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Performance Data Collection of MES PHARIS
Oháňka, Martin ; Hruška, Martin (referee) ; Smrčka, Aleš (advisor)
This master's thesis deals with monitoring of automated tasks on integration servers and obtaining data from these tasks. Another area of this work is performance testing and to obtain information about hardware utilization from it. Thanks to this, it is possible to perform performance analysis of the implemented solution from different performance perspectives. The result of this master's thesis is a software solution that can obtain data about tasks from DevOps and Jenkins integration servers. In the area of performance testing, there is created a solution for parallel execution of tasks. The output of this work an output passed in JSON format. The data is then transferred to the Elastic platform, specifically Logstash, where it is subsequently visualized using Kibana. The Beat platform is used to collect data from performance testing. The solution was applied to the production information system MES PHARIS of the UNIS company.
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Infrastructure for Testing and Deployment of the Real-Time Localization Platform
Ormoš, Michal ; Pluskal, Jan (referee) ; Veselý, Vladimír (advisor)
Táto práca je prípadovou štúdiou postupného vývoja a nasadzovania lokačného softwaru v reálnom čase. Cieľom tejto práce je zrýchliť tento proces. Zvolený problém bol vyriešený s konvenčnými testovacími nastrojmi, vlastným nástrojom pre generovanie sieťovej prevádzky lokalizačnej platformy a nástrojmi CI/CD Gitlab. Prínosom tejto práce je zrýchlenie vývoja, zaručenie kvality vyvijaného softwaru a predstavenie spôsobu ako platformu pre lokalizáciu v reálnom čase testovať.
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Performance Monitoring of MES PHARIS
Ondráček, Aleš ; Hruška, Martin (referee) ; Smrčka, Aleš (advisor)
This diploma thesis deals with the performance monitoring of automated development processes and performance testing of the MES PHARIS system. The main scope of thesis is the collection of data on tasks performed on automation servers DevOps and Jenkins, processing of this data and their subsequent visualization. The second part of the diploma thesis deals with the processing of data from performance testing and their appropriate representation using visualization. The core technology that is used is ELK Stack.
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Performance Data Collection of MES PHARIS
Oháňka, Martin ; Hruška, Martin (referee) ; Smrčka, Aleš (advisor)
This master's thesis deals with monitoring of automated tasks on integration servers and obtaining data from these tasks. Another area of this work is performance testing and to obtain information about hardware utilization from it. Thanks to this, it is possible to perform performance analysis of the implemented solution from different performance perspectives. The result of this master's thesis is a software solution that can obtain data about tasks from DevOps and Jenkins integration servers. In the area of performance testing, there is created a solution for parallel execution of tasks. The output of this work an output passed in JSON format. The data is then transferred to the Elastic platform, specifically Logstash, where it is subsequently visualized using Kibana. The Beat platform is used to collect data from performance testing. The solution was applied to the production information system MES PHARIS of the UNIS company.
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Automated software project management
Dostál, Dominik ; Benedikt, Jan (referee) ; Sysel, Petr (advisor)
This work describes and compares selected tools for continuous integration (CI) and continuous deployment (CD). Jenkins, GitLab, TeamCity, and Bamboo tools were compared according to the prepared methodology. Each of these systems was installed on a clean Ubuntu 20.04 LTE system, then configured and tested on a selected software project. The focus was placed on compatibility with Linux systems and C/C++ languages.
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Infrastructure as Code in Agile Software Development
Hromádka, Vojtěch ; Bartík, Vladimír (referee) ; Rychlý, Marek (advisor)
Tato bakalářská práce je zaměřena na využívání infrastruktury jako kódu v agilním vývoji software. Rozebírá další obvyklé koncepty, které jsou používány při agilním vývoji mezi které patří DevOps, kontinuální integrace a doručování. Dále je zaměřena na využití cloudu a na porovnávání jednotlivých nástrojů využívaných v infrastruktuře jako kódu. Pro prevenci možných problémů při využívání infrastruktury jako kódu byl navržen software, který má za účel kontrolovat souběžný přístup k vytváření infrastruktury s nástrojem Terraform. S tímto softwarem byly následně provedeny dva experimenty. První experiment demonstruje zdali lze uplatnit navrhovaný pracovní postup se softwarem, druhý experiment demonstruje správnost řešení při souběžném přístupu.
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Infrastructure for Testing and Deployment of the Real-Time Localization Platform
Ormoš, Michal ; Pluskal, Jan (referee) ; Veselý, Vladimír (advisor)
Táto práca je prípadovou štúdiou postupného vývoja a nasadzovania lokačného softwaru v reálnom čase. Cieľom tejto práce je zrýchliť tento proces. Zvolený problém bol vyriešený s konvenčnými testovacími nastrojmi, vlastným nástrojom pre generovanie sieťovej prevádzky lokalizačnej platformy a nástrojmi CI/CD Gitlab. Prínosom tejto práce je zrýchlenie vývoja, zaručenie kvality vyvijaného softwaru a predstavenie spôsobu ako platformu pre lokalizáciu v reálnom čase testovať.
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Utilization of Linux Containers for HW/SW Co-Design
Juřica, Jiří ; Přikryl, Zdeněk (referee) ; Hruška, Tomáš (advisor)
In this bachelor thesis a way of replacement standard virtual machines by Linux containers is described. The goal is to create a~fully working system for performing parallel jobs with prepared environments for software build and test purposes. For containerization the Docker platform was chosen, which is used with automation tool for computers preparation. The system is also connected with continuous integration tool called Jenkins. This solution proves that usage of the Linux containers is more efficient than older virtualization technologies. The due time of each job was shortened about 24 % in average. The main benefits of this thesis is the comparison of two ways of virtualization and the introduction to the Docker technology.
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MITM Attack Automation Using Single-Board Solution
Podlesný, Šimon ; Letavay, Viliam (referee) ; Pluskal, Jan (advisor)
Thesis is focused on design of MiTM attack with use of modern approaches in IT infrastructure. Especially it's focused on how to simplify configuration of single-board computer for penetration testing purposes by creating scalable infrastructure for device configuration and control. Proposed solution allows the usage of complicated attacks by trained staff while not limiting users with experience in network security. While today, applications capable of MiTM attacks are monolithic and device-centric, proposed solution considers the device providing MiTM just as one part of the solution and also focuses on other problems like data exfiltration or hash cracking.
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