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WHAT IS GITHUB CO-PILOT'S

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8 things you didn’t know you could do with GitHub Copilot

https://github.blog/2024-01-22-10-unexpected-ways-to-use-github-copilot/

 

HOW DOST GITHUB CO-PILOT WORK?

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GitHub Copilot won’t directly handle the migration process itself. It can assist with Java development tasks, including code suggestions, generation, and unit tests.

Can you ask copilot to create use docs for our APIS from our API project?


IF you change an API can it tell u impact on dependent clients in the project?
GitHub Copilot itself does not have the built-in capability to directly inform you of the impact on dependent clients within a project when an API changes.

Can you ask co-pilot to generate SDK java library as a client to the REST API?

 

GITHUB-COPILOT PRO’S AND CONS

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Code Block
  gh copilot explain "sudo apt-get"
Code Block
 
Code Block
 

Getting Command Suggestions: To ask Copilot in the CLI to suggest a command, use:

Code Block
 
Code Block
  gh copilot suggest "Undo the last commit"

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GitHub Copilot Workspace is a new development environment built on top of GitHub Copilot, the AI code completion tool. It’s designed to be task-oriented, meaning it helps you with the entire development process for a specific task, not just suggesting code within the editor1. Whether you’re addressing an Issue, iterating on a PR, or bootstrapping a project, Copilot Workspace assists you by describing what you want in natural language. It captures your intent, proposes a plan of action, and uses that plan to implement the changes. 

Sourcegraph Cody

  • offers autocomplete, chat, and commands.

  • Allows users to personalize the AI using codebase context.

  • Users can choose which Large Language Model (LLM) they want to use.

  • Offers a standard free tier.

  • Supports IDEs like Visual Studio Code, JetBrains, and Visual Studio.

https://sourcegraph.com/docs/cody/capabilities

Both tools have their strengths and are designed to cater to different needs and preferences. GitHub Copilot is deeply embedded in the GitHub ecosystem, making it a good choice for those who are already using GitHub extensively. On the other hand, Sourcegraph Cody offers more flexibility in terms of LLM selection and codebase personalization, which can be beneficial for users who work with code hosted outside of GitHub or prefer a free AI code assistant.


Codeium

https://codeium.com/


Codeium is a popular AI code completion and generation tool. It offers features like autocomplete suggestions, code explanations, and refactoring assistance.

Codeium and GitHub Copilot are both AI-powered code assistants, but they have some key differences:

  • Company:

    • Codeium is developed by Exafunction

    • GitHub Copilot is a product of GitHub, which is owned by Microsoft

  • Availability:

    • Codeium offers a free tier with unlimited use

    • GitHub Copilot is a paid service, though it offers free access for students and open source developers

  • IDE Support:

    • Both support a wide range of IDEs and editors

  • Features:

    • Both offer code completion and generation

    • Codeium also provides features like code explanations and refactoring suggestions

    • GitHub Copilot is known for its ability to generate entire functions based on comments

  • Specialization:

    • Codeium markets itself as a more general-purpose coding assistant

    • GitHub Copilot is often seen as particularly strong for generating boilerplate code

  • Integration:

    • GitHub Copilot naturally integrates well with GitHub's ecosystem

    • Codeium is designed to work across various platforms and version control systems

DEMO

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CodiumAI

https://www.codium.ai/

CodiumAI appears to be a distinct AI-powered code analysis and testing tool. It focuses on generating test cases and identifying potential bugs or issues in code.

  • Primary Focus:

    • CodiumAI appears to be primarily focused on code analysis and test generation.

    • GitHub Copilot is mainly a code completion and generation tool.

  • Functionality:

    • CodiumAI seems to specialize in generating test cases and identifying potential bugs or issues in existing code.

    • GitHub Copilot generates code suggestions and can complete entire functions based on comments or context.

  • Integration:

    • Information about CodiumAI's integration with different IDEs or platforms is limited in my knowledge base.

    • GitHub Copilot integrates well with GitHub's ecosystem and is available as an extension for various IDEs.

  • AI Model:

    • CodiumAI default model is GPT-3.5 which is available in there free package.

    • GitHub Copilot is based on OpenAI's Codex model.

  • Target Use:

    • CodiumAI seems to be more targeted towards improving code quality and test coverage.

    • GitHub Copilot is aimed at speeding up code writing and reducing boilerplate code.

DEMO

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Conclusion:

After a comprehensive evaluation of multiple AI-assisted development tools including GitHub Copilot, Cody, Codeium, and CodiumAI, I have decided to adopt GitHub Copilot for our development team. Importantly, this decision is independent of using GitHub repositories - we can leverage GitHub Copilot's capabilities within our existing development environment.

Key points:

  1. GitHub Copilot stood out for its code generation capabilities and broad language support.

  2. We can integrate GitHub Copilot into our current workflow without changing our version control system.

  3. This tool offers potential for significant productivity gains and reduced boilerplate code.

Pros:

  1. Advanced code generation: Capable of suggesting entire functions and complex code snippets.

  2. Broad language support: Works with numerous programming languages and frameworks.

  3. Productivity boost: Can significantly speed up coding tasks and reduce repetitive work.

  4. Learning tool: Can expose developers to new coding patterns and best practices.

  5. Customizable: Features like @workspace command provide context-aware assistance.

  6. No repository lock-in: Can be used independently of GitHub repositories.

Cons:

  1. Cost: Requires a paid subscription for each developer.

  2. Potential over-reliance: Risk of developers becoming too dependent on AI-generated code.

  3. Code review necessity: Not all suggestions are perfect, requiring careful review.

  4. Privacy concerns: Some developers might be uncomfortable with code being used to train the AI.

  5. Learning curve: Initial time investment needed to use the tool effectively.


Recommendation:

While GitHub Copilot currently appears to be the strongest choice for our needs, it's crucial to recognize that the landscape of AI-assisted development tools is rapidly evolving. To ensure we continue to leverage the most effective tools for our team, I recommend we:

  1. Implement GitHub Copilot with a clear onboarding and usage guidelines.

  2. Stay informed by regularly reviewing new developments in AI coding assistants.

  3. Remain flexible and open to adopting better tools if they become available.

  4. Schedule periodic reassessments (e.g., every 6-12 months) of GitHub Copilot against new competitors.

  5. Encourage and maintain open feedback channels for team members to share their experiences and suggestions about AI coding tools.

By following these recommendations, we can maximize the benefits of GitHub Copilot while remaining adaptable to future advancements in AI-assisted development tools. This approach ensures we stay at the forefront of development practices and continuously enhance our productivity and code quality.