.. | ||
2048-game.md | ||
complex-change.md | ||
css-exercises.md | ||
hello-world-flask.md | ||
pong.md | ||
README.md | ||
semantic-search-replace.md | ||
update-docs.md |
Using aider
chat to code with GPT-4
Below are some example transcripts that show how you can chat with
the aider
command line tool
to generate and edit code with GPT-4.
Some things to note in the transcripts:
Transcript formatting
> The user's chat messages are bold and shown on a prompt line. They contain they user's change requests, clarifications, etc.
Output from the aider tool is shown in a blockquote
Responses from GPT-4 are in a plain font, and often include colorized code blocks that specify edits to the code.
Things to notice
In the aider
output, you will see the tool:
- Adding certain source files to the chat (sometimes at the suggestion of GPT-4, always with user permission).
- Applying the edits proposed by GPT-4 to the source files.
- Committing those changes to git with a senisble commit message.
Example chat transcripts
There are a varity of example coding chat sessions included, accomplishing both greenfield generation of new code as well as simple and complex edits to larger codebases:
-
Hello World Flask App: This example demonstrates how to create a simple Flask app with various endpoints, such as adding two numbers and calculating the Fibonacci sequence.
-
2048 Game Modification: This example demonstrates how to explore and modify an open-source javascript 2048 game codebase, including adding randomness to the scoring system.
-
Pong Game with Pygame: This example demonstrates how to create a simple Pong game using the Pygame library, with customizations for paddle size and color, and ball speed adjustments.
-
Complex Multi-file Change with Debugging: This example demonstrates a complex code change involving multiple source files and debugging with the help of
aider
. -
Semantic Search & Replace: This example showcases
aider
performing semantic search and replace operations in code, dealing with various formatting and semantic differences in the function calls that it updates. -
CSS Exercise: Animation Dropdown Menu: This example demonstrates how to complete a CSS exercise involving adding animation to a dropdown menu, creating a bounce illusion when the dropdown expands close to its final end state.
-
Automatically Update Docs: This example demonstrates how to use
aider
to automatically update documentation based on the latest version of the main() function in the code.