Uses of Interface net.openhft.chronicle.bytes.Bytes (OpenHFT/Chronicle-Bytes 1.16.26 API)

Packages that use Bytes
Package Description

net.openhft.chronicle.bytes

net.openhft.chronicle.bytes.pool

net.openhft.chronicle.bytes.ref

net.openhft.chronicle.bytes.util

Packages that use Bytes
Package	Description
net.openhft.chronicle.bytes
net.openhft.chronicle.bytes.pool
net.openhft.chronicle.bytes.ref
net.openhft.chronicle.bytes.util

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<Underlying>`
`class`	`HexDumpBytes`
`class`	`MappedBytes` Bytes to wrap memory mapped data.
`class`	`NativeBytes<Underlying>` Elastic memory accessor which can wrap either a ByteBuffer or malloc'ed memory.
`class`	`UncheckedBytes<Underlying>` Fast unchecked version of AbstractBytes
`class`	`UncheckedNativeBytes<Underlying>` Fast unchecked version of AbstractBytes
`class`	`VanillaBytes<Underlying>` Simple Bytes implementation which is not Elastic.

Fields in net.openhft.chronicle.bytes declared as Bytes
Modifier and Type	Field and Description
`static Bytes`	NoBytesStore.`NO_BYTES`

Fields in net.openhft.chronicle.bytes with type parameters of type Bytes
Modifier and Type	Field and Description
`protected BytesStore<Bytes<Underlying>,Underlying>`	AbstractBytes.`bytesStore`

Methods in net.openhft.chronicle.bytes that return Bytes
Modifier and Type	Method and Description
`Bytes`	MappedFile.`acquireBytesForRead(long position)` Convenience method so you don't need to release the BytesStore
`Bytes`	MappedFile.`acquireBytesForWrite(long position)`
`static Bytes`	Bytes.`allocateDirect(byte[] bytes)` copies the contents of bytes into a direct byte buffer
`Bytes<Underlying>`	VanillaBytes.`append8bit(CharSequence cs)`
`Bytes<Underlying>`	UncheckedNativeBytes.`append8bit(CharSequence cs)`
`Bytes<Underlying>`	UncheckedBytes.`append8bit(CharSequence cs)`
`Bytes<Void>`	MappedBytes.`append8bit(CharSequence cs, int start, int end)`
`Bytes<Underlying>`	VanillaBytes.`append8bit(String cs)`
`protected Bytes<Underlying>`	VanillaBytes.`append8bit0(CharSequence cs)`
`Bytes<Underlying>`	VanillaBytes.`appendUtf8(char[] chars, int offset, int length)`
`Bytes<Void>`	MappedBytes.`appendUtf8(char[] chars, int offset, int length)`
`Bytes<Underlying>`	UncheckedNativeBytes.`appendUtf8(char[] chars, int offset, int length)`
`Bytes<Void>`	MappedBytes.`appendUtf8(CharSequence cs, int start, int length)`
`default Bytes<Underlying>`	Bytes.`bytesForRead()` Creates a slice of the current Bytes based on its position() and limit().
`Bytes<Underlying>`	VanillaBytes.`bytesForRead()`
`default Bytes<Underlying>`	BytesStore.`bytesForRead()`
`default Bytes<Underlying>`	BytesStore.`bytesForWrite()`
`Bytes`	NoBytesStore.`bytesForWrite()`
`Bytes<Underlying>`	Bytes.`clear()`
`Bytes<Void>`	MappedBytes.`clear()`
`Bytes<Underlying>`	UncheckedNativeBytes.`clear()`
`Bytes<Underlying>`	AbstractBytes.`clear()`
`Bytes`	HexDumpBytes.`clear()`
`Bytes<Underlying>`	UncheckedNativeBytes.`clearAndPad(long length)`
`Bytes<Underlying>`	AbstractBytes.`clearAndPad(long length)`
`Bytes<Void>`	HexDumpBytes.`clearAndPad(long length)`
`Bytes<Void>`	HexDumpBytes.`comment(CharSequence comment)`
`Bytes<Underlying>`	Bytes.`compact()` Compact these Bytes by moving the readPosition to the start.
`Bytes<Underlying>`	UncheckedNativeBytes.`compact()`
`Bytes<Underlying>`	AbstractBytes.`compact()`
`Bytes`	HexDumpBytes.`compact()`
`static Bytes<ByteBuffer>`	Bytes.`elasticByteBuffer()`
`static Bytes<ByteBuffer>`	Bytes.`elasticByteBuffer(int initialCapacity)` Returns an elastic wrapper for a direct ByteBuffer which will be resized as required, with the given initial capacity.
`static Bytes<ByteBuffer>`	Bytes.`elasticByteBuffer(int initialCapacity, int maxSize)`
`static Bytes<ByteBuffer>`	Bytes.`elasticHeapByteBuffer(int initialCapacity)` Returns an elastic wrapper for a heap ByteBuffer which will be resized as required, with the given initial capacity.
`static Bytes<byte[]>`	Bytes.`from(CharSequence text)` Convert text to bytes using ISO-8859-1 encoding and return a Bytes ready for reading.
`static Bytes`	Bytes.`fromHexString(String s)`
`static Bytes<byte[]>`	Bytes.`fromString(String text)`
`Bytes<Underlying>`	UncheckedNativeBytes.`prewrite(byte[] bytes)`
`Bytes<Underlying>`	AbstractBytes.`prewrite(byte[] bytes)`
`Bytes<Void>`	HexDumpBytes.`prewrite(byte[] bytes)`
`Bytes<Underlying>`	UncheckedNativeBytes.`prewrite(BytesStore bytes)`
`Bytes<Underlying>`	AbstractBytes.`prewrite(BytesStore bytes)`
`Bytes<Void>`	HexDumpBytes.`prewrite(BytesStore bytes)`
`Bytes<Underlying>`	UncheckedNativeBytes.`prewriteByte(byte i8)`
`Bytes<Underlying>`	AbstractBytes.`prewriteByte(byte i8)`
`Bytes<Void>`	HexDumpBytes.`prewriteByte(byte b)`
`Bytes<Underlying>`	UncheckedNativeBytes.`prewriteInt(int i)`
`Bytes<Underlying>`	AbstractBytes.`prewriteInt(int i)`
`Bytes<Void>`	HexDumpBytes.`prewriteInt(int i)`
`Bytes<Underlying>`	UncheckedNativeBytes.`prewriteLong(long i64)`
`Bytes<Underlying>`	AbstractBytes.`prewriteLong(long l)`
`Bytes<Void>`	HexDumpBytes.`prewriteLong(long l)`
`Bytes<Underlying>`	UncheckedNativeBytes.`prewriteShort(short i16)`
`Bytes<Underlying>`	AbstractBytes.`prewriteShort(short i)`
`Bytes<Void>`	HexDumpBytes.`prewriteShort(short i)`
`static Bytes`	BytesUtil.`readFile(String name)`
`Bytes<Underlying>`	UncheckedNativeBytes.`readLimit(long limit)`
`Bytes<Underlying>`	UncheckedBytes.`readLimit(long limit)`
`Bytes<Underlying>`	AbstractBytes.`readLimit(long limit)`
`Bytes<Void>`	HexDumpBytes.`readLimit(long limit)`
`Bytes<Void>`	MappedBytes.`readPosition(long position)`
`Bytes<Underlying>`	UncheckedNativeBytes.`readPosition(long position)`
`Bytes<Underlying>`	UncheckedBytes.`readPosition(long position)`
`Bytes<Underlying>`	AbstractBytes.`readPosition(long position)`
`Bytes<Void>`	HexDumpBytes.`readPosition(long position)`
`Bytes<Void>`	MappedBytes.`readPositionRemaining(long position, long remaining)`
`Bytes<Void>`	MappedBytes.`readSkip(long bytesToSkip)`
`Bytes<Underlying>`	UncheckedNativeBytes.`readSkip(long bytesToSkip)`
`Bytes<Underlying>`	UncheckedBytes.`readSkip(long bytesToSkip)`
`Bytes<Underlying>`	AbstractBytes.`readSkip(long bytesToSkip)`
`Bytes<Void>`	HexDumpBytes.`readSkip(long bytesToSkip)`
`default Bytes<Underlying>`	Bytes.`unchecked(boolean unchecked)` Return a Bytes which is optionally unchecked.
`Bytes<Underlying>`	UncheckedNativeBytes.`unchecked(boolean unchecked)`
`Bytes<Underlying>`	UncheckedBytes.`unchecked(boolean unchecked)`
`static Bytes<byte[]>`	Bytes.`wrapForRead(byte[] byteArray)` Wrap the byte[] ready for reading Method for convenience only - might not be ideal for performance (creates garbage).
`static Bytes<ByteBuffer>`	Bytes.`wrapForRead(ByteBuffer byteBuffer)` Wrap the ByteBuffer ready for reading Method for convenience only - might not be ideal for performance (creates garbage).
`static Bytes<byte[]>`	Bytes.`wrapForWrite(byte[] byteArray)` Wrap the byte[] ready for writing Method for convenience only - might not be ideal for performance (creates garbage).
`static Bytes<ByteBuffer>`	Bytes.`wrapForWrite(ByteBuffer byteBuffer)` Wrap the ByteBuffer ready for writing Method for convenience only - might not be ideal for performance (creates garbage).
`Bytes<Underlying>`	UncheckedNativeBytes.`write(byte[] bytes, int offset, int length)`
`Bytes<Underlying>`	AbstractBytes.`write(byte[] bytes, int offset, int length)`
`Bytes<Void>`	HexDumpBytes.`write(byte[] bytes, int offset, int length)`
`Bytes<Underlying>`	NativeBytes.`write(byte[] bytes, int offset, int length)`
`Bytes<Underlying>`	UncheckedNativeBytes.`write(BytesStore bytes)`
`Bytes<Underlying>`	VanillaBytes.`write(BytesStore bytes, long offset, long length)`
`Bytes<Void>`	MappedBytes.`write(BytesStore bytes, long offset, long length)`
`Bytes<Underlying>`	UncheckedNativeBytes.`write(BytesStore bytes, long offset, long length)`
`Bytes<Underlying>`	UncheckedBytes.`write(BytesStore bytes, long offset, long length)`
`Bytes<Underlying>`	NativeBytes.`write(BytesStore bytes, long offset, long length)`
`Bytes<Underlying>`	UncheckedNativeBytes.`write(long offsetInRDO, byte[] bytes, int offset, int length)`
`Bytes<Underlying>`	AbstractBytes.`write(long offsetInRDO, byte[] bytes, int offset, int length)`
`Bytes<Void>`	HexDumpBytes.`write(long offsetInRDO, byte[] bytes, int offset, int length)`
`Bytes<Underlying>`	UncheckedNativeBytes.`write(long writeOffset, RandomDataInput bytes, long readOffset, long length)`
`Bytes<Underlying>`	AbstractBytes.`write(long writeOffset, RandomDataInput bytes, long readOffset, long length)`
`Bytes<Void>`	HexDumpBytes.`write(long writeOffset, RandomDataInput bytes, long readOffset, long length)`
`Bytes<Underlying>`	NativeBytes.`write8bit(BytesStore bs)`
`Bytes<Void>`	MappedBytes.`writeByte(byte i8)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeByte(byte i8)`
`Bytes<Underlying>`	AbstractBytes.`writeByte(byte i8)`
`Bytes<Void>`	HexDumpBytes.`writeByte(byte i8)`
`Bytes<Underlying>`	NativeBytes.`writeByte(byte i8)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeByte(long offset, byte i)`
`Bytes<Underlying>`	AbstractBytes.`writeByte(long offset, byte i)`
`Bytes<Void>`	HexDumpBytes.`writeByte(long offset, byte i8)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeDouble(double d)`
`Bytes<Underlying>`	AbstractBytes.`writeDouble(double d)`
`Bytes<Void>`	HexDumpBytes.`writeDouble(double d)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeDouble(long offset, double d)`
`Bytes<Underlying>`	AbstractBytes.`writeDouble(long offset, double d)`
`Bytes<Void>`	HexDumpBytes.`writeDouble(long offset, double d)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeDoubleAndInt(double d, int i)`
`Bytes<Underlying>`	AbstractBytes.`writeDoubleAndInt(double d, int i)`
`Bytes<Void>`	HexDumpBytes.`writeDoubleAndInt(double d, int i)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeFloat(float f)`
`Bytes<Underlying>`	AbstractBytes.`writeFloat(float f)`
`Bytes<Void>`	HexDumpBytes.`writeFloat(float f)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeFloat(long offset, float d)`
`Bytes<Underlying>`	AbstractBytes.`writeFloat(long offset, float d)`
`Bytes<Void>`	HexDumpBytes.`writeFloat(long offset, float d)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeInt(int i)`
`Bytes<Underlying>`	AbstractBytes.`writeInt(int i)`
`Bytes<Void>`	HexDumpBytes.`writeInt(int i)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeInt(long offset, int i)`
`Bytes<Underlying>`	AbstractBytes.`writeInt(long offset, int i)`
`Bytes<Void>`	HexDumpBytes.`writeInt(long offset, int i)`
`Bytes<Void>`	HexDumpBytes.`writeInt24(long offset, int i)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeIntAdv(int i, int advance)`
`Bytes<Underlying>`	AbstractBytes.`writeIntAdv(int i, int advance)`
`Bytes<Void>`	HexDumpBytes.`writeIntAdv(int i, int advance)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeLimit(long limit)`
`Bytes<Underlying>`	UncheckedBytes.`writeLimit(long limit)`
`Bytes<Underlying>`	AbstractBytes.`writeLimit(long limit)`
`Bytes<Void>`	HexDumpBytes.`writeLimit(long limit)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeLong(long i64)`
`Bytes<Underlying>`	AbstractBytes.`writeLong(long i64)`
`Bytes<Void>`	HexDumpBytes.`writeLong(long i64)`
`Bytes<Underlying>`	NativeBytes.`writeLong(long i64)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeLong(long offset, long i)`
`Bytes<Underlying>`	AbstractBytes.`writeLong(long offset, long i)`
`Bytes<Void>`	HexDumpBytes.`writeLong(long offset, long i)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeLongAdv(long i64, int advance)`
`Bytes<Underlying>`	AbstractBytes.`writeLongAdv(long i64, int advance)`
`Bytes<Void>`	HexDumpBytes.`writeLongAdv(long i64, int advance)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeOrderedInt(int i)`
`Bytes<Underlying>`	AbstractBytes.`writeOrderedInt(int i)`
`Bytes<Void>`	HexDumpBytes.`writeOrderedInt(int i)`
`Bytes<Void>`	MappedBytes.`writeOrderedInt(long offset, int i)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeOrderedInt(long offset, int i)`
`Bytes<Underlying>`	AbstractBytes.`writeOrderedInt(long offset, int i)`
`Bytes<Void>`	HexDumpBytes.`writeOrderedInt(long offset, int i)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeOrderedLong(long i)`
`Bytes<Underlying>`	AbstractBytes.`writeOrderedLong(long i)`
`Bytes<Void>`	HexDumpBytes.`writeOrderedLong(long i)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeOrderedLong(long offset, long i)`
`Bytes<Underlying>`	AbstractBytes.`writeOrderedLong(long offset, long i)`
`Bytes<Void>`	HexDumpBytes.`writeOrderedLong(long offset, long i)`
`Bytes<Void>`	MappedBytes.`writePosition(long position)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writePosition(long position)`
`Bytes<Underlying>`	UncheckedBytes.`writePosition(long position)`
`Bytes<Underlying>`	AbstractBytes.`writePosition(long position)`
`Bytes<Void>`	HexDumpBytes.`writePosition(long position)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeShort(long offset, short i)`
`Bytes<Underlying>`	AbstractBytes.`writeShort(long offset, short i)`
`Bytes<Void>`	HexDumpBytes.`writeShort(long offset, short i)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeShort(short i16)`
`Bytes<Underlying>`	AbstractBytes.`writeShort(short i16)`
`Bytes<Void>`	HexDumpBytes.`writeShort(short i16)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeSkip(long bytesToSkip)`
`Bytes<Underlying>`	UncheckedBytes.`writeSkip(long bytesToSkip)`
`Bytes<Underlying>`	AbstractBytes.`writeSkip(long bytesToSkip)`
`Bytes<Void>`	HexDumpBytes.`writeSkip(long bytesToSkip)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeSome(ByteBuffer buffer)`
`Bytes<Underlying>`	AbstractBytes.`writeSome(ByteBuffer buffer)`
`Bytes<Void>`	HexDumpBytes.`writeSome(ByteBuffer buffer)`
`Bytes<Void>`	MappedBytes.`writeStopBit(char n)`
`Bytes<Void>`	MappedBytes.`writeStopBit(long n)`
`Bytes<Void>`	MappedBytes.`writeUtf8(CharSequence str)`
`Bytes<Void>`	MappedBytes.`writeUtf8(String str)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeVolatileByte(long offset, byte i8)`
`Bytes<Underlying>`	AbstractBytes.`writeVolatileByte(long offset, byte i8)`
`Bytes<Void>`	HexDumpBytes.`writeVolatileByte(long offset, byte i8)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeVolatileInt(long offset, int i32)`
`Bytes<Underlying>`	AbstractBytes.`writeVolatileInt(long offset, int i32)`
`Bytes<Void>`	HexDumpBytes.`writeVolatileInt(long offset, int i32)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeVolatileLong(long offset, long i64)`
`Bytes<Underlying>`	AbstractBytes.`writeVolatileLong(long offset, long i64)`
`Bytes<Void>`	HexDumpBytes.`writeVolatileLong(long offset, long i64)`
`Bytes<Underlying>`	UncheckedNativeBytes.`writeVolatileShort(long offset, short i16)`
`Bytes<Underlying>`	AbstractBytes.`writeVolatileShort(long offset, short i16)`
`Bytes<Void>`	HexDumpBytes.`writeVolatileShort(long offset, short i16)`

Methods in net.openhft.chronicle.bytes that return types with arguments of type Bytes
Modifier and Type	Method and Description
`BytesStore<Bytes<Underlying>,Underlying>`	Bytes.`copy()`
`BytesStore<Bytes<Underlying>,Underlying>`	VanillaBytes.`copy()`
`BytesStore<Bytes<Void>,Void>`	MappedBytes.`copy()`
`BytesStore<Bytes<Underlying>,Underlying>`	UncheckedNativeBytes.`copy()`
`BytesStore<Bytes<Underlying>,Underlying>`	UncheckedBytes.`copy()`
`static BytesStore<Bytes<Void>,Void>`	NativeBytes.`copyOf(Bytes bytes)`

Methods in net.openhft.chronicle.bytes with parameters of type Bytes
Modifier and Type	Method and Description
`void`	OffsetFormat.`append(long offset, Bytes bytes)`
`static void`	BytesUtil.`appendBytesFromStart(Bytes bytes, long startPosition, StringBuilder sb)`
`default void`	BytesStore.`cipher(Cipher cipher, Bytes outBytes)`
`default void`	BytesStore.`cipher(Cipher cipher, Bytes outBytes, ByteBuffer using1, ByteBuffer using2)`
`static BytesStore<Bytes<Void>,Void>`	NativeBytes.`copyOf(Bytes bytes)`
`boolean`	UncheckedNativeBytes.`equalsBytes(Bytes b2, long remaining)`
`default long`	Bytes.`indexOf(Bytes source)` Returns the index within this bytes of the first occurrence of the specified sub-bytes.
`default long`	Bytes.`indexOf(Bytes source, int fromIndex)` Deprecated.
`static void`	AppendableUtil.`parse8bit_SB1(Bytes bytes, StringBuilder sb, int utflen)`
`default void`	StreamingDataInput.`read(Bytes bytes, int length)`
`default boolean`	StreamingDataInput.`read8bit(Bytes b)`
`default void`	StreamingDataInput.`readWithLength(Bytes bytes)`
`static char[]`	BytesUtil.`toCharArray(Bytes bytes)`
`static char[]`	BytesUtil.`toCharArray(Bytes bytes, long position, int length)`
`static String`	Bytes.`toString(Bytes<?> buffer)` Creates a string from the `position` to the `limit`, The buffer is not modified by this call
`static String`	Bytes.`toString(Bytes<?> buffer, long maxLen)` Creates a string from the `position` to the `limit`, The buffer is not modified by this call
`static String`	Bytes.`toString(Bytes buffer, long position, long len)` The buffer is not modified by this call
`static boolean`	BytesUtil.`unregister(Bytes bytes)`
`default S`	StreamingDataOutput.`writeSome(Bytes bytes)`
`NativeBytes`	NativeBytes.`writeSome(Bytes bytes)`

Method parameters in net.openhft.chronicle.bytes with type arguments of type Bytes
Modifier and Type	Method and Description
`void`	VanillaBytes.`bytesStore(BytesStore<Bytes<Underlying>,Underlying> byteStore, long offset, long length)`
`boolean`	BytesRingBuffer.`offer(Consumer<Bytes> consumer)`

Constructors in net.openhft.chronicle.bytes with parameters of type Bytes
Constructor and Description
`UncheckedBytes(Bytes underlyingBytes)`
`UncheckedNativeBytes(Bytes<Underlying> underlyingBytes)`

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()

protected Bytes BytesPool.createBytes()

Methods in net.openhft.chronicle.bytes.pool that return Bytes
Modifier and Type	Method and Description
`Bytes`	BytesPool.`acquireBytes()`
`protected Bytes`	BytesPool.`createBytes()`

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`	BinaryLongArrayReference.`lazyWrite(Bytes bytes, long capacity)`
`static void`	TextIntReference.`write(Bytes bytes, int value)`
`static void`	BinaryLongArrayReference.`write(Bytes bytes, long capacity)`
`static void`	TextLongArrayReference.`write(Bytes bytes, long capacity)`
`static void`	TextLongReference.`write(Bytes bytes, long 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 <T> void`	Compression.`compress(CharSequence cs, Bytes uncompressed, Bytes compressed)`
`static <T> void`	Compression.`compress(CharSequence cs, Bytes uncompressed, Bytes compressed)`
`T`	AbstractInterner.`intern(Bytes cs)`
`String`	StringInternerBytes.`intern(Bytes bytes)`
`T`	AbstractInterner.`intern(Bytes cs, int length)`
`String`	StringInternerBytes.`intern(Bytes bytes, int length)` converts the bytes to a ISO-8859-1 String, the end of the string is either the bytes .limit () or a byte containing the stopByte ( which ever comes first ).

Uses of Interfacenet.openhft.chronicle.bytes.Bytes

Uses of Bytes in net.openhft.chronicle.bytes

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

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

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

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