How does Atlas ensure Electron documentation is always up-to-date in 2026?

Atlas generates documentation directly from your Electron source code using tools like `lsp` and `read`, rather than relying on outdated comments or memory. It also verifies code samples with `bash` to ensure they reflect current functionality, guaranteeing accuracy for your 2026 projects.

Can Atlas document both the main and renderer processes in an Electron app?

Yes, Atlas is designed to read your Electron app's `main` process, `preload` scripts, and track `ipcRenderer.invoke` calls paired with `ipcMain.handle`, providing comprehensive documentation across the main and renderer split.

What Electron-specific tools does Atlas integrate with for documentation?

Atlas integrates direct with your Electron toolchain, using `npm` for package management, `prettier` for code formatting, and `@playwright/test` for writing and running test cases that can verify documentation examples.

How do I review changes Atlas proposes for my Electron README?

Atlas operates with a human-in-the-loop approach. It drafts a plan, presents a unified diff for every file edit, and requires your explicit approval before writing any changes to your Electron project, ensuring full control.

Can Atlas help me write `@playwright/test` cases for my Electron app?

Yes, Atlas can write `@playwright/test` cases that drive your packaged Electron application, running behind a permission prompt to ensure they accurately reflect and test your module's behavior and documentation claims.

Does Atlas invent API surfaces for my Electron module?

No, Atlas enumerates your module's public API using the `lsp` tool's `documentSymbol` operation, ensuring that no export is missed or invented. Every claim is traceable to your actual Electron codebase, providing verifiable documentation.

Document an Electron Module with a README in 2026 using Atlas

In 2026, Electron developers leverage Atlas to produce precise README documentation that reflects the current state of their modules, not historical intent. Atlas integrates directly with your existing Electron toolchain, utilizing `npm` for package management, `prettier` for consistent formatting, and `@playwright/test` for verifying code samples, ensuring every claim in your documentation is traceable to the actual codebase.

How Atlas Documents Electron Modules from Live Code

Atlas generates documentation for Electron modules in 2026 by directly analyzing your codebase, ensuring accuracy and relevance. It employs the `lsp` tool's `documentSymbol` operation to enumerate every public API export, preventing any omissions or fabrications. This process guarantees that the documentation reflects what the code actually does today, not what it was intended to do a year ago.

Atlas begins the documentation process by using its `lsp` tool to perform a `documentSymbol` operation on your Electron module. This step is crucial for identifying every public API surface, ensuring that the generated README covers all exported functions, classes, and variables without inventing any. Following this, Atlas utilizes the `read` tool to delve into the implementation details of each identified export. To understand how these exports are practically used within your Electron application, Atlas employs `codebase_search`. This allows it to find real-world invocations and patterns across your main process, preload scripts, and specifically tracks `ipcRenderer.invoke` calls paired with `ipcMain.handle` in the main process. By sourcing all information directly from your Electron project's files, Atlas ensures that the documentation is traceable and accurately describes the module's current behavior, rather than relying on potentially outdated comments or developer memory.

Concrete Commands and Files for Electron README Generation

Generating a README for an Electron module with Atlas involves specific commands and interactions with your project's files, ensuring a tailored output. Atlas respects your existing project structure, starting with your `package.json`'s `main` field to locate the Electron entry point. This approach ensures that the generated documentation aligns perfectly with your 2026 Electron application's setup.

Atlas interacts with several key Electron project files and uses specific commands throughout the documentation workflow. It starts by reading your `package.json` file to identify the `main` field, which points to your Electron application's entry script, typically `main.js`. Atlas then reads this `main.js` file, along with any associated `preload.js` scripts, to understand the application's architecture and security model, including `contextIsolation` and `preload` bridges. Before writing new documentation, Atlas uses the `grep` tool to search your repository for an existing `README.md` file. This allows it to analyze the current heading structure, tone, and any specific formatting conventions, ensuring the new README integrates direct. Finally, the `write` tool is used to emit the new `README.md`, incorporating real code signatures and actual file paths directly from your Electron project. Every code sample included in the documentation is then verified by running it with `bash`, guaranteeing that the examples are functional and accurate within your Electron environment.

Ensuring Accuracy and Security in Electron Documentation

Atlas prioritizes both accuracy and the robust security model of Electron applications in 2026 documentation. It rigorously verifies every code sample by executing it with `bash`, preventing the inclusion of non-functional or misleading examples. This commitment extends to Electron's security best practices, such as ensuring `nodeIntegration` remains off and properly handling Node.js APIs.

The integrity of documentation is paramount, especially for Electron applications where security is a critical concern. Atlas ensures accuracy by verifying every code sample it includes in the README. Using the `bash` tool, Atlas executes these samples directly, confirming they run as expected within your Electron environment. This prevents the common issue of outdated or incorrect code snippets that can mislead developers. Furthermore, Atlas is acutely aware of Electron's security model, which relies on the main and renderer process split, `contextIsolation`, and `preload` bridges. During the setup phase, Atlas can be instructed to move Node.js APIs out of the renderer process and expose them safely behind `contextBridge.exposeInMainWorld` in your `preload.js` script. It also confirms that `nodeIntegration` remains off, adhering to modern Electron security recommendations. Atlas can even write `@playwright/test` cases that drive your packaged Electron app, running behind a permission prompt, to validate the application's behavior and the documentation's claims. After documentation generation, Atlas can run `prettier` to ensure the README adheres to your project's formatting standards.

Reviewing and Approving Atlas-Generated Electron Documentation

Atlas integrates a robust review and approval process for all generated Electron documentation, ensuring developers maintain full control over their codebase in 2026. Before any changes are committed, Atlas drafts a comprehensive plan in a read-only agent and presents a unified diff for every proposed file edit. This transparent workflow allows for meticulous review and explicit approval.

The Atlas workflow for documenting Electron modules is designed with developer oversight at its core. Before Atlas makes any modifications, it operates in a read-only plan agent, drafting a detailed strategy for documentation generation. Every tool call Atlas makes is permission-gated, requiring explicit 'allow', 'ask', or 'deny' rules to be met before execution. When Atlas proposes changes to your `README.md` or any other file, it computes a unified diff, clearly surfacing all proposed edits for your review. This allows you to inspect exactly what Atlas intends to write, ensuring that the generated documentation aligns with your expectations and project standards. You have the final say, approving the diff before Atlas writes the changes. Atlas also integrates with `git`, reading branches, status, and diffs, and can stage and create commits on your behalf. It snapshots file changes as git patches, providing a robust mechanism for diffing edits and rolling back if necessary, giving you complete control over the documentation lifecycle within your Electron project.

Step by step

01Run Atlas in your Electron application directory, ensuring your `package.json`'s `main` field points to your Electron entry file.
02Allow Atlas to read your Electron main process (`main.js`), `preload` script (`preload.js`), and every `ipcRenderer.invoke` call paired to an `ipcMain.handle`.
03Instruct Atlas to enumerate the module's public API using the `lsp` tool's `documentSymbol` operation to capture all exports.
04Direct Atlas to read the implementation of each export and use `codebase_search` to find how callers actually use it in practice within your Electron app.
05Ask Atlas to `grep` your repository for an existing `README.md` to match its heading structure and tone.
06Command Atlas to `write` the new `README.md` for your Electron module, quoting real signatures and real file paths from your codebase.
07Verify every code sample in the generated `README.md` by letting Atlas run them with `bash` to confirm functionality.
08Review the unified diff of the proposed `README.md` changes, then approve Atlas to write the file and run `prettier` for consistent formatting.

Frequently asked questions

How does Atlas ensure Electron documentation is always up-to-date in 2026?: Atlas generates documentation directly from your Electron source code using tools like `lsp` and `read`, rather than relying on outdated comments or memory. It also verifies code samples with `bash` to ensure they reflect current functionality, guaranteeing accuracy for your 2026 projects.
Can Atlas document both the main and renderer processes in an Electron app?: Yes, Atlas is designed to read your Electron app's `main` process, `preload` scripts, and track `ipcRenderer.invoke` calls paired with `ipcMain.handle`, providing comprehensive documentation across the main and renderer split.
How does Atlas handle Electron's security model, like `contextIsolation`?: Atlas understands Electron's security model. It can suggest moving Node APIs out of the renderer and behind `contextBridge.exposeInMainWorld` in your `preload.js`, and confirms `nodeIntegration` remains off, aligning with secure Electron development practices.
What Electron-specific tools does Atlas integrate with for documentation?: Atlas integrates direct with your Electron toolchain, using `npm` for package management, `prettier` for code formatting, and `@playwright/test` for writing and running test cases that can verify documentation examples.
How do I review changes Atlas proposes for my Electron README?: Atlas operates with a human-in-the-loop approach. It drafts a plan, presents a unified diff for every file edit, and requires your explicit approval before writing any changes to your Electron project, ensuring full control.
Can Atlas help me write `@playwright/test` cases for my Electron app?: Yes, Atlas can write `@playwright/test` cases that drive your packaged Electron application, running behind a permission prompt to ensure they accurately reflect and test your module's behavior and documentation claims.
Does Atlas invent API surfaces for my Electron module?: No, Atlas enumerates your module's public API using the `lsp` tool's `documentSymbol` operation, ensuring that no export is missed or invented. Every claim is traceable to your actual Electron codebase, providing verifiable documentation.

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