Citrix Systems 9.2 Binary 1100 and numeric.expression2 returns 10 binary, 1100000, Num == num

50 Citrix NetScaler Policy Configuration and Reference Guide

Arithmetic Operations for Compound Advanced Expressions

Operator	Description
number & number	Compares two bit patterns of equal length and performs a bitwise
	AND operation on each pair of corresponding bits, returning 1 if
	both of the bits contains a value of 1, and 0 if either bits are 0.
	The following example assumes that numeric.expression1 returns 12
	(binary 1100) and numeric.expression2 returns 10 (binary 1010):
	numeric.expression1 & numeric.expression2
	The whole expression evaluates to 8 (binary 1000).
	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.
num << num	Returns a number after a bitwise left shift of the number value by the
	right-side number argument number of bits.
	Note that the number of bits shifted is integer modulo 32. The
	following example assumes that numeric.expression1 returns 12
	(binary 1100) and numeric.expression2 returns 3:
	numeric.expression1 << numeric.expression2
	The result of applying the LSHIFT operator is 96 (a binary
	1100000).
	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.
num >> num	Returns a number after a bitwise right shift of the number value by
	the integer argument number of bits.
	Note that the number of bits shifted is integer modulo 32. The
	following example assumes that numeric.expression1 returns 12
	(binary 1100) and numeric.expression2 returns 3:
	numeric.expression1 >> numeric.expression2
	The result of applying the RSHIFT operator is 1 (a binary 0001).
	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.
Numeric operators that produce a result of TRUE or FALSE
num == num	Determine if the value of the expression on the left of the operator is
	equal to the value of the expression on the right.
num != num	Determine if the value of the expression on the left of the operator is
	not equal to the value of the expression on the right.
num > num	Determine if the value of the expression on the left of the operator is
	greater than the value of the expression on the right.
num < num	Determine if the value of the expression on the left of the operator is
	less than the value of the expression on the right.
num >= num	Determine if the value of the expression on the left of the operator is
	greater than or equal to the value of the expression on the right.