Use case diagrams are powerful, but once <include> and <extend> relationships multiply, the visual layout can quickly get messy. Lines cross over, actors get pushed around, and the diagram becomes
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Use case diagrams are powerful, but once <include> and <extend> relationships multiply, the visual layout can quickly get messy. Lines cross over, actors get pushed around, and the diagram becomes
Use case diagrams can grow rapidly in complexity. As you add more actors, use cases, and especially and relationships, the diagram can turn into a tangled web of connectors. What
Use case diagrams are widely used to describe system functionality from the perspective of actors and their goals. Two common relationships that often appear in these diagrams are and .
One of the biggest challenges in software projects is communication. Business stakeholders want to see how their requirements are captured, while developers and testers need precise details to implement and
In a Student Information System, keeping personal details accurate is essential. Students frequently update their contact information, emergency details, or academic preferences. This example focuses on the Update Profile use
The Process Payment use case is at the core of a POS system, where a cashier or customer completes the transaction by paying through different methods. This example shows how
The Book Ticket use case is at the heart of most ticketing platforms, whether for travel, cinema, or events. It involves selecting a preferred option, providing passenger or attendee details,
The Book Appointment use case represents a common scenario in healthcare or service-based systems, where a patient or client selects an available timeslot, confirms their details, and finalizes the booking.
In an online shopping system, a customer places an order after browsing the product catalog. The order process involves making payment and receiving confirmation via email. This example will walk