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6 Remote Warehouse Computer Languages- C

Introduction To C Programming

by

Introduction To C Programming Cover

 

Synopses & Reviews

Publisher Comments:

Introduction to C Programming is designed to serve as a textbook for students of engineering, computer applications, and computer science for a basic course on C programming. The aim of the book is to enable students to write effective C programs.

The book starts with an introduction to programming in general followed by a detailed introduction to C programming. It then delves into a complete analysis of various constructs of C such as decision control and looping statements, functions, arrays, strings, pointers, structure and union, file management, and preprocessor directives. It also provides a separate chapter on linked list detailing the various kinds of linked lists and how they are used to allocate memory dynamically.

A highly detailed pedagogical approach is followed throughout the book, which includes plenty of examples, figures, programming tips, keywords, and end-chapter exercises which make this book an ideal resource for students to master and fine-tune the art of writing C programs.

About the Author

Reema Thareja, Assistant Professor, Department of Computer Science, Shyama Prasad Mukherjee College for Women, University of Delhi

Reema Thareja is Assistant Professor at Department of Computer Science, Shyama Prasad Mukherjee College for Women, University of Delhi. She has completed MCA (Software Engineering) and MPhil (Computer Science). She specializes in programming languages, OS, microprocessors, DBMS, multimedia, and web technologies and is currently pursuing research in the area of improving data warehouse quality.

Table of Contents

Preface

Brief Contents

1. INTRODUCTION TO PROGRAMMING 1

1.1 Introduction to Computer Software 1

1.2 Classification of Computer Software 2

System Software?2

Application Software?5

1.3 Programming Languages?6

1.4 Generation of Programming Languages?6

First Generation: Machine Language?6

Second Generation: Assembly Language?7

Third Generation Programming Language?8

Fourth Generation: Very High-Level Languages?8

Fifth Generation Programming Language?9

2. INTRODUCTION TO C 12

2.1 Introduction?12

Background?12

Characteristics of C?13

Uses of C?14

2.2 Structure of a C Program?14

2.3 Writing the First C Program?15

2.4 Files Used in a C Program?16

Source Code File?16

Header Files?16

Object Files?17

Binary Executable File?17

2.5 Compiling and Executing C Programs?17

2.6 Using Comments?18

2.7 Keywords?19

2.8 Identifiers?20

Rules for Forming Identifier Names?20

2.9 Basic Data Types in C?20

How are Float and Double Stored??21

2.10 Variables?22

Numeric Variables?22

Character Variables?22

Declaring Variables?22

Initializing Variables?23

2.11 Constants?23

Integer Constant?23

Floating Point Constant?24

Character Constant?24

String Constant?24

Declaring Constants?24

2.12 Input/Output Statement in C?25

Streams?25

Formatting Input/Output?25

printf()?26

scanf()?28

Examples printf/scanf?30

Detecting Errors During Data Input?33

2.13 Operators in C?33

Arithmetic Operators?33

Relational Operators?35

Equality Operators?36

Logical Operators?36

Unary Operators?37

Conditional Operator?39

Bitwise Operators?40

Assignment Operators?41

Comma Operator?42

Sizeof Operator?42

Operator Precedence Chart?42

2.14 Programming Examples?45

2.15 Type Conversion and Type Casting?48

Type Conversion?49

Typecasting?50

Annexure 1?60

3. DECISION CONTROL AND LOOPING STATEMENTS 63

3.1Introduction to Decision Control Statements?63

3.2Conditional Branching Statements?63

If Statement?64

If-Else Statement?65

If-Else-If Statement?68

Switch Case?72

3.3Iterative Statements?76

While loop?76

Do-while Loop?79

For Loop?82

3.4Nested Loops?86

3.5The Break and Continue Statement?96

The Break Statement?96

The Continue Statement?96

3.6Goto Statement?98

Case Study for Chapters 2 and 3?111

4. FUNCTIONS 117

4.1Introduction?117

Why are Functions Needed??118

4.2 Using Functions?119

4.3 Function Declaration/Function Prototype?119

4.4 Function Definition?120

4.5 Function Call?121

Points to Remember While Calling a Function?121

4.6 Return Statement?122

Using Variable Number of Arguments?123

4.7 Passing Parameters to the Function?123

Call by Value?123

Call by Reference?125

4.8 Scope of Variables?128

Block Scope?129

Function Scope?129

Program Scope?130

File Scope?130

4.9 Storage Classes?131

The auto Storage Class?131

The register Storage Class?131

The extern Storage Class?132

The static Storage Class?133

Comparison of Storage Classes?134

4.10 Recursive Functions?134

Greatest Common Divisor?135

Finding Exponents?136

The Fibonacci Series?136

4.11 Types of Recursion?137

Direct Recursion?137

Indirect Recursion?137

Tail Recursion?138

Linear and Tree Recursion?138

4.12 Tower of Hanoi?138

4.13 Recursion Versus Iteration?141

Annexure 2?148

5.ARRAYS 149

5.1 Introduction?149

5.2 Declaration of Arrays?150

5.3 Accessing Elements of the Array?151

Calculating the Address of Array Elements?152

5.4 Storing Values in Arrays?153

Initialization of Arrays?153

Inputting Values?154

Assigning Values?154

5.5 Calculating the Length of the Array 154

5.6 Operations that Can be Performed on Arrays?155

Traversal?155

Insertion?161

Deletion?163

Merging?166

Searching the Array Elements?168

5.7 One-Dimensional Arrays for Inter-Function Communication?171

5.8 Two-Dimensional Arrays?175

Declaration of Two-dimensional Arrays?176

Initialization of Two-dimensional Arrays?177

Accessing the Elements?178

5.9 Operations on Two-dimensional (2d) Arrays?181

5.10 Two-Dimensional Arrays For Inter-Function Communication?184

Passing a Row?185

Passing an Entire 2D Array?185

5.11 Multidimensional Arrays?187

5.12 Sparse Matrices?188

Annexure 3?196

Case Study for Chapters 4 and 5?208

6. STRINGS 219

6.1 Introduction?219

Reading Strings?221

Writing Strings?222

Summary of Functions Used to Read and Write Characters?222

6.2 Suppressing Input?224

Using a Scanset?224

6.3 String Taxonomy?226

6.4 String Operations?226

Length?227

Converting Characters of a String into Upper Case?227

Converting Characters of a String into Lower Case?228

Concatenating Two Strings to form a New String?229

Appending?230

Comparing Two Strings?230

Reversing a String?231

Extracting a Substring from Left?232

Extracting a Substring from Right of the String?233

Extracting a Substring from the Middle of a String?233

Insertion?234

Indexing?235

Deletion?235

Replacement?236

6.5 Miscellaneous String and Character Functions?237

Character Manipulation Functions?237

String Manipulation Functions?238

6.6 Array of Strings?243

7. POINTERS 257

7.1 Understanding the Computer's Memory?257

7.2 Introduction to Pointers?258

7.3 Declaring Pointer Variables?259

7.4 Pointer Expressions and Pointer Arithmetic ?262

7.5 Null Pointers?266

7.6 Generic Pointers?267

7.7 Passing Arguments to Function Using Pointers?267

7.8 Pointers and Arrays?269

7.9 Passing an Array to a Function?272

7.10 Difference Between Array Name and Pointer?273

7.11 Pointers and Strings?274

7.12 Array of Pointers?278

7.13 Pointers and 2-D Arrays?280

7.14 Pointers and 3-D array?282

7.15 Function Pointers?283

Initializing a Function Pointer?283

Calling a Function Using a Function Pointer?284

Comparing Function Pointers?284

Passing a Function Pointer as an Argument to a Function?284

7.16 Array of Function Pointers?285

7.17 Pointers to Pointers?286

7.18 Memory Allocation in C Programs?286

7.19 Memory Usage?287

7.20 Dynamic Memory Allocation?287

Memory Allocations Process?287

Allocating a Block of Memory?288

Releasing the Used Space?289

To Alter the Size of Allocated Memory?289

7.21 Drawback of Pointers?291

Annexure 4?300

Case Study for Chapters 6 and 7?303

8. STRUCTURE, UNION, AND ENUMERATED DATA TYPES 308

8.1 Introduction?308

Structure Declaration?308

Typedef Declarations?310

Initialization of Structures?310

Accessing the Members of a Structure?311

Copying and Comparing Structures?312

8.2 Nested Structures?314

8.3 Arrays of Structures?315

8.4 Structures and Functions?318

Passing Individual Members?318

Passing the Entire Structure?318

Passing Structures Through Pointers?322

8.5 Self-Referential Structures?327

8.6 Union?327

Declaring a Union?327

Accessing a Member of a Union?327

Initializing Unions ?328

8.7 Arrays of Union Variables?328

8.8 Unions Inside Structures?329

8.9 Enumerated Data Types?330

enum Variables?331

Using the Typedef Keyword?331

Assigning Values to Enumerated Variables?331

Enumeration Type Conversion?331

Comparing Enumerated Types?332

Input/Output Operations on Enumerated Types?332

Annexure 5?339

9. FILES 341

9.1 Introduction to Files?341

Streams in C?341

Buffer Associated with File Stream?342

Types of Files?342

9.2 Using Files in C?343

Declaring a File Pointer Variable?343

Opening a File?344

Closing a File Using fclose ()?345

9.3 Read Data from Files?345

fscanf ()?346

fgets ()?347

fgetc ()?347

fread ()?348

9.4 Writing Data to Files?349

fprintf ()?349

fputs ()?350

fputc ()?351

fwrite ()?351

9.5 Detecting the End-of-File?352

9.6 Error Handling During File Operations?353

clearerr()?353

perror ()?354

9.7 Accepting Command Line Arguments?354

9.8 Functions for Selecting a Record Randomly?368

fseek ()?368

ftell ()?371

rewind ()?371

fgetpos ()?372

fsetpos ()?372

9.9 remove ()?373

9.10 Renaming the File?373

9.11 Creating a Temporary File?373

10. PREPROCESSOR DIRECTIVES 379

10.1 Introduction?379

10.2 Types of Preprocessor Directives?380

10.3 #define?380

Object-Like Macro?380

Function-like Macros?381

Nesting of Macros?382

Rules for Using Macros?382

Operators Related to Macros?383

10.4 #include?383

10.5 #undef?384

10.6 #line?385

10.7 Pragma Directives?385

10.8 Conditional Directives?387

#ifdef?388

#ifndef?388

The #if Directive?388

The #else Directive?389

The #elif Directive?389

The #endif Directive?390

The defined Operator?390

10.10 #error Directive?390

10.11 Predefined Macro Names?391

Annexure 6?395

11. LINKED LISTS 400

11.1 Introduction?400

11.2 Linked Lists Versus Arrays?402

11.3 Memory Allocation and Deallocation for a Linked List?402

11.4 Different Types of Linked Lists?404

11.5 Singly Linked List?404

Traversing a Singly Linked List?404

Searching a Linked List?405

Inserting a New Node in a Linked List?406

11.6 Circular Linked List?417

11.7 Doubly Linked List?418

11.8 Circular Doubly Linked List?419

11.9 Header Linked List?420

Case Study for Chapters 8, 9, and 11?426

Index 432

Product Details

ISBN:
9780198086390
Author:
Thareja, Reema
Publisher:
Oxford University Press
Subject:
Programming Languages - C
Subject:
Computer Science | Programming Language & Theory
Copyright:
Publication Date:
20130419
Binding:
Paperback
Illustrations:
200 figures
Pages:
448
Dimensions:
8.4 x 10.9 x 0.9 in 1.9 lb

Related Subjects

Computers and Internet » Computer Languages » C
History and Social Science » World History » General

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