
John Simonetta developed a suite of foundational C++ applications in the Computer-and-Information-Science/CISC115FALL24MID01 repository, focusing on practical command-line tools and educational systems. Over three months, he built a movie ticket price calculator with robust input validation, a basic calculator with error handling, a number pyramid generator, a multi-functional calculator and unit converter, a movie ticket booking system with user authentication, and a menu-driven banking system supporting account management and transactions. His work emphasized clear control flow, modular design, and user input handling, demonstrating proficiency in C++, command-line interfaces, and basic data structures while establishing a solid base for future enhancements.

December 2024: Delivered foundational banking functionality in the CISC115FALL24MID01 project. Implemented a Basic Banking System with Account Management and Transactions (C++ menu-driven), enabling adding accounts, deposits, withdrawals, and viewing all accounts. The feature provides a usable baseline for financial operations and sets the stage for future enhancements like transfers and reporting.
December 2024: Delivered foundational banking functionality in the CISC115FALL24MID01 project. Implemented a Basic Banking System with Account Management and Transactions (C++ menu-driven), enabling adding accounts, deposits, withdrawals, and viewing all accounts. The feature provides a usable baseline for financial operations and sets the stage for future enhancements like transfers and reporting.
November 2024 — Delivered a cohesive set of command-line and educational C++ projects in Computer-and-Information-Science/CISC115FALL24MID01. Key features include a Basic Command-Line Calculator with division-by-zero handling and interactive flow; a Number Pyramid Generator with interactive mode and a fixed 5-row version; a Multi-functional Calculator & Unit Converter with sqrt, power, absolute value, temperature conversions, area/perimeter calculations, function overloading and a greeting function; and a Movie Ticket Booking System with user authentication, genre/ticket-type selection, price calculation, order summary, and support for repeated bookings. These efforts establish practical student tooling, clear modular design, and a strong foundation for future extensions, delivering measurable business value by accelerating hands-on learning and enabling reliable calculation and transaction flows.
November 2024 — Delivered a cohesive set of command-line and educational C++ projects in Computer-and-Information-Science/CISC115FALL24MID01. Key features include a Basic Command-Line Calculator with division-by-zero handling and interactive flow; a Number Pyramid Generator with interactive mode and a fixed 5-row version; a Multi-functional Calculator & Unit Converter with sqrt, power, absolute value, temperature conversions, area/perimeter calculations, function overloading and a greeting function; and a Movie Ticket Booking System with user authentication, genre/ticket-type selection, price calculation, order summary, and support for repeated bookings. These efforts establish practical student tooling, clear modular design, and a strong foundation for future extensions, delivering measurable business value by accelerating hands-on learning and enabling reliable calculation and transaction flows.
October 2024 monthly summary for developer work focusing on the CISC115FALL24MID01 project. Delivered a Movie Ticket Price Calculator in C++ that computes ticket prices based on age, showtime, seat type, and loyalty status with robust input validation and two-decimal precision. This feature reduces pricing errors, improves user experience, and provides a scalable foundation for future pricing rules. Commit reference: e056e17c66bfdf313d8a51fc1afad0a638b94f3b.
October 2024 monthly summary for developer work focusing on the CISC115FALL24MID01 project. Delivered a Movie Ticket Price Calculator in C++ that computes ticket prices based on age, showtime, seat type, and loyalty status with robust input validation and two-decimal precision. This feature reduces pricing errors, improves user experience, and provides a scalable foundation for future pricing rules. Commit reference: e056e17c66bfdf313d8a51fc1afad0a638b94f3b.
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