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Design of a Database Neutral OR Mapper in C++
Ježa, Pavel ; Ráb, Jaroslav (referee) ; Ryšavý, Ondřej (advisor)
This diploma work deals with design and implementation of the database neutral object-relational (OR) layer in C++ language over inherited database. The goal is to create the layer to encase the access to database from the application layer. Suggested layer will stem from the object-relation mapping technology, which is currently available for many object-programming language, such as C#, Java or Visual Basic. The work consists of three main parts. The forepart is focused on clearing object-relation mapping technology. It briefly overviews differences in capabilities and levels of implementation of various approaches. The next part describes significant properties of databases considered as back-ends for data storage in the project. The aim of this part is to present enough information to support database neutral design of the OR layer. The rest of the document deals with design and implementation of OR layer for the considered environment followed by the summarization of results and overall evaluational.
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Pasportizace bodových objektů pomocí QGIS
Rozbořil, Tomáš
ROZBOŘIL, T. Passportization of point objects using QGIS. Master thesis. Brno 2017. Passportization of real objects is one of the basic processes in the asset register of municipal government, companies, etc. The main goal of this thesis is to create a process through which will be possible to map the point objects in the terrain, then modify these objects, and at least visualize the results through web services. For the preparation of this work are used only open-source tools and applications those were described and tested. In conclusion is mentioned best tested solution.
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Design of a Database Neutral OR Mapper in C++
Ježa, Pavel ; Ráb, Jaroslav (referee) ; Ryšavý, Ondřej (advisor)
This diploma work deals with design and implementation of the database neutral object-relational (OR) layer in C++ language over inherited database. The goal is to create the layer to encase the access to database from the application layer. Suggested layer will stem from the object-relation mapping technology, which is currently available for many object-programming language, such as C#, Java or Visual Basic. The work consists of three main parts. The forepart is focused on clearing object-relation mapping technology. It briefly overviews differences in capabilities and levels of implementation of various approaches. The next part describes significant properties of databases considered as back-ends for data storage in the project. The aim of this part is to present enough information to support database neutral design of the OR layer. The rest of the document deals with design and implementation of OR layer for the considered environment followed by the summarization of results and overall evaluational.
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