用于C/C++软件开发的统一、完全集成的测试解决方案

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.

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.

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.

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.

Jenkins

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 on those test results.

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

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.

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.

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.

Polarion

By integrating Parasoft’s test results with Polarion’s Requirements Management, Quality Assurance, and Application Lifecycle Management solutions, organizations can get complete visibility about the quality of their deliverables, and meet traceability requirements for safety-critical industries.

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.

Texas Instruments

Enables using Parasoft static code analysis, unit testing framework, and code coverage engine together with Texas Instruments 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

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.