How does Atlas handle Qwik's resumability during a symbol rename?

Atlas understands Qwik's resumability by indexing AST declarations with `tree-sitter`, recognizing `component$`, `useSignal`, and `routeLoader$` exports. This ensures renames respect Qwik's `$ boundary` and optimizer expectations, maintaining lazy chunking capabilities.

Can Atlas rename a `useStore` property in a Qwik application?

Yes, Atlas can rename properties within `useStore` or `useSignal` definitions. It uses the `lsp` tool to find all references to the property, ensuring consistency across your Qwik state management and any components that consume it.

What if Atlas finds multiple matches for a symbol in a Qwik comment?

For non-code occurrences like comments or documentation, Atlas uses `grep`. The `edit` tool's `replaceAll` operation applies changes where the match is unambiguous per file, preventing accidental corruption. You always review the diffs before approval.

How does Atlas ensure my Qwik `vite.config.ts` is updated correctly?

Atlas uses `grep` to find references in configuration files like `vite.config.ts` that might not be part of the language server's type graph. Any proposed changes to such files are presented via a unified diff for your explicit review and approval.

Is it safe to let Atlas modify my Qwik codebase automatically?

Atlas operates with multiple safety layers. It drafts a plan in a read-only agent, asks for permission before running tools, and presents a unified diff for every file edit for your explicit approval before writing any changes to your Qwik project. You are always in control.

How do I verify a Qwik symbol rename was successful?

After Atlas applies changes, you validate by running `pnpm test` with `vitest` to catch functional regressions and `pnpm run format` with `prettier` for style. A final `atlas bash grep ` confirms its complete removal from your Qwik project.

Can Atlas rename a `routeLoader$` export in `src/routes`?

Absolutely. Atlas uses the `lsp` tool to identify all references to `routeLoader$` exports within your `src/routes` directory, ensuring that both the export definition and all its usages are correctly updated across your Qwik application's routing.

What if I need to roll back a rename in my Qwik project?

Atlas integrates with `git`, allowing it to snapshot file changes as git patches. This means you can easily diff and roll back any edits made by Atlas, providing a robust safety net for your Qwik refactoring efforts without manual `git` commands.

Rename a symbol across the repo in Qwik with Atlas in 2026

In 2026, Atlas empowers Qwik developers to rename functions, classes, or constants across their entire repository with precision, leveraging the `lsp` tool for authoritative references, `grep` for non-code occurrences, and `edit` for safe, mechanical replacements. This ensures your Qwik application, from `component$` definitions to `routeLoader$` exports, remains consistent and passes `vitest` tests after refactoring, all within your terminal.

How Atlas renames Qwik symbols across the repository

In 2026, Atlas renames Qwik symbols across your repository by combining three powerful tools for comprehensive accuracy. It starts with the `lsp` tool to get authoritative references, then uses `grep` for non-code matches, and finally applies changes with `edit`.

Atlas orchestrates a multi-stage refactoring process to rename a function, class, or constant within a Qwik project. First, the `lsp` tool's `findReferences` operation queries the language server to identify all true code references, understanding Qwik-specific constructs like `component$`, `useSignal`, `useStore` state, and `routeLoader$` exports under `src/routes`. This ensures that only actual code usages are targeted, avoiding false positives that a simple text search might yield. Next, Atlas runs `grep` for the old symbol name to catch occurrences outside the type system, such as string literals, comments, documentation, or configuration files like `vite.config.ts`. This hybrid approach ensures a 100% comprehensive rename. Finally, the `edit` tool applies the mechanical replacements, using `replaceAll` where matches are unambiguous per file, and refusing single ambiguous replacements to prevent unintended corruption. Atlas indexes code by AST declarations using `tree-sitter`, providing a deep understanding of your Qwik codebase.

Ensuring Qwik-specific accuracy with `lsp` and `grep`

Achieving 100% accuracy when renaming Qwik symbols requires more than simple text replacement. Atlas uses the `lsp` tool to query your Qwik language server for precise references within `component$` and `useStore` definitions, then `grep` catches documentation and string literals.

For Qwik projects, the `lsp` tool is critical for understanding the framework's unique characteristics. When renaming a symbol, Atlas leverages the language server's capabilities to find all authoritative references, whether it's a function used within a `component$`, a variable in `useSignal`, or a `routeLoader$` export defined in `src/routes`. This ensures that the rename respects Qwik's resumability and `$ boundary` principles. Concurrently, the `grep` tool scans the entire repository for the old symbol name in contexts the language server might ignore, such as comments, markdown files, or even within string literals in your Qwik components. This dual approach guarantees that every instance of the symbol, both within the type system and in human-readable contexts, is identified for potential renaming, providing a complete picture for the developer in 2026.

Safe mechanical renaming and review for Qwik projects

In 2026, Atlas prioritizes safety during Qwik symbol renames by generating a unified diff for every file edit. This allows developers to review and approve all changes before they are written, preventing unintended modifications across `src/routes`.

The mechanical application of renames in Qwik projects is handled by Atlas's `edit` tool. It uses `replaceAll` to perform the actual text substitutions identified by the `lsp` and `grep` stages. A key safety feature of `edit` is its refusal of ambiguous single replacements; if it finds multiple matches for an `oldString` in a context where only one change is expected, it will throw an error rather than silently corrupting the file. Before any changes are written to your Qwik codebase, Atlas computes a unified diff for every file edit and surfaces it for your approval. This permission-gated process ensures that you, the developer, have the final say. Atlas drafts its plan in a read-only plan agent and asks for confirmation before switching to a build agent. Furthermore, Atlas reads `git` branches, status, and diffs, and can snapshot file changes as `git` patches, allowing for easy diffing and rolling back of edits if needed, providing a robust safety net for your Qwik refactoring.

Validating Qwik renames with `pnpm`, `vitest`, and `prettier`

After Atlas renames a Qwik symbol, validating the changes is crucial to ensure 0 errors. The workflow concludes by running `pnpm install` and `pnpm test` with `vitest`, followed by `pnpm run format` with `prettier` to maintain code style.

Once Atlas has applied the symbol renames across your Qwik project, the final and most critical step is validation. This involves using your existing Qwik toolchain to confirm that the refactoring has not introduced any regressions. First, run `pnpm install` to ensure all dependencies are correctly resolved, especially if the rename involved package-level changes. Then, execute `pnpm test` to run your `vitest` suite. This step is vital for catching any functional or logical errors that might have been inadvertently introduced by the rename, ensuring your Qwik application behaves as expected. Finally, run `pnpm run format` (or `prettier --write .`) to apply your project's `prettier` formatting rules. This ensures that the mechanically edited files conform to your team's code style. A final `atlas bash grep <old_symbol_name>` confirms that zero instances of the old symbol name remain, providing absolute proof of a complete and successful rename.

Step by step

01Run `atlas lsp findReferences <old_symbol_name>` to get the authoritative callsite list for your Qwik symbol from the language server.
02Execute `atlas grep <old_symbol_name>` to catch occurrences outside the Qwik type system, such as strings, comments, and documentation.
03Apply the mechanical renames with `atlas edit replaceAll <old_symbol_name> <new_symbol_name>` across your Qwik components and state definitions.
04Review the unified diffs presented by Atlas for all proposed changes to your Qwik codebase, ensuring accuracy in `src/routes` and `vite.config.ts`.
05Approve the changes to write them to your Qwik project files, confirming Atlas's plan.
06Run `pnpm install` to update dependencies if the rename affected package references in your Qwik project.
07Execute `pnpm test` to run `vitest` and verify that your Qwik application's functionality remains intact.
08Run `pnpm run format` (or `prettier --write .`) to apply `prettier` formatting standards over the touched Qwik components.
09Perform a final check with `atlas bash grep <old_symbol_name>` to prove zero remaining hits of the old symbol name in your Qwik repository.

Frequently asked questions

How does Atlas handle Qwik's resumability during a symbol rename?: Atlas understands Qwik's resumability by indexing AST declarations with `tree-sitter`, recognizing `component$`, `useSignal`, and `routeLoader$` exports. This ensures renames respect Qwik's `$ boundary` and optimizer expectations, maintaining lazy chunking capabilities.
Can Atlas rename a `useStore` property in a Qwik application?: Yes, Atlas can rename properties within `useStore` or `useSignal` definitions. It uses the `lsp` tool to find all references to the property, ensuring consistency across your Qwik state management and any components that consume it.
What if Atlas finds multiple matches for a symbol in a Qwik comment?: For non-code occurrences like comments or documentation, Atlas uses `grep`. The `edit` tool's `replaceAll` operation applies changes where the match is unambiguous per file, preventing accidental corruption. You always review the diffs before approval.
How does Atlas ensure my Qwik `vite.config.ts` is updated correctly?: Atlas uses `grep` to find references in configuration files like `vite.config.ts` that might not be part of the language server's type graph. Any proposed changes to such files are presented via a unified diff for your explicit review and approval.
Is it safe to let Atlas modify my Qwik codebase automatically?: Atlas operates with multiple safety layers. It drafts a plan in a read-only agent, asks for permission before running tools, and presents a unified diff for every file edit for your explicit approval before writing any changes to your Qwik project. You are always in control.
How do I verify a Qwik symbol rename was successful?: After Atlas applies changes, you validate by running `pnpm test` with `vitest` to catch functional regressions and `pnpm run format` with `prettier` for style. A final `atlas bash grep <old_symbol_name>` confirms its complete removal from your Qwik project.
Can Atlas rename a `routeLoader$` export in `src/routes`?: Absolutely. Atlas uses the `lsp` tool to identify all references to `routeLoader$` exports within your `src/routes` directory, ensuring that both the export definition and all its usages are correctly updated across your Qwik application's routing.
What if I need to roll back a rename in my Qwik project?: Atlas integrates with `git`, allowing it to snapshot file changes as git patches. This means you can easily diff and roll back any edits made by Atlas, providing a robust safety net for your Qwik refactoring efforts without manual `git` commands.

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