Uses of Interface
net.openhft.chronicle.bytes.Bytes

Packages that use Bytes

Package	Description
net.openhft.chronicle.bytes	The Chronicle Bytes package provides low-level memory access wrappers with functionalities akin to Java NIO's ByteBuffer.
net.openhft.chronicle.bytes.internal	This package and any and all sub-packages contains strictly internal classes for this Chronicle library.
net.openhft.chronicle.bytes.pool	This package provides a pool for managing Bytes instances.
net.openhft.chronicle.bytes.ref	Provides classes and interfaces for handling references to arrays of various primitive types with byte representation.
net.openhft.chronicle.bytes.util	Provides utility classes and interfaces for Chronicle Bytes.

Uses of Bytes in net.openhft.chronicle.bytes

Classes in net.openhft.chronicle.bytes that implement Bytes

Modifier and Type	Class and Description
class	AbstractBytes<U> Abstract representation of Bytes.
class	GuardedNativeBytes<U> This class extends the NativeBytes class and provides an additional layer of safety by tracking the raw primitives written to the byte buffer.
class	HexDumpBytes A class that implements the Bytes interface for generating a hex dump of byte data.
class	MappedBytes A specialized implementation of AbstractBytes that wraps memory-mapped data for efficient random file access.
class	NativeBytes<U> NativeBytes is a subclass of VanillaBytes which can wrap either a ByteBuffer or malloc'ed memory.
class	OnHeapBytes
class	SubBytes<U> A SubBytes object represents a subsection of a BytesStore from a given start index up to a specified capacity.
class	UncheckedBytes<U> An optimized extension of AbstractBytes that doesn't perform any bounds checking for read and write operations.
class	UncheckedNativeBytes<U> An optimized extension of AbstractBytes that performs unchecked read and write operations on a Bytes instance that is backed by native memory.
class	VanillaBytes<U> A simple Bytes implementation that is non-elastic.

Fields in net.openhft.chronicle.bytes declared as Bytes

Modifier and Type	Field and Description
static @NotNull Bytes<?>	NoBytesStore.NO_BYTES Deprecated.

Methods in net.openhft.chronicle.bytes that return Bytes

Modifier and Type	Method and Description
@NotNull Bytes<?>	MappedFile.acquireBytesForRead(net.openhft.chronicle.core.io.ReferenceOwner owner, long position) Acquires bytes for read at the specified position, without the need to release the BytesStore.
@NotNull Bytes<?>	MappedFile.acquireBytesForWrite(net.openhft.chronicle.core.io.ReferenceOwner owner, long position) Acquires bytes for write at the specified position.
@NotNull Bytes<Void>	HexDumpBytes.append(@NotNull BigDecimal bigDecimal)
@NotNull Bytes<Void>	HexDumpBytes.append(boolean flag)
@NotNull Bytes<Void>	HexDumpBytes.append(char ch)
@NotNull Bytes<Void>	HexDumpBytes.append(@NotNull CharSequence cs)
@NotNull Bytes<Void>	HexDumpBytes.append(@NotNull CharSequence cs, int start, int end)
@NotNull Bytes<Void>	HexDumpBytes.append(double d)
@NotNull Bytes<Void>	HexDumpBytes.append(double d, int decimalPlaces)
@NotNull Bytes<U>	AbstractBytes.append(double d, int decimalPlaces)
@NotNull Bytes<Void>	HexDumpBytes.append(float f)
@NotNull Bytes<U>	AbstractBytes.append(float f) Appends the string representation of the given float value to the bytes.
@NotNull Bytes<Void>	HexDumpBytes.append(int value)
@NotNull Bytes<U>	UncheckedNativeBytes.append(int value)
@NotNull Bytes<U>	AbstractBytes.append(int value)
@NotNull Bytes<Void>	HexDumpBytes.append(long value)
@NotNull Bytes<U>	UncheckedNativeBytes.append(long value)
@NotNull Bytes<U>	AbstractBytes.append(long value)
@NotNull Bytes<U>	VanillaBytes.append8bit(@NotNull BytesStore bs)
Bytes<Void>	HexDumpBytes.append8bit(@NotNull BytesStore bs)
Bytes<Void>	HexDumpBytes.append8bit(@NotNull BytesStore bs, long start, long end)
@NotNull Bytes<U>	VanillaBytes.append8bit(@NotNull CharSequence cs)
@NotNull Bytes<Void>	HexDumpBytes.append8bit(@NotNull CharSequence cs)
@NotNull Bytes<U>	UncheckedNativeBytes.append8bit(@NotNull CharSequence cs)
@NotNull Bytes<U>	UncheckedBytes.append8bit(@NotNull CharSequence cs)
Bytes<Void>	HexDumpBytes.append8bit(@NotNull CharSequence cs, int start, int end)
@NotNull Bytes<U>	VanillaBytes.append8bit(@NotNull String cs)
Bytes<Void>	HexDumpBytes.append8bit(@NotNull String cs)
protected @NotNull Bytes<U>	VanillaBytes.append8bit0(@NotNull CharSequence cs)
@NotNull Bytes<Void>	HexDumpBytes.appendBase(long value, int base)
@NotNull Bytes<Void>	HexDumpBytes.appendBase16(long value)
@NotNull Bytes<Void>	HexDumpBytes.appendBase16(long value, int minDigits)
@NotNull Bytes<Void>	HexDumpBytes.appendDateMillis(long dateInMillis)
@NotNull Bytes<Void>	HexDumpBytes.appendDecimal(long value, int decimalPlaces)
@NotNull Bytes<Void>	HexDumpBytes.appendTimeMillis(long timeOfDayInMillis)
@NotNull Bytes<U>	VanillaBytes.appendUtf8(char[] chars, int offset, int length)
@NotNull Bytes<U>	UncheckedNativeBytes.appendUtf8(char[] chars, int offset, int length)
@NotNull Bytes<U>	UncheckedBytes.appendUtf8(char[] chars, int offset, int length)
Bytes<?>	BytesContext.bytes() Retrieves the bytes to be written.
@NotNull Bytes<Void>	MappedBytesStore.bytesForRead()
@NotNull Bytes<U>	VanillaBytes.bytesForRead()
@NotNull Bytes<?>	NoBytesStore.bytesForRead() Deprecated.
@NotNull Bytes<Void>	MappedBytes.bytesForRead() Provides a bytes object for read operations.
default @NotNull Bytes<U>	BytesStore.bytesForRead() Returns a Bytes that wraps this ByteStore from the start to the realCapacity.
default @NotNull Bytes<U>	Bytes.bytesForRead() Creates and returns a new slice of this Bytes object with its start position set to the current read position and its capacity determined by the current limit.
@NotNull Bytes<?>	NoBytesStore.bytesForWrite() Deprecated.
@NotNull Bytes<Void>	MappedBytes.bytesForWrite() Provides a bytes object for write operations.
default @NotNull Bytes<U>	BytesStore.bytesForWrite() Returns a Bytes that wraps this ByteStore from the start to the realCapacity.
default @NotNull Bytes<U>	Bytes.bytesForWrite() Creates and returns a Bytes object that wraps the bytesStore of this Bytes object, ranging from the start position to the realCapacity.
@NotNull Bytes<Void>	HexDumpBytes.clear()
@NotNull Bytes<U>	UncheckedNativeBytes.clear()
@NotNull Bytes<U>	Bytes.clear() Clears the content of this Bytes object and resets its state.
@NotNull Bytes<U>	AbstractBytes.clear()
@NotNull Bytes<Void>	HexDumpBytes.clearAndPad(long length)
@NotNull Bytes<U>	UncheckedNativeBytes.clearAndPad(long length)
@NotNull Bytes<U>	AbstractBytes.clearAndPad(long length)
@NotNull Bytes<Void>	HexDumpBytes.compact()
@NotNull Bytes<U>	UncheckedNativeBytes.compact()
@NotNull Bytes<U>	Bytes.compact() Compacts this Bytes object by moving the readPosition() to the start(), adjusting the readLimit()/writePosition() appropriately so that the readRemaining() is unchanged.
@NotNull Bytes<U>	AbstractBytes.compact()
Bytes<Void>	HexDumpBytes.decimaliser(Decimaliser decimaliser)
Bytes<U>	UncheckedNativeBytes.decimaliser(Decimaliser decimaliser)
Bytes<U>	AbstractBytes.decimaliser(Decimaliser decimaliser)
static @NotNull Bytes<byte[]>	Bytes.directFrom(@NotNull String text) Constructs and returns a new Bytes instance which contains the provided text encoded in ISO-8859-1.
static @NotNull Bytes<ByteBuffer>	Bytes.elasticByteBuffer() Creates and returns a new elastic wrapper for a direct (off-heap) ByteBuffer with a default capacity, which can be resized as needed.
static @NotNull Bytes<ByteBuffer>	Bytes.elasticByteBuffer(int initialCapacity) Creates and returns a new elastic wrapper for a direct (off-heap) ByteBuffer with the given initialCapacity which will be resized as required.
static @NotNull Bytes<ByteBuffer>	Bytes.elasticByteBuffer(int initialCapacity, int maxCapacity) Creates and returns a new elastic wrapper for a direct (off-heap) ByteBuffer with the given initialCapacity which will be resized as required up to the given maxCapacity.
static @NotNull Bytes<ByteBuffer>	Bytes.elasticHeapByteBuffer() Creates and returns a new elastic wrapper for a heap ByteBuffer with a default initialCapacity of 128 bytes, that can dynamically resize as required.
static @NotNull Bytes<ByteBuffer>	Bytes.elasticHeapByteBuffer(int initialCapacity) Creates and returns a new elastic wrapper for a heap ByteBuffer, with the provided initialCapacity, that can dynamically resize as required.
static Bytes<?>	Bytes.empty() Creates and returns an empty, fixed-size, immutable object.
static <T> Bytes<T>	Bytes.forFieldGroup(T object, @NotNull String groupName) Creates and returns a new Bytes view that maps to a group of fields within the provided object.
Bytes<Void>	HexDumpBytes.fpAppend0(boolean append0)
Bytes<U>	UncheckedNativeBytes.fpAppend0(boolean append0)
Bytes<U>	AbstractBytes.fpAppend0(boolean append0)
static @NotNull Bytes<byte[]>	Bytes.from(@NotNull CharSequence text) Constructs and returns a new Bytes instance which contains the provided text encoded in ISO-8859-1.
static @NotNull Bytes<byte[]>	Bytes.from(@NotNull String text) Creates and returns a new object containing the given text encoded in ISO-8859-1 character set.
static Bytes<Void>	Bytes.fromDirect(@NotNull CharSequence text) Constructs and returns a new Bytes instance which contains the provided text encoded in ISO-8859-1.
static @NotNull Bytes<?>	Bytes.fromHexString(@NotNull String s) Converts a hexadecimal string, generated by one of the toHexString methods, back into a Bytes object.
@NotNull Bytes<Void>	HexDumpBytes.prewrite(byte[] bytes)
@NotNull Bytes<U>	UncheckedNativeBytes.prewrite(@NotNull byte[] bytes)
@NotNull Bytes<U>	AbstractBytes.prewrite(byte[] bytes)
@NotNull Bytes<Void>	HexDumpBytes.prewrite(BytesStore bytes)
@NotNull Bytes<U>	UncheckedNativeBytes.prewrite(@NotNull BytesStore bytes)
@NotNull Bytes<U>	AbstractBytes.prewrite(@NotNull BytesStore bytes)
@NotNull Bytes<Void>	HexDumpBytes.prewriteByte(byte b)
@NotNull Bytes<U>	UncheckedNativeBytes.prewriteByte(byte i8)
@NotNull Bytes<U>	AbstractBytes.prewriteByte(byte i8)
@NotNull Bytes<Void>	HexDumpBytes.prewriteInt(int i)
@NotNull Bytes<U>	UncheckedNativeBytes.prewriteInt(int i)
@NotNull Bytes<U>	AbstractBytes.prewriteInt(int i)
@NotNull Bytes<Void>	HexDumpBytes.prewriteLong(long l)
@NotNull Bytes<U>	UncheckedNativeBytes.prewriteLong(long i64)
@NotNull Bytes<U>	AbstractBytes.prewriteLong(long l)
@NotNull Bytes<Void>	HexDumpBytes.prewriteShort(short i)
@NotNull Bytes<U>	UncheckedNativeBytes.prewriteShort(short i16)
@NotNull Bytes<U>	AbstractBytes.prewriteShort(short i)
Bytes<U>	GuardedNativeBytes.rawWriteByte(byte i8)
Bytes<U>	UncheckedNativeBytes.rawWriteByte(byte i8)
Bytes<U>	GuardedNativeBytes.rawWriteInt(int i)
static Bytes<?>	BytesUtil.readFile(@NotNull String name) Reads the content of a file specified by name into a Bytes object.
@NotNull Bytes<Void>	HexDumpBytes.readLimit(long limit)
@NotNull Bytes<U>	UncheckedNativeBytes.readLimit(long limit)
@NotNull Bytes<U>	UncheckedBytes.readLimit(long limit)
@NotNull Bytes<U>	AbstractBytes.readLimit(long limit)
@NotNull Bytes<Void>	HexDumpBytes.readPosition(long position)
@NotNull Bytes<U>	UncheckedNativeBytes.readPosition(long position)
@NotNull Bytes<U>	UncheckedBytes.readPosition(long position)
@NotNull Bytes<U>	AbstractBytes.readPosition(long position)
@NotNull Bytes<Void>	HexDumpBytes.readPositionRemaining(long position, long remaining)
@NotNull Bytes<Void>	HexDumpBytes.readPositionUnlimited(long position)
@NotNull Bytes<Void>	HexDumpBytes.readSkip(long bytesToSkip)
@NotNull Bytes<U>	UncheckedNativeBytes.readSkip(long bytesToSkip)
@NotNull Bytes<U>	UncheckedBytes.readSkip(long bytesToSkip)
@NotNull Bytes<U>	AbstractBytes.readSkip(long bytesToSkip)
@NotNull Bytes<U>	UncheckedNativeBytes.unchecked(boolean unchecked)
@NotNull Bytes<U>	UncheckedBytes.unchecked(boolean unchecked)
default @NotNull Bytes<U>	Bytes.unchecked(boolean unchecked) Creates and returns a new Bytes which is optionally unchecked as indicated by the provided unchecked.
static Bytes<byte[]>	Bytes.valueOf(String text) A reflection-friendly alias for the from(String) method.
static @NotNull Bytes<byte[]>	Bytes.wrapForRead(byte[] byteArray) Creates and returns a new Bytes instance that wraps the provided byteArray.
static @NotNull Bytes<ByteBuffer>	Bytes.wrapForRead(@NotNull ByteBuffer byteBuffer) Creates and returns a new Bytes instance that wraps the provided byteBuffer.
static @NotNull Bytes<byte[]>	Bytes.wrapForWrite(byte[] byteArray) Creates and returns a new Bytes instance that wraps the provided byteArray and is ready for writing operations.
static @NotNull Bytes<ByteBuffer>	Bytes.wrapForWrite(@NotNull ByteBuffer byteBuffer) Creates and returns a new Bytes instance that wraps the provided byteBuffer.
@NotNull Bytes<Void>	HexDumpBytes.write(byte[] byteArray)
@NotNull Bytes<Void>	HexDumpBytes.write(byte[] byteArray, int offset, int length)
@NotNull Bytes<U>	UncheckedNativeBytes.write(byte[] byteArray, int offset, int length)
@NotNull Bytes<U>	AbstractBytes.write(byte[] byteArray, int offset, int length)
Bytes<Void>	HexDumpBytes.write(@NotNull BytesStore<?,?> bytes)
Bytes<U>	AbstractBytes.write(@NotNull BytesStore<?,?> bytes)
@NotNull Bytes<U>	VanillaBytes.write(@NotNull BytesStore bytes, long offset, long length)
@NotNull Bytes<Void>	HexDumpBytes.write(@NotNull BytesStore bytes, long offset, long length)
@NotNull Bytes<U>	UncheckedBytes.write(@NotNull BytesStore bytes, long offset, long length)
@NotNull Bytes<Void>	HexDumpBytes.write(@NotNull CharSequence text)
@NotNull Bytes<Void>	HexDumpBytes.write(@NotNull CharSequence text, int startText, int length)
Bytes<?>	HexDumpBytes.write(@NotNull InputStream inputStream)
default Bytes	Bytes.write(@NotNull InputStream inputStream) Writes the contents of the provided inputStream into this Bytes object.
@NotNull Bytes<Void>	HexDumpBytes.write(long offsetInRDO, byte[] byteArray, int offset, int length)
@NotNull Bytes<U>	UncheckedNativeBytes.write(long offsetInRDO, byte[] byteArray, int offset, int length)
@NotNull Bytes<U>	AbstractBytes.write(long offsetInRDO, byte[] byteArray, int offset, int length)
@NotNull Bytes<Void>	HexDumpBytes.write(long writeOffset, @NotNull RandomDataInput bytes, long readOffset, long length)
@NotNull Bytes<U>	UncheckedNativeBytes.write(long writeOffset, @NotNull RandomDataInput bytes, long readOffset, long length)
@NotNull Bytes<U>	AbstractBytes.write(long writeOffset, @NotNull RandomDataInput bytes, long readOffset, long length)
@NotNull Bytes<Void>	HexDumpBytes.write(@NotNull RandomDataInput bytes)
@NotNull Bytes<U>	UncheckedNativeBytes.write(@NotNull RandomDataInput bytes)
@NotNull Bytes<U>	AbstractBytes.write(@NotNull RandomDataInput bytes)
@NotNull Bytes<U>	VanillaBytes.write(@NotNull RandomDataInput bytes, long offset, long length)
@NotNull Bytes<Void>	HexDumpBytes.write(@NotNull RandomDataInput bytes, long offset, long length)
@NotNull Bytes<U>	UncheckedNativeBytes.write(@NotNull RandomDataInput bytes, long offset, long length)
@NotNull Bytes<U>	UncheckedBytes.write(@NotNull RandomDataInput bytes, long offset, long length)
@NotNull Bytes<Void>	HexDumpBytes.write8bit(@Nullable BytesStore bs) Deprecated.
Bytes<U>	UncheckedNativeBytes.write8bit(@Nullable BytesStore bs)
@NotNull Bytes<U>	AbstractBytes.write8bit(@Nullable BytesStore bs)
@NotNull Bytes<Void>	HexDumpBytes.write8bit(@Nullable CharSequence text)
@NotNull Bytes<Void>	HexDumpBytes.write8bit(@NotNull CharSequence text, int start, int length)
@NotNull Bytes<Void>	HexDumpBytes.write8bit(@Nullable String s)
@NotNull Bytes<Void>	HexDumpBytes.write8bit(@NotNull String text, int start, int length)
@NotNull Bytes<U>	UncheckedNativeBytes.write8bit(@NotNull String text, int start, int length)
@NotNull Bytes<U>	AbstractBytes.write8bit(@NotNull String text, int start, int length)
@NotNull Bytes<Void>	HexDumpBytes.writeBoolean(boolean flag)
@NotNull Bytes<U>	AbstractBytes.writeBoolean(boolean flag)
@NotNull Bytes<U>	GuardedNativeBytes.writeByte(byte i8)
@NotNull Bytes<Void>	HexDumpBytes.writeByte(byte i8)
@NotNull Bytes<U>	UncheckedNativeBytes.writeByte(byte i8)
@NotNull Bytes<U>	NativeBytes.writeByte(byte i8)
@NotNull Bytes<U>	UncheckedBytes.writeByte(byte i8)
@NotNull Bytes<U>	AbstractBytes.writeByte(byte i8)
@NotNull Bytes<Void>	HexDumpBytes.writeByte(long offset, byte i8)
@NotNull Bytes<U>	UncheckedNativeBytes.writeByte(long offset, byte i)
@NotNull Bytes<U>	AbstractBytes.writeByte(long offset, byte i)
@NotNull Bytes<U>	GuardedNativeBytes.writeDouble(double d)
@NotNull Bytes<Void>	HexDumpBytes.writeDouble(double d)
@NotNull Bytes<U>	UncheckedNativeBytes.writeDouble(double d)
@NotNull Bytes<U>	AbstractBytes.writeDouble(double d)
@NotNull Bytes<Void>	HexDumpBytes.writeDouble(long offset, double d)
@NotNull Bytes<U>	UncheckedNativeBytes.writeDouble(long offset, double d)
@NotNull Bytes<U>	AbstractBytes.writeDouble(long offset, double d)
@NotNull Bytes<Void>	HexDumpBytes.writeDoubleAndInt(double d, int i)
@NotNull Bytes<U>	UncheckedNativeBytes.writeDoubleAndInt(double d, int i)
@NotNull Bytes<U>	AbstractBytes.writeDoubleAndInt(double d, int i)
<E extends Enum<E>> Bytes<Void>	HexDumpBytes.writeEnum(E e)
@NotNull Bytes<U>	GuardedNativeBytes.writeFloat(float f)
@NotNull Bytes<Void>	HexDumpBytes.writeFloat(float f)
@NotNull Bytes<U>	UncheckedNativeBytes.writeFloat(float f)
@NotNull Bytes<U>	AbstractBytes.writeFloat(float f)
@NotNull Bytes<Void>	HexDumpBytes.writeFloat(long offset, float d)
@NotNull Bytes<U>	UncheckedNativeBytes.writeFloat(long offset, float d)
@NotNull Bytes<U>	AbstractBytes.writeFloat(long offset, float d)
Bytes<Void>	HexDumpBytes.writeHexDumpDescription(@NotNull CharSequence comment)
@NotNull Bytes<U>	GuardedNativeBytes.writeInt(int i)
@NotNull Bytes<Void>	HexDumpBytes.writeInt(int i)
@NotNull Bytes<U>	UncheckedNativeBytes.writeInt(int i)
@NotNull Bytes<U>	AbstractBytes.writeInt(int i)
@NotNull Bytes<Void>	HexDumpBytes.writeInt(long offset, int i)
@NotNull Bytes<U>	UncheckedNativeBytes.writeInt(long offset, int i)
@NotNull Bytes<U>	AbstractBytes.writeInt(long offset, int i)
@NotNull Bytes<Void>	HexDumpBytes.writeInt24(int i)
@NotNull Bytes<Void>	HexDumpBytes.writeInt24(long offset, int i)
@NotNull Bytes<Void>	HexDumpBytes.writeIntAdv(int i, int advance)
@NotNull Bytes<U>	UncheckedNativeBytes.writeIntAdv(int i, int advance)
@NotNull Bytes<U>	AbstractBytes.writeIntAdv(int i, int advance)
@NotNull Bytes<Void>	HexDumpBytes.writeLimit(long limit)
@NotNull Bytes<U>	UncheckedNativeBytes.writeLimit(long limit)
@NotNull Bytes<U>	UncheckedBytes.writeLimit(long limit)
@NotNull Bytes<U>	AbstractBytes.writeLimit(long limit)
@NotNull Bytes<U>	GuardedNativeBytes.writeLong(long i64)
@NotNull Bytes<Void>	HexDumpBytes.writeLong(long i64)
@NotNull Bytes<U>	UncheckedNativeBytes.writeLong(long i64)
@NotNull Bytes<U>	NativeBytes.writeLong(long i64)
@NotNull Bytes<U>	AbstractBytes.writeLong(long i64)
@NotNull Bytes<Void>	HexDumpBytes.writeLong(long offset, long i)
@NotNull Bytes<U>	UncheckedNativeBytes.writeLong(long offset, long i)
@NotNull Bytes<U>	AbstractBytes.writeLong(long offset, long i)
@NotNull Bytes<Void>	HexDumpBytes.writeLongAdv(long i64, int advance)
@NotNull Bytes<U>	UncheckedNativeBytes.writeLongAdv(long i64, int advance)
@NotNull Bytes<U>	AbstractBytes.writeLongAdv(long i64, int advance)
@NotNull Bytes<Void>	HexDumpBytes.writeOrderedInt(int i)
@NotNull Bytes<U>	UncheckedNativeBytes.writeOrderedInt(int i)
@NotNull Bytes<U>	AbstractBytes.writeOrderedInt(int i)
@NotNull Bytes<Void>	HexDumpBytes.writeOrderedInt(long offset, int i)
@NotNull Bytes<U>	UncheckedNativeBytes.writeOrderedInt(long offset, int i)
@NotNull Bytes<U>	AbstractBytes.writeOrderedInt(long offset, int i)
@NotNull Bytes<Void>	HexDumpBytes.writeOrderedLong(long i)
@NotNull Bytes<U>	UncheckedNativeBytes.writeOrderedLong(long i)
@NotNull Bytes<U>	AbstractBytes.writeOrderedLong(long i)
@NotNull Bytes<Void>	HexDumpBytes.writeOrderedLong(long offset, long i)
@NotNull Bytes<U>	UncheckedNativeBytes.writeOrderedLong(long offset, long i)
@NotNull Bytes<U>	AbstractBytes.writeOrderedLong(long offset, long i)
@NotNull Bytes<Void>	HexDumpBytes.writePosition(long position)
@NotNull Bytes<U>	UncheckedNativeBytes.writePosition(long position)
@NotNull Bytes<U>	UncheckedBytes.writePosition(long position)
@NotNull Bytes<U>	AbstractBytes.writePosition(long position)
@NotNull Bytes<Void>	HexDumpBytes.writeShort(long offset, short i)
@NotNull Bytes<U>	UncheckedNativeBytes.writeShort(long offset, short i)
@NotNull Bytes<U>	AbstractBytes.writeShort(long offset, short i)
@NotNull Bytes<U>	GuardedNativeBytes.writeShort(short i16)
@NotNull Bytes<Void>	HexDumpBytes.writeShort(short i16)
@NotNull Bytes<U>	UncheckedNativeBytes.writeShort(short i16)
@NotNull Bytes<U>	AbstractBytes.writeShort(short i16)
@NotNull Bytes<Void>	HexDumpBytes.writeSkip(long bytesToSkip)
@NotNull Bytes<U>	UncheckedNativeBytes.writeSkip(long bytesToSkip)
@NotNull Bytes<U>	UncheckedBytes.writeSkip(long bytesToSkip)
@NotNull Bytes<U>	AbstractBytes.writeSkip(long bytesToSkip)
@NotNull Bytes<Void>	HexDumpBytes.writeSome(@NotNull ByteBuffer buffer)
@NotNull Bytes<U>	UncheckedNativeBytes.writeSome(@NotNull ByteBuffer buffer)
@NotNull Bytes<U>	AbstractBytes.writeSome(@NotNull ByteBuffer buffer)
@NotNull Bytes<Void>	HexDumpBytes.writeSome(@NotNull Bytes<?> bytes)
@NotNull Bytes<U>	GuardedNativeBytes.writeStopBit(char x)
@NotNull Bytes<Void>	HexDumpBytes.writeStopBit(char x)
@NotNull Bytes<Void>	HexDumpBytes.writeStopBit(double d)
@NotNull Bytes<U>	GuardedNativeBytes.writeStopBit(long x)
@NotNull Bytes<Void>	HexDumpBytes.writeStopBit(long x)
@NotNull Bytes<Void>	HexDumpBytes.writeStopBitDecimal(double d)
@NotNull Bytes<Void>	HexDumpBytes.writeUnsignedByte(int i)
@NotNull Bytes<Void>	HexDumpBytes.writeUnsignedInt(long i)
@NotNull Bytes<Void>	HexDumpBytes.writeUnsignedInt24(int i)
@NotNull Bytes<Void>	HexDumpBytes.writeUnsignedShort(int u16)
@NotNull Bytes<Void>	HexDumpBytes.writeUtf8(@Nullable CharSequence text)
@NotNull Bytes<Void>	HexDumpBytes.writeUtf8(@Nullable String text)
@NotNull Bytes<U>	UncheckedBytes.writeUtf8(@Nullable String text)
@NotNull Bytes<Void>	HexDumpBytes.writeVolatileByte(long offset, byte i8)
@NotNull Bytes<U>	UncheckedNativeBytes.writeVolatileByte(long offset, byte i8)
@NotNull Bytes<U>	AbstractBytes.writeVolatileByte(long offset, byte i8)
@NotNull Bytes<Void>	HexDumpBytes.writeVolatileInt(long offset, int i32)
@NotNull Bytes<U>	UncheckedNativeBytes.writeVolatileInt(long offset, int i32)
@NotNull Bytes<U>	AbstractBytes.writeVolatileInt(long offset, int i32)
@NotNull Bytes<Void>	HexDumpBytes.writeVolatileLong(long offset, long i64)
@NotNull Bytes<U>	UncheckedNativeBytes.writeVolatileLong(long offset, long i64)
@NotNull Bytes<U>	AbstractBytes.writeVolatileLong(long offset, long i64)
@NotNull Bytes<Void>	HexDumpBytes.writeVolatileShort(long offset, short i16)
@NotNull Bytes<U>	UncheckedNativeBytes.writeVolatileShort(long offset, short i16)
@NotNull Bytes<U>	AbstractBytes.writeVolatileShort(long offset, short i16)
@NotNull Bytes<Void>	HexDumpBytes.zeroOut(long start, long end)

Methods in net.openhft.chronicle.bytes that return types with arguments of type Bytes

Modifier and Type	Method and Description
BytesStore<Bytes<U>,U>	Bytes.copy() Creates and returns a deep copy of this Bytes object, including the data between RandomCommon.readPosition() and RandomCommon.readLimit().
static BytesStore<Bytes<Void>,Void>	NativeBytes.copyOf(@NotNull Bytes<?> bytes) Deprecated. This method is to be removed in version x.26.
static BytesStore<Bytes<Void>,Void>	BytesUtil.copyOf(@NotNull Bytes<?> bytes) Returns a copy of the given Bytes object.

Methods in net.openhft.chronicle.bytes with parameters of type Bytes

Modifier and Type	Method and Description
void	OffsetFormat.append(long offset, Bytes<?> bytes) Appends the given offset to the provided Bytes instance.
static void	BytesUtil.appendBytesFromStart(@NotNull Bytes<?> bytes, long startPosition, @NotNull StringBuilder sb) Appends bytes from a specified start position of a Bytes object to a StringBuilder.
long	RingBufferReader.beforeRead(Bytes<?> bytes) Prepares the reader to read data from the Ring Buffer.
default void	BytesStore.cipher(@NotNull Cipher cipher, @NotNull Bytes<?> outBytes) Convenience method to perform the cipher operation using thread local ByteBuffers for temporary buffers.
default void	BytesStore.cipher(@NotNull Cipher cipher, @NotNull Bytes<?> outBytes, @NotNull ByteBuffer using1, @NotNull ByteBuffer using2) Encrypts or decrypts this BytesStore using the provided Cipher and writes the result to the outBytes.
static void	BytesUtil.combineDoubleNewline(Bytes<?> bytes) Checks the last two characters of the given Bytes object.
static BytesStore<Bytes<Void>,Void>	NativeBytes.copyOf(@NotNull Bytes<?> bytes) Deprecated. This method is to be removed in version x.26.
static BytesStore<Bytes<Void>,Void>	BytesUtil.copyOf(@NotNull Bytes<?> bytes) Returns a copy of the given Bytes object.
default long	Bytes.indexOf(@NotNull Bytes source) Returns the index within this Bytes object of the first occurrence of the specified sub-bytes represented by the source Bytes object.
static void	AppendableUtil.parse8bit_SB1(@NotNull Bytes<?> bytes, @NotNull StringBuilder sb, int length) Parses a sequence of 8-bit characters from the given Bytes input and appends them to a StringBuilder.
default void	ByteStringParser.parse8bit(Bytes<?> buffer, @NotNull StopCharsTester stopCharsTester) Parses an ISO-8859-1 encoded string from the byte string until the provided stopCharsTester detects an end condition.
default void	StreamingDataInput.read(@NotNull Bytes<?> bytes) Transfers as many bytes as possible from the input stream into the provided Bytes object.
void	HexDumpBytes.read(@NotNull Bytes<?> bytes, int length)
default void	StreamingDataInput.read(@NotNull Bytes<?> bytes, int length) Transfers the specified number of bytes from the input stream into the provided Bytes object.
boolean	HexDumpBytes.read8bit(@NotNull Bytes<?> b)
default boolean	StreamingDataInput.read8bit(@NotNull Bytes<?> b) Reads an 8-bit encoded string from the input stream and appends it to the provided Bytes.
static void	BytesUtil.read8ByteAlignPadding(Bytes<?> bytes) Reads padding bytes from a Bytes object to align the read position to the nearest 8-byte boundary.
default boolean	StreamingDataInput.readUtf8(@NotNull Bytes<?> sb) Reads a UTF-8 encoded string from the input stream and appends it to the provided Bytes.
void	HexDumpBytes.readWithLength(@NotNull Bytes<?> bytes)
default void	StreamingDataInput.readWithLength(@NotNull Bytes<?> bytes) Reads data from the input stream with specified length into the provided Bytes.
static void	BytesUtil.reverse(Bytes<?> text, int start) Reverses the contents of a Bytes object from a specified starting position.
void	UncheckedBytes.setBytes(@NotNull Bytes<?> bytes) Sets the underlying Bytes instance for this UncheckedBytes.
static @NotNull char[]	BytesUtil.toCharArray(@NotNull Bytes<?> bytes) Converts the bytes from a Bytes object into a character array.
static @NotNull char[]	BytesUtil.toCharArray(@NotNull Bytes<?> bytes, long position, int length) Converts a specific range of bytes from a Bytes object into a character array.
static @NotNull String	Bytes.toString(@NotNull Bytes<?> buffer) Creates and returns a substring from the provided buffer between its current readPosition and readLimit.
static @NotNull String	Bytes.toString(@NotNull Bytes<?> buffer, long maxLen) Creates and returns a substring from the provided buffer between its current readPosition and readLimit, truncated to the specified maximum length.
static @NotNull String	Bytes.toString(@NotNull Bytes<?> buffer, long position, long length) Extracts a string from the provided buffer starting at the specified position, and spanning for the specified length number of characters.
static void	BytesUtil.write8ByteAlignPadding(Bytes<?> bytes) Writes padding bytes to a Bytes object to align the write position to the nearest 8-byte boundary.
static void	BytesUtil.writeFile(String file, Bytes<byte[]> bytes) Writes the content of a Bytes object to a file specified by name.
default S	StreamingDataOutput.writeSome(@NotNull Bytes<?> bytes) Deprecated. use write(bytes) instead and alter the bytes as you intended
@NotNull Bytes<Void>	HexDumpBytes.writeSome(@NotNull Bytes<?> bytes)
@NotNull NativeBytes	NativeBytes.writeSome(@NotNull Bytes<?> bytes)

Method parameters in net.openhft.chronicle.bytes with type arguments of type Bytes

Modifier and Type	Method and Description
protected void	AbstractBytes.bytesStore(BytesStore<Bytes<U>,U> bytesStore)

Constructors in net.openhft.chronicle.bytes with parameters of type Bytes

Constructor and Description
UncheckedBytes(@NotNull Bytes<?> underlyingBytes) Constructs an UncheckedBytes instance by wrapping around the provided Bytes object.
UncheckedNativeBytes(@NotNull Bytes<U> underlyingBytes) Constructs an UncheckedNativeBytes instance by wrapping around the provided Bytes object.

Uses of Bytes in net.openhft.chronicle.bytes.internal

Classes in net.openhft.chronicle.bytes.internal that implement Bytes

Modifier and Type	Class and Description
class	ChunkedMappedBytes Bytes to wrap memory mapped data.
class	CommonMappedBytes Bytes to wrap memory mapped data.
class	EmbeddedBytes<U>
class	SingleMappedBytes A class that extends the CommonMappedBytes to provide a mechanism to wrap memory-mapped data.

Fields in net.openhft.chronicle.bytes.internal declared as Bytes

Modifier and Type	Field and Description
static @NotNull Bytes<?>	NoBytesStore.NO_BYTES

Fields in net.openhft.chronicle.bytes.internal with type parameters of type Bytes

Modifier and Type	Field and Description
static net.openhft.chronicle.core.scoped.ScopedThreadLocal<Bytes<?>>	BytesInternal.BYTES_SCOPED_THREAD_LOCAL

Methods in net.openhft.chronicle.bytes.internal that return Bytes

Modifier and Type	Method and Description
static Bytes<?>	BytesInternal.acquireBytes() Deprecated. Use BytesInternal.acquireBytesScoped() instead
@NotNull Bytes<Void>	CommonMappedBytes.append8bit(@NotNull CharSequence text, int start, int end)
@NotNull Bytes<Void>	ChunkedMappedBytes.appendUtf8(char[] chars, int offset, int length)
@NotNull Bytes<Void>	CommonMappedBytes.appendUtf8(@NotNull CharSequence cs, int start, int length)
static @NotNull Bytes<?>	BytesInternal.asBytes(@NotNull RandomDataOutput bytes, long position, long limit)
@NotNull Bytes<?>	NoBytesStore.bytesForRead()
@NotNull Bytes<?>	NoBytesStore.bytesForWrite()
@NotNull Bytes<Void>	ChunkedMappedBytes.clear()
@NotNull Bytes<Void>	SingleMappedBytes.clear()
@NotNull Bytes<Void>	CommonMappedBytes.clear()
static @NotNull Bytes<?>	BytesInternal.fromHexString(@NotNull String s)
Bytes<Void>	CommonMappedBytes.readLimitToCapacity()
@NotNull Bytes<Void>	ChunkedMappedBytes.readPosition(long position)
@NotNull Bytes<Void>	ChunkedMappedBytes.readPositionRemaining(long position, long remaining)
@NotNull Bytes<Void>	SingleMappedBytes.readPositionRemaining(long position, long remaining)
@NotNull Bytes<Void>	ChunkedMappedBytes.readSkip(long bytesToSkip)
Bytes<Void>	SingleMappedBytes.write(@NotNull BytesStore<?,?> bytes)
@NotNull Bytes<Void>	ChunkedMappedBytes.write(@NotNull BytesStore bytes, long offset, long length)
@NotNull Bytes<Void>	CommonMappedBytes.write(@NotNull RandomDataInput bytes, long offset, long length)
@NotNull Bytes<Void>	CommonMappedBytes.writePosition(long position)
@NotNull Bytes<Void>	ChunkedMappedBytes.writeSkip(long bytesToSkip)
@NotNull Bytes<Void>	SingleMappedBytes.writeSkip(long bytesToSkip)
@NotNull Bytes<Void>	CommonMappedBytes.writeSkip(long bytesToSkip)
@NotNull Bytes<Void>	CommonMappedBytes.writeStopBit(char n)
@NotNull Bytes<Void>	CommonMappedBytes.writeStopBit(long n)
@NotNull Bytes<Void>	CommonMappedBytes.writeUtf8(@Nullable CharSequence text)
@NotNull Bytes<Void>	CommonMappedBytes.writeUtf8(@Nullable String text)

Methods in net.openhft.chronicle.bytes.internal that return types with arguments of type Bytes

Modifier and Type	Method and Description
static net.openhft.chronicle.core.scoped.ScopedResource<Bytes<?>>	BytesInternal.acquireBytesScoped() Acquire a scoped, thread-local bytes instance
BytesStore<Bytes<Void>,Void>	CommonMappedBytes.copy()

Methods in net.openhft.chronicle.bytes.internal with parameters of type Bytes

Modifier and Type	Method and Description
static void	BytesInternal.parse8bit(@NotNull StreamingDataInput bytes, @NotNull Bytes<?> builder, @NotNull StopCharsTester tester)
static void	BytesInternal.parse8bit(@NotNull StreamingDataInput bytes, @NotNull Bytes<?> builder, @NotNull StopCharTester tester)
static void	BytesInternal.parseUtf8_SB1(@NotNull Bytes<?> bytes, @NotNull StringBuilder sb, boolean utf, int utflen)
static String	BytesInternal.toHexString(@NotNull Bytes<?> bytes, long offset, long maxLength) Converts the content of the provided Bytes buffer to a hexadecimal string representation along with comments describing the meaning of the bytes.

Uses of Bytes in net.openhft.chronicle.bytes.pool

Methods in net.openhft.chronicle.bytes.pool that return Bytes

Modifier and Type	Method and Description
Bytes<?>	BytesPool.acquireBytes() Deprecated. Use BytesPool.createThreadLocal() and ScopedResourcePool.get() instead

Methods in net.openhft.chronicle.bytes.pool that return types with arguments of type Bytes

Modifier and Type	Method and Description
static net.openhft.chronicle.core.scoped.ScopedResourcePool<Bytes<?>>	BytesPool.createThreadLocal() Create a scoped-thread-local pool of bytes resources
static net.openhft.chronicle.core.scoped.ScopedResourcePool<Bytes<?>>	BytesPool.createThreadLocal(int instancesPerThread) Create a scoped-thread-local pool of bytes resources

Uses of Bytes in net.openhft.chronicle.bytes.ref

Methods in net.openhft.chronicle.bytes.ref with parameters of type Bytes

Modifier and Type	Method and Description
static void	BinaryIntArrayReference.lazyWrite(@NotNull Bytes<?> bytes, long capacity) Lazily initializes the binary data in the provided Bytes object with the given capacity.
static void	BinaryLongArrayReference.lazyWrite(@NotNull Bytes<?> bytes, long capacity) Lazily writes to the provided Bytes object with the given capacity.
static void	TextIntReference.write(@NotNull Bytes<?> bytes, int value) Writes the provided 32-bit integer value into the given Bytes instance in Text wire format.
static void	TextLongArrayReference.write(@NotNull Bytes<?> bytes, long capacity) Writes the initial structure of a long array to the specified Bytes instance in text wire format, with the given capacity.
static void	BinaryIntArrayReference.write(@NotNull Bytes<?> bytes, long capacity) Initializes the binary data in the provided Bytes object with the given capacity.
static void	BinaryLongArrayReference.write(@NotNull Bytes<?> bytes, long capacity) Writes to the provided Bytes object with the given capacity.
static void	TextIntArrayReference.write(@NotNull Bytes<?> bytes, long capacity) Writes an array of integers to the specified Bytes instance in a text format.
static void	TextLongReference.write(@NotNull Bytes<?> bytes, long value) Writes the initial structure of a 64-bit long value to the specified Bytes instance in Text wire format, with the given value.

Uses of Bytes in net.openhft.chronicle.bytes.util

Methods in net.openhft.chronicle.bytes.util with parameters of type Bytes

Modifier and Type	Method and Description
static void	Compression.compress(@NotNull CharSequence cs, @NotNull Bytes<?> uncompressed, @NotNull Bytes<?> compressed) Compresses the input uncompressed data into the output compressed data using the specified algorithm.
static void	Compression.compress(@NotNull CharSequence cs, @NotNull Bytes<?> uncompressed, @NotNull Bytes<?> compressed) Compresses the input uncompressed data into the output compressed data using the specified algorithm.
String	StringInternerBytes.intern(@NotNull Bytes<?> bytes) Interns the string representation of the given bytes.
T	AbstractInterner.intern(@NotNull Bytes<?> cs) Interns the specified Bytes object.
String	StringInternerBytes.intern(@NotNull Bytes<?> bytes, int length) Converts the given bytes to an ISO-8859-1 encoded string, and interns it.
T	AbstractInterner.intern(@NotNull Bytes<?> cs, int length) Interns the specified Bytes object of a given length.
abstract void	BinaryLengthLength.writeLength(@NotNull Bytes<?> bytes, long positionReturnedFromInitialise, long end) Writes the length of the data into the Bytes object.