Std.BitVector

18 public declarations

• bitAnd&Std.BitVector.BitVector -> &Std.BitVector.BitVector -> Option[Std.BitVector.BitVector]

  Parallel 64-bit hardware bitwise AND.

  fn
• bitNot&Std.BitVector.BitVector -> Std.BitVector.BitVector

  Parallel 64-bit hardware bitwise NOT with trailing bit masking.

  fn
• bitOr&Std.BitVector.BitVector -> &Std.BitVector.BitVector -> Option[Std.BitVector.BitVector]

  Parallel 64-bit hardware bitwise OR.

  fn
• BitVector

  A dense contiguous sequence of bits backed by unboxed 64-bit words.

  type
• bitXor&Std.BitVector.BitVector -> &Std.BitVector.BitVector -> Option[Std.BitVector.BitVector]

  Parallel 64-bit hardware bitwise XOR.

  fn
• countZeros&Std.BitVector.BitVector -> Int

  Total count of clear bits (0s).

  fn
• createInt -> Bool -> Std.BitVector.BitVector

  Allocates a bit-vector of exact bit length initialized to false (0) or true (1).

  fn
• findFirstSet&Std.BitVector.BitVector -> Option[Int]

  Finds the index of the lowest set bit using hardware trailing-zero scan.

  fn
• findFirstZero&Std.BitVector.BitVector -> Option[Int]

  Finds the index of the lowest clear bit.

  fn
• flip&Std.BitVector.BitVector -> Int -> Option[Std.BitVector.BitVector]

  Inverts the bit at the given index.

  fn
• fromBits&Array[Bool] -> Std.BitVector.BitVector

  Constructs a bit-vector from an array of boolean flags.

  fn
• get&Std.BitVector.BitVector -> Int -> Option[Bool]

  Reads the bit at the given index.

  fn
• isOnes&Std.BitVector.BitVector -> Bool

  Whether all bits in the vector are one.

  fn
• isZero&Std.BitVector.BitVector -> Bool

  Whether all bits in the vector are zero.

  fn
• length&Std.BitVector.BitVector -> Int

  Total number of addressable bits in the vector.

  fn
• popCount&Std.BitVector.BitVector -> Int

  Total count of set bits (1s) across the entire vector.

  fn
• set&Std.BitVector.BitVector -> Int -> Bool -> Option[Std.BitVector.BitVector]

  Sets the bit at the given index to value.

  fn
• toBits&Std.BitVector.BitVector -> Array[Bool]

  Converts the bit-vector to an array of booleans.

  fn