Difference between revisions of "Bit (API)"

Revision as of 18:52, 30 November 2012

The Bit API is for manipulating numbers using bitwise binary operations.

Method name	Description
bit.tobits(int n)	Converts a number to an array (numerically-indexed table) containing the corresponding binary bit values
bit.blshift(int n, int bits)	Shifts a number left by a specified number of bits
bit.brshift(int n, int bits)	Shifts a number right by a specified number of bits
bit.bxor(int m, int n)	Computes the bitwise exclusive OR of two numbers
bit.bor(int m, int n)	Computes the bitwise inclusive OR of two numbers
bit.band(int m, int n)	Computes the bitwise AND of two numbers
bit.bnot(int n)	Computes the bitwise NOT of a number
bit.tonumb(table bit_tbl)	Converts an array (numerically-indexed table) of 0 and 1 values representing a number in binary into that number

@@ Line 6: / Line 6: @@
 !style="background:#EEE" width="*"|Description
 |-
-|[[bit.tobits]]([[number (type)|number]] n)
+|[[bit.tobits]]([[int (type)|int]] n)
 |Converts a number to an array (numerically-indexed table) containing the corresponding binary bit values
 |-
-|[[bit.blshift]]([[number (type)|number]] n, [[number (type)|number]] bits)
+|[[bit.blshift]]([[int (type)|int]] n, [[int (type)|int]] bits)
 |Shifts a number left by a specified number of bits
 |-
-|[[bit.brshift]]([[number (type)|number]] n, [[number (type)|number]] bits)
+|[[bit.brshift]]([[int (type)|int]] n, [[int (type)|int]] bits)
 |Shifts a number right by a specified number of bits
 |-
-|[[bit.bxor]]([[number (type)|number]] m, [[number (type)|number]] n)
+|[[bit.bxor]]([[int (type)|int]] m, [[int (type)|int]] n)
 |Computes the bitwise exclusive OR of two numbers
 |-
-|[[bit.bor]]([[number (type)|number]] m, [[number (type)|number]] n)
+|[[bit.bor]]([[int (type)|int]] m, [[int (type)|int]] n)
 |Computes the bitwise inclusive OR of two numbers
 |-
-|[[bit.band]]([[number (type)|number]] m, [[number (type)|number]] n)
+|[[bit.band]]([[int (type)|int]] m, [[int (type)|int]] n)
 |Computes the bitwise AND of two numbers
 |-
-|[[bit.bnot]]([[number (type)|number]] n)
+|[[bit.bnot]]([[int (type)|int]] n)
 |Computes the bitwise NOT of a number
 |-