Programmation
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Cours, examens, TD, TP et exercices de programmation. Thèmes couverts : algorithmique, langage C, Java, Python, POO, structures de données.
Ce document traite de la création de fichiers sources de librairies en C, expliquant leur compilation en fichiers objets, librairies statiques et dynamiques. Il aborde également comment utiliser ces librairies dans un programme principal. Un exemple pratique avec du code source est fourni pour illustrer le processus.
This document contains the correction of a main session exam focused on file implementation comparisons, file system structure, and system programming. It addresses questions related to file structure representations, inode details, and provides a Makefile example for compilation. The solutions provided address various aspects of file management and system programming required in a computer science curriculum.
This document contains a series of exercises focused on programming concepts, particularly in a Lisp-like language. It features recursive functions, list manipulation, and concepts such as conditional expressions and mapping. The exercises aim to enhance understanding of functional programming paradigms.
This document outlines a functional programming examination conducted at Ecole Nationale des Sciences de l’Informatique. It includes a range of exercises designed to evaluate students' understanding of Lisp programming concepts. Topics covered include list manipulation, recursive function definitions, and polynomial differentiation.
This document provides an in-depth exploration of stack data structures implemented in C, with emphasis on leveraging singly linked lists for manipulation. It details the design and structure of stack elements using `struct` and explains the core operations such as initialization, insertion, deletion, and display with example code. The tutorial concludes with a comprehensive program example demonstrating stack operations and their behavior. Concepts like memory allocation with `malloc` and advanced pointer usage are also highlighted.
This document explores the concept of stacks—a Last In, First Out (LIFO) data structure—similar to a stack of plates. It details the chained and contiguous implementations, specifications, and testing methodologies, with practical examples provided in C code. Stacks are created, consulted, modified, and utilized through both linked list-based (pile.h/pile.c) and array-based (pile_contig.h/pile_contig.c) representations. Exercises test the integration and functionality of these modules, confirming their expected behavior in operations such as pushing, popping, and checking emptiness.
The document introduces the queue data structure based on the FIFO principle and its implementation using linked lists. It details the design of a queue's memory layout, standard operations like creation, insertion, and removal, and provides corresponding source code in C for defining and manipulating queues. Exercises and a main program demonstrate practical usage of these operations and validate their functionality through example outputs. The document serves as a guide for learning and hands-on application of queue concepts in programming.
The document provides a detailed overview of singly linked lists, including their definition, structure, and functionality. It specifies operations on linked lists using C, such as insertion, deletion, and searching, with clear implementations in 'liste.h' and 'liste.c' files. Sample exercises demonstrate practical usage and testing of the module, providing execution results for validation. The findings emphasize key methods for dynamic memory management and manipulation of data structures in programming.
This document provides an in-depth study of singly linked lists, covering their structure, operations, and algorithmic implementations using C. It begins by contrasting contiguous lists with linked lists, emphasizing the latter's dynamic allocation capabilities. Core operations such as insertion (at the head and tail), search, deletion, and concatenation are introduced, with explanations of their computational complexity. Practical code implementations and examples illustrate the functionality, highlighting flexibility and memory efficiency in dynamic data management.
This document provides an application exercise utilizing Java Remote Method Invocation (RMI) to create remote accessible services for string manipulation and mathematical operations. It includes instructions to define interfaces, handle remote exceptions, and implement remote objects. Sample code and structure for interfaces and classes are presented.
This document contains a report on practical work related to Java Remote Method Invocation (RMI). It includes various programming exercises and implementations of remote interfaces. The students Amani BEN DHIAB and Mohamed Yassine CHAIEB conducted the exercises under the guidance of Mme. Nadia BEN AZZOUNA during the academic year 2012-2013.
This document presents a lab report on Java RMI programming, including the implementation of remote methods for mathematical calculations. It covers the creation of server and client classes, compilation steps, and execution instructions. Additionally, it outlines exercises focusing on various Java RMI concepts and practices.
This document provides a detailed account of a JAVA/RMI lab exercise conducted by students. It covers the implementation and testing of various Java classes related to remote method invocation. Additionally, it includes steps for server and client setup as well as object factory implementation.
This document reports on a lab exercise focused on Java RMI. It includes multiple exercises requiring the implementation and testing of RMI components such as client and server applications. The final sections cover code examples and testing instructions.
This document contains a series of exercises related to web services, focusing on WSDL and SOAP concepts. It includes questions regarding WSDL tags, Java method correspondences, and syntax errors in SOAP envelopes. Additionally, it provides an annex with a WSDL definition and types.
This document contains an exam for the course 'Systèmes et Applications Répartis' covering topics such as RPC, RMI, and JMS. It includes various exercises designed to test students' understanding of distributed systems and remote method invocation. The exam requires concise and precise answers to technical questions.
This document outlines an examination on distributed systems and applications, covering various topics including Java-RMI and CORBA. The exam consists of multiple exercises, each focusing on different aspects of distributed computing, such as messaging, geometric services, syntax rules, and file systems. Students are required to answer brief but clear questions demonstrating their knowledge and understanding of the subject matter.
This document discusses the principles and motivations behind Message Oriented Middleware (MOM), highlighting its advantages over traditional client-server models. It explains various messaging models, including the Java Message Service (JMS) and provides examples of MOM implementations such as IBM MQSeries and MSMQ. The document concludes with an overview of the benefits of using a messaging bus for asynchronous communication in distributed applications.
This document provides an overview of Java RMI as a solution for remote method invocation in distributed systems. It covers the architecture of Java RMI, the client-server model using objects, and various components and processes involved in its implementation. Key concepts such as encapsulation, inheritance, and polymorphism in the context of distributed applications are also discussed.
This document covers the concepts and components of Remote Procedure Calls (RPC) and Java RMI. It discusses the architecture, types of RPC, and data representation in distributed applications. Additionally, it highlights the notable standards and protocols related to RPC implementation.
Ce document présente les avantages et les limitations des appels de procédure à distance, en se concentrant sur les mécanismes de communication et de persistance des données. Il explore également l'intérêt des objets dans la construction d'applications distribuées, ainsi que l'extension du RPC aux objets. Les règles d'usage du Java RMI y sont décrites, soulignant les exigences pour la création d'interfaces distantes.
This document outlines the process of developing a Windows Forms application in Visual Studio 2010 using C#. It introduces key concepts like projects and solutions, as well as the interface elements within the Visual Studio environment. The tutorial provides a step-by-step guide to building a simple calculator application, covering user interface design, properties configuration, and event-driven coding for arithmetic button functionality. Additional features like interfacing with multiple forms and debugging techniques are also highlighted.
This practical exercise involves designing an interface for a billing system, processing product data to compute line item totals, and determining the total amount, discount, and net payable. Key components use TextBox controls for data input, Buttons to trigger calculations, and a Timer control to display the current date and time dynamically. The task requires implementing conditional logic for the discount calculation and handling KeyPress events to automate focus changes between controls during user interaction.
This document provides an in-depth explanation of structured types and records in algorithmic programming. It defines records as data structures containing heterogeneous elements related to the same semantic entity, detailing the syntax for their creation, manipulation, and integration into more complex data systems. The document further explores advanced topics such as nested structures, tables of records, arrays within structures, and the use of records as parameters in functions and procedures. Practical examples and applications illustrate foundational concepts.