Polyspace 2019b Download: A Guide for Software Developers
If you are a software developer who works with critical code that needs to be safe, secure, and compliant, you might have heard of Polyspace. Polyspace is a static code analysis tool that uses formal methods to prove the absence of critical run-time errors under all possible control flows and data flows. It also checks your code for coding rules, security vulnerabilities, code metrics, and hundreds of additional classes of bugs.
In this article, we will guide you through the process of downloading and installing Polyspace 2019b, the latest release of the tool. We will also show you how to use Polyspace 2019b to analyze your code and generate reports. By the end of this article, you will be able to use Polyspace 2019b to improve the quality, safety, and security of your code.
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What is Polyspace and why use it?
Polyspace is a product family from MathWorks that provides static code analysis tools for C/C++ and Ada. Polyspace products use formal methods to prove the absence of critical run-time errors such as overflows, divide-by-zero, out-of-bounds array access, pointer dereference, and memory leaks. Unlike traditional static analysis tools that rely on heuristics or testing, Polyspace products use mathematical techniques to exhaustively explore all possible paths and states of your code without executing it.
Polyspace products and features
There are four main products in the Polyspace family:
Polyspace Bug Finder: This product checks your code for coding rules, security standards, code metrics, and bugs. It supports MISRA C/C++, CWE, CERT-C, ISO/IEC 17961, AUTOSAR C++, JSF++, High Integrity C++, and custom rules. It also supports code generation for optimization problems using MATLAB Coder.
Polyspace Bug Finder Server: This product is a server-based version of Polyspace Bug Finder that enables you to run static analyses on server computers and monitor software quality metrics.
Polyspace Code Prover: This product formally proves the absence of critical run-time errors in your code without executing it. It supports MISRA C/C++, CWE, CERT-C, ISO/IEC 17961, AUTOSAR C++, JSF++, High Integrity C++, DO-178C/ED-12C Level A certification objectives, IEC 61508 SIL 4 certification objectives, ISO 26262 ASIL D certification objectives, EN 50128 SIL 4 certification objectives, FDA software validation guidelines, and custom rules.
Polyspace Code Prover Server: This product is a server-based version of Polyspace Code Prover that enables you to prove the absence of run-time errors in your code on computer clusters.
In addition, there are two products for Ada code analysis:
Polyspace Client for Ada: This product proves the absence of run-time errors in Ada source code.
Polyspace Server for Ada: This product performs code verification on computer clusters and publishes metrics for Ada source code.
Polyspace benefits and applications
Using Polyspace products can help you achieve the following benefits:
Quality: You can find bugs and formally prove the absence of critical run-time errors in your code without test cases or code execution file and install it later without an internet connection. The offline option is useful if you have a slow or unreliable internet connection, or if you want to install Polyspace 2019b on multiple computers. To download Polyspace 2019b online, you need to have a MathWorks account and a valid license for the product. If you don't have an account, you can create one for free on the MathWorks website. If you don't have a license, you can request a trial or purchase one from the MathWorks website or a reseller. Once you have an account and a license, you can follow these steps to download Polyspace 2019b online: - Go to the MathWorks website and sign in to your account. - Go to the Download Center and select Polyspace 2019b from the list of available releases. - Click on the Download button and choose the products you want to download and install. You can select Polyspace Bug Finder, Polyspace Code Prover, or both. You can also select other products that are compatible with Polyspace 2019b, such as MATLAB, Simulink, Embedded Coder, and MATLAB Coder. - Click on the Next button and follow the instructions to download and run the installer. The installer will guide you through the installation process and activate your license. To download Polyspace 2019b offline, you need to have a MathWorks account and a valid license for the product. You also need to have access to a computer with an internet connection and a DVD burner or a USB drive. Once you have these requirements, you can follow these steps to download Polyspace 2019b offline: - Go to the MathWorks website and sign in to your account. - Go to the Download Center and select Polyspace 2019b from the list of available releases. - Click on the Download button and choose the ISO option. This will download an ISO file that contains all the products for Polyspace 2019b. - Burn the ISO file to a DVD or copy it to a USB drive using a tool such as Rufus or Etcher. - Insert the DVD or USB drive into the computer where you want to install Polyspace 2019b and run the setup.exe file. The installer will guide you through the installation process and activate your license. Installation options and steps
Once you have downloaded Polyspace 2019b, either online or offline, you can install it on your computer. There are two main options for installing Polyspace 2019b: typical and custom. The typical option installs all the products that you have selected during the download process with the default settings. The custom option allows you to choose which products to install and configure some settings such as the installation folder, the license manager, and the network proxy.
To install Polyspace 2019b using the typical option, you can follow these steps:
Run the installer that you have downloaded or copied from the DVD or USB drive.
Accept the license agreement and click on Next.
Select Typical as the installation type and click on Next.
Enter your MathWorks account information and click on Next.
Select your license from the list and click on Next.
Wait for the installation to complete and click on Finish.
To install Polyspace 2019b using the custom option, you can follow these steps:
Run the installer that you have downloaded or copied from the DVD or USB drive.
Accept the license agreement and click on Next.
Select Custom as the installation type and click on Next.
Select which products to install from the list and click on Next.
Choose your installation folder and click on Next.
Configure your license manager and network proxy settings if needed and click on Next.
Wait for the installation to complete and click on Finish.
How to use Polyspace 2019b
After installing Polyspace 2019b, you can start using it to analyze your code and generate reports. There are three main ways to use Polyspace 2019b: using the Polyspace user interface, using the command-line interface, or using the Polyspace integration with your IDE. In this section, we will briefly introduce each of these methods and provide some examples of how to use them.
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Polyspace user interface and workflow
The Polyspace user interface is a graphical tool that allows you to create, manage, and run Polyspace projects. A Polyspace project is a collection of files and settings that define your code analysis. You can create multiple projects for different code bases, analysis types, or configurations. You can also import and export projects to share them with other users or computers.
The Polyspace user interface consists of four main panels: the Project panel, the Results panel, the Code panel, and the Documentation panel. The Project panel shows the files and settings of your current project. The Results panel shows the summary and details of your code analysis results. The Code panel shows the source code of your files with annotations and highlights. The Documentation panel shows the generated reports and documentation for your project.
The Polyspace user interface follows a simple workflow that consists of four steps: create a project, configure the project, run the analysis, and review the results. Here is an example of how to use the Polyspace user interface to analyze a C file using Polyspace Bug Finder:
Create a project: Click on the New Project button on the toolbar and select Polyspace Bug Finder as the product. Enter a name and a location for your project and click on OK.
Configure the project: Click on the Add Files button on the toolbar and select the C file that you want to analyze. You can also add other files or folders that are related to your code, such as header files or libraries. You can also adjust the settings of your project, such as the compiler options, the coding rules, or the analysis options.
Run the analysis: Click on the Run Analysis button on the toolbar and wait for the analysis to complete. You can monitor the progress and status of your analysis on the Results panel.
Review the results: After the analysis is done, you can review the results on the Results panel, the Code panel, and the Documentation panel. You can see a summary of your code quality metrics, such as the number of bugs, violations, metrics, and checks. You can also see a detailed list of each issue found in your code, along with its location, description, severity, and status. You can also see your source code with annotations and highlights that indicate the issues and their impact. You can also generate reports and documentation for your project, such as HTML reports, PDF reports, or Excel spreadsheets.
Polyspace command-line interface
The Polyspace command-line interface is a tool that allows you to run Polyspace analyses from a command prompt or a script. You can use the command-line interface to automate your code analysis tasks, integrate Polyspace with your build system or continuous integration tools, or run Polyspace on remote computers or servers.
The Polyspace command-line interface consists of two main commands: polyspace-configure and polyspace-run. The polyspace-configure command allows you to create and configure Polyspace projects from a command prompt or a script. The polyspace-run command allows you to run Polyspace analyses on existing projects from a command prompt or a script.
Here is an example of how to use the Polyspace command-line interface to analyze a C file using Polyspace Bug Finder:
Create and configure a project: Open a command prompt and navigate to the folder where you want to create your project. Enter the following command to create a new project named MyProject using Polyspace Bug Finder: polyspace-configure -product BugFinder -project MyProject. Enter the following command to add the C file that you want to analyze to your project: polyspace-configure -add-file myfile.c -project MyProject. You can also use the polyspace-configure command to adjust the settings of your project, such as the compiler options, the coding rules, or the analysis options.
Run the analysis: Enter the following command to run the analysis on your project: polyspace-run -project MyProject. You can monitor the progress and status of your analysis on the command prompt.
Review the results: After the analysis is done, you can review the results on the command prompt or in the Polyspace user interface. You can also generate reports and documentation for your project using the polyspace-report command. For example, you can enter the following command to generate an HTML report for your project: polyspace-report -format html -project MyProject.
Polyspace integration with IDEs
The Polyspace integration with IDEs is a feature that allows you to use Polyspace products within your preferred development environment. You can use Polyspace integration with IDEs to analyze your code, view the results, and generate reports without leaving your IDE. You can also use Polyspace integration with IDEs to debug your code, compare different versions of your code, and collaborate with other developers.
Polyspace products support integration with various IDEs, such as Eclipse, Visual Studio, Xcode, and Keil. You can find the list of supported and compatible IDEs on the MathWorks website. To use Polyspace integration with IDEs, you need to install a plugin or an extension for your IDE that enables communication with Polyspace products. You can find the instructions for installing and using the plugin or extension for your IDE on the MathWorks website as well.
Here is an example of how to use Polyspace integration with Eclipse to analyze a C file using Polyspace Bug Finder:
Install the plugin: Download and install the Polyspace Bug Finder plugin for Eclipse from the MathWorks website. Restart Eclipse and activate the plugin.
Create and configure a project: Create a new C project in Eclipse and add the C file that you want to analyze. Right-click on the project name and select Properties. In the Properties window, select Polyspace Bug Finder and configure the settings for your project, such as the compiler options, the coding rules, or the analysis options.
Run the analysis: Right-click on the project name and select Run As > Polyspace Bug Finder Analysis. Wait for the analysis to complete.
Review the results: After the analysis is done, you can review the results in Eclipse. You can see a summary of your code quality metrics in the Polyspace Bug Finder view. You can also see a detailed list of each issue found in your code, along with its location, description, severity, and status in the Problems view. You can also see your source code with annotations and highlights that indicate the issues and their impact in the Editor view. You can also generate reports and documentation for your project using the Polyspace Bug Finder menu.
Conclusion
In this article, we have shown you how to download and install Polyspace 2019b, the latest release of the static code analysis tool from MathWorks. We have also shown you how to use Polyspace 2019b to analyze your code and generate reports using the Polyspace user interface, the command-line interface, or the Polyspace integration with IDEs. We hope that this article has helped you understand how Polyspace 2019b can help you improve the quality, safety, and security of your code.
Summary of key points
Here are the key points that we have covered in this article:
Polyspace is a product family that provides static code analysis tools for C/C++ and Ada.
Polyspace products use formal methods to prove the absence of critical run-time errors and check your code for coding rules, security vulnerabilities, code metrics, and bugs.
Polyspace products can help you achieve quality, safety, security, efficiency, and productivity benefits for your code development.
Polyspace products are widely used by software developers in various industries and domains, such as aerospace, automotive, medical, industrial, and defense.
You can download and install Polyspace 2019b online or offline using the typical or custom installation options.
You can use Polyspace 2019b to analyze your code and generate reports using the Polyspace user interface, the command-line interface, or the Polyspace integration with IDEs.
Call to action
If you are interested in trying out Polyspace 2019b for yourself, you can request a free trial or purchase a license from the MathWorks website or a reseller. You can also find more information and resources on the MathWorks website, such as tutorials, videos, webinars, examples, documentation, and support. You can also join the MathWorks community and connect with other users and experts who use Polyspace products.
Frequently Asked Questions
Here are some frequently asked questions about Polyspace 2019b:
What are the main differences between Polyspace Bug Finder and Polyspace Code Prover?
Polyspace Bug Finder checks your code for coding rules, security standards, code metrics, and bugs. It uses heuristics and testing techniques to find potential issues in your code. It provides a list of issues with their severity and status. Polyspace Code Prover formally proves the absence of critical run-time errors in your code without executing it. It uses mathematical techniques to exhaustively explore all possible paths and states of your code. It provides a color-coded annotation of your code that indicates whether each operation is proven free of run-time errors (green), proven to fail (red), or unproven (orange).
How can I update my existing Polyspace projects to use Polyspace 2019b?
If you have existing Polyspace projects that were created using an older version of Polyspace products, you can update them to use Polyspace 2019b by opening them in the Polyspace user interface or using the polyspace-upgrade-project command. You can also use the polyspace-migrate-project command to migrate your projects from one product to another (for example, from Polyspace Bug Finder to Polyspace Code Prover).
How can I customize my Polyspace reports and documentation?
You can customize your Polyspace reports and documentation by using templates, stylesheets, filters and options. You can use templates to define the structure and content of your reports and documentation. You can use stylesheets to define the appearance and format of your reports and documentation. You can use filters to select which results to include or exclude from your reports and documentation. You can use options to specify additional settings for your reports and documentation, such as the output format, the language, or the level of detail. You can find more information and examples on how to customize your Polyspace reports and documentation on the MathWorks website.
How can I share my Polyspace results with other users or computers?
You can share your Polyspace results with other users or computers by exporting and importing your Polyspace projects. You can export your Polyspace projects as ZIP files that contain all the files and settings of your projects. You can import your Polyspace projects from ZIP files that were exported from another computer or user. You can also export and import your Polyspace projects using the polyspace-export-project and polyspace-import-project commands.
How can I get help or support for using Polyspace 2019b?
You can get help or support for using Polyspace 2019b by accessing the online documentation, tutorials, videos, webinars, examples, and community forums on the MathWorks website. You can also contact the MathWorks technical support team by phone, email, or web form. You can also request a consultation or a training session from the MathWorks experts or consultants.
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