How does Atlas ensure C# documentation is up-to-date?

Atlas reads C# source code directly using `lsp` and `read` tools, then verifies code samples with `bash` and `dotnet build`, ensuring documentation reflects the current state of your `.cs` files and not outdated specifications.

Can Atlas document C# modules that use NuGet packages?

Yes, Atlas is designed to operate within C# solutions, reading your project references and `NuGet` packages to understand the full context of your codebase and accurately document modules with their dependencies.

What C# testing frameworks does Atlas support for verification?

Atlas verifies C# code samples by running them with `bash`, which can include executing `xUnit via dotnet test` commands to confirm functionality and ensure the documented code behaves as expected.

How does Atlas handle C# code formatting in generated READMEs?

While Atlas focuses on content accuracy and verification, it can be configured to respect C# formatting standards. You can also run `dotnet format` on generated code snippets to ensure consistency with your project's style.

Is my C# source code sent to external servers when using Atlas?

No, Atlas can build its code index with local Ollama embeddings, keeping your C# code and project data entirely off third-party servers, ensuring privacy and security for your intellectual property.

How does Atlas prevent accidental changes to my C# project?

Atlas uses a read-only plan agent, permission-gated tool calls, and presents a unified diff for every proposed file edit, allowing you to approve changes before they are written to your C# project, providing complete control.

Can Atlas help refactor async C# code?

Yes, Atlas can assist with tasks like refactoring `async` C# code. It will always present a diff for your review and approval before applying any changes, ensuring you maintain oversight of your C# codebase modifications.

Document a module with a README in C# with Atlas in 2026

In 2026, C# developers leverage Atlas to produce precise documentation for their modules, ensuring READMEs reflect current code behavior rather than outdated specifications. Atlas integrates directly with the C# toolchain, reading `.csproj` and `.sln` files, and verifying code samples with `bash` after using `dotnet build` and `xUnit via dotnet test`.

How Atlas documents C# modules from source code

Atlas in 2026 employs a robust, multi-step workflow to document C# modules, ensuring the generated README accurately reflects the current state of the codebase. This process begins by enumerating the public API of a C# module using the `lsp` tool's `documentSymbol` operation.

Atlas generates documentation for C# modules by directly analyzing source code, ensuring every claim is traceable rather than merely plausible. It starts by using the `lsp` tool's `documentSymbol` operation to identify all public exports within a C# module, guaranteeing no API surface is missed or invented. Following this, Atlas utilizes the `read` tool to examine the implementation details of each identified C# export. To understand how these exports are practically applied, Atlas then employs `codebase_search` to find real-world usage patterns within the C# project. Before writing, Atlas uses `grep` to locate any existing `README.md` files, allowing it to match the established heading structure and tone, providing a consistent documentation experience for C# developers. The final `README.md` is then drafted using the `write` tool, incorporating real C# signatures and actual file paths from the project.

Concrete C# commands and files Atlas uses for documentation

Atlas interacts with the C# ecosystem using specific commands and file types to ensure documentation reflects the actual codebase in 2026. This includes reading `.csproj` and `.sln` files to understand project structure and dependencies, a critical step for accurate C# module documentation.

Atlas's documentation workflow is deeply integrated with the C# toolchain. It begins by running within a C# solution containing a `.csproj` or `.sln` file, allowing it to read namespaces, project references, and `NuGet` packages. The `lsp` tool, powered by tree-sitter, indexes C# code by AST declarations, providing a precise understanding of the module's structure. When documenting, Atlas uses the `read` tool to access the content of `.cs` files. For verifying code samples within the generated `README.md`, Atlas executes them with `bash`. This verification step ensures that every C# code snippet is runnable and accurate, often involving `dotnet build` to compile and `xUnit via dotnet test` to confirm functionality. Atlas can also leverage `dotnet format` to maintain consistent code style if needed, though its primary focus is on content accuracy and verification.

Ensuring documentation accuracy and safety in C# projects with Atlas

Atlas prioritizes safety and accuracy in 2026 by implementing several review and approval mechanisms before any changes are applied to C# projects. Every Atlas tool call is permission-gated, ensuring C# developers maintain full control over their codebase modifications.

Atlas is designed with robust safety features for C# development. Before any action, Atlas drafts a plan in a read-only plan agent, which is then presented to the user for approval. This ensures that C# developers understand the proposed changes before Atlas switches to a build agent. Every tool call, including `lsp`, `read`, `codebase_search`, `grep`, `write`, and `bash`, is permission-gated against allow, ask, and deny rules, providing granular control. For every file edit, Atlas computes a unified diff and surfaces it for approval, allowing C# developers to review changes to their `.cs` files or `README.md` before they are written. Furthermore, Atlas snapshots file changes as git patches, enabling easy diffing and rolling back of edits. For privacy, Atlas can build its code index with local Ollama embeddings, keeping sensitive C# code off third-party servers.

Integrating Atlas into your C# development workflow

Integrating Atlas into a C# development workflow in 2026 begins by running it within a solution containing a `.csproj` or `.sln` file. This initial setup allows Atlas to understand the full context of your C# project, including its dependencies and structure.

To begin using Atlas for C# documentation, simply run the Atlas agent in your solution directory where a `.csproj` or `.sln` file resides. Atlas will automatically read your C# namespaces, project references, and `NuGet` packages, building a comprehensive understanding of your codebase. This deep integration allows Atlas to not only document modules but also assist with other C# development tasks. For instance, you can ask Atlas to add `xUnit` tests to a C# project or refactor `async` code. In every scenario, Atlas will present a unified diff for your review and approval before applying any changes, ensuring that you maintain control over your C# codebase. After any modifications, you can then run `dotnet build` to confirm the integrity of your project.

Step by step

01Run Atlas in your C# solution directory containing a `.csproj` or `.sln` file.
02Atlas uses the `lsp` tool's `documentSymbol` operation to enumerate the public API of your C# module.
03Atlas employs the `read` tool to examine the implementation of each C# export and `codebase_search` to find its usage within your project.
04Atlas uses `grep` to locate any existing `README.md` files in your C# repository to match its heading structure and tone.
05Atlas drafts the `README.md` using the `write` tool, incorporating real C# signatures and file paths.
06Atlas verifies every C# code sample in the drafted `README.md` by executing it with `bash`, ensuring it passes `dotnet build` and any `xUnit via dotnet test` checks.
07Review the unified diff of the proposed `README.md` changes and approve them for writing.

Frequently asked questions

How does Atlas ensure C# documentation is up-to-date?: Atlas reads C# source code directly using `lsp` and `read` tools, then verifies code samples with `bash` and `dotnet build`, ensuring documentation reflects the current state of your `.cs` files and not outdated specifications.
Can Atlas document C# modules that use NuGet packages?: Yes, Atlas is designed to operate within C# solutions, reading your project references and `NuGet` packages to understand the full context of your codebase and accurately document modules with their dependencies.
What C# testing frameworks does Atlas support for verification?: Atlas verifies C# code samples by running them with `bash`, which can include executing `xUnit via dotnet test` commands to confirm functionality and ensure the documented code behaves as expected.
How does Atlas handle C# code formatting in generated READMEs?: While Atlas focuses on content accuracy and verification, it can be configured to respect C# formatting standards. You can also run `dotnet format` on generated code snippets to ensure consistency with your project's style.
Is my C# source code sent to external servers when using Atlas?: No, Atlas can build its code index with local Ollama embeddings, keeping your C# code and project data entirely off third-party servers, ensuring privacy and security for your intellectual property.
How does Atlas prevent accidental changes to my C# project?: Atlas uses a read-only plan agent, permission-gated tool calls, and presents a unified diff for every proposed file edit, allowing you to approve changes before they are written to your C# project, providing complete control.
Can Atlas help refactor async C# code?: Yes, Atlas can assist with tasks like refactoring `async` C# code. It will always present a diff for your review and approval before applying any changes, ensuring you maintain oversight of your C# codebase modifications.

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