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BITAND(string1[,[string2][,pad]])
logically AND the strings, bit by bit
bitand('61'x,'52'x) /* '40'x */ bitand('6162'x,'5253'x) /* '4042'x */ bitand('6162'x,,'FE'x) /* '6062'x */
BITOR(string1[,[string2][,pad]])
logically OR the strings, bit by bit
BITXOR(string1[,[string2][,pad]])
logically XOR the strings, bit by bit
C2D(string[,n])
Character to Decimal. The binary representation of string is converted to a number (unsigned unless the length n is specified).
c2d('09'x) /* 9 */ c2d('ff40') /* 65344 */ c2d('81'x,1) /* -127 */ c2d('81'x,2) /* 129 */
C2X(string)
Character to Hexadecimal
c2x('abc') /* '616263' */ c2x('0506'x) /* '0506' */
D2C(wholenumber[,n])
Decimal to Character. Return a string of length n, which is the binary representation of the number.
d2c(5) /* '5'x */ d2c(97) /* 'a' */
D2X(wholenumber[,n])
Decimal to Hexadecimal. Return a string of length n, which is the hexadecimal representation of the number.
d2x(5) /* '05' */ d2x(97) /* '61' */
X2D(hex-string[,n])
Hexadecimal to Decimal. hex-string is converted to a number (unsigned unless the length n is specified)
x2d('61') /* 97 */
X2C(string)
Hexadecimal to Character
x2c('616263') /* 'abc' */
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