Bytes |
MappedFile.acquireBytesForRead(long position)
Convenience method so you don't need to release the BytesStore
|
Bytes |
MappedFile.acquireBytesForWrite(long position) |
static Bytes |
BytesUtil.asBytes(RandomDataOutput bytes,
long position,
long limit) |
Bytes<Underlying> |
VanillaBytes.bytesForRead() |
default Bytes<Underlying> |
Bytes.bytesForRead()
Creates a slice of the current Bytes based on its position() and limit().
|
default Bytes<Underlying> |
BytesStore.bytesForRead() |
default Bytes<Underlying> |
BytesStore.bytesForWrite() |
Bytes |
NoBytesStore.bytesForWrite() |
Bytes<Underlying> |
AbstractBytes.clear() |
static Bytes<ByteBuffer> |
Bytes.elasticByteBuffer() |
static <B extends BytesStore<B,Underlying>,Underlying> Bytes<Underlying> |
Bytes.expect(BytesStore<B,Underlying> bytesStore) |
static Bytes<byte[]> |
Bytes.expect(String text) |
static Bytes<byte[]> |
Bytes.from(String text) |
Bytes<Underlying> |
UncheckedBytes.readLimit(long limit) |
Bytes<Underlying> |
AbstractBytes.readLimit(long limit) |
Bytes<Underlying> |
UncheckedBytes.readPosition(long position) |
Bytes<Underlying> |
AbstractBytes.readPosition(long position) |
Bytes<Underlying> |
UncheckedBytes.readSkip(long bytesToSkip) |
Bytes<Underlying> |
AbstractBytes.readSkip(long bytesToSkip) |
Bytes<Underlying> |
UncheckedBytes.unchecked(boolean unchecked) |
default Bytes<Underlying> |
Bytes.unchecked(boolean unchecked) |
static Bytes<byte[]> |
Bytes.wrapForRead(byte[] byteArray) |
static Bytes<ByteBuffer> |
Bytes.wrapForRead(ByteBuffer byteBuffer) |
static Bytes<byte[]> |
Bytes.wrapForWrite(byte[] byteArray) |
static Bytes<ByteBuffer> |
Bytes.wrapForWrite(ByteBuffer byteBuffer) |
Bytes<Underlying> |
NativeBytes.write(byte[] bytes,
int offset,
int length) |
Bytes<Underlying> |
AbstractBytes.write(byte[] bytes,
int offset,
int length) |
Bytes<Underlying> |
AbstractBytes.write(ByteBuffer buffer) |
Bytes<Underlying> |
UncheckedBytes.write(BytesStore bytes,
long offset,
long length) |
Bytes<Void> |
MappedBytes.write(BytesStore buffer,
long offset,
long length) |
Bytes<Underlying> |
NativeBytes.write(BytesStore bytes,
long offset,
long length) |
Bytes<Underlying> |
VanillaBytes.write(BytesStore bytes,
long offset,
long length) |
Bytes<Underlying> |
AbstractBytes.write(long offsetInRDO,
byte[] bytes,
int offset,
int length) |
Bytes<Underlying> |
AbstractBytes.write(long offsetInRDO,
RandomDataInput bytes,
long offset,
long length) |
Bytes<Underlying> |
AbstractBytes.writeByte(byte i8) |
Bytes<Underlying> |
AbstractBytes.writeByte(long offset,
byte i) |
Bytes<Underlying> |
AbstractBytes.writeDouble(double d) |
Bytes<Underlying> |
AbstractBytes.writeDouble(long offset,
double d) |
Bytes<Underlying> |
AbstractBytes.writeFloat(float f) |
Bytes<Underlying> |
AbstractBytes.writeFloat(long offset,
float d) |
Bytes<Underlying> |
AbstractBytes.writeInt(int i) |
Bytes<Underlying> |
AbstractBytes.writeInt(long offset,
int i) |
Bytes<Underlying> |
UncheckedBytes.writeLimit(long limit) |
Bytes<Underlying> |
AbstractBytes.writeLimit(long limit) |
Bytes<Underlying> |
AbstractBytes.writeLong(long i64) |
Bytes<Underlying> |
AbstractBytes.writeLong(long offset,
long i) |
Bytes<Underlying> |
AbstractBytes.writeOrderedInt(int i) |
Bytes<Underlying> |
AbstractBytes.writeOrderedInt(long offset,
int i) |
Bytes<Underlying> |
AbstractBytes.writeOrderedLong(long i) |
Bytes<Underlying> |
AbstractBytes.writeOrderedLong(long offset,
long i) |
Bytes<Underlying> |
UncheckedBytes.writePosition(long position) |
Bytes<Underlying> |
AbstractBytes.writePosition(long position) |
Bytes<Underlying> |
AbstractBytes.writeShort(long offset,
short i) |
Bytes<Underlying> |
AbstractBytes.writeShort(short i16) |
Bytes<Underlying> |
UncheckedBytes.writeSkip(long bytesToSkip) |
Bytes<Underlying> |
AbstractBytes.writeSkip(long bytesToSkip) |