{ "provenance": { "worktree": "/home/ubuntu/wt/issue-23191", "head": "5f90bd3add7ede32d1fa75c2c298a324d4629d45", "comparisonBase": "49e97d48f9742ba4c5ab79efc618fbf9066523ec", "originalFix": "ec336f235f5df4081bbdc533d374695b0b94d687", "originalBase": "8acbefefc5", "incomingChangeSinceOriginalFix": [ "docs/user/welcome-wizard.md" ], "server": "existing dev backend loopback 15558; web 7518 unused", "isolatedHome": "/home/ubuntu/wt/issue-23191/.t3", "serverStartedAt": "2026-10-22T01:41:35.923Z", "provider": "codex", "model": "gpt-6.1-sol", "protocolInitialize": [ { "observedAt": "2026-10-22T01:42:43.348Z", "clientInfo": { "name": "T3 Code", "title": "T3 Code", "version": "0.1.1" } } ], "sourceStatus": "", "diffStat": " apps/server/src/mcp/toolkits/orchestrator/tools.ts | 2 +-\n packages/contracts/src/orchestratorMcp.ts | 2 +-\n packages/provider-core/src/server/orchestrationInstructions.ts | 3 ++-\n 3 files changed, 4 insertions(+), 3 deletions(-)\n" }, "sanitization": "Allowlisted instruction sections, tool description and mode schema, probe calls/results and sleep commands. No auth headers, tokens, credentials, environment variables, database rows, or unrelated conversation. Capability catalog omitted except inherited selection. tools/list captured over HTTP using short-lived session issued and revoked with existing auth service in isolated home.", "actualProviderBoundContext": { "observedAt": "2026-10-22T01:42:55.216Z", "direction": "outgoing", "method": "turn/start", "threadId": "01a16146-62f7-7063-856a-50600a435310", "model": "gpt-6.1-sol", "additionalContext": { "t3_code_orchestration_01": { "kind": "application", "value": "## T3 Code orchestration\n\nThe `t3-code` MCP server provides app-owned orchestration. Treat these concepts distinctly:\n\n- A delegated task/subagent is child work owned by the current thread. Use `orchestrator_capabilities` to discover the current provider/model IDs from the same live catalog as the composer, including configured custom models. It lists a short set of models per provider; pass `search` to find others. Do not treat a native tool's model list as the full list of available subagent models. Prefer native subagent tools for same-provider work only when they support the chosen model and no model options are requested or inherited. Use `delegate_task` with that provider instance and model when native tools cannot, including for same-provider work. Also use `delegate_task` for cross-provider or explicitly T3-owned child tasks. For a child task that needs a separate checkout, use `delegate_task` with `isolation:\"worktree\"` across any provider or model. It starts from the parent local commit and runs project setup; uncommitted edits are not copied. Retain each returned `taskId`, and use `task_status` or `task_cancel` to manage it. The returned `childThreadId` is backing storage for the subagent, not the target for starting another delegated review round.\n- `t3_thread_launch` and `create_threads` create ordinary top-level T3 conversations. Use them only when the user explicitly asks for separate/new/top-level threads or conversations. Never use them merely because the user said \"subagent\" or requested parallel delegated work.\n- For every T3 delegated review round, call `delegate_task` again. Include the original brief, prior findings, responses, and unresolved objections in each new task prompt. Track each round by its own `taskId`. Use a distinct `clientRequestId` per round, stable across retries of that round. Do not use `t3_thread_send` on `childThreadId` to continue a delegated review.\n- For parallel children, launch every child with `delegate_task` `mode:\"async\"` before any blocking wait, and retain each returned `taskId`. Your MCP client may run tool calls one at a time before T3 receives them, so batching `mode:\"wait\"` calls can run the children one after another. Do not describe a child as running until its launch response confirms it." }, "t3_code_orchestration_02": { "kind": "application", "value": "- `schedule_task` creates persistent recurring work in the app scheduler. Pass `schedule` as a structured object, never as JSON text: `{\"type\":\"interval\",\"everyMs\":3600000}` for an interval, or `{\"type\":\"fixed_time\",\"timeOfDay\":\"09:00\",\"weekdays\":[1,2,3,4,5]}` for a wall-clock schedule, or `{\"type\":\"webhook\"}` to run on each request to the returned `webhookUrl` (the run sees the request only through `{{body.path}}`-style placeholders in the prompt). By default runs return to the current thread, which suits orchestrating: each trigger arrives here and you delegate or dedupe; set `bindToCurrentThread=false` only when the user wants a fresh thread for every run. After scheduling a timer, report the returned cadence and next run time; for a webhook, report its `webhookUrl`, or say T3 Connect remote access is needed if it is missing.\n- When you need a secret from the user (a token, API key, or webhook signing secret), call `request_secret` so they enter it privately, then pass the returned `secretRef` to the tool that needs it, e.g. `signature.secretRef` on a webhook task for a sender that signs requests such as GitHub. A `secretRef` works once. Never ask for a secret in chat, never invent one, and never repeat one.\n- To mention another thread to the user, link it as `[title](t3-thread://v1/)` with its exact `threadId`, not URL-encoded. T3 Code opens the thread in the app and shows its current title." }, "t3_code_orchestration_03": { "kind": "application", "value": "### Choose the workspace before starting a new thread\n\nFor independent implementation or a PR stack in its own worktree, use `t3_thread_launch` with an explicit `workspaceStrategy`. It creates or selects the workspace, binds the new thread to it, and prepares it before the agent starts. Put the task in `message`, not `prompt`:\n\n- New worktree: `{\"title\":\"UI cleanup\",\"workspaceStrategy\":{\"type\":\"worktree\",\"baseRef\":\"feature/base\",\"branch\":\"feature/ui-cleanup\",\"startFromOrigin\":false},\"message\":\"Implement the cleanup and open a PR against feature/base.\"}`\n- Existing worktree: `{\"title\":\"Continue cleanup\",\"workspaceStrategy\":{\"type\":\"existing_worktree\",\"worktreePath\":\"/absolute/path/to/worktree\",\"branch\":\"feature/ui-cleanup\"},\"message\":\"Continue the cleanup.\"}`\n- Project's main checkout: `workspaceStrategy:{\"type\":\"root\"}`. Omitting workspaceStrategy also selects root; it does not inherit the caller's worktree.\n\nFor stacked work, set `baseRef` to the intended parent branch and `startFromOrigin:false` to use its local commits. Use `startFromOrigin:true` when you intend to fetch the base branch's remote and start from it. Uncommitted edits are not copied. Use `t3_worktree_list` to discover existing checkout paths. Project, model selection, and modes inherit unless supplied; a launched thread may not run with broader modes than yours.\n\n`t3_thread_launch` is the single-thread launch tool. Use `create_threads` only for a batch of threads intentionally sharing the caller's checkout: it always inherits the caller's project, branch, and worktree and has no workspace override. Asking an agent to run `git worktree add` or `cd` in its prompt does not update T3's thread binding. Select the workspace in the launch call instead. `t3_worktree_handoff` moves the calling thread, not another thread, and cannot move a thread already attached to a worktree.\n\n`t3_thread_launch` has no idempotency key. Retain its returned threadId and inspect it with `t3_thread_read` / `t3_thread_wait`; preparation can still be running after acceptance. If a launch fails or its response is lost, inspect `t3_thread_list` before retrying, since a thread may already exist." }, "t3_code_orchestration_04": { "kind": "application", "value": "Tool names may include a harness-normalized MCP prefix, such as `mcp__t3_code__delegate_task`; the semantics are the same. Some harnesses attach optional MCP servers lazily: if an initial tool-catalog scan does not show T3 tools, do not conclude that cross-provider delegation is unavailable. Make one bounded direct attempt using the known T3 tool name on the next tool step. In Codex code mode, for example, call `tools.mcp__t3_code__orchestrator_capabilities({})` before reporting that the capability is absent. Keep polling/wait loops bounded, do not duplicate active work, and use stable `clientRequestId` values when retrying tools that accept them.\n\nACP fallback: some ACP agents accept the injected MCP server but fail to expose its tools. When the T3 tools are absent and `T3_ACP_MCP_NODE` is present, call the same tools through the terminal: `ELECTRON_RUN_AS_NODE=1 \"$T3_ACP_MCP_NODE\" ${T3_ACP_MCP_ENTRYPOINT:+\"$T3_ACP_MCP_ENTRYPOINT\"} acp-mcp-call orchestrator_capabilities '{}'` (`T3_ACP_MCP_ENTRYPOINT` is unset when T3 runs as a standalone executable). Delegate with `acp-mcp-call delegate_task '{\"task\":\"...\",\"target\":{\"providerInstanceId\":\"...\",\"model\":\"...\"},\"mode\":\"async\",\"clientRequestId\":\"...\"}'`. This is the supported T3 transport fallback, not an ordinary shell-based substitute for delegation.\n\n### Showing visuals\n\nWhen a chart, table, diagram, image collage, or mockup would say more than prose, build a self-contained HTML page, check it with `html_preview`, then publish it with `html_render` before your final reply. The reader sees the page above that reply, so don't announce or restate it; add only what it doesn't say." }, "t3_code_orchestration_05": { "kind": "application", "value": "- When model options are requested or the child keeps the parent's provider instance and model with nonempty `inheritedOptions` from `orchestrator_capabilities`, use `delegate_task` even for native-supported models. Native subagents cannot reliably apply T3 model options. Read the selected model's descriptors from `orchestrator_capabilities` and put settings in `target.options`, not only in the prompt. Claude commonly uses {\"effort\":\"max\",\"fastMode\":true}; Codex uses {\"reasoningEffort\":\"max\",\"serviceTier\":\"priority\"}. Do not translate max to high or ignore unsupported settings: report a capability mismatch. Options inherit only for the same provider instance and model; explicit entries override individual values, and [] or {} clears them. Check the returned providerInstanceId, model, and options against the requested selection." } }, "allContextEntryUtf8Bytes": { "t3_code_orchestration_01": 2287, "t3_code_orchestration_02": 1428, "t3_code_orchestration_03": 2166, "t3_code_orchestration_04": 1653, "t3_code_orchestration_05": 839, "t3_code_runtime": 1570, "t3_code_tools": 1988 } }, "actualMcpToolsList": { "capturedAt": "2026-10-22T01:42:33.932Z", "endpoint": "loopback dev backend 15558 /mcp", "method": "tools/list", "tool": { "name": "delegate_task", "description": "Needs an agent running inside a T3 thread. Delegate one task to a T3-owned child agent/subagent of THIS thread and run it with only the supplied task prompt, without copying parent conversation history. Choose providers and models from orchestrator_capabilities, which uses the same live catalog as the composer. Prefer native subagent tools for same-provider work only when they support the chosen model and no model options are requested or inherited. Use this for any model missing from the native tool, including same-provider work, for cross-provider work, or for explicitly T3-owned child tasks. For every T3 delegated review round, call delegate_task again with the original brief, prior findings, responses, and unresolved objections in the task prompt. Track each round by its own taskId and use a distinct clientRequestId per round, stable across retries of that round. The childThreadId is backing storage, not the target for starting another delegated review round through t3_thread_send. Set isolation to worktree for a separate checkout based on the parent local commit, with project setup completed before the child starts. Uncommitted edits are not copied; omitted isolation shares the parent checkout. Use delegate_task when model options are requested or the child keeps the parent's provider instance and model with nonempty inheritedOptions from orchestrator_capabilities, even for native-supported models. Native subagents cannot reliably apply T3 model options. Set target.options using advertised IDs: Claude {effort: 'max', fastMode: true}; Codex {reasoningEffort: 'max', serviceTier: 'priority'}. Check providerInstanceId, model, and options in the result. Provider/model and modes inherit unless overridden. Options inherit only for the same instance and model; explicit entries override individual values and [] or {} clears them. A requested runtimeMode must be one the target provider lists in orchestrator_capabilities runtimeModes; an inherited one steps down to the broadest mode it offers. Leave runtimeMode unset unless the user asks for a supervised child: approval-required and auto-accept-edits usually make the child wait for a person at each action that needs approval. Prefer mode='async' for long work; mode='wait' blocks until completion, a blocking question, a pending approval, or timeout. For parallel children, launch each with mode='async' before any blocking wait and keep every returned taskId: the provider's MCP client may serialize batched mode='wait' calls before T3 receives them. A child is not running until its launch response confirms it. If hasPendingQuestion, pass threadId=childThreadId to t3_pending_request_list, t3_pending_request_read (with requestId) and t3_pending_request_respond, or ask the user; the task's completion still wakes this thread. If pendingApproval is set, read the fresh full request in childThreadId before responding: the record can outlive its provider callback. It grants no approval authority; decisions remain with the child's existing approval holder, and pending request tools answer questions only. The child keeps running and its completion still wakes this thread. timeoutMs on mode=wait is only the parent's wait budget and does not cancel the child. waitTimedOut on that wait call means the timeout fired; keep that taskId and read status on later task_status. An async child's completion wakes this thread through a notification, steered into active turns where supported or queued otherwise, so end the turn instead of polling or spawning watchers; use task_status only when the result is needed mid-turn.", "inputSchema": { "properties": { "mode": { "anyOf": [ { "type": "string", "enum": [ "async", "wait" ], "description": "Defaults to async. Use wait only when this turn needs the child's result before you can continue. A blocking question or a pending approval in the child ends the wait early with the task still running. For parallel children, launch all of them with async first; batched wait calls may run one at a time in the provider's MCP client." }, { "type": "null" } ] } } } } }, "devProbeTranscript": [ { "observedAt": "2026-10-22T01:43:02.507Z", "event": "item/started", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "orchestrator_capabilities", "arguments": {}, "status": "inProgress", "durationMs": null }, { "observedAt": "2026-10-22T01:43:02.921Z", "event": "item/completed", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "orchestrator_capabilities", "arguments": {}, "status": "completed", "durationMs": 385, "result": { "parentThreadId": "mcp:2ed33d93-77ae-42cf-8e0b-e78e346668a5", "inheritedProviderInstanceId": "codex", "inheritedModel": "gpt-6.1-sol", "inheritedOptions": [], "runtimeMode": "full-access", "interactionMode": "default" } }, { "observedAt": "2026-10-22T01:43:09.742Z", "event": "item/started", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "delegate_task", "arguments": { "task": "Read-only evidence probe. Execute only the shell command `sleep 15`, then reply exactly PROBE_COMPLETE. No file edits, servers, browsers, PR actions, or further children.", "target": { "providerInstanceId": "codex", "model": "gpt-6.1-sol" }, "mode": "async", "clientRequestId": "issue23191-dev-proof-a" }, "status": "inProgress", "durationMs": null }, { "observedAt": "2026-10-22T01:43:10.350Z", "event": "item/completed", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "delegate_task", "arguments": { "task": "Read-only evidence probe. Execute only the shell command `sleep 15`, then reply exactly PROBE_COMPLETE. No file edits, servers, browsers, PR actions, or further children.", "target": { "providerInstanceId": "codex", "model": "gpt-6.1-sol" }, "mode": "async", "clientRequestId": "issue23191-dev-proof-a" }, "status": "completed", "durationMs": 605, "result": { "taskId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-a", "childThreadId": "thread:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-a", "childRunId": "run:thread:thread%3Adelegated-task%3Acommand%253Amcp%253Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%253Adelegate-task%253Aissue23191-dev-proof-a:ordinal:1", "childNodeId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-a", "status": "running", "workState": "working", "hasPendingChildRuns": false, "latestTerminalRunId": null, "latestTerminalStatus": null, "latestTerminalSummary": null, "latestTerminalResultContextTransferId": null, "providerInstanceId": "codex", "model": "gpt-6.1-sol", "options": [], "summary": null, "resultContextTransferId": null, "hasPendingQuestion": false, "pendingApproval": null, "waitTimedOut": false } }, { "observedAt": "2026-10-22T01:43:10.435Z", "event": "item/started", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "delegate_task", "arguments": { "task": "Read-only evidence probe. Execute only the shell command `sleep 15`, then reply exactly PROBE_COMPLETE. No file edits, servers, browsers, PR actions, or further children.", "target": { "providerInstanceId": "codex", "model": "gpt-6.1-sol" }, "mode": "async", "clientRequestId": "issue23191-dev-proof-b" }, "status": "inProgress", "durationMs": null }, { "observedAt": "2026-10-22T01:43:10.929Z", "event": "item/completed", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "delegate_task", "arguments": { "task": "Read-only evidence probe. Execute only the shell command `sleep 15`, then reply exactly PROBE_COMPLETE. No file edits, servers, browsers, PR actions, or further children.", "target": { "providerInstanceId": "codex", "model": "gpt-6.1-sol" }, "mode": "async", "clientRequestId": "issue23191-dev-proof-b" }, "status": "completed", "durationMs": 469, "result": { "taskId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b", "childThreadId": "thread:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b", "childRunId": "run:thread:thread%3Adelegated-task%3Acommand%253Amcp%253Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%253Adelegate-task%253Aissue23191-dev-proof-b:ordinal:1", "childNodeId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b", "status": "running", "workState": "working", "hasPendingChildRuns": false, "latestTerminalRunId": null, "latestTerminalStatus": null, "latestTerminalSummary": null, "latestTerminalResultContextTransferId": null, "providerInstanceId": "codex", "model": "gpt-6.1-sol", "options": [], "summary": null, "resultContextTransferId": null, "hasPendingQuestion": false, "pendingApproval": null, "waitTimedOut": false } }, { "observedAt": "2026-10-22T01:43:17.716Z", "event": "item/started", "threadId": "01a16146-c4f7-7ed3-a7f4-ebbaf17f45a3", "item": { "type": "commandExecution", "command": "/bin/bash -lc 'sleep 15'", "status": "inProgress", "exitCode": null, "durationMs": null } }, { "observedAt": "2026-10-22T01:43:21.509Z", "event": "item/started", "threadId": "01a16146-c8dd-72c0-9024-0896b8d7d2fd", "item": { "type": "commandExecution", "command": "/bin/bash -lc 'sleep 15'", "status": "inProgress", "exitCode": null, "durationMs": null } }, { "observedAt": "2026-10-22T01:43:32.723Z", "event": "item/completed", "threadId": "01a16146-c4f7-7ed3-a7f4-ebbaf17f45a3", "item": { "type": "commandExecution", "command": "/bin/bash -lc 'sleep 15'", "status": "completed", "exitCode": 0, "durationMs": 14943 } }, { "observedAt": "2026-10-22T01:43:36.514Z", "event": "item/completed", "threadId": "01a16146-c8dd-72c0-9024-0896b8d7d2fd", "item": { "type": "commandExecution", "command": "/bin/bash -lc 'sleep 15'", "status": "completed", "exitCode": 0, "durationMs": 14927 } }, { "observedAt": "2026-10-22T01:43:42.021Z", "event": "item/started", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "task_status", "arguments": { "taskId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-a" }, "status": "inProgress", "durationMs": null }, { "observedAt": "2026-10-22T01:43:42.235Z", "event": "item/completed", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "task_status", "arguments": { "taskId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-a" }, "status": "completed", "durationMs": 260, "result": { "taskId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-a", "childThreadId": "thread:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-a", "childRunId": "run:thread:thread%3Adelegated-task%3Acommand%253Amcp%253Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%253Adelegate-task%253Aissue23191-dev-proof-a:ordinal:1", "childNodeId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-a", "status": "completed", "workState": "result_available", "hasPendingChildRuns": false, "latestTerminalRunId": "run:thread:thread%3Adelegated-task%3Acommand%253Amcp%253Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%253Adelegate-task%253Aissue23191-dev-proof-a:ordinal:1", "latestTerminalStatus": "completed", "latestTerminalSummary": null, "latestTerminalResultContextTransferId": null, "providerInstanceId": "codex", "model": "gpt-6.1-sol", "options": [], "summary": "PROBE_COMPLETE", "resultContextTransferId": "context-transfer:type:subagent_result:source-thread:thread%3Adelegated-task%3Acommand%253Amcp%253Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%253Adelegate-task%253Aissue23191-dev-proof-a:target-thread:mcp%3A2ed33d93-77ae-42cf-8e0b-e78e346668a5:2138a2b8-e059-4e04-bd8f-64e3b914eab1", "hasPendingQuestion": false, "pendingApproval": null, "waitTimedOut": false } }, { "observedAt": "2026-10-22T01:43:42.311Z", "event": "item/started", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "task_status", "arguments": { "taskId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b" }, "status": "inProgress", "durationMs": null }, { "observedAt": "2026-10-22T01:43:42.426Z", "event": "item/completed", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "task_status", "arguments": { "taskId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b" }, "status": "completed", "durationMs": 173, "result": { "taskId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b", "childThreadId": "thread:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b", "childRunId": "run:thread:thread%3Adelegated-task%3Acommand%253Amcp%253Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%253Adelegate-task%253Aissue23191-dev-proof-b:ordinal:1", "childNodeId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b", "status": "running", "workState": "working", "hasPendingChildRuns": false, "latestTerminalRunId": null, "latestTerminalStatus": null, "latestTerminalSummary": null, "latestTerminalResultContextTransferId": null, "providerInstanceId": "codex", "model": "gpt-6.1-sol", "options": [], "summary": null, "resultContextTransferId": null, "hasPendingQuestion": false, "pendingApproval": null, "waitTimedOut": false } }, { "observedAt": "2026-10-22T01:43:54.811Z", "event": "item/started", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "task_status", "arguments": { "taskId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b" }, "status": "inProgress", "durationMs": null }, { "observedAt": "2026-10-22T01:43:55.029Z", "event": "item/completed", "threadId": "01a16146-62f7-7063-856a-50600a435310", "tool": "task_status", "arguments": { "taskId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b" }, "status": "completed", "durationMs": 208, "result": { "taskId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b", "childThreadId": "thread:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b", "childRunId": "run:thread:thread%3Adelegated-task%3Acommand%253Amcp%253Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%253Adelegate-task%253Aissue23191-dev-proof-b:ordinal:1", "childNodeId": "node:delegated-task:command%3Amcp%3Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%3Adelegate-task%3Aissue23191-dev-proof-b", "status": "completed", "workState": "result_available", "hasPendingChildRuns": false, "latestTerminalRunId": "run:thread:thread%3Adelegated-task%3Acommand%253Amcp%253Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%253Adelegate-task%253Aissue23191-dev-proof-b:ordinal:1", "latestTerminalStatus": "completed", "latestTerminalSummary": null, "latestTerminalResultContextTransferId": null, "providerInstanceId": "codex", "model": "gpt-6.1-sol", "options": [], "summary": "PROBE_COMPLETE", "resultContextTransferId": "context-transfer:type:subagent_result:source-thread:thread%3Adelegated-task%3Acommand%253Amcp%253Aa2ae59d3-bab8-40c8-90b2-d28d56c183df%253Adelegate-task%253Aissue23191-dev-proof-b:target-thread:mcp%3A2ed33d93-77ae-42cf-8e0b-e78e346668a5:8ac8c5c0-f6e1-421e-8529-3fea228d3ef4", "hasPendingQuestion": false, "pendingApproval": null, "waitTimedOut": false } } ], "installedBuildBaseline": { "limitation": "Supplied runtime.json is LIVE installed-build evidence, not fixed dev-build evidence. No original provider/build identity established.", "events": [ { "timestamp": "2026-10-22T01:26:25.755Z", "event": "item/started", "request": "triage-23191-probe-1-a", "mode": "wait", "durationMs": null, "status": null, "waitTimedOut": null, "taskId": null }, { "timestamp": "2026-10-22T01:26:36.243Z", "event": "item/completed", "request": "triage-23191-probe-1-a", "mode": "wait", "durationMs": 10479, "status": "running", "waitTimedOut": true, "taskId": "node:delegated-task:command%3Amcp%3A9dfc78da-21c7-4cde-84c5-3b440f912778%3Adelegate-task%3Atriage-23191-probe-1-a" }, { "timestamp": "2026-10-22T01:26:36.317Z", "event": "item/started", "request": "triage-23191-probe-1-b", "mode": "wait", "durationMs": null, "status": null, "waitTimedOut": null, "taskId": null }, { "timestamp": "2026-10-22T01:26:46.613Z", "event": "item/completed", "request": "triage-23191-probe-1-b", "mode": "wait", "durationMs": 10249, "status": "running", "waitTimedOut": true, "taskId": "node:delegated-task:command%3Amcp%3A9dfc78da-21c7-4cde-84c5-3b440f912778%3Adelegate-task%3Atriage-23191-probe-1-b" }, { "timestamp": "2026-10-22T01:29:57.136Z", "event": "item/started", "request": "triage-23191-async-1-a", "mode": "async", "durationMs": null, "status": null, "waitTimedOut": null, "taskId": null }, { "timestamp": "2026-10-22T01:29:57.526Z", "event": "item/completed", "request": "triage-23191-async-1-a", "mode": "async", "durationMs": 379, "status": "running", "waitTimedOut": false, "taskId": "node:delegated-task:command%3Amcp%3A9dfc78da-21c7-4cde-84c5-3b440f912778%3Adelegate-task%3Atriage-23191-async-1-a" }, { "timestamp": "2026-10-22T01:29:57.527Z", "event": "item/started", "request": "triage-23191-async-1-b", "mode": "async", "durationMs": null, "status": null, "waitTimedOut": null, "taskId": null }, { "timestamp": "2026-10-22T01:29:57.931Z", "event": "item/completed", "request": "triage-23191-async-1-b", "mode": "async", "durationMs": 337, "status": "running", "waitTimedOut": false, "taskId": "node:delegated-task:command%3Amcp%3A9dfc78da-21c7-4cde-84c5-3b440f912778%3Adelegate-task%3Atriage-23191-async-1-b" } ] }, "verification": { "twoDistinctTaskIds": true, "bothAsyncLaunchConfirmationsBeforeAnyTaskStatus": true, "bothChildrenCompletedWithProbeComplete": true, "orchestrationSectionsSorted": true, "allActualContextEntriesAtMost4000Utf8Bytes": true, "focusedTests": "Primary-owned final-tests.log reports CodexDeveloperInstructions.test.ts: 16 tests passed; not rerun by evidence capture." }, "limitations": [ "No claim of parallel CPU execution; evidence establishes accepted async launches before status requests and both eventual completions.", "Original baseline demonstrates external client wait-call serialization; it is not a dev-build regression replay.", "No UI fixture applies; no server or browser launched for capture.", "Provider protocol log records actual outbound decoded turn/start payload; this does not prove the model followed every instruction." ] }