Programming in C

OOP 529

multiple source files, compiling from

command line, 334-336

multiplication sign (*), arithmetic

operator, 30-33

N

naming

data types (typedef statement), 325-327

files, 7

program constants, #define statement,

299-303

variables, 21

reserved names, 22

rules, 22

nan( ) function, 486

nearbyint( ) function, 486

negative numbers, 279-280

nested for loops, 53-54

nested if statements, 75-76

newline character (\n), program

syntax, 13

newsgroups, C programming

resources, 502

Newton-Raphson Iteration Technique,

131-133

next command (gdb debugger), 409

NeXT Software, 414

nextafter( ) function, 486

nexttoward( ) function, 486

not equal to (!=) operator, 46-50

null character (‘\0’), 199

null statement

C language specifications, 458

example of, 374-375

loop control, 374

programming uses, 374

null strings, 213-215

number_of_days( ) function, 171-174

numbers

absolute values, calculating, 129-131

Fibonacci, generation of, 103-104

negative, 279-280

prime, generating with arrays, 104-106

square roots, calculating, 131-133

O

object-oriented programming.See

OOP

Objective-C language

as basis for Mac OS X, 414

development history, 414

fractions program, writing, 414-419

Objective-C Programming Language, 504

octal character value (\nnn) escape

character, 217

octal notation, int data type, 23

omitting fields in for loops, 55

OOP (object-oriented programming),

411

C# language, development history, 422

C++ language, development history, 419

car analogy, 411-412

classes

instances, 412-413

methods, 412-413

data encapsulation, 417

Introduction of Object-Oriented

Programming, 3rd Edition, 503

languages, 411

message expressions, 412-413

methods

getters, 417

setters, 417

Objective-C language,Working with

Fractions in Objective-C (Program

19.2), 414-419

overview, 411-412

versus procedural languages, 413

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