D
dotnet/fsharp
Fsharp
F# ist eine stark typisierte, funktionale Programmiersprache und ein Compiler für das .NET-Ökosystem. Sie transformiert funktionalen Quellcode in Common Intermediate Language zur Ausführung auf der .NET-Runtime und bietet eine grundlegende Kernbibliothek primitiver Typen und Funktionen.
Die Sprache betont Unveränderlichkeit und verwendet ein statisches, constraint-basiertes Typinferenzsystem, um Variablentypen automatisch zu bestimmen, ohne explizite Benutzerannotationen zu erfordern. Sie fungiert zudem als Language Server Protocol-Provider und stellt Compiler-Logik über eine servicebasierte API bereit, um Echtzeit-Codeanalyse und Intelligenz für Editoren und IDEs zu liefern.
Das Projekt deckt die Entwicklung der Compiler-Infrastruktur, die Wartung der Kernsprachen-Runtime und die Erstellung von Tools für die .NET-Anwendungsentwicklung ab.
Features
- Functional Programming Compilers - Implements a full-scale compiler that transforms functional source code into Common Intermediate Language for the .NET runtime.
- Source Code Compilers - Transforms functional source code into executable programs using a compiler and core library infrastructure.
- Core .NET Libraries - Provides a foundational set of primitive types and functions required to execute programs within the .NET ecosystem.
- Automatic Type Inferences - Determines variable types automatically using a constraint-based system without requiring explicit type annotations.
- CIL Code Generation - Implements the translation of functional source code into Common Intermediate Language for execution on the .NET runtime.
- Common Intermediate Languages - Compiles high-level constructs into a platform-neutral instruction set for execution on the .NET runtime.
- Compiler APIs - Exposes internal compiler logic as a set of queryable services for providing real-time IDE intelligence.
- Core Language Libraries - Links the language compiler to a foundational set of primitive types and functions required for execution.
- Language Implementations - Provides a strongly typed, functional programming language emphasizing immutability and type inference.
- Functional Programming Languages - Provides a strongly typed language based on the functional paradigm with an emphasis on immutability and type inference.
- Constraint-Based Inference - Determines variable types automatically by solving a system of constraints without requiring explicit user annotations.
- .NET Runtimes - Enables the creation of cross-platform programs that run on the .NET runtime using a strongly typed language.
- Static Type Inference - Employs a constraint-based static type inference system to automatically determine variable types without requiring explicit user annotations.
- Editor Tooling - Exposes compiler services to editors and IDEs to provide real-time code analysis and intelligence.
- Language Server Protocols - Functions as a language server to deliver real-time code analysis and intelligence to editors and IDEs.
- Language Intelligence Services - Provides editors with real-time code analysis, autocomplete, and type checking through a service-based compiler API.
- Compiler Infrastructure - Provides the infrastructure for transforming source code into executable binaries and optimizing the compilation pipeline.
- Multi-Pass Compiler Pipelines - Transforms source code through sequential phases of parsing, type checking, and intermediate language generation.
- Immutable Data Management - Prioritizes non-changing data structures by default to ensure thread safety and predictable state transitions.
- Core Frameworks - Functional-first language implementation and compiler tools.
- Language Core - Primary language repository and compiler.
