|
Developing Modular Information System with Domain-Driven Design
Škrášek, Michael ; Rychlý, Marek (referee) ; Burget, Radek (advisor)
Tato diplomová práce se zabývá monolitickými architekturami a doménově řízeným návrhem (angl. Domain-Driven Design) a jejich kombinací při vývoji modulárních informačních systémů. Poskytuje ucelený přehled principů doménově řízeného návrhu a různých monolitických architektur, včetně čisté architektury a modulární monolitické architektury. Poté demonstruje použití těchto vzorů a architektur na ukázkové aplikaci. Práce nabízí pohled na vývoj informačních systémů s využitím populárních přístupů, jako jsou CQRS, čistá architecktura, doménově řízený přístup, modulární monolit a další.
|
| |
|
Registration System with Templates
Šesták, Pavel ; Bartík, Vladimír (referee) ; Burget, Radek (advisor)
The aim of this work was to create a web information system, which is used to record materials, documents and generate output documents for the customer. The application was divided into a client part and a server part. The server part was implemented using C# ASP.NET Core 3.1 and the client part using the React framework in conjunction with the Redux library. Communication between clients was realized using a websock library signalR. The server part of the application was subsequently tested by automatic tests. The client part was tested according to the use case diagram. During the implementation, emphasis was placed on the use of generic classes to simplify testability and make it easier to extend the entire system. The information system is deployed on a corporate server within IIS and tested on real users.
|
| |
|
Registration System with Templates
Šesták, Pavel ; Bartík, Vladimír (referee) ; Burget, Radek (advisor)
The aim of this work was to create a web information system, which is used to record materials, documents and generate output documents for the customer. The application was divided into a client part and a server part. The server part was implemented using C# ASP.NET Core 3.1 and the client part using the React framework in conjunction with the Redux library. Communication between clients was realized using a websock library signalR. The server part of the application was subsequently tested by automatic tests. The client part was tested according to the use case diagram. During the implementation, emphasis was placed on the use of generic classes to simplify testability and make it easier to extend the entire system. The information system is deployed on a corporate server within IIS and tested on real users.
|
| |
| |