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Integration of Static Code Analysis into Issue Tracking System
Jančová, Markéta ; Burget, Radek (referee) ; Kolář, Dušan (advisor)
Statická analýza kódu je jedna z možností, jak zlepšit kvalitu zdrojového kódu. Také napomáhá k odhalení problémů před tím, než způsobí závažné problémy za běhu programu. SonarQube je nástroj, který provádí pravidelné analýzy kódu, při nichž detekuje chyby a následně informuje vývojáře o kvalitě kódu a nalezených problémech. Jira je systém na sledování problémů a chyb, který využívají agilní týmy po celém světě. Integrace statické analýzy do systému na sledování problémů a chyb by měla předcházet nutnosti znovuotevření problému kvůli nevhodnému řešení a také snížit množství chyb, které vznikají z důvodu zavádění nových funkcí. Tato práce zkoumá způsoby integrace SonarQube do Jiry a následně nabízí možnost jejího řešení. Výsledná implementace je otestována, zoptimalizována a jsou poskytnuty návrhy na další vylepšení.
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Integration of Static Code Analysis into Issue Tracking System
Jančová, Markéta ; Burget, Radek (referee) ; Kolář, Dušan (advisor)
Statická analýza kódu je jedna z možností, jak zlepšit kvalitu zdrojového kódu. Také napomáhá k odhalení problémů před tím, než způsobí závažné problémy za běhu programu. SonarQube je nástroj, který provádí pravidelné analýzy kódu, při nichž detekuje chyby a následně informuje vývojáře o kvalitě kódu a nalezených problémech. Jira je systém na sledování problémů a chyb, který využívají agilní týmy po celém světě. Integrace statické analýzy do systému na sledování problémů a chyb by měla předcházet nutnosti znovuotevření problému kvůli nevhodnému řešení a také snížit množství chyb, které vznikají z důvodu zavádění nových funkcí. Tato práce zkoumá způsoby integrace SonarQube do Jiry a následně nabízí možnost jejího řešení. Výsledná implementace je otestována, zoptimalizována a jsou poskytnuty návrhy na další vylepšení.
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Project Development of Integrated Testing Node
Ženíšek, Jan ; Buchalcevová, Alena (advisor) ; Kolář, Ladislav (referee)
Nowadays the development speed of new software products is a key to success and it is not important whether the aim is to make customer's urges satisfied or get ahead of one's competitors and fill the market gap. Because of the increase of development speed the demands on the saving process of software quality are increasing. There are two types of tools that are supporting the process of software quality assurance. Firstly, we talk about comprehensive testing tools of commercial character that usually include many functions, but their purchase is extremely expensive. On the other hand there are open-source tools that are available for free, they function on many kinds of operating systems and it is possible to modify them. Unfortunately their functions are basically focused on a certain subset of controlling the software quality assurance. Company TRASK solution a.s. has decided to change this current situation, so it asked competence centre Software Quality Assurance at the University of Economics in Prague in order to create Integrated Testing Node (ITN) that would combine the advantages of open-source tools. Moreover, it would offer broad range of functions as commercial solution. The purpose of this thesis is to describe relevant phases of the process of creating the Integrated Testing Node from the factual and methodical point of view. This aim is divided into partial aims included task analysis and the proposal of solving system, open-source products portfolio analysis, choice of the most convenient tools for following integration, choosing the method of information system building, evaluating the feedback from a client and the proposal of future development of this tool. As far as the biggest contribution of this thesis is concerned, it is the realisation of ITN project that can be used during information classes at the University of Economics in Prague. Furthermore, it can be used as the control of software quality in commercial companies.
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Bug tracking systems - comparison
Matoušková, Barbora ; Balada, Jakub (advisor) ; Buchalcevová, Alena (referee)
The preface of the paper contains the theoretic side of testing and its importance in the process of developing software. The next sections of the paper deal with the main topic. They describe and evaluate four bug tracking systems. To evaluate it objectively metrics have been made. The bug tracking systems are described and evaluated according to these metrics. The description of each system includes subjective observation. Of the four systems discussed, two are open source and two are commercial. Reasons for prefering different systems, other then the one that gained the most points, are also mentioned here. This paper can serve to newly formed companies that develop software and are deciding to use a bug tracking system. Described advantages and disadvantages of the systems can make decisions easier.
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Testing tools
Faustová, Tereza ; Buchalcevová, Alena (advisor) ; Šplíchalová, Marcela (referee)
The topic of this thesis is the issue of software testing. The thesis places main emphasis on tools to support test management, manual and automated functional testing and last but not least the tools for defect tracking. The aim of this thesis is introduce readers with software testing, especially with tools that can be used to support testing. The aim is offer an overview of the basic commercial and freely distributed tools for test management, manual testing, automated functional testing and defect tracking. Another aim is design criteria that simplify selection of tool. The second aim of this thesis is practical example of the configuration and description of the basic work with tools IBM Rational - ClearQuest, ClearCase, Manual Tester and Functional Tester. The aims of this thesis were achieved by studying available sources and by own practical experience with the tools to support testing. The contribution of this thesis lies in the characteristics of the selected tools to support testing and especially in design of criteria by which tools can be selected. The last part of thesis provides practical instruction how to configure and work with the tools to support testing of IBM Rational. The thesis is conceived in three main parts. The first part attends to basic terms, which can be found in the area of testing, and to overview of types of tests. There are also described two most famous life-cycle models and methodology RUP. The second part attends to overview of tools to support testing, attention is given to areas: test management, manual testing, defect tracking, and automated functional testing. For each category of tools has been defined criteria according to which tools can be selected. The last part attends to practical example of setting and basic work with the selected tools to support testing of IBM Rational.
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