Programmation

This document presents corrections for exercises in object-oriented design methodologies aimed at second-year undergraduate students. Core activities include modeling multiplicity constraints in various contexts (e.g., rental contracts and vehicles), exploring banking associations with constraints, and handling academic course management. Additional exercises focus on implementing graphical editors and managing IT park resources, demonstrating practical applications of design principles.

This document explores the concept and mechanisms of handling exceptions in Python. It explains the types of errors, including syntax errors and runtime exceptions, and details the use of try-except blocks to catch and manage these exceptions effectively. Advanced techniques such as the use of raise, propagation of errors, asserting conditions, and defining custom exceptions are highlighted. Practical examples demonstrate how exception handling enhances error management, program robustness, and user experience.

This document provides fundamental programming concepts in C, focusing specifically on input/output mechanisms, operators, and data types. Examples of `printf` and `scanf` usage are explained for integer, float, and character manipulation. Detailed information is given about arithmetic, logical, comparison, and assignment operators, including their precedence. It concludes with the memory footprint of various data types, extending into format specifiers commonly used for input/output in C.

The document outlines an introductory activity focused on Python programming using the tkinter library. It involves creating a graphical user interface that allows users to input a monetary amount and convert it into its equivalent in euros by clicking a button. The activity encourages familiarity with Python libraries and basic GUI application design principles. The exercise emphasizes hands-on learning and real-world application of programming concepts.

This document consists of two programming exercises aimed at basic problem-solving skills. The first exercise involves writing a program with two functions: one to receive a list of filenames and another to extract file extensions. The second exercise focuses on managing a dynamic inventory of products using a dictionary, allowing for item addition, display of all products, consultation by name, and ending the program. Both exercises rely on user input to simulate practical system functionality.

This document outlines an activity in Python where users create a guessing game to predict a number between 1 and 100. The game involves utilizing the 'random' module to generate a random integer and provides feedback ('higher' or 'lower') based on user input. The game must be robust to invalid inputs, handle interruptions gracefully, and limit the number of attempts to seven. Additionally, an example execution of the program is provided to guide implementation.

This document provides a beginner-level exercise series designed to teach foundational Python programming skills. Exercises include writing scripts to generate text-based patterns, determining palindromes, finding the maximum value in a list, removing duplicates, generating card decks, and creating weekly calendars based on given dates. The tasks aim to strengthen algorithmic thinking and familiarize users with Python syntax and functionalities.