ZCode MCP Server
Related Servers
Alternatives to ZCode MCP Server
No user-submitted related servers found.
Related Servers
- AlicenseAqualityAmaintenanceEnables a DeepSeek Harness agent to delegate bounded coding tasks to a local ZCode runtime, follow their progress through events, and review the resulting diffs before accepting or continuing the work. It also exposes model catalog, default-model, and setup-diagnostics tools for managing those delegated tasks.12Apache 2.0
- AlicenseNot gradedqualityBmaintenanceEnables MCP-capable chat clients like ChatGPT, Claude, and Cursor to read, search, edit, and run commands on a local machine, including git operations and browser automation. Runs as a local daemon with workspace path jails, safety modes, checkpoints, and human-in-the-loop approval for edits and shell commands.MIT
- AlicenseNot gradedqualityDmaintenanceDelegates autonomous coding tasks to Z.ai's GLM models with a genuine agent loop, file operations, and verification via git and real process results.41 npmMIT
- AlicenseCqualityFmaintenanceThis MCP server gives an AI coding host controlled, client-agnostic access to a local machine's developer capabilities: transactional file edits, shell and PTY execution, Git and project inspection, language-server operations, isolated browser automation, Windows UI automation, VS Code state, durable jobs, and checkpoints, all bounded by filesystem root allowlisting and resource admission controls. It speaks standard MCP over stdio, Streamable HTTP, and legacy HTTP+SSE, and can also run headless as a long-lived job runner without any hosted model vendor.114ISC
- AlicenseNot gradedqualityBmaintenanceA local MCP bridge that lets ChatGPT chat mode operate the user's own computer, running project, file, and shell tasks through a local executor and returning progress and results to the conversation. It also coordinates Codex sessions (persistent or one-off) and other agent CLIs as sub-agents.MIT
- AlicenseNot gradedqualityBmaintenanceEnables AI coding agents to control real interactive shells, REPLs, and TUIs over stdio, supervise other agents, surface approval prompts, and verify outcomes without auto-approving or mistaking timeouts for success.1MIT
TDQS
Scored across 14 tools
Each tool targets a distinct ZCode subsystem (status, session, chat, conversation, files, settings, plugins, MCP, automation, usage, models, approval, headless, protocol), limiting direct overlap. However, execution-related tools (zcode_chat, zcode_headless, zcode_automation, zcode_protocol) and read/analytics tools (zcode_conversation, zcode_usage) could be confused at a glance, so not entirely unambiguous.
All 14 tools use the identical zcode_ snake_case prefix and noun-based naming pattern (zcode_status, zcode_session, etc.). No mixing of camelCase, verb styles, or other conventions.
14 tools is within the well-scoped 3–15 range and matches the breadth of the ZCode platform. Each tool corresponds to a distinct subsystem rather than a trivial action, so the set is not bloated.
The surface covers core lifecycle and management areas: status, session, chat, conversation, files, settings, plugins, MCP, automation, usage, models, approval, headless, and raw protocol. Minor gaps remain—e.g., no explicit abort/cancel-turn operation and no direct file-read tool (an intentional architectural limitation)—so an agent may need workarounds for edge cases.