Automate component placement, electrical wiring, and layout verification within the EasyEDA environment via command-line control.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install easyeda-schematic
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install easyeda-schematic using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Prefer to download?
Get the raw skill files in a ZIP archive.
What is EasyEDA Schematic Automation?
EasyEDA Schematic Automation is a specialized development tool designed to interface with the EasyEDA hardware design platform using the easyeda-agent CLI. The skill empowers developers to programmatically control component libraries, discover project structures, design wire networks, and run critical electrical Design Rule Checks (DRC).
By leveraging this tool within the wider framework of Openclaw Skills, engineering teams can eliminate manual drawing errors, optimize board layout spaces, and integrate hardware development cycles straight into automated developer workflows.
EasyEDA Schematic Automation Use Cases
- Rapid programmatic drafting of schematics by querying and resolving components directly from the LCSC library database.
- Automated bulk routing and placement pipelines based on static netlist definitions.
- Running layout geometry linting and connectivity checks inside automated continuous integration pipelines.
- Dynamically organizing complex circuit layouts into standardized zones to maintain clean PCB design standards.
How EasyEDA Schematic Automation Works
- Check Connectivity: Commands such as easyeda daemon health are triggered to ensure a stable connection with the active EasyEDA editor session.
- Identify Document Workspace: Queries current layout geometry, active project files, and sheet templates using easyeda doc ls.
- Resolve Component Library: Queries LCSC catalog databases to match parts with specific device ID schemas and exact spatial coordinates.
- Algorithmic Routing: Leverages autoconnect and autolayout specifications to position parts in logical clusters and route safe, orthogonal wire channels.
- Validate Electrical Design: Audits connectivity profiles via custom-built linters and native schematic DRC engines.
- Commit & Backup: Programmatically saves the canvas state to prevent visual redrawing or data-loss during active edits.
EasyEDA Schematic Automation Setup
The schematic automation agent requires a configured environment with active access to the EasyEDA workspace via local CLI tools.
Prerequisites
Ensure that you have installed the easyeda CLI binary globally.
Initialization and Verification
# Verify the daemon status and connection health
easyeda daemon health
# List all open sheets and current project context
easyeda doc ls
# Query geometry details of the active drawing frame
easyeda sch sheet-geometry --json
EasyEDA Schematic Automation Data Schema & Taxonomy
The EasyEDA Schematic skill utilizes structured configurations and data stores to achieve consistent, repeatable schematic builds. Below is an overview of the key schema configurations:
| Filename | Format | Purpose |
|---|---|---|
standard-parts.json |
JSON | Holds mapped pairings of standard hardware devices, packages, and their canonical LCSC order numbers. |
p1-layout.json |
JSON | Houses module zoning, geometric center boundaries, and spatial rules utilized by autolayout routines. |
.easyeda/artifacts/ |
Directory | Stores exported files including netlists, enriched BOM CSV files, and visual testing screenshots. |
EasyEDA Schematic Automation Advanced Features
- Autonomous Layout Zones: Groups and places active ICs along with their peripheral decoupling capacitors into strict physical modules based on user specifications.
- Geometric Autoconnect: Computes spatial clearances and collision penalties dynamically to orient and route power, ground, and signal ports.
- Layout-Lint Analysis: Inspects geometric boundaries on the CLI engine level to report spacing violations and overlap errors before committing changes.
- Heartbeat Churn Resilience: Breaks down heavy bulk operations into smaller, high-frequency, heartbeat-safe API calls to prevent workspace crashes.
SKILL.md
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