How do I set up serve-d with Vim?

Follow the community guide in the README's 'Other Editor Guides' section, which involves installing an LSP client plugin for Vim and configuring it to point to the serve-d binary. You may need to adjust settings for DUB and tool paths.

What's the difference between serve-d and code-d?

serve-d is the LSP server backend that provides language intelligence, while code-d is the Visual Studio Code extension that acts as an LSP client for serve-d. serve-d can be used with other editors via their own LSP clients.

Does serve-d work with Sublime Text?

Yes, there's a community guide for Sublime Text in the README, but it requires installing an LSP package and configuring serve-d manually, which might involve setting up the binary path and DUB environment.

How to troubleshoot serve-d autocompletion not working?

First, ensure DCD is installed and accessible, as serve-d uses it for completions. Check serve-d logs via the --logfile option and verify editor LSP client settings; common issues include incorrect DUB project paths or DCD server failures.

serve-d vs native D IDE plugins, which should I use?

Choose serve-d for cross-editor consistency and deep DUB integration, but if you use an editor with a mature native D plugin (like Visual D for Visual Studio), it might offer smoother setup. serve-d excels in standardizing features across lightweight editors.

Can serve-d handle large D projects?

It depends on the underlying tools like DCD and libdparse; for very large codebases, performance might degrade due to LSP overhead and D's compilation model. The README mentions features like 'forceLoadProjects' to manage project loading, but scaling isn't guaranteed.

serve-d — D Language Server Protocol

What is serve-d?

serve-d is a Language Server Protocol (LSP) implementation for the D programming language. It acts as a backend server that provides IDE-like features such as autocompletion, error checking, and code navigation to any text editor supporting LSP. It solves the problem of fragmented editor support for D by offering a unified, protocol-driven tooling layer.

Target Audience

D developers who want rich language support in their preferred code editor, particularly those using Visual Studio Code, Atom, Vim, Sublime Text, or other LSP-capable editors.

Value Proposition

Developers choose serve-d because it brings consistent, high-quality IDE features to any editor via the open LSP standard, integrates deeply with the D ecosystem (DUB, DCD, D-Scanner), and is extensible through custom LSP requests for advanced D-specific workflows.

D LSP server (dlang language server protocol server)

Use Cases

Best For

Adding intelligent autocompletion and go-to-definition for D code in lightweight editors
Integrating D language support into editors that lack native D plugins
Managing DUB dependencies and project configurations directly from the editor UI
Performing static analysis and linting on D code using D-Scanner
Implementing abstract class methods and sorting imports with automated code actions
Developing cross-editor D tooling extensions that rely on a standardized language server

Not Ideal For

Editors without LSP client support or with poorly implemented LSP extensions
Developers who prefer all-in-one IDEs with built-in D support and minimal configuration
Projects requiring ultra-low-latency, native code analysis without protocol overhead
Teams needing guaranteed commercial support or enterprise-grade stability for critical D development

Pros & Cons

Pros

Full LSP Implementation

Implements most LSP features for D, including go-to-definition, hover documentation, and symbol renaming, as outlined in the README's feature list, enabling rich editor-agnostic IDE capabilities.

Deep D Ecosystem Integration

Leverages DCD for autocompletion, D-Scanner for linting, and libdparse for analysis, providing comprehensive tooling that taps into the existing D language infrastructure.

Multi-Editor Standardization

Officially supports Visual Studio Code and Atom, with community guides for Vim, Sublime Text, and others, aiming to unify the D development experience across different editors.

Advanced DUB Management

Offers custom LSP extensions for managing DUB dependencies, configurations, build types, and architectures directly from the editor, as detailed in the served/* request specifications.

Cons

Configuration Complexity

Requires manual LSP client setup for non-official editors and extensive command-line options like --provide flags, which can be overwhelming and error-prone for new users.

External Tool Dependencies

Relies heavily on DCD, D-Scanner, and other D tools for core functionality; bugs, updates, or installation issues in these tools can directly impact serve-d's performance and reliability.

Niche Community Limitations

As part of the smaller D language ecosystem, development and support may be slower, with fewer resources for rapid bug fixes or feature additions compared to mainstream language servers.

What is serve-d?

Target Audience

D developers who want rich language support in their preferred code editor, particularly those using Visual Studio Code, Atom, Vim, Sublime Text, or other LSP-capable editors.

Value Proposition

Use Cases

Best For

Adding intelligent autocompletion and go-to-definition for D code in lightweight editors
Integrating D language support into editors that lack native D plugins
Managing DUB dependencies and project configurations directly from the editor UI
Performing static analysis and linting on D code using D-Scanner
Implementing abstract class methods and sorting imports with automated code actions
Developing cross-editor D tooling extensions that rely on a standardized language server

Not Ideal For

Editors without LSP client support or with poorly implemented LSP extensions
Developers who prefer all-in-one IDEs with built-in D support and minimal configuration
Projects requiring ultra-low-latency, native code analysis without protocol overhead
Teams needing guaranteed commercial support or enterprise-grade stability for critical D development

Pros & Cons

Pros

Full LSP Implementation

Implements most LSP features for D, including go-to-definition, hover documentation, and symbol renaming, as outlined in the README's feature list, enabling rich editor-agnostic IDE capabilities.

Deep D Ecosystem Integration

Leverages DCD for autocompletion, D-Scanner for linting, and libdparse for analysis, providing comprehensive tooling that taps into the existing D language infrastructure.

Multi-Editor Standardization

Officially supports Visual Studio Code and Atom, with community guides for Vim, Sublime Text, and others, aiming to unify the D development experience across different editors.

Advanced DUB Management

Offers custom LSP extensions for managing DUB dependencies, configurations, build types, and architectures directly from the editor, as detailed in the served/* request specifications.

Cons

Configuration Complexity

Requires manual LSP client setup for non-official editors and extensive command-line options like --provide flags, which can be overwhelming and error-prone for new users.

External Tool Dependencies

Relies heavily on DCD, D-Scanner, and other D tools for core functionality; bugs, updates, or installation issues in these tools can directly impact serve-d's performance and reliability.

Niche Community Limitations

As part of the smaller D language ecosystem, development and support may be slower, with fewer resources for rapid bug fixes or feature additions compared to mainstream language servers.

serve-d

What is serve-d?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?

serve-d

What is serve-d?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?