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Web Services to Integrate BPMS in BPMN 2.0 Specification
Mihola, David ; Burget, Radek (referee) ; Hruška, Tomáš (advisor)
The goal of this thesis is to chose and implement appropriate BPMN blocks, which enable integration with surrounding web based systems, exchange of messages between parallel BPMN processes and their synchronization. The goal was reached with an implementation of an information system, which is based on the MVC design pattern. The system primarily enables uploading of BPMN models, their configuration and creation of BPMN processes described by those models, which can be then managed and solved within the system. Synchronization of BPMN processes owned by different organizations, which are using instances of this system, and message exchange between them is specified by users in BPMN models with blocks Message Event and Signal Event. The system then executes modeled synchronization and message exchange. Integration of this system with other systems is ensured via Application Programming Interface calls, which can be configured in the GUI. Configured APIs can be integrated into BPMN models by using the Service Task block. That enables automation of API calls with data obtained during the interpretation of BPMN processes. Great emphasis was also placed on security and correct code structuring during the implementation.
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Web Services to Integrate BPMS in BPMN 2.0 Specification
Mihola, David ; Burget, Radek (referee) ; Hruška, Tomáš (advisor)
The goal of this thesis is to chose and implement appropriate BPMN blocks, which enable integration with surrounding web based systems, exchange of messages between parallel BPMN processes and their synchronization. The goal was reached with an implementation of an information system, which is based on the MVC design pattern. The system primarily enables uploading of BPMN models, their configuration and creation of BPMN processes described by those models, which can be then managed and solved within the system. Synchronization of BPMN processes owned by different organizations, which are using instances of this system, and message exchange between them is specified by users in BPMN models with blocks Message Event and Signal Event. The system then executes modeled synchronization and message exchange. Integration of this system with other systems is ensured via Application Programming Interface calls, which can be configured in the GUI. Configured APIs can be integrated into BPMN models by using the Service Task block. That enables automation of API calls with data obtained during the interpretation of BPMN processes. Great emphasis was also placed on security and correct code structuring during the implementation.
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