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Serafin Sanchez

Talking to Git Through AI: How Cursor Turns Commands Into Conversations

Modern AI code editors like Cursor let you speed up your Git workflow by using plain English. Learn how to make version control feel less like programming and more like giving instructions.

5 min read
By Serafin Sanchez
cursor
ai
git
natural-language
developer-tools
workflow

Talking to Git Through AI: How Cursor Turns Commands Into Conversations

Starting out as a new developer, I felt overwhelmed seeing Git commands for the first time. I wasn't always sure what they meant and sometimes had trouble memorizing them. The good news is that modern AI code editors, like Cursor, let you speed up your workflow by instead using plain English. You can describe what you want, like "create a backup of my current work," and the AI will do the heavy lifting, translating it into the proper Git command in the background.

Think of it like having a personal translator who speaks "Git fluently." Instead of digging through cheat sheets or guessing the right flags, you just tell Cursor what you want done. This makes version control feel less like programming and more like giving instructions to a helpful assistant.

Why this is awesome

When you're working with AI-generated code, changes happen fast. You might generate dozens of edits in a single session. Git keeps track of every version, but the friction of learning the commands often stops beginners from using it. By shifting to natural language in Cursor, you get the safety net of Git without the mental overhead of memorization.

Example translations

Here's how some common Git commands could look in plain language through an AI editor:

Saves

  • git init โ†’ "Start tracking this folder with Git."
  • git status โ†’ "Tell me what's changed since my last save."
  • git add <file> โ†’ "Include this file in my next save."
  • git commit -m "message" โ†’ "Save my changes with this message."
  • git log โ†’ "Show me the history of everything I've saved."

Paths

  • git branch โ†’ "List my branches, or make a new one."
  • git switch <branch> โ†’ "Move me onto this branch."
  • git merge <branch> โ†’ "Combine that branch into the one I'm on."

Connecting

  • git clone <url> โ†’ "Give me a copy of that online project."
  • git pull โ†’ "Get the latest updates from the remote project."
  • git push โ†’ "Send my changes back to GitHub."

Undoing & Cleaning Up

  • git restore <file> โ†’ "Undo changes to this file."
  • git revert <commit> โ†’ "Cancel out that old save with a new one."
  • git stash โ†’ "Set my messy work aside so I can clean up first."

Combining Simple Commands

The real power of Cursor is that you can string together multiple steps at once. You might type something like:

"Create a new branch called experiment, switch to it, and save all my current changes with the note 'trying a new feature.'"

This single instruction might trigger these Git commands behind the scenes:

git branch experiment
git switch experiment  
git add -A
git commit -m "trying a new feature"

Normally, that would require several Git commands typed in the right order. Cursor can handle it all in one instruction, giving you more time to focus on the creative side of coding.

Takeaway

With AI editors like Cursor, you can talk to Git in everyday language and still get the safety of version control. Using AI code editors is also a great way to learn Git because you see the commands being run behind the scenes while you describe them in plain English.

Further Reading

For more exploration, check out the links in the section below.