Computer Science: A Structured Programming Approach Using C++This book, in the words of the authors, "teaches students first how to write good functions, and then how to implement them in classes." Designed for students with no prior programming experience, the book explains each basic principle of programming first in general, language-independent terms, and then discusses how the programming construct in question is implemented in C++. Given this approach, classes are presented in the second half of the text. The book incorporates coverage of software engineering principles and procedures throughout (starting with flowcharts), with each chapter concluding with a discussion of underlying software engineering concepts. Unlike competing books that are too difficult for first-year students, Forouzan and Gilberg take special pains to make their programming examples consistent and easy to read. This careful writing makes this book a solid choice for professors looking for a book that is easy to read and follow, without compromising the material's rigor. |
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Page 35
... integer sizes signed integer . If the integer is signed , then one bit must be used for the sign ( 0 is plus , 1 is minus ) . The unsigned integer can store a positive number that is twice as large as the signed integer of the same size ...
... integer sizes signed integer . If the integer is signed , then one bit must be used for the sign ( 0 is plus , 1 is minus ) . The unsigned integer can store a positive number that is twice as large as the signed integer of the same size ...
Page 771
... INTEGERS faster . So let's study how integers are stored . We will first look at unsigned integers and then at signed integers . In all cases , we assume that the size of an integer is two bytes ( 16 bits ) . Storing unsigned integers ...
... INTEGERS faster . So let's study how integers are stored . We will first look at unsigned integers and then at signed integers . In all cases , we assume that the size of an integer is two bytes ( 16 bits ) . Storing unsigned integers ...
Page 852
... integer . c . Not allowed ; x is an integer , but q is a pointer to a double . d . OK . e . Not allowed ; x is an integer , but p is a pointer to an integer . 5. a . No error . b . Error : Because p is a pointer , an address must be ...
... integer . c . Not allowed ; x is an integer , but q is a pointer to a double . d . OK . e . Not allowed ; x is an integer , but p is a pointer to an integer . 5. a . No error . b . Error : Because p is a pointer , an address must be ...
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algorithm assignment average binary search bubble sort calculate calling function char character column compile error concept contains cout decimal Declarations int default defined Demonstrate digits double Dynamic arrays endl Enter evaluated example executed expression false fill character flag float num2 floating-point flowchart function call function definition getData grade header hexadecimal include iomanip.h include iostream.h initialize input insertion sort int main void int table int& integer iteration keyboard language logic Module multiply nested num1 operand operator output pass by reference postfix problem Prototype Declarations pseudocode rand random number recursive result return statement returns true score selection sort semicolon shown in Figure side effect sort algorithm Statements cout stream structure chart structured programming switch statement termFee two-dimensional array unary operator unsorted Write a function Write a program zero