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Automatized Testing and Deployment Support for Server Application
Maga, Martin ; Rychlý, Marek (referee) ; Křivka, Zbyněk (advisor)
Task of this master thesis is to create system for support of automated testing and deploying of server applications according to requirements defined by company AVG. The main target is create system for deploying and testing that automatically or manually test the server application in the cloud environment with ability of final deployment to the production environment with overall progress monitoring. Automated testing and deploying system has been split to the two parts. The first part is user interface that allows adding new applications, testing applications and deploying applications to its production environment. The second part represents the REST service which process testing and deploying tasks and store progress to database. System was tested with sample server's applications in Amazon Web Services cloud environment. Thesis describes general testing principles cross multiple areas. Also it contains general architecture withing diagrams, which shows use cases. At the end of thesis is described testing of samples application together with results.
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Planning Task Monitoring System
Maga, Martin ; Müller, Petr (referee) ; Letko, Zdeněk (advisor)
Task of this bachelor work is to create system for monitoring of statuses of planned jobs according to requirements defined by sponsor Red Hat. The main target is to understand what planning problem means, how can be defined, stored to system, how to initiate his planning and to monitor progress. Planning system has been split to the 2 parts. The first part is user interface build up based on technologies JavaServer Faces, RichFaces a Twitter Bootstrap which allows recording, beginning and put on hold of running jobs. The second part represents web service with combination of technology Enterprise JavaBeans which processes requirements for beginning/put on hold of planning run accomplishes with utilization of framework OptaPlanner, planning progress is being stored to MySQL database. Information about planning problems is obtained from this database and continuously is being displayed in user interface. For implementation both parts has been used platform Java Enterprise Edition 6 and has been deployed in application server JBoss. System has been tested on artificial planning problem N Queen and practical problems from Red Hat company cloud balancing and travelling tournament on platform UNIX via cloud service OpenShift by users.
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Automatized Testing and Deployment Support for Server Application
Maga, Martin ; Rychlý, Marek (referee) ; Křivka, Zbyněk (advisor)
Task of this master thesis is to create system for support of automated testing and deploying of server applications according to requirements defined by company AVG. The main target is create system for deploying and testing that automatically or manually test the server application in the cloud environment with ability of final deployment to the production environment with overall progress monitoring. Automated testing and deploying system has been split to the two parts. The first part is user interface that allows adding new applications, testing applications and deploying applications to its production environment. The second part represents the REST service which process testing and deploying tasks and store progress to database. System was tested with sample server's applications in Amazon Web Services cloud environment. Thesis describes general testing principles cross multiple areas. Also it contains general architecture withing diagrams, which shows use cases. At the end of thesis is described testing of samples application together with results.
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Planning Task Monitoring System
Maga, Martin ; Müller, Petr (referee) ; Letko, Zdeněk (advisor)
Task of this bachelor work is to create system for monitoring of statuses of planned jobs according to requirements defined by sponsor Red Hat. The main target is to understand what planning problem means, how can be defined, stored to system, how to initiate his planning and to monitor progress. Planning system has been split to the 2 parts. The first part is user interface build up based on technologies JavaServer Faces, RichFaces a Twitter Bootstrap which allows recording, beginning and put on hold of running jobs. The second part represents web service with combination of technology Enterprise JavaBeans which processes requirements for beginning/put on hold of planning run accomplishes with utilization of framework OptaPlanner, planning progress is being stored to MySQL database. Information about planning problems is obtained from this database and continuously is being displayed in user interface. For implementation both parts has been used platform Java Enterprise Edition 6 and has been deployed in application server JBoss. System has been tested on artificial planning problem N Queen and practical problems from Red Hat company cloud balancing and travelling tournament on platform UNIX via cloud service OpenShift by users.
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