Parasoft Integrations

.NET Core

Support for static analysis, metrics, code duplication, unit testing, and code coverage of .NET core code with Parasoft dotTEST.

.NET Framework

Support for static analysis, metrics, code duplication, unit testing, and code coverage of .NET Framework code with Parasoft dotTEST.

Altium TASKING

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with Altium TASKING toolchains. Users can scan their projects for compliance with coding standards such as MISRA, AUTOSAR, or CERT, pinpoint real bugs with static analysis, identify regressions with automated unit tests, and find code coverage gaps.

Altium TASKING Vx-toolset for TriCore

Enables importing Altium TASKING Vx-toolset for TriCore IDE projects into C/C++test standalone for performing static code analysis, creating and executing unit tests, and analyzing code coverage reports. Users can scan imported projects for compliance with coding standards such as MISRA, AUTOSAR, or CERT, pinpoint real bugs with static analysis, identify regressions with automated unit tests, and find code coverage gaps.

Amazon AWS

All of Parasoft technologies can be deployed into Amazon AWS. In addition, Parasoft Virtualize is available as a prebuild VM and on Amazon AWS Marketplace.

Android

Support for static analysis of code written in Android with the Parasoft Multi-Language Pack.

Android Lint

Enables Parasoft to consume, process, and report code analysis results from Android Lint.

AngularJS

Support for static analysis of AngularJS code with the Parasoft Multi-Language Pack.

Apache Ant

Enables Ant to run Parasoft Jtest code analysis and/or execute tests during the build process.

Apache Kafka

Enables support for the Apache Kafka transport to applicable messaging client tools in Parasoft SOAtest, allowing users to take full advantage of Parasoft SOAtest’s rich interface when configuring, sending, and validating messages sent over Kafka.

Apex

Support for static analysis of code written in Salesforce Apex with the Parasoft Multi-Language Pack.

AppDynamics

Enables users to dynamically apply performance parameters gathered by AppDynamics to Parasoft Virtualize responders.

Appium

Enables users to execute JUnit-format Appium tests in conjunction with the various other types of tests available to run with Parasoft SOAtest.

Applitools

Easily integrate your Selenium scripts with Applitools Eyes using Parasoft Selenic. Applitools Eyes performs visual validation on your existing Selenium scripts. With a simple configuration, the Selenic integration available for Eclipse and IntelliJ sends screenshots to the Applitools dashboard for comparison.

arm

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with arm toolchains. Users can scan their projects for compliance with coding standards such as MISRA, AUTOSAR, or CERT, pinpoint real bugs with static analysis, identify regressions with automated unit tests, and find code coverage gaps.

arm DS-5

Enables users to leverage Parasoft C/C++test from directly within the ARM DS-5 development environment.

ASP.NET

Support for static analysis, metrics, code duplication, unit testing, and code coverage of ASP.NET code with Parasoft dotTEST.

Aurea Messenger

Enables Parasoft SOAtest to monitor transactions that pass through a Sonic ESB system and generate functional test cases that check the monitored messages.

Bamboo

Enables teams to integrate Continuous Testing into their CI infrastructure. The Parasoft Findings plugin enables results from Parasoft analysis and testing tools to be integrated into Bamboo reports and gate build and release pipelines based on those test results.

C

Support for static analysis, metrics, code duplication, unit testing, and code coverage of C code with Parasoft C/C++test.

C#

Support for static analysis, metrics, code duplication, unit testing, and code coverage of C# code with Parasoft dotTEST.

C++

Support for static analysis, metrics, code duplication, unit testing, and code coverage of C++ code with Parasoft C/C++test.

Checkstyle

Enables Parasoft to consume, process, and report code analysis results from Checkstyle.

Clang

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with Clang toolchains. Users can scan their projects for compliance with coding standards such as MISRA, AUTOSAR, or CERT, pinpoint real bugs with static analysis, identify regressions with automated unit tests, and find code coverage gaps.

CMake

Enables integration with Parasoft C/C++test code analysis and/or execute tests during the build process.

codebeamer

Enables organizations to associate risk to business requirements by correlating static analysis findings and test results with requirements, user stories, and defects. Test results can be both sent to codebeamer and aggregated within DTP for full bidirectional traceability. In addition, the creation of new issues/defects can be automated based on review, and triage of, test failures and static analysis violations in Parasoft DTP.

Codenarc

Enables Parasoft to consume, process, and report code analysis results from Codenarc.

CodeSourcery

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with CodeSourcery toolchains. Users can scan their projects for compliance with coding standards such as MISRA, AUTOSAR, or CERT, pinpoint real bugs with static analysis, identify regressions with automated unit tests, and find code coverage gaps.

CodeSourcery CodeBench

Enables importing CodeSourcery CodeBench IDE projects into C/C++test standalone for performing static code analysis, creating and executing unit tests, and analyzing code coverage reports. Users can scan imported projects for compliance with coding standards such as MISRA, AUTOSAR, or CERT, pinpoint real bugs with static analysis, identify regressions with automated unit tests, and find code coverage gaps.

Cosmic Software

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with Cosmic Software toolchains. Users can scan their projects for compliance with coding standards such as MISRA, AUTOSAR, or CERT, pinpoint real bugs with static analysis, identify regressions with automated unit tests, and find code coverage gaps.

CppUnit

Enables Parasoft to consume, process, and report test results and coverage data from CppUnit tests.

Cpputest

Enables Parasoft to consume, process, and report test results and coverage data from CppUtest tests.

CSS

Support for static analysis of CSS with Parasoft SOAtest.

Cucumber

Parasoft Selenic adds critical debugging information to your Cucumber-driven UI test automation. Adding Parasoft Selenic to your existing BDD execution provides insight into which tests executed and which tests failed. If tests failed, Selenic provides actionable feedback to quickly diagnose the root cause.

Curiosity Software

Curiosity’s model-based approach to test design helps users get going quickly, using intuitive flowcharts that mirror the complex business logic of the organization’s APIs. The quick-to-build flowcharts, in turn, enable the auto-generation of tests and data to cover every possible scenario. Testers can then leverage these models in the Parasoft ecosystem, where they benefit from smart test automation, generating comprehensive API test scenarios and virtual services, before rapidly spinning up test environments and executing the complete test suite.

CVS

Enables Parasoft tools to define scope and determine authorship during code analysis and test execution. In addition, source code and associated metadata can be displayed in Parasoft’s centralized reporting dashboard.

DATPROF

Enables users to perform advanced test data management actions such as data masking, subsetting and generation.

Delphix

Enables users to set up databases to a specific state for testing and/or service virtualization. Users can provision a Delphix virtual database (VDB) that simulates the state of a MySQL or Oracle database at a specific point in time and use the VDB for automated testing, with zero impact on the actual database that the VDB is based on. When done with a test session, users can quickly reset the virtual database by provisioning a fresh copy.

Docker

Enables dynamic deployment of Parasoft tools, for example with a template that includes Parasoft Virtualize for deployment of dynamic simulated test environments.

Dynatrace

Enables users to dynamically apply performance parameters gathered by dynaTrace to Parasoft Virtualize responders

Eclipse

Parasoft joined the Eclipse foundation to provide a universal platform for tools integration. The Parasoft platform of test automation and service virtualization tools integrate directly into the Eclipse framework, enabling users to seamlessly leverage Parasoft’s advanced capabilities such as deep reliability and security analysis (such as OWASP, CWE, CERT, PCI DSS, UL 2900), unit test creation, coverage analysis, API / web UI test automation, and service virtualization.

Embarcadero

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with Embarcadero toolchains. Users can scan their projects for compliance with coding standards such as MISRA, AUTOSAR, or CERT, pinpoint real bugs with static analysis, identify regressions with automated unit tests, and find code coverage gaps.

FindBugs

Enables Parasoft to consume, process, and report code analysis results from FindBugs.

Freescale

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with Freescale toolchains. Users can scan their projects for compliance with coding standards such as MISRA, AUTOSAR, or CERT, pinpoint real bugs with static analysis, identify regressions with automated unit tests, and find code coverage gaps.

git

Enables Parasoft tools to define scope and determine authorship during code analysis and test execution. In addition, source code and associated metadata can be displayed in Parasoft’s centralized reporting dashboard, Parasoft DTP.

GitHub

Integration with GitHub source control enables Parasoft tools to define scope and determine authorship during code analysis and test execution.

In addition, integration of Parasoft tools into the pipeline enable teams to gate build and release pipelines on the test results of those tools.

GitLab

Integration with GitLab source control enables Parasoft tools to define scope and determine authorship during code analysis and test execution.

In addition, integration of Parasoft tools into the pipeline enable teams to gate build and release pipelines on the test results of those tools.

GNU

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with GNU toolchains. Users can scan their projects for compliance with coding standards such as MISRA, AUTOSAR, or CERT, pinpoint real bugs with static analysis, identify regressions with automated unit tests, and find code coverage gaps.