DeepSeek Harness (DSH) follows the “everything is a plugin” philosophy, and extending the toolchain with plugins is a common way to build agents. When specific logic needs to be handled in a session (such as generating a moving plan), there is no need to manually write complex scripts; introducing specialized plugins allows automation to be implemented quickly. The dsh-move-plan plugin is designed for exactly this kind of requirement, providing a set of tools for generating moving and relocation plans.
Plugin Positioning¶
This is a workflow plugin maintained by the user uckkk. Its core value lies in providing users with detailed moving and relocation plans through simple tool calls.
Core Capabilities¶
The plugin provides the following verified capabilities:
move_plantool: Automatically generates moving and relocation plans based on the input parameters.- Technical implementation: Pure Node.js implementation, with no network dependency at runtime, resulting in higher stability.
Installation and Enablement¶
Use the official installation command to add the plugin to the current environment:
dsh plugin add github:uckkk/dsh-move-plan
After installation, the plugin will register the corresponding tools in the current session. You can use them by invoking these tools directly in the conversation.
Dependencies and Environment¶
The plugin depends on the following base libraries. Make sure the environment meets the version requirements before installation:
@deepseek-ai/cordis(version ^4.0.1)@deepseek-ai/dsh-tools(version >=0.1.0-rc.6)
Notes¶
- Permissions and Security: The plugin runs with the permissions of the current DSH process. It is recommended to review the source code and license (MIT) before installation.
- Usage: After installation, invoke the tools registered by the plugin in the session; no additional configuration is required.
Summary¶
This plugin provides DSH developers with the ability to generate moving plans without network access, making it suitable for integration into workflows that need to handle this type of specific logic.