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Main equipment data analysis function verification method and system

A function verification and data analysis technology, applied in the direction of electrical digital data processing, instruments, calculations, etc., can solve the problems of not being able to meet the needs of power grid operation and inspection business, and not being able to find functional defects of the grid intelligent operation and inspection platform in time

Pending Publication Date: 2020-10-23
CHINA ELECTRIC POWER RES INST +2
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the existing technology lacks the monitoring of the versatility and flexible configuration functions of the grid intelligent inspection platform, and cannot detect the functional defects of the grid intelligent inspection platform in time, and thus cannot meet the needs of the grid inspection business.

Method used

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  • Main equipment data analysis function verification method and system
  • Main equipment data analysis function verification method and system
  • Main equipment data analysis function verification method and system

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0065] The present invention provides a process flow of a master device data analysis function verification method as follows: figure 1 shown, including:

[0066] Obtain relevant component design and function manuals of the intelligent transportation inspection platform;

[0067] Based on the relevant component design and function specification of the intelligent transportation inspection platform, combined with the object-oriented test idea, the application software development cycle of the intelligent transportation inspection platform is divided into test stages;

[0068] In each testing stage, the combination of conventional software testing and object-oriented testing is used for testing;

[0069] Wherein said conventional software testing includes process-oriented testing.

[0070] 1.1 Software life cycle

[0071] The software life cycle is based on the scale and complexity of the developed software, and decomposes the entire historical stage of the software from the ...

Embodiment 2

[0189] 基于同一种发明构思,本发明还提供了一种主设备数据分析功能验证系统,包括:

[0190] 获取模块:用于获取智能运检平台相关组件设计和功能说明书;

[0191] 阶段划分模块:基于所述智能运检平台相关组件设计和功能说明书,结合面向对象测试思想将所述智能运检平台应用软件开发周期划分测试阶段;

[0192] 测试模块:基于在每个测试阶段中采用常规软件测试与面向对象测试相相结合的方式进行测试

[0193] 所述阶段划分模块,包括:需求阶段子模块、计划阶段子模块、设计阶段子模块、执行阶段子模块和评估阶段子模块;

[0194] 所述需求阶段子模块:对主设备数据分析模块进行需求分析,确定主设备数据分析模块的具体功能,掌握主设备数据分析模块测试任务整体情况;

[0195] 所述计划阶段子模块:计划阶段主要任务是针对主设备数据分析模块测试任务编写测试计划,合理安排测试计划和分配相关资源;

[0196] 所述设计阶段子模块:根据主设备数据分析模块,分为面向对象或面向过程方法,编写相应的测试用例;

[0197] 所述执行阶段子模块:根据测试用例测试数据通过运行程序对软件模块进行平台测试、模块内部测试和模块与平台集成测试,以验证系统是否满足规定的需要,形成系统测试验证报告;

[0198] 所述评估阶段子模块:对测试过程中结果进行分析和总结,并反馈相关问题;后续软件模块开发完成修改后,进行再次测试;通过迭代最终完成整个主设备数据分析模块的测试任务,以使主设备数据分析模块达到设计要求。

[0199] 所述执行阶段子模块,包括:平台测试单元、模块内部测试单元和模块与平台集成测试单元;

[0200] 所述平台测试单元,包括:数据层测试子单元、服务层测试子单元和应用层测试子单元;

[0201] 所述数据层测试子单元,用于根据智能运检平台相关组件设计和功能说明书,利用黑盒测试方法,对服务访问API、数据源管理、权限管理、操作审计以及注册管理接口进行测试;

[0202] 所述服务层测试子单元,用于基于智能运检平台服务层对平台提供身份认证、服务总线、数据传输、流程管理和应用服务中间件服务,分别对身份认证、流程管理通过功能性测试,对服务总线、数据传输、应用服务中间件进行功性测试,并对性能和稳定性进行压力测试...

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PUM

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Abstract

The invention provides a main equipment data analysis function verification method and system. The main equipment data analysis function verification method comprises the steps of obtaining related component design and function specifications of an intelligent operation and inspection platform; dividing the development cycle of the application software of the intelligent operation and maintenanceplatform into test stages by combining an object-oriented test idea based on the design and function specification of the related components of the intelligent operation and maintenance platform; in each test stage, using a conventional software test and object-oriented test combined mode for testing, wherein the conventional software test comprises a process-oriented test. According to the technical scheme of the invention, the test requirements of universality and flexible configuration of the power grid intelligent operation and maintenance platform can be met, and the functional defects ofthe power grid intelligent operation and maintenance platform can be discovered in time based on the technical means of combining object-oriented test and conventional test.

Description

technical field [0001] The invention relates to the field of smart grids, in particular to a method and system for verifying data analysis functions of master equipment. Background technique [0002] With the development of smart grids, more and more UHV lines have been built in my country, and UHV and cross-regional power grid equipment have continued to increase. UHV, large-capacity, long-distance and cross-region large power grids have put forward higher requirements for the operation, maintenance, management and control capabilities of power transmission and transformation equipment. The traditional transport inspection information system architecture can no longer meet the rapid growth of data scale and the rapid development of business needs. It is necessary to establish a grid intelligent transport inspection platform with big data analysis and production command functions, which can strongly support equipment control, channel control, operation and maintenance. The ...

Claims

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Application Information

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IPC IPC(8): G06F11/36
CPCG06F11/3688
Inventor 季知祥王晓辉刘鹏蔡常雨王峰
Owner CHINA ELECTRIC POWER RES INST
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