Programming reasoning case study

This case study starts with a help desk requirement and makes it precise before choosing an implementation. The system receives player-support events and must accept a valid ticket once, store it, and make it available to the right work queue. The design will grow one decision at a time.

Clarify the first requirement

• Inputs: an event ID, a ticket ID, ticket details, and a priority.
• Outputs: an accepted ticket, an ignored duplicate, or a clear validation failure.
• Rules: ticket IDs identify tickets, event IDs identify incoming events, and urgent work should be handled before routine work.
• Boundary cases: missing IDs, duplicate events, an empty backlog, equal priorities, and invalid ticket data.

Clarifying these details gives the program something precise to implement and test. It also prevents a premature choice such as “use a list” or “use a dictionary” before we know which operations matter.

For now, do not design the storage or queues. Keep this contract as the shared starting point while the design grows.