SPARK is a formally defined computer programming language based on the Ada language, intended for developing high integrity software used in systems where predictable and highly reliable operation is essential.

This tutorial is an interactive introduction to the SPARK programming language and its formal verification tools. You will learn the difference between Ada and SPARK and how to use the various analysis tools that come with SPARK.

Ada is arguably the most { performant ∩ capable ∩ precise ∩ readable ∩ mature } programming language. Ada is alive and kicking! Long live Ada/SPARK. A curated list of awesome resources related to the Ada and SPARK programming language.

SPARK is a software development technology specifically designed for engineering high-reliability applications. It consists of a programming language, a verification toolset and a design method which, taken together, ensure that ultra-low defect software can be deployed in application domains where high-reliability must be assured, for example ...

2024年4月27日 · 本文详细介绍了AdaCore的GNATStudio，一个专为Ada和SPARK设计的集成开发环境，它提供完整的工具链，包括语法高亮、版本控制、自定义构建脚本和形式验证等功能，适用于高性能、安全性要求高的软件开发，如航空、航天等领域。

SPARK refers to two different things: a set of development and verification tools for that language. The SPARK language is based on a subset of the Ada language. Ada is particularly well suited to formal verification since it was designed for critical software development. SPARK builds on …

SPARK is a software development technology specifically designed for engineering high-reliability applications. It consists of a programming language, a verification toolset and a design method which, taken together, ensure that ultra-low defect software can be deployed in application domains where high-reliability must be assured and where ...

2023年6月12日 · 在Ada和SPARK中，SPARK_Mode是一个编译指示，它表示随后的代码将使用SPARK语言规则进行编译和分析。 在with的影响下，编译器会在编译过程中应用SPARK语言规则，它比Ada有更严格的要求，例如禁止某些可能导致不确定行为的构造。

What is Ada and SPARK? Ada is a state-of-the art programming language that development teams worldwide are using for critical software: from microkernels and small-footprint, real-time embedded systems to large-scale enterprise applications, and everything in between.

When it comes to providing software assurance, SPARK, a formally provable subset of Ada, is the best weapon in the arsenal to ensure the absence of data-˚ow and runtime errors. Furthermore, SPARK of- fers mechanisms to prove key integrity properties and even complete functional proof of requirements.