WebMatrix: A Beginner’s Guide to Microsoft’s Lightweight Web Tool

WebMatrix: A Beginner’s Guide to Microsoft’s Lightweight Web ToolWebMatrix was introduced by Microsoft as a lightweight, user-friendly web development tool aimed at beginners, hobbyists, and small teams who wanted a simple way to create, test, and deploy web applications. It bundled an editor, templates, a local web server, database tools, and deployment features into a single package. This guide explains what WebMatrix offered, how to get started, typical workflows, common use cases, limitations, and paths forward if you’re considering modern alternatives.


What is WebMatrix?

WebMatrix is a discontinued Microsoft web development tool designed to simplify building websites using technologies like ASP.NET Web Pages (Razor), PHP, and HTML/CSS/JavaScript. It combined several tasks—coding, testing, database management, and deployment—into one integrated environment targeted at newcomers and small projects.

Key components included:

  • A lightweight HTML/CSS/JS editor with syntax highlighting and IntelliSense.
  • Built-in support for ASP.NET Web Pages (Razor) and PHP.
  • Local hosting via IIS Express for previewing sites.
  • Database tools for SQL Server Compact and MySQL.
  • Integrated gallery of web templates and open-source applications (like WordPress).
  • One-click publishing to Microsoft Azure or FTP servers.

Who was WebMatrix for?

WebMatrix targeted:

  • Beginners learning web development who wanted minimal setup.
  • Designers who needed to prototype static and dynamic pages quickly.
  • Small teams and solo developers building simple sites or proof-of-concepts.
  • Educators teaching basics of web programming and server-side scripting.

Installing and first steps

Note: WebMatrix was discontinued by Microsoft and is no longer actively maintained. If you have an archived installer (for historical or educational use), the basic setup and initial workflow looked like this:

  1. Install WebMatrix (included IIS Express and required runtimes).
  2. Launch WebMatrix and create a new site from:
    • Empty site
    • Built-in templates (blogs, CMS demos)
    • Web Gallery (open-source apps)
  3. Edit files using the built-in editor. WebMatrix provided syntax highlighting, IntelliSense for HTML/CSS/JS, and Razor assistance for ASP.NET Web Pages.
  4. Test the site locally with the built-in web server (IIS Express) by clicking Run.
  5. Manage data with the built-in database explorer (SQL Server Compact or MySQL).
  6. Publish using the Publish feature to Azure or via FTP.

Building a simple Razor page (conceptual)

A very small example of the Razor syntax used in WebMatrix:

@{     var title = "Welcome to WebMatrix"; } <!DOCTYPE html> <html> <head>     <meta charset="utf-8" />     <title>@title</title> </head> <body>     <h1>@title</h1>     <p>Today is @DateTime.Now.ToString("D").</p> </body> </html> 

This mixed HTML/C# approach made it easy to combine server-side logic and markup in the same file—suitable for beginners.


Working with databases

WebMatrix simplified database tasks through a Database workspace:

  • Create or attach SQL Server Compact (.sdf) databases.
  • Run SQL queries and view table data inline.
  • For PHP/WordPress projects, connect to MySQL.
  • The UI allowed quick creation of tables, stored procedures, and simple CRUD operations without leaving the tool.

The Web Gallery provided one-click installation of popular apps and templates:

  • WordPress, Joomla, DNN (in some forms), and sample ASP.NET templates.
  • Great for learning by inspecting working code and adapting templates for your project.

Deployment options

WebMatrix included straightforward publish workflows:

  • Publish to Microsoft Azure with a few clicks (site creation + deployment).
  • Publish to any FTP server by entering credentials.
  • Incremental publish that transferred only changed files.

This lowered the barrier for beginners to get their site online quickly.


Strengths and why people liked it

  • Low barrier to entry: minimal setup; one integrated package.
  • Simple workflows for beginners: edit, run, debug, publish.
  • Support for both ASP.NET Web Pages (Razor) and PHP.
  • Built-in database tools and templates accelerated prototyping.
  • Tight Azure integration for hosting.

Limitations and why it was discontinued

  • Not suitable for large, complex enterprise applications.
  • Focused workflows lacked advanced IDE features found in Visual Studio.
  • WebMatrix used technologies (like ASP.NET Web Pages and SQL Server Compact) that Microsoft shifted away from in favor of ASP.NET MVC/Core and modern databases.
  • Microsoft discontinued WebMatrix as they consolidated tooling around Visual Studio, Visual Studio Code, and Azure tooling.

Modern alternatives and migration tips

If you’re starting now, consider these modern tools and approaches instead of archived WebMatrix:

  • Visual Studio Code — lightweight, extensible editor for JavaScript, Python, PHP, and .NET Core with many extensions (IntelliSense, Live Server, database extensions).
  • Visual Studio (Community) — full-featured IDE for ASP.NET Core and larger .NET projects.
  • .NET (ASP.NET Core) — cross-platform successor to classic ASP.NET; use Razor Pages or MVC for server-side apps.
  • Local development servers: dotnet CLI (dotnet watch), Node.js + Live Server, Docker for reproducible environments.
  • Databases: SQL Server Express / LocalDB, SQLite, PostgreSQL, MySQL.
  • Deployment: Azure App Service, GitHub Actions, Docker + cloud providers, Netlify/Vercel (for static/front-end).

Migration tips:

  • Move Razor pages to ASP.NET Core Razor Pages where possible; update namespaces and APIs.
  • Replace SQL Server Compact with SQLite or SQL Server Express and migrate schema/data.
  • Recreate deployment pipelines using Git-based workflows and CI/CD.

Example: Moving a simple WebMatrix site to VS Code + ASP.NET Core

  1. Create a new ASP.NET Core Razor Pages project:
    • dotnet new razor -o MySite
  2. Move markup and server-side logic into Pages/.cshtml and Pages/.cshtml.cs.
  3. Replace any WebMatrix-specific helpers with ASP.NET Core equivalents (URL helpers, configuration).
  4. Use EF Core or Dapper for data access instead of SQL Server Compact.
  5. Test locally with dotnet run and set up GitHub Actions to deploy to Azure.

Final thoughts

WebMatrix served an important niche: making web development approachable. Its integrated editor, templates, and easy publish paths helped many beginners ship sites quickly. Today, modern tools like Visual Studio Code, ASP.NET Core, and cloud-based deployment pipelines offer more power and longevity, while preserving the same beginner-friendly workflows WebMatrix championed.

If you want, I can:

  • Convert a small WebMatrix Razor page to ASP.NET Core Razor Pages.
  • Outline a migration plan for a specific WebMatrix project.
  • Suggest VS Code extensions and configuration to replicate WebMatrix workflows.

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