What is ASC and its primary function?

ASC is a Model Context Protocol (MCP) server specifically developed to parse, modify, and save PADS Logic V3.0 schematic files, facilitating automated management of design data.

What PADS Logic elements can ASC automate?

ASC allows for automated management of schematic components (updating IDs, types, positions), network connections (clearing all, adding specific pins to nets), and saving modified schematics back to their original files or ZIP archives.

What schematic file formats does ASC support?

ASC supports PADS Logic V3.0 schematic files in both `.txt` and `.zip` formats, with robust support for reading and writing files using GBK encoding.

How can ASC enhance electronic design automation (EDA)?

ASC can be integrated into various EDA workflows for tasks like AI-assisted schematic editing, automated design optimization, programmatic modification of schematics, and seamless integration with other EDA tools.

ASC

Name: ASC
Author: dpineer

bydpineer

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개발자 도구

API 개발

Parses, modifies, and saves PADS Logic schematic files, enabling automated management of components, positions, and network connections via a Model Context Protocol (MCP) server.

The ASC server acts as a Model Context Protocol (MCP) backend for PADS Logic V3.0 schematic files, designed to integrate with frontend checkers for intelligent design workflows. It provides comprehensive capabilities to parse `.txt` and zipped schematic files, modify component attributes like IDs, types, and positions, and manage network connections by clearing existing nets or adding pins. With support for GBK encoding and robust error handling, ASC streamlines the automation of schematic editing and analysis tasks.

주요 기능

011 GitHub stars

02Manage and update schematic components (ID, type, package, position)

03Parse PADS Logic V3.0 schematic files (.txt and .zip formats)

04Control network connections (clear all, add specific pins to nets)

05Save modified schematics back to original files or ZIP archives

06Support GBK encoding for file read and write operations

사용 사례

01Automate schematic file modification and optimization processes

02Integrate with AI assistants for intelligent schematic design and editing

03Facilitate integration with Electronic Design Automation (EDA) tools