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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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Periodic Water Bodies and Their Biota.
Bušová, Tereza ; Říhová, Dagmar (advisor) ; Škodová, Jana (referee)
This thesis is focused on a description of small periodic water bodies and their biota. These telms are formed as a result of heavy spring rains, floods, melting snow or the ground water level rising. They are formed on green parts, non-green parts or fallen parts of a plant (in that case they are called phytotelmes), in water-filled tree-holes (dendrotelmes), in fissures of rocks (lithotelms) or in various cavities, artificially created by human - in empty jars, water- filled tires, flower-holding vases in cemeteries etc. The thesis deals mainly with dendrotelmes and phytotelmes which are the most frequent, especially in tropics. It provides the information about their formation and animals that lives in these small habitats. Also, a taxonomical review of the main reported fauna was added for better orientation of the reader. The most common taxa which occur in temporary pools are families of mosquitoes (Culicidae), chironomids (Chironomidae) and ceratopogonids (Ceratopogonidae). There are also present other Dipteran larvae or larvae of scirtid beetles from the family Helodidae. Some of the animals living in the pools used different evolution strategies to be well adapted to deal with periodicity and drying out of the water bodies. Their overview is also included in this thesis. Furthermore,...
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Vytvorenie nástroja pre správu výsledkov automatizovaných testov vo firme AVG technologies
Ševčík, Peter
Ševčík, Peter: Development of a tool for reporting results of automated testing in AVG Technologies, Diploma thesis. Brno: Mendel University, 2009. The goal of thesis is creating a tool for particular Czech company, which makes the processes of releasing and testing of software product more effective. Analysis of current state of automated testing and results reporting with the emphasis of work flow in company. Identifying the problem and solution proposal. Database design and development. Ensuring that data are being saved correctly. Expansion of current implementation of automated tests. Application development in PHP and framework Laravel. User testing. Emphasis on uses friendliness. Evaluation of final results and shortcomings of the solution. Expansion proposal. Economic evaluation.
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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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Periodic Water Bodies and Their Biota.
Bušová, Tereza ; Říhová, Dagmar (advisor) ; Škodová, Jana (referee)
This thesis is focused on a description of small periodic water bodies and their biota. These telms are formed as a result of heavy spring rains, floods, melting snow or the ground water level rising. They are formed on green parts, non-green parts or fallen parts of a plant (in that case they are called phytotelmes), in water-filled tree-holes (dendrotelmes), in fissures of rocks (lithotelms) or in various cavities, artificially created by human - in empty jars, water- filled tires, flower-holding vases in cemeteries etc. The thesis deals mainly with dendrotelmes and phytotelmes which are the most frequent, especially in tropics. It provides the information about their formation and animals that lives in these small habitats. Also, a taxonomical review of the main reported fauna was added for better orientation of the reader. The most common taxa which occur in temporary pools are families of mosquitoes (Culicidae), chironomids (Chironomidae) and ceratopogonids (Ceratopogonidae). There are also present other Dipteran larvae or larvae of scirtid beetles from the family Helodidae. Some of the animals living in the pools used different evolution strategies to be well adapted to deal with periodicity and drying out of the water bodies. Their overview is also included in this thesis. Furthermore,...
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