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Analyzes C# source code to enforce a set of style and consistency rules. It can be run from inside of Microsoft Visual Studio or integrated into an MSBuild project. Squore: 2020-11-27 (20.1) No; proprietary Ada C, C++, C#, Objective-C Java JavaScript, TypeScript VB.NET Python Fortran, PHP, PL/SQL, Swift, T-SQL, XAML
Tree-sitter parsers have been written for these languages and many others. [12] GitHub uses Tree-sitter to support in-browser symbolic code navigation in Git repositories. [13] Tree-sitter uses a GLR parser, a type of LR parser. [14] [15] [13] Tree-sitter was originally developed by GitHub for use in the Atom text editor, where it was first ...
MCL: Model Checking Language; Alternation-Free Modal μ-calculus extended with user-friendly regular expressions and value-passing constructs; subsumes CTL and LTL. mCRL2 mu-calculus: Kozen's propositional modal μ-calculus (excluding atomic propositions), extended with: data-depended processes, quantification over data types, multi-actions ...
Cppcheck is a static code analysis tool for the C and C++ programming languages. It is a versatile tool that can check non-standard code. [2] The creator and lead developer is Daniel Marjamäki. Cppcheck is Open-core software, with it's open-source core code under the GNU General Public License.
An abstract syntax tree (AST) is a data structure used in computer science to represent the structure of a program or code snippet. It is a tree representation of the abstract syntactic structure of text (often source code) written in a formal language. Each node of the tree denotes a construct occurring in the text.
Coverity is a proprietary static code analysis tool from Synopsys.This product enables engineers and security teams to find and fix software defects. Coverity started as an independent software company in 2002 at the Computer Systems Laboratory at Stanford University in Palo Alto, California.
However, parser generators for context-free grammars often support the ability for user-written code to introduce limited amounts of context-sensitivity. (For example, upon encountering a variable declaration, user-written code could save the name and type of the variable into an external data structure, so that these could be checked against ...
In computing, tree shaking is a dead code elimination technique that is applied when optimizing code. [1] Often contrasted with traditional single-library dead code elimination techniques common to minifiers, tree shaking eliminates unused functions from across the bundle by starting at the entry point and only including functions that may be executed.