Národní úložiště šedé literatury Nalezeno 2 záznamů.  Hledání trvalo 0.01 vteřin. 
A Library for Detection of Semantic Properties of Tree Structures
Panov, Sergey ; Rogalewicz, Adam (oponent) ; Smrčka, Aleš (vedoucí práce)
Testing multicomponent systems in IT and IoT that process the streams of different messages is a complicated task. Why it is complicated? Because of the number of components, asynchronous interaction, different combinations of actions to test, test environment differs from the real environment and others. This thesis introduces an idea of how to generate complex input data for system testing while requiring minimum intervention from a developer. The test data generation is based on the analysis of traces of communication in a real system, and the reproduction of similar traces for testing purposes. The paper also proposes a framework for the initial analysis of messages transferred within the recorded communication.   It can be solved using different abstract models: the message model, the communication model.  The result of this work is the implemented library for creating a message model with a set of operations for working with this model.
A Library for Detection of Semantic Properties of Tree Structures
Panov, Sergey ; Rogalewicz, Adam (oponent) ; Smrčka, Aleš (vedoucí práce)
Testing multicomponent systems in IT and IoT that process the streams of different messages is a complicated task. Why it is complicated? Because of the number of components, asynchronous interaction, different combinations of actions to test, test environment differs from the real environment and others. This thesis introduces an idea of how to generate complex input data for system testing while requiring minimum intervention from a developer. The test data generation is based on the analysis of traces of communication in a real system, and the reproduction of similar traces for testing purposes. The paper also proposes a framework for the initial analysis of messages transferred within the recorded communication.   It can be solved using different abstract models: the message model, the communication model.  The result of this work is the implemented library for creating a message model with a set of operations for working with this model.

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