Object/Trait

scodec.bits

BitVector

Related Docs: trait BitVector | package bits

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object BitVector extends Serializable

Companion for BitVector.

Source
BitVector.scala
Linear Supertypes
Serializable, Serializable, AnyRef, Any
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Inherited
  1. BitVector
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  3. Serializable
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Value Members

  1. final def !=(arg0: Any): Boolean

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    Definition Classes
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  2. final def ##(): Int

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  3. final def ==(arg0: Any): Boolean

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    Definition Classes
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  4. def apply[A](bytes: A*)(implicit arg0: Integral[A]): BitVector

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    Constructs a BitVector from a list of literal bytes.

    Constructs a BitVector from a list of literal bytes. Only the least significant byte is used of each integral value.

  5. def apply(bs: GenTraversableOnce[Byte]): BitVector

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    Constructs a BitVector from a collection of bytes.

  6. def apply(bs: Array[Byte]): BitVector

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    Constructs a BitVector from an Array[Byte].

    Constructs a BitVector from an Array[Byte]. The given Array[Byte] is is copied to ensure the resulting BitVector is immutable. If this is not desired, use BitVector.view.

  7. def apply(buffer: ByteBuffer): BitVector

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    Constructs a BitVector from a ByteBuffer.

    Constructs a BitVector from a ByteBuffer. The given ByteBuffer is is copied to ensure the resulting BitVector is immutable. If this is not desired, use BitVector.view.

  8. def apply(bs: ByteVector): BitVector

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    Constructs a BitVector from a ByteVector.

    Constructs a BitVector from a ByteVector. This method has runtime O(1).

  9. final def asInstanceOf[T0]: T0

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    Definition Classes
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  10. def bit(high: Boolean): BitVector

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    1-bit vector with only bit set to specified value.

  11. def bits(b: Iterable[Boolean]): BitVector

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    n-bit vector with bit at index i set to value of boolean at index i in specified iterable.

  12. def clone(): AnyRef

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    Attributes
    protected[java.lang]
    Definition Classes
    AnyRef
    Annotations
    @throws( ... )
  13. def concat(vs: Vector[BitVector]): BitVector

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    Concatenate vs to produce a single BitVector.

  14. def concat(bvs: GenTraversableOnce[BitVector]): BitVector

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    Concatenates all the given BitVectors into a single instance.

  15. val empty: BitVector

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    Empty bit vector.

  16. def encodeAscii(str: String): Either[CharacterCodingException, BitVector]

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    Encodes the specified string to a BitVector using the US-ASCII charset.

  17. def encodeString(str: String)(implicit charset: Charset): Either[CharacterCodingException, BitVector]

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    Encodes the specified string to a BitVector using the implicitly available Charset.

  18. def encodeUtf8(str: String): Either[CharacterCodingException, BitVector]

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    Encodes the specified string to a BitVector using the UTF-8 charset.

  19. final def eq(arg0: AnyRef): Boolean

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    Definition Classes
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  20. def equals(arg0: Any): Boolean

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  21. def fill(n: Long)(high: Boolean): BitVector

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    Constructs an n-bit BitVector where each bit is set to the specified value.

  22. def finalize(): Unit

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    Attributes
    protected[java.lang]
    Definition Classes
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    @throws( classOf[java.lang.Throwable] )
  23. def fromBase64(str: String, alphabet: Base64Alphabet = Bases.Alphabets.Base64): Option[BitVector]

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    Constructs a BitVector from a base 64 string or returns None if the string is not valid base 64.

    Constructs a BitVector from a base 64 string or returns None if the string is not valid base 64.

    The string may contain whitespace characters.

  24. def fromBase64Descriptive(str: String, alphabet: Base64Alphabet = Bases.Alphabets.Base64): Either[String, BitVector]

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    Constructs a BitVector from a base 64 string or returns an error message if the string is not valid base 64.

    Constructs a BitVector from a base 64 string or returns an error message if the string is not valid base 64.

    The string may contain whitespace characters.

  25. def fromBin(str: String, alphabet: BinaryAlphabet = Bases.Alphabets.Binary): Option[BitVector]

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    Constructs a ByteVector from a binary string or returns None if the string is not valid binary.

    Constructs a ByteVector from a binary string or returns None if the string is not valid binary.

    The string may start with a 0b and it may contain whitespace or underscore characters.

  26. def fromBinDescriptive(str: String, alphabet: BinaryAlphabet = Bases.Alphabets.Binary): Either[String, BitVector]

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    Constructs a BitVector from a binary string or returns an error message if the string is not valid binary.

    Constructs a BitVector from a binary string or returns an error message if the string is not valid binary.

    The string may start with a 0b and it may contain whitespace or underscore characters.

  27. def fromByte(b: Byte, size: Int = 8): BitVector

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    Constructs a bit vector with the 2's complement encoding of the specified byte.

    Constructs a bit vector with the 2's complement encoding of the specified byte.

    size

    size of vector (<= 8)

  28. def fromChannel(in: ReadableByteChannel, chunkSizeInBytes: Int = 1024 * 1000 * 16, direct: Boolean = false): BitVector

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    Produce a lazy BitVector from the given ReadableByteChannel, using chunkSizeInBytes to control the number of bytes read in each chunk (defaulting to 16MB).

    Produce a lazy BitVector from the given ReadableByteChannel, using chunkSizeInBytes to control the number of bytes read in each chunk (defaulting to 16MB). This function does lazy I/O, see scodec.bits.BitVector.fromInputStream for caveats. The direct parameter, if true, allows for (but does not enforce) using a 'direct' java.nio.ByteBuffer for each chunk, which means the buffer and corresponding BitVector chunk may be backed by a 'view' rather than an in-memory array. This may be more efficient for some workloads. See java.nio.ByteBuffer for more information.

    chunkSizeInBytes

    the number of bytes to read in each chunk

    direct

    true if we should attempt to use a 'direct' java.nio.ByteBuffer for reads

  29. def fromHex(str: String, alphabet: HexAlphabet = Bases.Alphabets.HexLowercase): Option[BitVector]

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    Constructs a BitVector from a hexadecimal string or returns None if the string is not valid hexadecimal.

    Constructs a BitVector from a hexadecimal string or returns None if the string is not valid hexadecimal.

    The string may start with a 0x and it may contain whitespace or underscore characters.

  30. def fromHexDescriptive(str: String, alphabet: HexAlphabet = Bases.Alphabets.HexLowercase): Either[String, BitVector]

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    Constructs a BitVector from a hexadecimal string or returns an error message if the string is not valid hexadecimal.

    Constructs a BitVector from a hexadecimal string or returns an error message if the string is not valid hexadecimal.

    The string may start with a 0x and it may contain whitespace or underscore characters.

  31. def fromInputStream(in: InputStream, chunkSizeInBytes: Int = 1024 * 1000 * 16): BitVector

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    Produce a lazy BitVector from the given InputStream, using chunkSizeInBytes to control the number of bytes read in each chunk (defaulting to 16MB).

    Produce a lazy BitVector from the given InputStream, using chunkSizeInBytes to control the number of bytes read in each chunk (defaulting to 16MB). This simply calls scodec.bits.BitVector.unfold with a function to extract a series of flat byte arrays from the InputStream.

    This function does not handle closing the InputStream and has all the usual drawbacks of lazy I/O - I/O exceptions may be raised unexpectedly in pure code as chunks are forced, and it must memoize the results to prevent the underlying side effects from being observed. Streaming applications should take care to ensure that the head of the stream is not left on the stack, as this will cause the entire stream to be retained in memory.

    chunkSizeInBytes

    the number of bytes to read in each chunk

  32. def fromInt(i: Int, size: Int = 32, ordering: ByteOrdering = ByteOrdering.BigEndian): BitVector

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    Constructs a bit vector with the 2's complement encoding of the specified value.

    Constructs a bit vector with the 2's complement encoding of the specified value.

    i

    value to encode

    size

    size of vector (<= 32)

    ordering

    byte ordering of vector

  33. def fromLong(l: Long, size: Int = 64, ordering: ByteOrdering = ByteOrdering.BigEndian): BitVector

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    Constructs a bit vector with the 2's complement encoding of the specified value.

    Constructs a bit vector with the 2's complement encoding of the specified value.

    size

    size of vector (<= 64)

    ordering

    byte ordering of vector

  34. def fromMmap(in: FileChannel, chunkSizeInBytes: Int = 1024 * 1000 * 16): BitVector

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    Produce a lazy BitVector from the given FileChannel, using chunkSizeInBytes to control the number of bytes read in each chunk (defaulting to 16MB).

    Produce a lazy BitVector from the given FileChannel, using chunkSizeInBytes to control the number of bytes read in each chunk (defaulting to 16MB). Unlike scodec.bits.BitVector.fromChannel, this memory-maps chunks in, rather than copying them explicitly.

    Behavior is unspecified if this function is used concurrently with the underlying file being written.

    chunkSizeInBytes

    the number of bytes to read in each chunk

  35. def fromShort(s: Short, size: Int = 16, ordering: ByteOrdering = ByteOrdering.BigEndian): BitVector

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    Constructs a bit vector with the 2's complement encoding of the specified value.

    Constructs a bit vector with the 2's complement encoding of the specified value.

    s

    value to encode

    size

    size of vector (<= 16)

    ordering

    byte ordering of vector

  36. def fromValidBase64(str: String, alphabet: Base64Alphabet = Bases.Alphabets.Base64): BitVector

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    Constructs a BitVector from a base 64 string or throws an IllegalArgumentException if the string is not valid base 64.

    Constructs a BitVector from a base 64 string or throws an IllegalArgumentException if the string is not valid base 64.

    The string may contain whitespace characters.

    Exceptions thrown

    IllegalArgumentException if the string is not valid base 64

  37. def fromValidBin(str: String, alphabet: BinaryAlphabet = Bases.Alphabets.Binary): BitVector

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    Constructs a ByteVector from a binary string or throws an IllegalArgumentException if the string is not valid binary.

    Constructs a ByteVector from a binary string or throws an IllegalArgumentException if the string is not valid binary.

    The string may start with a 0b and it may contain whitespace or underscore characters.

    Exceptions thrown

    IllegalArgumentException if the string is not valid hexadecimal

  38. def fromValidHex(str: String, alphabet: HexAlphabet = Bases.Alphabets.HexLowercase): BitVector

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    Constructs a BitVector from a hexadecimal string or throws an IllegalArgumentException if the string is not valid hexadecimal.

    Constructs a BitVector from a hexadecimal string or throws an IllegalArgumentException if the string is not valid hexadecimal.

    The string may start with a 0x and it may contain whitespace or underscore characters.

    Exceptions thrown

    IllegalArgumentException if the string is not valid hexadecimal

  39. final def getClass(): Class[_]

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    Definition Classes
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  40. def hashCode(): Int

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  41. def high(n: Long): BitVector

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    n-bit vector with all bits set high.

  42. val highByte: BitVector

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    8-bit vector with all bits set high.

  43. final def isInstanceOf[T0]: Boolean

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    Definition Classes
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  44. def low(n: Long): BitVector

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    n-bit vector with all bits set low.

  45. val lowByte: BitVector

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    8-bit vector with all bits set low.

  46. final def ne(arg0: AnyRef): Boolean

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    Definition Classes
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  47. final def notify(): Unit

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  48. final def notifyAll(): Unit

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  49. val one: BitVector

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    1-bit vector with only bit set high.

  50. final def synchronized[T0](arg0: ⇒ T0): T0

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    Definition Classes
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  51. def toString(): String

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  52. def unfold[S](s: S)(f: (S) ⇒ Option[(BitVector, S)]): BitVector

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    Create a lazy BitVector by repeatedly extracting chunks from S.

    Create a lazy BitVector by repeatedly extracting chunks from S. The returned BitVector will have the structure of a fully lazy right-associated cons list. Thus, get, take, and drop will be efficient when operating on the head of the list, but accessing later indices (for takeRight, say, or get(size-1) will require forcing the stream up to that point.

    Use force if you wish to convert the result to an in-memory strict BitVector backed by a balanced tree.

  53. def view(bs: Array[Byte], sizeInBits: Long): BitVector

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    Constructs a BitVector from an Array[Byte].

    Constructs a BitVector from an Array[Byte]. Unlike apply, this does not make a copy of the input array, so callers should take care not to modify the contents of the array passed to this function.

  54. def view(bs: Array[Byte]): BitVector

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    Constructs a BitVector from an Array[Byte].

    Constructs a BitVector from an Array[Byte]. Unlike apply, this does not make a copy of the input array, so callers should take care not to modify the contents of the array passed to this function.

  55. def view(buffer: ByteBuffer, sizeInBits: Long): BitVector

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    Constructs a BitVector from the first sizeInBits of the ByteBuffer.

    Constructs a BitVector from the first sizeInBits of the ByteBuffer. Unlike apply, this does not make a copy of the input buffer, so callers should take care not to modify the contents of the buffer passed to this function.

  56. def view(buffer: ByteBuffer): BitVector

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    Constructs a BitVector from a ByteBuffer using the buffer limit * 8 as the size.

    Constructs a BitVector from a ByteBuffer using the buffer limit * 8 as the size. Unlike apply, this does not make a copy of the input buffer, so callers should take care not to modify the contents of the buffer passed to this function.

  57. final def wait(): Unit

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    @throws( ... )
  58. final def wait(arg0: Long, arg1: Int): Unit

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    @throws( ... )
  59. final def wait(arg0: Long): Unit

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  60. val zero: BitVector

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    1-bit vector with only bit set low.

Inherited from Serializable

Inherited from Serializable

Inherited from AnyRef

Inherited from Any

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