Members

The members of Java.Util.BitSet are listed below.

Public Constructors

	BitSet()	Creates a new `BitSet` with size equal to 64 bits.
	BitSet(int)	Creates a new `BitSet` with size equal to `bitCount`, rounded up to a multiple of 64.

Protected Constructors

BitSet(IntPtr, Android.Runtime.JniHandleOwnership)

A constructor used when creating managed representations of JNI objects; called by the runtime.

Public Properties

[read-only]

IsEmpty

bool. Returns true if all the bits in this BitSet are set to false, false otherwise.

Protected Properties

[read-only] override	ThresholdClass	IntPtr. This API supports the Mono for Android infrastructure and is not intended to be used directly from your code.
[read-only] override	ThresholdType	Type. This API supports the Mono for Android infrastructure and is not intended to be used directly from your code.

Public Methods

	And(BitSet) Logically ands the bits of this `BitSet` with `bs`.
	AndNot(BitSet) Clears all bits in this `BitSet` which are also set in `bs`.
	Cardinality() : int Returns the number of bits that are `true` in this `BitSet`.
	Clear() Clears all the bits in this `BitSet`.
	Clear(int) Clears the bit at index `index`.
	Clear(int, int) Clears the range of bits `[fromIndex, toIndex)`.
	Clone() : Java.Lang.Object Creates and returns a copy of this `Object`.
	Flip(int) Flips the bit at index `index`.
	Flip(int, int) Flips the range of bits `[fromIndex, toIndex)`.
	Get(int) : bool Returns the bit at index `index`.
	Get(int, int) : BitSet Returns a new `BitSet` containing the range of bits `[fromIndex, toIndex)`, shifted down so that the bit at `fromIndex` is at bit 0 in the new `BitSet`.
	Intersects(BitSet) : bool Returns true if `this.and(bs)` is non-empty, but may be faster than computing that.
	Length() : int Returns the number of bits up to and including the highest bit set.
	NextClearBit(int) : int Returns the index of the first bit that is clear on or after `index`.
	NextSetBit(int) : int Returns the index of the first bit that is set on or after `index`, or -1 if no higher bits are set.
	Or(BitSet) Logically ors the bits of this `BitSet` with `bs`.
	PreviousClearBit(int) : int Returns the index of the first bit that is clear on or before `index`, or -1 if no lower bits are clear or `index == -1`.
	PreviousSetBit(int) : int Returns the index of the first bit that is set on or before `index`, or -1 if no lower bits are set or `index == -1`.
	Set(int) Sets the bit at index `index` to true.
	Set(int, bool) Sets the bit at index `index` to `state`.
	Set(int, int) Sets the range of bits `[fromIndex, toIndex)`.
	Set(int, int, bool) Sets the range of bits `[fromIndex, toIndex)` to `state`.
	Size() : int Returns the capacity in bits of the array implementing this `BitSet`.
	ToByteArray() : byte[] Returns a new `byte[]` containing a little-endian representation the bits of this `BitSet`, suitable for passing to `valueOf` to reconstruct this `BitSet`.
	ToLongArray() : long[] Returns a new `long[]` containing a little-endian representation of the bits of this `BitSet`, suitable for passing to `valueOf` to reconstruct this `BitSet`.
static	ValueOf(Java.Nio.ByteBuffer) : BitSet Returns a `BitSet` corresponding to `byteBuffer`, interpreted as a little-endian sequence of bits.
static	ValueOf(Java.Nio.LongBuffer) : BitSet Returns a `BitSet` corresponding to `longBuffer`, interpreted as a little-endian sequence of bits.
static	ValueOf(byte[]) : BitSet Equivalent to `BitSet.valueOf(ByteBuffer.wrap(bytes))`.
static	ValueOf(long[]) : BitSet Equivalent to `BitSet.valueOf(LongBuffer.wrap(longs))`, but likely to be faster.
	Xor(BitSet) Logically xors the bits of this `BitSet` with `bs`.