Construction And Application Of Unified Software Performance Testing Model

With the popularization of computer network application, the importance ofsoftware performance is becoming increasingly obvious. Meanwhile, application systemincreasingly complex, make security software system performance becomes extremelydifficult. And how to testing or validation for software performance, always lack ofmature theory or methods. In this situation, this paper tries to put forward a based on"component" thinking of the software unity performance testing model, to giveguidance for all kinds of software performance testing, and combined with the actualproject cases, unified performance testing model was verified. This model has integrity,usability, scalable, customizable features, can successfully effectively guide softwareperformance testing work, it makes whole software performance testing work clearer,efficient, flexible.The software performance testing model as the main research object is put forwardin the thesis. According to the requirement of performance testing project engineeringpractice, puts forward a new unified software performance testing model, the maincompleted working as the following:(1) Based on the component theory basis, through summarized and concluded theperformance testing project material which participated in or collected, designed aunified software performance testing model which has practical value and can beapplied in various software performance testing purpose;(2) The unified performance testing model is divided into six independent model inthis paper: risk model, data model, monitoring model, business model, executive model,and testing model. And gives as detailed working instructions for each one of the model;(3) Through the GCQ system testing case, the scheduled unified softwareperformance testing model was verified. According to the working instructions of eachmodel, successfully completed the modeling for GCQ system, and gives the testingresults and analysis of the results.The main achievements of this thesis have been applied to software engineeringfield, software, quality assurance, software test design, etc.