Credit Card Processing System Activity Diagram
The credit card processing system activity diagram is a UML behavioral model that shows the credit card process by presenting the flow of activities that happens when one applies to a bank for a credit card. This example activity diagram uses symbols to define the overall workflow of the credit card process. It is composed of activities, decisions, and paths (flows).
The activity diagram visually depicts a set of actions or control flows on credit card processing. People, software components, and computers can all do these tasks. It describes the processes in a use case diagram and is commonly used in business process modeling. Modeled activities can either be sequential or concurrent. Its’ illustration can be used to illustrate the process of implementing the process.
Credit Card Processing System Activity Diagram: Details
The table shows the project details of the activity diagram for credit card processing system. It has the complete details of the project.
| Name: | Credit Card Processing System Activity Diagram |
| Abstract: | The credit card processing system activity diagram represents the behavior of the project in terms of its activities. It contains the important details on the activities and constraints done in the project. |
| UML Diagram: | Activity Diagram |
| Users: | Bank Admin or Crews, and Credit Card Applicants |
| Tools Used: | Diagram tools that provide activity diagram symbols. |
| Designer: | ITSourceCode.com |
What is Credit Card Processing System?
Credit card processing is a multi-step process that is required to correctly complete credit card payments. In today’s digital age, transactions can take place in person, online, over the phone, or through the mail. Several entities are involved in credit card processing.
A credit card processing system is software that provides aid in a complicated business with many moving pieces: new technology, payment networks, regulatory authorities, and financial institutions. Credit card processors, like any service involving that level of sophistication, vary in quality.
Importance of Credit Card Processing System Activity Diagram
The importance of credit card processing system activity diagram is that it enables interaction between developers and clients. This is done by helping them visualize the system’s functionality in various degrees of detail.
The activity diagram involves major activities to define the workflow of the project. These activities come with user decisions that result in more effective interaction. Being a programmer, these are the important roles that credit card processing should have.
Credit Card Processing System Activity Diagram in UML
The Credit Card Processing System UML Activity Diagram is one of the methods used for project development. It represents the system’s major activities and constraints that lead to paths that the project includes. They were labeled properly to guide programmers and users about the behavior of the credit card processing system.
Additionally, the activity diagram depicts software operations as a series of actions. These diagrams are used to document and define the system processes and use cases. It can clarify difficult use cases to simplify and improve any process. An activity diagram also models the system’s actions, functions, and processes.
The activity diagram for credit card processing system provides the same basic goals as the other UML diagrams. It illustrates the system’s dynamic behavior. The flow of messages from one object to another is shown in other UML diagrams. The activity diagram, on the other hand, shows the flow of messages from one activity to another.
Credit Card Processing System Activity Diagram
The Credit Card Processing System Activity Diagram is given to expound on its ideas. This activity diagram example using swimlanes is shown in the detailed illustration to enlighten the programmers in figuring out what the activities happen when a user logs in to a system. This example illustration shows the activities and scenarios done in a credit card processing. The actions and decisions included were all emphasized here.
You can add more to this and it is up to you how will you create your activity diagram. Only be precise with your information and consider the decisions that should be included.
Credit Card Processing System Activity Diagram Pdf
You may download the Activity Diagram PDF by clicking the button below. It has the full details and discussion on System’s Deployment Diagram. You can also modify its content to complete your project requirements and needs
Activity Diagram: Benefits
The Activity Diagram Benefits are as follows:
- An Activity Diagram helps in understanding how an algorithm works.
- It describes the steps that a UML use case takes.
- Shows how users and the system interact in a process or workflow.
- Clarify difficult use cases to simplify and improve any process.
How to Develop the Activity Diagram for the System
Time needed: 5 minutes.
Here are the steps in developing (designing) the activity diagram for credit card process system.
- Step 1: Familiarize Activity Diagram Symbols
Activity Diagram Symbols – are used to create an Activity Diagram which was presented here. Their symbols and applications must be familiarized before you build the Activity Diagram.
• Start – is the beginning of the action is symbolized by a filled circle. A dark circle represents the initial node.
• Action – is a stage of an activity in which users or software accomplish a certain task. Actions are represented by round-edged rectangles.
• Decision – represented by a diamond and is used to symbolize a conditional branch in the flow. It has two or more outputs and a single input.
• Swim Lanes – are the lanes drawn as boundaries, and the activities drawn in the same lane as the organization’s activities. Swim lanes must be arranged in a logical order.
• Activity Flow – is another name for the connectors in the diagram that illustrate the flow between processes (activity).
• End or Terminator – is the last phase of the activity. An indicated black circle represents the final node.
Each of these activity diagram symbols shows the overall system behavior. Emphasizing the System’s behavior would be much easier by using these Activity Diagram symbols. - Step 2: Identify the flow of actions.
After familiarizing the symbols used in designing an activity diagram, you then need to identify the flow of actions included based on your use case diagram. The flow of actions or steps in an activity diagram describes the sequence or series of activities that happen when a user invokes the credit card process.
An action represents a discrete unit of functionality in an activity diagram. It is used to describe the steps in a use case diagram. The flow of control and data to and from other activity nodes is specified by the incoming and outgoing activity edges of actions. When all of the input requirements are met, the activity’s actions begin. - Step 3: Add the Actors (users) involved.
Actors carry out their actions on things, transforming them into other objects or changing their state. This actor is someone or something that interacts with the system from outside the system.
The Actors are usually placed as labels on the swimlanes to indicate that the action or step performed was from them or the system. This way will help readers and developers how will the system behave or interact with actors or vice versa. It will help you as the developer understand better the system. - Step 4: Trace the flow of activities.
Action or control flows (paths or edges) are utilized to depict the change from one activity state to the next. There might be several entering and outgoing action flows in this notation. It can also be sequential, branching, or run at the same time.
The control flow determines the activity’s flow, and the inbound arrow initiates a single activity step. The flow continues along the outgoing arrow after this phase is accomplished. The flow of objects and data within activities is described by the object flow.
Conclusion:
You need to know the diagrams used to design and develop the Credit Card Processing System. That is because you cannot perfectly create a fully-functional system without it. But if you create this activity diagram, you will know the possible inputs and scenarios that the system should process and perform. Not only that, you will find out the needed processes and connect them to the other UML Diagrams.
The activity diagram can be used to model the system’s activity flow. These systems are also captured in an activity diagram, which describes the flow from one system to the next. By completing the Activity Diagrams per module or process, you will easily achieve your desired system. Check out our Related and Recommended Articles for more Learnings and Information.
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