当前位置: 技术问答>linux和unix
Linux下的自动测试工具?
来源: 互联网 发布时间:2015-03-31
本文导语: 有谁知道有哪些Linux下的图形界面的自动测试工具吗?给推荐一下 | liunx下自动化测试工具: 免费的只是7天的试用版. 详细的介绍如下: 软件名称:Rational PurifyPlus for Linux 所属公司:IBM Develop fast...
有谁知道有哪些Linux下的图形界面的自动测试工具吗?给推荐一下
|
liunx下自动化测试工具:
免费的只是7天的试用版.
详细的介绍如下:
软件名称:Rational PurifyPlus for Linux
所属公司:IBM
Develop fast, reliable code on Linux platforms
The Linux platform has grown in popularity as both a host development and a target execution environment. With that popularity, so has grown the need for providing for it the same types of software development tools as are available for Windows and UNIX developers. Rational recognizes the need for helping Linux developers produce faster, more reliable code.
IBM Rational? PurifyPlus for Linux is our runtime analysis solution for the Linux developer. Based on the cross-platform runtime analysis features found in IBM Rational PurifyPlus RealTime, we've packaged these features specifically for a Linux host and/or target. IBM Rational PurifyPlus for Linux complements Rational's runtime analysis solution provided by Rational PurifyPlus for Windows and Rational PurifyPlus for UNIX.
Key benefits and features
Feature Description Benefit
Memory profiling Illustrates how a C, C++ or J2SE program's memory is being consumed and possibly leaked Identifies the source of eminent or potential memory leaks before they occur, preempting performance issues and program crashes
Performance profiling Identifies C, C++ or J2SE application-level performance bottlenecks Pinpoints areas in the code that can be optimized for their performance
Thread profiling Detects and analyzes multithreading problems, such as deadlocks and race conditions as they occur in C, C++ and J2SE programs Improves the reliability of multi-threaded applications
Code coverage analysis Identifies which portions of a C, C++, J2SE or Ada program have not been tested Avoids delivering code that is executed for the first time by the user or the target system running the application
Runtime tracing Illustrates thread execution, function calls, and variable values in C, C++ or J2SE programs as a function of time via UML sequence diagrams Developer can go back in time to review how a program behaved after execution has completed.
免费的只是7天的试用版.
详细的介绍如下:
软件名称:Rational PurifyPlus for Linux
所属公司:IBM
Develop fast, reliable code on Linux platforms
The Linux platform has grown in popularity as both a host development and a target execution environment. With that popularity, so has grown the need for providing for it the same types of software development tools as are available for Windows and UNIX developers. Rational recognizes the need for helping Linux developers produce faster, more reliable code.
IBM Rational? PurifyPlus for Linux is our runtime analysis solution for the Linux developer. Based on the cross-platform runtime analysis features found in IBM Rational PurifyPlus RealTime, we've packaged these features specifically for a Linux host and/or target. IBM Rational PurifyPlus for Linux complements Rational's runtime analysis solution provided by Rational PurifyPlus for Windows and Rational PurifyPlus for UNIX.
Key benefits and features
Feature Description Benefit
Memory profiling Illustrates how a C, C++ or J2SE program's memory is being consumed and possibly leaked Identifies the source of eminent or potential memory leaks before they occur, preempting performance issues and program crashes
Performance profiling Identifies C, C++ or J2SE application-level performance bottlenecks Pinpoints areas in the code that can be optimized for their performance
Thread profiling Detects and analyzes multithreading problems, such as deadlocks and race conditions as they occur in C, C++ and J2SE programs Improves the reliability of multi-threaded applications
Code coverage analysis Identifies which portions of a C, C++, J2SE or Ada program have not been tested Avoids delivering code that is executed for the first time by the user or the target system running the application
Runtime tracing Illustrates thread execution, function calls, and variable values in C, C++ or J2SE programs as a function of time via UML sequence diagrams Developer can go back in time to review how a program behaved after execution has completed.