Parasoft集成

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.

Gnu Make

Enables GNU make to run Parasoft C/C++test code analysis and/or execute tests during the build process.

Go

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

Google Chrome

Used by Parasoft SOAtest during automation of web functional test scenarios and the Parasoft SOAtest Smart API Test Generator plugin on the Chrome browser to generate API tests for Parasoft SOAtest desktop and thin-client implementations.

Google Cloud

All of Parasoft technologies can be deployed into Google Cloud.

Google Test

Parasoft C/C++test integration with GoogleTest enables the test results executed with Google Test to be exported into Parasoft DTP for an enhanced reporting and analytics web dashboard experience. C/C++test can also generate a local HTML report using the XML report created by the GoogleTest framework.

Gradle

使Gradle能够在构建过程中运行Parasoft Jtest代码分析和/或执行测试。

Green Hills

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with Green Hills 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.

Green Hills MULTI

Enables importing Green Hills MULTI 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.

Groovy

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

Hibernate

Support for static analysis, metrics, code duplication, unit testing, and code coverage of Hibernate code with Parasoft Jtest.

HTML

Support for static analysis of HTML with Parasoft SOAtest.

IAR

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with IAR 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.

IAR Embedded Workbench

Enables importing IAR Embedded Workbench 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.

IBM WebSphere ESB

Enables Parasoft SOAtest to monitor WebSphere intraprocess events that occur when tests trigger transactions.

Intel

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with Intel 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.

IntelliJ

它能够在 IntelliJ IDE 中直接执行静态代码分析、创建和执行单元测试以及分析代码覆盖率报告。用户可以对他们的项目进行扫描，以确保符合可靠性和安全标准（例如 OWASP、CWE、CERT、PCI DSS、UL 2900），并通过静态分析精确定位真实漏洞，通过自动化单元测试识别回归问题，并发现代码覆盖率缺口。

Internet Explorer

Used by Parasoft SOAtest during automation of web functional test scenarios

iTrinegy

Enables Parasoft Virtualize and Parasoft SOAtest to automatically configure existing emulations on a user's iTrinegy Network Emulator(INE). This enables users to provision a network along with service virtualization assets and simulated test environments.

Jama Software

Provides traceability visibility with one unified solution to verify and validate Jama requirements. The bi-directional data exchange bridges the gap between requirements and tests that validate them. The integrated solution offers full traceability down to the code, fulfilling compliance to developing process standards.

Jama Software

Java

Support for static analysis, metrics, code duplication, unit testing, and code coverage of Java code with Parasoft Jtest.

JavaScript

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

Jenkins

使团队能够将持续测试集成到其持续集成（CI）基础设施中。

Parasoft Findings 插件能够将 Parasoft 分析和测试工具的结果集成到 Jenkins 报告中，并根据这些测试结果控制构建和发布管道。

Parasoft Environment Manager 插件能够快速配置测试环境并执行测试任务。

Jira

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

JSHint

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

JUnit

Parasoft Jtest 能够创建和执行 JUnit 4 和 5 的测试，这使得 Parasoft 能够处理和报告来自 JUnit 测试的结果以及覆盖率数据。Parasoft Selenic 记录用户界面（UI）操作，并在 JUnit 4 和 5 中创建纯 Selenium 测试。

Keil

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with Keil 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.

Keil MDK-ARM

Enables importing Keil MDK-ARM 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.

Kotlin

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

Kotlin

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

Kubernetes

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

Lauterbach TRACE32

Enables using TRACE32 debugger for automated execution of Parasoft C/C++test unit tests. Provides fast and reliable communication between host and target to download runtime testing results and helps in debugging failing test cases.

Maven

它使 Maven 能够在构建过程中运行 Parasoft Jtest 代码分析并/或执行测试。

Mercurial

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.

Microchip

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with Microchip 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.

MicroFocus ALM

Enables ALM users to execute and consume results from Parasoft SOAtest and perform provisioning actions for configuring test environments and Parasoft Virtualize virtual assets.

Microsoft

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with Microsoft 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.

Microsoft .Net WCF

Enables Parasoft SOAtest to invoke Windows Communication Foundation web services that use the HTTP transport. The transport can also be used to invoke Java-based HTTP web services for testing interoperability with .Net WCF Clients.

Microsoft Active Directory

Enables Parasoft to facilitate user management by synchronizing with a centrally-managed company directory.

Microsoft Azure

All of Parasoft technologies can be deployed into Microsoft Azure. In addition, Parasoft Virtualize is available as a prebuild VM and on Microsoft Azure and Microsoft Azure DevOps as a build task. Additional details — including videos, case studies, and getting started guides — are available on the Parasoft Microsoft Service Virtualization web site.

Microsoft Azure DevOps

Integration with Microsoft Azure DevOps (formerly Team Foundation Server) enables Parasoft tools to define scope and determine authorship during code analysis and test execution.

In addition, Parasoft plugins for Azure DevOps enable 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 on those test results.

The Parasoft Service Virtualization plugin enables the rapid configuration of test environments and execution of test jobs.

Microsoft Edge

Used by Parasoft SOAtest during automation of web functional test scenarios

Microsoft NMake

Enables Microsoft nmake to run Parasoft C/C++test code analysis and/or execute tests during the build process.

Microsoft Visual Studio

Enables performing static code analysis, creating and executing unit tests, and analyzing code coverage reports directly in the Microsoft Visual Studio IDE. Users can scan their projects for compliance with safety standards (e.g. MISRA, AUTOSAR), and security standards (e.g. OWASP, CWE, CERT, PCI DSS, UL 2900) and pinpoint real bugs with static analysis, identify regressions with automated unit tests, and find code coverage gaps.

Microsoft Visual Studio Code

Enables performing static code analysis directly in the Visual Studio Code Editor. Users can scan their projects for compliance with safety standards (e.g. MISRA, AUTOSAR), and security standards (e.g. OWASP, CWE, CERT, PCI DSS, UL 2900) and pinpoint real bugs and security vulnerabilities with static analysis.

Additionally, the Visual Studio Code Containers extension lets you use a Docker container as a full-featured development environment. The Docker extension makes it easy to build, manage, and deploy containerized applications from Visual Studio Code.

Microsoft VS Code and Parasoft

Microsoft 与 Parasoft 合作提供助力交付高质量软件的解决方案

Microsoft Corporation 是一家美国跨国技术公司，以其 Windows 系列操作系统、Microsoft 365 生产力应用套件以及 Internet Explorer 和 Edge 网页浏览器而闻名。Parasoft 与 Microsoft 的合作涵盖了 DevOps 工具链中的多项集成，从集成开发环境（与 Visual Studio 和 VS Code 集成）开始，经由存储库和持续集成/持续交付（CI/CD）管道（包括 GitHub 和 Azure DevOps），一直到在 Azure 云中部署以及在 Azure Marketplace 上提供的技术。

Microsoft VS Test

The Visual Studio Test Platform is an open and extensible test platform that enables running tests, collect diagnostics data and report results. The Test Platform supports running tests written in various test frameworks, and using a plug-able adapter model.