Title Verslo B2B transakcijų realizavimas panaudojant BTP protokolą /
Translation of Title Business B2B transactions using BTP protocol.
Authors Tuminas, Paulius
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Pages 61
Keywords [eng] BTP ; B2B ; SQL ; SOAP ; business
Abstract [eng] This work aim is to create information systems (IS), which can implement B2B transaction by using the Business Transaction Protocol (BTP). IS has only 50 years history, but without IS we can’t imagine modern business company. Now computers are usable in most leading edge areas and theirs needs and power always grows. We use its in distance learning, organizing distance work (work-net), expeditiously developing electronic business, appointing a lot off attention to modernize medicine, new possibilities for electronic libraries. This work can be used in all mentioned regions implementing data exchange among computers regardless their actions in business. Many companies store data in database or data centers, so if we want to realize exchange data among computer – our programmers have to avail a lot of energy and workforce to realize exchange from remote systems or databases, especially, if some services and data are in different databases. This work can realize data exchange simplification, which executes data exchange from unlimited numbers of business companies. It uses well-known BTP protocol from OASIS consortium to exchange data. All needed data we get from business participants using standard SQL queries. Thus people which are asking for data – in this work we can offer to get data from different databases platforms. To access system in different programming languages, data are implemented into standard SOAP1.1 protocol - where they will be transported in XML document. This work was coded in JAVA with using ORACLE database. In this program there are about 8000 codes lines, was generated 36 class files (including 6 server class files), was realized 150 error tools (including 35 server errors) seeking to make software flexible and use simplest data’s exchange among different autonomous servers.
Type Master thesis
Language Lithuanian
Publication date 2008