# reply-end-controls - Phase 1 Acceptance Success Report

- Date: 2026-05-13
- Scope: Telegram-only, OpenClaw-backed acceptance
- Environment: `openclawtest`
- Status: Phase 1 acceptance successful

## Acceptance result

Phase 1 acceptance is successful.

The project has now demonstrated, on a real Telegram bot and real Telegram chat, the full core interaction path that Phase 1 required.

## What was validated

### 1. Reply-end buttons appear on assistant replies

A live assistant reply was sent through the rebuilt `openclawtest` runtime, and the user confirmed that the reply contained the expected reply-end buttons.

### 2. Continue button flow works end-to-end

For the continue acceptance case:

- the user clicked `A. 繼續`
- raw callback data was recorded
- state persistence succeeded
- button UI update succeeded
- acknowledgement reply succeeded

Observed persisted state shape:

```json
{
  "864811879": {
    "lastChoice": "continue",
    "lastChoiceAt": "...",
    "sourceMessageId": "47",
    "sourceCallbackId": "...",
    "active": true
  }
}
```

This proves the full callback-to-state path for `continue`.

### 3. Stop button flow works end-to-end

For the stop acceptance case:

- the user clicked `B. 就這樣吧，不需要額外處理`
- raw callback data was recorded as `rec:stop`
- state persistence succeeded
- button UI update succeeded
- acknowledgement reply succeeded

Observed persisted state shape:

```json
{
  "864811879": {
    "lastChoice": "stop",
    "lastChoiceAt": "...",
    "sourceMessageId": "49",
    "sourceCallbackId": "...",
    "active": true
  }
}
```

This proves the full callback-to-state path for `stop`.

### 4. Stop state affects later assistant behavior

After the `stop` state was written, a later inbound message was sent to the assistant.

The resulting assistant reply was visibly more restrained and closing-oriented than before, including language such as:

- `好，我先不打擾你。`
- `你先這樣沒問題。`

This proves that reply-end state is not merely recorded; it influences later behavior.

## Rebuild acceptance also succeeded

Acceptance was not only run on a long-lived patched runtime.

The following was also validated:

1. take pristine `openclaw@2026.5.7` runtime files
2. apply the project patch set using the repo scripts
3. restart the OpenClaw gateway
4. verify the reply-end-controls interaction on the live Telegram path

This proves the project has crossed from one-off hand patching into a reproducible acceptance-capable integration flow.

## Phase 1 scope satisfied

The original Phase 1 feature goals are now met:

- buttons can be attached to replies
- callback clicks can be received
- callback state can be persisted
- later turns can read the state and alter behavior

## Known limitations after acceptance

Phase 1 is accepted, but the feature is not yet fully productized.

Remaining limitations include:

- implementation still depends on runtime patching inside OpenClaw
- stop behavior influences later turns but is not yet maximally strict
- only Telegram is supported
- acceptance still involves some manual verification on Telegram UI

These are valid next-phase concerns, but they do not block Phase 1 acceptance.

## Final judgment

Phase 1 is complete and accepted.

Further work should now be treated as next-phase hardening and productization, not as unfinished Phase 1 work.