJQauqcZll4XIJtSQiZHmSEGT7rphariQ5ybv9xZWJZLKgPjjHVov8GHwj-NCxQnuO3GyQ_6PqlrYwvIAEDZUFmPaRrDJHD8XhESMBEnEkaUbB9Q1f_ghAt6xCN__DMxYJJC-ZCKKhdfLMgHeRXmx_9-cFBrEthxop2DT2W8L_3wmWJTF9NeE2kgIOjUSznUVxi-1l6jH1rGHONOx--jL_t-EtnVzvRp0R5qFNqspDuaF7bbiOJ7gmeAUvVK2HGxautmzP5ZkgDgpTjdJQ0cHdZMIFZYfVfbrdcGmDR6ds6E9MlkxvuyT3NnzvoOcrr6q5EZxj6-VIxr8ooOCWrtKYU77ul-CayzeGUy0sntR5VLZyY2BvAz6RQ3CkTFToLt0BuGUVxzZOcigX1QC-8Atvs6qrDa-08b7hVAfIHaaF2W-LKMcvPRl_aZxAxoXI1FbaMSgftta6RIeNQOgBP_0JisWb0-o8A-WvjCWSDE-ydig8JcZlaN571fvrmq6QeOYj9ApX8dNnRHlxH-g-JT-O8ntyKiRP2UYqEY40mbqf6FJ5iIr7xcn_LqMmJzlkCDVNG--hxqesleXCtoqwhTl4tAphxN73RVKCeMWYT9p9Ol0zF_-EsBEqr2px_ferW0AbFp9DaAP-JwAIAvS6t7r4s9XV6iJ9Pozwby7EpZUJfg1fMAtOzX2nnufgb3BMrEMMjCG7IPYyknhgKAcFylvT80dm-MKHK9zlPQDtZOTzdavPcS_644QBhlQYCC1ApQSosGgFRjTz5iviOQ3IbdVNwsPR9JARCCnlAdw_g7AvQyQDSC-d1NaDk7EBtOgzY_CLwNz1I9HBnNC188XTrQCMunVKglVW2jNs06x_WeTjwtrRQCsbtSiwEPGt0yUidyw3LYc0v7ySW9vG_KzET5OtXWzdwQjIOG5A8Yr82MssLewyjn-ffnZmu6l7Ktvbcl1ngGLJf8Na3dOablsXK_-OR4EB9K5lQQFnUGeTJxWQjFwYZVPd1gQdb7pK3F3mscZCN_IWmqQXrhkHwumppePJ9CiqynVRnE36lsC1sXgOZdXDOXdxDsjhJ3cryKKMZy6kIia0U0tnEs96MmkytNDJf6_ucsvA1CJEHWeq4wVRafTCX3XVG8HIvuZkW0V09J1JuC_b7VHvJ0AqEnRToTxt94zZLInZwl6uMrvSpO94tkhIDL4YWk2JF1TO34p8-o1uxnHXzvabaRTQ651sYwlA_inYVHDjrcXR6qZHbOzK2--my68X0-GWfv8ygtYv71AW_yW11lqEaNczRGlpD4BSah2ETXYH-_Cv4rUK5pbDmqFu_Yr6rcDL5QTn8e9HSlbHqIIKvMIZkv-qnuxE0EBs-fsAZscOvbGIMRBPMrxrJP0x5Ot1MAF4FFQDWd43SAgKgD75szBygfMyj9o_AR2EmlaMVGdmQu5AU5M4K8zHLVAceWOKInohJpC6NgbV8ml54iA6J09ZevuxOvBhVt4zpvJKHajfeMujJRGzsVxb-Lb7IGL4SezVNyDFeNBtT_YWleINYv1fkN1h55WuB-vnIPjbz9ZwZhWO4XYoglV8q_IujgcBBMNMY2oyIaV7fSFSOzhuCnAVdVelxZ2nHl5wZHXc-7cB9xg_vrVkBpca_OVobFqtWIXfiNNZK0xT_Uno3Tmal9zE1Kczee7iz578HX6L-55T-ZMp77apealf6WiiqVIlKEFeb1mc_pJJRLpBvkkpfZ-hG0P8lxieR6ujprLM3DuRTmOI-6oFACzRM2YBZopZE_R_-fZNcFiU2xZeGTsmNHO1wLFU6sr3U6yMNoxWXmZByQPtonzJjAg6H4zJI1wSbyAub7ya7B6W-4lJA7qN8f_vYrbgT5vWR17X7uyqYZLkQKkFMe1euaLdysD62MiQnyqCJnfx9N9lxdHrGmy57GZOc0eYN2eehZBm9maSRU8-UapviUMmqN2S3yyqmHXJdinG3ysn-uwAXcLiSYM7TZihL09TXjh0x0Mcfwmleh6I6pzf0CHLTTD3v14hg_x-RR79lKcKjBDf29xEMDeTWU1sX9sN5iFuGK5j7fdWTJuuKqDBirqTOrkmuRBUKfjaL3jckbtV3OHGO5t8we9TOkFBIO-shcwGNn6pBWJDffQemY_kxDAulmAtlbQ9PKd0WZDkzj_lDtSTou6G6zyXp5GTOHiNv2aRSPFJvMSGO7c1ZLLYYBso_999q1R1RPUknwGmdtglS29cPoJyIhm6l8vS7U5qunqyp2GDOL_-b-WfPzC77nYZEx9zgnftbGpJNsvSu06AHt3H9DB2LRLhQFXCF7yjuvxhlDJQPIysBR8mGLujLzzawcotbkjGU14aT9NxlctBq0MAa5W4ISggqAq6k9v9FNrrj-yyj_jgwvzpMPQVHnQPxJdRLqEMu99DfT9an4heZhdgtwuAbJXNe5HXbLLDhdUuI6z6oxZu84aUrzHB8OzbGWcAvQxDGwB6k-BqZUtGjxHk7F7P4LLN0XFJ6PdUSGI9GrlNDvh3AVv4UngYTJFKbINm1VgS3vY7X_v5Pj7uo5xcBZX1j8DEf-4fz0GJqWkmUpB84h2UV7L7okaWseGarKdI2KTtJGAOihAB5zKX5wENeCuJoQhu3N3PzISvWDynjxMvowqW5G7KjL96X0OFHtx1d1Mf1mX4D41MLLJsY2ggbkNHwcz7BaCVDzdcqpKjSTuqW7eOtpD4jAc303G9ik8kDdJJCaGJl8ZZAWZ1zemgZoDfhStTdLXom4g46V3SRBmnb_a-LI0Lf7kttCDYmCZ799BaJVXvzvYAD7DGMeHki3qTcRue3qQQkUOmm0t0oRKW4DoxuLzImQQCvJrwryyNKTc5Jeh8rF3kqLb4QbyxTgkW5VC6qIj7DwjiKyAByaUbfpMr9RSnh9Zw4H727F3K4Dx25RDG24BFcivTcRlBn-pO5H9IjNfW-GWQsVS-i1hkIBVO_KCSAWjrTnD0lwdWF_J6mnE7ZJ8CgQhLHDUHB3yA3F2qfhM5D4tBlJaYmIDujMjLQykB05k0omwbanSdVioiAeTUv0QQ4gzWhzoUG0k1V9cenby2EeWMI08WUT18vaNcJLFV-qyXfK8Soib-v9uAGfU3yr0l5sLS6cilSsEPBUXJDE5vdvmC5IHV62kQlDTzB_yi9G7HXzJyehqfFhHt7N6SNtuBWMk-8Gt8rQuRvvzLOfSmgZq8IMYPTxsASTWvDJks0B2VuE8sgIB2Lp_gOwVmHPwbDv5oLAqIoHzbkPQA-2G3nipgAY5LaiDWYmLSR63qucUXphC6qR8eO6JON5N7QjhyUH_cbq5B1-27eDUKNLy3NoT-ggntnRT1QLlKRbtalKUSBjze8_FD7MZQ8NKVLVD73zAxHI12dfQiX9npRIrsJ5IE8NNOb7KoOdQjf7u4Dbm0ujUUP06ys6xGcrSNy7sPas1UQRdFSEOku2y-IiznMvNIfLyrr0D9X995AxHe5BYvrWUWHrT2omHRBtRC6OxeW-oNpcvfccLHWYjviiGVZs9_E-WPjn--eYaWJwSRlJeS4-RhOGzwixuVljjS13HiZq36fTbgr9_IA=","summary":[{"type":"summary_text","text":"**Verifying PE header parsing conditions**"},{"type":"summary_text","text":"**Planning PE optional header and section validation**"},{"type":"summary_text","text":"**Defining PE entrypoint validation sequence**"}]},{"id":"rs_0ce43b44bb495320016a58a8dd99c88198b67aa570801b6d06","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKjpuxN6tK2Q8CFimFyGXSH2nSpSwsJXFWGcp2COJxzX3an7aHSaJPiabnyxk6N-YYB7nvEL5ihYNbQO3HH7G_7PRQ3qhrVnYZiBzfVaQaKq1m3Wui_IbksT6JbUhe1dUndA3SleFjnjrc6OTjnBHy86N_lKzYM6XyygOVvB6_qLwk29Tt_JIPiZlzeKnhNojgCc_DI6QmNr7gkLcEgUdnv3eAEuqSNKAVjudcvmpc8rGtlHFU0rN7ci6qwMo9f1iDArlKvykXVuPZ64VhZxHpmfttYx3dZ0b5KAnr_9uRWSRdo8CeaGDhk0n_iFIIjU-eIm2m4OosmCuSRCs7AuAE1BQ2lEr-j6EiwfzIPw9kY1NCF_dGrGjO61ygk6SHPzak2aLwIZS7v62ToVZOkbQCg3M8Wkf8wvdvVgX6JtZ1bmLUIRdzpkr-FEpNPcYJFAe5h5xle5_qBhfCqmAbYk3ao5LyaSJpglAr5dy7tlVF9Ju0NVGHLGddIBGXRSKi4t14Fp5l_qEtmx3WKrf-GnSne6ra2GHyS1gQbVr6bKzhWvkVt6LlzZsUrXL1pYgMxUhxynYPg4CM-_3w0jMwrU1xofXfCoxx3fLKeyHi35kQOVRAAkWL8C2VdJ5kHovezMycrSY1gOTyW1yKrlOiDd1Du9Rq2s5cdfQDWvkTbvWfKMwKSWmvkMdbXRcEkJEXutrTWuflx3XT1ga2ORRVy8dvVEIOfISvhn-wt042Uhef-y-u-CrQCCMh3jQgUc-qadw3drSWgbB_5IoC7tRj_WwJAev1ZhtNGUFB_RLKRJMUhb4z-WcJqZbWAnE9bBKRg5vwB-TDxXaSQI142o95wYsK6QKItT4SbDvzH6fIIDg1j-Uv7GtE7VDuO9kEYHwt5kfzb9hKnV7VWvfCBtzttI02A1ZVseVx9qp0RsJxD1CsYLSvwhs91f9GGnENXqtY3DH5APEr0tap1fmMAp3YTFEEeWeOLcqlV0wzesAZATvomS2Oc1MBgt7cVD-2yh6EQiEKamHoMc4MSDoZMze_uDITMYzJhvKDG8O6MTiuQZWTnAboWdv2cu6iM9y6VmAJ18W4e-hHhKww4QisI-gg6Yh7XruFgFTogOz6bXlg2qlZzPtos6XpHq7rize1mtqclAaVy1WU3tHJ_CduB-KDLtqPCncOimdkDF90C0wQRRwXq2jukxLLw6sqhYw_pQbj5e8Ltm98pfySVKG4CNhWRhOOdiVY6_iilio6Zj_ch1Zww3qQ5UDXMbWqSJBAIGBuKCS0unSl2098TBkOJHtryr-HtVzkCsvK82XQC5dZRwGtiAj7GmwP3E0CEfxITny9Pwqnchl7CMS9DZZow33nPNrRRepLhgjK07lMMekgGAC7WqsQsB_dAEQdjHrlBRYb9r7t46Kjun1fle1_5-ed1mFB4uWRlkFYQl4fjf5SWR1gZbGVpPt5KG9sLCZSAb-9W6QJNiI1N9sbfSqU5GVVz96-bHR2O2TX9wTUiM36yKSbDi-gqIGXtSVSlJiPIes8ua6cucO2TunjViFzKaqDpZY_lRX96f6Vyb3jQfy88eb0Kf9PWpe7GeAUX6KEqFW2WtKDdeaEl6t-Nw3DLoqn4Ioi6jVy2bKdKimLY_AnEcF9BFWq_Vu2W7bLj3BrjzsbcvhQ7z2dCwSW2rBOwH6V5hu0lE6RnWdkKyXov7iaXw5qhZC3RGWCdD1lO1bNQ6BvDQElisF-2IF2ea65iR2Qc9ywZAnX-vL_xQNVR7joumhrB50MoI7vhFAwXQ3J_OGfC7VqMkpgZFsgOgkZQ2rIUSHwE21Dh5CX-lmoeQxNpXFtKx3hXKgjLQpmldaJFmQ6_OJde5YJskmrSziZU4E0u202GDLddk6Nt1GaOwzYMGXbx8JePj5TLnldmWBbgqdDr-5h4Sq8hD4gJfU59RdGkUy-2BNTRa9OWlePOVYTVF3C-79u7_T7sOC3VJpCRM2d_ZUeBFPNnFeryq9ol75JMYdpsynNQqWFRwBuNdVLfXIEsRSGBkdx3jAfwVhxnEI_JPrQarnpP6trOwseBq4Ah-9piYaA21RUcI7UcqjfpXIKNv_-5AsPiuuInNELdhABn4CM-GjVZKGZhAW8Z7eN6e8F79wK-tI_IE9LKh4kGDR1rQSqzfoNkTBVdGv7CKTEMJSR_2ir-H-mgJbu3jyijB2su1m_4j8CBQA6_ViDZqyRo7jv8FzspYAZLSBQ7H6kMLXVJr5AFYn35kPuWnbaKc3t3JzQRLs47eZTbao0LX7Sz1QguG1jukGaUDbeSgzgV1Emt7xH1Um4cZOFa48iW0SMjbpsH7L21NW-inDeHt24neriW8FpkD03Cr31C254Ujgk_5f1PHB76i-r1bfR4rh8DxMV_oa0SVkShZtMGKkK0DxSXD9Gc-Q5S6ivzw1RYXGSAk7sTvJBA5SsAZTsYrDTzgMPnUnhDlgxs1LscHEa5S5hIeKrhkKAr72TMePlG3LfcZzxh-W9cj7nXiiiCrbTmjsDdwzDHXV-uNR2Sl6AUiXmHU-wdbrCEV494UiU21o68vo2cKXyan8kqtEZUdpPoc7A2PB6yX9xprIi-QuQvCeGT7H5SEbN9zmLJqqvd7MPob-E5rpVAzhx62JPWHHP4u3hfVS42p6yO9aIWn4Z8QXWMVhmNNI1ywCha6BF_Xp_HLyGPA7SRUTrZjYsoUWEx0b1glVm15b3M-l0c7aTTqi1R-uKa8obqXPN1oCNWDny-H0tE3ng5V_AQzdhs9bDHww34zMPGuLhYGa02OJcScbPJyOpHPoB6fAIvcz7nC4XqQUVzkAosl8PwJFT8lMPZA-6NvU7jyPZCwBjGLwQzt0SDMpNdsAJxbFppnV68ULEv5nFZDlO5mxPJAkVZ2Lgd2Z6ecyuAE8wc_6uHReXVASslfTrJ4JaaOG0IiBn6IOoUtqCyaGvulOKdLOnvVDy1FaY2_D0URFyWvoRw_eeC5AyFQmCSo5Gh_5UCIrBUm9--JaNDybB9h22Lial4d-9gi7i6mDfGaE5_WTlgyi9Qaen7HqcHKxSMasW_BwlhVJhLE-JHK91GJuEl5XvG7MMPXvjoxu2Om6nJavAoewsY-vD47XNWVkrIBs_YlNlubcKvkDYSTBz8N8B6p8z1KsK32F8iBjFl9mK1SVN6AlK1IfWj7zaG4Ai-cvOIyyOtleUB1zmw3RuUpYelYqWfkiX-L4uKKgfhc4Cs8eqImJUGYsY6PGQF_tZ4vUeZJ5EIVp8uQ7AzAfV-iddeLdE--JnZkcI7iEEXkVGyJTRIx4NH_6HIbdBKt5jNxEEIiiWGoeTT2HTA4n9-Id7SscTbmX2dJUuOuySDoWA1fDgmhxUoQNWcAOQrdZGDFFA3jk7I2A9U83T_UbbLHm2DpEBh_LX1ESrELMJAQndm2A1octUvA-_WdyhWPBJ7u3-T4lHvljkhiFeeW-Jhtr78QltNpbxpDqmOKdNqiIanSoWPat7gqHIqaldvH5sTPOyQ90aqH5siUe1EuGihb__jlHQlZ7AWHk1kidjjoe1lk9tF-1ud8wqSEwbka2_o4_9fgaE2qoB5Zdox66F0tF53AMRIdSViEBZlmNBQfNSKntreFrU9vZHicD2c4sVhZdQ7zuSMD2EnDBvhR0jrdqLprCgNcKkeAQgQRVWO-E1jwuF6JfFurL-wNYgcP8b4RsVbEeyQU8gnoSrfwIZU9t0sLtAamUC4q6JgW5hw8Tp3eH72v6a5lxN4o-FAifcURva0Y3yXLZ6f-x0HGG0DKU5W-PQexapdgVccR3_1JN68SvxxPEhIYBSaSlGitSlIfMr6EcawMz8dUHIEaLgFb8HutJv0f3-RIEXUB5p5gTZNqK_p3dMfrsjY=","summary":[{"type":"summary_text","text":"**Validating ELF entry and sections**"},{"type":"summary_text","text":"**Refining ELF entry mapping and executable checks**"},{"type":"summary_text","text":"**Extending sys.argv with additional paths**"}]},{"id":"rs_0ce43b44bb495320016a58a8e9e6848198b6ee8b7f7cc2e20f","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKj1EqVcE9gGJT45MfCGks5ZFwDzkqUYhPzTBQ4cP2AnqOJ9qq-B5mWkdwwByk17Ybg0lOVIF2Wd8404sepQFjPOiE00VPT3kETsAyVVg0mLweh8wgEdL5RH90rcZ2Ey0RirLKoH1Ggq0KMNzIPo9lIH3lVlEhukhNEPJuRv1YQg_jvoaTc94Jcz5iy9J6ZZfEi49FWsFEmXgo1-hVcXyP7kBQe1iRoFFkKpP7qk5neiZWGA9Mb3qQ-SvTSBXepOzrR0QuxJAmVgbSxW5AidZyo88WIQjrLlGU3Dqk9OvU1qxzG1l8Aia0OHWG6rUE06u1lR1d-XLogpil6DLgNfk1xw8nwk4nv0IEsr3MX4zsYf425EdBk5nMCmrz0sHk_eTiRNf2jeYz6Dm-FSPTCE0YCpH88tbsr_qav0wXlk__n1lsnT9SIO4sFjpLxktQpJiL0cAY7gfL3n7cutVkMYVFJw43AoBTFYt-BjzH88ZPyvPPnoDdAdJh7510ZadvY8kTCk5g2iXLFM199QcMJ7dcUOKnt82BerMHJcExeTmiSWis-TegaP8WLxQ6OkkdceTfN_TDWhf_MPJAh9Nq0HtNPLi8JKhNPNvn-p7-GK6XY5fn33HloY_xGYu_vroIQIGE8SzKOSQzIr6bMSu7NLKMIcaXpNG-0OOPhOCqqqXw-VPCqAFQkgKA2YQCZbDdkcHRT0rPUJ-DWPQQvjcg_D-o1yb2FmTPMsAc2SpWix_1hxh1gF_KS6pl1d-gvnlPNCP1er6UOn5aj8lA1bIaHSKUXNxPkTNnDWEhBwY45be-q_w9VSOGYy6qqewiiC6KSxO_B1DOrrbU8y82Z8kOVZykjThbCPoWFPRwW8uEUC8eGR6ourBp7nUjJGlYDdOKhHkccJSgQGhb-fyPjRqAvHmvSHgGB7sA5k_w4YxiKiZuV9ciL8B8TwZ8-Lqc73hOThccIe1lWP5yg0fGhyj9qZaXfdBcUFBXmE_JB2k4hiVNFNjvy5cQ2hQ4dga6Ec0qErKhV1eJFIwuFttUasNzUqwkqOatFOHTlAZJb9WAKDhAzAjR4EI2LpCKRWftUw_VMgSQPpPJCHvtkVc0GM7jTWfW-XHaDYIm9GvsfBlU8Mb_75i5DV6WxribeHTux2bSklfWyLmUG20f-QONNQktyeQNwh9eGzxSm1N8tLqrw6MOM2NORn54szjonC39yXimXHnolewHYLl7ciPJUg2fqhC41OGvB1OV1hEeD2z0gwTX9XB_obUZfi_XlM8sydc5SZmBbRWIdZ1nT4CzVXDuecEgjiH8YmbwaM5ZoCmrleyachjtHCR-PGPx64am7HVB2TCROZCaHJ8CqseJC0C3SmRiWECgf9cSBLa3DFQ1wxZode3NwNW5fscmCOdXCPdEBnpjkXmKjRBzMIeqoZQHfNZP5t9ScowqsRI7ERLFiSXSTiwVRYXE3xKTor4IlXzR3rAslOw1mZVfvP0UXxI41BoeJW-wF37nXgqnNYnY2ovWym5qWOtlgRtnF8hsNd6j5dOJLCzyiLPlHCZBskzVobOjrjcfmBtp16-5thaHhpZV7rx6rxo7NAO1ZUwAntOTuN8FVUiykmp7fjQrZn_U1YLBx-fXOB1dowJcMc6Wfa5QpVWLsUYAiWL89UBXBbc1-uHAvhIVx7tU9-RGbL0b6eiwORU8knTJ-aRaKDSJLPRFhCNsrX33eFa3-d3vBg_oz0o-5h9nAtbFHZPZGcPZJQZQx_l02kpWNR8ZdSPuWCjufwJaxBiyqskXhO-43QxAui_0r-sFfTg2oN93JQw9kzceYC52wF4m9I4qAVrQ3tpAA8TjLHH15cLJ6zvkwNWmdRmCQUaTKDHm7YPE93qbbXug3PDyX8ktSPkSYwjzSXHA7vY2uqigQ5eSQ7GZQvc4btJoCTHE-2P7diT-QqsnOJ366-IeoPYBV3LmURgCEXMinw0RWZvDu3t-rNpx9HBm-88gFwr-UnUj8aY36veQubdTPPu9appsvvpK2HfiSJiIAOB3wk0vsht-Xg-nIiKlkZezA7Brbb5ZvD6qrrz1VP0Q33Tz0Cr-btDoNfXcgPagwEp54XFlRe-UGUs0iXJiobCzVUI09wogKNBRMPLawULVeslm_-oLUVykiOotGkEuq-HeEo0gdq1Kcw73ptiBG784QjJrhFRVrpvz6HOxfmWvTkHVBEQ63wxKTyfgCz--Qtxzt1-LDDyxSXcsB_-BWuEPqQdjhO1jkkXdlVS2mVNaHQEAsF28fj4Er-MfFmLTmsFpyga4aRbNX2Wt3qeY7iJ4eWxVbfInX3cF8hPCNqDq9PbJi4ZDjS8TpGQi4rqNKKXNZGZMP1bD945qMHAPal8kcdltWwuK2UhQ6d6glFh3RyFXaPFXmwiglyCLCdIYsocbvwAOimrId7QnXm3QviV-_ZhJwl2j66EzdkFy00OkHsD3kmBV-4u79o6yB26K66wwhBf_xv3DpGQKrJhmmSoFR6QnMGxg1wEyHvWtSr764wCbC8t5XBoqIK4p2ih2UQ-pjNDSNyoBSRv0nPJYIwU6roSwgtyzuNeIrg6EuSF6ws2DHQ-mATiH-LQmzAZ5nVhqhyHLK1OVR7yo_tIhFAaHO7E7rXUM85uZx-phxkn5vWbvW3qHIpQj_G5AgYvxrcPsL3K0LB9HubncR4HSr4ikg_baSbzqWZK9FSCiQ_LFA8Iid15INCvFULOwThvzphY5ocOp0t59JZzOj-vAuLXNk5ZAzE5duGnMLGiba0BRVE1HswzbbLyG5-v3y-sDHafJrs_ovytzuvf4Zo7ifjMpayp4ZmpLFpzW-w7Zr8YmFGl7a29dG5LBxrrmjdhq-9kAottLWV7g0JgzKTg3gqdNYj8X3-Wc7Tz8IKHB06QfGtdOZ4JaaMGA2vcKEybcADvcSu4Az4bBcFdc3A07-M-zWSuskCOTF72WW5Yj9ZaY0a3JuX7MkDhrh5-Kgw1VFFDbS8v2LelgHjeXwrOTNbrnBwyNzeiiE2DXDpzwFDqNeVSdyCv_6D0EA8l0S_OCQ_6AtOd3ker8BJhSMfpOVceuz8Pm8D5HZo4-jSHlHmsJDfhcyH8ASbbEQUhLINg7R2UuoU5MMqW8tXRuPFFT49dUOizkcKtF27wMwAqq5C632b7zLvHctWZmrvdRccsKRzWA1dVClqeQuSp5dS6QNUAPjIBDQesEO7DtZ-bxXijQftLBp5vgZ0N2b2HHgCzPMawnT5-F41vH0PNV7AMQ8gb7b-ZcxDJcTaTXbB-UfylOwEwfglTsmA6BEpT5X7fwQUCWJrNMJXRN9NJQ3d15ctJYnjOw8BQC2KxshCFp4qsy8w6WuHdOiXOy1P3Zg_8CsqSiMStZ0qxtw1R8suvmXsEK8zFrvk83Sh2KuFlV4uDGth6VXooqFrcGSL3Qh_Z77LdAI1WL14hAtfY_yQnIMU0rX-2ZYvO7KUah5fsQDacdqFuYQfo5jKYFOxUma3yvMNEZY822ZgTq6TbQjCyDA9qttSVY2xEr0fL6vPHQsAK--41A==","summary":[{"type":"summary_text","text":"**Planning ELF image test variants**"},{"type":"summary_text","text":"**Designing ELF and PE mutation helpers**"}]},{"id":"rs_0ce43b44bb495320016a58a8f5240c819895134a9f397586fc","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKkB8WinhDF4dNJaKMMnhABDlLkpiOjkK7jixes5lhuWNRKmthm56rf1rJknk_UDIxkJf3j5NVJbBDg2u8hpVFJEAsnRl3WGgRhu1kdqCdCvKVpW_Viy0fvmp85oFXT4zR5Blxq7h-IJ04wgrhX_Djoy_ZQT7LAv-ARuHUUJ9_Adxar6gXfGGHL_ohsTJ_ruCdCXgXtp4r3owUmY4pkf8eZQyLor8MGMQaK08-7I3YSU8yWiTNnj1_9yF4mnXKgajKxXzig4LyktwjOqY5jCBg1S4ithtykqG3aVF2oQJ_1dade1FNrbFFjd05E6YH7rtAXnZngs4YAGxIYG6pKxeWBmhcI9aMsxwuX26sZj7MGOblWQctE96LbB-Z2FWb6YPHORGkTGGIMvd3OhM6Lhzgevjhtod0DZsa53wsNPJCOoh-28WICSPwZ_2hBgSlqVgp0v4iWNnwD7SVzQyZiV0fgQbKMyWPLAFBBq4-8BXv_J8vjydM9pbQGFUoBLYkq1hJZFGgIaA6hthFl5PN6oOXer18uwhdiJ2Vd6TSILtTG38pTPyQmxLFDke9guGEojmRgyvqEaaGmvZ4IixgSpk8-d1NgkY_Y2NbRp7fxsYHrPUZbKEfBNBdWJoOZC2P14QqcvjLnHXbZTK1zHMIwSr7viZ-YV8nzZ0pWnniPgNkwpzuqhiIIOY5bMXXkTaZXX8o2NX4K_TjM5SPzMK9qE-iTX-hYrEtGNqjvAqYSyJU0ruwiZS1v8sCfirOmpB4epXfqf_nPDLJV1XHksJGDXXJ7jPkv1jtTOK7wJvk0wiC7frMtmHjOODMq1psXau1X_4xztiFKsJ2SJSYW7FF4XZocr4gnkZB5wQWXtWRAaCe5I0QWV5nccnYZMaN20EmRKqI5sPXleQteykGRkID3vqUfBzEq4PMEk-hOZy7Bj97vDL8O-qMXBN8R3qR8Ar3r-D4lBjyXP0OV0mYfNMNP1DnAelpYozQc9xrr4OrQiCPqW39ghxOWcJYQdZwszjsIy963XowVPpWko1dEQuLMVAs5EpbmV_nLYlXnQrYZmscpce84gOJ5tTyfv6eu3ttkImq5MFMnNHpriZEnzVzPBMUynxUp7i0N_h0zk28XNnRbJrQqBp0UeRsxldvmRhkyab0snA2JSys-XcRkdSMvWQ_S9fHRetSG-uuz6z5a9g4pi4qHXV2GEJHxasL6M9TxnfXbmJtaKi6Fmfa0vtYuX6UX6FSn0FP0BG8mITSoC3GSsrNsCaXlVL0mrnuh79gBusI6IJ00uEhBWhAy4LyMYQqsxtl6_rd3jHCRSqgeZp9pG57GGb-owoxFgLhB0gn5feHcE9Aed7b18nEyxODYy9e5K2jld1G6kLBxA46HKZ-092YZPJ336MHIxpO7jajRg8Zo4Wy8sRd7MCRzKyCxN5Ox7he624yokiS48IPaMtM4-XYFFx0Ei3_-dF0IMGBtEBPiiAoKhpT41IiQwwaYGRg59cyTAXkeXg-oVbwpBejrPj3c7g-xOSZfiaoJgV2uWO11-n4SplRyPWXsZr3F2jUTomqP4dSJUAjVjOcYzfvISrEjQvnLW0kFBeCAwNdyHvBsgZycH_RDbbNGjMK9L6xMiXagqGddJ9l_X-eS63rWc_Pd08SaBJQ8btDWXRLbRtUyi4t4pSGVgTzmYBy-WhYZ1lNWfzZM7Dss9-Xvc0w0LJV6rB7l1fdMT-RfpEm2vNXYoKenstaBi6NNHQsylVVM05dR1jhKQdCQUo9w_KbJsba7nnLG6f2xJ7Rw5iaJt3idKobaIQg93RjQHRqXLUdWTSXh32hiz3VioHGsXTU1R6dOGpdfrs0xneopczeP_QyaT8wfDvNo5DvxxuQmB-e7fDAkLBHXKVpr5nfKPIVf3Am9yo5siz2MGHfxx02B6QoPXecaIobBlwKIj1oGe0i1axAPcR7UQGZpwFfHtV6_fB3IF0E6SZ2HnERCFiSryks6ya3xp0J0t9ewgKisMrboklMzNetarmhSdGScFsw0QUIkYxFNoNNX3TXK6jSM__2tYQbxXKlkbb90wgMcCru-AEXKgZ2k6B85CPUCW3dFcOovjwV-O6od6wGcEtZFyNMvR8Hmc4yQVr1Wg1ynpkUUmOzK-wTNqzNLKfdzcr-j14mrpzaK3NEC_R2tmcCVnSBzby07dN6XVes9FoBiB88Ut4XirGiwoHWllvxnbrvkaXXufcNI0pXJaFTv4ndqnnmRlcGHgTyTdPOlsDtYDSFoA8M23WRYXsLqeDFy1aCxuu-z7Dsy2h0SgOG08T9NslrZfnfncMTWJiMUCdVMZja4YvodPffTl97wtw1w1FZiAUNGIw4x35-QTFkJHVSQWE3CPQOVoyjuIVjYAAOXswh0-dD9OxAZa0YgXrWUEmsXvHiWqP8NaL3CrwZRMxCp60tS9rqCbairtcNfj7UVt3uq6KYS5NokT6d1FWbRwLkBAESkxbLBBtGtrW0TEDWSo6kDZbhC-T-iUrRlYdcoo5tmrNAGzJuHVHB9C9vT9lG9bMDIyflxkM8FG7KKo1oqgrTzjBPz00i3Z2LveeBtbmOcCKFc9ujcj59dUucOaCpxTHeDTAqlHrSGEFaB_uXDxi_J5eiNbwioCrAy77tCAAKrmafLpNwO7IpE6F5qVCTkH9d01zYcHnmo55at-kl38d8-IwJ06R_fsRCGAb-m-EWow3L7GVJCM2SN6flm4Tezw67qNwGAvVeUl92yGX6eqOhYD6AfRKOlSdr-fR0eNufi0HVhVNBRjh8_K7FMujsN_fD9lxhn83iCcqp9M8d4d_fvWijZB3p4xR3Hygxrv96iRX3aOuBGUB-hemFXyzJbApSgMAEzdXs2fWtuejAp2977eJb-Xk2HYcji2JtUqGNOSsqy3oKNUexctzV_8Gg9caUBJkQHxsp6iwMD8Rwq8yZ5JWOUEOQaHSKxD-DSCLq0u35AgrWpKbJPsfjid-Zkbs-ULhJ4xn7fvZ35wuPokVnsagmamuQvKipN6isXOB1SZJY3RodhoYli1FverEEeX4lTpMd4SlEZwi7U-5t4hxxpsIwC14MrGcHyMNqU7SbU7yFrb8Uluy76x6wfm3lKTSzFsertyRqyp2ut1kXdAwBh5akTGm9KoaN5k23hfwscG1_YSzqqj66dupWWww09a4sdmINwsTKmXy3ffVvDLR7_EU-CWndCA5ROhyx-PIupbaRDaQcyDW3XFnZQRtb0w2vTFmbs2god0jOJ9zvTgdoRsluArznKDhUfbSktWjcevWw==","summary":[{"type":"summary_text","text":"**Analyzing PE loader entry structure**"},{"type":"summary_text","text":"**Identifying PE header parsing errors**"}]},{"id":"rs_0ce43b44bb495320016a58a901be5481989a1addb4ca3089ce","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKkQVPJrlCj4LC2eTBLxlkKUf2bvYbYtD46ZPNfhOTFoRcjBZAIrx-lCOl2spseHl9jyu6dpichKWYYleccF-BoigYGfYjvaIGJs96cvd5aOBlAOYYQ7LGGjQS93vAp_aPSSFCEmoiamISCBMMrAMdJm3mM8gUaT4gcjhYJ6Oc1m4PoZFX_KbJrNgHSQPFjYypRJJMI2rs_YkFkBD0SFQonNtdKId6ckLhKhFEUA9UPeJP2vSxMbu-faMyaA3L-WcRGlqwbSz2997o3N42MIPO3-GOsh_bK4Oqd7DDoKMWpT0tbDJMad3HmwERbDADlYVsd4yJ178Llwa2qswDxkatWOuyqlUQO53CUVpv8pBju4C035ejebzzUxrG8-X-VjtAk3S9XwwJgNvYo2CaVXJXxeZ2y_IfDgnnYUfkiQW6cy7xEeEb_OISAI5LRpCeYjurwzqWqAd0ZopUhpAd_bu0veW3lYWP0iTjmiPxgGbaywuV0aWdnRWg2W5HtBqgk6suRLP8_i5xPw31UdMLUtv7C4czM6IBwLu7FKAVkfc8wRJDjxiuovgXnl43pktJPUWzsLxY5nO3jW6_BqvD65mdS1Nywzt-qmMeir9iHkM5tV7kaveY8fRT2MYgU11ssZ8jtUyPk5yIPjFyp4ku9iI98VbG2XXgp6Me5tcYPGDz9ztdcLFwSPnz8_Bz1vDHBgClSeuo_AjExZLn3VOj-uMMAaf7ZGtoouA3emfqc8WsgYEI7tDx4y1n8ZPpqswW0NIBnaozaQgpwj5dsXpWrhhsPQebUYan07pRw0jOJno-u7UzJYsx1IDciyl7I92eqnwsg5qaokhb4p5OfV865mC2DjUJQRj2TBeKlDET2h1rEp3ZhEg-kbYfXepcbF-W3xmM-QL4s7jxnamzNqmc9J35TBKcUdHxnp1SHq0O_NR5tK5Dgaw4As8hnW1Y45MXJzLKmsN42iOT7ZrM8UE8t_iW_14En7RTgR9sv_WaiVYSMLBzX_gYa-ODju4iCCkDqLc6mw_x1ETdOimCuZ1g8Zt6Jml0wnMKZFY2u4JYLpRoFNQ71DSxXZSfRIPBOPxI_HGpf_5qYIlABS6FP49LPMjyQCuGBj6syxJ58CobcmDI5GwAJ04MF0gofmGyAhEbQ_wdrSXhq0ii9igrnWvvrkKIEpTuRPOlhS6VfEL_JE-92bXqZt7tZoyiAfR4af4aJedT2oWzojMkK4vpz9oz-lr64Pwhs4_Zt619TAYNkU_pE7eAyumX6QIo3UD1HPvwKnaLXqzxb-09czyu6M6Ys6VaNX33crX7MIGwSVHGSRI40I2xBgqmEL7muLh2JNZbM1AwhQOKG8GNZyz0gbiIUDWe0DJLD86uhip7HHmkgW8wuMzAaVuLS5LpOG4L4zhEgBj72GSBzL1VnZKEuRimsN14YxP8SVVO8JOuOVuBH-TPv_UQBcz1eYrO9LwBayx1uO8Iw1PGf7LtkspmP3L4vaLTIkcLmH13Jz254Y1WorCq3OR10rJ_iRUHtZ-fj7e_PzsJMhQkO0uaS_HVvRNAHvimS5hxGMK8Kg7eQAVMB5LcNBhO6wunYYEVsCaCT1NGzw5CyTYSTbUivfKdy0coeuWADFazYpHg4FaQA26ZxKmiR9lutn_RIV-VIZNtEDTrkL4P2UYFUS2Dyvgq6AbAV7ronygCjtUOyAR8D6DbguN6zlF-iQ5E0UkZrwarfcUWsucR30YsdiKsUaRtX6nMLHeJsjvx0yeEIrvJBVsTeb8Dw7Re2Sqh_RcyaoYiqTA2fJ6v38zIDHjtCxXlYU2vBczyaEXVxvL3qmG38BfB4FnSKTlHbpj2LkzPSvW2xYz9UV4lEK-HJFI4mEFNOD1bi9GtER22eoLr_DbM_kSHj7Wlu2GFsLGsejKqbB7EBo-gzXH0_pi9zP7KIo5mDYxp2-4hWUYb7P7BQ1noz_xtcbccHahtySLJpWV2YO8Za3umwnKhQEAlvV_Welo8XhcnSf9ipZWdxifY4ykKLsSC9y5UnMWdrgZf7cs4eHXK9mjtZ6YVsXSl7sYgdpH9KB5A7z4gUnoxFPpjPRhaWymNwGNW_W_3JCMH0qt9eRHb_47WhtuNgwsy9BC27-bjzwwn34mOLmLSnayCAESr5jujP3jawGlmCM1Vwg2j--fkcyeBvTFVU0D-zfQopUXt5z8GJeLwtbLHxgR_Zf45_GvbCwdZJ3yQ5VJPyXDckMETs1mGZ5sgTTSl6VR-gjdTsN2OzzUIgcymncxfcpqAPd8H8BWCtDtJMa75puA2geCf7cT7bbAKZGYn1IqzepY98wGhTGxTlUDu2aZmMUEm2f5ero-0scvG1SnFuMRcqSGJq1zOj-gVNpbqfBMbzWNsgVI4v6ylU2KJWyr2D3TXITmn9S_BIC2em7MyYEu9TqmeZMUy7in1X95zDPw2EYWJFtn5QJwjL_f3Fl8IsdcSn_WdgWWpRUGciOS5q4Q903bPPlefAshkJuIlFtKGgEVMS6cBtZMEL-eVuolReja1AjsO5vM6CnG4FzNmbcYiE_iPKdiwF0vANGrKywlVQy06oplq7QqWynTIZCm_M8Dn9Lk-8n31N6MXkG22t6wXpzZQrW_B82j-va2i2FQuIqF3n_hFAjBvSOa91ozV9mbeulCpsfh2vCz5zL6MiqrsTLzOCE6qjnuJen7H30m1DXMmC31NGmHzqbtpfIjK9MLjUdSAXMjEHt9L5Y3Lm0f5RIKvaevWezvjdND2k7JVWbQS7JJFFXUwbhYhYF6CzfAYHAILRXJcPFvIApk5nfxpbn6LABCW1rM-rWULna5V7Dx7yodcIcd-YMqnExI7HeNxOjWpZLJvX6EroIMw7tivmFsFUDsShxQLUV4wDu2EShw2uokZujDYPEoe2ER3bRviytKfrYeQ7WqGwv8E2dsI6NGF0w8Jh2gQaX6OZgh5lssTkIvj5mTxmy_mOCuw_xK0WCerlwe4DOHm9ujEkoKqBL-DTfg6MEzqOHf1mnUiThzzmMni5Uue_U1ltV-Y9OtfU9bSMDOUz4SMKbZVBQ-Qugl_zHrUiBLYfsBxf07MoZkHJMZDs2Sxpqj-i4zV74qV7w1RNvGoWgqjMti8j1nIfgiTGUhPp3FQkXdY0Hy9bjS5ZLa5ps7H1JI-hCNhCxbpchtFTCMDQiMiOiiotIuNvmSUJSjkg_EyxwCBa8Yq578WNx_tX1NRrHvJLeMiYub2vVSfTlQwQTLJuBldna3dQaydCsFMO1uoqbDkAJM517ERoLKQc3_Ctpq0KhanrJFTucndQD4NwCjXsYcl42nuK2cU79prjysO-MOGA1LI-TZbj1_14oBL0GXbcWTqZZfW_nnxMH5UrsHy-zgLT9LemosIFuUhDDI8HCaGHm3r9QVxgz-umEkbQ3iTvf1-xitLX38f4Y35UI1bhEkSFZDEkoJhy5rPlxVgWRkMawGuoeH85AJ9zh5CA8TRSFgs5JBGhHlFAagOzoG0U5FyGwyReA-SE8H4miAmPb2E5HIEjaIIwJWKj4FWA1IKPFFTLk6htQl3Z-5mwu-CP9dRfUGYYmPrfB8K-67i2uHueP7M0wLxCTuLkx9wzXIJnoKKufSh4zrAfAo8OrfR3bF7s93iB0IHnDDlg-lJkUpyyFGxuO_1RQwcH5959F5HRnD3cYEjKf-tE1FRBbH26v2lIF2hYMLjs3AlKguoyAzRpibXzgk8V5xLPhKmrDqvUWUEkOlzmFBi2MLZemSDo=","summary":[{"type":"summary_text","text":"**Tracing ELF header mutation effects**"},{"type":"summary_text","text":"**Designing helper for Windows binary failure tests**"}]},{"id":"rs_0ce43b44bb495320016a58a910035081988d93fa190f9d7454","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKkQfVqfNGYu3h8kQuLeEEfaqpv-iIDxg-rSMVJmBmvWo0XSdHccgJtjZ6BidrPOTwpB_EU5R8tyYZNp-rdSz3tTNyLsS9Qwxh88ZBE5DOex2zfhQLkftA7D2Xr6qUXTIqSfurEc8IIGqI0GSJfOiyO57Sk5nPKbOYjaHOGpxGsZTnZdvIYW12IgFllLTftTEKk_OLhKt_hnvCW7P5K0YfBVUORnvuWoIeKFkffxDhLdlSWeAsJj--PmZUOZXPzuwbf16hjdU9O8onWcouBwGUD3bzGH8Pbi1bvkshB3A6ob0Cjkqt2C_X_MrWejTCED1mqyglPRfuyml7GY4D583pLIUvhR3do6BaTQwHKY5vxRqqyyo5S0puKsTVA_0UpvTKJY_NUMJ1ttdq8NLsrFukZeJynnHfcT3XHPcz_8OIeC9UOoe4DB5oYRDF-K58EtmeYqU_Dli3ZANeMH2pr6DKCv1SNqIkoMyyrlq6EichYjfFqJsTdPpJi32fIyAcaPKGjhjpKgxB_83fajDYPa-U_-phOD4i1bsSI_mahy322Qzasq-UrRJmBM3UdYw1bFWAdKEiE1LJwEbr_i_Dv-zTyAecf7Y6HLATm1jlKXlMpFgXmb1IqWTIdsrbgpE5-hJdjW1Qf-mTDvxFt3xKF6HhYf9YuKIccM067eZI3CDuZSvHQkjCWcD71OKCVRxojfAEUqJw3t6punB9IbQIE3GQrHFJASDjKQogXjY5Ot23c8wIF8gZvjxbnVUWd1j9TJQoXIYinfbOf9_g1p7hClmNhR2R-wNpkFZGQU6fLsoS1GqIzyfd8hzkrMgjqhKBxjpSWLmao2-jy_ozhtWGTQCSkkaJxsAZ-K_t2yw7sK3xt69sNpZJoDltSEnY5Y8yn-mWX51trmwFW6TMIQG6bC0I0IjQ9qNfl-DurfrVMLhfnVhgGo5TMzB1SJTJxhJyfmP9HV3ZVkcv3PdZNTGF_5EhyR4utTnsuH2GYl9f3aKznGFFAkXxrKrhwhcvtriiwL3FXHqa4Qn0pKDd2lkwAtppMHEZvfydaD1i1bEr1ZU2iFZbn2Zr9LX3qmAd1MokU8oawx1lGpEgYdvFF87NUhgdy4CR3UNPrI6MkwO4ByNhXjLdCqtUYaqLGeeQDTM9PSIqv7YGoZu3xrafrJETTxkg1c4flkk86gnxYKY3FJ_Db1gxU9CY2ekgmV_4bdOhiUbYAZPBEvs1XlbTt1JK2XLh4JQSfn7jDDyygXNhdWn4thzSk0h0EY67Soxv5wbVss_x8fktk3l7RrhTZZvsWa9P7a0ic4FWRoRclCgEv6iqYfm-B27tGtiMRsEAYonvxWaND1QemoFlrKk-Vt16kDSUnEGm5hnZVdLSlRsJniCiIBGm5_tXUgUweO5GORNciRgWHj_7Ra2FD4rW1iIc2w6KLmGLbgPBfL27OXeSxN6TafbTnShhXe9hUM-3wzgJFlBJ8JFy_Z7vkugNoM1SxcZRh_WMg0ygb-SNga_kkyX5ZfkHQwX5lY1Nczlip9tPIy-PsXRDJNhmlrA4CMyxiXwyAgeBNxTk8G5eP-3ONO80GwryDptHZbC2KgQHqBqHGbYTR86_60NF9HFj1BICN78JWIAKA0kVz7EnUBo2b0aLtVjEopJpUOe97MUUAQBkhdIV1rUfoENIEVJH21kVa7iTkMXw==","summary":[{"type":"summary_text","text":"**Planning patch for ELF entry point tests**"}]},{"id":"ctc_0ce43b44bb495320016a58a91066788198945addacfbaaa51a","type":"custom_tool_call","status":"completed","call_id":"call_UPYh6uei3FAfMV2pu0qGxiwI","input":"*** Begin Patch\n[ci/publish/validate-release-binary.py#7540]\nSWAP.BLK 30:\n+def validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n+    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n+    if dos[:2] != b\"MZ\":\n+        raise ValidationError(\"not a PE executable (missing MZ magic)\")\n+\n+    pe_offset = struct.unpack_from(\"<I\", dos, 0x3C)[0]\n+    coff_size = 24\n+    if pe_offset < len(dos) or pe_offset > size - coff_size:\n+        raise ValidationError(\"invalid PE header offset\")\n+    coff = read_exact_at(candidate, pe_offset, coff_size, \"PE/COFF header\")\n+    if coff[:4] != b\"PE\\0\\0\":\n+        raise ValidationError(\"not a PE executable (missing PE signature)\")\n+\n+    machine, section_count = struct.unpack_from(\"<HH\", coff, 4)\n+    optional_size, characteristics = struct.unpack_from(\"<HH\", coff, 20)\n+    if machine != 0x8664:\n+        raise ValidationError(\n+            f\"PE machine 0x{machine:04x} is not x86_64 (expected 0x8664)\"\n+        )\n+    if section_count == 0:\n+        raise ValidationError(\"PE image has no sections\")\n+    if characteristics & 0x0002 == 0:\n+        raise ValidationError(\"PE image is not marked executable\")\n+    if characteristics & 0x2000:\n+        raise ValidationError(\"PE image is marked as a DLL\")\n+\n+    optional_offset = pe_offset + coff_size\n+    fixed_optional_size = 112\n+    if (\n+        optional_size < fixed_optional_size\n+        or optional_offset > size\n+        or optional_size > size - optional_offset\n+    ):\n+        raise ValidationError(\"invalid PE32+ optional header size\")\n+    optional = read_exact_at(\n+        candidate, optional_offset, optional_size, \"PE32+ optional header\"\n+    )\n+    optional_magic = struct.unpack_from(\"<H\", optional)[0]\n+    if optional_magic != 0x20B:\n+        raise ValidationError(\n+            f\"PE optional-header magic 0x{optional_magic:04x} is not PE32+\"\n+        )\n+    entry_point = struct.unpack_from(\"<I\", optional, 16)[0]\n+    directory_count = struct.unpack_from(\"<I\", optional, 108)[0]\n+    if directory_count > (optional_size - fixed_optional_size) // 8:\n+        raise ValidationError(\n+            \"PE32+ optional header is truncated for its data directories\"\n+        )\n+    if entry_point == 0:\n+        raise ValidationError(\"PE image has zero entry point\")\n+\n+    section_table_offset = optional_offset + optional_size\n+    section_table_size = section_count * 40\n+    if (\n+        section_table_offset > size\n+        or section_table_size > size - section_table_offset\n+    ):\n+        raise ValidationError(\"PE section table is outside the file\")\n+    sections = read_exact_at(\n+        candidate, section_table_offset, section_table_size, \"PE section table\"\n+    )\n+\n+    entry_mapped = False\n+    entry_executable = False\n+    for index in range(section_count):\n+        section_offset = index * 40\n+        (\n+            virtual_size,\n+            virtual_address,\n+            raw_size,\n+            raw_offset,\n+        ) = struct.unpack_from(\"<IIII\", sections, section_offset + 8)\n+        section_characteristics = struct.unpack_from(\n+            \"<I\", sections, section_offset + 36\n+        )[0]\n+        if raw_offset > size or raw_size > size - raw_offset:\n+            raise ValidationError(\"PE section raw data is outside the file\")\n+\n+        mapped_size = max(virtual_size, raw_size)\n+        if mapped_size > 0x1_0000_0000 - virtual_address:\n+            raise ValidationError(\"PE section virtual range overflows the RVA space\")\n+        if virtual_address <= entry_point < virtual_address + mapped_size:\n+            entry_mapped = True\n+            if section_characteristics & 0x20000000:\n+                entry_executable = True\n+\n+    if not entry_mapped:\n+        raise ValidationError(\"PE entry point is not mapped by any section\")\n+    if not entry_executable:\n+        raise ValidationError(\"PE entry point is in a non-executable section\")\n+    return \"PE32+ x86_64 executable\"\nSWAP.BLK 64:\n+def validate_elf_x86_64(candidate: BinaryIO, size: int, target: str) -> str:\n+    header = read_exact_at(candidate, 0, 64, \"ELF64 header\")\n+    if header[:4] != b\"\\x7fELF\":\n+        raise ValidationError(\"not an ELF executable (missing ELF magic)\")\n+    if header[4] != 2:\n+        raise ValidationError(f\"ELF class {header[4]} is not 64-bit\")\n+    if header[5] != 1:\n+        raise ValidationError(f\"ELF data encoding {header[5]} is not little-endian\")\n+    if header[6] != 1:\n+        raise ValidationError(f\"ELF identification version {header[6]} is invalid\")\n+\n+    (\n+        elf_type,\n+        machine,\n+        version,\n+        entry_point,\n+        program_offset,\n+        _section_offset,\n+        _flags,\n+        header_size,\n+        program_entry_size,\n+        program_count,\n+        _section_entry_size,\n+        _section_count,\n+        _section_names,\n+    ) = struct.unpack_from(\"<HHIQQQIHHHHHH\", header, 16)\n+    if elf_type not in (2, 3):\n+        raise ValidationError(f\"ELF type {elf_type} is not executable or PIE\")\n+    if machine != 62:\n+        raise ValidationError(f\"ELF machine {machine} is not x86_64 (expected 62)\")\n+    if version != 1 or header_size != 64:\n+        raise ValidationError(\"invalid ELF64 header version or size\")\n+    if program_entry_size != 56 or program_count == 0:\n+        raise ValidationError(\"ELF64 program-header table is missing or malformed\")\n+    table_size = program_entry_size * program_count\n+    if program_offset < header_size or program_offset > size:\n+        raise ValidationError(\"ELF64 program-header table is outside the file\")\n+    if table_size > size - program_offset:\n+        raise ValidationError(\"ELF64 program-header table is outside the file\")\n+\n+    interpreters: list[str] = []\n+    needed_count = 0\n+    has_load = False\n+    entry_mapped = False\n+    entry_executable = False\n+    for index in range(program_count):\n+        offset = program_offset + index * program_entry_size\n+        program = read_exact_at(candidate, offset, program_entry_size, \"ELF64 program header\")\n+        (\n+            program_type,\n+            program_flags,\n+            file_offset,\n+            virtual_address,\n+            _physical_address,\n+            file_size,\n+            memory_size,\n+            _alignment,\n+        ) = struct.unpack(\"<IIQQQQQQ\", program)\n+        if file_offset > size or file_size > size - file_offset:\n+            raise ValidationError(\"ELF64 segment is outside the file\")\n+        if program_type == 1:\n+            has_load = True\n+            if file_size > memory_size:\n+                raise ValidationError(\n+                    \"ELF64 load segment file size exceeds memory size\"\n+                )\n+            if memory_size > 0x1_0000_0000_0000_0000 - virtual_address:\n+                raise ValidationError(\"ELF64 load segment virtual range overflows\")\n+            if virtual_address <= entry_point < virtual_address + memory_size:\n+                entry_mapped = True\n+                if program_flags & 0x1:\n+                    entry_executable = True\n+        elif program_type == 3:\n+            if file_size < 2 or file_size > 4096:\n+                raise ValidationError(\"ELF interpreter segment has an invalid size\")\n+            raw_interpreter = read_exact_at(\n+                candidate, file_offset, file_size, \"ELF interpreter\"\n+            )\n+            if raw_interpreter[-1:] != b\"\\0\":\n+                raise ValidationError(\"ELF interpreter is not NUL-terminated\")\n+            try:\n+                interpreters.append(raw_interpreter[:-1].decode(\"ascii\"))\n+            except UnicodeDecodeError as error:\n+                raise ValidationError(\"ELF interpreter is not ASCII\") from error\n+        elif program_type == 2:\n+            if file_size % 16 != 0:\n+                raise ValidationError(\"ELF dynamic segment has a malformed size\")\n+            for dynamic_offset in range(file_offset, file_offset + file_size, 16):\n+                tag, _value = struct.unpack(\n+                    \"<qQ\", read_exact_at(candidate, dynamic_offset, 16, \"ELF dynamic entry\")\n+                )\n+                if tag == 0:\n+                    break\n+                if tag == 1:\n+                    needed_count += 1\n+\n+    if not has_load:\n+        raise ValidationError(\"ELF image has no loadable segment\")\n+    if entry_point == 0:\n+        raise ValidationError(\"ELF image has zero entry point\")\n+    if not entry_mapped:\n+        raise ValidationError(\"ELF entry point is not mapped by a loadable segment\")\n+    if not entry_executable:\n+        raise ValidationError(\n+            \"ELF entry point is in a non-executable loadable segment\"\n+        )\n+    if target == GNU_TARGET:\n+        if len(interpreters) != 1:\n+            raise ValidationError(\n+                \"GNU target must declare exactly one glibc x86_64 program interpreter\"\n+            )\n+        interpreter = interpreters[0]\n+        if os.path.basename(interpreter) != \"ld-linux-x86-64.so.2\":\n+            raise ValidationError(\n+                f\"GNU target has unexpected program interpreter {interpreter!r}\"\n+            )\n+        return f\"ELF64 x86_64 GNU-linked executable ({interpreter})\"\n+\n+    if interpreters:\n+        raise ValidationError(\n+            f\"musl target must be static but declares interpreter {interpreters[0]!r}\"\n+        )\n+    if needed_count:\n+        raise ValidationError(\n+            f\"musl target must be static but has {needed_count} DT_NEEDED entr{'y' if needed_count == 1 else 'ies'}\"\n+        )\n+    return \"ELF64 x86_64 static executable (no interpreter or DT_NEEDED entries)\"\n[tests/adapter-archive.sh#10F7]\nSWAP 43.=155:\n+# Generate deterministic loader-image fixtures. Each accepted image has a nonzero entry\n+# point backed by an executable PE section or ELF PT_LOAD. The GNU ELF retains glibc's\n+# x86_64 PT_INTERP; the musl fixture remains static (no PT_INTERP or DT_NEEDED).\n+WIN_GOOD=\"$TMP/windows-good.exe\"\n+GNU_GOOD=\"$TMP/gnu-good\"\n+MUSL_GOOD=\"$TMP/musl-good\"\n+WRONG_ARCH=\"$TMP/aarch64-static\"\n+NEEDED=\"$TMP/needed-no-interpreter\"\n+WIN_ZERO_ENTRY=\"$TMP/windows-zero-entry.exe\"\n+WIN_UNMAPPED_ENTRY=\"$TMP/windows-unmapped-entry.exe\"\n+WIN_NONEXEC_ENTRY=\"$TMP/windows-nonexec-entry.exe\"\n+WIN_DLL=\"$TMP/windows-dll.exe\"\n+WIN_SHORT_OPTIONAL=\"$TMP/windows-short-optional.exe\"\n+WIN_TRUNCATED_SECTIONS=\"$TMP/windows-truncated-sections.exe\"\n+WIN_BAD_RAW=\"$TMP/windows-bad-raw.exe\"\n+GNU_ZERO_ENTRY=\"$TMP/gnu-zero-entry\"\n+GNU_UNMAPPED_ENTRY=\"$TMP/gnu-unmapped-entry\"\n+GNU_NONEXEC_ENTRY=\"$TMP/gnu-nonexec-entry\"\n+GNU_BAD_LOAD_SIZE=\"$TMP/gnu-bad-load-size\"\n+GNU_OOB_LOAD=\"$TMP/gnu-oob-load\"\n+\"$PY\" - \"$WIN_GOOD\" \"$GNU_GOOD\" \"$MUSL_GOOD\" \"$WRONG_ARCH\" \"$NEEDED\" \\\n+  \"$WIN_ZERO_ENTRY\" \"$WIN_UNMAPPED_ENTRY\" \"$WIN_NONEXEC_ENTRY\" \"$WIN_DLL\" \\\n+  \"$WIN_SHORT_OPTIONAL\" \"$WIN_TRUNCATED_SECTIONS\" \"$WIN_BAD_RAW\" \\\n+  \"$GNU_ZERO_ENTRY\" \"$GNU_UNMAPPED_ENTRY\" \"$GNU_NONEXEC_ENTRY\" \\\n+  \"$GNU_BAD_LOAD_SIZE\" \"$GNU_OOB_LOAD\" <<'PY'\n+from pathlib import Path\n+import struct\n+import sys\n+\n+\n+PE_OFFSET = 0x80\n+PE_OPTIONAL_OFFSET = 0x98\n+PE_SECTION_OFFSET = 0x188\n+ELF_BASE = 0x400000\n+\n+\n+def changed(image: bytes, offset: int, fmt: str, value: int) -> bytes:\n+    changed_image = bytearray(image)\n+    struct.pack_into(fmt, changed_image, offset, value)\n+    return bytes(changed_image)\n+\n+\n+def pe() -> bytes:\n+    image = bytearray(0x400)\n+    image[:2] = b\"MZ\"\n+    struct.pack_into(\"<I\", image, 0x3C, PE_OFFSET)\n+    image[PE_OFFSET : PE_OFFSET + 4] = b\"PE\\0\\0\"\n+    struct.pack_into(\n+        \"<HHIIIHH\", image, PE_OFFSET + 4, 0x8664, 1, 0, 0, 0, 0xF0, 0x0022\n+    )\n+\n+    optional = PE_OPTIONAL_OFFSET\n+    struct.pack_into(\"<H\", image, optional, 0x20B)\n+    struct.pack_into(\"<I\", image, optional + 4, 0x200)\n+    struct.pack_into(\"<I\", image, optional + 16, 0x1000)\n+    struct.pack_into(\"<I\", image, optional + 20, 0x1000)\n+    struct.pack_into(\"<Q\", image, optional + 24, 0x140000000)\n+    struct.pack_into(\"<II\", image, optional + 32, 0x1000, 0x200)\n+    struct.pack_into(\"<HH\", image, optional + 40, 6, 0)\n+    struct.pack_into(\"<HH\", image, optional + 48, 6, 0)\n+    struct.pack_into(\"<III\", image, optional + 56, 0x2000, 0x200, 0)\n+    struct.pack_into(\"<HH\", image, optional + 68, 3, 0x8160)\n+    struct.pack_into(\n+        \"<QQQQ\", image, optional + 72, 0x100000, 0x1000, 0x100000, 0x1000\n+    )\n+    struct.pack_into(\"<II\", image, optional + 104, 0, 16)\n+\n+    image[PE_SECTION_OFFSET : PE_SECTION_OFFSET + 8] = b\".text\\0\\0\\0\"\n+    struct.pack_into(\n+        \"<IIIIIIHHI\",\n+        image,\n+        PE_SECTION_OFFSET + 8,\n+        1,\n+        0x1000,\n+        0x200,\n+        0x200,\n+        0,\n+        0,\n+        0,\n+        0,\n+        0x60000020,\n+    )\n+    image[0x200] = 0xC3\n+    return bytes(image)\n+\n+\n+def elf(machine: int, interpreter: str | None) -> bytes:\n+    encoded_interpreter = (\n+        b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n+    )\n+    program_count = 1 + (1 if interpreter is not None else 0)\n+    payload_offset = 64 + program_count * 56\n+    code = b\"\\x31\\xff\\xb8\\x3c\\0\\0\\0\\x0f\\x05\".ljust(32, b\"\\x90\")\n+    file_size = payload_offset + len(encoded_interpreter) + len(code)\n+    entry_point = ELF_BASE + payload_offset + len(encoded_interpreter)\n+    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n+    header = struct.pack(\n+        \"<16sHHIQQQIHHHHHH\",\n+        ident,\n+        2,\n+        machine,\n+        1,\n+        entry_point,\n+        64,\n+        0,\n+        0,\n+        64,\n+        56,\n+        program_count,\n+        0,\n+        0,\n+        0,\n+    )\n+    load = struct.pack(\n+        \"<IIQQQQQQ\",\n+        1,\n+        5,\n+        0,\n+        ELF_BASE,\n+        ELF_BASE,\n+        file_size,\n+        file_size,\n+        0x1000,\n+    )\n+    programs = [load]\n+    if interpreter is not None:\n+        programs.append(\n+            struct.pack(\n+                \"<IIQQQQQQ\",\n+                3,\n+                4,\n+                payload_offset,\n+                ELF_BASE + payload_offset,\n+                ELF_BASE + payload_offset,\n+                len(encoded_interpreter),\n+                len(encoded_interpreter),\n+                1,\n+            )\n+        )\n+    return header + b\"\".join(programs) + encoded_interpreter + code\n+\n+\n+def elf_with_needed() -> bytes:\n+    program_count = 2\n+    dynamic_offset = 64 + program_count * 56\n+    dynamic_entries = struct.pack(\"<qQqQ\", 1, 0, 0, 0)\n+    code = b\"\\x31\\xff\\xb8\\x3c\\0\\0\\0\\x0f\\x05\".ljust(32, b\"\\x90\")\n+    file_size = dynamic_offset + len(dynamic_entries) + len(code)\n+    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n+    header = struct.pack(\n+        \"<16sHHIQQQIHHHHHH\",\n+        ident,\n+        2,\n+        62,\n+        1,\n+        ELF_BASE + dynamic_offset + len(dynamic_entries),\n+        64,\n+        0,\n+        0,\n+        64,\n+        56,\n+        program_count,\n+        0,\n+        0,\n+        0,\n+    )\n+    load = struct.pack(\n+        \"<IIQQQQQQ\",\n+        1,\n+        5,\n+        0,\n+        ELF_BASE,\n+        ELF_BASE,\n+        file_size,\n+        file_size,\n+        0x1000,\n+    )\n+    dynamic = struct.pack(\n+        \"<IIQQQQQQ\",\n+        2,\n+        4,\n+        dynamic_offset,\n+        ELF_BASE + dynamic_offset,\n+        ELF_BASE + dynamic_offset,\n+        len(dynamic_entries),\n+        len(dynamic_entries),\n+        8,\n+    )\n+    return header + load + dynamic + dynamic_entries + code\n+\n+\n+pe_good = pe()\n+gnu_good = elf(62, \"/lib64/ld-linux-x86-64.so.2\")\n+Path(sys.argv[1]).write_bytes(pe_good)\n+Path(sys.argv[2]).write_bytes(gnu_good)\n+Path(sys.argv[3]).write_bytes(elf(62, None))\n+Path(sys.argv[4]).write_bytes(elf(183, None))\n+Path(sys.argv[5]).write_bytes(elf_with_needed())\n+Path(sys.argv[6]).write_bytes(changed(pe_good, PE_OPTIONAL_OFFSET + 16, \"<I\", 0))\n+Path(sys.argv[7]).write_bytes(\n+    changed(pe_good, PE_OPTIONAL_OFFSET + 16, \"<I\", 0x3000)\n+)\n+Path(sys.argv[8]).write_bytes(\n+    changed(pe_good, PE_SECTION_OFFSET + 36, \"<I\", 0x40000040)\n+)\n+Path(sys.argv[9]).write_bytes(changed(pe_good, PE_OFFSET + 22, \"<H\", 0x2022))\n+Path(sys.argv[10]).write_bytes(changed(pe_good, PE_OFFSET + 20, \"<H\", 111))\n+Path(sys.argv[11]).write_bytes(pe_good[: PE_SECTION_OFFSET + 39])\n+Path(sys.argv[12]).write_bytes(\n+    changed(pe_good, PE_SECTION_OFFSET + 20, \"<I\", 0x380)\n+)\n+Path(sys.argv[13]).write_bytes(changed(gnu_good, 24, \"<Q\", 0))\n+Path(sys.argv[14]).write_bytes(changed(gnu_good, 24, \"<Q\", ELF_BASE + 0x3000))\n+Path(sys.argv[15]).write_bytes(changed(gnu_good, 68, \"<I\", 4))\n+Path(sys.argv[16]).write_bytes(changed(gnu_good, 104, \"<Q\", len(gnu_good) - 1))\n+Path(sys.argv[17]).write_bytes(changed(gnu_good, 96, \"<Q\", len(gnu_good) + 1))\n+PY\n+cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n+cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n+cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n+chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nINS.POST 172:\n+\n+expect_windows_binary_failure() {\n+  name=$1\n+  expected=$2\n+  fixture=$3\n+  cp \"$fixture\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\" \\\n+    || { fail \"$name could not install fixture\"; return; }\n+  expect_packer_failure \"$name\" \"$expected\" \\\n+    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n+    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n+}\n+\n+expect_gnu_binary_failure() {\n+  name=$1\n+  expected=$2\n+  fixture=$3\n+  cp \"$fixture\" \"$TARGET/$GNU_RELSUB/omp-spt\" \\\n+    || { fail \"$name could not install fixture\"; return; }\n+  chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n+  expect_packer_failure \"$name\" \"$expected\" \\\n+    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n+    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n+}\nINS.POST 183:\n+\n+expect_windows_binary_failure \"zero-entrypoint PE pseudo-binary\" \\\n+  \"PE image has zero entry point\" \"$WIN_ZERO_ENTRY\"\n+expect_windows_binary_failure \"PE with unmapped entrypoint\" \\\n+  \"PE entry point is not mapped by any section\" \"$WIN_UNMAPPED_ENTRY\"\n+expect_windows_binary_failure \"PE with non-executable entry section\" \\\n+  \"PE entry point is in a non-executable section\" \"$WIN_NONEXEC_ENTRY\"\n+expect_windows_binary_failure \"DLL PE helper\" \\\n+  \"PE image is marked as a DLL\" \"$WIN_DLL\"\n+expect_windows_binary_failure \"PE with incomplete optional header\" \\\n+  \"invalid PE32+ optional header size\" \"$WIN_SHORT_OPTIONAL\"\n+expect_windows_binary_failure \"PE with truncated section table\" \\\n+  \"PE section table is outside the file\" \"$WIN_TRUNCATED_SECTIONS\"\n+expect_windows_binary_failure \"PE with out-of-file raw section\" \\\n+  \"PE section raw data is outside the file\" \"$WIN_BAD_RAW\"\n+cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\nINS.POST 189:\n+\n+expect_gnu_binary_failure \"zero-entrypoint ELF pseudo-binary\" \\\n+  \"ELF image has zero entry point\" \"$GNU_ZERO_ENTRY\"\n+expect_gnu_binary_failure \"ELF with unmapped entrypoint\" \\\n+  \"ELF entry point is not mapped by a loadable segment\" \"$GNU_UNMAPPED_ENTRY\"\n+expect_gnu_binary_failure \"ELF with non-executable entry segment\" \\\n+  \"ELF entry point is in a non-executable loadable segment\" \"$GNU_NONEXEC_ENTRY\"\n+expect_gnu_binary_failure \"ELF load with file size above memory size\" \\\n+  \"ELF64 load segment file size exceeds memory size\" \"$GNU_BAD_LOAD_SIZE\"\n+expect_gnu_binary_failure \"ELF load with out-of-file range\" \\\n+  \"ELF64 segment is outside the file\" \"$GNU_OOB_LOAD\"\n+cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n+chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n*** End Patch\n","name":"edit"}]},"duration":255312.03330000024,"ttft":3042.9583000000566,"contextSnapshot":{"promptTokens":37097,"nonMessageTokens":26288}}}
{"type":"custom","customType":"tool_execution_start","data":{"toolCallId":"call_UPYh6uei3FAfMV2pu0qGxiwI|ctc_0ce43b44bb495320016a58a91066788198945addacfbaaa51a","toolName":"edit","startedAt":"2026-07-16T09:50:08.421Z"},"id":"df405d47","parentId":"1f085dfa","timestamp":"2026-07-16T09:50:08.421Z"}
{"type":"message","id":"62565d55","parentId":"df405d47","timestamp":"2026-07-16T09:50:08.446Z","message":{"role":"toolResult","toolCallId":"call_UPYh6uei3FAfMV2pu0qGxiwI|ctc_0ce43b44bb495320016a58a91066788198945addacfbaaa51a","toolName":"edit","content":[{"type":"text","text":"[ci/publish/validate-release-binary.py#CDA1]\nSWAP.BLK 30 → resolved lines 30-61 (32 lines)\nSWAP.BLK 64 → resolved lines 64-168 (105 lines)\n30:def validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n31:    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n\n34:\n35:    pe_offset = struct.unpack_from(\"<I\", dos, 0x3C)[0]\n36:    coff_size = 24\n37:    if pe_offset < len(dos) or pe_offset > size - coff_size:\n38:        raise ValidationError(\"invalid PE header offset\")\n39:    coff = read_exact_at(candidate, pe_offset, coff_size, \"PE/COFF header\")\n40:    if coff[:4] != b\"PE\\0\\0\":\n41:        raise ValidationError(\"not a PE executable (missing PE signature)\")\n42:\n43:    machine, section_count = struct.unpack_from(\"<HH\", coff, 4)\n44:    optional_size, characteristics = struct.unpack_from(\"<HH\", coff, 20)\n45:    if machine != 0x8664:\n46:        raise ValidationError(\n\n48:        )\n49:    if section_count == 0:\n50:        raise ValidationError(\"PE image has no sections\")\n51:    if characteristics & 0x0002 == 0:\n52:        raise ValidationError(\"PE image is not marked executable\")\n…\n66:    )\n67:    optional_magic = struct.unpack_from(\"<H\", optional)[0]\n68:    if optional_magic != 0x20B:\n69:        raise ValidationError(\n70:            f\"PE optional-header magic 0x{optional_magic:04x} is not PE32+\"\n71:        )\n72:    entry_point = struct.unpack_from(\"<I\", optional, 16)[0]\n73:    directory_count = struct.unpack_from(\"<I\", optional, 108)[0]\n…\n118:    if not entry_executable:\n119:        raise ValidationError(\"PE entry point is in a non-executable section\")\n120:    return \"PE32+ x86_64 executable\"\n121:\n136:        machine,\n137:        version,\n138:        entry_point,\n139:        program_offset,\n140:        _section_offset,\n\n155:    if program_entry_size != 56 or program_count == 0:\n156:        raise ValidationError(\"ELF64 program-header table is missing or malformed\")\n157:    table_size = program_entry_size * program_count\n158:    if program_offset < header_size or program_offset > size:\n159:        raise ValidationError(\"ELF64 program-header table is outside the file\")\n160:    if table_size > size - program_offset:\n161:        raise ValidationError(\"ELF64 program-header table is outside the file\")\n162:\n163:    interpreters: list[str] = []\n164:    needed_count = 0\n165:    has_load = False\n166:    entry_mapped = False\n167:    entry_executable = False\n168:    for index in range(program_count):\n169:        offset = program_offset + index * program_entry_size\n171:        (\n172:            program_type,\n173:            program_flags,\n174:            file_offset,\n175:            virtual_address,\n176:            _physical_address,\n177:            file_size,\n178:            memory_size,\n179:            _alignment,\n180:        ) = struct.unpack(\"<IIQQQQQQ\", program)\n181:        if file_offset > size or file_size > size - file_offset:\n182:            raise ValidationError(\"ELF64 segment is outside the file\")\n183:        if program_type == 1:\n184:            has_load = True\n185:            if file_size > memory_size:\n186:                raise ValidationError(\n…\n193:                if program_flags & 0x1:\n194:                    entry_executable = True\n195:        elif program_type == 3:\n196:            if file_size < 2 or file_size > 4096:\n197:                raise ValidationError(\"ELF interpreter segment has an invalid size\")\n\n206:                raise ValidationError(\"ELF interpreter is not ASCII\") from error\n\n217:                    needed_count += 1\n\n219:    if not has_load:\n220:        raise ValidationError(\"ELF image has no loadable segment\")\n221:    if entry_point == 0:\n222:        raise ValidationError(\"ELF image has zero entry point\")\n…\n227:            \"ELF entry point is in a non-executable loadable segment\"\n228:        )\n229:    if target == GNU_TARGET:\n230:        if len(interpreters) != 1:\n\n233:            )\n\n239:        return f\"ELF64 x86_64 GNU-linked executable ({interpreter})\"\n\n[tests/adapter-archive.sh#E505]\n40:mkdir -p \"$TARGET/$WIN_RELSUB\" \"$TARGET/$GNU_RELSUB\" \"$TARGET/$MUSL_RELSUB\" \\\n41:  || { echo \"FAIL: cannot create fixture binary directories\"; exit 1; }\n42:\n43:# Generate deterministic loader-image fixtures. Each accepted image has a nonzero entry\n44:# point backed by an executable PE section or ELF PT_LOAD. The GNU ELF retains glibc's\n45:# x86_64 PT_INTERP; the musl fixture remains static (no PT_INTERP or DT_NEEDED).\n46:WIN_GOOD=\"$TMP/windows-good.exe\"\n47:GNU_GOOD=\"$TMP/gnu-good\"\n49:WRONG_ARCH=\"$TMP/aarch64-static\"\n50:NEEDED=\"$TMP/needed-no-interpreter\"\n51:WIN_ZERO_ENTRY=\"$TMP/windows-zero-entry.exe\"\n52:WIN_UNMAPPED_ENTRY=\"$TMP/windows-unmapped-entry.exe\"\n…\n66:  \"$GNU_ZERO_ENTRY\" \"$GNU_UNMAPPED_ENTRY\" \"$GNU_NONEXEC_ENTRY\" \\\n67:  \"$GNU_BAD_LOAD_SIZE\" \"$GNU_OOB_LOAD\" <<'PY'\n68:from pathlib import Path\n69:import struct\n71:\n72:\n73:PE_OFFSET = 0x80\n74:PE_OPTIONAL_OFFSET = 0x98\n…\n85:def pe() -> bytes:\n86:    image = bytearray(0x400)\n87:    image[:2] = b\"MZ\"\n88:    struct.pack_into(\"<I\", image, 0x3C, PE_OFFSET)\n89:    image[PE_OFFSET : PE_OFFSET + 4] = b\"PE\\0\\0\"\n90:    struct.pack_into(\n91:        \"<HHIIIHH\", image, PE_OFFSET + 4, 0x8664, 1, 0, 0, 0, 0xF0, 0x0022\n92:    )\n93:\n94:    optional = PE_OPTIONAL_OFFSET\n95:    struct.pack_into(\"<H\", image, optional, 0x20B)\n…\n107:    )\n108:    struct.pack_into(\"<II\", image, optional + 104, 0, 16)\n109:\n110:    image[PE_SECTION_OFFSET : PE_SECTION_OFFSET + 8] = b\".text\\0\\0\\0\"\n111:    struct.pack_into(\n…\n131:        b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n132:    )\n133:    program_count = 1 + (1 if interpreter is not None else 0)\n134:    payload_offset = 64 + program_count * 56\n135:    code = b\"\\x31\\xff\\xb8\\x3c\\0\\0\\0\\x0f\\x05\".ljust(32, b\"\\x90\")\n136:    file_size = payload_offset + len(encoded_interpreter) + len(code)\n137:    entry_point = ELF_BASE + payload_offset + len(encoded_interpreter)\n138:    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n139:    header = struct.pack(\n140:        \"<16sHHIQQQIHHHHHH\",\n141:        ident,\n142:        2,\n143:        machine,\n144:        1,\n145:        entry_point,\n146:        64,\n147:        0,\n154:        0,\n155:    )\n156:    load = struct.pack(\n157:        \"<IIQQQQQQ\",\n…\n165:        0x1000,\n166:    )\n167:    programs = [load]\n168:    if interpreter is not None:\n173:                4,\n174:                payload_offset,\n175:                ELF_BASE + payload_offset,\n176:                ELF_BASE + payload_offset,\n177:                len(encoded_interpreter),\n178:                len(encoded_interpreter),\n180:            )\n181:        )\n182:    return header + b\"\".join(programs) + encoded_interpreter + code\n183:\n184:\n185:def elf_with_needed() -> bytes:\n186:    program_count = 2\n187:    dynamic_offset = 64 + program_count * 56\n188:    dynamic_entries = struct.pack(\"<qQqQ\", 1, 0, 0, 0)\n189:    code = b\"\\x31\\xff\\xb8\\x3c\\0\\0\\0\\x0f\\x05\".ljust(32, b\"\\x90\")\n190:    file_size = dynamic_offset + len(dynamic_entries) + len(code)\n191:    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n192:    header = struct.pack(\n193:        \"<16sHHIQQQIHHHHHH\",\n194:        ident,\n195:        2,\n196:        62,\n197:        1,\n198:        ELF_BASE + dynamic_offset + len(dynamic_entries),\n199:        64,\n200:        0,\n207:        0,\n208:    )\n209:    load = struct.pack(\n210:        \"<IIQQQQQQ\",\n…\n218:        0x1000,\n219:    )\n220:    dynamic = struct.pack(\n221:        \"<IIQQQQQQ\",\n223:        4,\n224:        dynamic_offset,\n225:        ELF_BASE + dynamic_offset,\n226:        ELF_BASE + dynamic_offset,\n227:        len(dynamic_entries),\n228:        len(dynamic_entries),\n229:        8,\n230:    )\n231:    return header + load + dynamic + dynamic_entries + code\n232:\n233:\n234:pe_good = pe()\n235:gnu_good = elf(62, \"/lib64/ld-linux-x86-64.so.2\")\n…\n257:Path(sys.argv[16]).write_bytes(changed(gnu_good, 104, \"<Q\", len(gnu_good) - 1))\n258:Path(sys.argv[17]).write_bytes(changed(gnu_good, 96, \"<Q\", len(gnu_good) + 1))\n259:PY\n260:cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n\n265:expect_packer_failure() {\n\n276:}\n277:\n278:expect_windows_binary_failure() {\n279:  name=$1\n…\n299:}\n300:\n301:BASE_OUT=\"$TMP/rejected.spt\"\n302:expect_packer_failure \"missing GNU helper\" \"MISS\" \\\n\n304:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\n310:cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n311:\n312:expect_windows_binary_failure \"zero-entrypoint PE pseudo-binary\" \\\n313:  \"PE image has zero entry point\" \"$WIN_ZERO_ENTRY\"\n…\n326:cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n327:\n328:printf '%s\\n' 'not an ELF binary' >\"$TARGET/$GNU_RELSUB/omp-spt\"\n329:expect_packer_failure \"malformed GNU helper\" \"truncated ELF64 header\" \\\n\n331:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n332:cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n333:\n334:expect_gnu_binary_failure \"zero-entrypoint ELF pseudo-binary\" \\\n335:  \"ELF image has zero entry point\" \"$GNU_ZERO_ENTRY\"\n…\n345:chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n346:\n347:expect_packer_failure \"missing musl helper\" \"MISS\" \\\n348:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n\n350:  sh \"$PACKER\" --apply\n\nWarnings:\nAuto-repaired a replacement boundary echo at line 43: dropped 4 trailing payload line(s) identical to the surviving line(s) just below the range. The range was one line short of the content you retyped — issue the payload as the final content for the selected range only, and widen the range to consume any keeper you restate."}],"details":{"diff":" 30|def validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n 31|    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n\n 34|\n 35|    pe_offset = struct.unpack_from(\"<I\", dos, 0x3C)[0]\n-36|    if pe_offset < 64 or pe_offset + 26 > size:\n+36|    coff_size = 24\n+37|    if pe_offset < len(dos) or pe_offset > size - coff_size:\n 37|        raise ValidationError(\"invalid PE header offset\")\n-38|    header = read_exact_at(candidate, pe_offset, 26, \"PE/COFF header\")\n-39|    if header[:4] != b\"PE\\0\\0\":\n+39|    coff = read_exact_at(candidate, pe_offset, coff_size, \"PE/COFF header\")\n+40|    if coff[:4] != b\"PE\\0\\0\":\n 40|        raise ValidationError(\"not a PE executable (missing PE signature)\")\n 41|\n-42|    machine, section_count = struct.unpack_from(\"<HH\", header, 4)\n-43|    optional_size, characteristics = struct.unpack_from(\"<HH\", header, 20)\n+43|    machine, section_count = struct.unpack_from(\"<HH\", coff, 4)\n+44|    optional_size, characteristics = struct.unpack_from(\"<HH\", coff, 20)\n 44|    if machine != 0x8664:\n 45|        raise ValidationError(\n\n 47|        )\n 48|    if section_count == 0:\n 49|        raise ValidationError(\"PE image has no sections\")\n-50|    if optional_size < 2 or pe_offset + 24 + optional_size > size:\n-51|        raise ValidationError(\"invalid PE optional header size\")\n-52|    optional_magic = struct.unpack(\n-53|        \"<H\", read_exact_at(candidate, pe_offset + 24, 2, \"PE optional header\")\n-54|    )[0]\n+51|    if characteristics & 0x0002 == 0:\n+52|        raise ValidationError(\"PE image is not marked executable\")\n+53|    if characteristics & 0x2000:\n+54|        raise ValidationError(\"PE image is marked as a DLL\")\n+55|\n+56|    optional_offset = pe_offset + coff_size\n+57|    fixed_optional_size = 112\n+58|    if (\n+59|        optional_size < fixed_optional_size\n+60|        or optional_offset > size\n+61|        or optional_size > size - optional_offset\n+62|    ):\n+63|        raise ValidationError(\"invalid PE32+ optional header size\")\n+64|    optional = read_exact_at(\n+65|        candidate, optional_offset, optional_size, \"PE32+ optional header\"\n+66|    )\n+67|    optional_magic = struct.unpack_from(\"<H\", optional)[0]\n 55|    if optional_magic != 0x20B:\n 56|        raise ValidationError(\n 57|            f\"PE optional-header magic 0x{optional_magic:04x} is not PE32+\"\n 58|        )\n-59|    if characteristics & 0x0002 == 0:\n-60|        raise ValidationError(\"PE image is not marked executable\")\n+72|    entry_point = struct.unpack_from(\"<I\", optional, 16)[0]\n+73|    directory_count = struct.unpack_from(\"<I\", optional, 108)[0]\n+74|    if directory_count > (optional_size - fixed_optional_size) // 8:\n+75|        raise ValidationError(\n+76|            \"PE32+ optional header is truncated for its data directories\"\n+77|        )\n+78|    if entry_point == 0:\n+79|        raise ValidationError(\"PE image has zero entry point\")\n+80|\n+81|    section_table_offset = optional_offset + optional_size\n+82|    section_table_size = section_count * 40\n+83|    if (\n+84|        section_table_offset > size\n+85|        or section_table_size > size - section_table_offset\n+86|    ):\n+87|        raise ValidationError(\"PE section table is outside the file\")\n+88|    sections = read_exact_at(\n+89|        candidate, section_table_offset, section_table_size, \"PE section table\"\n+90|    )\n+91|\n+92|    entry_mapped = False\n+93|    entry_executable = False\n+94|    for index in range(section_count):\n+95|        section_offset = index * 40\n+96|        (\n+97|            virtual_size,\n+98|            virtual_address,\n+99|            raw_size,\n+100|            raw_offset,\n+101|        ) = struct.unpack_from(\"<IIII\", sections, section_offset + 8)\n+102|        section_characteristics = struct.unpack_from(\n+103|            \"<I\", sections, section_offset + 36\n+104|        )[0]\n+105|        if raw_offset > size or raw_size > size - raw_offset:\n+106|            raise ValidationError(\"PE section raw data is outside the file\")\n+107|\n+108|        mapped_size = max(virtual_size, raw_size)\n+109|        if mapped_size > 0x1_0000_0000 - virtual_address:\n+110|            raise ValidationError(\"PE section virtual range overflows the RVA space\")\n+111|        if virtual_address <= entry_point < virtual_address + mapped_size:\n+112|            entry_mapped = True\n+113|            if section_characteristics & 0x20000000:\n+114|                entry_executable = True\n+115|\n+116|    if not entry_mapped:\n+117|        raise ValidationError(\"PE entry point is not mapped by any section\")\n+118|    if not entry_executable:\n+119|        raise ValidationError(\"PE entry point is in a non-executable section\")\n 61|    return \"PE32+ x86_64 executable\"\n 62|\n 77|        machine,\n 78|        version,\n-79|        _entry,\n+138|        entry_point,\n 80|        program_offset,\n 81|        _section_offset,\n\n 96|    if program_entry_size != 56 or program_count == 0:\n 97|        raise ValidationError(\"ELF64 program-header table is missing or malformed\")\n 98|    table_size = program_entry_size * program_count\n-99|    if program_offset < header_size or program_offset + table_size > size:\n+158|    if program_offset < header_size or program_offset > size:\n 100|        raise ValidationError(\"ELF64 program-header table is outside the file\")\n+160|    if table_size > size - program_offset:\n+161|        raise ValidationError(\"ELF64 program-header table is outside the file\")\n 101|\n 102|    interpreters: list[str] = []\n 103|    needed_count = 0\n 104|    has_load = False\n+166|    entry_mapped = False\n+167|    entry_executable = False\n 105|    for index in range(program_count):\n 106|        offset = program_offset + index * program_entry_size\n 108|        (\n 109|            program_type,\n-110|            _program_flags,\n+173|            program_flags,\n 111|            file_offset,\n-112|            _virtual_address,\n+175|            virtual_address,\n 113|            _physical_address,\n 114|            file_size,\n-115|            _memory_size,\n+178|            memory_size,\n 116|            _alignment,\n 117|        ) = struct.unpack(\"<IIQQQQQQ\", program)\n-118|        if file_offset + file_size > size:\n+181|        if file_offset > size or file_size > size - file_offset:\n 119|            raise ValidationError(\"ELF64 segment is outside the file\")\n 120|        if program_type == 1:\n 121|            has_load = True\n+185|            if file_size > memory_size:\n+186|                raise ValidationError(\n+187|                    \"ELF64 load segment file size exceeds memory size\"\n+188|                )\n+189|            if memory_size > 0x1_0000_0000_0000_0000 - virtual_address:\n+190|                raise ValidationError(\"ELF64 load segment virtual range overflows\")\n+191|            if virtual_address <= entry_point < virtual_address + memory_size:\n+192|                entry_mapped = True\n+193|                if program_flags & 0x1:\n+194|                    entry_executable = True\n 122|        elif program_type == 3:\n 123|            if file_size < 2 or file_size > 4096:\n 124|                raise ValidationError(\"ELF interpreter segment has an invalid size\")\n\n 133|                raise ValidationError(\"ELF interpreter is not ASCII\") from error\n\n 144|                    needed_count += 1\n\n 146|    if not has_load:\n 147|        raise ValidationError(\"ELF image has no loadable segment\")\n+221|    if entry_point == 0:\n+222|        raise ValidationError(\"ELF image has zero entry point\")\n+223|    if not entry_mapped:\n+224|        raise ValidationError(\"ELF entry point is not mapped by a loadable segment\")\n+225|    if not entry_executable:\n+226|        raise ValidationError(\n+227|            \"ELF entry point is in a non-executable loadable segment\"\n+228|        )\n 148|    if target == GNU_TARGET:\n 149|        if len(interpreters) != 1:\n\n 152|            )\n\n 158|        return f\"ELF64 x86_64 GNU-linked executable ({interpreter})\"\n 40|mkdir -p \"$TARGET/$WIN_RELSUB\" \"$TARGET/$GNU_RELSUB\" \"$TARGET/$MUSL_RELSUB\" \\\n 41|  || { echo \"FAIL: cannot create fixture binary directories\"; exit 1; }\n 42|\n-43|# Generate structurally valid, deterministic target fixtures. The GNU ELF has glibc's x86_64\n-44|# PT_INTERP; the musl fixture is static (no PT_INTERP or DT_NEEDED); WRONG_ARCH is static AArch64;\n-45|# NEEDED has no interpreter but still declares a dynamic dependency.\n+43|# Generate deterministic loader-image fixtures. Each accepted image has a nonzero entry\n+44|# point backed by an executable PE section or ELF PT_LOAD. The GNU ELF retains glibc's\n+45|# x86_64 PT_INTERP; the musl fixture remains static (no PT_INTERP or DT_NEEDED).\n 46|WIN_GOOD=\"$TMP/windows-good.exe\"\n 47|GNU_GOOD=\"$TMP/gnu-good\"\n 49|WRONG_ARCH=\"$TMP/aarch64-static\"\n 50|NEEDED=\"$TMP/needed-no-interpreter\"\n-51|\"$PY\" - \"$WIN_GOOD\" \"$GNU_GOOD\" \"$MUSL_GOOD\" \"$WRONG_ARCH\" \"$NEEDED\" <<'PY'\n+51|WIN_ZERO_ENTRY=\"$TMP/windows-zero-entry.exe\"\n+52|WIN_UNMAPPED_ENTRY=\"$TMP/windows-unmapped-entry.exe\"\n+53|WIN_NONEXEC_ENTRY=\"$TMP/windows-nonexec-entry.exe\"\n+54|WIN_DLL=\"$TMP/windows-dll.exe\"\n+55|WIN_SHORT_OPTIONAL=\"$TMP/windows-short-optional.exe\"\n+56|WIN_TRUNCATED_SECTIONS=\"$TMP/windows-truncated-sections.exe\"\n+57|WIN_BAD_RAW=\"$TMP/windows-bad-raw.exe\"\n+58|GNU_ZERO_ENTRY=\"$TMP/gnu-zero-entry\"\n+59|GNU_UNMAPPED_ENTRY=\"$TMP/gnu-unmapped-entry\"\n+60|GNU_NONEXEC_ENTRY=\"$TMP/gnu-nonexec-entry\"\n+61|GNU_BAD_LOAD_SIZE=\"$TMP/gnu-bad-load-size\"\n+62|GNU_OOB_LOAD=\"$TMP/gnu-oob-load\"\n+63|\"$PY\" - \"$WIN_GOOD\" \"$GNU_GOOD\" \"$MUSL_GOOD\" \"$WRONG_ARCH\" \"$NEEDED\" \\\n+64|  \"$WIN_ZERO_ENTRY\" \"$WIN_UNMAPPED_ENTRY\" \"$WIN_NONEXEC_ENTRY\" \"$WIN_DLL\" \\\n+65|  \"$WIN_SHORT_OPTIONAL\" \"$WIN_TRUNCATED_SECTIONS\" \"$WIN_BAD_RAW\" \\\n+66|  \"$GNU_ZERO_ENTRY\" \"$GNU_UNMAPPED_ENTRY\" \"$GNU_NONEXEC_ENTRY\" \\\n+67|  \"$GNU_BAD_LOAD_SIZE\" \"$GNU_OOB_LOAD\" <<'PY'\n 52|from pathlib import Path\n 53|import struct\n 55|\n 56|\n-57|def pe(path: str) -> None:\n-58|    image = bytearray(512)\n+73|PE_OFFSET = 0x80\n+74|PE_OPTIONAL_OFFSET = 0x98\n+75|PE_SECTION_OFFSET = 0x188\n+76|ELF_BASE = 0x400000\n+77|\n+78|\n+79|def changed(image: bytes, offset: int, fmt: str, value: int) -> bytes:\n+80|    changed_image = bytearray(image)\n+81|    struct.pack_into(fmt, changed_image, offset, value)\n+82|    return bytes(changed_image)\n+83|\n+84|\n+85|def pe() -> bytes:\n+86|    image = bytearray(0x400)\n 59|    image[:2] = b\"MZ\"\n-60|    struct.pack_into(\"<I\", image, 0x3C, 0x80)\n-61|    image[0x80:0x84] = b\"PE\\0\\0\"\n-62|    struct.pack_into(\"<HHIIIHH\", image, 0x84, 0x8664, 1, 0, 0, 0, 0xF0, 0x0002)\n-63|    struct.pack_into(\"<H\", image, 0x98, 0x20B)\n-64|    image[0x190:] = b\"deterministic windows fixture\"\n-65|    Path(path).write_bytes(image)\n+88|    struct.pack_into(\"<I\", image, 0x3C, PE_OFFSET)\n+89|    image[PE_OFFSET : PE_OFFSET + 4] = b\"PE\\0\\0\"\n+90|    struct.pack_into(\n+91|        \"<HHIIIHH\", image, PE_OFFSET + 4, 0x8664, 1, 0, 0, 0, 0xF0, 0x0022\n+92|    )\n 66|\n+94|    optional = PE_OPTIONAL_OFFSET\n+95|    struct.pack_into(\"<H\", image, optional, 0x20B)\n+96|    struct.pack_into(\"<I\", image, optional + 4, 0x200)\n+97|    struct.pack_into(\"<I\", image, optional + 16, 0x1000)\n+98|    struct.pack_into(\"<I\", image, optional + 20, 0x1000)\n+99|    struct.pack_into(\"<Q\", image, optional + 24, 0x140000000)\n+100|    struct.pack_into(\"<II\", image, optional + 32, 0x1000, 0x200)\n+101|    struct.pack_into(\"<HH\", image, optional + 40, 6, 0)\n+102|    struct.pack_into(\"<HH\", image, optional + 48, 6, 0)\n+103|    struct.pack_into(\"<III\", image, optional + 56, 0x2000, 0x200, 0)\n+104|    struct.pack_into(\"<HH\", image, optional + 68, 3, 0x8160)\n+105|    struct.pack_into(\n+106|        \"<QQQQ\", image, optional + 72, 0x100000, 0x1000, 0x100000, 0x1000\n+107|    )\n+108|    struct.pack_into(\"<II\", image, optional + 104, 0, 16)\n 67|\n-68|def elf(path: str, machine: int, interpreter) -> None:\n-69|    encoded_interpreter = b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n+110|    image[PE_SECTION_OFFSET : PE_SECTION_OFFSET + 8] = b\".text\\0\\0\\0\"\n+111|    struct.pack_into(\n+112|        \"<IIIIIIHHI\",\n+113|        image,\n+114|        PE_SECTION_OFFSET + 8,\n+115|        1,\n+116|        0x1000,\n+117|        0x200,\n+118|        0x200,\n+119|        0,\n+120|        0,\n+121|        0,\n+122|        0,\n+123|        0x60000020,\n+124|    )\n+125|    image[0x200] = 0xC3\n+126|    return bytes(image)\n+127|\n+128|\n+129|def elf(machine: int, interpreter: str | None) -> bytes:\n+130|    encoded_interpreter = (\n+131|        b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n+132|    )\n 70|    program_count = 1 + (1 if interpreter is not None else 0)\n 71|    payload_offset = 64 + program_count * 56\n-72|    file_size = payload_offset + len(encoded_interpreter) + 32\n+135|    code = b\"\\x31\\xff\\xb8\\x3c\\0\\0\\0\\x0f\\x05\".ljust(32, b\"\\x90\")\n+136|    file_size = payload_offset + len(encoded_interpreter) + len(code)\n+137|    entry_point = ELF_BASE + payload_offset + len(encoded_interpreter)\n 73|    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n 74|    header = struct.pack(\n 75|        \"<16sHHIQQQIHHHHHH\",\n 76|        ident,\n-77|        3,\n+142|        2,\n 78|        machine,\n 79|        1,\n-80|        0,\n+145|        entry_point,\n 81|        64,\n 82|        0,\n 89|        0,\n 90|    )\n-91|    load = struct.pack(\"<IIQQQQQQ\", 1, 5, 0, 0, 0, file_size, file_size, 0x1000)\n+156|    load = struct.pack(\n+157|        \"<IIQQQQQQ\",\n+158|        1,\n+159|        5,\n+160|        0,\n+161|        ELF_BASE,\n+162|        ELF_BASE,\n+163|        file_size,\n+164|        file_size,\n+165|        0x1000,\n+166|    )\n 92|    programs = [load]\n 93|    if interpreter is not None:\n 98|                4,\n 99|                payload_offset,\n-100|                payload_offset,\n-101|                payload_offset,\n+175|                ELF_BASE + payload_offset,\n+176|                ELF_BASE + payload_offset,\n 102|                len(encoded_interpreter),\n 103|                len(encoded_interpreter),\n 105|            )\n 106|        )\n-107|    marker = b\"deterministic ELF fixture\".ljust(32, b\"\\0\")\n-108|    Path(path).write_bytes(header + b\"\".join(programs) + encoded_interpreter + marker)\n+182|    return header + b\"\".join(programs) + encoded_interpreter + code\n 109|\n 110|\n-111|def elf_with_needed(path: str) -> None:\n+185|def elf_with_needed() -> bytes:\n 112|    program_count = 2\n 113|    dynamic_offset = 64 + program_count * 56\n 114|    dynamic_entries = struct.pack(\"<qQqQ\", 1, 0, 0, 0)\n-115|    marker = b\"dynamic dependency fixture\".ljust(32, b\"\\0\")\n-116|    file_size = dynamic_offset + len(dynamic_entries) + len(marker)\n+189|    code = b\"\\x31\\xff\\xb8\\x3c\\0\\0\\0\\x0f\\x05\".ljust(32, b\"\\x90\")\n+190|    file_size = dynamic_offset + len(dynamic_entries) + len(code)\n 117|    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n 118|    header = struct.pack(\n 119|        \"<16sHHIQQQIHHHHHH\",\n 120|        ident,\n-121|        3,\n+195|        2,\n 122|        62,\n 123|        1,\n-124|        0,\n+198|        ELF_BASE + dynamic_offset + len(dynamic_entries),\n 125|        64,\n 126|        0,\n 133|        0,\n 134|    )\n-135|    load = struct.pack(\"<IIQQQQQQ\", 1, 5, 0, 0, 0, file_size, file_size, 0x1000)\n+209|    load = struct.pack(\n+210|        \"<IIQQQQQQ\",\n+211|        1,\n+212|        5,\n+213|        0,\n+214|        ELF_BASE,\n+215|        ELF_BASE,\n+216|        file_size,\n+217|        file_size,\n+218|        0x1000,\n+219|    )\n 136|    dynamic = struct.pack(\n 137|        \"<IIQQQQQQ\",\n 139|        4,\n 140|        dynamic_offset,\n-141|        dynamic_offset,\n-142|        dynamic_offset,\n+225|        ELF_BASE + dynamic_offset,\n+226|        ELF_BASE + dynamic_offset,\n 143|        len(dynamic_entries),\n 144|        len(dynamic_entries),\n 145|        8,\n 146|    )\n-147|    Path(path).write_bytes(header + load + dynamic + dynamic_entries + marker)\n+231|    return header + load + dynamic + dynamic_entries + code\n 148|\n 149|\n-150|pe(sys.argv[1])\n-151|elf(sys.argv[2], 62, \"/lib64/ld-linux-x86-64.so.2\")\n-152|elf(sys.argv[3], 62, None)\n-153|elf(sys.argv[4], 183, None)\n-154|elf_with_needed(sys.argv[5])\n+234|pe_good = pe()\n+235|gnu_good = elf(62, \"/lib64/ld-linux-x86-64.so.2\")\n+236|Path(sys.argv[1]).write_bytes(pe_good)\n+237|Path(sys.argv[2]).write_bytes(gnu_good)\n+238|Path(sys.argv[3]).write_bytes(elf(62, None))\n+239|Path(sys.argv[4]).write_bytes(elf(183, None))\n+240|Path(sys.argv[5]).write_bytes(elf_with_needed())\n+241|Path(sys.argv[6]).write_bytes(changed(pe_good, PE_OPTIONAL_OFFSET + 16, \"<I\", 0))\n+242|Path(sys.argv[7]).write_bytes(\n+243|    changed(pe_good, PE_OPTIONAL_OFFSET + 16, \"<I\", 0x3000)\n+244|)\n+245|Path(sys.argv[8]).write_bytes(\n+246|    changed(pe_good, PE_SECTION_OFFSET + 36, \"<I\", 0x40000040)\n+247|)\n+248|Path(sys.argv[9]).write_bytes(changed(pe_good, PE_OFFSET + 22, \"<H\", 0x2022))\n+249|Path(sys.argv[10]).write_bytes(changed(pe_good, PE_OFFSET + 20, \"<H\", 111))\n+250|Path(sys.argv[11]).write_bytes(pe_good[: PE_SECTION_OFFSET + 39])\n+251|Path(sys.argv[12]).write_bytes(\n+252|    changed(pe_good, PE_SECTION_OFFSET + 20, \"<I\", 0x380)\n+253|)\n+254|Path(sys.argv[13]).write_bytes(changed(gnu_good, 24, \"<Q\", 0))\n+255|Path(sys.argv[14]).write_bytes(changed(gnu_good, 24, \"<Q\", ELF_BASE + 0x3000))\n+256|Path(sys.argv[15]).write_bytes(changed(gnu_good, 68, \"<I\", 4))\n+257|Path(sys.argv[16]).write_bytes(changed(gnu_good, 104, \"<Q\", len(gnu_good) - 1))\n+258|Path(sys.argv[17]).write_bytes(changed(gnu_good, 96, \"<Q\", len(gnu_good) + 1))\n 155|PY\n 156|cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n\n 161|expect_packer_failure() {\n\n 172|}\n 173|\n+278|expect_windows_binary_failure() {\n+279|  name=$1\n+280|  expected=$2\n+281|  fixture=$3\n+282|  cp \"$fixture\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\" \\\n+283|    || { fail \"$name could not install fixture\"; return; }\n+284|  expect_packer_failure \"$name\" \"$expected\" \\\n+285|    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n+286|    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n+287|}\n+288|\n+289|expect_gnu_binary_failure() {\n+290|  name=$1\n+291|  expected=$2\n+292|  fixture=$3\n+293|  cp \"$fixture\" \"$TARGET/$GNU_RELSUB/omp-spt\" \\\n+294|    || { fail \"$name could not install fixture\"; return; }\n+295|  chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n+296|  expect_packer_failure \"$name\" \"$expected\" \\\n+297|    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n+298|    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n+299|}\n+300|\n 174|BASE_OUT=\"$TMP/rejected.spt\"\n 175|expect_packer_failure \"missing GNU helper\" \"MISS\" \\\n\n 177|  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\n 183|cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n 184|\n+312|expect_windows_binary_failure \"zero-entrypoint PE pseudo-binary\" \\\n+313|  \"PE image has zero entry point\" \"$WIN_ZERO_ENTRY\"\n+314|expect_windows_binary_failure \"PE with unmapped entrypoint\" \\\n+315|  \"PE entry point is not mapped by any section\" \"$WIN_UNMAPPED_ENTRY\"\n+316|expect_windows_binary_failure \"PE with non-executable entry section\" \\\n+317|  \"PE entry point is in a non-executable section\" \"$WIN_NONEXEC_ENTRY\"\n+318|expect_windows_binary_failure \"DLL PE helper\" \\\n+319|  \"PE image is marked as a DLL\" \"$WIN_DLL\"\n+320|expect_windows_binary_failure \"PE with incomplete optional header\" \\\n+321|  \"invalid PE32+ optional header size\" \"$WIN_SHORT_OPTIONAL\"\n+322|expect_windows_binary_failure \"PE with truncated section table\" \\\n+323|  \"PE section table is outside the file\" \"$WIN_TRUNCATED_SECTIONS\"\n+324|expect_windows_binary_failure \"PE with out-of-file raw section\" \\\n+325|  \"PE section raw data is outside the file\" \"$WIN_BAD_RAW\"\n+326|cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n+327|\n 185|printf '%s\\n' 'not an ELF binary' >\"$TARGET/$GNU_RELSUB/omp-spt\"\n 186|expect_packer_failure \"malformed GNU helper\" \"truncated ELF64 header\" \\\n\n 188|  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 189|cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n 190|\n+334|expect_gnu_binary_failure \"zero-entrypoint ELF pseudo-binary\" \\\n+335|  \"ELF image has zero entry point\" \"$GNU_ZERO_ENTRY\"\n+336|expect_gnu_binary_failure \"ELF with unmapped entrypoint\" \\\n+337|  \"ELF entry point is not mapped by a loadable segment\" \"$GNU_UNMAPPED_ENTRY\"\n+338|expect_gnu_binary_failure \"ELF with non-executable entry segment\" \\\n+339|  \"ELF entry point is in a non-executable loadable segment\" \"$GNU_NONEXEC_ENTRY\"\n+340|expect_gnu_binary_failure \"ELF load with file size above memory size\" \\\n+341|  \"ELF64 load segment file size exceeds memory size\" \"$GNU_BAD_LOAD_SIZE\"\n+342|expect_gnu_binary_failure \"ELF load with out-of-file range\" \\\n+343|  \"ELF64 segment is outside the file\" \"$GNU_OOB_LOAD\"\n+344|cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n+345|chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n+346|\n 191|expect_packer_failure \"missing musl helper\" \"MISS\" \\\n 192|  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n\n 194|  sh \"$PACKER\" --apply","perFileResults":[{"path":"ci/publish/validate-release-binary.py","diff":" 30|def validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n 31|    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n\n 34|\n 35|    pe_offset = struct.unpack_from(\"<I\", dos, 0x3C)[0]\n-36|    if pe_offset < 64 or pe_offset + 26 > size:\n+36|    coff_size = 24\n+37|    if pe_offset < len(dos) or pe_offset > size - coff_size:\n 37|        raise ValidationError(\"invalid PE header offset\")\n-38|    header = read_exact_at(candidate, pe_offset, 26, \"PE/COFF header\")\n-39|    if header[:4] != b\"PE\\0\\0\":\n+39|    coff = read_exact_at(candidate, pe_offset, coff_size, \"PE/COFF header\")\n+40|    if coff[:4] != b\"PE\\0\\0\":\n 40|        raise ValidationError(\"not a PE executable (missing PE signature)\")\n 41|\n-42|    machine, section_count = struct.unpack_from(\"<HH\", header, 4)\n-43|    optional_size, characteristics = struct.unpack_from(\"<HH\", header, 20)\n+43|    machine, section_count = struct.unpack_from(\"<HH\", coff, 4)\n+44|    optional_size, characteristics = struct.unpack_from(\"<HH\", coff, 20)\n 44|    if machine != 0x8664:\n 45|        raise ValidationError(\n\n 47|        )\n 48|    if section_count == 0:\n 49|        raise ValidationError(\"PE image has no sections\")\n-50|    if optional_size < 2 or pe_offset + 24 + optional_size > size:\n-51|        raise ValidationError(\"invalid PE optional header size\")\n-52|    optional_magic = struct.unpack(\n-53|        \"<H\", read_exact_at(candidate, pe_offset + 24, 2, \"PE optional header\")\n-54|    )[0]\n+51|    if characteristics & 0x0002 == 0:\n+52|        raise ValidationError(\"PE image is not marked executable\")\n+53|    if characteristics & 0x2000:\n+54|        raise ValidationError(\"PE image is marked as a DLL\")\n+55|\n+56|    optional_offset = pe_offset + coff_size\n+57|    fixed_optional_size = 112\n+58|    if (\n+59|        optional_size < fixed_optional_size\n+60|        or optional_offset > size\n+61|        or optional_size > size - optional_offset\n+62|    ):\n+63|        raise ValidationError(\"invalid PE32+ optional header size\")\n+64|    optional = read_exact_at(\n+65|        candidate, optional_offset, optional_size, \"PE32+ optional header\"\n+66|    )\n+67|    optional_magic = struct.unpack_from(\"<H\", optional)[0]\n 55|    if optional_magic != 0x20B:\n 56|        raise ValidationError(\n 57|            f\"PE optional-header magic 0x{optional_magic:04x} is not PE32+\"\n 58|        )\n-59|    if characteristics & 0x0002 == 0:\n-60|        raise ValidationError(\"PE image is not marked executable\")\n+72|    entry_point = struct.unpack_from(\"<I\", optional, 16)[0]\n+73|    directory_count = struct.unpack_from(\"<I\", optional, 108)[0]\n+74|    if directory_count > (optional_size - fixed_optional_size) // 8:\n+75|        raise ValidationError(\n+76|            \"PE32+ optional header is truncated for its data directories\"\n+77|        )\n+78|    if entry_point == 0:\n+79|        raise ValidationError(\"PE image has zero entry point\")\n+80|\n+81|    section_table_offset = optional_offset + optional_size\n+82|    section_table_size = section_count * 40\n+83|    if (\n+84|        section_table_offset > size\n+85|        or section_table_size > size - section_table_offset\n+86|    ):\n+87|        raise ValidationError(\"PE section table is outside the file\")\n+88|    sections = read_exact_at(\n+89|        candidate, section_table_offset, section_table_size, \"PE section table\"\n+90|    )\n+91|\n+92|    entry_mapped = False\n+93|    entry_executable = False\n+94|    for index in range(section_count):\n+95|        section_offset = index * 40\n+96|        (\n+97|            virtual_size,\n+98|            virtual_address,\n+99|            raw_size,\n+100|            raw_offset,\n+101|        ) = struct.unpack_from(\"<IIII\", sections, section_offset + 8)\n+102|        section_characteristics = struct.unpack_from(\n+103|            \"<I\", sections, section_offset + 36\n+104|        )[0]\n+105|        if raw_offset > size or raw_size > size - raw_offset:\n+106|            raise ValidationError(\"PE section raw data is outside the file\")\n+107|\n+108|        mapped_size = max(virtual_size, raw_size)\n+109|        if mapped_size > 0x1_0000_0000 - virtual_address:\n+110|            raise ValidationError(\"PE section virtual range overflows the RVA space\")\n+111|        if virtual_address <= entry_point < virtual_address + mapped_size:\n+112|            entry_mapped = True\n+113|            if section_characteristics & 0x20000000:\n+114|                entry_executable = True\n+115|\n+116|    if not entry_mapped:\n+117|        raise ValidationError(\"PE entry point is not mapped by any section\")\n+118|    if not entry_executable:\n+119|        raise ValidationError(\"PE entry point is in a non-executable section\")\n 61|    return \"PE32+ x86_64 executable\"\n 62|\n 77|        machine,\n 78|        version,\n-79|        _entry,\n+138|        entry_point,\n 80|        program_offset,\n 81|        _section_offset,\n\n 96|    if program_entry_size != 56 or program_count == 0:\n 97|        raise ValidationError(\"ELF64 program-header table is missing or malformed\")\n 98|    table_size = program_entry_size * program_count\n-99|    if program_offset < header_size or program_offset + table_size > size:\n+158|    if program_offset < header_size or program_offset > size:\n 100|        raise ValidationError(\"ELF64 program-header table is outside the file\")\n+160|    if table_size > size - program_offset:\n+161|        raise ValidationError(\"ELF64 program-header table is outside the file\")\n 101|\n 102|    interpreters: list[str] = []\n 103|    needed_count = 0\n 104|    has_load = False\n+166|    entry_mapped = False\n+167|    entry_executable = False\n 105|    for index in range(program_count):\n 106|        offset = program_offset + index * program_entry_size\n 108|        (\n 109|            program_type,\n-110|            _program_flags,\n+173|            program_flags,\n 111|            file_offset,\n-112|            _virtual_address,\n+175|            virtual_address,\n 113|            _physical_address,\n 114|            file_size,\n-115|            _memory_size,\n+178|            memory_size,\n 116|            _alignment,\n 117|        ) = struct.unpack(\"<IIQQQQQQ\", program)\n-118|        if file_offset + file_size > size:\n+181|        if file_offset > size or file_size > size - file_offset:\n 119|            raise ValidationError(\"ELF64 segment is outside the file\")\n 120|        if program_type == 1:\n 121|            has_load = True\n+185|            if file_size > memory_size:\n+186|                raise ValidationError(\n+187|                    \"ELF64 load segment file size exceeds memory size\"\n+188|                )\n+189|            if memory_size > 0x1_0000_0000_0000_0000 - virtual_address:\n+190|                raise ValidationError(\"ELF64 load segment virtual range overflows\")\n+191|            if virtual_address <= entry_point < virtual_address + memory_size:\n+192|                entry_mapped = True\n+193|                if program_flags & 0x1:\n+194|                    entry_executable = True\n 122|        elif program_type == 3:\n 123|            if file_size < 2 or file_size > 4096:\n 124|                raise ValidationError(\"ELF interpreter segment has an invalid size\")\n\n 133|                raise ValidationError(\"ELF interpreter is not ASCII\") from error\n\n 144|                    needed_count += 1\n\n 146|    if not has_load:\n 147|        raise ValidationError(\"ELF image has no loadable segment\")\n+221|    if entry_point == 0:\n+222|        raise ValidationError(\"ELF image has zero entry point\")\n+223|    if not entry_mapped:\n+224|        raise ValidationError(\"ELF entry point is not mapped by a loadable segment\")\n+225|    if not entry_executable:\n+226|        raise ValidationError(\n+227|            \"ELF entry point is in a non-executable loadable segment\"\n+228|        )\n 148|    if target == GNU_TARGET:\n 149|        if len(interpreters) != 1:\n\n 152|            )\n\n 158|        return f\"ELF64 x86_64 GNU-linked executable ({interpreter})\"","firstChangedLine":30,"op":"update","oldText":"#!/usr/bin/env python3\n\"\"\"Validate release-helper format, architecture, and Linux linkage contract.\"\"\"\n\nfrom __future__ import annotations\n\nfrom pathlib import Path\nimport os\nimport struct\nimport sys\nfrom typing import BinaryIO\n\n\nPE_TARGET = \"x86_64-pc-windows-msvc\"\nGNU_TARGET = \"x86_64-unknown-linux-gnu\"\nMUSL_TARGET = \"x86_64-unknown-linux-musl\"\n\n\nclass ValidationError(ValueError):\n    \"\"\"The candidate cannot satisfy its labeled release target.\"\"\"\n\n\ndef read_exact_at(candidate: BinaryIO, offset: int, size: int, label: str) -> bytes:\n    candidate.seek(offset)\n    value = candidate.read(size)\n    if len(value) != size:\n        raise ValidationError(f\"truncated {label}\")\n    return value\n\n\ndef validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n    if dos[:2] != b\"MZ\":\n        raise ValidationError(\"not a PE executable (missing MZ magic)\")\n\n    pe_offset = struct.unpack_from(\"<I\", dos, 0x3C)[0]\n    if pe_offset < 64 or pe_offset + 26 > size:\n        raise ValidationError(\"invalid PE header offset\")\n    header = read_exact_at(candidate, pe_offset, 26, \"PE/COFF header\")\n    if header[:4] != b\"PE\\0\\0\":\n        raise ValidationError(\"not a PE executable (missing PE signature)\")\n\n    machine, section_count = struct.unpack_from(\"<HH\", header, 4)\n    optional_size, characteristics = struct.unpack_from(\"<HH\", header, 20)\n    if machine != 0x8664:\n        raise ValidationError(\n            f\"PE machine 0x{machine:04x} is not x86_64 (expected 0x8664)\"\n        )\n    if section_count == 0:\n        raise ValidationError(\"PE image has no sections\")\n    if optional_size < 2 or pe_offset + 24 + optional_size > size:\n        raise ValidationError(\"invalid PE optional header size\")\n    optional_magic = struct.unpack(\n        \"<H\", read_exact_at(candidate, pe_offset + 24, 2, \"PE optional header\")\n    )[0]\n    if optional_magic != 0x20B:\n        raise ValidationError(\n            f\"PE optional-header magic 0x{optional_magic:04x} is not PE32+\"\n        )\n    if characteristics & 0x0002 == 0:\n        raise ValidationError(\"PE image is not marked executable\")\n    return \"PE32+ x86_64 executable\"\n\n\ndef validate_elf_x86_64(candidate: BinaryIO, size: int, target: str) -> str:\n    header = read_exact_at(candidate, 0, 64, \"ELF64 header\")\n    if header[:4] != b\"\\x7fELF\":\n        raise ValidationError(\"not an ELF executable (missing ELF magic)\")\n    if header[4] != 2:\n        raise ValidationError(f\"ELF class {header[4]} is not 64-bit\")\n    if header[5] != 1:\n        raise ValidationError(f\"ELF data encoding {header[5]} is not little-endian\")\n    if header[6] != 1:\n        raise ValidationError(f\"ELF identification version {header[6]} is invalid\")\n\n    (\n        elf_type,\n        machine,\n        version,\n        _entry,\n        program_offset,\n        _section_offset,\n        _flags,\n        header_size,\n        program_entry_size,\n        program_count,\n        _section_entry_size,\n        _section_count,\n        _section_names,\n    ) = struct.unpack_from(\"<HHIQQQIHHHHHH\", header, 16)\n    if elf_type not in (2, 3):\n        raise ValidationError(f\"ELF type {elf_type} is not executable or PIE\")\n    if machine != 62:\n        raise ValidationError(f\"ELF machine {machine} is not x86_64 (expected 62)\")\n    if version != 1 or header_size != 64:\n        raise ValidationError(\"invalid ELF64 header version or size\")\n    if program_entry_size != 56 or program_count == 0:\n        raise ValidationError(\"ELF64 program-header table is missing or malformed\")\n    table_size = program_entry_size * program_count\n    if program_offset < header_size or program_offset + table_size > size:\n        raise ValidationError(\"ELF64 program-header table is outside the file\")\n\n    interpreters: list[str] = []\n    needed_count = 0\n    has_load = False\n    for index in range(program_count):\n        offset = program_offset + index * program_entry_size\n        program = read_exact_at(candidate, offset, program_entry_size, \"ELF64 program header\")\n        (\n            program_type,\n            _program_flags,\n            file_offset,\n            _virtual_address,\n            _physical_address,\n            file_size,\n            _memory_size,\n            _alignment,\n        ) = struct.unpack(\"<IIQQQQQQ\", program)\n        if file_offset + file_size > size:\n            raise ValidationError(\"ELF64 segment is outside the file\")\n        if program_type == 1:\n            has_load = True\n        elif program_type == 3:\n            if file_size < 2 or file_size > 4096:\n                raise ValidationError(\"ELF interpreter segment has an invalid size\")\n            raw_interpreter = read_exact_at(\n                candidate, file_offset, file_size, \"ELF interpreter\"\n            )\n            if raw_interpreter[-1:] != b\"\\0\":\n                raise ValidationError(\"ELF interpreter is not NUL-terminated\")\n            try:\n                interpreters.append(raw_interpreter[:-1].decode(\"ascii\"))\n            except UnicodeDecodeError as error:\n                raise ValidationError(\"ELF interpreter is not ASCII\") from error\n        elif program_type == 2:\n            if file_size % 16 != 0:\n                raise ValidationError(\"ELF dynamic segment has a malformed size\")\n            for dynamic_offset in range(file_offset, file_offset + file_size, 16):\n                tag, _value = struct.unpack(\n                    \"<qQ\", read_exact_at(candidate, dynamic_offset, 16, \"ELF dynamic entry\")\n                )\n                if tag == 0:\n                    break\n                if tag == 1:\n                    needed_count += 1\n\n    if not has_load:\n        raise ValidationError(\"ELF image has no loadable segment\")\n    if target == GNU_TARGET:\n        if len(interpreters) != 1:\n            raise ValidationError(\n                \"GNU target must declare exactly one glibc x86_64 program interpreter\"\n            )\n        interpreter = interpreters[0]\n        if os.path.basename(interpreter) != \"ld-linux-x86-64.so.2\":\n            raise ValidationError(\n                f\"GNU target has unexpected program interpreter {interpreter!r}\"\n            )\n        return f\"ELF64 x86_64 GNU-linked executable ({interpreter})\"\n\n    if interpreters:\n        raise ValidationError(\n            f\"musl target must be static but declares interpreter {interpreters[0]!r}\"\n        )\n    if needed_count:\n        raise ValidationError(\n            f\"musl target must be static but has {needed_count} DT_NEEDED entr{'y' if needed_count == 1 else 'ies'}\"\n        )\n    return \"ELF64 x86_64 static executable (no interpreter or DT_NEEDED entries)\"\n\n\ndef validate(path: Path, target: str) -> str:\n    if not path.is_file():\n        raise ValidationError(\"candidate is not a regular file\")\n    size = path.stat().st_size\n    with path.open(\"rb\") as candidate:\n        if target == PE_TARGET:\n            return validate_pe_x86_64(candidate, size)\n        if target in (GNU_TARGET, MUSL_TARGET):\n            return validate_elf_x86_64(candidate, size, target)\n    raise ValidationError(f\"unsupported release target {target!r}\")\n\n\ndef main() -> int:\n    if len(sys.argv) != 3:\n        print(\n            \"usage: validate-release-binary.py <target-triple> <binary>\",\n            file=sys.stderr,\n        )\n        return 2\n    target = sys.argv[1]\n    path = Path(sys.argv[2])\n    try:\n        description = validate(path, target)\n    except (OSError, ValidationError) as error:\n        print(f\"INVALID {target}: {path}: {error}\", file=sys.stderr)\n        return 1\n    print(f\"ok   {target}: {path} ({description})\")\n    return 0\n\n\nif __name__ == \"__main__\":\n    raise SystemExit(main())\n","newText":"#!/usr/bin/env python3\n\"\"\"Validate release-helper format, architecture, and Linux linkage contract.\"\"\"\n\nfrom __future__ import annotations\n\nfrom pathlib import Path\nimport os\nimport struct\nimport sys\nfrom typing import BinaryIO\n\n\nPE_TARGET = \"x86_64-pc-windows-msvc\"\nGNU_TARGET = \"x86_64-unknown-linux-gnu\"\nMUSL_TARGET = \"x86_64-unknown-linux-musl\"\n\n\nclass ValidationError(ValueError):\n    \"\"\"The candidate cannot satisfy its labeled release target.\"\"\"\n\n\ndef read_exact_at(candidate: BinaryIO, offset: int, size: int, label: str) -> bytes:\n    candidate.seek(offset)\n    value = candidate.read(size)\n    if len(value) != size:\n        raise ValidationError(f\"truncated {label}\")\n    return value\n\n\ndef validate_pe_x86_64(candidate: BinaryIO, size: int) -> str:\n    dos = read_exact_at(candidate, 0, 64, \"DOS header\")\n    if dos[:2] != b\"MZ\":\n        raise ValidationError(\"not a PE executable (missing MZ magic)\")\n\n    pe_offset = struct.unpack_from(\"<I\", dos, 0x3C)[0]\n    coff_size = 24\n    if pe_offset < len(dos) or pe_offset > size - coff_size:\n        raise ValidationError(\"invalid PE header offset\")\n    coff = read_exact_at(candidate, pe_offset, coff_size, \"PE/COFF header\")\n    if coff[:4] != b\"PE\\0\\0\":\n        raise ValidationError(\"not a PE executable (missing PE signature)\")\n\n    machine, section_count = struct.unpack_from(\"<HH\", coff, 4)\n    optional_size, characteristics = struct.unpack_from(\"<HH\", coff, 20)\n    if machine != 0x8664:\n        raise ValidationError(\n            f\"PE machine 0x{machine:04x} is not x86_64 (expected 0x8664)\"\n        )\n    if section_count == 0:\n        raise ValidationError(\"PE image has no sections\")\n    if characteristics & 0x0002 == 0:\n        raise ValidationError(\"PE image is not marked executable\")\n    if characteristics & 0x2000:\n        raise ValidationError(\"PE image is marked as a DLL\")\n\n    optional_offset = pe_offset + coff_size\n    fixed_optional_size = 112\n    if (\n        optional_size < fixed_optional_size\n        or optional_offset > size\n        or optional_size > size - optional_offset\n    ):\n        raise ValidationError(\"invalid PE32+ optional header size\")\n    optional = read_exact_at(\n        candidate, optional_offset, optional_size, \"PE32+ optional header\"\n    )\n    optional_magic = struct.unpack_from(\"<H\", optional)[0]\n    if optional_magic != 0x20B:\n        raise ValidationError(\n            f\"PE optional-header magic 0x{optional_magic:04x} is not PE32+\"\n        )\n    entry_point = struct.unpack_from(\"<I\", optional, 16)[0]\n    directory_count = struct.unpack_from(\"<I\", optional, 108)[0]\n    if directory_count > (optional_size - fixed_optional_size) // 8:\n        raise ValidationError(\n            \"PE32+ optional header is truncated for its data directories\"\n        )\n    if entry_point == 0:\n        raise ValidationError(\"PE image has zero entry point\")\n\n    section_table_offset = optional_offset + optional_size\n    section_table_size = section_count * 40\n    if (\n        section_table_offset > size\n        or section_table_size > size - section_table_offset\n    ):\n        raise ValidationError(\"PE section table is outside the file\")\n    sections = read_exact_at(\n        candidate, section_table_offset, section_table_size, \"PE section table\"\n    )\n\n    entry_mapped = False\n    entry_executable = False\n    for index in range(section_count):\n        section_offset = index * 40\n        (\n            virtual_size,\n            virtual_address,\n            raw_size,\n            raw_offset,\n        ) = struct.unpack_from(\"<IIII\", sections, section_offset + 8)\n        section_characteristics = struct.unpack_from(\n            \"<I\", sections, section_offset + 36\n        )[0]\n        if raw_offset > size or raw_size > size - raw_offset:\n            raise ValidationError(\"PE section raw data is outside the file\")\n\n        mapped_size = max(virtual_size, raw_size)\n        if mapped_size > 0x1_0000_0000 - virtual_address:\n            raise ValidationError(\"PE section virtual range overflows the RVA space\")\n        if virtual_address <= entry_point < virtual_address + mapped_size:\n            entry_mapped = True\n            if section_characteristics & 0x20000000:\n                entry_executable = True\n\n    if not entry_mapped:\n        raise ValidationError(\"PE entry point is not mapped by any section\")\n    if not entry_executable:\n        raise ValidationError(\"PE entry point is in a non-executable section\")\n    return \"PE32+ x86_64 executable\"\n\n\ndef validate_elf_x86_64(candidate: BinaryIO, size: int, target: str) -> str:\n    header = read_exact_at(candidate, 0, 64, \"ELF64 header\")\n    if header[:4] != b\"\\x7fELF\":\n        raise ValidationError(\"not an ELF executable (missing ELF magic)\")\n    if header[4] != 2:\n        raise ValidationError(f\"ELF class {header[4]} is not 64-bit\")\n    if header[5] != 1:\n        raise ValidationError(f\"ELF data encoding {header[5]} is not little-endian\")\n    if header[6] != 1:\n        raise ValidationError(f\"ELF identification version {header[6]} is invalid\")\n\n    (\n        elf_type,\n        machine,\n        version,\n        entry_point,\n        program_offset,\n        _section_offset,\n        _flags,\n        header_size,\n        program_entry_size,\n        program_count,\n        _section_entry_size,\n        _section_count,\n        _section_names,\n    ) = struct.unpack_from(\"<HHIQQQIHHHHHH\", header, 16)\n    if elf_type not in (2, 3):\n        raise ValidationError(f\"ELF type {elf_type} is not executable or PIE\")\n    if machine != 62:\n        raise ValidationError(f\"ELF machine {machine} is not x86_64 (expected 62)\")\n    if version != 1 or header_size != 64:\n        raise ValidationError(\"invalid ELF64 header version or size\")\n    if program_entry_size != 56 or program_count == 0:\n        raise ValidationError(\"ELF64 program-header table is missing or malformed\")\n    table_size = program_entry_size * program_count\n    if program_offset < header_size or program_offset > size:\n        raise ValidationError(\"ELF64 program-header table is outside the file\")\n    if table_size > size - program_offset:\n        raise ValidationError(\"ELF64 program-header table is outside the file\")\n\n    interpreters: list[str] = []\n    needed_count = 0\n    has_load = False\n    entry_mapped = False\n    entry_executable = False\n    for index in range(program_count):\n        offset = program_offset + index * program_entry_size\n        program = read_exact_at(candidate, offset, program_entry_size, \"ELF64 program header\")\n        (\n            program_type,\n            program_flags,\n            file_offset,\n            virtual_address,\n            _physical_address,\n            file_size,\n            memory_size,\n            _alignment,\n        ) = struct.unpack(\"<IIQQQQQQ\", program)\n        if file_offset > size or file_size > size - file_offset:\n            raise ValidationError(\"ELF64 segment is outside the file\")\n        if program_type == 1:\n            has_load = True\n            if file_size > memory_size:\n                raise ValidationError(\n                    \"ELF64 load segment file size exceeds memory size\"\n                )\n            if memory_size > 0x1_0000_0000_0000_0000 - virtual_address:\n                raise ValidationError(\"ELF64 load segment virtual range overflows\")\n            if virtual_address <= entry_point < virtual_address + memory_size:\n                entry_mapped = True\n                if program_flags & 0x1:\n                    entry_executable = True\n        elif program_type == 3:\n            if file_size < 2 or file_size > 4096:\n                raise ValidationError(\"ELF interpreter segment has an invalid size\")\n            raw_interpreter = read_exact_at(\n                candidate, file_offset, file_size, \"ELF interpreter\"\n            )\n            if raw_interpreter[-1:] != b\"\\0\":\n                raise ValidationError(\"ELF interpreter is not NUL-terminated\")\n            try:\n                interpreters.append(raw_interpreter[:-1].decode(\"ascii\"))\n            except UnicodeDecodeError as error:\n                raise ValidationError(\"ELF interpreter is not ASCII\") from error\n        elif program_type == 2:\n            if file_size % 16 != 0:\n                raise ValidationError(\"ELF dynamic segment has a malformed size\")\n            for dynamic_offset in range(file_offset, file_offset + file_size, 16):\n                tag, _value = struct.unpack(\n                    \"<qQ\", read_exact_at(candidate, dynamic_offset, 16, \"ELF dynamic entry\")\n                )\n                if tag == 0:\n                    break\n                if tag == 1:\n                    needed_count += 1\n\n    if not has_load:\n        raise ValidationError(\"ELF image has no loadable segment\")\n    if entry_point == 0:\n        raise ValidationError(\"ELF image has zero entry point\")\n    if not entry_mapped:\n        raise ValidationError(\"ELF entry point is not mapped by a loadable segment\")\n    if not entry_executable:\n        raise ValidationError(\n            \"ELF entry point is in a non-executable loadable segment\"\n        )\n    if target == GNU_TARGET:\n        if len(interpreters) != 1:\n            raise ValidationError(\n                \"GNU target must declare exactly one glibc x86_64 program interpreter\"\n            )\n        interpreter = interpreters[0]\n        if os.path.basename(interpreter) != \"ld-linux-x86-64.so.2\":\n            raise ValidationError(\n                f\"GNU target has unexpected program interpreter {interpreter!r}\"\n            )\n        return f\"ELF64 x86_64 GNU-linked executable ({interpreter})\"\n\n    if interpreters:\n        raise ValidationError(\n            f\"musl target must be static but declares interpreter {interpreters[0]!r}\"\n        )\n    if needed_count:\n        raise ValidationError(\n            f\"musl target must be static but has {needed_count} DT_NEEDED entr{'y' if needed_count == 1 else 'ies'}\"\n        )\n    return \"ELF64 x86_64 static executable (no interpreter or DT_NEEDED entries)\"\n\n\ndef validate(path: Path, target: str) -> str:\n    if not path.is_file():\n        raise ValidationError(\"candidate is not a regular file\")\n    size = path.stat().st_size\n    with path.open(\"rb\") as candidate:\n        if target == PE_TARGET:\n            return validate_pe_x86_64(candidate, size)\n        if target in (GNU_TARGET, MUSL_TARGET):\n            return validate_elf_x86_64(candidate, size, target)\n    raise ValidationError(f\"unsupported release target {target!r}\")\n\n\ndef main() -> int:\n    if len(sys.argv) != 3:\n        print(\n            \"usage: validate-release-binary.py <target-triple> <binary>\",\n            file=sys.stderr,\n        )\n        return 2\n    target = sys.argv[1]\n    path = Path(sys.argv[2])\n    try:\n        description = validate(path, target)\n    except (OSError, ValidationError) as error:\n        print(f\"INVALID {target}: {path}: {error}\", file=sys.stderr)\n        return 1\n    print(f\"ok   {target}: {path} ({description})\")\n    return 0\n\n\nif __name__ == \"__main__\":\n    raise SystemExit(main())\n"},{"path":"tests/adapter-archive.sh","diff":" 40|mkdir -p \"$TARGET/$WIN_RELSUB\" \"$TARGET/$GNU_RELSUB\" \"$TARGET/$MUSL_RELSUB\" \\\n 41|  || { echo \"FAIL: cannot create fixture binary directories\"; exit 1; }\n 42|\n-43|# Generate structurally valid, deterministic target fixtures. The GNU ELF has glibc's x86_64\n-44|# PT_INTERP; the musl fixture is static (no PT_INTERP or DT_NEEDED); WRONG_ARCH is static AArch64;\n-45|# NEEDED has no interpreter but still declares a dynamic dependency.\n+43|# Generate deterministic loader-image fixtures. Each accepted image has a nonzero entry\n+44|# point backed by an executable PE section or ELF PT_LOAD. The GNU ELF retains glibc's\n+45|# x86_64 PT_INTERP; the musl fixture remains static (no PT_INTERP or DT_NEEDED).\n 46|WIN_GOOD=\"$TMP/windows-good.exe\"\n 47|GNU_GOOD=\"$TMP/gnu-good\"\n 49|WRONG_ARCH=\"$TMP/aarch64-static\"\n 50|NEEDED=\"$TMP/needed-no-interpreter\"\n-51|\"$PY\" - \"$WIN_GOOD\" \"$GNU_GOOD\" \"$MUSL_GOOD\" \"$WRONG_ARCH\" \"$NEEDED\" <<'PY'\n+51|WIN_ZERO_ENTRY=\"$TMP/windows-zero-entry.exe\"\n+52|WIN_UNMAPPED_ENTRY=\"$TMP/windows-unmapped-entry.exe\"\n+53|WIN_NONEXEC_ENTRY=\"$TMP/windows-nonexec-entry.exe\"\n+54|WIN_DLL=\"$TMP/windows-dll.exe\"\n+55|WIN_SHORT_OPTIONAL=\"$TMP/windows-short-optional.exe\"\n+56|WIN_TRUNCATED_SECTIONS=\"$TMP/windows-truncated-sections.exe\"\n+57|WIN_BAD_RAW=\"$TMP/windows-bad-raw.exe\"\n+58|GNU_ZERO_ENTRY=\"$TMP/gnu-zero-entry\"\n+59|GNU_UNMAPPED_ENTRY=\"$TMP/gnu-unmapped-entry\"\n+60|GNU_NONEXEC_ENTRY=\"$TMP/gnu-nonexec-entry\"\n+61|GNU_BAD_LOAD_SIZE=\"$TMP/gnu-bad-load-size\"\n+62|GNU_OOB_LOAD=\"$TMP/gnu-oob-load\"\n+63|\"$PY\" - \"$WIN_GOOD\" \"$GNU_GOOD\" \"$MUSL_GOOD\" \"$WRONG_ARCH\" \"$NEEDED\" \\\n+64|  \"$WIN_ZERO_ENTRY\" \"$WIN_UNMAPPED_ENTRY\" \"$WIN_NONEXEC_ENTRY\" \"$WIN_DLL\" \\\n+65|  \"$WIN_SHORT_OPTIONAL\" \"$WIN_TRUNCATED_SECTIONS\" \"$WIN_BAD_RAW\" \\\n+66|  \"$GNU_ZERO_ENTRY\" \"$GNU_UNMAPPED_ENTRY\" \"$GNU_NONEXEC_ENTRY\" \\\n+67|  \"$GNU_BAD_LOAD_SIZE\" \"$GNU_OOB_LOAD\" <<'PY'\n 52|from pathlib import Path\n 53|import struct\n 55|\n 56|\n-57|def pe(path: str) -> None:\n-58|    image = bytearray(512)\n+73|PE_OFFSET = 0x80\n+74|PE_OPTIONAL_OFFSET = 0x98\n+75|PE_SECTION_OFFSET = 0x188\n+76|ELF_BASE = 0x400000\n+77|\n+78|\n+79|def changed(image: bytes, offset: int, fmt: str, value: int) -> bytes:\n+80|    changed_image = bytearray(image)\n+81|    struct.pack_into(fmt, changed_image, offset, value)\n+82|    return bytes(changed_image)\n+83|\n+84|\n+85|def pe() -> bytes:\n+86|    image = bytearray(0x400)\n 59|    image[:2] = b\"MZ\"\n-60|    struct.pack_into(\"<I\", image, 0x3C, 0x80)\n-61|    image[0x80:0x84] = b\"PE\\0\\0\"\n-62|    struct.pack_into(\"<HHIIIHH\", image, 0x84, 0x8664, 1, 0, 0, 0, 0xF0, 0x0002)\n-63|    struct.pack_into(\"<H\", image, 0x98, 0x20B)\n-64|    image[0x190:] = b\"deterministic windows fixture\"\n-65|    Path(path).write_bytes(image)\n+88|    struct.pack_into(\"<I\", image, 0x3C, PE_OFFSET)\n+89|    image[PE_OFFSET : PE_OFFSET + 4] = b\"PE\\0\\0\"\n+90|    struct.pack_into(\n+91|        \"<HHIIIHH\", image, PE_OFFSET + 4, 0x8664, 1, 0, 0, 0, 0xF0, 0x0022\n+92|    )\n 66|\n+94|    optional = PE_OPTIONAL_OFFSET\n+95|    struct.pack_into(\"<H\", image, optional, 0x20B)\n+96|    struct.pack_into(\"<I\", image, optional + 4, 0x200)\n+97|    struct.pack_into(\"<I\", image, optional + 16, 0x1000)\n+98|    struct.pack_into(\"<I\", image, optional + 20, 0x1000)\n+99|    struct.pack_into(\"<Q\", image, optional + 24, 0x140000000)\n+100|    struct.pack_into(\"<II\", image, optional + 32, 0x1000, 0x200)\n+101|    struct.pack_into(\"<HH\", image, optional + 40, 6, 0)\n+102|    struct.pack_into(\"<HH\", image, optional + 48, 6, 0)\n+103|    struct.pack_into(\"<III\", image, optional + 56, 0x2000, 0x200, 0)\n+104|    struct.pack_into(\"<HH\", image, optional + 68, 3, 0x8160)\n+105|    struct.pack_into(\n+106|        \"<QQQQ\", image, optional + 72, 0x100000, 0x1000, 0x100000, 0x1000\n+107|    )\n+108|    struct.pack_into(\"<II\", image, optional + 104, 0, 16)\n 67|\n-68|def elf(path: str, machine: int, interpreter) -> None:\n-69|    encoded_interpreter = b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n+110|    image[PE_SECTION_OFFSET : PE_SECTION_OFFSET + 8] = b\".text\\0\\0\\0\"\n+111|    struct.pack_into(\n+112|        \"<IIIIIIHHI\",\n+113|        image,\n+114|        PE_SECTION_OFFSET + 8,\n+115|        1,\n+116|        0x1000,\n+117|        0x200,\n+118|        0x200,\n+119|        0,\n+120|        0,\n+121|        0,\n+122|        0,\n+123|        0x60000020,\n+124|    )\n+125|    image[0x200] = 0xC3\n+126|    return bytes(image)\n+127|\n+128|\n+129|def elf(machine: int, interpreter: str | None) -> bytes:\n+130|    encoded_interpreter = (\n+131|        b\"\" if interpreter is None else interpreter.encode(\"ascii\") + b\"\\0\"\n+132|    )\n 70|    program_count = 1 + (1 if interpreter is not None else 0)\n 71|    payload_offset = 64 + program_count * 56\n-72|    file_size = payload_offset + len(encoded_interpreter) + 32\n+135|    code = b\"\\x31\\xff\\xb8\\x3c\\0\\0\\0\\x0f\\x05\".ljust(32, b\"\\x90\")\n+136|    file_size = payload_offset + len(encoded_interpreter) + len(code)\n+137|    entry_point = ELF_BASE + payload_offset + len(encoded_interpreter)\n 73|    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n 74|    header = struct.pack(\n 75|        \"<16sHHIQQQIHHHHHH\",\n 76|        ident,\n-77|        3,\n+142|        2,\n 78|        machine,\n 79|        1,\n-80|        0,\n+145|        entry_point,\n 81|        64,\n 82|        0,\n 89|        0,\n 90|    )\n-91|    load = struct.pack(\"<IIQQQQQQ\", 1, 5, 0, 0, 0, file_size, file_size, 0x1000)\n+156|    load = struct.pack(\n+157|        \"<IIQQQQQQ\",\n+158|        1,\n+159|        5,\n+160|        0,\n+161|        ELF_BASE,\n+162|        ELF_BASE,\n+163|        file_size,\n+164|        file_size,\n+165|        0x1000,\n+166|    )\n 92|    programs = [load]\n 93|    if interpreter is not None:\n 98|                4,\n 99|                payload_offset,\n-100|                payload_offset,\n-101|                payload_offset,\n+175|                ELF_BASE + payload_offset,\n+176|                ELF_BASE + payload_offset,\n 102|                len(encoded_interpreter),\n 103|                len(encoded_interpreter),\n 105|            )\n 106|        )\n-107|    marker = b\"deterministic ELF fixture\".ljust(32, b\"\\0\")\n-108|    Path(path).write_bytes(header + b\"\".join(programs) + encoded_interpreter + marker)\n+182|    return header + b\"\".join(programs) + encoded_interpreter + code\n 109|\n 110|\n-111|def elf_with_needed(path: str) -> None:\n+185|def elf_with_needed() -> bytes:\n 112|    program_count = 2\n 113|    dynamic_offset = 64 + program_count * 56\n 114|    dynamic_entries = struct.pack(\"<qQqQ\", 1, 0, 0, 0)\n-115|    marker = b\"dynamic dependency fixture\".ljust(32, b\"\\0\")\n-116|    file_size = dynamic_offset + len(dynamic_entries) + len(marker)\n+189|    code = b\"\\x31\\xff\\xb8\\x3c\\0\\0\\0\\x0f\\x05\".ljust(32, b\"\\x90\")\n+190|    file_size = dynamic_offset + len(dynamic_entries) + len(code)\n 117|    ident = b\"\\x7fELF\\x02\\x01\\x01\\0\" + b\"\\0\" * 8\n 118|    header = struct.pack(\n 119|        \"<16sHHIQQQIHHHHHH\",\n 120|        ident,\n-121|        3,\n+195|        2,\n 122|        62,\n 123|        1,\n-124|        0,\n+198|        ELF_BASE + dynamic_offset + len(dynamic_entries),\n 125|        64,\n 126|        0,\n 133|        0,\n 134|    )\n-135|    load = struct.pack(\"<IIQQQQQQ\", 1, 5, 0, 0, 0, file_size, file_size, 0x1000)\n+209|    load = struct.pack(\n+210|        \"<IIQQQQQQ\",\n+211|        1,\n+212|        5,\n+213|        0,\n+214|        ELF_BASE,\n+215|        ELF_BASE,\n+216|        file_size,\n+217|        file_size,\n+218|        0x1000,\n+219|    )\n 136|    dynamic = struct.pack(\n 137|        \"<IIQQQQQQ\",\n 139|        4,\n 140|        dynamic_offset,\n-141|        dynamic_offset,\n-142|        dynamic_offset,\n+225|        ELF_BASE + dynamic_offset,\n+226|        ELF_BASE + dynamic_offset,\n 143|        len(dynamic_entries),\n 144|        len(dynamic_entries),\n 145|        8,\n 146|    )\n-147|    Path(path).write_bytes(header + load + dynamic + dynamic_entries + marker)\n+231|    return header + load + dynamic + dynamic_entries + code\n 148|\n 149|\n-150|pe(sys.argv[1])\n-151|elf(sys.argv[2], 62, \"/lib64/ld-linux-x86-64.so.2\")\n-152|elf(sys.argv[3], 62, None)\n-153|elf(sys.argv[4], 183, None)\n-154|elf_with_needed(sys.argv[5])\n+234|pe_good = pe()\n+235|gnu_good = elf(62, \"/lib64/ld-linux-x86-64.so.2\")\n+236|Path(sys.argv[1]).write_bytes(pe_good)\n+237|Path(sys.argv[2]).write_bytes(gnu_good)\n+238|Path(sys.argv[3]).write_bytes(elf(62, None))\n+239|Path(sys.argv[4]).write_bytes(elf(183, None))\n+240|Path(sys.argv[5]).write_bytes(elf_with_needed())\n+241|Path(sys.argv[6]).write_bytes(changed(pe_good, PE_OPTIONAL_OFFSET + 16, \"<I\", 0))\n+242|Path(sys.argv[7]).write_bytes(\n+243|    changed(pe_good, PE_OPTIONAL_OFFSET + 16, \"<I\", 0x3000)\n+244|)\n+245|Path(sys.argv[8]).write_bytes(\n+246|    changed(pe_good, PE_SECTION_OFFSET + 36, \"<I\", 0x40000040)\n+247|)\n+248|Path(sys.argv[9]).write_bytes(changed(pe_good, PE_OFFSET + 22, \"<H\", 0x2022))\n+249|Path(sys.argv[10]).write_bytes(changed(pe_good, PE_OFFSET + 20, \"<H\", 111))\n+250|Path(sys.argv[11]).write_bytes(pe_good[: PE_SECTION_OFFSET + 39])\n+251|Path(sys.argv[12]).write_bytes(\n+252|    changed(pe_good, PE_SECTION_OFFSET + 20, \"<I\", 0x380)\n+253|)\n+254|Path(sys.argv[13]).write_bytes(changed(gnu_good, 24, \"<Q\", 0))\n+255|Path(sys.argv[14]).write_bytes(changed(gnu_good, 24, \"<Q\", ELF_BASE + 0x3000))\n+256|Path(sys.argv[15]).write_bytes(changed(gnu_good, 68, \"<I\", 4))\n+257|Path(sys.argv[16]).write_bytes(changed(gnu_good, 104, \"<Q\", len(gnu_good) - 1))\n+258|Path(sys.argv[17]).write_bytes(changed(gnu_good, 96, \"<Q\", len(gnu_good) + 1))\n 155|PY\n 156|cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n\n 161|expect_packer_failure() {\n\n 172|}\n 173|\n+278|expect_windows_binary_failure() {\n+279|  name=$1\n+280|  expected=$2\n+281|  fixture=$3\n+282|  cp \"$fixture\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\" \\\n+283|    || { fail \"$name could not install fixture\"; return; }\n+284|  expect_packer_failure \"$name\" \"$expected\" \\\n+285|    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n+286|    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n+287|}\n+288|\n+289|expect_gnu_binary_failure() {\n+290|  name=$1\n+291|  expected=$2\n+292|  fixture=$3\n+293|  cp \"$fixture\" \"$TARGET/$GNU_RELSUB/omp-spt\" \\\n+294|    || { fail \"$name could not install fixture\"; return; }\n+295|  chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n+296|  expect_packer_failure \"$name\" \"$expected\" \\\n+297|    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n+298|    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n+299|}\n+300|\n 174|BASE_OUT=\"$TMP/rejected.spt\"\n 175|expect_packer_failure \"missing GNU helper\" \"MISS\" \\\n\n 177|  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\n 183|cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n 184|\n+312|expect_windows_binary_failure \"zero-entrypoint PE pseudo-binary\" \\\n+313|  \"PE image has zero entry point\" \"$WIN_ZERO_ENTRY\"\n+314|expect_windows_binary_failure \"PE with unmapped entrypoint\" \\\n+315|  \"PE entry point is not mapped by any section\" \"$WIN_UNMAPPED_ENTRY\"\n+316|expect_windows_binary_failure \"PE with non-executable entry section\" \\\n+317|  \"PE entry point is in a non-executable section\" \"$WIN_NONEXEC_ENTRY\"\n+318|expect_windows_binary_failure \"DLL PE helper\" \\\n+319|  \"PE image is marked as a DLL\" \"$WIN_DLL\"\n+320|expect_windows_binary_failure \"PE with incomplete optional header\" \\\n+321|  \"invalid PE32+ optional header size\" \"$WIN_SHORT_OPTIONAL\"\n+322|expect_windows_binary_failure \"PE with truncated section table\" \\\n+323|  \"PE section table is outside the file\" \"$WIN_TRUNCATED_SECTIONS\"\n+324|expect_windows_binary_failure \"PE with out-of-file raw section\" \\\n+325|  \"PE section raw data is outside the file\" \"$WIN_BAD_RAW\"\n+326|cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n+327|\n 185|printf '%s\\n' 'not an ELF binary' >\"$TARGET/$GNU_RELSUB/omp-spt\"\n 186|expect_packer_failure \"malformed GNU helper\" \"truncated ELF64 header\" \\\n\n 188|  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 189|cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n 190|\n+334|expect_gnu_binary_failure \"zero-entrypoint ELF pseudo-binary\" \\\n+335|  \"ELF image has zero entry point\" \"$GNU_ZERO_ENTRY\"\n+336|expect_gnu_binary_failure \"ELF with unmapped entrypoint\" \\\n+337|  \"ELF entry point is not mapped by a loadable segment\" \"$GNU_UNMAPPED_ENTRY\"\n+338|expect_gnu_binary_failure \"ELF with non-executable entry segment\" \\\n+339|  \"ELF entry point is in a non-executable loadable segment\" \"$GNU_NONEXEC_ENTRY\"\n+340|expect_gnu_binary_failure \"ELF load with file size above memory size\" \\\n+341|  \"ELF64 load segment file size exceeds memory size\" \"$GNU_BAD_LOAD_SIZE\"\n+342|expect_gnu_binary_failure \"ELF load with out-of-file range\" \\\n+343|  \"ELF64 segment is outside the file\" \"$GNU_OOB_LOAD\"\n+344|cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n+345|chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n+346|\n 191|expect_packer_failure \"missing musl helper\" \"MISS\" \\\n 192|  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n\n 194|  sh \"$PACKER\" --apply","firstChangedLine":43,"op":"update","snapshotsPruned":true}]},"isError":false,"timestamp":1784195408446}}
{"type":"message","id":"3eab494d","parentId":"62565d55","timestamp":"2026-07-16T09:50:08.447Z","message":{"role":"user","content":"Your current interruptible wait was interrupted because an IRC message arrived from your parent agent `Main`.\n\nParent IRC message:\n\nAlso close confirmed P2 canonical-mode defect in ci/publish/create-adapter-archive.py/package-adapter.sh/tests/adapter-archive.sh: remove production OMP_SPT_ARCHIVE_LINUX_MODE/MUSL_MODE overrides, hardcode both Linux archive members to 0755, validate exact -rwxr-xr-x rather than any executable mode, and replace test seam so release environment cannot vary canonical bytes or emit writable/private helpers.","attribution":"agent","timestamp":1784195212844,"steering":true}}
{"type":"custom_message","customType":"irc:incoming","content":"<irc>\nIncoming IRC message from agent `MilestoneReview.ReleaseAdversary`:\n\nRead-only finding adjacent to your packaging hardening: production packer also accepts OMP_SPT_WIN_RELSUB/LINUX_RELSUB/MUSL_RELSUB at package-adapter.sh:40-42, allowing release inputs from noncanonical/stale target dirs while runbook fixes exact build outputs. If retaining for fixtures, gate behind an explicit test-only mode/root so ambient release env cannot redirect binaries. Main already confirmed removing arbitrary OMP_SPT_STRINGS_DIR and mode overrides.\n\nAn agent sent this while you were waiting or working. Any active interruptible wait was stopped early so you can read it now.\n\nIf a response is expected, reply with the `irc` tool (`op: \"send\"`, `to: \"MilestoneReview.ReleaseAdversary\"`) — you may finish your current step first. Nobody replies on your behalf.\n</irc>","display":true,"details":{"id":"1531e2aaeedb79d1","from":"MilestoneReview.ReleaseAdversary","message":"Read-only finding adjacent to your packaging hardening: production packer also accepts OMP_SPT_WIN_RELSUB/LINUX_RELSUB/MUSL_RELSUB at package-adapter.sh:40-42, allowing release inputs from noncanonical/stale target dirs while runbook fixes exact build outputs. If retaining for fixtures, gate behind an explicit test-only mode/root so ambient release env cannot redirect binaries. Main already confirmed removing arbitrary OMP_SPT_STRINGS_DIR and mode overrides."},"attribution":"agent","id":"883c3eea","parentId":"3eab494d","timestamp":"2026-07-16T09:50:08.447Z"}
{"type":"message","id":"6f255781","parentId":"883c3eea","timestamp":"2026-07-16T09:50:16.986Z","message":{"role":"assistant","content":[{"type":"thinking","thinking":"**Expanding target scope to additional files**"},{"type":"toolCall","id":"call_EQQccHAocg8ICKtWjqyjNQ7k|fc_0ce43b44bb495320016a58a957e1e0819884441dbf67390a9c","name":"irc","arguments":{"i":"Acknowledging canonical mode fix","op":"send","to":"Main","message":"Acknowledged. I will also remove Linux mode overrides, hardcode both archive modes to 0755, replace the test seam, and assert exact -rwxr-xr-x within create-adapter-archive.py, package-adapter.sh, and adapter-archive.sh.","replyTo":null,"await":false,"from":null,"timeoutMs":null,"peek":null}}],"api":"openai-codex-responses","provider":"openai-codex","model":"gpt-5.6-sol","usage":{"input":16976,"output":214,"cacheRead":36352,"cacheWrite":0,"totalTokens":53542,"reasoningTokens":103,"cost":{"input":0.08488000000000001,"output":0.00642,"cacheRead":0.018175999999999998,"cacheWrite":0,"total":0.109476}},"stopReason":"toolUse","timestamp":1784195408449,"responseId":"resp_0ce43b44bb495320016a58a950c6008198b1e6cbb8cec09113","providerPayload":{"type":"openaiResponsesHistory","provider":"openai-codex","dt":true,"items":[{"id":"rs_0ce43b44bb495320016a58a954c750819881192ecc5554a085","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKlX8_rplhj1BjxEi3YlD4cDkxxAmr7Le8Llo7iEaVx9wabJIUBPgkqH2wDWvHj_R8VuMUyWA0kcm7OYObeoy4raXaKlvOPh9y7UQUplXAm8HWX9aiS9IciiGDfc4LuY_EBa8oO7HEQEoS3-7WwJf9NMObhE9K7UHB6xYX7UMlVt8zEwbdWW5URYvt5ZSTbz1KXxp2eHZl6iD5ZOj9pV8OV51M5rInxKuNYXWqCz2-hZrDWjLIvdtUP0SwWkSA-6VCUwB2Eb46Y4153WxpfsyElnqpJONSM468ifVRP5J5abAl9iyUum4aOcUG2FqFr438g6CXlTCHRGDWU-hqx8oOy0Y42-13GyZT-rgSeWO5acxVxwQk5uuWyo84So8RdvHRrWLsWDj6rb5iYvNdoRWwHDODmVCl7TkNmO7e8rJR1jEPN4qDIlVbNyDresvV3R3NyyWuBNV0xflSp2DW0ybnLkpuIXRm16XaMcaE1LhSJZ68HqzaFhHk7vWW5t5fkUBXEnhEYadL_gq13TNXFS9DFPdBggT8Ed8aqXZkqES-wW76hOOHRZYemScophOpJMUc6Jdcc2vWMHYHmcptNoyNGxwxUKxWPLqcx1SZhtcIYtBnYcNg05vGxrtR0XUGCM9_GW24Um9NO4M-P-FvnWB2gBmF5vWDhwSo-hwk_7jpHHK9ayW_YvlibUbNadm5bPcJnRxwGZK5hLV2rdQvd22DloSUE4-F4dnxVBR4JMJBn4PHJtYpdo1o17zZF1HNrnw57RqmvpkMFVS4WpAVmjFPXVE-WEdEbGLt2ATeD9FKqe96NRazVd6XlXOSAbYTSFgHQvf-zCkSMdRf4GPLypRSjsJieMisMfIQkguUPIX7OmneheswdeDm4lkufXj_7dMA-A1GKWWj15Xb6Fl4a3B_7_CCo2BfH6-eWKyiLP6Dq2WecM97zEb7RGbzzG-2XOcbc7uAn7H3Mopl93pdPrg2a-2mzL-jUEaFtYdYjBmo0TzMkoFr55py8GatZ21jBJha-bQGo6Z07SCmzD6SDjh37NgWom2_Dokf-RZpa8CLh3lV0sl7Sd7vpOhMPcAEP023WFA_3-qiQSoeH-hfYZeQVD5DMeB436x8w_L5pfcXTdkDMFMRXgVeguXFmEZLzKvKdUS1PxCtDE9_FljQbCEcm14lC7jsWleIlZyl8LH-cF9Y9ASlFQ0qAvaKimuv6pcXX3iC38Y5g7EGzNpS8AHlBsih5lzFWz45xbqZxCyW_gxeLx7Be1kULEwcFBAxzAU0xYdIwG5T24J6_QdKl_eN9qR6ercED8e70FNzU9S-Hm_KJkJ6CiUMkCCunN77TUgicA72lkupM4_nprBSUq2MrkpilBC6ncylhkfELpjh7fj5IE0PRH-un9WAxCqfLMQFIUmArJWd8AHLTrRbX3gbm1zz_Yi-_HzE0p7XIm7YXjzgCXyn4GJlrlJThluoM8t0-WJbg9E5nMyVh2CxcscOPR3l6xxKzT3RoOoSDHnfAvOLvhWym3cMaIoQoR03MN7v9S54khyd3UNb8oU4i_N8JY9_oo2egSNKYADZp8bL5HKGmnr9rJNoVICm7gP1R3wG8XMbXWAGP0vBind7G28qwAaGPP6mJ4GvoIG6UJtUf1_dwy9LLSX4fHr3oQEKL1allI","summary":[{"type":"summary_text","text":"**Expanding target scope to additional files**"}]},{"id":"fc_0ce43b44bb495320016a58a957e1e0819884441dbf67390a9c","type":"function_call","status":"completed","arguments":"{\"i\":\"Acknowledging canonical mode fix\",\"op\":\"send\",\"to\":\"Main\",\"message\":\"Acknowledged. I will also remove Linux mode overrides, hardcode both archive modes to 0755, replace the test seam, and assert exact -rwxr-xr-x within create-adapter-archive.py, package-adapter.sh, and adapter-archive.sh.\",\"replyTo\":null,\"await\":false,\"from\":null,\"timeoutMs\":null,\"peek\":null}","call_id":"call_EQQccHAocg8ICKtWjqyjNQ7k","name":"irc"}]},"duration":8535.777800000273,"ttft":4299.4226999999955,"contextSnapshot":{"promptTokens":53328,"nonMessageTokens":26288}}}
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{"type":"message","id":"922b9fb1","parentId":"20822754","timestamp":"2026-07-16T09:50:16.986Z","message":{"role":"toolResult","toolCallId":"call_EQQccHAocg8ICKtWjqyjNQ7k|fc_0ce43b44bb495320016a58a957e1e0819884441dbf67390a9c","toolName":"irc","content":[{"type":"text","text":"Delivered to 1 peer(s):\n- Main: injected"}],"details":{"op":"send","from":"HardenBinaryValidator","to":"Main","receipts":[{"to":"Main","outcome":"injected"}]},"isError":false,"timestamp":1784195416986}}
{"type":"message","id":"7e7b8212","parentId":"922b9fb1","timestamp":"2026-07-16T09:50:16.986Z","message":{"role":"user","content":"Your current interruptible wait was interrupted because an IRC message arrived from your parent agent `Main`.\n\nParent IRC message:\n\nAlso close confirmed P2 OMP_SPT_STRINGS_DIR source-identity bypass: production packer must source canonical adapter/strings from frozen repo. Remove override or make any test seam require exact byte-for-byte canonical tree, including package version and extension/skills. Adjust archive tests to mutate copied repo/root rather than inject arbitrary external payload.","attribution":"agent","timestamp":1784195249281,"steering":true}}
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{"type":"message","id":"268382e4","parentId":"cdb24d34","timestamp":"2026-07-16T09:50:25.906Z","message":{"role":"toolResult","toolCallId":"call_09A3Fw9Ri3Dh59ZhUr4BJj0P|fc_0ce43b44bb495320016a58a961d3708198a99ae3213badb030","toolName":"grep","content":[{"type":"text","text":"# ci/publish/\n## package-adapter.sh#0A7A\n 13:# spt-core classifies the recognized triple directories and flattens this\n*14:# node's binary beside the shared root. The manifest's v0.31.0 floor is above\n 15:# the v0.13.2 multi-platform archive floor. Dry-run is the default.\n 16:#\n 17:# Usage:\n...\n 24:MANIFEST=\"$ADAPTER/omp-spt.toml\"   # renamed to manifest.toml INSIDE the archive (root-only rule)\n*25:STRINGS=\"${OMP_SPT_STRINGS_DIR:-$ADAPTER/strings}\"\n 26:EXTENSION=\"$STRINGS/omp-spt.mjs\"\n 27:SHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\n 28:TOOLS=\"$ROOT/tools\"\n...\n 64:\n*65:# Every shared plugin file is load-bearing. Refuse a partially staged plugin rather than shipping\n 66:# an adapter that registers but lacks native extension discovery or a lifecycle skill.\n 67:for rel in $SHARED_FILES; do\n 68:  if [ ! -f \"$STRINGS/$rel\" ]; then\n*69:    echo \"REFUSING to package: required shared plugin file missing: $STRINGS/$rel\" >&2\n 70:    exit 1\n 71:  fi\n 72:done\n...\n 228:[ \"$fatal\" -eq 0 ] || exit 1\n*229:echo \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n 230:\n 231:echo\n 232:echo \"WROTE $OUT (single fat adapter.spt). Next (operator): attach as 'adapter.spt' to a GitHub release\"\n\n# tests/\n## adapter-archive.sh#E505\n 386:printf '%s\\n' 'wrong extension' >\"$BAD_STRINGS/other.mjs\"\n*387:expect_packer_failure \"incomplete shared plugin\" \"required shared plugin file missing\" \\\n 388:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n*389:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_STRINGS_DIR=\"$BAD_STRINGS\" \\\n 390:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 391:\n 392:OUT=\"$TMP/adapter.spt\"\n...\n 417:if [ \"$NORMALIZED\" = \"$EXPECTED\" ]; then\n*418:  ok \"archive has deterministic exact shared and three-target membership\"\n 419:else\n 420:  fail \"archive membership mismatch: [$NORMALIZED]\"\n 421:fi\n...\n 453:if printf '%s\\n' \"$NORMALIZED\" | grep -qE \"^($WIN_TRIPLE|$GNU_TRIPLE|$MUSL_TRIPLE)/(manifest\\.toml|strings/)\"; then\n*454:  fail \"shared plugin files are duplicated under a target\"\n 455:else\n*456:  ok \"shared plugin files remain root-only\"\n 457:fi\n 458:\n 459:# The archive writer itself rejects an unintended file under the musl directory rather than"}],"details":{"scopePath":"ci/publish/create-adapter-archive.py, ci/publish/package-adapter.sh, tests/adapter-archive.sh","searchPath":"C:\\Users\\decid\\Documents\\projects\\omp-spt","cwd":"C:\\Users\\decid\\Documents\\projects\\omp-spt","matchCount":10,"fileCount":2,"files":["ci/publish/package-adapter.sh","tests/adapter-archive.sh"],"fileMatches":[{"path":"ci/publish/package-adapter.sh","count":5},{"path":"tests/adapter-archive.sh","count":5}],"truncated":false,"displayContent":"# ci/publish/\n## package-adapter.sh#0A7A\n  13│# spt-core classifies the recognized triple directories and flattens this\n *14│# node's binary beside the shared root. The manifest's v0.31.0 floor is above\n  15│# the v0.13.2 multi-platform archive floor. Dry-run is the default.\n  16│#\n  17│# Usage:\n    │...\n  24│MANIFEST=\"$ADAPTER/omp-spt.toml\"   # renamed to manifest.toml INSIDE the archive (root-only rule)\n *25│STRINGS=\"${OMP_SPT_STRINGS_DIR:-$ADAPTER/strings}\"\n  26│EXTENSION=\"$STRINGS/omp-spt.mjs\"\n  27│SHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\n  28│TOOLS=\"$ROOT/tools\"\n    │...\n  64│\n *65│# Every shared plugin file is load-bearing. Refuse a partially staged plugin rather than shipping\n  66│# an adapter that registers but lacks native extension discovery or a lifecycle skill.\n  67│for rel in $SHARED_FILES; do\n  68│  if [ ! -f \"$STRINGS/$rel\" ]; then\n *69│    echo \"REFUSING to package: required shared plugin file missing: $STRINGS/$rel\" >&2\n  70│    exit 1\n  71│  fi\n  72│done\n    │...\n 228│[ \"$fatal\" -eq 0 ] || exit 1\n*229│echo \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n 230│\n 231│echo\n 232│echo \"WROTE $OUT (single fat adapter.spt). Next (operator): attach as 'adapter.spt' to a GitHub release\"\n\n# tests/\n## adapter-archive.sh#E505\n 386│printf '%s\\n' 'wrong extension' >\"$BAD_STRINGS/other.mjs\"\n*387│expect_packer_failure \"incomplete shared plugin\" \"required shared plugin file missing\" \\\n 388│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n*389│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_STRINGS_DIR=\"$BAD_STRINGS\" \\\n 390│  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 391│\n 392│OUT=\"$TMP/adapter.spt\"\n    │...\n 417│if [ \"$NORMALIZED\" = \"$EXPECTED\" ]; then\n*418│  ok \"archive has deterministic exact shared and three-target membership\"\n 419│else\n 420│  fail \"archive membership mismatch: [$NORMALIZED]\"\n 421│fi\n    │...\n 453│if printf '%s\\n' \"$NORMALIZED\" | grep -qE \"^($WIN_TRIPLE|$GNU_TRIPLE|$MUSL_TRIPLE)/(manifest\\.toml|strings/)\"; then\n*454│  fail \"shared plugin files are duplicated under a target\"\n 455│else\n*456│  ok \"shared plugin files remain root-only\"\n 457│fi\n 458│\n 459│# The archive writer itself rejects an unintended file under the musl directory rather than"},"isError":false,"timestamp":1784195425906}}
{"type":"message","id":"f9b77cad","parentId":"268382e4","timestamp":"2026-07-16T09:50:25.908Z","message":{"role":"toolResult","toolCallId":"call_hx95XN9Sz603YSBNVpn4f4AB|fc_0ce43b44bb495320016a58a961d3548198bfe9b57f9bd8511d","toolName":"grep","content":[{"type":"text","text":"# ci/publish/\n## create-adapter-archive.py#5796\n 1:#!/usr/bin/env python3\n*2:\"\"\"Create the exact fat adapter archive with portable, explicit member modes.\"\"\"\n 3:\n 4:from __future__ import annotations\n 5:\n...\n 16:    arcname: str,\n*17:    mode: int,\n 18:    epoch: int,\n 19:) -> None:\n 20:    info = archive.gettarinfo(str(source), arcname=arcname)\n*21:    info.mode = mode\n 22:    info.mtime = epoch\n 23:    info.uid = 0\n 24:    info.gid = 0\n...\n 59:        epoch = int(os.environ.get(\"SOURCE_DATE_EPOCH\", \"0\"), 10)\n*60:        gnu_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_LINUX_MODE\", \"0755\"), 8)\n*61:        musl_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_MUSL_MODE\", \"0755\"), 8)\n 62:    except ValueError as error:\n 63:        print(f\"invalid archive metadata setting: {error}\", file=sys.stderr)\n 64:        return 2\n...\n 105:        (stage / gnu_triple, gnu_triple, 0o755),\n*106:        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", gnu_mode),\n 107:        (stage / musl_triple, musl_triple, 0o755),\n*108:        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", musl_mode),\n 109:    ]\n 110:    directories = {\n 111:        \"strings\",\n...\n 151:        with gzip.GzipFile(\n*152:            filename=\"\", mode=\"wb\", fileobj=raw_archive, mtime=epoch\n 153:        ) as compressed:\n 154:            with tarfile.open(\n*155:                fileobj=compressed, mode=\"w\", format=tarfile.PAX_FORMAT\n 156:            ) as archive:\n*157:                for source, arcname, mode in members:\n*158:                    add_member(archive, source, arcname, mode, epoch)\n 159:    return 0\n 160:\n 161:\n## package-adapter.sh#0A7A\n 51:done\n*52:[ -n \"$PY\" ] || { echo \"FATAL: Python is required to validate release targets and author portable archive modes\"; exit 2; }\n 53:\n 54:magic_of_file() {\n 55:  od -An -tx1 -N4 \"$1\" 2>/dev/null | tr -d '[:space:]'\n...\n 129:\n*130:# Stage the exact archive root, then write it with explicit portable member modes. Python's tar\n*131:# writer authors both Linux files as 0755 even when cross-packaging on MSYS/NTFS.\n 132:STAGE=$(mktemp -d \"${TMPDIR:-/tmp}/omp-spt-adapter.XXXXXX\") || { echo \"FATAL: mktemp failed\"; exit 2; }\n 133:trap 'rm -rf \"$STAGE\"' EXIT\n 134:cp \"$MANIFEST\" \"$STAGE/manifest.toml\" || { echo \"FATAL: could not stage manifest.toml\"; exit 2; }\n...\n 154:  || { echo \"FATAL: portable archive writer failed\"; exit 2; }\n*155:# Self-validate the completed artifact: exact deterministic membership, portable modes, target\n 156:# formats/linkage, and byte-for-byte identity with every staged release input.\n 157:echo\n 158:echo \"== validate archive ==\"\n...\n 218:for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n*219:  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n*220:  case \"$mode\" in\n 221:    -rwx*) : ;;\n*222:    *) echo \"FATAL: archived $triple payload is not executable ($mode)\" >&2; fatal=1 ;;\n 223:  esac\n 224:done\n 225:\"$PY\" \"$BINARY_VALIDATOR\" \"$WIN_TRIPLE\" \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\" || fatal=1\n...\n 228:[ \"$fatal\" -eq 0 ] || exit 1\n*229:echo \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n 230:\n 231:echo\n 232:echo \"WROTE $OUT (single fat adapter.spt). Next (operator): attach as 'adapter.spt' to a GitHub release\"\n\n# tests/\n## adapter-archive.sh#E505\n 262:cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*263:chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n 264:\n 265:expect_packer_failure() {\n 266:  name=$1\n...\n 294:    || { fail \"$name could not install fixture\"; return; }\n*295:  chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n 296:  expect_packer_failure \"$name\" \"$expected\" \\\n 297:    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 298:    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n...\n 344:cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n*345:chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n 346:\n 347:expect_packer_failure \"missing musl helper\" \"MISS\" \\\n 348:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n...\n 372:cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*373:chmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\n 374:expect_packer_failure \"non-executable archived GNU helper\" \"is not executable\" \\\n 375:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n*376:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_LINUX_MODE=0644 \\\n 377:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 378:\n 379:expect_packer_failure \"non-executable archived musl helper\" \"is not executable\" \\\n 380:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n*381:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_MUSL_MODE=0644 \\\n 382:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 383:\n 384:BAD_STRINGS=\"$TMP/bad-strings\"\n...\n 427:  [ \"$magic\" = \"7f454c46\" ] && ok \"$triple member retains ELF magic\" || fail \"$triple member magic=$magic\"\n*428:  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" | awk 'NR == 1 {print $1}')\n*429:  case \"$mode\" in -rwx*) ok \"$triple member is executable ($mode)\" ;; *) fail \"$triple member is not executable ($mode)\" ;; esac\n 430:done\n 431:\n 432:VERIFY=\"$TMP/exact-payloads\""}],"details":{"scopePath":"ci/publish/create-adapter-archive.py, ci/publish/package-adapter.sh, tests/adapter-archive.sh","searchPath":"C:\\Users\\decid\\Documents\\projects\\omp-spt","cwd":"C:\\Users\\decid\\Documents\\projects\\omp-spt","matchCount":27,"fileCount":3,"files":["ci/publish/create-adapter-archive.py","ci/publish/package-adapter.sh","tests/adapter-archive.sh"],"fileMatches":[{"path":"ci/publish/create-adapter-archive.py","count":11},{"path":"ci/publish/package-adapter.sh","count":8},{"path":"tests/adapter-archive.sh","count":8}],"truncated":false,"displayContent":"# ci/publish/\n## create-adapter-archive.py#5796\n   1│#!/usr/bin/env python3\n  *2│\"\"\"Create the exact fat adapter archive with portable, explicit member modes.\"\"\"\n   3│\n   4│from __future__ import annotations\n   5│\n    │...\n  16│    arcname: str,\n *17│    mode: int,\n  18│    epoch: int,\n  19│) -> None:\n  20│    info = archive.gettarinfo(str(source), arcname=arcname)\n *21│    info.mode = mode\n  22│    info.mtime = epoch\n  23│    info.uid = 0\n  24│    info.gid = 0\n    │...\n  59│        epoch = int(os.environ.get(\"SOURCE_DATE_EPOCH\", \"0\"), 10)\n *60│        gnu_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_LINUX_MODE\", \"0755\"), 8)\n *61│        musl_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_MUSL_MODE\", \"0755\"), 8)\n  62│    except ValueError as error:\n  63│        print(f\"invalid archive metadata setting: {error}\", file=sys.stderr)\n  64│        return 2\n    │...\n 105│        (stage / gnu_triple, gnu_triple, 0o755),\n*106│        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", gnu_mode),\n 107│        (stage / musl_triple, musl_triple, 0o755),\n*108│        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", musl_mode),\n 109│    ]\n 110│    directories = {\n 111│        \"strings\",\n    │...\n 151│        with gzip.GzipFile(\n*152│            filename=\"\", mode=\"wb\", fileobj=raw_archive, mtime=epoch\n 153│        ) as compressed:\n 154│            with tarfile.open(\n*155│                fileobj=compressed, mode=\"w\", format=tarfile.PAX_FORMAT\n 156│            ) as archive:\n*157│                for source, arcname, mode in members:\n*158│                    add_member(archive, source, arcname, mode, epoch)\n 159│    return 0\n 160│\n 161│\n## package-adapter.sh#0A7A\n  51│done\n *52│[ -n \"$PY\" ] || { echo \"FATAL: Python is required to validate release targets and author portable archive modes\"; exit 2; }\n  53│\n  54│magic_of_file() {\n  55│  od -An -tx1 -N4 \"$1\" 2>/dev/null | tr -d '[:space:]'\n    │...\n 129│\n*130│# Stage the exact archive root, then write it with explicit portable member modes. Python's tar\n*131│# writer authors both Linux files as 0755 even when cross-packaging on MSYS/NTFS.\n 132│STAGE=$(mktemp -d \"${TMPDIR:-/tmp}/omp-spt-adapter.XXXXXX\") || { echo \"FATAL: mktemp failed\"; exit 2; }\n 133│trap 'rm -rf \"$STAGE\"' EXIT\n 134│cp \"$MANIFEST\" \"$STAGE/manifest.toml\" || { echo \"FATAL: could not stage manifest.toml\"; exit 2; }\n    │...\n 154│  || { echo \"FATAL: portable archive writer failed\"; exit 2; }\n*155│# Self-validate the completed artifact: exact deterministic membership, portable modes, target\n 156│# formats/linkage, and byte-for-byte identity with every staged release input.\n 157│echo\n 158│echo \"== validate archive ==\"\n    │...\n 218│for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n*219│  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n*220│  case \"$mode\" in\n 221│    -rwx*) : ;;\n*222│    *) echo \"FATAL: archived $triple payload is not executable ($mode)\" >&2; fatal=1 ;;\n 223│  esac\n 224│done\n 225│\"$PY\" \"$BINARY_VALIDATOR\" \"$WIN_TRIPLE\" \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\" || fatal=1\n    │...\n 228│[ \"$fatal\" -eq 0 ] || exit 1\n*229│echo \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n 230│\n 231│echo\n 232│echo \"WROTE $OUT (single fat adapter.spt). Next (operator): attach as 'adapter.spt' to a GitHub release\"\n\n# tests/\n## adapter-archive.sh#E505\n 262│cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*263│chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n 264│\n 265│expect_packer_failure() {\n 266│  name=$1\n    │...\n 294│    || { fail \"$name could not install fixture\"; return; }\n*295│  chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n 296│  expect_packer_failure \"$name\" \"$expected\" \\\n 297│    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n 298│    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n    │...\n 344│cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n*345│chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n 346│\n 347│expect_packer_failure \"missing musl helper\" \"MISS\" \\\n 348│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n    │...\n 372│cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n*373│chmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\n 374│expect_packer_failure \"non-executable archived GNU helper\" \"is not executable\" \\\n 375│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n*376│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_LINUX_MODE=0644 \\\n 377│  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 378│\n 379│expect_packer_failure \"non-executable archived musl helper\" \"is not executable\" \\\n 380│  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n*381│  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_MUSL_MODE=0644 \\\n 382│  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n 383│\n 384│BAD_STRINGS=\"$TMP/bad-strings\"\n    │...\n 427│  [ \"$magic\" = \"7f454c46\" ] && ok \"$triple member retains ELF magic\" || fail \"$triple member magic=$magic\"\n*428│  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" | awk 'NR == 1 {print $1}')\n*429│  case \"$mode\" in -rwx*) ok \"$triple member is executable ($mode)\" ;; *) fail \"$triple member is not executable ($mode)\" ;; esac\n 430│done\n 431│\n 432│VERIFY=\"$TMP/exact-payloads\""},"isError":false,"timestamp":1784195425908}}
{"type":"message","id":"a1f05096","parentId":"f9b77cad","timestamp":"2026-07-16T09:50:25.910Z","message":{"role":"toolResult","toolCallId":"call_AolCHHwUhlUjLn0LScGxqx0k|fc_0ce43b44bb495320016a58a961d3808198ad5db08e22329f29","toolName":"read","content":[{"type":"text","text":"[package-adapter.sh#0A7A]\n1:#!/bin/sh\n2:# Pack the multi-platform `adapter.spt` release asset acquired from\n3:# `BigscreenVR/omp-spt` and used by the manifest's `gh_release` update avenue.\n4:# [impl->REQ-DIST-ADAPTER-RELEASE]\n5:#\n6:# Archive root:\n7:#   manifest.toml\n8:#   strings/{omp-spt.mjs,package.json,skills/*/SKILL.md}\n9:#   x86_64-pc-windows-msvc/omp-spt.exe\n10:#   x86_64-unknown-linux-gnu/omp-spt\n11:#   x86_64-unknown-linux-musl/omp-spt\n12:#\n13:# spt-core classifies the recognized triple directories and flattens this\n14:# node's binary beside the shared root. The manifest's v0.31.0 floor is above\n15:# the v0.13.2 multi-platform archive floor. Dry-run is the default.\n16:#\n17:# Usage:\n18:#   package-adapter.sh            # dry-run: validate + print the archive plan, write nothing\n19:#   package-adapter.sh --apply    # write dist/adapter.spt (validated)\n20:set -u\n21:HERE=$(CDPATH= cd \"$(dirname \"$0\")\" && pwd)\n22:ROOT=$(CDPATH= cd \"$HERE/../..\" && pwd)\n23:ADAPTER=\"$ROOT/adapter\"\n24:MANIFEST=\"$ADAPTER/omp-spt.toml\"   # renamed to manifest.toml INSIDE the archive (root-only rule)\n25:STRINGS=\"${OMP_SPT_STRINGS_DIR:-$ADAPTER/strings}\"\n26:EXTENSION=\"$STRINGS/omp-spt.mjs\"\n27:SHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\n28:TOOLS=\"$ROOT/tools\"\n29:OUT=\"${ADAPTER_SPT_OUT:-$ROOT/dist/adapter.spt}\"   # overridable so the unit test writes to a tmp file\n30:ARCHIVE_WRITER=\"$HERE/create-adapter-archive.py\"\n31:BINARY_VALIDATOR=\"$HERE/validate-release-binary.py\"\n32:APPLY=0\n33:[ \"${1:-}\" = \"--apply\" ] && APPLY=1\n34:\n35:# Native Windows builds land in target/release; Linux cross-builds land in their\n36:# target-specific release directories. Tests may override those locations.\n37:WIN_TRIPLE=x86_64-pc-windows-msvc\n38:GNU_TRIPLE=x86_64-unknown-linux-gnu\n39:MUSL_TRIPLE=x86_64-unknown-linux-musl\n40:WIN_RELSUB=\"${OMP_SPT_WIN_RELSUB:-release}\"\n41:GNU_RELSUB=\"${OMP_SPT_LINUX_RELSUB:-$GNU_TRIPLE/release}\"\n42:MUSL_RELSUB=\"${OMP_SPT_MUSL_RELSUB:-$MUSL_TRIPLE/release}\"\n43:BINS=\"omp-spt\"\n44:\n45:PY=\"\"\n46:for cand in \"${OMP_SPT_PYTHON:-}\" python python3 py; do\n47:  [ -n \"$cand\" ] || continue\n48:  command -v \"$cand\" >/dev/null 2>&1 || continue\n49:  PY=$cand\n50:  break\n51:done\n52:[ -n \"$PY\" ] || { echo \"FATAL: Python is required to validate release targets and author portable archive modes\"; exit 2; }\n53:\n54:magic_of_file() {\n55:  od -An -tx1 -N4 \"$1\" 2>/dev/null | tr -d '[:space:]'\n56:}\n57:\n58:# Validate the manifest first — refuse to ship an invalid adapter.\n59:echo \"== validate manifest ==\"\n60:if ! sh \"$ROOT/ci/manifest/check-manifest.sh\"; then\n61:  echo \"REFUSING to package: manifest failed schema validation (fix above, then retry).\" >&2\n62:  exit 1\n63:fi\n64:\n65:# Every shared plugin file is load-bearing. Refuse a partially staged plugin rather than shipping\n66:# an adapter that registers but lacks native extension discovery or a lifecycle skill.\n67:for rel in $SHARED_FILES; do\n68:  if [ ! -f \"$STRINGS/$rel\" ]; then\n69:    echo \"REFUSING to package: required shared plugin file missing: $STRINGS/$rel\" >&2\n70:    exit 1\n71:  fi\n72:done\n73:\n74:# A fat archive is only readable on spt-core >= 0.13.2 — the manifest MUST declare that floor.\n75:floor=$(grep -E '^min_spt_core_version' \"$MANIFEST\" | head -1 | sed -E 's/.*\"([^\"]+)\".*/\\1/')\n76:case \"$floor\" in\n77:  0.13.2|0.13.[3-9]*|0.1[4-9].*|0.[2-9][0-9].*|[1-9].*) : ;;\n78:  *) echo \"REFUSING to package: min_spt_core_version is '$floor' but a multi-platform fat .spt needs >= 0.13.2 (doyle).\" >&2; exit 1 ;;\n79:esac\n80:\n81:# Require ALL three release binaries. The validator checks real PE32+/ELF64 x86_64 headers,\n82:# the GNU program interpreter, and the musl target's static-link contract (no PT_INTERP or\n83:# DT_NEEDED). Merely renaming another target's binary cannot satisfy the release.\n84:# [impl->REQ-DIST-LINUX-MUSL]\n85:echo\n86:echo \"== tool binaries ==\"\n87:invalid=0\n88:win_path()  { echo \"$TOOLS/omp-spt/target/$WIN_RELSUB/$1.exe\"; }\n89:gnu_path()  { echo \"$TOOLS/omp-spt/target/$GNU_RELSUB/$1\"; }\n90:musl_path() { echo \"$TOOLS/omp-spt/target/$MUSL_RELSUB/$1\"; }\n91:validate_binary() {\n92:  target=$1\n93:  path=$2\n94:  if [ ! -f \"$path\" ]; then\n95:    echo \"  MISS  $path\"\n96:    invalid=1\n97:  elif ! \"$PY\" \"$BINARY_VALIDATOR\" \"$target\" \"$path\"; then\n98:    invalid=1\n99:  fi\n100:}\n101:for b in $BINS; do\n102:  validate_binary \"$WIN_TRIPLE\" \"$(win_path \"$b\")\"\n103:  validate_binary \"$GNU_TRIPLE\" \"$(gnu_path \"$b\")\"\n104:  validate_binary \"$MUSL_TRIPLE\" \"$(musl_path \"$b\")\"\n105:done\n106:if [ \"$invalid\" -ne 0 ]; then\n107:  echo \"REFUSING to package: build valid binaries for ALL release targets — Windows: sh ci/digest/build.sh;\" >&2\n108:  echo \"GNU + static musl Linux: cargo zigbuild --release --target <triple> --manifest-path tools/omp-spt/Cargo.toml\" >&2\n109:  echo \"(see docs/RELEASE-RUNBOOK.md).\" >&2\n110:  exit 1\n111:fi\n112:\n113:echo\n114:echo \"== plan ($([ \"$APPLY\" -eq 1 ] && echo APPLY || echo DRY-RUN)) ==\"\n115:echo \"manifest : $MANIFEST  ->  (root) manifest.toml          [min_spt_core $floor]\"\n116:echo \"plugin   : $STRINGS  ->  (root) strings/{omp-spt.mjs,package.json,skills/*/SKILL.md}\"\n117:echo \"win bin  : -> $WIN_TRIPLE/omp-spt.exe\"\n118:echo \"GNU bin  : -> $GNU_TRIPLE/omp-spt\"\n119:echo \"musl bin : -> $MUSL_TRIPLE/omp-spt  [ELF64 x86_64, static]\"\n120:echo \"asset    : $OUT  (the single fat adapter.spt — auto-resolves the host triple on install)\"\n121:\n122:if [ \"$APPLY\" -ne 1 ]; then\n123:  echo\n124:  echo \"DRY-RUN: nothing written. Re-run with --apply to write $OUT, then attach it as 'adapter.spt'\"\n125:  echo \"to a GitHub release on the monorepo. End users: 'spt adapter add --release BigscreenVR/omp-spt'\"\n126:  echo \"(default asset adapter.spt). Needs spt v$floor+. See docs/RELEASE-RUNBOOK.md.\"\n127:  exit 0\n128:fi\n129:\n130:# Stage the exact archive root, then write it with explicit portable member modes. Python's tar\n131:# writer authors both Linux files as 0755 even when cross-packaging on MSYS/NTFS.\n132:STAGE=$(mktemp -d \"${TMPDIR:-/tmp}/omp-spt-adapter.XXXXXX\") || { echo \"FATAL: mktemp failed\"; exit 2; }\n133:trap 'rm -rf \"$STAGE\"' EXIT\n134:cp \"$MANIFEST\" \"$STAGE/manifest.toml\" || { echo \"FATAL: could not stage manifest.toml\"; exit 2; }\n135:mkdir -p \"$STAGE/strings\" \"$STAGE/$WIN_TRIPLE\" \"$STAGE/$GNU_TRIPLE\" \"$STAGE/$MUSL_TRIPLE\" \\\n136:  || { echo \"FATAL: could not create archive staging directories\"; exit 2; }\n137:for rel in $SHARED_FILES; do\n138:  mkdir -p \"$(dirname \"$STAGE/strings/$rel\")\" \\\n139:    || { echo \"FATAL: could not stage strings/$rel parent\"; exit 2; }\n140:  cp \"$STRINGS/$rel\" \"$STAGE/strings/$rel\" \\\n141:    || { echo \"FATAL: could not stage strings/$rel\"; exit 2; }\n142:done\n143:for b in $BINS; do\n144:  cp \"$(win_path \"$b\")\" \"$STAGE/$WIN_TRIPLE/$b.exe\" \\\n145:    || { echo \"FATAL: could not stage $WIN_TRIPLE/$b.exe\"; exit 2; }\n146:  cp \"$(gnu_path \"$b\")\" \"$STAGE/$GNU_TRIPLE/$b\" \\\n147:    || { echo \"FATAL: could not stage $GNU_TRIPLE/$b\"; exit 2; }\n148:  cp \"$(musl_path \"$b\")\" \"$STAGE/$MUSL_TRIPLE/$b\" \\\n149:    || { echo \"FATAL: could not stage $MUSL_TRIPLE/$b\"; exit 2; }\n150:done\n151:\n152:mkdir -p \"$(dirname \"$OUT\")\" || { echo \"FATAL: cannot create $(dirname \"$OUT\")\"; exit 2; }\n153:\"$PY\" \"$ARCHIVE_WRITER\" \"$STAGE\" \"$OUT\" \"$WIN_TRIPLE\" \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\" \\\n154:  || { echo \"FATAL: portable archive writer failed\"; exit 2; }\n155:# Self-validate the completed artifact: exact deterministic membership, portable modes, target\n156:# formats/linkage, and byte-for-byte identity with every staged release input.\n157:echo\n158:echo \"== validate archive ==\"\n159:if ! listing=$(tar -tzf \"$OUT\"); then\n160:  echo \"FATAL: could not list completed archive\" >&2\n161:  exit 2\n162:fi\n163:expected=$(printf '%s\\n' \\\n164:  manifest.toml \\\n165:  strings \\\n166:  strings/omp-spt.mjs \\\n167:  strings/package.json \\\n168:  strings/skills \\\n169:  strings/skills/commune \\\n170:  strings/skills/commune/SKILL.md \\\n171:  strings/skills/role \\\n172:  strings/skills/role/SKILL.md \\\n173:  strings/skills/setup \\\n174:  strings/skills/setup/SKILL.md \\\n175:  strings/skills/signoff \\\n176:  strings/skills/signoff/SKILL.md \\\n177:  \"$WIN_TRIPLE\" \"$WIN_TRIPLE/omp-spt.exe\" \\\n178:  \"$GNU_TRIPLE\" \"$GNU_TRIPLE/omp-spt\" \\\n179:  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\n180:normalized=$(printf '%s\\n' \"$listing\" | sed 's:/$::' | sort)\n181:fatal=0\n182:if [ \"$normalized\" != \"$expected\" ]; then\n183:  echo \"FATAL: archive membership differs from the exact release contract\" >&2\n184:  echo \"expected: [$expected]\" >&2\n185:  echo \"actual:   [$normalized]\" >&2\n186:  fatal=1\n187:fi\n188:\n189:VERIFY=\"$STAGE/.archive-verify\"\n190:mkdir -p \"$VERIFY\"\n191:verify_exact() {\n192:  source=$1\n193:  member=$2\n194:  extracted=\"$VERIFY/$member\"\n195:  mkdir -p \"$(dirname \"$extracted\")\"\n196:  if ! tar -xOzf \"$OUT\" \"$member\" >\"$extracted\" 2>/dev/null; then\n197:    echo \"FATAL: could not extract $member for payload verification\" >&2\n198:    fatal=1\n199:  elif ! cmp -s \"$source\" \"$extracted\"; then\n200:    echo \"FATAL: archived $member differs from its release input\" >&2\n201:    fatal=1\n202:  fi\n203:}\n204:verify_exact \"$MANIFEST\" \"manifest.toml\"\n205:for rel in $SHARED_FILES; do\n206:  verify_exact \"$STRINGS/$rel\" \"strings/$rel\"\n207:done\n208:verify_exact \"$(win_path omp-spt)\" \"$WIN_TRIPLE/omp-spt.exe\"\n209:verify_exact \"$(gnu_path omp-spt)\" \"$GNU_TRIPLE/omp-spt\"\n210:verify_exact \"$(musl_path omp-spt)\" \"$MUSL_TRIPLE/omp-spt\"\n211:\n212:win_magic=$(magic_of_file \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\")\n213:gnu_magic=$(magic_of_file \"$VERIFY/$GNU_TRIPLE/omp-spt\")\n214:musl_magic=$(magic_of_file \"$VERIFY/$MUSL_TRIPLE/omp-spt\")\n215:case \"$win_magic\" in 4d5a*) : ;; *) echo \"FATAL: archived Windows payload is not PE\" >&2; fatal=1 ;; esac\n216:[ \"$gnu_magic\" = \"7f454c46\" ] || { echo \"FATAL: archived GNU payload is not ELF\" >&2; fatal=1; }\n217:[ \"$musl_magic\" = \"7f454c46\" ] || { echo \"FATAL: archived musl payload is not ELF\" >&2; fatal=1; }\n218:for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n219:  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n220:  case \"$mode\" in\n221:    -rwx*) : ;;\n222:    *) echo \"FATAL: archived $triple payload is not executable ($mode)\" >&2; fatal=1 ;;\n223:  esac\n224:done\n225:\"$PY\" \"$BINARY_VALIDATOR\" \"$WIN_TRIPLE\" \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\" || fatal=1\n226:\"$PY\" \"$BINARY_VALIDATOR\" \"$GNU_TRIPLE\" \"$VERIFY/$GNU_TRIPLE/omp-spt\" || fatal=1\n227:\"$PY\" \"$BINARY_VALIDATOR\" \"$MUSL_TRIPLE\" \"$VERIFY/$MUSL_TRIPLE/omp-spt\" || fatal=1\n228:[ \"$fatal\" -eq 0 ] || exit 1\n229:echo \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n230:\n231:echo\n232:echo \"WROTE $OUT (single fat adapter.spt). Next (operator): attach as 'adapter.spt' to a GitHub release\"\n233:echo \"on BigscreenVR/omp-spt; end users 'spt adapter add --release BigscreenVR/omp-spt' (spt\"\n\n[Showing lines 1-233 of 236. Use :234 to continue]"}],"details":{"truncation":{"content":"#!/bin/sh\n# Pack the multi-platform `adapter.spt` release asset acquired from\n# `BigscreenVR/omp-spt` and used by the manifest's `gh_release` update avenue.\n# [impl->REQ-DIST-ADAPTER-RELEASE]\n#\n# Archive root:\n#   manifest.toml\n#   strings/{omp-spt.mjs,package.json,skills/*/SKILL.md}\n#   x86_64-pc-windows-msvc/omp-spt.exe\n#   x86_64-unknown-linux-gnu/omp-spt\n#   x86_64-unknown-linux-musl/omp-spt\n#\n# spt-core classifies the recognized triple directories and flattens this\n# node's binary beside the shared root. The manifest's v0.31.0 floor is above\n# the v0.13.2 multi-platform archive floor. Dry-run is the default.\n#\n# Usage:\n#   package-adapter.sh            # dry-run: validate + print the archive plan, write nothing\n#   package-adapter.sh --apply    # write dist/adapter.spt (validated)\nset -u\nHERE=$(CDPATH= cd \"$(dirname \"$0\")\" && pwd)\nROOT=$(CDPATH= cd \"$HERE/../..\" && pwd)\nADAPTER=\"$ROOT/adapter\"\nMANIFEST=\"$ADAPTER/omp-spt.toml\"   # renamed to manifest.toml INSIDE the archive (root-only rule)\nSTRINGS=\"${OMP_SPT_STRINGS_DIR:-$ADAPTER/strings}\"\nEXTENSION=\"$STRINGS/omp-spt.mjs\"\nSHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\nTOOLS=\"$ROOT/tools\"\nOUT=\"${ADAPTER_SPT_OUT:-$ROOT/dist/adapter.spt}\"   # overridable so the unit test writes to a tmp file\nARCHIVE_WRITER=\"$HERE/create-adapter-archive.py\"\nBINARY_VALIDATOR=\"$HERE/validate-release-binary.py\"\nAPPLY=0\n[ \"${1:-}\" = \"--apply\" ] && APPLY=1\n\n# Native Windows builds land in target/release; Linux cross-builds land in their\n# target-specific release directories. Tests may override those locations.\nWIN_TRIPLE=x86_64-pc-windows-msvc\nGNU_TRIPLE=x86_64-unknown-linux-gnu\nMUSL_TRIPLE=x86_64-unknown-linux-musl\nWIN_RELSUB=\"${OMP_SPT_WIN_RELSUB:-release}\"\nGNU_RELSUB=\"${OMP_SPT_LINUX_RELSUB:-$GNU_TRIPLE/release}\"\nMUSL_RELSUB=\"${OMP_SPT_MUSL_RELSUB:-$MUSL_TRIPLE/release}\"\nBINS=\"omp-spt\"\n\nPY=\"\"\nfor cand in \"${OMP_SPT_PYTHON:-}\" python python3 py; do\n  [ -n \"$cand\" ] || continue\n  command -v \"$cand\" >/dev/null 2>&1 || continue\n  PY=$cand\n  break\ndone\n[ -n \"$PY\" ] || { echo \"FATAL: Python is required to validate release targets and author portable archive modes\"; exit 2; }\n\nmagic_of_file() {\n  od -An -tx1 -N4 \"$1\" 2>/dev/null | tr -d '[:space:]'\n}\n\n# Validate the manifest first — refuse to ship an invalid adapter.\necho \"== validate manifest ==\"\nif ! sh \"$ROOT/ci/manifest/check-manifest.sh\"; then\n  echo \"REFUSING to package: manifest failed schema validation (fix above, then retry).\" >&2\n  exit 1\nfi\n\n# Every shared plugin file is load-bearing. Refuse a partially staged plugin rather than shipping\n# an adapter that registers but lacks native extension discovery or a lifecycle skill.\nfor rel in $SHARED_FILES; do\n  if [ ! -f \"$STRINGS/$rel\" ]; then\n    echo \"REFUSING to package: required shared plugin file missing: $STRINGS/$rel\" >&2\n    exit 1\n  fi\ndone\n\n# A fat archive is only readable on spt-core >= 0.13.2 — the manifest MUST declare that floor.\nfloor=$(grep -E '^min_spt_core_version' \"$MANIFEST\" | head -1 | sed -E 's/.*\"([^\"]+)\".*/\\1/')\ncase \"$floor\" in\n  0.13.2|0.13.[3-9]*|0.1[4-9].*|0.[2-9][0-9].*|[1-9].*) : ;;\n  *) echo \"REFUSING to package: min_spt_core_version is '$floor' but a multi-platform fat .spt needs >= 0.13.2 (doyle).\" >&2; exit 1 ;;\nesac\n\n# Require ALL three release binaries. The validator checks real PE32+/ELF64 x86_64 headers,\n# the GNU program interpreter, and the musl target's static-link contract (no PT_INTERP or\n# DT_NEEDED). Merely renaming another target's binary cannot satisfy the release.\n# [impl->REQ-DIST-LINUX-MUSL]\necho\necho \"== tool binaries ==\"\ninvalid=0\nwin_path()  { echo \"$TOOLS/omp-spt/target/$WIN_RELSUB/$1.exe\"; }\ngnu_path()  { echo \"$TOOLS/omp-spt/target/$GNU_RELSUB/$1\"; }\nmusl_path() { echo \"$TOOLS/omp-spt/target/$MUSL_RELSUB/$1\"; }\nvalidate_binary() {\n  target=$1\n  path=$2\n  if [ ! -f \"$path\" ]; then\n    echo \"  MISS  $path\"\n    invalid=1\n  elif ! \"$PY\" \"$BINARY_VALIDATOR\" \"$target\" \"$path\"; then\n    invalid=1\n  fi\n}\nfor b in $BINS; do\n  validate_binary \"$WIN_TRIPLE\" \"$(win_path \"$b\")\"\n  validate_binary \"$GNU_TRIPLE\" \"$(gnu_path \"$b\")\"\n  validate_binary \"$MUSL_TRIPLE\" \"$(musl_path \"$b\")\"\ndone\nif [ \"$invalid\" -ne 0 ]; then\n  echo \"REFUSING to package: build valid binaries for ALL release targets — Windows: sh ci/digest/build.sh;\" >&2\n  echo \"GNU + static musl Linux: cargo zigbuild --release --target <triple> --manifest-path tools/omp-spt/Cargo.toml\" >&2\n  echo \"(see docs/RELEASE-RUNBOOK.md).\" >&2\n  exit 1\nfi\n\necho\necho \"== plan ($([ \"$APPLY\" -eq 1 ] && echo APPLY || echo DRY-RUN)) ==\"\necho \"manifest : $MANIFEST  ->  (root) manifest.toml          [min_spt_core $floor]\"\necho \"plugin   : $STRINGS  ->  (root) strings/{omp-spt.mjs,package.json,skills/*/SKILL.md}\"\necho \"win bin  : -> $WIN_TRIPLE/omp-spt.exe\"\necho \"GNU bin  : -> $GNU_TRIPLE/omp-spt\"\necho \"musl bin : -> $MUSL_TRIPLE/omp-spt  [ELF64 x86_64, static]\"\necho \"asset    : $OUT  (the single fat adapter.spt — auto-resolves the host triple on install)\"\n\nif [ \"$APPLY\" -ne 1 ]; then\n  echo\n  echo \"DRY-RUN: nothing written. Re-run with --apply to write $OUT, then attach it as 'adapter.spt'\"\n  echo \"to a GitHub release on the monorepo. End users: 'spt adapter add --release BigscreenVR/omp-spt'\"\n  echo \"(default asset adapter.spt). Needs spt v$floor+. See docs/RELEASE-RUNBOOK.md.\"\n  exit 0\nfi\n\n# Stage the exact archive root, then write it with explicit portable member modes. Python's tar\n# writer authors both Linux files as 0755 even when cross-packaging on MSYS/NTFS.\nSTAGE=$(mktemp -d \"${TMPDIR:-/tmp}/omp-spt-adapter.XXXXXX\") || { echo \"FATAL: mktemp failed\"; exit 2; }\ntrap 'rm -rf \"$STAGE\"' EXIT\ncp \"$MANIFEST\" \"$STAGE/manifest.toml\" || { echo \"FATAL: could not stage manifest.toml\"; exit 2; }\nmkdir -p \"$STAGE/strings\" \"$STAGE/$WIN_TRIPLE\" \"$STAGE/$GNU_TRIPLE\" \"$STAGE/$MUSL_TRIPLE\" \\\n  || { echo \"FATAL: could not create archive staging directories\"; exit 2; }\nfor rel in $SHARED_FILES; do\n  mkdir -p \"$(dirname \"$STAGE/strings/$rel\")\" \\\n    || { echo \"FATAL: could not stage strings/$rel parent\"; exit 2; }\n  cp \"$STRINGS/$rel\" \"$STAGE/strings/$rel\" \\\n    || { echo \"FATAL: could not stage strings/$rel\"; exit 2; }\ndone\nfor b in $BINS; do\n  cp \"$(win_path \"$b\")\" \"$STAGE/$WIN_TRIPLE/$b.exe\" \\\n    || { echo \"FATAL: could not stage $WIN_TRIPLE/$b.exe\"; exit 2; }\n  cp \"$(gnu_path \"$b\")\" \"$STAGE/$GNU_TRIPLE/$b\" \\\n    || { echo \"FATAL: could not stage $GNU_TRIPLE/$b\"; exit 2; }\n  cp \"$(musl_path \"$b\")\" \"$STAGE/$MUSL_TRIPLE/$b\" \\\n    || { echo \"FATAL: could not stage $MUSL_TRIPLE/$b\"; exit 2; }\ndone\n\nmkdir -p \"$(dirname \"$OUT\")\" || { echo \"FATAL: cannot create $(dirname \"$OUT\")\"; exit 2; }\n\"$PY\" \"$ARCHIVE_WRITER\" \"$STAGE\" \"$OUT\" \"$WIN_TRIPLE\" \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\" \\\n  || { echo \"FATAL: portable archive writer failed\"; exit 2; }\n# Self-validate the completed artifact: exact deterministic membership, portable modes, target\n# formats/linkage, and byte-for-byte identity with every staged release input.\necho\necho \"== validate archive ==\"\nif ! listing=$(tar -tzf \"$OUT\"); then\n  echo \"FATAL: could not list completed archive\" >&2\n  exit 2\nfi\nexpected=$(printf '%s\\n' \\\n  manifest.toml \\\n  strings \\\n  strings/omp-spt.mjs \\\n  strings/package.json \\\n  strings/skills \\\n  strings/skills/commune \\\n  strings/skills/commune/SKILL.md \\\n  strings/skills/role \\\n  strings/skills/role/SKILL.md \\\n  strings/skills/setup \\\n  strings/skills/setup/SKILL.md \\\n  strings/skills/signoff \\\n  strings/skills/signoff/SKILL.md \\\n  \"$WIN_TRIPLE\" \"$WIN_TRIPLE/omp-spt.exe\" \\\n  \"$GNU_TRIPLE\" \"$GNU_TRIPLE/omp-spt\" \\\n  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\nnormalized=$(printf '%s\\n' \"$listing\" | sed 's:/$::' | sort)\nfatal=0\nif [ \"$normalized\" != \"$expected\" ]; then\n  echo \"FATAL: archive membership differs from the exact release contract\" >&2\n  echo \"expected: [$expected]\" >&2\n  echo \"actual:   [$normalized]\" >&2\n  fatal=1\nfi\n\nVERIFY=\"$STAGE/.archive-verify\"\nmkdir -p \"$VERIFY\"\nverify_exact() {\n  source=$1\n  member=$2\n  extracted=\"$VERIFY/$member\"\n  mkdir -p \"$(dirname \"$extracted\")\"\n  if ! tar -xOzf \"$OUT\" \"$member\" >\"$extracted\" 2>/dev/null; then\n    echo \"FATAL: could not extract $member for payload verification\" >&2\n    fatal=1\n  elif ! cmp -s \"$source\" \"$extracted\"; then\n    echo \"FATAL: archived $member differs from its release input\" >&2\n    fatal=1\n  fi\n}\nverify_exact \"$MANIFEST\" \"manifest.toml\"\nfor rel in $SHARED_FILES; do\n  verify_exact \"$STRINGS/$rel\" \"strings/$rel\"\ndone\nverify_exact \"$(win_path omp-spt)\" \"$WIN_TRIPLE/omp-spt.exe\"\nverify_exact \"$(gnu_path omp-spt)\" \"$GNU_TRIPLE/omp-spt\"\nverify_exact \"$(musl_path omp-spt)\" \"$MUSL_TRIPLE/omp-spt\"\n\nwin_magic=$(magic_of_file \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\")\ngnu_magic=$(magic_of_file \"$VERIFY/$GNU_TRIPLE/omp-spt\")\nmusl_magic=$(magic_of_file \"$VERIFY/$MUSL_TRIPLE/omp-spt\")\ncase \"$win_magic\" in 4d5a*) : ;; *) echo \"FATAL: archived Windows payload is not PE\" >&2; fatal=1 ;; esac\n[ \"$gnu_magic\" = \"7f454c46\" ] || { echo \"FATAL: archived GNU payload is not ELF\" >&2; fatal=1; }\n[ \"$musl_magic\" = \"7f454c46\" ] || { echo \"FATAL: archived musl payload is not ELF\" >&2; fatal=1; }\nfor triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n  case \"$mode\" in\n    -rwx*) : ;;\n    *) echo \"FATAL: archived $triple payload is not executable ($mode)\" >&2; fatal=1 ;;\n  esac\ndone\n\"$PY\" \"$BINARY_VALIDATOR\" \"$WIN_TRIPLE\" \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\" || fatal=1\n\"$PY\" \"$BINARY_VALIDATOR\" \"$GNU_TRIPLE\" \"$VERIFY/$GNU_TRIPLE/omp-spt\" || fatal=1\n\"$PY\" \"$BINARY_VALIDATOR\" \"$MUSL_TRIPLE\" \"$VERIFY/$MUSL_TRIPLE/omp-spt\" || fatal=1\n[ \"$fatal\" -eq 0 ] || exit 1\necho \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n\necho\necho \"WROTE $OUT (single fat adapter.spt). Next (operator): attach as 'adapter.spt' to a GitHub release\"\necho \"on BigscreenVR/omp-spt; end users 'spt adapter add --release BigscreenVR/omp-spt' (spt\"","truncated":true,"truncatedBy":"lines","totalLines":236,"totalBytes":10012,"outputLines":233,"outputBytes":10012,"lastLinePartial":false,"firstLineExceedsLimit":false},"displayContent":{"text":"#!/bin/sh\n# Pack the multi-platform `adapter.spt` release asset acquired from\n# `BigscreenVR/omp-spt` and used by the manifest's `gh_release` update avenue.\n# [impl->REQ-DIST-ADAPTER-RELEASE]\n#\n# Archive root:\n#   manifest.toml\n#   strings/{omp-spt.mjs,package.json,skills/*/SKILL.md}\n#   x86_64-pc-windows-msvc/omp-spt.exe\n#   x86_64-unknown-linux-gnu/omp-spt\n#   x86_64-unknown-linux-musl/omp-spt\n#\n# spt-core classifies the recognized triple directories and flattens this\n# node's binary beside the shared root. The manifest's v0.31.0 floor is above\n# the v0.13.2 multi-platform archive floor. Dry-run is the default.\n#\n# Usage:\n#   package-adapter.sh            # dry-run: validate + print the archive plan, write nothing\n#   package-adapter.sh --apply    # write dist/adapter.spt (validated)\nset -u\nHERE=$(CDPATH= cd \"$(dirname \"$0\")\" && pwd)\nROOT=$(CDPATH= cd \"$HERE/../..\" && pwd)\nADAPTER=\"$ROOT/adapter\"\nMANIFEST=\"$ADAPTER/omp-spt.toml\"   # renamed to manifest.toml INSIDE the archive (root-only rule)\nSTRINGS=\"${OMP_SPT_STRINGS_DIR:-$ADAPTER/strings}\"\nEXTENSION=\"$STRINGS/omp-spt.mjs\"\nSHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\nTOOLS=\"$ROOT/tools\"\nOUT=\"${ADAPTER_SPT_OUT:-$ROOT/dist/adapter.spt}\"   # overridable so the unit test writes to a tmp file\nARCHIVE_WRITER=\"$HERE/create-adapter-archive.py\"\nBINARY_VALIDATOR=\"$HERE/validate-release-binary.py\"\nAPPLY=0\n[ \"${1:-}\" = \"--apply\" ] && APPLY=1\n\n# Native Windows builds land in target/release; Linux cross-builds land in their\n# target-specific release directories. Tests may override those locations.\nWIN_TRIPLE=x86_64-pc-windows-msvc\nGNU_TRIPLE=x86_64-unknown-linux-gnu\nMUSL_TRIPLE=x86_64-unknown-linux-musl\nWIN_RELSUB=\"${OMP_SPT_WIN_RELSUB:-release}\"\nGNU_RELSUB=\"${OMP_SPT_LINUX_RELSUB:-$GNU_TRIPLE/release}\"\nMUSL_RELSUB=\"${OMP_SPT_MUSL_RELSUB:-$MUSL_TRIPLE/release}\"\nBINS=\"omp-spt\"\n\nPY=\"\"\nfor cand in \"${OMP_SPT_PYTHON:-}\" python python3 py; do\n  [ -n \"$cand\" ] || continue\n  command -v \"$cand\" >/dev/null 2>&1 || continue\n  PY=$cand\n  break\ndone\n[ -n \"$PY\" ] || { echo \"FATAL: Python is required to validate release targets and author portable archive modes\"; exit 2; }\n\nmagic_of_file() {\n  od -An -tx1 -N4 \"$1\" 2>/dev/null | tr -d '[:space:]'\n}\n\n# Validate the manifest first — refuse to ship an invalid adapter.\necho \"== validate manifest ==\"\nif ! sh \"$ROOT/ci/manifest/check-manifest.sh\"; then\n  echo \"REFUSING to package: manifest failed schema validation (fix above, then retry).\" >&2\n  exit 1\nfi\n\n# Every shared plugin file is load-bearing. Refuse a partially staged plugin rather than shipping\n# an adapter that registers but lacks native extension discovery or a lifecycle skill.\nfor rel in $SHARED_FILES; do\n  if [ ! -f \"$STRINGS/$rel\" ]; then\n    echo \"REFUSING to package: required shared plugin file missing: $STRINGS/$rel\" >&2\n    exit 1\n  fi\ndone\n\n# A fat archive is only readable on spt-core >= 0.13.2 — the manifest MUST declare that floor.\nfloor=$(grep -E '^min_spt_core_version' \"$MANIFEST\" | head -1 | sed -E 's/.*\"([^\"]+)\".*/\\1/')\ncase \"$floor\" in\n  0.13.2|0.13.[3-9]*|0.1[4-9].*|0.[2-9][0-9].*|[1-9].*) : ;;\n  *) echo \"REFUSING to package: min_spt_core_version is '$floor' but a multi-platform fat .spt needs >= 0.13.2 (doyle).\" >&2; exit 1 ;;\nesac\n\n# Require ALL three release binaries. The validator checks real PE32+/ELF64 x86_64 headers,\n# the GNU program interpreter, and the musl target's static-link contract (no PT_INTERP or\n# DT_NEEDED). Merely renaming another target's binary cannot satisfy the release.\n# [impl->REQ-DIST-LINUX-MUSL]\necho\necho \"== tool binaries ==\"\ninvalid=0\nwin_path()  { echo \"$TOOLS/omp-spt/target/$WIN_RELSUB/$1.exe\"; }\ngnu_path()  { echo \"$TOOLS/omp-spt/target/$GNU_RELSUB/$1\"; }\nmusl_path() { echo \"$TOOLS/omp-spt/target/$MUSL_RELSUB/$1\"; }\nvalidate_binary() {\n  target=$1\n  path=$2\n  if [ ! -f \"$path\" ]; then\n    echo \"  MISS  $path\"\n    invalid=1\n  elif ! \"$PY\" \"$BINARY_VALIDATOR\" \"$target\" \"$path\"; then\n    invalid=1\n  fi\n}\nfor b in $BINS; do\n  validate_binary \"$WIN_TRIPLE\" \"$(win_path \"$b\")\"\n  validate_binary \"$GNU_TRIPLE\" \"$(gnu_path \"$b\")\"\n  validate_binary \"$MUSL_TRIPLE\" \"$(musl_path \"$b\")\"\ndone\nif [ \"$invalid\" -ne 0 ]; then\n  echo \"REFUSING to package: build valid binaries for ALL release targets — Windows: sh ci/digest/build.sh;\" >&2\n  echo \"GNU + static musl Linux: cargo zigbuild --release --target <triple> --manifest-path tools/omp-spt/Cargo.toml\" >&2\n  echo \"(see docs/RELEASE-RUNBOOK.md).\" >&2\n  exit 1\nfi\n\necho\necho \"== plan ($([ \"$APPLY\" -eq 1 ] && echo APPLY || echo DRY-RUN)) ==\"\necho \"manifest : $MANIFEST  ->  (root) manifest.toml          [min_spt_core $floor]\"\necho \"plugin   : $STRINGS  ->  (root) strings/{omp-spt.mjs,package.json,skills/*/SKILL.md}\"\necho \"win bin  : -> $WIN_TRIPLE/omp-spt.exe\"\necho \"GNU bin  : -> $GNU_TRIPLE/omp-spt\"\necho \"musl bin : -> $MUSL_TRIPLE/omp-spt  [ELF64 x86_64, static]\"\necho \"asset    : $OUT  (the single fat adapter.spt — auto-resolves the host triple on install)\"\n\nif [ \"$APPLY\" -ne 1 ]; then\n  echo\n  echo \"DRY-RUN: nothing written. Re-run with --apply to write $OUT, then attach it as 'adapter.spt'\"\n  echo \"to a GitHub release on the monorepo. End users: 'spt adapter add --release BigscreenVR/omp-spt'\"\n  echo \"(default asset adapter.spt). Needs spt v$floor+. See docs/RELEASE-RUNBOOK.md.\"\n  exit 0\nfi\n\n# Stage the exact archive root, then write it with explicit portable member modes. Python's tar\n# writer authors both Linux files as 0755 even when cross-packaging on MSYS/NTFS.\nSTAGE=$(mktemp -d \"${TMPDIR:-/tmp}/omp-spt-adapter.XXXXXX\") || { echo \"FATAL: mktemp failed\"; exit 2; }\ntrap 'rm -rf \"$STAGE\"' EXIT\ncp \"$MANIFEST\" \"$STAGE/manifest.toml\" || { echo \"FATAL: could not stage manifest.toml\"; exit 2; }\nmkdir -p \"$STAGE/strings\" \"$STAGE/$WIN_TRIPLE\" \"$STAGE/$GNU_TRIPLE\" \"$STAGE/$MUSL_TRIPLE\" \\\n  || { echo \"FATAL: could not create archive staging directories\"; exit 2; }\nfor rel in $SHARED_FILES; do\n  mkdir -p \"$(dirname \"$STAGE/strings/$rel\")\" \\\n    || { echo \"FATAL: could not stage strings/$rel parent\"; exit 2; }\n  cp \"$STRINGS/$rel\" \"$STAGE/strings/$rel\" \\\n    || { echo \"FATAL: could not stage strings/$rel\"; exit 2; }\ndone\nfor b in $BINS; do\n  cp \"$(win_path \"$b\")\" \"$STAGE/$WIN_TRIPLE/$b.exe\" \\\n    || { echo \"FATAL: could not stage $WIN_TRIPLE/$b.exe\"; exit 2; }\n  cp \"$(gnu_path \"$b\")\" \"$STAGE/$GNU_TRIPLE/$b\" \\\n    || { echo \"FATAL: could not stage $GNU_TRIPLE/$b\"; exit 2; }\n  cp \"$(musl_path \"$b\")\" \"$STAGE/$MUSL_TRIPLE/$b\" \\\n    || { echo \"FATAL: could not stage $MUSL_TRIPLE/$b\"; exit 2; }\ndone\n\nmkdir -p \"$(dirname \"$OUT\")\" || { echo \"FATAL: cannot create $(dirname \"$OUT\")\"; exit 2; }\n\"$PY\" \"$ARCHIVE_WRITER\" \"$STAGE\" \"$OUT\" \"$WIN_TRIPLE\" \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\" \\\n  || { echo \"FATAL: portable archive writer failed\"; exit 2; }\n# Self-validate the completed artifact: exact deterministic membership, portable modes, target\n# formats/linkage, and byte-for-byte identity with every staged release input.\necho\necho \"== validate archive ==\"\nif ! listing=$(tar -tzf \"$OUT\"); then\n  echo \"FATAL: could not list completed archive\" >&2\n  exit 2\nfi\nexpected=$(printf '%s\\n' \\\n  manifest.toml \\\n  strings \\\n  strings/omp-spt.mjs \\\n  strings/package.json \\\n  strings/skills \\\n  strings/skills/commune \\\n  strings/skills/commune/SKILL.md \\\n  strings/skills/role \\\n  strings/skills/role/SKILL.md \\\n  strings/skills/setup \\\n  strings/skills/setup/SKILL.md \\\n  strings/skills/signoff \\\n  strings/skills/signoff/SKILL.md \\\n  \"$WIN_TRIPLE\" \"$WIN_TRIPLE/omp-spt.exe\" \\\n  \"$GNU_TRIPLE\" \"$GNU_TRIPLE/omp-spt\" \\\n  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\nnormalized=$(printf '%s\\n' \"$listing\" | sed 's:/$::' | sort)\nfatal=0\nif [ \"$normalized\" != \"$expected\" ]; then\n  echo \"FATAL: archive membership differs from the exact release contract\" >&2\n  echo \"expected: [$expected]\" >&2\n  echo \"actual:   [$normalized]\" >&2\n  fatal=1\nfi\n\nVERIFY=\"$STAGE/.archive-verify\"\nmkdir -p \"$VERIFY\"\nverify_exact() {\n  source=$1\n  member=$2\n  extracted=\"$VERIFY/$member\"\n  mkdir -p \"$(dirname \"$extracted\")\"\n  if ! tar -xOzf \"$OUT\" \"$member\" >\"$extracted\" 2>/dev/null; then\n    echo \"FATAL: could not extract $member for payload verification\" >&2\n    fatal=1\n  elif ! cmp -s \"$source\" \"$extracted\"; then\n    echo \"FATAL: archived $member differs from its release input\" >&2\n    fatal=1\n  fi\n}\nverify_exact \"$MANIFEST\" \"manifest.toml\"\nfor rel in $SHARED_FILES; do\n  verify_exact \"$STRINGS/$rel\" \"strings/$rel\"\ndone\nverify_exact \"$(win_path omp-spt)\" \"$WIN_TRIPLE/omp-spt.exe\"\nverify_exact \"$(gnu_path omp-spt)\" \"$GNU_TRIPLE/omp-spt\"\nverify_exact \"$(musl_path omp-spt)\" \"$MUSL_TRIPLE/omp-spt\"\n\nwin_magic=$(magic_of_file \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\")\ngnu_magic=$(magic_of_file \"$VERIFY/$GNU_TRIPLE/omp-spt\")\nmusl_magic=$(magic_of_file \"$VERIFY/$MUSL_TRIPLE/omp-spt\")\ncase \"$win_magic\" in 4d5a*) : ;; *) echo \"FATAL: archived Windows payload is not PE\" >&2; fatal=1 ;; esac\n[ \"$gnu_magic\" = \"7f454c46\" ] || { echo \"FATAL: archived GNU payload is not ELF\" >&2; fatal=1; }\n[ \"$musl_magic\" = \"7f454c46\" ] || { echo \"FATAL: archived musl payload is not ELF\" >&2; fatal=1; }\nfor triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n  case \"$mode\" in\n    -rwx*) : ;;\n    *) echo \"FATAL: archived $triple payload is not executable ($mode)\" >&2; fatal=1 ;;\n  esac\ndone\n\"$PY\" \"$BINARY_VALIDATOR\" \"$WIN_TRIPLE\" \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\" || fatal=1\n\"$PY\" \"$BINARY_VALIDATOR\" \"$GNU_TRIPLE\" \"$VERIFY/$GNU_TRIPLE/omp-spt\" || fatal=1\n\"$PY\" \"$BINARY_VALIDATOR\" \"$MUSL_TRIPLE\" \"$VERIFY/$MUSL_TRIPLE/omp-spt\" || fatal=1\n[ \"$fatal\" -eq 0 ] || exit 1\necho \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n\necho\necho \"WROTE $OUT (single fat adapter.spt). Next (operator): attach as 'adapter.spt' to a GitHub release\"\necho \"on BigscreenVR/omp-spt; end users 'spt adapter add --release BigscreenVR/omp-spt' (spt\"","startLine":1,"lineNumbers":[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96,97,98,99,100,101,102,103,104,105,106,107,108,109,110,111,112,113,114,115,116,117,118,119,120,121,122,123,124,125,126,127,128,129,130,131,132,133,134,135,136,137,138,139,140,141,142,143,144,145,146,147,148,149,150,151,152,153,154,155,156,157,158,159,160,161,162,163,164,165,166,167,168,169,170,171,172,173,174,175,176,177,178,179,180,181,182,183,184,185,186,187,188,189,190,191,192,193,194,195,196,197,198,199,200,201,202,203,204,205,206,207,208,209,210,211,212,213,214,215,216,217,218,219,220,221,222,223,224,225,226,227,228,229,230,231,232,233]},"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\omp-spt\\ci\\publish\\package-adapter.sh"},"truncation":{"direction":"head","truncatedBy":"lines","totalLines":236,"totalBytes":10012,"outputLines":233,"outputBytes":10012,"shownRange":{"start":1,"end":233},"nextOffset":234}}},"isError":false,"timestamp":1784195425910}}
{"type":"message","id":"9d69dc9e","parentId":"a1f05096","timestamp":"2026-07-16T09:50:25.911Z","message":{"role":"toolResult","toolCallId":"call_iH7m1dhLSzxFHuVRJcNAKxLr|fc_0ce43b44bb495320016a58a961d3788198a573235d356f0ea2","toolName":"read","content":[{"type":"text","text":"[create-adapter-archive.py#5796]\n1:#!/usr/bin/env python3\n2:\"\"\"Create the exact fat adapter archive with portable, explicit member modes.\"\"\"\n3:\n4:from __future__ import annotations\n5:\n6:import gzip\n7:import os\n8:from pathlib import Path\n9:import sys\n10:import tarfile\n11:\n12:\n13:def add_member(\n14:    archive: tarfile.TarFile,\n15:    source: Path,\n16:    arcname: str,\n17:    mode: int,\n18:    epoch: int,\n19:) -> None:\n20:    info = archive.gettarinfo(str(source), arcname=arcname)\n21:    info.mode = mode\n22:    info.mtime = epoch\n23:    info.uid = 0\n24:    info.gid = 0\n25:    info.uname = \"\"\n26:    info.gname = \"\"\n27:    if source.is_dir():\n28:        archive.addfile(info)\n29:    else:\n30:        with source.open(\"rb\") as payload:\n31:            archive.addfile(info, payload)\n32:\n33:\n34:def main() -> int:\n35:    if len(sys.argv) != 6:\n36:        print(\n37:            \"usage: create-adapter-archive.py <stage> <output> \"\n38:            \"<windows-triple> <gnu-triple> <musl-triple>\",\n39:            file=sys.stderr,\n40:        )\n41:        return 2\n42:\n43:    stage = Path(sys.argv[1])\n44:    output = Path(sys.argv[2])\n45:    windows_triple, gnu_triple, musl_triple = sys.argv[3:6]\n46:    expected_triples = (\n47:        \"x86_64-pc-windows-msvc\",\n48:        \"x86_64-unknown-linux-gnu\",\n49:        \"x86_64-unknown-linux-musl\",\n50:    )\n51:    if (windows_triple, gnu_triple, musl_triple) != expected_triples:\n52:        print(\n53:            \"release target labels must be exactly \" + \", \".join(expected_triples),\n54:            file=sys.stderr,\n55:        )\n56:        return 1\n57:\n58:    try:\n59:        epoch = int(os.environ.get(\"SOURCE_DATE_EPOCH\", \"0\"), 10)\n60:        gnu_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_LINUX_MODE\", \"0755\"), 8)\n61:        musl_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_MUSL_MODE\", \"0755\"), 8)\n62:    except ValueError as error:\n63:        print(f\"invalid archive metadata setting: {error}\", file=sys.stderr)\n64:        return 2\n65:    if epoch < 0:\n66:        print(\"SOURCE_DATE_EPOCH must be non-negative\", file=sys.stderr)\n67:        return 2\n68:\n69:    members = [\n70:        (stage / \"manifest.toml\", \"manifest.toml\", 0o644),\n71:        (stage / \"strings\", \"strings\", 0o755),\n72:        (stage / \"strings\" / \"omp-spt.mjs\", \"strings/omp-spt.mjs\", 0o644),\n73:        (stage / \"strings\" / \"package.json\", \"strings/package.json\", 0o644),\n74:        (stage / \"strings\" / \"skills\", \"strings/skills\", 0o755),\n75:        (stage / \"strings\" / \"skills\" / \"commune\", \"strings/skills/commune\", 0o755),\n76:        (\n77:            stage / \"strings\" / \"skills\" / \"commune\" / \"SKILL.md\",\n78:            \"strings/skills/commune/SKILL.md\",\n79:            0o644,\n80:        ),\n81:        (stage / \"strings\" / \"skills\" / \"role\", \"strings/skills/role\", 0o755),\n82:        (\n83:            stage / \"strings\" / \"skills\" / \"role\" / \"SKILL.md\",\n84:            \"strings/skills/role/SKILL.md\",\n85:            0o644,\n86:        ),\n87:        (stage / \"strings\" / \"skills\" / \"setup\", \"strings/skills/setup\", 0o755),\n88:        (\n89:            stage / \"strings\" / \"skills\" / \"setup\" / \"SKILL.md\",\n90:            \"strings/skills/setup/SKILL.md\",\n91:            0o644,\n92:        ),\n93:        (stage / \"strings\" / \"skills\" / \"signoff\", \"strings/skills/signoff\", 0o755),\n94:        (\n95:            stage / \"strings\" / \"skills\" / \"signoff\" / \"SKILL.md\",\n96:            \"strings/skills/signoff/SKILL.md\",\n97:            0o644,\n98:        ),\n99:        (stage / windows_triple, windows_triple, 0o755),\n100:        (\n101:            stage / windows_triple / \"omp-spt.exe\",\n102:            f\"{windows_triple}/omp-spt.exe\",\n103:            0o755,\n104:        ),\n105:        (stage / gnu_triple, gnu_triple, 0o755),\n106:        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", gnu_mode),\n107:        (stage / musl_triple, musl_triple, 0o755),\n108:        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", musl_mode),\n109:    ]\n110:    directories = {\n111:        \"strings\",\n112:        \"strings/skills\",\n113:        \"strings/skills/commune\",\n114:        \"strings/skills/role\",\n115:        \"strings/skills/setup\",\n116:        \"strings/skills/signoff\",\n117:        windows_triple,\n118:        gnu_triple,\n119:        musl_triple,\n120:    }\n121:    missing = [\n122:        str(source)\n123:        for source, arcname, _ in members\n124:        if not source.exists()\n125:        or source.is_symlink()\n126:        or (arcname in directories and not source.is_dir())\n127:        or (arcname not in directories and not source.is_file())\n128:    ]\n129:    if missing:\n130:        print(\n131:            f\"missing or invalid staged archive member(s): {', '.join(missing)}\",\n132:            file=sys.stderr,\n133:        )\n134:        return 1\n135:\n136:    expected = {arcname for _, arcname, _ in members}\n137:    actual = {\n138:        candidate.relative_to(stage).as_posix()\n139:        for candidate in stage.rglob(\"*\")\n140:    }\n141:    unexpected = sorted(actual - expected)\n142:    if unexpected:\n143:        print(\n144:            f\"unexpected staged archive member(s): {', '.join(unexpected)}\",\n145:            file=sys.stderr,\n146:        )\n147:        return 1\n148:\n149:    output.parent.mkdir(parents=True, exist_ok=True)\n150:    with output.open(\"wb\") as raw_archive:\n151:        with gzip.GzipFile(\n152:            filename=\"\", mode=\"wb\", fileobj=raw_archive, mtime=epoch\n153:        ) as compressed:\n154:            with tarfile.open(\n155:                fileobj=compressed, mode=\"w\", format=tarfile.PAX_FORMAT\n156:            ) as archive:\n157:                for source, arcname, mode in members:\n158:                    add_member(archive, source, arcname, mode, epoch)\n159:    return 0\n160:\n161:\n162:if __name__ == \"__main__\":\n163:    raise SystemExit(main())\n164:"}],"details":{"displayContent":{"text":"#!/usr/bin/env python3\n\"\"\"Create the exact fat adapter archive with portable, explicit member modes.\"\"\"\n\nfrom __future__ import annotations\n\nimport gzip\nimport os\nfrom pathlib import Path\nimport sys\nimport tarfile\n\n\ndef add_member(\n    archive: tarfile.TarFile,\n    source: Path,\n    arcname: str,\n    mode: int,\n    epoch: int,\n) -> None:\n    info = archive.gettarinfo(str(source), arcname=arcname)\n    info.mode = mode\n    info.mtime = epoch\n    info.uid = 0\n    info.gid = 0\n    info.uname = \"\"\n    info.gname = \"\"\n    if source.is_dir():\n        archive.addfile(info)\n    else:\n        with source.open(\"rb\") as payload:\n            archive.addfile(info, payload)\n\n\ndef main() -> int:\n    if len(sys.argv) != 6:\n        print(\n            \"usage: create-adapter-archive.py <stage> <output> \"\n            \"<windows-triple> <gnu-triple> <musl-triple>\",\n            file=sys.stderr,\n        )\n        return 2\n\n    stage = Path(sys.argv[1])\n    output = Path(sys.argv[2])\n    windows_triple, gnu_triple, musl_triple = sys.argv[3:6]\n    expected_triples = (\n        \"x86_64-pc-windows-msvc\",\n        \"x86_64-unknown-linux-gnu\",\n        \"x86_64-unknown-linux-musl\",\n    )\n    if (windows_triple, gnu_triple, musl_triple) != expected_triples:\n        print(\n            \"release target labels must be exactly \" + \", \".join(expected_triples),\n            file=sys.stderr,\n        )\n        return 1\n\n    try:\n        epoch = int(os.environ.get(\"SOURCE_DATE_EPOCH\", \"0\"), 10)\n        gnu_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_LINUX_MODE\", \"0755\"), 8)\n        musl_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_MUSL_MODE\", \"0755\"), 8)\n    except ValueError as error:\n        print(f\"invalid archive metadata setting: {error}\", file=sys.stderr)\n        return 2\n    if epoch < 0:\n        print(\"SOURCE_DATE_EPOCH must be non-negative\", file=sys.stderr)\n        return 2\n\n    members = [\n        (stage / \"manifest.toml\", \"manifest.toml\", 0o644),\n        (stage / \"strings\", \"strings\", 0o755),\n        (stage / \"strings\" / \"omp-spt.mjs\", \"strings/omp-spt.mjs\", 0o644),\n        (stage / \"strings\" / \"package.json\", \"strings/package.json\", 0o644),\n        (stage / \"strings\" / \"skills\", \"strings/skills\", 0o755),\n        (stage / \"strings\" / \"skills\" / \"commune\", \"strings/skills/commune\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"commune\" / \"SKILL.md\",\n            \"strings/skills/commune/SKILL.md\",\n            0o644,\n        ),\n        (stage / \"strings\" / \"skills\" / \"role\", \"strings/skills/role\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"role\" / \"SKILL.md\",\n            \"strings/skills/role/SKILL.md\",\n            0o644,\n        ),\n        (stage / \"strings\" / \"skills\" / \"setup\", \"strings/skills/setup\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"setup\" / \"SKILL.md\",\n            \"strings/skills/setup/SKILL.md\",\n            0o644,\n        ),\n        (stage / \"strings\" / \"skills\" / \"signoff\", \"strings/skills/signoff\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"signoff\" / \"SKILL.md\",\n            \"strings/skills/signoff/SKILL.md\",\n            0o644,\n        ),\n        (stage / windows_triple, windows_triple, 0o755),\n        (\n            stage / windows_triple / \"omp-spt.exe\",\n            f\"{windows_triple}/omp-spt.exe\",\n            0o755,\n        ),\n        (stage / gnu_triple, gnu_triple, 0o755),\n        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", gnu_mode),\n        (stage / musl_triple, musl_triple, 0o755),\n        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", musl_mode),\n    ]\n    directories = {\n        \"strings\",\n        \"strings/skills\",\n        \"strings/skills/commune\",\n        \"strings/skills/role\",\n        \"strings/skills/setup\",\n        \"strings/skills/signoff\",\n        windows_triple,\n        gnu_triple,\n        musl_triple,\n    }\n    missing = [\n        str(source)\n        for source, arcname, _ in members\n        if not source.exists()\n        or source.is_symlink()\n        or (arcname in directories and not source.is_dir())\n        or (arcname not in directories and not source.is_file())\n    ]\n    if missing:\n        print(\n            f\"missing or invalid staged archive member(s): {', '.join(missing)}\",\n            file=sys.stderr,\n        )\n        return 1\n\n    expected = {arcname for _, arcname, _ in members}\n    actual = {\n        candidate.relative_to(stage).as_posix()\n        for candidate in stage.rglob(\"*\")\n    }\n    unexpected = sorted(actual - expected)\n    if unexpected:\n        print(\n            f\"unexpected staged archive member(s): {', '.join(unexpected)}\",\n            file=sys.stderr,\n        )\n        return 1\n\n    output.parent.mkdir(parents=True, exist_ok=True)\n    with output.open(\"wb\") as raw_archive:\n        with gzip.GzipFile(\n            filename=\"\", mode=\"wb\", fileobj=raw_archive, mtime=epoch\n        ) as compressed:\n            with tarfile.open(\n                fileobj=compressed, mode=\"w\", format=tarfile.PAX_FORMAT\n            ) as archive:\n                for source, arcname, mode in members:\n                    add_member(archive, source, arcname, mode, epoch)\n    return 0\n\n\nif __name__ == \"__main__\":\n    raise SystemExit(main())\n","startLine":1,"lineNumbers":[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96,97,98,99,100,101,102,103,104,105,106,107,108,109,110,111,112,113,114,115,116,117,118,119,120,121,122,123,124,125,126,127,128,129,130,131,132,133,134,135,136,137,138,139,140,141,142,143,144,145,146,147,148,149,150,151,152,153,154,155,156,157,158,159,160,161,162,163,164]},"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\omp-spt\\ci\\publish\\create-adapter-archive.py"}}},"isError":false,"timestamp":1784195425911}}
{"type":"message","id":"7f1b1e01","parentId":"9d69dc9e","timestamp":"2026-07-16T09:50:25.915Z","message":{"role":"toolResult","toolCallId":"call_xVPSYZyXATS5u7p8kppkXwmM|fc_0ce43b44bb495320016a58a961d388819893ca4c5107692c41","toolName":"read","content":[{"type":"text","text":"[adapter-archive.sh#E505]\n63:\"$PY\" - \"$WIN_GOOD\" \"$GNU_GOOD\" \"$MUSL_GOOD\" \"$WRONG_ARCH\" \"$NEEDED\" \\\n…\n67:  \"$GNU_BAD_LOAD_SIZE\" \"$GNU_OOB_LOAD\" <<'PY'\n…\n259:PY\n260:cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n261:cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n262:cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n263:chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n264:\n265:expect_packer_failure() {\n266:  name=$1\n267:  expected=$2\n268:  shift 2\n269:  if \"$@\" >\"$TMP/output\" 2>&1; then\n270:    fail \"$name unexpectedly succeeded\"\n271:  elif grep -Fq \"$expected\" \"$TMP/output\"; then\n272:    ok \"$name fails closed\"\n273:  else\n274:    fail \"$name failed for the wrong reason: $(cat \"$TMP/output\")\"\n275:  fi\n276:}\n277:\n278:expect_windows_binary_failure() {\n279:  name=$1\n280:  expected=$2\n281:  fixture=$3\n282:  cp \"$fixture\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\" \\\n283:    || { fail \"$name could not install fixture\"; return; }\n284:  expect_packer_failure \"$name\" \"$expected\" \\\n285:    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n286:    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n287:}\n288:\n289:expect_gnu_binary_failure() {\n290:  name=$1\n291:  expected=$2\n292:  fixture=$3\n293:  cp \"$fixture\" \"$TARGET/$GNU_RELSUB/omp-spt\" \\\n294:    || { fail \"$name could not install fixture\"; return; }\n295:  chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n296:  expect_packer_failure \"$name\" \"$expected\" \\\n297:    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n298:    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n299:}\n300:\n301:BASE_OUT=\"$TMP/rejected.spt\"\n302:expect_packer_failure \"missing GNU helper\" \"MISS\" \\\n303:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$REL/missing-gnu-release\" \\\n304:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n305:\n306:printf '%s\\n' 'not a PE binary' >\"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n307:expect_packer_failure \"malformed Windows helper\" \"truncated DOS header\" \\\n308:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n309:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n310:cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n311:\n312:expect_windows_binary_failure \"zero-entrypoint PE pseudo-binary\" \\\n313:  \"PE image has zero entry point\" \"$WIN_ZERO_ENTRY\"\n314:expect_windows_binary_failure \"PE with unmapped entrypoint\" \\\n315:  \"PE entry point is not mapped by any section\" \"$WIN_UNMAPPED_ENTRY\"\n316:expect_windows_binary_failure \"PE with non-executable entry section\" \\\n317:  \"PE entry point is in a non-executable section\" \"$WIN_NONEXEC_ENTRY\"\n318:expect_windows_binary_failure \"DLL PE helper\" \\\n319:  \"PE image is marked as a DLL\" \"$WIN_DLL\"\n320:expect_windows_binary_failure \"PE with incomplete optional header\" \\\n321:  \"invalid PE32+ optional header size\" \"$WIN_SHORT_OPTIONAL\"\n322:expect_windows_binary_failure \"PE with truncated section table\" \\\n323:  \"PE section table is outside the file\" \"$WIN_TRUNCATED_SECTIONS\"\n324:expect_windows_binary_failure \"PE with out-of-file raw section\" \\\n325:  \"PE section raw data is outside the file\" \"$WIN_BAD_RAW\"\n326:cp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n327:\n328:printf '%s\\n' 'not an ELF binary' >\"$TARGET/$GNU_RELSUB/omp-spt\"\n329:expect_packer_failure \"malformed GNU helper\" \"truncated ELF64 header\" \\\n330:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n331:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n332:cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n333:\n334:expect_gnu_binary_failure \"zero-entrypoint ELF pseudo-binary\" \\\n335:  \"ELF image has zero entry point\" \"$GNU_ZERO_ENTRY\"\n336:expect_gnu_binary_failure \"ELF with unmapped entrypoint\" \\\n337:  \"ELF entry point is not mapped by a loadable segment\" \"$GNU_UNMAPPED_ENTRY\"\n338:expect_gnu_binary_failure \"ELF with non-executable entry segment\" \\\n339:  \"ELF entry point is in a non-executable loadable segment\" \"$GNU_NONEXEC_ENTRY\"\n340:expect_gnu_binary_failure \"ELF load with file size above memory size\" \\\n341:  \"ELF64 load segment file size exceeds memory size\" \"$GNU_BAD_LOAD_SIZE\"\n342:expect_gnu_binary_failure \"ELF load with out-of-file range\" \\\n343:  \"ELF64 segment is outside the file\" \"$GNU_OOB_LOAD\"\n344:cp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n345:chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n346:\n347:expect_packer_failure \"missing musl helper\" \"MISS\" \\\n348:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n349:  OMP_SPT_MUSL_RELSUB=\"$REL/missing-musl-release\" ADAPTER_SPT_OUT=\"$BASE_OUT\" \\\n350:  sh \"$PACKER\" --apply\n351:\n352:printf '%s\\n' 'not an ELF binary' >\"$TARGET/$MUSL_RELSUB/omp-spt\"\n353:expect_packer_failure \"malformed musl helper\" \"truncated ELF64 header\" \\\n354:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n355:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n356:\n357:cp \"$GNU_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n358:expect_packer_failure \"GNU helper mislabeled as musl\" \"musl target must be static\" \\\n359:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n360:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n361:\n362:cp \"$NEEDED\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n363:expect_packer_failure \"musl helper with DT_NEEDED dependency\" \"has 1 DT_NEEDED entry\" \\\n364:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n365:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n366:\n367:cp \"$WRONG_ARCH\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n368:expect_packer_failure \"wrong-architecture musl helper\" \"is not x86_64\" \\\n369:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n370:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n371:\n372:cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n373:chmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\n374:expect_packer_failure \"non-executable archived GNU helper\" \"is not executable\" \\\n375:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n376:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_LINUX_MODE=0644 \\\n377:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n378:\n379:expect_packer_failure \"non-executable archived musl helper\" \"is not executable\" \\\n380:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n381:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_MUSL_MODE=0644 \\\n382:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n383:\n384:BAD_STRINGS=\"$TMP/bad-strings\"\n385:mkdir -p \"$BAD_STRINGS\"\n386:printf '%s\\n' 'wrong extension' >\"$BAD_STRINGS/other.mjs\"\n387:expect_packer_failure \"incomplete shared plugin\" \"required shared plugin file missing\" \\\n388:  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n389:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_STRINGS_DIR=\"$BAD_STRINGS\" \\\n390:  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n391:\n392:OUT=\"$TMP/adapter.spt\"\n393:# [unit->REQ-DIST-ADAPTER-RELEASE]\n394:# [unit->REQ-DIST-LINUX-MUSL]\n395:if package_out=$(SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n396:   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n397:   ADAPTER_SPT_OUT=\"$OUT\" sh \"$PACKER\" --apply 2>&1); then\n398:  ok \"three-target packer --apply succeeds\"\n399:else\n400:  fail \"packer --apply exited non-zero: $package_out\"\n401:  exit \"$rc\"\n402:fi\n403:[ -f \"$OUT\" ] || { fail \"no archive written at $OUT\"; exit \"$rc\"; }\n404:\n405:LIST=$(tar -tzf \"$OUT\")\n406:NORMALIZED=$(printf '%s\\n' \"$LIST\" | sed 's:/$::' | sort)\n407:EXPECTED=$(printf '%s\\n' \\\n408:  manifest.toml \\\n409:  strings strings/omp-spt.mjs strings/package.json strings/skills \\\n410:  strings/skills/commune strings/skills/commune/SKILL.md \\\n411:  strings/skills/role strings/skills/role/SKILL.md \\\n412:  strings/skills/setup strings/skills/setup/SKILL.md \\\n413:  strings/skills/signoff strings/skills/signoff/SKILL.md \\\n414:  \"$WIN_TRIPLE\" \"$WIN_TRIPLE/omp-spt.exe\" \\\n415:  \"$GNU_TRIPLE\" \"$GNU_TRIPLE/omp-spt\" \\\n416:  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\n417:if [ \"$NORMALIZED\" = \"$EXPECTED\" ]; then\n418:  ok \"archive has deterministic exact shared and three-target membership\"\n419:else\n420:  fail \"archive membership mismatch: [$NORMALIZED]\"\n421:fi\n422:\n423:WIN_MAGIC=$(tar -xOzf \"$OUT\" \"$WIN_TRIPLE/omp-spt.exe\" | od -An -tx1 -N4 | tr -d '[:space:]')\n424:case \"$WIN_MAGIC\" in 4d5a*) ok \"Windows archive member retains PE magic\" ;; *) fail \"Windows member magic=$WIN_MAGIC\" ;; esac\n425:for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n426:  magic=$(tar -xOzf \"$OUT\" \"$triple/omp-spt\" | od -An -tx1 -N4 | tr -d '[:space:]')\n427:  [ \"$magic\" = \"7f454c46\" ] && ok \"$triple member retains ELF magic\" || fail \"$triple member magic=$magic\"\n428:  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" | awk 'NR == 1 {print $1}')\n429:  case \"$mode\" in -rwx*) ok \"$triple member is executable ($mode)\" ;; *) fail \"$triple member is not executable ($mode)\" ;; esac\n430:done\n431:\n432:VERIFY=\"$TMP/exact-payloads\"\n433:mkdir -p \"$VERIFY\"\n434:assert_exact_payload() {\n435:  source=$1\n436:  member=$2\n437:  extracted=\"$VERIFY/$member\"\n438:  mkdir -p \"$(dirname \"$extracted\")\"\n439:  if tar -xOzf \"$OUT\" \"$member\" >\"$extracted\" && cmp -s \"$source\" \"$extracted\"; then\n440:    ok \"$member exactly matches its release input\"\n441:  else\n442:    fail \"$member does not exactly match its release input\"\n443:  fi\n444:}\n445:assert_exact_payload \"$ROOT/adapter/omp-spt.toml\" manifest.toml\n446:for rel in $SHARED_FILES; do\n447:  assert_exact_payload \"$ROOT/adapter/strings/$rel\" \"strings/$rel\"\n448:done\n449:assert_exact_payload \"$TARGET/$WIN_RELSUB/omp-spt.exe\" \"$WIN_TRIPLE/omp-spt.exe\"\n450:assert_exact_payload \"$TARGET/$GNU_RELSUB/omp-spt\" \"$GNU_TRIPLE/omp-spt\"\n451:assert_exact_payload \"$TARGET/$MUSL_RELSUB/omp-spt\" \"$MUSL_TRIPLE/omp-spt\"\n452:\n453:if printf '%s\\n' \"$NORMALIZED\" | grep -qE \"^($WIN_TRIPLE|$GNU_TRIPLE|$MUSL_TRIPLE)/(manifest\\.toml|strings/)\"; then\n454:  fail \"shared plugin files are duplicated under a target\"\n455:else\n456:  ok \"shared plugin files remain root-only\"\n457:fi\n458:\n459:# The archive writer itself rejects an unintended file under the musl directory rather than\n460:# silently growing the public contract.\n461:WRITER_STAGE=\"$TMP/writer-stage\"\n462:mkdir -p \"$WRITER_STAGE/strings\" \"$WRITER_STAGE/$WIN_TRIPLE\" \\\n463:  \"$WRITER_STAGE/$GNU_TRIPLE\" \"$WRITER_STAGE/$MUSL_TRIPLE\"\n464:cp \"$ROOT/adapter/omp-spt.toml\" \"$WRITER_STAGE/manifest.toml\"\n465:for rel in $SHARED_FILES; do\n466:  mkdir -p \"$(dirname \"$WRITER_STAGE/strings/$rel\")\"\n467:  cp \"$ROOT/adapter/strings/$rel\" \"$WRITER_STAGE/strings/$rel\"\n468:done\n469:cp \"$WIN_GOOD\" \"$WRITER_STAGE/$WIN_TRIPLE/omp-spt.exe\"\n470:cp \"$GNU_GOOD\" \"$WRITER_STAGE/$GNU_TRIPLE/omp-spt\"\n471:cp \"$MUSL_GOOD\" \"$WRITER_STAGE/$MUSL_TRIPLE/omp-spt\"\n472:printf '%s\\n' unintended >\"$WRITER_STAGE/$MUSL_TRIPLE/debug.txt\"\n473:if \"$PY\" \"$WRITER\" \"$WRITER_STAGE\" \"$TMP/unintended.spt\" \\\n474:   \"$WIN_TRIPLE\" \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\" >\"$TMP/output\" 2>&1; then\n475:  fail \"archive writer accepted an unintended musl member\"\n476:elif grep -Fq \"unexpected staged archive member\" \"$TMP/output\"; then\n477:  ok \"archive writer rejects unintended musl members\"\n478:else\n479:  fail \"archive writer rejected unintended member for wrong reason: $(cat \"$TMP/output\")\"\n480:fi\n481:\n482:OUT_AGAIN=\"$TMP/adapter-again.spt\"\n483:if SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n484:   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n485:   ADAPTER_SPT_OUT=\"$OUT_AGAIN\" sh \"$PACKER\" --apply >/dev/null 2>&1 \\\n486:   && cmp -s \"$OUT\" \"$OUT_AGAIN\"; then\n487:  ok \"fixed inputs and SOURCE_DATE_EPOCH produce identical archives\"\n488:else\n489:  fail \"archive output is not reproducible\"\n490:fi\n491:\n492:plan=$(OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n493:  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" sh \"$PACKER\" 2>&1)\n494:echo \"$plan\" | grep -qE \"min_spt_core 0\\.(1[3-9]|[2-9][0-9])\" \\\n495:  && ok \"packer advertises a fat-capable manifest floor (>= 0.13.2)\" \\\n496:  || fail \"packer floor advertisement missing/too low; plan=[$plan]\"\n497:echo \"$plan\" | grep -Fq \"$MUSL_TRIPLE/omp-spt  [ELF64 x86_64, static]\" \\\n498:  && ok \"dry-run identifies the static musl target\" \\\n499:  || fail \"dry-run omits the static musl contract; plan=[$plan]\"\n500:manifest_floor=$(grep -E '^min_spt_core_version' \"$ROOT/adapter/omp-spt.toml\" | head -1 | sed -E 's/.*\"([^\"]+)\".*/\\1/')\n501:case \"$plan\" in\n502:  *\"Needs spt v$manifest_floor+\"*) ok \"install guidance uses manifest floor v$manifest_floor\" ;;\n503:  *) fail \"install guidance does not use manifest floor v$manifest_floor; plan=[$plan]\" ;;\n504:esac\n505:\n506:[ \"$rc\" -eq 0 ] && echo \"PASS: adapter-archive\"\n507:exit \"$rc\"\n508:"}],"details":{"displayContent":{"text":"\"$PY\" - \"$WIN_GOOD\" \"$GNU_GOOD\" \"$MUSL_GOOD\" \"$WRONG_ARCH\" \"$NEEDED\" \\\n…\n  \"$GNU_BAD_LOAD_SIZE\" \"$GNU_OOB_LOAD\" <<'PY'\n…\nPY\ncp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\ncp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\ncp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nchmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n\nexpect_packer_failure() {\n  name=$1\n  expected=$2\n  shift 2\n  if \"$@\" >\"$TMP/output\" 2>&1; then\n    fail \"$name unexpectedly succeeded\"\n  elif grep -Fq \"$expected\" \"$TMP/output\"; then\n    ok \"$name fails closed\"\n  else\n    fail \"$name failed for the wrong reason: $(cat \"$TMP/output\")\"\n  fi\n}\n\nexpect_windows_binary_failure() {\n  name=$1\n  expected=$2\n  fixture=$3\n  cp \"$fixture\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\" \\\n    || { fail \"$name could not install fixture\"; return; }\n  expect_packer_failure \"$name\" \"$expected\" \\\n    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n}\n\nexpect_gnu_binary_failure() {\n  name=$1\n  expected=$2\n  fixture=$3\n  cp \"$fixture\" \"$TARGET/$GNU_RELSUB/omp-spt\" \\\n    || { fail \"$name could not install fixture\"; return; }\n  chmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n  expect_packer_failure \"$name\" \"$expected\" \\\n    env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n    OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n}\n\nBASE_OUT=\"$TMP/rejected.spt\"\nexpect_packer_failure \"missing GNU helper\" \"MISS\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$REL/missing-gnu-release\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nprintf '%s\\n' 'not a PE binary' >\"$TARGET/$WIN_RELSUB/omp-spt.exe\"\nexpect_packer_failure \"malformed Windows helper\" \"truncated DOS header\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\ncp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n\nexpect_windows_binary_failure \"zero-entrypoint PE pseudo-binary\" \\\n  \"PE image has zero entry point\" \"$WIN_ZERO_ENTRY\"\nexpect_windows_binary_failure \"PE with unmapped entrypoint\" \\\n  \"PE entry point is not mapped by any section\" \"$WIN_UNMAPPED_ENTRY\"\nexpect_windows_binary_failure \"PE with non-executable entry section\" \\\n  \"PE entry point is in a non-executable section\" \"$WIN_NONEXEC_ENTRY\"\nexpect_windows_binary_failure \"DLL PE helper\" \\\n  \"PE image is marked as a DLL\" \"$WIN_DLL\"\nexpect_windows_binary_failure \"PE with incomplete optional header\" \\\n  \"invalid PE32+ optional header size\" \"$WIN_SHORT_OPTIONAL\"\nexpect_windows_binary_failure \"PE with truncated section table\" \\\n  \"PE section table is outside the file\" \"$WIN_TRUNCATED_SECTIONS\"\nexpect_windows_binary_failure \"PE with out-of-file raw section\" \\\n  \"PE section raw data is outside the file\" \"$WIN_BAD_RAW\"\ncp \"$WIN_GOOD\" \"$TARGET/$WIN_RELSUB/omp-spt.exe\"\n\nprintf '%s\\n' 'not an ELF binary' >\"$TARGET/$GNU_RELSUB/omp-spt\"\nexpect_packer_failure \"malformed GNU helper\" \"truncated ELF64 header\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\ncp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\n\nexpect_gnu_binary_failure \"zero-entrypoint ELF pseudo-binary\" \\\n  \"ELF image has zero entry point\" \"$GNU_ZERO_ENTRY\"\nexpect_gnu_binary_failure \"ELF with unmapped entrypoint\" \\\n  \"ELF entry point is not mapped by a loadable segment\" \"$GNU_UNMAPPED_ENTRY\"\nexpect_gnu_binary_failure \"ELF with non-executable entry segment\" \\\n  \"ELF entry point is in a non-executable loadable segment\" \"$GNU_NONEXEC_ENTRY\"\nexpect_gnu_binary_failure \"ELF load with file size above memory size\" \\\n  \"ELF64 load segment file size exceeds memory size\" \"$GNU_BAD_LOAD_SIZE\"\nexpect_gnu_binary_failure \"ELF load with out-of-file range\" \\\n  \"ELF64 segment is outside the file\" \"$GNU_OOB_LOAD\"\ncp \"$GNU_GOOD\" \"$TARGET/$GNU_RELSUB/omp-spt\"\nchmod 0755 \"$TARGET/$GNU_RELSUB/omp-spt\"\n\nexpect_packer_failure \"missing musl helper\" \"MISS\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$REL/missing-musl-release\" ADAPTER_SPT_OUT=\"$BASE_OUT\" \\\n  sh \"$PACKER\" --apply\n\nprintf '%s\\n' 'not an ELF binary' >\"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"malformed musl helper\" \"truncated ELF64 header\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$GNU_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"GNU helper mislabeled as musl\" \"musl target must be static\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$NEEDED\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"musl helper with DT_NEEDED dependency\" \"has 1 DT_NEEDED entry\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$WRONG_ARCH\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"wrong-architecture musl helper\" \"is not x86_64\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\ncp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\nchmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\nexpect_packer_failure \"non-executable archived GNU helper\" \"is not executable\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_LINUX_MODE=0644 \\\n  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nexpect_packer_failure \"non-executable archived musl helper\" \"is not executable\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_MUSL_MODE=0644 \\\n  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nBAD_STRINGS=\"$TMP/bad-strings\"\nmkdir -p \"$BAD_STRINGS\"\nprintf '%s\\n' 'wrong extension' >\"$BAD_STRINGS/other.mjs\"\nexpect_packer_failure \"incomplete shared plugin\" \"required shared plugin file missing\" \\\n  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_STRINGS_DIR=\"$BAD_STRINGS\" \\\n  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n\nOUT=\"$TMP/adapter.spt\"\n# [unit->REQ-DIST-ADAPTER-RELEASE]\n# [unit->REQ-DIST-LINUX-MUSL]\nif package_out=$(SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n   ADAPTER_SPT_OUT=\"$OUT\" sh \"$PACKER\" --apply 2>&1); then\n  ok \"three-target packer --apply succeeds\"\nelse\n  fail \"packer --apply exited non-zero: $package_out\"\n  exit \"$rc\"\nfi\n[ -f \"$OUT\" ] || { fail \"no archive written at $OUT\"; exit \"$rc\"; }\n\nLIST=$(tar -tzf \"$OUT\")\nNORMALIZED=$(printf '%s\\n' \"$LIST\" | sed 's:/$::' | sort)\nEXPECTED=$(printf '%s\\n' \\\n  manifest.toml \\\n  strings strings/omp-spt.mjs strings/package.json strings/skills \\\n  strings/skills/commune strings/skills/commune/SKILL.md \\\n  strings/skills/role strings/skills/role/SKILL.md \\\n  strings/skills/setup strings/skills/setup/SKILL.md \\\n  strings/skills/signoff strings/skills/signoff/SKILL.md \\\n  \"$WIN_TRIPLE\" \"$WIN_TRIPLE/omp-spt.exe\" \\\n  \"$GNU_TRIPLE\" \"$GNU_TRIPLE/omp-spt\" \\\n  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\nif [ \"$NORMALIZED\" = \"$EXPECTED\" ]; then\n  ok \"archive has deterministic exact shared and three-target membership\"\nelse\n  fail \"archive membership mismatch: [$NORMALIZED]\"\nfi\n\nWIN_MAGIC=$(tar -xOzf \"$OUT\" \"$WIN_TRIPLE/omp-spt.exe\" | od -An -tx1 -N4 | tr -d '[:space:]')\ncase \"$WIN_MAGIC\" in 4d5a*) ok \"Windows archive member retains PE magic\" ;; *) fail \"Windows member magic=$WIN_MAGIC\" ;; esac\nfor triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n  magic=$(tar -xOzf \"$OUT\" \"$triple/omp-spt\" | od -An -tx1 -N4 | tr -d '[:space:]')\n  [ \"$magic\" = \"7f454c46\" ] && ok \"$triple member retains ELF magic\" || fail \"$triple member magic=$magic\"\n  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" | awk 'NR == 1 {print $1}')\n  case \"$mode\" in -rwx*) ok \"$triple member is executable ($mode)\" ;; *) fail \"$triple member is not executable ($mode)\" ;; esac\ndone\n\nVERIFY=\"$TMP/exact-payloads\"\nmkdir -p \"$VERIFY\"\nassert_exact_payload() {\n  source=$1\n  member=$2\n  extracted=\"$VERIFY/$member\"\n  mkdir -p \"$(dirname \"$extracted\")\"\n  if tar -xOzf \"$OUT\" \"$member\" >\"$extracted\" && cmp -s \"$source\" \"$extracted\"; then\n    ok \"$member exactly matches its release input\"\n  else\n    fail \"$member does not exactly match its release input\"\n  fi\n}\nassert_exact_payload \"$ROOT/adapter/omp-spt.toml\" manifest.toml\nfor rel in $SHARED_FILES; do\n  assert_exact_payload \"$ROOT/adapter/strings/$rel\" \"strings/$rel\"\ndone\nassert_exact_payload \"$TARGET/$WIN_RELSUB/omp-spt.exe\" \"$WIN_TRIPLE/omp-spt.exe\"\nassert_exact_payload \"$TARGET/$GNU_RELSUB/omp-spt\" \"$GNU_TRIPLE/omp-spt\"\nassert_exact_payload \"$TARGET/$MUSL_RELSUB/omp-spt\" \"$MUSL_TRIPLE/omp-spt\"\n\nif printf '%s\\n' \"$NORMALIZED\" | grep -qE \"^($WIN_TRIPLE|$GNU_TRIPLE|$MUSL_TRIPLE)/(manifest\\.toml|strings/)\"; then\n  fail \"shared plugin files are duplicated under a target\"\nelse\n  ok \"shared plugin files remain root-only\"\nfi\n\n# The archive writer itself rejects an unintended file under the musl directory rather than\n# silently growing the public contract.\nWRITER_STAGE=\"$TMP/writer-stage\"\nmkdir -p \"$WRITER_STAGE/strings\" \"$WRITER_STAGE/$WIN_TRIPLE\" \\\n  \"$WRITER_STAGE/$GNU_TRIPLE\" \"$WRITER_STAGE/$MUSL_TRIPLE\"\ncp \"$ROOT/adapter/omp-spt.toml\" \"$WRITER_STAGE/manifest.toml\"\nfor rel in $SHARED_FILES; do\n  mkdir -p \"$(dirname \"$WRITER_STAGE/strings/$rel\")\"\n  cp \"$ROOT/adapter/strings/$rel\" \"$WRITER_STAGE/strings/$rel\"\ndone\ncp \"$WIN_GOOD\" \"$WRITER_STAGE/$WIN_TRIPLE/omp-spt.exe\"\ncp \"$GNU_GOOD\" \"$WRITER_STAGE/$GNU_TRIPLE/omp-spt\"\ncp \"$MUSL_GOOD\" \"$WRITER_STAGE/$MUSL_TRIPLE/omp-spt\"\nprintf '%s\\n' unintended >\"$WRITER_STAGE/$MUSL_TRIPLE/debug.txt\"\nif \"$PY\" \"$WRITER\" \"$WRITER_STAGE\" \"$TMP/unintended.spt\" \\\n   \"$WIN_TRIPLE\" \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\" >\"$TMP/output\" 2>&1; then\n  fail \"archive writer accepted an unintended musl member\"\nelif grep -Fq \"unexpected staged archive member\" \"$TMP/output\"; then\n  ok \"archive writer rejects unintended musl members\"\nelse\n  fail \"archive writer rejected unintended member for wrong reason: $(cat \"$TMP/output\")\"\nfi\n\nOUT_AGAIN=\"$TMP/adapter-again.spt\"\nif SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n   ADAPTER_SPT_OUT=\"$OUT_AGAIN\" sh \"$PACKER\" --apply >/dev/null 2>&1 \\\n   && cmp -s \"$OUT\" \"$OUT_AGAIN\"; then\n  ok \"fixed inputs and SOURCE_DATE_EPOCH produce identical archives\"\nelse\n  fail \"archive output is not reproducible\"\nfi\n\nplan=$(OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" sh \"$PACKER\" 2>&1)\necho \"$plan\" | grep -qE \"min_spt_core 0\\.(1[3-9]|[2-9][0-9])\" \\\n  && ok \"packer advertises a fat-capable manifest floor (>= 0.13.2)\" \\\n  || fail \"packer floor advertisement missing/too low; plan=[$plan]\"\necho \"$plan\" | grep -Fq \"$MUSL_TRIPLE/omp-spt  [ELF64 x86_64, static]\" \\\n  && ok \"dry-run identifies the static musl target\" \\\n  || fail \"dry-run omits the static musl contract; plan=[$plan]\"\nmanifest_floor=$(grep -E '^min_spt_core_version' \"$ROOT/adapter/omp-spt.toml\" | head -1 | sed -E 's/.*\"([^\"]+)\".*/\\1/')\ncase \"$plan\" in\n  *\"Needs spt v$manifest_floor+\"*) ok \"install guidance uses manifest floor v$manifest_floor\" ;;\n  *) fail \"install guidance does not use manifest floor v$manifest_floor; plan=[$plan]\" ;;\nesac\n\n[ \"$rc\" -eq 0 ] && echo \"PASS: adapter-archive\"\nexit 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{"type":"message","id":"9e8f255a","parentId":"6de26ca1","timestamp":"2026-07-16T09:50:35.599Z","message":{"role":"toolResult","toolCallId":"call_ESSJoSgd1vXAPBCQZ2uuAe8G|fc_0ce43b44bb495320016a58a96b8f948198934c00270985d87d","toolName":"read","content":[{"type":"text","text":"[check-manifest.sh#8F69]\n1:#!/bin/sh\n2:# manifest-schema gate: validate the omp-spt adapter manifest against spt-core's published\n3:# (vendored) manifest.schema.json. Deterministic + offline — no network, no spt binary, no\n4:# registry side effects. Self-announcing: prints its own ok/SKIP/FAIL line.\n5:#   exit 0 = valid OR skipped (no capable interpreter) · exit 1 = manifest failed validation.\n6:# [impl->REQ-DIST-MANIFEST-SCHEMA]\n7:set -u\n8:ROOT=$(CDPATH= cd \"$(dirname \"$0\")/../..\" && pwd)\n9:SCHEMA=\"$ROOT/adapter/manifest.schema.json\"\n10:MANIFEST=\"$ROOT/adapter/omp-spt.toml\"\n11:VALIDATOR=\"$ROOT/ci/manifest/validate_manifest.py\"\n12:\n13:for f in \"$SCHEMA\" \"$MANIFEST\" \"$VALIDATOR\"; do\n14:  if [ ! -f \"$f\" ]; then echo \"SKIP: missing $f\"; exit 0; fi\n15:done\n16:\n17:# Pick an interpreter that has BOTH a TOML reader (tomllib|tomli) AND jsonschema. The fleet's\n18:# python is 3.12 (tomllib) and python3 is 3.10 (tomli) — either satisfies the validator.\n19:PY=\"\"\n20:for cand in python python3 py; do\n21:  command -v \"$cand\" >/dev/null 2>&1 || continue\n22:  if \"$cand\" - <<'PROBE' >/dev/null 2>&1\n23:import importlib.util as u, sys\n24:have_toml = u.find_spec(\"tomllib\") or u.find_spec(\"tomli\")\n25:sys.exit(0 if (have_toml and u.find_spec(\"jsonschema\")) else 1)\n26:PROBE\n27:  then PY=\"$cand\"; break; fi\n28:done\n29:\n30:if [ -z \"$PY\" ]; then\n31:  echo \"SKIP: no python with (tomllib|tomli)+jsonschema on PATH (pip install tomli jsonschema)\"\n32:  exit 0\n33:fi\n34:\n35:if \"$PY\" \"$VALIDATOR\" \"$SCHEMA\" \"$MANIFEST\"; then\n36:  echo \"ok   manifest validates against published manifest.schema.json\"\n37:  exit 0\n38:else\n39:  echo \"FAIL: manifest does not satisfy manifest.schema.json\"\n40:  exit 1\n41:fi\n42:"}],"details":{"displayContent":{"text":"#!/bin/sh\n# manifest-schema gate: validate the omp-spt adapter manifest against spt-core's published\n# (vendored) manifest.schema.json. Deterministic + offline — no network, no spt binary, no\n# registry side effects. Self-announcing: prints its own ok/SKIP/FAIL line.\n#   exit 0 = valid OR skipped (no capable interpreter) · exit 1 = manifest failed validation.\n# [impl->REQ-DIST-MANIFEST-SCHEMA]\nset -u\nROOT=$(CDPATH= cd \"$(dirname \"$0\")/../..\" && pwd)\nSCHEMA=\"$ROOT/adapter/manifest.schema.json\"\nMANIFEST=\"$ROOT/adapter/omp-spt.toml\"\nVALIDATOR=\"$ROOT/ci/manifest/validate_manifest.py\"\n\nfor f in \"$SCHEMA\" \"$MANIFEST\" \"$VALIDATOR\"; do\n  if [ ! -f \"$f\" ]; then echo \"SKIP: missing $f\"; exit 0; fi\ndone\n\n# Pick an interpreter that has BOTH a TOML reader (tomllib|tomli) AND jsonschema. The fleet's\n# python is 3.12 (tomllib) and python3 is 3.10 (tomli) — either satisfies the validator.\nPY=\"\"\nfor cand in python python3 py; do\n  command -v \"$cand\" >/dev/null 2>&1 || continue\n  if \"$cand\" - <<'PROBE' >/dev/null 2>&1\nimport importlib.util as u, sys\nhave_toml = u.find_spec(\"tomllib\") or u.find_spec(\"tomli\")\nsys.exit(0 if (have_toml and u.find_spec(\"jsonschema\")) else 1)\nPROBE\n  then PY=\"$cand\"; break; fi\ndone\n\nif [ -z \"$PY\" ]; then\n  echo \"SKIP: no python with (tomllib|tomli)+jsonschema on PATH (pip install tomli jsonschema)\"\n  exit 0\nfi\n\nif \"$PY\" \"$VALIDATOR\" \"$SCHEMA\" \"$MANIFEST\"; then\n  echo \"ok   manifest validates against published manifest.schema.json\"\n  exit 0\nelse\n  echo \"FAIL: manifest does not satisfy manifest.schema.json\"\n  exit 1\nfi\n","startLine":1,"lineNumbers":[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42]},"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\omp-spt\\ci\\manifest\\check-manifest.sh"}}},"isError":false,"timestamp":1784195435599}}
{"type":"message","id":"995c76ae","parentId":"9e8f255a","timestamp":"2026-07-16T09:50:35.599Z","message":{"role":"toolResult","toolCallId":"call_nEBtQhwpoomZ3Ad4Y7suqmaJ|fc_0ce43b44bb495320016a58a96b8fb8819887c31b52b8a43137","toolName":"read","content":[{"type":"text","text":"[package.json#8C0A]\n1:{\n2:  \"name\": \"omp-spt\",\n3:  \"version\": \"0.3.0\",\n4:  \"private\": true,\n5:  \"type\": \"module\",\n6:  \"omp\": {\n7:    \"extensions\": [\n8:      \"./omp-spt.mjs\"\n9:    ]\n10:  }\n11:}\n12:"}],"details":{"displayContent":{"text":"{\n  \"name\": \"omp-spt\",\n  \"version\": \"0.3.0\",\n  \"private\": true,\n  \"type\": \"module\",\n  \"omp\": {\n    \"extensions\": [\n      \"./omp-spt.mjs\"\n    ]\n  }\n}\n","startLine":1,"lineNumbers":[1,2,3,4,5,6,7,8,9,10,11,12]},"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\omp-spt\\adapter\\strings\\package.json"}}},"isError":false,"timestamp":1784195435599}}
{"type":"message","id":"12e7a8e4","parentId":"995c76ae","timestamp":"2026-07-16T09:50:35.600Z","message":{"role":"toolResult","toolCallId":"call_7vBR5KYDViIvPIGrTJyd26wG|fc_0ce43b44bb495320016a58a96b8fa481988de52e19415628b3","toolName":"glob","content":[{"type":"text","text":"# ci/manifest/\ncheck-manifest.sh\nvalidate_manifest.py"}],"details":{"scopePath":"ci/manifest","fileCount":2,"files":["ci/manifest/check-manifest.sh","ci/manifest/validate_manifest.py"],"truncated":false,"cwd":"C:\\Users\\decid\\Documents\\projects\\omp-spt"},"isError":false,"timestamp":1784195435600}}
{"type":"message","id":"91db882b","parentId":"12e7a8e4","timestamp":"2026-07-16T09:50:35.602Z","message":{"role":"toolResult","toolCallId":"call_VLvnbj8LwJYTnarj9lVzU1f2|fc_0ce43b44bb495320016a58a96b8fb08198afe42c9fba7beaab","toolName":"read","content":[{"type":"text","text":"[package-adapter.sh#0A7A]\n227:\"$PY\" \"$BINARY_VALIDATOR\" \"$MUSL_TRIPLE\" \"$VERIFY/$MUSL_TRIPLE/omp-spt\" || fatal=1\n228:[ \"$fatal\" -eq 0 ] || exit 1\n229:echo \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n230:\n231:echo\n232:echo \"WROTE $OUT (single fat adapter.spt). Next (operator): attach as 'adapter.spt' to a GitHub release\"\n233:echo \"on BigscreenVR/omp-spt; end users 'spt adapter add --release BigscreenVR/omp-spt' (spt\"\n234:echo \"v$floor+). The fat archive auto-resolves one of the three target helpers.\"\n235:exit 0\n236:"}],"details":{"displayContent":{"text":"\"$PY\" \"$BINARY_VALIDATOR\" \"$MUSL_TRIPLE\" \"$VERIFY/$MUSL_TRIPLE/omp-spt\" || fatal=1\n[ \"$fatal\" -eq 0 ] || exit 1\necho \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n\necho\necho \"WROTE $OUT (single fat adapter.spt). Next (operator): attach as 'adapter.spt' to a GitHub release\"\necho \"on BigscreenVR/omp-spt; end users 'spt adapter add --release BigscreenVR/omp-spt' (spt\"\necho \"v$floor+). The fat archive auto-resolves one of the three target helpers.\"\nexit 0\n","startLine":227,"lineNumbers":[227,228,229,230,231,232,233,234,235,236]},"meta":{"source":{"type":"path","value":"C:\\Users\\decid\\Documents\\projects\\omp-spt\\ci\\publish\\package-adapter.sh"}}},"isError":false,"timestamp":1784195435602}}
{"type":"message","id":"1c6e8b22","parentId":"91db882b","timestamp":"2026-07-16T09:51:35.822Z","message":{"role":"assistant","content":[{"type":"thinking","thinking":"**Planning canonical adapter directory copying**\n\n**Designing test with copied mutated adapter tree**"},{"type":"thinking","thinking":"**Verifying canonical source usage**\n\n**Removing environment override tests**\n\n**Adding environment variable reproducibility test**"},{"type":"thinking","thinking":"**Refining test strategy to avoid override injection**\n\n**Planning patch creation and packaging steps**"},{"type":"thinking","thinking":"**Refining selective file copying for publish scripts**\n\n**Planning selective adapter and script copying**"},{"type":"toolCall","id":"call_B3w6XACjwIVbkzQqRo3afleb|ctc_0ce43b44bb495320016a58a99eca9c8198ac08ff54fecbde13","name":"edit","arguments":{"input":"*** Begin Patch\n[ci/publish/create-adapter-archive.py#5796]\nSWAP 58.=64:\n+    try:\n+        epoch = int(os.environ.get(\"SOURCE_DATE_EPOCH\", \"0\"), 10)\n+    except ValueError as error:\n+        print(f\"invalid SOURCE_DATE_EPOCH: {error}\", file=sys.stderr)\n+        return 2\nSWAP 106.=106:\n+        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", 0o755),\nSWAP 108.=108:\n+        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", 0o755),\n[ci/publish/package-adapter.sh#0A7A]\nSWAP 25.=25:\n+STRINGS=\"$ADAPTER/strings\"\nSWAP 218.=224:\n+for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n+  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n+  if [ \"$mode\" != \"-rwxr-xr-x\" ]; then\n+    echo \"FATAL: archived $triple payload mode is not canonical 0755 ($mode)\" >&2\n+    fatal=1\n+  fi\n+done\nSWAP 229.=229:\n+echo \"ok   exact shared plugin + PE/GNU ELF/static musl payloads; Linux modes fixed at 0755\"\n[tests/adapter-archive.sh#E505]\nSWAP 374.=390:\n+COPIED_ROOT=\"$TMP/copied-root\"\n+mkdir -p \"$COPIED_ROOT/ci/manifest\" \"$COPIED_ROOT/ci/publish\"\n+cp -R \"$ROOT/adapter\" \"$COPIED_ROOT/adapter\"\n+cp \"$ROOT/ci/manifest/check-manifest.sh\" \"$COPIED_ROOT/ci/manifest/check-manifest.sh\"\n+cp \"$ROOT/ci/manifest/validate_manifest.py\" \"$COPIED_ROOT/ci/manifest/validate_manifest.py\"\n+cp \"$PACKER\" \"$COPIED_ROOT/ci/publish/package-adapter.sh\"\n+cp \"$WRITER\" \"$COPIED_ROOT/ci/publish/create-adapter-archive.py\"\n+cp \"$ROOT/ci/publish/validate-release-binary.py\" \\\n+  \"$COPIED_ROOT/ci/publish/validate-release-binary.py\"\n+rm \"$COPIED_ROOT/adapter/strings/skills/signoff/SKILL.md\"\n+expect_packer_failure \"incomplete canonical shared plugin copy\" \\\n+  \"required shared plugin file missing\" \\\n+  env ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$COPIED_ROOT/ci/publish/package-adapter.sh\" --apply\nSWAP 429.=429:\n+  [ \"$mode\" = \"-rwxr-xr-x\" ] \\\n+    && ok \"$triple member has canonical mode 0755 ($mode)\" \\\n+    || fail \"$triple member mode is not canonical 0755 ($mode)\"\nSWAP 482.=490:\n+OUT_AGAIN=\"$TMP/adapter-again.spt\"\n+if SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n+   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n+   OMP_SPT_ARCHIVE_LINUX_MODE=0777 OMP_SPT_ARCHIVE_MUSL_MODE=0700 \\\n+   ADAPTER_SPT_OUT=\"$OUT_AGAIN\" sh \"$PACKER\" --apply >/dev/null 2>&1 \\\n+   && cmp -s \"$OUT\" \"$OUT_AGAIN\"; then\n+  ok \"release environment cannot vary canonical archive bytes or Linux modes\"\n+else\n+  fail \"release environment varied canonical archive bytes or Linux modes\"\n+fi\n*** End 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canonical adapter directory copying**"},{"type":"summary_text","text":"**Designing test with copied mutated adapter tree**"}]},{"id":"rs_0ce43b44bb495320016a58a979305c8198a3274c2d4305e509","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKmIw1pVqCtcJhF1YD9r8kEQ7JXXWDb1N4AtaREfqXme0iVjqDwyMFFtLb9QYQAqfcKUJhVzZ-nmANau2-Dcs2yYlkrAIW0lxNiBVjnalnft7dlL2__KUCv3cb7_ieSkRYP5Y2VFPwPrkXZgc4R-gaPx63JZFOu-Rn95NWa1iMwbWIUCBiMYyoBWxH6k49CirlilxYiCGTCcuN7vZvyEh6kVZ0uomDtREK94dfv8Wats3w_iDSDWb_3V33lfna_rCo_ZDto1kC3s_yzU9t9MfFw1kvskS7tm6yr8ogxWxdITb1uddVDC-7YAf2VWURhJw9q0osUENuZ1gdQa4mCF9_dxad5Qz3ruoML7o-k977A9wmyqBnO0swrDz0gQLbOnRVkv4QBE0K6BBgX53q1XB3l0_rfzc3qDEgQAXjWG137FznVlpXOh7PlLGdHBtJFORtVj2zWhQhik0FK3VCBBszIBcUl3vbZwHwrFuwONRSwIGiGorqzQBhkXQ5diIGY9CsE6ICXYHua55S1jIhew1qYBysL1KJPxWuurue18LvgxXxysZSGoGIUgKpoYsaRmfhmyNR3tgVgSUgDHmV9lz2W-4TKXahXMwIracuVw1svFCQ2uHOLZSVCzrLZFD3jQwHLGStr6pVGpiJTMk1tNy7Yn5isi3sbUiqGJQOZ9MhNodmy8BwCZ7zr3jYuzzTUMlz-i_EL_Ww4zIPWzRz0ZqC4XrmAyY9MBsD6RkddDhbL4cooL5py8C-5rwCzgW4vt_xSgDjavjQIZ9x6zvhazsC0sP0ZQqA3moCIeFDvw2tCdGX0z_qCmK75uls1fUObBKF7w7Cp01zGPrnDobOrULbYMv1iQ4wJs0bD3SpZAf4RLg3TCzNJ2SfavkWbY2KFi1BhvXQ1rqJG0iDKjdWaCYferdWPzTN4xeirnYSrAUYf2uE0OS_HZjhe9dl3e2EdV_P9l2tjvSn9Rn-4bMy6bSvq5Brf2RUE6smMdU4QGaEzB01tR3kRfX42Ttjp8GuLqbj8nZaBiRJysRr-rSEVyKY9qEQSgIZk2VdXzBTZZOjab34W--7teC4QrA990OEncq0tr8t9VsjKEV2PsQwJVrQdRBupucvcTuSLYNJHqiB6VMiAyPlufrxWLBDEPVxznX6pk6NVGHQFJq2oGILsHyH2Swq90YWLpZCLzshe7U8hV_sFHo0QzGcIfwgIjSIHQdJA05aDHnqabcQ0gKlRdNx_9-cAFifuuGxDB07gEFcWHFTU_TIo60ul69f6gb6W5HeAJVPxl-JGmFjcxAoqIVvpdMoc48BSkL4Z_Lt5NLVSMV8WCpdStyRsgbIa-u8zJ212h8F_-AD-40FZB-4Ls53Xmg6vQaeOLOuaZdzyZXBJY_eBqAAwz1kuRia-gBtIxo1GSpovvujZ9JIdRKp9zU0CpbGWib0zMRGCAzc7cDxeS4SzUF2ynjCjBfAIx3I9TQTtb7LDc6kH4jd2SKboFYQQC2xS_4giXoLC_ZZZ3_bjP2sKL0HVyRIEG98qVzGN7G7xMbvyjIlJGe4H4D3wogQ2fA7mKnYcpudBHWYX80BOKu5MXNTDmwn3jnzA3ayRSyvEFW48MLZnQizsWNWmhdNzQN3TLIj0HHdmmjyXibGoUSvEv-Q56SQMtvUP4XBWigzlKe4KAxRFmzklkXXURGtrDaHAHLsBHchvnOk-Y1AvzLJGnowyOOom6jcZeWu5ah3U0B0UMmCEW2cdkT1QjDR3_x0LmxWp_B8O9peEV4ULB-KRICVgyyCOR6nl2gztn_gpkYKUQ1ir2MpU-VJJjbP6O-cS3fG4AZ2oTsLtEtt7sTeEPxW02othiBuWgmplnBSv0qY6L_DJMcSJoxH4Nm4JJQR57nR3WFQS20RsPdPMcNwFI3GV52WVnMkBQOp6uYv-2nKRmvBpEbI7S2XKq-Lnf7_FthTxKzmfXtjE6yfMGBWFtt69WwbjX4qOw2CwlH5oWwS5pZ6JHebl3ElGDGlo9JjUb6_1yw2LPj9xV_8746cL2BT2MaLEc4RNVAltSiQ9WGg4SVqw11DZsLV6ZF58Sojl-khPhq7Soim-LgRXS_6abfyFTbnNJpV4tqxNU25x26JSqxFWUEudymwiMj87SNjEJ6YZLFEfvUMKOQVb5g3tkNexGohPJG_EAb-prZCCzlMKzrjXa8jucjjihn1FjW0843aOilkl-FGfVSxnN698KKFEqFLcYza55C0Xki9Ue_v7IIJvtjuc1eaA8NXvAba2vhUQAy1-0eNp9DAACBHLct_5pNuDsTNpUzPEXKuIkgZYL2nXyZALFSM0tM3seJ7wJBalGCXWX7w-TC1uzj7Z8kkJwJdXylZCNXn-dLUw4mZXnF_EIb_LxVQEbfvr7zE_9Tp-xaRgLqJtVANtc4e36MK_kSy4w0DqT0NjUX0A84UEiqdSVU-iOESucH2uD4l7Z5EsB26n-13SNhLrICE64H8kYMFBQv_urh3IuSLJfw8RWpxQuXxL1ba7YPKe9DAPiysHNBqhAPYZapLaBvbnzPrbZ3sP3k1-tz-VVP1tBQ-8QiBIWz15W6DbAO2BTUTcBhV830tsMEOsdmkIHtN92AU6ACzyoh4NReuTZuU11stgeeJlI30D3wUaFP1akiSWJWpuRORQXcotCPnY7AkP7pvoQtxu0TEbVSWK7QOfidV5oVcjVqCyWsin0mzhQxyEXyeZIfEYuQjCPF85NuMQ2ewYoyKm4Xe1wiDA6W3Pa45TNyn19ChDijsuZkqaQIyWeKmwRqfrLhmsK339hPTpFnUL5Dl26szdUtNu5YkXuI9fJFDPU6H6gUMgHZdt95GPwIAuiPPH2PU9IzbWDGbpfm12-mAtGgZsVR7QDa9miaXSXRmaKIr6nfvstGQksGfbMPwyvyleqZ8YjmCOKAKK-ANOXrbZrgKb_KaxIUlnLYx04Rq1JCQ9Vdu1yMCjahcFTFmqoCeqMLSs10kzetaa4DUaaJnDsWtccOovXn9myN5Loq_zBYxLsZ-09PWc8MvASv88wnhIzVqBiQAcmCrA2Qvcx0spf9yCM6rK6ibegZ14MynZziucRaGuiy0BWM1rh2nnjvpbZ2RWoSQqaKhy4URH8JxrExxcT-VaZLoOsw6tBs4hC92i9bivuFcEPEpgm2Iqdc-I25gikIXP8-oJ7YYEZ3vgB0DF-EU_nUfkTYLtDrH5O-7OmqjKom1rgQc3gXKOJf1eG4_DmI5ZHe28G-DHaad7dPmaUJlrY6lvAMQ676l5AE7XdX-79IC7sG2IM-5YY3QN6vXLpFVfMRbAPt6g1DxS0ddeGn_kBXj9Fp6XOPod25DPEfXMH_4gIQ1F1QA76Kzqu84ATvsQsjAUfj42kVlUOo09pjvLwSzhfy1wbOcHAMu1NIS0BwUYC1uBdTDDLvpeP1ZXHLznK5O1Gg_2EGVaoAF7ITx_akPOpNguJaQ4UD3fItuu1UfWZURdgiww4WSMgcOIG8DH6Y58J-NlSQJzr4fj1uI8TJgWD5VTZATzkYWRs9_ZCCChucACygHJq3U8HdCpCAdi8ZRFuaqzlvl9LpSX7HUwavUWGPh240GD6JVSFoaYPgWYodZLy9nB1fmNd2at8ca9Vb_gG7Z5KKtRJ5_bvwWGFJHu6cSecbP5SFskQb8s-eV_n5ALIqe0Yt7RkDXXIm2RAloxiRLI3gxeofqbFdjeznqvZczss4S4IHja1-u1-ziJmls5gpMvj26nGcJLOqzMPekrjFM3FpEeqxquxemqkeK7uxrRAuLBnw8xcQ7oR3n25Feo8VBX8X6Jo58HlpySM8z2JfawdsA6DEVzUOgZAqOJ08ipHbzZepv6h9vC4NwW3fYe0mKU8meXQNTv51S4sbStlw7mlpYHfnKb8XyT2AkT-ecmHL23bUb1AECoJr0b2gnrd0RRF4aynnIpSsVc5Tnchwa7OQk-8NqoN3-8st0tXlhnbPIcszYtLkBA49HrXtayLySfqWPZAIXPq5rYHf3X4xpjxRf5IsKYCaig8Sf-CRsjEZSRBQTmNBp8-8AGdcOGRLzZnozIg5K7RT9QDKNtCwT5v1-BazRVW9VKK6xCtK1c6SU6OWpP8LXf6zIt3h03HqWmtq3U8Dau9b_hvr52wzMdp_cfnG716IVoXiMdFtyBozqlr6BJ1saDy_LtNAQkV_zWwTpHFe8Jsl02MM_Jl9JbGCEYr97gYyDAI5w_KJNU88W2hTLxpr44RLt62WGP4Xzgz29y_JiOagxvha2AHE2BBWCjUbz7sMk_Bv2fX6eJC0_JUgcFvYFctzOrLb3rwTdbSOtGs4S100RlbuXn2hvP1t8x0JcGaCUhhDLD9peTFuw0geUeYe2iIGrTohQ-QBGFHsvqYwGUcitujNPVpqXY-0ynsvylTu8eGkqsNRW3NdBO2VFTOgTzL-x2FUdmye_cPU-hPisKFWwG3iEg=","summary":[{"type":"summary_text","text":"**Verifying canonical source usage**"},{"type":"summary_text","text":"**Removing environment override tests**"},{"type":"summary_text","text":"**Adding environment variable reproducibility test**"}]},{"id":"rs_0ce43b44bb495320016a58a988ad608198a56df92df0eb099f","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKmUXfD4tAVzHsAErw8Lh4MCsJdn7T1xBhQdp2whY8JQTTC186Snn6eKyIW2Oa6EYOSAM7a5dc3liZLH5Hf0R133HtxFj1v7AFRJlM_NoXIqmsXRZfPC5-1kUekqQyC9MUenNR9Shk2WKmT3CKnXnOIVeIhG6iPm7GoN_5bLP6s-_OknrT7XqoAJZIBGLT5zC2YXxPtiB7rhlF1BHrs-t7jWBodXd376Z8b82ANFaomjsubo0IKy4-0zYLN0kovwPGEdk-zt77j2vmR8hUwBPmVQ5X782fp5gRUFSqhlypfQVrC_otmQPwAuA5d8HiRH4rqxg3pppCrqHw-WH1FReZZbExFAcMRVnqvrWuxMwtrIl4RKvWyhwBG6IFwOgvRqzZUWfFMFy98YLVFnk-0mhrzPfuV-HgGZrqUxJJb7gAPExzzVNwTidSHxZwzahSD0EkZPy4XlDgg1nq2FYCCgsrswn-NVABzmob2VY_zeotEIcVVb2lRKYbHRhltVsbUfvuTU3X80tdlraaggc0tMoYZoc0cWrbo9-D8iHbiB5aKo6aidkuKOAt8ZLMxXQ_9dtZJBkXjDwZNiGRBP8wdvxy9RB5rsx0tMeacdGmvE7C6DoT3QNVHiXE_pXPUorZkwoTh4K_p00sYRsMkqbrvA2-gepa-ofP8XiXxSFGqmljZIqkzKFI6k08-HaANKAaa7GwzMo9bVlpNYAZ2WWw4xgt2r1As3eKhOuyzSYrEZ5nLCqy7_vw4krYsE2-H6St6h8LW11pTCib6uKqv2yzEM2PHzAcu8b4tjq6qPJ_VMBl2zloqC1KHDy8r_BPdKASViZ5aQl5NDDp64L2kvOGsYc1UEsgZDQwm1mXGeQGJhLJHb47CsFZVsblrUPaq8Gu2kF3TY8CvRmPSecidjFOJibxDB7f9t0ECAWR9GXYGzNG0vn3zTSCHSzbczUsG_bjW2PABo2iy-vl2XZtHH_mLjD905KbWV1prD8lWBSBI1KuvC_j7zcoNQ9juv0FREl5zXxhuSCLX-2R41Ur9bw4bpmdWOWTnaLCnGdp0Xu9HHzdxRi7RF35BnW2e4XlMDILVuFdJZKaL1IbNSxuyeoJTr2sDHs5LjwIleuj57kZGhS9EUa3eUCRNSkiLbBeJOtd9E1TdSa5ppa9Qe7WG74hoWSQI1lPgyAzK_jB_xyVWCuca0phhbFJ8W2zPcDeS5OR_tgRL9TSGzxC26PvPJMcx98zAk7EB7mQaR4hPnTIJhAIGF2bgOAtvgyOSXFM92J20YYotGuG04UurTGAOmt3Zo8Q5XI_7ISs4XHbH14nyEn1k2uSX6zIjwGsrq4qSuW1i-bt26_RAI2gr4L9HHELNLWimNVi-IoQYeu4ye1AU5ojIEz16NWM3ea63iDSmxgAj4USXJFxmqe3wcVAQi7vNKJaPT9Z0B3shZOX2KOKeKGyjtfeVpjMjHqnA7xIcL9c4sHtTurs3u1paIJRfXYW6_ePbQDNT6JJAz_5-tY6Kob1I_ejkLEU5OyHKN6McUZh_LYK6pEKZV-CLW5AGRyK3r5hYSD5wXcIypkAzqydx19INaz0EyMoqkwmp5HdN5Ut4lQzwg8lIGyIDfppE_AfwJcWBnmHioqHZ1mWH9C7dIuTW5yQxEQOsUGs6EfWuiclgOzRlUFKQFlOfInagfa7vh6InlL4SPd9eUlk5fRIoODJ5su10U_IJPebLzTZ8B_b8byUTp6oR2KcGf4XTmfjT_0NrlJgpXYlEjTiZFZN-D_6B9c0kGBNDXHnDEKxxamgKKZhdmQwn00sFPOqFpYp40J1ImPdILPtroIoabOE36vVQiKGJtKiONjOrdQQ2QEfQzPnsOU12geBOQemtgo6dV8mtJkk30XMycESjLFnC3RmNs9V9tfbFX6hP-gKJF5BPD1pjKiMgVly5nuWYq9bkm4oMXqnG9WEJvr-hVSqVgsrmibYngYkyZCoj1M8rC6I41OXwF_47tzqHFw-v7fby0pywv2R_R0F1MHvztX55XCYWTRF_NdqQxeWYKAL4ENMD1jSfGOsU-HHavM8KY62_itBUC5cVBhJiTx8-YI-z_ufDBeUATA9AZS5rca9EIKuhFZyxnj5gryWYirT2Q0xVVpc_VregQohCy_r7UtBikqYOGSIKQJ9lf3Emwps26eQIi7PZf5ZUiaV5NQRnohoWdVGderkUlPqorrYgJ-TfTMUEHZuSgUUXpZPY4cAKqPgEp_8VgBMIwP6BiwS3ugsrNnMciZlLe5Y4Wyd7MHOLOuuF-7KJcnjXMQGSRHUEywQVAtTjmQJPHzv_S4JjLaSLkygNJTbdp7gGH4mUItK-luAKsxgRfi0H5EfOBhs8HwHVmvdE3u1QHEFIOGPwCbH29t6bWjMQV8RVWbpPz6lXkuH5L2XWf2QF3xn2OQK66r8dnzVeXlJDGqEd9nrRCvOMqBiW4KIUGwCdXGJwznpO_d5uVSYrxD7LNeXEVxd4pkOLSyfQDJbv6hYWA57nymWCnrEYNpajgnFErIm4XzrL3CupfVIMqBHFU7NNClpU8IJqrt5orrq-dJP_2IGdQrk1MviNQ_mJES55fq50MUst7V38smd82VhpyTouJ5yjSMs5_-dnFDzpUs9gY4CzxM4bvLnKOQJw8yolWNHrBJ63-6fPsN5COl6q1wj2n_U6p4JLazksGYqzRGqIjpf2fKoenJfy_UMreF4fo_UXayxibImndBXTOl87qJHXM6OaWSyYMXl0ThdVWpIdKDoyzKwr2sUinjjfpBn7VTaqex2-PWygWnxp0osccUySv3edZGbJFO2VjOr0MGQkJ8hzFP_hkPGu8V52obOCEkZg4FhYE1sQp5btUDIYDxQIbp8kO4VO9MsqWROFNvdv2aVx7Hhq1pmSBPeksmkdhAZZx-u1KH4vpGdXV3fdbTedbpu3P7CF-306SEOX1IG774mKAOt8UnuufomLnYR5ttOQEZSo1XpqlfHIvm5Gq0a6NxGC6A2bhsytQE5h3I2NzgJBMwMEoeVRtNii2nw_ods4X8LAMbAiLNMV07s09Q4v5jQrg-cdCVTKOLWLFGo8mBh_dDg1_DQuKax-ITS-PddKmy7AheP-xxqQnbPNSDcXdx1E1trVbPdm4zPwiaaTY8iGU3fFUVbIvYh65vPx90SsZDUdmQGBtfmPZzXvyQ5Ysz65GFyeInKTSaAxNhmayMVthWSQkq3GpIka-Ti29CygkcK3g6Suk6av5L5UogO7xFQ7IqedkimUAEZeigYOiq06zUHDdZvf-ytQxzoWAVPSKJCqPx3XruQV93ydN6QnLDatfJSwLeHKOl3egdx0FDsb-1hrVO2viHMj1MmCWQrdiSuqJ5Vw1Ml_vCUBPSQzE-6-jibLvzYaUsbGBXb7oBWZo7I2kByKSpnBVKeL7242TB5Ds1mYzt7wrZ0679QAbW6SnR9f771tV2K42e_UFufsnKZx2jhNW1AjwJ11OEjLrJjWZAB9OY9nhl5h2Y91OZHDTaYj1iLS9c_UFt3hfjkf2IQWqzw1GZprUG3apEB1M5Gccpu_uZTbgAuSf2PX0VotnLtSnrDY1WiFYea37D33h-gLLwoBd8HVUv14Gtv_ZOc6qvJWjf4Vet_Dk4LeGk2OnyG6CCb34g6hM8UpvteEtfLGUZUJji1bdyRb0zR9xNqSdhp-_hVjAl2xlsIIUcHL2gDyF82UDElAgqYwgWqou2Cdbq8QkTUNT8qaJdUBCGmZ1Hi7D6Jey1EavQzqyoR0Ab4SQA301E5wbUuhAdKeOtytd1rIKn5ckNx6rVC1psu80KdDoSC12nNtvrB-jaOG1fmZ6Bx9WCoriUBQG-Bn2L2fGYXdphpjX3iT5_lqUd8T4qAo9fgG2Cjko0cHblPU0x1_3eUGNjKO74W5DEsNJ9uygb4pl4IZPINtAIQD-UbRz70oAYB6MyoHhsrfTnZm1GhuqzbLwHHnjYPXj-vZvjLgmpQKoS78XKg3DZYX5W1YTMh12NDt6ZxMBlucxKHMRaP6saACf0dLsPx5tNXzdsoqAe2j8v6wXCIeaxVPqpY5jW0Ozk0f2M2EkNhO1re0UeXVKPkReY2_5UfO5X9Dd5ES822zMqTq8VQXacn8rZsbSd8rkJ-I=","summary":[{"type":"summary_text","text":"**Refining test strategy to avoid override injection**"},{"type":"summary_text","text":"**Planning patch creation and packaging steps**"}]},{"id":"rs_0ce43b44bb495320016a58a99457a08198a08f07bb0709a903","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKmeww9ig9sF6GRHcvgR2646oZAwad2p-Ss7Kc0BcFTvx6qzyZ_pGx95VbLwsaenvJrBZZ--ig2gqMCms9WpAIIxZfcHLrFVUSi51N0XYI7v4e1lcmVG0xp8GvuW7qpuTqtH4NIJwF0KP-GleZGIa7HUffAxDe4MHwgelGs8lgeWZ6dAf3fbEB5J2WFTKoliEiOlVF60_gNrEOG--jv296Mm5NsmwKtODnBc9G6OOYVWM8Z4EKMKbuZlOIIJy22xxZhttymbdZih8MCo3hSPbZZb-kIZzOTNC8EsDTzpWprlACQf-PzHjD_q9mjxMyTUml6fWve0MSWUg7ffFVEr7DjJccFK7OrHhV27p6i7179hWjJfzbs0-LgA5fHRxbl55h38zLN6JotN_W47FB7D9WnnEoIYR-DvmQaEk3ZYvvoeXPmhCZouSK1MgDyNwNsooZ8tlFl4IOKEx2gv02nJv0PjOvTR2eLhycbeVqD6A6rHxmG5tj24rvsPdWzNwm0uUYxFqaDorWNYqnYfBCPAp5t1TWyN2F5962VcMqJ_IhyRex1-aPkCgqB2llSFQGqL5ZdDmTytX76lAVnWRzGahhrNV-DtGYjYKzsYb3_-knWuqnEHzvfRjfvjPvAGj-71J6YupmE7_XSilhHG8KhV6c4lM2U6VZ_jCc7KroMBC_CREssWMc4OAU9gvK8NcwTxxeN06uqcLQY603rw7zOxcJNJKbjHKq11JH5YyHUQ2x4HYamPfh90apGb4mw7JggaqnnQaIsrCPwqt12suQFpJfVNabEwrx3ewOCHcyTDzh67qTqRnzSjcKsujJNIOhTt01YmD1sYa6jwfYA7nhp9bv_qrLkw4Yamtb8JIq89kyq8Md0NzxJRwfsdiA5__3a8XgjiXkrRlbVCS39yne-4HkBecVc9KDJBt86xmHpXkDjWrRHaiPf0X0gkHGIqDPgrRCqAT8GiBHjb8qLBwuV9CYpgZy2Xnr0La4-5J1aEZL2WcdtI94051p5B6wdiTIHS1hRXFw26CGXORZVxiZ3_S1yj2ecvWpPL9gxWSOzP8rXHdrVRu0ffCOlfctNwCCLKhL2Fb4zdUjvKPDjTnt67yAfKIxsWjV_mSJ7F5zrq8-h1IoT8qJwGXlKBb6K4PJuh896oM0VtOKDbQuJYlsmO97twvdTMHQ1xPcj9TI5uLyN2KM6oQJlk3246aDF95tv5oQS6ag2P67ybpLYeFhJpZRQR8WSnQyHtLWiivnUybzGfTGxatcIy9trgwuZ_o_bt6egkvlQH9nqlHPAcFPgGcm8uuA-O5vQvC4ZyT9FnRsLm87TWKSHYJ8i6-X05SUmFDwxUv_WARPB0S7DAxCt5MASDefA70scyaldw1yfLKLXvBF-ybp0-TlOS1urFMwLKryPSRALuN8y_jPAXtyUYvNPuXIR9cPc34C4p2A3P5UjfWtui6u62NpWwqfWC_Pcr82RnoEg_jgG-FgH2OgZJuy_cptfHat0aHdLsf68QJwhY1_aPtTgaqnb8p5CmkmLswscj0e-iYFBtI80rhlu1ckauJk-AnFJ5PIiYYVSkWjOOXZC4uP2dtyUcyJ9FMx21ABwNaZYWLvmBOFCKFwUPZcNkl-05Aw5siabZ8zobxzQvFBxdZAKMaViI95XnoLM62tJCk9DCFMGch5ZEW2caPYAfJgrwSYhC4DTri3LY8pR5LPEbX1Z8sv9Cn7OhQeGGiqcuynTsKEeW_XYOJjAppzB4wpzX8dn8taTO4urtXdCJQs6Ds31S3kes08G-Bd0o462hbtsAYVgvQ6whJ-4OTXFy5TsZj9uTXDHDcEExvsLM_b9PI0bsq3brRrfKJuOyUQ1GJheMqhpC7M-LzpNAQqzphJGnHyoZwUcqfe5X0Ake_bdtoyCFRQ5tnz3nPG1QnXk0xgarhIwyD8u60ti_0j95Wxnnx82gnVnm38TyoWTK8FigqmPw0E1AgF40O53pqv_-tlrNCN1AMnh92ZTdqx85bB_Ae1QKR6X9r-ShIGqRrhoCtv-txYJHpMaEBs1uPDWl4nUOycfc3gEb6iIt1hyg2HnynsSvdnmhdTbFQrD32waopIA8j5hfi5KUW8G-jp5DCA5T_CgBigdSHIHQIZnrTKw4Sl-IGfhI4edfUJ3KQnT3DdcTbTqpkf3aRwxHVA_tDGVwC-H4CVwuJb5UHPUhdTw_oaPTiquZwPo120p25Hl4s5yBZcXM6dck6oRXVQ6DP7qhUimmgnHlmQTPZI4edSpfLlUac0XX5ewfUSktuA806NJKbGfFk-rTvnewZRuZmHRQCHxqJ77tq03gySD4Vz7GSGQlh7dGGRtjh6AWv-PBh6YO35qrMVPuycaB8za2fo8ziXIwNxR1u5JG2OMqkfoYNiHI-_zgS4U9OQp6qK_GJyu6E7VJUEZWWEhxmI_VTMU3ETdm2eppTXOl2P5IQI8WGlr0ZbfVIksyaY3-9jXWoEelMIL_lBNoTJ73-cfyxBnhcHsJHhO504z8tu6-Vl4HBrHGSeKlyOm0C0m4ym7qr18O_IER2ekxm5agseSBa0m_dXyPD5WIjbAttnHi0I8wZ8NqqkIi0TH-z0uf_iIkHDdHX0BO0AdFBw96xm6GkQwoVnlzjBSkggsCh8POs9_nw_63qf0VPdvskSUT9Qe5Ws1Z0wXKDQ2YlULhvdM0pEyNE6npt8CCTLbWt0Ey9L8NRX8jbCTA3mbXJWC40ciS4MXWWk93d_GyphybbPT0VdZa6vMreWb2zBtqgwMdIapDSP9myKV-7VGN4W-uiDipyhqvLLUMWypaMXH2TtkZh5ecrCw9s76ag6Hkek4M8xfom80CmVekwx6oh2z8KQOVw3oOO-BMcoKGfMhKKBg4pBt15rIbRONEtPuQ_nhjvZjkeKdwZGN7lqRge60Sase4toQwu0xRi4M2pd29JTg-4RZHwfgkeZ9JdJjx6fbkbWv2zVoFfc0lDgEjBhZWHRRPpZIbyOKYCK5FcpDahwmGEwrbUplWbvHJWJ9lljEWNOYEUiJzeLNBeuxX9LNyEVHTlM8l5LRaxYZkTg55ur0Cy4P1Z5omQ1dWxSIc3cYd0w9SDr0yOjM---MSum5XsTw8Wg0YAzemYhu6wb_1K25b5xxpGVBOja6ZuK43gDTwMQnZ1OuADwug6uC4GZRniGJIW4tsViy6G6gLWnPum-n_7CNTOEjOeqOvVcWONdVnNf8QTbB-Sm8qbw2TVbLTCPpyE3gafcNfHmWw1maVYpQmTOSIK4-cNsRExBdLbMeqJensdwNO7JupWLQgwASFo_Pv9X91kRj_ZabMBARuMGXjfbyqk4OxUeJtIggjXxfrdWOKssDP4nMOFt8_iPI5QAlf9jqYWy6eHVN53CBi6CA9i3lyA3T6xkbZltjc57Oi5M2EoI_8uCavufV_0KLD3G-B_pnXaL8hNlL-jFRgymN4GHwdkUaujAuHOHA4WU_jgClZrrRdQLD18DJQF6uR4xFHDlGLtriCTQ5_OhHTzXjJ","summary":[{"type":"summary_text","text":"**Refining selective file copying for publish scripts**"},{"type":"summary_text","text":"**Planning selective adapter and script copying**"}]},{"id":"ctc_0ce43b44bb495320016a58a99eca9c8198ac08ff54fecbde13","type":"custom_tool_call","status":"completed","call_id":"call_B3w6XACjwIVbkzQqRo3afleb","input":"*** Begin Patch\n[ci/publish/create-adapter-archive.py#5796]\nSWAP 58.=64:\n+    try:\n+        epoch = int(os.environ.get(\"SOURCE_DATE_EPOCH\", \"0\"), 10)\n+    except ValueError as error:\n+        print(f\"invalid SOURCE_DATE_EPOCH: {error}\", file=sys.stderr)\n+        return 2\nSWAP 106.=106:\n+        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", 0o755),\nSWAP 108.=108:\n+        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", 0o755),\n[ci/publish/package-adapter.sh#0A7A]\nSWAP 25.=25:\n+STRINGS=\"$ADAPTER/strings\"\nSWAP 218.=224:\n+for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n+  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n+  if [ \"$mode\" != \"-rwxr-xr-x\" ]; then\n+    echo \"FATAL: archived $triple payload mode is not canonical 0755 ($mode)\" >&2\n+    fatal=1\n+  fi\n+done\nSWAP 229.=229:\n+echo \"ok   exact shared plugin + PE/GNU ELF/static musl payloads; Linux modes fixed at 0755\"\n[tests/adapter-archive.sh#E505]\nSWAP 374.=390:\n+COPIED_ROOT=\"$TMP/copied-root\"\n+mkdir -p \"$COPIED_ROOT/ci/manifest\" \"$COPIED_ROOT/ci/publish\"\n+cp -R \"$ROOT/adapter\" \"$COPIED_ROOT/adapter\"\n+cp \"$ROOT/ci/manifest/check-manifest.sh\" \"$COPIED_ROOT/ci/manifest/check-manifest.sh\"\n+cp \"$ROOT/ci/manifest/validate_manifest.py\" \"$COPIED_ROOT/ci/manifest/validate_manifest.py\"\n+cp \"$PACKER\" \"$COPIED_ROOT/ci/publish/package-adapter.sh\"\n+cp \"$WRITER\" \"$COPIED_ROOT/ci/publish/create-adapter-archive.py\"\n+cp \"$ROOT/ci/publish/validate-release-binary.py\" \\\n+  \"$COPIED_ROOT/ci/publish/validate-release-binary.py\"\n+rm \"$COPIED_ROOT/adapter/strings/skills/signoff/SKILL.md\"\n+expect_packer_failure \"incomplete canonical shared plugin copy\" \\\n+  \"required shared plugin file missing\" \\\n+  env ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$COPIED_ROOT/ci/publish/package-adapter.sh\" --apply\nSWAP 429.=429:\n+  [ \"$mode\" = \"-rwxr-xr-x\" ] \\\n+    && ok \"$triple member has canonical mode 0755 ($mode)\" \\\n+    || fail \"$triple member mode is not canonical 0755 ($mode)\"\nSWAP 482.=490:\n+OUT_AGAIN=\"$TMP/adapter-again.spt\"\n+if SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n+   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n+   OMP_SPT_ARCHIVE_LINUX_MODE=0777 OMP_SPT_ARCHIVE_MUSL_MODE=0700 \\\n+   ADAPTER_SPT_OUT=\"$OUT_AGAIN\" sh \"$PACKER\" --apply >/dev/null 2>&1 \\\n+   && cmp -s \"$OUT\" \"$OUT_AGAIN\"; then\n+  ok \"release environment cannot vary canonical archive bytes or Linux modes\"\n+else\n+  fail \"release environment varied canonical archive bytes or Linux modes\"\n+fi\n*** End Patch\n","name":"edit"}]},"duration":60208.661799999885,"ttft":2206.488699999638,"contextSnapshot":{"promptTokens":67851,"nonMessageTokens":26288}}}
{"type":"custom","customType":"tool_execution_start","data":{"toolCallId":"call_B3w6XACjwIVbkzQqRo3afleb|ctc_0ce43b44bb495320016a58a99eca9c8198ac08ff54fecbde13","toolName":"edit","startedAt":"2026-07-16T09:51:35.822Z"},"id":"4290ada4","parentId":"1c6e8b22","timestamp":"2026-07-16T09:51:35.822Z"}
{"type":"message","id":"4b21ee75","parentId":"4290ada4","timestamp":"2026-07-16T09:51:35.837Z","message":{"role":"toolResult","toolCallId":"call_B3w6XACjwIVbkzQqRo3afleb|ctc_0ce43b44bb495320016a58a99eca9c8198ac08ff54fecbde13","toolName":"edit","content":[{"type":"text","text":"[ci/publish/create-adapter-archive.py#E85C]\n58:    try:\n59:        epoch = int(os.environ.get(\"SOURCE_DATE_EPOCH\", \"0\"), 10)\n60:    except ValueError as error:\n61:        print(f\"invalid SOURCE_DATE_EPOCH: {error}\", file=sys.stderr)\n62:        return 2\n63:    if epoch < 0:\n\n65:        return 2\n\n67:    members = [\n\n98:        (\n\n102:        ),\n103:        (stage / gnu_triple, gnu_triple, 0o755),\n104:        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", 0o755),\n105:        (stage / musl_triple, musl_triple, 0o755),\n106:        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", 0o755),\n107:    ]\n108:    directories = {\n\n118:    }\n\n[ci/publish/package-adapter.sh#2CC1]\n23:ADAPTER=\"$ROOT/adapter\"\n24:MANIFEST=\"$ADAPTER/omp-spt.toml\"   # renamed to manifest.toml INSIDE the archive (root-only rule)\n25:STRINGS=\"$ADAPTER/strings\"\n26:EXTENSION=\"$STRINGS/omp-spt.mjs\"\n27:SHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\n218:for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n219:  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n220:  if [ \"$mode\" != \"-rwxr-xr-x\" ]; then\n221:    echo \"FATAL: archived $triple payload mode is not canonical 0755 ($mode)\" >&2\n222:    fatal=1\n223:  fi\n224:done\n225:\"$PY\" \"$BINARY_VALIDATOR\" \"$WIN_TRIPLE\" \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\" || fatal=1\n227:\"$PY\" \"$BINARY_VALIDATOR\" \"$MUSL_TRIPLE\" \"$VERIFY/$MUSL_TRIPLE/omp-spt\" || fatal=1\n228:[ \"$fatal\" -eq 0 ] || exit 1\n229:echo \"ok   exact shared plugin + PE/GNU ELF/static musl payloads; Linux modes fixed at 0755\"\n230:\n231:echo\n\n[tests/adapter-archive.sh#6C4F]\n372:cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n373:chmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\n374:COPIED_ROOT=\"$TMP/copied-root\"\n375:mkdir -p \"$COPIED_ROOT/ci/manifest\" \"$COPIED_ROOT/ci/publish\"\n…\n385:  \"required shared plugin file missing\" \\\n386:  env ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$COPIED_ROOT/ci/publish/package-adapter.sh\" --apply\n387:\n388:OUT=\"$TMP/adapter.spt\"\n389:# [unit->REQ-DIST-ADAPTER-RELEASE]\n\n421:for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n\n423:  [ \"$magic\" = \"7f454c46\" ] && ok \"$triple member retains ELF magic\" || fail \"$triple member magic=$magic\"\n424:  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" | awk 'NR == 1 {print $1}')\n425:  [ \"$mode\" = \"-rwxr-xr-x\" ] \\\n426:    && ok \"$triple member has canonical mode 0755 ($mode)\" \\\n427:    || fail \"$triple member mode is not canonical 0755 ($mode)\"\n428:done\n429:\n481:if SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n482:   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n483:   OMP_SPT_ARCHIVE_LINUX_MODE=0777 OMP_SPT_ARCHIVE_MUSL_MODE=0700 \\\n484:   ADAPTER_SPT_OUT=\"$OUT_AGAIN\" sh \"$PACKER\" --apply >/dev/null 2>&1 \\\n485:   && cmp -s \"$OUT\" \"$OUT_AGAIN\"; then\n486:  ok \"release environment cannot vary canonical archive bytes or Linux modes\"\n487:else\n488:  fail \"release environment varied canonical archive bytes or Linux modes\"\n489:fi\n490:"}],"details":{"diff":" 58|    try:\n 59|        epoch = int(os.environ.get(\"SOURCE_DATE_EPOCH\", \"0\"), 10)\n-60|        gnu_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_LINUX_MODE\", \"0755\"), 8)\n-61|        musl_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_MUSL_MODE\", \"0755\"), 8)\n 62|    except ValueError as error:\n-63|        print(f\"invalid archive metadata setting: {error}\", file=sys.stderr)\n+61|        print(f\"invalid SOURCE_DATE_EPOCH: {error}\", file=sys.stderr)\n 64|        return 2\n 65|    if epoch < 0:\n\n 67|        return 2\n\n 69|    members = [\n\n 100|        (\n\n 104|        ),\n 105|        (stage / gnu_triple, gnu_triple, 0o755),\n-106|        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", gnu_mode),\n+104|        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", 0o755),\n 107|        (stage / musl_triple, musl_triple, 0o755),\n-108|        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", musl_mode),\n+106|        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", 0o755),\n 109|    ]\n 110|    directories = {\n\n 120|    }\n 23|ADAPTER=\"$ROOT/adapter\"\n 24|MANIFEST=\"$ADAPTER/omp-spt.toml\"   # renamed to manifest.toml INSIDE the archive (root-only rule)\n-25|STRINGS=\"${OMP_SPT_STRINGS_DIR:-$ADAPTER/strings}\"\n+25|STRINGS=\"$ADAPTER/strings\"\n 26|EXTENSION=\"$STRINGS/omp-spt.mjs\"\n 27|SHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\n 218|for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n 219|  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n-220|  case \"$mode\" in\n-221|    -rwx*) : ;;\n-222|    *) echo \"FATAL: archived $triple payload is not executable ($mode)\" >&2; fatal=1 ;;\n-223|  esac\n+220|  if [ \"$mode\" != \"-rwxr-xr-x\" ]; then\n+221|    echo \"FATAL: archived $triple payload mode is not canonical 0755 ($mode)\" >&2\n+222|    fatal=1\n+223|  fi\n 224|done\n 225|\"$PY\" \"$BINARY_VALIDATOR\" \"$WIN_TRIPLE\" \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\" || fatal=1\n 227|\"$PY\" \"$BINARY_VALIDATOR\" \"$MUSL_TRIPLE\" \"$VERIFY/$MUSL_TRIPLE/omp-spt\" || fatal=1\n 228|[ \"$fatal\" -eq 0 ] || exit 1\n-229|echo \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n+229|echo \"ok   exact shared plugin + PE/GNU ELF/static musl payloads; Linux modes fixed at 0755\"\n 230|\n 231|echo\n 372|cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n 373|chmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\n-374|expect_packer_failure \"non-executable archived GNU helper\" \"is not executable\" \\\n-375|  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n-376|  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_LINUX_MODE=0644 \\\n-377|  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n+374|COPIED_ROOT=\"$TMP/copied-root\"\n+375|mkdir -p \"$COPIED_ROOT/ci/manifest\" \"$COPIED_ROOT/ci/publish\"\n+376|cp -R \"$ROOT/adapter\" \"$COPIED_ROOT/adapter\"\n+377|cp \"$ROOT/ci/manifest/check-manifest.sh\" \"$COPIED_ROOT/ci/manifest/check-manifest.sh\"\n+378|cp \"$ROOT/ci/manifest/validate_manifest.py\" \"$COPIED_ROOT/ci/manifest/validate_manifest.py\"\n+379|cp \"$PACKER\" \"$COPIED_ROOT/ci/publish/package-adapter.sh\"\n+380|cp \"$WRITER\" \"$COPIED_ROOT/ci/publish/create-adapter-archive.py\"\n+381|cp \"$ROOT/ci/publish/validate-release-binary.py\" \\\n+382|  \"$COPIED_ROOT/ci/publish/validate-release-binary.py\"\n+383|rm \"$COPIED_ROOT/adapter/strings/skills/signoff/SKILL.md\"\n+384|expect_packer_failure \"incomplete canonical shared plugin copy\" \\\n+385|  \"required shared plugin file missing\" \\\n+386|  env ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$COPIED_ROOT/ci/publish/package-adapter.sh\" --apply\n 378|\n-379|expect_packer_failure \"non-executable archived musl helper\" \"is not executable\" \\\n-380|  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n-381|  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_MUSL_MODE=0644 \\\n-382|  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n-383|\n-384|BAD_STRINGS=\"$TMP/bad-strings\"\n-385|mkdir -p \"$BAD_STRINGS\"\n-386|printf '%s\\n' 'wrong extension' >\"$BAD_STRINGS/other.mjs\"\n-387|expect_packer_failure \"incomplete shared plugin\" \"required shared plugin file missing\" \\\n-388|  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n-389|  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_STRINGS_DIR=\"$BAD_STRINGS\" \\\n-390|  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n-391|\n 392|OUT=\"$TMP/adapter.spt\"\n 393|# [unit->REQ-DIST-ADAPTER-RELEASE]\n\n 425|for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n\n 427|  [ \"$magic\" = \"7f454c46\" ] && ok \"$triple member retains ELF magic\" || fail \"$triple member magic=$magic\"\n 428|  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" | awk 'NR == 1 {print $1}')\n-429|  case \"$mode\" in -rwx*) ok \"$triple member is executable ($mode)\" ;; *) fail \"$triple member is not executable ($mode)\" ;; esac\n+425|  [ \"$mode\" = \"-rwxr-xr-x\" ] \\\n+426|    && ok \"$triple member has canonical mode 0755 ($mode)\" \\\n+427|    || fail \"$triple member mode is not canonical 0755 ($mode)\"\n 430|done\n 431|\n 483|if SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n 484|   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n+483|   OMP_SPT_ARCHIVE_LINUX_MODE=0777 OMP_SPT_ARCHIVE_MUSL_MODE=0700 \\\n 485|   ADAPTER_SPT_OUT=\"$OUT_AGAIN\" sh \"$PACKER\" --apply >/dev/null 2>&1 \\\n 486|   && cmp -s \"$OUT\" \"$OUT_AGAIN\"; then\n-487|  ok \"fixed inputs and SOURCE_DATE_EPOCH produce identical archives\"\n+486|  ok \"release environment cannot vary canonical archive bytes or Linux modes\"\n 488|else\n-489|  fail \"archive output is not reproducible\"\n+488|  fail \"release environment varied canonical archive bytes or Linux modes\"\n 490|fi\n 491|","perFileResults":[{"path":"ci/publish/create-adapter-archive.py","diff":" 58|    try:\n 59|        epoch = int(os.environ.get(\"SOURCE_DATE_EPOCH\", \"0\"), 10)\n-60|        gnu_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_LINUX_MODE\", \"0755\"), 8)\n-61|        musl_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_MUSL_MODE\", \"0755\"), 8)\n 62|    except ValueError as error:\n-63|        print(f\"invalid archive metadata setting: {error}\", file=sys.stderr)\n+61|        print(f\"invalid SOURCE_DATE_EPOCH: {error}\", file=sys.stderr)\n 64|        return 2\n 65|    if epoch < 0:\n\n 67|        return 2\n\n 69|    members = [\n\n 100|        (\n\n 104|        ),\n 105|        (stage / gnu_triple, gnu_triple, 0o755),\n-106|        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", gnu_mode),\n+104|        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", 0o755),\n 107|        (stage / musl_triple, musl_triple, 0o755),\n-108|        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", musl_mode),\n+106|        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", 0o755),\n 109|    ]\n 110|    directories = {\n\n 120|    }","firstChangedLine":58,"op":"update","oldText":"#!/usr/bin/env python3\n\"\"\"Create the exact fat adapter archive with portable, explicit member modes.\"\"\"\n\nfrom __future__ import annotations\n\nimport gzip\nimport os\nfrom pathlib import Path\nimport sys\nimport tarfile\n\n\ndef add_member(\n    archive: tarfile.TarFile,\n    source: Path,\n    arcname: str,\n    mode: int,\n    epoch: int,\n) -> None:\n    info = archive.gettarinfo(str(source), arcname=arcname)\n    info.mode = mode\n    info.mtime = epoch\n    info.uid = 0\n    info.gid = 0\n    info.uname = \"\"\n    info.gname = \"\"\n    if source.is_dir():\n        archive.addfile(info)\n    else:\n        with source.open(\"rb\") as payload:\n            archive.addfile(info, payload)\n\n\ndef main() -> int:\n    if len(sys.argv) != 6:\n        print(\n            \"usage: create-adapter-archive.py <stage> <output> \"\n            \"<windows-triple> <gnu-triple> <musl-triple>\",\n            file=sys.stderr,\n        )\n        return 2\n\n    stage = Path(sys.argv[1])\n    output = Path(sys.argv[2])\n    windows_triple, gnu_triple, musl_triple = sys.argv[3:6]\n    expected_triples = (\n        \"x86_64-pc-windows-msvc\",\n        \"x86_64-unknown-linux-gnu\",\n        \"x86_64-unknown-linux-musl\",\n    )\n    if (windows_triple, gnu_triple, musl_triple) != expected_triples:\n        print(\n            \"release target labels must be exactly \" + \", \".join(expected_triples),\n            file=sys.stderr,\n        )\n        return 1\n\n    try:\n        epoch = int(os.environ.get(\"SOURCE_DATE_EPOCH\", \"0\"), 10)\n        gnu_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_LINUX_MODE\", \"0755\"), 8)\n        musl_mode = int(os.environ.get(\"OMP_SPT_ARCHIVE_MUSL_MODE\", \"0755\"), 8)\n    except ValueError as error:\n        print(f\"invalid archive metadata setting: {error}\", file=sys.stderr)\n        return 2\n    if epoch < 0:\n        print(\"SOURCE_DATE_EPOCH must be non-negative\", file=sys.stderr)\n        return 2\n\n    members = [\n        (stage / \"manifest.toml\", \"manifest.toml\", 0o644),\n        (stage / \"strings\", \"strings\", 0o755),\n        (stage / \"strings\" / \"omp-spt.mjs\", \"strings/omp-spt.mjs\", 0o644),\n        (stage / \"strings\" / \"package.json\", \"strings/package.json\", 0o644),\n        (stage / \"strings\" / \"skills\", \"strings/skills\", 0o755),\n        (stage / \"strings\" / \"skills\" / \"commune\", \"strings/skills/commune\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"commune\" / \"SKILL.md\",\n            \"strings/skills/commune/SKILL.md\",\n            0o644,\n        ),\n        (stage / \"strings\" / \"skills\" / \"role\", \"strings/skills/role\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"role\" / \"SKILL.md\",\n            \"strings/skills/role/SKILL.md\",\n            0o644,\n        ),\n        (stage / \"strings\" / \"skills\" / \"setup\", \"strings/skills/setup\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"setup\" / \"SKILL.md\",\n            \"strings/skills/setup/SKILL.md\",\n            0o644,\n        ),\n        (stage / \"strings\" / \"skills\" / \"signoff\", \"strings/skills/signoff\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"signoff\" / \"SKILL.md\",\n            \"strings/skills/signoff/SKILL.md\",\n            0o644,\n        ),\n        (stage / windows_triple, windows_triple, 0o755),\n        (\n            stage / windows_triple / \"omp-spt.exe\",\n            f\"{windows_triple}/omp-spt.exe\",\n            0o755,\n        ),\n        (stage / gnu_triple, gnu_triple, 0o755),\n        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", gnu_mode),\n        (stage / musl_triple, musl_triple, 0o755),\n        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", musl_mode),\n    ]\n    directories = {\n        \"strings\",\n        \"strings/skills\",\n        \"strings/skills/commune\",\n        \"strings/skills/role\",\n        \"strings/skills/setup\",\n        \"strings/skills/signoff\",\n        windows_triple,\n        gnu_triple,\n        musl_triple,\n    }\n    missing = [\n        str(source)\n        for source, arcname, _ in members\n        if not source.exists()\n        or source.is_symlink()\n        or (arcname in directories and not source.is_dir())\n        or (arcname not in directories and not source.is_file())\n    ]\n    if missing:\n        print(\n            f\"missing or invalid staged archive member(s): {', '.join(missing)}\",\n            file=sys.stderr,\n        )\n        return 1\n\n    expected = {arcname for _, arcname, _ in members}\n    actual = {\n        candidate.relative_to(stage).as_posix()\n        for candidate in stage.rglob(\"*\")\n    }\n    unexpected = sorted(actual - expected)\n    if unexpected:\n        print(\n            f\"unexpected staged archive member(s): {', '.join(unexpected)}\",\n            file=sys.stderr,\n        )\n        return 1\n\n    output.parent.mkdir(parents=True, exist_ok=True)\n    with output.open(\"wb\") as raw_archive:\n        with gzip.GzipFile(\n            filename=\"\", mode=\"wb\", fileobj=raw_archive, mtime=epoch\n        ) as compressed:\n            with tarfile.open(\n                fileobj=compressed, mode=\"w\", format=tarfile.PAX_FORMAT\n            ) as archive:\n                for source, arcname, mode in members:\n                    add_member(archive, source, arcname, mode, epoch)\n    return 0\n\n\nif __name__ == \"__main__\":\n    raise SystemExit(main())\n","newText":"#!/usr/bin/env python3\n\"\"\"Create the exact fat adapter archive with portable, explicit member modes.\"\"\"\n\nfrom __future__ import annotations\n\nimport gzip\nimport os\nfrom pathlib import Path\nimport sys\nimport tarfile\n\n\ndef add_member(\n    archive: tarfile.TarFile,\n    source: Path,\n    arcname: str,\n    mode: int,\n    epoch: int,\n) -> None:\n    info = archive.gettarinfo(str(source), arcname=arcname)\n    info.mode = mode\n    info.mtime = epoch\n    info.uid = 0\n    info.gid = 0\n    info.uname = \"\"\n    info.gname = \"\"\n    if source.is_dir():\n        archive.addfile(info)\n    else:\n        with source.open(\"rb\") as payload:\n            archive.addfile(info, payload)\n\n\ndef main() -> int:\n    if len(sys.argv) != 6:\n        print(\n            \"usage: create-adapter-archive.py <stage> <output> \"\n            \"<windows-triple> <gnu-triple> <musl-triple>\",\n            file=sys.stderr,\n        )\n        return 2\n\n    stage = Path(sys.argv[1])\n    output = Path(sys.argv[2])\n    windows_triple, gnu_triple, musl_triple = sys.argv[3:6]\n    expected_triples = (\n        \"x86_64-pc-windows-msvc\",\n        \"x86_64-unknown-linux-gnu\",\n        \"x86_64-unknown-linux-musl\",\n    )\n    if (windows_triple, gnu_triple, musl_triple) != expected_triples:\n        print(\n            \"release target labels must be exactly \" + \", \".join(expected_triples),\n            file=sys.stderr,\n        )\n        return 1\n\n    try:\n        epoch = int(os.environ.get(\"SOURCE_DATE_EPOCH\", \"0\"), 10)\n    except ValueError as error:\n        print(f\"invalid SOURCE_DATE_EPOCH: {error}\", file=sys.stderr)\n        return 2\n    if epoch < 0:\n        print(\"SOURCE_DATE_EPOCH must be non-negative\", file=sys.stderr)\n        return 2\n\n    members = [\n        (stage / \"manifest.toml\", \"manifest.toml\", 0o644),\n        (stage / \"strings\", \"strings\", 0o755),\n        (stage / \"strings\" / \"omp-spt.mjs\", \"strings/omp-spt.mjs\", 0o644),\n        (stage / \"strings\" / \"package.json\", \"strings/package.json\", 0o644),\n        (stage / \"strings\" / \"skills\", \"strings/skills\", 0o755),\n        (stage / \"strings\" / \"skills\" / \"commune\", \"strings/skills/commune\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"commune\" / \"SKILL.md\",\n            \"strings/skills/commune/SKILL.md\",\n            0o644,\n        ),\n        (stage / \"strings\" / \"skills\" / \"role\", \"strings/skills/role\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"role\" / \"SKILL.md\",\n            \"strings/skills/role/SKILL.md\",\n            0o644,\n        ),\n        (stage / \"strings\" / \"skills\" / \"setup\", \"strings/skills/setup\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"setup\" / \"SKILL.md\",\n            \"strings/skills/setup/SKILL.md\",\n            0o644,\n        ),\n        (stage / \"strings\" / \"skills\" / \"signoff\", \"strings/skills/signoff\", 0o755),\n        (\n            stage / \"strings\" / \"skills\" / \"signoff\" / \"SKILL.md\",\n            \"strings/skills/signoff/SKILL.md\",\n            0o644,\n        ),\n        (stage / windows_triple, windows_triple, 0o755),\n        (\n            stage / windows_triple / \"omp-spt.exe\",\n            f\"{windows_triple}/omp-spt.exe\",\n            0o755,\n        ),\n        (stage / gnu_triple, gnu_triple, 0o755),\n        (stage / gnu_triple / \"omp-spt\", f\"{gnu_triple}/omp-spt\", 0o755),\n        (stage / musl_triple, musl_triple, 0o755),\n        (stage / musl_triple / \"omp-spt\", f\"{musl_triple}/omp-spt\", 0o755),\n    ]\n    directories = {\n        \"strings\",\n        \"strings/skills\",\n        \"strings/skills/commune\",\n        \"strings/skills/role\",\n        \"strings/skills/setup\",\n        \"strings/skills/signoff\",\n        windows_triple,\n        gnu_triple,\n        musl_triple,\n    }\n    missing = [\n        str(source)\n        for source, arcname, _ in members\n        if not source.exists()\n        or source.is_symlink()\n        or (arcname in directories and not source.is_dir())\n        or (arcname not in directories and not source.is_file())\n    ]\n    if missing:\n        print(\n            f\"missing or invalid staged archive member(s): {', '.join(missing)}\",\n            file=sys.stderr,\n        )\n        return 1\n\n    expected = {arcname for _, arcname, _ in members}\n    actual = {\n        candidate.relative_to(stage).as_posix()\n        for candidate in stage.rglob(\"*\")\n    }\n    unexpected = sorted(actual - expected)\n    if unexpected:\n        print(\n            f\"unexpected staged archive member(s): {', '.join(unexpected)}\",\n            file=sys.stderr,\n        )\n        return 1\n\n    output.parent.mkdir(parents=True, exist_ok=True)\n    with output.open(\"wb\") as raw_archive:\n        with gzip.GzipFile(\n            filename=\"\", mode=\"wb\", fileobj=raw_archive, mtime=epoch\n        ) as compressed:\n            with tarfile.open(\n                fileobj=compressed, mode=\"w\", format=tarfile.PAX_FORMAT\n            ) as archive:\n                for source, arcname, mode in members:\n                    add_member(archive, source, arcname, mode, epoch)\n    return 0\n\n\nif __name__ == \"__main__\":\n    raise SystemExit(main())\n"},{"path":"ci/publish/package-adapter.sh","diff":" 23|ADAPTER=\"$ROOT/adapter\"\n 24|MANIFEST=\"$ADAPTER/omp-spt.toml\"   # renamed to manifest.toml INSIDE the archive (root-only rule)\n-25|STRINGS=\"${OMP_SPT_STRINGS_DIR:-$ADAPTER/strings}\"\n+25|STRINGS=\"$ADAPTER/strings\"\n 26|EXTENSION=\"$STRINGS/omp-spt.mjs\"\n 27|SHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\n 218|for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n 219|  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n-220|  case \"$mode\" in\n-221|    -rwx*) : ;;\n-222|    *) echo \"FATAL: archived $triple payload is not executable ($mode)\" >&2; fatal=1 ;;\n-223|  esac\n+220|  if [ \"$mode\" != \"-rwxr-xr-x\" ]; then\n+221|    echo \"FATAL: archived $triple payload mode is not canonical 0755 ($mode)\" >&2\n+222|    fatal=1\n+223|  fi\n 224|done\n 225|\"$PY\" \"$BINARY_VALIDATOR\" \"$WIN_TRIPLE\" \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\" || fatal=1\n 227|\"$PY\" \"$BINARY_VALIDATOR\" \"$MUSL_TRIPLE\" \"$VERIFY/$MUSL_TRIPLE/omp-spt\" || fatal=1\n 228|[ \"$fatal\" -eq 0 ] || exit 1\n-229|echo \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n+229|echo \"ok   exact shared plugin + PE/GNU ELF/static musl payloads; Linux modes fixed at 0755\"\n 230|\n 231|echo","firstChangedLine":25,"op":"update","oldText":"#!/bin/sh\n# Pack the multi-platform `adapter.spt` release asset acquired from\n# `BigscreenVR/omp-spt` and used by the manifest's `gh_release` update avenue.\n# [impl->REQ-DIST-ADAPTER-RELEASE]\n#\n# Archive root:\n#   manifest.toml\n#   strings/{omp-spt.mjs,package.json,skills/*/SKILL.md}\n#   x86_64-pc-windows-msvc/omp-spt.exe\n#   x86_64-unknown-linux-gnu/omp-spt\n#   x86_64-unknown-linux-musl/omp-spt\n#\n# spt-core classifies the recognized triple directories and flattens this\n# node's binary beside the shared root. The manifest's v0.31.0 floor is above\n# the v0.13.2 multi-platform archive floor. Dry-run is the default.\n#\n# Usage:\n#   package-adapter.sh            # dry-run: validate + print the archive plan, write nothing\n#   package-adapter.sh --apply    # write dist/adapter.spt (validated)\nset -u\nHERE=$(CDPATH= cd \"$(dirname \"$0\")\" && pwd)\nROOT=$(CDPATH= cd \"$HERE/../..\" && pwd)\nADAPTER=\"$ROOT/adapter\"\nMANIFEST=\"$ADAPTER/omp-spt.toml\"   # renamed to manifest.toml INSIDE the archive (root-only rule)\nSTRINGS=\"${OMP_SPT_STRINGS_DIR:-$ADAPTER/strings}\"\nEXTENSION=\"$STRINGS/omp-spt.mjs\"\nSHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\nTOOLS=\"$ROOT/tools\"\nOUT=\"${ADAPTER_SPT_OUT:-$ROOT/dist/adapter.spt}\"   # overridable so the unit test writes to a tmp file\nARCHIVE_WRITER=\"$HERE/create-adapter-archive.py\"\nBINARY_VALIDATOR=\"$HERE/validate-release-binary.py\"\nAPPLY=0\n[ \"${1:-}\" = \"--apply\" ] && APPLY=1\n\n# Native Windows builds land in target/release; Linux cross-builds land in their\n# target-specific release directories. Tests may override those locations.\nWIN_TRIPLE=x86_64-pc-windows-msvc\nGNU_TRIPLE=x86_64-unknown-linux-gnu\nMUSL_TRIPLE=x86_64-unknown-linux-musl\nWIN_RELSUB=\"${OMP_SPT_WIN_RELSUB:-release}\"\nGNU_RELSUB=\"${OMP_SPT_LINUX_RELSUB:-$GNU_TRIPLE/release}\"\nMUSL_RELSUB=\"${OMP_SPT_MUSL_RELSUB:-$MUSL_TRIPLE/release}\"\nBINS=\"omp-spt\"\n\nPY=\"\"\nfor cand in \"${OMP_SPT_PYTHON:-}\" python python3 py; do\n  [ -n \"$cand\" ] || continue\n  command -v \"$cand\" >/dev/null 2>&1 || continue\n  PY=$cand\n  break\ndone\n[ -n \"$PY\" ] || { echo \"FATAL: Python is required to validate release targets and author portable archive modes\"; exit 2; }\n\nmagic_of_file() {\n  od -An -tx1 -N4 \"$1\" 2>/dev/null | tr -d '[:space:]'\n}\n\n# Validate the manifest first — refuse to ship an invalid adapter.\necho \"== validate manifest ==\"\nif ! sh \"$ROOT/ci/manifest/check-manifest.sh\"; then\n  echo \"REFUSING to package: manifest failed schema validation (fix above, then retry).\" >&2\n  exit 1\nfi\n\n# Every shared plugin file is load-bearing. Refuse a partially staged plugin rather than shipping\n# an adapter that registers but lacks native extension discovery or a lifecycle skill.\nfor rel in $SHARED_FILES; do\n  if [ ! -f \"$STRINGS/$rel\" ]; then\n    echo \"REFUSING to package: required shared plugin file missing: $STRINGS/$rel\" >&2\n    exit 1\n  fi\ndone\n\n# A fat archive is only readable on spt-core >= 0.13.2 — the manifest MUST declare that floor.\nfloor=$(grep -E '^min_spt_core_version' \"$MANIFEST\" | head -1 | sed -E 's/.*\"([^\"]+)\".*/\\1/')\ncase \"$floor\" in\n  0.13.2|0.13.[3-9]*|0.1[4-9].*|0.[2-9][0-9].*|[1-9].*) : ;;\n  *) echo \"REFUSING to package: min_spt_core_version is '$floor' but a multi-platform fat .spt needs >= 0.13.2 (doyle).\" >&2; exit 1 ;;\nesac\n\n# Require ALL three release binaries. The validator checks real PE32+/ELF64 x86_64 headers,\n# the GNU program interpreter, and the musl target's static-link contract (no PT_INTERP or\n# DT_NEEDED). Merely renaming another target's binary cannot satisfy the release.\n# [impl->REQ-DIST-LINUX-MUSL]\necho\necho \"== tool binaries ==\"\ninvalid=0\nwin_path()  { echo \"$TOOLS/omp-spt/target/$WIN_RELSUB/$1.exe\"; }\ngnu_path()  { echo \"$TOOLS/omp-spt/target/$GNU_RELSUB/$1\"; }\nmusl_path() { echo \"$TOOLS/omp-spt/target/$MUSL_RELSUB/$1\"; }\nvalidate_binary() {\n  target=$1\n  path=$2\n  if [ ! -f \"$path\" ]; then\n    echo \"  MISS  $path\"\n    invalid=1\n  elif ! \"$PY\" \"$BINARY_VALIDATOR\" \"$target\" \"$path\"; then\n    invalid=1\n  fi\n}\nfor b in $BINS; do\n  validate_binary \"$WIN_TRIPLE\" \"$(win_path \"$b\")\"\n  validate_binary \"$GNU_TRIPLE\" \"$(gnu_path \"$b\")\"\n  validate_binary \"$MUSL_TRIPLE\" \"$(musl_path \"$b\")\"\ndone\nif [ \"$invalid\" -ne 0 ]; then\n  echo \"REFUSING to package: build valid binaries for ALL release targets — Windows: sh ci/digest/build.sh;\" >&2\n  echo \"GNU + static musl Linux: cargo zigbuild --release --target <triple> --manifest-path tools/omp-spt/Cargo.toml\" >&2\n  echo \"(see docs/RELEASE-RUNBOOK.md).\" >&2\n  exit 1\nfi\n\necho\necho \"== plan ($([ \"$APPLY\" -eq 1 ] && echo APPLY || echo DRY-RUN)) ==\"\necho \"manifest : $MANIFEST  ->  (root) manifest.toml          [min_spt_core $floor]\"\necho \"plugin   : $STRINGS  ->  (root) strings/{omp-spt.mjs,package.json,skills/*/SKILL.md}\"\necho \"win bin  : -> $WIN_TRIPLE/omp-spt.exe\"\necho \"GNU bin  : -> $GNU_TRIPLE/omp-spt\"\necho \"musl bin : -> $MUSL_TRIPLE/omp-spt  [ELF64 x86_64, static]\"\necho \"asset    : $OUT  (the single fat adapter.spt — auto-resolves the host triple on install)\"\n\nif [ \"$APPLY\" -ne 1 ]; then\n  echo\n  echo \"DRY-RUN: nothing written. Re-run with --apply to write $OUT, then attach it as 'adapter.spt'\"\n  echo \"to a GitHub release on the monorepo. End users: 'spt adapter add --release BigscreenVR/omp-spt'\"\n  echo \"(default asset adapter.spt). Needs spt v$floor+. See docs/RELEASE-RUNBOOK.md.\"\n  exit 0\nfi\n\n# Stage the exact archive root, then write it with explicit portable member modes. Python's tar\n# writer authors both Linux files as 0755 even when cross-packaging on MSYS/NTFS.\nSTAGE=$(mktemp -d \"${TMPDIR:-/tmp}/omp-spt-adapter.XXXXXX\") || { echo \"FATAL: mktemp failed\"; exit 2; }\ntrap 'rm -rf \"$STAGE\"' EXIT\ncp \"$MANIFEST\" \"$STAGE/manifest.toml\" || { echo \"FATAL: could not stage manifest.toml\"; exit 2; }\nmkdir -p \"$STAGE/strings\" \"$STAGE/$WIN_TRIPLE\" \"$STAGE/$GNU_TRIPLE\" \"$STAGE/$MUSL_TRIPLE\" \\\n  || { echo \"FATAL: could not create archive staging directories\"; exit 2; }\nfor rel in $SHARED_FILES; do\n  mkdir -p \"$(dirname \"$STAGE/strings/$rel\")\" \\\n    || { echo \"FATAL: could not stage strings/$rel parent\"; exit 2; }\n  cp \"$STRINGS/$rel\" \"$STAGE/strings/$rel\" \\\n    || { echo \"FATAL: could not stage strings/$rel\"; exit 2; }\ndone\nfor b in $BINS; do\n  cp \"$(win_path \"$b\")\" \"$STAGE/$WIN_TRIPLE/$b.exe\" \\\n    || { echo \"FATAL: could not stage $WIN_TRIPLE/$b.exe\"; exit 2; }\n  cp \"$(gnu_path \"$b\")\" \"$STAGE/$GNU_TRIPLE/$b\" \\\n    || { echo \"FATAL: could not stage $GNU_TRIPLE/$b\"; exit 2; }\n  cp \"$(musl_path \"$b\")\" \"$STAGE/$MUSL_TRIPLE/$b\" \\\n    || { echo \"FATAL: could not stage $MUSL_TRIPLE/$b\"; exit 2; }\ndone\n\nmkdir -p \"$(dirname \"$OUT\")\" || { echo \"FATAL: cannot create $(dirname \"$OUT\")\"; exit 2; }\n\"$PY\" \"$ARCHIVE_WRITER\" \"$STAGE\" \"$OUT\" \"$WIN_TRIPLE\" \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\" \\\n  || { echo \"FATAL: portable archive writer failed\"; exit 2; }\n# Self-validate the completed artifact: exact deterministic membership, portable modes, target\n# formats/linkage, and byte-for-byte identity with every staged release input.\necho\necho \"== validate archive ==\"\nif ! listing=$(tar -tzf \"$OUT\"); then\n  echo \"FATAL: could not list completed archive\" >&2\n  exit 2\nfi\nexpected=$(printf '%s\\n' \\\n  manifest.toml \\\n  strings \\\n  strings/omp-spt.mjs \\\n  strings/package.json \\\n  strings/skills \\\n  strings/skills/commune \\\n  strings/skills/commune/SKILL.md \\\n  strings/skills/role \\\n  strings/skills/role/SKILL.md \\\n  strings/skills/setup \\\n  strings/skills/setup/SKILL.md \\\n  strings/skills/signoff \\\n  strings/skills/signoff/SKILL.md \\\n  \"$WIN_TRIPLE\" \"$WIN_TRIPLE/omp-spt.exe\" \\\n  \"$GNU_TRIPLE\" \"$GNU_TRIPLE/omp-spt\" \\\n  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\nnormalized=$(printf '%s\\n' \"$listing\" | sed 's:/$::' | sort)\nfatal=0\nif [ \"$normalized\" != \"$expected\" ]; then\n  echo \"FATAL: archive membership differs from the exact release contract\" >&2\n  echo \"expected: [$expected]\" >&2\n  echo \"actual:   [$normalized]\" >&2\n  fatal=1\nfi\n\nVERIFY=\"$STAGE/.archive-verify\"\nmkdir -p \"$VERIFY\"\nverify_exact() {\n  source=$1\n  member=$2\n  extracted=\"$VERIFY/$member\"\n  mkdir -p \"$(dirname \"$extracted\")\"\n  if ! tar -xOzf \"$OUT\" \"$member\" >\"$extracted\" 2>/dev/null; then\n    echo \"FATAL: could not extract $member for payload verification\" >&2\n    fatal=1\n  elif ! cmp -s \"$source\" \"$extracted\"; then\n    echo \"FATAL: archived $member differs from its release input\" >&2\n    fatal=1\n  fi\n}\nverify_exact \"$MANIFEST\" \"manifest.toml\"\nfor rel in $SHARED_FILES; do\n  verify_exact \"$STRINGS/$rel\" \"strings/$rel\"\ndone\nverify_exact \"$(win_path omp-spt)\" \"$WIN_TRIPLE/omp-spt.exe\"\nverify_exact \"$(gnu_path omp-spt)\" \"$GNU_TRIPLE/omp-spt\"\nverify_exact \"$(musl_path omp-spt)\" \"$MUSL_TRIPLE/omp-spt\"\n\nwin_magic=$(magic_of_file \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\")\ngnu_magic=$(magic_of_file \"$VERIFY/$GNU_TRIPLE/omp-spt\")\nmusl_magic=$(magic_of_file \"$VERIFY/$MUSL_TRIPLE/omp-spt\")\ncase \"$win_magic\" in 4d5a*) : ;; *) echo \"FATAL: archived Windows payload is not PE\" >&2; fatal=1 ;; esac\n[ \"$gnu_magic\" = \"7f454c46\" ] || { echo \"FATAL: archived GNU payload is not ELF\" >&2; fatal=1; }\n[ \"$musl_magic\" = \"7f454c46\" ] || { echo \"FATAL: archived musl payload is not ELF\" >&2; fatal=1; }\nfor triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n  case \"$mode\" in\n    -rwx*) : ;;\n    *) echo \"FATAL: archived $triple payload is not executable ($mode)\" >&2; fatal=1 ;;\n  esac\ndone\n\"$PY\" \"$BINARY_VALIDATOR\" \"$WIN_TRIPLE\" \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\" || fatal=1\n\"$PY\" \"$BINARY_VALIDATOR\" \"$GNU_TRIPLE\" \"$VERIFY/$GNU_TRIPLE/omp-spt\" || fatal=1\n\"$PY\" \"$BINARY_VALIDATOR\" \"$MUSL_TRIPLE\" \"$VERIFY/$MUSL_TRIPLE/omp-spt\" || fatal=1\n[ \"$fatal\" -eq 0 ] || exit 1\necho \"ok   exact shared plugin + PE/GNU ELF/static musl target payloads; Linux executable modes preserved\"\n\necho\necho \"WROTE $OUT (single fat adapter.spt). Next (operator): attach as 'adapter.spt' to a GitHub release\"\necho \"on BigscreenVR/omp-spt; end users 'spt adapter add --release BigscreenVR/omp-spt' (spt\"\necho \"v$floor+). The fat archive auto-resolves one of the three target helpers.\"\nexit 0\n","newText":"#!/bin/sh\n# Pack the multi-platform `adapter.spt` release asset acquired from\n# `BigscreenVR/omp-spt` and used by the manifest's `gh_release` update avenue.\n# [impl->REQ-DIST-ADAPTER-RELEASE]\n#\n# Archive root:\n#   manifest.toml\n#   strings/{omp-spt.mjs,package.json,skills/*/SKILL.md}\n#   x86_64-pc-windows-msvc/omp-spt.exe\n#   x86_64-unknown-linux-gnu/omp-spt\n#   x86_64-unknown-linux-musl/omp-spt\n#\n# spt-core classifies the recognized triple directories and flattens this\n# node's binary beside the shared root. The manifest's v0.31.0 floor is above\n# the v0.13.2 multi-platform archive floor. Dry-run is the default.\n#\n# Usage:\n#   package-adapter.sh            # dry-run: validate + print the archive plan, write nothing\n#   package-adapter.sh --apply    # write dist/adapter.spt (validated)\nset -u\nHERE=$(CDPATH= cd \"$(dirname \"$0\")\" && pwd)\nROOT=$(CDPATH= cd \"$HERE/../..\" && pwd)\nADAPTER=\"$ROOT/adapter\"\nMANIFEST=\"$ADAPTER/omp-spt.toml\"   # renamed to manifest.toml INSIDE the archive (root-only rule)\nSTRINGS=\"$ADAPTER/strings\"\nEXTENSION=\"$STRINGS/omp-spt.mjs\"\nSHARED_FILES=\"omp-spt.mjs package.json skills/commune/SKILL.md skills/role/SKILL.md skills/setup/SKILL.md skills/signoff/SKILL.md\"\nTOOLS=\"$ROOT/tools\"\nOUT=\"${ADAPTER_SPT_OUT:-$ROOT/dist/adapter.spt}\"   # overridable so the unit test writes to a tmp file\nARCHIVE_WRITER=\"$HERE/create-adapter-archive.py\"\nBINARY_VALIDATOR=\"$HERE/validate-release-binary.py\"\nAPPLY=0\n[ \"${1:-}\" = \"--apply\" ] && APPLY=1\n\n# Native Windows builds land in target/release; Linux cross-builds land in their\n# target-specific release directories. Tests may override those locations.\nWIN_TRIPLE=x86_64-pc-windows-msvc\nGNU_TRIPLE=x86_64-unknown-linux-gnu\nMUSL_TRIPLE=x86_64-unknown-linux-musl\nWIN_RELSUB=\"${OMP_SPT_WIN_RELSUB:-release}\"\nGNU_RELSUB=\"${OMP_SPT_LINUX_RELSUB:-$GNU_TRIPLE/release}\"\nMUSL_RELSUB=\"${OMP_SPT_MUSL_RELSUB:-$MUSL_TRIPLE/release}\"\nBINS=\"omp-spt\"\n\nPY=\"\"\nfor cand in \"${OMP_SPT_PYTHON:-}\" python python3 py; do\n  [ -n \"$cand\" ] || continue\n  command -v \"$cand\" >/dev/null 2>&1 || continue\n  PY=$cand\n  break\ndone\n[ -n \"$PY\" ] || { echo \"FATAL: Python is required to validate release targets and author portable archive modes\"; exit 2; }\n\nmagic_of_file() {\n  od -An -tx1 -N4 \"$1\" 2>/dev/null | tr -d '[:space:]'\n}\n\n# Validate the manifest first — refuse to ship an invalid adapter.\necho \"== validate manifest ==\"\nif ! sh \"$ROOT/ci/manifest/check-manifest.sh\"; then\n  echo \"REFUSING to package: manifest failed schema validation (fix above, then retry).\" >&2\n  exit 1\nfi\n\n# Every shared plugin file is load-bearing. Refuse a partially staged plugin rather than shipping\n# an adapter that registers but lacks native extension discovery or a lifecycle skill.\nfor rel in $SHARED_FILES; do\n  if [ ! -f \"$STRINGS/$rel\" ]; then\n    echo \"REFUSING to package: required shared plugin file missing: $STRINGS/$rel\" >&2\n    exit 1\n  fi\ndone\n\n# A fat archive is only readable on spt-core >= 0.13.2 — the manifest MUST declare that floor.\nfloor=$(grep -E '^min_spt_core_version' \"$MANIFEST\" | head -1 | sed -E 's/.*\"([^\"]+)\".*/\\1/')\ncase \"$floor\" in\n  0.13.2|0.13.[3-9]*|0.1[4-9].*|0.[2-9][0-9].*|[1-9].*) : ;;\n  *) echo \"REFUSING to package: min_spt_core_version is '$floor' but a multi-platform fat .spt needs >= 0.13.2 (doyle).\" >&2; exit 1 ;;\nesac\n\n# Require ALL three release binaries. The validator checks real PE32+/ELF64 x86_64 headers,\n# the GNU program interpreter, and the musl target's static-link contract (no PT_INTERP or\n# DT_NEEDED). Merely renaming another target's binary cannot satisfy the release.\n# [impl->REQ-DIST-LINUX-MUSL]\necho\necho \"== tool binaries ==\"\ninvalid=0\nwin_path()  { echo \"$TOOLS/omp-spt/target/$WIN_RELSUB/$1.exe\"; }\ngnu_path()  { echo \"$TOOLS/omp-spt/target/$GNU_RELSUB/$1\"; }\nmusl_path() { echo \"$TOOLS/omp-spt/target/$MUSL_RELSUB/$1\"; }\nvalidate_binary() {\n  target=$1\n  path=$2\n  if [ ! -f \"$path\" ]; then\n    echo \"  MISS  $path\"\n    invalid=1\n  elif ! \"$PY\" \"$BINARY_VALIDATOR\" \"$target\" \"$path\"; then\n    invalid=1\n  fi\n}\nfor b in $BINS; do\n  validate_binary \"$WIN_TRIPLE\" \"$(win_path \"$b\")\"\n  validate_binary \"$GNU_TRIPLE\" \"$(gnu_path \"$b\")\"\n  validate_binary \"$MUSL_TRIPLE\" \"$(musl_path \"$b\")\"\ndone\nif [ \"$invalid\" -ne 0 ]; then\n  echo \"REFUSING to package: build valid binaries for ALL release targets — Windows: sh ci/digest/build.sh;\" >&2\n  echo \"GNU + static musl Linux: cargo zigbuild --release --target <triple> --manifest-path tools/omp-spt/Cargo.toml\" >&2\n  echo \"(see docs/RELEASE-RUNBOOK.md).\" >&2\n  exit 1\nfi\n\necho\necho \"== plan ($([ \"$APPLY\" -eq 1 ] && echo APPLY || echo DRY-RUN)) ==\"\necho \"manifest : $MANIFEST  ->  (root) manifest.toml          [min_spt_core $floor]\"\necho \"plugin   : $STRINGS  ->  (root) strings/{omp-spt.mjs,package.json,skills/*/SKILL.md}\"\necho \"win bin  : -> $WIN_TRIPLE/omp-spt.exe\"\necho \"GNU bin  : -> $GNU_TRIPLE/omp-spt\"\necho \"musl bin : -> $MUSL_TRIPLE/omp-spt  [ELF64 x86_64, static]\"\necho \"asset    : $OUT  (the single fat adapter.spt — auto-resolves the host triple on install)\"\n\nif [ \"$APPLY\" -ne 1 ]; then\n  echo\n  echo \"DRY-RUN: nothing written. Re-run with --apply to write $OUT, then attach it as 'adapter.spt'\"\n  echo \"to a GitHub release on the monorepo. End users: 'spt adapter add --release BigscreenVR/omp-spt'\"\n  echo \"(default asset adapter.spt). Needs spt v$floor+. See docs/RELEASE-RUNBOOK.md.\"\n  exit 0\nfi\n\n# Stage the exact archive root, then write it with explicit portable member modes. Python's tar\n# writer authors both Linux files as 0755 even when cross-packaging on MSYS/NTFS.\nSTAGE=$(mktemp -d \"${TMPDIR:-/tmp}/omp-spt-adapter.XXXXXX\") || { echo \"FATAL: mktemp failed\"; exit 2; }\ntrap 'rm -rf \"$STAGE\"' EXIT\ncp \"$MANIFEST\" \"$STAGE/manifest.toml\" || { echo \"FATAL: could not stage manifest.toml\"; exit 2; }\nmkdir -p \"$STAGE/strings\" \"$STAGE/$WIN_TRIPLE\" \"$STAGE/$GNU_TRIPLE\" \"$STAGE/$MUSL_TRIPLE\" \\\n  || { echo \"FATAL: could not create archive staging directories\"; exit 2; }\nfor rel in $SHARED_FILES; do\n  mkdir -p \"$(dirname \"$STAGE/strings/$rel\")\" \\\n    || { echo \"FATAL: could not stage strings/$rel parent\"; exit 2; }\n  cp \"$STRINGS/$rel\" \"$STAGE/strings/$rel\" \\\n    || { echo \"FATAL: could not stage strings/$rel\"; exit 2; }\ndone\nfor b in $BINS; do\n  cp \"$(win_path \"$b\")\" \"$STAGE/$WIN_TRIPLE/$b.exe\" \\\n    || { echo \"FATAL: could not stage $WIN_TRIPLE/$b.exe\"; exit 2; }\n  cp \"$(gnu_path \"$b\")\" \"$STAGE/$GNU_TRIPLE/$b\" \\\n    || { echo \"FATAL: could not stage $GNU_TRIPLE/$b\"; exit 2; }\n  cp \"$(musl_path \"$b\")\" \"$STAGE/$MUSL_TRIPLE/$b\" \\\n    || { echo \"FATAL: could not stage $MUSL_TRIPLE/$b\"; exit 2; }\ndone\n\nmkdir -p \"$(dirname \"$OUT\")\" || { echo \"FATAL: cannot create $(dirname \"$OUT\")\"; exit 2; }\n\"$PY\" \"$ARCHIVE_WRITER\" \"$STAGE\" \"$OUT\" \"$WIN_TRIPLE\" \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\" \\\n  || { echo \"FATAL: portable archive writer failed\"; exit 2; }\n# Self-validate the completed artifact: exact deterministic membership, portable modes, target\n# formats/linkage, and byte-for-byte identity with every staged release input.\necho\necho \"== validate archive ==\"\nif ! listing=$(tar -tzf \"$OUT\"); then\n  echo \"FATAL: could not list completed archive\" >&2\n  exit 2\nfi\nexpected=$(printf '%s\\n' \\\n  manifest.toml \\\n  strings \\\n  strings/omp-spt.mjs \\\n  strings/package.json \\\n  strings/skills \\\n  strings/skills/commune \\\n  strings/skills/commune/SKILL.md \\\n  strings/skills/role \\\n  strings/skills/role/SKILL.md \\\n  strings/skills/setup \\\n  strings/skills/setup/SKILL.md \\\n  strings/skills/signoff \\\n  strings/skills/signoff/SKILL.md \\\n  \"$WIN_TRIPLE\" \"$WIN_TRIPLE/omp-spt.exe\" \\\n  \"$GNU_TRIPLE\" \"$GNU_TRIPLE/omp-spt\" \\\n  \"$MUSL_TRIPLE\" \"$MUSL_TRIPLE/omp-spt\" | sort)\nnormalized=$(printf '%s\\n' \"$listing\" | sed 's:/$::' | sort)\nfatal=0\nif [ \"$normalized\" != \"$expected\" ]; then\n  echo \"FATAL: archive membership differs from the exact release contract\" >&2\n  echo \"expected: [$expected]\" >&2\n  echo \"actual:   [$normalized]\" >&2\n  fatal=1\nfi\n\nVERIFY=\"$STAGE/.archive-verify\"\nmkdir -p \"$VERIFY\"\nverify_exact() {\n  source=$1\n  member=$2\n  extracted=\"$VERIFY/$member\"\n  mkdir -p \"$(dirname \"$extracted\")\"\n  if ! tar -xOzf \"$OUT\" \"$member\" >\"$extracted\" 2>/dev/null; then\n    echo \"FATAL: could not extract $member for payload verification\" >&2\n    fatal=1\n  elif ! cmp -s \"$source\" \"$extracted\"; then\n    echo \"FATAL: archived $member differs from its release input\" >&2\n    fatal=1\n  fi\n}\nverify_exact \"$MANIFEST\" \"manifest.toml\"\nfor rel in $SHARED_FILES; do\n  verify_exact \"$STRINGS/$rel\" \"strings/$rel\"\ndone\nverify_exact \"$(win_path omp-spt)\" \"$WIN_TRIPLE/omp-spt.exe\"\nverify_exact \"$(gnu_path omp-spt)\" \"$GNU_TRIPLE/omp-spt\"\nverify_exact \"$(musl_path omp-spt)\" \"$MUSL_TRIPLE/omp-spt\"\n\nwin_magic=$(magic_of_file \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\")\ngnu_magic=$(magic_of_file \"$VERIFY/$GNU_TRIPLE/omp-spt\")\nmusl_magic=$(magic_of_file \"$VERIFY/$MUSL_TRIPLE/omp-spt\")\ncase \"$win_magic\" in 4d5a*) : ;; *) echo \"FATAL: archived Windows payload is not PE\" >&2; fatal=1 ;; esac\n[ \"$gnu_magic\" = \"7f454c46\" ] || { echo \"FATAL: archived GNU payload is not ELF\" >&2; fatal=1; }\n[ \"$musl_magic\" = \"7f454c46\" ] || { echo \"FATAL: archived musl payload is not ELF\" >&2; fatal=1; }\nfor triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" 2>/dev/null | awk 'NR == 1 {print $1}')\n  if [ \"$mode\" != \"-rwxr-xr-x\" ]; then\n    echo \"FATAL: archived $triple payload mode is not canonical 0755 ($mode)\" >&2\n    fatal=1\n  fi\ndone\n\"$PY\" \"$BINARY_VALIDATOR\" \"$WIN_TRIPLE\" \"$VERIFY/$WIN_TRIPLE/omp-spt.exe\" || fatal=1\n\"$PY\" \"$BINARY_VALIDATOR\" \"$GNU_TRIPLE\" \"$VERIFY/$GNU_TRIPLE/omp-spt\" || fatal=1\n\"$PY\" \"$BINARY_VALIDATOR\" \"$MUSL_TRIPLE\" \"$VERIFY/$MUSL_TRIPLE/omp-spt\" || fatal=1\n[ \"$fatal\" -eq 0 ] || exit 1\necho \"ok   exact shared plugin + PE/GNU ELF/static musl payloads; Linux modes fixed at 0755\"\n\necho\necho \"WROTE $OUT (single fat adapter.spt). Next (operator): attach as 'adapter.spt' to a GitHub release\"\necho \"on BigscreenVR/omp-spt; end users 'spt adapter add --release BigscreenVR/omp-spt' (spt\"\necho \"v$floor+). The fat archive auto-resolves one of the three target helpers.\"\nexit 0\n"},{"path":"tests/adapter-archive.sh","diff":" 372|cp \"$MUSL_GOOD\" \"$TARGET/$MUSL_RELSUB/omp-spt\"\n 373|chmod 0755 \"$TARGET/$MUSL_RELSUB/omp-spt\"\n-374|expect_packer_failure \"non-executable archived GNU helper\" \"is not executable\" \\\n-375|  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n-376|  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_LINUX_MODE=0644 \\\n-377|  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n+374|COPIED_ROOT=\"$TMP/copied-root\"\n+375|mkdir -p \"$COPIED_ROOT/ci/manifest\" \"$COPIED_ROOT/ci/publish\"\n+376|cp -R \"$ROOT/adapter\" \"$COPIED_ROOT/adapter\"\n+377|cp \"$ROOT/ci/manifest/check-manifest.sh\" \"$COPIED_ROOT/ci/manifest/check-manifest.sh\"\n+378|cp \"$ROOT/ci/manifest/validate_manifest.py\" \"$COPIED_ROOT/ci/manifest/validate_manifest.py\"\n+379|cp \"$PACKER\" \"$COPIED_ROOT/ci/publish/package-adapter.sh\"\n+380|cp \"$WRITER\" \"$COPIED_ROOT/ci/publish/create-adapter-archive.py\"\n+381|cp \"$ROOT/ci/publish/validate-release-binary.py\" \\\n+382|  \"$COPIED_ROOT/ci/publish/validate-release-binary.py\"\n+383|rm \"$COPIED_ROOT/adapter/strings/skills/signoff/SKILL.md\"\n+384|expect_packer_failure \"incomplete canonical shared plugin copy\" \\\n+385|  \"required shared plugin file missing\" \\\n+386|  env ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$COPIED_ROOT/ci/publish/package-adapter.sh\" --apply\n 378|\n-379|expect_packer_failure \"non-executable archived musl helper\" \"is not executable\" \\\n-380|  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n-381|  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_ARCHIVE_MUSL_MODE=0644 \\\n-382|  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n-383|\n-384|BAD_STRINGS=\"$TMP/bad-strings\"\n-385|mkdir -p \"$BAD_STRINGS\"\n-386|printf '%s\\n' 'wrong extension' >\"$BAD_STRINGS/other.mjs\"\n-387|expect_packer_failure \"incomplete shared plugin\" \"required shared plugin file missing\" \\\n-388|  env OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" \\\n-389|  OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" OMP_SPT_STRINGS_DIR=\"$BAD_STRINGS\" \\\n-390|  ADAPTER_SPT_OUT=\"$BASE_OUT\" sh \"$PACKER\" --apply\n-391|\n 392|OUT=\"$TMP/adapter.spt\"\n 393|# [unit->REQ-DIST-ADAPTER-RELEASE]\n\n 425|for triple in \"$GNU_TRIPLE\" \"$MUSL_TRIPLE\"; do\n\n 427|  [ \"$magic\" = \"7f454c46\" ] && ok \"$triple member retains ELF magic\" || fail \"$triple member magic=$magic\"\n 428|  mode=$(tar -tvzf \"$OUT\" \"$triple/omp-spt\" | awk 'NR == 1 {print $1}')\n-429|  case \"$mode\" in -rwx*) ok \"$triple member is executable ($mode)\" ;; *) fail \"$triple member is not executable ($mode)\" ;; esac\n+425|  [ \"$mode\" = \"-rwxr-xr-x\" ] \\\n+426|    && ok \"$triple member has canonical mode 0755 ($mode)\" \\\n+427|    || fail \"$triple member mode is not canonical 0755 ($mode)\"\n 430|done\n 431|\n 483|if SOURCE_DATE_EPOCH=123 OMP_SPT_WIN_RELSUB=\"$WIN_RELSUB\" \\\n 484|   OMP_SPT_LINUX_RELSUB=\"$GNU_RELSUB\" OMP_SPT_MUSL_RELSUB=\"$MUSL_RELSUB\" \\\n+483|   OMP_SPT_ARCHIVE_LINUX_MODE=0777 OMP_SPT_ARCHIVE_MUSL_MODE=0700 \\\n 485|   ADAPTER_SPT_OUT=\"$OUT_AGAIN\" sh \"$PACKER\" --apply >/dev/null 2>&1 \\\n 486|   && cmp -s \"$OUT\" \"$OUT_AGAIN\"; then\n-487|  ok \"fixed inputs and SOURCE_DATE_EPOCH produce identical archives\"\n+486|  ok \"release environment cannot vary canonical archive bytes or Linux modes\"\n 488|else\n-489|  fail \"archive output is not reproducible\"\n+488|  fail \"release environment varied canonical archive bytes or Linux modes\"\n 490|fi\n 491|","firstChangedLine":374,"op":"update","snapshotsPruned":true}]},"isError":false,"timestamp":1784195495837}}
{"type":"message","id":"8e38bd4a","parentId":"4b21ee75","timestamp":"2026-07-16T09:51:42.706Z","message":{"role":"assistant","content":[{"type":"thinking","thinking":"**Preparing and running adapter-archive test**"},{"type":"toolCall","id":"call_RjfN2ZJUQWnsqdWvWEqkogaK|fc_0ce43b44bb495320016a58a9ae77708198b89e54075e7258e0","name":"bash","arguments":{"i":"Running focused archive test","command":"sh tests/adapter-archive.sh","cwd":"C:/Users/decid/Documents/projects/omp-spt","timeout":3600,"pty":false}}],"api":"openai-codex-responses","provider":"openai-codex","model":"gpt-5.6-sol","usage":{"input":4688,"output":155,"cacheRead":67072,"cacheWrite":0,"totalTokens":71915,"reasoningTokens":98,"cost":{"input":0.023440000000000003,"output":0.0046500000000000005,"cacheRead":0.033535999999999996,"cacheWrite":0,"total":0.061626}},"stopReason":"toolUse","timestamp":1784195495845,"responseId":"resp_0ce43b44bb495320016a58a9aa47cc8198a7feedb641364248","providerPayload":{"type":"openaiResponsesHistory","provider":"openai-codex","dt":true,"items":[{"id":"rs_0ce43b44bb495320016a58a9abe0e88198989508e8c3bf5626","type":"reasoning","content":[],"encrypted_content":"gAAAAABqWKmuJZ0MrW26EZw7myB_ICrg1o8ybsaariyMqSKcgF3q13Un2VMUy3h5A_0RmMk6o2tjRO1Zx9ZsG1a5HVhPcKMtzd_6wTZl6q1psp7nz0YozUyqOibCA7SxaxmfqysMcS-7FKH7lf1qcAOzCnlaCzIYSOvEP2b5JZBg9erH1jlbzZXGR5X79Hj993TpZ6pzdgqosaMYE4ky-03sih-qFQ1oTZMQeQiX1zTf0_Zpiq6oqURDRdXz5l-HTHXZIDVvHonCGyf3DJl77ecBk_oeCuBn5vVGE0Y5Y91IFghYGY3YYQwWQ4GXYsdoIFoeajPg11-bdbDLYDJlOStTnXDKRgtgWpOXY43jtF6hs4elarXlhNOFUAM8W_AZXvmzRwMQqT3yUXuuPzozjqsJL2nYVHsdy12XC96xyLUQdne6StrnqhacV9ehiJpfYr3ezGv3aefs80E4A3RfccydYcJ45DQH5Um36B2Oss1vJov4XQNCoMqSTysDCCr7tIx4xLf_1UbE7OfsmKzYpchJTTla0hzvXkCvSpLOsQrtkwmhlyVe47MdIk5DKL-xEoaGJw_XwhF2XWRfLkYMECQIQp5q-AaEVL5VzFR27SWg2vjqCUPHkEJXCE4s-e1K0ou4_wTFgCs07KBSfFg_JNcJrpXmm2CyD1mOiquDigVZ9W7gJM5pULeoOsoqpZCbYeLRe9ne4npW86aqKB_cwsXsIxBH47dToo8b59_VmmGYv0sfIR3-0_GORHeonOXKe0eRQCZUwrLNjJb8fHgZ-lr2hFqJTGj0k2_6hqB5Bck59nKob_daeJPepv2AKNKmSKRjIp2MKCQdUtEwMQKmmzq4YIFnrEdcd9_hAk8n30RhsZ5SQF4sFWT2BF4tCRt5kMnezrwsazTDzz8gP6uChHP2hkbO7Ha64rPuL5eN0Ple3lEjgh1ABHlrFGRcPVI8W7qZhPs6XEgR8QcoTGP0Viec-cZ1046-9FrKs-qPOLQ7FcRgcq9L7_lQvmUOFfhpcaWh4cyZoDk18dhfndZfNCAz4kAGdD7oy0sYAR2534rxlSWQ1KCq-C5SzaA7IUmbnlrh3y6sFcuUnOaXkybfh_7Z32lQdDza5Mi0vg6TeGsmQKNPxH-BRwTTozcCg1n12lgpyGENGnZnMxPhitbFF36RzC1qvLZOOHXPIaIM0bnvoN_v8thoC3r26ZnXRIDiEjY_zrDJNN9Yi2wpkeaeNiQfQymFqeQ1s5w0DVYvToAGGR4jSMNxwsQw3tVGO4RCr1UTyKPyReospyQD-_DMfMxIED3GZfXg-ppTuxYp0VR6bAHoxwCG0_BmP6NhvK7Ou1q4rCILr7ThFe100EJLObGMr7mSq6CFgXK5WQBg6WZBRRYgLZBusl6Oo8EJoJO-E1z1eqH_G5GDIm22HFItzmlTGDUWB-Igw_5Qfj4UV1dfRhqzRuZkSJA=","summary":[{"type":"summary_text","text":"**Preparing and running adapter-archive test**"}]},{"id":"fc_0ce43b44bb495320016a58a9ae77708198b89e54075e7258e0","type":"function_call","status":"completed","arguments":"{\"i\":\"Running focused archive test\",\"command\":\"sh tests/adapter-archive.sh\",\"cwd\":\"C:/Users/decid/Documents/projects/omp-spt\",\"timeout\":3600,\"pty\":false}","call_id":"call_RjfN2ZJUQWnsqdWvWEqkogaK","name":"bash"}]},"duration":6860.353699999861,"ttft":4017.2922999998555,"contextSnapshot":{"promptTokens":71760,"nonMessageTokens":26288}}}
{"type":"custom","customType":"tool_execution_start","data":{"toolCallId":"call_RjfN2ZJUQWnsqdWvWEqkogaK|fc_0ce43b44bb495320016a58a9ae77708198b89e54075e7258e0","toolName":"bash","startedAt":"2026-07-16T09:51:42.706Z","args":{"command":"sh tests/adapter-archive.sh"},"intent":"Running focused archive test"},"id":"9b5bf70c","parentId":"8e38bd4a","timestamp":"2026-07-16T09:51:42.706Z"}
{"type":"message","id":"4de7f7c2","parentId":"9b5bf70c","timestamp":"2026-07-16T09:52:21.452Z","message":{"role":"toolResult","toolCallId":"call_RjfN2ZJUQWnsqdWvWEqkogaK|fc_0ce43b44bb495320016a58a9ae77708198b89e54075e7258e0","toolName":"bash","content":[{"type":"text","text":"ok   real manifest validates\nok   catches missing [adapter]\nok   catches missing required adapter.min_spt_core_version\nok   catches invalid adapter.kind enum\nok   catches non-array adapter.hostable_types\nok   catches non-string shortcut_basename\nok   catches invalid env direction enum\nMANIFEST-SCHEMA OK\nok   missing GNU helper fails closed\nok   malformed Windows helper fails closed\nok   zero-entrypoint PE pseudo-binary fails closed\nok   PE with unmapped entrypoint fails closed\nok   PE with non-executable entry section fails closed\nok   DLL PE helper fails closed\nok   PE with incomplete optional header fails closed\nok   PE with truncated section table fails closed\nok   PE with out-of-file raw section fails closed\nok   malformed GNU helper fails closed\nok   zero-entrypoint ELF pseudo-binary fails closed\nok   ELF with unmapped entrypoint fails closed\nok   ELF with non-executable entry segment fails closed\nok   ELF load with file size above memory size fails closed\nok   ELF load with out-of-file range fails closed\nok   missing musl helper fails closed\nok   malformed musl helper fails closed\nok   GNU helper mislabeled as musl fails closed\nok   musl helper with DT_NEEDED dependency fails closed\nok   wrong-architecture musl helper fails closed\nok   incomplete canonical shared plugin copy fails closed\nok   three-target packer --apply succeeds\nok   archive has deterministic exact shared and three-target membership\nok   Windows archive member retains PE magic\nok   x86_64-unknown-linux-gnu member retains ELF magic\nok   x86_64-unknown-linux-gnu member has canonical mode 0755 (-rwxr-xr-x)\nok   x86_64-unknown-linux-musl member retains ELF magic\nok   x86_64-unknown-linux-musl member has canonical mode 0755 (-rwxr-xr-x)\nok   manifest.toml exactly matches its release input\nok   strings/omp-spt.mjs exactly matches its release input\nok   strings/package.json exactly matches its release input\nok   strings/skills/commune/SKILL.md exactly matches its release input\nok   strings/skills/role/SKILL.md exactly matches its release input\nok   strings/skills/setup/SKILL.md exactly matches its release input\nok   strings/skills/signoff/SKILL.md exactly matches its release input\nok   x86_64-pc-windows-msvc/omp-spt.exe exactly matches its release input\nok   x86_64-unknown-linux-gnu/omp-spt exactly matches its release input\nok   x86_64-unknown-linux-musl/omp-spt exactly matches its release input\nok   shared plugin files remain root-only\nok   archive writer rejects unintended musl members\nok   release environment cannot vary canonical archive bytes or Linux modes\nok   packer advertises a fat-capable manifest floor (>= 0.13.2)\nok   dry-run identifies the static musl target\nok   install guidance uses manifest floor v0.31.0\nPASS: adapter-archive\n\n\nWall time: 38.74 seconds"}],"details":{"timeoutSeconds":3600,"wallTimeMs":38742.0700000003},"isError":false,"timestamp":1784195541452}}
{"type":"message","id":"bfff2843","parentId":"4de7f7c2","timestamp":"2026-07-16T09:52:56.906Z","message":{"role":"assistant","content":[{"type":"thinking","thinking":"**Reviewing test pass and output validation**\n\n**Validating PE header and section correctness**\n\n**Verifying ELF segment and entry constraints**"},{"type":"thinking","thinking":"**Verifying ELF header and program header constraints**\n\n**Confirming canonical packaging and test accuracy**\n\n**Planning documentation cleanup and review handoff**"},{"type":"thinking","thinking":"**Planning nonblocking release communication**"},{"type":"toolCall","id":"call_CjtwHk87zzgVRELsKlZRdSbn|fc_0ce43b44bb495320016a58a9f5f7208198a540d98546a95880","name":"irc","arguments":{"i":"Reporting hardening completion","op":"send","to":"Main","message":"Completed binary structural hardening plus confirmed mode/source-identity fixes. adapter-archive.sh passes all cases (PASS, 38.74s): PE optional/table/raw bounds, DLL/entry mapping; ELF executable PT_LOAD entry and load sizes; canonical 0755 ignores mode env; strings fixed to repo and copied-root mutation 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