Parasoft Integrations

All of Parasoft technologies can be deployed into Amazon AWS. In addition, Parasoft Virtualize and Parasoft Load Test are available as prebuilt VMs on Amazon AWS Marketplace.

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

All Parasoft web-based applications support deployment into Apache Tomcat, and Parasoft SOAtest supports testing of applications hosted on Apache Tomcat.

Enables users to dynamically apply performance parameters gathered by AppDynamics to Parasoft Virtualize responders. Also enables users to monitor data in AppDynamics while running performance tests within Parasoft Load Test.

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

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.

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 Jira and aggregated within Parasoft DTP for full bidirectional traceability. In addition, creation of new issues and defects can be automated based on review and triage of test failures and static analysis violations in Parasoft DTP.

Parasoft SOAtest & Virtualize provides the ability to test and emulate applications that communicate using Copybook messages.

Parasoft SOAtest provides the ability to create and execute statics analysis rules for CSS.

Enables Parasoft products to consume data from a CSV file during test execution.

Enables creation and execution of Cucumber-based API test scenarios backed by Parasoft SOAtest. Also enables reporting and self-healing of Selenium web-based UI scenarios using Parasoft Selenic.

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.

Enables Parasoft products to consume data from a DB2 database during test execution.

All Parasoft tools can be deployed in Docker or Kubernetes based environments, and most are available on DockerHub for easy dynamic deployment.

Enables users to dynamically apply performance parameters gathered by Dynatrace to Parasoft Virtualize responders. Also enables users to monitor data in Dynatrace while running performance tests within Parasoft Load Test.

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.

Parasoft SOAtest & Virtualize provides the ability to test and emulate APIs with EDI payloads.

Enables Parasoft products to consume data from an Excel file during test execution.

Parasoft SOAtest & Virtualize provides the ability to test and emulate applications that use the Financial Information eXchange (FIX) protocol.

Parasoft SOAtest & Virtualize provides the ability to test and emulate APIs with fixed length payloads.

Parasoft SOAtest & Virtualize provides the ability to test and emulate applications that use the FTP protocol.

Parasoft provides built-in support integration for the Git source control system. Git can be plugged into your Parasoft test environment, enabling users with the ability to manage their project files, source code and test files.

DTP, when connected to source control systems, displays source code within its Explorers, allowing users to seamlessly inspect static analysis violations, test failures, and coverage results.

Parasoft’s integration with GitHub provides dedicated actions for C/C++test, Jtest, and dotTEST. The “Run” actions enable users to run code analysis with Parasoft tools and review the analysis results directly on GitHub. Results are available in the Security tab as “Code scanning alerts” and are included in pull requests. Parasoft’s integration with GitHub also provides dedicated actions for Parasoft CTP that enable users to deploy and destroy test environments and run test execution jobs within a remote instance of Parasoft CTP.

The Parasoft Recorder plugin for the Chrome browser allows users to generate API tests within Parasoft SOAtest using the Parasoft SOAtest’s Smart API Test Generator. Parasoft SOAtest and Parasoft Selenic also support execution of browser-based UI test scenarios in the Chrome browser.

All of Parasoft technologies can be deployed into Google Cloud.

Parasoft SOAtest & Virtualize provides the ability to test and emulate APIs with GraphQL payloads.

Support for static analysis of code written in Groovy with the Parasoft Multi-Language Pack. Also, Parasoft SOAtest & Virtualize supports Groovy for custom tooling in the extension framework.

Parasoft SOAtest & Virtualize provides the ability to test and emulate applications that communicate using gRPC.

Parasoft SOAtest & Virtualize provides the ability to test and emulate APIs with HL7 payloads (including HL7 FHIR).

Parasoft SOAtest provides the ability to create and execute static analysis rules for HTML.

Parasoft SOAtest & Virtualize provides the ability to test and emulate applications that use the HTTP protocol.

Parasoft SOAtest & Virtualize provides the ability to test and emulate applications that use the HTTP/2 protocol.

Parasoft SOAtest & Virtualize provides the ability to test and emulate applications that use the IBM MQ protocol.

Parasoft SOAtest & Virtualize provides the ability to test and emulate applications that communicate using Intercontinental Exchange (ICE) messages.

Parasoft SOAtest & Virtualize provides the ability to test and emulate applications that communicate using ISO 8583.

Support for static analysis, metrics, code duplication, unit testing, and code coverage of Java code with Parasoft Jtest. Parasoft SOAtest supports Java for custom tooling in the extension framework, and Parasoft Virtualize supports Java virtualization.

Parasoft SOAtest provides the ability to create and execute static analysis rules for JavaScript. Also, Parasoft SOAtest & Virtualize supports Java for custom tooling in the extension framework.

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 Jenkins reports and gate build and release pipelines based on those test results.

The Parasoft Environment Manager plugin enables the rapid configuration of virtual test environments and execution of test jobs.

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 TeamCity reports and gate build and release pipelines on those test results.

Parasoft SOAtest & Virtualize provides the ability to test and emulate applications that communicate over JMS.

Parasoft SOAtest & Virtualize provides the ability to test and emulate APIs with JSON payloads.

Parasoft Jtest can automatically create and execute JUnit tests, capture code coverage as they execute, and execute an optimized set of unit tests based on code changes. Parasoft Selenic can create JUnit-based Selenium tests that use the page object model from recording, self-heal the tests as they execute, and produce recommendations for how to update the tests. Parasoft SOAtest users can execute JUnit-format tests in conjunction with the various other types of tests available to run with Parasoft SOAtest.

All Parasoft tools support deployment in Kubernetes based environments.

Enables Parasoft products to consume data from a MariaDB database during test execution. Parasoft CTP can also be connected to a MariaDB database.

By integrating with Microsoft .NET WCF, Parasoft SOAtest can invoke Windows Communication Foundation SOAP services that use the HTTP or TCP transport. The transport can also be used to invoke Java-based HTTP web services for testing interoperability with .Net WCF Clients.

Parasoft facilitates user management by synchronizing with a centrally-managed company directory stored in Microsoft Active Directory.

All of Parasoft’s technologies can be deployed into Microsoft Azure. In addition, Parasoft Virtualize is available as a prebuilt VM on Microsoft Azure and a build task on Microsoft Azure DevOps.

Parasoft’s automated language testing integration with Microsoft Azure DevOps (formerly Team Foundation Server) enables enables Parasoft tools to define scope and determine authorship during code analysis and test execution. It enables users to run static code analysis, unit testing, and structural code coverage for C, C++, C#, VB.NET, and Java as part of their highly automated CI/CD platform.

The Parasoft Findings plugin enables teams to integrate continuous testing with Parasoft SOAtest into their CI infrastructure by allowing results from Parasoft analysis and testing tools to be integrated into TeamCity reports and gating build and release pipelines on those test results.

The Parasoft Service Virtualization plugin enables the rapid configuration of test environments and execution of test jobs. In addition, Parasoft Virtualize is available as a prebuilt VM on Microsoft Azure and a build task on Microsoft Azure DevOps.