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Programming Concepts in C 2nd Edition by Robert Burns ISBN 1499044828 9781499044829

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Programming Concepts in C 2nd Edition Robert Burns Digital Instant Download

Author(s): Robert Burns
ISBN(s): 9781499044829, 1499044828
Edition: 2
File Details: PDF, 14.71 MB
Year: 2014
Language: english
SKU: EB-36155224 Category: Tag:

Programming Concepts in C 2nd Edition by Robert Burns – Ebook PDF Instant Download/Delivery: 1499044828, 9781499044829
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ISBN 10: 1499044828
ISBN 13: 9781499044829
Author: Robert Burns

Programming Concepts in C++ is one in a series of books that introduce the basic concepts of computer programming, using a selected programming language. Other books in the series use languages like Java and Python, but all focus on concepts and not on any particular language.

The presentation of the material is the same in each language, and much of the text is identical. Code samples are specific to the selected language, and some unique language features are unavoidably included, but the presentation is largely language-independent.

A unique feature of the book is that it explains how to acquire, install, and use freely available software to edit, compile, and run console programs on just about any system, including Windows and Mac. Its examples use command line compiling, so that the presentation remains focused on programming concepts and avoids becoming a training tool for a specific IDE.

The three-part organization of material starts with the basics of sequential processing, then adds branching and looping logic and subprograms, and ends with arrays and objects. It turns a beginner with no programming experience into a programmer, prepared to continue their training in C++ or just about any other specific programming language.

Programming Concepts in C 2nd Table of contents:

Chapter 1: Introduction to C Programming

  • Overview of C Programming

  • Setting Up the C Development Environment

  • Your First C Program: Hello World

  • Structure of a C Program

  • Basic Syntax and Conventions

Chapter 2: Variables and Data Types

  • Declaring Variables

  • Primitive Data Types: int, char, float, double

  • Type Modifiers: signed, unsigned, long, short

  • Constants and Literals

  • Typecasting and Implicit/Explicit Conversion

  • Variable Scope and Lifetime

Chapter 3: Operators and Expressions

  • Arithmetic Operators

  • Relational Operators

  • Logical Operators

  • Bitwise Operators

  • Assignment Operators

  • Conditional (Ternary) Operator

  • Precedence and Associativity

  • Writing Complex Expressions

Chapter 4: Control Flow

  • Introduction to Flow Control

  • Conditional Statements (if, if-else, switch)

  • Looping Constructs (for, while, do-while)

  • Break and Continue Statements

  • Nested Loops

  • Early Exit and Return Statements

Chapter 5: Functions

  • Defining and Calling Functions

  • Function Parameters and Return Values

  • Local and Global Variables

  • Recursion

  • Function Prototypes

  • Variable Length Arguments

Chapter 6: Arrays and Strings

  • Introduction to Arrays

  • One-Dimensional Arrays

  • Multidimensional Arrays

  • String Handling and Functions

  • Array Pointers

  • Passing Arrays to Functions

Chapter 7: Pointers

  • Introduction to Pointers

  • Pointer Arithmetic

  • Pointers and Arrays

  • Pointers to Functions

  • Dynamic Memory Allocation (malloc, calloc, free)

  • Pointer to Pointer (Double Pointers)

  • Null Pointers and Dangling Pointers

Chapter 8: Structures and Unions

  • Structures: Definition and Declaration

  • Accessing Structure Members

  • Arrays of Structures

  • Pointers to Structures

  • Unions: Definition and Usage

  • Bitfields in Structures

  • typedef for Structures and Unions

Chapter 9: File Handling

  • File Operations: fopen, fclose

  • Reading from Files (fscanf, fgets)

  • Writing to Files (fprintf, fputs)

  • Random Access Files

  • Error Handling with Files

  • Binary File I/O

Chapter 10: Dynamic Memory Allocation

  • Introduction to Dynamic Memory

  • Functions: malloc, calloc, realloc, free

  • Memory Leaks and Debugging Techniques

  • Best Practices in Memory Management

Chapter 11: Advanced Topics in C

  • C Preprocessor Directives

    • #define, #include, #ifdef, #endif

    • Macros and Inline Functions

  • Multi-file Programs and Header Files

  • Linked Lists: Singly and Doubly Linked Lists

  • Stack and Queue Implementations

  • C Standard Library (stdlib.h, string.h, math.h)

Chapter 12: Error Handling and Debugging

  • Types of Errors (Syntax, Runtime, Logic)

  • Debugging Techniques (gdb)

  • Error Handling with errno

  • Assert and Debug Macros

  • Writing Robust Code

Chapter 13: Object-Oriented Programming in C (Optional)

  • Simulating OOP Concepts in C

  • Encapsulation using Structures

  • Function Pointers for Polymorphism

  • Inheritance and Composition (C Style)

Chapter 14: C and the Operating System

  • Interaction with the Operating System

  • System Calls and OS Interfaces

  • Process Management and Threads

  • Signal Handling and Process Control

  • Multithreading with POSIX Threads (pthread)

Chapter 15: Introduction to Data Structures and Algorithms

  • Arrays, Linked Lists, Stacks, and Queues

  • Searching Algorithms: Linear and Binary Search

  • Sorting Algorithms: Bubble Sort, Merge Sort, Quick Sort

  • Big O Notation and Time Complexity

Chapter 16: C Best Practices and Code Optimization

  • Code Readability and Documentation

  • Code Refactoring Techniques

  • Efficient Memory Usage

  • Profiling and Optimizing C Code

  • Portability and Platform-Specific Considerations

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Tags: Robert Burns, Programming Concepts