| java.lang.Object
 gnu.lists.AbstractSequence
gnu.lists.TreeList
All known Subclasses: gnu.mapping.Values, gnu.xml.NodeTree,
| TreeList | | public class TreeList extends AbstractSequence implements XConsumer,PositionConsumer,Consumable(Code) | | A compact representation of a tree, that is a nested list structure.
The data structure can store anything that can be emitted to a Consumer.
This data structure is optimized for efficient forwards traversal
through the data structure, not random access.
It does have an "insertion point"; insertions and deletions are
efficient through the use of a buffer gap.
It is a reasonable choice for a "DOM" for XML data.
|
| Field Summary | |
| final protected static int | BEGIN_ATTRIBUTE_LONG
The beginning of an attribute.
[BEGIN_ATTRIBUTE_LONG]
[index], 2 shorts, where objects[index] is the attribute type name
and objects[index+1] is the attribute type object.
[end_offset], 2 shorts, giving the location of the following
END_ATTRIBUTE. | | final public static int | BEGIN_ATTRIBUTE_LONG_SIZE
| | final protected static int | BEGIN_DOCUMENT
Beginning of a document (or top-level value).
Used to distinguish a document from its element node.
[end_offset], 2 shorts, giving the location of the following
END_DOCUMENT. | | final protected static int | BEGIN_ELEMENT_LONG
Begin of an element, non-compact form.
[BEGIN_ELEMENT_LONG]
[end_offset], in 2 shorts. | | final protected static int | BEGIN_ELEMENT_SHORT
Beginning of an element, compact form.
[BEGIN_ELEMENT_SHORT + index], where objects[index] is the element's
type name and objects[index+1] is the type object.
[end_offset], the unsigned offset (from the initial word)
to the corresponding END_ELEMENT_SHORT.
[parent_offset], the (unsigned absolute value of the) offset
to the outer BEGIN_ELEMENT_SHORT/BEGIN_ELEMENT_LONG/BEGIN_DOCUMENT.
. | | final protected static int | BEGIN_ELEMENT_SHORT_INDEX_MAX
| | final public static int | BEGIN_ENTITY
End of an entity (typically a file, possibly included). | | final public static int | BEGIN_ENTITY_SIZE
| | final static char | BOOL_FALSE
The value used to encode false. | | final static char | BOOL_TRUE
The value used to encode true. | | final static int | BYTE_PREFIX
Encoding prefix that indicates a byte value. | | final static int | CDATA_SECTION
A CDATA node follows. | | final static int | CHAR_FOLLOWS
A 16-bit (non-compact) Unicode char follows. | | final static int | COMMENT
A comment node follows. | | final protected static int | DOCUMENT_URI
The document-uri property of a node.
This is not an actual value, but it is a property of the previous
document node, or the surrounding node just after a BEGIN_XXX entry.
[DOCUMENT_URI]
[index]. | | final static int | DOUBLE_FOLLOWS
A 64-bit double floating-pointer number. | | final static int | END_ATTRIBUTE
The end of an attribute of a node. | | final public static int | END_ATTRIBUTE_SIZE
| | final protected static int | END_DOCUMENT
End of a document. | | final protected static int | END_ELEMENT_LONG
End of n element, non-compact form.
[END_ELEMENT_LONG]
[index], 2 shorts where objects[index] is the element's type name and
objects[index+1] is the type object.
[begin_offset], in 2 shorts. | | final protected static int | END_ELEMENT_SHORT
End of an element, compact form.
[END_ELEMENT_SHORT]
[begin_offset], the unsigned absolute value of the offset to the
matching BEGIN. | | final protected static int | END_ENTITY
| | final static int | FLOAT_FOLLOWS
A 64-bit float floating-pointer number. | | final public static int | INT_FOLLOWS
A 32-bit integer, non-compact form. | | final static int | INT_SHORT_ZERO
The value used to encode the integer zero. | | final static int | JOINER
Suppress spacing between non-node items. | | final static int | LONG_FOLLOWS
A 64-bit long integer. | | final public static int | MAX_CHAR_SHORT
The largest Unicode character that can be encoded in one char. | | final static int | MAX_INT_SHORT
The largest integer that can use the short int encoding. | | final static int | MIN_INT_SHORT
The smallest integer that can use the short int encoding. | | final static char | OBJECT_REF_FOLLOWS
Followed by 2 chars that provide an index into objects. | | final static int | OBJECT_REF_SHORT
The value used to encode the object in objects[0]. | | final static int | OBJECT_REF_SHORT_INDEX_MAX
The maximum offset in the objects array for a short object-ref. | | final protected static char | POSITION_PAIR_FOLLOWS
A position triple referenceing some other "nodes".
Followed by index of sequence (2 chars), and ipos (2 chars). | | final static char | POSITION_REF_FOLLOWS
Followed by 2 chars that provide an index into objects. | | final protected static int | PROCESSING_INSTRUCTION
A processing-instruction node follows. | | public int | attrStart
If non-zero, gap is in an attribute starting (1 less than) here. | | int | currentParent
| | public char[] | data
| | public int | docStart
If non-zero, gap is in an document starting (1 less than) here. | | public int | gapEnd
| | public int | gapStart
| | public Object[] | objects
| | public int | oindex
|
| Method Summary | |
| public Consumer | append(char c)
| | public Consumer | append(CharSequence csq)
| | public Consumer | append(CharSequence csq, int start, int end)
| | public void | beginEntity(Object base)
| | public void | clear()
| | public int | compare(int ipos1, int ipos2)
Compare two positions, and indicate their relative order. | | public void | consume(SeqPosition position)
| | public void | consume(Consumer out)
| | public int | consumeIRange(int startPosition, int endPosition, Consumer out)
| | public boolean | consumeNext(int ipos, Consumer out)
| | public void | consumePosRange(int startPos, int endPos, Consumer out)
| | public int | createPos(int index, boolean isAfter)
| | public int | createRelativePos(int istart, int offset, boolean isAfter)
| | public Object | documentUriOfPos(int pos)
| | public void | dump()
| | public void | dump(java.io.PrintWriter out)
| | public void | dump(java.io.PrintWriter out, int start, int limit)
| | public void | endAttribute()
| | public void | endDocument()
| | public void | endElement()
| | public void | endEntity()
| | public void | ensureSpace(int needed)
| | public int | find(Object arg1)
| | public int | firstAttributePos(int ipos)
| | public int | firstChildPos(int ipos)
| | public Object | get(int index)
| | public int | getAttributeCount(int parent)
| | protected int | getIndexDifference(int ipos1, int ipos0)
| | final protected int | getIntN(int index)
Get a 32-bit int from the data array. | | final protected long | getLongN(int index)
Get a 64-bit long from the data array. | | public int | getNextKind(int ipos)
| | public int | getNextKindI(int index)
| | public String | getNextTypeName(int ipos)
| | public Object | getNextTypeObject(int ipos)
| | public Object | getPosNext(int ipos)
| | public int | getPosNextInt(int ipos)
Return following value (like getPosNext), as an integer. | | public Object | getPosPrevious(int ipos)
| | public boolean | gotoAttributesStart(TreePosition pos)
| | public int | gotoAttributesStart(int index)
| | final public int | gotoChildrenStart(int index)
| | public boolean | hasNext(int ipos)
| | public int | hashCode()
| | public boolean | ignoring()
| | public boolean | isEmpty()
| | final public int | nextDataIndex(int pos)
| | public int | nextMatching(int startPos, ItemPredicate predicate, int endPos, boolean descend)
| | final public int | nextNodeIndex(int pos, int limit)
Skip all primitive content nodes. | | public int | nextPos(int position)
| | public int | parentOrEntityI(int index)
| | public int | parentOrEntityPos(int ipos)
| | public int | parentPos(int ipos)
| | final public int | posToDataIndex(int ipos)
| | final public void | resizeObjects()
| | public void | setAttributeName(int attrIndex, int nameIndex)
| | public void | setElementName(int elementIndex, int nameIndex)
| | final public void | setIntN(int index, int i)
| | public int | size()
| | public void | startAttribute(Object attrType)
| | public void | startAttribute(int index)
| | public void | startDocument()
| | public void | startElement(Object type)
| | public void | startElement(int index)
| | public void | statistics()
| | public void | statistics(java.io.PrintWriter out)
| | public void | stringValue(int startIndex, int endIndex, StringBuffer sbuf)
| | public int | stringValue(int index, StringBuffer sbuf)
| | public int | stringValue(boolean inElement, int index, StringBuffer sbuf)
| | public void | toString(String sep, StringBuffer sbuf)
| | public void | write(int c)
| | public void | write(char[] buf, int off, int len)
| | public void | write(String str)
| | public void | write(CharSequence str, int start, int length)
| | public void | writeBoolean(boolean v)
| | public void | writeByte(int v)
| | public void | writeCDATA(char[] chars, int offset, int length)
| | public void | writeComment(char[] chars, int offset, int length)
| | public void | writeComment(String comment, int offset, int length)
| | public void | writeDocumentUri(Object uri)
Write/set the document-uri property of the current document.
Only allowed immediately following startDocument. | | public void | writeDouble(double v)
| | public void | writeFloat(float v)
| | public void | writeInt(int v)
| | public void | writeJoiner()
| | public void | writeLong(long v)
| | public void | writeObject(Object v)
| | public void | writePosition(AbstractSequence seq, int ipos)
| | public void | writeProcessingInstruction(String target, char[] content, int offset, int length)
| | public void | writeProcessingInstruction(String target, String content, int offset, int length)
|
| BEGIN_ATTRIBUTE_LONG | | final protected static int BEGIN_ATTRIBUTE_LONG(Code) | | The beginning of an attribute.
[BEGIN_ATTRIBUTE_LONG]
[index], 2 shorts, where objects[index] is the attribute type name
and objects[index+1] is the attribute type object.
[end_offset], 2 shorts, giving the location of the following
END_ATTRIBUTE. If the attribute straddles the gap, then
end_offset is a negative offset relative to data.length.
(Therefore allocating more space for the gap does not require
adjusting end_offset.) Otherwise, the end_offset is relative
to the BEGIN_ATTRIBUTE_LONG word.
|
| BEGIN_ATTRIBUTE_LONG_SIZE | | final public static int BEGIN_ATTRIBUTE_LONG_SIZE(Code) | | |
| BEGIN_DOCUMENT | | final protected static int BEGIN_DOCUMENT(Code) | | Beginning of a document (or top-level value).
Used to distinguish a document from its element node.
[end_offset], 2 shorts, giving the location of the following
END_DOCUMENT. If the attribute straddles the gap, then
end_offset is a negative offset relative to data.length.
(Therefore allocating more space for the gap does not require
adjusting end_offset.) Otherwise, the end_offset is relative
to the BEGIN_DOCUMENT word.
[parent_offset], in 2 shorts. The parent node, or -1 if no parent.
Otherwise, a negative value is a relative offset, while a non-negative
value is absolute. (Use the latter when gap is between this node and
its parent. The parent would normally be a BEGIN_ENTITY.
|
| BEGIN_ELEMENT_LONG | | final protected static int BEGIN_ELEMENT_LONG(Code) | | Begin of an element, non-compact form.
[BEGIN_ELEMENT_LONG]
[end_offset], in 2 shorts. The position of the matching END_ELEMENT_LONG.
If the element straddles the gap, then end_offset is a negative offset
relative to data.length. (Therefore allocating more space for the
gap does not require adjusting any end_offset.) If the element and
and its children are all on the same side of the gap, then end_offset
is a positive offset relative to the BEGIN_ELEMENT_LONG word. (Hence
shifting an entire element when the gap is moved does not require
changing its end_offset.)
Note that the space taken by a BEGIN_ELEMENT_LONG is the same that
needed for a BEGIN_ELEMENT_SHORT (but a END_ELEMENT_LONG takes much
more space than a END_ELEMENT_SHORT). This is to make it easier
to convert a BEGIN_ELEMENT_LONG to a BEGIN_ELEMENT_SHORT or vice
versa, as needed.
|
| BEGIN_ELEMENT_SHORT | | final protected static int BEGIN_ELEMENT_SHORT(Code) | | Beginning of an element, compact form.
[BEGIN_ELEMENT_SHORT + index], where objects[index] is the element's
type name and objects[index+1] is the type object.
[end_offset], the unsigned offset (from the initial word)
to the corresponding END_ELEMENT_SHORT.
[parent_offset], the (unsigned absolute value of the) offset
to the outer BEGIN_ELEMENT_SHORT/BEGIN_ELEMENT_LONG/BEGIN_DOCUMENT.
. (If these is no parent, then parent_offset==0.)
This should is used when index < BEGIN_ELEMENT_SHORT_INDEX_MAX,
both end_offset and parent_offset fit in 16 bits,
and the element does not straddle the gap.
|
| BEGIN_ELEMENT_SHORT_INDEX_MAX | | final protected static int BEGIN_ELEMENT_SHORT_INDEX_MAX(Code) | | |
| BEGIN_ENTITY | | final public static int BEGIN_ENTITY(Code) | | End of an entity (typically a file, possibly included).
[base_uri], 2 short, given an index of a base-uri object
[parent_offset], in 2 shorts, encoded as for BEGIN_DOCUMENT.
|
| BEGIN_ENTITY_SIZE | | final public static int BEGIN_ENTITY_SIZE(Code) | | |
| BOOL_FALSE | | final static char BOOL_FALSE(Code) | | The value used to encode false.
|
| BOOL_TRUE | | final static char BOOL_TRUE(Code) | | The value used to encode true.
|
| BYTE_PREFIX | | final static int BYTE_PREFIX(Code) | | Encoding prefix that indicates a byte value.
|
| CDATA_SECTION | | final static int CDATA_SECTION(Code) | | A CDATA node follows.
[CDATA_SECTION]
[length] 2 shorts
[comment text], (length) number of characters.
|
| CHAR_FOLLOWS | | final static int CHAR_FOLLOWS(Code) | | A 16-bit (non-compact) Unicode char follows.
|
| COMMENT | | final static int COMMENT(Code) | | A comment node follows.
[COMMENT]
[length] 2 shorts
[comment text], (length) number of characters.
|
| DOCUMENT_URI | | final protected static int DOCUMENT_URI(Code) | | The document-uri property of a node.
This is not an actual value, but it is a property of the previous
document node, or the surrounding node just after a BEGIN_XXX entry.
[DOCUMENT_URI]
[index]. 2 shorts, where objects[index] is the document-uri value.
|
| DOUBLE_FOLLOWS | | final static int DOUBLE_FOLLOWS(Code) | | A 64-bit double floating-pointer number.
[DOUBLE_FOLLOWS]
[word1], [word2], [word3], [word4]: The big-endian bits of the double.
|
| END_ATTRIBUTE | | final static int END_ATTRIBUTE(Code) | | The end of an attribute of a node.
|
| END_ATTRIBUTE_SIZE | | final public static int END_ATTRIBUTE_SIZE(Code) | | |
| END_DOCUMENT | | final protected static int END_DOCUMENT(Code) | | End of a document.
|
| END_ELEMENT_LONG | | final protected static int END_ELEMENT_LONG(Code) | | End of n element, non-compact form.
[END_ELEMENT_LONG]
[index], 2 shorts where objects[index] is the element's type name and
objects[index+1] is the type object.
[begin_offset], in 2 shorts. The position of the matching
BEGIN_ELEMENT_LONG. If the element straddles the gap, then begin_offset
is the actual index (i.e. relative to the start of data) of the
matching BEGIN_ELEMENT_LONG. (Therefore allocating more space for the
gap does not require adjusting begin_offset.) If the element does not
straddle the gap, then begin_offset is a negative offset relative
to the END_ELEMENT_LONG word. (Hence shifting an entire element when
the gap is moved does not require changing its begin_offset.)
relative to data.length.
[parent_offset], in 2 shorts. The position of the outer BEGIN_ELEMENT_LONG,
BEGIN_ELEMENT_SHORT or BEGIN_DOCUMENT. If the difference straddles
the gap (i.e. either this element straddles the gap or the parent element
does and the gap precedes this element), then parent_offset is the
actual index of the parent element. Otherwise, then parent_offset is a
negative offset relative to the END_ELEMENT_LONG word.
|
| END_ELEMENT_SHORT | | final protected static int END_ELEMENT_SHORT(Code) | | End of an element, compact form.
[END_ELEMENT_SHORT]
[begin_offset], the unsigned absolute value of the offset to the
matching BEGIN. (This is the same as the matching end_offset.)
|
| END_ENTITY | | final protected static int END_ENTITY(Code) | | |
| FLOAT_FOLLOWS | | final static int FLOAT_FOLLOWS(Code) | | A 64-bit float floating-pointer number.
[FLOAT_FOLLOWS]
[word1], [word2]: The big-endian bits of the float.
|
| INT_FOLLOWS | | final public static int INT_FOLLOWS(Code) | | A 32-bit integer, non-compact form.
[INT_FOLLOWS]
[word1], [word2]: The big-endian bits of the integer.
|
| INT_SHORT_ZERO | | final static int INT_SHORT_ZERO(Code) | | The value used to encode the integer zero.
|
| JOINER | | final static int JOINER(Code) | | Suppress spacing between non-node items.
|
| LONG_FOLLOWS | | final static int LONG_FOLLOWS(Code) | | A 64-bit long integer.
[LONG_FOLLOWS]
[word1], [word2], [word3], [word4]: The big-endian bits of the long.
|
| MAX_CHAR_SHORT | | final public static int MAX_CHAR_SHORT(Code) | | The largest Unicode character that can be encoded in one char.
|
| MAX_INT_SHORT | | final static int MAX_INT_SHORT(Code) | | The largest integer that can use the short int encoding.
|
| MIN_INT_SHORT | | final static int MIN_INT_SHORT(Code) | | The smallest integer that can use the short int encoding.
|
| OBJECT_REF_FOLLOWS | | final static char OBJECT_REF_FOLLOWS(Code) | | Followed by 2 chars that provide an index into objects.
|
| OBJECT_REF_SHORT | | final static int OBJECT_REF_SHORT(Code) | | The value used to encode the object in objects[0].
|
| OBJECT_REF_SHORT_INDEX_MAX | | final static int OBJECT_REF_SHORT_INDEX_MAX(Code) | | The maximum offset in the objects array for a short object-ref.
|
| POSITION_PAIR_FOLLOWS | | final protected static char POSITION_PAIR_FOLLOWS(Code) | | A position triple referenceing some other "nodes".
Followed by index of sequence (2 chars), and ipos (2 chars).
|
| POSITION_REF_FOLLOWS | | final static char POSITION_REF_FOLLOWS(Code) | | Followed by 2 chars that provide an index into objects.
|
| PROCESSING_INSTRUCTION | | final protected static int PROCESSING_INSTRUCTION(Code) | | A processing-instruction node follows.
[PROCESSING_INSTRUCTION]
[target] 2 shorts, where objects[target] is the target as a String.
[length] 2 shorts.
[comment text], (length) number of characters.
|
| attrStart | | public int attrStart(Code) | | If non-zero, gap is in an attribute starting (1 less than) here.
|
| currentParent | | int currentParent(Code) | | |
| docStart | | public int docStart(Code) | | If non-zero, gap is in an document starting (1 less than) here.
|
| gapStart | | public int gapStart(Code) | | |
| TreeList | | public TreeList()(Code) | | |
| TreeList | | public TreeList(TreeList list, int startPosition, int endPosition)(Code) | | Make a copy of a sub-range of a TreeList.
Parameters:
list - the TreeList to copy
Parameters:
startPosition - start of range, as a raw index in data
Parameters:
endPosition - end of range, as a raw index in data |
| clear | | public void clear()(Code) | | |
| compare | | public int compare(int ipos1, int ipos2)(Code) | | Compare two positions, and indicate their relative order.
|
| consumeIRange | | public int consumeIRange(int startPosition, int endPosition, Consumer out)(Code) | | |
| consumePosRange | | public void consumePosRange(int startPos, int endPos, Consumer out)(Code) | | |
| createPos | | public int createPos(int index, boolean isAfter)(Code) | | |
| createRelativePos | | public int createRelativePos(int istart, int offset, boolean isAfter)(Code) | | |
| documentUriOfPos | | public Object documentUriOfPos(int pos)(Code) | | |
| endAttribute | | public void endAttribute()(Code) | | |
| endDocument | | public void endDocument()(Code) | | |
| endElement | | public void endElement()(Code) | | |
| endEntity | | public void endEntity()(Code) | | |
| ensureSpace | | public void ensureSpace(int needed)(Code) | | |
| firstAttributePos | | public int firstAttributePos(int ipos)(Code) | | |
| firstChildPos | | public int firstChildPos(int ipos)(Code) | | |
| getAttributeCount | | public int getAttributeCount(int parent)(Code) | | |
| getIndexDifference | | protected int getIndexDifference(int ipos1, int ipos0)(Code) | | |
| getIntN | | final protected int getIntN(int index)(Code) | | Get a 32-bit int from the data array.
|
| getLongN | | final protected long getLongN(int index)(Code) | | Get a 64-bit long from the data array.
|
| getNextKind | | public int getNextKind(int ipos)(Code) | | |
| getNextKindI | | public int getNextKindI(int index)(Code) | | |
| getNextTypeName | | public String getNextTypeName(int ipos)(Code) | | |
| getNextTypeObject | | public Object getNextTypeObject(int ipos)(Code) | | |
| getPosNextInt | | public int getPosNextInt(int ipos)(Code) | | Return following value (like getPosNext), as an integer.
|
| gotoAttributesStart | | public int gotoAttributesStart(int index)(Code) | | |
| gotoChildrenStart | | final public int gotoChildrenStart(int index)(Code) | | |
| hasNext | | public boolean hasNext(int ipos)(Code) | | |
| hashCode | | public int hashCode()(Code) | | |
| ignoring | | public boolean ignoring()(Code) | | |
| isEmpty | | public boolean isEmpty()(Code) | | |
| nextDataIndex | | final public int nextDataIndex(int pos)(Code) | | |
| nextMatching | | public int nextMatching(int startPos, ItemPredicate predicate, int endPos, boolean descend)(Code) | | |
| nextNodeIndex | | final public int nextNodeIndex(int pos, int limit)(Code) | | Skip all primitive content nodes.
|
| nextPos | | public int nextPos(int position)(Code) | | |
| parentOrEntityI | | public int parentOrEntityI(int index)(Code) | | |
| parentOrEntityPos | | public int parentOrEntityPos(int ipos)(Code) | | |
| parentPos | | public int parentPos(int ipos)(Code) | | |
| posToDataIndex | | final public int posToDataIndex(int ipos)(Code) | | |
| resizeObjects | | final public void resizeObjects()(Code) | | |
| setAttributeName | | public void setAttributeName(int attrIndex, int nameIndex)(Code) | | |
| setElementName | | public void setElementName(int elementIndex, int nameIndex)(Code) | | |
| setIntN | | final public void setIntN(int index, int i)(Code) | | |
| startAttribute | | public void startAttribute(Object attrType)(Code) | | |
| startAttribute | | public void startAttribute(int index)(Code) | | |
| startDocument | | public void startDocument()(Code) | | |
| startElement | | public void startElement(int index)(Code) | | |
| statistics | | public void statistics()(Code) | | |
| write | | public void write(int c)(Code) | | |
| write | | public void write(char[] buf, int off, int len)(Code) | | |
| writeBoolean | | public void writeBoolean(boolean v)(Code) | | |
| writeByte | | public void writeByte(int v)(Code) | | |
| writeCDATA | | public void writeCDATA(char[] chars, int offset, int length)(Code) | | |
| writeComment | | public void writeComment(char[] chars, int offset, int length)(Code) | | |
| writeComment | | public void writeComment(String comment, int offset, int length)(Code) | | |
| writeDocumentUri | | public void writeDocumentUri(Object uri)(Code) | | Write/set the document-uri property of the current document.
Only allowed immediately following startDocument.
|
| writeDouble | | public void writeDouble(double v)(Code) | | |
| writeFloat | | public void writeFloat(float v)(Code) | | |
| writeInt | | public void writeInt(int v)(Code) | | |
| writeJoiner | | public void writeJoiner()(Code) | | |
| writeLong | | public void writeLong(long v)(Code) | | |
| writeProcessingInstruction | | public void writeProcessingInstruction(String target, char[] content, int offset, int length)(Code) | | |
| writeProcessingInstruction | | public void writeProcessingInstruction(String target, String content, int offset, int length)(Code) | | |
| Methods inherited from gnu.lists.AbstractSequence | public boolean add(Object o)(Code)(Java Doc)
public void add(int index, Object o)(Code)(Java Doc)
public boolean addAll(Collection c)(Code)(Java Doc)
public boolean addAll(int index, Collection c)(Code)(Java Doc)
protected int addPos(int ipos, Object value)(Code)(Java Doc)
public void clear()(Code)(Java Doc)
public int compare(int ipos1, int ipos2)(Code)(Java Doc)
final public int compare(SeqPosition i1, SeqPosition i2)(Code)(Java Doc)
public static int compare(AbstractSequence seq1, int pos1, AbstractSequence seq2, int pos2)(Code)(Java Doc)
public void consume(Consumer out)(Code)(Java Doc)
public boolean consumeNext(int ipos, Consumer out)(Code)(Java Doc)
public void consumePosRange(int iposStart, int iposEnd, Consumer out)(Code)(Java Doc)
public boolean contains(Object o)(Code)(Java Doc)
public boolean containsAll(Collection c)(Code)(Java Doc)
public int copyPos(int ipos)(Code)(Java Doc)
abstract public int createPos(int index, boolean isAfter)(Code)(Java Doc)
public int createRelativePos(int pos, int delta, boolean isAfter)(Code)(Java Doc)
final public Enumeration elements()(Code)(Java Doc)
public int endPos()(Code)(Java Doc)
public boolean equals(int ipos1, int ipos2)(Code)(Java Doc)
public boolean equals(Object o)(Code)(Java Doc)
public void fill(Object value)(Code)(Java Doc)
public void fill(int fromIndex, int toIndex, Object value)(Code)(Java Doc)
public void fillPosRange(int fromPos, int toPos, Object value)(Code)(Java Doc)
public int firstAttributePos(int ipos)(Code)(Java Doc)
public int firstChildPos(int ipos)(Code)(Java Doc)
public int firstChildPos(int ipos, ItemPredicate predicate)(Code)(Java Doc)
protected int fromEndIndex(int ipos)(Code)(Java Doc)
abstract public Object get(int index)(Code)(Java Doc)
public Object get(int[] indexes)(Code)(Java Doc)
public Object getAttribute(int index)(Code)(Java Doc)
public int getAttributeLength()(Code)(Java Doc)
protected int getContainingSequenceSize(int ipos)(Code)(Java Doc)
public int getEffectiveIndex(int[] indexes)(Code)(Java Doc)
protected int getIndexDifference(int ipos1, int ipos0)(Code)(Java Doc)
final public SeqPosition getIterator()(Code)(Java Doc)
public SeqPosition getIterator(int index)(Code)(Java Doc)
public SeqPosition getIteratorAtPos(int ipos)(Code)(Java Doc)
public int getLowBound(int dim)(Code)(Java Doc)
public int getNextKind(int ipos)(Code)(Java Doc)
public String getNextTypeName(int ipos)(Code)(Java Doc)
public Object getNextTypeObject(int ipos)(Code)(Java Doc)
public Object getPosNext(int ipos)(Code)(Java Doc)
public Object getPosPrevious(int ipos)(Code)(Java Doc)
public int getSize(int dim)(Code)(Java Doc)
protected boolean gotoAttributesStart(TreePosition pos)(Code)(Java Doc)
final public boolean gotoChildrenStart(TreePosition pos)(Code)(Java Doc)
protected boolean gotoParent(TreePosition pos)(Code)(Java Doc)
public boolean hasNext(int ipos)(Code)(Java Doc)
protected boolean hasPrevious(int ipos)(Code)(Java Doc)
public int hashCode()(Code)(Java Doc)
public int indexOf(Object o)(Code)(Java Doc)
protected boolean isAfterPos(int ipos)(Code)(Java Doc)
public boolean isEmpty()(Code)(Java Doc)
final public Iterator iterator()(Code)(Java Doc)
public int lastIndexOf(Object o)(Code)(Java Doc)
final public ListIterator listIterator()(Code)(Java Doc)
final public ListIterator listIterator(int index)(Code)(Java Doc)
protected int nextIndex(int ipos)(Code)(Java Doc)
final public int nextIndex(SeqPosition pos)(Code)(Java Doc)
public int nextMatching(int startPos, ItemPredicate type, int endPos, boolean descend)(Code)(Java Doc)
public int nextPos(int ipos)(Code)(Java Doc)
public int parentPos(int ipos)(Code)(Java Doc)
public int previousPos(int ipos)(Code)(Java Doc)
public int rank()(Code)(Java Doc)
protected void releasePos(int ipos)(Code)(Java Doc)
public Object remove(int index)(Code)(Java Doc)
public boolean remove(Object o)(Code)(Java Doc)
public boolean removeAll(Collection c)(Code)(Java Doc)
public void removePos(int ipos, int count)(Code)(Java Doc)
protected void removePosRange(int ipos0, int ipos1)(Code)(Java Doc)
public boolean retainAll(Collection c)(Code)(Java Doc)
public Object set(int[] indexes, Object value)(Code)(Java Doc)
public Object set(int index, Object element)(Code)(Java Doc)
protected void setPosNext(int ipos, Object value)(Code)(Java Doc)
protected void setPosPrevious(int ipos, Object value)(Code)(Java Doc)
abstract public int size()(Code)(Java Doc)
public int stableCompare(AbstractSequence other)(Code)(Java Doc)
public int startPos()(Code)(Java Doc)
public List subList(int fromIx, int toIx)(Code)(Java Doc)
public Sequence subSequence(SeqPosition start, SeqPosition end)(Code)(Java Doc)
protected Sequence subSequencePos(int ipos0, int ipos1)(Code)(Java Doc)
public Object[] toArray()(Code)(Java Doc)
public Object[] toArray(Object[] arr)(Code)(Java Doc)
public void toString(String sep, StringBuffer sbuf)(Code)(Java Doc)
public String toString()(Code)(Java Doc)
protected RuntimeException unsupported(String text)(Code)(Java Doc)
public static RuntimeException unsupportedException(String text)(Code)(Java Doc)
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