Microsoft/msbuild

Features

• Build Orchestration - Coordinates and sequences multiple build tasks and dependencies into a cohesive automated process.
• .NET Build Engines - Provides a specialized build platform for compiling and packaging .NET applications using XML configurations.
• Build Automation Systems - Provides a task-based engine that automates the compilation, linking, and packaging of source code into binaries.
• Custom Build Rules - Provides programmatic interfaces and helper classes for defining custom build actions and dependency rules.
• Build Orchestrators - Implements a system for managing compilation and dependency resolution across multiple target frameworks.
• Build Configurations - Manages key-value properties and settings to control the build process via files or command-line arguments.
• Workspace Task Extensions - Allows the engine to load custom executable logic from external assemblies to extend build operations.
• Task-Based Execution Models - Encapsulates build work as executable classes that process input items to produce output files.
• Build Execution - Executes discrete units of code to compile source files and manage build artifacts.
• Target Sequence Management - Organizes tasks into ordered targets to manage dependencies and optimize execution by skipping unnecessary work.
• .NET Software Compilation - Compiles source code into executable binaries for .NET applications using a structured build system.
• Item-Based Parameter Passing - Groups files and resources into typed collections that serve as the primary data inputs for build tasks.
• Directed Acyclic Graph Pipelines - Uses directed acyclic graphs to resolve target dependencies and determine the optimal task execution sequence.
• Build Logic Extensions - Allows the creation of specialized build tasks and reusable rules to handle unique compilation requirements.
• XML Configurations - Defines build logic, items, and properties using a structured, declarative XML schema.
• Build Variable Evaluations - Implements a logic engine to calculate build variables at runtime based on conditional properties and environment state.
• Build Input Groupings - Groups files and resources into typed items to serve as parameters for build tasks.
• Build Target Definitions - Provides a structured schema for defining build items and reusable rules across different operating systems.
• Build Extension Architectures - Offers an extensible framework that allows developers to create custom build tasks and extend core build functionality.
• Programmatic Build APIs - Provides programmatic interfaces to trigger and automate build processes from within external applications.
• Cross-Platform Deployment Targets - Enables compilation of a single codebase against multiple runtime versions to ensure cross-platform compatibility.
• Multi-Target Compilers - Supports compiling a single codebase against various runtime versions to ensure compatibility across platforms.
• CI/CD Integrations - Integrates the build and packaging process into CI/CD pipelines via programmatic interfaces.
• Build Automation - Core platform for building .NET applications.

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