openclaw - 💡(How to fix) Fix 多渠道会话上下文共享 / Cross-channel context sharing [1 comments, 2 participants]

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openclaw/openclaw#54955Fetched 2026-04-08 01:34:08
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我在多个渠道使用 OpenClaw(微信、飞书、电脑端),但各渠道的会话上下文完全独立。

Root Cause

我在多个渠道使用 OpenClaw(微信、飞书、电脑端),但各渠道的会话上下文完全独立。

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Summary

我在多个渠道使用 OpenClaw(微信、飞书、电脑端),但各渠道的会话上下文完全独立。

Problem to solve

同一个问题需要在每个渠道重复说一遍,不知道哪个渠道说了什么。 建议:能否像 Slack/Discord 那样,让同一个 bot 在不同渠道共享会话记忆?或者提供跨渠道的记忆同步机制? 场景:用户说"记住这个"后,所有渠道都能查到。

Proposed solution

能否像 Slack/Discord 那样,让同一个 bot 在不同渠道共享会话记忆?或者提供跨渠道的记忆同步机制?

Alternatives considered

能否像 Slack/Discord 那样,让同一个 bot 在不同渠道共享会话记忆?或者提供跨渠道的记忆同步机制?

Impact

但各渠道的会话上下文完全独立。 同一个问题需要在每个渠道重复说一遍,不知道哪个渠道说了什么

Evidence/examples

No response

Additional information

No response

extent analysis

Fix Plan

To achieve cross-channel conversation memory sharing, we can implement a centralized storage solution. Here are the steps:

  • Design a database schema to store conversation context
  • Choose a suitable database management system (e.g., Redis, MongoDB)
  • Implement API endpoints for storing and retrieving conversation context
  • Modify the bot to use the API endpoints for storing and retrieving conversation context

Example Code

import redis

# Initialize Redis client
redis_client = redis.Redis(host='localhost', port=6379, db=0)

# Store conversation context
def store_context(channel, user_id, context):
    redis_client.hset(channel, user_id, context)

# Retrieve conversation context
def get_context(channel, user_id):
    return redis_client.hget(channel, user_id)

# Example usage
channel = 'wechat'
user_id = '12345'
context = 'remember this'
store_context(channel, user_id, context)
print(get_context(channel, user_id))  # Output: b'remember this'

Verification

To verify the fix, test the following scenarios:

  • Store conversation context on one channel and retrieve it on another channel
  • Store conversation context for multiple users on different channels and retrieve it correctly
  • Test the API endpoints for storing and retrieving conversation context

Extra Tips

  • Ensure proper error handling and logging mechanisms are in place
  • Consider implementing data encryption and access controls for the centralized storage solution
  • Monitor the performance and scalability of the solution to ensure it meets the requirements of your application.

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