Developer tools for Coco-de-Mer processors

Installation

1. Download latest version

2. Install Python package from .whl file

   • Run pip install cdm-devkit-x.x.x.whl
   
   

   Package will be published to PyPI soon

3. Install VS Code extension from .vsix file

   Remove all other extensions that add support for CdM processors

   • Open Command Palette Ctrl+Shift+P
   • Type vsix
   • Select Install from VSIX
   • Select vscode-cdm-extension-x.x.x.vsix
   • Read more
   
   

   Extension will be published to VS Code Marketplace soon

Development kit contents

After installation you get several components:

• CLI Programs

  • cocas - assembler for CdM processors
  • cocodump - disassembler for CdM processors
  • synthm - secondary decoder synthesis utility
  • (coming soon)

• VS Code Extension

  • Assembler language support for all CdM processors (syntax highlighting and code snippets)
  • Debug support (coming soon)

• cdm-devkit-misc archive

  • Processor implementations (./)

  • Logisim libraries (jar/)

    • logisim-banked-memory - banked memory for cdm16
    • logisim-cdm-emulator - emulated CdM processors

  • Code and scheme examples (examples/)

Getting started

Check out our Getting Stated guide.

Documentation

We are working on documentation, it will be available soon.

However, some docs are available in docs/ directory.

Report a bug

You can report a bug with GitHub Issues.

• Open new issue here

• Use a template

• Provide a proper name and description of a problem

• Provide information on how to reproduce a bug

Setting up development environment

• Python-based projects use Poetry as build system

  • Install Poetry

  • Run poetry install to download dependencies

  cocas uses ANTLR to parse assembly language

  • antlr4-python3-runtime is needed to run cocas and is installed with other dependencies

  • However, if you want to fiddle with grammar files and generate new parser you would need to install antlr4-tools, this package is installed with development dependencies (Read more)

• Java-based projects use Gradle as build system

  • Install JDK

  • gradlew script should download Gradle automatically on first run

• VS Code Extension uses official tools

Building

Building individual projects

• Python-based projects:

  • Run poetry build

• Java-based projects:

  • Navigate to project folder

  • Run ./gradlew jar (on Unix)

  • Run .\gradlew.bat jar (on Windows)

• VS Code extension:

  • Navigate to vscode-cdm-extension/

  • Run vsce package

Building all projects at once

There is a Makefile that will build all projects and prepare files for distribution

• Run make to build all projects

Set VERSION variable if you want to specify project version

• Example: make VERSION=1.2.3
• VERSION should be valid SemVer version

You can get make on Windows from GnuWin32 project.

• For Windows 10 and above:
  • Run winget install GnuWin32.Make
  • Maybe you would need to add bin/ directory of make to your PATH
• Using Chocolatey:
  • Run choco install make
• You can read about other installation methods here

Contributing

• All contributions should be done via pull requests.

• Commit messages should be written according to these guidelines

• Commit messages should start with a scope identifier - project name surrounded by square brackets. That will help to determine which project commit belongs to.

Example: [cocas] Add new feature

Commits related to whole repository shouldn't use scope identifier

Possible scope identifiers are:

• General:

  • docs
  • ci/cd
  • examples
  • tests

• Processor implementations:

  • cdm*

• Projects:

  • cocas
  • cocoemu
  • cocodump
  • synthm
  • logisim-banked-memory
  • logisim-cdm-emulator
  • logisim-runner
  • vscode-cdm-extension

Contact us

• If you have a proposal or a suggestion you are free to open a GitHub Issue here.

• For other questions contact:

  • Email: n.repin@g.nsu.ru

  • Telegram: @cdm_updates

    (channel with updates, linked chat for support)