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Variables, Constants, Operators, and Expressions
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IF an operand is a long double
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THE FOUNDATION OF C++
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THEN the second is converted to long double ELSE IF an operand is a double THEN the second is converted to double ELSE IF an operand is a float THEN the second is converted to float ELSE IF an operand is an unsigned long THEN the second is converted to unsigned long ELSE IF an operand is long THEN the second is converted to long ELSE IF an operand is unsigned int THEN the second is converted to unsigned int There is one additional special case: If one operand is long and the other is unsigned int, and if the value of the unsigned int cannot be represented by a long, both operands are converted to unsigned long Once these conversion rules have been applied, each pair of operands is of the same type, and the result of each operation is the same as the type of both operands For example, consider the type conversions that occur in Figure 2-1 First, the character ch is converted to an integer Then the outcome of ch/i is converted to a double because f * d is double The outcome of f + i is float, because f is a float The final result is double
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You can force an expression to be of a specific type by using a cast The general form of a cast is: (type) expression where type is valid data type For example, to cause the expression x / 2 to evaluate to type float, write:
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(float) x/2
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Borland C++ Builder: The Complete Reference
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Figure 2-1
An example of type conversion
Casts are technically operators As an operator, a cast is unary and has the same precedence as any other unary operator Casts can be very useful For example, suppose you want to use an integer for loop control, yet to perform computation on it requires a fractional part, as in the following program:
#include <stdioh> /* Print i and i/2 with fractions */ int main(void) { int i; for(i=1; i<=100; ++i ) printf("%d / 2 is: %f\n", i, (float) i/2); return 0; }
Without the cast (float), only an integer division would have been performed; but the cast ensures that the fractional part of the answer is displayed C++ adds four additional casting operators, which are described in Part Three
2:
Variables, Constants, Operators, and Expressions
Spacing and Parentheses
To aid readability, an expression may have tabs and spaces added in it at your discretion For example, the following two expressions are the same
x=10/y~(127/x); x = 10 / y ~(127/x);
THE FOUNDATION OF C++
Redundant or additional parentheses do not cause errors or slow down the execution of an expression You should use parentheses to clarify the exact order of evaluation, both for yourself and for others For example, which of the following two expressions is easier to read
x=y/3-34*temp&127; x = (y/3) - (34*temp) & 127;
C Shorthand
C has a special shorthand that simplifies the coding of a certain type of assignment statement For example
x = x + 10;
can be written, in C shorthand, as
x += 10;
The operator pair += tells the compiler to assign the value of x plus 10 to x This type of assignment is formally called a compound assignment This shorthand works for all binary operators (those that require two operands) The general form of the shorthand var = var operator expression; is the same as var operator = expression;
Borland C++ Builder: The Complete Reference
Here is another example,
x = x - 100;
is the same as
x -= 100;
You will see compound assignments used widely in professionally written C/C++ programs
3
Program Control Statements
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Borland C++ Builder: The Complete Reference
his chapter discusses C/C++ s rich and varied program control statements C and C++ categorize statements into these groups: I Selection I Iteration I Jump I Label I Expression I Block
The selection statements are the if and switch The term conditional statement is often used in place of selection statement The iteration statements are while, for, and do/while These are also commonly called loop statements The jump statements are break, continue, goto, and return The label statements include the case and default statements (discussed along with the switch statement) and the label statement itself (discussed with goto) Expression statements are statements composed of a valid expression Block statements are simply blocks of code (A block begins with a { and ends with a }) Block statements are also referred to as compound statements Since many statements rely upon the outcome of some conditional test, let s begin by reviewing the concepts of true and false
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