Citrix Systems 9.2 Num % num, Expression on the right, Returns 12 binary, Binary, Number number

Chapter 3 Configuring Advanced Expressions: Getting Started 49

Arithmetic Operations for Compound Advanced Expressions

Operator	Description
num % num	Calculate the modulo, or the numeric remainder on a division of the
	value of the expression on the left of the operator by the value of the
	expression on the right.
	For example, the values "15 mod 4" equals 3, and "12 mod 4" equals
	0.
~number	Returns a number after applying a bitwise logical negation of the
	number. The following example assumes that numeric.expression
	returns 12 (binary 1100):
	~numeric.expression.
	The result of applying the ~ operator is -11 (a binary 1110011, 32
	bits total with all ones to the left).
	Note that all returned values of less than 32 bits before applying the
	operator implicitly have zeros to the left to make them 32 bits wide.
number ^ number	Compares two bit patterns of equal length and performs an XOR
	operation on each pair of corresponding bits in each number
	argument, returning 1 if the bits are different, and 0 if they are the
	same.
	Returns a number after applying a bitwise XOR to the integer
	argument and the current number value. If the values in the bitwise
	comparison are the same, the returned value is a 0. The following
	example assumes that numeric.expression1 returns 12 (binary 1100)
	and numeric.expression2 returns 10 (binary 1010):
	numeric.expression1 ^ numeric.expression2
	The result of applying the ^ operator to the entire expression is 6
	(binary 0110).
	Note that all returned values of less than 32 bits before applying the
	operator implicitly have zeros to the left to make them 32 bits wide.
number number	Returns a number after applying a bitwise OR to the number values.
	If either value in the bitwise comparison is a 1, the returned value is
	a 1. The following example assumes that numeric.expression1
	returns 12 (binary 1100) and numeric.expression2 returns 10 (binary
	1010):
	numeric.expression1 numeric.expression2
	The result of applying the operator to the entire expression is 14
	(binary 1110).
	Note that all returned values of less than 32 bits before applying the
	operator implicitly have zeros to the left to make them 32 bits wide.