Results for “Std.BitSet.BitSet”

Use module:Std.List, kind:fn, or is:exact. Put a Pudu type after ::.

• Std.BitSet.BitSet

  Sparse blocks of 64 IDs. Construct through this module to preserve block invariants.

  type · Std.BitSet
• Std.BitSet.blocks&Std.BitSet.BitSet -> Map[UInt64, UInt64]

  The words the set is stored as, keyed by where each begins.

  fn · Std.BitSet
• Std.BitSet.contains&Std.BitSet.BitSet -> UInt64 -> Bool

  Whether a number is in the set.

  fn · Std.BitSet
• Std.BitSet.difference&Std.BitSet.BitSet -> &Std.BitSet.BitSet -> Std.BitSet.BitSet

  Every number in the first set and not the second.

  fn · Std.BitSet
• Std.BitSet.emptyStd.BitSet.BitSet

  A set holding nothing.

  fn · Std.BitSet
• Std.BitSet.fromArray&Array[UInt64] -> Std.BitSet.BitSet

  A set holding each of these numbers.

  fn · Std.BitSet
• Std.BitSet.fromBlocks&Map[UInt64, UInt64] -> Result[Std.BitSet.BitSet, UInt64]

  Validate block addresses and omit empty blocks.

  fn · Std.BitSet
• Std.BitSet.insert&Std.BitSet.BitSet -> UInt64 -> Std.BitSet.BitSet

  The set with a number added. Adding one already there changes nothing.

  fn · Std.BitSet
• Std.BitSet.intersection&Std.BitSet.BitSet -> &Std.BitSet.BitSet -> Std.BitSet.BitSet

  Every number in both sets.

  fn · Std.BitSet
• Std.BitSet.isDisjointFrom&Std.BitSet.BitSet -> &Std.BitSet.BitSet -> Bool

  Whether the two sets share no number.

  fn · Std.BitSet
• Std.BitSet.isEmpty&Std.BitSet.BitSet -> Bool

  Whether the set holds nothing.

  fn · Std.BitSet
• Std.BitSet.isSubsetOf&Std.BitSet.BitSet -> &Std.BitSet.BitSet -> Bool

  Whether every number in the first set is in the second.

  fn · Std.BitSet
• Std.BitSet.remove&Std.BitSet.BitSet -> UInt64 -> Std.BitSet.BitSet

  The set with a number taken out, if it was there.

  fn · Std.BitSet
• Std.BitSet.singletonUInt64 -> Std.BitSet.BitSet

  A set holding one number.

  fn · Std.BitSet
• Std.BitSet.size&Std.BitSet.BitSet -> UInt128

  UInt128 can count even the entire UInt64 ID domain.

  fn · Std.BitSet
• Std.BitSet.symmetricDifference&Std.BitSet.BitSet -> &Std.BitSet.BitSet -> Std.BitSet.BitSet

  Every number in one set but not the other.

  fn · Std.BitSet
• Std.BitSet.toArray&Std.BitSet.BitSet -> Array[UInt64]

  Materialize members in ascending order.

  fn · Std.BitSet
• Std.BitSet.union&Std.BitSet.BitSet -> &Std.BitSet.BitSet -> Std.BitSet.BitSet

  Every number in either set.

  fn · Std.BitSet