MIT-licensed EasyEDA Pro automation layer — typed schematic/PCB actions via CLI, Agent Skill (Codex / Claude Code) and a local stdio MCP adapter; no DeepSeek Harness-specific integration is documented.
DSH integration
Ecosystem-related
Author-claimed
Safety audit
Unaudited
Last verified
2026-08-21
License
MIT
01What can it help you accomplish?
Drive full schematic design in EasyEDA Pro from a plain requirements document via an AI agent
Deliverable multi-page schematics (S0–S6 gated flow) with real LCSC/JLC components, partitioning, wiring and `sch gate --strict` checks — e.g. the showcase run produced 3 schematic pages, 26 real LCSC parts and a pin-by-pin verified netlist
Electronics and hardware engineers who want an AI coding agent to draw production-grade schematics inside EasyEDA Pro (嘉立创EDA专业版)
Automate PCB layout, routing, power planes and copper pours in EasyEDA Pro
Placed and routed boards via the P0–P10 flow: auto-placement, board outline fitting, rule-aware short routing, 4-layer power planes, copper pour, silkscreen collision avoidance and DRC / `pcb check` gates
PCB designers who want agent-driven layout and routing with mechanical gates instead of manual canvas work
Reuse community-verified peripheral circuit blocks instead of redrawing them
One-command placement + wiring + netlist reconciliation via `sch block-apply` from a built-in library of 37 blocks (19 ready / 13 verified / 5 draft): CH340 USB-UART, ESP32 auto-download, button debounce, USB-HUB, buck converters…
Engineers and AI agents that repeatedly rebuild the same peripheral circuits and want validated topologies with author attribution
02How to install into DeepSeek Harness
Prerequisites
- A four-piece set at the same version and all in place: CLI/daemon, connector `.eext` plugin, `easyeda-agent` Skill, and EasyEDA Pro
- EasyEDA Pro with 「允许外部交互」 (allow external interaction) enabled so the connector's WebSocket can reach the local daemon (fixed port 60832)
Installation steps
- 01
Run `curl -fsSL https://raw.githubusercontent.com/zhoushoujianwork/easyeda-agent/main/install.sh | sh` — installs/updates the `easyeda` CLI/daemon, auto-detects installed clients and installs the `easyeda-agent` skill (Codex `~/.codex/skills/easyeda-agent`, Claude Code `~/.claude/skills/easyeda-agent`), then prints the connector `.eext` import URL
$ curl -fsSL https://raw.githubusercontent.com/zhoushoujianwork/easyeda-agent/main/install.sh | sh
- 02
Import the connector `.eext` from the GitHub Release URL printed by the installer, or install it one-click from the LCSC plugin marketplace (marketplace versions may lag the CLI)
- 03
Upgrade later with `easyeda update` (CLI binary with sha256 check + atomic replace, plus skill directory); the connector `.eext` is not auto-upgraded and must be re-imported when flagged stale
- 04
Optional MCP: run `npm --prefix mcp ci --ignore-scripts`, then register the stdio server with your MCP client (README example: `codex mcp add easyeda-agent --env EASYEDA_BIN="$(command -v easyeda)" -- node "$(pwd)/mcp/src/server.mjs"`), and restart the agent client
$ npm --prefix mcp ci --ignore-scripts
Verify the integration
- `easyeda update --check` prints a read-only version-alignment table for cli / skill / connector
- `easyeda daemon health` marks any lagging connector as stale
03DSH integration and capability boundaries
No DeepSeek Harness-specific integration is documented — the README positions it as a generic AI-harness automation layer for EasyEDA Pro, installed as a Go CLI/daemon, an Agent Skill for detected clients (Codex / Claude Code), or a local stdio MCP adapter
Typed, observable action system over the official eda.* API
typed CLI commands (`easyeda <domain> <verb>`) from a Skill or a human→validated actions routed through the local daemon to the EasyEDA connector, with audit logs, artifacts, screenshots and DRC results as first-class outputs
modifies the open EasyEDA document via the official eda.* APIdaemon records audit logs/artifacts and performs debounced auto-saveraw JS remains only as a double-confirm `debug.exec_js` escape hatchBuilt-in circuit block library (flagship feature)
`easyeda blocks ls/show/search` queries — works offline, no daemon or EasyEDA window needed→verified, reusable peripheral circuit blocks (37 blocks: 19 ready / 13 verified / 5 draft) with author/contributor attribution
Mechanical gates & audits
`sch gate --strict`, `sch nets --strict`, `sch reconcile`, netlist golden-table comparison→five-check gate (layout-lint→clusters→check→bridge-check→drc), cross-page net-name audits and pin-by-pin netlist reconciliation
Local stdio MCP adapter
the `mcp/` Node adapter reusing the existing `easyeda` CLI/daemon→`easyeda_*` tools discoverable by MCP-capable agents (Codex example provided); does not bypass typed actions, audits, workflow gates or the official eda.* API
exposes easyeda_* tools to MCP clients; the `debug.exec_js` raw-JS domain is not exposed via MCP
04Who is it for? When not to use it?
Good for
- Electronics and hardware engineers who want an AI coding agent to draw production-grade schematics inside EasyEDA Pro (嘉立创EDA专业版)
- PCB designers who want agent-driven layout and routing with mechanical gates instead of manual canvas work
- Engineers and AI agents that repeatedly rebuild the same peripheral circuits and want validated topologies with author attribution
Not for
- The CLI/daemon, connector `.eext`, Skill and EasyEDA Pro must all be present at the same version; upgrades of CLI + connector + Skill must happen together, and the connector `.eext` is sideloaded with no in-place auto-update — it must be re-imported when `easyeda update` flags it stale.
- Requires EasyEDA Pro (嘉立创EDA专业版) with 「允许外部交互」 enabled, and the daemon binds a fixed local port 60832 for the connector's WebSocket — without either, no connection is possible.
- Schematic flow (S0–S6) is officially delivered while the PCB flow (P0–P10) is still evolving; the platform `eda.*` API has no programmatic undo/redo, so rollback relies on self-built snapshots + inverse operations, and controlled-impedance Z0 computation is impossible because stackup parameters are unreadable.
05Compatibility, maintenance and safety notes
- The CLI/daemon, connector `.eext`, Skill and EasyEDA Pro must all be present at the same version; upgrades of CLI + connector + Skill must happen together, and the connector `.eext` is sideloaded with no in-place auto-update — it must be re-imported when `easyeda update` flags it stale.
- Requires EasyEDA Pro (嘉立创EDA专业版) with 「允许外部交互」 enabled, and the daemon binds a fixed local port 60832 for the connector's WebSocket — without either, no connection is possible.
- Schematic flow (S0–S6) is officially delivered while the PCB flow (P0–P10) is still evolving; the platform `eda.*` API has no programmatic undo/redo, so rollback relies on self-built snapshots + inverse operations, and controlled-impedance Z0 computation is impossible because stackup parameters are unreadable.
MIT · actively maintained (latest release v1.1.1, 2026-08-20)
06Frequently asked questions
Does easyeda-agent work with DeepSeek Harness?
The README does not mention DeepSeek Harness. It is built as a generic AI-harness automation layer: a Go CLI/daemon, an `easyeda-agent` Skill installed into agent skill directories (Codex `~/.codex/skills/`, Claude Code `~/.claude/skills/`), and an optional local stdio MCP adapter for MCP-capable clients such as Codex.
What do I need before installing?
A four-piece set, all at the same version: the CLI/daemon, the connector `.eext` plugin, the `easyeda-agent` Skill, and EasyEDA Pro with 「允许外部交互」 enabled so the connector's WebSocket can reach the local daemon on its fixed port 60832.
How do I install and upgrade it?
Run the one-line installer `curl -fsSL https://raw.githubusercontent.com/zhoushoujianwork/easyeda-agent/main/install.sh | sh` — it installs the CLI/daemon, deploys the skill into detected clients and prints the connector `.eext` import URL. Upgrade later with `easyeda update`; the sideloaded connector must be re-imported when flagged stale.
What happens to my design data?
Everything stays local: the daemon tracks connected EasyEDA windows, routes each typed action over WebSocket to the in-editor connector, and records audit logs, artifacts and check results. The connector only executes approved actions through the official `eda.*` API.
What can it not do?
No maze-grade autorouting (full routing goes through external Freerouting via DSN round-trip), no controlled-impedance Z0 computation, no typed teardrop API, and the platform has no programmatic undo — rollback relies on snapshots and inverse operations.
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08Data and sources
一键脚本会：安装/更新 `easyeda` CLI/daemon;自动检测已安装的客户端并把 `easyeda-agent` skill 安装/更新到对应目录 —— Codex(`~/.codex/skills/easyeda-agent`…
仓库内的 [`mcp/`](mcp) 是一个本地 stdio MCP 适配层,方便 Codex 等支持 MCP 的
This page is generated from the project’s public documentation, repository metadata and a structured parse of DSH Plugins; last verified on 2026-08-21. Found an error? Submit a correction.
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