dotnet/msbuild

Features

• Declarative Project Systems - Implements a declarative project system based on XML schemas to define build items, properties, and targets.
• XML Project Definitions - Uses a structured XML schema to declare build properties, items, and target dependencies for a repeatable build process.
• Build Automation Systems - Automates the compilation, packaging, and deployment workflows based on defined target dependencies.
• Build Engines - Acts as a core build engine that transforms source code into deployable applications using XML schemas and task execution.
• Task Execution Engines - Implements an engine to execute discrete units of code for operations like compiling source files or organizing directories.
• Build Configurations - Provides a structured system for defining build parameters, dependencies, and environment variables.
• Incremental Build Engines - Implements incremental build tracking using timestamps and checksums to skip unnecessary execution of unchanged targets.
• Task-Based Execution Models - Encapsulates build work into reusable task classes that perform specific file or system transformations.
• Build Automation - Defines sequences of tasks and dependencies to automate the compilation and packaging of software projects.
• Custom Task Frameworks - Provides a customizable framework for implementing custom tasks and loggers to extend software construction operations.
• Build Execution - Provides the automated process for executing series of compilation and packaging tasks to produce deployable applications.
• Hierarchical Property Resolution - Resolves build variables through a hierarchical system of overrides from project files and command line arguments.
• .NET Software Compilation - Converts source code into executable applications and libraries using the .NET framework and associated toolsets.
• Directed Acyclic Graph Pipelines - Uses directed acyclic graphs to manage the execution order of build targets based on their dependency requirements.
• Dependency-Aware Task Orchestration - Groups tasks into ordered targets that manage dependencies to prevent redundant execution of completed work.
• Multi-Targeting Frameworks - Allows compiling a single codebase against multiple API sets and runtime versions to ensure platform compatibility.
• Command Line Configuration - Offers a command line interface for passing properties and specifying targets to control builds without modifying files.
• Build Task Extensions - Provides a framework for creating custom tasks and loggers using provided types and classes to modify build behavior.
• Build Event Loggers - Features an extendable logger architecture that routes build events to various output formats via a plugin system.
• Build Log Exporters - Captures build errors, warnings, and status messages to the console or external devices for troubleshooting.
• Build Task Development - Allows for the creation of specialized logic and extensions to perform unique operations during the software construction process.
• Visual Studio Build Configurations - Manages how projects are compiled and deployed within the Visual Studio integrated development environment.
• Programmatic Build APIs - Provides programmatic APIs that allow external applications to trigger and automate software compilation and deployment workflows.
• Multi-Target Compilers - Supports compiling a single application for different runtime versions to ensure cross-platform compatibility.
• Build Automation - The standard build platform for .NET and Visual Studio.

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