A bit manipulation readability enhancement library.
Provides bit counting and other niche bit manipulation facilities for System.Int64 values.
public static class Int64AlgorithmsExtensions
Inheritance System.Object đŸ¡’ Int64AlgorithmsExtensions
| Methods | Â |
|---|---|
| AreOnlyFirstAndLastBitsSet(this long) | Determines if only the lowest bit and one other higher bit are set. |
| CountBitsSet(this long) | Counts the bits that are set to 1 in a number. |
| CountLeadingZeros(this long) | Computes the number of sequentially zeroed bits occupying the most significant bit positions. |
| CountTrailingZeros(this long) | Computes the number of sequentially zeroed bits occupying the least significant bit positions. |
| GetHighestBitSet(this long) | Calculate the index of the highest bit that’s been set. |
| GetLowestBitSet(this long) | Calculate the index of the lowest bit that’s been set. |
| GetSign(this long) | Returns a value indicating the sign of the number. |
| IsEven(this long) | Determines if the number is odd. |
| IsNegative(this long) | Indicates if the number is negative. |
| IsOdd(this long) | Determines if the number is odd. |
| IsPositive(this long) | Indicates if the number is zero or positive. |
| IsPowerOfTwo(this long) | Determines if the number is a power of two. |
| PopCount(this long) | Counts the bits that are set to 1 in a number. |
| RotateLeft(this long, int) | Performs a bitwise left rotation on a number. |
| RotateRight(this long, int) | Performs a bitwise right rotation on a number. |
| RoundUpToPowerOfTwo(this long) | For any given number return the number if it’s a power of two, or return the next higher power of two capable of fitting in the data type. For negative values or values that would result in a negative next higher power of two, zero is returned. (e.g. number > 2^(k-2) where k is the bit size.) |