Treffer: Izrada i dostava aplikacija na udaljene uređaje pomoću mehanizma spremnika ; Creating and delivering applications to remote devices using containers ; Creation and delivery of applications to remote devices using a container mechanism; Creating and delivering applications to remote devices using Containers

Title:
Izrada i dostava aplikacija na udaljene uređaje pomoću mehanizma spremnika ; Creating and delivering applications to remote devices using containers ; Creation and delivery of applications to remote devices using a container mechanism; Creating and delivering applications to remote devices using Containers
Contributors:
Jelenković, Leonardo
Publisher Information:
Sveučilište u Zagrebu. Fakultet elektrotehnike i računarstva.
University of Zagreb. Faculty of Electrical Engineering and Computing.
Publication Year:
2020
Document Type:
Dissertation thesis
Language:
Croatian
Rights:
undefined
Accession Number:
edsbas.61946C97
Database:
BASE

Weitere Informationen

Rad opisuje što je to mehanizam spremnika i pokazuje na konkretnom primjeru implementacije kako raditi s Docker spremnicima. Ostvarena je implementacija koja se temelji na arhitekturi poslužitelj i klijent i koristi programski jezik Rust za sav kod. Prikazano je na temelju primjera kako koristiti izloženo sučelje za upravljanje Docker spremnicima. Također je ispitano kakav utjecaj imaju spremnici na zauzeće memorije i propusnost mreže. ; The work describes what container are and shows on a concrete implementation how to work with Docker containers. The given implementation is based on the server-client architecture and uses the Rust programming language for the whole code. It is shown on a example how to use the exposed interface in order to work with Docker containers. The last part analysis the performance impact the container have in regards to memory usage and network latency. ; The work describes what a container mechanism is and shows a concrete example of how to work with Docker tanks. Implementation based on server and client architecture has been achieved, using Rust for all codes. It is shown on the basis of an example of how to use the exposed Docker tank control interface. It also examined the impact of containers on the memory and network permeability. The work describes what container are and shows on a concrete implementation how to work with Docker Containers. The given implementation is based on the server-client architecture and uses the Rust programming language for the whole code. It is shown on a example how to use the exposed interface in order to work with Docker Containers. The last part analysis the performance impact the container have been in protection to memory usage and network latency.