Polyspace Code Prover
Prove the absence of run-time errors in software
Polyspace Code Prover™ is a sound static analysis tool that proves the absence of overflow, divide-by-zero, out-of-bounds array access, and other run-time errors in C and C++ source code. It produces results without requiring program execution, code instrumentation, or test cases. Polyspace Code Prover uses semantic analysis and abstract interpretation based on formal methods to verify software interprocedural, control, and data flow behavior. You can use it to verify handwritten code, generated code, or a combination of the two. Each code statement is color-coded to indicate whether it is free of run-time errors, proven to fail, unreachable, or unproven.
Polyspace Code Prover displays range information for variables and function return values, and can prove which variables exceed specified range limits. Code verification results can be used to track quality metrics and check conformance with your software quality objectives. Polyspace Code Prover can be used with the Eclipse™ IDE to verify code on your desktop
Support for industry standards is available through IEC Certification Kit (for IEC 61508 and ISO 26262) and DO Qualification Kit (for DO-178).
Get Started:
Prove the Absence of Critical Run-Time Errors
Identify C/C++ and Ada code operations that will never experience a run-time error, regardless of the run-time conditions.
Detecting run-time errors
Detect Errors That Elude Other Means of Testing
Analyze all code paths against all possible inputs without code execution.
Call hierarchy.
Create Certification Artifacts
Complete the certification process for projects based on industry standards.
DO Qualification Kit.
Understand the Root Cause of Issues and Improve Design
Examine control and data flow through software and see range information associated with variables and operators.
Tooltip displaying the possible ranges for all run-time conditions.
Prevent Unintended Software Behavior
Find all code sections that cannot be reached via any execution path and errors in logic and program structure.
Find dead code.
Trace Code Verification Results to Simulink Models
Run verification on generated code and trace findings to the source model block in Simulink.
Tracing code verification results to the Simulink model.
Automating the Code Verification Process
Use Polyspace Code Prover Server™ to run the Polyspace Code Prover static analysis engine on a server-class machine with build automation tools such as Jenkins and Bamboo.
Automating the code verification process.
Notify and Upload Results for Collaborative Review
Automatically assign defects to component owners, send email notifications, and upload results to Polyspace Code Prover Access so you can triage and resolve issues.
Send email notifications with Polyspace Code Prover results.
Review Polyspace Code Prover Results So You Can Triage and Resolve Issues
Polyspace Code Prover Access™ provides a web browser interface to Polyspace code verification results and quality metrics stored in a central repository. Use navigation tools in your web browser to investigate code verification results, which are displayed along with the code.
Detecting run-time errors
Project Quality and Software Quality Objectives
Dashboards display information that you can use to monitor software quality, project status, the number of defects, code metrics, and software quality objectives.
Project overview dashboard.
Integrate with the Bug Tracking Tools You Already Use
Use the web browser interface to create and assign tickets in bug tracking tools such as Jira.
Create ticket.
Compiler Support
Simplified analysis setup for code compiled with Renasas SH C compilers
C++17 Support
Run Polyspace analysis on code with C++17 features
Simulink Support
Generate and package Polyspace option files from a Simulink model
Exporting Results
Export Polyspace results to external formats such as SARIF and JSON
AUTOSAR Support
Simplified setup of Polyspace project from AUTOSAR configuration
See release notes for details on any of these features and corresponding functions.
