MSBuild
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| MSBuild | |
|---|---|
| Name | MSBuild |
| Developer | Microsoft |
| Released | 2003 |
| Programming language | C# |
| Operating system | Windows, Linux, macOS |
| Genre | Build automation |
| License | MIT (parts open-source) |
MSBuild is a build automation platform developed by Microsoft for compiling, packaging, testing, and deploying software. It provides a declarative XML schema for expressing build processes and integrates with a wide range of developer tools and continuous integration systems. MSBuild is used across ecosystems supported by Microsoft, enabling reproducible builds for projects targeting frameworks and runtimes from legacy .NET Framework to .NET Core and beyond.
Overview
MSBuild orchestrates compilation and linking for projects created by IDEs such as Visual Studio and tools including dotnet CLI, coordinating tasks authored in languages like C# that run on runtimes such as .NET Framework and .NET (software); it interoperates with CI platforms like Jenkins, Azure DevOps, TeamCity, GitHub Actions, and GitLab CI/CD. The system defines builds via XML project files that describe targets, tasks, properties, and items, enabling dependency resolution and incremental compilation similar to systems like Apache Ant and Maven (software). Vendors such as JetBrains and foundations like the .NET Foundation have contributed to ecosystem tooling, while enterprise users including Microsoft Azure and corporations that employ Continuous delivery pipelines rely on MSBuild for automated delivery. MSBuild sits alongside languages and ecosystems represented by C# (programming language), F#, Visual Basic .NET, and tools like Roslyn and NuGet (software).
History and Development
MSBuild originated as part of Microsoft's effort to decouple build logic from Visual Studio solution files during the early 2000s, contemporaneous with releases of Visual Studio 2005 and .NET Framework 2.0. Over successive versions MSBuild evolved alongside initiatives such as the Windows Presentation Foundation and ASP.NET updates, reflecting compiler and tooling changes from teams including Microsoft Research and the .NET Foundation. The project moved to open source in a period marked by broader Microsoft strategy shifts under leadership figures associated with organizations like GitHub acquisition and engagements with communities including users of Mono (software) and contributors from Red Hat. Milestones include integration with the dotnet CLI and cross-platform support added during the transition to .NET Core and .NET 5.
Architecture and Components
MSBuild's architecture comprises a central engine, a scheduler, and an extensible task model that allows third-party assemblies to implement work units; key components mirror modular designs used in software such as NuGet (software), Roslyn, and MSDN-documented APIs. The engine processes project files by evaluating properties and item groups, executing targets and invoking tasks implemented in assemblies authored with languages like C# (programming language) and packaged via NuGet (software). The extensibility points permit integrations with tools including ILMerge, FxCop, StyleCop, SonarQube, OpenCover, and test runners such as xUnit.net, NUnit, and MSTest. Build logging and diagnostics can be consumed by viewers like MSBuild Structured Log Viewer and services like Azure DevOps Services.
Build Files and Syntax
Project files use XML schemas that include elements mapped to constructs found in build systems such as Apache Ant and MSBuild Community Tasks; core elements include
Tools and Integration
MSBuild integrates tightly with IDEs including Visual Studio, Visual Studio Code, and third-party editors supported by OmniSharp; command-line interactions occur via executables such as MSBuild.exe and dotnet build from the dotnet CLI. Continuous integration and delivery platforms like Azure Pipelines, Jenkins, TeamCity, Bamboo (software), GitHub Actions, and GitLab CI/CD consume MSBuild artifacts and logs. Extensibility includes custom tasks and loggers developed and distributed by vendors such as JetBrains and community projects hosted on GitHub, enabling interoperability with static analysis tools from SonarSource and packaging workflows using NuGet (software) or Octopus Deploy.
Use Cases and Examples
Common use cases include compilation of C# (programming language) libraries and applications, packaging of NuGet (software), multi-target builds for .NET Standard and .NET Core, automated testing with xUnit.net, NUnit, or MSTest, and deployment orchestration integrated with Azure DevOps and Octopus Deploy. Example scenarios mirror patterns used in large codebases maintained by corporations like Microsoft, Google, and Amazon (company) that require reproducible builds, artifact versioning compatible with Semantic Versioning conventions, and release automation consumed by services such as Azure Artifacts and GitHub Packages.
Performance and Extensibility
MSBuild supports incremental builds, inputs hashing, and parallel project execution to improve throughput in large monorepos similar to strategies used by systems like Bazel and Buck (build system). Extensibility via custom tasks, loggers, and SDK imports allows teams to integrate static analysis tools from SonarSource or coverage tools like OpenCover, and to implement caching layers comparable to those in Gradle and Ninja (build system). Community and corporate contributions hosted on repositories such as GitHub and coordinated by organizations like the .NET Foundation continue to expand compatibility with tooling from JetBrains, Red Hat, and cloud providers including Microsoft Azure.
Category:Build automation tools