🎬 University Cinema Hall Reservation System

A JavaFX-based desktop application that allows students to browse movies, view schedules, and reserve cinema seats inside the university. Admins can manage movie schedules and hall details. Designed with a modern UI and full MVC architecture.

---

Movie Reservation System

🎥 Overview

A web-based movie reservation system where students can browse movies, check showtimes, and reserve seats. Admins can schedule movies and manage showtimes.

---

📸 Screenshots

1. Login / Demo Admin Access

This screen allows users to log in with student credentials or enter as a demo admin.
Key features:

• Secure login form
• "Login as Demo Admin" option
• Branding with university logo and cinema theme

---

2. Admin View: Movie Scheduling

Admin panel for scheduling movies and managing showtimes.
Key features:

• Dropdowns to select movies and halls
• Time and date pickers
• Seat layout configuration
• Confirmation and error feedback messages

---

3. Student Dashboard – Browse & Reserve

Student interface to browse movies and make reservations.
Key features:

• Filterable movie list
• Showtimes per movie
• Reservation system with real-time availability
• Tabs for Movies, Reservations, and Profile

---

4. Select Seats – Movie Reservation

Seat selection interface for movie reservations.
Key features:

• Dynamic seat grid based on theater layout
• Available, selected, and occupied seat colors
• Real-time seat availability updates
• Confirmation popup when seats are selected
• Option to deselect or change selected seats

---

---

🚀 Getting Started

🧾 Requirements

• Java 11+
• JavaFX 17+
• Maven

📦 Clone and Run

git clone https://github.com/your-username/university-cinema.git

cd university-cinema

mvn javafx:run

🎬 University Cinema Hall Reservation System – Architecture Overview

📐 Main Architecture Patterns

The University Cinema Hall Reservation System follows a layered and modular software architecture built primarily on the following patterns:

• Model-View-Controller (MVC)
• Service Layer
• Factory Pattern
• DAO (Data Access Object) Pattern
• Singleton Pattern (implicit usage)

---

🧩 MVC Pattern

The MVC (Model-View-Controller) pattern structures the application into three core components:

• Model
  Located in com.ucinema.model.entities, this package includes business entities such as:

  • Movie
  • Student
  • Reservation
  • Hall

• View
  Found in com.ucinema.view, this package includes JavaFX-based UI components such as:

  • LoginScreen
  • StudentDashboard
  • Tabbed panes for Movies, Reservations, and Profile

• Controller (via Services)
  Service classes act as the controller layer:

  • Handle interactions between the view and the model
  • Enforce business rules and logic
  • Examples: ReservationService, MovieService, HallService

---

🧪 Service Layer Pattern

Business logic is encapsulated in a Service Layer that:

• Mediates between the UI and data access layers
• Provides clean APIs for operations like:
  • Searching movies
  • Reserving seats
  • Managing user profiles
• Delegates database interactions to the DAO layer

---

🏭 Factory Pattern

A clear implementation of the Factory Pattern is found in the HallService class:

• Hall Creation

  • addHall() creates Hall objects based on standardized layouts
  • Handles logic for mapping custom capacities to nearest standard sizes

• Seat Factory

  • createSeatsForHall() builds seat arrangements dynamically
  • Supports multiple seat types (standard, premium, accessible)
  • Applies rules for layout formatting (e.g., center aisles)

• Layout Mapping

  • Uses STANDARD_LAYOUTS as a configuration map
  • Ensures layout consistency and scalability

---

🗃 DAO Pattern

The DAO (Data Access Object) pattern is implemented via classes like:

• MovieDAO
• ReservationDAO
• StudentDAO

These classes abstract all database access logic, promoting:

• Loose coupling
• Maintainability
• Easy testing and mocking

---

♻️ Singleton Pattern (Implicit)

Service classes behave as singletons:

• Only one instance per service is expected at runtime
• Ensures consistency and shared state across the app
• Could be explicitly managed using dependency injection in future iterations

---

📊 Custom Data Structures

The system utilizes domain-specific data structures to enhance performance:

Structure	Purpose
HallGraph	Models seat adjacency/relationships as a graph
ReservationLinkedList	Dynamic reservation management via linked list
ScheduleBST	Efficient movie schedule lookup (binary search tree)
StudentHashTable	Fast access to student data via hashing

These choices reflect a focus on optimizing for the system’s specific performance needs.

---

✅ Summary

The system demonstrates strong software architecture through:

• Separation of concerns via MVC
• Well-defined service and data access layers
• Efficient object creation using the Factory Pattern
• Performance-oriented use of custom data structures

This architecture enables modularity, maintainability, and scalability — ideal for an academic or production-level cinema reservation system.

---