Chapter 6 experiment ledger

Records for the two experiments that moved here from chapter 4 when chapter 6 (“Interaction”) was split out, plus the native-asynchronous-model experiment. Same convention as the chapter 4 ledger: official_complete is true only when every gate named by the manuscript has substantive real evidence.

Experiment	Canonical run	Status	official_complete	Manifest SHA-256
6-1	agent-with-event-trigger/validation/experiment_6_1/credential_probe_20260730T064500Z	blocked	false	3f689dfee915503f61ca30e9b590e24c8950496ca90fbf365def83805e877d0a (stale, see note)
6-2	async-agent/validation/experiment_6_2/real_subprocess_20260730T052500Z	passed	true	fff6b43a2e3a0b706fdd68bca289119f726d3f827f3f4d837e97321f7d48a825
6-3	astra-async-steering/validation/runs/exp6-14-20260905-formal	passed	true	bfece1666a63131e44c911908f4b0a07e6afffb719e8463b7507840d7d998c9e

6-1's recorded hash no longer verifies. The manifest's experiment field was relabelled 4-5 → 6-1 during the chapter-6 split, which changed the file, but neither this value nor the one in agent-with-event-trigger/validation/experiment_6_1/latest.json was updated. The file now hashes to 5b8befd016806b719bec1eca4ac3caa12067308b65cdee19e8ef358bd8f864c5. It is left as-is pending a re-run or an explicitly documented recomputation, rather than being silently overwritten.

Experiment 6-1 — event-driven mailbox agent

Manuscript gates: three real inbound test-mailbox events processed FIFO: meeting/calendar conflict plus draft, complaint extraction plus high-priority notification, and marketing archive plus provider verification.

• The campaign fetched and hashed all eight official Unipile Email/Calendar schema documents and made credential-redacted live API probes.
• Blocked before mailbox mutation: the configured Unipile credential returns 401 with both documented X-API-KEY and diagnostic Bearer authentication. Therefore zero local/synthetic mail objects were substituted and no three-email success is claimed.

Experiment 6-2 — interruptible asynchronous agent

All four exact manuscript scenarios passed with real OS subprocesses: a 3–5 second command remained non-blocking while the time question was answered; queued instructions were appended once and produced a Japanese HTML artifact; an interrupt terminated the real child process and the runtime recovered; and the 3%/2%/1% parallel jobs triggered exactly one status query after the fast job, preserved the >50% job, cancelled only the <=50% job, and produced a hashed integrated report. The canonical summary is async-agent/validation/experiment_6_2/real_subprocess_20260730T052500Z/summary.json.

Experiment 6-3 — native asynchronous tools and mid-turn steering

The Astra experiment follows the event queue (6-1) and the compatibility runtime (6-2) in manuscript order. Its five groups, each repeated three times, have retained wire events and replayable judgments; the three legacy-model cases require an explicit capability rejection. See the companion README for protocol details, measurements, and limits.

Current numbering and archived evidence

正文按阅读顺序编号。项目名称用于定位代码，运行目录及证据内部标识用于定位已经发生的实验；重新编号不改写既有记录、源码快照或哈希。以下“归档编号”只用于查阅历史记录，不是当前正文的编号。各项目 README 使用当前编号，既有运行器与验证器可继续使用原有证据标识。

当前正文	项目与主题	归档编号
6-1	邮件事件	6-1
6-2	运行时异步与打断	6-2
6-3	模型原生异步与中途引导	6-14
6-4	传统语音 Agent	6-3
6-5	流式语音感知	6-4
6-6	端到端全模态语音	6-5
6-7	控制标记 TTS	6-6
6-8	Anthropic Computer Use	6-7
6-9	browser-use 开放模型	6-8
6-10	XLeRobot 真机遥操作	6-9
6-11	模拟控制上限	6-10
6-12	XLeRobot 自主操作	6-11
6-13	模拟闭环比较	6-12
6-14	RGB 跨环境测试	6-13