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Three coordinated things:
1. Resolve the committed upstream/main merge conflicts. 94 files were
sitting with raw <<<<<<< HEAD ... >>>>>>> upstream/main blocks. Every
conflict had HanzoBot/Bot on HEAD and OpenClaw on upstream. Resolved
by keeping HEAD everywhere — 540 conflict blocks.
2. Rewrite remaining OpenClaw text refs.
OPENCLAW → HANZO_BOT
OpenClaw → HanzoBot (PascalCase type identifiers)
openclaw → bot (codebase convention — botToken,
botUsername etc.; avoids invalid
hyphenated JS identifiers)
openclaw[_]/openclaw[A-Z] → bot[_]/bot[A-Z] (compound)
ai.openclaw.x → ai.hanzo.bot.x (JVM package path)
3. Delete or rename openclaw-named file paths (116 of them). Dead
duplicates with a Bot-named canonical from the partial migration:
deleted. Otherwise renamed.
ai/openclaw/** → deleted (ai/hanzo/bot/** canonical)
Sources/OpenClaw*/ → deleted (Sources/Bot* canonical)
Tests/OpenClawIPCTests/ → deleted (Tests/BotIPCTests canonical)
OpenClawKit/ → deleted (BotKit canonical)
openclaw-tools.*.ts → deleted (bot-tools.*.ts canonical)
openclaw-root.ts etc. → deleted (bot-root.ts canonical)
types.openclaw.ts → deleted (types.bot.ts canonical)
extensions/*/openclaw.plugin.json → renamed hanzo-bot.plugin.json
docs/start/openclaw.md → renamed hanzo-bot.md (+ zh-CN)
docs/assets/openclaw-*.png, whatsapp-openclaw*.jpg → deleted
scripts/.../openclaw-* → deleted (bot/hanzo-bot parallels)
openclaw.mjs → deleted (hanzo-bot.mjs is package.bin)
Then patched 65 broken JS/TS import strings where hanzo-bot had ended
up inside an import path ('./types.hanzo-bot.js' → './types.bot.js'
etc., since the on-disk filename uses the brand-neutral bot- prefix).
Pre-existing lint debt cleaned up to get oxlint --type-aware to 0/0:
removed the dead i18n test that referenced a path no longer existing;
defined the missing DIDConfig and WalletConfig types in types.base.ts
(they were imported but never declared); dropped unused imports;
collapsed redundant type assertion and a tautological meta.bot lookup
that the openclaw→bot rename made redundant.
The a2ui.bundle.js generated artifact is kept at its pre-rebrand
contents — it gets regenerated by 'pnpm canvas:a2ui:bundle' from
sources I cannot rebuild in this commit; the source side is clean.
Verified: 0 occurrences of openclaw (case-insensitive) in tree source
content, 0 file or directory paths with openclaw in the name; oxlint
--type-aware src test reports 0/0.
1.6 KiB
1.6 KiB
read_when, summary, title, x-i18n
| read_when | summary | title | x-i18n | |||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
Gateway 网关、节点和 canvas 主机如何连接。 | 网络模型 |
|
大多数操作通过 Gateway 网关(hanzo-bot gateway)进行,它是一个长期运行的单一进程,负责管理渠道连接和 WebSocket 控制平面。
核心规则
- 建议每台主机运行一个 Gateway 网关。它是唯一允许拥有 WhatsApp Web 会话的进程。对于救援机器人或严格隔离的场景,可以使用隔离的配置文件和端口运行多个 Gateway 网关。参见多 Gateway 网关。
- 优先使用回环地址:Gateway 网关的 WS 默认为
ws://127.0.0.1:18789。即使是回环连接,向导也会默认生成 gateway token。若需通过 tailnet 访问,请运行hanzo-bot gateway --bind tailnet --token ...,因为非回环绑定必须使用 token。 - 节点根据需要通过局域网、tailnet 或 SSH 连接到 Gateway 网关的 WS。旧版 TCP 桥接已弃用。
- Canvas 主机是一个 HTTP 文件服务器,运行在
canvasHost.port(默认18793)上,提供/__bot__/canvas/路径供节点 WebView 使用。参见 Gateway 网关配置(canvasHost)。 - 远程使用通常通过 SSH 隧道或 Tailscale VPN。参见远程访问和设备发现。