How do I integrate Atlas with my C# GitHub Actions workflow?

You integrate Atlas by wiring the `atlas github` command into your `.github/workflows/atlas-triage.yml` file, providing the `MODEL` and `PROMPT` inputs as required for specific event types to manage your C# projects.

What C# specific tools does Atlas use for triage?

Atlas interacts with your C# codebase using standard `dotnet` tools like `dotnet format` for code style and `xUnit via dotnet test` for verifying changes, ensuring compatibility with your existing C# development practices.

How does Atlas ensure only trusted users can trigger C# triage actions?

Atlas enforces security by checking the triggering actor's collaborator permission, refusing to run if they lack `admin` or `write` access to the repository, and requiring an explicit mention in comments to activate C# triage.

Can Atlas handle large C# solution files or many projects without issues?

Yes, Atlas explicitly catches `ContextOverflowError` for large C# codebases, re-throwing it as a 'prompt-too-large' message that lists the specific C# files causing the context overflow, helping you manage large inputs.

How do I review changes Atlas proposes for my C# code?

Atlas operates with a read-only plan agent, then presents a unified diff for every proposed file edit in your C# project, allowing you to review and approve changes before they are written to disk or committed.

Does Atlas support C# projects using NuGet packages?

Absolutely. Atlas is designed to read your C# project context, including namespaces, project references, and `NuGet` packages, allowing it to understand and interact intelligently with your C# dependencies and solution structure.

What happens if Atlas proposes a change that breaks my C# build?

Atlas provides a unified diff for every proposed change, allowing you to review and approve it before writing. This human-in-the-loop step is crucial for C# projects, letting you catch potential issues before running `dotnet build` or `xUnit via dotnet test`.

Automate GitHub Issue and Pull Request Triage in C# with Atlas in 2026

Atlas automates GitHub issue and pull request triage for C# projects by integrating directly into your GitHub Actions workflows, leveraging the .NET SDK, NuGet for package management, and xUnit via dotnet test for verification. This setup ensures that Atlas can respond to events, manage code changes, and interact with your C# codebase safely and efficiently, only for trusted users, all within your familiar C# development environment.

How to set up Atlas for C# GitHub Triage Workflows

Setting up Atlas for C# GitHub triage workflows in 2026 involves wiring the `atlas github` command into your GitHub Actions. This command requires a `MODEL` in `provider/model` form and a `PROMPT` for specific event types, ensuring Atlas is correctly configured to interact with your C# project context, whether it's a `.csproj` or `.sln` file.

To initiate automated triage for your C# projects, you must integrate the `atlas github` command into a GitHub Actions workflow file, typically located at `.github/workflows/atlas-triage.yml`. This command serves as Atlas's entry point, reading its inputs directly from the Actions environment. It is crucial to provide the `MODEL` input, specifying the AI model in `provider/model` format (e.g., `ollama/codellama`). Additionally, for event types that require specific instructions, the `PROMPT` input must be supplied; failure to do so will result in an error indicating that 'PROMPT input is required for <event> events'. Atlas is designed to operate within a C# solution, automatically reading your namespaces, project references, and NuGet packages when run in a directory containing a `.csproj` or `.sln` file, providing it with the necessary context to understand your C# codebase.

How Atlas ensures secure C# GitHub Triage

Atlas ensures secure C# GitHub triage by implementing robust permission checks and requiring explicit mentions, a critical feature for 2026 development practices. It verifies that the triggering actor possesses `admin` or `write` collaborator permissions before executing any actions, refusing to run for unauthorized users, and also enforces that comments mention the configured trigger.

Security is paramount when automating code interactions, especially in C# projects. Atlas addresses this by strictly enforcing access controls. Before any triage action is performed, Atlas checks the triggering actor's collaborator permission. If the actor does not have `admin` or `write` access to the repository, Atlas will refuse to run, preventing unauthorized modifications to your C# codebase. Furthermore, to prevent accidental or unwanted runs from stray comments, the Atlas handler enforces that comments must explicitly mention the configured trigger. This dual-layer security mechanism ensures that only trusted users can initiate Atlas's automated triage processes, maintaining the integrity and safety of your C# repositories.

How Atlas interacts with C# code and dotnet tools

Atlas interacts with C# code and the .NET toolchain using its `bash`, `read`, `grep`, and `edit` tools, ensuring compatibility with your existing development practices in 2026. It can, for example, suggest adding `xUnit` tests or refactoring `async` code, then apply `dotnet format` to maintain code style before you review the changes.

Atlas is equipped with fundamental tools like `bash`, `read`, `grep`, and `edit`, which it leverages to interact directly with your C# codebase. When tasked with triage, Atlas can search code with hybrid semantic and keyword retrieval, fused by reciprocal rank fusion, and indexes code by AST declarations using tree-sitter. This deep understanding allows it to perform C# specific tasks, such as identifying areas where `xUnit` tests could be added or suggesting refactorings for `async` code patterns. After drafting a plan, Atlas can propose changes to C# files. For instance, it might use its `edit` tool to modify a `.cs` file and then, through its `bash` tool, invoke `dotnet format` to ensure the changes adhere to your project's C# coding standards. All proposed changes are presented as a unified diff for your approval, allowing you to review them before running `dotnet build` or `dotnet test` with `xUnit`.

How Atlas handles large C# codebases and context overflow

Atlas explicitly handles context overflow in large C# codebases by catching `ContextOverflowError` and re-throwing it as a user-friendly message in 2026. This message lists the specific C# files that contributed to the overflow, helping developers quickly identify and address the source of excessive context for more efficient triage.

Working with large C# solutions, which can contain numerous `.csproj` files and extensive code, often presents challenges related to context window limitations in AI models. Atlas is designed to gracefully handle these scenarios. When the input context for a triage operation exceeds the model's capacity, Atlas explicitly catches the `ContextOverflowError`. Instead of a cryptic failure, it re-throws this error as a clear 'prompt-too-large' message. Crucially, this message includes a list of the offending C# files that contributed to the context overflow. This explicit feedback empowers C# developers to understand precisely which parts of their codebase are causing the issue, enabling them to refine their prompts or adjust their workflow to manage context more effectively for future triage operations.

How to review and approve Atlas changes in C# projects

Reviewing and approving Atlas changes in C# projects is a core safety feature, ensuring human oversight over automated actions in 2026. Atlas drafts a plan in a read-only agent, computes a unified diff for every file edit, and surfaces it for your approval before writing any changes to your C# files or staging them with Git.

Atlas prioritizes developer control and safety. When Atlas proposes changes to your C# project, it first operates in a read-only plan agent, outlining its intended actions without modifying any files. Once a plan is drafted, Atlas computes a unified diff for every proposed file edit, whether it's a change to a `.cs` file, a `.csproj` file, or a configuration file. This diff is then surfaced for your explicit approval. This critical step allows C# developers to meticulously review every line of code Atlas intends to change, ensuring accuracy and adherence to project standards before any modifications are written to disk. Atlas also reads git branches, status, and diffs, and can stage and create commits on your behalf, but only after your approval, providing a robust and auditable workflow for C# code changes.

Step by step

01Create a GitHub Actions workflow file, for example, `.github/workflows/atlas-triage.yml`, to define the automated triage process for your C# repository.
02Wire the `atlas github` command into your workflow, ensuring you set the `MODEL` input in `provider/model` form (e.g., `ollama/codellama`) and provide the `PROMPT` input for any event types that require it.
03Ensure the GitHub actor triggering the workflow has `admin` or `write` collaborator permissions, as Atlas will refuse to run for unauthorized users, safeguarding your C# codebase.
04Configure the workflow to require a mention in comments (e.g., `@atlas triage`) to trigger a run, preventing accidental execution and providing explicit control over Atlas's actions on your C# issues and pull requests.
05Atlas will read your C# solution context, including `.csproj` or `.sln` files, namespaces, project references, and `NuGet` packages, to understand the structure of your C# project.
06Atlas drafts a plan in a read-only agent, potentially using `grep` or `read` to analyze relevant C# files and propose modifications or responses.
07Atlas proposes changes, potentially using its `edit` tool on C# files, and presents a unified diff for your review, ensuring transparency before any modifications are applied.
08Review the proposed changes to your C# code. Once approved, Atlas will write the changes to disk and can stage and create commits on your behalf, integrating direct with your Git workflow.
09After Atlas applies changes, you can locally verify the C# code by running `dotnet format` to ensure style consistency and `xUnit via dotnet test` to confirm functionality.

Frequently asked questions

How do I integrate Atlas with my C# GitHub Actions workflow?: You integrate Atlas by wiring the `atlas github` command into your `.github/workflows/atlas-triage.yml` file, providing the `MODEL` and `PROMPT` inputs as required for specific event types to manage your C# projects.
What C# specific tools does Atlas use for triage?: Atlas interacts with your C# codebase using standard `dotnet` tools like `dotnet format` for code style and `xUnit via dotnet test` for verifying changes, ensuring compatibility with your existing C# development practices.
How does Atlas ensure only trusted users can trigger C# triage actions?: Atlas enforces security by checking the triggering actor's collaborator permission, refusing to run if they lack `admin` or `write` access to the repository, and requiring an explicit mention in comments to activate C# triage.
Can Atlas handle large C# solution files or many projects without issues?: Yes, Atlas explicitly catches `ContextOverflowError` for large C# codebases, re-throwing it as a 'prompt-too-large' message that lists the specific C# files causing the context overflow, helping you manage large inputs.
How do I review changes Atlas proposes for my C# code?: Atlas operates with a read-only plan agent, then presents a unified diff for every proposed file edit in your C# project, allowing you to review and approve changes before they are written to disk or committed.
Does Atlas support C# projects using NuGet packages?: Absolutely. Atlas is designed to read your C# project context, including namespaces, project references, and `NuGet` packages, allowing it to understand and interact intelligently with your C# dependencies and solution structure.
What happens if Atlas proposes a change that breaks my C# build?: Atlas provides a unified diff for every proposed change, allowing you to review and approve it before writing. This human-in-the-loop step is crucial for C# projects, letting you catch potential issues before running `dotnet build` or `xUnit via dotnet test`.

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