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Snippet from Wikipedia: Static program analysis

In computer science, static program analysis (also known as static analysis or static simulation) is the analysis of computer programs performed without executing them, in contrast with dynamic program analysis, which is performed on programs during their execution in the integrated environment.

The term is usually applied to analysis performed by an automated tool, with human analysis typically being called "program understanding", program comprehension, or code review. In the last of these, software inspection and software walkthroughs are also used. In most cases the analysis is performed on some version of a program's source code, and, in other cases, on some form of its object code.

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• Angular - Angular Code analysis
• Android - Android Code analysis
• Apple - Apple Code analysis
• Apple macOS - Apple macOS Code analysis
• Apple iOS - Apple iOS Code analysis
• AWS - AWS Code analysis
• Azure - Azure Code analysis
• Bash - Bash Code analysis
• C programming language - C programming language Code analysis
• C# - C Sharp Code analysis
  • .NET - .NET Code analysis
• C++ - C plus plus Code analysis
• Cisco - Cisco Code analysis
• Clojure - Clojure Code analysis
• Cobol - Cobol Code analysis
• Dart - Dart Code analysis
• Django - Django Code analysis
• Docker - Docker Code analysis
• Fortran - Fortran Code analysis
• Flask - Flask Code analysis
• FreeBSD - FreeBSD Code analysis
• GCP - GCP Code analysis
• Golang, Go, Go programming language - Golang Code analysis
• Groovy - Groovy Code analysis
• Haskell - Haskell Code analysis
• IBM - IBM Code analysis
• IBM Cloud - IBM Cloud Code analysis
• IBM Mainframe - IBM Mainframe Code analysis
• Jakarta EE - Jakarta EE Code analysis
• Java - Java Code analysis
• JavaScript - JavaScript Code analysis
• Julia - Julia Code analysis
• Kubernetes - Kubernetes Code analysis
• Linux - Linux Code analysis
• Microsoft - Microsoft Code analysis
• Microsoft Windows - Microsoft Windows Code analysis
• Microsoft Windows Server - Microsoft Windows Server Code analysis
• Kotlin - Kotlin Code analysis
• Objective-C - Objective-C Code analysis
• OpenShift - OpenShift Code analysis
• Perl - Perl Code analysis
• PHP - PHP Code analysis
• PowerShell - PowerShell Code analysis
• Python - Python Code analysis
• Quarkus - Quarkus Code analysis
• R Language - R Language Code analysis
• RHEL - RHEL Code analysis
• React.js - React.js Code analysis
• Ruby - Ruby Code analysis
• Rust - Rust Code analysis
• Scala - Scala Code analysis
• Spring - Spring Code analysis
• SQL - SQL Code analysis
• Swift - Swift Code analysis
• TypeScript - TypeScript Code analysis
• Ubuntu - Ubuntu Code analysis
• Vue.js - Vue.js Code analysis

• Code analysis on DuckDuckGo
• Code analysis on GitHub
• Code analysis on YouTube
• Code analysis on StackOverflow
• Code analysis on Reddit
• Code analysis on Quora