@InterfaceAudience.Public public class SimplePositionedMutableByteRange extends AbstractPositionedByteRange
AbstractPositionedByteRange implementation with
position support and it is a mutable version. position is considered transient,
not fundamental to the definition of the range, and does not participate in
AbstractByteRange.compareTo(ByteRange), AbstractByteRange.hashCode(), or
Object.equals(Object). Position is retained by copy operations.limit, positionbytes, hash, length, offset, UNSET_HASH_VALUE| Constructor and Description |
|---|
SimplePositionedMutableByteRange()
Create a new
PositionedByteRange lacking a backing array and with
an undefined viewport. |
SimplePositionedMutableByteRange(byte[] bytes)
Create a new
PositionedByteRange over the provided bytes. |
SimplePositionedMutableByteRange(byte[] bytes,
int offset,
int length)
Create a new
PositionedByteRange over the provided bytes. |
SimplePositionedMutableByteRange(int capacity)
Create a new
PositionedByteRange over a new backing array of size
capacity. |
| Modifier and Type | Method and Description |
|---|---|
PositionedByteRange |
deepCopy()
Create a new
ByteRange with new backing byte[] containing a copy
of the content from this range's window. |
PositionedByteRange |
get(int index,
byte[] dst)
Fill
dst with bytes from the range, starting from index. |
PositionedByteRange |
get(int index,
byte[] dst,
int offset,
int length)
Fill
dst with bytes from the range, starting from index. |
PositionedByteRange |
put(byte val)
Store
val at the next position in this range. |
PositionedByteRange |
put(byte[] val)
Store the content of
val in this range, starting at the next position. |
PositionedByteRange |
put(byte[] val,
int offset,
int length)
Store
length bytes from val into this range. |
PositionedByteRange |
put(int index,
byte val)
Store
val at index. |
PositionedByteRange |
put(int index,
byte[] val)
Store
val at index. |
PositionedByteRange |
put(int index,
byte[] val,
int offset,
int length)
Store
length bytes from val into this range, starting at
index. |
PositionedByteRange |
putInt(int val)
Store int
val at the next position in this range. |
PositionedByteRange |
putInt(int index,
int val)
Store the int value at
index |
PositionedByteRange |
putLong(int index,
long val)
Store the long value at
index |
PositionedByteRange |
putLong(long val)
Store long
val at the next position in this range. |
PositionedByteRange |
putShort(int index,
short val)
Store the short value at
index |
PositionedByteRange |
putShort(short val)
Store short
val at the next position in this range. |
int |
putVLong(int index,
long val)
Store the long value at
index as a VLong |
int |
putVLong(long val)
Store the long
val at the next position as a VLong |
PositionedByteRange |
set(byte[] bytes)
Reuse this
ByteRange over a new byte[]. |
PositionedByteRange |
set(byte[] bytes,
int offset,
int length)
Reuse this
ByteRange over a new byte[]. |
PositionedByteRange |
set(int capacity)
Reuse this
ByteRange over a new byte[]. |
PositionedByteRange |
setLength(int length)
Update the length of this range.
|
PositionedByteRange |
setOffset(int offset)
Update the beginning of this range.
|
PositionedByteRange |
shallowCopy()
Create a new
ByteRange that points at this range's byte[]. |
PositionedByteRange |
shallowCopySubRange(int innerOffset,
int copyLength)
Create a new
ByteRange that points at this range's byte[]. |
PositionedByteRange |
unset()
Nullifies this ByteRange.
|
clear, flip, get, get, get, getInt, getLimit, getLong, getPosition, getRemaining, getShort, getVLong, peek, setLimit, setPositionclearHashCache, compareTo, deepCopySubRangeTo, deepCopyTo, deepCopyToNewArray, get, getBytes, getInt, getLength, getLong, getOffset, getShort, getVLong, getVLongSize, hashCode, isEmpty, isEmpty, isHashCached, toStringclone, equals, finalize, getClass, notify, notifyAll, wait, wait, waitdeepCopySubRangeTo, deepCopyTo, deepCopyToNewArray, get, getBytes, getInt, getLength, getLong, getOffset, getShort, getVLong, isEmptycompareTopublic SimplePositionedMutableByteRange()
PositionedByteRange lacking a backing array and with
an undefined viewport.public SimplePositionedMutableByteRange(int capacity)
PositionedByteRange over a new backing array of size
capacity. The range's offset and length are 0 and capacity,
respectively.capacity - the size of the backing array.public SimplePositionedMutableByteRange(byte[] bytes)
PositionedByteRange over the provided bytes.bytes - The array to wrap.public SimplePositionedMutableByteRange(byte[] bytes, int offset, int length)
PositionedByteRange over the provided bytes.bytes - The array to wrap.offset - The offset into bytes considered the beginning of this
range.length - The length of this range.public PositionedByteRange unset()
ByteRangeunset in interface ByteRangeunset in interface PositionedByteRangeunset in class AbstractPositionedByteRangepublic PositionedByteRange set(int capacity)
ByteRangeByteRange over a new byte[]. offset is set to
0 and length is set to capacity.set in interface ByteRangeset in interface PositionedByteRangeset in class AbstractPositionedByteRangecapacity - the size of a new byte[].public PositionedByteRange set(byte[] bytes)
ByteRangeByteRange over a new byte[]. offset is set to
0 and length is set to bytes.length. A null bytes
IS supported, in which case this method will behave equivalently to
ByteRange.unset().set in interface ByteRangeset in interface PositionedByteRangeset in class AbstractPositionedByteRangebytes - the array to wrap.public PositionedByteRange set(byte[] bytes, int offset, int length)
ByteRangeByteRange over a new byte[]. A null bytes IS
supported, in which case this method will behave equivalently to
ByteRange.unset(), regardless of the values of offset and
length.set in interface ByteRangeset in interface PositionedByteRangeset in class AbstractPositionedByteRangebytes - The array to wrap.offset - The offset into bytes considered the beginning of
this range.length - The length of this range.public PositionedByteRange setOffset(int offset)
offset + length may not be
greater than bytes.length. Resets position to 0.setOffset in interface ByteRangesetOffset in interface PositionedByteRangesetOffset in class AbstractPositionedByteRangeoffset - the new start of this range.public PositionedByteRange setLength(int length)
offset + length should not be
greater than bytes.length. If position is greater than the
new length, sets position to length.setLength in interface ByteRangesetLength in interface PositionedByteRangesetLength in class AbstractPositionedByteRangelength - The new length of this range.public PositionedByteRange put(byte val)
PositionedByteRangeval at the next position in this range.put in interface PositionedByteRangeput in class AbstractPositionedByteRangeval - the new value.public PositionedByteRange put(byte[] val)
PositionedByteRangeval in this range, starting at the next position.put in interface PositionedByteRangeput in class AbstractPositionedByteRangeval - the new value.public PositionedByteRange put(byte[] val, int offset, int length)
PositionedByteRangelength bytes from val into this range. Bytes from
val are copied starting at offset into the range, starting at
the current position.put in interface PositionedByteRangeput in class AbstractPositionedByteRangeval - the new value.offset - the offset in val from which to start copying.length - the number of bytes to copy from val.public PositionedByteRange get(int index, byte[] dst)
ByteRangedst with bytes from the range, starting from index.get in interface ByteRangeget in interface PositionedByteRangeget in class AbstractPositionedByteRangeindex - zero-based index into this range.dst - the destination of the copy.public PositionedByteRange get(int index, byte[] dst, int offset, int length)
ByteRangedst with bytes from the range, starting from index.
length bytes are copied into dst, starting at offset.get in interface ByteRangeget in interface PositionedByteRangeget in class AbstractPositionedByteRangeindex - zero-based index into this range.dst - the destination of the copy.offset - the offset into dst to start the copy.length - the number of bytes to copy into dst.public PositionedByteRange put(int index, byte val)
ByteRangeval at index.put in interface ByteRangeput in interface PositionedByteRangeput in class AbstractPositionedByteRangeindex - the index in the range where val is stored.val - the value to store.public PositionedByteRange put(int index, byte[] val)
ByteRangeval at index.put in interface ByteRangeput in interface PositionedByteRangeput in class AbstractPositionedByteRangeindex - the index in the range where val is stored.val - the value to store.public PositionedByteRange put(int index, byte[] val, int offset, int length)
ByteRangelength bytes from val into this range, starting at
index. Bytes from val are copied starting at offset
into the range.put in interface ByteRangeput in interface PositionedByteRangeput in class AbstractPositionedByteRangeindex - position in this range to start the copy.val - the value to store.offset - the offset in val from which to start copying.length - the number of bytes to copy from val.public PositionedByteRange deepCopy()
ByteRangeByteRange with new backing byte[] containing a copy
of the content from this range's window.deepCopy in interface ByteRangedeepCopy in interface PositionedByteRangedeepCopy in class AbstractPositionedByteRangepublic PositionedByteRange shallowCopy()
ByteRangeByteRange that points at this range's byte[].
Modifying the shallowCopy will modify the bytes in this range's array.
Pass over the hash code if it is already cached.shallowCopy in interface ByteRangeshallowCopy in interface PositionedByteRangeshallowCopy in class AbstractPositionedByteRangeByteRange object referencing this range's byte[].public PositionedByteRange shallowCopySubRange(int innerOffset, int copyLength)
ByteRangeByteRange that points at this range's byte[]. The new
range can have different values for offset and length, but modifying the
shallowCopy will modify the bytes in this range's array. Pass over the
hash code if it is already cached.shallowCopySubRange in interface ByteRangeshallowCopySubRange in interface PositionedByteRangeshallowCopySubRange in class AbstractPositionedByteRangeinnerOffset - First byte of clone will be this.offset + copyOffset.copyLength - Number of bytes in the clone.ByteRange object referencing this range's byte[].public PositionedByteRange putShort(short val)
PositionedByteRangeval at the next position in this range.putShort in interface PositionedByteRangeputShort in class AbstractPositionedByteRangeval - the new value.public PositionedByteRange putInt(int val)
PositionedByteRangeval at the next position in this range.putInt in interface PositionedByteRangeputInt in class AbstractPositionedByteRangeval - the new value.public PositionedByteRange putLong(long val)
PositionedByteRangeval at the next position in this range.putLong in interface PositionedByteRangeputLong in class AbstractPositionedByteRangeval - the new value.public int putVLong(long val)
PositionedByteRangeval at the next position as a VLongputVLong in interface PositionedByteRangeputVLong in class AbstractPositionedByteRangeval - the value to storepublic PositionedByteRange putShort(int index, short val)
ByteRangeindexputShort in interface ByteRangeputShort in interface PositionedByteRangeputShort in class AbstractPositionedByteRangeindex - the index in the range where val is storedval - the value to storepublic PositionedByteRange putInt(int index, int val)
ByteRangeindexputInt in interface ByteRangeputInt in interface PositionedByteRangeputInt in class AbstractPositionedByteRangeindex - the index in the range where val is storedval - the value to storepublic PositionedByteRange putLong(int index, long val)
ByteRangeindexputLong in interface ByteRangeputLong in interface PositionedByteRangeputLong in class AbstractPositionedByteRangeindex - the index in the range where val is storedval - the value to storepublic int putVLong(int index, long val)
ByteRangeindex as a VLongputVLong in interface ByteRangeputVLong in class AbstractPositionedByteRangeindex - the index in the range where val is storedval - the value to storeCopyright © 2007–2019 The Apache Software Foundation. All rights reserved.