{"type":"step_start","timestamp":1789005661413,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890c04df001ckP29cFzTsHOCU","messageID":"msg_0890bf8a7001yLsNyxR6696ruT","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"1a31e9f219899786f3f962e6feadc3685a5a4bae","type":"step-start"}}
{"type":"tool_use","timestamp":1789005665898,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"todowrite","callID":"call_Zml7AeUuQbuvLK9i2FwYrqO3","state":{"status":"completed","input":{"todos":[{"content":"Load canonical campaign state, contract, policy, surprises, and verify model/source/worktree identities","status":"in_progress","priority":"high"},{"content":"Perform architecture review within contract-owned scope and capture source-bound findings","status":"pending","priority":"high"},{"content":"Run required validation and persist mandatory fresh checkpoint with one exact next action","status":"pending","priority":"high"}]},"output":"[\n  {\n    \"content\": \"Load canonical campaign state, contract, policy, surprises, and verify model/source/worktree identities\",\n    \"status\": \"in_progress\",\n    \"priority\": \"high\"\n  },\n  {\n    \"content\": \"Perform architecture review within contract-owned scope and capture source-bound findings\",\n    \"status\": \"pending\",\n    \"priority\": \"high\"\n  },\n  {\n    \"content\": \"Run required validation and persist mandatory fresh checkpoint with one exact next action\",\n    \"status\": \"pending\",\n    \"priority\": \"high\"\n  }\n]","metadata":{"todos":[{"content":"Load canonical campaign state, contract, policy, surprises, and verify model/source/worktree identities","status":"in_progress","priority":"high"},{"content":"Perform architecture review within contract-owned scope and capture source-bound findings","status":"pending","priority":"high"},{"content":"Run required validation and persist mandatory fresh checkpoint with one exact next action","status":"pending","priority":"high"}],"truncated":false},"title":"3 todos","time":{"start":1789005665891,"end":1789005665896}},"metadata":{"openai":{"itemId":"fc_066667616680af55016aa20f5f43d087d1bae54480cad31831"}},"id":"prt_0890c0c600012OQgNrTpI19Ab5","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890bf8a7001yLsNyxR6696ruT"}}
{"type":"step_finish","timestamp":1789005665995,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890c16c6001g6eTqtiRtSxT4E","reason":"tool-calls","snapshot":"db2ac97e84bef6919c1912a3fe27e5773066a26b","messageID":"msg_0890bf8a7001yLsNyxR6696ruT","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":6001,"input":5863,"output":99,"reasoning":39,"cache":{"write":0,"read":0}},"cost":0}}
{"type":"step_start","timestamp":1789005674324,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890c3750001g2vVDhVz6sYUI6","messageID":"msg_0890c16fd0014rI3iFVJD1v0Tb","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"b2a474058d50250a4c53f802bde5e89db05d5fd4","type":"step-start"}}
{"type":"tool_use","timestamp":1789005674500,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_3AA1E8e5NiHY5xbymDNkbSZ5","state":{"status":"completed","input":{"filePath":"/tmp/opencode/sots-final-research-engine"},"output":"<path>/tmp/opencode/sots-final-research-engine</path>\n<type>directory</type>\n<entries>\n.git\n.gitignore\nAGENTS.md\nCLAUDE.md\ncmake/\nCMakeLists.txt\nCMakePresets.json\nCONTRIBUTING.md\ndocs/\ninclude/\nLICENSE\nopencode.json\nREADME.md\nsrc/\ntests/\nthird_party/\ntools/\n\n(17 entries)\n</entries>","metadata":{"preview":".git\n.gitignore\nAGENTS.md\nCLAUDE.md\ncmake/\nCMakeLists.txt\nCMakePresets.json\nCONTRIBUTING.md\ndocs/\ninclude/\nLICENSE\nopencode.json\nREADME.md\nsrc/\ntests/\nthird_party/\ntools/","truncated":false,"loaded":[],"display":{"type":"directory","path":"/tmp/opencode/sots-final-research-engine","entries":[".git",".gitignore","AGENTS.md","CLAUDE.md","cmake/","CMakeLists.txt","CMakePresets.json","CONTRIBUTING.md","docs/","include/","LICENSE","opencode.json","README.md","src/","tests/","third_party/","tools/"],"offset":1,"totalEntries":17,"truncated":false}},"title":"../../../tmp/opencode/sots-final-research-engine","time":{"start":1789005674434,"end":1789005674477}},"metadata":{"openai":{"itemId":"fc_07b482bcc3d4bf4f016aa20f6a3da887d1ba68a72c3a708b5d"}},"id":"prt_0890c37be00174NtKNURWeDjku","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c16fd0014rI3iFVJD1v0Tb"}}
{"type":"tool_use","timestamp":1789005674500,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_iTJCHn31GAx4lLJTstlh5y5q","state":{"status":"completed","input":{"filePath":"/tmp/opencode/sots-final-research-re"},"output":"<path>/tmp/opencode/sots-final-research-re</path>\n<type>directory</type>\n<entries>\n.git\n.gitignore\nAGENTS.md\ncampaign/\nCLAUDE.md\nfindings/\nghidra/\nguides/\nnotes/\nobjects/\nopencode.json\nREADME.md\nscripts/\ntools/\nverify/\n\n(15 entries)\n</entries>","metadata":{"preview":".git\n.gitignore\nAGENTS.md\ncampaign/\nCLAUDE.md\nfindings/\nghidra/\nguides/\nnotes/\nobjects/\nopencode.json\nREADME.md\nscripts/\ntools/\nverify/","truncated":false,"loaded":[],"display":{"type":"directory","path":"/tmp/opencode/sots-final-research-re","entries":[".git",".gitignore","AGENTS.md","campaign/","CLAUDE.md","findings/","ghidra/","guides/","notes/","objects/","opencode.json","README.md","scripts/","tools/","verify/"],"offset":1,"totalEntries":15,"truncated":false}},"title":"../../../tmp/opencode/sots-final-research-re","time":{"start":1789005674439,"end":1789005674479}},"metadata":{"openai":{"itemId":"fc_07b482bcc3d4bf4f016aa20f6a3db087d1a50ec5f3b57e0506"}},"id":"prt_0890c37c3001xO0l20Zkndmbzh","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c16fd0014rI3iFVJD1v0Tb"}}
{"type":"tool_use","timestamp":1789005674501,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_8kGqiKs84sTjs0lMGHeMMPj6","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/README.md"},"output":"<path>/home/alex/sots-re/campaign/README.md</path>\n<type>file</type>\n<content>\n1: # Canonical campaign controls\n2: \n3: `sots-re/campaign/` is the state authority. Start with your contract, its checkpoint, open\n4: surprises, and [current policy](../guides/multi-agent-workflow.md). Board/dashboard are generated\n5: projections. Historical evidence is not current acceptance. No automatic commits or lab operations.\n6: \n7: Framework development is complete. The `controls-bootstrap` contract reached scoped acceptance;\n8: see [rollout result](rollout/RESULT.md) and its current contract/verdict for source-bound evidence.\n9: Active work is reverse engineering. Change tooling only to unblock a named RE experiment.\n10: \n11: ## Contract format\n12: \n13: `contract.schema.json` is strict JSON Schema (unknown fields and duplicate JSON keys fail).\n14: The standard-library validator implements the schema's used subset. A populated example is\n15: [contracts/controls-bootstrap.json](contracts/controls-bootstrap.json); its lifecycle is in the record.\n16: \n17: Required fields:\n18: \n19: | Field | Structure |\n20: |---|---|\n21: | `id`, `title`, `status` | Slug, short title, lifecycle state |\n22: | `owner` | `{ \"name\": \"worker-identity\", \"role\": \"implementer\" }` |\n23: | `baseline` | `{ \"engine\": {\"path\":\"/absolute/canonical/engine\",\"commit\":\"full-commit-id\"}, \"re\": {\"path\":\"/absolute/canonical/re\",\"commit\":\"full-commit-id\"} }` |\n24: | `scope`, `inputs`, `effects` | Arrays of explicit nonempty strings; include full write set and runtime inputs |\n25: | `original_dependencies` | String array, including original-assisted portions and unavailable inputs |\n26: | `dependencies` | Array of other contract IDs; all must be accepted before ready/implementing |\n27: | `acceptance` | Array of `{ \"id\": \"unique-criterion\", \"axis\": \"validation-scope\", \"criterion\": \"executable requirement\" }` |\n28: | `predictions`, `stop_conditions` | String arrays of predictions and conditions that halt work |\n29: | `checkpoint` | `null` or `campaign/runtime/checkpoints/<id>.json` |\n30: \n31: Optional `evidence` is an array of\n32: `{id,axis,path,sha256,source,integrated,source_binding,binaries,inputs,outcomes}`.\n33: `path` is an existing canonical RE-relative artifact; `sha256` hashes its actual bytes; `source`\n34: equals the contract's complete baseline object. Store understanding,\n35: implementation, original dependencies, and validation scope as separate acceptance/evidence axes.\n36: There is no generic `verified` scalar. Baseline commit IDs describe starting repositories;\n37: dirty source identity is machine-bound by `source_binding`, never inferred from those commits.\n38: Criteria need distinct states, branch exposure, positive execution, complete writes/elements,\n39: allocations/IDs/events/RNG/runtime inputs, synthetic and original-game differentials as applicable.\n40: The CLI checks package identity and declared axes; the independent reviewer evaluates the actual\n41: criteria, gate outcomes, full manifests and integrated reproduction. A passing measurement alone\n42: does not establish acceptance.\n43: \n44: ### Source-bound evidence interface (R4)\n45: \n46: `source_binding` is `{engine:{path,commit,sha256},re:{path,commit,sha256}}`. Generate it with:\n47: \n48: ```sh\n49: python3 tools/campaign.py --state-root /home/alex/sots-re source-binding research-replacement --engine-worktree /absolute/candidate-engine --re-worktree /absolute/candidate-re\n50: ```\n51: \n52: Omit both worktree arguments to bind the canonical integrated trees. Paths must be Git worktree\n53: roots in the respective baseline repositories. `commit` is the actual current HEAD; `sha256`\n54: is the deterministic digest of the actual file manifest, including dirty/untracked nonignored\n55: files, deleted tracked paths (`null`), file bytes and Unix modes. Symlinks/submodules fail closed.\n56: The fixed manifest policy uses `git ls-files --cached --others --exclude-standard`; ignored\n57: untracked build/output files are not source. Python cache directories are excluded. In RE only,\n58: `verify/results/` and `campaign/` are excluded **except** `campaign/models.json`,\n59: `campaign/contract.schema.json`, and `campaign/agents/**`. These exclusions prevent mutable\n60: contracts/checkpoints/evidence/projections from hashing themselves. Relevant RE tools, tests,\n61: generated facts and guides remain bound. Any consumed item outside that source inventory must\n62: appear among immutable input/binary artifacts. The independent reviewer checks inventory adequacy.\n63: \n64: `binaries` and `inputs` are nonempty arrays of `{path,sha256}` artifact references; for tooling\n65: contracts, bind the executable scripts/interpreter identity package and fixture input package.\n66: `outcomes` exactly covers the acceptance criterion IDs for that evidence axis, with entries\n67: `{criterion,status,artifact:{path,sha256}}`; promotion requires `status: \"pass\"`. Outcome artifacts\n68: contain positive execution, branch/state exposures, reproduction recipe and required effect/input\n69: accounting. The CLI checks identities, hashes and declared outcomes, **not arbitrary criterion\n70: semantics**. The independent verifier must reproduce and challenge those claims.\n71: \n72: For example, an outcome for the bootstrap contract is:\n73: \n74: ```json\n75: {\"criterion\":\"controls-negative-paths\",\"status\":\"pass\",\"artifact\":{\"path\":\"verify/results/controls/result.json\",\"sha256\":\"<actual 64-hex artifact hash>\"}}\n76: ```\n77: \n78: Capture bindings when producing evidence; do not attach a fresh source hash to old measurements.\n79: Every evidence/verdict/promotion check rehashes referenced sources and artifacts. Same-HEAD byte\n80: changes reject old evidence and verdicts. Integrated records require canonical paths, lead in\n81: integration state, and one identical binding across **all** final integrated evidence. A lead's\n82: `integrated` boolean cannot substitute for this check. Verdicts bind the full evidence array and\n83: the source-binding array; old verdicts lacking these identities must be reproduced.\n84: \n85: This contract wrapper is separate from gate measurement schema **`sots-gate/1`**, whose `source`\n86: still has `engine`/`re`. Reference its immutable manifest/binary/input package; do not rename its\n87: fields to match contract `source`. Reporter output is measured evidence, with `--require-match`\n88: for required equality, and gains acceptance only through independent contract/integration gates.\n89: \n90: ## State and transactions\n91: \n92: Every command requires `--state-root /absolute/canonical/sots-re` (the repository, not `campaign/`).\n93: No sibling inference. Control records stay below canonical `campaign/runtime/`; contracts remain\n94: in `campaign/contracts/`. Immutable hashed artifacts may be referenced anywhere inside canonical\n95: RE, including existing `verify/` corpora, without copying them. Absolute/traversing artifact paths,\n96: outside symlinks, Git internals and named secret/private-key locations are rejected; aliases are\n97: checked after resolution too. Never reference secrets or commit owner-supplied binaries/assets.\n98: JSON writes are atomic and fsynced; a canonical `flock` serializes\n99: CLI mutations, WIP decisions, and resource acquisition. Do not hand-edit active state concurrently\n100: with commands. Interrupted multi-file operations retain blocking records and require inspection.\n101: \n102: Runtime APIs (JSON files; no server):\n103: \n104: - `runtime/checkpoints/*.json`: `sots-checkpoint/1`, contract, actor/role/model/session, timestamp,\n105:   contract `basis` digest, bounded summary (6000 characters), up to 32 `{path,sha256}` artifacts,\n106:   and one `next_action` (2000 characters). Include observations versus decisions, source identities,\n107:   tests, blockers, resources/access/cleanup, exact next action in the summary/artifacts.\n108:   Do not attach the checkpoint's own contract as an artifact: saving the pointer changes that\n109:   file. Its task metadata is already covered by `basis`; the CLI rejects this self-reference.\n110: - `runtime/surprises/*.json`: `sots-surprise/1`, id, contract, `status: open|resolved`, summary,\n111:   discriminating probe, actor/model/session provenance where applicable, optional decision ID.\n112: - `runtime/decisions/*.json`: `sots-decision/1`, Astra resolution, explanation/probe, invalidated\n113:   evidence and checkpoint; prior verdict is marked invalidated. Resolution returns needs-revision\n114:   only when all surprises are closed. Re-probe and rebuild evidence; resolution is not acceptance.\n115: - `runtime/verdicts/<contract>.json`: independent verifier actor/session/model, pass/fail,\n116:   explanation, contract basis, complete evidence digest and source-bindings digest.\n117: - `runtime/transitions/*.json`: actor/model, previous/next lifecycle state, timestamp.\n118: - `runtime/leases/<resource>.json`: owner, random token, held/released, acquisition/release provenance.\n119: - `runtime/runs/run-*.json`, `.jsonl`, `.stderr.log`: requested model/config, command, worktree\n120:   manifests before/after, expanded prompt hash, effective configuration hashes, canonical config\n121:   file hashes, actual events/session/model when emitted, completion/checkpoint status. Effective\n122:   provider config is hashed rather than persisted because it can contain credentials.\n123:   `active-<contract>.json` reserves the contract. Interrupted running reservations never auto-expire.\n124: \n125: Lifecycle: `proposed -> ready -> implementing -> verification -> integration -> accepted`.\n126: Blocked and needs-revision edges support repairs; no skipping stages. Ready requires scope,\n127: inputs, acceptance, stop conditions, valid pinned baseline and accepted dependencies. Implementing\n128: is atomically capped at two concurrent contracts; lead schedules only one pilot before enabling\n129: two independent slices. Verification requires fresh checkpoint/artifacts after implementation start.\n130: Integration requires lead plus independent passing verifier bound to current source/evidence.\n131: Accepted requires every declared axis in integrated evidence, passing independent verdict over\n132: that final package, and no open surprises. Adding integrated evidence changes the evidence digest:\n133: the verifier must attest the integrated package again. Handoff/promotion/end checkpoints must be\n134: within 15 minutes; recovery start has no age limit.\n135: \n136: Role/model registry: lead/architecture-review/analyst/implementer/verifier/lab =\n137: `openai/gpt-5.6-sol`; resolver = `openai/gpt-6-astra`.\n138: CLI identity fields are **claims, not authenticated model authority**. The runner requests the\n139: registry model explicitly and records emitted provenance. Editable JSON, agent permissions and\n140: shell-accessible tooling are not a security boundary. No silent routing fallback.\n141: \n142: ## Commands\n143: \n144: Run from either repository using the canonical tool path when necessary. Examples:\n145: \n146: ```sh\n147: python3 tools/campaign.py --state-root /home/alex/sots-re validate\n148: python3 tools/campaign.py --state-root /home/alex/sots-re list\n149: python3 tools/campaign.py --state-root /home/alex/sots-re status research-replacement\n150: python3 tools/campaign.py --state-root /home/alex/sots-re checkpoint controls-bootstrap --actor controls-architect --role architecture-review --model openai/gpt-6-astra --session rollout-controls --summary 'Source identities, observations, decisions, tests and blockers are in the attached checkpoint.' --artifact campaign/rollout/controls-worker-state.md --next-action 'Run the independent controls review.'\n151: python3 tools/campaign.py --state-root /home/alex/sots-re transition controls-bootstrap ready --actor controls-architect --role architecture-review --model openai/gpt-6-astra\n152: ```\n153: \n154: `surprise CONTRACT --summary TEXT --probe TEXT` blocks immediately. `resolve SURPRISE_ID\n155: --explanation TEXT --probe TEXT` requires claimed Astra lead/resolver. Both also require\n156: `--actor NAME --role ROLE --model MODEL`. `evidence CONTRACT --record campaign/path.json`\n157: uses the same identity flags; record format is the evidence object above. Integrated records\n158: require lead and integration state. `verdict CONTRACT --session SESSION --verdict pass|fail\n159: --explanation TEXT` requires verifier identity flags and independent actor/session.\n160: \n161: ```sh\n162: python3 tools/campaign.py --state-root /home/alex/sots-re lease acquire windows-vm --actor lab-one --role lab --model openai/gpt-5.5\n163: python3 tools/campaign.py --state-root /home/alex/sots-re lease show windows-vm\n164: python3 tools/campaign.py --state-root /home/alex/sots-re lease release windows-vm --actor lab-one --role lab --model openai/gpt-5.5 --token TOKEN_FROM_ACQUIRE\n165: python3 tools/campaign.py --state-root /home/alex/sots-re lease release windows-vm --actor lead --role lead --model openai/gpt-6-astra --lead-release --reason 'Confirmed prior operator stopped; access and cleanup checked.'\n166: ```\n167: \n168: No stale lease stealing. Explicit lead release requires an explanation and lab preconditions,\n169: side effects, cleanup, and access verification in the operator checkpoint. Treat lease tokens\n170: as local owner capabilities, not secrets to put in a board/dashboard.\n171: \n172: ## Fresh bounded launches\n173: \n174: Prepare **two actual linked worktrees**, each distinct from its canonical source repository,\n175: at the contract's full baseline commit. No auto commits/worktree creation. Launch uses explicit\n176: canonical `OPENCODE_CONFIG`, checks matching repo-local agent/model/40 steps, and sets the final\n177: environment overlay to bind requested role/model/steps. Other inherited config overrides are\n178: cleared. `opencode models` must list the exact requested model even for dry runs.\n179: \n180: ```sh\n181: python3 tools/run_agent.py --state-root /home/alex/sots-re --role implementer --actor worker-one --contract slice-one --engine-worktree /home/alex/worktrees/slice-one-engine --re-worktree /home/alex/worktrees/slice-one-re --cwd engine --dry-run\n182: ```\n183: \n184: Remove `--dry-run` to execute. Normal worker launch requires a valid durable checkpoint, matching\n185: owner/role/status, no open surprises, baseline HEADs and canonical Git common-directory identity.\n186: Recovery checks checkpoint identity/basis and artifact hashes regardless of age, rechecks any\n187: source-bound evidence, and validates paired Git worktree/baseline identity. Missing ordinary-worker\n188: state still blocks. Bootstrap lead/architecture-review can start without a checkpoint; they still\n189: need paired worktrees. Astra lead/resolver may launch a blocked contract with open surprises and\n190: without a worker checkpoint in **resolution-only** scope: read evidence and write decisions/state,\n191: no implementation. Its prompt and permission overlay carry that limit, and worktree source changes\n192: fail completion. Ordinary affected workers stay blocked. Other Astra architecture actors receive\n193: explicit architecture authority within their owned scope. Each run is a fresh\n194: `opencode run --format json --model ... --agent ...`; no resume/continue option is used. The prompt\n195: supplies the run ID to use as checkpoint `--session`; actual OpenCode session IDs are captured\n196: separately when emitted. On exit, a checkpoint after start matching actor/role/model/run ID is\n197: mandatory or the run is marked incomplete. Completion additionally requires a zero exit, no\n198: `type:error`, a successful `step_finish` with `part.reason: \"stop\"`, one nonempty actual session ID,\n199: and consistent explicitly emitted model IDs. Text/tool-call/length events alone cannot complete a\n200: run. Missing model emission is recorded `observed_model_status: \"unavailable\"`, never invented.\n201: \n202: The runner checks the exact Git baseline again under reservation lock, rejects intervening contract\n203: changes, and checks canonical model/prompt/config files and effective configuration for drift at\n204: completion. Expanded role prompt/model/steps are frozen in the last-layer environment overlay.\n205: `opencode debug config` runs in the actual launch cwd with the actual environment before execution\n206: and again at completion. Permissions explicitly allow read/search, ordinary worker shell commands,\n207: and external-directory access to the assigned paired trees plus canonical RE; role-specific edit\n208: denies survive. Task delegation and interactive questions are denied. No `--auto` is required.\n209: Noninteractive command/environment tests and a live loader check cover this overlay; an actual\n210: normal worker launch smoke is a separate lead integration check. Permissions and before/after\n211: checks are operational guards, not a sandbox or continuous filesystem audit.\n212: Compaction is a backstop; no token threshold or machine-enforced 20-tool-call claim.\n213: \n214: ## Local verification\n215: \n216: ```sh\n217: python3 -m unittest discover -s verify/campaign -p 'test_*.py' -v\n218: python3 tools/campaign.py --state-root /home/alex/sots-re validate\n219: ```\n220: \n221: Tests create commits only in disposable fixture repositories, linked worktrees and fake OpenCode processes; they do\n222: not launch agents or touch the lab. Historical rollout artifacts retain the scope and source identity\n223: of their runs; consult the accepted contract and current evidence, not an old handoff's status prose.\n\n(End of file - total 223 lines)\n</content>","metadata":{"preview":"# Canonical campaign controls\n\n`sots-re/campaign/` is the state authority. Start with your contract, its checkpoint, open\nsurprises, and [current policy](../guides/multi-agent-workflow.md). Board/dashboard are generated\nprojections. Historical evidence is not current acceptance. No automatic commits or lab operations.\n\nFramework development is complete. The `controls-bootstrap` contract reached scoped acceptance;\nsee [rollout result](rollout/RESULT.md) and its current contract/verdict for source-bound evidence.\nActive work is reverse engineering. Change tooling only to unblock a named RE experiment.\n\n## Contract format\n\n`contract.schema.json` is strict JSON Schema (unknown fields and duplicate JSON keys fail).\nThe standard-library validator implements the schema's used subset. A populated example is\n[contracts/controls-bootstrap.json](contracts/controls-bootstrap.json); its lifecycle is in the record.\n\nRequired fields:\n\n| Field | Structure |\n|---|---|","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/README.md","text":"# Canonical campaign controls\n\n`sots-re/campaign/` is the state authority. Start with your contract, its checkpoint, open\nsurprises, and [current policy](../guides/multi-agent-workflow.md). Board/dashboard are generated\nprojections. Historical evidence is not current acceptance. No automatic commits or lab operations.\n\nFramework development is complete. The `controls-bootstrap` contract reached scoped acceptance;\nsee [rollout result](rollout/RESULT.md) and its current contract/verdict for source-bound evidence.\nActive work is reverse engineering. Change tooling only to unblock a named RE experiment.\n\n## Contract format\n\n`contract.schema.json` is strict JSON Schema (unknown fields and duplicate JSON keys fail).\nThe standard-library validator implements the schema's used subset. A populated example is\n[contracts/controls-bootstrap.json](contracts/controls-bootstrap.json); its lifecycle is in the record.\n\nRequired fields:\n\n| Field | Structure |\n|---|---|\n| `id`, `title`, `status` | Slug, short title, lifecycle state |\n| `owner` | `{ \"name\": \"worker-identity\", \"role\": \"implementer\" }` |\n| `baseline` | `{ \"engine\": {\"path\":\"/absolute/canonical/engine\",\"commit\":\"full-commit-id\"}, \"re\": {\"path\":\"/absolute/canonical/re\",\"commit\":\"full-commit-id\"} }` |\n| `scope`, `inputs`, `effects` | Arrays of explicit nonempty strings; include full write set and runtime inputs |\n| `original_dependencies` | String array, including original-assisted portions and unavailable inputs |\n| `dependencies` | Array of other contract IDs; all must be accepted before ready/implementing |\n| `acceptance` | Array of `{ \"id\": \"unique-criterion\", \"axis\": \"validation-scope\", \"criterion\": \"executable requirement\" }` |\n| `predictions`, `stop_conditions` | String arrays of predictions and conditions that halt work |\n| `checkpoint` | `null` or `campaign/runtime/checkpoints/<id>.json` |\n\nOptional `evidence` is an array of\n`{id,axis,path,sha256,source,integrated,source_binding,binaries,inputs,outcomes}`.\n`path` is an existing canonical RE-relative artifact; `sha256` hashes its actual bytes; `source`\nequals the contract's complete baseline object. Store understanding,\nimplementation, original dependencies, and validation scope as separate acceptance/evidence axes.\nThere is no generic `verified` scalar. Baseline commit IDs describe starting repositories;\ndirty source identity is machine-bound by `source_binding`, never inferred from those commits.\nCriteria need distinct states, branch exposure, positive execution, complete writes/elements,\nallocations/IDs/events/RNG/runtime inputs, synthetic and original-game differentials as applicable.\nThe CLI checks package identity and declared axes; the independent reviewer evaluates the actual\ncriteria, gate outcomes, full manifests and integrated reproduction. A passing measurement alone\ndoes not establish acceptance.\n\n### Source-bound evidence interface (R4)\n\n`source_binding` is `{engine:{path,commit,sha256},re:{path,commit,sha256}}`. Generate it with:\n\n```sh\npython3 tools/campaign.py --state-root /home/alex/sots-re source-binding research-replacement --engine-worktree /absolute/candidate-engine --re-worktree /absolute/candidate-re\n```\n\nOmit both worktree arguments to bind the canonical integrated trees. Paths must be Git worktree\nroots in the respective baseline repositories. `commit` is the actual current HEAD; `sha256`\nis the deterministic digest of the actual file manifest, including dirty/untracked nonignored\nfiles, deleted tracked paths (`null`), file bytes and Unix modes. Symlinks/submodules fail closed.\nThe fixed manifest policy uses `git ls-files --cached --others --exclude-standard`; ignored\nuntracked build/output files are not source. Python cache directories are excluded. In RE only,\n`verify/results/` and `campaign/` are excluded **except** `campaign/models.json`,\n`campaign/contract.schema.json`, and `campaign/agents/**`. These exclusions prevent mutable\ncontracts/checkpoints/evidence/projections from hashing themselves. Relevant RE tools, tests,\ngenerated facts and guides remain bound. Any consumed item outside that source inventory must\nappear among immutable input/binary artifacts. The independent reviewer checks inventory adequacy.\n\n`binaries` and `inputs` are nonempty arrays of `{path,sha256}` artifact references; for tooling\ncontracts, bind the executable scripts/interpreter identity package and fixture input package.\n`outcomes` exactly covers the acceptance criterion IDs for that evidence axis, with entries\n`{criterion,status,artifact:{path,sha256}}`; promotion requires `status: \"pass\"`. Outcome artifacts\ncontain positive execution, branch/state exposures, reproduction recipe and required effect/input\naccounting. The CLI checks identities, hashes and declared outcomes, **not arbitrary criterion\nsemantics**. The independent verifier must reproduce and challenge those claims.\n\nFor example, an outcome for the bootstrap contract is:\n\n```json\n{\"criterion\":\"controls-negative-paths\",\"status\":\"pass\",\"artifact\":{\"path\":\"verify/results/controls/result.json\",\"sha256\":\"<actual 64-hex artifact hash>\"}}\n```\n\nCapture bindings when producing evidence; do not attach a fresh source hash to old measurements.\nEvery evidence/verdict/promotion check rehashes referenced sources and artifacts. Same-HEAD byte\nchanges reject old evidence and verdicts. Integrated records require canonical paths, lead in\nintegration state, and one identical binding across **all** final integrated evidence. A lead's\n`integrated` boolean cannot substitute for this check. Verdicts bind the full evidence array and\nthe source-binding array; old verdicts lacking these identities must be reproduced.\n\nThis contract wrapper is separate from gate measurement schema **`sots-gate/1`**, whose `source`\nstill has `engine`/`re`. Reference its immutable manifest/binary/input package; do not rename its\nfields to match contract `source`. Reporter output is measured evidence, with `--require-match`\nfor required equality, and gains acceptance only through independent contract/integration gates.\n\n## State and transactions\n\nEvery command requires `--state-root /absolute/canonical/sots-re` (the repository, not `campaign/`).\nNo sibling inference. Control records stay below canonical `campaign/runtime/`; contracts remain\nin `campaign/contracts/`. Immutable hashed artifacts may be referenced anywhere inside canonical\nRE, including existing `verify/` corpora, without copying them. Absolute/traversing artifact paths,\noutside symlinks, Git internals and named secret/private-key locations are rejected; aliases are\nchecked after resolution too. Never reference secrets or commit owner-supplied binaries/assets.\nJSON writes are atomic and fsynced; a canonical `flock` serializes\nCLI mutations, WIP decisions, and resource acquisition. Do not hand-edit active state concurrently\nwith commands. Interrupted multi-file operations retain blocking records and require inspection.\n\nRuntime APIs (JSON files; no server):\n\n- `runtime/checkpoints/*.json`: `sots-checkpoint/1`, contract, actor/role/model/session, timestamp,\n  contract `basis` digest, bounded summary (6000 characters), up to 32 `{path,sha256}` artifacts,\n  and one `next_action` (2000 characters). Include observations versus decisions, source identities,\n  tests, blockers, resources/access/cleanup, exact next action in the summary/artifacts.\n  Do not attach the checkpoint's own contract as an artifact: saving the pointer changes that\n  file. Its task metadata is already covered by `basis`; the CLI rejects this self-reference.\n- `runtime/surprises/*.json`: `sots-surprise/1`, id, contract, `status: open|resolved`, summary,\n  discriminating probe, actor/model/session provenance where applicable, optional decision ID.\n- `runtime/decisions/*.json`: `sots-decision/1`, Astra resolution, explanation/probe, invalidated\n  evidence and checkpoint; prior verdict is marked invalidated. Resolution returns needs-revision\n  only when all surprises are closed. Re-probe and rebuild evidence; resolution is not acceptance.\n- `runtime/verdicts/<contract>.json`: independent verifier actor/session/model, pass/fail,\n  explanation, contract basis, complete evidence digest and source-bindings digest.\n- `runtime/transitions/*.json`: actor/model, previous/next lifecycle state, timestamp.\n- `runtime/leases/<resource>.json`: owner, random token, held/released, acquisition/release provenance.\n- `runtime/runs/run-*.json`, `.jsonl`, `.stderr.log`: requested model/config, command, worktree\n  manifests before/after, expanded prompt hash, effective configuration hashes, canonical config\n  file hashes, actual events/session/model when emitted, completion/checkpoint status. Effective\n  provider config is hashed rather than persisted because it can contain credentials.\n  `active-<contract>.json` reserves the contract. Interrupted running reservations never auto-expire.\n\nLifecycle: `proposed -> ready -> implementing -> verification -> integration -> accepted`.\nBlocked and needs-revision edges support repairs; no skipping stages. Ready requires scope,\ninputs, acceptance, stop conditions, valid pinned baseline and accepted dependencies. Implementing\nis atomically capped at two concurrent contracts; lead schedules only one pilot before enabling\ntwo independent slices. Verification requires fresh checkpoint/artifacts after implementation start.\nIntegration requires lead plus independent passing verifier bound to current source/evidence.\nAccepted requires every declared axis in integrated evidence, passing independent verdict over\nthat final package, and no open surprises. Adding integrated evidence changes the evidence digest:\nthe verifier must attest the integrated package again. Handoff/promotion/end checkpoints must be\nwithin 15 minutes; recovery start has no age limit.\n\nRole/model registry: lead/architecture-review/analyst/implementer/verifier/lab =\n`openai/gpt-5.6-sol`; resolver = `openai/gpt-6-astra`.\nCLI identity fields are **claims, not authenticated model authority**. The runner requests the\nregistry model explicitly and records emitted provenance. Editable JSON, agent permissions and\nshell-accessible tooling are not a security boundary. No silent routing fallback.\n\n## Commands\n\nRun from either repository using the canonical tool path when necessary. Examples:\n\n```sh\npython3 tools/campaign.py --state-root /home/alex/sots-re validate\npython3 tools/campaign.py --state-root /home/alex/sots-re list\npython3 tools/campaign.py --state-root /home/alex/sots-re status research-replacement\npython3 tools/campaign.py --state-root /home/alex/sots-re checkpoint controls-bootstrap --actor controls-architect --role architecture-review --model openai/gpt-6-astra --session rollout-controls --summary 'Source identities, observations, decisions, tests and blockers are in the attached checkpoint.' --artifact campaign/rollout/controls-worker-state.md --next-action 'Run the independent controls review.'\npython3 tools/campaign.py --state-root /home/alex/sots-re transition controls-bootstrap ready --actor controls-architect --role architecture-review --model openai/gpt-6-astra\n```\n\n`surprise CONTRACT --summary TEXT --probe TEXT` blocks immediately. `resolve SURPRISE_ID\n--explanation TEXT --probe TEXT` requires claimed Astra lead/resolver. Both also require\n`--actor NAME --role ROLE --model MODEL`. `evidence CONTRACT --record campaign/path.json`\nuses the same identity flags; record format is the evidence object above. Integrated records\nrequire lead and integration state. `verdict CONTRACT --session SESSION --verdict pass|fail\n--explanation TEXT` requires verifier identity flags and independent actor/session.\n\n```sh\npython3 tools/campaign.py --state-root /home/alex/sots-re lease acquire windows-vm --actor lab-one --role lab --model openai/gpt-5.5\npython3 tools/campaign.py --state-root /home/alex/sots-re lease show windows-vm\npython3 tools/campaign.py --state-root /home/alex/sots-re lease release windows-vm --actor lab-one --role lab --model openai/gpt-5.5 --token TOKEN_FROM_ACQUIRE\npython3 tools/campaign.py --state-root /home/alex/sots-re lease release windows-vm --actor lead --role lead --model openai/gpt-6-astra --lead-release --reason 'Confirmed prior operator stopped; access and cleanup checked.'\n```\n\nNo stale lease stealing. Explicit lead release requires an explanation and lab preconditions,\nside effects, cleanup, and access verification in the operator checkpoint. Treat lease tokens\nas local owner capabilities, not secrets to put in a board/dashboard.\n\n## Fresh bounded launches\n\nPrepare **two actual linked worktrees**, each distinct from its canonical source repository,\nat the contract's full baseline commit. No auto commits/worktree creation. Launch uses explicit\ncanonical `OPENCODE_CONFIG`, checks matching repo-local agent/model/40 steps, and sets the final\nenvironment overlay to bind requested role/model/steps. Other inherited config overrides are\ncleared. `opencode models` must list the exact requested model even for dry runs.\n\n```sh\npython3 tools/run_agent.py --state-root /home/alex/sots-re --role implementer --actor worker-one --contract slice-one --engine-worktree /home/alex/worktrees/slice-one-engine --re-worktree /home/alex/worktrees/slice-one-re --cwd engine --dry-run\n```\n\nRemove `--dry-run` to execute. Normal worker launch requires a valid durable checkpoint, matching\nowner/role/status, no open surprises, baseline HEADs and canonical Git common-directory identity.\nRecovery checks checkpoint identity/basis and artifact hashes regardless of age, rechecks any\nsource-bound evidence, and validates paired Git worktree/baseline identity. Missing ordinary-worker\nstate still blocks. Bootstrap lead/architecture-review can start without a checkpoint; they still\nneed paired worktrees. Astra lead/resolver may launch a blocked contract with open surprises and\nwithout a worker checkpoint in **resolution-only** scope: read evidence and write decisions/state,\nno implementation. Its prompt and permission overlay carry that limit, and worktree source changes\nfail completion. Ordinary affected workers stay blocked. Other Astra architecture actors receive\nexplicit architecture authority within their owned scope. Each run is a fresh\n`opencode run --format json --model ... --agent ...`; no resume/continue option is used. The prompt\nsupplies the run ID to use as checkpoint `--session`; actual OpenCode session IDs are captured\nseparately when emitted. On exit, a checkpoint after start matching actor/role/model/run ID is\nmandatory or the run is marked incomplete. Completion additionally requires a zero exit, no\n`type:error`, a successful `step_finish` with `part.reason: \"stop\"`, one nonempty actual session ID,\nand consistent explicitly emitted model IDs. Text/tool-call/length events alone cannot complete a\nrun. Missing model emission is recorded `observed_model_status: \"unavailable\"`, never invented.\n\nThe runner checks the exact Git baseline again under reservation lock, rejects intervening contract\nchanges, and checks canonical model/prompt/config files and effective configuration for drift at\ncompletion. Expanded role prompt/model/steps are frozen in the last-layer environment overlay.\n`opencode debug config` runs in the actual launch cwd with the actual environment before execution\nand again at completion. Permissions explicitly allow read/search, ordinary worker shell commands,\nand external-directory access to the assigned paired trees plus canonical RE; role-specific edit\ndenies survive. Task delegation and interactive questions are denied. No `--auto` is required.\nNoninteractive command/environment tests and a live loader check cover this overlay; an actual\nnormal worker launch smoke is a separate lead integration check. Permissions and before/after\nchecks are operational guards, not a sandbox or continuous filesystem audit.\nCompaction is a backstop; no token threshold or machine-enforced 20-tool-call claim.\n\n## Local verification\n\n```sh\npython3 -m unittest discover -s verify/campaign -p 'test_*.py' -v\npython3 tools/campaign.py --state-root /home/alex/sots-re validate\n```\n\nTests create commits only in disposable fixture repositories, linked worktrees and fake OpenCode processes; they do\nnot launch agents or touch the lab. Historical rollout artifacts retain the scope and source identity\nof their runs; consult the accepted contract and current evidence, not an old handoff's status prose.","lineStart":1,"lineEnd":223,"totalLines":223,"truncated":false}},"title":"campaign/README.md","time":{"start":1789005674405,"end":1789005674491}},"metadata":{"openai":{"itemId":"fc_07b482bcc3d4bf4f016aa20f6a3d7487d1844c348dfb14473e"}},"id":"prt_0890c37520015BOD37uu2dlpbk","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c16fd0014rI3iFVJD1v0Tb"}}
{"type":"tool_use","timestamp":1789005674501,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_80tgD24AAf16oIf184Tc5Wmi","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/guides/multi-agent-workflow.md"},"output":"<path>/home/alex/sots-re/guides/multi-agent-workflow.md</path>\n<type>file</type>\n<content>\n1: # Multi-agent operating architecture\n2: \n3: ## Product and milestone\n4: \n5: Reconstruct a behavior-equivalent engine consuming owner-supplied assets. The next product\n6: milestone is standalone replay given a captured command stream and complete declared runtime\n7: inputs. The first workflow pilot is the complete research write set. A passing host build is a\n8: component baseline, not a playable engine or independent replacement.\n9: \n10: ## Source of truth\n11: \n12: `campaign/contracts/` holds versioned tasks, `campaign/runtime/` holds checkpoints, sessions,\n13: leases and surprises, and evidence packages identify inputs, source and executable artifacts.\n14: `campaign/current.json` selects published evidence by path and digest. Board/dashboard are\n15: generated projections, never alternate writable authorities. Exact tool CLI/schema is documented\n16: in `campaign/README.md`. Historical findings retain their original experiment scope; they are\n17: not promoted by copying an old status into a new contract.\n18: \n19: ## Model authority\n20: \n21: | Responsibility | Model |\n22: |---|---|\n23: | Normal planning, architecture and integration loop | GPT-5.6 Sol |\n24: | Bounded RE analysis, implementation and independent verification | GPT-5.6 Sol |\n25: | Routine lab/workload operations | GPT-5.6 Sol |\n26: | Problem and surprise resolution | GPT-6 Astra |\n27: | Context compaction | GPT-5.5 |\n28: \n29: Exact provider IDs are in `campaign/models.json`. The lead escalates to Astra when a falsified\n30: assumption, conflict, instrument effect, or scope change blocks the loop. No fallback is automatic. Model names in editable JSON are\n31: provenance, not authentication: launcher events and independent review support the record.\n32: Permissions reduce accidental role drift; unrestricted local shell access is not a sandbox.\n33: \n34: ## Behavioral slice\n35: \n36: The lead specifies a bounded input domain, full observable write set, dependencies, acceptance\n37: workloads and stop conditions. The analyst recovers behavior; the verifier specifies discriminating\n38: tests before implementation; the implementer changes engine/adapters; the lab operator captures\n39: controls; the verifier reproduces; the integrator tests the combined source snapshot.\n40: \n41: Include transitive effects: allocations, IDs, container ELEMENTS, event text/records, RNG and\n42: nonserialized state. An address/function name is not a sufficient replacement boundary. If a\n43: neighbor function supplies required effects, extend the approved contract or expose it as an\n44: original dependency. Do not call the original and label the result independent.\n45: \n46: Lifecycle is `proposed → ready → implementing → verification → integration → accepted`, with\n47: blocked/revision states. Lifecycle is distinct from evidence strength. Acceptance is scoped to\n48: the manifest's exact procedure and workloads, never universal correctness.\n49: \n50: ## Independence\n51: \n52: Verifier and implementer are different executions. Verification starts with the contract, raw\n53: evidence and reproduction recipe, not just the author's conclusion. Require one meaningful\n54: challenge: held-out state, boundary, negative control, ablation, or independent state accounting.\n55: Both synthetic tests and original-game experiments matter. Repeat-call volume cannot replace\n56: branch and distinct-state coverage. Null effects and zero executions must be distinguishable.\n57: \n58: ## Sessions and recovery\n59: \n60: At most two implementation slices after a single-slice pilot. No nested worker delegation.\n61: Paired worktrees isolate source changes; unique build directories isolate artifacts. Canonical\n62: RE runtime state remains explicit even when a worker runs in `/tmp` worktrees.\n63: \n64: Checkpoint every 20 calls or 15min; also before experiments, compaction, handoff and stopping.\n65: Record source identities, exact changed paths, commands/results, artifacts and hashes, open\n66: surprises, held leases, requested/observed model, session identity and exact next action. Avoid\n67: large prose histories: raw logs belong in evidence; the checkpoint is a bounded resumption record.\n68: \n69: The launcher caps a quantum at 40 agent steps. A new quantum starts fresh using contract and\n70: checkpoint. Auto-compaction with an ample reserved window and four retained turns is enabled.\n71: This is a best-effort context backstop; regular durable checkpoints and fresh quanta provide the\n72: actual recovery discipline. Never claim a model compacted merely because a setting exists.\n73: \n74: ## Surprises\n75: \n76: On a falsified prediction, contradictory claim, unexplained regression, instrument interference,\n77: or newly necessary dependency: record the observation and evidence; block affected work. Astra\n78: first checks the instrument and source identity, then marks claims surviving/qualified/overturned,\n79: chooses a discriminating experiment, and records the revised plan. Unaffected contracted work\n80: may continue. Updating a paragraph without invalidating affected acceptance is insufficient.\n81: \n82: ## Lab ownership\n83: \n84: Acquire a canonical resource lease before VM, build-host or Ghidra mutation. An expired timestamp\n85: does not authorize stealing a lease. The lead reconciles stale ownership with actual processes.\n86: Use one guest at a time for maintenance, capture before/after inventory, preserve access and\n87: runtime dependencies, and verify unattended console login plus authenticated administration.\n88: Reboots require a free guest and a recorded recovery path. Runtime/Ghidra changes are experiments\n89: with provenance, not undocumented preparatory steps.\n90: \n91: ## Gate and publication\n92: \n93: Run the local gate with explicit engine, corpus, new output directory and profile. It snapshots\n94: source, uses fresh builds, records manifests and runs the expected test inventory once. Host\n95: profile allows a named list of unavailable asset/trace tests and publishes them as limitations.\n96: Full acceptance requires the full profile and the slice-specific original oracle; no blanket\n97: waiver converts a host pass to fidelity. Standalone measurement may diverge; acceptance may not.\n98: \n99: The integrator alone selects current results after verifying their hashes and source binding.\n100: No percentages of LOC, mapped rows or closed leaves purport to measure engine completeness.\n101: Run failure and missing evidence are visible states. Old results remain historical, not current.\n\n(End of file - total 101 lines)\n</content>","metadata":{"preview":"# Multi-agent operating architecture\n\n## Product and milestone\n\nReconstruct a behavior-equivalent engine consuming owner-supplied assets. The next product\nmilestone is standalone replay given a captured command stream and complete declared runtime\ninputs. The first workflow pilot is the complete research write set. A passing host build is a\ncomponent baseline, not a playable engine or independent replacement.\n\n## Source of truth\n\n`campaign/contracts/` holds versioned tasks, `campaign/runtime/` holds checkpoints, sessions,\nleases and surprises, and evidence packages identify inputs, source and executable artifacts.\n`campaign/current.json` selects published evidence by path and digest. Board/dashboard are\ngenerated projections, never alternate writable authorities. Exact tool CLI/schema is documented\nin `campaign/README.md`. Historical findings retain their original experiment scope; they are\nnot promoted by copying an old status into a new contract.\n\n## Model authority\n","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/guides/multi-agent-workflow.md","text":"# Multi-agent operating architecture\n\n## Product and milestone\n\nReconstruct a behavior-equivalent engine consuming owner-supplied assets. The next product\nmilestone is standalone replay given a captured command stream and complete declared runtime\ninputs. The first workflow pilot is the complete research write set. A passing host build is a\ncomponent baseline, not a playable engine or independent replacement.\n\n## Source of truth\n\n`campaign/contracts/` holds versioned tasks, `campaign/runtime/` holds checkpoints, sessions,\nleases and surprises, and evidence packages identify inputs, source and executable artifacts.\n`campaign/current.json` selects published evidence by path and digest. Board/dashboard are\ngenerated projections, never alternate writable authorities. Exact tool CLI/schema is documented\nin `campaign/README.md`. Historical findings retain their original experiment scope; they are\nnot promoted by copying an old status into a new contract.\n\n## Model authority\n\n| Responsibility | Model |\n|---|---|\n| Normal planning, architecture and integration loop | GPT-5.6 Sol |\n| Bounded RE analysis, implementation and independent verification | GPT-5.6 Sol |\n| Routine lab/workload operations | GPT-5.6 Sol |\n| Problem and surprise resolution | GPT-6 Astra |\n| Context compaction | GPT-5.5 |\n\nExact provider IDs are in `campaign/models.json`. The lead escalates to Astra when a falsified\nassumption, conflict, instrument effect, or scope change blocks the loop. No fallback is automatic. Model names in editable JSON are\nprovenance, not authentication: launcher events and independent review support the record.\nPermissions reduce accidental role drift; unrestricted local shell access is not a sandbox.\n\n## Behavioral slice\n\nThe lead specifies a bounded input domain, full observable write set, dependencies, acceptance\nworkloads and stop conditions. The analyst recovers behavior; the verifier specifies discriminating\ntests before implementation; the implementer changes engine/adapters; the lab operator captures\ncontrols; the verifier reproduces; the integrator tests the combined source snapshot.\n\nInclude transitive effects: allocations, IDs, container ELEMENTS, event text/records, RNG and\nnonserialized state. An address/function name is not a sufficient replacement boundary. If a\nneighbor function supplies required effects, extend the approved contract or expose it as an\noriginal dependency. Do not call the original and label the result independent.\n\nLifecycle is `proposed → ready → implementing → verification → integration → accepted`, with\nblocked/revision states. Lifecycle is distinct from evidence strength. Acceptance is scoped to\nthe manifest's exact procedure and workloads, never universal correctness.\n\n## Independence\n\nVerifier and implementer are different executions. Verification starts with the contract, raw\nevidence and reproduction recipe, not just the author's conclusion. Require one meaningful\nchallenge: held-out state, boundary, negative control, ablation, or independent state accounting.\nBoth synthetic tests and original-game experiments matter. Repeat-call volume cannot replace\nbranch and distinct-state coverage. Null effects and zero executions must be distinguishable.\n\n## Sessions and recovery\n\nAt most two implementation slices after a single-slice pilot. No nested worker delegation.\nPaired worktrees isolate source changes; unique build directories isolate artifacts. Canonical\nRE runtime state remains explicit even when a worker runs in `/tmp` worktrees.\n\nCheckpoint every 20 calls or 15min; also before experiments, compaction, handoff and stopping.\nRecord source identities, exact changed paths, commands/results, artifacts and hashes, open\nsurprises, held leases, requested/observed model, session identity and exact next action. Avoid\nlarge prose histories: raw logs belong in evidence; the checkpoint is a bounded resumption record.\n\nThe launcher caps a quantum at 40 agent steps. A new quantum starts fresh using contract and\ncheckpoint. Auto-compaction with an ample reserved window and four retained turns is enabled.\nThis is a best-effort context backstop; regular durable checkpoints and fresh quanta provide the\nactual recovery discipline. Never claim a model compacted merely because a setting exists.\n\n## Surprises\n\nOn a falsified prediction, contradictory claim, unexplained regression, instrument interference,\nor newly necessary dependency: record the observation and evidence; block affected work. Astra\nfirst checks the instrument and source identity, then marks claims surviving/qualified/overturned,\nchooses a discriminating experiment, and records the revised plan. Unaffected contracted work\nmay continue. Updating a paragraph without invalidating affected acceptance is insufficient.\n\n## Lab ownership\n\nAcquire a canonical resource lease before VM, build-host or Ghidra mutation. An expired timestamp\ndoes not authorize stealing a lease. The lead reconciles stale ownership with actual processes.\nUse one guest at a time for maintenance, capture before/after inventory, preserve access and\nruntime dependencies, and verify unattended console login plus authenticated administration.\nReboots require a free guest and a recorded recovery path. Runtime/Ghidra changes are experiments\nwith provenance, not undocumented preparatory steps.\n\n## Gate and publication\n\nRun the local gate with explicit engine, corpus, new output directory and profile. It snapshots\nsource, uses fresh builds, records manifests and runs the expected test inventory once. Host\nprofile allows a named list of unavailable asset/trace tests and publishes them as limitations.\nFull acceptance requires the full profile and the slice-specific original oracle; no blanket\nwaiver converts a host pass to fidelity. Standalone measurement may diverge; acceptance may not.\n\nThe integrator alone selects current results after verifying their hashes and source binding.\nNo percentages of LOC, mapped rows or closed leaves purport to measure engine completeness.\nRun failure and missing evidence are visible states. Old results remain historical, not current.","lineStart":1,"lineEnd":101,"totalLines":101,"truncated":false}},"title":"guides/multi-agent-workflow.md","time":{"start":1789005674416,"end":1789005674494}},"metadata":{"openai":{"itemId":"fc_07b482bcc3d4bf4f016aa20f6a3d9087d195f97426be59f957"}},"id":"prt_0890c37ac001Uwot1TAySAI9ze","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c16fd0014rI3iFVJD1v0Tb"}}
{"type":"tool_use","timestamp":1789005674501,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_jbB9WEMJe3NCWLwa719HHmyx","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/models.json"},"output":"<path>/home/alex/sots-re/campaign/models.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"schema\": \"sots-models/1\",\n3:   \"roles\": {\n4:     \"lead\": \"openai/gpt-5.6-sol\",\n5:     \"resolver\": \"openai/gpt-6-astra\",\n6:     \"architecture-review\": \"openai/gpt-5.6-sol\",\n7:     \"analyst\": \"openai/gpt-5.6-sol\",\n8:     \"implementer\": \"openai/gpt-5.6-sol\",\n9:     \"verifier\": \"openai/gpt-5.6-sol\",\n10:     \"lab\": \"openai/gpt-5.6-sol\"\n11:   },\n12:   \"agents\": {\n13:     \"lead\": \"sots-lead\",\n14:     \"resolver\": \"sots-resolver\",\n15:     \"architecture-review\": \"sots-lead\",\n16:     \"analyst\": \"sots-analyst\",\n17:     \"implementer\": \"sots-implementer\",\n18:     \"verifier\": \"sots-verifier\",\n19:     \"lab\": \"sots-lab\"\n20:   },\n21:   \"max_steps\": 40,\n22:   \"implementation_wip\": 2\n23: }\n\n(End of file - total 23 lines)\n</content>","metadata":{"preview":"{\n  \"schema\": \"sots-models/1\",\n  \"roles\": {\n    \"lead\": \"openai/gpt-5.6-sol\",\n    \"resolver\": \"openai/gpt-6-astra\",\n    \"architecture-review\": \"openai/gpt-5.6-sol\",\n    \"analyst\": \"openai/gpt-5.6-sol\",\n    \"implementer\": \"openai/gpt-5.6-sol\",\n    \"verifier\": \"openai/gpt-5.6-sol\",\n    \"lab\": \"openai/gpt-5.6-sol\"\n  },\n  \"agents\": {\n    \"lead\": \"sots-lead\",\n    \"resolver\": \"sots-resolver\",\n    \"architecture-review\": \"sots-lead\",\n    \"analyst\": \"sots-analyst\",\n    \"implementer\": \"sots-implementer\",\n    \"verifier\": \"sots-verifier\",\n    \"lab\": \"sots-lab\"\n  },","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/models.json","text":"{\n  \"schema\": \"sots-models/1\",\n  \"roles\": {\n    \"lead\": \"openai/gpt-5.6-sol\",\n    \"resolver\": \"openai/gpt-6-astra\",\n    \"architecture-review\": \"openai/gpt-5.6-sol\",\n    \"analyst\": \"openai/gpt-5.6-sol\",\n    \"implementer\": \"openai/gpt-5.6-sol\",\n    \"verifier\": \"openai/gpt-5.6-sol\",\n    \"lab\": \"openai/gpt-5.6-sol\"\n  },\n  \"agents\": {\n    \"lead\": \"sots-lead\",\n    \"resolver\": \"sots-resolver\",\n    \"architecture-review\": \"sots-lead\",\n    \"analyst\": \"sots-analyst\",\n    \"implementer\": \"sots-implementer\",\n    \"verifier\": \"sots-verifier\",\n    \"lab\": \"sots-lab\"\n  },\n  \"max_steps\": 40,\n  \"implementation_wip\": 2\n}","lineStart":1,"lineEnd":23,"totalLines":23,"truncated":false}},"title":"campaign/models.json","time":{"start":1789005674422,"end":1789005674498}},"metadata":{"openai":{"itemId":"fc_07b482bcc3d4bf4f016aa20f6a3d9887d19cf9e7110e7e4bc7"}},"id":"prt_0890c37b20016RzIk90e9P0m3Y","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c16fd0014rI3iFVJD1v0Tb"}}
{"type":"tool_use","timestamp":1789005674515,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"glob","callID":"call_VznhTcmktVqVzbiosO57FND9","state":{"status":"completed","input":{"pattern":"campaign/**/*surpris*","path":"/home/alex/sots-re"},"output":"No files found","metadata":{"count":0,"truncated":false},"title":"","time":{"start":1789005674428,"end":1789005674504}},"metadata":{"openai":{"itemId":"fc_07b482bcc3d4bf4f016aa20f6a3da087d1a495071fe061cd84"}},"id":"prt_0890c37b8001aBUm1HvJGFjWbR","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c16fd0014rI3iFVJD1v0Tb"}}
{"type":"tool_use","timestamp":1789005674520,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_Ez0BotEUeOqa7DRBFPm43Q7O","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/contracts/research-live-record-bridge.json"},"output":"<path>/home/alex/sots-re/campaign/contracts/research-live-record-bridge.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"acceptance\": [\n3:     {\n4:       \"axis\": \"planning\",\n5:       \"criterion\": \"Before ready, publish exact bridge-only source/test ownership, callable entrypoints and calling conventions, generated-address provenance, a bridge-only invocation route, VM/build resources, executable acceptance commands and immutable source/binary/fixture manifests. The route must not call or wire research replacement.\",\n6:       \"id\": \"readiness\"\n7:     },\n8:     {\n9:       \"axis\": \"understanding\",\n10:       \"criterion\": \"Reconcile accepted binary evidence with generated and pure-model facts, including whether EvDsc participates in duplicate equality and whether the callable ObservedTech copy operation begins at 0x0079a150 or an interior site. Every exposed constructor/copy/append/destructor/new/delete operation has an exact ABI and ownership contract.\",\n11:       \"id\": \"abi-reconciliation\"\n12:     },\n13:     {\n14:       \"axis\": \"implementation\",\n15:       \"criterion\": \"An isolated bridge constructs, copies, appends, updates and destroys complete live-layout ObservedTech, TurnEvents and PlayerEvent values using compatible original-runtime allocation services. It never copies raw owning headers and never calls original RecordObservedTech, EventStorage::PostEvent or any research completion root.\",\n16:       \"id\": \"bridge-operations\"\n17:     },\n18:     {\n19:       \"axis\": \"validation\",\n20:       \"criterion\": \"Host tests and a fresh leased disposable-VM run positively execute empty, spare and full capacity; short and long strings; repeated observed names; exact duplicate and description-only-different events; normal destruction; and one contained recorded failure path. Preserve per-case operation/allocation/destruction counts and complete resulting records.\",\n21:       \"id\": \"runtime-matrix\"\n22:     },\n23:     {\n24:       \"axis\": \"validation\",\n25:       \"criterion\": \"Executable negative controls reject raw string/header transfer, wrong callable entry or convention, mismatched allocator family, missing cleanup, double free, incomplete record fields, forbidden original decision-root calls, zero execution, missing artifacts and source/binary/fixture drift.\",\n26:       \"id\": \"negative-controls\"\n27:     },\n28:     {\n29:       \"axis\": \"validation\",\n30:       \"criterion\": \"A different verifier session reproduces the source/binary/fixture-bound package and at least one meaningful negative control on an integrated tree. Author-only or static-only evidence cannot accept live allocator safety.\",\n31:       \"id\": \"independent-reproduction\"\n32:     }\n33:   ],\n34:   \"baseline\": {\n35:     \"engine\": {\n36:       \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n37:       \"path\": \"/home/alex/sots-engine\"\n38:     },\n39:     \"re\": {\n40:       \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n41:       \"path\": \"/home/alex/sots-re\"\n42:     }\n43:   },\n44:   \"checkpoint\": null,\n45:   \"dependencies\": [\n46:     \"research-completion-abi\"\n47:   ],\n48:   \"effects\": [\n49:     \"Complete 0x2c ObservedTech object fields, owned name string, existing-name update semantics, vector first/last/end and element lifetime across no-growth and growth paths.\",\n50:     \"Complete 0x74 PlayerEvent fields and three independently owned strings, plus complete 0x18 TurnEvents bucket and nested vector lifetime across no-growth and growth paths.\",\n51:     \"Event ID/order, exact duplicate behavior, description-only-different behavior and stale-bucket pruning only as needed to exercise the bridge fixture; no research callback or player-state effects.\",\n52:     \"Allocation, copy, destruction and failure-path counters sufficient to detect leaks, mismatched frees, partial construction and double destruction.\"\n53:   ],\n54:   \"id\": \"research-live-record-bridge\",\n55:   \"inputs\": [\n56:     \"Accepted research-completion-abi evidence and handoff, including binary fingerprint and independently reproduced static ownership windows.\",\n57:     \"Original binary /home/alex/sots-re/dumps/sots.exe sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841; owner-supplied and never committed.\",\n58:     \"Source-identical paired worktrees /tmp/opencode/sots-final-research-engine and /tmp/opencode/sots-final-research-re at the contract baselines; exact dirty source-content manifests are required before implementation evidence.\",\n59:     \"Disposable VM144 is the preferred runtime fixture guest; verify its current MAC/IP, session/process state and housekeeping immediately before use, then acquire campaign/runtime/leases/vm144.json. VM140 is excluded from this experiment.\",\n60:     \"Required but missing before ready: bridge-only invocation fixture, generated callable-address package, 32-bit shim/toolchain manifest, failure-containment design, executable acceptance checker and per-case expected records.\"\n61:   ],\n62:   \"original_dependencies\": [\n63:     \"Original MSVCR100 scalar new/delete and narrowly accepted constructor/copy/append/destructor operations are permitted only as declared, counted ABI services.\",\n64:     \"Original RecordObservedTech, EventStorage::PostEvent, ProcessResearch, SetResearched, OnTechResearched and localized string lookup are forbidden in the bridge fixture.\",\n65:     \"The original game process supplies the MSVCR100 runtime and object address space for live tests; this contract does not claim standalone allocator or game-decision replacement.\"\n66:   ],\n67:   \"owner\": {\n68:     \"name\": \"live-record bridge architect\",\n69:     \"role\": \"architecture-review\"\n70:   },\n71:   \"predictions\": [\n72:     \"ObservedTech no-growth append deep-copies one name; growth relocates every existing 0x2c element and destroys the old range without cross-runtime frees.\",\n73:     \"PlayerEvent append deep-copies EvDsc, EvMsg and EvImg independently; full-capacity growth preserves all scalar/default fields and destroys old strings exactly once.\",\n74:     \"Repeated observed name updates the existing record without vector growth; exact duplicate event does not append; description-only-different event does append if the accepted EvDsc equality result is correct.\",\n75:     \"A contained allocation-failure fixture reports failure without an accepted partial record, leaked owned string, mismatched free or exception crossing into an unsafe ABI boundary.\"\n76:   ],\n77:   \"scope\": [\n78:     \"Recover and implement only the live ABI bridge for ObservedTech, TurnEvents and PlayerEvent construction/copy/append/update/destruction plus isolated fixtures and acceptance tooling.\",\n79:     \"First quantum is RE and architecture: reconcile callable boundaries and duplicate semantics, specify failure containment and name exact owned files. No engine implementation or VM mutation until the contract is ready and the operator holds required leases.\",\n80:     \"Runtime validation uses a bridge-only fixture on a disposable clone. It must not wire src/shim/hooks/research.cpp or src/shim/main.cpp and must not execute a research completion workload.\",\n81:     \"Static ABI acceptance is a dependency, not evidence of live safety. Acceptance remains scoped to bridge operations and does not promote research-replacement.\"\n82:   ],\n83:   \"status\": \"proposed\",\n84:   \"stop_conditions\": [\n85:     \"Remain proposed while callable ABI, exact ownership, fixture route, manifests, failure containment or executable acceptance is unresolved.\",\n86:     \"Stop affected work and record a surprise on contradictory fresh binary/runtime evidence, binary/source drift, allocator mismatch, exception crossing, unexpected game-decision-root execution, leak/double-free, guest interference or access change.\",\n87:     \"No Ghidra mutation or VM/build-host mutation without explicit assignment and the corresponding canonical lease; never touch VM140 under this contract.\",\n88:     \"No research replacement wiring, delegation, staging, commit, push or destructive canonical worktree operation. Checkpoint every 20 calls/15 minutes and before experiment, handoff or stop.\"\n89:   ],\n90:   \"title\": \"Live ObservedTech and event record ABI bridge\"\n91: }\n\n(End of file - total 91 lines)\n</content>","metadata":{"preview":"{\n  \"acceptance\": [\n    {\n      \"axis\": \"planning\",\n      \"criterion\": \"Before ready, publish exact bridge-only source/test ownership, callable entrypoints and calling conventions, generated-address provenance, a bridge-only invocation route, VM/build resources, executable acceptance commands and immutable source/binary/fixture manifests. The route must not call or wire research replacement.\",\n      \"id\": \"readiness\"\n    },\n    {\n      \"axis\": \"understanding\",\n      \"criterion\": \"Reconcile accepted binary evidence with generated and pure-model facts, including whether EvDsc participates in duplicate equality and whether the callable ObservedTech copy operation begins at 0x0079a150 or an interior site. Every exposed constructor/copy/append/destructor/new/delete operation has an exact ABI and ownership contract.\",\n      \"id\": \"abi-reconciliation\"\n    },\n    {\n      \"axis\": \"implementation\",\n      \"criterion\": \"An isolated bridge constructs, copies, appends, updates and destroys complete live-layout ObservedTech, TurnEvents and PlayerEvent values using compatible original-runtime allocation services. It never copies raw owning headers and never calls original RecordObservedTech, EventStorage::PostEvent or any research completion root.\",\n      \"id\": \"bridge-operations\"\n    },\n    {\n      \"axis\": \"validation\",\n      \"criterion\": \"Host tests and a fresh leased disposable-VM run positively execute empty, spare and full capacity; short and long strings; repeated observed names; exact duplicate and description-only-different events; normal destruction; and one contained recorded failure path. Preserve per-case operation/allocation/destruction counts and complete resulting records.\",","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/contracts/research-live-record-bridge.json","text":"{\n  \"acceptance\": [\n    {\n      \"axis\": \"planning\",\n      \"criterion\": \"Before ready, publish exact bridge-only source/test ownership, callable entrypoints and calling conventions, generated-address provenance, a bridge-only invocation route, VM/build resources, executable acceptance commands and immutable source/binary/fixture manifests. The route must not call or wire research replacement.\",\n      \"id\": \"readiness\"\n    },\n    {\n      \"axis\": \"understanding\",\n      \"criterion\": \"Reconcile accepted binary evidence with generated and pure-model facts, including whether EvDsc participates in duplicate equality and whether the callable ObservedTech copy operation begins at 0x0079a150 or an interior site. Every exposed constructor/copy/append/destructor/new/delete operation has an exact ABI and ownership contract.\",\n      \"id\": \"abi-reconciliation\"\n    },\n    {\n      \"axis\": \"implementation\",\n      \"criterion\": \"An isolated bridge constructs, copies, appends, updates and destroys complete live-layout ObservedTech, TurnEvents and PlayerEvent values using compatible original-runtime allocation services. It never copies raw owning headers and never calls original RecordObservedTech, EventStorage::PostEvent or any research completion root.\",\n      \"id\": \"bridge-operations\"\n    },\n    {\n      \"axis\": \"validation\",\n      \"criterion\": \"Host tests and a fresh leased disposable-VM run positively execute empty, spare and full capacity; short and long strings; repeated observed names; exact duplicate and description-only-different events; normal destruction; and one contained recorded failure path. Preserve per-case operation/allocation/destruction counts and complete resulting records.\",\n      \"id\": \"runtime-matrix\"\n    },\n    {\n      \"axis\": \"validation\",\n      \"criterion\": \"Executable negative controls reject raw string/header transfer, wrong callable entry or convention, mismatched allocator family, missing cleanup, double free, incomplete record fields, forbidden original decision-root calls, zero execution, missing artifacts and source/binary/fixture drift.\",\n      \"id\": \"negative-controls\"\n    },\n    {\n      \"axis\": \"validation\",\n      \"criterion\": \"A different verifier session reproduces the source/binary/fixture-bound package and at least one meaningful negative control on an integrated tree. Author-only or static-only evidence cannot accept live allocator safety.\",\n      \"id\": \"independent-reproduction\"\n    }\n  ],\n  \"baseline\": {\n    \"engine\": {\n      \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n      \"path\": \"/home/alex/sots-engine\"\n    },\n    \"re\": {\n      \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n      \"path\": \"/home/alex/sots-re\"\n    }\n  },\n  \"checkpoint\": null,\n  \"dependencies\": [\n    \"research-completion-abi\"\n  ],\n  \"effects\": [\n    \"Complete 0x2c ObservedTech object fields, owned name string, existing-name update semantics, vector first/last/end and element lifetime across no-growth and growth paths.\",\n    \"Complete 0x74 PlayerEvent fields and three independently owned strings, plus complete 0x18 TurnEvents bucket and nested vector lifetime across no-growth and growth paths.\",\n    \"Event ID/order, exact duplicate behavior, description-only-different behavior and stale-bucket pruning only as needed to exercise the bridge fixture; no research callback or player-state effects.\",\n    \"Allocation, copy, destruction and failure-path counters sufficient to detect leaks, mismatched frees, partial construction and double destruction.\"\n  ],\n  \"id\": \"research-live-record-bridge\",\n  \"inputs\": [\n    \"Accepted research-completion-abi evidence and handoff, including binary fingerprint and independently reproduced static ownership windows.\",\n    \"Original binary /home/alex/sots-re/dumps/sots.exe sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841; owner-supplied and never committed.\",\n    \"Source-identical paired worktrees /tmp/opencode/sots-final-research-engine and /tmp/opencode/sots-final-research-re at the contract baselines; exact dirty source-content manifests are required before implementation evidence.\",\n    \"Disposable VM144 is the preferred runtime fixture guest; verify its current MAC/IP, session/process state and housekeeping immediately before use, then acquire campaign/runtime/leases/vm144.json. VM140 is excluded from this experiment.\",\n    \"Required but missing before ready: bridge-only invocation fixture, generated callable-address package, 32-bit shim/toolchain manifest, failure-containment design, executable acceptance checker and per-case expected records.\"\n  ],\n  \"original_dependencies\": [\n    \"Original MSVCR100 scalar new/delete and narrowly accepted constructor/copy/append/destructor operations are permitted only as declared, counted ABI services.\",\n    \"Original RecordObservedTech, EventStorage::PostEvent, ProcessResearch, SetResearched, OnTechResearched and localized string lookup are forbidden in the bridge fixture.\",\n    \"The original game process supplies the MSVCR100 runtime and object address space for live tests; this contract does not claim standalone allocator or game-decision replacement.\"\n  ],\n  \"owner\": {\n    \"name\": \"live-record bridge architect\",\n    \"role\": \"architecture-review\"\n  },\n  \"predictions\": [\n    \"ObservedTech no-growth append deep-copies one name; growth relocates every existing 0x2c element and destroys the old range without cross-runtime frees.\",\n    \"PlayerEvent append deep-copies EvDsc, EvMsg and EvImg independently; full-capacity growth preserves all scalar/default fields and destroys old strings exactly once.\",\n    \"Repeated observed name updates the existing record without vector growth; exact duplicate event does not append; description-only-different event does append if the accepted EvDsc equality result is correct.\",\n    \"A contained allocation-failure fixture reports failure without an accepted partial record, leaked owned string, mismatched free or exception crossing into an unsafe ABI boundary.\"\n  ],\n  \"scope\": [\n    \"Recover and implement only the live ABI bridge for ObservedTech, TurnEvents and PlayerEvent construction/copy/append/update/destruction plus isolated fixtures and acceptance tooling.\",\n    \"First quantum is RE and architecture: reconcile callable boundaries and duplicate semantics, specify failure containment and name exact owned files. No engine implementation or VM mutation until the contract is ready and the operator holds required leases.\",\n    \"Runtime validation uses a bridge-only fixture on a disposable clone. It must not wire src/shim/hooks/research.cpp or src/shim/main.cpp and must not execute a research completion workload.\",\n    \"Static ABI acceptance is a dependency, not evidence of live safety. Acceptance remains scoped to bridge operations and does not promote research-replacement.\"\n  ],\n  \"status\": \"proposed\",\n  \"stop_conditions\": [\n    \"Remain proposed while callable ABI, exact ownership, fixture route, manifests, failure containment or executable acceptance is unresolved.\",\n    \"Stop affected work and record a surprise on contradictory fresh binary/runtime evidence, binary/source drift, allocator mismatch, exception crossing, unexpected game-decision-root execution, leak/double-free, guest interference or access change.\",\n    \"No Ghidra mutation or VM/build-host mutation without explicit assignment and the corresponding canonical lease; never touch VM140 under this contract.\",\n    \"No research replacement wiring, delegation, staging, commit, push or destructive canonical worktree operation. Checkpoint every 20 calls/15 minutes and before experiment, handoff or stop.\"\n  ],\n  \"title\": \"Live ObservedTech and event record ABI bridge\"\n}","lineStart":1,"lineEnd":91,"totalLines":91,"truncated":false}},"title":"campaign/contracts/research-live-record-bridge.json","time":{"start":1789005674410,"end":1789005674517}},"metadata":{"openai":{"itemId":"fc_07b482bcc3d4bf4f016aa20f6a3d8887d1945b873713e1c57f"}},"id":"prt_0890c37a7001ZV4kZRM7XDuci1","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c16fd0014rI3iFVJD1v0Tb"}}
{"type":"step_finish","timestamp":1789005674563,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890c383f001BemqXBHgnJyvm7","reason":"tool-calls","snapshot":"3630bc68ba2e38d2f6e422ca8b5ad9b3cd6c6439","messageID":"msg_0890c16fd0014rI3iFVJD1v0Tb","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":6333,"input":372,"output":201,"reasoning":0,"cache":{"write":0,"read":5760}},"cost":0}}
{"type":"step_start","timestamp":1789005676448,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890c3f9d001enDzPtrVw6NV1N","messageID":"msg_0890c3865001lW98Pu7tbQ59Mw","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"25be4d6bfb72e32c008ea6a6ed2faeffc439a1a4","type":"step-start"}}
{"type":"tool_use","timestamp":1789005694168,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"glob","callID":"call_1s9oRtxNL6fKlUAiaWpXV75n","state":{"status":"completed","input":{"pattern":"campaign/runtime/surprises/*.json","path":"/home/alex/sots-re"},"output":"/home/alex/sots-re/campaign/runtime/surprises/s-4f71bf4a5df4e5fc992bb6b2.json\n/home/alex/sots-re/campaign/runtime/surprises/s-f1c41532e618c77d41538902.json\n/home/alex/sots-re/campaign/runtime/surprises/s-8996365dab2cd6dc0e17bb9f.json\n/home/alex/sots-re/campaign/runtime/surprises/s-410e48d5ae6cc4da0a6ae649.json\n/home/alex/sots-re/campaign/runtime/surprises/s-abd1c3613c9922cc94c608d5.json\n/home/alex/sots-re/campaign/runtime/surprises/s-6d1fcc617a20ca2bcbffc0cc.json\n/home/alex/sots-re/campaign/runtime/surprises/s-5c58b6a921997731f5b5ae1f.json\n/home/alex/sots-re/campaign/runtime/surprises/s-4a7d66ebd7d8a8f3ec59f11d.json","metadata":{"count":8,"truncated":false},"title":"","time":{"start":1789005694152,"end":1789005694167}},"metadata":{"openai":{"itemId":"fc_08011fd1b2306041016aa20f7e00c087d1a9fabd163bb456b1"}},"id":"prt_0890c84a6001l8hwXw2FL3fV4q","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c3865001lW98Pu7tbQ59Mw"}}
{"type":"tool_use","timestamp":1789005694203,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"glob","callID":"call_GZjU1oKMDcEodkwTDO7u7qur","state":{"status":"completed","input":{"pattern":"campaign/runtime/checkpoints/*.json","path":"/home/alex/sots-re"},"output":"/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-86940a479b01400dd7ca6069.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-6b33d0aef0a305b7d0eb1a1b.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-2f0fe9ac4ec15b15a983bd75.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-b7d44dfe3d82abfe7dbf4313.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-89233022724566dae6cee53f.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-0ff5933d1610e27b1a3b6bed.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-afbcef41803eb3ff4be76392.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-4ecea4a353281ce34e064768.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-92b718f7ad621b7dad325071.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-7202d8a331af59320133b47b.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-99a1715514099c8493be8715.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-991d442dc298892327f259b5.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-f5aec983257c6d5851cf00dd.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-26d1c4fa6bd58b6a442e0241.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-711ee56eb917dc02eafc1f8a.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-1381c2e77b8c4a68c6809a23.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-5643d7cec1edd289b0465d5f.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-620eb9d25a6ad2f06b68353c.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-243f539b3219e74f12ef0db7.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-622c343470c4b58ee9b8f9c0.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-6d3ec66be6274ceb67c32959.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-ae5f3a03a3facc3b5aeee756.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-b8bcadd4ac6183503e0b7622.json\n/home/alex/sots-re/campaign/runtime/checkpoints/launcher-smoke-9e8a62fea4de50abd96f27d6.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-59f425233f0deb9293f550f9.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-49f5c4565f76d2fe5efb4452.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-d7d273a88efe6b2fc504b663.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-0097da20f564f89191a49da6.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-54f3ffbf418146a024f7681e.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-7fb3c73bd64bba6cf3d2081b.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-7658700c9cb1e92325385973.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-b467c2d772260f1f03637133.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-bd41b85f96b2535455300088.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-47d1fd3aedce21f0ac2b2e7b.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-9868af5d440d819d8d542903.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-6243ba8b2c2da77e7df666a0.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-d1d232d95e44383e927ed279.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-replacement-b84f8c2f554e292b0c93c37d.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-10b85ed419fa99a4c148a351.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-d2524aba910c960259e74cce.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-60c9ef4651c469b0a90d9906.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-replacement-fc19e142bf1db96b10d29391.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-67311b8c79d836cce4e1d28d.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-af5cd91c318bf4c4fde759bc.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-e96999404efa7e486724d0d5.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-5e30f7db1f3804d05c217369.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-7a272d19b65f489baf99208c.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-57763c163ec839aa23b3641f.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-b394c30c06491feba79d36da.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-a5d9871e4b4dc68336848cb2.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-ee6d1533aec6504184af4c52.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-d2e4078886c66df34ee00b24.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-5bc0703a8f5dcc03cb44d241.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-ebe571c975acd7112778cc97.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-fd414ea958fd39c18cee1964.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-66612dde18132177334afbb3.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-bd7cac20ce74eef8ff42e119.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-4ac63c901e8518e992ada67c.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-a94d442063f00dd2a3a85a45.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-ca6c098f833b42a6f3a23e25.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-c5548c12161e48a3db015d61.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-caa4abb2f50ba575121c1b6a.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-d37e0242ac92252f62aa6207.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-600cb790c645be659c9d1426.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-a809b9e3b63f8747063ef4a4.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-0ffeab0aee67fe85d202ef5d.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-0dfee4fbd75e35fde1b90350.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-d0b99f8ee3e86db13fa8808d.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-49350005b48eb04a30cd156f.json\n/home/alex/sots-re/campaign/runtime/checkpoints/controls-bootstrap-177cfb68c95114436c939aaa.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-4d159f96e28ddbec063de65c.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-e447ee575b873a49e6e9f585.json","metadata":{"count":72,"truncated":false},"title":"","time":{"start":1789005694180,"end":1789005694201}},"metadata":{"openai":{"itemId":"fc_08011fd1b2306041016aa20f7e00d487d1a852f8a09ba9138b"}},"id":"prt_0890c84cf0019dkTW43KzS0B8e","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c3865001lW98Pu7tbQ59Mw"}}
{"type":"tool_use","timestamp":1789005694212,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"glob","callID":"call_xWkSDI6Fnxh2ms8kSWDMVe6W","state":{"status":"completed","input":{"pattern":"campaign/**/*research*completion*","path":"/home/alex/sots-re"},"output":"/home/alex/sots-re/campaign/evidence/research-completion-abi-static.json\n/home/alex/sots-re/campaign/evidence/research-completion-abi-validation.json\n/home/alex/sots-re/campaign/contracts/research-completion-abi.json\n/home/alex/sots-re/campaign/research/research-completion-abi.md\n/home/alex/sots-re/campaign/runtime/verdicts/research-completion-abi.json\n/home/alex/sots-re/campaign/runtime/runs/active-research-completion-abi.json\n/home/alex/sots-re/campaign/runtime/transitions/research-completion-abi-6dbf8e6513c2435a6930fad9.json\n/home/alex/sots-re/campaign/runtime/transitions/research-completion-abi-974a6c6cdf3e7c5f6f94c0d1.json\n/home/alex/sots-re/campaign/runtime/transitions/research-completion-abi-5038acba488f4f82f26c58db.json\n/home/alex/sots-re/campaign/runtime/transitions/research-completion-abi-47bf67e9094d04109f40f9db.json\n/home/alex/sots-re/campaign/runtime/transitions/research-completion-abi-c5d9238d7da83f82f554863c.json\n/home/alex/sots-re/campaign/runtime/transitions/research-completion-abi-2e4b95725eb64c529cf681ba.json\n/home/alex/sots-re/campaign/runtime/transitions/research-completion-abi-5d7352a52bc93981bd6a3204.json\n/home/alex/sots-re/campaign/runtime/transitions/research-completion-abi-c8708e908cf7792a96f4a9c1.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-b8bcadd4ac6183503e0b7622.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-26d1c4fa6bd58b6a442e0241.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-1381c2e77b8c4a68c6809a23.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-b394c30c06491feba79d36da.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-622c343470c4b58ee9b8f9c0.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-6b33d0aef0a305b7d0eb1a1b.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-a5d9871e4b4dc68336848cb2.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-b7d44dfe3d82abfe7dbf4313.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-d2e4078886c66df34ee00b24.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-89233022724566dae6cee53f.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-ebe571c975acd7112778cc97.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-0ff5933d1610e27b1a3b6bed.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-66612dde18132177334afbb3.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-7202d8a331af59320133b47b.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-4ac63c901e8518e992ada67c.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-991d442dc298892327f259b5.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-5bc0703a8f5dcc03cb44d241.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-fd414ea958fd39c18cee1964.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-bd7cac20ce74eef8ff42e119.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-a94d442063f00dd2a3a85a45.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-caa4abb2f50ba575121c1b6a.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-600cb790c645be659c9d1426.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-a809b9e3b63f8747063ef4a4.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-0ffeab0aee67fe85d202ef5d.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-49350005b48eb04a30cd156f.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-4d159f96e28ddbec063de65c.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-10b85ed419fa99a4c148a351.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-d2524aba910c960259e74cce.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-60c9ef4651c469b0a90d9906.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-67311b8c79d836cce4e1d28d.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-e96999404efa7e486724d0d5.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-5e30f7db1f3804d05c217369.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-d7d273a88efe6b2fc504b663.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-ae5f3a03a3facc3b5aeee756.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-0097da20f564f89191a49da6.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-d1d232d95e44383e927ed279.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-7658700c9cb1e92325385973.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-bd41b85f96b2535455300088.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-54f3ffbf418146a024f7681e.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-e447ee575b873a49e6e9f585.json\n/home/alex/sots-re/campaign/runtime/transitions/research-completion-abi-08e2776ca7245f61f1b330ea.json\n/home/alex/sots-re/campaign/runtime/transitions/research-completion-abi-7a52beb479e1f87334cbec58.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-47d1fd3aedce21f0ac2b2e7b.json\n/home/alex/sots-re/campaign/runtime/transitions/research-completion-abi-3c6a5b885c7097480864e746.json\n/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-ca6c098f833b42a6f3a23e25.json","metadata":{"count":59,"truncated":false},"title":"","time":{"start":1789005694196,"end":1789005694211}},"metadata":{"openai":{"itemId":"fc_08011fd1b2306041016aa20f7e00dc87d18c2d74d6adc61ddf"}},"id":"prt_0890c84e6001HHIJR0jUsCQ9bK","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c3865001lW98Pu7tbQ59Mw"}}
{"type":"tool_use","timestamp":1789005694278,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"grep","callID":"call_iIjC3y7T6Dp7KyVNhL5pSkfL","state":{"status":"completed","input":{"pattern":"ObservedTech|PlayerEvent|TurnEvents|EvDsc|79a150|0079a150","path":"/home/alex/sots-re","include":"*.{md,json,py,txt,c,cpp,h,hpp}"},"output":"Found 100 matches (more matches available)\n/home/alex/sots-re/objects/layouts.md:\n  Line 1233: | 0x4 | 0x10 | vector | `Events` | Game::EventStorage::TurnEvents |\n\n  Line 1243: | 0x8 | 0x1c | string | `EvDsc` |  |\n\n  Line 1251: ## `Game::EventStorage::TurnEvents`\n\n  Line 1577: ## `Game::ObservedTech`\n\n  Line 2969: | 0x274 | 0x10 | vector | `otch` | Game::ObservedTech |\n\n\n/home/alex/sots-re/objects/layouts.json:\n  Line 9284:     \"inner\": \"Game::EventStorage::TurnEvents\",\n\n  Line 9292:     \"type\": \"?$VectorHelper@VTurnEvents@EventStorage@Game@@@Mars\",\n\n  Line 9351:     \"tag\": \"EvDsc\",\n\n  Line 9448:  \"Game::EventStorage::TurnEvents\": {\n\n  Line 9449:   \"class\": \"Game::EventStorage::TurnEvents\",\n\n  Line 11601:  \"Game::ObservedTech\": {\n\n  Line 11602:   \"class\": \"Game::ObservedTech\",\n\n  Line 21581:     \"inner\": \"Game::ObservedTech\",\n\n  Line 21589:     \"type\": \"?$VectorHelper@VObservedTech@Game@@@Mars\",\n\n\n/home/alex/sots-re/objects/generated/sots_stream_schema.h:\n  Line 817:     {\"Events\", Prim::Frame, Shape::CArr, \"Game::EventStorage::TurnEvents\", true, false, false},\n\n  Line 821:     {\"EvDsc\", Prim::Str, Shape::Scalar, nullptr, true, false, false},\n\n  Line 829: inline constexpr Field k_Game__EventStorage__TurnEvents[] = {  // Game::EventStorage::TurnEvents\n\n  Line 1004: inline constexpr Field k_Game__ObservedTech[] = {  // Game::ObservedTech\n\n  Line 1847:     {\"otch\", Prim::Frame, Shape::CArr, \"Game::ObservedTech\", true, false, false},\n\n  Line 2973:     {\"Game::EventStorage::TurnEvents\", k_Game__EventStorage__TurnEvents, 2, 0, \"verified\", 1, 1},\n\n  Line 3005:     {\"Game::ObservedTech\", k_Game__ObservedTech, 5, 0, \"verified\", 2, 2},\n\n\n/home/alex/sots-re/objects/layouts.h:\n  Line 607: struct Game_EventStorage_TurnEvents {\n\n  Line 841: struct Game_ObservedTech {\n\n  Line 2135:     Mars_string EvDsc;\n\n\n/home/alex/sots-re/objects/streams.json:\n  Line 4398:     \"of\": \"Game::EventStorage::TurnEvents\",\n\n  Line 4423:     \"tag\": \"EvDsc\"\n\n  Line 4467:  \"Game::EventStorage::TurnEvents\": {\n\n  Line 4469:   \"class\": \"Game::EventStorage::TurnEvents\",\n\n  Line 5480:  \"Game::ObservedTech\": {\n\n  Line 5482:   \"class\": \"Game::ObservedTech\",\n\n  Line 10406:     \"of\": \"Game::ObservedTech\",\n\n\n/home/alex/sots-re/tools/serializers_golden.py:\n  Line 9:   * `findings/subsystems/observedtech-append.md` section 4 + 9 (`ObservedTech`,\n\n  Line 22:     \"Game::ObservedTech\": {\n\n  Line 241:     \"Game::ObservedTech\": 0x2C,        # magic divide + imul + search stride\n\n\n/home/alex/sots-re/tools/strfootprint.py:\n  Line 8: Lane X's ObservedTech work reported the embedded string as 0x18 bytes, against\n\n\n/home/alex/sots-re/tools/rtti_map.py:\n  Line 27:     uv run python3 tools/rtti_map.py show ObservedTech\n\n  Line 108:     \"\"\"`.?AVObservedTech@Game@@` -> `Game::ObservedTech`.\n\n\n/home/alex/sots-re/findings/objects/serializer-struct-recovery.md:\n  Line 30:   [OK  ] Game::ObservedTech                       5/5   exact\n\n  Line 46: hand-recovered tables — including the ones that were traps: `ObservedTech` `+0x24` is *not* reported\n\n  Line 60:   [OK  ] Game::ObservedTech    got 0x2c\n\n  Line 63: `sizeof(ObservedTech) = 0x2c` — the value lane X pinned three ways — falls out mechanically, from a\n\n  Line 64: completely different place: `VectorHelper<ObservedTech>::Write` divides the vector's byte span by\n\n  Line 128: anchors exactly — `ObservedTech` vftable `0x00a2439c` / COL `0x00a81c78`; `ServerSystem`'s\n\n  Line 232:   names the `Write`/`Read` entry points (**328 labels, 0 failed**). `Game_ObservedTech` comes back from Ghidra as `size: 44`.\n\n\n/home/alex/sots-re/tools/x86disp.py:\n  Line 700:     WARNING, learned the hard way on the ObservedTech hunt: use this as a\n\n  Line 703:     `RecordObservedTech` -- the actual append site -- touches only 0x274 and\n\n\n/home/alex/sots-re/findings/objects/serializable-types.txt:\n  Line 68: ObservedTech\n\n  Line 173: TurnEvents\n\n\n/home/alex/sots-re/tools/serializers.py:\n  Line 14: name tag.  `ObservedTech::Write` @0x00817cf0 gave the complete field list, tags\n\n  Line 652:     \"\"\"`.?AU?$StreamableHelper@VObservedTech@Game@@@Mars@@` -> (Game::ObservedTech, False)\n\n\n/home/alex/sots-re/findings/objects/rtti-raw.txt:\n  Line 92: .?AU?$StreamableHelper@VObservedTech@Game@@@Mars@@\n\n  Line 188: .?AU?$StreamableHelper@VTurnEvents@EventStorage@Game@@@Mars@@\n\n  Line 232: .?AU?$VectorHelper@VObservedTech@Game@@@Mars@@\n\n  Line 259: .?AU?$VectorHelper@VTurnEvents@EventStorage@Game@@@Mars@@\n\n  Line 1281: .?AVObservedTech@Game@@\n\n  Line 1463: .?AVSETurnEvents@Game@@\n\n  Line 1867: .?AVTurnEvents@EventStorage@Game@@\n\n\n/home/alex/sots-re/findings/objects/save-editor-structs.md:\n  Line 271: SimPlayerEventsSaveStruct events      (Int32 evNxId; ComplexArray<SimPlayerEvent>)   <-- SEE NOTE E1\n\n  Line 319: `SimPlayerEventsSaveStruct { Int32 evNxId; ComplexArray<SimPlayerEvent> }` reads the array as\n\n  Line 321: serializers (`EventStorage` 0x00825cc0, `TurnEvents` 0x00825bb0/0x00825c40, `PlayerEvent`\n\n  Line 327:   Events : n x TurnEvents (0x18 bytes each)\n\n  Line 329:       Events : m x PlayerEvent (0x74 bytes each)\n\n  Line 330:           EvEID(+0x04) EvDsc(+0x08) EvMsg(+0x24) EvImg(+0x50)\n\n\n/home/alex/sots-re/findings/objects/ship-design-catalogue.md:\n  Line 76: `ObservedTech.odet`, and byte-neutral for the same reason. Corrected in both readers; the engine's\n\n\n/home/alex/sots-re/findings/objects/wire-schema-channel.md:\n  Line 85: 2. **`ObservedTech::odet` / `ObservedWeapon::odet` are `bool`, not int.** The binary calls the bool\n\n  Line 128: (`EventStorage` → `TurnEvents` → `Event`, three nesting levels), `ShipRecs`, `sprjs`, `civr`/`spe`,\n\n\n/home/alex/sots-re/findings/objects/classes-game.txt:\n  Line 822: ObservedTech\n\n  Line 984: SETurnEvents\n\n  Line 1355: TurnEvents::EventStorage\n\n\n/home/alex/sots-re/findings/objects/wire-schema-closeout.md:\n  Line 116: | 2 | `ObservedTech`/`ObservedWeapon` `odet` is a **bool**, not an int | `Owep`/`Otch` retyped |\n\n\n/home/alex/sots-re/findings/objects/svsctob-writers.md:\n  Line 93: | `BuildTurnEvents` 0x007db780 | 0x007db81f / 0x007dbd9d | 0x1a / 0x1b | after the tail |\n\n\n/home/alex/sots-re/findings/objects/struct-recovery.md:\n  Line 313: | 0x274 | -0x12c | `vector<ObservedTech>` | `otch` | |\n\n  Line 320: | 0x29c | -0x104 | `EventStorage` (inline) | `Events` | {`EvNxID`@+0x14, `Events` vector<TurnEvents>@+4} |\n\n  Line 383: ### 2.6 `Game::ObservedTech` (0x2c) — Write `0x00817cf0`, Read `0x00817c40`\n\n  Line 384: Elements of `ServerPlayer::otch`, the `vector<ObservedTech>` at `ServerPlayer+0x274`. Polymorphic:\n\n  Line 385: vftable `0x00a2439c`, RTTI `.?AVObservedTech@Game@@`, slots `{[0] 0x00793610 dtor, [1] Read, [2] Write}`.\n\n  Line 401: Appended by `RecordObservedTech` `0x007ba1a0`, which **de-duplicates by tech name** — a reimplementation\n\n\n/home/alex/sots-re/verify/save-reader/save_reader.py:\n  Line 491: # `odet` is a BOOL, not an int: Game::ObservedWeapon / Game::ObservedTech call the\n\n  Line 532: # this is the same class of defect as `ObservedTech.odet`, and it is byte-neutral.\n\n\n/home/alex/sots-re/verify/save-reader/SAVE_FORMAT.md:\n  Line 183: > `Game::ObservedTech` (`Write` `0x00817cf0`, `Read` `0x00817c40`, `sizeof` `0x2c`) and `owep`\n\n\n/home/alex/sots-re/findings/subsystems/formula-gaps.md:\n  Line 278:   `EvDsc \"Research Over Budget\"`, `EvMsg \"Research for <tech> has gone overbudget.\"`,\n\n  Line 283:   **`FLT_MAX` (0x7f7fffff), not infinity** — the `PlayerEvent` constructor at 0x0084ee30 copies\n\n\n/home/alex/sots-re/verify/save-reader/test_save_reader.py:\n  Line 663:     # --- 2. ObservedTech / ObservedWeapon `odet` is a bool, not an int ----------\n\n\n/home/alex/sots-re/campaign/DASHBOARD.md:\n  Line 33: | [RE: research completion record construction and allocator ABI](contracts/research-completion-abi.json) | proposed | [\"Reverse engineering only. Own canonical campaign/research/research-completion-abi.md and verify/results/research-completion-abi/ captures. Use assigned source-identical paired worktrees for source inspection; canonical RE for unique evidence/checkpoint outputs.\", \"Recover actual constructors/copy/destructors/vector-growth/allocation/free conventions used by RecordObservedTech and EventStorage/TurnEvents/PlayerEvent. Resolve implementable ABI operations, not another general framework.\", \"Use existing ReVa read-only tools through canonical tools/reva_call.py or the owner-supplied local binary. No Ghidra renames/type writes, VM mutation, new engine code, framework code, agents or delegation. Do not commit/stage/push.\", \"Start with findings/subsystems/{events,observedtech-append,research-replace}.md and campaign/pilots/research-replacement.md; cross-check binary bytes/decompilation rather than merely repeat notes. Anchors: RecordObservedTech 0x007ba1a0, EventStorage::PostEvent 0x008862b0, PlayerEvent constructor 0x0084ee30. Addresses are hypotheses to validate against fingerprint and actual tools.\", \"Produce recovered signatures, ownership/lifetime rules, short/long string and empty/full-capacity container paths, and exact unresolved dependencies with minimum next probe. Store raw tool outputs and a hash/provenance index in your owned RE results directory. Keep code-derived material out of engine repo.\"] | [\"Original binary is the object of analysis, not a replacement dependency decision\"] |\n\n\n/home/alex/sots-re/findings/subsystems/golden-trace-recapture.md:\n  Line 98: | `player+0x274 / 0x278 / 0x27c` | 3 each | **`vector<ObservedTech> otch`** — all three vector words move (a realloc) | ✓ | ✓ (+0x278 only, 1 byte) |\n\n  Line 106: 2. **`otch` (`vector<ObservedTech>`) grows on a tech completion, and no coverage note in\n\n  Line 163: | `player+0x274/0x278/0x27c` | 3 | `vector<ObservedTech> otch` — the vector grew | 71 |\n\n  Line 287: > **Follow-up 2026-09-08 (lane X):** the append is now named — `RecordObservedTech` `0x007ba1a0`,\n\n  Line 288: > called directly from `OnTechResearched`; `sizeof(ObservedTech) = 0x2c`; the realloc that moves all\n\n  Line 292: * `vector<ObservedTech> otch` (`ServerPlayer+0x274`) is undeclared everywhere and is save\n\n\n/home/alex/sots-re/verify/results/compare/cr-replace1.md:\n  Line 20: - (medium) posts EVENT_RESEARCH_OVERBUDGET on the owner's EventStorage: ours reproduces the decision and the id sequence, so region:events compares next_id, but the composed EvDsc/EvMsg text is not reproduced and no region can see it — text comes from the game's string table, which the engine must not carry; ours posts into its own EventStorage and writes only the counts into the scratch copy, so no live byte moves and replace mode posts nothing at all  [region:events]\n\n  Line 22: - (high) TechTree::SetResearched in REPLACE mode: only its TechTree half runs, and only when research.replace_cascade=on — with the flag OFF (the default) nothing of the cascade runs, so a replace run leaves the completed node unstamped and no tech unlocked. With it ON, the four TechNode words (costRP, turnAvailable, turnResearched, order) and the tree's completion-order counter are written live, and the ServerPlayer half is still not: no event is posted, no ObservedTech element is appended and no tech effect is applied. Neither setting is a full displacement of the completion path; the pair measures where the boundary is  [guard:player, guard:tree_header]\n\n  Line 25: - (medium) constructs the ObservedTech element it appends to ServerPlayer+0x274 — `ours` models the append DECISION -- RecordObservedTech de-duplicates by tech name, so it decides whether the vector grows -- and moves the scratch header's byte span by one 0x2c element per append. The element's own fields (turn_first, turn_last, detected, the name string, `with`) are not built, and no region can see them  [region:observed_techs]\n\n\n/home/alex/sots-re/findings/subsystems/unlock-cascade.md:\n  Line 94: RecordObservedTech(...);                       // FIRST statement, UNCONDITIONAL\n\n  Line 112: * `RecordObservedTech` (0x007ba1a0, lane X) de-duplicates by tech name, so \"the vector did not\n\n  Line 233: * The `ObservedTech` element's own fields — `ours` decides the append, it does not build the\n\n\n/home/alex/sots-re/verify/results/compare/cr-replace0.md:\n  Line 20: - (medium) posts EVENT_RESEARCH_OVERBUDGET on the owner's EventStorage: ours reproduces the decision and the id sequence, so region:events compares next_id, but the composed EvDsc/EvMsg text is not reproduced and no region can see it — text comes from the game's string table, which the engine must not carry; ours posts into its own EventStorage and writes only the counts into the scratch copy, so no live byte moves and replace mode posts nothing at all  [region:events]\n\n  Line 22: - (high) TechTree::SetResearched in REPLACE mode: only its TechTree half runs, and only when research.replace_cascade=on — with the flag OFF (the default) nothing of the cascade runs, so a replace run leaves the completed node unstamped and no tech unlocked. With it ON, the four TechNode words (costRP, turnAvailable, turnResearched, order) and the tree's completion-order counter are written live, and the ServerPlayer half is still not: no event is posted, no ObservedTech element is appended and no tech effect is applied. Neither setting is a full displacement of the completion path; the pair measures where the boundary is  [guard:player, guard:tree_header]\n\n  Line 25: - (medium) constructs the ObservedTech element it appends to ServerPlayer+0x274 — `ours` models the append DECISION -- RecordObservedTech de-duplicates by tech name, so it decides whether the vector grows -- and moves the scratch header's byte span by one 0x2c element per append. The element's own fields (turn_first, turn_last, detected, the name string, `with`) are not built, and no region can see them  [region:observed_techs]\n\n\n/home/alex/sots-re/ghidra/addresses.d/lane-t.json:\n  Line 367:       \"prototype\": \"void (StrategyServer_secondBase* this)  // phase 0, called on S+4. Per system copies current words into shadow words (+0x20c/0x210/0x214 <- +0x68/0x6c/0x70, +0x150.. <- +0x120.., +0xc9 <- +0xc8) via 0x00753530; per player +0x188 <- Sav(+0x284) and +0x18c <- +0x138. Also called from BuildTurnEvents, so it is the baseline 'changed since last turn' is diffed against. Draw-free, event-free\",\n\n\n(Results truncated. Consider using a more specific path or pattern.)","metadata":{"matches":100,"truncated":true},"title":"ObservedTech|PlayerEvent|TurnEvents|EvDsc|79a150|0079a150","time":{"start":1789005694221,"end":1789005694255}},"metadata":{"openai":{"itemId":"fc_08011fd1b2306041016aa20f7e00e487d1ab3cd530e1a78ac5"}},"id":"prt_0890c84f6001Q2xNTfC7jsF33B","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c3865001lW98Pu7tbQ59Mw"}}
{"type":"tool_use","timestamp":1789005694285,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_TSkl9VP9XQZybcQhYeqMK5T4","state":{"status":"completed","input":{"filePath":"/tmp/opencode/sots-final-research-engine/docs/architecture.md"},"output":"<path>/tmp/opencode/sots-final-research-engine/docs/architecture.md</path>\n<type>file</type>\n<content>\n1: # Engine architecture and reconstruction contract\n2: \n3: ## Boundaries\n4: \n5: ```text\n6: owner assets / save / captured commands / explicit runtime inputs\n7:                          │\n8:                 mars I/O and game catalogs\n9:                          │\n10:           game rules + typed simulation state/effects\n11:                   ┌──────┴──────┐\n12:              app frontend    shim adapters\n13:             standalone turn   original process\n14:                   └──────┬──────┘\n15:                  independent verification\n16:                      in sots-re\n17: ```\n18: \n19: - `mars/`: parsing, text, archives, serialization and RNG. No strategic decisions.\n20: - `game/`: catalogs and reusable rules/state transformations. No original-process pointers,\n21:   Windows allocation assumptions, or direct UI/lab behavior.\n22: - `app/`: adapters from saved/explicit runtime inputs, command application, ordered phase\n23:   orchestration and write-back. Reports distinguish evaluated/committed/blocked effects.\n24: - `shim/`: 32-bit live-process marshalling, ABI adapters and trace/compare/replace instrumentation.\n25:   Original helper dependencies must be declared. Guards bound observed writes, not universal\n26:   heap coverage. Comparing a copied original output is not an independent calculation.\n27: - `include/generated/`: generated facts/specification channels with RE provenance.\n28: - `tests/`: synthetic contract/boundary tests and external-data checks. A missing fixture is\n29:   skipped explicitly; a configured but invalid fixture is a failure.\n30: \n31: ## Phase contract\n32: \n33: Every new or materially changed phase specifies:\n34: \n35: 1. Required inputs and their origin: serialized state, assets, captured commands, runtime-only\n36:    state, or original helpers. Missing required inputs block commit; they are not implicit zero.\n37: 2. Ordered behavior, predicates, numeric precision and RNG word consumption.\n38: 3. Complete effects, including newly allocated objects, membership, IDs, event records and all\n39:    container elements. A count/header change is not equivalent to producing the elements.\n40: 4. Supported domain and known unsupported cases, with executable preconditions where feasible.\n41: 5. Independent expected outputs and the workload/branch coverage needed to accept the claim.\n42: \n43: This is the contract for new work, not a claim that every existing partial phase already meets\n44: it. Existing approximations are tracked as dependencies in the RE campaign and retired by slice.\n45: \n46: ## State and time\n47: \n48: A save is not the entire runtime state. Replay must explicitly supply commands and any unsaved\n49: inputs needed by its scope. Generator state and ordering are part of the observable contract.\n50: Count actual generator words, including rejection draws and twists; administrative counters\n51: must not modify serialized RNG layout or values. Aggregate each leaf operation once; parent\n52: summary records must not double-count child effects.\n53: \n54: ## Verification and integration\n55: \n56: Use fresh source-bound builds. File bytes, inflated stream bytes, typed semantic state and\n57: gameplay behavior are different comparison surfaces and must be labelled separately. Roundtrip\n58: proves conservation on the sampled corpus, not correct interpretation of every possible field.\n59: Synthetic boundary tests complement real original-vs-new experiments. Accepted replacement\n60: requires positive execution evidence and no original execution performing the claimed work.\n61: \n62: Planning, model routing, checkpoints, resource leases, surprise resolution and result publication\n63: live only in `sots-re`. Architecture changes and plan-changing surprises require GPT-6 Astra.\n64: See that repository's `AGENTS.md`, `campaign/README.md`, and `guides/multi-agent-workflow.md`.\n\n(End of file - total 64 lines)\n</content>","metadata":{"preview":"# Engine architecture and reconstruction contract\n\n## Boundaries\n\n```text\nowner assets / save / captured commands / explicit runtime inputs\n                         │\n                mars I/O and game catalogs\n                         │\n          game rules + typed simulation state/effects\n                  ┌──────┴──────┐\n             app frontend    shim adapters\n            standalone turn   original process\n                  └──────┬──────┘\n                 independent verification\n                     in sots-re\n```\n\n- `mars/`: parsing, text, archives, serialization and RNG. No strategic decisions.\n- `game/`: catalogs and reusable rules/state transformations. No original-process pointers,","truncated":false,"loaded":[],"display":{"type":"file","path":"/tmp/opencode/sots-final-research-engine/docs/architecture.md","text":"# Engine architecture and reconstruction contract\n\n## Boundaries\n\n```text\nowner assets / save / captured commands / explicit runtime inputs\n                         │\n                mars I/O and game catalogs\n                         │\n          game rules + typed simulation state/effects\n                  ┌──────┴──────┐\n             app frontend    shim adapters\n            standalone turn   original process\n                  └──────┬──────┘\n                 independent verification\n                     in sots-re\n```\n\n- `mars/`: parsing, text, archives, serialization and RNG. No strategic decisions.\n- `game/`: catalogs and reusable rules/state transformations. No original-process pointers,\n  Windows allocation assumptions, or direct UI/lab behavior.\n- `app/`: adapters from saved/explicit runtime inputs, command application, ordered phase\n  orchestration and write-back. Reports distinguish evaluated/committed/blocked effects.\n- `shim/`: 32-bit live-process marshalling, ABI adapters and trace/compare/replace instrumentation.\n  Original helper dependencies must be declared. Guards bound observed writes, not universal\n  heap coverage. Comparing a copied original output is not an independent calculation.\n- `include/generated/`: generated facts/specification channels with RE provenance.\n- `tests/`: synthetic contract/boundary tests and external-data checks. A missing fixture is\n  skipped explicitly; a configured but invalid fixture is a failure.\n\n## Phase contract\n\nEvery new or materially changed phase specifies:\n\n1. Required inputs and their origin: serialized state, assets, captured commands, runtime-only\n   state, or original helpers. Missing required inputs block commit; they are not implicit zero.\n2. Ordered behavior, predicates, numeric precision and RNG word consumption.\n3. Complete effects, including newly allocated objects, membership, IDs, event records and all\n   container elements. A count/header change is not equivalent to producing the elements.\n4. Supported domain and known unsupported cases, with executable preconditions where feasible.\n5. Independent expected outputs and the workload/branch coverage needed to accept the claim.\n\nThis is the contract for new work, not a claim that every existing partial phase already meets\nit. Existing approximations are tracked as dependencies in the RE campaign and retired by slice.\n\n## State and time\n\nA save is not the entire runtime state. Replay must explicitly supply commands and any unsaved\ninputs needed by its scope. Generator state and ordering are part of the observable contract.\nCount actual generator words, including rejection draws and twists; administrative counters\nmust not modify serialized RNG layout or values. Aggregate each leaf operation once; parent\nsummary records must not double-count child effects.\n\n## Verification and integration\n\nUse fresh source-bound builds. File bytes, inflated stream bytes, typed semantic state and\ngameplay behavior are different comparison surfaces and must be labelled separately. Roundtrip\nproves conservation on the sampled corpus, not correct interpretation of every possible field.\nSynthetic boundary tests complement real original-vs-new experiments. Accepted replacement\nrequires positive execution evidence and no original execution performing the claimed work.\n\nPlanning, model routing, checkpoints, resource leases, surprise resolution and result publication\nlive only in `sots-re`. Architecture changes and plan-changing surprises require GPT-6 Astra.\nSee that repository's `AGENTS.md`, `campaign/README.md`, and `guides/multi-agent-workflow.md`.","lineStart":1,"lineEnd":64,"totalLines":64,"truncated":false}},"title":"../../../tmp/opencode/sots-final-research-engine/docs/architecture.md","time":{"start":1789005694226,"end":1789005694280}},"metadata":{"openai":{"itemId":"fc_08011fd1b2306041016aa20f7e00ec87d1b54edbe24baeeb89"}},"id":"prt_0890c850f001pWCcRXsx37dZu2","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c3865001lW98Pu7tbQ59Mw"}}
{"type":"tool_use","timestamp":1789005694371,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"bash","callID":"call_iETNLXWATEB40GYzJ413QemG","state":{"status":"completed","input":{"command":"git rev-parse HEAD && git status --short && git rev-parse --git-common-dir && git rev-parse --show-toplevel","workdir":"/tmp/opencode/sots-final-research-re"},"output":"3bfde5a70d874a723e797a695bbd847fd82c0aa7\n M README.md\n M campaign/DASHBOARD.md\n M campaign/backlog.md\n M campaign/board.md\n M campaign/open-questions.md\n M findings/00-strategy.md\n M findings/subsystems/nav-classifier-live.md\n M findings/subsystems/research-replace.md\n M guides/method-rules.md\n D scripts/forgejo_campaign.py\n M tools/DASHBOARD_README.md\n M tools/dashboard.py\n D tools/displacement.py\n M tools/gate.sh\n M tools/standalone_report.py\n?? AGENTS.md\n?? CLAUDE.md\n?? campaign/README.md\n?? campaign/agents/\n?? campaign/contract.schema.json\n?? campaign/contracts/\n?? campaign/current.json\n?? campaign/models.json\n?? campaign/pilots/\n?? campaign/research/\n?? campaign/rollout/\n?? guides/multi-agent-workflow.md\n?? guides/windows-lab-housekeeping.md\n?? opencode.json\n?? tools/campaign.py\n?? tools/check_agent_config.py\n?? tools/evidence.py\n?? tools/gate.py\n?? tools/run_agent.py\n?? tools/select_evidence.py\n?? tools/windows-housekeeping/\n?? verify/campaign/\n?? verify/config/\n?? verify/publishing/\n?? verify/results/housekeeping/\n?? verify/tooling/\n/home/alex/sots-re/.git\n/tmp/opencode/sots-final-research-re\n","metadata":{"output":"3bfde5a70d874a723e797a695bbd847fd82c0aa7\n M README.md\n M campaign/DASHBOARD.md\n M campaign/backlog.md\n M campaign/board.md\n M campaign/open-questions.md\n M findings/00-strategy.md\n M findings/subsystems/nav-classifier-live.md\n M findings/subsystems/research-replace.md\n M guides/method-rules.md\n D scripts/forgejo_campaign.py\n M tools/DASHBOARD_README.md\n M tools/dashboard.py\n D tools/displacement.py\n M tools/gate.sh\n M tools/standalone_report.py\n?? AGENTS.md\n?? CLAUDE.md\n?? campaign/README.md\n?? campaign/agents/\n?? campaign/contract.schema.json\n?? campaign/contracts/\n?? campaign/current.json\n?? campaign/models.json\n?? campaign/pilots/\n?? campaign/research/\n?? campaign/rollout/\n?? guides/multi-agent-workflow.md\n?? guides/windows-lab-housekeeping.md\n?? opencode.json\n?? tools/campaign.py\n?? tools/check_agent_config.py\n?? tools/evidence.py\n?? tools/gate.py\n?? tools/run_agent.py\n?? tools/select_evidence.py\n?? tools/windows-housekeeping/\n?? verify/campaign/\n?? verify/config/\n?? verify/publishing/\n?? verify/results/housekeeping/\n?? verify/tooling/\n/home/alex/sots-re/.git\n/tmp/opencode/sots-final-research-re\n","exit":0,"truncated":false},"title":"git rev-parse HEAD && git status --short && git rev-parse --git-common-dir && git rev-parse --show-toplevel","time":{"start":1789005694323,"end":1789005694366}},"metadata":{"openai":{"itemId":"fc_08011fd1b2306041016aa20f7e00fc87d18ef051411407c8b6"}},"id":"prt_0890c856e001yKHZkTYkIwWfkq","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c3865001lW98Pu7tbQ59Mw"}}
{"type":"tool_use","timestamp":1789005694385,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"bash","callID":"call_fCHkLfX2hHlaOH279F64WOwV","state":{"status":"completed","input":{"command":"git rev-parse HEAD && git status --short && git rev-parse --git-common-dir && git rev-parse --show-toplevel","workdir":"/tmp/opencode/sots-final-research-engine"},"output":"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\n M CONTRIBUTING.md\n M README.md\n M docs/S-standalone.md\n M src/app/turn.cpp\n M src/game/sim/CMakeLists.txt\n M src/mars/rng/mt19937.cpp\n M src/mars/rng/mt19937.h\n M tests/app/CMakeLists.txt\n M tests/app/test_command_replay.cpp\n M tests/app/test_turn.cpp\n M tests/app/test_turn_record.cpp\n M tests/game_config/CMakeLists.txt\n M tests/game_data/CMakeLists.txt\n M tests/game_design/CMakeLists.txt\n M tests/game_design/test_census_saves.cpp\n M tests/game_sim/CMakeLists.txt\n M tests/mars_stream/CMakeLists.txt\n M tests/mars_stream/test_domains.cpp\n M tests/mars_stream/test_rng.cpp\n M tests/mars_stream/test_save.cpp\n M tests/mars_text/CMakeLists.txt\n M tests/mars_vfs/CMakeLists.txt\n M tools/clean_room_check.sh\n?? AGENTS.md\n?? CLAUDE.md\n?? docs/architecture.md\n?? opencode.json\n?? tools/clean_room_check.py\n/home/alex/sots-engine/.git\n/tmp/opencode/sots-final-research-engine\n","metadata":{"output":"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\n M CONTRIBUTING.md\n M README.md\n M docs/S-standalone.md\n M src/app/turn.cpp\n M src/game/sim/CMakeLists.txt\n M src/mars/rng/mt19937.cpp\n M src/mars/rng/mt19937.h\n M tests/app/CMakeLists.txt\n M tests/app/test_command_replay.cpp\n M tests/app/test_turn.cpp\n M tests/app/test_turn_record.cpp\n M tests/game_config/CMakeLists.txt\n M tests/game_data/CMakeLists.txt\n M tests/game_design/CMakeLists.txt\n M tests/game_design/test_census_saves.cpp\n M tests/game_sim/CMakeLists.txt\n M tests/mars_stream/CMakeLists.txt\n M tests/mars_stream/test_domains.cpp\n M tests/mars_stream/test_rng.cpp\n M tests/mars_stream/test_save.cpp\n M tests/mars_text/CMakeLists.txt\n M tests/mars_vfs/CMakeLists.txt\n M tools/clean_room_check.sh\n?? AGENTS.md\n?? CLAUDE.md\n?? docs/architecture.md\n?? opencode.json\n?? tools/clean_room_check.py\n/home/alex/sots-engine/.git\n/tmp/opencode/sots-final-research-engine\n","exit":0,"truncated":false},"title":"git rev-parse HEAD && git status --short && git rev-parse --git-common-dir && git rev-parse --show-toplevel","time":{"start":1789005694245,"end":1789005694375}},"metadata":{"openai":{"itemId":"fc_08011fd1b2306041016aa20f7e00f487d1961c79cd5cfb45f0"}},"id":"prt_0890c8515001OBzfxDJbm6ou75","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c3865001lW98Pu7tbQ59Mw"}}
{"type":"tool_use","timestamp":1789005694471,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"bash","callID":"call_VKURoZXkKINYmX7d4Aal4JMQ","state":{"status":"completed","input":{"command":"python3 tools/campaign.py --state-root /home/alex/sots-re status research-live-record-bridge && python3 tools/campaign.py --state-root /home/alex/sots-re status research-completion-abi && python3 tools/campaign.py --state-root /home/alex/sots-re validate","workdir":"/home/alex/sots-re","timeout":120000},"output":"[\n  {\n    \"acceptance\": [\n      {\n        \"axis\": \"planning\",\n        \"criterion\": \"Before ready, publish exact bridge-only source/test ownership, callable entrypoints and calling conventions, generated-address provenance, a bridge-only invocation route, VM/build resources, executable acceptance commands and immutable source/binary/fixture manifests. The route must not call or wire research replacement.\",\n        \"id\": \"readiness\"\n      },\n      {\n        \"axis\": \"understanding\",\n        \"criterion\": \"Reconcile accepted binary evidence with generated and pure-model facts, including whether EvDsc participates in duplicate equality and whether the callable ObservedTech copy operation begins at 0x0079a150 or an interior site. Every exposed constructor/copy/append/destructor/new/delete operation has an exact ABI and ownership contract.\",\n        \"id\": \"abi-reconciliation\"\n      },\n      {\n        \"axis\": \"implementation\",\n        \"criterion\": \"An isolated bridge constructs, copies, appends, updates and destroys complete live-layout ObservedTech, TurnEvents and PlayerEvent values using compatible original-runtime allocation services. It never copies raw owning headers and never calls original RecordObservedTech, EventStorage::PostEvent or any research completion root.\",\n        \"id\": \"bridge-operations\"\n      },\n      {\n        \"axis\": \"validation\",\n        \"criterion\": \"Host tests and a fresh leased disposable-VM run positively execute empty, spare and full capacity; short and long strings; repeated observed names; exact duplicate and description-only-different events; normal destruction; and one contained recorded failure path. Preserve per-case operation/allocation/destruction counts and complete resulting records.\",\n        \"id\": \"runtime-matrix\"\n      },\n      {\n        \"axis\": \"validation\",\n        \"criterion\": \"Executable negative controls reject raw string/header transfer, wrong callable entry or convention, mismatched allocator family, missing cleanup, double free, incomplete record fields, forbidden original decision-root calls, zero execution, missing artifacts and source/binary/fixture drift.\",\n        \"id\": \"negative-controls\"\n      },\n      {\n        \"axis\": \"validation\",\n        \"criterion\": \"A different verifier session reproduces the source/binary/fixture-bound package and at least one meaningful negative control on an integrated tree. Author-only or static-only evidence cannot accept live allocator safety.\",\n        \"id\": \"independent-reproduction\"\n      }\n    ],\n    \"baseline\": {\n      \"engine\": {\n        \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n        \"path\": \"/home/alex/sots-engine\"\n      },\n      \"re\": {\n        \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n        \"path\": \"/home/alex/sots-re\"\n      }\n    },\n    \"checkpoint\": null,\n    \"dependencies\": [\n      \"research-completion-abi\"\n    ],\n    \"effects\": [\n      \"Complete 0x2c ObservedTech object fields, owned name string, existing-name update semantics, vector first/last/end and element lifetime across no-growth and growth paths.\",\n      \"Complete 0x74 PlayerEvent fields and three independently owned strings, plus complete 0x18 TurnEvents bucket and nested vector lifetime across no-growth and growth paths.\",\n      \"Event ID/order, exact duplicate behavior, description-only-different behavior and stale-bucket pruning only as needed to exercise the bridge fixture; no research callback or player-state effects.\",\n      \"Allocation, copy, destruction and failure-path counters sufficient to detect leaks, mismatched frees, partial construction and double destruction.\"\n    ],\n    \"id\": \"research-live-record-bridge\",\n    \"inputs\": [\n      \"Accepted research-completion-abi evidence and handoff, including binary fingerprint and independently reproduced static ownership windows.\",\n      \"Original binary /home/alex/sots-re/dumps/sots.exe sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841; owner-supplied and never committed.\",\n      \"Source-identical paired worktrees /tmp/opencode/sots-final-research-engine and /tmp/opencode/sots-final-research-re at the contract baselines; exact dirty source-content manifests are required before implementation evidence.\",\n      \"Disposable VM144 is the preferred runtime fixture guest; verify its current MAC/IP, session/process state and housekeeping immediately before use, then acquire campaign/runtime/leases/vm144.json. VM140 is excluded from this experiment.\",\n      \"Required but missing before ready: bridge-only invocation fixture, generated callable-address package, 32-bit shim/toolchain manifest, failure-containment design, executable acceptance checker and per-case expected records.\"\n    ],\n    \"open_surprises\": [],\n    \"original_dependencies\": [\n      \"Original MSVCR100 scalar new/delete and narrowly accepted constructor/copy/append/destructor operations are permitted only as declared, counted ABI services.\",\n      \"Original RecordObservedTech, EventStorage::PostEvent, ProcessResearch, SetResearched, OnTechResearched and localized string lookup are forbidden in the bridge fixture.\",\n      \"The original game process supplies the MSVCR100 runtime and object address space for live tests; this contract does not claim standalone allocator or game-decision replacement.\"\n    ],\n    \"owner\": {\n      \"name\": \"live-record bridge architect\",\n      \"role\": \"architecture-review\"\n    },\n    \"predictions\": [\n      \"ObservedTech no-growth append deep-copies one name; growth relocates every existing 0x2c element and destroys the old range without cross-runtime frees.\",\n      \"PlayerEvent append deep-copies EvDsc, EvMsg and EvImg independently; full-capacity growth preserves all scalar/default fields and destroys old strings exactly once.\",\n      \"Repeated observed name updates the existing record without vector growth; exact duplicate event does not append; description-only-different event does append if the accepted EvDsc equality result is correct.\",\n      \"A contained allocation-failure fixture reports failure without an accepted partial record, leaked owned string, mismatched free or exception crossing into an unsafe ABI boundary.\"\n    ],\n    \"scope\": [\n      \"Recover and implement only the live ABI bridge for ObservedTech, TurnEvents and PlayerEvent construction/copy/append/update/destruction plus isolated fixtures and acceptance tooling.\",\n      \"First quantum is RE and architecture: reconcile callable boundaries and duplicate semantics, specify failure containment and name exact owned files. No engine implementation or VM mutation until the contract is ready and the operator holds required leases.\",\n      \"Runtime validation uses a bridge-only fixture on a disposable clone. It must not wire src/shim/hooks/research.cpp or src/shim/main.cpp and must not execute a research completion workload.\",\n      \"Static ABI acceptance is a dependency, not evidence of live safety. Acceptance remains scoped to bridge operations and does not promote research-replacement.\"\n    ],\n    \"status\": \"proposed\",\n    \"stop_conditions\": [\n      \"Remain proposed while callable ABI, exact ownership, fixture route, manifests, failure containment or executable acceptance is unresolved.\",\n      \"Stop affected work and record a surprise on contradictory fresh binary/runtime evidence, binary/source drift, allocator mismatch, exception crossing, unexpected game-decision-root execution, leak/double-free, guest interference or access change.\",\n      \"No Ghidra mutation or VM/build-host mutation without explicit assignment and the corresponding canonical lease; never touch VM140 under this contract.\",\n      \"No research replacement wiring, delegation, staging, commit, push or destructive canonical worktree operation. Checkpoint every 20 calls/15 minutes and before experiment, handoff or stop.\"\n    ],\n    \"title\": \"Live ObservedTech and event record ABI bridge\"\n  }\n]\n[\n  {\n    \"acceptance\": [\n      {\n        \"axis\": \"static-recovery\",\n        \"criterion\": \"Addresses/signatures and record/container/string lifetime rules backed by fresh binary/tool captures; distinguish recorded facts, inference and unexercised branches. Name exact callable allocation/copy/destruction operations or precise unresolved blockers.\",\n        \"id\": \"ownership-recovered\"\n      },\n      {\n        \"axis\": \"validation\",\n        \"criterion\": \"Independent verifier checks key instruction/ABI claims and archived record values. No static-only claim of live allocator safety or replacement acceptance.\",\n        \"id\": \"independent-cross-check\"\n      }\n    ],\n    \"baseline\": {\n      \"engine\": {\n        \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n        \"path\": \"/home/alex/sots-engine\"\n      },\n      \"re\": {\n        \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n        \"path\": \"/home/alex/sots-re\"\n      }\n    },\n    \"checkpoint\": \"campaign/runtime/checkpoints/research-completion-abi-d2e4078886c66df34ee00b24.json\",\n    \"dependencies\": [\n      \"controls-bootstrap\"\n    ],\n    \"effects\": [\n      \"Evidence-backed RE handoff and raw static captures; no game or shared database state changes\"\n    ],\n    \"evidence\": [\n      {\n        \"axis\": \"static-recovery\",\n        \"binaries\": [\n          {\n            \"path\": \"dumps/sots.exe\",\n            \"sha256\": \"970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841\"\n          }\n        ],\n        \"id\": \"research-completion-abi-static-run-79357a65226f61d6a86c042d\",\n        \"inputs\": [\n          {\n            \"path\": \"verify/results/research-completion-abi/run-79357a65226f61d6a86c042d/report.md\",\n            \"sha256\": \"d5a28f01002f1711cf8575ffd817a8f0998b413c6280d656e6cdad5a90a04477\"\n          }\n        ],\n        \"integrated\": true,\n        \"outcomes\": [\n          {\n            \"artifact\": {\n              \"path\": \"verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json\",\n              \"sha256\": \"4fdf2cbf02f0f3dd53c4ccfd1787a2fb8012d0de76dad63e97c2b5cfbdc6c46c\"\n            },\n            \"criterion\": \"ownership-recovered\",\n            \"status\": \"pass\"\n          }\n        ],\n        \"path\": \"verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json\",\n        \"sha256\": \"4fdf2cbf02f0f3dd53c4ccfd1787a2fb8012d0de76dad63e97c2b5cfbdc6c46c\",\n        \"source\": {\n          \"engine\": {\n            \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n            \"path\": \"/home/alex/sots-engine\"\n          },\n          \"re\": {\n            \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n            \"path\": \"/home/alex/sots-re\"\n          }\n        },\n        \"source_binding\": {\n          \"engine\": {\n            \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n            \"path\": \"/home/alex/sots-engine\",\n            \"sha256\": \"ccd8e02083e8d2e2b3e97976ace2273c8f924dfc02a39e919004eaf3544c50fd\"\n          },\n          \"re\": {\n            \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n            \"path\": \"/home/alex/sots-re\",\n            \"sha256\": \"e74ef6cff202ee35a6fdc38d63842b4826a074e34502dfc2981a33ffea912bd4\"\n          }\n        }\n      },\n      {\n        \"axis\": \"validation\",\n        \"binaries\": [\n          {\n            \"path\": \"dumps/sots.exe\",\n            \"sha256\": \"970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841\"\n          }\n        ],\n        \"id\": \"research-completion-abi-validation-run-735fcb8f4876c10285b03fad\",\n        \"inputs\": [\n          {\n            \"path\": \"verify/results/saves/turn3-state.sav\",\n            \"sha256\": \"978041acd168b56ed8eb3f5e42e78d5e70eae6e6517d75e659a5eb7ca3d60921\"\n          },\n          {\n            \"path\": \"verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json\",\n            \"sha256\": \"4fdf2cbf02f0f3dd53c4ccfd1787a2fb8012d0de76dad63e97c2b5cfbdc6c46c\"\n          }\n        ],\n        \"integrated\": true,\n        \"outcomes\": [\n          {\n            \"artifact\": {\n              \"path\": \"verify/results/research-completion-abi-independent/integration-lead-20260910/independent-state.json\",\n              \"sha256\": \"6463816f322803b2b7b479e1fc116c4ffa33fb2772a3005d492422a00acea433\"\n            },\n            \"criterion\": \"independent-cross-check\",\n            \"status\": \"pass\"\n          }\n        ],\n        \"path\": \"verify/results/research-completion-abi-independent/integration-lead-20260910/independent-state.json\",\n        \"sha256\": \"6463816f322803b2b7b479e1fc116c4ffa33fb2772a3005d492422a00acea433\",\n        \"source\": {\n          \"engine\": {\n            \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n            \"path\": \"/home/alex/sots-engine\"\n          },\n          \"re\": {\n            \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n            \"path\": \"/home/alex/sots-re\"\n          }\n        },\n        \"source_binding\": {\n          \"engine\": {\n            \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n            \"path\": \"/home/alex/sots-engine\",\n            \"sha256\": \"ccd8e02083e8d2e2b3e97976ace2273c8f924dfc02a39e919004eaf3544c50fd\"\n          },\n          \"re\": {\n            \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n            \"path\": \"/home/alex/sots-re\",\n            \"sha256\": \"e74ef6cff202ee35a6fdc38d63842b4826a074e34502dfc2981a33ffea912bd4\"\n          }\n        }\n      }\n    ],\n    \"id\": \"research-completion-abi\",\n    \"inputs\": [\n      \"Existing binary fingerprint/address contract and private RE findings\",\n      \"Owner-supplied binary or live read-only ReVa endpoint\",\n      \"Archived CR traces/saves for observed behavior\",\n      \"Source-identical current engine/RE worktree snapshots\"\n    ],\n    \"open_surprises\": [],\n    \"original_dependencies\": [\n      \"Original binary is the object of analysis, not a replacement dependency decision\"\n    ],\n    \"owner\": {\n      \"name\": \"research-abi-analyst\",\n      \"role\": \"analyst\"\n    },\n    \"predictions\": [\n      \"Count-only scratch updates conceal concrete element construction and original allocator ownership requirements\",\n      \"The observed-tech and nested-event containers use different element strides and nontrivial string lifetimes; raw header copying is insufficient\"\n    ],\n    \"scope\": [\n      \"Reverse engineering only. Own canonical campaign/research/research-completion-abi.md and verify/results/research-completion-abi/ captures. Use assigned source-identical paired worktrees for source inspection; canonical RE for unique evidence/checkpoint outputs.\",\n      \"Recover actual constructors/copy/destructors/vector-growth/allocation/free conventions used by RecordObservedTech and EventStorage/TurnEvents/PlayerEvent. Resolve implementable ABI operations, not another general framework.\",\n      \"Use existing ReVa read-only tools through canonical tools/reva_call.py or the owner-supplied local binary. No Ghidra renames/type writes, VM mutation, new engine code, framework code, agents or delegation. Do not commit/stage/push.\",\n      \"Start with findings/subsystems/{events,observedtech-append,research-replace}.md and campaign/pilots/research-replacement.md; cross-check binary bytes/decompilation rather than merely repeat notes. Anchors: RecordObservedTech 0x007ba1a0, EventStorage::PostEvent 0x008862b0, PlayerEvent constructor 0x0084ee30. Addresses are hypotheses to validate against fingerprint and actual tools.\",\n      \"Produce recovered signatures, ownership/lifetime rules, short/long string and empty/full-capacity container paths, and exact unresolved dependencies with minimum next probe. Store raw tool outputs and a hash/provenance index in your owned RE results directory. Keep code-derived material out of engine repo.\"\n    ],\n    \"status\": \"accepted\",\n    \"stop_conditions\": [\n      \"Stop affected interpretation on binary fingerprint mismatch, contradictory ownership/ABI evidence, unavailable original data, or any scope-changing surprise; record and escalate to Astra\",\n      \"Checkpoint every 20 calls/15 minutes and before compaction/stopping; return exact next RE action within 40 steps\",\n      \"Do not expand into framework development or mark pilot replacement ready/accepted\"\n    ],\n    \"title\": \"RE: research completion record construction and allocator ABI\"\n  }\n]\n[\n  \"controls-bootstrap\",\n  \"launcher-smoke\",\n  \"research-completion-abi\",\n  \"research-live-record-bridge\",\n  \"research-replacement\"\n]\n","metadata":{"output":"[\n  {\n    \"acceptance\": [\n      {\n        \"axis\": \"planning\",\n        \"criterion\": \"Before ready, publish exact bridge-only source/test ownership, callable entrypoints and calling conventions, generated-address provenance, a bridge-only invocation route, VM/build resources, executable acceptance commands and immutable source/binary/fixture manifests. The route must not call or wire research replacement.\",\n        \"id\": \"readiness\"\n      },\n      {\n        \"axis\": \"understanding\",\n        \"criterion\": \"Reconcile accepted binary evidence with generated and pure-model facts, including whether EvDsc participates in duplicate equality and whether the callable ObservedTech copy operation begins at 0x0079a150 or an interior site. Every exposed constructor/copy/append/destructor/new/delete operation has an exact ABI and ownership contract.\",\n        \"id\": \"abi-reconciliation\"\n      },\n      {\n        \"axis\": \"implementation\",\n        \"criterion\": \"An isolated bridge constructs, copies, appends, updates and destroys complete live-layout ObservedTech, TurnEvents and PlayerEvent values using compatible original-runtime allocation services. It never copies raw owning headers and never calls original RecordObservedTech, EventStorage::PostEvent or any research completion root.\",\n        \"id\": \"bridge-operations\"\n      },\n      {\n        \"axis\": \"validation\",\n        \"criterion\": \"Host tests and a fresh leased disposable-VM run positively execute empty, spare and full capacity; short and long strings; repeated observed names; exact duplicate and description-only-different events; normal destruction; and one contained recorded failure path. Preserve per-case operation/allocation/destruction counts and complete resulting records.\",\n        \"id\": \"runtime-matrix\"\n      },\n      {\n        \"axis\": \"validation\",\n        \"criterion\": \"Executable negative controls reject raw string/header transfer, wrong callable entry or convention, mismatched allocator family, missing cleanup, double free, incomplete record fields, forbidden original decision-root calls, zero execution, missing artifacts and source/binary/fixture drift.\",\n        \"id\": \"negative-controls\"\n      },\n      {\n        \"axis\": \"validation\",\n        \"criterion\": \"A different verifier session reproduces the source/binary/fixture-bound package and at least one meaningful negative control on an integrated tree. Author-only or static-only evidence cannot accept live allocator safety.\",\n        \"id\": \"independent-reproduction\"\n      }\n    ],\n    \"baseline\": {\n      \"engine\": {\n        \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n        \"path\": \"/home/alex/sots-engine\"\n      },\n      \"re\": {\n        \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n        \"path\": \"/home/alex/sots-re\"\n      }\n    },\n    \"checkpoint\": null,\n    \"dependencies\": [\n      \"research-completion-abi\"\n    ],\n    \"effects\": [\n      \"Complete 0x2c ObservedTech object fields, owned name string, existing-name update semantics, vector first/last/end and element lifetime across no-growth and growth paths.\",\n      \"Complete 0x74 PlayerEvent fields and three independently owned strings, plus complete 0x18 TurnEvents bucket and nested vector lifetime across no-growth and growth paths.\",\n      \"Event ID/order, exact duplicate behavior, description-only-different behavior and stale-bucket pruning only as needed to exercise the bridge fixture; no research callback or player-state effects.\",\n      \"Allocation, copy, destruction and failure-path counters sufficient to detect leaks, mismatched frees, partial construction and double destruction.\"\n    ],\n    \"id\": \"research-live-record-bridge\",\n    \"inputs\": [\n      \"Accepted research-completion-abi evidence and handoff, including binary fingerprint and independently reproduced static ownership windows.\",\n      \"Original binary /home/alex/sots-re/dumps/sots.exe sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841; owner-supplied and never committed.\",\n      \"Source-identical paired worktrees /tmp/opencode/sots-final-research-engine and /tmp/opencode/sots-final-research-re at the contract baselines; exact dirty source-content manifests are required before implementation evidence.\",\n      \"Disposable VM144 is the preferred runtime fixture guest; verify its current MAC/IP, session/process state and housekeeping immediately before use, then acquire campaign/runtime/leases/vm144.json. VM140 is excluded from this experiment.\",\n      \"Required but missing before ready: bridge-only invocation fixture, generated callable-address package, 32-bit shim/toolchain manifest, failure-containment design, executable acceptance checker and per-case expected records.\"\n    ],\n    \"open_surprises\": [],\n    \"original_dependencies\": [\n      \"Original MSVCR100 scalar new/delete and narrowly accepted constructor/copy/append/destructor operations are permitted only as declared, counted ABI services.\",\n      \"Original RecordObservedTech, EventStorage::PostEvent, ProcessResearch, SetResearched, OnTechResearched and localized string lookup are forbidden in the bridge fixture.\",\n      \"The original game process supplies the MSVCR100 runtime and object address space for live tests; this contract does not claim standalone allocator or game-decision replacement.\"\n    ],\n    \"owner\": {\n      \"name\": \"live-record bridge architect\",\n      \"role\": \"architecture-review\"\n    },\n    \"predictions\": [\n      \"ObservedTech no-growth append deep-copies one name; growth relocates every existing 0x2c element and destroys the old range without cross-runtime frees.\",\n      \"PlayerEvent append deep-copies EvDsc, EvMsg and EvImg independently; full-capacity growth preserves all scalar/default fields and destroys old strings exactly once.\",\n      \"Repeated observed name updates the existing record without vector growth; exact duplicate event does not append; description-only-different event does append if the accepted EvDsc equality result is correct.\",\n      \"A contained allocation-failure fixture reports failure without an accepted partial record, leaked owned string, mismatched free or exception crossing into an unsafe ABI boundary.\"\n    ],\n    \"scope\": [\n      \"Recover and implement only the live ABI bridge for ObservedTech, TurnEvents and PlayerEvent construction/copy/append/update/destruction plus isolated fixtures and acceptance tooling.\",\n      \"First quantum is RE and architecture: reconcile callable boundaries and duplicate semantics, specify failure containment and name exact owned files. No engine implementation or VM mutation until the contract is ready and the operator holds required leases.\",\n      \"Runtime validation uses a bridge-only fixture on a disposable clone. It must not wire src/shim/hooks/research.cpp or src/shim/main.cpp and must not execute a research completion workload.\",\n      \"Static ABI acceptance is a dependency, not evidence of live safety. Acceptance remains scoped to bridge operations and does not promote research-replacement.\"\n    ],\n    \"status\": \"proposed\",\n    \"stop_conditions\": [\n      \"Remain proposed while callable ABI, exact ownership, fixture route, manifests, failure containment or executable acceptance is unresolved.\",\n      \"Stop affected work and record a surprise on contradictory fresh binary/runtime evidence, binary/source drift, allocator mismatch, exception crossing, unexpected game-decision-root execution, leak/double-free, guest interference or access change.\",\n      \"No Ghidra mutation or VM/build-host mutation without explicit assignment and the corresponding canonical lease; never touch VM140 under this contract.\",\n      \"No research replacement wiring, delegation, staging, commit, push or destructive canonical worktree operation. Checkpoint every 20 calls/15 minutes and before experiment, handoff or stop.\"\n    ],\n    \"title\": \"Live ObservedTech and event record ABI bridge\"\n  }\n]\n[\n  {\n    \"acceptance\": [\n      {\n        \"axis\": \"static-recovery\",\n        \"criterion\": \"Addresses/signatures and record/container/string lifetime rules backed by fresh binary/tool captures; distinguish recorded facts, inference and unexercised branches. Name exact callable allocation/copy/destruction operations or precise unresolved blockers.\",\n        \"id\": \"ownership-recovered\"\n      },\n      {\n        \"axis\": \"validation\",\n        \"criterion\": \"Independent verifier checks key instruction/ABI claims and archived record values. No static-only claim of live allocator safety or replacement acceptance.\",\n        \"id\": \"independent-cross-check\"\n      }\n    ],\n    \"baseline\": {\n      \"engine\": {\n        \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n        \"path\": \"/home/alex/sots-engine\"\n      },\n      \"re\": {\n        \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n        \"path\": \"/home/alex/sots-re\"\n      }\n    },\n    \"checkpoint\": \"campaign/runtime/checkpoints/research-completion-abi-d2e4078886c66df34ee00b24.json\",\n    \"dependencies\": [\n      \"controls-bootstrap\"\n    ],\n    \"effects\": [\n      \"Evidence-backed RE handoff and raw static captures; no game or shared database state changes\"\n    ],\n    \"evidence\": [\n      {\n        \"axis\": \"static-recovery\",\n        \"binaries\": [\n          {\n            \"path\": \"dumps/sots.exe\",\n            \"sha256\": \"970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841\"\n          }\n        ],\n        \"id\": \"research-completion-abi-static-run-79357a65226f61d6a86c042d\",\n        \"inputs\": [\n          {\n            \"path\": \"verify/results/research-completion-abi/run-79357a65226f61d6a86c042d/report.md\",\n            \"sha256\": \"d5a28f01002f1711cf8575ffd817a8f0998b413c6280d656e6cdad5a90a04477\"\n          }\n        ],\n        \"integrated\": true,\n        \"outcomes\": [\n          {\n            \"artifact\": {\n              \"path\": \"verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json\",\n              \"sha256\": \"4fdf2cbf02f0f3dd53c4ccfd1787a2fb8012d0de76dad63e97c2b5cfbdc6c46c\"\n            },\n            \"criterion\": \"ownership-recovered\",\n            \"status\": \"pass\"\n          }\n        ],\n        \"path\": \"verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json\",\n        \"sha256\": \"4fdf2cbf02f0f3dd53c4ccfd1787a2fb8012d0de76dad63e97c2b5cfbdc6c46c\",\n        \"source\": {\n          \"engine\": {\n            \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n            \"path\": \"/home/alex/sots-engine\"\n          },\n          \"re\": {\n            \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n            \"path\": \"/home/alex/sots-re\"\n          }\n        },\n        \"source_binding\": {\n          \"engine\": {\n            \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n            \"path\": \"/home/alex/sots-engine\",\n            \"sha256\": \"ccd8e02083e8d2e2b3e97976ace2273c8f924dfc02a39e919004eaf3544c50fd\"\n          },\n          \"re\": {\n            \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n            \"path\": \"/home/alex/sots-re\",\n            \"sha256\": \"e74ef6cff202ee35a6fdc38d63842b4826a074e34502dfc2981a33ffea912bd4\"\n          }\n        }\n      },\n      {\n        \"axis\": \"validation\",\n        \"binaries\": [\n          {\n            \"path\": \"dumps/sots.exe\",\n            \"sha256\": \"970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841\"\n          }\n        ],\n        \"id\": \"research-completion-abi-validation-run-735fcb8f4876c10285b03fad\",\n        \"inputs\": [\n          {\n            \"path\": \"verify/results/saves/turn3-state.sav\",\n            \"sha256\": \"978041acd168b56ed8eb3f5e42e78d5e70eae6e6517d75e659a5eb7ca3d60921\"\n          },\n          {\n            \"path\": \"verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json\",\n            \"sha256\": \"4fdf2cbf02f0f3dd53c4ccfd1787a2fb8012d0de76dad63e97c2b5cfbdc6c46c\"\n          }\n        ],\n        \"integrated\": true,\n        \"outcomes\": [\n          {\n            \"artifact\": {\n              \"path\": \"verify/results/research-completion-abi-independent/integration-lead-20260910/independent-state.json\",\n              \"sha256\": \"6463816f322803b2b7b479e1fc116c4ffa33fb2772a3005d492422a00acea433\"\n            },\n            \"criterion\": \"independent-cross-check\",\n            \"status\": \"pass\"\n          }\n        ],\n        \"path\": \"verify/results/research-completion-abi-independent/integration-lead-20260910/independent-state.json\",\n        \"sha256\": \"6463816f322803b2b7b479e1fc116c4ffa33fb2772a3005d492422a00acea433\",\n        \"source\": {\n          \"engine\": {\n            \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n            \"path\": \"/home/alex/sots-engine\"\n          },\n          \"re\": {\n            \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n            \"path\": \"/home/alex/sots-re\"\n          }\n        },\n        \"source_binding\": {\n          \"engine\": {\n            \"commit\": \"7741d42fc5e4e761e6449bdaf0e4a61d00036a23\",\n            \"path\": \"/home/alex/sots-engine\",\n            \"sha256\": \"ccd8e02083e8d2e2b3e97976ace2273c8f924dfc02a39e919004eaf3544c50fd\"\n          },\n          \"re\": {\n            \"commit\": \"3bfde5a70d874a723e797a695bbd847fd82c0aa7\",\n            \"path\": \"/home/alex/sots-re\",\n            \"sha256\": \"e74ef6cff202ee35a6fdc38d63842b4826a074e34502dfc2981a33ffea912bd4\"\n          }\n        }\n      }\n    ],\n    \"id\": \"research-completion-abi\",\n    \"inputs\": [\n      \"Existing binary fingerprint/address contract and private RE findings\",\n      \"Owner-supplied binary or live read-only ReVa endpoint\",\n      \"Archived CR traces/saves for observed behavior\",\n      \"Source-identical current engine/RE worktree snapshots\"\n    ],\n    \"open_surprises\": [],\n    \"original_dependencies\": [\n      \"Original binary is the object of analysis, not a replacement dependency decision\"\n    ],\n    \"owner\": {\n      \"name\": \"research-abi-analyst\",\n      \"role\": \"analyst\"\n    },\n    \"predictions\": [\n      \"Count-only scratch updates conceal concrete element construction and original allocator ownership requirements\",\n      \"The observed-tech and nested-event containers use different element strides and nontrivial string lifetimes; raw header copying is insufficient\"\n    ],\n    \"scope\": [\n      \"Reverse engineering only. Own canonical campaign/research/research-completion-abi.md and verify/results/research-completion-abi/ captures. Use assigned source-identical paired worktrees for source inspection; canonical RE for unique evidence/checkpoint outputs.\",\n      \"Recover actual constructors/copy/destructors/vector-growth/allocation/free conventions used by RecordObservedTech and EventStorage/TurnEvents/PlayerEvent. Resolve implementable ABI operations, not another general framework.\",\n      \"Use existing ReVa read-only tools through canonical tools/reva_call.py or the owner-supplied local binary. No Ghidra renames/type writes, VM mutation, new engine code, framework code, agents or delegation. Do not commit/stage/push.\",\n      \"Start with findings/subsystems/{events,observedtech-append,research-replace}.md and campaign/pilots/research-replacement.md; cross-check binary bytes/decompilation rather than merely repeat notes. Anchors: RecordObservedTech 0x007ba1a0, EventStorage::PostEvent 0x008862b0, PlayerEvent constructor 0x0084ee30. Addresses are hypotheses to validate against fingerprint and actual tools.\",\n      \"Produce recovered signatures, ownership/lifetime rules, short/long string and empty/full-capacity container paths, and exact unresolved dependencies with minimum next probe. Store raw tool outputs and a hash/provenance index in your owned RE results directory. Keep code-derived material out of engine repo.\"\n    ],\n    \"status\": \"accepted\",\n    \"stop_conditions\": [\n      \"Stop affected interpretation on binary fingerprint mismatch, contradictory ownership/ABI evidence, unavailable original data, or any scope-changing surprise; record and escalate to Astra\",\n      \"Checkpoint every 20 calls/15 minutes and before compaction/stopping; return exact next RE action within 40 steps\",\n      \"Do not expand into framework development or mark pilot replacement ready/accepted\"\n    ],\n    \"title\": \"RE: research completion record construction and allocator ABI\"\n  }\n]\n[\n  \"controls-bootstrap\",\n  \"launcher-smoke\",\n  \"research-completion-abi\",\n  \"research-live-record-bridge\",\n  \"research-replacement\"\n]\n","exit":0,"truncated":false},"title":"python3 tools/campaign.py --state-root /home/alex/sots-re status research-live-record-bridge && python3 tools/campaign.py --state-root /home/alex/sots-re status research-completion-abi && python3 tools/campaign.py --state-root /home/alex/sots-re validate","time":{"start":1789005694330,"end":1789005694467}},"metadata":{"openai":{"itemId":"fc_08011fd1b2306041016aa20f7e010087d1b44d82ae248f282d"}},"id":"prt_0890c8577001QSjAzSFRWH6pSS","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c3865001lW98Pu7tbQ59Mw"}}
{"type":"step_finish","timestamp":1789005694506,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890c8627001hOooWbMX0bAWET","reason":"tool-calls","snapshot":"2a46217fc7544267b175a7933585c45fd4067325","messageID":"msg_0890c3865001lW98Pu7tbQ59Mw","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":14514,"input":14044,"output":398,"reasoning":72,"cache":{"write":0,"read":0}},"cost":0}}
{"type":"step_start","timestamp":1789005696333,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890c8d49001M7yrCWyRMKRg5Z","messageID":"msg_0890c864c001R7hIjA3wGmduCs","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"8ff5d56d21b05c0246f6619bb865ab792c890622","type":"step-start"}}
{"type":"tool_use","timestamp":1789005711410,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_4vZkaVEkGzfNnJlLuxQl2ZKL","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/research/research-completion-abi.md"},"output":"<path>/home/alex/sots-re/campaign/research/research-completion-abi.md</path>\n<type>file</type>\n<content>\n1: # Completion record ABI recovery\n2: \n3: Static handoff only. The provenance index is\n4: `verify/results/research-completion-abi/reva-2026-09-09-index.md`; the regenerated instruction\n5: capture and interpretation are respectively\n6: `verify/results/research-completion-abi/objdump-2026-09-09-ownership.txt` and\n7: `verify/results/research-completion-abi/recovered-static.md`. The complete dedup/helper repair is\n8: `verify/results/research-completion-abi/objdump-2026-09-09-dedup-helper.txt`; its first-window raw\n9: provenance is superseded by the paired captures and identity record in\n10: `verify/results/research-completion-abi/objdump-2026-09-10-boundary-repair.md` under Astra decision\n11: `d-d2a9b8be6399a6abaa0e05a5`. Input identity is `dumps/sots.exe`,\n12: SHA-256 `970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841` / MD5\n13: `9969481c39f4b33a8a21c48b62abee4c`.\n14: \n15: The ownership archive's terminal-byte provenance is likewise superseded by the complete package\n16: `verify/results/research-completion-abi/run-79357a65226f61d6a86c042d/` under Astra decision\n17: `d-d4c494ba02ada278030ef473`. Its six narrow/wide pairs, raw section-byte checks and full ten-window\n18: audit establish the encoded return immediates while preserving the static-only limitation. The\n19: package found three additional truncated historical stops (ObservedTech append/reallocator and\n20: string allocation/replacement); their widened streams are now the byte authority. No archive\n21: production-history inference or live-safety claim is made.\n22: \n23: ## Implementable machine boundaries recovered\n24: \n25: * `0x008562a0`: ObservedTech default constructor, ECX receiver, EAX return, plain `ret`.\n26: * `0x007b7320`: ObservedTech vector append, ECX receiver plus one stack word, `ret 4`; stride `0x2c`.\n27:   Its copy helper is `0x0079a150` (cdecl-style allocator/destination/source stack arguments), which copy-constructs the embedded string rather than copying a\n28:   vector element header. Capacity growth is `0x007b5820` -> `0x007b34e0` -> `0x0057e590`.\n29: * `0x0057e590` calls `0x00924fb6` with `count * 0x2c`; reallocation destroys every old element via\n30:   virtual slot 0 with zero and frees the array through `0x00924faa`. These are MSVCR100 scalar-new\n31:   and scalar-delete import thunks, not clean-room allocator operations.\n32: * `0x0086c580`: PlayerEvent vector append, ECX receiver plus one stack word, `ret 4`; stride `0x74`.\n33:   It grows via `0x00869500` and copy-constructs through `0x007693f0` (ECX destination, stack source,\n34:   EAX destination return, ret 4), independently assigning all\n35:   three strings. `0x0061ae90` releases each long string via `0x00924faa` when capacity is `>= 0x10`.\n36: * `0x004249a0` (reached by `0x00425430` assignment) allocates through `0x00924fb6` and releases a\n37:   prior long destination buffer through `0x00924faa`. A temporary long string is therefore not\n38:   transferable by raw header copy.\n39: * `0x00885380`: get-or-create TurnEvents bucket, ECX EventStorage receiver plus stack turn, EAX\n40:   bucket return, `ret 4`. It returns the last existing matching turn. On absence it appends a deep\n41:   copy of a zero/empty stack bucket through `0x00884cb0`, then writes the stored turn.\n42: * `0x00884cb0`: outer TurnEvents vector append, ECX vector receiver plus stack source, `ret 4`,\n43:   stride `0x18`. Full-capacity growth is `0x008841a0` -> `0x00883a60`; allocation is\n44:   `0x006e8f50` -> `0x00924fb6` with `count * 0x18`. Existing buckets are copy-constructed by\n45:   `0x0077fed0`, including an independently allocated/copied nested PlayerEvent vector via\n46:   `0x00779850` -> `0x0078af40` (`count * 0x74`) -> `0x007725a0` -> `0x007693f0`.\n47: * TurnEvents virtual slot zero resolves from vtable `0x00a0f07c` to `0x0062e120`. It destroys the\n48:   nested vector through `0x00629580`; that destroys every `0x74` PlayerEvent, frees the nested block,\n49:   and zeros its three pointers. Static unwind edges clean partial PlayerEvent and TurnEvents ranges\n50:   and free the new outer block, but no allocation failure was executed live.\n51: \n52: ## Ordering / visible effects\n53: \n54: RecordObservedTech's append predicate is name absence, not capacity. A matching existing record\n55: keeps first-turn/name and updates last-turn/with mask. `0x00825d40` scans a bucket's events in\n56: `0x74` steps, checking action, location, three floats, message and image before passing both\n57: description strings to `0x0046f8c0`. Fresh paired-boundary instructions establish that helper as\n58: caller-cleaned `bool string_not_equal(stored, candidate)`: it returns one for any byte/length\n59: difference and zero for equality, handling each operand's inline/heap representation at capacity\n60: `0x10`. FindDuplicate reaches the match return only on zero, so `EvDsc` equality is required and a\n61: description-only difference does not deduplicate. This statically contradicts the inherited\n62: description-omission claim; decision `d-2ff30c9f5355116bea822924` required the now-archived complete\n63: branch/helper repair. The later provenance correction does not itself prove these semantics: an\n64: independent verifier must reproduce the repaired package and predeclared falsifiers. The wrapper\n65: returns the first element equal in all fields and writes nothing.\n66: `0x00879eb0` prunes only a leading\n67: stale run (`EvTurn < turn-50`), deep-shifts from the run's last stale element, and therefore removes\n68: `n-1`: one stale bucket survives, a single stale bucket causes no write, and stale buckets after a\n69: fresh bucket are not inspected. The no-duplicate EventStorage path remains distinct from event-vector\n70: capacity: it is the path that appends a `0x74` PlayerEvent and changes IDs/vector contents. Caller\n71: text/position/action/defaulting and the exact PostEvent write order remain required inputs/effects.\n72: No RNG draw occurs in the recovered bucket, duplicate, prune, copy, allocation, or destruction\n73: boundaries.\n74: \n75: ## Original/runtime dependencies and limits\n76: \n77: Any original-assisted allocation, string assignment or deletion must retain allocator-family\n78: compatibility: the recovered calls target the original MSVCR100 import thunks. A standalone\n79: replacement needs its own coherent allocation/destruction boundary; calling these original helpers\n80: is an original dependency, not independent replacement. Calling `0x0046f8c0` likewise retains an\n81: original string-layout/comparison dependency, though its equality behavior is implementable without\n82: allocation in a standalone boundary. Required unavailable proof inputs are a safe\n83: long-string/full-capacity pre/post fixture (or equivalent archived trace), same-bucket\n84: equal/description-only-different event fixtures covering short and long strings, exact exceptional\n85: cleanup outcomes under a live throw, and independent reproduction of the named static windows and\n86: falsifiers. This handoff makes no live\n87: allocator-safety, runtime event-construction, or replacement-acceptance claim.\n\n(End of file - total 87 lines)\n</content>","metadata":{"preview":"# Completion record ABI recovery\n\nStatic handoff only. The provenance index is\n`verify/results/research-completion-abi/reva-2026-09-09-index.md`; the regenerated instruction\ncapture and interpretation are respectively\n`verify/results/research-completion-abi/objdump-2026-09-09-ownership.txt` and\n`verify/results/research-completion-abi/recovered-static.md`. The complete dedup/helper repair is\n`verify/results/research-completion-abi/objdump-2026-09-09-dedup-helper.txt`; its first-window raw\nprovenance is superseded by the paired captures and identity record in\n`verify/results/research-completion-abi/objdump-2026-09-10-boundary-repair.md` under Astra decision\n`d-d2a9b8be6399a6abaa0e05a5`. Input identity is `dumps/sots.exe`,\nSHA-256 `970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841` / MD5\n`9969481c39f4b33a8a21c48b62abee4c`.\n\nThe ownership archive's terminal-byte provenance is likewise superseded by the complete package\n`verify/results/research-completion-abi/run-79357a65226f61d6a86c042d/` under Astra decision\n`d-d4c494ba02ada278030ef473`. Its six narrow/wide pairs, raw section-byte checks and full ten-window\naudit establish the encoded return immediates while preserving the static-only limitation. The\npackage found three additional truncated historical stops (ObservedTech append/reallocator and\nstring allocation/replacement); their widened streams are now the byte authority. No archive","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/research/research-completion-abi.md","text":"# Completion record ABI recovery\n\nStatic handoff only. The provenance index is\n`verify/results/research-completion-abi/reva-2026-09-09-index.md`; the regenerated instruction\ncapture and interpretation are respectively\n`verify/results/research-completion-abi/objdump-2026-09-09-ownership.txt` and\n`verify/results/research-completion-abi/recovered-static.md`. The complete dedup/helper repair is\n`verify/results/research-completion-abi/objdump-2026-09-09-dedup-helper.txt`; its first-window raw\nprovenance is superseded by the paired captures and identity record in\n`verify/results/research-completion-abi/objdump-2026-09-10-boundary-repair.md` under Astra decision\n`d-d2a9b8be6399a6abaa0e05a5`. Input identity is `dumps/sots.exe`,\nSHA-256 `970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841` / MD5\n`9969481c39f4b33a8a21c48b62abee4c`.\n\nThe ownership archive's terminal-byte provenance is likewise superseded by the complete package\n`verify/results/research-completion-abi/run-79357a65226f61d6a86c042d/` under Astra decision\n`d-d4c494ba02ada278030ef473`. Its six narrow/wide pairs, raw section-byte checks and full ten-window\naudit establish the encoded return immediates while preserving the static-only limitation. The\npackage found three additional truncated historical stops (ObservedTech append/reallocator and\nstring allocation/replacement); their widened streams are now the byte authority. No archive\nproduction-history inference or live-safety claim is made.\n\n## Implementable machine boundaries recovered\n\n* `0x008562a0`: ObservedTech default constructor, ECX receiver, EAX return, plain `ret`.\n* `0x007b7320`: ObservedTech vector append, ECX receiver plus one stack word, `ret 4`; stride `0x2c`.\n  Its copy helper is `0x0079a150` (cdecl-style allocator/destination/source stack arguments), which copy-constructs the embedded string rather than copying a\n  vector element header. Capacity growth is `0x007b5820` -> `0x007b34e0` -> `0x0057e590`.\n* `0x0057e590` calls `0x00924fb6` with `count * 0x2c`; reallocation destroys every old element via\n  virtual slot 0 with zero and frees the array through `0x00924faa`. These are MSVCR100 scalar-new\n  and scalar-delete import thunks, not clean-room allocator operations.\n* `0x0086c580`: PlayerEvent vector append, ECX receiver plus one stack word, `ret 4`; stride `0x74`.\n  It grows via `0x00869500` and copy-constructs through `0x007693f0` (ECX destination, stack source,\n  EAX destination return, ret 4), independently assigning all\n  three strings. `0x0061ae90` releases each long string via `0x00924faa` when capacity is `>= 0x10`.\n* `0x004249a0` (reached by `0x00425430` assignment) allocates through `0x00924fb6` and releases a\n  prior long destination buffer through `0x00924faa`. A temporary long string is therefore not\n  transferable by raw header copy.\n* `0x00885380`: get-or-create TurnEvents bucket, ECX EventStorage receiver plus stack turn, EAX\n  bucket return, `ret 4`. It returns the last existing matching turn. On absence it appends a deep\n  copy of a zero/empty stack bucket through `0x00884cb0`, then writes the stored turn.\n* `0x00884cb0`: outer TurnEvents vector append, ECX vector receiver plus stack source, `ret 4`,\n  stride `0x18`. Full-capacity growth is `0x008841a0` -> `0x00883a60`; allocation is\n  `0x006e8f50` -> `0x00924fb6` with `count * 0x18`. Existing buckets are copy-constructed by\n  `0x0077fed0`, including an independently allocated/copied nested PlayerEvent vector via\n  `0x00779850` -> `0x0078af40` (`count * 0x74`) -> `0x007725a0` -> `0x007693f0`.\n* TurnEvents virtual slot zero resolves from vtable `0x00a0f07c` to `0x0062e120`. It destroys the\n  nested vector through `0x00629580`; that destroys every `0x74` PlayerEvent, frees the nested block,\n  and zeros its three pointers. Static unwind edges clean partial PlayerEvent and TurnEvents ranges\n  and free the new outer block, but no allocation failure was executed live.\n\n## Ordering / visible effects\n\nRecordObservedTech's append predicate is name absence, not capacity. A matching existing record\nkeeps first-turn/name and updates last-turn/with mask. `0x00825d40` scans a bucket's events in\n`0x74` steps, checking action, location, three floats, message and image before passing both\ndescription strings to `0x0046f8c0`. Fresh paired-boundary instructions establish that helper as\ncaller-cleaned `bool string_not_equal(stored, candidate)`: it returns one for any byte/length\ndifference and zero for equality, handling each operand's inline/heap representation at capacity\n`0x10`. FindDuplicate reaches the match return only on zero, so `EvDsc` equality is required and a\ndescription-only difference does not deduplicate. This statically contradicts the inherited\ndescription-omission claim; decision `d-2ff30c9f5355116bea822924` required the now-archived complete\nbranch/helper repair. The later provenance correction does not itself prove these semantics: an\nindependent verifier must reproduce the repaired package and predeclared falsifiers. The wrapper\nreturns the first element equal in all fields and writes nothing.\n`0x00879eb0` prunes only a leading\nstale run (`EvTurn < turn-50`), deep-shifts from the run's last stale element, and therefore removes\n`n-1`: one stale bucket survives, a single stale bucket causes no write, and stale buckets after a\nfresh bucket are not inspected. The no-duplicate EventStorage path remains distinct from event-vector\ncapacity: it is the path that appends a `0x74` PlayerEvent and changes IDs/vector contents. Caller\ntext/position/action/defaulting and the exact PostEvent write order remain required inputs/effects.\nNo RNG draw occurs in the recovered bucket, duplicate, prune, copy, allocation, or destruction\nboundaries.\n\n## Original/runtime dependencies and limits\n\nAny original-assisted allocation, string assignment or deletion must retain allocator-family\ncompatibility: the recovered calls target the original MSVCR100 import thunks. A standalone\nreplacement needs its own coherent allocation/destruction boundary; calling these original helpers\nis an original dependency, not independent replacement. Calling `0x0046f8c0` likewise retains an\noriginal string-layout/comparison dependency, though its equality behavior is implementable without\nallocation in a standalone boundary. Required unavailable proof inputs are a safe\nlong-string/full-capacity pre/post fixture (or equivalent archived trace), same-bucket\nequal/description-only-different event fixtures covering short and long strings, exact exceptional\ncleanup outcomes under a live throw, and independent reproduction of the named static windows and\nfalsifiers. This handoff makes no live\nallocator-safety, runtime event-construction, or replacement-acceptance claim.","lineStart":1,"lineEnd":87,"totalLines":87,"truncated":false}},"title":"campaign/research/research-completion-abi.md","time":{"start":1789005711380,"end":1789005711402}},"metadata":{"openai":{"itemId":"fc_06aaddcc8db48c52016aa20f8f3c5087d18c33fe5690329668"}},"id":"prt_0890cc810001Ip1BOUW7azLHNd","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c864c001R7hIjA3wGmduCs"}}
{"type":"tool_use","timestamp":1789005711410,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_LcJwXzmoWIg51gqrxbVUgB9I","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-d2e4078886c66df34ee00b24.json"},"output":"<path>/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-d2e4078886c66df34ee00b24.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"actor\": \"research-abi-independent\",\n3:   \"artifacts\": [\n4:     {\n5:       \"path\": \"verify/results/research-completion-abi-independent/verification-plan-run-d94d4516b9d898793318805e.md\",\n6:       \"sha256\": \"78b7dea4e916d5ef7e4b10b488970e51407094580bbc4d2f807082fb0018a76d\"\n7:     },\n8:     {\n9:       \"path\": \"verify/results/research-completion-abi-independent/reproduce_run_d94d4516b9d898793318805e.py\",\n10:       \"sha256\": \"cd71d370d9e1c393a98f6c1034f8e785b0b3e95a2ecb96319ee193b23f656eaa\"\n11:     },\n12:     {\n13:       \"path\": \"verify/results/research-completion-abi-independent/heldout_run_d94d4516b9d898793318805e.py\",\n14:       \"sha256\": \"14935c800bac1dc60dce71fa8067b9c0a282d2871002381a4432b0141be8beec\"\n15:     },\n16:     {\n17:       \"path\": \"verify/results/research-completion-abi-independent/run-d94d4516b9d898793318805e/manifest.json\",\n18:       \"sha256\": \"c7313047b4f013068649fc7784db4db277a6ca42083ec5cdb446221559561deb\"\n19:     },\n20:     {\n21:       \"path\": \"verify/results/research-completion-abi-independent/run-d94d4516b9d898793318805e/independent-state.json\",\n22:       \"sha256\": \"6463816f322803b2b7b479e1fc116c4ffa33fb2772a3005d492422a00acea433\"\n23:     },\n24:     {\n25:       \"path\": \"verify/results/research-completion-abi-independent/run-d94d4516b9d898793318805e/heldout-boundary.json\",\n26:       \"sha256\": \"c7c950672d987d2243bfeede543f6ff37918c806873def6e9c3bd12ba5c5f091\"\n27:     },\n28:     {\n29:       \"path\": \"verify/results/research-completion-abi-independent/result-run-d94d4516b9d898793318805e.md\",\n30:       \"sha256\": \"b2278ae463654bf05f8456fad5c14dd837539cc1d5f0840f5a2098026a17e321\"\n31:     },\n32:     {\n33:       \"path\": \"campaign/runtime/verdicts/research-completion-abi.json\",\n34:       \"sha256\": \"b1f643b17e5b63677466e1264126fefb9b9360c0194917f111f3387ddc2a5b08\"\n35:     }\n36:   ],\n37:   \"basis\": \"aaddeb76f74bbd1a43671f882770ec84a7d690b4060d060ef1a68f918e8edbb0\",\n38:   \"contract\": \"research-completion-abi\",\n39:   \"id\": \"d2e4078886c66df34ee00b24\",\n40:   \"model\": \"openai/gpt-5.6-sol\",\n41:   \"next_action\": \"Lead reviews verdict b1f643b17e5b63677466e1264126fefb9b9360c0194917f111f3387ddc2a5b08 and, if campaign acceptance policy is satisfied, transitions research-completion-abi from integration to accepted.\",\n42:   \"role\": \"verifier\",\n43:   \"schema\": \"sots-checkpoint/1\",\n44:   \"session\": \"run-d94d4516b9d898793318805e\",\n45:   \"summary\": \"QUANTUM END. DECISION: fresh independent PASS verdict recorded over the CURRENT INTEGRATED two-record evidence array; verifier made no lifecycle transition. CLASSIFICATION: independent static reproduction plus archived-state inspection only, not original-assisted runtime, partial/full live compare, independent replacement, or integrated replay. OBSERVATIONS/IDENTITY: assigned engine HEAD 7741d42fc5e4e761e6449bdaf0e4a61d00036a23/common /home/alex/sots-engine/.git remains binding ccd8e02083e8d2e2b3e97976ace2273c8f924dfc02a39e919004eaf3544c50fd; assigned RE HEAD 3bfde5a70d874a723e797a695bbd847fd82c0aa7/common /home/alex/sots-re/.git remains paired binding 6696fd5201e144843617cbf6d78b41b5287ad5dcc9fa1e8aaa861d52b64e72e8; assigned trees were not edited. Canonical integrated binding engine ccd8e020...50fd / RE e74ef6cf...bd4 still exactly matches both evidence records. Binary 970b7de7...c841, save 978041ac...0921 and objdump 1eaaef2e...d4cd match. TESTS/REPRODUCTION: py_compile and reproduce_run_d94d4516b9d898793318805e.py exited 0; 22 nonempty static windows plus two strict state tools, empty stderr/no skips. Manifest equals integrated manifest except session; independent state byte-equal. Heldout script exited 0: all seven exact return encodings and 14 shifted-start negative controls passed; 0x2c/0x74, deep-copy, three-delete, description, and three unordered-or-unequal float branches exposed. Actual state: EvNxID 4, turn-3 count 2, event ID 3 full fields/defaults, exact 609080-byte rebuild, RNG leaf 2503 bytes/digest 0978fdf34ff7962f76c2de810dc93e0a. 37 campaign tests pass; final campaign validate passes. Verdict hash b1f643b17e5b63677466e1264126fefb9b9360c0194917f111f3387ddc2a5b08, evidence digest e5073be0...a931. FAILURES/RESIDUALS: no new failed prediction or surprise; historical provenance/description failures remain failures resolved by Astra. No live empty/full, short/long, duplicate/different, NaN, unwind/failure, allocator-family, original differe... (line truncated to 2000 chars)\n46:   \"timestamp\": \"2026-09-10T01:40:39.007537+00:00\"\n47: }\n\n(End of file - total 47 lines)\n</content>","metadata":{"preview":"{\n  \"actor\": \"research-abi-independent\",\n  \"artifacts\": [\n    {\n      \"path\": \"verify/results/research-completion-abi-independent/verification-plan-run-d94d4516b9d898793318805e.md\",\n      \"sha256\": \"78b7dea4e916d5ef7e4b10b488970e51407094580bbc4d2f807082fb0018a76d\"\n    },\n    {\n      \"path\": \"verify/results/research-completion-abi-independent/reproduce_run_d94d4516b9d898793318805e.py\",\n      \"sha256\": \"cd71d370d9e1c393a98f6c1034f8e785b0b3e95a2ecb96319ee193b23f656eaa\"\n    },\n    {\n      \"path\": \"verify/results/research-completion-abi-independent/heldout_run_d94d4516b9d898793318805e.py\",\n      \"sha256\": \"14935c800bac1dc60dce71fa8067b9c0a282d2871002381a4432b0141be8beec\"\n    },\n    {\n      \"path\": \"verify/results/research-completion-abi-independent/run-d94d4516b9d898793318805e/manifest.json\",\n      \"sha256\": \"c7313047b4f013068649fc7784db4db277a6ca42083ec5cdb446221559561deb\"\n    },\n    {","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/runtime/checkpoints/research-completion-abi-d2e4078886c66df34ee00b24.json","text":"{\n  \"actor\": \"research-abi-independent\",\n  \"artifacts\": [\n    {\n      \"path\": \"verify/results/research-completion-abi-independent/verification-plan-run-d94d4516b9d898793318805e.md\",\n      \"sha256\": \"78b7dea4e916d5ef7e4b10b488970e51407094580bbc4d2f807082fb0018a76d\"\n    },\n    {\n      \"path\": \"verify/results/research-completion-abi-independent/reproduce_run_d94d4516b9d898793318805e.py\",\n      \"sha256\": \"cd71d370d9e1c393a98f6c1034f8e785b0b3e95a2ecb96319ee193b23f656eaa\"\n    },\n    {\n      \"path\": \"verify/results/research-completion-abi-independent/heldout_run_d94d4516b9d898793318805e.py\",\n      \"sha256\": \"14935c800bac1dc60dce71fa8067b9c0a282d2871002381a4432b0141be8beec\"\n    },\n    {\n      \"path\": \"verify/results/research-completion-abi-independent/run-d94d4516b9d898793318805e/manifest.json\",\n      \"sha256\": \"c7313047b4f013068649fc7784db4db277a6ca42083ec5cdb446221559561deb\"\n    },\n    {\n      \"path\": \"verify/results/research-completion-abi-independent/run-d94d4516b9d898793318805e/independent-state.json\",\n      \"sha256\": \"6463816f322803b2b7b479e1fc116c4ffa33fb2772a3005d492422a00acea433\"\n    },\n    {\n      \"path\": \"verify/results/research-completion-abi-independent/run-d94d4516b9d898793318805e/heldout-boundary.json\",\n      \"sha256\": \"c7c950672d987d2243bfeede543f6ff37918c806873def6e9c3bd12ba5c5f091\"\n    },\n    {\n      \"path\": \"verify/results/research-completion-abi-independent/result-run-d94d4516b9d898793318805e.md\",\n      \"sha256\": \"b2278ae463654bf05f8456fad5c14dd837539cc1d5f0840f5a2098026a17e321\"\n    },\n    {\n      \"path\": \"campaign/runtime/verdicts/research-completion-abi.json\",\n      \"sha256\": \"b1f643b17e5b63677466e1264126fefb9b9360c0194917f111f3387ddc2a5b08\"\n    }\n  ],\n  \"basis\": \"aaddeb76f74bbd1a43671f882770ec84a7d690b4060d060ef1a68f918e8edbb0\",\n  \"contract\": \"research-completion-abi\",\n  \"id\": \"d2e4078886c66df34ee00b24\",\n  \"model\": \"openai/gpt-5.6-sol\",\n  \"next_action\": \"Lead reviews verdict b1f643b17e5b63677466e1264126fefb9b9360c0194917f111f3387ddc2a5b08 and, if campaign acceptance policy is satisfied, transitions research-completion-abi from integration to accepted.\",\n  \"role\": \"verifier\",\n  \"schema\": \"sots-checkpoint/1\",\n  \"session\": \"run-d94d4516b9d898793318805e\",\n  \"summary\": \"QUANTUM END. DECISION: fresh independent PASS verdict recorded over the CURRENT INTEGRATED two-record evidence array; verifier made no lifecycle transition. CLASSIFICATION: independent static reproduction plus archived-state inspection only, not original-assisted runtime, partial/full live compare, independent replacement, or integrated replay. OBSERVATIONS/IDENTITY: assigned engine HEAD 7741d42fc5e4e761e6449bdaf0e4a61d00036a23/common /home/alex/sots-engine/.git remains binding ccd8e02083e8d2e2b3e97976ace2273c8f924dfc02a39e919004eaf3544c50fd; assigned RE HEAD 3bfde5a70d874a723e797a695bbd847fd82c0aa7/common /home/alex/sots-re/.git remains paired binding 6696fd5201e144843617cbf6d78b41b5287ad5dcc9fa1e8aaa861d52b64e72e8; assigned trees were not edited. Canonical integrated binding engine ccd8e020...50fd / RE e74ef6cf...bd4 still exactly matches both evidence records. Binary 970b7de7...c841, save 978041ac...0921 and objdump 1eaaef2e...d4cd match. TESTS/REPRODUCTION: py_compile and reproduce_run_d94d4516b9d898793318805e.py exited 0; 22 nonempty static windows plus two strict state tools, empty stderr/no skips. Manifest equals integrated manifest except session; independent state byte-equal. Heldout script exited 0: all seven exact return encodings and 14 shifted-start negative controls passed; 0x2c/0x74, deep-copy, three-delete, description, and three unordered-or-unequal float branches exposed. Actual state: EvNxID 4, turn-3 count 2, event ID 3 full fields/defaults, exact 609080-byte rebuild, RNG leaf 2503 bytes/digest 0978fdf34ff7962f76c2de810dc93e0a. 37 campaign tests pass; final campaign validate passes. Verdict hash b1f643b17e5b63677466e1264126fefb9b9360c0194917f111f3387ddc2a5b08, evidence digest e5073be0...a931. FAILURES/RESIDUALS: no new failed prediction or surprise; historical provenance/description failures remain failures resolved by Astra. No live empty/full, short/long, duplicate/different, NaN, unwind/failure, allocator-family, original differe... (line truncated to 2000 chars)\n  \"timestamp\": \"2026-09-10T01:40:39.007537+00:00\"\n}","lineStart":1,"lineEnd":47,"totalLines":47,"truncated":false}},"title":"campaign/runtime/checkpoints/research-completion-abi-d2e4078886c66df34ee00b24.json","time":{"start":1789005711374,"end":1789005711406}},"metadata":{"openai":{"itemId":"fc_06aaddcc8db48c52016aa20f8f3c4087d19588dc0d5c3e8c65"}},"id":"prt_0890cc80a001DxFzg36aG7Ba1L","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c864c001R7hIjA3wGmduCs"}}
{"type":"tool_use","timestamp":1789005711422,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_i3wMuuXHGBs8VJP8kVfv32FR","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json"},"output":"<path>/home/alex/sots-re/verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"schema\": \"sots-abi-independent-static/2\",\n3:   \"session\": \"integration-lead-20260910\",\n4:   \"scope\": \"independent static reproduction plus archived-state inspection; no live game/allocator/RNG execution\",\n5:   \"input\": {\n6:     \"path\": \"dumps/sots.exe\",\n7:     \"bytes\": 7898624,\n8:     \"sha256\": \"970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841\"\n9:   },\n10:   \"save\": {\n11:     \"path\": \"verify/results/saves/turn3-state.sav\",\n12:     \"bytes\": 67219,\n13:     \"sha256\": \"978041acd168b56ed8eb3f5e42e78d5e70eae6e6517d75e659a5eb7ca3d60921\"\n14:   },\n15:   \"tool\": {\n16:     \"path\": \"/usr/bin/objdump\",\n17:     \"sha256\": \"1eaaef2e7f57c4c7f69115c495e2466f5a8c8e5f3bc42221d092382f30f9d4cd\"\n18:   },\n19:   \"windows\": [\n20:     {\n21:       \"name\": \"observed-alloc-narrow\",\n22:       \"argv\": [\n23:         \"/usr/bin/objdump\",\n24:         \"-D\",\n25:         \"-Mintel\",\n26:         \"--start-address=0x0057e590\",\n27:         \"--stop-address=0x0057e5e4\",\n28:         \"dumps/sots.exe\"\n29:       ],\n30:       \"returncode\": 0,\n31:       \"stdout\": {\n32:         \"bytes\": 1492,\n33:         \"sha256\": \"d3e98f7b6db58de24cbb1f1d4bb0c18eeb1342c7fb4c3317dc4a62338bd875d1\"\n34:       },\n35:       \"stderr\": {\n36:         \"bytes\": 0,\n37:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n38:       },\n39:       \"instruction_rows\": 29\n40:     },\n41:     {\n42:       \"name\": \"observed-alloc-wide\",\n43:       \"argv\": [\n44:         \"/usr/bin/objdump\",\n45:         \"-D\",\n46:         \"-Mintel\",\n47:         \"--start-address=0x0057e590\",\n48:         \"--stop-address=0x0057e5e6\",\n49:         \"dumps/sots.exe\"\n50:       ],\n51:       \"returncode\": 0,\n52:       \"stdout\": {\n53:         \"bytes\": 1496,\n54:         \"sha256\": \"59a8f45ad330666a2209f23ce320c8dcbeea7571b40512d1ad5672e68d55e406\"\n55:       },\n56:       \"stderr\": {\n57:         \"bytes\": 0,\n58:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n59:       },\n60:       \"instruction_rows\": 29\n61:     },\n62:     {\n63:       \"name\": \"player-append-narrow\",\n64:       \"argv\": [\n65:         \"/usr/bin/objdump\",\n66:         \"-D\",\n67:         \"-Mintel\",\n68:         \"--start-address=0x0086c580\",\n69:         \"--stop-address=0x0086c62e\",\n70:         \"dumps/sots.exe\"\n71:       ],\n72:       \"returncode\": 0,\n73:       \"stdout\": {\n74:         \"bytes\": 3356,\n75:         \"sha256\": \"dcdb9b3fa370966de82ebdeb896133d95988b11e8159686d85add65c6932affa\"\n76:       },\n77:       \"stderr\": {\n78:         \"bytes\": 0,\n79:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n80:       },\n81:       \"instruction_rows\": 65\n82:     },\n83:     {\n84:       \"name\": \"player-append-wide\",\n85:       \"argv\": [\n86:         \"/usr/bin/objdump\",\n87:         \"-D\",\n88:         \"-Mintel\",\n89:         \"--start-address=0x0086c580\",\n90:         \"--stop-address=0x0086c630\",\n91:         \"dumps/sots.exe\"\n92:       ],\n93:       \"returncode\": 0,\n94:       \"stdout\": {\n95:         \"bytes\": 3360,\n96:         \"sha256\": \"02164c44a5398853d2ea8efba8dbcb65166fa50229b95facf6e6abaf197cc754\"\n97:       },\n98:       \"stderr\": {\n99:         \"bytes\": 0,\n100:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n101:       },\n102:       \"instruction_rows\": 65\n103:     },\n104:     {\n105:       \"name\": \"player-copy-narrow\",\n106:       \"argv\": [\n107:         \"/usr/bin/objdump\",\n108:         \"-D\",\n109:         \"-Mintel\",\n110:         \"--start-address=0x007693f0\",\n111:         \"--stop-address=0x007694c0\",\n112:         \"dumps/sots.exe\"\n113:       ],\n114:       \"returncode\": 0,\n115:       \"stdout\": {\n116:         \"bytes\": 4069,\n117:         \"sha256\": \"a73bcdbf5fe92be984ecf2a1747dd9858592edfdb722687392de6abc576b0a93\"\n118:       },\n119:       \"stderr\": {\n120:         \"bytes\": 0,\n121:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n122:       },\n123:       \"instruction_rows\": 75\n124:     },\n125:     {\n126:       \"name\": \"player-copy-wide\",\n127:       \"argv\": [\n128:         \"/usr/bin/objdump\",\n129:         \"-D\",\n130:         \"-Mintel\",\n131:         \"--start-address=0x007693f0\",\n132:         \"--stop-address=0x007694c2\",\n133:         \"dumps/sots.exe\"\n134:       ],\n135:       \"returncode\": 0,\n136:       \"stdout\": {\n137:         \"bytes\": 4073,\n138:         \"sha256\": \"39de9e66a5944858572bf4bf2c3b3cc20ea42686e6657874c159fcf113ecf708\"\n139:       },\n140:       \"stderr\": {\n141:         \"bytes\": 0,\n142:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n143:       },\n144:       \"instruction_rows\": 75\n145:     },\n146:     {\n147:       \"name\": \"observed-push-narrow\",\n148:       \"argv\": [\n149:         \"/usr/bin/objdump\",\n150:         \"-D\",\n151:         \"-Mintel\",\n152:         \"--start-address=0x007b7320\",\n153:         \"--stop-address=0x007b739f\",\n154:         \"dumps/sots.exe\"\n155:       ],\n156:       \"returncode\": 0,\n157:       \"stdout\": {\n158:         \"bytes\": 2790,\n159:         \"sha256\": \"f2102e411e401151df5c8422d47999ebae42d8f562a31a12e654fe1323db50dc\"\n160:       },\n161:       \"stderr\": {\n162:         \"bytes\": 0,\n163:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n164:       },\n165:       \"instruction_rows\": 56\n166:     },\n167:     {\n168:       \"name\": \"observed-push-wide\",\n169:       \"argv\": [\n170:         \"/usr/bin/objdump\",\n171:         \"-D\",\n172:         \"-Mintel\",\n173:         \"--start-address=0x007b7320\",\n174:         \"--stop-address=0x007b73a1\",\n175:         \"dumps/sots.exe\"\n176:       ],\n177:       \"returncode\": 0,\n178:       \"stdout\": {\n179:         \"bytes\": 2794,\n180:         \"sha256\": \"510efc3587feec6b34d52effccfd9afac6cec4ab3358de54ba7ad9aecfa73c67\"\n181:       },\n182:       \"stderr\": {\n183:         \"bytes\": 0,\n184:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n185:       },\n186:       \"instruction_rows\": 56\n187:     },\n188:     {\n189:       \"name\": \"observed-realloc-narrow\",\n190:       \"argv\": [\n191:         \"/usr/bin/objdump\",\n192:         \"-D\",\n193:         \"-Mintel\",\n194:         \"--start-address=0x007b34e0\",\n195:         \"--stop-address=0x007b35ef\",\n196:         \"dumps/sots.exe\"\n197:       ],\n198:       \"returncode\": 0,\n199:       \"stdout\": {\n200:         \"bytes\": 5161,\n201:         \"sha256\": \"b5dc8e0f794baeacf3ea4c1371ed5541c5e6732e7e813f0c717da36c6776ef18\"\n202:       },\n203:       \"stderr\": {\n204:         \"bytes\": 0,\n205:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n206:       },\n207:       \"instruction_rows\": 100\n208:     },\n209:     {\n210:       \"name\": \"observed-realloc-wide\",\n211:       \"argv\": [\n212:         \"/usr/bin/objdump\",\n213:         \"-D\",\n214:         \"-Mintel\",\n215:         \"--start-address=0x007b34e0\",\n216:         \"--stop-address=0x007b35f1\",\n217:         \"dumps/sots.exe\"\n218:       ],\n219:       \"returncode\": 0,\n220:       \"stdout\": {\n221:         \"bytes\": 5165,\n222:         \"sha256\": \"82d8390d9a4a9ead4d2de8f60666121099adaf9ae94cca0b1f832582a67f8bb9\"\n223:       },\n224:       \"stderr\": {\n225:         \"bytes\": 0,\n226:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n227:       },\n228:       \"instruction_rows\": 100\n229:     },\n230:     {\n231:       \"name\": \"string-alloc-narrow\",\n232:       \"argv\": [\n233:         \"/usr/bin/objdump\",\n234:         \"-D\",\n235:         \"-Mintel\",\n236:         \"--start-address=0x004249a0\",\n237:         \"--stop-address=0x00424ada\",\n238:         \"dumps/sots.exe\"\n239:       ],\n240:       \"returncode\": 0,\n241:       \"stdout\": {\n242:         \"bytes\": 6019,\n243:         \"sha256\": \"5d87641526f283d3f9029d770d82bf3e2e1262abb5219d57b111b54dda5a522d\"\n244:       },\n245:       \"stderr\": {\n246:         \"bytes\": 0,\n247:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n248:       },\n249:       \"instruction_rows\": 116\n250:     },\n251:     {\n252:       \"name\": \"string-alloc-wide\",\n253:       \"argv\": [\n254:         \"/usr/bin/objdump\",\n255:         \"-D\",\n256:         \"-Mintel\",\n257:         \"--start-address=0x004249a0\",\n258:         \"--stop-address=0x00424adc\",\n259:         \"dumps/sots.exe\"\n260:       ],\n261:       \"returncode\": 0,\n262:       \"stdout\": {\n263:         \"bytes\": 6023,\n264:         \"sha256\": \"04b5e6356f779de7584af31f69abd689f33f97c5eae9c3707dcae7290284a041\"\n265:       },\n266:       \"stderr\": {\n267:         \"bytes\": 0,\n268:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n269:       },\n270:       \"instruction_rows\": 116\n271:     },\n272:     {\n273:       \"name\": \"observed-ctor-control\",\n274:       \"argv\": [\n275:         \"/usr/bin/objdump\",\n276:         \"-D\",\n277:         \"-Mintel\",\n278:         \"--start-address=0x008562a0\",\n279:         \"--stop-address=0x0085630d\",\n280:         \"dumps/sots.exe\"\n281:       ],\n282:       \"returncode\": 0,\n283:       \"stdout\": {\n284:         \"bytes\": 2086,\n285:         \"sha256\": \"402267f37b84f516b329764296600a19921c9cbafabd696a3fb00ff1891601fd\"\n286:       },\n287:       \"stderr\": {\n288:         \"bytes\": 0,\n289:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n290:       },\n291:       \"instruction_rows\": 40\n292:     },\n293:     {\n294:       \"name\": \"observed-copy-control\",\n295:       \"argv\": [\n296:         \"/usr/bin/objdump\",\n297:         \"-D\",\n298:         \"-Mintel\",\n299:         \"--start-address=0x0079a150\",\n300:         \"--stop-address=0x0079a1d9\",\n301:         \"dumps/sots.exe\"\n302:       ],\n303:       \"returncode\": 0,\n304:       \"stdout\": {\n305:         \"bytes\": 2633,\n306:         \"sha256\": \"4e1f2f4360c81416513fb21f0bc6eb6295548a409a2f09c1bae1763e4e86a069\"\n307:       },\n308:       \"stderr\": {\n309:         \"bytes\": 0,\n310:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n311:       },\n312:       \"instruction_rows\": 49\n313:     },\n314:     {\n315:       \"name\": \"player-dtor-control\",\n316:       \"argv\": [\n317:         \"/usr/bin/objdump\",\n318:         \"-D\",\n319:         \"-Mintel\",\n320:         \"--start-address=0x0061ae90\",\n321:         \"--stop-address=0x0061aefc\",\n322:         \"dumps/sots.exe\"\n323:       ],\n324:       \"returncode\": 0,\n325:       \"stdout\": {\n326:         \"bytes\": 1985,\n327:         \"sha256\": \"db8d7b77b942234aec85ed9773b7fd8f363655c7e5aed5fc2cbecd0f5d1a133e\"\n328:       },\n329:       \"stderr\": {\n330:         \"bytes\": 0,\n331:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n332:       },\n333:       \"instruction_rows\": 36\n334:     },\n335:     {\n336:       \"name\": \"import-thunks-control\",\n337:       \"argv\": [\n338:         \"/usr/bin/objdump\",\n339:         \"-D\",\n340:         \"-Mintel\",\n341:         \"--start-address=0x00924faa\",\n342:         \"--stop-address=0x00924fbc\",\n343:         \"dumps/sots.exe\"\n344:       ],\n345:       \"returncode\": 0,\n346:       \"stdout\": {\n347:         \"bytes\": 285,\n348:         \"sha256\": \"3b83cf62a3550c01c37db9329ef1d35f0fb5377fa77662b9e0ed83333f6f46ea\"\n349:       },\n350:       \"stderr\": {\n351:         \"bytes\": 0,\n352:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n353:       },\n354:       \"instruction_rows\": 4\n355:     },\n356:     {\n357:       \"name\": \"dedup-narrow\",\n358:       \"argv\": [\n359:         \"/usr/bin/objdump\",\n360:         \"-D\",\n361:         \"-Mintel\",\n362:         \"--start-address=0x00825d40\",\n363:         \"--stop-address=0x00825e65\",\n364:         \"dumps/sots.exe\"\n365:       ],\n366:       \"returncode\": 0,\n367:       \"stdout\": {\n368:         \"bytes\": 6130,\n369:         \"sha256\": \"1c2408cd49cc10383bad9fe06d3287476b103205f4155adf64c8a50ccd5205e8\"\n370:       },\n371:       \"stderr\": {\n372:         \"bytes\": 0,\n373:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n374:       },\n375:       \"instruction_rows\": 121\n376:     },\n377:     {\n378:       \"name\": \"dedup-wide\",\n379:       \"argv\": [\n380:         \"/usr/bin/objdump\",\n381:         \"-D\",\n382:         \"-Mintel\",\n383:         \"--start-address=0x00825d40\",\n384:         \"--stop-address=0x00825e67\",\n385:         \"dumps/sots.exe\"\n386:       ],\n387:       \"returncode\": 0,\n388:       \"stdout\": {\n389:         \"bytes\": 6134,\n390:         \"sha256\": \"3c9f83d3a98d95ffa68e0595e47f6c3beab3016aa97cd44bf39ac72ed3ec0a84\"\n391:       },\n392:       \"stderr\": {\n393:         \"bytes\": 0,\n394:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n395:       },\n396:       \"instruction_rows\": 121\n397:     },\n398:     {\n399:       \"name\": \"string-not-equal\",\n400:       \"argv\": [\n401:         \"/usr/bin/objdump\",\n402:         \"-D\",\n403:         \"-Mintel\",\n404:         \"--start-address=0x0046f8c0\",\n405:         \"--stop-address=0x0046f8f0\",\n406:         \"dumps/sots.exe\"\n407:       ],\n408:       \"returncode\": 0,\n409:       \"stdout\": {\n410:         \"bytes\": 1333,\n411:         \"sha256\": \"373b04cbc836e81ee84145796c86766fcbeb363ac3c5be44dc8419ee91a170ed\"\n412:       },\n413:       \"stderr\": {\n414:         \"bytes\": 0,\n415:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n416:       },\n417:       \"instruction_rows\": 27\n418:     },\n419:     {\n420:       \"name\": \"string-compare\",\n421:       \"argv\": [\n422:         \"/usr/bin/objdump\",\n423:         \"-D\",\n424:         \"-Mintel\",\n425:         \"--start-address=0x004236a0\",\n426:         \"--stop-address=0x0042370d\",\n427:         \"dumps/sots.exe\"\n428:       ],\n429:       \"returncode\": 0,\n430:       \"stdout\": {\n431:         \"bytes\": 2570,\n432:         \"sha256\": \"1debe85f054a442a09cb84c895e1950487abe996051dde0820e5d687022d9a66\"\n433:       },\n434:       \"stderr\": {\n435:         \"bytes\": 0,\n436:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n437:       },\n438:       \"instruction_rows\": 52\n439:     },\n440:     {\n441:       \"name\": \"byte-compare\",\n442:       \"argv\": [\n443:         \"/usr/bin/objdump\",\n444:         \"-D\",\n445:         \"-Mintel\",\n446:         \"--start-address=0x00422720\",\n447:         \"--stop-address=0x00422796\",\n448:         \"dumps/sots.exe\"\n449:       ],\n450:       \"returncode\": 0,\n451:       \"stdout\": {\n452:         \"bytes\": 2644,\n453:         \"sha256\": \"4e2f8375cc0c6f645a09d2ebedb95e40d0414fb8e667b8c01768357397e8c580\"\n454:       },\n455:       \"stderr\": {\n456:         \"bytes\": 0,\n457:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n458:       },\n459:       \"instruction_rows\": 52\n460:     },\n461:     {\n462:       \"name\": \"player-ctor\",\n463:       \"argv\": [\n464:         \"/usr/bin/objdump\",\n465:         \"-D\",\n466:         \"-Mintel\",\n467:         \"--start-address=0x0084ee30\",\n468:         \"--stop-address=0x0084eef4\",\n469:         \"dumps/sots.exe\"\n470:       ],\n471:       \"returncode\": 0,\n472:       \"stdout\": {\n473:         \"bytes\": 3363,\n474:         \"sha256\": \"346867ad6b91b9a07f466832c258e101a0b13c7911f1e42d659ff8591494bfba\"\n475:       },\n476:       \"stderr\": {\n477:         \"bytes\": 0,\n478:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n479:       },\n480:       \"instruction_rows\": 62\n481:     }\n482:   ],\n483:   \"comparisons\": [\n484:     {\n485:       \"name\": \"observed-alloc\",\n486:       \"preceding_rows_equal\": true,\n487:       \"narrow_terminal\": \"  57e5e3:\\tc2               \\tret    0x4\",\n488:       \"wide_terminal\": \"  57e5e3:\\tc2 04 00             \\tret    0x4\",\n489:       \"pass\": true\n490:     },\n491:     {\n492:       \"name\": \"player-append\",\n493:       \"preceding_rows_equal\": true,\n494:       \"narrow_terminal\": \"  86c62d:\\tc2               \\tret    0x4\",\n495:       \"wide_terminal\": \"  86c62d:\\tc2 04 00             \\tret    0x4\",\n496:       \"pass\": true\n497:     },\n498:     {\n499:       \"name\": \"player-copy\",\n500:       \"preceding_rows_equal\": true,\n501:       \"narrow_terminal\": \"  7694bf:\\tc2               \\tret    0x4\",\n502:       \"wide_terminal\": \"  7694bf:\\tc2 04 00             \\tret    0x4\",\n503:       \"pass\": true\n504:     },\n505:     {\n506:       \"name\": \"observed-push\",\n507:       \"preceding_rows_equal\": true,\n508:       \"narrow_terminal\": \"  7b739e:\\tc2               \\tret    0x4\",\n509:       \"wide_terminal\": \"  7b739e:\\tc2 04 00             \\tret    0x4\",\n510:       \"pass\": true\n511:     },\n512:     {\n513:       \"name\": \"observed-realloc\",\n514:       \"preceding_rows_equal\": true,\n515:       \"narrow_terminal\": \"  7b35ee:\\tc2               \\tret    0x4\",\n516:       \"wide_terminal\": \"  7b35ee:\\tc2 04 00             \\tret    0x4\",\n517:       \"pass\": true\n518:     },\n519:     {\n520:       \"name\": \"string-alloc\",\n521:       \"preceding_rows_equal\": true,\n522:       \"narrow_terminal\": \"  424ad9:\\tc2               \\tret    0x8\",\n523:       \"wide_terminal\": \"  424ad9:\\tc2 08 00             \\tret    0x8\",\n524:       \"pass\": true\n525:     },\n526:     {\n527:       \"name\": \"dedup\",\n528:       \"preceding_rows_equal\": true,\n529:       \"narrow_terminal\": \"  825e64:\\tc2               \\tret    0x8\",\n530:       \"wide_terminal\": \"  825e64:\\tc2 08 00             \\tret    0x8\",\n531:       \"pass\": true\n532:     }\n533:   ],\n534:   \"direct_pe\": {\n535:     \"image_base\": \"0x400000\",\n536:     \"sections\": [\n537:       \".text\",\n538:       \".rdata\",\n539:       \".data\",\n540:       \".rsrc\",\n541:       \".reloc\"\n542:     ],\n543:     \"records\": [\n544:       {\n545:         \"name\": \"observed-alloc\",\n546:         \"address\": \"0x57e5e3\",\n547:         \"section\": \".text\",\n548:         \"file_offset\": 1563107,\n549:         \"expected\": \"c20400\",\n550:         \"actual\": \"c20400\",\n551:         \"pass\": true\n552:       },\n553:       {\n554:         \"name\": \"player-append\",\n555:         \"address\": \"0x86c62d\",\n556:         \"section\": \".text\",\n557:         \"file_offset\": 4635181,\n558:         \"expected\": \"c20400\",\n559:         \"actual\": \"c20400\",\n560:         \"pass\": true\n561:       },\n562:       {\n563:         \"name\": \"player-copy\",\n564:         \"address\": \"0x7694bf\",\n565:         \"section\": \".text\",\n566:         \"file_offset\": 3573951,\n567:         \"expected\": \"c20400\",\n568:         \"actual\": \"c20400\",\n569:         \"pass\": true\n570:       },\n571:       {\n572:         \"name\": \"observed-push\",\n573:         \"address\": \"0x7b739e\",\n574:         \"section\": \".text\",\n575:         \"file_offset\": 3893150,\n576:         \"expected\": \"c20400\",\n577:         \"actual\": \"c20400\",\n578:         \"pass\": true\n579:       },\n580:       {\n581:         \"name\": \"observed-realloc\",\n582:         \"address\": \"0x7b35ee\",\n583:         \"section\": \".text\",\n584:         \"file_offset\": 3877358,\n585:         \"expected\": \"c20400\",\n586:         \"actual\": \"c20400\",\n587:         \"pass\": true\n588:       },\n589:       {\n590:         \"name\": \"string-alloc\",\n591:         \"address\": \"0x424ad9\",\n592:         \"section\": \".text\",\n593:         \"file_offset\": 147161,\n594:         \"expected\": \"c20800\",\n595:         \"actual\": \"c20800\",\n596:         \"pass\": true\n597:       },\n598:       {\n599:         \"name\": \"dedup\",\n600:         \"address\": \"0x825e64\",\n601:         \"section\": \".text\",\n602:         \"file_offset\": 4346468,\n603:         \"expected\": \"c20800\",\n604:         \"actual\": \"c20800\",\n605:         \"pass\": true\n606:       },\n607:       {\n608:         \"name\": \"plain-ret\",\n609:         \"address\": \"0x85630c\",\n610:         \"section\": \".text\",\n611:         \"file_offset\": 4544268,\n612:         \"expected\": \"c3\",\n613:         \"actual\": \"c3\",\n614:         \"pass\": true\n615:       },\n616:       {\n617:         \"name\": \"constructor-defaults\",\n618:         \"address\": \"0xaf0dc8\",\n619:         \"section\": \".data\",\n620:         \"file_offset\": 7271880,\n621:         \"expected\": \"ffff7f7fffff7f7fffff7f7f\",\n622:         \"actual\": \"ffff7f7fffff7f7fffff7f7f\",\n623:         \"pass\": true\n624:       },\n625:       {\n626:         \"name\": \"plain-ret-minus-one-negative-control\",\n627:         \"address\": \"0x85630b\",\n628:         \"section\": \".text\",\n629:         \"file_offset\": 4544267,\n630:         \"actual\": \"5d\",\n631:         \"expected_not\": \"c3\",\n632:         \"pass\": true\n633:       }\n634:     ]\n635:   },\n636:   \"state_tools\": [\n637:     {\n638:       \"name\": \"save-reader\",\n639:       \"argv\": [\n640:         \"python3\",\n641:         \"verify/save-reader/save_reader.py\",\n642:         \"verify/results/saves/turn3-state.sav\",\n643:         \"--dump\",\n644:         \"--json\",\n645:         \"--strict\"\n646:       ],\n647:       \"returncode\": 0,\n648:       \"stdout\": {\n649:         \"bytes\": 5716849,\n650:         \"sha256\": \"3524bb954988f167503345d37349b3f9f529e10e45eb5eccd3aab1ab365bd929\"\n651:       },\n652:       \"stderr\": {\n653:         \"bytes\": 0,\n654:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n655:       }\n656:     },\n657:     {\n658:       \"name\": \"state-checksum\",\n659:       \"argv\": [\n660:         \"python3\",\n661:         \"verify/state-checksum/state_checksum.py\",\n662:         \"verify/results/saves/turn3-state.sav\",\n663:         \"--json\"\n664:       ],\n665:       \"returncode\": 0,\n666:       \"stdout\": {\n667:         \"bytes\": 92522,\n668:         \"sha256\": \"0629b773857839cf5381a86ed9d2796971a460d601421f3c6632dbdb0ff1b776\"\n669:       },\n670:       \"stderr\": {\n671:         \"bytes\": 0,\n672:         \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n673:       }\n674:     }\n675:   ],\n676:   \"all_processes_positive\": true,\n677:   \"all_boundary_predictions_hold\": true,\n678:   \"direct_pe_challenge_pass\": true,\n679:   \"independent_state_pass\": true\n680: }\n\n(End of file - total 680 lines)\n</content>","metadata":{"preview":"{\n  \"schema\": \"sots-abi-independent-static/2\",\n  \"session\": \"integration-lead-20260910\",\n  \"scope\": \"independent static reproduction plus archived-state inspection; no live game/allocator/RNG execution\",\n  \"input\": {\n    \"path\": \"dumps/sots.exe\",\n    \"bytes\": 7898624,\n    \"sha256\": \"970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841\"\n  },\n  \"save\": {\n    \"path\": \"verify/results/saves/turn3-state.sav\",\n    \"bytes\": 67219,\n    \"sha256\": \"978041acd168b56ed8eb3f5e42e78d5e70eae6e6517d75e659a5eb7ca3d60921\"\n  },\n  \"tool\": {\n    \"path\": \"/usr/bin/objdump\",\n    \"sha256\": \"1eaaef2e7f57c4c7f69115c495e2466f5a8c8e5f3bc42221d092382f30f9d4cd\"\n  },\n  \"windows\": [\n    {","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json","text":"{\n  \"schema\": \"sots-abi-independent-static/2\",\n  \"session\": \"integration-lead-20260910\",\n  \"scope\": \"independent static reproduction plus archived-state inspection; no live game/allocator/RNG execution\",\n  \"input\": {\n    \"path\": \"dumps/sots.exe\",\n    \"bytes\": 7898624,\n    \"sha256\": \"970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841\"\n  },\n  \"save\": {\n    \"path\": \"verify/results/saves/turn3-state.sav\",\n    \"bytes\": 67219,\n    \"sha256\": \"978041acd168b56ed8eb3f5e42e78d5e70eae6e6517d75e659a5eb7ca3d60921\"\n  },\n  \"tool\": {\n    \"path\": \"/usr/bin/objdump\",\n    \"sha256\": \"1eaaef2e7f57c4c7f69115c495e2466f5a8c8e5f3bc42221d092382f30f9d4cd\"\n  },\n  \"windows\": [\n    {\n      \"name\": \"observed-alloc-narrow\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x0057e590\",\n        \"--stop-address=0x0057e5e4\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 1492,\n        \"sha256\": \"d3e98f7b6db58de24cbb1f1d4bb0c18eeb1342c7fb4c3317dc4a62338bd875d1\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 29\n    },\n    {\n      \"name\": \"observed-alloc-wide\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x0057e590\",\n        \"--stop-address=0x0057e5e6\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 1496,\n        \"sha256\": \"59a8f45ad330666a2209f23ce320c8dcbeea7571b40512d1ad5672e68d55e406\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 29\n    },\n    {\n      \"name\": \"player-append-narrow\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x0086c580\",\n        \"--stop-address=0x0086c62e\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 3356,\n        \"sha256\": \"dcdb9b3fa370966de82ebdeb896133d95988b11e8159686d85add65c6932affa\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 65\n    },\n    {\n      \"name\": \"player-append-wide\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x0086c580\",\n        \"--stop-address=0x0086c630\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 3360,\n        \"sha256\": \"02164c44a5398853d2ea8efba8dbcb65166fa50229b95facf6e6abaf197cc754\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 65\n    },\n    {\n      \"name\": \"player-copy-narrow\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x007693f0\",\n        \"--stop-address=0x007694c0\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 4069,\n        \"sha256\": \"a73bcdbf5fe92be984ecf2a1747dd9858592edfdb722687392de6abc576b0a93\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 75\n    },\n    {\n      \"name\": \"player-copy-wide\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x007693f0\",\n        \"--stop-address=0x007694c2\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 4073,\n        \"sha256\": \"39de9e66a5944858572bf4bf2c3b3cc20ea42686e6657874c159fcf113ecf708\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 75\n    },\n    {\n      \"name\": \"observed-push-narrow\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x007b7320\",\n        \"--stop-address=0x007b739f\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 2790,\n        \"sha256\": \"f2102e411e401151df5c8422d47999ebae42d8f562a31a12e654fe1323db50dc\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 56\n    },\n    {\n      \"name\": \"observed-push-wide\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x007b7320\",\n        \"--stop-address=0x007b73a1\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 2794,\n        \"sha256\": \"510efc3587feec6b34d52effccfd9afac6cec4ab3358de54ba7ad9aecfa73c67\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 56\n    },\n    {\n      \"name\": \"observed-realloc-narrow\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x007b34e0\",\n        \"--stop-address=0x007b35ef\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 5161,\n        \"sha256\": \"b5dc8e0f794baeacf3ea4c1371ed5541c5e6732e7e813f0c717da36c6776ef18\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 100\n    },\n    {\n      \"name\": \"observed-realloc-wide\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x007b34e0\",\n        \"--stop-address=0x007b35f1\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 5165,\n        \"sha256\": \"82d8390d9a4a9ead4d2de8f60666121099adaf9ae94cca0b1f832582a67f8bb9\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 100\n    },\n    {\n      \"name\": \"string-alloc-narrow\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x004249a0\",\n        \"--stop-address=0x00424ada\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 6019,\n        \"sha256\": \"5d87641526f283d3f9029d770d82bf3e2e1262abb5219d57b111b54dda5a522d\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 116\n    },\n    {\n      \"name\": \"string-alloc-wide\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x004249a0\",\n        \"--stop-address=0x00424adc\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 6023,\n        \"sha256\": \"04b5e6356f779de7584af31f69abd689f33f97c5eae9c3707dcae7290284a041\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 116\n    },\n    {\n      \"name\": \"observed-ctor-control\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x008562a0\",\n        \"--stop-address=0x0085630d\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 2086,\n        \"sha256\": \"402267f37b84f516b329764296600a19921c9cbafabd696a3fb00ff1891601fd\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 40\n    },\n    {\n      \"name\": \"observed-copy-control\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x0079a150\",\n        \"--stop-address=0x0079a1d9\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 2633,\n        \"sha256\": \"4e1f2f4360c81416513fb21f0bc6eb6295548a409a2f09c1bae1763e4e86a069\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 49\n    },\n    {\n      \"name\": \"player-dtor-control\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x0061ae90\",\n        \"--stop-address=0x0061aefc\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 1985,\n        \"sha256\": \"db8d7b77b942234aec85ed9773b7fd8f363655c7e5aed5fc2cbecd0f5d1a133e\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 36\n    },\n    {\n      \"name\": \"import-thunks-control\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x00924faa\",\n        \"--stop-address=0x00924fbc\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 285,\n        \"sha256\": \"3b83cf62a3550c01c37db9329ef1d35f0fb5377fa77662b9e0ed83333f6f46ea\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 4\n    },\n    {\n      \"name\": \"dedup-narrow\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x00825d40\",\n        \"--stop-address=0x00825e65\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 6130,\n        \"sha256\": \"1c2408cd49cc10383bad9fe06d3287476b103205f4155adf64c8a50ccd5205e8\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 121\n    },\n    {\n      \"name\": \"dedup-wide\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x00825d40\",\n        \"--stop-address=0x00825e67\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 6134,\n        \"sha256\": \"3c9f83d3a98d95ffa68e0595e47f6c3beab3016aa97cd44bf39ac72ed3ec0a84\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 121\n    },\n    {\n      \"name\": \"string-not-equal\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x0046f8c0\",\n        \"--stop-address=0x0046f8f0\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 1333,\n        \"sha256\": \"373b04cbc836e81ee84145796c86766fcbeb363ac3c5be44dc8419ee91a170ed\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 27\n    },\n    {\n      \"name\": \"string-compare\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x004236a0\",\n        \"--stop-address=0x0042370d\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 2570,\n        \"sha256\": \"1debe85f054a442a09cb84c895e1950487abe996051dde0820e5d687022d9a66\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 52\n    },\n    {\n      \"name\": \"byte-compare\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x00422720\",\n        \"--stop-address=0x00422796\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 2644,\n        \"sha256\": \"4e2f8375cc0c6f645a09d2ebedb95e40d0414fb8e667b8c01768357397e8c580\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 52\n    },\n    {\n      \"name\": \"player-ctor\",\n      \"argv\": [\n        \"/usr/bin/objdump\",\n        \"-D\",\n        \"-Mintel\",\n        \"--start-address=0x0084ee30\",\n        \"--stop-address=0x0084eef4\",\n        \"dumps/sots.exe\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 3363,\n        \"sha256\": \"346867ad6b91b9a07f466832c258e101a0b13c7911f1e42d659ff8591494bfba\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      },\n      \"instruction_rows\": 62\n    }\n  ],\n  \"comparisons\": [\n    {\n      \"name\": \"observed-alloc\",\n      \"preceding_rows_equal\": true,\n      \"narrow_terminal\": \"  57e5e3:\\tc2               \\tret    0x4\",\n      \"wide_terminal\": \"  57e5e3:\\tc2 04 00             \\tret    0x4\",\n      \"pass\": true\n    },\n    {\n      \"name\": \"player-append\",\n      \"preceding_rows_equal\": true,\n      \"narrow_terminal\": \"  86c62d:\\tc2               \\tret    0x4\",\n      \"wide_terminal\": \"  86c62d:\\tc2 04 00             \\tret    0x4\",\n      \"pass\": true\n    },\n    {\n      \"name\": \"player-copy\",\n      \"preceding_rows_equal\": true,\n      \"narrow_terminal\": \"  7694bf:\\tc2               \\tret    0x4\",\n      \"wide_terminal\": \"  7694bf:\\tc2 04 00             \\tret    0x4\",\n      \"pass\": true\n    },\n    {\n      \"name\": \"observed-push\",\n      \"preceding_rows_equal\": true,\n      \"narrow_terminal\": \"  7b739e:\\tc2               \\tret    0x4\",\n      \"wide_terminal\": \"  7b739e:\\tc2 04 00             \\tret    0x4\",\n      \"pass\": true\n    },\n    {\n      \"name\": \"observed-realloc\",\n      \"preceding_rows_equal\": true,\n      \"narrow_terminal\": \"  7b35ee:\\tc2               \\tret    0x4\",\n      \"wide_terminal\": \"  7b35ee:\\tc2 04 00             \\tret    0x4\",\n      \"pass\": true\n    },\n    {\n      \"name\": \"string-alloc\",\n      \"preceding_rows_equal\": true,\n      \"narrow_terminal\": \"  424ad9:\\tc2               \\tret    0x8\",\n      \"wide_terminal\": \"  424ad9:\\tc2 08 00             \\tret    0x8\",\n      \"pass\": true\n    },\n    {\n      \"name\": \"dedup\",\n      \"preceding_rows_equal\": true,\n      \"narrow_terminal\": \"  825e64:\\tc2               \\tret    0x8\",\n      \"wide_terminal\": \"  825e64:\\tc2 08 00             \\tret    0x8\",\n      \"pass\": true\n    }\n  ],\n  \"direct_pe\": {\n    \"image_base\": \"0x400000\",\n    \"sections\": [\n      \".text\",\n      \".rdata\",\n      \".data\",\n      \".rsrc\",\n      \".reloc\"\n    ],\n    \"records\": [\n      {\n        \"name\": \"observed-alloc\",\n        \"address\": \"0x57e5e3\",\n        \"section\": \".text\",\n        \"file_offset\": 1563107,\n        \"expected\": \"c20400\",\n        \"actual\": \"c20400\",\n        \"pass\": true\n      },\n      {\n        \"name\": \"player-append\",\n        \"address\": \"0x86c62d\",\n        \"section\": \".text\",\n        \"file_offset\": 4635181,\n        \"expected\": \"c20400\",\n        \"actual\": \"c20400\",\n        \"pass\": true\n      },\n      {\n        \"name\": \"player-copy\",\n        \"address\": \"0x7694bf\",\n        \"section\": \".text\",\n        \"file_offset\": 3573951,\n        \"expected\": \"c20400\",\n        \"actual\": \"c20400\",\n        \"pass\": true\n      },\n      {\n        \"name\": \"observed-push\",\n        \"address\": \"0x7b739e\",\n        \"section\": \".text\",\n        \"file_offset\": 3893150,\n        \"expected\": \"c20400\",\n        \"actual\": \"c20400\",\n        \"pass\": true\n      },\n      {\n        \"name\": \"observed-realloc\",\n        \"address\": \"0x7b35ee\",\n        \"section\": \".text\",\n        \"file_offset\": 3877358,\n        \"expected\": \"c20400\",\n        \"actual\": \"c20400\",\n        \"pass\": true\n      },\n      {\n        \"name\": \"string-alloc\",\n        \"address\": \"0x424ad9\",\n        \"section\": \".text\",\n        \"file_offset\": 147161,\n        \"expected\": \"c20800\",\n        \"actual\": \"c20800\",\n        \"pass\": true\n      },\n      {\n        \"name\": \"dedup\",\n        \"address\": \"0x825e64\",\n        \"section\": \".text\",\n        \"file_offset\": 4346468,\n        \"expected\": \"c20800\",\n        \"actual\": \"c20800\",\n        \"pass\": true\n      },\n      {\n        \"name\": \"plain-ret\",\n        \"address\": \"0x85630c\",\n        \"section\": \".text\",\n        \"file_offset\": 4544268,\n        \"expected\": \"c3\",\n        \"actual\": \"c3\",\n        \"pass\": true\n      },\n      {\n        \"name\": \"constructor-defaults\",\n        \"address\": \"0xaf0dc8\",\n        \"section\": \".data\",\n        \"file_offset\": 7271880,\n        \"expected\": \"ffff7f7fffff7f7fffff7f7f\",\n        \"actual\": \"ffff7f7fffff7f7fffff7f7f\",\n        \"pass\": true\n      },\n      {\n        \"name\": \"plain-ret-minus-one-negative-control\",\n        \"address\": \"0x85630b\",\n        \"section\": \".text\",\n        \"file_offset\": 4544267,\n        \"actual\": \"5d\",\n        \"expected_not\": \"c3\",\n        \"pass\": true\n      }\n    ]\n  },\n  \"state_tools\": [\n    {\n      \"name\": \"save-reader\",\n      \"argv\": [\n        \"python3\",\n        \"verify/save-reader/save_reader.py\",\n        \"verify/results/saves/turn3-state.sav\",\n        \"--dump\",\n        \"--json\",\n        \"--strict\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 5716849,\n        \"sha256\": \"3524bb954988f167503345d37349b3f9f529e10e45eb5eccd3aab1ab365bd929\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      }\n    },\n    {\n      \"name\": \"state-checksum\",\n      \"argv\": [\n        \"python3\",\n        \"verify/state-checksum/state_checksum.py\",\n        \"verify/results/saves/turn3-state.sav\",\n        \"--json\"\n      ],\n      \"returncode\": 0,\n      \"stdout\": {\n        \"bytes\": 92522,\n        \"sha256\": \"0629b773857839cf5381a86ed9d2796971a460d601421f3c6632dbdb0ff1b776\"\n      },\n      \"stderr\": {\n        \"bytes\": 0,\n        \"sha256\": \"e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855\"\n      }\n    }\n  ],\n  \"all_processes_positive\": true,\n  \"all_boundary_predictions_hold\": true,\n  \"direct_pe_challenge_pass\": true,\n  \"independent_state_pass\": true\n}","lineStart":1,"lineEnd":680,"totalLines":680,"truncated":false}},"title":"verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json","time":{"start":1789005711387,"end":1789005711419}},"metadata":{"openai":{"itemId":"fc_06aaddcc8db48c52016aa20f8f3c5c87d1897c71b33f598c09"}},"id":"prt_0890cc816001QYh6v0ywvNBv27","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c864c001R7hIjA3wGmduCs"}}
{"type":"tool_use","timestamp":1789005711424,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_YK7g4iOR9rPmPe9kgetjc6X8","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/verify/results/research-completion-abi-independent/integration-lead-20260910/independent-state.json"},"output":"<path>/home/alex/sots-re/verify/results/research-completion-abi-independent/integration-lead-20260910/independent-state.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"stats\": {\n3:     \"items\": 37847,\n4:     \"frames\": 2453,\n5:     \"resyncs\": 0,\n6:     \"hint_failures\": 0,\n7:     \"guessed\": 20104,\n8:     \"raw_bytes\": 2503,\n9:     \"best_effort\": 0\n10:   },\n11:   \"evnxid_values\": [\n12:     3,\n13:     4,\n14:     0,\n15:     0,\n16:     0,\n17:     0,\n18:     0,\n19:     0\n20:   ],\n21:   \"turn3_bucket_counts\": [\n22:     1,\n23:     2\n24:   ],\n25:   \"event3\": {\n26:     \"description\": \"Research Over Budget\",\n27:     \"message\": \"Research for Waldo Units has gone overbudget.\",\n28:     \"image\": \"EVENT_RESEARCH_OVERBUDGET\",\n29:     \"location\": 0,\n30:     \"action\": 1,\n31:     \"chain\": 0,\n32:     \"position_words\": [\n33:       2139095039,\n34:       2139095039,\n35:       2139095039\n36:     ]\n37:   },\n38:   \"coverage\": {\n39:     \"ok\": true,\n40:     \"rebuiltBytes\": 609080,\n41:     \"inflatedBytes\": 609080,\n42:     \"firstDiff\": null\n43:   },\n44:   \"root\": \"e9c161e311f8ef8fad6f1aa1903dcf3f\",\n45:   \"rng\": {\n46:     \"path\": \"/Sim/RNG\",\n47:     \"digest\": \"0978fdf34ff7962f76c2de810dc93e0a\",\n48:     \"leaves\": 1,\n49:     \"valueBytes\": 2503\n50:   },\n51:   \"pass\": true\n52: }\n\n(End of file - total 52 lines)\n</content>","metadata":{"preview":"{\n  \"stats\": {\n    \"items\": 37847,\n    \"frames\": 2453,\n    \"resyncs\": 0,\n    \"hint_failures\": 0,\n    \"guessed\": 20104,\n    \"raw_bytes\": 2503,\n    \"best_effort\": 0\n  },\n  \"evnxid_values\": [\n    3,\n    4,\n    0,\n    0,\n    0,\n    0,\n    0,\n    0\n  ],","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/verify/results/research-completion-abi-independent/integration-lead-20260910/independent-state.json","text":"{\n  \"stats\": {\n    \"items\": 37847,\n    \"frames\": 2453,\n    \"resyncs\": 0,\n    \"hint_failures\": 0,\n    \"guessed\": 20104,\n    \"raw_bytes\": 2503,\n    \"best_effort\": 0\n  },\n  \"evnxid_values\": [\n    3,\n    4,\n    0,\n    0,\n    0,\n    0,\n    0,\n    0\n  ],\n  \"turn3_bucket_counts\": [\n    1,\n    2\n  ],\n  \"event3\": {\n    \"description\": \"Research Over Budget\",\n    \"message\": \"Research for Waldo Units has gone overbudget.\",\n    \"image\": \"EVENT_RESEARCH_OVERBUDGET\",\n    \"location\": 0,\n    \"action\": 1,\n    \"chain\": 0,\n    \"position_words\": [\n      2139095039,\n      2139095039,\n      2139095039\n    ]\n  },\n  \"coverage\": {\n    \"ok\": true,\n    \"rebuiltBytes\": 609080,\n    \"inflatedBytes\": 609080,\n    \"firstDiff\": null\n  },\n  \"root\": \"e9c161e311f8ef8fad6f1aa1903dcf3f\",\n  \"rng\": {\n    \"path\": \"/Sim/RNG\",\n    \"digest\": \"0978fdf34ff7962f76c2de810dc93e0a\",\n    \"leaves\": 1,\n    \"valueBytes\": 2503\n  },\n  \"pass\": true\n}","lineStart":1,"lineEnd":52,"totalLines":52,"truncated":false}},"title":"verify/results/research-completion-abi-independent/integration-lead-20260910/independent-state.json","time":{"start":1789005711394,"end":1789005711423}},"metadata":{"openai":{"itemId":"fc_06aaddcc8db48c52016aa20f8f3c6487d19fb42767990965c0"}},"id":"prt_0890cc81c001JQ0cDdh0G5u1KK","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890c864c001R7hIjA3wGmduCs"}}
{"type":"step_finish","timestamp":1789005711483,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890cc877001BXGcJSTn1I54uR","reason":"tool-calls","snapshot":"c8a052a71e23dfb8ef27b1e62655f9fec6e3c43d","messageID":"msg_0890c864c001R7hIjA3wGmduCs","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":29176,"input":14756,"output":183,"reasoning":285,"cache":{"write":0,"read":13952}},"cost":0}}
{"type":"step_start","timestamp":1789005713479,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890cd0430015nwUH457tYMd6o","messageID":"msg_0890cc8a4001a5DIe8qSHSFsDy","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"89a4c63589787ec436efc70a98cff8d139dc3727","type":"step-start"}}
{"type":"tool_use","timestamp":1789005729954,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"bash","callID":"call_8Ue1BuhC1csQdD3au1ntZp6s","state":{"status":"completed","input":{"command":"python3 tools/campaign.py --state-root /home/alex/sots-re checkpoint research-live-record-bridge --actor 'live-record bridge architect' --role architecture-review --model openai/gpt-5.6-sol --session run-73a78465cbde3cd6c811f761 --summary 'MID-QUANTUM. OBSERVATIONS: canonical contract is proposed with no checkpoint and no contract-specific open surprises; dependency research-completion-abi is accepted. Assigned engine worktree HEAD 7741d42fc5e4e761e6449bdaf0e4a61d00036a23, common dir /home/alex/sots-engine/.git; assigned RE worktree HEAD 3bfde5a70d874a723e797a695bbd847fd82c0aa7, common dir /home/alex/sots-re/.git. Both match pinned baselines and contain pre-existing dirty/untracked files; none edited by this actor. Model registry maps architecture-review to openai/gpt-5.6-sol and max_steps 40. Accepted dependency is static-only: binary sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841; integrated manifest identifies 0x0079a150 as ObservedTech copy control and EvDsc equality as part of duplicate matching, but explicitly makes no live allocator-safety claim. DECISIONS: remain proposed; no implementation or lab/resource mutation. TESTS: campaign validate passed; status checks passed; Git HEAD/common-dir checks passed. BLOCKERS: required bridge-only route, generated address package, 32-bit toolchain manifest, failure containment, checker, expected records and exact owned write set are not yet published. No lease held or lab access attempted.' --next-action 'Read every canonical open-surprise record and the accepted dependency raw ABI report, then draft the bridge readiness architecture in an owned canonical campaign/research artifact.'","workdir":"/home/alex/sots-re","timeout":120000},"output":"{\n  \"actor\": \"live-record bridge architect\",\n  \"artifacts\": [],\n  \"basis\": \"6fbcc78291fc02d5e549106bbd3affe29c5f458d742017c91e8d5c9272165cd8\",\n  \"contract\": \"research-live-record-bridge\",\n  \"id\": \"93cd3c007c78c5f65136c85c\",\n  \"model\": \"openai/gpt-5.6-sol\",\n  \"next_action\": \"Read every canonical open-surprise record and the accepted dependency raw ABI report, then draft the bridge readiness architecture in an owned canonical campaign/research artifact.\",\n  \"role\": \"architecture-review\",\n  \"schema\": \"sots-checkpoint/1\",\n  \"session\": \"run-73a78465cbde3cd6c811f761\",\n  \"summary\": \"MID-QUANTUM. OBSERVATIONS: canonical contract is proposed with no checkpoint and no contract-specific open surprises; dependency research-completion-abi is accepted. Assigned engine worktree HEAD 7741d42fc5e4e761e6449bdaf0e4a61d00036a23, common dir /home/alex/sots-engine/.git; assigned RE worktree HEAD 3bfde5a70d874a723e797a695bbd847fd82c0aa7, common dir /home/alex/sots-re/.git. Both match pinned baselines and contain pre-existing dirty/untracked files; none edited by this actor. Model registry maps architecture-review to openai/gpt-5.6-sol and max_steps 40. Accepted dependency is static-only: binary sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841; integrated manifest identifies 0x0079a150 as ObservedTech copy control and EvDsc equality as part of duplicate matching, but explicitly makes no live allocator-safety claim. DECISIONS: remain proposed; no implementation or lab/resource mutation. TESTS: campaign validate passed; status checks passed; Git HEAD/common-dir checks passed. BLOCKERS: required bridge-only route, generated address package, 32-bit toolchain manifest, failure containment, checker, expected records and exact owned write set are not yet published. No lease held or lab access attempted.\",\n  \"timestamp\": \"2026-09-10T02:02:09.929234+00:00\"\n}\n","metadata":{"output":"{\n  \"actor\": \"live-record bridge architect\",\n  \"artifacts\": [],\n  \"basis\": \"6fbcc78291fc02d5e549106bbd3affe29c5f458d742017c91e8d5c9272165cd8\",\n  \"contract\": \"research-live-record-bridge\",\n  \"id\": \"93cd3c007c78c5f65136c85c\",\n  \"model\": \"openai/gpt-5.6-sol\",\n  \"next_action\": \"Read every canonical open-surprise record and the accepted dependency raw ABI report, then draft the bridge readiness architecture in an owned canonical campaign/research artifact.\",\n  \"role\": \"architecture-review\",\n  \"schema\": \"sots-checkpoint/1\",\n  \"session\": \"run-73a78465cbde3cd6c811f761\",\n  \"summary\": \"MID-QUANTUM. OBSERVATIONS: canonical contract is proposed with no checkpoint and no contract-specific open surprises; dependency research-completion-abi is accepted. Assigned engine worktree HEAD 7741d42fc5e4e761e6449bdaf0e4a61d00036a23, common dir /home/alex/sots-engine/.git; assigned RE worktree HEAD 3bfde5a70d874a723e797a695bbd847fd82c0aa7, common dir /home/alex/sots-re/.git. Both match pinned baselines and contain pre-existing dirty/untracked files; none edited by this actor. Model registry maps architecture-review to openai/gpt-5.6-sol and max_steps 40. Accepted dependency is static-only: binary sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841; integrated manifest identifies 0x0079a150 as ObservedTech copy control and EvDsc equality as part of duplicate matching, but explicitly makes no live allocator-safety claim. DECISIONS: remain proposed; no implementation or lab/resource mutation. TESTS: campaign validate passed; status checks passed; Git HEAD/common-dir checks passed. BLOCKERS: required bridge-only route, generated address package, 32-bit toolchain manifest, failure containment, checker, expected records and exact owned write set are not yet published. No lease held or lab access attempted.\",\n  \"timestamp\": \"2026-09-10T02:02:09.929234+00:00\"\n}\n","exit":0,"truncated":false},"title":"python3 tools/campaign.py --state-root /home/alex/sots-re checkpoint research-live-record-bridge --actor 'live-record bridge architect' --role architecture-review --model openai/gpt-5.6-sol --session run-73a78465cbde3cd6c811f761 --summary 'MID-QUANTUM. OBSERVATIONS: canonical contract is proposed with no checkpoint and no contract-specific open surprises; dependency research-completion-abi is accepted. Assigned engine worktree HEAD 7741d42fc5e4e761e6449bdaf0e4a61d00036a23, common dir /home/alex/sots-engine/.git; assigned RE worktree HEAD 3bfde5a70d874a723e797a695bbd847fd82c0aa7, common dir /home/alex/sots-re/.git. Both match pinned baselines and contain pre-existing dirty/untracked files; none edited by this actor. Model registry maps architecture-review to openai/gpt-5.6-sol and max_steps 40. Accepted dependency is static-only: binary sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841; integrated manifest identifies 0x0079a150 as ObservedTech copy control and EvDsc equality as part of duplicate matching, but explicitly makes no live allocator-safety claim. DECISIONS: remain proposed; no implementation or lab/resource mutation. TESTS: campaign validate passed; status checks passed; Git HEAD/common-dir checks passed. BLOCKERS: required bridge-only route, generated address package, 32-bit toolchain manifest, failure containment, checker, expected records and exact owned write set are not yet published. No lease held or lab access attempted.' --next-action 'Read every canonical open-surprise record and the accepted dependency raw ABI report, then draft the bridge readiness architecture in an owned canonical campaign/research artifact.'","time":{"start":1789005729887,"end":1789005729951}},"metadata":{"openai":{"itemId":"fc_0843fa9187dd817d016aa20f9395d487d1a64b4d14cd125422"}},"id":"prt_0890cd8cc0013OB4rRGQHKz8Ee","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890cc8a4001a5DIe8qSHSFsDy"}}
{"type":"step_finish","timestamp":1789005729995,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890d10c8001eUTRGaSFUlPZGh","reason":"tool-calls","snapshot":"b80386767014158452f5ecc392753e73d5dfdc81","messageID":"msg_0890cc8a4001a5DIe8qSHSFsDy","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":41623,"input":12576,"output":452,"reasoning":51,"cache":{"write":0,"read":28544}},"cost":0}}
{"type":"step_start","timestamp":1789005732892,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890d1c0e001pZHFxiOXjitFjh","messageID":"msg_0890d10ef001EDH4p7htOPIL4d","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"a9d08af74085500bb2646bcaecb2573db79cacb8","type":"step-start"}}
{"type":"tool_use","timestamp":1789005747229,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_H36iG9BMVLzpfLHb1sQa65I7","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/runtime/surprises/s-4f71bf4a5df4e5fc992bb6b2.json"},"output":"<path>/home/alex/sots-re/campaign/runtime/surprises/s-4f71bf4a5df4e5fc992bb6b2.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"actor\": \"research-abi-independent\",\n3:   \"contract\": \"research-completion-abi\",\n4:   \"decision\": \"d-d4c494ba02ada278030ef473\",\n5:   \"id\": \"s-4f71bf4a5df4e5fc992bb6b2\",\n6:   \"model\": \"openai/gpt-5.6-sol\",\n7:   \"probe\": \"Astra should inspect session manifest verify/results/research-completion-abi-independent/run-eba7860308317f839eb35392/manifest.json and raw observed-alloc/player-append/player-copy streams, compare the three archive lines, then require fresh paired narrow and minimally widened raw stdout/stderr captures with pinned input/tool/source identities for every ownership window whose terminal instruction is truncated. Decide whether to supersede only provenance or additional completeness claims; do not infer archive production history. After repair, a fresh independent verifier must reproduce the full windows and resume ownership/NaN/static-state checks.\",\n8:   \"role\": \"verifier\",\n9:   \"schema\": \"sots-surprise/1\",\n10:   \"status\": \"resolved\",\n11:   \"summary\": \"Session run-eba7860308317f839eb35392 fresh independent reproduction finds the repaired dedup window is correct, but exposes the same unfiltered-stop-boundary provenance contradiction in the ownership archive. objdump-2026-09-09-ownership.txt declares exact stops 0x0057e5e4, 0x0086c62e and 0x007694c0 yet prints complete c2 04 00 terminal instructions beginning at 0x0057e5e3, 0x0086c62d and 0x007694bf. Fresh GNU objdump 2.38 against the hash-matched executable prints only c2 for each command because each stop is one byte after the instruction start. Thus those archived sections cannot be literal unfiltered output of their declared commands under the bound instrument. The affected ABI/provenance review is paused; matching decoded semantics are not converted into success.\",\n12:   \"timestamp\": \"2026-09-10T00:44:38.527547+00:00\"\n13: }\n\n(End of file - total 13 lines)\n</content>","metadata":{"preview":"{\n  \"actor\": \"research-abi-independent\",\n  \"contract\": \"research-completion-abi\",\n  \"decision\": \"d-d4c494ba02ada278030ef473\",\n  \"id\": \"s-4f71bf4a5df4e5fc992bb6b2\",\n  \"model\": \"openai/gpt-5.6-sol\",\n  \"probe\": \"Astra should inspect session manifest verify/results/research-completion-abi-independent/run-eba7860308317f839eb35392/manifest.json and raw observed-alloc/player-append/player-copy streams, compare the three archive lines, then require fresh paired narrow and minimally widened raw stdout/stderr captures with pinned input/tool/source identities for every ownership window whose terminal instruction is truncated. Decide whether to supersede only provenance or additional completeness claims; do not infer archive production history. After repair, a fresh independent verifier must reproduce the full windows and resume ownership/NaN/static-state checks.\",\n  \"role\": \"verifier\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Session run-eba7860308317f839eb35392 fresh independent reproduction finds the repaired dedup window is correct, but exposes the same unfiltered-stop-boundary provenance contradiction in the ownership archive. objdump-2026-09-09-ownership.txt declares exact stops 0x0057e5e4, 0x0086c62e and 0x007694c0 yet prints complete c2 04 00 terminal instructions beginning at 0x0057e5e3, 0x0086c62d and 0x007694bf. Fresh GNU objdump 2.38 against the hash-matched executable prints only c2 for each command because each stop is one byte after the instruction start. Thus those archived sections cannot be literal unfiltered output of their declared commands under the bound instrument. The affected ABI/provenance review is paused; matching decoded semantics are not converted into success.\",\n  \"timestamp\": \"2026-09-10T00:44:38.527547+00:00\"\n}","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/runtime/surprises/s-4f71bf4a5df4e5fc992bb6b2.json","text":"{\n  \"actor\": \"research-abi-independent\",\n  \"contract\": \"research-completion-abi\",\n  \"decision\": \"d-d4c494ba02ada278030ef473\",\n  \"id\": \"s-4f71bf4a5df4e5fc992bb6b2\",\n  \"model\": \"openai/gpt-5.6-sol\",\n  \"probe\": \"Astra should inspect session manifest verify/results/research-completion-abi-independent/run-eba7860308317f839eb35392/manifest.json and raw observed-alloc/player-append/player-copy streams, compare the three archive lines, then require fresh paired narrow and minimally widened raw stdout/stderr captures with pinned input/tool/source identities for every ownership window whose terminal instruction is truncated. Decide whether to supersede only provenance or additional completeness claims; do not infer archive production history. After repair, a fresh independent verifier must reproduce the full windows and resume ownership/NaN/static-state checks.\",\n  \"role\": \"verifier\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Session run-eba7860308317f839eb35392 fresh independent reproduction finds the repaired dedup window is correct, but exposes the same unfiltered-stop-boundary provenance contradiction in the ownership archive. objdump-2026-09-09-ownership.txt declares exact stops 0x0057e5e4, 0x0086c62e and 0x007694c0 yet prints complete c2 04 00 terminal instructions beginning at 0x0057e5e3, 0x0086c62d and 0x007694bf. Fresh GNU objdump 2.38 against the hash-matched executable prints only c2 for each command because each stop is one byte after the instruction start. Thus those archived sections cannot be literal unfiltered output of their declared commands under the bound instrument. The affected ABI/provenance review is paused; matching decoded semantics are not converted into success.\",\n  \"timestamp\": \"2026-09-10T00:44:38.527547+00:00\"\n}","lineStart":1,"lineEnd":13,"totalLines":13,"truncated":false}},"title":"campaign/runtime/surprises/s-4f71bf4a5df4e5fc992bb6b2.json","time":{"start":1789005747157,"end":1789005747208}},"metadata":{"openai":{"itemId":"fc_08cb2b6a3622c6d7016aa20fb2d9cc87d19cbbbe657f50d8d1"}},"id":"prt_0890d53d0001fHCy26QRhn7RoS","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d10ef001EDH4p7htOPIL4d"}}
{"type":"tool_use","timestamp":1789005747229,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_WsFoZwOAduC7CRsdBH7Xlcu9","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/runtime/surprises/s-f1c41532e618c77d41538902.json"},"output":"<path>/home/alex/sots-re/campaign/runtime/surprises/s-f1c41532e618c77d41538902.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"actor\": \"controls-architect\",\n3:   \"contract\": \"controls-bootstrap\",\n4:   \"decision\": \"d-ab717735fc6c1661919f6894\",\n5:   \"id\": \"s-f1c41532e618c77d41538902\",\n6:   \"model\": \"openai/gpt-6-astra\",\n7:   \"probe\": \"Separate recovery identity/basis/artifact validation from end-run freshness; test old valid recovery state, missing/mismatched state, fresh end-run checkpoint and a resolution-only Astra launch with affected workers still blocked.\",\n8:   \"role\": \"architecture-review\",\n9:   \"schema\": \"sots-surprise/1\",\n10:   \"status\": \"resolved\",\n11:   \"summary\": \"Independent review R6: current launch guard applies 15-minute end-run freshness to recovery, preventing next-day recovery from valid durable state; unconditional open-surprise rejection also prevents a resolver quantum. Assignment explicitly requested no-open-surprise launch guards, so the resolver exception requires lead clarification.\",\n12:   \"timestamp\": \"2026-09-09T21:34:59.734916+00:00\"\n13: }\n\n(End of file - total 13 lines)\n</content>","metadata":{"preview":"{\n  \"actor\": \"controls-architect\",\n  \"contract\": \"controls-bootstrap\",\n  \"decision\": \"d-ab717735fc6c1661919f6894\",\n  \"id\": \"s-f1c41532e618c77d41538902\",\n  \"model\": \"openai/gpt-6-astra\",\n  \"probe\": \"Separate recovery identity/basis/artifact validation from end-run freshness; test old valid recovery state, missing/mismatched state, fresh end-run checkpoint and a resolution-only Astra launch with affected workers still blocked.\",\n  \"role\": \"architecture-review\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Independent review R6: current launch guard applies 15-minute end-run freshness to recovery, preventing next-day recovery from valid durable state; unconditional open-surprise rejection also prevents a resolver quantum. Assignment explicitly requested no-open-surprise launch guards, so the resolver exception requires lead clarification.\",\n  \"timestamp\": \"2026-09-09T21:34:59.734916+00:00\"\n}","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/runtime/surprises/s-f1c41532e618c77d41538902.json","text":"{\n  \"actor\": \"controls-architect\",\n  \"contract\": \"controls-bootstrap\",\n  \"decision\": \"d-ab717735fc6c1661919f6894\",\n  \"id\": \"s-f1c41532e618c77d41538902\",\n  \"model\": \"openai/gpt-6-astra\",\n  \"probe\": \"Separate recovery identity/basis/artifact validation from end-run freshness; test old valid recovery state, missing/mismatched state, fresh end-run checkpoint and a resolution-only Astra launch with affected workers still blocked.\",\n  \"role\": \"architecture-review\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Independent review R6: current launch guard applies 15-minute end-run freshness to recovery, preventing next-day recovery from valid durable state; unconditional open-surprise rejection also prevents a resolver quantum. Assignment explicitly requested no-open-surprise launch guards, so the resolver exception requires lead clarification.\",\n  \"timestamp\": \"2026-09-09T21:34:59.734916+00:00\"\n}","lineStart":1,"lineEnd":13,"totalLines":13,"truncated":false}},"title":"campaign/runtime/surprises/s-f1c41532e618c77d41538902.json","time":{"start":1789005747162,"end":1789005747211}},"metadata":{"openai":{"itemId":"fc_08cb2b6a3622c6d7016aa20fb2d9e487d194e1c451e30c413f"}},"id":"prt_0890d53d7001WhSMAU5l2gLthf","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d10ef001EDH4p7htOPIL4d"}}
{"type":"tool_use","timestamp":1789005747229,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_rBMgydjpQZqObnlQfLSQfBVZ","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/runtime/surprises/s-8996365dab2cd6dc0e17bb9f.json"},"output":"<path>/home/alex/sots-re/campaign/runtime/surprises/s-8996365dab2cd6dc0e17bb9f.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"actor\": \"research-abi-analyst\",\n3:   \"contract\": \"research-completion-abi\",\n4:   \"decision\": \"d-2ff30c9f5355116bea822924\",\n5:   \"id\": \"s-8996365dab2cd6dc0e17bb9f\",\n6:   \"model\": \"openai/gpt-5.6-sol\",\n7:   \"probe\": \"First verify 0x0046f8c0 is std::string equality (or otherwise characterize it) from independent raw instructions/callers; then use or construct two same-bucket PlayerEvents identical in EvAct/EvLoc/EvPos/EvMsg/EvImg but differing only in EvDsc. If 0x00825d40 returns null they are distinct and EvDsc is compared; if it returns the existing element the inherited omission survives and the call has another meaning.\",\n8:   \"role\": \"analyst\",\n9:   \"schema\": \"sots-surprise/1\",\n10:   \"status\": \"resolved\",\n11:   \"summary\": \"Fresh raw GNU objdump capture contradicts the standing event dedup semantic claim in findings/subsystems/events.md:185 that EvDsc is not compared. At 0x00825e11 candidate+0x08 and 0x00825e15 stored+0x08 are passed to 0x0046f8c0; its boolean result at 0x00825e21 branches to match return only when true. This occurs after EvAct, EvLoc, EvPos, EvMsg and EvImg comparisons, so description appears to participate in equality. The affected dedup interpretation is paused; no implementation or acceptance claim may use either version pending Astra resolution.\",\n12:   \"timestamp\": \"2026-09-09T23:47:56.138628+00:00\"\n13: }\n\n(End of file - total 13 lines)\n</content>","metadata":{"preview":"{\n  \"actor\": \"research-abi-analyst\",\n  \"contract\": \"research-completion-abi\",\n  \"decision\": \"d-2ff30c9f5355116bea822924\",\n  \"id\": \"s-8996365dab2cd6dc0e17bb9f\",\n  \"model\": \"openai/gpt-5.6-sol\",\n  \"probe\": \"First verify 0x0046f8c0 is std::string equality (or otherwise characterize it) from independent raw instructions/callers; then use or construct two same-bucket PlayerEvents identical in EvAct/EvLoc/EvPos/EvMsg/EvImg but differing only in EvDsc. If 0x00825d40 returns null they are distinct and EvDsc is compared; if it returns the existing element the inherited omission survives and the call has another meaning.\",\n  \"role\": \"analyst\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Fresh raw GNU objdump capture contradicts the standing event dedup semantic claim in findings/subsystems/events.md:185 that EvDsc is not compared. At 0x00825e11 candidate+0x08 and 0x00825e15 stored+0x08 are passed to 0x0046f8c0; its boolean result at 0x00825e21 branches to match return only when true. This occurs after EvAct, EvLoc, EvPos, EvMsg and EvImg comparisons, so description appears to participate in equality. The affected dedup interpretation is paused; no implementation or acceptance claim may use either version pending Astra resolution.\",\n  \"timestamp\": \"2026-09-09T23:47:56.138628+00:00\"\n}","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/runtime/surprises/s-8996365dab2cd6dc0e17bb9f.json","text":"{\n  \"actor\": \"research-abi-analyst\",\n  \"contract\": \"research-completion-abi\",\n  \"decision\": \"d-2ff30c9f5355116bea822924\",\n  \"id\": \"s-8996365dab2cd6dc0e17bb9f\",\n  \"model\": \"openai/gpt-5.6-sol\",\n  \"probe\": \"First verify 0x0046f8c0 is std::string equality (or otherwise characterize it) from independent raw instructions/callers; then use or construct two same-bucket PlayerEvents identical in EvAct/EvLoc/EvPos/EvMsg/EvImg but differing only in EvDsc. If 0x00825d40 returns null they are distinct and EvDsc is compared; if it returns the existing element the inherited omission survives and the call has another meaning.\",\n  \"role\": \"analyst\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Fresh raw GNU objdump capture contradicts the standing event dedup semantic claim in findings/subsystems/events.md:185 that EvDsc is not compared. At 0x00825e11 candidate+0x08 and 0x00825e15 stored+0x08 are passed to 0x0046f8c0; its boolean result at 0x00825e21 branches to match return only when true. This occurs after EvAct, EvLoc, EvPos, EvMsg and EvImg comparisons, so description appears to participate in equality. The affected dedup interpretation is paused; no implementation or acceptance claim may use either version pending Astra resolution.\",\n  \"timestamp\": \"2026-09-09T23:47:56.138628+00:00\"\n}","lineStart":1,"lineEnd":13,"totalLines":13,"truncated":false}},"title":"campaign/runtime/surprises/s-8996365dab2cd6dc0e17bb9f.json","time":{"start":1789005747167,"end":1789005747213}},"metadata":{"openai":{"itemId":"fc_08cb2b6a3622c6d7016aa20fb2d9f087d1825507b287775006"}},"id":"prt_0890d53dc001voZjjcpGGtcixn","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d10ef001EDH4p7htOPIL4d"}}
{"type":"tool_use","timestamp":1789005747229,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_d1LGlJKVCu7ucsyOh0IERJlR","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/runtime/surprises/s-410e48d5ae6cc4da0a6ae649.json"},"output":"<path>/home/alex/sots-re/campaign/runtime/surprises/s-410e48d5ae6cc4da0a6ae649.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"actor\": \"controls-architect\",\n3:   \"contract\": \"controls-bootstrap\",\n4:   \"decision\": \"d-42c6d0b4ee5114e6f2e07c99\",\n5:   \"id\": \"s-410e48d5ae6cc4da0a6ae649\",\n6:   \"model\": \"openai/gpt-6-astra\",\n7:   \"probe\": \"Introduce an immutable typed acceptance package binding candidate/integrated source manifests, built binary, inputs and per-criterion results; change source bytes at unchanged HEAD and require integration/acceptance rejection.\",\n8:   \"role\": \"architecture-review\",\n9:   \"schema\": \"sots-surprise/1\",\n10:   \"status\": \"resolved\",\n11:   \"summary\": \"Independent review R4: lifecycle source binding checks baseline path/commit and artifact hashes, but not the actual candidate/integrated source manifest. Implementation bytes can change at the same HEAD without invalidating the current evidence/verdict. This requires a cross-cutting evidence package/interface decision with publishing and gate owners.\",\n12:   \"timestamp\": \"2026-09-09T21:34:52.829937+00:00\"\n13: }\n\n(End of file - total 13 lines)\n</content>","metadata":{"preview":"{\n  \"actor\": \"controls-architect\",\n  \"contract\": \"controls-bootstrap\",\n  \"decision\": \"d-42c6d0b4ee5114e6f2e07c99\",\n  \"id\": \"s-410e48d5ae6cc4da0a6ae649\",\n  \"model\": \"openai/gpt-6-astra\",\n  \"probe\": \"Introduce an immutable typed acceptance package binding candidate/integrated source manifests, built binary, inputs and per-criterion results; change source bytes at unchanged HEAD and require integration/acceptance rejection.\",\n  \"role\": \"architecture-review\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Independent review R4: lifecycle source binding checks baseline path/commit and artifact hashes, but not the actual candidate/integrated source manifest. Implementation bytes can change at the same HEAD without invalidating the current evidence/verdict. This requires a cross-cutting evidence package/interface decision with publishing and gate owners.\",\n  \"timestamp\": \"2026-09-09T21:34:52.829937+00:00\"\n}","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/runtime/surprises/s-410e48d5ae6cc4da0a6ae649.json","text":"{\n  \"actor\": \"controls-architect\",\n  \"contract\": \"controls-bootstrap\",\n  \"decision\": \"d-42c6d0b4ee5114e6f2e07c99\",\n  \"id\": \"s-410e48d5ae6cc4da0a6ae649\",\n  \"model\": \"openai/gpt-6-astra\",\n  \"probe\": \"Introduce an immutable typed acceptance package binding candidate/integrated source manifests, built binary, inputs and per-criterion results; change source bytes at unchanged HEAD and require integration/acceptance rejection.\",\n  \"role\": \"architecture-review\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Independent review R4: lifecycle source binding checks baseline path/commit and artifact hashes, but not the actual candidate/integrated source manifest. Implementation bytes can change at the same HEAD without invalidating the current evidence/verdict. This requires a cross-cutting evidence package/interface decision with publishing and gate owners.\",\n  \"timestamp\": \"2026-09-09T21:34:52.829937+00:00\"\n}","lineStart":1,"lineEnd":13,"totalLines":13,"truncated":false}},"title":"campaign/runtime/surprises/s-410e48d5ae6cc4da0a6ae649.json","time":{"start":1789005747173,"end":1789005747215}},"metadata":{"openai":{"itemId":"fc_08cb2b6a3622c6d7016aa20fb2d9fc87d19ab0a41d6f503801"}},"id":"prt_0890d53e1001qZtBjAndQxdssu","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d10ef001EDH4p7htOPIL4d"}}
{"type":"tool_use","timestamp":1789005747229,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_dfMq7RESQwmXPIIpZbGtxC9I","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/runtime/surprises/s-abd1c3613c9922cc94c608d5.json"},"output":"<path>/home/alex/sots-re/campaign/runtime/surprises/s-abd1c3613c9922cc94c608d5.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"actor\": \"final-controls-verifier\",\n3:   \"contract\": \"controls-bootstrap\",\n4:   \"decision\": \"d-d2aeed91781c4da6057f00a7\",\n5:   \"id\": \"s-abd1c3613c9922cc94c608d5\",\n6:   \"model\": \"openai/gpt-5.6-terra\",\n7:   \"probe\": \"From canonical RE, run source-binding once with no worktree arguments and once with the assigned paired paths; confirm the differing RE digest and absence of paired tools/campaign.py plus verify/campaign/test_controls.py. Astra must decide whether independent integrated reproduction may use only dirty canonical trees or provide source-identical linked worktrees and repeat/attest verification.\",\n8:   \"role\": \"verifier\",\n9:   \"schema\": \"sots-surprise/1\",\n10:   \"status\": \"resolved\",\n11:   \"summary\": \"Falsified paired-worktree reproducibility assumption. The assigned /tmp/opencode/sots-launch-re is clean at the pinned RE HEAD but lacks tools/campaign.py and verify/campaign/test_controls.py; its source binding is 67b7b60509fe43c8d23382003fed069fb32549094eea0c039b75475e32a7a9eb, not the evidence binding 6696fd5201e144843617cbf6d78b41b5287ad5dcc9fa1e8aaa861d52b64e72e8. Engine paired binding likewise differs (949dfb46... versus ccd8e020...). Canonical integrated trees do rehash exactly to the claimed binding and declared binary/input/outcome hashes match, but the supplied isolated paired source cannot reproduce the package from handoff alone. This blocks the final independent integrated verdict under the required linked-worktree/reproduction guard.\",\n12:   \"timestamp\": \"2026-09-09T22:25:50.265100+00:00\"\n13: }\n\n(End of file - total 13 lines)\n</content>","metadata":{"preview":"{\n  \"actor\": \"final-controls-verifier\",\n  \"contract\": \"controls-bootstrap\",\n  \"decision\": \"d-d2aeed91781c4da6057f00a7\",\n  \"id\": \"s-abd1c3613c9922cc94c608d5\",\n  \"model\": \"openai/gpt-5.6-terra\",\n  \"probe\": \"From canonical RE, run source-binding once with no worktree arguments and once with the assigned paired paths; confirm the differing RE digest and absence of paired tools/campaign.py plus verify/campaign/test_controls.py. Astra must decide whether independent integrated reproduction may use only dirty canonical trees or provide source-identical linked worktrees and repeat/attest verification.\",\n  \"role\": \"verifier\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Falsified paired-worktree reproducibility assumption. The assigned /tmp/opencode/sots-launch-re is clean at the pinned RE HEAD but lacks tools/campaign.py and verify/campaign/test_controls.py; its source binding is 67b7b60509fe43c8d23382003fed069fb32549094eea0c039b75475e32a7a9eb, not the evidence binding 6696fd5201e144843617cbf6d78b41b5287ad5dcc9fa1e8aaa861d52b64e72e8. Engine paired binding likewise differs (949dfb46... versus ccd8e020...). Canonical integrated trees do rehash exactly to the claimed binding and declared binary/input/outcome hashes match, but the supplied isolated paired source cannot reproduce the package from handoff alone. This blocks the final independent integrated verdict under the required linked-worktree/reproduction guard.\",\n  \"timestamp\": \"2026-09-09T22:25:50.265100+00:00\"\n}","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/runtime/surprises/s-abd1c3613c9922cc94c608d5.json","text":"{\n  \"actor\": \"final-controls-verifier\",\n  \"contract\": \"controls-bootstrap\",\n  \"decision\": \"d-d2aeed91781c4da6057f00a7\",\n  \"id\": \"s-abd1c3613c9922cc94c608d5\",\n  \"model\": \"openai/gpt-5.6-terra\",\n  \"probe\": \"From canonical RE, run source-binding once with no worktree arguments and once with the assigned paired paths; confirm the differing RE digest and absence of paired tools/campaign.py plus verify/campaign/test_controls.py. Astra must decide whether independent integrated reproduction may use only dirty canonical trees or provide source-identical linked worktrees and repeat/attest verification.\",\n  \"role\": \"verifier\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Falsified paired-worktree reproducibility assumption. The assigned /tmp/opencode/sots-launch-re is clean at the pinned RE HEAD but lacks tools/campaign.py and verify/campaign/test_controls.py; its source binding is 67b7b60509fe43c8d23382003fed069fb32549094eea0c039b75475e32a7a9eb, not the evidence binding 6696fd5201e144843617cbf6d78b41b5287ad5dcc9fa1e8aaa861d52b64e72e8. Engine paired binding likewise differs (949dfb46... versus ccd8e020...). Canonical integrated trees do rehash exactly to the claimed binding and declared binary/input/outcome hashes match, but the supplied isolated paired source cannot reproduce the package from handoff alone. This blocks the final independent integrated verdict under the required linked-worktree/reproduction guard.\",\n  \"timestamp\": \"2026-09-09T22:25:50.265100+00:00\"\n}","lineStart":1,"lineEnd":13,"totalLines":13,"truncated":false}},"title":"campaign/runtime/surprises/s-abd1c3613c9922cc94c608d5.json","time":{"start":1789005747179,"end":1789005747217}},"metadata":{"openai":{"itemId":"fc_08cb2b6a3622c6d7016aa20fb2da0487d1a2b2d7caf4933b94"}},"id":"prt_0890d53e6001Ee27hzkKpQDcC5","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d10ef001EDH4p7htOPIL4d"}}
{"type":"tool_use","timestamp":1789005747229,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_uT25q7rdsNY2s4DHlWBEi3p2","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/runtime/surprises/s-6d1fcc617a20ca2bcbffc0cc.json"},"output":"<path>/home/alex/sots-re/campaign/runtime/surprises/s-6d1fcc617a20ca2bcbffc0cc.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"actor\": \"rollout-lead\",\n3:   \"contract\": \"controls-bootstrap\",\n4:   \"decision\": \"d-6239404c8f40351310c8abf0\",\n5:   \"id\": \"s-6d1fcc617a20ca2bcbffc0cc\",\n6:   \"model\": \"openai/gpt-6-astra\",\n7:   \"probe\": \"Allow verifier launch in verification and integration; reject owner overlap, source drift and open surprises in both.\",\n8:   \"role\": \"lead\",\n9:   \"schema\": \"sots-surprise/1\",\n10:   \"status\": \"resolved\",\n11:   \"summary\": \"Independent Astra R8: verifier launch permits verification only, but final integrated evidence requires a fresh verifier execution in integration.\",\n12:   \"timestamp\": \"2026-09-09T22:09:56.316247+00:00\"\n13: }\n\n(End of file - total 13 lines)\n</content>","metadata":{"preview":"{\n  \"actor\": \"rollout-lead\",\n  \"contract\": \"controls-bootstrap\",\n  \"decision\": \"d-6239404c8f40351310c8abf0\",\n  \"id\": \"s-6d1fcc617a20ca2bcbffc0cc\",\n  \"model\": \"openai/gpt-6-astra\",\n  \"probe\": \"Allow verifier launch in verification and integration; reject owner overlap, source drift and open surprises in both.\",\n  \"role\": \"lead\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Independent Astra R8: verifier launch permits verification only, but final integrated evidence requires a fresh verifier execution in integration.\",\n  \"timestamp\": \"2026-09-09T22:09:56.316247+00:00\"\n}","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/runtime/surprises/s-6d1fcc617a20ca2bcbffc0cc.json","text":"{\n  \"actor\": \"rollout-lead\",\n  \"contract\": \"controls-bootstrap\",\n  \"decision\": \"d-6239404c8f40351310c8abf0\",\n  \"id\": \"s-6d1fcc617a20ca2bcbffc0cc\",\n  \"model\": \"openai/gpt-6-astra\",\n  \"probe\": \"Allow verifier launch in verification and integration; reject owner overlap, source drift and open surprises in both.\",\n  \"role\": \"lead\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Independent Astra R8: verifier launch permits verification only, but final integrated evidence requires a fresh verifier execution in integration.\",\n  \"timestamp\": \"2026-09-09T22:09:56.316247+00:00\"\n}","lineStart":1,"lineEnd":13,"totalLines":13,"truncated":false}},"title":"campaign/runtime/surprises/s-6d1fcc617a20ca2bcbffc0cc.json","time":{"start":1789005747184,"end":1789005747220}},"metadata":{"openai":{"itemId":"fc_08cb2b6a3622c6d7016aa20fb2da0c87d1bd65c80bf0e557e9"}},"id":"prt_0890d53ed001RLhgYiHijYHgfA","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d10ef001EDH4p7htOPIL4d"}}
{"type":"tool_use","timestamp":1789005747229,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_jzDEiwmBVdKlqz3JGLbs8a6L","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/runtime/surprises/s-5c58b6a921997731f5b5ae1f.json"},"output":"<path>/home/alex/sots-re/campaign/runtime/surprises/s-5c58b6a921997731f5b5ae1f.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"actor\": \"research-abi-independent\",\n3:   \"contract\": \"research-completion-abi\",\n4:   \"decision\": \"d-d2a9b8be6399a6abaa0e05a5\",\n5:   \"id\": \"s-5c58b6a921997731f5b5ae1f\",\n6:   \"model\": \"openai/gpt-5.6-sol\",\n7:   \"probe\": \"Astra should first rerun both objdump -D -Mintel --start-address=0x00825d40 --stop-address=0x00825e65 dumps/sots.exe and the minimally widened --stop-address=0x00825e67 command against SHA256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841, archive raw stdout bytes and objdump executable hash/version, and decide whether the existing capture was manually spliced or generated with a different effective boundary. Repair provenance before independent ABI interpretation resumes.\",\n8:   \"role\": \"verifier\",\n9:   \"schema\": \"sots-surprise/1\",\n10:   \"status\": \"resolved\",\n11:   \"summary\": \"Independent reproduction falsified the handoff claim that objdump-2026-09-09-dedup-helper.txt is unfiltered output from its exact first command. With the SHA256-matched executable and GNU objdump 2.38, the declared stop-address 0x00825e65 truncates the three-byte instruction beginning at 0x00825e64: current stdout is bytes c2 while the archive records c2 08 00. The other three declared windows reproduce exactly after only line-end whitespace normalization. This is a provenance/instrument-boundary contradiction; dedup interpretation is paused rather than converting the otherwise matching instructions into success.\",\n12:   \"timestamp\": \"2026-09-10T00:19:20.577736+00:00\"\n13: }\n\n(End of file - total 13 lines)\n</content>","metadata":{"preview":"{\n  \"actor\": \"research-abi-independent\",\n  \"contract\": \"research-completion-abi\",\n  \"decision\": \"d-d2a9b8be6399a6abaa0e05a5\",\n  \"id\": \"s-5c58b6a921997731f5b5ae1f\",\n  \"model\": \"openai/gpt-5.6-sol\",\n  \"probe\": \"Astra should first rerun both objdump -D -Mintel --start-address=0x00825d40 --stop-address=0x00825e65 dumps/sots.exe and the minimally widened --stop-address=0x00825e67 command against SHA256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841, archive raw stdout bytes and objdump executable hash/version, and decide whether the existing capture was manually spliced or generated with a different effective boundary. Repair provenance before independent ABI interpretation resumes.\",\n  \"role\": \"verifier\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Independent reproduction falsified the handoff claim that objdump-2026-09-09-dedup-helper.txt is unfiltered output from its exact first command. With the SHA256-matched executable and GNU objdump 2.38, the declared stop-address 0x00825e65 truncates the three-byte instruction beginning at 0x00825e64: current stdout is bytes c2 while the archive records c2 08 00. The other three declared windows reproduce exactly after only line-end whitespace normalization. This is a provenance/instrument-boundary contradiction; dedup interpretation is paused rather than converting the otherwise matching instructions into success.\",\n  \"timestamp\": \"2026-09-10T00:19:20.577736+00:00\"\n}","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/runtime/surprises/s-5c58b6a921997731f5b5ae1f.json","text":"{\n  \"actor\": \"research-abi-independent\",\n  \"contract\": \"research-completion-abi\",\n  \"decision\": \"d-d2a9b8be6399a6abaa0e05a5\",\n  \"id\": \"s-5c58b6a921997731f5b5ae1f\",\n  \"model\": \"openai/gpt-5.6-sol\",\n  \"probe\": \"Astra should first rerun both objdump -D -Mintel --start-address=0x00825d40 --stop-address=0x00825e65 dumps/sots.exe and the minimally widened --stop-address=0x00825e67 command against SHA256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841, archive raw stdout bytes and objdump executable hash/version, and decide whether the existing capture was manually spliced or generated with a different effective boundary. Repair provenance before independent ABI interpretation resumes.\",\n  \"role\": \"verifier\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Independent reproduction falsified the handoff claim that objdump-2026-09-09-dedup-helper.txt is unfiltered output from its exact first command. With the SHA256-matched executable and GNU objdump 2.38, the declared stop-address 0x00825e65 truncates the three-byte instruction beginning at 0x00825e64: current stdout is bytes c2 while the archive records c2 08 00. The other three declared windows reproduce exactly after only line-end whitespace normalization. This is a provenance/instrument-boundary contradiction; dedup interpretation is paused rather than converting the otherwise matching instructions into success.\",\n  \"timestamp\": \"2026-09-10T00:19:20.577736+00:00\"\n}","lineStart":1,"lineEnd":13,"totalLines":13,"truncated":false}},"title":"campaign/runtime/surprises/s-5c58b6a921997731f5b5ae1f.json","time":{"start":1789005747189,"end":1789005747222}},"metadata":{"openai":{"itemId":"fc_08cb2b6a3622c6d7016aa20fb2da1487d1901e2594b77e12b5"}},"id":"prt_0890d53f2001FTJ5sref0IXDra","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d10ef001EDH4p7htOPIL4d"}}
{"type":"tool_use","timestamp":1789005747244,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_9nOTHwct3Pb7x3rRtS2UWdEM","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/campaign/runtime/surprises/s-4a7d66ebd7d8a8f3ec59f11d.json"},"output":"<path>/home/alex/sots-re/campaign/runtime/surprises/s-4a7d66ebd7d8a8f3ec59f11d.json</path>\n<type>file</type>\n<content>\n1: {\n2:   \"actor\": \"controls-independent-verifier\",\n3:   \"contract\": \"controls-bootstrap\",\n4:   \"decision\": \"d-2570bf9c76ae66711bdac461\",\n5:   \"id\": \"s-4a7d66ebd7d8a8f3ec59f11d\",\n6:   \"model\": \"openai/gpt-5.6-terra\",\n7:   \"probe\": \"Parse every nonblank JSONL line of campaign/runtime/runs/run-cb15199f9272fe496bd10a8a.jsonl; compare count, error events, stop events, sessions, source_before/source_after and run record fields. Determine whether the false 24-event assertion invalidates only narrative verifier artifacts or the integrated controls evidence/verdict package.\",\n8:   \"role\": \"verifier\",\n9:   \"schema\": \"sots-surprise/1\",\n10:   \"status\": \"resolved\",\n11:   \"summary\": \"Contradictory prior verification claim: verdict controls-bootstrap.json and checkpoint b467c2d772260f1f03637133 report 24 parsed events for run-cb15199f9272fe496bd10a8a, but independent JSONL parsing finds 67 valid events. The run record itself reports event_count 67. The zero-error, one-session, one-stop, return-0 and unchanged-source facts agree; the count claim is false. Existing source-bound evidence does not document this raw-run count, so its acceptance impact needs Astra resolution before a new verdict.\",\n12:   \"timestamp\": \"2026-09-09T22:17:38.435822+00:00\"\n13: }\n\n(End of file - total 13 lines)\n</content>","metadata":{"preview":"{\n  \"actor\": \"controls-independent-verifier\",\n  \"contract\": \"controls-bootstrap\",\n  \"decision\": \"d-2570bf9c76ae66711bdac461\",\n  \"id\": \"s-4a7d66ebd7d8a8f3ec59f11d\",\n  \"model\": \"openai/gpt-5.6-terra\",\n  \"probe\": \"Parse every nonblank JSONL line of campaign/runtime/runs/run-cb15199f9272fe496bd10a8a.jsonl; compare count, error events, stop events, sessions, source_before/source_after and run record fields. Determine whether the false 24-event assertion invalidates only narrative verifier artifacts or the integrated controls evidence/verdict package.\",\n  \"role\": \"verifier\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Contradictory prior verification claim: verdict controls-bootstrap.json and checkpoint b467c2d772260f1f03637133 report 24 parsed events for run-cb15199f9272fe496bd10a8a, but independent JSONL parsing finds 67 valid events. The run record itself reports event_count 67. The zero-error, one-session, one-stop, return-0 and unchanged-source facts agree; the count claim is false. Existing source-bound evidence does not document this raw-run count, so its acceptance impact needs Astra resolution before a new verdict.\",\n  \"timestamp\": \"2026-09-09T22:17:38.435822+00:00\"\n}","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/campaign/runtime/surprises/s-4a7d66ebd7d8a8f3ec59f11d.json","text":"{\n  \"actor\": \"controls-independent-verifier\",\n  \"contract\": \"controls-bootstrap\",\n  \"decision\": \"d-2570bf9c76ae66711bdac461\",\n  \"id\": \"s-4a7d66ebd7d8a8f3ec59f11d\",\n  \"model\": \"openai/gpt-5.6-terra\",\n  \"probe\": \"Parse every nonblank JSONL line of campaign/runtime/runs/run-cb15199f9272fe496bd10a8a.jsonl; compare count, error events, stop events, sessions, source_before/source_after and run record fields. Determine whether the false 24-event assertion invalidates only narrative verifier artifacts or the integrated controls evidence/verdict package.\",\n  \"role\": \"verifier\",\n  \"schema\": \"sots-surprise/1\",\n  \"status\": \"resolved\",\n  \"summary\": \"Contradictory prior verification claim: verdict controls-bootstrap.json and checkpoint b467c2d772260f1f03637133 report 24 parsed events for run-cb15199f9272fe496bd10a8a, but independent JSONL parsing finds 67 valid events. The run record itself reports event_count 67. The zero-error, one-session, one-stop, return-0 and unchanged-source facts agree; the count claim is false. Existing source-bound evidence does not document this raw-run count, so its acceptance impact needs Astra resolution before a new verdict.\",\n  \"timestamp\": \"2026-09-09T22:17:38.435822+00:00\"\n}","lineStart":1,"lineEnd":13,"totalLines":13,"truncated":false}},"title":"campaign/runtime/surprises/s-4a7d66ebd7d8a8f3ec59f11d.json","time":{"start":1789005747226,"end":1789005747243}},"metadata":{"openai":{"itemId":"fc_08cb2b6a3622c6d7016aa20fb2da2087d1bb756fee35cd0a5e"}},"id":"prt_0890d53f7001vQU6aUYnQz5kME","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d10ef001EDH4p7htOPIL4d"}}
{"type":"step_finish","timestamp":1789005747330,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890d547f001sLdTY9mOkRgfZL","reason":"tool-calls","snapshot":"6220fb90c85c61c334d71c169f65dab09314bff5","messageID":"msg_0890d10ef001EDH4p7htOPIL4d","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":42604,"input":1206,"output":375,"reasoning":63,"cache":{"write":0,"read":40960}},"cost":0}}
{"type":"step_start","timestamp":1789005749661,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890d5d9a001rpHhyB5dyAY2Nd","messageID":"msg_0890d54a6001gS9fHILdpSzKfC","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"89ba77084e59e4ea88f989c8a03821cc5f1db806","type":"step-start"}}
{"type":"tool_use","timestamp":1789005758438,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"glob","callID":"call_7EBIeTktHnhq2QwJIUlNXWMz","state":{"status":"completed","input":{"pattern":"src/shim/**/*","path":"/tmp/opencode/sots-final-research-engine"},"output":"/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.w3tshn\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.hp4\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.tturn\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.sdoff\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.hoff\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.fpu127f\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.parpin\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.hp8\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l4control\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l4dump\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.w3control\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.cbpin\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l1snlv\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l3cont\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.bupin\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.parorders\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.parbr\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l3control\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.fpu027f\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.output\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.hprobes\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.w2control\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.crreplace0\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.fpu137f\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.hp9\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.b4compare\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.recapb3\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.b4trace\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l4off\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.parctl\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.w2watch\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.fpu007f\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l1seed\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.recapb1\n/tmp/opencode/sots-final-research-engine/src/shim/fpu_force.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.tturncmp\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l5budget\n/tmp/opencode/sots-final-research-engine/src/shim/binkw32.def\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.sdpin2\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l1control\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.sdpin\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l3probe\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.zledger\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.hprobes2\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.b4scout\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.cbcapture\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.crreplace1\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.fpuoff\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.hp11\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l4research\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.cbtrap\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l1off\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.hpall\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.croff\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l4probes\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.recaptrace\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l1hive\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.w3mod\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.sdbr\n/tmp/opencode/sots-final-research-engine/src/shim/trace/selftest.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.hp10\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.l5control\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.recapmisc\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.hp0\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.crcompare\n/tmp/opencode/sots-final-research-engine/src/shim/main.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.fpu1a7f\n/tmp/opencode/sots-final-research-engine/src/shim/fpu_force.h\n/tmp/opencode/sots-final-research-engine/src/shim/shim.cfg.cboff\n/tmp/opencode/sots-final-research-engine/src/shim/trace/emitter.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/trace/sha256.h\n/tmp/opencode/sots-final-research-engine/src/shim/trace/emitter.h\n/tmp/opencode/sots-final-research-engine/src/shim/trace/tracer.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/trace/hook.h\n/tmp/opencode/sots-final-research-engine/src/shim/trace/platform.h\n/tmp/opencode/sots-final-research-engine/src/shim/trace/selftest.h\n/tmp/opencode/sots-final-research-engine/src/shim/trace/sha256.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/trace/tracer.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/global_consts.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/tech_effects.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/budget_inputs.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/system_output.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/fleet_movement.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/colony_turn.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/player_turn.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/system_output.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/rng_ledger.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/event_inputs.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/watchpoints.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/tech_effect_fields.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/probe_entry.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/colony_inputs.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/watchpoints.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/draw_sites.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/player_turn.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/fleet_movement.h\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/colony_inputs.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/tech_effects.cpp\n/tmp/opencode/sots-final-research-engine/src/shim/hooks/movement_inputs.cpp\n\n(Results are truncated: showing first 100 results. Consider using a more specific path or pattern.)","metadata":{"count":100,"truncated":true},"title":"../../../tmp/opencode/sots-final-research-engine","time":{"start":1789005758394,"end":1789005758417}},"metadata":{"openai":{"itemId":"fc_0b0058634fe3b303016aa20fbe3c7887d1b87f9e0bc3d0fa37"}},"id":"prt_0890d7fb6001mApIYLvGIf9oMr","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d54a6001gS9fHILdpSzKfC"}}
{"type":"tool_use","timestamp":1789005758439,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_7xlkBfxbDP8uHttweA14QvyD","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/findings/subsystems/observedtech-append.md"},"output":"<path>/home/alex/sots-re/findings/subsystems/observedtech-append.md</path>\n<type>file</type>\n<content>\n1: # `vector<ObservedTech> otch` — pinned, and the displacement scanner that pinned it\n2: \n3: Lane X. Static/host only; VM140 was held by lane F and the game was never run.\n4: \n5: Two things here: a general-purpose tool (`tools/x86disp.py`) for a class of cross-reference\n6: Ghidra cannot index, and the `ServerPlayer+0x274` answer it was built to get.\n7: \n8: ---\n9: \n10: ## 1. The gap the tool fills\n11: \n12: Ghidra indexes **immediate** operands. It does not index **ModRM displacements**. On a\n13: 41,411-function MSVC C++ binary `lea reg,[reg+disp]` is *the* idiom for taking the address of\n14: a member — it is how every `std::vector`, every `std::string`, every embedded sub-object gets\n15: passed to a method or a constructor. So `find-constant-uses 0x274` returned 13 unrelated hits\n16: and none of them was the vector, and lane P correctly concluded the search was a limitation\n17: rather than evidence of absence.\n18: \n19: Lane E only found `EventStorage` at `+0x29c` because a whole accessor function happened to\n20: exist (`lea eax,[ecx+0x29c]; ret`). We were blind to this whole reference class all campaign,\n21: with ~1,600 classes still to go.\n22: \n23: ## 2. The tool — `tools/x86disp.py`\n24: \n25: A real x86-32 **length decoder** (legacy prefixes, 1-/2-/3-byte opcodes, ModRM, SIB, disp8\n26: sign-extended, disp32, every immediate form), swept from Ghidra's function starts so every\n27: decode begins on a genuine instruction boundary. It indexes every memory operand that carries\n28: a displacement, then answers \"what code touches offset N off some object?\" with the containing\n29: function, instruction address, base register and decoded instruction.\n30: \n31: Correctness points that would otherwise produce confident garbage, all handled:\n32: \n33: * `mod=0,rm=5` and `mod=0,rm=4,sib.base=5` are **disp32 with no base** — an absolute global\n34:   address, not a member offset. Excluded from member queries. (Without this, every\n35:   `mov eax,[0x00a2bd88]` in the binary shows up as a \"displacement\".)\n36: * `mod=1` disp8 is **sign-extended**: `-0x08` must not be reported as `+0xf8`.\n37: * `mod=3` is a register operand with no displacement at all.\n38: * `0x67` address-size prefix means 16-bit ModRM, a different layout entirely — refused rather\n39:   than mis-decoded.\n40: \n41: Commands: `build`, `query <disp>`, `cohort`, `func <va>`, `dis <va>`, `stats`, `brute`.\n42: \n43: **Decode quality:**\n44: \n45: ```\n46: functions swept : 41089\n47: instructions    : 2174504\n48: disp sites      : 612166\n49: desyncs         : 70 (0.17% of functions)\n50: code coverage   : 6142049/6142358 (100.0%)\n51: ```\n52: \n53: Zero unknown-opcode desyncs — the opcode tables cover everything this binary contains. All 70\n54: desyncs are truncations at a section/function boundary, not lost sync inside real code.\n55: \n56: > Gotcha worth carrying: the first build clipped each sweep at `fva + Ghidra's sizeInBytes`\n57: > and lost 11% of functions to mid-instruction truncation — Ghidra's `sizeInBytes` understates\n58: > real bodies often enough to matter (it was cutting valid `mov esp,ebp; pop ebp; ret`\n59: > epilogues in half). Sweeping to the **next function start** instead took coverage 89% → 100%.\n60: \n61: The tool works off a local cache (`dumps/`, gitignored: the exe, the function list, the index)\n62: so it never hammers the shared Ghidra box. `tools/cache_functions.py` pulls the function list\n63: once.\n64: \n65: ## 3. Validation — it rediscovers what we already knew\n66: \n67: Run before any new claim was made.\n68: \n69: **GT1 — `ServerPlayer::GetEventStorage`, the one accessor we already had:**\n70: \n71: ```\n72: $ uv run python3 tools/x86disp.py func 0x0080db00\n73: ServerPlayer_GetEventStorage @ 0x0080db00 size 7\n74:   0x0080db00  lea eax,[ecx+0x29c]   ServerPlayer_GetEventStorage+0x0  (8d819c020000)\n75: ```\n76: \n77: **GT2 — lane E's two `OnTechResearched` sites, plus one it did not have:**\n78: \n79: ```\n80: $ uv run python3 tools/x86disp.py query 0x29c --lea\n81:  ProcessTurn  @0x00891340\n82:   0x00891713  lea ecx,[esi+0x29c]   ProcessTurn+0x3d3          <-- NEW\n83:  OnTechResearched  @0x00891790\n84:   0x008919ab  lea ecx,[esi+0x29c]   OnTechResearched+0x21b     <-- known\n85:   0x0089241d  lea ecx,[esi+0x29c]   OnTechResearched+0xc8d     <-- known\n86: ```\n87: \n88: **GT3 — `EvNxID` at `ServerPlayer+0x2b0`:** 90 sites found; the `ServerPlayer` ones are present.\n89: This one is also the honest illustration of the precision problem — see §5.\n90: \n91: **GT4 — positive control for the cohort ranker.** Given the 50 `ServerPlayer` offsets already\n92: in `struct-recovery.md`, `FUN_0087fac0` scores **50 co-hits out of 50** — it is the\n93: `ServerPlayer` serializer, and nothing else in the binary comes close. A scanner that could\n94: not surface that function from a bare offset query would not be worth using.\n95: \n96: ## 4. The answer: `sizeof(ObservedTech)` and the append site\n97: \n98: ### `sizeof(Game::ObservedTech) = 0x2c` (44 bytes) — verified, three independent ways\n99: \n100: **(a)** `vector<ObservedTech>::operator=` at `0x00872380` divides the vector's byte span by a\n101: constant using MSVC's magic-number sequence:\n102: \n103: ```\n104: 0x00872398  mov ecx,[edi+0x4]      ; src._Mylast\n105: 0x0087239b  mov edi,[edi]          ; src._Myfirst\n106: 0x0087239d  sub ecx,edi            ; byte span\n107: 0x0087239f  mov eax,0x2e8ba2e9\n108: 0x008723a4  imul ecx\n109: 0x008723a6  sar edx,3\n110: ```\n111: \n112: `ceil(2^35 / 44) == 0x2e8ba2e9` **exactly**, and emulating the full sequence reproduces\n113: n = 0,1,2,3,10,71,1000 from spans of 0,44,88,132,440,3124,44000. Divisor = 44, unambiguously.\n114: \n115: **(b)** The same function then multiplies back by the literal stride:\n116: \n117: ```\n118: 0x0087243a  imul ecx,ecx,0x2c\n119: 0x0087243d  add ecx,[esi]          ; this->_Myfirst + n*44\n120: 0x00872441  mov [esi+0x4],ecx      ; this->_Mylast = ...\n121: ```\n122: \n123: Same literal at `0x00872468` and at `0x007b735b` inside `push_back`.\n124: \n125: **(c)** The linear search in the append function advances its iterator by `add edi,0x2c`\n126: (`0x007ba257`).\n127: \n128: This matches the on-disk lower bound *exactly* — 4 × `int` + one `0x1c` `std::string` = 44 —\n129: so there is no padding slack anywhere in the element.\n130: \n131: ### The append site\n132: \n133: ```\n134: FUN_007ba1a0 = RecordObservedTech   (direct callee of ServerPlayer::OnTechResearched 0x00891790)\n135: \n136: 0x007ba221  mov edi,[esi+0x274]     ; it = observer->otch._Myfirst\n137: 0x007ba227  cmp edi,[esi+0x278]     ; ... != _Mylast ?\n138: 0x007ba22d  je  0x007ba274          ; empty -> append\n139:       loop: compare each element's name string (this = elem+0x0c, length = [elem+0x1c])\n140: 0x007ba257  add edi,0x2c            ; ++it   *** stride 44 ***\n141: 0x007ba25a  cmp edi,[esi+0x278]\n142: 0x007ba260  jne loop\n143: 0x007ba274  lea ecx,[ebp-0x3c]\n144: 0x007ba277  call 0x008562a0         ; ObservedTech::ObservedTech()  on the stack\n145: 0x007ba27e  push eax\n146: 0x007ba27f  lea ecx,[esi+0x274]     ; this = &player->otch      <<< THE APPEND\n147: 0x007ba288  call 0x007b7320         ; vector<ObservedTech>::push_back\n148: ```\n149: \n150: `push_back` (`0x007b7320`) grows via `0x007b5820` when `_Mylast == _Myend` — **that realloc is\n151: exactly why lane R's guard saw all three of `player+0x274/0x278/0x27c` move on a completion**,\n152: rather than only `_Mylast`.\n153: \n154: `RecordObservedTech` is called from `OnTechResearched` (`0x00891790`) and from `0x007be228`,\n155: `0x007be4e1`, `0x007be535`. It is a **de-duplicating** append: it appends only if no existing\n156: element already carries that tech name — worth knowing for the reimplementation, since a naive\n157: `push_back` would diverge on a re-observation.\n158: \n159: Neither `push_back` nor `operator=` is COMDAT-ambiguous: `0x007b7320` has exactly one caller\n160: (`RecordObservedTech`, `ecx = player+0x274`) and `0x00872380` has two, both passing\n161: `ServerPlayer+0x274`. `0x007b5820` **is** shared with `FUN_0086dec0` and may be a folded body,\n162: so it is labelled `vector_44B_grow`, not as ObservedTech-specific.\n163: \n164: ### Element layout — as far as the evidence actually goes\n165: \n166: The default ctor at `0x008562a0` writes vtable `0x00a2439c` at `+0x00`. RTTI:\n167: COL `0x00a81c78` → type descriptor `0x00aeede4` → **`.?AVObservedTech@Game@@`**. So\n168: `ObservedTech` is polymorphic and its first word is a vptr, not a data field — which the\n169: on-disk shape does not tell you.\n170: \n171: > **Superseded 2026-09-08 by lane S — see §9.** The table as first written called the\n172: > embedded string 0x18 bytes and left `+0x08`, `+0x24`, `+0x28` unaccounted. `+0x24` is not a\n173: > field: it is the string's own trailing allocator word. The corrected map is below; the\n174: > original reasoning is kept in §9 because the way it went wrong is the useful part.\n175: \n176: | offset | size | member | evidence |\n177: |---|---|---|---|\n178: | `+0x00` | 4 | vptr `0x00a2439c` | ctor writes it, RTTI-confirmed |\n179: | `+0x04` | 2 | `uint16 otnF` (turn first observed) | `mov word [eax-0x28],cx` at `0x007ba2b0` (`eax` = `_Mylast`, element = `_Mylast-0x2c`), source `[ebx+0xc]`; tag from `ObservedTech::Write` |\n180: | `+0x06` | 2 | `uint16 otnL` (turn last observed) | `mov word [eax-0x26],dx` at `0x007ba2c6`, **same source word** `[ebx+0xc]` — first sighting sets first == last |\n181: | `+0x08` | 1 | `bool odet` | ctor stores a **byte** (`mov [esi+0x8],bl`, `0x008562f4`); copy-ctor copies a byte; serialised with `WriteBool`/`ReadBool` |\n182: | `+0x0c..+0x27` | 0x1c | `std::string otch` (tech name) | object base `+0x0c`, MSVC `{_Bx[16] @0, _Mysize @0x10, _Myres @0x14, _Alval @0x18}`. Ctor writes `[+0x0c]=0`, `[+0x1c]=0`, `[+0x20]=0xf`; the search loop reads `[+0x1c]` as the length and calls compare with `this = +0x0c`; the post-append assign uses `lea ecx,[_Mylast-0x20]` = `+0x0c`. `+0x24` is `_Alval` — never read, never written, by anything |\n183: | `+0x28` | 4 | `int owith` | ctor zeroes it; `ObservedTech::Write` emits it last |\n184: \n185: `4 + 2 + 2 + 1(+3 pad) + 0x1c + 4 = 0x2c` exactly — sizeof is fully accounted for, with no\n186: padding slack and no unaccounted field.\n187: \n188: ### Where the mapping came from — the serializer\n189: \n190: `Game::ObservedTech`'s vftable `0x00a2439c` is the usual 3 slots\n191: `{ [0] 0x00793610 scalar deleting dtor, [1] 0x00817c40 Read, [2] 0x00817cf0 Write }`.\n192: `Write` enumerates the entire object, in order, and touches nothing else:\n193: \n194: ```\n195: 0x00817cff  movzx ecx,word [edi+0x04]   push 0xa2b38c \"otnF\"   -> stream vft+0x24 (int)\n196: 0x00817d0f  movzx ecx,word [edi+0x06]   push 0xa2b384 \"otnL\"   -> stream vft+0x24 (int)\n197: 0x00817d26  lea   eax,[edi+0x08]        push 0xa2b36c \"odet\"   -> WriteBool  0x008b9c20\n198: 0x00817d37  lea   ecx,[edi+0x0c]        push 0xa2b3e8 \"otch\"   -> WriteString 0x008b9d70\n199: 0x00817d46  mov   eax,[edi+0x28]        push 0xa2b364 \"owith\"  -> stream vft+0x24 (int)\n200: ```\n201: \n202: `Read` (`0x00817c40`) is the exact mirror: `otnF`/`otnL` read as ints and stored back with\n203: 16-bit `mov word [ebx],ax`, `odet` through `ReadBool`, `otch` through `ReadString`, `owith`\n204: reached as `add edi,0x28`. That matches the on-disk order `save_reader.py` already had\n205: (`Otch = otnF otnL odet otch(string) owith`), which is a nice independent agreement between\n206: the disassembly and the save oracle.\n207: \n208: `Game::ObservedWeapon` (`Write` `0x00817bc0`, `Read` `0x00817b10`) is the same element shape\n209: with tag `owep` (`0x00a2b3f0`) in place of `otch` — a second instance of the identical 0x2c\n210: layout.\n211: \n212: Lane P's `observed_techs` region byte delta remains a valid live cross-check and should come\n213: back as exactly 44 per completion.\n214: \n215: ## 5. False-positive rate, honestly\n216: \n217: Two different error rates, and the interesting one is not the one you'd expect.\n218: \n219: **Decode-level error of the naive method is low.** A raw byte scan for `8D` + ModRM + the\n220: displacement — the thing you'd write without a decoder — is mostly *right*:\n221: \n222: | query | naive candidates | not actually an instruction | real sites the naive scan **missed** |\n223: |---|---|---|---|\n224: | `lea`, disp32 `0x274` | 19 | 0 (0.0%) | **80 of 99** |\n225: | 11 common opcodes, disp32 `0x274` | 89 | 1 (1.1%) | 11 of 99 |\n226: | `lea`, disp8 `0x14` | 828 | 1 (0.1%) | **13,784 of 14,611** |\n227: | 11 common opcodes, disp8 `0x14` | 10,326 | 59 (0.6%) | 4,344 of 14,611 |\n228: \n229: So the decoder's win is **recall, not decode precision**. A hand-written opcode set misses\n230: 80–94% of the real accesses, because a member is read, written, compared, and float-loaded far\n231: more often than its address is taken, and you cannot enumerate those opcodes by hand.\n232: \n233: **Class-level precision is the real problem, and it is poor.** The scanner knows the\n234: displacement; it cannot know what class the base register holds. `query 0x274` returns 99 sites\n235: in 45 functions and only about 6 of those functions are actually touching `ServerPlayer::otch`\n236: — roughly **13% precision by function**. The honest way to state the value is as search-space\n237: reduction: 41,411 functions → 45, about **900×**, down to a list a human reads in two minutes.\n238: \n239: **The cohort ranker helps, and has a trap.** Scoring functions by how many *already-known*\n240: offsets of the same class they touch pulls real class methods to the top (the serializer hits\n241: 50/50). But it would have **thrown away the correct answer**: `RecordObservedTech` touches only\n242: `0x274` and `0x278` and nothing else on `ServerPlayer`, so any `--min>=1` filter drops it. Use\n243: cohort as a ranker, never as a filter. This is now written into the tool's own docstring.\n244: \n245: What actually closed the case was the plain `query 0x274` list **intersected with one call-graph\n246: lookup** (`OnTechResearched`'s direct callees). Displacement scan for recall, call graph for\n247: disambiguation — neither alone was enough.\n248: \n249: ## 6. Previously anonymous offsets — attribution results\n250: \n251: The payoff was smaller than hoped, because most of the audit's anonymous offsets had already\n252: been named by other lanes since the audit was written.\n253: \n254: | offset | status before | after |\n255: |---|---|---|\n256: | `player+0x274/0x278/0x27c` | \"vector grew, append site unknown\" | **`RecordObservedTech+0xdf` (0x007ba27f)**, `sizeof` = 0x2c |\n257: | `player+0x2b0` | already named by lane E | unchanged (`EvNxID`) |\n258: | `TechTree+0x20` | already `TechTree_off_OrderCounter` | unchanged |\n259: | `ServerPlayer+0x308` | already `ServerPlayer_off_NodeBore` | unchanged |\n260: | `Budget+0x64` | harness-audit row 11: \"the original writes it\" | **not supported.** See below |\n261: \n262: **`Budget+0x64` (harness-audit row 11) — a correction.** `ServerPlayer::ComputeBudget`\n263: (`0x00863030`) writes its `Budget*` out-param through `esi`, and every such store lands in\n264: `+0x00..+0x54` (the 22-int block). The only two `+0x64` accesses in the whole function are\n265: **loads off a different base register** (`mov ecx,[eax+0x64]` at `0x0086328c`,\n266: `mov edx,[eax+0x64]` at `0x0086335d`). There is no store to `Budget+0x64` in `ComputeBudget`.\n267: \n268: Separately, `TechTree::ProcessResearch`'s `int* overbudget` fourth argument is **not**\n269: `Budget+0x64`: its only caller is `ProcessTurn` (`0x00891340`) and the call at `0x008914a5`\n270: passes `lea edx,[ebp-0x14]` — a stack local, consumed immediately after the call\n271: (`mov eax,[ebp-0x14]; cmp eax,0; jle`).\n272: \n273: This agrees with lane R, whose `budget_object` guard saw `Budget+0x64` change in **0 of 4284\n274: calls**. Row 11 should be reclassified from \"the original writes it and B1 never checked\" to\n275: \"nothing has been shown to write it\"; the remaining way to settle it is a write watchpoint on\n276: that word, not another static search.\n277: \n278: ## 7. Verdict on the technique\n279: \n280: Worth keeping, with its limits stated. It answered a question that had been parked, and the\n281: `0x29c` validation turned up a `ProcessTurn` `EventStorage` site nobody had. But it is a\n282: **recall** tool that produces a 20–100 line candidate list per offset, not an oracle: every\n283: result still needs a call-graph or decompiler check before it is a fact. For the ~1,600\n284: remaining classes the realistic workflow is `query <offset>` → read the list → confirm with one\n285: cross-reference call.\n286: \n287: ## 8. Ghidra writeback\n288: \n289: Labels: `RecordObservedTech` `0x007ba1a0`, `vector_ObservedTech_push_back` `0x007b7320`,\n290: `ObservedTech_ctor` `0x008562a0`, `vector_ObservedTech_assign` `0x00872380`,\n291: `vector_44B_grow` `0x007b5820`, `vftable_ObservedTech` `0x00a2439c`. Plate comments carrying\n292: the stride evidence on the first four.\n293: \n294: `addresses.json`: `ObservedTech_sizeof`, `ObservedTech_vftable`, `ObservedTech_off_Name`,\n295: `RecordObservedTech`, `vector_ObservedTech_push_back`, `vector_ObservedTech_assign`,\n296: `ObservedTech_ctor`, `vector_44B_grow`; `ServerPlayer_off_ObservedTechs` updated from\n297: \"NOT PINNED\" to `verified`.\n298: \n299: **Lane S round (2026-09-08).** Labels: `ObservedTech_Write` `0x00817cf0`, `ObservedTech_Read`\n300: `0x00817c40`, `ObservedTech_scalar_deleting_dtor` `0x00793610`, `ObservedWeapon_Write`\n301: `0x00817bc0`, `ObservedWeapon_Read` `0x00817b10`, `vector_ObservedTech_uninit_copy` `0x0079a150`,\n302: `vector_string_find_by_name` `0x00699bd0`. Prototypes on the five class methods. Plate comments\n303: carrying the full member map on the two serializers, the ctor, the dtor and the copy helper, and\n304: the `sizeof(std::string) = 0x1c` fact on `Stream::WriteString` `0x008b9d70` and on the\n305: `vector<string>` stride site `0x00699bd0` — the two places a future lane is most likely to look.\n306: `addresses.json` +10 entries (`std_string_sizeof`, `ObservedTech_Read/_Write/_dtor/_copy_ctor`,\n307: `ObservedTech_off_TurnFirst/_TurnLast/_Detected/_With`, `ObservedWeapon_Write`), 4 corrected.\n308: \n309: ---\n310: \n311: ## 9. `std::string` is 0x1c, not 0x18 — the correction, and why it mattered (lane S, 2026-09-08)\n312: \n313: §4 above originally reported the embedded string as **0x18 bytes**, against the campaign-wide\n314: `_Bx@0, _Mysize@0x10, _Myres@0x14, _Alval@0x18`, sizeof `0x1c`. Lane X flagged it as \"worth\n315: re-checking\" rather than asserting it, which was the right call: **`0x1c` is correct, and it is\n316: correct everywhere in this binary.** `ObservedTech+0x24` is the string's own trailing allocator\n317: word, not a data member.\n318: \n319: ### Why the 0x18 reading looked right\n320: \n321: Everything lane X observed was accurate. The string's *live* fields really do stop at `+0x14`\n322: (`_Bx@0`, `_Mysize@0x10`, `_Myres@0x14`), because `_Alval` is `std::allocator<char>` — an empty\n323: class. It occupies a word of the object but is never loaded or stored, so it is invisible to\n324: any evidence based on **what the code touches**. Sizing a type from its accessed fields\n325: undercounts it by exactly the tail padding. The same trap is live for `std::vector` in this\n326: build, which is `{_Myfirst, _Mylast, _Myend, _Alval}` = `0x10` while only three words are ever\n327: read (`events.md` already records the `_Alval` word at `EventStorage+0x10` and `+0x14`).\n328: \n329: ### The three things that settle it inside `ObservedTech`\n330: \n331: Each is a *complete enumeration* of the object, which is the right instrument here — an\n332: enumeration can show a field's **absence**, a touch-scan cannot.\n333: \n334: 1. **`ObservedTech::Write` `0x00817cf0`** serialises `+0x04, +0x06, +0x08, +0x0c, +0x28`.\n335:    No `+0x24`. (`Read` `0x00817c40` mirrors it.)\n336: 2. **`ObservedTech_ctor` `0x008562a0`** initialises `+0x00, +0x04, +0x08, +0x0c(string), +0x28`.\n337:    No `+0x24` — while zeroing every other scalar in the object.\n338: 3. **The copy constructor**, inlined at `0x0079a184` inside the vector's uninitialised-copy\n339:    helper `FUN_0079a150`, copies `+0x04, +0x06, +0x08`, the string at `+0x0c`, and `+0x28`.\n340:    No `+0x24`.\n341: \n342: A 4-byte data member that the constructor, the copy constructor and the serializer all ignore\n343: is not a data member.\n344: \n345: ### Binary-wide check — `tools/strfootprint.py`\n346: \n347: One class is an anecdote, so the same question was put to the whole binary. Every serializer\n348: hands member pointers to the `Mars::Stream` primitive helpers with a fixed idiom\n349: (`lea r,[base+disp]; push r; push tag; push stream; call helper`), so the scanner recovers\n350: `(base, disp, tag)` for every string site and then asks: does the same function touch any other\n351: offset inside `(N, N+0x1c)` off the same base register?\n352: \n353: ```\n354: string helper call sites            : 241\n355:   resolved to a class member offset : 65\n356:   stack temporaries (ebp/esp base)  : 30\n357:   offset not reached by a plain lea : 146\n358: \n359: members with a sibling inside (N, N+0x1c) : 0\n360: \n361: gap from a string member to the next member on the same base:\n362:   +0x1c   : 51\n363:   +0x20   : 1\n364: ```\n365: \n366: **65 string members across every serializer in the exe, zero collisions, and 51 of the 52\n367: measurable gaps are exactly `0x1c`.** The single `+0x20` is `StrategyServer::KeyPath` at\n368: `+0x134`, whose *Read* side gives `+0x1c` to `+0x150` — the writer simply skips a member.\n369: There is no `0x18` instantiation, no empty-base-optimised variant, and no game-local string\n370: class. One layout, `0x1c`.\n371: \n372: Two exclusions matter or the scan reports noise, and both are why a naive version of this\n373: would have \"confirmed\" 0x18:\n374: \n375: * **`ebp`/`esp` bases are stack temporaries, not members.** A local string at `[ebp-0x2c]`\n376:   shows accesses at `-0x1c` and `-0x18` — which read exactly like two sibling fields inside\n377:   the span. All 30 such sites are excluded.\n378: * **`N+0x10` and `N+0x14` are the string's own `_Mysize`/`_Myres`**, touched inline whenever\n379:   the compiler expands the `_Myres >= 16 ? _Ptr : _Buf` test at a call site.\n380: \n381: ### Independent corroboration outside the scan\n382: \n383: * `FUN_00699bd0` walks a `vector<std::string>` doing the SSO test at `[esi+0x14]`/`[esi]` —\n384:   element base *is* string base — and advances `add esi,0x1c` (`0x00699c29`). The stride of a\n385:   vector of strings **is** `sizeof(std::string)`.\n386: * `EventStorage::PostEvent` `0x008862b0` takes two by-value `std::string`s at `[ebp+0x08]` and\n387:   `[ebp+0x24]` (spacing `0x1c`) and `RET 0x4c` = `2*0x1c + 5*4`.\n388: * `MoraleEvent` is 0x50 bytes with its name string at `+0x34`: `0x34 + 0x1c = 0x50` exactly.\n389: \n390: ### Blast radius — what actually had to change\n391: \n392: Nothing in any recovered struct table. Every string-bearing layout in `struct-recovery.md`,\n393: `save-editor-structs.md`, `events.md` and `schema-gaps-resolved.md` already used `0x1c` spans\n394: and `0x1c` inter-field gaps, and the binary agrees with all of them. `ServerPlayer::pswd` at\n395: `0x2dc..0x2f7` — the row §4 asked to re-check — is **correct**: `Write` `0x008563e0` puts the\n396: next member exactly `0x1c` above it. The corrections were confined to three prose statements\n397: that had propagated the 0x18 number (`loader-prototypes.md` conventions line, the\n398: `GlobalConst_ParseString` prototype in `addresses.json`, and §4 here) plus one transposition in\n399: `struct-recovery.md` §0 that said `size@0x14, res@0x18` where the verified offsets are\n400: `0x10`/`0x14`.\n401: \n402: The lesson worth carrying, and the reason this was worth chasing rather than reconciling: **do\n403: not size a struct member from the offsets the code touches.** Trailing empty-allocator words in\n404: this build's STL are invisible to a touch-scan and cost exactly 4 bytes every time. Size types\n405: from an enumeration — a serializer, a constructor, a copy constructor, or a container stride.\n\n(End of file - total 405 lines)\n</content>","metadata":{"preview":"# `vector<ObservedTech> otch` — pinned, and the displacement scanner that pinned it\n\nLane X. Static/host only; VM140 was held by lane F and the game was never run.\n\nTwo things here: a general-purpose tool (`tools/x86disp.py`) for a class of cross-reference\nGhidra cannot index, and the `ServerPlayer+0x274` answer it was built to get.\n\n---\n\n## 1. The gap the tool fills\n\nGhidra indexes **immediate** operands. It does not index **ModRM displacements**. On a\n41,411-function MSVC C++ binary `lea reg,[reg+disp]` is *the* idiom for taking the address of\na member — it is how every `std::vector`, every `std::string`, every embedded sub-object gets\npassed to a method or a constructor. So `find-constant-uses 0x274` returned 13 unrelated hits\nand none of them was the vector, and lane P correctly concluded the search was a limitation\nrather than evidence of absence.\n\nLane E only found `EventStorage` at `+0x29c` because a whole accessor function happened to\nexist (`lea eax,[ecx+0x29c]; ret`). We were blind to this whole reference class all campaign,","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/findings/subsystems/observedtech-append.md","text":"# `vector<ObservedTech> otch` — pinned, and the displacement scanner that pinned it\n\nLane X. Static/host only; VM140 was held by lane F and the game was never run.\n\nTwo things here: a general-purpose tool (`tools/x86disp.py`) for a class of cross-reference\nGhidra cannot index, and the `ServerPlayer+0x274` answer it was built to get.\n\n---\n\n## 1. The gap the tool fills\n\nGhidra indexes **immediate** operands. It does not index **ModRM displacements**. On a\n41,411-function MSVC C++ binary `lea reg,[reg+disp]` is *the* idiom for taking the address of\na member — it is how every `std::vector`, every `std::string`, every embedded sub-object gets\npassed to a method or a constructor. So `find-constant-uses 0x274` returned 13 unrelated hits\nand none of them was the vector, and lane P correctly concluded the search was a limitation\nrather than evidence of absence.\n\nLane E only found `EventStorage` at `+0x29c` because a whole accessor function happened to\nexist (`lea eax,[ecx+0x29c]; ret`). We were blind to this whole reference class all campaign,\nwith ~1,600 classes still to go.\n\n## 2. The tool — `tools/x86disp.py`\n\nA real x86-32 **length decoder** (legacy prefixes, 1-/2-/3-byte opcodes, ModRM, SIB, disp8\nsign-extended, disp32, every immediate form), swept from Ghidra's function starts so every\ndecode begins on a genuine instruction boundary. It indexes every memory operand that carries\na displacement, then answers \"what code touches offset N off some object?\" with the containing\nfunction, instruction address, base register and decoded instruction.\n\nCorrectness points that would otherwise produce confident garbage, all handled:\n\n* `mod=0,rm=5` and `mod=0,rm=4,sib.base=5` are **disp32 with no base** — an absolute global\n  address, not a member offset. Excluded from member queries. (Without this, every\n  `mov eax,[0x00a2bd88]` in the binary shows up as a \"displacement\".)\n* `mod=1` disp8 is **sign-extended**: `-0x08` must not be reported as `+0xf8`.\n* `mod=3` is a register operand with no displacement at all.\n* `0x67` address-size prefix means 16-bit ModRM, a different layout entirely — refused rather\n  than mis-decoded.\n\nCommands: `build`, `query <disp>`, `cohort`, `func <va>`, `dis <va>`, `stats`, `brute`.\n\n**Decode quality:**\n\n```\nfunctions swept : 41089\ninstructions    : 2174504\ndisp sites      : 612166\ndesyncs         : 70 (0.17% of functions)\ncode coverage   : 6142049/6142358 (100.0%)\n```\n\nZero unknown-opcode desyncs — the opcode tables cover everything this binary contains. All 70\ndesyncs are truncations at a section/function boundary, not lost sync inside real code.\n\n> Gotcha worth carrying: the first build clipped each sweep at `fva + Ghidra's sizeInBytes`\n> and lost 11% of functions to mid-instruction truncation — Ghidra's `sizeInBytes` understates\n> real bodies often enough to matter (it was cutting valid `mov esp,ebp; pop ebp; ret`\n> epilogues in half). Sweeping to the **next function start** instead took coverage 89% → 100%.\n\nThe tool works off a local cache (`dumps/`, gitignored: the exe, the function list, the index)\nso it never hammers the shared Ghidra box. `tools/cache_functions.py` pulls the function list\nonce.\n\n## 3. Validation — it rediscovers what we already knew\n\nRun before any new claim was made.\n\n**GT1 — `ServerPlayer::GetEventStorage`, the one accessor we already had:**\n\n```\n$ uv run python3 tools/x86disp.py func 0x0080db00\nServerPlayer_GetEventStorage @ 0x0080db00 size 7\n  0x0080db00  lea eax,[ecx+0x29c]   ServerPlayer_GetEventStorage+0x0  (8d819c020000)\n```\n\n**GT2 — lane E's two `OnTechResearched` sites, plus one it did not have:**\n\n```\n$ uv run python3 tools/x86disp.py query 0x29c --lea\n ProcessTurn  @0x00891340\n  0x00891713  lea ecx,[esi+0x29c]   ProcessTurn+0x3d3          <-- NEW\n OnTechResearched  @0x00891790\n  0x008919ab  lea ecx,[esi+0x29c]   OnTechResearched+0x21b     <-- known\n  0x0089241d  lea ecx,[esi+0x29c]   OnTechResearched+0xc8d     <-- known\n```\n\n**GT3 — `EvNxID` at `ServerPlayer+0x2b0`:** 90 sites found; the `ServerPlayer` ones are present.\nThis one is also the honest illustration of the precision problem — see §5.\n\n**GT4 — positive control for the cohort ranker.** Given the 50 `ServerPlayer` offsets already\nin `struct-recovery.md`, `FUN_0087fac0` scores **50 co-hits out of 50** — it is the\n`ServerPlayer` serializer, and nothing else in the binary comes close. A scanner that could\nnot surface that function from a bare offset query would not be worth using.\n\n## 4. The answer: `sizeof(ObservedTech)` and the append site\n\n### `sizeof(Game::ObservedTech) = 0x2c` (44 bytes) — verified, three independent ways\n\n**(a)** `vector<ObservedTech>::operator=` at `0x00872380` divides the vector's byte span by a\nconstant using MSVC's magic-number sequence:\n\n```\n0x00872398  mov ecx,[edi+0x4]      ; src._Mylast\n0x0087239b  mov edi,[edi]          ; src._Myfirst\n0x0087239d  sub ecx,edi            ; byte span\n0x0087239f  mov eax,0x2e8ba2e9\n0x008723a4  imul ecx\n0x008723a6  sar edx,3\n```\n\n`ceil(2^35 / 44) == 0x2e8ba2e9` **exactly**, and emulating the full sequence reproduces\nn = 0,1,2,3,10,71,1000 from spans of 0,44,88,132,440,3124,44000. Divisor = 44, unambiguously.\n\n**(b)** The same function then multiplies back by the literal stride:\n\n```\n0x0087243a  imul ecx,ecx,0x2c\n0x0087243d  add ecx,[esi]          ; this->_Myfirst + n*44\n0x00872441  mov [esi+0x4],ecx      ; this->_Mylast = ...\n```\n\nSame literal at `0x00872468` and at `0x007b735b` inside `push_back`.\n\n**(c)** The linear search in the append function advances its iterator by `add edi,0x2c`\n(`0x007ba257`).\n\nThis matches the on-disk lower bound *exactly* — 4 × `int` + one `0x1c` `std::string` = 44 —\nso there is no padding slack anywhere in the element.\n\n### The append site\n\n```\nFUN_007ba1a0 = RecordObservedTech   (direct callee of ServerPlayer::OnTechResearched 0x00891790)\n\n0x007ba221  mov edi,[esi+0x274]     ; it = observer->otch._Myfirst\n0x007ba227  cmp edi,[esi+0x278]     ; ... != _Mylast ?\n0x007ba22d  je  0x007ba274          ; empty -> append\n      loop: compare each element's name string (this = elem+0x0c, length = [elem+0x1c])\n0x007ba257  add edi,0x2c            ; ++it   *** stride 44 ***\n0x007ba25a  cmp edi,[esi+0x278]\n0x007ba260  jne loop\n0x007ba274  lea ecx,[ebp-0x3c]\n0x007ba277  call 0x008562a0         ; ObservedTech::ObservedTech()  on the stack\n0x007ba27e  push eax\n0x007ba27f  lea ecx,[esi+0x274]     ; this = &player->otch      <<< THE APPEND\n0x007ba288  call 0x007b7320         ; vector<ObservedTech>::push_back\n```\n\n`push_back` (`0x007b7320`) grows via `0x007b5820` when `_Mylast == _Myend` — **that realloc is\nexactly why lane R's guard saw all three of `player+0x274/0x278/0x27c` move on a completion**,\nrather than only `_Mylast`.\n\n`RecordObservedTech` is called from `OnTechResearched` (`0x00891790`) and from `0x007be228`,\n`0x007be4e1`, `0x007be535`. It is a **de-duplicating** append: it appends only if no existing\nelement already carries that tech name — worth knowing for the reimplementation, since a naive\n`push_back` would diverge on a re-observation.\n\nNeither `push_back` nor `operator=` is COMDAT-ambiguous: `0x007b7320` has exactly one caller\n(`RecordObservedTech`, `ecx = player+0x274`) and `0x00872380` has two, both passing\n`ServerPlayer+0x274`. `0x007b5820` **is** shared with `FUN_0086dec0` and may be a folded body,\nso it is labelled `vector_44B_grow`, not as ObservedTech-specific.\n\n### Element layout — as far as the evidence actually goes\n\nThe default ctor at `0x008562a0` writes vtable `0x00a2439c` at `+0x00`. RTTI:\nCOL `0x00a81c78` → type descriptor `0x00aeede4` → **`.?AVObservedTech@Game@@`**. So\n`ObservedTech` is polymorphic and its first word is a vptr, not a data field — which the\non-disk shape does not tell you.\n\n> **Superseded 2026-09-08 by lane S — see §9.** The table as first written called the\n> embedded string 0x18 bytes and left `+0x08`, `+0x24`, `+0x28` unaccounted. `+0x24` is not a\n> field: it is the string's own trailing allocator word. The corrected map is below; the\n> original reasoning is kept in §9 because the way it went wrong is the useful part.\n\n| offset | size | member | evidence |\n|---|---|---|---|\n| `+0x00` | 4 | vptr `0x00a2439c` | ctor writes it, RTTI-confirmed |\n| `+0x04` | 2 | `uint16 otnF` (turn first observed) | `mov word [eax-0x28],cx` at `0x007ba2b0` (`eax` = `_Mylast`, element = `_Mylast-0x2c`), source `[ebx+0xc]`; tag from `ObservedTech::Write` |\n| `+0x06` | 2 | `uint16 otnL` (turn last observed) | `mov word [eax-0x26],dx` at `0x007ba2c6`, **same source word** `[ebx+0xc]` — first sighting sets first == last |\n| `+0x08` | 1 | `bool odet` | ctor stores a **byte** (`mov [esi+0x8],bl`, `0x008562f4`); copy-ctor copies a byte; serialised with `WriteBool`/`ReadBool` |\n| `+0x0c..+0x27` | 0x1c | `std::string otch` (tech name) | object base `+0x0c`, MSVC `{_Bx[16] @0, _Mysize @0x10, _Myres @0x14, _Alval @0x18}`. Ctor writes `[+0x0c]=0`, `[+0x1c]=0`, `[+0x20]=0xf`; the search loop reads `[+0x1c]` as the length and calls compare with `this = +0x0c`; the post-append assign uses `lea ecx,[_Mylast-0x20]` = `+0x0c`. `+0x24` is `_Alval` — never read, never written, by anything |\n| `+0x28` | 4 | `int owith` | ctor zeroes it; `ObservedTech::Write` emits it last |\n\n`4 + 2 + 2 + 1(+3 pad) + 0x1c + 4 = 0x2c` exactly — sizeof is fully accounted for, with no\npadding slack and no unaccounted field.\n\n### Where the mapping came from — the serializer\n\n`Game::ObservedTech`'s vftable `0x00a2439c` is the usual 3 slots\n`{ [0] 0x00793610 scalar deleting dtor, [1] 0x00817c40 Read, [2] 0x00817cf0 Write }`.\n`Write` enumerates the entire object, in order, and touches nothing else:\n\n```\n0x00817cff  movzx ecx,word [edi+0x04]   push 0xa2b38c \"otnF\"   -> stream vft+0x24 (int)\n0x00817d0f  movzx ecx,word [edi+0x06]   push 0xa2b384 \"otnL\"   -> stream vft+0x24 (int)\n0x00817d26  lea   eax,[edi+0x08]        push 0xa2b36c \"odet\"   -> WriteBool  0x008b9c20\n0x00817d37  lea   ecx,[edi+0x0c]        push 0xa2b3e8 \"otch\"   -> WriteString 0x008b9d70\n0x00817d46  mov   eax,[edi+0x28]        push 0xa2b364 \"owith\"  -> stream vft+0x24 (int)\n```\n\n`Read` (`0x00817c40`) is the exact mirror: `otnF`/`otnL` read as ints and stored back with\n16-bit `mov word [ebx],ax`, `odet` through `ReadBool`, `otch` through `ReadString`, `owith`\nreached as `add edi,0x28`. That matches the on-disk order `save_reader.py` already had\n(`Otch = otnF otnL odet otch(string) owith`), which is a nice independent agreement between\nthe disassembly and the save oracle.\n\n`Game::ObservedWeapon` (`Write` `0x00817bc0`, `Read` `0x00817b10`) is the same element shape\nwith tag `owep` (`0x00a2b3f0`) in place of `otch` — a second instance of the identical 0x2c\nlayout.\n\nLane P's `observed_techs` region byte delta remains a valid live cross-check and should come\nback as exactly 44 per completion.\n\n## 5. False-positive rate, honestly\n\nTwo different error rates, and the interesting one is not the one you'd expect.\n\n**Decode-level error of the naive method is low.** A raw byte scan for `8D` + ModRM + the\ndisplacement — the thing you'd write without a decoder — is mostly *right*:\n\n| query | naive candidates | not actually an instruction | real sites the naive scan **missed** |\n|---|---|---|---|\n| `lea`, disp32 `0x274` | 19 | 0 (0.0%) | **80 of 99** |\n| 11 common opcodes, disp32 `0x274` | 89 | 1 (1.1%) | 11 of 99 |\n| `lea`, disp8 `0x14` | 828 | 1 (0.1%) | **13,784 of 14,611** |\n| 11 common opcodes, disp8 `0x14` | 10,326 | 59 (0.6%) | 4,344 of 14,611 |\n\nSo the decoder's win is **recall, not decode precision**. A hand-written opcode set misses\n80–94% of the real accesses, because a member is read, written, compared, and float-loaded far\nmore often than its address is taken, and you cannot enumerate those opcodes by hand.\n\n**Class-level precision is the real problem, and it is poor.** The scanner knows the\ndisplacement; it cannot know what class the base register holds. `query 0x274` returns 99 sites\nin 45 functions and only about 6 of those functions are actually touching `ServerPlayer::otch`\n— roughly **13% precision by function**. The honest way to state the value is as search-space\nreduction: 41,411 functions → 45, about **900×**, down to a list a human reads in two minutes.\n\n**The cohort ranker helps, and has a trap.** Scoring functions by how many *already-known*\noffsets of the same class they touch pulls real class methods to the top (the serializer hits\n50/50). But it would have **thrown away the correct answer**: `RecordObservedTech` touches only\n`0x274` and `0x278` and nothing else on `ServerPlayer`, so any `--min>=1` filter drops it. Use\ncohort as a ranker, never as a filter. This is now written into the tool's own docstring.\n\nWhat actually closed the case was the plain `query 0x274` list **intersected with one call-graph\nlookup** (`OnTechResearched`'s direct callees). Displacement scan for recall, call graph for\ndisambiguation — neither alone was enough.\n\n## 6. Previously anonymous offsets — attribution results\n\nThe payoff was smaller than hoped, because most of the audit's anonymous offsets had already\nbeen named by other lanes since the audit was written.\n\n| offset | status before | after |\n|---|---|---|\n| `player+0x274/0x278/0x27c` | \"vector grew, append site unknown\" | **`RecordObservedTech+0xdf` (0x007ba27f)**, `sizeof` = 0x2c |\n| `player+0x2b0` | already named by lane E | unchanged (`EvNxID`) |\n| `TechTree+0x20` | already `TechTree_off_OrderCounter` | unchanged |\n| `ServerPlayer+0x308` | already `ServerPlayer_off_NodeBore` | unchanged |\n| `Budget+0x64` | harness-audit row 11: \"the original writes it\" | **not supported.** See below |\n\n**`Budget+0x64` (harness-audit row 11) — a correction.** `ServerPlayer::ComputeBudget`\n(`0x00863030`) writes its `Budget*` out-param through `esi`, and every such store lands in\n`+0x00..+0x54` (the 22-int block). The only two `+0x64` accesses in the whole function are\n**loads off a different base register** (`mov ecx,[eax+0x64]` at `0x0086328c`,\n`mov edx,[eax+0x64]` at `0x0086335d`). There is no store to `Budget+0x64` in `ComputeBudget`.\n\nSeparately, `TechTree::ProcessResearch`'s `int* overbudget` fourth argument is **not**\n`Budget+0x64`: its only caller is `ProcessTurn` (`0x00891340`) and the call at `0x008914a5`\npasses `lea edx,[ebp-0x14]` — a stack local, consumed immediately after the call\n(`mov eax,[ebp-0x14]; cmp eax,0; jle`).\n\nThis agrees with lane R, whose `budget_object` guard saw `Budget+0x64` change in **0 of 4284\ncalls**. Row 11 should be reclassified from \"the original writes it and B1 never checked\" to\n\"nothing has been shown to write it\"; the remaining way to settle it is a write watchpoint on\nthat word, not another static search.\n\n## 7. Verdict on the technique\n\nWorth keeping, with its limits stated. It answered a question that had been parked, and the\n`0x29c` validation turned up a `ProcessTurn` `EventStorage` site nobody had. But it is a\n**recall** tool that produces a 20–100 line candidate list per offset, not an oracle: every\nresult still needs a call-graph or decompiler check before it is a fact. For the ~1,600\nremaining classes the realistic workflow is `query <offset>` → read the list → confirm with one\ncross-reference call.\n\n## 8. Ghidra writeback\n\nLabels: `RecordObservedTech` `0x007ba1a0`, `vector_ObservedTech_push_back` `0x007b7320`,\n`ObservedTech_ctor` `0x008562a0`, `vector_ObservedTech_assign` `0x00872380`,\n`vector_44B_grow` `0x007b5820`, `vftable_ObservedTech` `0x00a2439c`. Plate comments carrying\nthe stride evidence on the first four.\n\n`addresses.json`: `ObservedTech_sizeof`, `ObservedTech_vftable`, `ObservedTech_off_Name`,\n`RecordObservedTech`, `vector_ObservedTech_push_back`, `vector_ObservedTech_assign`,\n`ObservedTech_ctor`, `vector_44B_grow`; `ServerPlayer_off_ObservedTechs` updated from\n\"NOT PINNED\" to `verified`.\n\n**Lane S round (2026-09-08).** Labels: `ObservedTech_Write` `0x00817cf0`, `ObservedTech_Read`\n`0x00817c40`, `ObservedTech_scalar_deleting_dtor` `0x00793610`, `ObservedWeapon_Write`\n`0x00817bc0`, `ObservedWeapon_Read` `0x00817b10`, `vector_ObservedTech_uninit_copy` `0x0079a150`,\n`vector_string_find_by_name` `0x00699bd0`. Prototypes on the five class methods. Plate comments\ncarrying the full member map on the two serializers, the ctor, the dtor and the copy helper, and\nthe `sizeof(std::string) = 0x1c` fact on `Stream::WriteString` `0x008b9d70` and on the\n`vector<string>` stride site `0x00699bd0` — the two places a future lane is most likely to look.\n`addresses.json` +10 entries (`std_string_sizeof`, `ObservedTech_Read/_Write/_dtor/_copy_ctor`,\n`ObservedTech_off_TurnFirst/_TurnLast/_Detected/_With`, `ObservedWeapon_Write`), 4 corrected.\n\n---\n\n## 9. `std::string` is 0x1c, not 0x18 — the correction, and why it mattered (lane S, 2026-09-08)\n\n§4 above originally reported the embedded string as **0x18 bytes**, against the campaign-wide\n`_Bx@0, _Mysize@0x10, _Myres@0x14, _Alval@0x18`, sizeof `0x1c`. Lane X flagged it as \"worth\nre-checking\" rather than asserting it, which was the right call: **`0x1c` is correct, and it is\ncorrect everywhere in this binary.** `ObservedTech+0x24` is the string's own trailing allocator\nword, not a data member.\n\n### Why the 0x18 reading looked right\n\nEverything lane X observed was accurate. The string's *live* fields really do stop at `+0x14`\n(`_Bx@0`, `_Mysize@0x10`, `_Myres@0x14`), because `_Alval` is `std::allocator<char>` — an empty\nclass. It occupies a word of the object but is never loaded or stored, so it is invisible to\nany evidence based on **what the code touches**. Sizing a type from its accessed fields\nundercounts it by exactly the tail padding. The same trap is live for `std::vector` in this\nbuild, which is `{_Myfirst, _Mylast, _Myend, _Alval}` = `0x10` while only three words are ever\nread (`events.md` already records the `_Alval` word at `EventStorage+0x10` and `+0x14`).\n\n### The three things that settle it inside `ObservedTech`\n\nEach is a *complete enumeration* of the object, which is the right instrument here — an\nenumeration can show a field's **absence**, a touch-scan cannot.\n\n1. **`ObservedTech::Write` `0x00817cf0`** serialises `+0x04, +0x06, +0x08, +0x0c, +0x28`.\n   No `+0x24`. (`Read` `0x00817c40` mirrors it.)\n2. **`ObservedTech_ctor` `0x008562a0`** initialises `+0x00, +0x04, +0x08, +0x0c(string), +0x28`.\n   No `+0x24` — while zeroing every other scalar in the object.\n3. **The copy constructor**, inlined at `0x0079a184` inside the vector's uninitialised-copy\n   helper `FUN_0079a150`, copies `+0x04, +0x06, +0x08`, the string at `+0x0c`, and `+0x28`.\n   No `+0x24`.\n\nA 4-byte data member that the constructor, the copy constructor and the serializer all ignore\nis not a data member.\n\n### Binary-wide check — `tools/strfootprint.py`\n\nOne class is an anecdote, so the same question was put to the whole binary. Every serializer\nhands member pointers to the `Mars::Stream` primitive helpers with a fixed idiom\n(`lea r,[base+disp]; push r; push tag; push stream; call helper`), so the scanner recovers\n`(base, disp, tag)` for every string site and then asks: does the same function touch any other\noffset inside `(N, N+0x1c)` off the same base register?\n\n```\nstring helper call sites            : 241\n  resolved to a class member offset : 65\n  stack temporaries (ebp/esp base)  : 30\n  offset not reached by a plain lea : 146\n\nmembers with a sibling inside (N, N+0x1c) : 0\n\ngap from a string member to the next member on the same base:\n  +0x1c   : 51\n  +0x20   : 1\n```\n\n**65 string members across every serializer in the exe, zero collisions, and 51 of the 52\nmeasurable gaps are exactly `0x1c`.** The single `+0x20` is `StrategyServer::KeyPath` at\n`+0x134`, whose *Read* side gives `+0x1c` to `+0x150` — the writer simply skips a member.\nThere is no `0x18` instantiation, no empty-base-optimised variant, and no game-local string\nclass. One layout, `0x1c`.\n\nTwo exclusions matter or the scan reports noise, and both are why a naive version of this\nwould have \"confirmed\" 0x18:\n\n* **`ebp`/`esp` bases are stack temporaries, not members.** A local string at `[ebp-0x2c]`\n  shows accesses at `-0x1c` and `-0x18` — which read exactly like two sibling fields inside\n  the span. All 30 such sites are excluded.\n* **`N+0x10` and `N+0x14` are the string's own `_Mysize`/`_Myres`**, touched inline whenever\n  the compiler expands the `_Myres >= 16 ? _Ptr : _Buf` test at a call site.\n\n### Independent corroboration outside the scan\n\n* `FUN_00699bd0` walks a `vector<std::string>` doing the SSO test at `[esi+0x14]`/`[esi]` —\n  element base *is* string base — and advances `add esi,0x1c` (`0x00699c29`). The stride of a\n  vector of strings **is** `sizeof(std::string)`.\n* `EventStorage::PostEvent` `0x008862b0` takes two by-value `std::string`s at `[ebp+0x08]` and\n  `[ebp+0x24]` (spacing `0x1c`) and `RET 0x4c` = `2*0x1c + 5*4`.\n* `MoraleEvent` is 0x50 bytes with its name string at `+0x34`: `0x34 + 0x1c = 0x50` exactly.\n\n### Blast radius — what actually had to change\n\nNothing in any recovered struct table. Every string-bearing layout in `struct-recovery.md`,\n`save-editor-structs.md`, `events.md` and `schema-gaps-resolved.md` already used `0x1c` spans\nand `0x1c` inter-field gaps, and the binary agrees with all of them. `ServerPlayer::pswd` at\n`0x2dc..0x2f7` — the row §4 asked to re-check — is **correct**: `Write` `0x008563e0` puts the\nnext member exactly `0x1c` above it. The corrections were confined to three prose statements\nthat had propagated the 0x18 number (`loader-prototypes.md` conventions line, the\n`GlobalConst_ParseString` prototype in `addresses.json`, and §4 here) plus one transposition in\n`struct-recovery.md` §0 that said `size@0x14, res@0x18` where the verified offsets are\n`0x10`/`0x14`.\n\nThe lesson worth carrying, and the reason this was worth chasing rather than reconciling: **do\nnot size a struct member from the offsets the code touches.** Trailing empty-allocator words in\nthis build's STL are invisible to a touch-scan and cost exactly 4 bytes every time. Size types\nfrom an enumeration — a serializer, a constructor, a copy constructor, or a container stride.","lineStart":1,"lineEnd":405,"totalLines":405,"truncated":false}},"title":"findings/subsystems/observedtech-append.md","time":{"start":1789005758384,"end":1789005758431}},"metadata":{"openai":{"itemId":"fc_0b0058634fe3b303016aa20fbe3c6487d18e7c66508485c272"}},"id":"prt_0890d7fac001MEvVHcFiZ5XEAP","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d54a6001gS9fHILdpSzKfC"}}
{"type":"tool_use","timestamp":1789005758439,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_3GHVIRCGIozf2oYLDtDHEIWL","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/findings/subsystems/events.md"},"output":"<path>/home/alex/sots-re/findings/subsystems/events.md</path>\n<type>file</type>\n<content>\n1: # Player event posting API (lane E, 2026-09-08)\n2: \n3: Target: recover the API the game uses to post player-visible turn events, so the\n4: reimplementation can post them and so the compare harness can *see* them.\n5: \n6: Motivation: `TechTree::ProcessResearch` (P2-B3) failed its replace-mode oracle by exactly\n7: one item across 40,300 — an unposted `EVENT_RESEARCH_OVERBUDGET`. `ServerPlayer::\n8: OnTechResearched` (P2-B2) has the same gap. Until events are modelled, both \"0 divergence\"\n9: verdicts bound the economy fields only.\n10: \n11: **Everything below with an address was read out of the instruction stream** (bytes fetched\n12: with `read-memory` over the ReVa HTTP shim, disassembled locally with capstone) unless the\n13: line says *inferred*. Layout claims are additionally confirmed against three real saves via\n14: `verify/save-reader/save_reader.py`.\n15: \n16: ---\n17: \n18: ## 1. The container\n19: \n20: `ServerPlayer::Events` is an **`EventStorage` embedded at `ServerPlayer+0x29c`**, size `0x1c`.\n21: \n22: Verified by `ServerPlayer::GetEventStorage` at **0x0080db00**, which is the whole function:\n23: \n24: ```\n25: 0080db00  8d819c020000   lea eax, [ecx + 0x29c]\n26: 0080db06  c3             ret\n27: ```\n28: \n29: `__thiscall EventStorage* ServerPlayer::GetEventStorage(ServerPlayer* this)` — no stack args,\n30: plain `ret`. Every research-path post site either calls it (`ProcessResearch`) or inlines the\n31: `lea ecx,[esi+0x29c]` (`OnTechResearched`, 0x008919ab / 0x0089241d).\n32: \n33: ### `EventStorage` (0x1c bytes) — already in the Ghidra project, now confirmed by code\n34: \n35: | off | type | name | evidence |\n36: |---|---|---|---|\n37: | 0x00 | `void*` | vptr | not touched by the post path |\n38: | 0x04 | `TurnEvents*` | `Events._Myfirst` | 0x008853aa `mov edx,[esi+8]; sub edx,[esi+4]` |\n39: | 0x08 | `TurnEvents*` | `Events._Mylast` | same |\n40: | 0x0c | `TurnEvents*` | `Events._Myend` | vector growth in 0x00885427+ |\n41: | 0x10 | `allocator` | `Events._Alval` | MSVC `_Vector_val` tail, 4 B |\n42: | 0x14 | `int` | **`EvNxID`** | 0x008863e3–0x008863f6 |\n43: | 0x18 | — | padding | struct size 0x1c |\n44: \n45: `EvNxID` lands at **`ServerPlayer+0x2b0`** — exactly the byte run the harness guard reported\n46: as `player+0x2b0:4`. That is now explained, not merely observed.\n47: \n48: The vector element stride is **0x18**: `0x008853b3 mov eax,0x2aaaaaab; imul edx; sar edx,2`\n49: = signed divide by 24.\n50: \n51: ### `TurnEvents` (0x18 bytes) — new\n52: \n53: | off | type | name | evidence |\n54: |---|---|---|---|\n55: | 0x00 | `void*` | vptr | virtual dtor called at 0x00879f21 (`mov edx,[edi]; mov eax,[edx]; push 0; call eax`) |\n56: | 0x04 | `int` | **`EvTurn`** | 0x008853d3 `cmp [edx+4], ebx` (ebx = the turn argument) |\n57: | 0x08 | `PlayerEvent*` | `Events._Myfirst` | `lea ecx,[esi+8]` handed to `vector::push_back` at 0x008863db |\n58: | 0x0c | `PlayerEvent*` | `Events._Mylast` | 0x008863f9 `mov eax,[esi+0xc]` |\n59: | 0x10 | `PlayerEvent*` | `Events._Myend` | |\n60: | 0x14 | `allocator` | `Events._Alval` | |\n61: \n62: ### `PlayerEvent` (0x74 = 116 bytes) — new\n63: \n64: Stride confirmed two independent ways: the duplicate scanner's divisor at 0x00825d5f\n65: (`mov eax,0x8d3dcb09; imul ecx; add edx,ecx; sar edx,6` = signed divide by 116) and the\n66: post function's `mov [eax-0x70], ecx` writing `id` at `element+4` off `_Mylast`.\n67: \n68: | off | type | on-disk tag | set by |\n69: |---|---|---|---|\n70: | 0x00 | `void*` | — | ctor: vftable `0x00a21958` |\n71: | 0x04 | `int` | `EvEID` | `PostEvent`: `EvNxID++` (or the duplicate's id) |\n72: | 0x08 | `std::string` (0x1c) | `EvDsc` | `PostEvent` arg 0 (summary / title) |\n73: | 0x24 | `std::string` (0x1c) | `EvMsg` | `PostEvent` arg 1 (body) |\n74: | 0x40 | `int` | `EvLoc` | `obj ? obj->[+4] : 0` |\n75: | 0x44 | `float[3]` | `EvPos` | `obj ? obj->[+0x18..0x20] : (pos ? *pos : ctor default)` |\n76: | 0x50 | `std::string` (0x1c) | `EvImg` | `PostEvent` arg `img` (`\"\"` if NULL) |\n77: | 0x6c | `int` | `EvAct` | `PostEvent` arg `act`; forced to **2** if `act==0 && !obj && !pos` |\n78: | 0x70 | `int` | `EvCID` | ctor 0; never written by `PostEvent` |\n79: \n80: **Correction to `formula-gaps.md`:** the default `EvPos` is **`FLT_MAX` (0x7f7fffff), not\n81: infinity**. `PlayerEvent::PlayerEvent` (0x0084ee30) copies the three floats from the global\n82: `Vector3` at `0x00af0dc8`, whose bytes are `FF FF 7F 7F` × 3. Confirmed in the save:\n83: `EvPos = 2139095039 (0x7f7fffff)` for `EVENT_RESEARCH_OVERBUDGET`. Writing `+inf`\n84: (0x7f800000) would produce a different save byte and a different oracle hash.\n85: \n86: Ctor also sets `EvEID=0`, `EvLoc=0`, `EvAct=0`, `EvCID=0` and the three strings to `\"\"`\n87: (`0x009e100c`).\n88: \n89: ### Serialization (matches the save exactly)\n90: \n91: `PlayerEvent::Serialize` = vftable slot 1 at **0x00825970**, `__thiscall`, `ret 4`. Tag\n92: pointers all come from the table at `0x00a2bd88` (stride 8): `EvEID EvNxID EvTurn Events\n93: EvPos EvLoc EvMsg EvImg EvDsc EvCID EvAct sasc`. Emission order read off the instruction\n94: stream: `EvEID, EvDsc, EvMsg, EvImg, EvLoc, EvPos, EvAct, EvCID`.\n95: \n96: `TurnEvents` write 0x00825bb0 / read 0x00825c40: `EvTurn` then the nested collection `Events`.\n97: `EventStorage` read 0x00825cc0: `EvNxID` then the nested collection `Events`.\n98: \n99: So on disk the shape is **nested, not flat**:\n100: \n101: ```\n102: Events (EventStorage)\n103:   EvNxID : int\n104:   Events : n × TurnEvents\n105:       EvTurn : int\n106:       Events : m × PlayerEvent\n107:           EvEID EvDsc EvMsg EvImg EvLoc EvPos{x,y,z} EvAct EvCID\n108: ```\n109: \n110: `findings/objects/save-editor-structs.md:271` models this as\n111: `SimPlayerEventsSaveStruct events (Int32 evNxId; ComplexArray<SimPlayerEvent>)` — a **flat**\n112: array of events. That is wrong (or at least the R1 C# editor's simplification): the\n113: `ComplexArray` elements are *turn groups*, each holding its own array. `save_reader.py`\n114: parses it correctly today because `Events` falls into the generic tree; nothing needs fixing\n115: in the reader, but the struct note should be corrected.\n116: \n117: ### Ground truth: `verify/results/saves/turn3-state.sav`\n118: \n119: Player index 1 (`/Sim/Player[1]/Events`, file offset 120372):\n120: \n121: ```\n122: EvNxID = 4\n123:   EvTurn = 2\n124:     EvEID 1  EvDsc \"Ships Constructed At Ke'Dolarra\"\n125:              EvMsg \"1 ship built in system Ke'Dolarra\"\n126:              EvImg \"EVENT_SHIPS_BUILT\"  EvLoc 288  EvPos {-11.9286, 4.71900, 2.31785}\n127:              EvAct 0  EvCID 0\n128:   EvTurn = 3\n129:     EvEID 2  (the same EVENT_SHIPS_BUILT record, next turn)\n130:     EvEID 3  EvDsc \"Research Over Budget\"\n131:              EvMsg \"Research for Waldo Units has gone overbudget.\"\n132:              EvImg \"EVENT_RESEARCH_OVERBUDGET\"  EvLoc 0\n133:              EvPos {0x7f7fffff, 0x7f7fffff, 0x7f7fffff}  EvAct 1  EvCID 0\n134: ```\n135: \n136: Player index 0 has two `EVENT_NO_RESEARCH` records (turns 2 and 3, ids 1 and 2, `EvNxID` 3).\n137: Players 2 and 3 have `EvNxID = 0` and an empty list — note **`EvNxID` starts at 0**, and\n138: `PostEvent` lazily promotes 0 → 1 on the first post (0x008863e3).\n139: \n140: ---\n141: \n142: ## 2. The entry point\n143: \n144: ```c\n145: // 0x008862b0\n146: int __thiscall EventStorage::PostEvent(\n147:         EventStorage* this,          // ecx\n148:         std::string   summary,       // [ebp+0x08], BY VALUE, 0x1c bytes  -> EvDsc\n149:         std::string   message,       // [ebp+0x24], BY VALUE, 0x1c bytes  -> EvMsg\n150:         void*         obj,           // [ebp+0x40]  may be NULL\n151:         Vector3*      pos,           // [ebp+0x44]  may be NULL\n152:         int           turn,          // [ebp+0x48]\n153:         const char*   img,           // [ebp+0x4c]  may be NULL -> \"\"\n154:         int           act);          // [ebp+0x50]\n155: // returns the event id; ret 0x4c\n156: ```\n157: \n158: `ret 0x4c` = 76 = 2 × 0x1c (the two by-value `std::string`s) + 5 × 4. Both string arguments\n159: are built **in the caller's frame by `sub esp,0x1c`** and a copy-construct, which is the MSVC\n160: by-value-`std::string` idiom; `PostEvent` frees their buffers itself before returning\n161: (0x00886415–0x00886446), so the caller must not.\n162: \n163: Body, in order (all read from the instruction stream):\n164: \n165: 1. `PlayerEvent ev;` — default ctor `0x0084ee30` on a `[ebp-0x84]` temporary.\n166: 2. `ev.EvDsc = summary; ev.EvMsg = message;` (0x0088630d, 0x0088631a).\n167: 3. `ev.EvLoc = obj ? obj->[+4] : 0` (0x00886322).\n168: 4. `ev.EvImg = img ? img : \"\"` — `\"\"` is `0x009e100c`; length by inline `strlen` (0x00886330).\n169: 5. `ev.EvAct = act`; **if `act == 0 && obj == NULL && pos == NULL` then `ev.EvAct = 2`**\n170:    (0x00886353–0x0088636f). This default is easy to miss and changes the save bytes.\n171: 6. Position: `obj` wins (`obj->[+0x18/+0x1c/+0x20]`), else `pos` (`pos->[0/4/8]`), else the\n172:    ctor's `FLT_MAX` triple (0x0088637a–0x008863a7).\n173: 7. `PruneOldTurns(turn)` — 0x00879eb0.\n174: 8. `TurnEvents* bucket = GetOrCreateTurnBucket(turn)` — 0x00885380.\n175: 9. `PlayerEvent* dup = FindDuplicate(bucket, &ev)` — 0x00825d40. **If non-NULL, return\n176:    `dup->EvEID` and post nothing.**\n177: 10. else `bucket->Events.push_back(ev)`; `if (EvNxID == 0) EvNxID = 1;`\n178:     `id = EvNxID++; back().EvEID = id;` return `id`.\n179: \n180: ### `EventStorage::FindDuplicate` — 0x00825d40, `__thiscall (TurnEvents*, PlayerEvent*)`, `ret 8`\n181: \n182: Linear scan of the bucket. Two events are the same when **all** of these match:\n183: `EvAct` (+0x6c), `EvLoc` (+0x40), the three `EvPos` floats (`fucompp`, so bitwise-unequal\n184: NaNs never match but the `FLT_MAX` sentinels always do), `EvMsg` (+0x24) and `EvImg` (+0x50).\n185: **`EvDsc` is NOT compared.** A NULL bucket returns 0 immediately.\n186: \n187: This is why the two identical `EVENT_SHIPS_BUILT` records in `turn3-state.sav` survive as\n188: separate events: they are in different turn buckets, and dedup is per-bucket.\n189: \n190: ### `EventStorage::GetOrCreateTurnBucket` — 0x00885380, `__thiscall (int turn)`, `ret 4`\n191: \n192: Scans `Events` for `EvTurn == turn`; **keeps scanning to the end and returns the *last*\n193: match** (0x008853d0–0x008853de has no early exit). If none, constructs a bucket\n194: (`0x00884cb0`, vtable `0x00a0f07c`), appends, and sets `_Mylast[-1].EvTurn = turn`\n195: (0x0088542d, `mov [eax-0x14], ecx`, i.e. `+4` off the new element at `_Mylast-0x18`).\n196: \n197: ### `EventStorage::PruneOldTurns` — 0x00879eb0, `__thiscall (int turn)`\n198: \n199: Cutoff is `turn - 0x32` (**50 turns**), constant, not from config: `0x00879ec3 add ebx,-0x32`.\n200: \n201: Precisely as coded — and this is a quirk worth reproducing rather than \"fixing\": it walks the\n202: **leading** run of buckets with `EvTurn < cutoff`, leaves `edi` pointing at the **last** one\n203: of that run, and then shifts from `edi` down to `_Myfirst`. So it erases `n-1` buckets, not\n204: `n`: **one stale bucket always survives**, and a single leading stale bucket is never\n205: removed at all (`0x00879ee2 cmp esi,edi; je` returns). It also stops at the first non-stale\n206: bucket, so a stale bucket after a fresh one is never reached.\n207: \n208: ### Convenience wrapper\n209: \n210: `0x00886470` (`ret` and prototype not verified by this lane) posts via `PostEvent` twice at\n211: 0x00886802 / 0x00886b22. **161 call sites in 113 functions** reference `PostEvent` directly —\n212: this is the single event API for the whole simulation, not a research-specific helper.\n213: \n214: ### Turn number\n215: \n216: Every research-path site computes the turn as `*(int*)(*(char**)(player + 8) + 8)`.\n217: `ServerPlayer+8` is the `StrategyServer` *second* base; `0x0080e320` is\n218: `__thiscall void* ServerPlayer::GetServer()` = `[this+8] ? [this+8]-4 : 0`, so the field is\n219: `StrategyServer(primary base)+0x0c`. This matches the B4 finding that `StrategyServer` has\n220: two bases four bytes apart.\n221: \n222: **CORRECTION (lane EV 2026-09-08): that field is the FRAME (the turn counter), not\n223: `ModCount`.** The two are different words and the saves separate them cleanly:\n224: `turn2-state.sav` has `Summary/Turn = 2`, `Sim/Frame = 2` and `Sim/ModCount = 12`, and every\n225: event the turn posted landed in bucket `EvTurn = 2`. If the argument were `ModCount` the\n226: buckets would be 12 and 24. The value is the **post-increment** turn — a turn run from a save\n227: at turn *N* posts into bucket *N+1* — because the frame is bumped in `BeginProcessTurn`,\n228: before either turn driver runs.\n229: \n230: ---\n231: \n232: ## 3. Which events the research path posts\n233: \n234: Order within `ServerPlayer::ProcessTurn` (0x00891340):\n235: \n236: | # | site | event | condition |\n237: |---|---|---|---|\n238: | 1 | `TechTree::ProcessResearch` 0x00587b97 | `EVENT_RESEARCH_OVERBUDGET` | per node, see below |\n239: | 2 | → `SetResearched` → `OnTechResearched` 0x008919b5 | `EVENT_RESEARCH_COMPLETE` / `_UNDERBUDGET` | see below |\n240: | 3 | → `OnTechResearched` 0x00892427 | `EVENT_TEMPERANCE` | temperance tech cured ≥1 addicted system |\n241: | 4 | `TechTree::ProcessResearch` 0x00587ff4 | `EVENT_TECHS_UNLOCKED` | tail loop, ≥1 newly available node |\n242: | 5 | `ProcessTurn` 0x0089168c | `EVENT_NO_RESEARCH` | no target, no affordable tech, tree not exhausted |\n243: \n244: `ProcessResearch`'s two posts bracket the per-node loop: OVERBUDGET fires **inside** the loop\n245: (so once per over-budget node), TECHS_UNLOCKED **once** after it.\n246: \n247: ### 3.1 `EVENT_RESEARCH_OVERBUDGET` — the B3 defect, fully explained\n248: \n249: Posted at **0x00587b97**, in `TechTree::ProcessResearch` (0x005876c0).\n250: \n251: Per-node arithmetic recovered from 0x00587732–0x00587907 (naming `cost =\n252: TechTree::GetNodeCost(node)` = 0x0057da00, `pts = node->points` at `node+0x1c`):\n253: \n254: ```\n255: minPts  = max(cost * 50  / 100, 0)          ; 0x51eb851f/sar 5 = /100\n256: maxPts  = max(minPts, cost * 150 / 100)\n257: wasDone = (pts >= cost)                     ; [ebp-0xcd], setge @0x005877e1\n258: granted = min(requested, maxPts - pts)\n259: *overbudgetOut += requested - granted       ; the out-param accumulates unspent points\n260: pts    += granted\n261: nowDone = (pts >= cost)                     ; [ebp-0xce], setge @0x00587828\n262: \n263: if      (pts >= maxPts)  chance = 1.0f, draw = 0.0f          ; always completes\n264: else if (granted == 0)   chance = 0.0f, draw = 1.0f          ; never completes, no draw\n265: else                     chance = (float)(pts - minPts) / maxPts   ; NOTE: / maxPts, not /(max-min)\n266:                          draw   = rng.NextFloat()*(1.0-0.0) + 0.0  ; [0x009e1e68] == 0.0\n267:                          if (owner && owner->Species == 5)   ; Zuul\n268:                              draw = max(draw, rng.NextFloat()*(1.0-0.0)+0.0)\n269: \n270: if (chance < draw) {                         ; roll FAILED -> tech not completed this turn\n271:     if (!wasDone && nowDone && owner) {\n272:         PostEvent(EVENT_RESEARCH_OVERBUDGET); node->flag(+0x2c) = 2;\n273:     }\n274: } else {                                     ; roll succeeded\n275:     log(\"Research completed at %d of %d (%.1f%%). (Odds: %.2f, Roll: %.2f)\\n\", ...)\n276:     if (pts/cost < 0.8) node->flag(+0x2c) = 0;\n277:     SetResearched(node->def, 2);             ; 0x00581e10 -> OnTechResearched\n278: }\n279: ```\n280: \n281: So **over budget means: the node has accumulated at least its full cost, but the completion\n282: roll failed, and this is the first turn that has been true.** `!wasDone` is what makes it\n283: fire exactly once per node.\n284: \n285: The record it posts:\n286: \n287: | field | value | evidence |\n288: |---|---|---|\n289: | `EvDsc` | `\"Research Over Budget\"` | key `EVENTSUM_RESEARCH_OVERBUDGET`, slot `0x00ae48e0`, thunk key at `0x00a00cac` |\n290: | `EvMsg` | `\"Research for %s has gone overbudget.\"` % `node->def->name` | key `EVENTMSG_RESEARCH_OVERBUDGET`, slot `0x00ae48e8`, key at `0x00a00ccc` |\n291: | `EvImg` | `\"EVENT_RESEARCH_OVERBUDGET\"` | literal `0x00a0078c`, pushed at 0x00587b24 |\n292: | `EvLoc` | `0` | `obj = NULL` (0x00587b2c) |\n293: | `EvPos` | `{FLT_MAX, FLT_MAX, FLT_MAX}` | `pos = NULL` → ctor default |\n294: | `EvAct` | `1` | literal, 0x00587b22 |\n295: | `EvCID` | `0` | ctor |\n296: \n297: Both strings go through `0x008c97f0` (`__cdecl` format-into-`std::string`, 8 stack args:\n298: `out, fmt, a1..a6`) with the tech name as the single substitution; the summary format\n299: contains no `%s`, so it comes out literal. The tech name is `def+0x40` (a `std::string`;\n300: `_Myres` at `+0x54` selects heap vs. inline buffer, 0x00587a1d).\n301: \n302: **Save cross-check:** `turn3-state.sav`, player 1, turn-3 bucket, `EvEID 3` is exactly this\n303: record, with `EvMsg \"Research for Waldo Units has gone overbudget.\"` — the format string, the\n304: `%s` substitution, `EvAct 1`, `EvLoc 0` and the `FLT_MAX` position all match byte for byte.\n305: \n306: ### 3.2 `EVENT_RESEARCH_COMPLETE` / `EVENT_RESEARCH_UNDERBUDGET`\n307: \n308: Posted at **0x008919b5** in `ServerPlayer::OnTechResearched` (0x00891790), guarded by\n309: `if (!silent)` (0x00891804 `cmp byte [ebp+0xc], 0; jne`).\n310: \n311: ```\n312: ratio = TechTree::GetProgressRatio(tree, def)      ; 0x0057e950, float\n313: if (ratio >= 0.8f)  img = \"EVENT_RESEARCH_COMPLETE\"    (0x00a33368)\n314:                     sum = EVENTSUM_RESEARCH_COMPLETE   (slot 0x00af09e8)\n315:                     msg = EVENTMSG_RESEARCH_COMPLETE   (slot 0x00af09f0)\n316: else                img = \"EVENT_RESEARCH_UNDERBUDGET\" (0x00a33380)\n317:                     sum = EVENTSUM_RESEARCH_UNDERBUDGET(slot 0x00af09f8)\n318:                     msg = EVENTMSG_RESEARCH_UNDERBUDGET(slot 0x00af0a00)\n319: PostEvent(sum, snprintf(msg, 0x100, def->name), NULL, NULL, turn, img, 1)\n320: ```\n321: \n322: The 0.8 constant is the `double` at `0x009e20c8` = `0.800000011920929`, i.e. `(double)0.8f` —\n323: the comparison is `fcomp` of the `float` ratio against that double. Text:\n324: \n325: * `EVENTSUM_RESEARCH_COMPLETE` = `\"Research Complete\"`,\n326:   `EVENTMSG_RESEARCH_COMPLETE` = `\"Tech %s has been acquired\"`\n327: * `EVENTSUM_RESEARCH_UNDERBUDGET` = `\"Research Breakthrough!\"`,\n328:   `EVENTMSG_RESEARCH_UNDERBUDGET` = `\"Your scientists made a breakthrough with %s. Research has completed ahead of schedule!\"`\n329: \n330: `EvAct = 1`, `obj = pos = NULL`, so `EvLoc = 0` and `EvPos = FLT_MAX³`. Message buffer is a\n331: 0x100-byte stack buffer formatted with `0x008c8eb0` (`_snprintf`-shaped, 9 args), then\n332: assigned into a `std::string`, so **a message longer than 255 chars is truncated** — a real\n333: behaviour to reproduce.\n334: \n335: Note the naming is counter-intuitive: `UNDERBUDGET` is the *cheap* completion (ratio < 0.8).\n336: \n337: ### 3.3 `EVENT_TEMPERANCE`\n338: \n339: Posted at **0x00892427**, same function, after the per-species temperance sweep\n340: (0x00892280–0x008922b9: for each species with flag bit 5, cure every owned addicted system\n341: via 0x00745e40 / 0x00743800). Guarded by `!silent` **and** by a local \"something was cured\"\n342: flag (`[ebp-0x189]`, set at 0x008922a6). Strings `EVENTSUM_ADDICTION_TEMPERENCE` /\n343: `EVENTMSG_ADDICTION_TEMPERENCE` (slots `0x00af0a88` / `0x00af0a90`, note the shipped\n344: misspelling \"TEMPERENCE\").\n345: \n346: `EvImg = \"EVENT_TEMPERANCE\"` (0x00a33340), `obj = pos = NULL`, and **`EvAct = 0`** — which\n347: means rule 5 of `PostEvent` fires and the stored `EvAct` becomes **2**, not 0. Any\n348: reimplementation that stores the literal 0 will differ from the oracle here.\n349: \n350: ### 3.4 `EVENT_TECHS_UNLOCKED`\n351: \n352: Posted at **0x00587ff4**, at the tail of `ProcessResearch` (loop at 0x00587cc3). Collects\n353: every node `n` where `n != NULL`, `n->def != NULL`, `tree->nodes[n->def->index] != NULL`,\n354: that node's **`state` (`+0x14`) `== 2` (available)**, and **`n->turnAvailable` (`+0x20`)\n355: `== currentTurn`** (0x00587cfc–0x00587d42). If the collected vector is non-empty it posts\n356: once.\n357: \n358: *Correction to `strategic-turn-internals.md:233`*, which reads the condition as \"state==2 &&\n359: turnAvailable == currentTurn **&& parent researched**\". There is no parent test: the\n360: `mov ecx,[ecx]; mov eax,[eax+ecx*4]` pair at 0x00587d0d–0x00587d19 dereferences `n->def` and\n361: then indexes `tree->nodes` by `def->[0]`, which is the tech's **own** index (the same\n362: indirection the entry loop uses at 0x00587738–0x00587740). It resolves back to `n` itself;\n363: the two null checks around it are defensive. The state test is therefore on `n`, not on a\n364: parent.\n365: \n366: `EvDsc` = `EVENTSUM_UNLOCKEDTECHS` (slot `0x00ae48f0`) = `\"New Technologies Available\"`.\n367: `EvMsg` = `EVENTMSG_UNLOCKEDTECHS` (slot `0x00ae48f8`) =\n368: `\"The following technologies are now available for research:\"` followed by, per node, the\n369: separator string at `0x009e4588` and the node's `def->name` (0x00587f46–0x00587f82).\n370: `EvImg` = literal `\"EVENT_TECHS_UNLOCKED\"` (`0x00a00774`, length pushed as 0x14).\n371: `EvAct = 1`, `obj = pos = NULL`.\n372: \n373: ### 3.5 `EVENT_NO_RESEARCH`\n374: \n375: Posted at **0x0089168c** in `ServerPlayer::ProcessTurn`. Condition (0x0089162a–0x0089167e):\n376: \n377: ```\n378: if (player->ResT (+0x294) == NULL)\n379:     TechTree::CollectResearchedTechs(&out, turn, INT_MAX, sort=1)   ; 0x00584e50\n380:     if (out.empty() && TechTree::FindFirstAvailableTech() != NULL)  ; 0x0057da90\n381:         PostEvent(EVENTSUM_NO_RESEARCH, EVENTMSG_NO_RESEARCH, NULL, NULL, turn,\n382:                   \"EVENT_NO_RESEARCH\" (0x00a3332c), 1)\n383: ```\n384: \n385: Both strings are `\"No Research Project Assigned.\"` — matches `turn3-state.sav` player 0\n386: exactly (`EvAct 1`, `EvLoc 0`, `EvPos` FLT_MAX³).\n387: \n388: **CORRECTION (lane EV 2026-09-08) to this section as first written.** 0x00584e50 was named\n389: here as a `ListAvailableTechs` and the middle test read as \"no affordable tech\". It is\n390: `TechTree::CollectResearchedTechs` (lane T read the whole body; the call site's argument order\n391: was re-read here byte for byte from 0x00891600), and the test is about what was **researched**,\n392: not about what is available:\n393: \n394: 1. `ResT == NULL` — the player holds no research target;\n395: 2. **no tech has `state == 4` (researched) with `turnResearched (+0x24) >= turn`**, i.e.\n396:    nothing finished on this turn or later. The turn is passed as the collector's `minTurn`\n397:    and the range runs to `INT_MAX`;\n398: 3. at least one node is in `state == 2` (available) — that is the availability half, and it is\n399:    what excludes the four monster factions, whose entire tree is state 4.\n400: \n401: Test 2 is not decoration and the corpus exercises it: in `zuul-turn23-fleet23.sav` the human\n402: posts `EVENT_RESEARCH_COMPLETE` on turn 22 and **no** no-research event that turn, then\n403: `EVENT_NO_RESEARCH` again on turn 23. `sots-engine`'s P11 implements all three tests; before\n404: this lane it implemented tests 1 and 3 only, and over-fired.\n405: \n406: Test 1 is the one a save cannot answer. `ResTNm` on the wire is the target the file was\n407: **written** with; on the reference pair all four real players start the turn with none and\n408: three of them acquire one *during* it, which is AI research selection. Across all eleven\n409: corpus saves no AI player ever posts `EVENT_NO_RESEARCH` (~90 player-turns) while the human\n410: posts it on every turn it lacks a target — stated as a hypothesis, with the operator's\n411: `--ai-player` roster standing in for the missing input.\n412: \n413: Also in this window (0x008915ec–0x00891624): `RollResearchEvent` (0x0088df20) is called when\n414: `ResT != NULL && ResErrRoll(+0x3b4) != 0 && (const at 0x00a2c788) < progressRatio`, then\n415: `ResErrRoll` is cleared — the same draw the B2/B3 lanes measured. `RollResearchAccident`\n416: (0x00889dc0) posts the `EVENT_LABACCIDENT_*` family; not traced here.\n417: \n418: ---\n419: \n420: ## 4. What is *not* verified\n421: \n422: * `0x00886470` — the wrapper that also calls `PostEvent`. Its prototype and its two call\n423:   paths were not read; I only established that it exists and is not on the research path.\n424: * `TurnEvents`' vptr/vtable contents beyond slot 0 (the virtual dtor used by the pruner).\n425: * The `sasc` tag at `0x00a2bde0` — adjacent to the event tag block, owner unknown.\n426: * Whether `PostEvent`'s dedup can ever collapse two research events in practice. It cannot\n427:   for OVERBUDGET vs COMPLETE (different `EvImg`), but two *different techs* going over budget\n428:   in the same turn differ only in `EvMsg`, which **is** compared — so both are kept. Verified\n429:   by reading the comparator, not by observing it.\n430: * `EventStorage::Write` (the save-side counterpart of 0x00825cc0) was not located; only the\n431:   read/`0x8b9d50` direction and the two `TurnEvents` directions were disassembled. The field\n432:   order is identical in both directions and is confirmed by the save, so this is a gap in\n433:   coverage, not in confidence about the layout.\n434: * The 50-turn prune has never been observed running (our saves are at turn ≤ 3).\n435: \n436: ---\n437: \n438: ## 5. What a turn actually posts (lane EV 2026-09-08, measured over all 11 saves)\n439: \n440: Read out of the corpus with `verify/state-checksum/state_checksum.py`, not derived. Every\n441: `EvImg` value, bucket and id below is a file fact.\n442: \n443: **Only two players in the whole corpus ever hold an event.** `PlyrIdx 0` (the human) and\n444: `PlyrIdx 1` (the one AI empire that owns colonies). `PlyrIdx 2..3` are the dormant shadow\n445: empires — `Sav = 0`, no colonies — and although they *do* pick research targets every turn,\n446: their `EvNxID` is 0 on every save. `PlyrIdx 4..7` are the monster factions, whose whole tech\n447: tree is state 4 and whose `EvNxID` is likewise 0 throughout. So \"who posts\" is not a property\n448: of the event API; it is a property of who does anything.\n449: \n450: ### The reference pair\n451: \n452: | pair | player | bucket | id | image | EvAct | EvLoc |\n453: |---|---|---|---|---|---|---|\n454: | turn1 -> turn2 | 0 | `EvTurn=2` | 1 | `EVENT_NO_RESEARCH` | 1 | 0 |\n455: | turn1 -> turn2 | 1 | `EvTurn=2` | 1 | `EVENT_SHIPS_BUILT` | 0 | 288 |\n456: | turn2 -> turn3 | 0 | `EvTurn=3` | 2 | `EVENT_NO_RESEARCH` | 1 | 0 |\n457: | turn2 -> turn3 | 1 | `EvTurn=3` | 2 | `EVENT_SHIPS_BUILT` | 0 | 288 |\n458: | turn2 -> turn3 | 1 | `EvTurn=3` | 3 | `EVENT_RESEARCH_OVERBUDGET` | 1 | 0 |\n459: \n460: **Order within a player is readable off the ids**: on turn 3 player 1's construction event is\n461: id 2 and its research event id 3, so **the build pass posts before the research pass**. Ids\n462: are per player (`EvNxID` is on the player's own storage), so no cross-player order is\n463: observable from a save and none should be assumed.\n464: \n465: `EVENT_SHIPS_BUILT` carries `EvAct = 0` **as stored**, because it has a subject (`EvLoc` 288,\n466: a real position) — the `act == 0 && !obj && !pos -> 2` rule does not fire. The only stored\n467: `EvAct = 2` in the corpus is `EVENT_LABACCIDENT_SMALL`.\n468: \n469: ### Every image the corpus contains\n470: \n471: `EVENT_NO_RESEARCH`, `EVENT_SHIPS_BUILT`, `EVENT_RESEARCH_COMPLETE`, `EVENT_TECHS_UNLOCKED`,\n472: `EVENT_RESEARCH_OVERBUDGET`, `EVENT_FLEET_ARRIVED`, `EVENT_FLEET_EXPLORED`,\n473: `EVENT_FLEET_MULTIPOINT_NONODE`, `EVENT_LABACCIDENT_SMALL`, `EVENT_COLONY_NEWSETTLERS`,\n474: `EVENT_ENEMY_INCOMING_Human`. The last is worth noting: the **event type is the `EvImg`\n475: string and it is composed at run time** — `_Human` is a species suffix, so the type space is\n476: not a fixed enumeration and never was.\n477: \n478: ### Text keys used, from `Locale/EN/Strings.csv`\n479: \n480: `EVENTSUM_SHIPS_BUILT` = `Ships Constructed At %s`; `EVENTMSG_SHIPS_BUILT_1SHIP` =\n481: `1 ship built in system %s`; `EVENTMSG_SHIPS_BUILT_NSHIPS` = `%s ships built in system %s`.\n482: So the construction event picks between **two** message keys on the ship count, and the count\n483: is substituted as a `%s`. Both `EVENTSUM_NO_RESEARCH` and `EVENTMSG_NO_RESEARCH` are the same\n484: string and take no parameter.\n485: \n486: ### Wired into `sots-engine`\n487: \n488: `src/app/event_phase.{h,cpp}` bridges the save's event subtree to `game::events` and P11 posts\n489: through it. On the reference pair, with the data root and the AI roster supplied and\n490: `--commit-blocked=P11`: **4 leaves closed on turn1->turn2 and 3 on turn2->turn3, 0 regressed**,\n491: and the posted record agrees with the oracle on every one of its eight fields. Engine-side\n492: write-up: `sots-engine docs/EV-events.md`.\n\n(End of file - total 492 lines)\n</content>","metadata":{"preview":"# Player event posting API (lane E, 2026-09-08)\n\nTarget: recover the API the game uses to post player-visible turn events, so the\nreimplementation can post them and so the compare harness can *see* them.\n\nMotivation: `TechTree::ProcessResearch` (P2-B3) failed its replace-mode oracle by exactly\none item across 40,300 — an unposted `EVENT_RESEARCH_OVERBUDGET`. `ServerPlayer::\nOnTechResearched` (P2-B2) has the same gap. Until events are modelled, both \"0 divergence\"\nverdicts bound the economy fields only.\n\n**Everything below with an address was read out of the instruction stream** (bytes fetched\nwith `read-memory` over the ReVa HTTP shim, disassembled locally with capstone) unless the\nline says *inferred*. Layout claims are additionally confirmed against three real saves via\n`verify/save-reader/save_reader.py`.\n\n---\n\n## 1. The container\n\n`ServerPlayer::Events` is an **`EventStorage` embedded at `ServerPlayer+0x29c`**, size `0x1c`.","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/findings/subsystems/events.md","text":"# Player event posting API (lane E, 2026-09-08)\n\nTarget: recover the API the game uses to post player-visible turn events, so the\nreimplementation can post them and so the compare harness can *see* them.\n\nMotivation: `TechTree::ProcessResearch` (P2-B3) failed its replace-mode oracle by exactly\none item across 40,300 — an unposted `EVENT_RESEARCH_OVERBUDGET`. `ServerPlayer::\nOnTechResearched` (P2-B2) has the same gap. Until events are modelled, both \"0 divergence\"\nverdicts bound the economy fields only.\n\n**Everything below with an address was read out of the instruction stream** (bytes fetched\nwith `read-memory` over the ReVa HTTP shim, disassembled locally with capstone) unless the\nline says *inferred*. Layout claims are additionally confirmed against three real saves via\n`verify/save-reader/save_reader.py`.\n\n---\n\n## 1. The container\n\n`ServerPlayer::Events` is an **`EventStorage` embedded at `ServerPlayer+0x29c`**, size `0x1c`.\n\nVerified by `ServerPlayer::GetEventStorage` at **0x0080db00**, which is the whole function:\n\n```\n0080db00  8d819c020000   lea eax, [ecx + 0x29c]\n0080db06  c3             ret\n```\n\n`__thiscall EventStorage* ServerPlayer::GetEventStorage(ServerPlayer* this)` — no stack args,\nplain `ret`. Every research-path post site either calls it (`ProcessResearch`) or inlines the\n`lea ecx,[esi+0x29c]` (`OnTechResearched`, 0x008919ab / 0x0089241d).\n\n### `EventStorage` (0x1c bytes) — already in the Ghidra project, now confirmed by code\n\n| off | type | name | evidence |\n|---|---|---|---|\n| 0x00 | `void*` | vptr | not touched by the post path |\n| 0x04 | `TurnEvents*` | `Events._Myfirst` | 0x008853aa `mov edx,[esi+8]; sub edx,[esi+4]` |\n| 0x08 | `TurnEvents*` | `Events._Mylast` | same |\n| 0x0c | `TurnEvents*` | `Events._Myend` | vector growth in 0x00885427+ |\n| 0x10 | `allocator` | `Events._Alval` | MSVC `_Vector_val` tail, 4 B |\n| 0x14 | `int` | **`EvNxID`** | 0x008863e3–0x008863f6 |\n| 0x18 | — | padding | struct size 0x1c |\n\n`EvNxID` lands at **`ServerPlayer+0x2b0`** — exactly the byte run the harness guard reported\nas `player+0x2b0:4`. That is now explained, not merely observed.\n\nThe vector element stride is **0x18**: `0x008853b3 mov eax,0x2aaaaaab; imul edx; sar edx,2`\n= signed divide by 24.\n\n### `TurnEvents` (0x18 bytes) — new\n\n| off | type | name | evidence |\n|---|---|---|---|\n| 0x00 | `void*` | vptr | virtual dtor called at 0x00879f21 (`mov edx,[edi]; mov eax,[edx]; push 0; call eax`) |\n| 0x04 | `int` | **`EvTurn`** | 0x008853d3 `cmp [edx+4], ebx` (ebx = the turn argument) |\n| 0x08 | `PlayerEvent*` | `Events._Myfirst` | `lea ecx,[esi+8]` handed to `vector::push_back` at 0x008863db |\n| 0x0c | `PlayerEvent*` | `Events._Mylast` | 0x008863f9 `mov eax,[esi+0xc]` |\n| 0x10 | `PlayerEvent*` | `Events._Myend` | |\n| 0x14 | `allocator` | `Events._Alval` | |\n\n### `PlayerEvent` (0x74 = 116 bytes) — new\n\nStride confirmed two independent ways: the duplicate scanner's divisor at 0x00825d5f\n(`mov eax,0x8d3dcb09; imul ecx; add edx,ecx; sar edx,6` = signed divide by 116) and the\npost function's `mov [eax-0x70], ecx` writing `id` at `element+4` off `_Mylast`.\n\n| off | type | on-disk tag | set by |\n|---|---|---|---|\n| 0x00 | `void*` | — | ctor: vftable `0x00a21958` |\n| 0x04 | `int` | `EvEID` | `PostEvent`: `EvNxID++` (or the duplicate's id) |\n| 0x08 | `std::string` (0x1c) | `EvDsc` | `PostEvent` arg 0 (summary / title) |\n| 0x24 | `std::string` (0x1c) | `EvMsg` | `PostEvent` arg 1 (body) |\n| 0x40 | `int` | `EvLoc` | `obj ? obj->[+4] : 0` |\n| 0x44 | `float[3]` | `EvPos` | `obj ? obj->[+0x18..0x20] : (pos ? *pos : ctor default)` |\n| 0x50 | `std::string` (0x1c) | `EvImg` | `PostEvent` arg `img` (`\"\"` if NULL) |\n| 0x6c | `int` | `EvAct` | `PostEvent` arg `act`; forced to **2** if `act==0 && !obj && !pos` |\n| 0x70 | `int` | `EvCID` | ctor 0; never written by `PostEvent` |\n\n**Correction to `formula-gaps.md`:** the default `EvPos` is **`FLT_MAX` (0x7f7fffff), not\ninfinity**. `PlayerEvent::PlayerEvent` (0x0084ee30) copies the three floats from the global\n`Vector3` at `0x00af0dc8`, whose bytes are `FF FF 7F 7F` × 3. Confirmed in the save:\n`EvPos = 2139095039 (0x7f7fffff)` for `EVENT_RESEARCH_OVERBUDGET`. Writing `+inf`\n(0x7f800000) would produce a different save byte and a different oracle hash.\n\nCtor also sets `EvEID=0`, `EvLoc=0`, `EvAct=0`, `EvCID=0` and the three strings to `\"\"`\n(`0x009e100c`).\n\n### Serialization (matches the save exactly)\n\n`PlayerEvent::Serialize` = vftable slot 1 at **0x00825970**, `__thiscall`, `ret 4`. Tag\npointers all come from the table at `0x00a2bd88` (stride 8): `EvEID EvNxID EvTurn Events\nEvPos EvLoc EvMsg EvImg EvDsc EvCID EvAct sasc`. Emission order read off the instruction\nstream: `EvEID, EvDsc, EvMsg, EvImg, EvLoc, EvPos, EvAct, EvCID`.\n\n`TurnEvents` write 0x00825bb0 / read 0x00825c40: `EvTurn` then the nested collection `Events`.\n`EventStorage` read 0x00825cc0: `EvNxID` then the nested collection `Events`.\n\nSo on disk the shape is **nested, not flat**:\n\n```\nEvents (EventStorage)\n  EvNxID : int\n  Events : n × TurnEvents\n      EvTurn : int\n      Events : m × PlayerEvent\n          EvEID EvDsc EvMsg EvImg EvLoc EvPos{x,y,z} EvAct EvCID\n```\n\n`findings/objects/save-editor-structs.md:271` models this as\n`SimPlayerEventsSaveStruct events (Int32 evNxId; ComplexArray<SimPlayerEvent>)` — a **flat**\narray of events. That is wrong (or at least the R1 C# editor's simplification): the\n`ComplexArray` elements are *turn groups*, each holding its own array. `save_reader.py`\nparses it correctly today because `Events` falls into the generic tree; nothing needs fixing\nin the reader, but the struct note should be corrected.\n\n### Ground truth: `verify/results/saves/turn3-state.sav`\n\nPlayer index 1 (`/Sim/Player[1]/Events`, file offset 120372):\n\n```\nEvNxID = 4\n  EvTurn = 2\n    EvEID 1  EvDsc \"Ships Constructed At Ke'Dolarra\"\n             EvMsg \"1 ship built in system Ke'Dolarra\"\n             EvImg \"EVENT_SHIPS_BUILT\"  EvLoc 288  EvPos {-11.9286, 4.71900, 2.31785}\n             EvAct 0  EvCID 0\n  EvTurn = 3\n    EvEID 2  (the same EVENT_SHIPS_BUILT record, next turn)\n    EvEID 3  EvDsc \"Research Over Budget\"\n             EvMsg \"Research for Waldo Units has gone overbudget.\"\n             EvImg \"EVENT_RESEARCH_OVERBUDGET\"  EvLoc 0\n             EvPos {0x7f7fffff, 0x7f7fffff, 0x7f7fffff}  EvAct 1  EvCID 0\n```\n\nPlayer index 0 has two `EVENT_NO_RESEARCH` records (turns 2 and 3, ids 1 and 2, `EvNxID` 3).\nPlayers 2 and 3 have `EvNxID = 0` and an empty list — note **`EvNxID` starts at 0**, and\n`PostEvent` lazily promotes 0 → 1 on the first post (0x008863e3).\n\n---\n\n## 2. The entry point\n\n```c\n// 0x008862b0\nint __thiscall EventStorage::PostEvent(\n        EventStorage* this,          // ecx\n        std::string   summary,       // [ebp+0x08], BY VALUE, 0x1c bytes  -> EvDsc\n        std::string   message,       // [ebp+0x24], BY VALUE, 0x1c bytes  -> EvMsg\n        void*         obj,           // [ebp+0x40]  may be NULL\n        Vector3*      pos,           // [ebp+0x44]  may be NULL\n        int           turn,          // [ebp+0x48]\n        const char*   img,           // [ebp+0x4c]  may be NULL -> \"\"\n        int           act);          // [ebp+0x50]\n// returns the event id; ret 0x4c\n```\n\n`ret 0x4c` = 76 = 2 × 0x1c (the two by-value `std::string`s) + 5 × 4. Both string arguments\nare built **in the caller's frame by `sub esp,0x1c`** and a copy-construct, which is the MSVC\nby-value-`std::string` idiom; `PostEvent` frees their buffers itself before returning\n(0x00886415–0x00886446), so the caller must not.\n\nBody, in order (all read from the instruction stream):\n\n1. `PlayerEvent ev;` — default ctor `0x0084ee30` on a `[ebp-0x84]` temporary.\n2. `ev.EvDsc = summary; ev.EvMsg = message;` (0x0088630d, 0x0088631a).\n3. `ev.EvLoc = obj ? obj->[+4] : 0` (0x00886322).\n4. `ev.EvImg = img ? img : \"\"` — `\"\"` is `0x009e100c`; length by inline `strlen` (0x00886330).\n5. `ev.EvAct = act`; **if `act == 0 && obj == NULL && pos == NULL` then `ev.EvAct = 2`**\n   (0x00886353–0x0088636f). This default is easy to miss and changes the save bytes.\n6. Position: `obj` wins (`obj->[+0x18/+0x1c/+0x20]`), else `pos` (`pos->[0/4/8]`), else the\n   ctor's `FLT_MAX` triple (0x0088637a–0x008863a7).\n7. `PruneOldTurns(turn)` — 0x00879eb0.\n8. `TurnEvents* bucket = GetOrCreateTurnBucket(turn)` — 0x00885380.\n9. `PlayerEvent* dup = FindDuplicate(bucket, &ev)` — 0x00825d40. **If non-NULL, return\n   `dup->EvEID` and post nothing.**\n10. else `bucket->Events.push_back(ev)`; `if (EvNxID == 0) EvNxID = 1;`\n    `id = EvNxID++; back().EvEID = id;` return `id`.\n\n### `EventStorage::FindDuplicate` — 0x00825d40, `__thiscall (TurnEvents*, PlayerEvent*)`, `ret 8`\n\nLinear scan of the bucket. Two events are the same when **all** of these match:\n`EvAct` (+0x6c), `EvLoc` (+0x40), the three `EvPos` floats (`fucompp`, so bitwise-unequal\nNaNs never match but the `FLT_MAX` sentinels always do), `EvMsg` (+0x24) and `EvImg` (+0x50).\n**`EvDsc` is NOT compared.** A NULL bucket returns 0 immediately.\n\nThis is why the two identical `EVENT_SHIPS_BUILT` records in `turn3-state.sav` survive as\nseparate events: they are in different turn buckets, and dedup is per-bucket.\n\n### `EventStorage::GetOrCreateTurnBucket` — 0x00885380, `__thiscall (int turn)`, `ret 4`\n\nScans `Events` for `EvTurn == turn`; **keeps scanning to the end and returns the *last*\nmatch** (0x008853d0–0x008853de has no early exit). If none, constructs a bucket\n(`0x00884cb0`, vtable `0x00a0f07c`), appends, and sets `_Mylast[-1].EvTurn = turn`\n(0x0088542d, `mov [eax-0x14], ecx`, i.e. `+4` off the new element at `_Mylast-0x18`).\n\n### `EventStorage::PruneOldTurns` — 0x00879eb0, `__thiscall (int turn)`\n\nCutoff is `turn - 0x32` (**50 turns**), constant, not from config: `0x00879ec3 add ebx,-0x32`.\n\nPrecisely as coded — and this is a quirk worth reproducing rather than \"fixing\": it walks the\n**leading** run of buckets with `EvTurn < cutoff`, leaves `edi` pointing at the **last** one\nof that run, and then shifts from `edi` down to `_Myfirst`. So it erases `n-1` buckets, not\n`n`: **one stale bucket always survives**, and a single leading stale bucket is never\nremoved at all (`0x00879ee2 cmp esi,edi; je` returns). It also stops at the first non-stale\nbucket, so a stale bucket after a fresh one is never reached.\n\n### Convenience wrapper\n\n`0x00886470` (`ret` and prototype not verified by this lane) posts via `PostEvent` twice at\n0x00886802 / 0x00886b22. **161 call sites in 113 functions** reference `PostEvent` directly —\nthis is the single event API for the whole simulation, not a research-specific helper.\n\n### Turn number\n\nEvery research-path site computes the turn as `*(int*)(*(char**)(player + 8) + 8)`.\n`ServerPlayer+8` is the `StrategyServer` *second* base; `0x0080e320` is\n`__thiscall void* ServerPlayer::GetServer()` = `[this+8] ? [this+8]-4 : 0`, so the field is\n`StrategyServer(primary base)+0x0c`. This matches the B4 finding that `StrategyServer` has\ntwo bases four bytes apart.\n\n**CORRECTION (lane EV 2026-09-08): that field is the FRAME (the turn counter), not\n`ModCount`.** The two are different words and the saves separate them cleanly:\n`turn2-state.sav` has `Summary/Turn = 2`, `Sim/Frame = 2` and `Sim/ModCount = 12`, and every\nevent the turn posted landed in bucket `EvTurn = 2`. If the argument were `ModCount` the\nbuckets would be 12 and 24. The value is the **post-increment** turn — a turn run from a save\nat turn *N* posts into bucket *N+1* — because the frame is bumped in `BeginProcessTurn`,\nbefore either turn driver runs.\n\n---\n\n## 3. Which events the research path posts\n\nOrder within `ServerPlayer::ProcessTurn` (0x00891340):\n\n| # | site | event | condition |\n|---|---|---|---|\n| 1 | `TechTree::ProcessResearch` 0x00587b97 | `EVENT_RESEARCH_OVERBUDGET` | per node, see below |\n| 2 | → `SetResearched` → `OnTechResearched` 0x008919b5 | `EVENT_RESEARCH_COMPLETE` / `_UNDERBUDGET` | see below |\n| 3 | → `OnTechResearched` 0x00892427 | `EVENT_TEMPERANCE` | temperance tech cured ≥1 addicted system |\n| 4 | `TechTree::ProcessResearch` 0x00587ff4 | `EVENT_TECHS_UNLOCKED` | tail loop, ≥1 newly available node |\n| 5 | `ProcessTurn` 0x0089168c | `EVENT_NO_RESEARCH` | no target, no affordable tech, tree not exhausted |\n\n`ProcessResearch`'s two posts bracket the per-node loop: OVERBUDGET fires **inside** the loop\n(so once per over-budget node), TECHS_UNLOCKED **once** after it.\n\n### 3.1 `EVENT_RESEARCH_OVERBUDGET` — the B3 defect, fully explained\n\nPosted at **0x00587b97**, in `TechTree::ProcessResearch` (0x005876c0).\n\nPer-node arithmetic recovered from 0x00587732–0x00587907 (naming `cost =\nTechTree::GetNodeCost(node)` = 0x0057da00, `pts = node->points` at `node+0x1c`):\n\n```\nminPts  = max(cost * 50  / 100, 0)          ; 0x51eb851f/sar 5 = /100\nmaxPts  = max(minPts, cost * 150 / 100)\nwasDone = (pts >= cost)                     ; [ebp-0xcd], setge @0x005877e1\ngranted = min(requested, maxPts - pts)\n*overbudgetOut += requested - granted       ; the out-param accumulates unspent points\npts    += granted\nnowDone = (pts >= cost)                     ; [ebp-0xce], setge @0x00587828\n\nif      (pts >= maxPts)  chance = 1.0f, draw = 0.0f          ; always completes\nelse if (granted == 0)   chance = 0.0f, draw = 1.0f          ; never completes, no draw\nelse                     chance = (float)(pts - minPts) / maxPts   ; NOTE: / maxPts, not /(max-min)\n                         draw   = rng.NextFloat()*(1.0-0.0) + 0.0  ; [0x009e1e68] == 0.0\n                         if (owner && owner->Species == 5)   ; Zuul\n                             draw = max(draw, rng.NextFloat()*(1.0-0.0)+0.0)\n\nif (chance < draw) {                         ; roll FAILED -> tech not completed this turn\n    if (!wasDone && nowDone && owner) {\n        PostEvent(EVENT_RESEARCH_OVERBUDGET); node->flag(+0x2c) = 2;\n    }\n} else {                                     ; roll succeeded\n    log(\"Research completed at %d of %d (%.1f%%). (Odds: %.2f, Roll: %.2f)\\n\", ...)\n    if (pts/cost < 0.8) node->flag(+0x2c) = 0;\n    SetResearched(node->def, 2);             ; 0x00581e10 -> OnTechResearched\n}\n```\n\nSo **over budget means: the node has accumulated at least its full cost, but the completion\nroll failed, and this is the first turn that has been true.** `!wasDone` is what makes it\nfire exactly once per node.\n\nThe record it posts:\n\n| field | value | evidence |\n|---|---|---|\n| `EvDsc` | `\"Research Over Budget\"` | key `EVENTSUM_RESEARCH_OVERBUDGET`, slot `0x00ae48e0`, thunk key at `0x00a00cac` |\n| `EvMsg` | `\"Research for %s has gone overbudget.\"` % `node->def->name` | key `EVENTMSG_RESEARCH_OVERBUDGET`, slot `0x00ae48e8`, key at `0x00a00ccc` |\n| `EvImg` | `\"EVENT_RESEARCH_OVERBUDGET\"` | literal `0x00a0078c`, pushed at 0x00587b24 |\n| `EvLoc` | `0` | `obj = NULL` (0x00587b2c) |\n| `EvPos` | `{FLT_MAX, FLT_MAX, FLT_MAX}` | `pos = NULL` → ctor default |\n| `EvAct` | `1` | literal, 0x00587b22 |\n| `EvCID` | `0` | ctor |\n\nBoth strings go through `0x008c97f0` (`__cdecl` format-into-`std::string`, 8 stack args:\n`out, fmt, a1..a6`) with the tech name as the single substitution; the summary format\ncontains no `%s`, so it comes out literal. The tech name is `def+0x40` (a `std::string`;\n`_Myres` at `+0x54` selects heap vs. inline buffer, 0x00587a1d).\n\n**Save cross-check:** `turn3-state.sav`, player 1, turn-3 bucket, `EvEID 3` is exactly this\nrecord, with `EvMsg \"Research for Waldo Units has gone overbudget.\"` — the format string, the\n`%s` substitution, `EvAct 1`, `EvLoc 0` and the `FLT_MAX` position all match byte for byte.\n\n### 3.2 `EVENT_RESEARCH_COMPLETE` / `EVENT_RESEARCH_UNDERBUDGET`\n\nPosted at **0x008919b5** in `ServerPlayer::OnTechResearched` (0x00891790), guarded by\n`if (!silent)` (0x00891804 `cmp byte [ebp+0xc], 0; jne`).\n\n```\nratio = TechTree::GetProgressRatio(tree, def)      ; 0x0057e950, float\nif (ratio >= 0.8f)  img = \"EVENT_RESEARCH_COMPLETE\"    (0x00a33368)\n                    sum = EVENTSUM_RESEARCH_COMPLETE   (slot 0x00af09e8)\n                    msg = EVENTMSG_RESEARCH_COMPLETE   (slot 0x00af09f0)\nelse                img = \"EVENT_RESEARCH_UNDERBUDGET\" (0x00a33380)\n                    sum = EVENTSUM_RESEARCH_UNDERBUDGET(slot 0x00af09f8)\n                    msg = EVENTMSG_RESEARCH_UNDERBUDGET(slot 0x00af0a00)\nPostEvent(sum, snprintf(msg, 0x100, def->name), NULL, NULL, turn, img, 1)\n```\n\nThe 0.8 constant is the `double` at `0x009e20c8` = `0.800000011920929`, i.e. `(double)0.8f` —\nthe comparison is `fcomp` of the `float` ratio against that double. Text:\n\n* `EVENTSUM_RESEARCH_COMPLETE` = `\"Research Complete\"`,\n  `EVENTMSG_RESEARCH_COMPLETE` = `\"Tech %s has been acquired\"`\n* `EVENTSUM_RESEARCH_UNDERBUDGET` = `\"Research Breakthrough!\"`,\n  `EVENTMSG_RESEARCH_UNDERBUDGET` = `\"Your scientists made a breakthrough with %s. Research has completed ahead of schedule!\"`\n\n`EvAct = 1`, `obj = pos = NULL`, so `EvLoc = 0` and `EvPos = FLT_MAX³`. Message buffer is a\n0x100-byte stack buffer formatted with `0x008c8eb0` (`_snprintf`-shaped, 9 args), then\nassigned into a `std::string`, so **a message longer than 255 chars is truncated** — a real\nbehaviour to reproduce.\n\nNote the naming is counter-intuitive: `UNDERBUDGET` is the *cheap* completion (ratio < 0.8).\n\n### 3.3 `EVENT_TEMPERANCE`\n\nPosted at **0x00892427**, same function, after the per-species temperance sweep\n(0x00892280–0x008922b9: for each species with flag bit 5, cure every owned addicted system\nvia 0x00745e40 / 0x00743800). Guarded by `!silent` **and** by a local \"something was cured\"\nflag (`[ebp-0x189]`, set at 0x008922a6). Strings `EVENTSUM_ADDICTION_TEMPERENCE` /\n`EVENTMSG_ADDICTION_TEMPERENCE` (slots `0x00af0a88` / `0x00af0a90`, note the shipped\nmisspelling \"TEMPERENCE\").\n\n`EvImg = \"EVENT_TEMPERANCE\"` (0x00a33340), `obj = pos = NULL`, and **`EvAct = 0`** — which\nmeans rule 5 of `PostEvent` fires and the stored `EvAct` becomes **2**, not 0. Any\nreimplementation that stores the literal 0 will differ from the oracle here.\n\n### 3.4 `EVENT_TECHS_UNLOCKED`\n\nPosted at **0x00587ff4**, at the tail of `ProcessResearch` (loop at 0x00587cc3). Collects\nevery node `n` where `n != NULL`, `n->def != NULL`, `tree->nodes[n->def->index] != NULL`,\nthat node's **`state` (`+0x14`) `== 2` (available)**, and **`n->turnAvailable` (`+0x20`)\n`== currentTurn`** (0x00587cfc–0x00587d42). If the collected vector is non-empty it posts\nonce.\n\n*Correction to `strategic-turn-internals.md:233`*, which reads the condition as \"state==2 &&\nturnAvailable == currentTurn **&& parent researched**\". There is no parent test: the\n`mov ecx,[ecx]; mov eax,[eax+ecx*4]` pair at 0x00587d0d–0x00587d19 dereferences `n->def` and\nthen indexes `tree->nodes` by `def->[0]`, which is the tech's **own** index (the same\nindirection the entry loop uses at 0x00587738–0x00587740). It resolves back to `n` itself;\nthe two null checks around it are defensive. The state test is therefore on `n`, not on a\nparent.\n\n`EvDsc` = `EVENTSUM_UNLOCKEDTECHS` (slot `0x00ae48f0`) = `\"New Technologies Available\"`.\n`EvMsg` = `EVENTMSG_UNLOCKEDTECHS` (slot `0x00ae48f8`) =\n`\"The following technologies are now available for research:\"` followed by, per node, the\nseparator string at `0x009e4588` and the node's `def->name` (0x00587f46–0x00587f82).\n`EvImg` = literal `\"EVENT_TECHS_UNLOCKED\"` (`0x00a00774`, length pushed as 0x14).\n`EvAct = 1`, `obj = pos = NULL`.\n\n### 3.5 `EVENT_NO_RESEARCH`\n\nPosted at **0x0089168c** in `ServerPlayer::ProcessTurn`. Condition (0x0089162a–0x0089167e):\n\n```\nif (player->ResT (+0x294) == NULL)\n    TechTree::CollectResearchedTechs(&out, turn, INT_MAX, sort=1)   ; 0x00584e50\n    if (out.empty() && TechTree::FindFirstAvailableTech() != NULL)  ; 0x0057da90\n        PostEvent(EVENTSUM_NO_RESEARCH, EVENTMSG_NO_RESEARCH, NULL, NULL, turn,\n                  \"EVENT_NO_RESEARCH\" (0x00a3332c), 1)\n```\n\nBoth strings are `\"No Research Project Assigned.\"` — matches `turn3-state.sav` player 0\nexactly (`EvAct 1`, `EvLoc 0`, `EvPos` FLT_MAX³).\n\n**CORRECTION (lane EV 2026-09-08) to this section as first written.** 0x00584e50 was named\nhere as a `ListAvailableTechs` and the middle test read as \"no affordable tech\". It is\n`TechTree::CollectResearchedTechs` (lane T read the whole body; the call site's argument order\nwas re-read here byte for byte from 0x00891600), and the test is about what was **researched**,\nnot about what is available:\n\n1. `ResT == NULL` — the player holds no research target;\n2. **no tech has `state == 4` (researched) with `turnResearched (+0x24) >= turn`**, i.e.\n   nothing finished on this turn or later. The turn is passed as the collector's `minTurn`\n   and the range runs to `INT_MAX`;\n3. at least one node is in `state == 2` (available) — that is the availability half, and it is\n   what excludes the four monster factions, whose entire tree is state 4.\n\nTest 2 is not decoration and the corpus exercises it: in `zuul-turn23-fleet23.sav` the human\nposts `EVENT_RESEARCH_COMPLETE` on turn 22 and **no** no-research event that turn, then\n`EVENT_NO_RESEARCH` again on turn 23. `sots-engine`'s P11 implements all three tests; before\nthis lane it implemented tests 1 and 3 only, and over-fired.\n\nTest 1 is the one a save cannot answer. `ResTNm` on the wire is the target the file was\n**written** with; on the reference pair all four real players start the turn with none and\nthree of them acquire one *during* it, which is AI research selection. Across all eleven\ncorpus saves no AI player ever posts `EVENT_NO_RESEARCH` (~90 player-turns) while the human\nposts it on every turn it lacks a target — stated as a hypothesis, with the operator's\n`--ai-player` roster standing in for the missing input.\n\nAlso in this window (0x008915ec–0x00891624): `RollResearchEvent` (0x0088df20) is called when\n`ResT != NULL && ResErrRoll(+0x3b4) != 0 && (const at 0x00a2c788) < progressRatio`, then\n`ResErrRoll` is cleared — the same draw the B2/B3 lanes measured. `RollResearchAccident`\n(0x00889dc0) posts the `EVENT_LABACCIDENT_*` family; not traced here.\n\n---\n\n## 4. What is *not* verified\n\n* `0x00886470` — the wrapper that also calls `PostEvent`. Its prototype and its two call\n  paths were not read; I only established that it exists and is not on the research path.\n* `TurnEvents`' vptr/vtable contents beyond slot 0 (the virtual dtor used by the pruner).\n* The `sasc` tag at `0x00a2bde0` — adjacent to the event tag block, owner unknown.\n* Whether `PostEvent`'s dedup can ever collapse two research events in practice. It cannot\n  for OVERBUDGET vs COMPLETE (different `EvImg`), but two *different techs* going over budget\n  in the same turn differ only in `EvMsg`, which **is** compared — so both are kept. Verified\n  by reading the comparator, not by observing it.\n* `EventStorage::Write` (the save-side counterpart of 0x00825cc0) was not located; only the\n  read/`0x8b9d50` direction and the two `TurnEvents` directions were disassembled. The field\n  order is identical in both directions and is confirmed by the save, so this is a gap in\n  coverage, not in confidence about the layout.\n* The 50-turn prune has never been observed running (our saves are at turn ≤ 3).\n\n---\n\n## 5. What a turn actually posts (lane EV 2026-09-08, measured over all 11 saves)\n\nRead out of the corpus with `verify/state-checksum/state_checksum.py`, not derived. Every\n`EvImg` value, bucket and id below is a file fact.\n\n**Only two players in the whole corpus ever hold an event.** `PlyrIdx 0` (the human) and\n`PlyrIdx 1` (the one AI empire that owns colonies). `PlyrIdx 2..3` are the dormant shadow\nempires — `Sav = 0`, no colonies — and although they *do* pick research targets every turn,\ntheir `EvNxID` is 0 on every save. `PlyrIdx 4..7` are the monster factions, whose whole tech\ntree is state 4 and whose `EvNxID` is likewise 0 throughout. So \"who posts\" is not a property\nof the event API; it is a property of who does anything.\n\n### The reference pair\n\n| pair | player | bucket | id | image | EvAct | EvLoc |\n|---|---|---|---|---|---|---|\n| turn1 -> turn2 | 0 | `EvTurn=2` | 1 | `EVENT_NO_RESEARCH` | 1 | 0 |\n| turn1 -> turn2 | 1 | `EvTurn=2` | 1 | `EVENT_SHIPS_BUILT` | 0 | 288 |\n| turn2 -> turn3 | 0 | `EvTurn=3` | 2 | `EVENT_NO_RESEARCH` | 1 | 0 |\n| turn2 -> turn3 | 1 | `EvTurn=3` | 2 | `EVENT_SHIPS_BUILT` | 0 | 288 |\n| turn2 -> turn3 | 1 | `EvTurn=3` | 3 | `EVENT_RESEARCH_OVERBUDGET` | 1 | 0 |\n\n**Order within a player is readable off the ids**: on turn 3 player 1's construction event is\nid 2 and its research event id 3, so **the build pass posts before the research pass**. Ids\nare per player (`EvNxID` is on the player's own storage), so no cross-player order is\nobservable from a save and none should be assumed.\n\n`EVENT_SHIPS_BUILT` carries `EvAct = 0` **as stored**, because it has a subject (`EvLoc` 288,\na real position) — the `act == 0 && !obj && !pos -> 2` rule does not fire. The only stored\n`EvAct = 2` in the corpus is `EVENT_LABACCIDENT_SMALL`.\n\n### Every image the corpus contains\n\n`EVENT_NO_RESEARCH`, `EVENT_SHIPS_BUILT`, `EVENT_RESEARCH_COMPLETE`, `EVENT_TECHS_UNLOCKED`,\n`EVENT_RESEARCH_OVERBUDGET`, `EVENT_FLEET_ARRIVED`, `EVENT_FLEET_EXPLORED`,\n`EVENT_FLEET_MULTIPOINT_NONODE`, `EVENT_LABACCIDENT_SMALL`, `EVENT_COLONY_NEWSETTLERS`,\n`EVENT_ENEMY_INCOMING_Human`. The last is worth noting: the **event type is the `EvImg`\nstring and it is composed at run time** — `_Human` is a species suffix, so the type space is\nnot a fixed enumeration and never was.\n\n### Text keys used, from `Locale/EN/Strings.csv`\n\n`EVENTSUM_SHIPS_BUILT` = `Ships Constructed At %s`; `EVENTMSG_SHIPS_BUILT_1SHIP` =\n`1 ship built in system %s`; `EVENTMSG_SHIPS_BUILT_NSHIPS` = `%s ships built in system %s`.\nSo the construction event picks between **two** message keys on the ship count, and the count\nis substituted as a `%s`. Both `EVENTSUM_NO_RESEARCH` and `EVENTMSG_NO_RESEARCH` are the same\nstring and take no parameter.\n\n### Wired into `sots-engine`\n\n`src/app/event_phase.{h,cpp}` bridges the save's event subtree to `game::events` and P11 posts\nthrough it. On the reference pair, with the data root and the AI roster supplied and\n`--commit-blocked=P11`: **4 leaves closed on turn1->turn2 and 3 on turn2->turn3, 0 regressed**,\nand the posted record agrees with the oracle on every one of its eight fields. Engine-side\nwrite-up: `sots-engine docs/EV-events.md`.","lineStart":1,"lineEnd":492,"totalLines":492,"truncated":false}},"title":"findings/subsystems/events.md","time":{"start":1789005758389,"end":1789005758435}},"metadata":{"openai":{"itemId":"fc_0b0058634fe3b303016aa20fbe3c7087d19ebbd49ddad3c164"}},"id":"prt_0890d7fb1001MzXiTi1XH8uENt","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d54a6001gS9fHILdpSzKfC"}}
{"type":"tool_use","timestamp":1789005758455,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"glob","callID":"call_pHzN7U2zWohDcHoo7CJYbiuK","state":{"status":"completed","input":{"pattern":"tests/shim/**/*","path":"/tmp/opencode/sots-final-research-engine"},"output":"No files found","metadata":{"count":0,"truncated":false},"title":"../../../tmp/opencode/sots-final-research-engine","time":{"start":1789005758400,"end":1789005758442}},"metadata":{"openai":{"itemId":"fc_0b0058634fe3b303016aa20fbe3c8087d19f48e5cf8338f9ea"}},"id":"prt_0890d7fbb001t97PHdpFQExG0W","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d54a6001gS9fHILdpSzKfC"}}
{"type":"tool_use","timestamp":1789005758455,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"grep","callID":"call_EQx4EVoa5JKJvk7D4Hd4aDZY","state":{"status":"completed","input":{"pattern":"research|shim|inject|dll|MinHook","path":"/tmp/opencode/sots-final-research-engine","include":"CMakeLists.txt"},"output":"Found 100 matches (more matches available)\n/tmp/opencode/sots-final-research-engine/tests/shim_techfx/CMakeLists.txt:\n  Line 3: add_executable(shim_techfx_unit_tests unit_tests.cpp)\n\n  Line 4: target_link_libraries(shim_techfx_unit_tests PRIVATE shim_techfx)\n\n  Line 5: target_include_directories(shim_techfx_unit_tests PRIVATE ${CMAKE_SOURCE_DIR}/tests/game_sim)\n\n  Line 6: target_compile_options(shim_techfx_unit_tests PRIVATE -Wall -Wextra -Werror)\n\n  Line 7: add_test(NAME shim_techfx_unit COMMAND shim_techfx_unit_tests)\n\n\n/tmp/opencode/sots-final-research-engine/tests/shim_movement/CMakeLists.txt:\n  Line 2: add_executable(shim_movement_unit_tests unit_tests.cpp)\n\n  Line 3: target_link_libraries(shim_movement_unit_tests PRIVATE shim_movement)\n\n  Line 4: target_include_directories(shim_movement_unit_tests PRIVATE ${CMAKE_SOURCE_DIR}/tests/game_sim)\n\n  Line 5: target_compile_options(shim_movement_unit_tests PRIVATE -Wall -Wextra -Werror)\n\n  Line 6: add_test(NAME shim_movement_unit COMMAND shim_movement_unit_tests)\n\n\n/tmp/opencode/sots-final-research-engine/tests/shim_colony/CMakeLists.txt:\n  Line 2: add_executable(shim_colony_unit_tests unit_tests.cpp)\n\n  Line 3: target_link_libraries(shim_colony_unit_tests PRIVATE shim_colony)\n\n  Line 4: target_include_directories(shim_colony_unit_tests PRIVATE ${CMAKE_SOURCE_DIR}/tests/game_sim)\n\n  Line 5: target_compile_options(shim_colony_unit_tests PRIVATE -Wall -Wextra -Werror)\n\n  Line 6: add_test(NAME shim_colony_unit COMMAND shim_colony_unit_tests)\n\n\n/tmp/opencode/sots-final-research-engine/tests/app/CMakeLists.txt:\n  Line 33: # The no-research event, as a rule. Pins what the corpus cannot separate -- the\n\n  Line 34: # researched-this-turn test, the state-2 reading, the FLT_MAX sentinel, EvAct=1 and the id\n\n\n/tmp/opencode/sots-final-research-engine/tests/game_config/CMakeLists.txt:\n  Line 15: target_link_libraries(game_config_replay PRIVATE sots_game_config shim_trace)\n\n  Line 16: target_include_directories(game_config_replay PRIVATE ${CMAKE_SOURCE_DIR}/tests/game_sim ${CMAKE_SOURCE_DIR}/tests/shim_trace)\n\n\n/tmp/opencode/sots-final-research-engine/tests/shim_budget/CMakeLists.txt:\n  Line 2: add_executable(shim_budget_unit_tests unit_tests.cpp)\n\n  Line 3: target_link_libraries(shim_budget_unit_tests PRIVATE shim_budget)\n\n  Line 4: target_include_directories(shim_budget_unit_tests PRIVATE ${CMAKE_SOURCE_DIR}/tests/game_sim)\n\n  Line 5: target_compile_options(shim_budget_unit_tests PRIVATE -Wall -Wextra -Werror)\n\n  Line 6: add_test(NAME shim_budget_unit COMMAND shim_budget_unit_tests)\n\n\n/tmp/opencode/sots-final-research-engine/tests/shim_player_turn/CMakeLists.txt:\n  Line 2: add_executable(shim_player_turn_unit_tests unit_tests.cpp)\n\n  Line 3: target_link_libraries(shim_player_turn_unit_tests PRIVATE shim_player_turn sots_game_sim)\n\n  Line 4: target_include_directories(shim_player_turn_unit_tests PRIVATE ${CMAKE_SOURCE_DIR}/tests/game_sim)\n\n  Line 5: target_compile_options(shim_player_turn_unit_tests PRIVATE -Wall -Wextra -Werror)\n\n  Line 6: add_test(NAME shim_player_turn_unit COMMAND shim_player_turn_unit_tests)\n\n\n/tmp/opencode/sots-final-research-engine/tests/game_sim/CMakeLists.txt:\n  Line 2: foreach(_t economy research colony movement techgraph visibility construction player_turn)\n\n\n/tmp/opencode/sots-final-research-engine/src/game/events/CMakeLists.txt:\n  Line 2: # plus the five events the research path raises. Pure; depends on nothing but the standard\n\n  Line 3: # library, so the shim and the host tests can both link it.\n\n  Line 6:   research_events.cpp)\n\n\n/tmp/opencode/sots-final-research-engine/tests/shim_events/CMakeLists.txt:\n  Line 2: add_executable(shim_events_unit_tests unit_tests.cpp)\n\n  Line 3: target_link_libraries(shim_events_unit_tests PRIVATE shim_events)\n\n  Line 4: target_include_directories(shim_events_unit_tests PRIVATE ${CMAKE_SOURCE_DIR}/tests/game_sim)\n\n  Line 5: target_compile_options(shim_events_unit_tests PRIVATE -Wall -Wextra -Werror)\n\n  Line 6: add_test(NAME shim_events_unit COMMAND shim_events_unit_tests)\n\n\n/tmp/opencode/sots-final-research-engine/src/game/sim/CMakeLists.txt:\n  Line 8:   research.cpp\n\n  Line 25:   set(_sim_tests economy research colony movement techgraph visibility observed construction player_turn scriptobjects)\n\n\n/tmp/opencode/sots-final-research-engine/tests/shim_trace/CMakeLists.txt:\n  Line 1: # Host tests for the shim's trace/compare infrastructure (src/shim/trace). The Python\n\n  Line 11:   add_executable(shim_trace_test_${_t} test_${_t}.cpp)\n\n  Line 12:   target_link_libraries(shim_trace_test_${_t} PRIVATE shim_trace)\n\n  Line 13:   target_compile_options(shim_trace_test_${_t} PRIVATE -Wall -Wextra -Werror)\n\n  Line 14:   target_compile_definitions(shim_trace_test_${_t} PRIVATE SOTS_TRACECMP_DIR=\"${SOTS_TRACECMP_DIR}\")\n\n  Line 16: target_link_libraries(shim_trace_test_hook PRIVATE pthread)\n\n  Line 18: add_test(NAME shim_trace_sha256 COMMAND shim_trace_test_sha256)\n\n  Line 19: add_test(NAME shim_trace_emitter COMMAND shim_trace_test_emitter ${_out}/emitter_oracle.jsonl\n\n  Line 21: add_test(NAME shim_trace_diff COMMAND shim_trace_test_diff)\n\n  Line 24: target_link_libraries(shim_trace_test_coverage PRIVATE shim_techfx)\n\n  Line 25: add_test(NAME shim_trace_coverage COMMAND shim_trace_test_coverage)\n\n  Line 26: add_test(NAME shim_trace_hook COMMAND shim_trace_test_hook ${_out})\n\n\n/tmp/opencode/sots-final-research-engine/tests/shim_rng_ledger/CMakeLists.txt:\n  Line 2: add_executable(shim_rng_ledger_unit_tests unit_tests.cpp)\n\n  Line 3: target_link_libraries(shim_rng_ledger_unit_tests PRIVATE shim_rng_ledger)\n\n  Line 4: target_include_directories(shim_rng_ledger_unit_tests PRIVATE ${CMAKE_SOURCE_DIR}/tests/game_sim)\n\n  Line 5: target_compile_options(shim_rng_ledger_unit_tests PRIVATE -Wall -Wextra -Werror)\n\n  Line 6: add_test(NAME shim_rng_ledger_unit COMMAND shim_rng_ledger_unit_tests)\n\n\n/tmp/opencode/sots-final-research-engine/CMakeLists.txt:\n  Line 8: # Build id stamped into the shim log banner (tools/build-shim.sh passes git describe + UTC time).\n\n  Line 9: set(SHIM_BUILD_ID \"dev\" CACHE STRING \"Build identifier logged by the shim\")\n\n  Line 12: # so every shim.log records which RE snapshot the RVAs came from.\n\n  Line 31: add_subdirectory(src/game/events)  # player event log + research events (lib sots_game_events)\n\n  Line 37: # ---- shim trace/compare infrastructure (host-testable; linked into binkw32) ----\n\n  Line 38: add_library(shim_trace STATIC\n\n  Line 39:   src/shim/trace/sha256.cpp\n\n  Line 40:   src/shim/trace/emitter.cpp\n\n  Line 41:   src/shim/trace/tracer.cpp\n\n  Line 42:   src/shim/trace/selftest.cpp)\n\n  Line 43: target_include_directories(shim_trace PUBLIC ${CMAKE_SOURCE_DIR}/src)\n\n  Line 44: target_compile_options(shim_trace PRIVATE -Wall -Wextra -Werror)\n\n  Line 46:   target_compile_definitions(shim_trace PUBLIC __USE_MINGW_ANSI_STDIO=1)  # C99 %lld/%.17g\n\n  Line 50: add_library(shim_budget STATIC src/shim/hooks/budget_inputs.cpp)\n\n  Line 51: target_link_libraries(shim_budget PUBLIC shim_trace sots_game_sim)\n\n  Line 52: target_compile_options(shim_budget PRIVATE -Wall -Wextra -Werror)\n\n  Line 55: add_library(shim_techfx STATIC src/shim/hooks/tech_effect_fields.cpp)\n\n  Line 56: target_link_libraries(shim_techfx PUBLIC shim_trace sots_addresses sots_game_effects)\n\n  Line 57: target_compile_options(shim_techfx PRIVATE -Wall -Wextra -Werror)\n\n  Line 60: add_library(shim_colony STATIC src/shim/hooks/colony_inputs.cpp)\n\n  Line 61: target_link_libraries(shim_colony PUBLIC shim_trace sots_game_sim)\n\n  Line 62: target_compile_options(shim_colony PRIVATE -Wall -Wextra -Werror)\n\n  Line 65: add_library(shim_movement STATIC src/shim/hooks/movement_inputs.cpp)\n\n  Line 66: target_link_libraries(shim_movement PUBLIC shim_trace sots_game_sim)\n\n  Line 67: target_compile_options(shim_movement PRIVATE -Wall -Wextra -Werror)\n\n  Line 70: add_library(shim_player_turn STATIC src/shim/hooks/player_turn_inputs.cpp)\n\n  Line 71: target_link_libraries(shim_player_turn PUBLIC shim_trace)\n\n  Line 72: target_compile_options(shim_player_turn PRIVATE -Wall -Wextra -Werror)\n\n  Line 75: add_library(shim_events STATIC src/shim/hooks/event_inputs.cpp)\n\n  Line 76: target_link_libraries(shim_events PUBLIC shim_trace sots_addresses sots_game_events)\n\n  Line 77: target_compile_options(shim_events PRIVATE -Wall -Wextra -Werror)\n\n  Line 79: # ---- shim: the strategic RNG word ledger (lane Z) -- absolute generator position recovered\n\n  Line 82: add_library(shim_rng_ledger STATIC src/shim/hooks/rng_ledger.cpp)\n\n  Line 83: target_link_libraries(shim_rng_ledger PUBLIC shim_trace sots_addresses mars_rng)\n\n  Line 84: target_compile_options(shim_rng_ledger PRIVATE -Wall -Wextra -Werror)\n\n  Line 87:   # ---- shim: proxy binkw32.dll that the original game loads (Phase 2 frontend) ----\n\n  Line 95:   # ---- hooks: one descriptor per hooked game function (src/shim/hooks/*) ----\n\n  Line 96:   add_library(shim_hooks STATIC src/shim/hooks/global_consts.cpp src/shim/hooks/dictionaries.cpp\n\n  Line 97:                                 src/shim/hooks/research.cpp\n\n  Line 98:                                 src/shim/hooks/tech_effects.cpp\n\n  Line 99:                                 src/shim/hooks/compute_budget.cpp\n\n  Line 100:                                 src/shim/hooks/colony_turn.cpp\n\n  Line 101:                                 src/shim/hooks/system_output.cpp\n\n\n(Results truncated. Consider using a more specific path or pattern.)","metadata":{"matches":100,"truncated":true},"title":"research|shim|inject|dll|MinHook","time":{"start":1789005758405,"end":1789005758445}},"metadata":{"openai":{"itemId":"fc_0b0058634fe3b303016aa20fbe3c8887d183d4641a01a79119"}},"id":"prt_0890d7fc2001b7Fp8LG1646uEo","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d54a6001gS9fHILdpSzKfC"}}
{"type":"tool_use","timestamp":1789005758455,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_EtLaB8sC49N6EUkZ6X0SHIlX","state":{"status":"completed","input":{"filePath":"/home/alex/sots-re/verify/results/research-completion-abi/run-79357a65226f61d6a86c042d/report.md"},"output":"<path>/home/alex/sots-re/verify/results/research-completion-abi/run-79357a65226f61d6a86c042d/report.md</path>\n<type>file</type>\n<content>\n1: # Ownership-window provenance repair\n2: \n3: Static local capture only. This run implements the six-capture probe and remaining ownership-window\n4: boundary audit required by Astra decision `d-d4c494ba02ada278030ef473`. It does not execute the game,\n5: an allocator, a constructor, a copy, a destructor, or an exception path.\n6: \n7: ## Bound identities\n8: \n9: * Input: `dumps/sots.exe`, 7,898,624 bytes, SHA-256\n10:   `970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841`, MD5\n11:   `9969481c39f4b33a8a21c48b62abee4c`.\n12: * Tool: `/usr/bin/objdump`, SHA-256\n13:   `1eaaef2e7f57c4c7f69115c495e2466f5a8c8e5f3bc42221d092382f30f9d4cd`, GNU Binutils 2.38.\n14: * CWD: `/home/alex/sots-re`; exact argv, return codes, stream paths/sizes/hashes and paired source\n15:   binding are in `manifest.json`.\n16: * Source binding before and after capture: engine\n17:   `ccd8e02083e8d2e2b3e97976ace2273c8f924dfc02a39e919004eaf3544c50fd`, RE\n18:   `6696fd5201e144843617cbf6d78b41b5287ad5dcc9fa1e8aaa861d52b64e72e8`.\n19: \n20: ## Measured observations\n21: \n22: All 22 objdump commands exited zero and every stderr stream is empty. For each paired row below,\n23: `comparison.json` reports that every line before the terminal line is identical.\n24: \n25: | function/window | historical stop | widened stop | narrow terminal bytes | widened/raw bytes |\n26: |---|---:|---:|---|---|\n27: | allocator `0x0057e590` | `0x0057e5e4` | `0x0057e5e6` | `c2` | `c2 04 00` |\n28: | PlayerEvent append `0x0086c580` | `0x0086c62e` | `0x0086c630` | `c2` | `c2 04 00` |\n29: | PlayerEvent copy `0x007693f0` | `0x007694c0` | `0x007694c2` | `c2` | `c2 04 00` |\n30: | ObservedTech append `0x007b7320` | `0x007b739f` | `0x007b73a1` | `c2` | `c2 04 00` |\n31: | ObservedTech reallocator `0x007b34e0` | `0x007b35ef` | `0x007b35f1` | `c2` | `c2 04 00` |\n32: | string allocator/replace `0x004249a0` | `0x00424ada` | `0x00424adc` | `c2` | `c2 08 00` |\n33: \n34: The audit also freshly retained complete historical-stop streams for the ObservedTech constructor\n35: (`c3`), ObservedTech copy helper (`c3`), PlayerEvent destructor (`c3`), and import-thunk window\n36: (complete six-byte jump at `0x00924fb6`). Thus six of ten audited ownership windows ended on a\n37: three-byte `ret imm16`; all six historical stops admitted only its first byte. The selected 2026-09-09\n38: archive happened to print complete terminal rows, but these fresh captures do not establish how that\n39: archive was produced.\n40: \n41: ## Bounded interpretation and unresolved inputs\n42: \n43: Complete image bytes establish encoded `ret 4` for the allocator, both append operations, the\n44: PlayerEvent copy operation and the ObservedTech reallocator, and `ret 8` for string allocation/\n45: replacement. This repairs command-to-byte provenance. It does not by itself prove receiver meaning,\n46: field semantics, live allocator-family compatibility, successful long-string/full-capacity behavior,\n47: or exceptional cleanup.\n48: \n49: The callable original-helper dependencies remain the original MSVCR100 allocation/deallocation\n50: thunks `0x00924fb6`/`0x00924faa`, string assignment/allocation boundary\n51: `0x00425430`/`0x004249a0`, ObservedTech copy helper `0x0079a150`, PlayerEvent copy helper\n52: `0x007693f0`, and the virtual element destructors reached during growth. A standalone implementation\n53: must supply one coherent allocation/copy/destruction family rather than mix raw headers with these\n54: original-owned allocations.\n55: \n56: Missing runtime inputs remain: safe short/long-string fixtures, spare/full-capacity vectors,\n57: pre/post element and pointer ownership observations, allocation-failure/throw outcomes, and\n58: same-bucket equal versus description-only-different events. No RNG boundary is present in these\n59: helpers and no RNG draw occurred because nothing was executed live.\n60: \n61: Independent verification must reproduce complete windows from the pinned input/tool, challenge at\n62: least one historical stop and one complete stop, and retain the distinct empty/full, short/long,\n63: duplicate/nonduplicate and unwind limitations. This analyst does not promote either acceptance\n64: criterion.\n\n(End of file - total 64 lines)\n</content>","metadata":{"preview":"# Ownership-window provenance repair\n\nStatic local capture only. This run implements the six-capture probe and remaining ownership-window\nboundary audit required by Astra decision `d-d4c494ba02ada278030ef473`. It does not execute the game,\nan allocator, a constructor, a copy, a destructor, or an exception path.\n\n## Bound identities\n\n* Input: `dumps/sots.exe`, 7,898,624 bytes, SHA-256\n  `970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841`, MD5\n  `9969481c39f4b33a8a21c48b62abee4c`.\n* Tool: `/usr/bin/objdump`, SHA-256\n  `1eaaef2e7f57c4c7f69115c495e2466f5a8c8e5f3bc42221d092382f30f9d4cd`, GNU Binutils 2.38.\n* CWD: `/home/alex/sots-re`; exact argv, return codes, stream paths/sizes/hashes and paired source\n  binding are in `manifest.json`.\n* Source binding before and after capture: engine\n  `ccd8e02083e8d2e2b3e97976ace2273c8f924dfc02a39e919004eaf3544c50fd`, RE\n  `6696fd5201e144843617cbf6d78b41b5287ad5dcc9fa1e8aaa861d52b64e72e8`.\n\n## Measured observations","truncated":false,"loaded":[],"display":{"type":"file","path":"/home/alex/sots-re/verify/results/research-completion-abi/run-79357a65226f61d6a86c042d/report.md","text":"# Ownership-window provenance repair\n\nStatic local capture only. This run implements the six-capture probe and remaining ownership-window\nboundary audit required by Astra decision `d-d4c494ba02ada278030ef473`. It does not execute the game,\nan allocator, a constructor, a copy, a destructor, or an exception path.\n\n## Bound identities\n\n* Input: `dumps/sots.exe`, 7,898,624 bytes, SHA-256\n  `970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841`, MD5\n  `9969481c39f4b33a8a21c48b62abee4c`.\n* Tool: `/usr/bin/objdump`, SHA-256\n  `1eaaef2e7f57c4c7f69115c495e2466f5a8c8e5f3bc42221d092382f30f9d4cd`, GNU Binutils 2.38.\n* CWD: `/home/alex/sots-re`; exact argv, return codes, stream paths/sizes/hashes and paired source\n  binding are in `manifest.json`.\n* Source binding before and after capture: engine\n  `ccd8e02083e8d2e2b3e97976ace2273c8f924dfc02a39e919004eaf3544c50fd`, RE\n  `6696fd5201e144843617cbf6d78b41b5287ad5dcc9fa1e8aaa861d52b64e72e8`.\n\n## Measured observations\n\nAll 22 objdump commands exited zero and every stderr stream is empty. For each paired row below,\n`comparison.json` reports that every line before the terminal line is identical.\n\n| function/window | historical stop | widened stop | narrow terminal bytes | widened/raw bytes |\n|---|---:|---:|---|---|\n| allocator `0x0057e590` | `0x0057e5e4` | `0x0057e5e6` | `c2` | `c2 04 00` |\n| PlayerEvent append `0x0086c580` | `0x0086c62e` | `0x0086c630` | `c2` | `c2 04 00` |\n| PlayerEvent copy `0x007693f0` | `0x007694c0` | `0x007694c2` | `c2` | `c2 04 00` |\n| ObservedTech append `0x007b7320` | `0x007b739f` | `0x007b73a1` | `c2` | `c2 04 00` |\n| ObservedTech reallocator `0x007b34e0` | `0x007b35ef` | `0x007b35f1` | `c2` | `c2 04 00` |\n| string allocator/replace `0x004249a0` | `0x00424ada` | `0x00424adc` | `c2` | `c2 08 00` |\n\nThe audit also freshly retained complete historical-stop streams for the ObservedTech constructor\n(`c3`), ObservedTech copy helper (`c3`), PlayerEvent destructor (`c3`), and import-thunk window\n(complete six-byte jump at `0x00924fb6`). Thus six of ten audited ownership windows ended on a\nthree-byte `ret imm16`; all six historical stops admitted only its first byte. The selected 2026-09-09\narchive happened to print complete terminal rows, but these fresh captures do not establish how that\narchive was produced.\n\n## Bounded interpretation and unresolved inputs\n\nComplete image bytes establish encoded `ret 4` for the allocator, both append operations, the\nPlayerEvent copy operation and the ObservedTech reallocator, and `ret 8` for string allocation/\nreplacement. This repairs command-to-byte provenance. It does not by itself prove receiver meaning,\nfield semantics, live allocator-family compatibility, successful long-string/full-capacity behavior,\nor exceptional cleanup.\n\nThe callable original-helper dependencies remain the original MSVCR100 allocation/deallocation\nthunks `0x00924fb6`/`0x00924faa`, string assignment/allocation boundary\n`0x00425430`/`0x004249a0`, ObservedTech copy helper `0x0079a150`, PlayerEvent copy helper\n`0x007693f0`, and the virtual element destructors reached during growth. A standalone implementation\nmust supply one coherent allocation/copy/destruction family rather than mix raw headers with these\noriginal-owned allocations.\n\nMissing runtime inputs remain: safe short/long-string fixtures, spare/full-capacity vectors,\npre/post element and pointer ownership observations, allocation-failure/throw outcomes, and\nsame-bucket equal versus description-only-different events. No RNG boundary is present in these\nhelpers and no RNG draw occurred because nothing was executed live.\n\nIndependent verification must reproduce complete windows from the pinned input/tool, challenge at\nleast one historical stop and one complete stop, and retain the distinct empty/full, short/long,\nduplicate/nonduplicate and unwind limitations. This analyst does not promote either acceptance\ncriterion.","lineStart":1,"lineEnd":64,"totalLines":64,"truncated":false}},"title":"verify/results/research-completion-abi/run-79357a65226f61d6a86c042d/report.md","time":{"start":1789005758378,"end":1789005758454}},"metadata":{"openai":{"itemId":"fc_0b0058634fe3b303016aa20fbe3c5087d1a428d0601aad2f11"}},"id":"prt_0890d7f950018Vka1FzBB2cKi4","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d54a6001gS9fHILdpSzKfC"}}
{"type":"step_finish","timestamp":1789005758510,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890d802b001Qdl96E2jW0v7Zo","reason":"tool-calls","snapshot":"5030cfbe9a48fc8e0b70ba4599fbeaa3bdb93df0","messageID":"msg_0890d54a6001gS9fHILdpSzKfC","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":46265,"input":4011,"output":227,"reasoning":43,"cache":{"write":0,"read":41984}},"cost":0}}
{"type":"step_start","timestamp":1789005761404,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890d8b740012pMqpS78MXPzEl","messageID":"msg_0890d805f001rsiFXE928bjt57","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"391af3a650f158716543dc5be26c2b47d9404877","type":"step-start"}}
{"type":"tool_use","timestamp":1789005768833,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_4pMj77vKKxxu9UQOzelLV4rR","state":{"status":"completed","input":{"filePath":"/tmp/opencode/sots-final-research-engine/CMakeLists.txt","offset":1,"limit":180},"output":"<path>/tmp/opencode/sots-final-research-engine/CMakeLists.txt</path>\n<type>file</type>\n<content>\n1: cmake_minimum_required(VERSION 3.25)\n2: project(sots-engine LANGUAGES C CXX)\n3: \n4: set(CMAKE_CXX_STANDARD 17)\n5: set(CMAKE_CXX_STANDARD_REQUIRED ON)\n6: set(CMAKE_CXX_EXTENSIONS OFF)\n7: \n8: # Build id stamped into the shim log banner (tools/build-shim.sh passes git describe + UTC time).\n9: set(SHIM_BUILD_ID \"dev\" CACHE STRING \"Build identifier logged by the shim\")\n10: \n11: # Provenance of the binary facts: the generated header's own \"Source:\" line, forwarded verbatim\n12: # so every shim.log records which RE snapshot the RVAs came from.\n13: file(STRINGS include/generated/sots_addresses.h _addr_provenance REGEX \"^// Source:\")\n14: list(GET _addr_provenance 0 _addr_provenance)\n15: string(REGEX REPLACE \"^// \" \"\" SOTS_ADDR_PROVENANCE \"${_addr_provenance}\")\n16: \n17: add_library(sots_addresses INTERFACE)\n18: target_include_directories(sots_addresses INTERFACE ${CMAKE_SOURCE_DIR}/include)\n19: \n20: # ---- engine modules (host + cross): pure, oracle-verified code accrues here ----\n21: add_subdirectory(src/mars/parse)   # brace-block + .effect readers   (lib mars_parse)\n22: add_subdirectory(src/mars/text)    # flat-kv, id-manifest, csv       (lib mars_text)\n23: add_subdirectory(src/game/sim)     # strategic formulas, pure          (lib sots_game_sim)\n24: add_subdirectory(src/mars/vfs)     # .gob ZIP reader + native override (lib mars_vfs, miniz)\n25: add_subdirectory(src/mars/stream)  # Streamable save format + gzip     (lib mars_stream)\n26: add_subdirectory(src/mars/rng)     # MT19937                            (lib mars_rng)\n27: add_subdirectory(src/game/config)  # flat KEY/value constants loader    (lib sots_game_config)\n28: add_subdirectory(src/game/data)    # typed catalogs on mars/parse+text  (lib game_data)\n29: add_subdirectory(src/game/effects)  # tech effects (TechId table + apply)  (lib game_effects)\n30: add_subdirectory(src/game/design)  # ship-design rules + derived stats  (lib game_design)\n31: add_subdirectory(src/game/events)  # player event log + research events (lib sots_game_events)\n32: add_subdirectory(src/game/combat)  # post-battle strategic consequences   (lib sots_game_combat)\n33: add_subdirectory(src/game/nav)     # fleet path planning, pure               (lib sots_game_nav)\n34: add_subdirectory(src/game/ai)      # strategic AI task vocabulary + ranking  (lib sots_game_ai)\n35: add_subdirectory(src/app)          # the standalone turn driver             (lib sots_app, sots_turn)\n36: \n37: # ---- shim trace/compare infrastructure (host-testable; linked into binkw32) ----\n38: add_library(shim_trace STATIC\n39:   src/shim/trace/sha256.cpp\n40:   src/shim/trace/emitter.cpp\n41:   src/shim/trace/tracer.cpp\n42:   src/shim/trace/selftest.cpp)\n43: target_include_directories(shim_trace PUBLIC ${CMAKE_SOURCE_DIR}/src)\n44: target_compile_options(shim_trace PRIVATE -Wall -Wextra -Werror)\n45: if(MINGW)\n46:   target_compile_definitions(shim_trace PUBLIC __USE_MINGW_ANSI_STDIO=1)  # C99 %lld/%.17g\n47: endif()\n48: \n49: # ---- B1 budget adapter: ServerPlayer snapshot <-> game::sim economy (pure, host-tested) ----\n50: add_library(shim_budget STATIC src/shim/hooks/budget_inputs.cpp)\n51: target_link_libraries(shim_budget PUBLIC shim_trace sots_game_sim)\n52: target_compile_options(shim_budget PRIVATE -Wall -Wextra -Werror)\n53: \n54: # ---- B2 tech-effect adapter: ServerPlayer fields <-> game::effects state (pure, host-tested) ----\n55: add_library(shim_techfx STATIC src/shim/hooks/tech_effect_fields.cpp)\n56: target_link_libraries(shim_techfx PUBLIC shim_trace sots_addresses sots_game_effects)\n57: target_compile_options(shim_techfx PRIVATE -Wall -Wextra -Werror)\n58: \n59: # ---- B4 colony adapter: ServerSystem snapshot <-> game::sim colony turn (pure, host-tested) ----\n60: add_library(shim_colony STATIC src/shim/hooks/colony_inputs.cpp)\n61: target_link_libraries(shim_colony PUBLIC shim_trace sots_game_sim)\n62: target_compile_options(shim_colony PRIVATE -Wall -Wextra -Werror)\n63: \n64: # ---- B4 movement adapter: StarFleet snapshot <-> game::sim movement (pure, host-tested) ----\n65: add_library(shim_movement STATIC src/shim/hooks/movement_inputs.cpp)\n66: target_link_libraries(shim_movement PUBLIC shim_trace sots_game_sim)\n67: target_compile_options(shim_movement PRIVATE -Wall -Wextra -Werror)\n68: \n69: # ---- T turn-driver adapter: ServerPlayer snapshot <-> the driver's own writes (pure, host-tested) ----\n70: add_library(shim_player_turn STATIC src/shim/hooks/player_turn_inputs.cpp)\n71: target_link_libraries(shim_player_turn PUBLIC shim_trace)\n72: target_compile_options(shim_player_turn PRIVATE -Wall -Wextra -Werror)\n73: \n74: # ---- P events adapter: live Game::EventStorage <-> sots::events model (pure, host-tested) ----\n75: add_library(shim_events STATIC src/shim/hooks/event_inputs.cpp)\n76: target_link_libraries(shim_events PUBLIC shim_trace sots_addresses sots_game_events)\n77: target_compile_options(shim_events PRIVATE -Wall -Wextra -Werror)\n78: \n79: # ---- shim: the strategic RNG word ledger (lane Z) -- absolute generator position recovered\n80: # from (mt[624], left) alone, so a turn's RNG cost can be attributed to a phase without\n81: # hooking a single RNG primitive. Host-testable; linked into the hook descriptors below.\n82: add_library(shim_rng_ledger STATIC src/shim/hooks/rng_ledger.cpp)\n83: target_link_libraries(shim_rng_ledger PUBLIC shim_trace sots_addresses mars_rng)\n84: target_compile_options(shim_rng_ledger PRIVATE -Wall -Wextra -Werror)\n85: \n86: if(WIN32)\n87:   # ---- shim: proxy binkw32.dll that the original game loads (Phase 2 frontend) ----\n88:   add_library(minhook STATIC\n89:     third_party/minhook/src/buffer.c\n90:     third_party/minhook/src/hook.c\n91:     third_party/minhook/src/trampoline.c\n92:     third_party/minhook/src/hde/hde32.c)\n93:   target_include_directories(minhook PUBLIC third_party/minhook/include)\n94: \n95:   # ---- hooks: one descriptor per hooked game function (src/shim/hooks/*) ----\n96:   add_library(shim_hooks STATIC src/shim/hooks/global_consts.cpp src/shim/hooks/dictionaries.cpp\n97:                                 src/shim/hooks/research.cpp\n98:                                 src/shim/hooks/tech_effects.cpp\n99:                                 src/shim/hooks/compute_budget.cpp\n100:                                 src/shim/hooks/colony_turn.cpp\n101:                                 src/shim/hooks/system_output.cpp\n102:                                 src/shim/hooks/fleet_movement.cpp\n103:                                 src/shim/hooks/player_turn.cpp\n104:                                 src/shim/hooks/tail_rng.cpp\n105:                                 src/shim/hooks/draw_sites.cpp\n106:                                 src/shim/hooks/probe_entry.cpp\n107:                                 src/shim/hooks/ai_orders.cpp\n108:                                 src/shim/hooks/ai_rng.cpp\n109:                                 src/shim/hooks/ai_visit.cpp\n110:                                 src/shim/hooks/watchpoints.cpp)\n111:   # `minhook` is here for its include directory: lane H's probe_entry.cpp installs its own\n112:   # detours (MH_CreateHook/MH_EnableHook) rather than handing descriptors back to main.cpp,\n113:   # because a register-transparent asm stub has no C++ prototype for the template to take.\n114:   # Lane W2's watchpoints.cpp uses one detour as an arming point and modifies no other code.\n115:   target_link_libraries(shim_hooks PUBLIC shim_trace sots_addresses sots_game_config sots_game_sim\n116:                                           sots_game_effects mars_rng shim_budget shim_techfx\n117:                                           shim_colony shim_movement shim_events\n118:                                           shim_player_turn shim_rng_ledger minhook)\n119:   target_compile_options(shim_hooks PRIVATE -Wall -Wextra -Werror)\n120: \n121:   add_library(binkw32 SHARED src/shim/main.cpp src/shim/fpu_force.cpp src/shim/binkw32.def)\n122:   target_link_libraries(binkw32 PRIVATE minhook sots_addresses shim_trace shim_hooks)\n123:   target_compile_definitions(binkw32 PRIVATE\n124:     SHIM_BUILD_ID=\"${SHIM_BUILD_ID}\"\n125:     SOTS_ADDR_PROVENANCE=\"${SOTS_ADDR_PROVENANCE}\")\n126:   # Must be exactly binkw32.dll (no \"lib\" prefix); export names come solely from the .def.\n127:   set_target_properties(binkw32 PROPERTIES PREFIX \"\" OUTPUT_NAME \"binkw32\")\n128: else()\n129:   # ---- host: engine module tests (ctest) + a header smoke test ----\n130:   enable_testing()\n131:   add_executable(addr_smoke tests/addr_smoke.cpp)\n132:   target_link_libraries(addr_smoke PRIVATE sots_addresses)\n133:   add_test(NAME addr_smoke COMMAND addr_smoke)\n134:   foreach(_t mars_parse game_config game_data game_design game_sim mars_stream mars_text mars_vfs shim_trace game_effects game_events game_combat game_nav game_ai shim_budget shim_techfx shim_colony shim_movement shim_events shim_player_turn shim_rng_ledger app)\n135:     if(EXISTS ${CMAKE_SOURCE_DIR}/tests/${_t}/CMakeLists.txt)\n136:       add_subdirectory(tests/${_t})\n137:     endif()\n138:   endforeach()\n139: endif()\n\n(End of file - total 139 lines)\n</content>","metadata":{"preview":"cmake_minimum_required(VERSION 3.25)\nproject(sots-engine LANGUAGES C CXX)\n\nset(CMAKE_CXX_STANDARD 17)\nset(CMAKE_CXX_STANDARD_REQUIRED ON)\nset(CMAKE_CXX_EXTENSIONS OFF)\n\n# Build id stamped into the shim log banner (tools/build-shim.sh passes git describe + UTC time).\nset(SHIM_BUILD_ID \"dev\" CACHE STRING \"Build identifier logged by the shim\")\n\n# Provenance of the binary facts: the generated header's own \"Source:\" line, forwarded verbatim\n# so every shim.log records which RE snapshot the RVAs came from.\nfile(STRINGS include/generated/sots_addresses.h _addr_provenance REGEX \"^// Source:\")\nlist(GET _addr_provenance 0 _addr_provenance)\nstring(REGEX REPLACE \"^// \" \"\" SOTS_ADDR_PROVENANCE \"${_addr_provenance}\")\n\nadd_library(sots_addresses INTERFACE)\ntarget_include_directories(sots_addresses INTERFACE ${CMAKE_SOURCE_DIR}/include)\n\n# ---- engine modules (host + cross): pure, oracle-verified code accrues here ----","truncated":false,"loaded":[],"display":{"type":"file","path":"/tmp/opencode/sots-final-research-engine/CMakeLists.txt","text":"cmake_minimum_required(VERSION 3.25)\nproject(sots-engine LANGUAGES C CXX)\n\nset(CMAKE_CXX_STANDARD 17)\nset(CMAKE_CXX_STANDARD_REQUIRED ON)\nset(CMAKE_CXX_EXTENSIONS OFF)\n\n# Build id stamped into the shim log banner (tools/build-shim.sh passes git describe + UTC time).\nset(SHIM_BUILD_ID \"dev\" CACHE STRING \"Build identifier logged by the shim\")\n\n# Provenance of the binary facts: the generated header's own \"Source:\" line, forwarded verbatim\n# so every shim.log records which RE snapshot the RVAs came from.\nfile(STRINGS include/generated/sots_addresses.h _addr_provenance REGEX \"^// Source:\")\nlist(GET _addr_provenance 0 _addr_provenance)\nstring(REGEX REPLACE \"^// \" \"\" SOTS_ADDR_PROVENANCE \"${_addr_provenance}\")\n\nadd_library(sots_addresses INTERFACE)\ntarget_include_directories(sots_addresses INTERFACE ${CMAKE_SOURCE_DIR}/include)\n\n# ---- engine modules (host + cross): pure, oracle-verified code accrues here ----\nadd_subdirectory(src/mars/parse)   # brace-block + .effect readers   (lib mars_parse)\nadd_subdirectory(src/mars/text)    # flat-kv, id-manifest, csv       (lib mars_text)\nadd_subdirectory(src/game/sim)     # strategic formulas, pure          (lib sots_game_sim)\nadd_subdirectory(src/mars/vfs)     # .gob ZIP reader + native override (lib mars_vfs, miniz)\nadd_subdirectory(src/mars/stream)  # Streamable save format + gzip     (lib mars_stream)\nadd_subdirectory(src/mars/rng)     # MT19937                            (lib mars_rng)\nadd_subdirectory(src/game/config)  # flat KEY/value constants loader    (lib sots_game_config)\nadd_subdirectory(src/game/data)    # typed catalogs on mars/parse+text  (lib game_data)\nadd_subdirectory(src/game/effects)  # tech effects (TechId table + apply)  (lib game_effects)\nadd_subdirectory(src/game/design)  # ship-design rules + derived stats  (lib game_design)\nadd_subdirectory(src/game/events)  # player event log + research events (lib sots_game_events)\nadd_subdirectory(src/game/combat)  # post-battle strategic consequences   (lib sots_game_combat)\nadd_subdirectory(src/game/nav)     # fleet path planning, pure               (lib sots_game_nav)\nadd_subdirectory(src/game/ai)      # strategic AI task vocabulary + ranking  (lib sots_game_ai)\nadd_subdirectory(src/app)          # the standalone turn driver             (lib sots_app, sots_turn)\n\n# ---- shim trace/compare infrastructure (host-testable; linked into binkw32) ----\nadd_library(shim_trace STATIC\n  src/shim/trace/sha256.cpp\n  src/shim/trace/emitter.cpp\n  src/shim/trace/tracer.cpp\n  src/shim/trace/selftest.cpp)\ntarget_include_directories(shim_trace PUBLIC ${CMAKE_SOURCE_DIR}/src)\ntarget_compile_options(shim_trace PRIVATE -Wall -Wextra -Werror)\nif(MINGW)\n  target_compile_definitions(shim_trace PUBLIC __USE_MINGW_ANSI_STDIO=1)  # C99 %lld/%.17g\nendif()\n\n# ---- B1 budget adapter: ServerPlayer snapshot <-> game::sim economy (pure, host-tested) ----\nadd_library(shim_budget STATIC src/shim/hooks/budget_inputs.cpp)\ntarget_link_libraries(shim_budget PUBLIC shim_trace sots_game_sim)\ntarget_compile_options(shim_budget PRIVATE -Wall -Wextra -Werror)\n\n# ---- B2 tech-effect adapter: ServerPlayer fields <-> game::effects state (pure, host-tested) ----\nadd_library(shim_techfx STATIC src/shim/hooks/tech_effect_fields.cpp)\ntarget_link_libraries(shim_techfx PUBLIC shim_trace sots_addresses sots_game_effects)\ntarget_compile_options(shim_techfx PRIVATE -Wall -Wextra -Werror)\n\n# ---- B4 colony adapter: ServerSystem snapshot <-> game::sim colony turn (pure, host-tested) ----\nadd_library(shim_colony STATIC src/shim/hooks/colony_inputs.cpp)\ntarget_link_libraries(shim_colony PUBLIC shim_trace sots_game_sim)\ntarget_compile_options(shim_colony PRIVATE -Wall -Wextra -Werror)\n\n# ---- B4 movement adapter: StarFleet snapshot <-> game::sim movement (pure, host-tested) ----\nadd_library(shim_movement STATIC src/shim/hooks/movement_inputs.cpp)\ntarget_link_libraries(shim_movement PUBLIC shim_trace sots_game_sim)\ntarget_compile_options(shim_movement PRIVATE -Wall -Wextra -Werror)\n\n# ---- T turn-driver adapter: ServerPlayer snapshot <-> the driver's own writes (pure, host-tested) ----\nadd_library(shim_player_turn STATIC src/shim/hooks/player_turn_inputs.cpp)\ntarget_link_libraries(shim_player_turn PUBLIC shim_trace)\ntarget_compile_options(shim_player_turn PRIVATE -Wall -Wextra -Werror)\n\n# ---- P events adapter: live Game::EventStorage <-> sots::events model (pure, host-tested) ----\nadd_library(shim_events STATIC src/shim/hooks/event_inputs.cpp)\ntarget_link_libraries(shim_events PUBLIC shim_trace sots_addresses sots_game_events)\ntarget_compile_options(shim_events PRIVATE -Wall -Wextra -Werror)\n\n# ---- shim: the strategic RNG word ledger (lane Z) -- absolute generator position recovered\n# from (mt[624], left) alone, so a turn's RNG cost can be attributed to a phase without\n# hooking a single RNG primitive. Host-testable; linked into the hook descriptors below.\nadd_library(shim_rng_ledger STATIC src/shim/hooks/rng_ledger.cpp)\ntarget_link_libraries(shim_rng_ledger PUBLIC shim_trace sots_addresses mars_rng)\ntarget_compile_options(shim_rng_ledger PRIVATE -Wall -Wextra -Werror)\n\nif(WIN32)\n  # ---- shim: proxy binkw32.dll that the original game loads (Phase 2 frontend) ----\n  add_library(minhook STATIC\n    third_party/minhook/src/buffer.c\n    third_party/minhook/src/hook.c\n    third_party/minhook/src/trampoline.c\n    third_party/minhook/src/hde/hde32.c)\n  target_include_directories(minhook PUBLIC third_party/minhook/include)\n\n  # ---- hooks: one descriptor per hooked game function (src/shim/hooks/*) ----\n  add_library(shim_hooks STATIC src/shim/hooks/global_consts.cpp src/shim/hooks/dictionaries.cpp\n                                src/shim/hooks/research.cpp\n                                src/shim/hooks/tech_effects.cpp\n                                src/shim/hooks/compute_budget.cpp\n                                src/shim/hooks/colony_turn.cpp\n                                src/shim/hooks/system_output.cpp\n                                src/shim/hooks/fleet_movement.cpp\n                                src/shim/hooks/player_turn.cpp\n                                src/shim/hooks/tail_rng.cpp\n                                src/shim/hooks/draw_sites.cpp\n                                src/shim/hooks/probe_entry.cpp\n                                src/shim/hooks/ai_orders.cpp\n                                src/shim/hooks/ai_rng.cpp\n                                src/shim/hooks/ai_visit.cpp\n                                src/shim/hooks/watchpoints.cpp)\n  # `minhook` is here for its include directory: lane H's probe_entry.cpp installs its own\n  # detours (MH_CreateHook/MH_EnableHook) rather than handing descriptors back to main.cpp,\n  # because a register-transparent asm stub has no C++ prototype for the template to take.\n  # Lane W2's watchpoints.cpp uses one detour as an arming point and modifies no other code.\n  target_link_libraries(shim_hooks PUBLIC shim_trace sots_addresses sots_game_config sots_game_sim\n                                          sots_game_effects mars_rng shim_budget shim_techfx\n                                          shim_colony shim_movement shim_events\n                                          shim_player_turn shim_rng_ledger minhook)\n  target_compile_options(shim_hooks PRIVATE -Wall -Wextra -Werror)\n\n  add_library(binkw32 SHARED src/shim/main.cpp src/shim/fpu_force.cpp src/shim/binkw32.def)\n  target_link_libraries(binkw32 PRIVATE minhook sots_addresses shim_trace shim_hooks)\n  target_compile_definitions(binkw32 PRIVATE\n    SHIM_BUILD_ID=\"${SHIM_BUILD_ID}\"\n    SOTS_ADDR_PROVENANCE=\"${SOTS_ADDR_PROVENANCE}\")\n  # Must be exactly binkw32.dll (no \"lib\" prefix); export names come solely from the .def.\n  set_target_properties(binkw32 PROPERTIES PREFIX \"\" OUTPUT_NAME \"binkw32\")\nelse()\n  # ---- host: engine module tests (ctest) + a header smoke test ----\n  enable_testing()\n  add_executable(addr_smoke tests/addr_smoke.cpp)\n  target_link_libraries(addr_smoke PRIVATE sots_addresses)\n  add_test(NAME addr_smoke COMMAND addr_smoke)\n  foreach(_t mars_parse game_config game_data game_design game_sim mars_stream mars_text mars_vfs shim_trace game_effects game_events game_combat game_nav game_ai shim_budget shim_techfx shim_colony shim_movement shim_events shim_player_turn shim_rng_ledger app)\n    if(EXISTS ${CMAKE_SOURCE_DIR}/tests/${_t}/CMakeLists.txt)\n      add_subdirectory(tests/${_t})\n    endif()\n  endforeach()\nendif()","lineStart":1,"lineEnd":139,"totalLines":139,"truncated":false}},"title":"../../../tmp/opencode/sots-final-research-engine/CMakeLists.txt","time":{"start":1789005768788,"end":1789005768828}},"metadata":{"openai":{"itemId":"fc_089f739467593214016aa20fc89df487d19d1e81d593f1c4a4"}},"id":"prt_0890da850001G0HUxld3mrZyzi","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d805f001rsiFXE928bjt57"}}
{"type":"tool_use","timestamp":1789005768834,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_IytRRR4TY4XIC2Q6qrNKXBsn","state":{"status":"completed","input":{"filePath":"/tmp/opencode/sots-final-research-engine/src/shim/hooks/event_inputs.h"},"output":"<path>/tmp/opencode/sots-final-research-engine/src/shim/hooks/event_inputs.h</path>\n<type>file</type>\n<content>\n1: // Adapter between a live `Game::EventStorage` and the pure `sots::events` model.\n2: //\n3: // The B3 hook needs three things the event module cannot get for itself, because they live in\n4: // the game's own memory:\n5: //\n6: //   1. what the owner's event list looked like **before** the original ran (its `EvNxID`, its\n7: //      turn buckets, and whether the current turn's bucket already holds a research event that\n8: //      our post could be deduplicated against);\n9: //   2. a model `EventStorage` seeded from that, so `ours` posts into the same shape;\n10: //   3. a way to write the *counts* back into a scratch copy of the storage header, which is what\n11: //      the `events` region compares.\n12: //\n13: // It is a separate library from the hook so it can be built and tested on the host: every read\n14: // goes through a caller-supplied bounds probe, so the tests drive it on a plain byte buffer laid\n15: // out with the real offsets and the shim drives it on live game memory with `VirtualQuery`.\n16: //\n17: // Nothing here composes or reads event *text* for the model. `ScanEventStorage` does read each\n18: // record's `EvImg` -- the event-type identifier, an ASCII interface name, not localized prose --\n19: // because that is the only field that can make a duplicate possible.\n20: //\n21: // Layout facts all come from the generated header (lane E read them off the instruction stream):\n22: //   EventStorage  +0x04 vector<TurnEvents> {first,last,end}   +0x14 EvNxID    sizeof 0x1c\n23: //   TurnEvents    +0x04 EvTurn   +0x08 vector<PlayerEvent>    sizeof 0x18\n24: //   PlayerEvent   +0x50 EvImg (std::string)                   sizeof 0x74\n25: #pragma once\n26: \n27: #include <cstddef>\n28: #include <cstdint>\n29: #include <string>\n30: #include <vector>\n31: \n32: #include \"game/events/event_log.h\"\n33: \n34: namespace shim::hooks {\n35: \n36: // \"Are `n` bytes at `p` safe to read?\" The shim answers with VirtualQuery; the host tests answer\n37: // against their buffer. A null pointer must answer false.\n38: using ReadProbe = bool (*)(const void* p, std::size_t n);\n39: \n40: // The game is a 32-bit process, so every pointer *inside* its objects is four bytes. The shim is\n41: // built 32-bit and could just dereference them; the host tests are 64-bit and cannot. So every\n42: // game pointer read out of an object is carried as an explicit `uint32` address and turned into\n43: // something readable through this hook -- a cast in the shim, an arena lookup in the tests.\n44: // Keeping the width explicit is not only what makes the adapter host-testable: it is also what\n45: // stops a 64-bit host build from silently reading the vector's `last` word on top of its `first`.\n46: using ToHost = const void* (*)(std::uint32_t gameAddr);\n47: \n48: // The identity mapping the shim uses: in a 32-bit build a game address IS a host address. In a\n49: // 64-bit build it returns null, so a caller that forgot to supply a real mapping fails the read\n50: // probe instead of dereferencing a fabricated pointer.\n51: const void* IdentityToHost(std::uint32_t gameAddr);\n52: \n53: // Width of a pointer inside a game object, always 4 regardless of the host.\n54: inline constexpr std::size_t kGamePtrSize = 4;\n55: \n56: // MSVC 2010 `std::string`: a 16-byte union that is either the inline buffer or a heap pointer,\n57: // then `_Mysize` at +0x10 and `_Myres` at +0x14. `_Myres >= 16` selects the heap pointer. The\n58: // same layout lane E used to reach a TechDef's name through `_Myres` at def+0x54.\n59: inline constexpr std::size_t kStdStringSize = 0x1c;\n60: inline constexpr std::size_t kStdStringOffSize = 0x10;\n61: inline constexpr std::size_t kStdStringOffRes = 0x14;\n62: inline constexpr std::size_t kStdStringInlineCap = 16;\n63: \n64: // Copies the string's bytes out of game memory, handling both the inline and the heap form.\n65: // False (and `out` untouched) when any part of it fails the probe or the length is implausible --\n66: // a bad read is reported, never guessed at.\n67: bool ReadStdStringMapped(const void* p, ReadProbe readable, ToHost toHost, std::string& out);\n68: \n69: // A read-only view of a live EventStorage, taken BEFORE the original runs.\n70: //\n71: // Why \"before\" matters: in compare mode `ours` runs *after* the original, so a scan taken then\n72: // would show the original's own freshly posted events and our model would deduplicate against\n73: // them -- silently posting nothing and \"matching\" for the wrong reason.\n74: struct EventStorageScan {\n75:     bool ok = false;               // false: the header did not look like an EventStorage\n76:     int nextId = 0;                // EvNxID as it stood before the call\n77:     std::vector<int> bucketTurns;  // EvTurn of every TurnEvents, in order\n78:     std::size_t turnsBytes = 0;    // the outer vector's byte span (last - first)\n79: \n80:     // How many events the bucket for the scanned turn already holds, and how many of those carry\n81:     // one of the research `EvImg` identifiers. The second number is the **dedup risk**: our model\n82:     // rebuilds the buckets but not their contents, so it can only fail to deduplicate against a\n83:     // pre-existing record, and only a record with the same `EvImg` can ever be a duplicate. When\n84:     // it is 0, a count-only model is exact; when it is not, the count is a lower bound and the\n85:     // run should say so rather than quietly assume.\n86:     std::size_t eventsInTurnBucket = 0;\n87:     std::size_t researchEventsInTurnBucket = 0;\n88:     bool turnBucketExists = false;\n89:     bool scanTruncated = false;    // a vector looked longer than the sanity caps: treat as unknown\n90: };\n91: \n92: // Loop guards, so a garbage vector header cannot walk the whole address space.\n93: inline constexpr std::size_t kMaxTurnBuckets = 4096;\n94: inline constexpr std::size_t kMaxEventsPerBucket = 4096;\n95: \n96: EventStorageScan ScanEventStorage(const void* storage, int turn, ReadProbe readable,\n97:                                  ToHost toHost);\n98: \n99: // A model storage with the same turn buckets and the same `EvNxID` as the scan, and empty\n100: // buckets. Empty because the records' text is the game's, not ours: see the dedup-risk note\n101: // above for exactly what that costs.\n102: sots::events::EventStorage SeedFromScan(const EventStorageScan& scan);\n103: \n104: // Write what `ours` posted back into a **scratch copy** of the EventStorage header, in the\n105: // storage's own layout, so the `events` region's describer reads it the same way for both sides:\n106: //\n107: //   * `EvNxID` <- log.nextId()\n108: //   * the turns vector's `last` pointer <- `first + turns * sizeof(TurnEvents)`, so the region's\n109: //     `turns_bytes` reflects a bucket our post created. The pointer *values* are the original's\n110: //     (the region diff ignores pointers); only their difference carries meaning.\n111: //\n112: // MUST NOT be called on live game memory: the header would then claim an id and a bucket that\n113: // no serialized record backs. Compare mode only.\n114: void WriteBackCounts(void* scratchStorage, const sots::events::EventStorage& log,\n115:                      ReadProbe readable);\n116: \n117: // Stand-in `first` address used only when the scanned storage held an empty {null,null,null}\n118: // vector and our post created its first bucket -- see WriteBackCounts.\n119: inline constexpr std::uint32_t kSyntheticTurnsBase = 0x10000;\n120: \n121: }  // namespace shim::hooks\n\n(End of file - total 121 lines)\n</content>","metadata":{"preview":"// Adapter between a live `Game::EventStorage` and the pure `sots::events` model.\n//\n// The B3 hook needs three things the event module cannot get for itself, because they live in\n// the game's own memory:\n//\n//   1. what the owner's event list looked like **before** the original ran (its `EvNxID`, its\n//      turn buckets, and whether the current turn's bucket already holds a research event that\n//      our post could be deduplicated against);\n//   2. a model `EventStorage` seeded from that, so `ours` posts into the same shape;\n//   3. a way to write the *counts* back into a scratch copy of the storage header, which is what\n//      the `events` region compares.\n//\n// It is a separate library from the hook so it can be built and tested on the host: every read\n// goes through a caller-supplied bounds probe, so the tests drive it on a plain byte buffer laid\n// out with the real offsets and the shim drives it on live game memory with `VirtualQuery`.\n//\n// Nothing here composes or reads event *text* for the model. `ScanEventStorage` does read each\n// record's `EvImg` -- the event-type identifier, an ASCII interface name, not localized prose --\n// because that is the only field that can make a duplicate possible.\n//","truncated":false,"loaded":[],"display":{"type":"file","path":"/tmp/opencode/sots-final-research-engine/src/shim/hooks/event_inputs.h","text":"// Adapter between a live `Game::EventStorage` and the pure `sots::events` model.\n//\n// The B3 hook needs three things the event module cannot get for itself, because they live in\n// the game's own memory:\n//\n//   1. what the owner's event list looked like **before** the original ran (its `EvNxID`, its\n//      turn buckets, and whether the current turn's bucket already holds a research event that\n//      our post could be deduplicated against);\n//   2. a model `EventStorage` seeded from that, so `ours` posts into the same shape;\n//   3. a way to write the *counts* back into a scratch copy of the storage header, which is what\n//      the `events` region compares.\n//\n// It is a separate library from the hook so it can be built and tested on the host: every read\n// goes through a caller-supplied bounds probe, so the tests drive it on a plain byte buffer laid\n// out with the real offsets and the shim drives it on live game memory with `VirtualQuery`.\n//\n// Nothing here composes or reads event *text* for the model. `ScanEventStorage` does read each\n// record's `EvImg` -- the event-type identifier, an ASCII interface name, not localized prose --\n// because that is the only field that can make a duplicate possible.\n//\n// Layout facts all come from the generated header (lane E read them off the instruction stream):\n//   EventStorage  +0x04 vector<TurnEvents> {first,last,end}   +0x14 EvNxID    sizeof 0x1c\n//   TurnEvents    +0x04 EvTurn   +0x08 vector<PlayerEvent>    sizeof 0x18\n//   PlayerEvent   +0x50 EvImg (std::string)                   sizeof 0x74\n#pragma once\n\n#include <cstddef>\n#include <cstdint>\n#include <string>\n#include <vector>\n\n#include \"game/events/event_log.h\"\n\nnamespace shim::hooks {\n\n// \"Are `n` bytes at `p` safe to read?\" The shim answers with VirtualQuery; the host tests answer\n// against their buffer. A null pointer must answer false.\nusing ReadProbe = bool (*)(const void* p, std::size_t n);\n\n// The game is a 32-bit process, so every pointer *inside* its objects is four bytes. The shim is\n// built 32-bit and could just dereference them; the host tests are 64-bit and cannot. So every\n// game pointer read out of an object is carried as an explicit `uint32` address and turned into\n// something readable through this hook -- a cast in the shim, an arena lookup in the tests.\n// Keeping the width explicit is not only what makes the adapter host-testable: it is also what\n// stops a 64-bit host build from silently reading the vector's `last` word on top of its `first`.\nusing ToHost = const void* (*)(std::uint32_t gameAddr);\n\n// The identity mapping the shim uses: in a 32-bit build a game address IS a host address. In a\n// 64-bit build it returns null, so a caller that forgot to supply a real mapping fails the read\n// probe instead of dereferencing a fabricated pointer.\nconst void* IdentityToHost(std::uint32_t gameAddr);\n\n// Width of a pointer inside a game object, always 4 regardless of the host.\ninline constexpr std::size_t kGamePtrSize = 4;\n\n// MSVC 2010 `std::string`: a 16-byte union that is either the inline buffer or a heap pointer,\n// then `_Mysize` at +0x10 and `_Myres` at +0x14. `_Myres >= 16` selects the heap pointer. The\n// same layout lane E used to reach a TechDef's name through `_Myres` at def+0x54.\ninline constexpr std::size_t kStdStringSize = 0x1c;\ninline constexpr std::size_t kStdStringOffSize = 0x10;\ninline constexpr std::size_t kStdStringOffRes = 0x14;\ninline constexpr std::size_t kStdStringInlineCap = 16;\n\n// Copies the string's bytes out of game memory, handling both the inline and the heap form.\n// False (and `out` untouched) when any part of it fails the probe or the length is implausible --\n// a bad read is reported, never guessed at.\nbool ReadStdStringMapped(const void* p, ReadProbe readable, ToHost toHost, std::string& out);\n\n// A read-only view of a live EventStorage, taken BEFORE the original runs.\n//\n// Why \"before\" matters: in compare mode `ours` runs *after* the original, so a scan taken then\n// would show the original's own freshly posted events and our model would deduplicate against\n// them -- silently posting nothing and \"matching\" for the wrong reason.\nstruct EventStorageScan {\n    bool ok = false;               // false: the header did not look like an EventStorage\n    int nextId = 0;                // EvNxID as it stood before the call\n    std::vector<int> bucketTurns;  // EvTurn of every TurnEvents, in order\n    std::size_t turnsBytes = 0;    // the outer vector's byte span (last - first)\n\n    // How many events the bucket for the scanned turn already holds, and how many of those carry\n    // one of the research `EvImg` identifiers. The second number is the **dedup risk**: our model\n    // rebuilds the buckets but not their contents, so it can only fail to deduplicate against a\n    // pre-existing record, and only a record with the same `EvImg` can ever be a duplicate. When\n    // it is 0, a count-only model is exact; when it is not, the count is a lower bound and the\n    // run should say so rather than quietly assume.\n    std::size_t eventsInTurnBucket = 0;\n    std::size_t researchEventsInTurnBucket = 0;\n    bool turnBucketExists = false;\n    bool scanTruncated = false;    // a vector looked longer than the sanity caps: treat as unknown\n};\n\n// Loop guards, so a garbage vector header cannot walk the whole address space.\ninline constexpr std::size_t kMaxTurnBuckets = 4096;\ninline constexpr std::size_t kMaxEventsPerBucket = 4096;\n\nEventStorageScan ScanEventStorage(const void* storage, int turn, ReadProbe readable,\n                                 ToHost toHost);\n\n// A model storage with the same turn buckets and the same `EvNxID` as the scan, and empty\n// buckets. Empty because the records' text is the game's, not ours: see the dedup-risk note\n// above for exactly what that costs.\nsots::events::EventStorage SeedFromScan(const EventStorageScan& scan);\n\n// Write what `ours` posted back into a **scratch copy** of the EventStorage header, in the\n// storage's own layout, so the `events` region's describer reads it the same way for both sides:\n//\n//   * `EvNxID` <- log.nextId()\n//   * the turns vector's `last` pointer <- `first + turns * sizeof(TurnEvents)`, so the region's\n//     `turns_bytes` reflects a bucket our post created. The pointer *values* are the original's\n//     (the region diff ignores pointers); only their difference carries meaning.\n//\n// MUST NOT be called on live game memory: the header would then claim an id and a bucket that\n// no serialized record backs. Compare mode only.\nvoid WriteBackCounts(void* scratchStorage, const sots::events::EventStorage& log,\n                     ReadProbe readable);\n\n// Stand-in `first` address used only when the scanned storage held an empty {null,null,null}\n// vector and our post created its first bucket -- see WriteBackCounts.\ninline constexpr std::uint32_t kSyntheticTurnsBase = 0x10000;\n\n}  // namespace shim::hooks","lineStart":1,"lineEnd":121,"totalLines":121,"truncated":false}},"title":"../../../tmp/opencode/sots-final-research-engine/src/shim/hooks/event_inputs.h","time":{"start":1789005768793,"end":1789005768831}},"metadata":{"openai":{"itemId":"fc_089f739467593214016aa20fc89e0887d1a9d504fa261d9c6b"}},"id":"prt_0890da8560014BHgXm99mDhYau","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d805f001rsiFXE928bjt57"}}
{"type":"tool_use","timestamp":1789005768848,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"glob","callID":"call_lQShZqrQcFoWvXXJsTGOxUet","state":{"status":"completed","input":{"pattern":"include/generated/**/*address*","path":"/tmp/opencode/sots-final-research-engine"},"output":"/tmp/opencode/sots-final-research-engine/include/generated/sots_addresses.h","metadata":{"count":1,"truncated":false},"title":"../../../tmp/opencode/sots-final-research-engine","time":{"start":1789005768811,"end":1789005768836}},"metadata":{"openai":{"itemId":"fc_089f739467593214016aa20fc89e1c87d191d159a53783f862"}},"id":"prt_0890da868001pEANgK2xC3KX9j","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d805f001rsiFXE928bjt57"}}
{"type":"tool_use","timestamp":1789005768848,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"glob","callID":"call_h2KwfCsaeTMC5dx4bBuJ96y4","state":{"status":"completed","input":{"pattern":"tools/*shim*","path":"/tmp/opencode/sots-final-research-engine"},"output":"/tmp/opencode/sots-final-research-engine/tools/build-shim.sh\n/tmp/opencode/sots-final-research-engine/tools/check_shim_configs.py","metadata":{"count":2,"truncated":false},"title":"../../../tmp/opencode/sots-final-research-engine","time":{"start":1789005768815,"end":1789005768838}},"metadata":{"openai":{"itemId":"fc_089f739467593214016aa20fc89e2887d1a1674b84ba034c82"}},"id":"prt_0890da86c00139t2BegCz9sZ6e","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d805f001rsiFXE928bjt57"}}
{"type":"tool_use","timestamp":1789005768852,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_A3l0qiuDgsAbofJX0i642ans","state":{"status":"completed","input":{"filePath":"/tmp/opencode/sots-final-research-engine/src/shim/hooks/event_inputs.cpp"},"output":"<path>/tmp/opencode/sots-final-research-engine/src/shim/hooks/event_inputs.cpp</path>\n<type>file</type>\n<content>\n1: #include \"shim/hooks/event_inputs.h\"\n2: \n3: #include <cstdint>\n4: #include <cstring>\n5: \n6: #include \"game/events/research_events.h\"\n7: #include \"generated/sots_addresses.h\"\n8: \n9: namespace shim::hooks {\n10: \n11: namespace A = sots::addr;\n12: \n13: namespace {\n14: \n15: std::int32_t word_at(const void* obj, std::size_t off) {\n16:     std::int32_t v = 0;\n17:     std::memcpy(&v, static_cast<const char*>(obj) + off, sizeof v);\n18:     return v;\n19: }\n20: void set_word(void* obj, std::size_t off, std::int32_t v) {\n21:     std::memcpy(static_cast<char*>(obj) + off, &v, sizeof v);\n22: }\n23: // A pointer stored *inside a game object*: four bytes, whatever the host's word size is.\n24: std::uint32_t addr_at(const void* obj, std::size_t off) {\n25:     std::uint32_t v = 0;\n26:     std::memcpy(&v, static_cast<const char*>(obj) + off, sizeof v);\n27:     return v;\n28: }\n29: void set_addr(void* obj, std::size_t off, std::uint32_t v) {\n30:     std::memcpy(static_cast<char*>(obj) + off, &v, sizeof v);\n31: }\n32: \n33: // A record's EvImg is one of the six the research path uses.\n34: bool is_research_image(const std::string& img) {\n35:     using namespace sots::events;\n36:     return img == kImgResearchOverbudget || img == kImgResearchComplete ||\n37:            img == kImgResearchUnderbudget || img == kImgTemperance || img == kImgTechsUnlocked ||\n38:            img == kImgNoResearch;\n39: }\n40: \n41: // A 3-word MSVC vector header {first, last, end} living in game memory. Returns false when it\n42: // does not look like one; an all-null header is a valid empty vector.\n43: struct GameVector {\n44:     std::uint32_t first = 0;\n45:     std::size_t count = 0;\n46:     std::size_t bytes = 0;\n47:     const void* host = nullptr;  // `first` mapped into something readable, null when empty\n48: };\n49: \n50: bool read_vector(const void* vec, std::size_t stride, std::size_t cap, ReadProbe readable,\n51:                  ToHost toHost, GameVector& out, bool& truncated) {\n52:     out = GameVector{};\n53:     const std::uint32_t first = addr_at(vec, 0);\n54:     const std::uint32_t last = addr_at(vec, kGamePtrSize);\n55:     if (!first && !last) return true;  // empty\n56:     if (!first || last < first) return false;\n57:     const std::size_t span = last - first;\n58:     if (span % stride != 0) return false;\n59:     if (span / stride > cap) {\n60:         truncated = true;\n61:         return false;\n62:     }\n63:     out.first = first;\n64:     out.bytes = span;\n65:     out.count = span / stride;\n66:     if (out.count == 0) return true;\n67:     out.host = toHost(first);\n68:     if (!readable(out.host, span)) return false;\n69:     return true;\n70: }\n71: \n72: }  // namespace\n73: \n74: const void* IdentityToHost(std::uint32_t gameAddr) {\n75:     if constexpr (sizeof(void*) == kGamePtrSize) {\n76:         return reinterpret_cast<const void*>(static_cast<std::uintptr_t>(gameAddr));\n77:     } else {\n78:         // A 64-bit build is not in the game's address space, so there is nothing to point at.\n79:         // Returning null makes the read probe reject it rather than fabricating an address that\n80:         // happens to be mappable.\n81:         (void)gameAddr;\n82:         return nullptr;\n83:     }\n84: }\n85: \n86: bool ReadStdStringMapped(const void* p, ReadProbe readable, ToHost toHost, std::string& out) {\n87:     if (!readable(p, kStdStringSize)) return false;\n88:     const std::uint32_t size = static_cast<std::uint32_t>(word_at(p, kStdStringOffSize));\n89:     const std::uint32_t res = static_cast<std::uint32_t>(word_at(p, kStdStringOffRes));\n90:     // The event-type identifiers are short interface names; anything long is a bad read, not a\n91:     // long string worth chasing. `res < size` is impossible in a well-formed string.\n92:     if (size > 0x1000 || res < size) return false;\n93:     if (res < kStdStringInlineCap) {\n94:         if (size >= kStdStringInlineCap) return false;\n95:         out.assign(static_cast<const char*>(p), size);\n96:         return true;\n97:     }\n98:     const std::uint32_t buf = addr_at(p, 0);\n99:     if (!buf) return false;\n100:     const void* host = toHost(buf);\n101:     if (size && !readable(host, size)) return false;\n102:     out.assign(static_cast<const char*>(host), size);\n103:     return true;\n104: }\n105: \n106: EventStorageScan ScanEventStorage(const void* storage, int turn, ReadProbe readable,\n107:                                   ToHost toHost) {\n108:     EventStorageScan s;\n109:     if (!readable(storage, A::EventStorage_sizeof)) return s;\n110: \n111:     GameVector buckets;\n112:     if (!read_vector(static_cast<const char*>(storage) + A::EventStorage_off_Events,\n113:                      A::TurnEvents_sizeof, kMaxTurnBuckets, readable, toHost, buckets,\n114:                      s.scanTruncated))\n115:         return s;\n116: \n117:     s.nextId = word_at(storage, A::EventStorage_off_EvNxID);\n118:     s.turnsBytes = buckets.bytes;\n119:     s.bucketTurns.reserve(buckets.count);\n120:     for (std::size_t i = 0; i < buckets.count; ++i) {\n121:         const char* b = static_cast<const char*>(buckets.host) + i * A::TurnEvents_sizeof;\n122:         const int bt = word_at(b, A::TurnEvents_off_EvTurn);\n123:         s.bucketTurns.push_back(bt);\n124:         if (bt != turn) continue;\n125: \n126:         // GetOrCreateTurnBucket returns the LAST matching bucket, so a later duplicate bucket\n127:         // replaces what an earlier one contributed rather than adding to it.\n128:         s.turnBucketExists = true;\n129:         s.eventsInTurnBucket = 0;\n130:         s.researchEventsInTurnBucket = 0;\n131: \n132:         GameVector evs;\n133:         if (!read_vector(b + A::TurnEvents_off_Events, A::PlayerEvent_sizeof, kMaxEventsPerBucket,\n134:                          readable, toHost, evs, s.scanTruncated)) {\n135:             s.scanTruncated = true;\n136:             continue;\n137:         }\n138:         s.eventsInTurnBucket = evs.count;\n139:         for (std::size_t k = 0; k < evs.count; ++k) {\n140:             const char* rec = static_cast<const char*>(evs.host) + k * A::PlayerEvent_sizeof;\n141:             std::string img;\n142:             if (!ReadStdStringMapped(rec + A::PlayerEvent_off_EvImg, readable, toHost, img)) {\n143:                 s.scanTruncated = true;\n144:                 break;\n145:             }\n146:             if (is_research_image(img)) ++s.researchEventsInTurnBucket;\n147:         }\n148:     }\n149:     s.ok = true;\n150:     return s;\n151: }\n152: \n153: sots::events::EventStorage SeedFromScan(const EventStorageScan& scan) {\n154:     sots::events::EventStorage log;\n155:     log.set_nextId(scan.nextId);\n156:     for (int t : scan.bucketTurns) {\n157:         sots::events::TurnEvents b;\n158:         b.turn = t;\n159:         log.turns().push_back(std::move(b));\n160:     }\n161:     return log;\n162: }\n163: \n164: void WriteBackCounts(void* scratchStorage, const sots::events::EventStorage& log,\n165:                      ReadProbe readable) {\n166:     if (!readable(scratchStorage, A::EventStorage_sizeof)) return;\n167:     set_word(scratchStorage, A::EventStorage_off_EvNxID, log.nextId());\n168:     std::uint32_t first = addr_at(scratchStorage, A::EventStorage_off_Events);\n169:     if (!first) {\n170:         // A player who has never seen an event carries {null, null, null}, and two of the four\n171:         // players in the reference save do. If our post creates that player's first bucket the\n172:         // original allocates and its span becomes non-zero, so writing nothing here would show up\n173:         // as a divergence in `turns_bytes` for the wrong reason. The region diff ignores pointer\n174:         // *values* (HookPolicy::ptr_exact is false) and compares only the span, so a synthetic\n175:         // base carries the meaning without pretending to name a heap block. Nothing dereferences\n176:         // it: the scratch copy is a byte buffer the describer only reads through.\n177:         if (log.turns().empty()) return;\n178:         first = kSyntheticTurnsBase;\n179:         set_addr(scratchStorage, A::EventStorage_off_Events, first);\n180:     }\n181:     set_addr(scratchStorage, A::EventStorage_off_Events + kGamePtrSize,\n182:              first + static_cast<std::uint32_t>(log.turns().size() * A::TurnEvents_sizeof));\n183: }\n184: \n185: }  // namespace shim::hooks\n\n(End of file - total 185 lines)\n</content>","metadata":{"preview":"#include \"shim/hooks/event_inputs.h\"\n\n#include <cstdint>\n#include <cstring>\n\n#include \"game/events/research_events.h\"\n#include \"generated/sots_addresses.h\"\n\nnamespace shim::hooks {\n\nnamespace A = sots::addr;\n\nnamespace {\n\nstd::int32_t word_at(const void* obj, std::size_t off) {\n    std::int32_t v = 0;\n    std::memcpy(&v, static_cast<const char*>(obj) + off, sizeof v);\n    return v;\n}\nvoid set_word(void* obj, std::size_t off, std::int32_t v) {","truncated":false,"loaded":[],"display":{"type":"file","path":"/tmp/opencode/sots-final-research-engine/src/shim/hooks/event_inputs.cpp","text":"#include \"shim/hooks/event_inputs.h\"\n\n#include <cstdint>\n#include <cstring>\n\n#include \"game/events/research_events.h\"\n#include \"generated/sots_addresses.h\"\n\nnamespace shim::hooks {\n\nnamespace A = sots::addr;\n\nnamespace {\n\nstd::int32_t word_at(const void* obj, std::size_t off) {\n    std::int32_t v = 0;\n    std::memcpy(&v, static_cast<const char*>(obj) + off, sizeof v);\n    return v;\n}\nvoid set_word(void* obj, std::size_t off, std::int32_t v) {\n    std::memcpy(static_cast<char*>(obj) + off, &v, sizeof v);\n}\n// A pointer stored *inside a game object*: four bytes, whatever the host's word size is.\nstd::uint32_t addr_at(const void* obj, std::size_t off) {\n    std::uint32_t v = 0;\n    std::memcpy(&v, static_cast<const char*>(obj) + off, sizeof v);\n    return v;\n}\nvoid set_addr(void* obj, std::size_t off, std::uint32_t v) {\n    std::memcpy(static_cast<char*>(obj) + off, &v, sizeof v);\n}\n\n// A record's EvImg is one of the six the research path uses.\nbool is_research_image(const std::string& img) {\n    using namespace sots::events;\n    return img == kImgResearchOverbudget || img == kImgResearchComplete ||\n           img == kImgResearchUnderbudget || img == kImgTemperance || img == kImgTechsUnlocked ||\n           img == kImgNoResearch;\n}\n\n// A 3-word MSVC vector header {first, last, end} living in game memory. Returns false when it\n// does not look like one; an all-null header is a valid empty vector.\nstruct GameVector {\n    std::uint32_t first = 0;\n    std::size_t count = 0;\n    std::size_t bytes = 0;\n    const void* host = nullptr;  // `first` mapped into something readable, null when empty\n};\n\nbool read_vector(const void* vec, std::size_t stride, std::size_t cap, ReadProbe readable,\n                 ToHost toHost, GameVector& out, bool& truncated) {\n    out = GameVector{};\n    const std::uint32_t first = addr_at(vec, 0);\n    const std::uint32_t last = addr_at(vec, kGamePtrSize);\n    if (!first && !last) return true;  // empty\n    if (!first || last < first) return false;\n    const std::size_t span = last - first;\n    if (span % stride != 0) return false;\n    if (span / stride > cap) {\n        truncated = true;\n        return false;\n    }\n    out.first = first;\n    out.bytes = span;\n    out.count = span / stride;\n    if (out.count == 0) return true;\n    out.host = toHost(first);\n    if (!readable(out.host, span)) return false;\n    return true;\n}\n\n}  // namespace\n\nconst void* IdentityToHost(std::uint32_t gameAddr) {\n    if constexpr (sizeof(void*) == kGamePtrSize) {\n        return reinterpret_cast<const void*>(static_cast<std::uintptr_t>(gameAddr));\n    } else {\n        // A 64-bit build is not in the game's address space, so there is nothing to point at.\n        // Returning null makes the read probe reject it rather than fabricating an address that\n        // happens to be mappable.\n        (void)gameAddr;\n        return nullptr;\n    }\n}\n\nbool ReadStdStringMapped(const void* p, ReadProbe readable, ToHost toHost, std::string& out) {\n    if (!readable(p, kStdStringSize)) return false;\n    const std::uint32_t size = static_cast<std::uint32_t>(word_at(p, kStdStringOffSize));\n    const std::uint32_t res = static_cast<std::uint32_t>(word_at(p, kStdStringOffRes));\n    // The event-type identifiers are short interface names; anything long is a bad read, not a\n    // long string worth chasing. `res < size` is impossible in a well-formed string.\n    if (size > 0x1000 || res < size) return false;\n    if (res < kStdStringInlineCap) {\n        if (size >= kStdStringInlineCap) return false;\n        out.assign(static_cast<const char*>(p), size);\n        return true;\n    }\n    const std::uint32_t buf = addr_at(p, 0);\n    if (!buf) return false;\n    const void* host = toHost(buf);\n    if (size && !readable(host, size)) return false;\n    out.assign(static_cast<const char*>(host), size);\n    return true;\n}\n\nEventStorageScan ScanEventStorage(const void* storage, int turn, ReadProbe readable,\n                                  ToHost toHost) {\n    EventStorageScan s;\n    if (!readable(storage, A::EventStorage_sizeof)) return s;\n\n    GameVector buckets;\n    if (!read_vector(static_cast<const char*>(storage) + A::EventStorage_off_Events,\n                     A::TurnEvents_sizeof, kMaxTurnBuckets, readable, toHost, buckets,\n                     s.scanTruncated))\n        return s;\n\n    s.nextId = word_at(storage, A::EventStorage_off_EvNxID);\n    s.turnsBytes = buckets.bytes;\n    s.bucketTurns.reserve(buckets.count);\n    for (std::size_t i = 0; i < buckets.count; ++i) {\n        const char* b = static_cast<const char*>(buckets.host) + i * A::TurnEvents_sizeof;\n        const int bt = word_at(b, A::TurnEvents_off_EvTurn);\n        s.bucketTurns.push_back(bt);\n        if (bt != turn) continue;\n\n        // GetOrCreateTurnBucket returns the LAST matching bucket, so a later duplicate bucket\n        // replaces what an earlier one contributed rather than adding to it.\n        s.turnBucketExists = true;\n        s.eventsInTurnBucket = 0;\n        s.researchEventsInTurnBucket = 0;\n\n        GameVector evs;\n        if (!read_vector(b + A::TurnEvents_off_Events, A::PlayerEvent_sizeof, kMaxEventsPerBucket,\n                         readable, toHost, evs, s.scanTruncated)) {\n            s.scanTruncated = true;\n            continue;\n        }\n        s.eventsInTurnBucket = evs.count;\n        for (std::size_t k = 0; k < evs.count; ++k) {\n            const char* rec = static_cast<const char*>(evs.host) + k * A::PlayerEvent_sizeof;\n            std::string img;\n            if (!ReadStdStringMapped(rec + A::PlayerEvent_off_EvImg, readable, toHost, img)) {\n                s.scanTruncated = true;\n                break;\n            }\n            if (is_research_image(img)) ++s.researchEventsInTurnBucket;\n        }\n    }\n    s.ok = true;\n    return s;\n}\n\nsots::events::EventStorage SeedFromScan(const EventStorageScan& scan) {\n    sots::events::EventStorage log;\n    log.set_nextId(scan.nextId);\n    for (int t : scan.bucketTurns) {\n        sots::events::TurnEvents b;\n        b.turn = t;\n        log.turns().push_back(std::move(b));\n    }\n    return log;\n}\n\nvoid WriteBackCounts(void* scratchStorage, const sots::events::EventStorage& log,\n                     ReadProbe readable) {\n    if (!readable(scratchStorage, A::EventStorage_sizeof)) return;\n    set_word(scratchStorage, A::EventStorage_off_EvNxID, log.nextId());\n    std::uint32_t first = addr_at(scratchStorage, A::EventStorage_off_Events);\n    if (!first) {\n        // A player who has never seen an event carries {null, null, null}, and two of the four\n        // players in the reference save do. If our post creates that player's first bucket the\n        // original allocates and its span becomes non-zero, so writing nothing here would show up\n        // as a divergence in `turns_bytes` for the wrong reason. The region diff ignores pointer\n        // *values* (HookPolicy::ptr_exact is false) and compares only the span, so a synthetic\n        // base carries the meaning without pretending to name a heap block. Nothing dereferences\n        // it: the scratch copy is a byte buffer the describer only reads through.\n        if (log.turns().empty()) return;\n        first = kSyntheticTurnsBase;\n        set_addr(scratchStorage, A::EventStorage_off_Events, first);\n    }\n    set_addr(scratchStorage, A::EventStorage_off_Events + kGamePtrSize,\n             first + static_cast<std::uint32_t>(log.turns().size() * A::TurnEvents_sizeof));\n}\n\n}  // namespace shim::hooks","lineStart":1,"lineEnd":185,"totalLines":185,"truncated":false}},"title":"../../../tmp/opencode/sots-final-research-engine/src/shim/hooks/event_inputs.cpp","time":{"start":1789005768807,"end":1789005768850}},"metadata":{"openai":{"itemId":"fc_089f739467593214016aa20fc89e1487d1bec32ad26e82464e"}},"id":"prt_0890da85b001HjORlNNeexKgBu","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d805f001rsiFXE928bjt57"}}
{"type":"tool_use","timestamp":1789005768855,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"read","callID":"call_OFfauG9Fq0XO9qqNXvZyThZk","state":{"status":"completed","input":{"filePath":"/tmp/opencode/sots-final-research-engine/tools/build-shim.sh"},"output":"<path>/tmp/opencode/sots-final-research-engine/tools/build-shim.sh</path>\n<type>file</type>\n<content>\n1: #!/usr/bin/env bash\n2: # Build the shim (binkw32.dll) with the MinGW i686 cross toolchain and stage a deployable set.\n3: # Runs on the build box (CT111). Env:\n4: #   BUILD_ID   stamp for the log banner (default: git describe or \"nogit\", plus UTC time)\n5: #   DIST       staging dir (default /srv/re-lab/shim/dist, == Z:\\shim\\dist on the game VM)\n6: #   REAL_DLL   original binkw32.dll to compare export tables against (skipped if absent)\n7: set -euo pipefail\n8: cd \"$(dirname \"$0\")/..\"\n9: \n10: BUILD_ID=${BUILD_ID:-$(git describe --always --dirty 2>/dev/null || echo nogit)-$(date -u +%Y%m%dT%H%MZ)}\n11: DIST=${DIST:-/srv/re-lab/shim/dist}\n12: REAL_DLL=${REAL_DLL:-/srv/re-lab/sots-game/binkw32.dll}\n13: OBJDUMP=${OBJDUMP:-i686-w64-mingw32-objdump}\n14: \n15: cmake --preset shim -DSHIM_BUILD_ID=\"$BUILD_ID\"\n16: cmake --build --preset shim\n17: \n18: dll=build-shim/binkw32.dll\n19: \"$OBJDUMP\" -p \"$dll\" > build-shim/exports.txt\n20: \n21: # Export-table check: names must be byte-identical to the real DLL's (the exe imports by name).\n22: names() {  # the \"[Ordinal/Name Pointer] Table\" section only (the address table also lists +base[ rows)\n23:   \"$OBJDUMP\" -p \"$1\" | sed -n '/Ordinal\\/Name Pointer\\] Table/,/^$/p' | awk '/\\+base\\[/ { print $6 }' | sort\n24: }\n25: if [ -f \"$REAL_DLL\" ]; then\n26:   if diff <(names \"$REAL_DLL\") <(names \"$dll\") > build-shim/exports.diff; then\n27:     echo \"exports: $(names \"$dll\" | wc -l) names, identical to $(basename \"$REAL_DLL\")\"\n28:   else\n29:     echo \"exports: MISMATCH vs $REAL_DLL:\"; cat build-shim/exports.diff; exit 1\n30:   fi\n31: else\n32:   echo \"exports: $(names \"$dll\" | wc -l) names (no REAL_DLL to compare against)\"\n33: fi\n34: \n35: mkdir -p \"$DIST\"\n36: cp \"$dll\" src/shim/shim.cfg tools/deploy.ps1 tools/undeploy.ps1 \"$DIST/\"\n37: # Per-milestone config variants (shim.cfg.<tag>) ship alongside the default one; a run copies\n38: # the variant it wants over C:\\SOTS\\shim.cfg.\n39: for cfg in src/shim/shim.cfg.*; do [ -e \"$cfg\" ] && cp \"$cfg\" \"$DIST/\"; done\n40: echo \"$BUILD_ID\" > \"$DIST/BUILD_ID\"\n41: echo \"staged $BUILD_ID in $DIST\"\n\n(End of file - total 41 lines)\n</content>","metadata":{"preview":"#!/usr/bin/env bash\n# Build the shim (binkw32.dll) with the MinGW i686 cross toolchain and stage a deployable set.\n# Runs on the build box (CT111). Env:\n#   BUILD_ID   stamp for the log banner (default: git describe or \"nogit\", plus UTC time)\n#   DIST       staging dir (default /srv/re-lab/shim/dist, == Z:\\shim\\dist on the game VM)\n#   REAL_DLL   original binkw32.dll to compare export tables against (skipped if absent)\nset -euo pipefail\ncd \"$(dirname \"$0\")/..\"\n\nBUILD_ID=${BUILD_ID:-$(git describe --always --dirty 2>/dev/null || echo nogit)-$(date -u +%Y%m%dT%H%MZ)}\nDIST=${DIST:-/srv/re-lab/shim/dist}\nREAL_DLL=${REAL_DLL:-/srv/re-lab/sots-game/binkw32.dll}\nOBJDUMP=${OBJDUMP:-i686-w64-mingw32-objdump}\n\ncmake --preset shim -DSHIM_BUILD_ID=\"$BUILD_ID\"\ncmake --build --preset shim\n\ndll=build-shim/binkw32.dll\n\"$OBJDUMP\" -p \"$dll\" > build-shim/exports.txt\n","truncated":false,"loaded":[],"display":{"type":"file","path":"/tmp/opencode/sots-final-research-engine/tools/build-shim.sh","text":"#!/usr/bin/env bash\n# Build the shim (binkw32.dll) with the MinGW i686 cross toolchain and stage a deployable set.\n# Runs on the build box (CT111). Env:\n#   BUILD_ID   stamp for the log banner (default: git describe or \"nogit\", plus UTC time)\n#   DIST       staging dir (default /srv/re-lab/shim/dist, == Z:\\shim\\dist on the game VM)\n#   REAL_DLL   original binkw32.dll to compare export tables against (skipped if absent)\nset -euo pipefail\ncd \"$(dirname \"$0\")/..\"\n\nBUILD_ID=${BUILD_ID:-$(git describe --always --dirty 2>/dev/null || echo nogit)-$(date -u +%Y%m%dT%H%MZ)}\nDIST=${DIST:-/srv/re-lab/shim/dist}\nREAL_DLL=${REAL_DLL:-/srv/re-lab/sots-game/binkw32.dll}\nOBJDUMP=${OBJDUMP:-i686-w64-mingw32-objdump}\n\ncmake --preset shim -DSHIM_BUILD_ID=\"$BUILD_ID\"\ncmake --build --preset shim\n\ndll=build-shim/binkw32.dll\n\"$OBJDUMP\" -p \"$dll\" > build-shim/exports.txt\n\n# Export-table check: names must be byte-identical to the real DLL's (the exe imports by name).\nnames() {  # the \"[Ordinal/Name Pointer] Table\" section only (the address table also lists +base[ rows)\n  \"$OBJDUMP\" -p \"$1\" | sed -n '/Ordinal\\/Name Pointer\\] Table/,/^$/p' | awk '/\\+base\\[/ { print $6 }' | sort\n}\nif [ -f \"$REAL_DLL\" ]; then\n  if diff <(names \"$REAL_DLL\") <(names \"$dll\") > build-shim/exports.diff; then\n    echo \"exports: $(names \"$dll\" | wc -l) names, identical to $(basename \"$REAL_DLL\")\"\n  else\n    echo \"exports: MISMATCH vs $REAL_DLL:\"; cat build-shim/exports.diff; exit 1\n  fi\nelse\n  echo \"exports: $(names \"$dll\" | wc -l) names (no REAL_DLL to compare against)\"\nfi\n\nmkdir -p \"$DIST\"\ncp \"$dll\" src/shim/shim.cfg tools/deploy.ps1 tools/undeploy.ps1 \"$DIST/\"\n# Per-milestone config variants (shim.cfg.<tag>) ship alongside the default one; a run copies\n# the variant it wants over C:\\SOTS\\shim.cfg.\nfor cfg in src/shim/shim.cfg.*; do [ -e \"$cfg\" ] && cp \"$cfg\" \"$DIST/\"; done\necho \"$BUILD_ID\" > \"$DIST/BUILD_ID\"\necho \"staged $BUILD_ID in $DIST\"","lineStart":1,"lineEnd":41,"totalLines":41,"truncated":false}},"title":"../../../tmp/opencode/sots-final-research-engine/tools/build-shim.sh","time":{"start":1789005768821,"end":1789005768853}},"metadata":{"openai":{"itemId":"fc_089f739467593214016aa20fc89e3087d1baff4dc9b351c6d2"}},"id":"prt_0890da870001jveee84YQu1MJk","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890d805f001rsiFXE928bjt57"}}
{"type":"step_finish","timestamp":1789005769051,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890da958001uh8GnumWcXqY5j","reason":"tool-calls","snapshot":"ae8a18662efa33553ec337b741b9376d356fdbaa","messageID":"msg_0890d805f001rsiFXE928bjt57","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":70046,"input":23994,"output":204,"reasoning":24,"cache":{"write":0,"read":45824}},"cost":0}}
{"type":"step_start","timestamp":1789005771456,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890db2bc001e4a9uf7vwiM1CK","messageID":"msg_0890da981001x03e6qqdwPNZG2","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"bbf1868694436a5290ba0f45969d8172bb19ca5a","type":"step-start"}}
{"type":"tool_use","timestamp":1789005776730,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"grep","callID":"call_wGqRPJKhVbfI10V0YMBZU8db","state":{"status":"completed","input":{"pattern":"ObservedTech|PlayerEvent|TurnEvents|MSVCR|RecordObservedTech|PostEvent","path":"/tmp/opencode/sots-final-research-engine/include/generated/sots_addresses.h"},"output":"Found 100 matches (more matches available)\n/tmp/opencode/sots-final-research-engine/include/generated/sots_stream_schema.h:\n  Line 817:     {\"Events\", Prim::Frame, Shape::CArr, \"Game::EventStorage::TurnEvents\", true, false, false},\n\n  Line 829: inline constexpr Field k_Game__EventStorage__TurnEvents[] = {  // Game::EventStorage::TurnEvents\n\n  Line 1004: inline constexpr Field k_Game__ObservedTech[] = {  // Game::ObservedTech\n\n  Line 1847:     {\"otch\", Prim::Frame, Shape::CArr, \"Game::ObservedTech\", true, false, false},\n\n  Line 2973:     {\"Game::EventStorage::TurnEvents\", k_Game__EventStorage__TurnEvents, 2, 0, \"verified\", 1, 1},\n\n  Line 3005:     {\"Game::ObservedTech\", k_Game__ObservedTech, 5, 0, \"verified\", 2, 2},\n\n\n/tmp/opencode/sots-final-research-engine/include/generated/sots_addresses.h:\n  Line 372: // offset   std::vector<ObservedTech> otch -- 3 words {_Myfirst@0x274,_Mylast@0x278,_Myend@0x27c}; save tag otch. sizeof(ObservedTech) = 0x2c (44), PINNED three ways: magic divide 0x2e8ba2e9 sar 3 (=/44) in vector_ObservedTech_assign 0x0087239f, imul reg,reg,0x2c at 0x0087243a / 0x007b735b, and the linear search stride `add edi,0x2c` at 0x007ba257. Append site = RecordObservedTech+0xdf (0x007ba27f): lea ecx,[player+0x274]; call vector_ObservedTech_push_back 0x007b7320. All three words move because push_back reallocs through vector_44B_grow 0x007b5820. LIVE CONFIRMATION (lane V, 2026-09-08, VM140, build eventlive-dd38117-20260908T0916Z): the ProcessResearch `observed_techs` Result region measured the vector's byte span growing by exactly 44 on each of the two tech-completion calls of the five-End-Turn run from ref-turn2 (call 3: 440 -> 484; call 9: 484 -> 528) -- an independent behavioural confirmation of the static pin. Both non-completing players' spans were 880 = 20 x 44 and never moved.  [verified]\n\n  Line 373: constexpr uint32_t ServerPlayer_off_ObservedTechs = 0x00000274;\n\n  Line 683: constexpr uint32_t EventStorage_PostEvent = 0x004862b0;\n\n  Line 684: // thiscall TurnEvents* (EventStorage* this, int turn)  RET 4. Linear scan with NO early exit, so it returns the LAST bucket whose EvTurn == turn; otherwise appends a new bucket (ctor 0x00884cb0, vtable 0x00a0f07c) and sets its EvTurn  [verified]\n\n  Line 686: // thiscall PlayerEvent* (EventStorage* this, TurnEvents* bucket, PlayerEvent* candidate)  RET 8. NULL bucket -> 0. Match requires EvAct, EvLoc, all three EvPos floats (fucompp), EvMsg and EvImg to be equal. EvDsc is NOT compared  [verified]\n\n  Line 692: // thiscall void (TurnEvents* this, IStreamable* s)  RET 4. Order: EvTurn (int, tag 0x00a2bd98), then nested collection \"Events\" (descriptor vtable 0x00a2da7c) over this+8  [verified]\n\n  Line 693: constexpr uint32_t TurnEvents_Write = 0x00425bb0;\n\n  Line 694: // thiscall void (TurnEvents* this, IStreamable* s)  RET 4. Same field order as TurnEvents_Write  [verified]\n\n  Line 695: constexpr uint32_t TurnEvents_Read = 0x00425c40;\n\n  Line 696: // thiscall PlayerEvent* (PlayerEvent* this)  RET 0. vptr=0x00a21958; EvEID=EvLoc=EvAct=EvCID=0; the three std::strings = \"\" (0x009e100c); EvPos = the Vector3 global at 0x00af0dc8 = {FLT_MAX, FLT_MAX, FLT_MAX} (0x7f7fffff x3, NOT infinity)  [verified]\n\n  Line 697: constexpr uint32_t PlayerEvent_ctor = 0x0044ee30;\n\n  Line 698: // thiscall void (PlayerEvent* this, IStreamable* s)  RET 4. vftable slot 1. Field order on the wire: EvEID(+4) EvDsc(+8) EvMsg(+0x24) EvImg(+0x50) EvLoc(+0x40) EvPos(+0x44) EvAct(+0x6c) EvCID(+0x70)  [verified]\n\n  Line 699: constexpr uint32_t PlayerEvent_Serialize = 0x00425970;\n\n  Line 700: // thiscall call site: EventStorage::PostEvent for EVENT_RESEARCH_OVERBUDGET. Guard at 0x005879e9: !wasDone && nowDone && owner, inside the completion-roll-FAILED branch (chance < draw). Sets TechNode.flag(+0x2c)=2 at 0x00587ba3. EvAct=1, obj=NULL, pos=NULL  [verified]\n\n  Line 701: constexpr uint32_t ProcessResearch_PostEventOverbudget = 0x00187b97;\n\n  Line 702: // thiscall call site: EventStorage::PostEvent for EVENT_TECHS_UNLOCKED, once after the per-node loop, if any node has state==2 and turnAvailable==currentTurn. EvAct=1, obj=NULL, pos=NULL  [verified]\n\n  Line 703: constexpr uint32_t ProcessResearch_PostEventTechsUnlocked = 0x00187ff4;\n\n  Line 704: // thiscall call site: EventStorage::PostEvent for EVENT_RESEARCH_COMPLETE / _UNDERBUDGET. Guarded by !silent ([ebp+0xc]==0). Message is _snprintf'd (0x008c8eb0) into a 0x100-byte buffer, so >255 chars truncate. EvAct=1  [verified]\n\n  Line 705: constexpr uint32_t OnTechResearched_PostEventComplete = 0x004919b5;\n\n  Line 706: // thiscall call site: EventStorage::PostEvent for EVENT_TEMPERANCE. Guarded by !silent AND by the 'a system was cured' local at [ebp-0x189]. Pushed act=0 with obj=pos=NULL, so the STORED EvAct is 2  [verified]\n\n  Line 707: constexpr uint32_t OnTechResearched_PostEventTemperance = 0x00492427;\n\n  Line 708: // thiscall call site: EventStorage::PostEvent for EVENT_NO_RESEARCH. Condition at 0x0089162a: ResT(+0x294)==NULL && ListAvailableTechs(0x00584e50, turn, INT_MAX, 1) returned empty && TechTree 0x0057da90 != 0. EvAct=1  [verified]\n\n  Line 709: constexpr uint32_t ServerPlayer_ProcessTurn_PostEventNoResearch = 0x0049168c;\n\n  Line 714: // offset   std::vector<TurnEvents> _Myfirst (element stride 0x18; _Mylast +0x08, _Myend +0x0c, _Alval +0x10)  [verified]\n\n  Line 716: // offset   int EvNxID -- next event id. Starts at 0; PostEvent promotes 0->1 on the first post, then post-increments. ServerPlayer+0x2b0  [verified]\n\n  Line 721: constexpr uint32_t TurnEvents_off_EvTurn = 0x00000004;\n\n  Line 722: // offset   std::vector<PlayerEvent> _Myfirst (stride 0x74; _Mylast +0x0c, _Myend +0x10, _Alval +0x14)  [verified]\n\n  Line 723: constexpr uint32_t TurnEvents_off_Events = 0x00000008;\n\n  Line 724: // offset   sizeof(TurnEvents); the outer vector's stride, from the /24 divide at 0x008853b3  [verified]\n\n  Line 725: constexpr uint32_t TurnEvents_sizeof = 0x00000018;\n\n  Line 727: constexpr uint32_t PlayerEvent_off_EvEID = 0x00000004;\n\n  Line 729: constexpr uint32_t PlayerEvent_off_EvDsc = 0x00000008;\n\n  Line 731: constexpr uint32_t PlayerEvent_off_EvMsg = 0x00000024;\n\n  Line 733: constexpr uint32_t PlayerEvent_off_EvLoc = 0x00000040;\n\n  Line 735: constexpr uint32_t PlayerEvent_off_EvPos = 0x00000044;\n\n  Line 737: constexpr uint32_t PlayerEvent_off_EvImg = 0x00000050;\n\n  Line 739: constexpr uint32_t PlayerEvent_off_EvAct = 0x0000006c;\n\n  Line 740: // offset   int EvCID -- ctor sets 0 and PostEvent never writes it  [verified]\n\n  Line 741: constexpr uint32_t PlayerEvent_off_EvCID = 0x00000070;\n\n  Line 742: // offset   sizeof(PlayerEvent) = 116. Two independent confirmations: the /116 divide at 0x00825d5f and PostEvent's 'mov [_Mylast-0x70], id' writing EvEID at element+4  [verified]\n\n  Line 743: constexpr uint32_t PlayerEvent_sizeof = 0x00000074;\n\n  Line 746: // data     void** -- PlayerEvent vftable. slot0 dtor 0x007694d0, slot1 Serialize 0x00825970, slot2 0x00825ab0. RTTI locator 0x00a80a7c  [verified]\n\n  Line 747: constexpr uint32_t g_vft_PlayerEvent = 0x00621958;\n\n  Line 748: // data     void** -- TurnEvents vftable (bucket ctor 0x00884cb0); slot0 is the virtual dtor the pruner calls  [verified]\n\n  Line 749: constexpr uint32_t g_vft_TurnEvents = 0x0060f07c;\n\n  Line 752: // data     float[3] = {0x7f7fffff, 0x7f7fffff, 0x7f7fffff} = FLT_MAX. PlayerEvent's default EvPos. NOT infinity  [verified]\n\n  Line 802: // constant sizeof(Game::ObservedTech) = 0x2c (44 bytes). Confirmed independently by (a) the compiler's magic division by 44 (mov eax,0x2e8ba2e9; imul; sar edx,3) at 0x0087239f and 0x007b7339, (b) imul reg,reg,0x2c at 0x0087243a, 0x00872468, 0x007b735b, and (c) the iterator advance `add edi,0x2c` in RecordObservedTech's linear search at 0x007ba257. FULL MEMBER MAP, from ObservedTech_Write 0x00817cf0 / ObservedTech_Read 0x00817c40 (lane S 2026-09-08): +0x00 vptr 0x00a2439c; +0x04 uint16 otnF; +0x06 uint16 otnL; +0x08 bool odet (1 byte, +3 pad); +0x0c std::string otch (0x1c, so _Mysize at +0x1c, _Myres at +0x20, _Alval at +0x24); +0x28 int owith. 4 + 2 + 2 + 4 + 0x1c + 4 = 0x2c exactly, no padding slack and no unaccounted field. LIVE CONFIRMATION (lane V, 2026-09-08, VM140, build eventlive-dd38117-20260908T0916Z): the ProcessResearch `observed_techs` Result region measured the vector's byte span growing by exactly 44 on each of the two tech-completion calls of the five-End-Turn run from ref-turn2 (call 3: 440 -> 484; call 9: 484 -> 528) -- an independent behavioural confirmation of the static pin. Both non-completing players' spans were 880 = 20 x 44 and never moved.  [verified]\n\n  Line 803: constexpr uint32_t ObservedTech_sizeof = 0x0000002c;\n\n  Line 804: // data     Game::ObservedTech vftable. RTTI COL 0x00a81c78 -> type descriptor 0x00aeede4 = '.?AVObservedTech@Game@@'. Written to element+0x00 by ObservedTech_ctor 0x008562a0 -- so ObservedTech is polymorphic and its first word is the vptr, not a data field.  [verified]\n\n  Line 805: constexpr uint32_t ObservedTech_vftable = 0x0062439c;\n\n  Line 806: // offset   std::string (save tag `otch`, the tech name) at ObservedTech+0x0c, 0x1c bytes, spanning +0x0c..+0x27. MSVC layout relative to the string object: _Bx[16] @+0x00, _Mysize @+0x10, _Myres @+0x14, _Alval @+0x18 -- i.e. ObservedTech+0x1c is the length, +0x20 the capacity, +0x24 the empty-allocator word (never read or written by anything). Evidence: ObservedTech_ctor 0x008562a0 writes [elem+0x0c]=0, [elem+0x1c]=0, [elem+0x20]=0xf; RecordObservedTech's search reads [elem+0x1c] as the length and calls compare with this=elem+0x0c; the post-append assign uses lea ecx,[_Mylast-0x20]. CORRECTION (lane S 2026-09-08): an earlier revision called this string 0x18 bytes and listed +0x24 as an unaccounted data field. It is not one -- three independent whole-object enumerations skip +0x24 entirely: ObservedTech_ctor 0x008562a0, ObservedTech_copy_ctor 0x0079a184, and ObservedTech_Write 0x00817cf0 (which serialises +0x04,+0x06,+0x08,+0x0c,+0x28 and nothing else). sizeof(std::string)=0x1c holds binary-wide; see std_string_sizeof.  [verified]\n\n  Line 807: constexpr uint32_t ObservedTech_off_Name = 0x0000000c;\n\n  Line 808: // thiscall void (this, ServerPlayer* observer, ?, std::string* techName) -- appends to observer->otch. Linear-searches observer->otch (ServerPlayer+0x274) with stride 0x2c comparing each element's name string; if not found, default-constructs an ObservedTech on the stack (0x008562a0) and push_backs it (0x007b7320 @0x007ba288), then writes otnF (+0x04) and otnL (+0x06), both 16-bit, from the same source word param_1+0xc -- i.e. first-observed turn == last-observed turn on the first sighting, which is what the tag names now confirm. DIRECT CALLEE of ServerPlayer::OnTechResearched 0x00891790; also called from 0x007be228, 0x007be4e1, 0x007be535. This is the append lane P could not find. DE-DUPLICATING: appends only when no existing element carries that tech name, so a reimplementation must not naively push_back on re-observation.  [verified]\n\n  Line 809: constexpr uint32_t RecordObservedTech = 0x003ba1a0;\n\n  Line 810: // thiscall void (std::vector<ObservedTech>* this, ObservedTech* value)  RET 4. Stride 0x2c. Calls vector_44B_grow 0x007b5820 when _Mylast==_Myend -- the realloc that moves all three vector words. Exactly one caller (RecordObservedTech), so this instantiation is not COMDAT-ambiguous.  [verified]\n\n  Line 811: constexpr uint32_t vector_ObservedTech_push_back = 0x003b7320;\n\n  Line 812: // thiscall std::vector<ObservedTech>& operator=(const std::vector<ObservedTech>&)  RET 4. Both callers pass ServerPlayer+0x274 (0x00878091 in the settings copy-out, 0x00892507 in the copy-in).  [verified]\n\n  Line 813: constexpr uint32_t vector_ObservedTech_assign = 0x00472380;\n\n  Line 814: // thiscall Game::ObservedTech* (ObservedTech* this) -- default ctor. Writes exactly: vptr 0x00a2439c at +0x00; dword 0 at +0x04 (otnF+otnL zeroed together); BYTE 0 at +0x08 (`mov [esi+0x8],bl`, 0x008562f4 -- odet is a bool, not an int); the empty string at +0x0c (_Buf[0]=0, _Mysize=0, _Myres=0xf, then assign(\"\") 0x00425550); dword 0 at +0x28 (owith). It never touches +0x24 -- that word is the string's _Alval.  [verified]\n\n  Line 815: constexpr uint32_t ObservedTech_ctor = 0x004562a0;\n\n  Line 816: // thiscall void Game::ObservedTech::Write(Mars::Stream* s)  RET 4. Vftable 0x00a2439c slot [2]. Serialises the whole object, in order and with nothing else: `otnF` = movzx word [this+0x04] via stream vft+0x24 (int); `otnL` = movzx word [this+0x06] via vft+0x24; `odet` = WriteBool 0x008b9c20 (&this[+0x08]); `otch` = WriteString 0x008b9d70 (&this[+0x0c]); `owith` = [this+0x28] via vft+0x24. THIS IS THE MEMBER MAP: there is no field at +0x24. Tag pointers 0x00a2b38c/0x00a2b384/0x00a2b36c/0x00a2b3e8/0x00a2b364.  [verified]\n\n  Line 817: constexpr uint32_t ObservedTech_Write = 0x00417cf0;\n\n  Line 818: // thiscall void Game::ObservedTech::Read(Mars::Stream* s)  RET 4. Vftable 0x00a2439c slot [1]. Mirror of ObservedTech_Write: `otnF`/`otnL` through stream vft+0x10 (int-by-ref) stored back as 16-bit (`mov word [ebx],ax`) at +0x04/+0x06, `odet` = ReadBool 0x008b9c00 (&this[+0x08]), `otch` = ReadString 0x008b9d90 (&this[+0x0c]), `owith` at +0x28 (reached as `add edi,0x28`).  [verified]\n\n  Line 819: constexpr uint32_t ObservedTech_Read = 0x00417c40;\n\n  Line 820: // thiscall ObservedTech* (ObservedTech* this, int flags)  RET 4. Vftable 0x00a2439c slot [0], scalar deleting dtor. Inlines ~basic_string on the name at +0x0c (`cmp [esi+0x20],0x10` -> operator delete [esi+0x0c], then _Tidy: [esi+0x20]=0xf, [esi+0x1c]=0, byte [esi+0x0c]=0), restores the base vptr 0x009e22bc, and frees `this` when flags&1. The string is the ONLY member needing destruction -- confirming there is no second string or owned pointer in the element.  [verified]\n\n  Line 821: constexpr uint32_t ObservedTech_dtor = 0x00393610;\n\n  Line 822: // site     site inside the vector<ObservedTech> uninitialised-copy helper FUN_0079a150(&_Alval, dest, src). The inlined copy constructor writes vptr 0x00a2439c, `mov word [dst+0x04],[src+0x04]`, `mov word [dst+0x06],[src+0x06]`, `mov byte [dst+0x08],[src+0x08]`, the string at +0x0c (via basic_string::assign 0x00425430), and `mov [dst+0x28],[src+0x28]`. Nothing is copied at +0x24 -- second independent proof that +0x24 belongs to the 0x1c string, not to a data member.  [verified]\n\n  Line 823: constexpr uint32_t ObservedTech_copy_ctor = 0x0039a184;\n\n  Line 824: // offset   uint16 otnF -- turn the tech was first observed. Widened to int on disk by stream vft+0x24. Written together with otnL from one source word at RecordObservedTech 0x007ba2b0.  [verified]\n\n  Line 825: constexpr uint32_t ObservedTech_off_TurnFirst = 0x00000004;\n\n  Line 826: // offset   uint16 otnL -- turn the tech was last observed. Widened to int on disk. Written at RecordObservedTech 0x007ba2c6 from the same source word as otnF.  [verified]\n\n  Line 827: constexpr uint32_t ObservedTech_off_TurnLast = 0x00000006;\n\n  Line 829: constexpr uint32_t ObservedTech_off_Detected = 0x00000008;\n\n  Line 831: constexpr uint32_t ObservedTech_off_With = 0x00000028;\n\n  Line 832: // thiscall void Game::ObservedWeapon::Write(Mars::Stream* s)  RET 4. Byte-for-byte the same shape as ObservedTech_Write with tag `owep` (0x00a2b3f0) in place of `otch`: otnF u16 @+0x04, otnL u16 @+0x06, odet bool @+0x08, owep std::string (0x1c) @+0x0c, owith int @+0x28. Reader is 0x00817b10. Independent second instance of the same 0x2c element shape.  [verified]\n\n  Line 834: // constant sizeof(std::basic_string<char>) = 0x1c (28) binary-wide, ONE layout only: _Bx (16-byte SSO union, char[16] or char*) @+0x00, _Mysize @+0x10, _Myres @+0x14, _Alval (empty allocator) @+0x18. The allocator word is trailing, never read and never written -- the same allocator-last shape as this build's std::vector {_Myfirst,_Mylast,_Myend,_Alval} = 0x10. Evidence: (a) Stream::WriteString 0x008b9d76 `cmp [str+0x14],0x10` / `mov eax,[str]` and basic_string::assign 0x00425550 (_Mysize +0x10, _Myres +0x14) fix the field offsets; (b) the vector<std::string> scan loop FUN_00699bd0 advances `add esi,0x1c` (0x00699c29) while doing the SSO test at [esi+0x14]/[esi] -- element base == string base, so the stride IS the sizeof; (c) PostEvent 0x008862b0 takes two by-value strings at [ebp+0x08] and [ebp+0x24] and RET 0x4c = 2*0x1c + 5*4; (d) a whole-binary sweep of the Stream string helpers recovered 65 std::string members off a non-stack base across all serializers -- ZERO have any sibling member inside (N, N+0x1c), and 51 of the 52 that have a next member have it at exactly N+0x1c (the one exception, StrategyServer KeyPath @+0x134, is +0x20 on the Write side and +0x1c on the Read side, i.e. the writer skips a member). There is no 0x18 instantiation, no empty-base variant and no game-local string class.  [verified]\n\n  Line 836: // thiscall vector<T>::_Reserve/grow for a 44-byte element type. Shared with FUN_0086dec0, so it may be a COMDAT-folded body -- do NOT assume it is ObservedTech-specific.  [mapped]\n\n  Line 902: // thiscall void (Game_EventStorage_TurnEvents* this, Mars::Stream* s)  /* IStreamable slot 2, vftable 0x00a0f07c, COL offset +0x0; 2 member fields; 1/1 field offsets agree between Read and Write */  [verified]\n\n  Line 903: constexpr uint32_t Game_EventStorage_TurnEvents_Write = 0x00425c40;\n\n  Line 904: // thiscall void (Game_EventStorage_TurnEvents* this, Mars::Stream* s)  /* IStreamable slot 1, vftable 0x00a0f07c, COL offset +0x0; 2 member fields; 1/1 field offsets agree between Read and Write */  [verified]\n\n  Line 905: constexpr uint32_t Game_EventStorage_TurnEvents_Read = 0x00425bb0;\n\n  Line 906: // layout   sizeof(Game::EventStorage::TurnEvents) -- container stride  [verified]\n\n  Line 907: constexpr uint32_t sizeof_Game_EventStorage_TurnEvents = 0x00000018;\n\n  Line 946: // thiscall void (Game_ObservedTech* this, Mars::Stream* s)  /* IStreamable slot 2, vftable 0x00a2439c, COL offset +0x0; 5 member fields; 2/2 field offsets agree between Read and Write */  [verified]\n\n  Line 947: constexpr uint32_t Game_ObservedTech_Write = 0x00417cf0;\n\n  Line 948: // thiscall void (Game_ObservedTech* this, Mars::Stream* s)  /* IStreamable slot 1, vftable 0x00a2439c, COL offset +0x0; 5 member fields; 2/2 field offsets agree between Read and Write */  [verified]\n\n  Line 949: constexpr uint32_t Game_ObservedTech_Read = 0x00417c40;\n\n  Line 950: // layout   sizeof(Game::ObservedTech) -- container stride  [verified]\n\n  Line 951: constexpr uint32_t sizeof_Game_ObservedTech = 0x0000002c;\n\n  Line 1452: // thiscall Game::TurnCommands& __thiscall Game::TurnCommands::operator=(const TurnCommands& src) -- member-by-member copy of the six gates and their payloads, then the 27 lists. 11 call sites, including SendEndTurn, StrategyServer::OnPlayerEndTurn 0x007d9af0+0x68 (the host storing an arriving block), BuildTurnEvents and LoadGame  [verified]\n\n  Line 1620: // thiscall void (RetreatContext* this)  // RETREAT PHASE 5. Two nested loops: over this->groups, then over g->fleets (whole fleets from phase 3 plus any new fleet from phase 4). Per fleet f: (a) if (enc->+0x0c && !ServerSystem_IsExploredBy(enc->+0x0c, f->PID(+0x58))) StrategyServer_GrantSystemIntel(S, S->+0x44[enc->+0x0c->Idx(+0x5c)], f->PID) -- RETREATING FROM AN UNEXPLORED SYSTEM REVEALS IT, writing the SAVED EFlags and PlayerView; (b) if CombatRetreat_UsesGate(g) && g->dest(+0x04) != 0, the GATE ARM: StarSystem_FleetDeparts(GetLocationIfNode(f), f), StarSystem_FleetArrives(g->dest, f), then two _snprintf'd strings from the .bss format-string pointers at 0x00aedf0c and 0x00aedf14 (destination Name(+0xa8), fleet FtName(+0x5c)) and EventStorage_PostEvent(ServerPlayer_GetEventStorage(f->PID), {msg, summary, f, 0, S->Frame, 'EVENT_FLEET_RETREATED_VIA_TELEPORT', 0}); (c) else the MOVE ARM: if (!StrategyServer_OrderFleetMove(S+4, f, &g->dest, 1)) log 'Retreat: Unable to set destination for retreat for %s.' at level 2 with f->PID->+0x40, else StarFleet_SetFlag(f, 2, true) and StarSystem_FleetDeparts(GetLocationIfNode(f), f)  [verified]\n\n  Line 1790: // none     the three-test gate that guards EVENT_NO_RESEARCH; the post itself is ServerPlayer_ProcessTurn_PostEventNoResearch 0x0089168c. Read byte for byte (ReVa read-memory 0x00891600+160, decoded by hand): cmp [esi+0x294],ebx / jne past the whole block  ->  test 1, ResT == NULL. Then a 12-byte stack vector is zeroed at [ebp-0x28] and TechTree::CollectResearchedTechs 0x00584e50 is called as ecx = this->TechTree(+0xf4), push 1 (sort), push 0x7fffffff (maxTurn), push [[esi+8]+8] (the SERVER TURN -- the same word the post below hands PostEvent as its turn argument), push &out; then cmp [ebp-0x28],[ebp-0x24] / jne past  ->  test 2, THE LIST CAME BACK EMPTY, i.e. NO TECH WAS RESEARCHED ON THIS TURN OR LATER. Then ecx = this->TechTree again, call TechTree::FindFirstAvailableTech 0x0057da90, test eax,eax / setne al / cmp al,bl / je past  ->  test 3, at least one node is in state 2. CORRECTION to the note on ServerPlayer_ProcessTurn_PostEventNoResearch, which reads 0x00584e50 as a ListAvailableTechs and the gate as 'no tech is available': it is TechTree::CollectResearchedTechs (lane T's reading, confirmed here from the call site's argument order) and the gate is about what was RESEARCHED, not about what is available -- test 3 is the availability half. The turn argument is passed as CollectResearchedTechs' minTurn, so the range is [turn, INT_MAX] over node->turnResearched(+0x24)  [mapped]\n\n  Line 1956: // label    THE techId -> NAME MAP, in eight instructions inside MasterTechTree_ctor 0x0058b870, immediately after the LoadTechFile loop. 0x0058b9df: vector::operator=(this+0x24, this+0x14) -- the sorted list at +0x24 is a COPY of the parse-order list at +0x14, which is why a parse-order dump does not match the ids. 0x0058b9ff: std::sort(first=[this+0x24], last=[this+0x28], ideal=(last-first)/4, pred) = FUN_00583b10, MSVC _Sort (the _ISORT_MAX 0x20 test and the _Ideal 3/4 halving are both there); the predicate is INLINED in FUN_00581130 at 0x00581190 and 0x005811b8 as `_stricmp(a->name, b->name) < 0` on TechDef+0x04 (a std::string, SSO-tested at +0x14 against 0x10) -- MSVCR100 _stricmp, so the order is CASE-INSENSITIVE, not byte-wise. 0x0058ba19..0x0058ba37: `for (i = 0; i < n; ++i) sortedList[i]->+0x00 = i;` -- THE WIRE techId IS LITERALLY THE 0-BASED INDEX INTO THE _stricmp-SORTED MASTER LIST. The same sorted vector is then the binary-search index: FUN_0057f120 (std::lower_bound) resolves every `requires`/`allows` name against it at 0x0058baed. NOT the 10000-based TechID enum, which is a separate 196-entry .rdata table  [verified]\n\n  Line 2008: // thiscall void (StrategyServer* this)  // 122 BYTES, AND IT GENERATES NOTHING. (1) FUN_007c5610(&scratch, S->+0x304, S->+0x308) with ecx = &S->+0x304 -- erase-to-empty of the vector<SETurnResults> OUTBOX at S+0x304. (2) if (S->+0x244 != S->+0x248) S->+0x248 = S->+0x244 -- clear of a 0xc-stride vector; THE COPY LOOP AT 0x007dc680 IS DEAD CODE, `cmp edx,edx; je` at 0x007dc676 is unconditionally taken. (3) FUN_00792a20(S) prunes two intrusive lists at S+0x2d8 and S+0x2e4. (4) if (S->+0x128 & 4) BuildTurnEvents(S) -- normally FALSE. One caller: StrategyHost::OnMessage 0x00784e34  [verified]\n\n\n(Results truncated. Consider using a more specific path or pattern.)","metadata":{"matches":100,"truncated":true},"title":"ObservedTech|PlayerEvent|TurnEvents|MSVCR|RecordObservedTech|PostEvent","time":{"start":1789005776716,"end":1789005776727}},"metadata":{"openai":{"itemId":"fc_0a82dfbf9001b3e8016aa20fcf5b0487d18fa9dc912bf64366"}},"id":"prt_0890dc232001masoj3cDIlzVYo","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890da981001x03e6qqdwPNZG2"}}
{"type":"step_finish","timestamp":1789005776844,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890dc7c9001g7Pot5D9wLNqGS","reason":"tool-calls","snapshot":"398e6d0a889af3761cbb64f9c574fb52ce145e0b","messageID":"msg_0890da981001x03e6qqdwPNZG2","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":77835,"input":8035,"output":57,"reasoning":111,"cache":{"write":0,"read":69632}},"cost":0}}
{"type":"step_start","timestamp":1789005779070,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890dd06b001XjhRtZqcsvBzqC","messageID":"msg_0890dc7f5001lu0K3lOcNUy09e","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"eec6e3438c9a2412f6ece5469ec1e9bbead169ee","type":"step-start"}}
{"type":"tool_use","timestamp":1789005884643,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"apply_patch","callID":"call_prOQcN57rlTIzZHck3bcBdFh","state":{"status":"completed","input":{"patchText":"*** Begin Patch\n*** Add File: /home/alex/sots-re/campaign/research/research-live-record-bridge.md\n+# Live-record bridge readiness architecture\n+\n+Status: **planning draft; contract remains proposed**. This is acceptance-before-implementation\n+for `research-live-record-bridge`, not live-safety evidence. No game, VM, allocator, constructor,\n+or bridge code was executed while producing it.\n+\n+## 1. Bound facts and reconciliation result\n+\n+The accepted dependency is the integrated static package\n+`verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json`\n+(binary `dumps/sots.exe`, SHA-256\n+`970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841`). Its scope is static\n+reproduction plus archived-save inspection, not live allocator safety.\n+\n+Two current generated-header statements are unsafe to consume and must be replaced by a dedicated\n+bridge fact channel before implementation:\n+\n+* `include/generated/sots_addresses.h` says `EvDsc` is omitted from duplicate equality. The accepted\n+  repaired windows establish the opposite: after action, location, three floats, message and image,\n+  `0x00825d40` compares both descriptions through `0x0046f8c0`; a description-only difference is\n+  therefore **not** a duplicate.\n+* The same header names `ObservedTech_copy_ctor = RVA 0x0039a184`, an interior inlined-copy site.\n+  The accepted handoff identifies callable helper entry VA `0x0079a150` (RVA `0x0039a150`), with\n+  allocator/destination/source stack arguments and plain `ret`. The implementation must not call\n+  either value until a widened entry window pins argument setup, return value, and the exact helper\n+  entry. An interior site is an executable negative control, never a fallback.\n+\n+The following accepted boundaries may seed the dedicated package, but each callable row still needs\n+its raw-window artifact and exact prototype in that package: ObservedTech default constructor\n+`0x008562a0` (`ECX=this`, `EAX=this`, plain `ret`); vector append `0x007b7320`\n+(`ECX=vector`, stack source, `ret 4`); scalar deleting destructor `0x00793610`\n+(`ECX=this`, stack flags, `ret 4`, use flags=0 for embedded values); PlayerEvent constructor\n+`0x0084ee30`; copy constructor `0x007693f0` (`ECX=dst`, stack source, `EAX=dst`, `ret 4`);\n+append `0x0086c580` (`ECX=vector`, stack source, `ret 4`); destructor `0x0061ae90`\n+(`ECX=this`, plain `ret`); get/create TurnEvents `0x00885380` (`ECX=EventStorage`, stack turn,\n+`EAX=bucket`, `ret 4`); TurnEvents append `0x00884cb0` (`ECX=outer vector`, stack source,\n+`ret 4`); TurnEvents slot-zero destructor `0x0062e120`; string assignment entry `0x00425430`\n+with allocating worker `0x004249a0` (`ret 8`); MSVCR100 scalar delete/new import thunks\n+`0x00924faa`/`0x00924fb6`. Original `RecordObservedTech`, `EventStorage::PostEvent`, and every\n+research completion root are forbidden.\n+\n+## 2. Exclusive write set\n+\n+One implementation lane owns exactly these new or modified paths in the assigned engine worktree:\n+\n+* `include/generated/sots_live_record_addresses.h` (generated; never hand-maintained)\n+* `src/shim/live_record/{abi.h,bridge.h,bridge.cpp,fixture_entry.cpp,CMakeLists.txt}`\n+* top-level `CMakeLists.txt` only to add the isolated live-record targets\n+* `tests/shim_live_record/{CMakeLists.txt,unit_tests.cpp}`\n+* `tools/build-live-record-fixture.ps1`\n+\n+It must not edit or link `src/shim/main.cpp`, `src/shim/hooks/research.cpp`, any research hook,\n+or the standalone game model. The architecture/acceptance lane owns exactly:\n+\n+* `campaign/research/research-live-record-bridge.md`\n+* `campaign/research/research-live-record-addresses.json`\n+* `tools/generate_live_record_addresses.py`\n+* `verify/live-record-bridge/{check_package.py,expected-records.json,forbidden-symbols.txt}`\n+* immutable run directories below `verify/results/research-live-record-bridge/`\n+\n+Contract/checkpoint mutations remain canonical campaign transactions. Any expansion of either set\n+requires contract revision before code changes.\n+\n+## 3. Bridge-only invocation and ownership\n+\n+Build a **32-bit MSVC-2010-compatible** `sots_live_record_fixture.dll`, separate from `binkw32.dll`.\n+A PowerShell controller starts a disposable game process without advancing a turn, loads only this\n+fixture DLL, invokes exported `DWORD WINAPI RunLiveRecordBridgeFixture(void*)`, and exchanges a\n+versioned request/result through a named file mapping. The export validates PE fingerprint/module\n+base and resolves only generated RVAs. The controller records loaded modules and rejects any run\n+where `binkw32.dll` is the campaign proxy or any forbidden decision-root address appears in the\n+fixture import/call audit. This route neither links nor initializes the normal shim entry point.\n+\n+All owning objects stay inside the original process and one compiler/runtime family. The bridge\n+never transfers a `std::string` or vector header across the mapping. Requests contain scalar fields\n+and counted UTF-8 bytes; results contain scalar fields, copied string bytes, vector sizes/capacities,\n+and operation counters. Construction is field-wise through accepted constructors/assignment/copy\n+helpers. Append delegates to the accepted vector helper. Destruction is reverse-order, exactly once,\n+with scalar-delete flags zero for embedded values; only array blocks created by the compatible\n+original runtime are released through its matching service.\n+\n+Each operation owns a journal state (`empty`, `object-constructed`, each string assigned,\n+`element-appended`, `result-copied`, `destroyed`). A deterministic failpoint fires **before** each\n+original call and unwinds only completed states. Actual MSVC allocation exceptions are caught inside\n+the MSVC-built DLL and converted to a result code; no C++ exception crosses the exported WINAPI\n+boundary. The contained-failure case is accepted only when counters show no accepted partial record,\n+no outstanding allocation, no mismatched family, and one destruction per completed owned value.\n+\n+## 4. Required cases and accounting\n+\n+The fixture package must predeclare cases for empty, spare-capacity and full-capacity vectors; SSO\n+and heap strings for every string field; repeated ObservedTech name update; exact event duplicate;\n+description-only-different event; normal destruction; and one failpoint on a long-string/growth path.\n+Every case records complete resulting ObservedTech, TurnEvents and PlayerEvent fields, first/last/end\n+offsets, event ID/order, helper call counts, allocations by family and size, destructions/frees by\n+object identity, failpoint, return status, forbidden-call count, and execution count. Zero cases,\n+missing records, or unbalanced identities fail rather than skip.\n+\n+## 5. Resources, manifests, and executable gates\n+\n+No resource is currently leased. Host generation/tests use the assigned paired worktrees and a\n+unique output directory. The 32-bit package requires an immutable compiler/linker/SDK manifest\n+(exact VS2010 tool binaries and hashes), generated-address JSON/header hashes, source bindings,\n+fixture DLL/PDB/controller hashes, original EXE/MSVCR100 hashes, expected-record fixture hash, and\n+command/environment manifest. Runtime uses **VM144 only** after verifying MAC/IP, console/admin\n+access, game/session/process state and housekeeping, then acquiring canonical lease `vm144`.\n+VM140 is excluded. Building on CT111 or another shared host also requires its named campaign lease.\n+\n+The eventual package must make these commands literal and zero-exit (output directory replaced by a\n+new unique path each run):\n+\n+```text\n+python3 tools/generate_live_record_addresses.py --input campaign/research/research-live-record-addresses.json --output <engine>/include/generated/sots_live_record_addresses.h --check\n+cmake -S <engine> -B <host-build> -DSOTS_LIVE_RECORD_TESTS=ON\n+cmake --build <host-build> --target shim_live_record_unit_tests\n+ctest --test-dir <host-build> -R '^shim_live_record_' --output-on-failure\n+powershell -NoProfile -File <engine>/tools/build-live-record-fixture.ps1 -Source <engine> -Out <win-build> -Manifest <toolchain-manifest>\n+powershell -NoProfile -File <run-controller> -Guest VM144 -Fixture <fixture.dll> -Cases <expected-records.json> -Out <vm-run>\n+python3 verify/live-record-bridge/check_package.py --engine <engine> --re <re> --package <vm-run> --require-source-match --require-binary-match --require-fixture-match --require-all-cases --require-balanced-lifetimes --require-negative-controls\n+```\n+\n+`check_package.py` must include executable mutations for raw owning-header transfer, interior/wrong\n+entry, wrong convention, allocator-family mismatch, omitted cleanup, double free, incomplete fields,\n+forbidden roots, zero execution, missing artifacts and source/binary/fixture drift. Host success is\n+not live acceptance. A different verifier session must reproduce the integrated package and at least\n+one mutation after all evidence is bound to one integrated source manifest.\n+\n+## 6. Readiness blockers and exact next probe\n+\n+The contract remains proposed. Missing items are the dedicated address JSON/header and widened\n+`0x0079a150` entry proof; exact prototypes for constructor/destructor/string/TurnEvents calls;\n+verified VS2010 toolchain identity; controller and failure-containment implementation; literal VM144\n+identity/preflight; expected records; checker; and immutable manifests.\n+\n+The next discriminating static check is: capture a complete widened instruction window beginning at\n+`0x0079a150` from the pinned executable, enumerate all callers, and prove whether callers enter at\n+`0x0079a150` or `0x0079a184` while recording stack layout, cleanup and return behavior. Do not begin\n+bridge implementation until that result and every exposed ABI row are encoded in the dedicated\n+generated-address package.\n*** End Patch"},"output":"Success. Updated the following files:\nA campaign/research/research-live-record-bridge.md","metadata":{"diff":"Index: /home/alex/sots-re/campaign/research/research-live-record-bridge.md\n===================================================================\n--- /home/alex/sots-re/campaign/research/research-live-record-bridge.md\n+++ /home/alex/sots-re/campaign/research/research-live-record-bridge.md\n@@ -0,0 +1,139 @@\n+# Live-record bridge readiness architecture\n+\n+Status: **planning draft; contract remains proposed**. This is acceptance-before-implementation\n+for `research-live-record-bridge`, not live-safety evidence. No game, VM, allocator, constructor,\n+or bridge code was executed while producing it.\n+\n+## 1. Bound facts and reconciliation result\n+\n+The accepted dependency is the integrated static package\n+`verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json`\n+(binary `dumps/sots.exe`, SHA-256\n+`970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841`). Its scope is static\n+reproduction plus archived-save inspection, not live allocator safety.\n+\n+Two current generated-header statements are unsafe to consume and must be replaced by a dedicated\n+bridge fact channel before implementation:\n+\n+* `include/generated/sots_addresses.h` says `EvDsc` is omitted from duplicate equality. The accepted\n+  repaired windows establish the opposite: after action, location, three floats, message and image,\n+  `0x00825d40` compares both descriptions through `0x0046f8c0`; a description-only difference is\n+  therefore **not** a duplicate.\n+* The same header names `ObservedTech_copy_ctor = RVA 0x0039a184`, an interior inlined-copy site.\n+  The accepted handoff identifies callable helper entry VA `0x0079a150` (RVA `0x0039a150`), with\n+  allocator/destination/source stack arguments and plain `ret`. The implementation must not call\n+  either value until a widened entry window pins argument setup, return value, and the exact helper\n+  entry. An interior site is an executable negative control, never a fallback.\n+\n+The following accepted boundaries may seed the dedicated package, but each callable row still needs\n+its raw-window artifact and exact prototype in that package: ObservedTech default constructor\n+`0x008562a0` (`ECX=this`, `EAX=this`, plain `ret`); vector append `0x007b7320`\n+(`ECX=vector`, stack source, `ret 4`); scalar deleting destructor `0x00793610`\n+(`ECX=this`, stack flags, `ret 4`, use flags=0 for embedded values); PlayerEvent constructor\n+`0x0084ee30`; copy constructor `0x007693f0` (`ECX=dst`, stack source, `EAX=dst`, `ret 4`);\n+append `0x0086c580` (`ECX=vector`, stack source, `ret 4`); destructor `0x0061ae90`\n+(`ECX=this`, plain `ret`); get/create TurnEvents `0x00885380` (`ECX=EventStorage`, stack turn,\n+`EAX=bucket`, `ret 4`); TurnEvents append `0x00884cb0` (`ECX=outer vector`, stack source,\n+`ret 4`); TurnEvents slot-zero destructor `0x0062e120`; string assignment entry `0x00425430`\n+with allocating worker `0x004249a0` (`ret 8`); MSVCR100 scalar delete/new import thunks\n+`0x00924faa`/`0x00924fb6`. Original `RecordObservedTech`, `EventStorage::PostEvent`, and every\n+research completion root are forbidden.\n+\n+## 2. Exclusive write set\n+\n+One implementation lane owns exactly these new or modified paths in the assigned engine worktree:\n+\n+* `include/generated/sots_live_record_addresses.h` (generated; never hand-maintained)\n+* `src/shim/live_record/{abi.h,bridge.h,bridge.cpp,fixture_entry.cpp,CMakeLists.txt}`\n+* top-level `CMakeLists.txt` only to add the isolated live-record targets\n+* `tests/shim_live_record/{CMakeLists.txt,unit_tests.cpp}`\n+* `tools/build-live-record-fixture.ps1`\n+\n+It must not edit or link `src/shim/main.cpp`, `src/shim/hooks/research.cpp`, any research hook,\n+or the standalone game model. The architecture/acceptance lane owns exactly:\n+\n+* `campaign/research/research-live-record-bridge.md`\n+* `campaign/research/research-live-record-addresses.json`\n+* `tools/generate_live_record_addresses.py`\n+* `verify/live-record-bridge/{check_package.py,expected-records.json,forbidden-symbols.txt}`\n+* immutable run directories below `verify/results/research-live-record-bridge/`\n+\n+Contract/checkpoint mutations remain canonical campaign transactions. Any expansion of either set\n+requires contract revision before code changes.\n+\n+## 3. Bridge-only invocation and ownership\n+\n+Build a **32-bit MSVC-2010-compatible** `sots_live_record_fixture.dll`, separate from `binkw32.dll`.\n+A PowerShell controller starts a disposable game process without advancing a turn, loads only this\n+fixture DLL, invokes exported `DWORD WINAPI RunLiveRecordBridgeFixture(void*)`, and exchanges a\n+versioned request/result through a named file mapping. The export validates PE fingerprint/module\n+base and resolves only generated RVAs. The controller records loaded modules and rejects any run\n+where `binkw32.dll` is the campaign proxy or any forbidden decision-root address appears in the\n+fixture import/call audit. This route neither links nor initializes the normal shim entry point.\n+\n+All owning objects stay inside the original process and one compiler/runtime family. The bridge\n+never transfers a `std::string` or vector header across the mapping. Requests contain scalar fields\n+and counted UTF-8 bytes; results contain scalar fields, copied string bytes, vector sizes/capacities,\n+and operation counters. Construction is field-wise through accepted constructors/assignment/copy\n+helpers. Append delegates to the accepted vector helper. Destruction is reverse-order, exactly once,\n+with scalar-delete flags zero for embedded values; only array blocks created by the compatible\n+original runtime are released through its matching service.\n+\n+Each operation owns a journal state (`empty`, `object-constructed`, each string assigned,\n+`element-appended`, `result-copied`, `destroyed`). A deterministic failpoint fires **before** each\n+original call and unwinds only completed states. Actual MSVC allocation exceptions are caught inside\n+the MSVC-built DLL and converted to a result code; no C++ exception crosses the exported WINAPI\n+boundary. The contained-failure case is accepted only when counters show no accepted partial record,\n+no outstanding allocation, no mismatched family, and one destruction per completed owned value.\n+\n+## 4. Required cases and accounting\n+\n+The fixture package must predeclare cases for empty, spare-capacity and full-capacity vectors; SSO\n+and heap strings for every string field; repeated ObservedTech name update; exact event duplicate;\n+description-only-different event; normal destruction; and one failpoint on a long-string/growth path.\n+Every case records complete resulting ObservedTech, TurnEvents and PlayerEvent fields, first/last/end\n+offsets, event ID/order, helper call counts, allocations by family and size, destructions/frees by\n+object identity, failpoint, return status, forbidden-call count, and execution count. Zero cases,\n+missing records, or unbalanced identities fail rather than skip.\n+\n+## 5. Resources, manifests, and executable gates\n+\n+No resource is currently leased. Host generation/tests use the assigned paired worktrees and a\n+unique output directory. The 32-bit package requires an immutable compiler/linker/SDK manifest\n+(exact VS2010 tool binaries and hashes), generated-address JSON/header hashes, source bindings,\n+fixture DLL/PDB/controller hashes, original EXE/MSVCR100 hashes, expected-record fixture hash, and\n+command/environment manifest. Runtime uses **VM144 only** after verifying MAC/IP, console/admin\n+access, game/session/process state and housekeeping, then acquiring canonical lease `vm144`.\n+VM140 is excluded. Building on CT111 or another shared host also requires its named campaign lease.\n+\n+The eventual package must make these commands literal and zero-exit (output directory replaced by a\n+new unique path each run):\n+\n+```text\n+python3 tools/generate_live_record_addresses.py --input campaign/research/research-live-record-addresses.json --output <engine>/include/generated/sots_live_record_addresses.h --check\n+cmake -S <engine> -B <host-build> -DSOTS_LIVE_RECORD_TESTS=ON\n+cmake --build <host-build> --target shim_live_record_unit_tests\n+ctest --test-dir <host-build> -R '^shim_live_record_' --output-on-failure\n+powershell -NoProfile -File <engine>/tools/build-live-record-fixture.ps1 -Source <engine> -Out <win-build> -Manifest <toolchain-manifest>\n+powershell -NoProfile -File <run-controller> -Guest VM144 -Fixture <fixture.dll> -Cases <expected-records.json> -Out <vm-run>\n+python3 verify/live-record-bridge/check_package.py --engine <engine> --re <re> --package <vm-run> --require-source-match --require-binary-match --require-fixture-match --require-all-cases --require-balanced-lifetimes --require-negative-controls\n+```\n+\n+`check_package.py` must include executable mutations for raw owning-header transfer, interior/wrong\n+entry, wrong convention, allocator-family mismatch, omitted cleanup, double free, incomplete fields,\n+forbidden roots, zero execution, missing artifacts and source/binary/fixture drift. Host success is\n+not live acceptance. A different verifier session must reproduce the integrated package and at least\n+one mutation after all evidence is bound to one integrated source manifest.\n+\n+## 6. Readiness blockers and exact next probe\n+\n+The contract remains proposed. Missing items are the dedicated address JSON/header and widened\n+`0x0079a150` entry proof; exact prototypes for constructor/destructor/string/TurnEvents calls;\n+verified VS2010 toolchain identity; controller and failure-containment implementation; literal VM144\n+identity/preflight; expected records; checker; and immutable manifests.\n+\n+The next discriminating static check is: capture a complete widened instruction window beginning at\n+`0x0079a150` from the pinned executable, enumerate all callers, and prove whether callers enter at\n+`0x0079a150` or `0x0079a184` while recording stack layout, cleanup and return behavior. Do not begin\n+bridge implementation until that result and every exposed ABI row are encoded in the dedicated\n+generated-address package.\n\n","files":[{"filePath":"/home/alex/sots-re/campaign/research/research-live-record-bridge.md","relativePath":"campaign/research/research-live-record-bridge.md","type":"add","patch":"Index: /home/alex/sots-re/campaign/research/research-live-record-bridge.md\n===================================================================\n--- /home/alex/sots-re/campaign/research/research-live-record-bridge.md\n+++ /home/alex/sots-re/campaign/research/research-live-record-bridge.md\n@@ -0,0 +1,139 @@\n+# Live-record bridge readiness architecture\n+\n+Status: **planning draft; contract remains proposed**. This is acceptance-before-implementation\n+for `research-live-record-bridge`, not live-safety evidence. No game, VM, allocator, constructor,\n+or bridge code was executed while producing it.\n+\n+## 1. Bound facts and reconciliation result\n+\n+The accepted dependency is the integrated static package\n+`verify/results/research-completion-abi-independent/integration-lead-20260910/manifest.json`\n+(binary `dumps/sots.exe`, SHA-256\n+`970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841`). Its scope is static\n+reproduction plus archived-save inspection, not live allocator safety.\n+\n+Two current generated-header statements are unsafe to consume and must be replaced by a dedicated\n+bridge fact channel before implementation:\n+\n+* `include/generated/sots_addresses.h` says `EvDsc` is omitted from duplicate equality. The accepted\n+  repaired windows establish the opposite: after action, location, three floats, message and image,\n+  `0x00825d40` compares both descriptions through `0x0046f8c0`; a description-only difference is\n+  therefore **not** a duplicate.\n+* The same header names `ObservedTech_copy_ctor = RVA 0x0039a184`, an interior inlined-copy site.\n+  The accepted handoff identifies callable helper entry VA `0x0079a150` (RVA `0x0039a150`), with\n+  allocator/destination/source stack arguments and plain `ret`. The implementation must not call\n+  either value until a widened entry window pins argument setup, return value, and the exact helper\n+  entry. An interior site is an executable negative control, never a fallback.\n+\n+The following accepted boundaries may seed the dedicated package, but each callable row still needs\n+its raw-window artifact and exact prototype in that package: ObservedTech default constructor\n+`0x008562a0` (`ECX=this`, `EAX=this`, plain `ret`); vector append `0x007b7320`\n+(`ECX=vector`, stack source, `ret 4`); scalar deleting destructor `0x00793610`\n+(`ECX=this`, stack flags, `ret 4`, use flags=0 for embedded values); PlayerEvent constructor\n+`0x0084ee30`; copy constructor `0x007693f0` (`ECX=dst`, stack source, `EAX=dst`, `ret 4`);\n+append `0x0086c580` (`ECX=vector`, stack source, `ret 4`); destructor `0x0061ae90`\n+(`ECX=this`, plain `ret`); get/create TurnEvents `0x00885380` (`ECX=EventStorage`, stack turn,\n+`EAX=bucket`, `ret 4`); TurnEvents append `0x00884cb0` (`ECX=outer vector`, stack source,\n+`ret 4`); TurnEvents slot-zero destructor `0x0062e120`; string assignment entry `0x00425430`\n+with allocating worker `0x004249a0` (`ret 8`); MSVCR100 scalar delete/new import thunks\n+`0x00924faa`/`0x00924fb6`. Original `RecordObservedTech`, `EventStorage::PostEvent`, and every\n+research completion root are forbidden.\n+\n+## 2. Exclusive write set\n+\n+One implementation lane owns exactly these new or modified paths in the assigned engine worktree:\n+\n+* `include/generated/sots_live_record_addresses.h` (generated; never hand-maintained)\n+* `src/shim/live_record/{abi.h,bridge.h,bridge.cpp,fixture_entry.cpp,CMakeLists.txt}`\n+* top-level `CMakeLists.txt` only to add the isolated live-record targets\n+* `tests/shim_live_record/{CMakeLists.txt,unit_tests.cpp}`\n+* `tools/build-live-record-fixture.ps1`\n+\n+It must not edit or link `src/shim/main.cpp`, `src/shim/hooks/research.cpp`, any research hook,\n+or the standalone game model. The architecture/acceptance lane owns exactly:\n+\n+* `campaign/research/research-live-record-bridge.md`\n+* `campaign/research/research-live-record-addresses.json`\n+* `tools/generate_live_record_addresses.py`\n+* `verify/live-record-bridge/{check_package.py,expected-records.json,forbidden-symbols.txt}`\n+* immutable run directories below `verify/results/research-live-record-bridge/`\n+\n+Contract/checkpoint mutations remain canonical campaign transactions. Any expansion of either set\n+requires contract revision before code changes.\n+\n+## 3. Bridge-only invocation and ownership\n+\n+Build a **32-bit MSVC-2010-compatible** `sots_live_record_fixture.dll`, separate from `binkw32.dll`.\n+A PowerShell controller starts a disposable game process without advancing a turn, loads only this\n+fixture DLL, invokes exported `DWORD WINAPI RunLiveRecordBridgeFixture(void*)`, and exchanges a\n+versioned request/result through a named file mapping. The export validates PE fingerprint/module\n+base and resolves only generated RVAs. The controller records loaded modules and rejects any run\n+where `binkw32.dll` is the campaign proxy or any forbidden decision-root address appears in the\n+fixture import/call audit. This route neither links nor initializes the normal shim entry point.\n+\n+All owning objects stay inside the original process and one compiler/runtime family. The bridge\n+never transfers a `std::string` or vector header across the mapping. Requests contain scalar fields\n+and counted UTF-8 bytes; results contain scalar fields, copied string bytes, vector sizes/capacities,\n+and operation counters. Construction is field-wise through accepted constructors/assignment/copy\n+helpers. Append delegates to the accepted vector helper. Destruction is reverse-order, exactly once,\n+with scalar-delete flags zero for embedded values; only array blocks created by the compatible\n+original runtime are released through its matching service.\n+\n+Each operation owns a journal state (`empty`, `object-constructed`, each string assigned,\n+`element-appended`, `result-copied`, `destroyed`). A deterministic failpoint fires **before** each\n+original call and unwinds only completed states. Actual MSVC allocation exceptions are caught inside\n+the MSVC-built DLL and converted to a result code; no C++ exception crosses the exported WINAPI\n+boundary. The contained-failure case is accepted only when counters show no accepted partial record,\n+no outstanding allocation, no mismatched family, and one destruction per completed owned value.\n+\n+## 4. Required cases and accounting\n+\n+The fixture package must predeclare cases for empty, spare-capacity and full-capacity vectors; SSO\n+and heap strings for every string field; repeated ObservedTech name update; exact event duplicate;\n+description-only-different event; normal destruction; and one failpoint on a long-string/growth path.\n+Every case records complete resulting ObservedTech, TurnEvents and PlayerEvent fields, first/last/end\n+offsets, event ID/order, helper call counts, allocations by family and size, destructions/frees by\n+object identity, failpoint, return status, forbidden-call count, and execution count. Zero cases,\n+missing records, or unbalanced identities fail rather than skip.\n+\n+## 5. Resources, manifests, and executable gates\n+\n+No resource is currently leased. Host generation/tests use the assigned paired worktrees and a\n+unique output directory. The 32-bit package requires an immutable compiler/linker/SDK manifest\n+(exact VS2010 tool binaries and hashes), generated-address JSON/header hashes, source bindings,\n+fixture DLL/PDB/controller hashes, original EXE/MSVCR100 hashes, expected-record fixture hash, and\n+command/environment manifest. Runtime uses **VM144 only** after verifying MAC/IP, console/admin\n+access, game/session/process state and housekeeping, then acquiring canonical lease `vm144`.\n+VM140 is excluded. Building on CT111 or another shared host also requires its named campaign lease.\n+\n+The eventual package must make these commands literal and zero-exit (output directory replaced by a\n+new unique path each run):\n+\n+```text\n+python3 tools/generate_live_record_addresses.py --input campaign/research/research-live-record-addresses.json --output <engine>/include/generated/sots_live_record_addresses.h --check\n+cmake -S <engine> -B <host-build> -DSOTS_LIVE_RECORD_TESTS=ON\n+cmake --build <host-build> --target shim_live_record_unit_tests\n+ctest --test-dir <host-build> -R '^shim_live_record_' --output-on-failure\n+powershell -NoProfile -File <engine>/tools/build-live-record-fixture.ps1 -Source <engine> -Out <win-build> -Manifest <toolchain-manifest>\n+powershell -NoProfile -File <run-controller> -Guest VM144 -Fixture <fixture.dll> -Cases <expected-records.json> -Out <vm-run>\n+python3 verify/live-record-bridge/check_package.py --engine <engine> --re <re> --package <vm-run> --require-source-match --require-binary-match --require-fixture-match --require-all-cases --require-balanced-lifetimes --require-negative-controls\n+```\n+\n+`check_package.py` must include executable mutations for raw owning-header transfer, interior/wrong\n+entry, wrong convention, allocator-family mismatch, omitted cleanup, double free, incomplete fields,\n+forbidden roots, zero execution, missing artifacts and source/binary/fixture drift. Host success is\n+not live acceptance. A different verifier session must reproduce the integrated package and at least\n+one mutation after all evidence is bound to one integrated source manifest.\n+\n+## 6. Readiness blockers and exact next probe\n+\n+The contract remains proposed. Missing items are the dedicated address JSON/header and widened\n+`0x0079a150` entry proof; exact prototypes for constructor/destructor/string/TurnEvents calls;\n+verified VS2010 toolchain identity; controller and failure-containment implementation; literal VM144\n+identity/preflight; expected records; checker; and immutable manifests.\n+\n+The next discriminating static check is: capture a complete widened instruction window beginning at\n+`0x0079a150` from the pinned executable, enumerate all callers, and prove whether callers enter at\n+`0x0079a150` or `0x0079a184` while recording stack layout, cleanup and return behavior. Do not begin\n+bridge implementation until that result and every exposed ABI row are encoded in the dedicated\n+generated-address package.\n","additions":139,"deletions":0}],"diagnostics":{},"truncated":false},"title":"Success. Updated the following files:\nA campaign/research/research-live-record-bridge.md","time":{"start":1789005884633,"end":1789005884640}},"metadata":{"openai":{"itemId":"fc_06ef6ebae05f1a2f016aa20fee634487d1964f96a94018e514"}},"id":"prt_0890e3b7b001C13tzi3iVoEVg6","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890dc7f5001lu0K3lOcNUy09e"}}
{"type":"step_finish","timestamp":1789005884814,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890f6d8a001MYlrRiUJY1Wg3P","reason":"tool-calls","snapshot":"7be0a7e50a334662fadc16961f1ee58e3a6d90d0","messageID":"msg_0890dc7f5001lu0K3lOcNUy09e","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":89068,"input":8204,"output":2456,"reasoning":840,"cache":{"write":0,"read":77568}},"cost":0}}
{"type":"step_start","timestamp":1789005887537,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890f782e0017QJMCRm6uZ6kgA","messageID":"msg_0890f6dc8001BXvZa7gRilqCG6","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"663c1b1be5e33db7f589d0c6e122af781a7b400d","type":"step-start"}}
{"type":"tool_use","timestamp":1789005893181,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"bash","callID":"call_yiu87qMwnfbkUuxdM8Q32gd0","state":{"status":"completed","input":{"command":"git diff --check -- campaign/research/research-live-record-bridge.md && python3 tools/campaign.py --state-root /home/alex/sots-re validate && git status --short -- campaign/research/research-live-record-bridge.md campaign/contracts/research-live-record-bridge.json","workdir":"/home/alex/sots-re","timeout":120000},"output":"[\n  \"controls-bootstrap\",\n  \"launcher-smoke\",\n  \"research-completion-abi\",\n  \"research-live-record-bridge\",\n  \"research-replacement\"\n]\n?? campaign/contracts/research-live-record-bridge.json\n?? campaign/research/research-live-record-bridge.md\n","metadata":{"output":"[\n  \"controls-bootstrap\",\n  \"launcher-smoke\",\n  \"research-completion-abi\",\n  \"research-live-record-bridge\",\n  \"research-replacement\"\n]\n?? campaign/contracts/research-live-record-bridge.json\n?? campaign/research/research-live-record-bridge.md\n","exit":0,"truncated":false},"title":"git diff --check -- campaign/research/research-live-record-bridge.md && python3 tools/campaign.py --state-root /home/alex/sots-re validate && git status --short -- campaign/research/research-live-record-bridge.md campaign/contracts/research-live-record-bridge.json","time":{"start":1789005893128,"end":1789005893180}},"metadata":{"openai":{"itemId":"fc_028925749d580bde016aa21042adb087d1987edf7cfc1bd5b4"}},"id":"prt_0890f84b1001X6dX3WgE289k7z","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890f6dc8001BXvZa7gRilqCG6"}}
{"type":"step_finish","timestamp":1789005893389,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890f8f0a0011FHFVQibExZV6p","reason":"tool-calls","snapshot":"e0c7ea76c34e5a9da874d31984f56ffb2bed1dfb","messageID":"msg_0890f6dc8001BXvZa7gRilqCG6","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":89270,"input":3465,"output":93,"reasoning":80,"cache":{"write":0,"read":85632}},"cost":0}}
{"type":"step_start","timestamp":1789005897392,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890f9ead0015enrGZ5D9oXVtQ","messageID":"msg_0890f8f430015rcvq3NpQ964mm","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"9b9a3b90a0c0c822959d04b3630657452fca527d","type":"step-start"}}
{"type":"tool_use","timestamp":1789005919173,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"bash","callID":"call_05mQB4t25MYf1u65B0TUsNww","state":{"status":"completed","input":{"command":"python3 tools/campaign.py --state-root /home/alex/sots-re checkpoint research-live-record-bridge --actor 'live-record bridge architect' --role architecture-review --model openai/gpt-5.6-sol --session run-73a78465cbde3cd6c811f761 --summary 'QUANTUM END. OBSERVATIONS: engine worktree HEAD 7741d42fc5e4e761e6449bdaf0e4a61d00036a23/common /home/alex/sots-engine/.git and RE worktree HEAD 3bfde5a70d874a723e797a695bbd847fd82c0aa7/common /home/alex/sots-re/.git match contract baselines; both had pre-existing dirty/untracked content. This actor added only canonical campaign/research/research-live-record-bridge.md and campaign checkpoint transactions; no engine source, lab, Ghidra, lease, staging, commit or push operation occurred. All eight canonical surprise records were read and are resolved; this contract has no open surprise. Accepted dependency remains static-only and binds dumps/sots.exe sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841. Reconciliation found current generated sots_addresses.h cannot be a bridge input: it retains superseded EvDsc-omission prose and names interior ObservedTech copy site RVA 0x0039a184, whereas accepted handoff identifies helper entry VA 0x0079a150/RVA 0x0039a150 pending exact entry ABI proof. This was anticipated by the contract readiness criterion, not a new falsified prediction. DECISIONS: contract remains proposed; published acceptance-before-implementation architecture defines exclusive engine/RE write sets, separate MSVC2010 32-bit fixture DLL and mapping-based controller route that does not link main.cpp or research.cpp, object-state journal and in-DLL exception containment, full case/accounting matrix, immutable manifests, resource/lease requirements, literal future gate commands and negative controls. No implementation is authorized until dedicated generated address facts and all callable ABIs are complete. TESTS: git diff --check passed for the new artifact; campaign validate passed. BLOCKERS: widened 0x0079a150 entry/caller proof; complete exact callable prototypes; generated address JSON/header; VS2010 toolchain identity; controller/failure implementation; expected records/checker/manifests; and leased/preflighted VM144 runtime remain absent. No resources held.' --artifact campaign/research/research-live-record-bridge.md --next-action 'Capture a complete widened pinned-binary instruction window and all callers for VA 0x0079a150, then record whether callable entry is 0x0079a150 or interior 0x0079a184 with exact stack arguments, cleanup and return behavior in campaign/research/research-live-record-addresses.json.'","workdir":"/home/alex/sots-re","timeout":120000},"output":"{\n  \"actor\": \"live-record bridge architect\",\n  \"artifacts\": [\n    {\n      \"path\": \"campaign/research/research-live-record-bridge.md\",\n      \"sha256\": \"17f6f7250072c2e1ccf87f16697f835b2007ccc242da7279903c247cc74cd1d8\"\n    }\n  ],\n  \"basis\": \"6fbcc78291fc02d5e549106bbd3affe29c5f458d742017c91e8d5c9272165cd8\",\n  \"contract\": \"research-live-record-bridge\",\n  \"id\": \"8e9edede56a97b4ee38a63e0\",\n  \"model\": \"openai/gpt-5.6-sol\",\n  \"next_action\": \"Capture a complete widened pinned-binary instruction window and all callers for VA 0x0079a150, then record whether callable entry is 0x0079a150 or interior 0x0079a184 with exact stack arguments, cleanup and return behavior in campaign/research/research-live-record-addresses.json.\",\n  \"role\": \"architecture-review\",\n  \"schema\": \"sots-checkpoint/1\",\n  \"session\": \"run-73a78465cbde3cd6c811f761\",\n  \"summary\": \"QUANTUM END. OBSERVATIONS: engine worktree HEAD 7741d42fc5e4e761e6449bdaf0e4a61d00036a23/common /home/alex/sots-engine/.git and RE worktree HEAD 3bfde5a70d874a723e797a695bbd847fd82c0aa7/common /home/alex/sots-re/.git match contract baselines; both had pre-existing dirty/untracked content. This actor added only canonical campaign/research/research-live-record-bridge.md and campaign checkpoint transactions; no engine source, lab, Ghidra, lease, staging, commit or push operation occurred. All eight canonical surprise records were read and are resolved; this contract has no open surprise. Accepted dependency remains static-only and binds dumps/sots.exe sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841. Reconciliation found current generated sots_addresses.h cannot be a bridge input: it retains superseded EvDsc-omission prose and names interior ObservedTech copy site RVA 0x0039a184, whereas accepted handoff identifies helper entry VA 0x0079a150/RVA 0x0039a150 pending exact entry ABI proof. This was anticipated by the contract readiness criterion, not a new falsified prediction. DECISIONS: contract remains proposed; published acceptance-before-implementation architecture defines exclusive engine/RE write sets, separate MSVC2010 32-bit fixture DLL and mapping-based controller route that does not link main.cpp or research.cpp, object-state journal and in-DLL exception containment, full case/accounting matrix, immutable manifests, resource/lease requirements, literal future gate commands and negative controls. No implementation is authorized until dedicated generated address facts and all callable ABIs are complete. TESTS: git diff --check passed for the new artifact; campaign validate passed. BLOCKERS: widened 0x0079a150 entry/caller proof; complete exact callable prototypes; generated address JSON/header; VS2010 toolchain identity; controller/failure implementation; expected records/checker/manifests; and leased/preflighted VM144 runtime remain absent. No resources held.\",\n  \"timestamp\": \"2026-09-10T02:05:19.150682+00:00\"\n}\n","metadata":{"output":"{\n  \"actor\": \"live-record bridge architect\",\n  \"artifacts\": [\n    {\n      \"path\": \"campaign/research/research-live-record-bridge.md\",\n      \"sha256\": \"17f6f7250072c2e1ccf87f16697f835b2007ccc242da7279903c247cc74cd1d8\"\n    }\n  ],\n  \"basis\": \"6fbcc78291fc02d5e549106bbd3affe29c5f458d742017c91e8d5c9272165cd8\",\n  \"contract\": \"research-live-record-bridge\",\n  \"id\": \"8e9edede56a97b4ee38a63e0\",\n  \"model\": \"openai/gpt-5.6-sol\",\n  \"next_action\": \"Capture a complete widened pinned-binary instruction window and all callers for VA 0x0079a150, then record whether callable entry is 0x0079a150 or interior 0x0079a184 with exact stack arguments, cleanup and return behavior in campaign/research/research-live-record-addresses.json.\",\n  \"role\": \"architecture-review\",\n  \"schema\": \"sots-checkpoint/1\",\n  \"session\": \"run-73a78465cbde3cd6c811f761\",\n  \"summary\": \"QUANTUM END. OBSERVATIONS: engine worktree HEAD 7741d42fc5e4e761e6449bdaf0e4a61d00036a23/common /home/alex/sots-engine/.git and RE worktree HEAD 3bfde5a70d874a723e797a695bbd847fd82c0aa7/common /home/alex/sots-re/.git match contract baselines; both had pre-existing dirty/untracked content. This actor added only canonical campaign/research/research-live-record-bridge.md and campaign checkpoint transactions; no engine source, lab, Ghidra, lease, staging, commit or push operation occurred. All eight canonical surprise records were read and are resolved; this contract has no open surprise. Accepted dependency remains static-only and binds dumps/sots.exe sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841. Reconciliation found current generated sots_addresses.h cannot be a bridge input: it retains superseded EvDsc-omission prose and names interior ObservedTech copy site RVA 0x0039a184, whereas accepted handoff identifies helper entry VA 0x0079a150/RVA 0x0039a150 pending exact entry ABI proof. This was anticipated by the contract readiness criterion, not a new falsified prediction. DECISIONS: contract remains proposed; published acceptance-before-implementation architecture defines exclusive engine/RE write sets, separate MSVC2010 32-bit fixture DLL and mapping-based controller route that does not link main.cpp or research.cpp, object-state journal and in-DLL exception containment, full case/accounting matrix, immutable manifests, resource/lease requirements, literal future gate commands and negative controls. No implementation is authorized until dedicated generated address facts and all callable ABIs are complete. TESTS: git diff --check passed for the new artifact; campaign validate passed. BLOCKERS: widened 0x0079a150 entry/caller proof; complete exact callable prototypes; generated address JSON/header; VS2010 toolchain identity; controller/failure implementation; expected records/checker/manifests; and leased/preflighted VM144 runtime remain absent. No resources held.\",\n  \"timestamp\": \"2026-09-10T02:05:19.150682+00:00\"\n}\n","exit":0,"truncated":false},"title":"python3 tools/campaign.py --state-root /home/alex/sots-re checkpoint research-live-record-bridge --actor 'live-record bridge architect' --role architecture-review --model openai/gpt-5.6-sol --session run-73a78465cbde3cd6c811f761 --summary 'QUANTUM END. OBSERVATIONS: engine worktree HEAD 7741d42fc5e4e761e6449bdaf0e4a61d00036a23/common /home/alex/sots-engine/.git and RE worktree HEAD 3bfde5a70d874a723e797a695bbd847fd82c0aa7/common /home/alex/sots-re/.git match contract baselines; both had pre-existing dirty/untracked content. This actor added only canonical campaign/research/research-live-record-bridge.md and campaign checkpoint transactions; no engine source, lab, Ghidra, lease, staging, commit or push operation occurred. All eight canonical surprise records were read and are resolved; this contract has no open surprise. Accepted dependency remains static-only and binds dumps/sots.exe sha256 970b7de729956a53094c7eb98aba4270aee98e2fed5daf0d39e290013c90c841. Reconciliation found current generated sots_addresses.h cannot be a bridge input: it retains superseded EvDsc-omission prose and names interior ObservedTech copy site RVA 0x0039a184, whereas accepted handoff identifies helper entry VA 0x0079a150/RVA 0x0039a150 pending exact entry ABI proof. This was anticipated by the contract readiness criterion, not a new falsified prediction. DECISIONS: contract remains proposed; published acceptance-before-implementation architecture defines exclusive engine/RE write sets, separate MSVC2010 32-bit fixture DLL and mapping-based controller route that does not link main.cpp or research.cpp, object-state journal and in-DLL exception containment, full case/accounting matrix, immutable manifests, resource/lease requirements, literal future gate commands and negative controls. No implementation is authorized until dedicated generated address facts and all callable ABIs are complete. TESTS: git diff --check passed for the new artifact; campaign validate passed. BLOCKERS: widened 0x0079a150 entry/caller proof; complete exact callable prototypes; generated address JSON/header; VS2010 toolchain identity; controller/failure implementation; expected records/checker/manifests; and leased/preflighted VM144 runtime remain absent. No resources held.' --artifact campaign/research/research-live-record-bridge.md --next-action 'Capture a complete widened pinned-binary instruction window and all callers for VA 0x0079a150, then record whether callable entry is 0x0079a150 or interior 0x0079a184 with exact stack arguments, cleanup and return behavior in campaign/research/research-live-record-addresses.json.'","time":{"start":1789005919091,"end":1789005919171}},"metadata":{"openai":{"itemId":"fc_0433d325b81334c4016aa2104aa2d487d1ae23766f8588a773"}},"id":"prt_0890fa3c30013lyxtEGSRLdAAd","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890f8f430015rcvq3NpQ964mm"}}
{"type":"step_finish","timestamp":1789005919257,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0890ff416001WsUq5AzxhS5UfQ","reason":"tool-calls","snapshot":"e97aa46755060db7fdbc9a408ec9cd2ed91dcd6f","messageID":"msg_0890f8f430015rcvq3NpQ964mm","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":90014,"input":379,"output":653,"reasoning":22,"cache":{"write":0,"read":88960}},"cost":0}}
{"type":"step_start","timestamp":1789005923012,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0891002bf001yvIWTlTZFnBg1D","messageID":"msg_0890ff44e001PGVNPm2ao3vnfR","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"0cc480dcc13ac0e4ea45c08fe443905d07a02e18","type":"step-start"}}
{"type":"tool_use","timestamp":1789005926559,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"type":"tool","tool":"todowrite","callID":"call_A20XjmSA0uEyjDul7c1U1UaN","state":{"status":"completed","input":{"todos":[{"content":"Load canonical campaign state, contract, policy, surprises, and verify model/source/worktree identities","status":"completed","priority":"high"},{"content":"Perform architecture review within contract-owned scope and capture source-bound findings","status":"completed","priority":"high"},{"content":"Run required validation and persist mandatory fresh checkpoint with one exact next action","status":"completed","priority":"high"}]},"output":"[\n  {\n    \"content\": \"Load canonical campaign state, contract, policy, surprises, and verify model/source/worktree identities\",\n    \"status\": \"completed\",\n    \"priority\": \"high\"\n  },\n  {\n    \"content\": \"Perform architecture review within contract-owned scope and capture source-bound findings\",\n    \"status\": \"completed\",\n    \"priority\": \"high\"\n  },\n  {\n    \"content\": \"Run required validation and persist mandatory fresh checkpoint with one exact next action\",\n    \"status\": \"completed\",\n    \"priority\": \"high\"\n  }\n]","metadata":{"todos":[{"content":"Load canonical campaign state, contract, policy, surprises, and verify model/source/worktree identities","status":"completed","priority":"high"},{"content":"Perform architecture review within contract-owned scope and capture source-bound findings","status":"completed","priority":"high"},{"content":"Run required validation and persist mandatory fresh checkpoint with one exact next action","status":"completed","priority":"high"}],"truncated":false},"title":"0 todos","time":{"start":1789005926554,"end":1789005926557}},"metadata":{"openai":{"itemId":"fc_01dd9bef50a45459016aa21063d4b887d1b8414d473a17d58a"}},"id":"prt_089100631001aTc4sS6k8CUUOa","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","messageID":"msg_0890ff44e001PGVNPm2ao3vnfR"}}
{"type":"step_finish","timestamp":1789005926691,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0891011200014uIAkKAxNbNPlY","reason":"tool-calls","snapshot":"26a09615943002b49db9eba804b288b30fb35c5f","messageID":"msg_0890ff44e001PGVNPm2ao3vnfR","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":90920,"input":1596,"output":98,"reasoning":10,"cache":{"write":0,"read":89216}},"cost":0}}
{"type":"step_start","timestamp":1789005928624,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0891018ac001RoxXF6NwAUgNGR","messageID":"msg_08910114e001ENROGtw4M06H7Q","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","snapshot":"88be095d9cf064d4a6bcc21cfe65d22375c4703f","type":"step-start"}}
{"type":"text","timestamp":1789005934239,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_0891018ae001rIrzN7x3geg7gs","messageID":"msg_08910114e001ENROGtw4M06H7Q","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"text","text":"Fresh 40-step architecture quantum completed without delegation.\n\n- Added architecture plan: `campaign/research/research-live-record-bridge.md`\n- Contract remains `proposed`; implementation is blocked pending exact ABI/address proof and required manifests/tooling.\n- Verified paired worktree HEADs and Git identities.\n- Read all canonical surprises; all are resolved.\n- `git diff --check` passed.\n- Campaign validation passed.\n- No lab resources, leases, commits, staging, or pushes performed.\n- Mandatory checkpoint written:\n  `campaign/runtime/checkpoints/research-live-record-bridge-8e9edede56a97b4ee38a63e0.json`\n\nExact next action is persisted in that checkpoint: establish the callable boundary and ABI at `0x0079a150` versus interior site `0x0079a184`.","time":{"start":1789005928622,"end":1789005934237},"metadata":{"openai":{"itemId":"msg_09ec471c4c50368e016aa2106898cc87d1b99239e3e3f09323","phase":"final_answer"}}}}
{"type":"step_finish","timestamp":1789005934421,"sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","part":{"id":"prt_089102f53001s9SvKbLcwrw1pI","reason":"stop","snapshot":"079638a4ed23e6da4ab806181262aa2edf93b80c","messageID":"msg_08910114e001ENROGtw4M06H7Q","sessionID":"ses_f76f40918ffe0ubgTL7jJRmg5m","type":"step-finish","tokens":{"total":91223,"input":426,"output":173,"reasoning":0,"cache":{"write":0,"read":90624}},"cost":0}}