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Web and Mobile App for Assigning and Confirming Tasks
Jeřábek, Filip ; Špaňhel, Jakub (referee) ; Herout, Adam (advisor)
This work solves managing employees by a dispatcher. The goal is to increase the efficiency of the work of a dispatcher, as well as a single employee's tasks. I focused on assigning tasks, event notification, and tasks state changes and all that in real-time. The solution consists of a website application that is used by a dispatcher and mobile application for employees. Website application is made in the PHP framework Symfony and the mobile app is made in the Flutter framework. The whole idea is to simplify the communication process. The dispatcher is able to check the state of assigned tasks whenever he needs, as well as the employee is notified about the newly assigned task, or changed task state, immediately. The solution significantly simplified the dispatcher's job. The idle times and unnecessary employee journeys were eliminated thanks to the immediate response, which made the whole process more effective. Following these facts, the overall costs should be lowered, and also more work should be made in the same amount of time.
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Module Orchestration of Multitenant Systems
Jeřábek, Filip ; Janoušek, Vladimír (referee) ; Smrčka, Aleš (advisor)
The aim of this thesis is to propose and demonstrate a solution for alternative conversion of an application into multitenant form together with its transfer from a customer server and deployment on a shared server of the company that develops this system. The conversion does not include a classical modification of the original application and implementation of multitenancy directly into its code. Using systems such as Docker and Kubernetes, modules of the original application will be extracted, containerized and orchestrated, creating the illusion of multitenancy. This thesis does not aim at presenting a single solution, but appeals to provide the necessary knowledge, multiple design variants and the implementation of a universal demonstration solution, where before using any of the designs, it is expected to modify it according to the specific needs of the actual solution and its subsequent implementation. The proposed solutions aim to simplify the process of this conversion, which is related to saving resources, and also to provide the possibility of creating the illusion of multitenancy for systems where the classical approach is too difficult or impossible.
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Module Orchestration of Multitenant Systems
Jeřábek, Filip ; Janoušek, Vladimír (referee) ; Smrčka, Aleš (advisor)
The aim of this thesis is to propose and demonstrate a solution for alternative conversion of an application into multitenant form together with its transfer from a customer server and deployment on a shared server of the company that develops this system. The conversion does not include a classical modification of the original application and implementation of multitenancy directly into its code. Using systems such as Docker and Kubernetes, modules of the original application will be extracted, containerized and orchestrated, creating the illusion of multitenancy. This thesis does not aim at presenting a single solution, but appeals to provide the necessary knowledge, multiple design variants and the implementation of a universal demonstration solution, where before using any of the designs, it is expected to modify it according to the specific needs of the actual solution and its subsequent implementation. The proposed solutions aim to simplify the process of this conversion, which is related to saving resources, and also to provide the possibility of creating the illusion of multitenancy for systems where the classical approach is too difficult or impossible.
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|
|
Web and Mobile App for Assigning and Confirming Tasks
Jeřábek, Filip ; Špaňhel, Jakub (referee) ; Herout, Adam (advisor)
This work solves managing employees by a dispatcher. The goal is to increase the efficiency of the work of a dispatcher, as well as a single employee's tasks. I focused on assigning tasks, event notification, and tasks state changes and all that in real-time. The solution consists of a website application that is used by a dispatcher and mobile application for employees. Website application is made in the PHP framework Symfony and the mobile app is made in the Flutter framework. The whole idea is to simplify the communication process. The dispatcher is able to check the state of assigned tasks whenever he needs, as well as the employee is notified about the newly assigned task, or changed task state, immediately. The solution significantly simplified the dispatcher's job. The idle times and unnecessary employee journeys were eliminated thanks to the immediate response, which made the whole process more effective. Following these facts, the overall costs should be lowered, and also more work should be made in the same amount of time.
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