![]() ![]() An experienced user spent 10 minutes creating this sample. This diagram was created in ConceptDraw DIAGRAM using the Bank UML State Machine Diagram library from the ATM UML Diagrams solution. Using the ConceptDraw DIAGRAM software as a UML image creator, it is possible to display just one linear process or create a more complex design. The X symbol indicates that the component stops its existence. The arrows directions show the processes directions, who realize each of them. On the horizontal arrows, you can observe the processes that proceed between the user and ATM, between ATM and bank. Three components of the chart are represented as the rectangles - User, ATM, Bank, from them pass the timelines depicted by dotted lines. It was designed on the base of the "Sequence diagram" illustration from the website of the University of California Irvine (UCI) Donald Bren School of Information and Computer Sciences and webpage "Message Sequence Charts and their Ilk". This ATM Sequence diagram sample deconstructs the process of interaction between customer, ATM, and bank, and shows the transaction in a simple and clear manner. This diagram was created in ConceptDraw DIAGRAM using the Bank UML Sequence library from the ATM UML Diagrams solution. Use ConceptDraw DIAGRAM as a UML diagram creator to visualize effectively a banking system. The ATM UML Diagrams solution provides a selection of text boxes, pre-made templates, and icons that allow one to map the software process of any ATM (Automated Teller Machine) by using a variety of professionally made UML examples for creating a unique design.īeing available for all ConceptDraw DIAGRAM users, the ATM UML Diagrams solution may be especially useful for all banking industry software specialists in order to design and build the needed ATM solutions and systems. You can use the ConceptDraw DIAGRAM charting software to create one of them. To further describe the behavior of systems, these class diagrams can be supplemented with either a UML state machine or a state diagram, which can also be called one of the UML diagrams. They can also be used for any necessary data modeling, representing basic elements, interactions in the application, and classes for coding. It can also be used for detailed modeling, converting models into program code. It is known to be a type of static structure diagram that should describe the structure of the system in such a way to demonstrate classes of the system, their attributes, methods or operations, and the relationships between objects.īeing the main building block of any object-oriented modeling, the class diagram is widely used for general conceptual modeling of systematic application. In software development, any class diagram can also be referred to the Unified Modeling Language (UML). They may also include other elements to show the flow of data between actions through one or more data stores. There may also be data flows intersecting with the corresponding actions, showing the overall control flow. It is known that all action diagrams in the Unified Modeling Language are intended for modeling both organizational and computational processes. Some of their types represent structural information, and some represent general types of behavior, for example, various aspects of interaction.Īction diagrams can be referenced to as UML diagrams, which are a graphical representation of the workflows of actions and actions that support iteration, concurrency, and selection. All of them can be divided into two main categories. ![]()
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