Guide on how to combine multiple Cursor suggestions efficiently to streamline coding and improve workflow.

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When you want to combine multiple Cursor suggestions, the simple rule is this: you apply them one at a time, review each diff, accept only the pieces you want, and repeat. Cursor doesn’t automatically merge suggestions together — you are the one driving the merge. You use the diff viewer, selective accept, multiselect edits, and sometimes a follow‑up instruction in Composer or Command‑K to unify the suggestions into one clean final result. Think of Cursor as giving you ingredients, and you choose which parts to cook together.
Cursor gives suggestions in separate contexts — maybe inline code actions, comments in Composer, or edits triggered from Command‑K. Each suggestion is a patch (a diff), not a full replacement of your codebase. To combine several of them safely, you stack the patches in a controlled way instead of accepting everything blindly.
Below is the real, day‑to‑day method devs use in Cursor when combining several suggestions (for example, rewriting a function, adding types, and refactoring calls to it elsewhere).
This is exactly how you merge edits while keeping full control. Cursor is powerful, but it doesn’t automatically resolve conflicting ideas; you guide it.
If Cursor gives two suggestions that both touch the same file, you can merge them manually. For example, Cursor might propose:
You can keep only the helper part of one diff and only the refactor part of the second diff by clicking on the diff hunk toggles.
function add(a, b) {
return a + b
}
// Later, Cursor suggests a refactor:
function add(a, b) {
// Cursor: "add validation"
if (typeof a !== 'number' || typeof b !== 'number') {
throw new Error('Inputs must be numbers')
}
return a + b
}
If Cursor also suggests logging, you can accept the validation from one diff and the logging from another and they will stack:
function add(a, b) {
console.log('Adding', a, b) // from second suggestion
if (typeof a !== 'number' || typeof b !== 'number') {
throw new Error('Inputs must be numbers') // from first suggestion
}
return a + b
}
That’s “combining” in practice: controlled, sequential application of patches.
If two suggestions modify the same lines differently, Cursor will show you an unresolved diff. This isn’t a bug — you’re just choosing which patch wins. The reliable method is:
This prevents accidental corruption, especially in large refactors.
Sometimes you apply two suggestions and now the code works, but it feels mismatched. For example, Cursor added async/await in one suggestion and promises in another. After you apply both, you can ask Cursor:
“Unify the style in this file: convert everything to async/await.”
Cursor then generates a new coherent diff that combines everything cleanly.
This is how you turn multiple ideas into one clean patch without losing control.
Once you get used to reviewing and stacking diffs this way, combining multiple Cursor suggestions becomes one of the tool’s biggest productivity boosts.
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