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Diplomska naloga obravnava različne komunikacijske protokole, ki jih ponudniki predstavljajo kot ustrezne za uporabo v Industriji 4.0. Cilj naloge je izbrati komunikacijske protokole, ki so združljivi z Industrijo 4.0 in predstaviti njihove karakteristike, da ugotovimo njihovo primernost za uporabo v Industriji 4.0. V prvem delu diplomskega dela so opisane osnove Industrije 4.0, predstavljen je referenčni arhitekturni model Industrije 4.0, podan pa je tudi pregled komunikacijskih protokolov, ki naj bi bili primerni za uporabo v Industriji 4.0. V nadaljevanju smo v okviru naloge zasnovali koncept testiranja komunikacijskih protokolov ter določili merila za testiranje in izbrali pet protokolov za testiranje. Četrto poglavje vsebuje rezultate testiranj vseh petih komunikacijskih protokolov in njihove glavne prednosti in slabosti. V zadnjem delu pa so predstavljene ugotovitve in zaključki testov komunikacijskih protokolov. The aim of diploma thesis is to describe and compare different communication protocols that their developers consider Industry 4.0 ready. The main goal of this thesis is to select industry-compatible communication protocols and to determine their suitability for use in Industry 4.0. The first part of the thesis describes the basics of the Industry 4.0, introduces the reference architecture model of the Industry 4.0 and provides an overview of the communication protocol that are supposed to be suitable for use in Industry 4.0. In the second part we designed the concept for testing communication protocols, selected the basics test criteria and five protocols for testing. Chapter four contains tests and their results for all five communication protocols and describes their main advantages and disadvantages. The final part of the thesis presents tests findings and conclusions for tested communication protocols.

V Evropski uniji obstaja več kot 800 različnih IT podjetij, ki se ukvarjajo z elektronskimi zdravstvenimi zapisi, kjer je med rešitvami treba omogočiti interoperabilnost, ki bo pripomogla k bolj optimalni zdravstveni oskrbi in k večji učinkovitosti ter uspešnosti. Interoperabilnost e-zdravja omogoča izmenjavo podatkov in informacij med različnimi informacijskimi sistemi, kot so: sistemi za elektronski zdravstveni zapis EZZ, sistemi za elektronski medicinski zapis, sistemi za osebni zdravstveni zapis, sistemi za klinične študije, zdravstvene naprave, zavarovalniški sistemi in sistemi na državnem, evropskem ter svetovnem nivoju. Bistveno je, da so pravi podatki in informacije na voljo na vseh točkah zdravstvene nege in na vseh mestih kot podpora pri odločanju na razumljiv, varen, zanesljiv in zaseben način. Uporaba informacijskih tehnologij v zdravstvu zaostaja glede na druga gospodarska področja, zato je treba temu področju nameniti več pozornosti. Za optimalno izmenjavo zdravstvenih podatkov v družbi na nacionalni in mednarodni ravni je treba zagotoviti tehnično, semantično, organizacijsko in pravno interoperabilnost. Tem vrstam interoperabilnosti mora biti prilagojena večina informacijskih rešitev v zdravstvu. Najprej se naloga osredotoča na tehnične in semantične mednarodne in lokalne standarde e-zdravja, ki so predpogoj za doseganje širše interoperabilnosti in narekujejo gradnjo zdravstvenih informacijskih sistemov. Nadalje je te standarde treba vključiti v arhitekturne zasnove rešitev, pri čemer sta v pomoč OpenEHR in IHE (angl. IHE – Integrating the Healthcare Enterprise). Že obstoječe rešitve je treba prilagajati novim standardom in priporočilom ter upoštevati sodobne računalniške smernice. Pri izmenjavi podatkov je najpomembnejša odločitev glede uporabe SOAP oziroma REST tehnologije, ki je odvisna od potreb in omejene pasovne širine. V srednjem delu je opisano stanje na področju interoperabilnosti v EU in Sloveniji, kjer so smernice sicer dobro zasnovane, vendar se izvedbe vsaj v nekaterih državah odvijajo prepočasi. V nalogi je podrobneje analiziran novo nastajajoči standard FHIR (angl. FHIR - Fast Healthcare Interoperability Resources), ki bi lahko nadomestil vse trenutno obstoječe standarde na področju izmenjave podatkov v zdravstvu. Na rešitvi fMedic, ki je plod razvoja našega podjetja, so opisane smernice, kako rešitev prilagoditi novemu standardu FHIR. Na koncu so podane smernice in in procedure postopkov, ki jih je treba izvajati pri gradnji interoperabilnih rešitev e-zdravja. Glavni cilj naloge je pomagati poiskati hiter način prilagoditve obstoječih rešitev e-zdravja za potebe interoperabilnosti. In the European Union there are more than 800 different IT companies dealing with electronic medical records, where interoperability has to be established among some of them. Interoperability will contribute to a more optimal heath care, greater efficiency and effectiveness of health sector. eHealth interoperability enables the exchange of data and information among diverse information systems such as electronic health record, electronic medical record, personal health record, clinical studies, healthcare devices, insurance systems and health systems at national, European and global level. It is essential to have the right data and information available at all points of care in all areas for decision support in an understandable, safe, secure and private way. Because information technology usage in healthcare sector is lagging behind other industry sectors, this sector needs more attention in implementing IT technology. For optimal health data exchange in society on national and international level it is necessary to ensure technical, semantic, organizational and legal interoperability. Majority of IT solutions in healthcare must meet these types of interoperability. First, thesis is focusing on eHealth technical and semantic international and local standards, which is a prerequisite for achieving broader interoperability and which dictate development of health information systems. Furthermore, these standards need to be included in architectural design of healthcare solutions. Great help to achieve this are OpenEHR and IHE (Integrating the Healthcare Enterprise). Existing solutions need to be adopted to the new healthcare standards and recommendations and consider modern computer trends. The most important decision regarding data exchange among variety of IT solutions is use of SOA or REST technology, which depends on the needs and limited bandwidth. Thesis middle part describes eHealth interoperability circumstances in EU and Slovenia, where guidelines are well designed, but the performance, at least in some countries, is unfolding too slow. Emerging standard FHIR (Fast Healthcare Interoperability Resources) is further analysed, which could even replace all currently existing healthcare standards for data exchange. Our company solution fMedic is analysed to present guidelines, how to adjust it, to the new FHIR standard. At the end there is set of guidelines and procedures, which have to be implemented when upgrading or developing interoperable eHealth solutions. The main thesis objective is to help find quick way to adjust existing eHealth solutions for the need of interoperability.

Diplomsko delo obravnava tematiko spletnih storitev, s katerimi lahko na osnovi omrežnih in internetnih protokolov izvedemo standardizirano komunikacijo med napravami (M2M). Pri tem se velikokrat soočamo s problematiko visoke razpoložljivosti in varnosti, z večanjem obremenitev oziroma števila sočasnih zahtevkov pa tudi z zagotavljanjem razširljivosti. V prvem delu sem opisal in preučil protokole in arhitekturne koncepte, ki so najpogosteje uporabljeni pri zasnovi in izvedbi spletnih storitev. Izbira protokola in arhitekturnih pristopov je predvsem odvisna od namena in zahtev spletne storitve, kot tudi okolja in zmogljivosti omrežja, v katerem bo spletna storitev delovala. V drugem delu so predstavljeni standardi in metode za zagotavljanje varnostni in visoke razpoložljivosti spletnih storitev ter tehnike za izboljšanje odzivnosti. Poleg pristopov zagotavljanja vertikalne in horizontale razširljivosti je podrobneje predstavljen tudi koncept uravnoteženja obremenitev in algoritmi določanja ciljnega vozlišča, kar omogoča razširljivost spletnih storitev. Opisani so tudi različni načini pohitritve obdelave zahtevkov na osnovi več-procesnega in več-nitnega procesiranja. V zadnjem delu je opisana dejanska izvedba spletne storitve z uporabo odprtokodnega strežniškega izvajalnega okolja node.js in programske opreme za uravnoteženje zahtevkov HAProxy. Izvedena spletna storitev za izmenjavo sporočil uporablja protokole HTTP/1.1, HTTP/2 in CoAP ter sledi varnostnim standardom za preverjanje avtentičnost pošiljatelja in verodostojnost prejetih zahtevkov. Predstavljeni so tudi rezultati analize obdelave zahtevkov pri različnih obremenitvah in sklepne ugotovitve. This thesis examines web services, technology based on stack of internet and networking protocols, used for standardized machine to machine (M2M) communication. It deals with common problems of high availability, scalability and security. In the first part, most common protocols and architectural principles used for web service design and implementation are presented. Choosing the appropriate protocols and architecture depends on functionality requirements as well on network capacity and environment in which web service is being run. The thesis then looks into standards and methods to provide security and high availability as well as scalability to web services. It presents the principles of horizontal and vertical scalability and algorithms to load balance incoming requests into web service. Thesis shows how to achieve faster response times using various techniques based on multi-process and multi-thread processing. In final part thesis describes the overall architecture and design of actual web service implemented using open source node.js server-side environment and HAProxy load-balancing proxy server. Addressed web service supports HTTP/1.1, HTTP/2 and CoAP protocols and uses standard security principles to provide authentication and message integrity. In conclusion, the thesis presents conclusions of web service request response time analysis measured under different loads.

V magistrski nalogi je predstavljen produkt Emit Cloud, ki temelji na protokolu arhitekture REST. Omenjeni spletni servis je v uporabi podjetja Biokoda, d. o. o., ki ga bo uporabilo kot gonilno komunikacijsko orodje med napravami ter namiznimi aplikacijami in samo spletno aplikacijo Emit Cloud, ki omogoča varno hrambo podatkov v privatnem oblaku. Za rešitev problema bomo uporabili funkcijski programski jezik Erlang in Robot Framework, s katerim bomo pisali teste sprejemljivosti in tako zagotovili konsistentnost z zahtevami podjetja. Servis bo med drugim omogočal brskanje, iskanje, prenašanje in nalaganje datotek, brisanje, omogočanje različnih pogledov s filtri itd. In this master thesis we describe a product called Emit Cloud which uses REST architecture. The referred web service is in use by Biokoda Ltd., which will be used as a driving force in connecting devices and desktop applications with web application. Emit Cloud is a secure in-house file sync and share solution. To solve the problem, we will use functional programming language Erlang and Robot Framework with which we will write acceptance tests and ensure consistency with the requirements of the Company. Service will among other enable browsing, searching, uploading, downloading files, deleting, enabling different views with filters, etc.

Namen diplomskega dela je prikazati programsko rešitev za podporo protokola TR-069 na VoIP (govor prek IP) produktu. TR-069 protokol je namenjen upravljanju omrežne naprave z avtokonfiguracijskega strežnika. Problem, zaradi katerega smo morali narediti programsko rešitev protokola TR-069 na VoIP produktu, je v kupčevi zahtevi po tej funkcionalnosti. S tem je bilo pogojeno obstoječe in nadaljnje sodelovanje z njim. V diplomski nalogi smo prikazali razvojne postopke, s katerimi smo dosegli delujočo funkcionalnost TR-069 na VoIP napravi. Razvojni postopki so bili zahtevni in so zahtevali veliko znanja in časa. Programska rešitev omogoča posodobitev VoIP produkta, s katero zadovoljimo kupca in omogočimo prodajo VoIP naprav. Ugotovili smo, da je zaradi TR-069 funkcionalnosti VoIP produkt postal bolj zanimiv tudi za druge kupce. S podporo protokola TR-069 na VoIP produktu smo dosegli njegovo večjo konkurenčnost. The aim of the thesis is to show the software solution for the support of the TR-069 Protocol on a VoIP (voice-over-IP) product. The TR-069 Protocol is intended to manage network devices from the Auto-Configuration Server. The reason for the software solution establishment of the TR-069 Protocol for the VoIP product was a customer's demand for this functionality. Our current and future cooperation depended on it. In the thesis, we presented the development processes which helped us to achieve the funtionality of TR-069 on the VoIP device. The development processes were complex and required a lot of knowledge and time. The software solution enables an update of the VoIP product which satisfies the customer and makes the VoIP devices possible to be sold. We have found out that due to the TR-069 functionality, the VoIP product became more interesting for other customers, too. With the TR-069 Protocol support on the VoIP product we have increased its competitiveness.

Diplomsko delo obsega izdelavo informacijske rešitve za podporo pospeševanja prodaje na terenu. Naloga zajema vse faze izdelave informacijske rešitve – od analize problema in načrtovanja do implementacije in vzdrževanja. Projekt vsebuje različne tehnologije raznovrstnih ponudnikov in jih uspešno poveže v delujočo informacijsko rešitev. Implementirana je podatkovna baza, ki je izpostavljena preko spletnih storitev. Na te spletne storitve se povezujejo mobilni odjemalci, na katerih sta omogočena vnos informacij in sinhronizacija podatkov. Prav tako je implementiran nadzorni in uporabniški spletni vmesnik za dostop do podatkov. The thesis encompasses the creation of a ubiquitous information solution for field marketing acceleration. The task covers all phases of creating informatics solution – from the problem analysis and design to implementation and maintenance. The project involves various technologies from different providers which it successfully integrates into a functioning informatics solution. Implemented is a database which is accessed via web services. These web services are used by mobile clients and enable the clients to update data and initiate data synchronization. Also implemented is the supervisory and user web interface for accessing data.

V diplomskem delu obravnavamo uporabo spletnih storitev SOAP in REST na mobilnih napravah Android. Spoznamo, kaj so spletne storitve, kako delujejo in zakaj jih potrebujemo. Predstavimo oba vodilna pristopa, si ogledamo, kako delujeta ter kaj se izmenjuje med odjemalcem in strežnikom. Raziščemo, kako je posamezna tehnologija podprta na mobilnih napravah Android in katere knjižnice so nam pri tem na voljo. S pridobljenim znanjem izdelamo mobilno aplikacijo, ki se poveže na spletno storitev in prenaša datoteke različnih velikosti. To nam omogoča še primerjavo obeh tehnologij s tehničnega vidika, kjer nas zanimajo predvsem končna velikost mobilne aplikacije, količina prenesenih podatkov, število prenesenih paketov, čas prenosa in prepustnost. Rezultati meritev in ugotovitve bodo tako razvijalcem mobilnih aplikacij omogočali lažjo izbiro prave tehnologije. In the thesis we discuss the use of SOAP and REST web services on Android-based mobile devices. We learn, what web services are, how they work and why we need them. We present both leading approaches, look at how they work and what is being exchanged between the client and the server. We study, how each technology is supported on Android-based mobile devices and which libraries are available for use. With this knowledge we develop a mobile application that connects to a web service and transfers files of various sizes. This enables us to further compare both technologies from a technical point of view, where we are mainly interested in the final size of the mobile application, amount of data transferred, number of packets transferred, transfer time and throughput. The results and findings will ease the choice of the right technology for mobile application developers.

Operaterji širokopasovnih storitev imajo v lasti veliko število naprav, ki so locirane v prostorih strank (v nadaljevanju CPE – Customer Premises Equipment). Mednje štejemo telefone, internetne usmerjevalce, TV-komunikatorje in podobne naprave. Za upravljanje CPE se vedno bolj uporabljajo rešitve, ki temeljijo na komunikacijskem protokolu, opisanem v tehničnem poročilu TR-069 skupine The Broadband Forum. V diplomski nalogi smo analizirali komunikacijo med CPE in strežnikom za samodejno konfiguracijo in aktivacijo CPE. Osredotočili smo se na dva scenarija: • aktiviranje CPE, ki že podpira protokol TR-069 • aktiviranje CPE, ki protokola TR-069 še ne podpira. Postopke aktiviranja in konfiguriranja smo izvajali v testnem okolju. Večina CPE konkretnega operaterja protokola TR-069 še ne podpira. Ugotovili smo, da je protokol TR-069 primeren za množično oddaljeno upravljanje in vzdrževanje CPE. Protokol TR-069 uvedemo v omrežje s postavitvijo strežnika za samodejno konfiguracijo ter aktivacijo s protokolom TR-069 kompatibilnih CPE. Ugotovili smo tudi, da lahko določenim CPE, ki protokola TR-069 še ne podpirajo, z ustreznim postopkom posodobimo verzijo operacijskega sistema, ki protokol podpira. Izmerili smo število in čas trajanja prekinitev delovanja CPE med konfiguriranjem in nadgradnjo. Broadband operators have a large number of devices that are located at a customer premises (hereinafter referred to as CPE - Customer Premises Equipment). These devices are telephones, home gateways, set-top boxes and similar devices. Solutions based on the communication protocol, described in the technical report TR-069 of The Broadband Forum are increasingly used for the CPE management. In this graduation thesis we analysed the communication between a CPE and an auto configuration server during the process of CPE device activation. We focused on the following two scenarios: • the activation of the CPE already supporting TR-069 protocol • the activation of the CPE that does not yet support TR-069 protocol. We conducted the activation and migration procedures in a test environment. Most CPE devices of the specific operator do not support TR-069 protocol. We establised that TR-069 protocol is suitable for mass remote management and maintenance of the CPE. With installation of the auto configuration server and activation of the TR-069 capable devices we introduced the TR-069 protocol into the network. We have also found that for certain CPE, which do not support the TR-069 protocol, we can update the version of the operating system to the TR-069 capable version. We measured the number and duration of interruptions during the CPE configuration and upgrade procedure.

Diplomsko delo opisuje in analizira informacijske rešitve na področju zdravstva v Sloveniji in po svetu. Podrobneje predstavlja standarde, ki so pomembni za medicino. Opisali bomo kako delujejo strežniki za izmenjavo zdravstvenih slik PACS. Predstavili bomo različne informacijske sisteme v UKC Ljubljana ter na koncu opisali velik informacijski projekt eZdravje in njegove podprojekte, katerih namen je izboljšati dostopnost in izmenjavo zdravstvenih podatkov. The thesis describes and analyses solutions in informatics in the field of health care in Slovenia and globally. We will present the different standards that are relevant and important for the field of medicine. Thus we shall describe how servers for medical picture exchange (PACS) work. We shall present the different information systems in use in the University Clinical Center in Ljubljana and at end we will present the health care project eZdravje (“zdravje” meaning health) and its subprojects that are intended to improve and exchange medical data.

V diplomskem delu smo raziskali in opisali spletne storitve, ki temeljijo na protokolu SOAP in RESTful spletne storitve. Raziskali in primerjali smo področja zagotavljanja varnosti, zanesljivosti in transakcij pri obeh pristopih spletnih storitev. Pri SOAP spletnih storitvah smo raziskali in opisali WS.* protokole, za RESTful spletne storitve pa smo raziskali dobre prakse razvoja zanesljivosti in transakcij ter za varnost raziskali in uporabili OAuth protokol. Pridobljeno znanje smo nato uporabili pri implementaciji teh dveh različnih pristopov k razvoju spletnih storitev z Microsoftovim ogrodjem za razvoj usmerjeno storitveno arhitekturo. Merili smo hitrost pošiljanja sporočil pri različnem številu zahtev in opisovali tehnično izvedbo pristopov. In the Diploma sheet we have investigated and described Web services based on SOAP protocol and RESTful web services. We studied and compared the areas of safety, reliability and transactions in both approaches online services. In the case of SOAP web services are studied and described the WS. * Protocols. For RESTful web services, we have studied the development of security best practices and transactions, and to investigate the safety and use the OAuth protocol. The acquired knowledge was then used in the implementation of the two different approaches to the development of Web services with Microsoft's framework for the development of service-oriented architecture. We measured the speed of sending messages to a different number of requirements and describe the technical implementation approaches.

Sposobnost povezovanja informacijskih sistemov prinaša številne prednosti. V diplomskem delu smo opisali in primerjali spletne storitve REST in WS-*. Primerjavo smo izvedli na podlagi arhitekturnih načel, konceptov, tehnologij in razširjenosti arhitekturnega stila REST ter spletnih storitev, ki uporabljajo protokol SOAP. Izbira najprimernejšega arhitekturnega stila za uporabo je odvisna od aplikacijskih zahtev in omejitev. Praktični primer rešitve temelji na povezovanju že obstoječih programskih vmesnikov ter lastnih spletnih storitev s spletno aplikacijo za reševanje spletnih anket. The ability of connecting IT systems between brings numerous advantages. In the thesis we described and compared the REST web services and WS-*. We made the comparison on the basis of architectural principles, concepts, technologies and distribution of architectural style of REST and web services that use the SOAP protocol. Choice of the most appropriate architectural style for implementation is depended on the requirements of the application and it restrictions. The practical example of our solution is based on the integration of the existing application programming interfaces and web services with their own web-based application for solving web surveys.

Tematika diplomske naloge zajema spletne storitve v povezavi s programskimi tovarnami, s pomočjo katerih razvijamo sodobne in robustne informacijske sisteme oz. storitve. Cilj diplomske naloge je bila predstavitev spletnih storitev in programskih tovarn skupaj z njunimi komponentami. Z diplomskim delom smo želeli prikazati prednosti uporabe programskih tovarn in spletnih storitev pred klasičnimi spletnimi aplikacijami. Za boljše razumevanje tehnologij smo izdelali informacijski sistem z uporabo spletnih storitev in programskih tovarn - spletno knjižnico. Spletne storitve so se pokazale za primernejšo izbiro od klasičnih spletnih aplikacij,v primeru kadar poteka interakcija-transakcija podatkov med različnimi ustanovami oz. organizacijami. V takšnem primeru ne potrebujemo enotne infrastrukture oz. sistemov, saj spletne storitve omogočajo izmenjavo podatkov v enostavni obliki (XML), ki je enostavno razumljiva različnim sistemom. Programske tovarne v praksi omogočajo mnogo lažji in hitrejši razvoj sistemov v primerjavi s klasičnim pristopom, saj ponujajo razvijalcu že izdelane primerke, izvorno kodo, strukturno organiziranost projekta ter nekatere ostale prednosti. Vzajemna uporaba programskih tovarn, spletnih storitev ter klasičnih spletnih aplikacij nudi uporabnikom bogato uporabniško iskušnjo, razvijalcem pa lažji razvoj kompleksnih rešitev. The main topic of this diploma work are Web services in cooperation with Software Factories, which are helping us to develop modern, robust information systems and services. Principal goal of this diploma was to present and to describe Web services and Software factories together with their components. With our work we want to demonstrate the benefits of using Software factories and Web services ahead of traditional (classic) web applications. For better understanding of technologies, we have created an information system (application), which is using Web services and Software factories, called Onlike Library. Our results show that Web services are more appropriate choice than traditional web applications when we have ongoing interaction – transaction between different institutions or organizations. In this case we do not need uniform infrastructure or system because Web services enable us to exchange data in XML format, which is easier to read and process within different systems. We show Software factories allow easier and faster developement of systems compared to the traditional approach in practice, because they offer examples of application and source codes, enable structural organization of projects and have some other advantages for developers. To conclude, common use of Software factories, Web services and traditional web applications brings richer user experience to end users and easier aproach to develope complex solutions for developers.

V diplomskem delu smo pregledali uporabo spletnih storitev na mobilnih telefonih. Osredotočili smo se na telefone z operacijskim sistemom Windows Mobile in Android. Slednja smo vzeli pod drobnogled in raziskali zmožnosti za povezovanje s spletnimi storitvami. V okviru tega smo raziskali povezovanje s spletnimi storitvami SOAP in REST. Prav tako smo raziskali, kako lahko vzpostavimo varno povezavo preko obeh. V praktičnem delu diplomske naloge smo prikazali, kako implementirati povezovanje na spletne storitve. Pri tem smo tudi pokazali, kako bi lahko to zmogljivost uporabili za bolj praktično aplikacijo, ki izkorišča GPS na telefonu. In presented diploma work we looked at how the current mobile phones connect to web services. We focused our reaserch on phones with the Windows Mobile and Android operating system and looked at the capabilities to connect to different web services. To furher look into the mentioned capabilites, we reasearched the connectivity to both SOAP and REST web services. We also researched how to establish a secure connection on both platforms and both types of web services. In the practical part of the diploma we showed how to connect to web services on both types of mobile phones. We also made a more useful application which utilized the GPS on the mobile phone.

V diplomskem delu je bil cilj performančno stestirati vmesnik upravljalskega modula, ki je produkt podjetja Iskratel, d. o. o. Performančno testiranje modula upravljalskega vmesnika je za podjetje Iskratel povsem novo področje. Promet, s katerim simuliramo performančno obremenitev, poteka v Simple Object Access Protocol protokolu, ki je značilen za spletne storitve (Web Services). Naloga je definirati metodologijo testiranja vmesnika in izvesti testiranje sistema ter preveriti odzivnost vmesnika upravljalskega modula pri povečanem prometu. Performančno testiranje vmesnika upravljalskega modula smo izvajali z izbranim orodjem Quotium QTest. Orodje omogoča izvajanje funkcijskih in performančnih testov spletnih storitvev. Orodje Quotium Qtest izvaja testne skripte, ki jih je bilo potrebno napisati. Testne skripte vsebujejo za vsaki test svojo metodo, ki smo jo imeli podano v izhodišču naloge. Testne skripte smo si priredili našim potrebam in jih izvajali. Za vsako metodo je potrebno izvajati test posebej. Rezultat naloge v podjetju predstavlja osnovo za nadaljni razvoj podobnih funkcionalnosti. The work of a diploma thesis was focused at performance testing of the interface management module, which is the product of Iskratel ltd. Performance testing of the module management interface was a completely new area for the company of Iskratel. Trafic was based on the SOAP protocol, which is characteristic of the Web Services. The goal was to define the testing methodology of the SOAP interface and to perform testing of the system and check the responsiveness of the management module interface at increased traffic. Performance testing of the module interface was carried out with the selected tool Quotium QTest. The QTest tool allows performance of the functional and trafic testing of the Web services. For performing the testing the test scripts needed ro be written. For each test, test scripts included a specific testing method,that was defined at the start of work. We adapted the test scripts to our needs and implemented them in our tests. Tests were conducted separately for each method. The result of the tasks in the company formed the basis for the further development of similar functionality.

Diplomska naloga opisuje uporabo testnega orodja SoapUI na produktih podjetja Iskratel d.o.o., ki za svoje delovanje uporabljajo protokol SOAP. Cilj naloge je bil ugotoviti, ali je orodje SoapUI bolj uporabno za testranje SOAP vmesnikov, kot orodja, ki so bila v podjetju v uporabi do sedaj. Dodobra se je bilo potrebno seznaniti s testnim orodjem. Raziskati in ugotoviti je bilo potrebno kako na najenostavnejši način orodje SoapUI predstaviti testerjem in verifikatorjem, ki se z njim še niso srečali. Da bi lahko vsak čim hitreje začel uporabljati program je bilo potrebno napisati obširno in pregledno dokumentacijo in navodila za uporabo programa. Na koncu je bilo izvedeno še enodnevno izobraževanje iz uporabe progragama SoapUI na sedežu podjetja Iskratel d.o.o. v Kranju. Diploma describes the use of SoapUI testing tool on Iskratel d.o.o. products, which are using SOAP protocol. The goal was to find out whetrher the SoapUI is more efficient for testing the SOAP interfaces than the tools used so far. It was necessary to get familiar with a testing tool. Then it was needed to find out how to present SoapUI to other testers and verificatiors on easiest way possible. New methodology of testing has had to be written. Easy to use and step by step user guide has had to be written as well, so that others could actively start using SoapUI without spending too much time. At the end a one day training at the company headquarters was prepare and carried aout.