Best Static Code Analysis Software for C++

Klocwork static code analysis for C, C++ and C#, JavaScript, and the SAST tool for JavaScript, helps to identify software security, reliability, quality, and compliance issues. Klocwork is designed for enterprise DevOps/DevSecOps. It scales to any project, integrates with large complex environments and a wide variety of developer tools. It also provides control, collaboration and reporting for the entire enterprise. Klocwork is the most popular static analyzer, allowing developers to work faster while still maintaining security and quality. Klocwork static application security tests (SASTs) are available for DevOps (DevSecOps). Our security standards help to identify security flaws and allow you to fix them quickly. They also prove compliance with internationally recognized security standards. Klocwork integrates easily with CI/CD tools and containers, as well as cloud services and machine provisioning, making automated security testing simple.

During code review, you can find critical performance, reliability, or security bugs that are easiest to fix. Sonatype Lift is a cloud-native code analysis platform that's collaborative and built for developers. It analyzes every developer pull request to identify and fix security, reliability, style, and reliability issues. Then, it reports them as comments to code review where they are 70x more likely get fixed. The first deep code analysis tool that focuses on code quality will elevate your development. Sonatype Lift is a part of the development process. It analyzes, reports, and provides feedback on bugs in the same way as your peers in peer code review. It is compatible with the existing development environments such as Bitbucket, GitLab, and GitHub. The Lift-bot instantly reports any pull request with vulnerability and bug information. One tool allows you to go beyond traditional linting to deeper analysis of interprocedural codes.

Sider Scan is a fast tool that detects duplicate code and monitors for problems. GitLab CI/CD integration, GitHubActions, Jenkins & CircleCI® integration. Installation using a Docker image. Easy sharing of analysis details between teams. The background runs continuous and fast analysis. Support via phone and email for all product questions. Sider Scan improves code quality and maintenance with detailed duplicate code analysis. It is designed to complement other analysis tools and support continuous delivery. Sider locates duplicate blocks of code within your project and group them. A diff library is created for each pair of duplicates. Pattern analyses are then initiated to determine if any problems exist. This is known as the "pattern" method of analysis. Time-series analysis can only be done if the scan is performed at regular intervals.

Polyspace Code Prover is a tool that uses static analysis to validate C and C++ code for critical runtime errors, without running the code. By applying formal verification methods, it examines all potential execution paths and input conditions to detect issues such as buffer overflows, divide-by-zero errors, and out-of-bounds accesses. The tool also provides detailed information about variable ranges and highlights unreachable code, helping developers optimize their software’s efficiency and ensure high quality. With support for industry standards like IEC 61508, ISO 26262, and DO-178C, Polyspace Code Prover is ideal for applications requiring strict software certification.

The Checkmarx Software Security Platform is a centralized platform for managing your software security solutions. This includes Static Application Security Testing, Interactive Application Security Testing and Software Composition Analysis. It also provides application security training and skill development. The Checkmarx Software Security Platform is designed to meet the needs of every organization. It offers a wide range of options, including on-premises and private cloud solutions. Customers can immediately start securing code without having to adapt their infrastructure to one method. The Checkmarx Software Security Platform is a powerful tool that transforms secure application development. It offers industry-leading capabilities and one powerful resource.

Embold's intuitive visuals and deep analysis will help you gain a deeper understanding of the software. Visually understand the size and quality each component to fully understand the state and functionality of your software. Rich annotations make it easy to understand issues at the component level and locate them in your code. Navigate through all dependencies and see how they affect each other. Our innovative partitioning algorithms make it easy to quickly understand how to refactor or split complex components. The EMBOLD SCORE is a measure of the impact of four dimensions on how many components are most important to the overall quality and should be resolved first. Our unique anti-patterns allow you to analyze the structural design of your code at the class, functional, or method levels. Embold uses a variety of metrics to assess the quality and reliability of software systems, including cyclomatic complexity and coupling between objects.

The University of Virginia Department of Computer Science has developed and maintained Splint. David Evans is the project leader, and the primary developer for Splint. David Larochelle created the memory bounds testing. Splint was developed by four University of Virginia students, Hien Phan, Mike Lanouette, David Friedman and Mike Friedman. Splint is the successor of LCLint. This tool was originally developed as part of a joint research project by the Massachusetts Institute of Technology (MIT) and the Digital Equipment Corporation's System Research Center (DEC). LCLint was developed and designed by David Evans. Jim Horning and John Guttag had the original idea of LCLint, a static checking tool that could detect inconsistencies between LCL specifications & their C implementations. They were invaluable in the development of the tool's functionality and design.

The Most Comprehensive Static Analysis Toolsuite available for Ada. CodePeer assists developers to gain a deeper understanding of their code and create more reliable and secure software systems. CodePeer is an Ada code analyzer that detects logic and run-time errors. It helps to identify errors at every stage of the development process. CodePeer can improve the quality of your code, and make it easier to do safety and/or security analyses. CodePeer can be used standalone on Windows or Linux platforms. It can also be integrated into GNAT Pro's development environment. It can detect many of the "Top 25 Most Dangerous Software errors" in the Common Weakness Enumeration. CodePeer supports all Ada versions (83, 95 and 2005, as well as 2012). CodePeer is a certified Verification Tool under the EN 50128 and DO-178B software standards.

Maintain high-quality code while adhering to agile development cycles. Jtest's extensive Java testing tools will ensure that you code flawlessly at every stage of Java software development. Streamline Compliance with Security Standards. Ensure that your Java code conforms to industry security standards. Automated generation of compliance verification documentation Get Quality Software Out Faster Java testing tools can be integrated to detect defects faster and more efficiently. Reduce time and costs by avoiding costly and complicated problems later. Increase your return on unit testing. Create a set of JUnit test suites that are easy to maintain and optimize for code coverage. Smart test execution allows you to get faster feedback from CI as well as within your IDE. Parasoft Jtest integrates seamlessly into your development ecosystem and CI/CD pipeline for real-time, intelligent feedback about your testing and compliance progress.

CodeSonar uses a unified dataflow with symbolic execution analysis to examine the entire application's computations. CodeSonar's static analyze engine is extremely deep and does not rely on pattern matching or similar approximations. It finds 3-5 times more defects than other static analysis tools. SAST tools are able to be easily integrated into any team's software development process, unlike many other tools such as testing tools and compilers. SAST technologies such as CodeSonar attach to existing build environments to add analysis information. CodeSonar works in the same way as a compiler. However, CodeSonar creates an abstraction model of your entire program, instead of creating object codes. CodeSonar's symbolic execution engine analyzes the derived model and makes connections between them.

Traditional debugging and testing methods are not sufficient to ensure software quality, reliability, security, and security in today’s complex code bases. Static source code analyzers and other automated tools are more effective at detecting defects that could lead to buffer overflows, resource leaking, and other security or reliability issues. These types of defects are often missed by compilers when they perform standard builds, runtime testing, or in field operations. DoubleCheck, which is integrated into the Green Hills C/C++ compiler, is a static analyzer that runs as a separate tool. DoubleCheck uses efficient and accurate analysis algorithms that have been field-proven over 30+ years of creating embedded development tools. DoubleCheck can be used to perform both compilation and defect analysis in one tool.

PMD is an analyzer of source code. It detects common programming errors like unused variables and empty catch blocks.

Static code analysis tool for C++ and C code that helps developers to check compliance with standards, security vulnerabilities and code quality issues. It performs an automated analysis to detect violations of coding standards like MISRA and detect clones and dead code. The key features include coding standards, metric monitoring and defect analysis.