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NetDaemon Automations for Home Assistant
Yadlouski, Pavel ; Koutenský, Michal (oponent) ; Pluskal, Jan (vedoucí práce)
Modern household is hardly imaginable without some sort of automation. Each home contains at least basic domestic automation in the form of an oven or washing machine. Fortunately, advances in technology have opened an opportunity to create automation that seamlessly makes our daily life even more easy. Generally, home automation helps us not only in our homes, but also to reduce the costs of our living and secure our belongings. For example, light automation switches the light when it is not needed, but also can simulate your presence when you are not at home. This thesis addresses the need for a new solution for complex home automation scenarios that include a large number of devices of different kinds. After an analysis of industry-leading home automation platforms, Home Assistant was chosen as a target platform. A new solution is implemented in the NetDaemon framework, taking advantage of the capabilities of C#. Each detail of a new tool is designed with the end user in mind providing sufficient flexibility and stability.
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Automated Testing of Smart Cards
Yadlouski, Pavel ; Očenášek, Pavel (oponent) ; Homoliak, Ivan (vedoucí práce)
This bachelor thesis deals with automated testing of smart cards in Red Hat Enterprise Linux. The problem of manual testing is solved by creating a new testing library. This library is responsible for configuring the test environment and providing a way for the tester to interact with that environment in an automated way. As a result, we created a new universal library for testing the support of smart cards. The primary goal is to implement the testing library by itself, after that to transfer manual test into the code using created library and run those automated tests in Red Hat internal pipelines.
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Automated Testing of Smart Cards
Yadlouski, Pavel ; Očenášek, Pavel (oponent) ; Homoliak, Ivan (vedoucí práce)
This bachelor thesis deals with automated testing of smart cards in Red Hat Enterprise Linux. The problem of manual testing is solved by creating a new testing library. This library is responsible for configuring the test environment and providing a way for the tester to interact with that environment in an automated way. As a result, we created a new universal library for testing the support of smart cards. The primary goal is to implement the testing library by itself, after that to transfer manual test into the code using created library and run those automated tests in Red Hat internal pipelines.
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