JAXB OSGI 4.0.9 · com.sun.xml.fastinfoset.Encoder · APIdia, the JavaDoc alternative

Modifier and Type	Class and Description
private class	Encoder.EncodingBufferOutputStream

Modifier and Type	Field and Description
protected int	_b The current octet that is to be written.
private int	_bitsLeftInOctet
protected static final String	_characterEncodingSchemeSystemDefault Default character encoding scheme system property for the encoding of content and attribute values.
protected char[]	_charBuffer The internal buffer of characters used for the UTF-8 or UTF-16 encoding of characters.
private byte[]	_encodingBuffer
private int	_encodingBufferIndex
private final Encoder.EncodingBufferOutputStream	_encodingBufferOutputStream
private boolean	_encodingStringsAsUtf8 True if strings for text content and attribute values will be UTF-8 encoded otherwise they will be UTF-16 encoded.
private boolean	_ignoreComments True if comments shall be ignored.
private boolean	_ignoreDTD True if DTD and internal subset shall be ignored.
private boolean	_ignoreProcessingInstructions True if procesing instructions shall be ignored.
private boolean	_ignoreWhiteSpaceTextContent True if white space characters for text content shall be ignored.
protected int	_markIndex The current mark in the internal buffer.
private int	_nonIdentifyingStringOnFirstBitCES Encoding constant generated from the string encoding.
private int	_nonIdentifyingStringOnThirdBitCES Encoding constant generated from the string encoding.
protected byte[]	_octetBuffer The internal buffer of bytes.
protected int	_octetBufferIndex The current position in the internal buffer.
private Map<String, EncodingAlgorithm>	_registeredEncodingAlgorithms The map of URIs to algorithms.
protected OutputStream	_s The `java.io.OutputStream` that the encoded XML infoset (the fast infoset document) is written to.
protected boolean	_terminate True if terminatation of an information item is required
private boolean	_useLocalNameAsKeyForQualifiedNameLookup True, if the local name string is used as the key to find the associated set of qualified names.
protected SerializerVocabulary	_v The vocabulary that is used by the encoder
protected VocabularyApplicationData	_vData The vocabulary application data that is used by the encoder
private boolean	_vIsInternal True if the vocubulary is internal to the encoder
protected int	attributeValueMapTotalCharactersConstraint The limit on the size of indexed Map for attribute values Limit is measured in characters number
public static final String	CHARACTER_ENCODING_SCHEME_SYSTEM_PROPERTY Character encoding scheme system property for the encoding of content and attribute values.
protected int	characterContentChunkMapTotalCharactersConstraint The limit on the size of indexed Map for character content chunks Limit is measured in characters number
private static int[]	DATE_TIME_CHARACTERS_TABLE
protected int	maxAttributeValueSize The maximum size of [normalized value] of Attribute Information Items that will be indexed.
protected int	maxCharacterContentChunkSize The maximum size of character content chunks of Character Information Items or Comment Information Items that will be indexed.
protected int	minAttributeValueSize The minimum size of [normalized value] of Attribute Information Items that will be indexed.
protected int	minCharacterContentChunkSize The minimum size of character content chunks of Character Information Items or Comment Information Items that will be indexed.
private static int[]	NUMERIC_CHARACTERS_TABLE

Access	Constructor and Description
protected	Encoder() Default constructor for the Encoder.
protected	Encoder(boolean useLocalNameAsKeyForQualifiedNameLookup)

Method Summary

Modifier and Type	Method and Description
private void	_flush()
public boolean	Returns: whether attribute map has enough memory canAddAttributeToTable(int the length of attribute value is checking to be added to Map. length) Checks whether attribute table has enough memory to store attribute value with the given length
public boolean	Returns: whether character content map has enough memory canAddCharacterContentToTable(int the length of character content chunk is checking to be added to Map. length, CharArrayIntMap the custom CharArrayIntMap, which memory limits will be checked. map) Checks whether character content table has enough memory to store character content chunk with the given length
protected final void	encodeAIIBuiltInAlgorithmData(int the built in encoding algorithm identifier. id, Object the data to be encoded using an encoding algorithm. The data represents an array of items specified by the encoding algorithm identifier data, int the offset into the array of bytes. offset, int the length of bytes. length) Encode the [normalized value] of an Attribute Information Item using using a built in encoding algorithm.Implementation of clause C.14 of ITU-T Rec.
protected final void	encodeAIIObjectAlgorithmData(int the encoding algorithm identifier. id, Object the data to be encoded using an encoding algorithm. data, EncodingAlgorithm the encoding algorithm to use to encode the data into an array of bytes. ea) Encode the [normalized value] of an Attribute Information Item using using an encoding algorithm.Implementation of clause C.14 of ITU-T Rec.X.891 \| ISO/IEC 24824-1.
protected final void	encodeAIIOctetAlgorithmData(int the encoding algorithm identifier. id, byte[] the data, as an array of bytes, to be encoded. d, int the offset into the array of bytes. offset, int the length of bytes. length) Encode the [normalized value] of an Attribute Information Item using using an encoding algorithm.Implementation of clause C.14 of ITU-T Rec.
protected final void	encodeAlphabetCharacters(String the alphabet defining the mapping between characters and integer values. alphabet, char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length, boolean if characters should be added to table addToTable) Encode a chunk of Character Information Items using a restricted alphabet table.
protected final void	encodeAttributeQualifiedNameOnSecondBit(String the namespace URI of the qualified name. namespaceURI, String the prefix of the qualified name. prefix, String the local name of the qualified name. localName) Encode a qualified name of an Attribute Informaiton Item on the third bit of an octet.Implementation of clause C.17 of ITU-T Rec.
private void	encodeCharacterAsUtf8FourByte(int c, char[] ch, int chpos, int chend, int bpos)
protected final void	encodeCharacters(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length) Encode a chunk of Character Information Items.
protected final void	encodeCharactersNoClone(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length) Encode a chunk of Character Information Items.
protected final void	encodeCIIBuiltInAlgorithmData(int the built in encoding algorithm identifier. id, Object the data to be encoded using an encoding algorithm. The data represents an array of items specified by the encoding algorithm identifier data, int the offset into the array of bytes. offset, int the length of bytes. length) Encode a chunk of Character Information Items using using an encoding algorithm.Implementation of clause C.15 of ITU-T Rec.X.891 \| ISO/IEC 24824-1.
protected final void	encodeCIIBuiltInAlgorithmDataAsCDATA(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length) Encode a chunk of Character Information Items using using the CDATA built in encoding algorithm.Implementation of clause C.15 of ITU-T Rec.X.891 \| ISO/IEC 24824-1.
protected final void	encodeCIIObjectAlgorithmData(int the encoding algorithm identifier. id, Object the data to be encoded using an encoding algorithm. data, EncodingAlgorithm the encoding algorithm to use to encode the data into an array of bytes. ea) Encode a chunk of Character Information Items using using an encoding algorithm.Implementation of clause C.15 of ITU-T Rec.X.891 \| ISO/IEC 24824-1.
protected final void	encodeCIIOctetAlgorithmData(int the encoding algorithm identifier. id, byte[] the data, as an array of bytes, to be encoded. d, int the offset into the array of bytes. offset, int the length of bytes. length) Encode a chunk of Character Information Items using using an encoding algorithm.Implementation of clause C.15 of ITU-T Rec.
protected final void	encodeComment(char[] the array of characters that is as comment. ch, int the offset into the array of characters. offset, int the length of characters. length) Encode a Comment Information Item.
protected final void	encodeCommentNoClone(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length) Encode a Comment Information Item.If the array of characters that is a comment is to be indexed (as determined by `isCharacterContentChunkLengthMatchesLimit(int)`) then the array is not cloned when adding the array to the vocabulary.
protected final void	encodeDateTimeFourBitCharacters(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length, boolean if characters should be added to table. addToTable) Encode a chunk of Character Information Items using a date-time alphabet that results in the encoding of a character in 4 bits (or two characters per octet).
protected final void	encodeDateTimeNonIdentifyingStringOnFirstBit(String s, boolean addToTable, boolean mustBeAddedToTable)
protected final void	encodeDocumentTermination() Encode the termination of the Document Information Item.
protected final void	encodeDocumentTypeDeclaration(String the system identifier of the external subset. systemId, String the public identifier of the external subset. publicId) Encode a Document Type Declaration.
protected final void	encodeElementQualifiedNameOnThirdBit(String the namespace URI of the qualified name. namespaceURI, String the prefix of the qualified name. prefix, String the local name of the qualified name. localName) Encode a qualified name of an Element Information Item on the third bit of an octet.Implementation of clause C.18 of ITU-T Rec.
protected final void	encodeElementTermination() Encode the termination of an Element Information Item.
protected final void	encodeFourBitCharacters(int the restricted alphabet identifier. id, int[] the table mapping characters to 4 bit values. table, char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length, boolean if characters should be added to table. addToTable) Encode a chunk of Character Information Items using a restricted alphabet that results in the encoding of a character in 4 bits (or two characters per octet).
protected final void	encodeHeader(boolean true if the XML declaration should be encoded. encodeXmlDecl) Encode the header of a fast infoset document.
protected final void	encodeIdentifyingNonEmptyStringOnFirstBit(String the identifying string. s, StringIntMap the vocabulary table to use to determin the index of the identifying string map) Encode a non empty identifying string on the first bit of an octet.Implementation of clause C.13 of ITU-T Rec.
protected final void	encodeInitialVocabulary() Encode the initial vocabulary of a fast infoset document.
protected final boolean	Returns: localName the local name of the qualified name. encodeLiteralAttributeQualifiedNameOnSecondBit(String the namespace URI of the qualified name. namespaceURI, String the prefix of the qualified name. prefix, String the local name of the qualified name. localName, LocalNameQualifiedNamesMap.Entry entry) Encode a literal qualified name of an Attribute InforImplementation of clause C.17 of ITU-T Rec.maiton IX.891 \| ISO/IEC 24824-1.ause C.17 of ITU-T Rec.X.891 \| ISO/IEC 24824-1.
protected final void	encodeLiteralElementQualifiedNameOnThirdBit(String the namespace URI of the qualified name. namespaceURI, String the prefix of the qualified name. prefix, String localName, LocalNameQualifiedNamesMap.Entry entry) Encode a literal qualified name of an Element InforImplementation of clause C.18 of ITU-T Rec.maiton IX.891 \| ISO/IEC 24824-1.ause C.18 of ITU-T Rec.X.891 \| ISO/IEC 24824-1.
protected final void	encodeNamespaceAttribute(String the prefix of the namespace declaration, if "" then there is no prefix for the namespace declaration. prefix, String the URI of the namespace declaration, if "" then there is no URI for the namespace declaration. uri) Encode a Attribute Information Item that is a namespace declaration.
protected final void	encodeNonEmptyCharacterStringOnFifthBit(String the string. s) Encode a non empty string on the fifth bit of an octet using the UTF-8 or UTF-16 encoding.Implementation of clause C.23 of ITU-T Rec.
protected final void	encodeNonEmptyCharacterStringOnFifthBit(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length) Encode a non empty string on the fifth bit of an octet using the UTF-8 or UTF-16 encoding.Implementation of clause C.23 of ITU-T Rec.
protected final void	encodeNonEmptyCharacterStringOnSeventhBit(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length) Encode a non empty string on the seventh bit of an octet using the UTF-8 or UTF-16 encoding.Implementation of clause C.24 of ITU-T Rec.
protected final void	encodeNonEmptyFourBitCharacterString(int[] table, char[] ch, int offset, int octetPairLength, int octetSingleLength)
protected final void	encodeNonEmptyFourBitCharacterStringOnSeventhBit(int[] the table mapping characters to 4 bit values. table, char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length) Encode a non empty string on the seventh bit of an octet using a restricted alphabet that results in the encoding of a character in 4 bits (or two characters per octet).Implementation of clause C.24 of ITU-T Rec.X.891 \| ISO/IEC 24824-1.
protected final void	encodeNonEmptyNBitCharacterStringOnSeventhBit(String the alphabet defining the mapping between characters and integer values. alphabet, char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length) Encode a non empty string on the seventh bit of an octet using a restricted alphabet table.Implementation of clause C.24 of ITU-T Rec.X.891 \| ISO/IEC 24824-1.
protected final void	encodeNonEmptyOctetStringOnSecondBit(String the string. s) Encode a non empty string on the second bit of an octet using the UTF-8 encoding.Implementation of clause C.22 of ITU-T Rec.
protected final void	encodeNonEmptyUTF8StringAsOctetString(int the current octet that is being written. b, String the string to be UTF-8 encoded. s, int[] the array of constants to use when encoding to determin how the length of the UTF-8 encoded string is encoded. constants) Encode a non empty string using the UTF-8 encoding.
protected final void	encodeNonEmptyUTF8StringAsOctetString(int the current octet that is being written. b, char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. how the length of the UTF-8 encoded string is encoded. length, int[] the array of constants to use when encoding to determin how the length of the UTF-8 encoded string is encoded. constants) Encode a non empty string using the UTF-8 encoding.
protected final void	encodeNonIdentifyingStringOnFirstBit(String the string to encode s, StringIntMap the vocabulary table of strings to indexes. map, boolean true if the string could be added to the vocabulary table (if table has enough memory) addToTable, boolean true if the string must be added to the vocabulary table (if not already present in the table). mustBeAddedToTable) Encode a non identifying string on the first bit of an octet.Implementation of clause C.14 of ITU-T Rec.
protected final void	encodeNonIdentifyingStringOnFirstBit(String the string to encode s, CharArrayIntMap the vocabulary table of character arrays to indexes. map, boolean true if the string should be added to the vocabulary table (if not already present in the table). addToTable) Encode a non identifying string on the first bit of an octet.Implementation of clause C.14 of ITU-T Rec.
protected final void	encodeNonIdentifyingStringOnFirstBit(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length, CharArrayIntMap the vocabulary table of character arrays to indexes. map, boolean true if the string should be added to the vocabulary table (if not already present in the table). addToTable, boolean true if the array of characters should be cloned if added to the vocabulary table. clone) Encode a non identifying string on the first bit of an octet.Implementation of clause C.14 of ITU-T Rec.
protected final void	encodeNonIdentifyingStringOnFirstBit(int id, int[] table, String s, boolean addToTable, boolean mustBeAddedToTable)
protected final void	encodeNonIdentifyingStringOnFirstBit(String the encoding algorithm URI. If the URI == null then the encoding algorithm identifier takes precendence. URI, int the encoding algorithm identifier. id, Object the data to be encoded using an encoding algorithm. data) Encode a non identifying string on the first bit of an octet as binary data using an encoding algorithm.Implementation of clause C.14 of ITU-T Rec.
protected final void	encodeNonIdentifyingStringOnThirdBit(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length, CharArrayIntMap the vocabulary table of character arrays to indexes. map, boolean true if the array of characters should be added to the vocabulary table (if not already present in the table). addToTable, boolean true if the array of characters should be cloned if added to the vocabulary table. clone) Encode a non identifying string on the third bit of an octet.Implementation of clause C.15 of ITU-T Rec.
protected final void	encodeNonIdentifyingStringOnThirdBit(String the encoding algorithm URI. If the URI == null then the encoding algorithm identifier takes precendence. URI, int the encoding algorithm identifier. id, Object the data to be encoded using an encoding algorithm. data) Encode a non identifying string on the third bit of an octet as binary data using an encoding algorithm.Implementation of clause C.15 of ITU-T Rec.
protected final void	encodeNonIdentifyingStringOnThirdBit(String the encoding algorithm URI. If the URI == null then the encoding algorithm identifier takes precendence. URI, int the encoding algorithm identifier. id, byte[] the data, as an array of bytes, to be encoded. d, int the offset into the array of bytes. offset, int the length of bytes. length) Encode a non identifying string on the third bit of an octet as binary data using an encoding algorithm.Implementation of clause C.15 of ITU-T Rec.
protected final void	encodeNonZeroInteger(int the current octet that is being written. b, int the non zero integer. i, int[] the array of constants to use when encoding to determin how the non zero integer is encoded. constants) Encode a non zero integer.
protected final void	encodeNonZeroIntegerOnFourthBit(int The integer to encode, which is a member of the interval [0, 1048575]. In the specification the interval is [1, 1048576] i) Encode a non zero integer on the fourth bit of an octet.Implementation of clause C.28 of ITU-T Rec.
protected final void	encodeNonZeroIntegerOnSecondBitFirstBitOne(int The integer to encode, which is a member of the interval [0, 1048575]. In the specification the interval is [1, 1048576] i) Encode a non zero integer on the second bit of an octet, setting the first bit to 1.Implementation of clause C.24 of ITU-T Rec.
protected final void	encodeNonZeroIntegerOnSecondBitFirstBitZero(int The integer to encode, which is a member of the interval [0, 1048575]. In the specification the interval is [1, 1048576] i) Encode a non zero integer on the second bit of an octet, setting the first bit to 0.Implementation of clause C.25 of ITU-T Rec.
protected final void	encodeNonZeroIntegerOnThirdBit(int The integer to encode, which is a member of the interval [0, 1048575]. In the specification the interval is [1, 1048576] i) Encode a non zero integer on the third bit of an octet.Implementation of clause C.27 of ITU-T Rec.
protected final void	encodeNonZeroOctetStringLength(int the current octet that is being written. b, int the length of the UTF-8 encoded string. how the length of the UTF-8 encoded string is encoded. length, int[] the array of constants to use when encoding to determin how the length of the UTF-8 encoded string is encoded. constants) Encode the length of non empty UTF-8 encoded string.
protected final void	encodeNonZeroOctetStringLengthOnFifthBit(int the length to encode. length) Encode the length of a UTF-8 or UTF-16 encoded string on the fifth bit of an octet.Implementation of clause C.23 of ITU-T Rec.
protected final void	encodeNonZeroOctetStringLengthOnSecondBit(int the length to encode. length) Encode the length of a UTF-8 encoded string on the second bit of an octet.Implementation of clause C.22 of ITU-T Rec.
protected final void	encodeNonZeroOctetStringLengthOnSenventhBit(int the length to encode. length) Encode the length of a encoded string on the seventh bit of an octet.Implementation of clause C.24 of ITU-T Rec.
protected final void	encodeNumericFourBitCharacters(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length, boolean if characters should be added to table. addToTable) Encode a chunk of Character Information Items using a numeric alphabet that results in the encoding of a character in 4 bits (or two characters per octet).
protected final void	encodeNumericNonIdentifyingStringOnFirstBit(String s, boolean addToTable, boolean mustBeAddedToTable)
protected final void	encodeProcessingInstruction(String the target of the processing instruction. target, String the data of the processing instruction. data) Encode a Processing Instruction Information Item.
protected final void	encodeTermination() Encode a termination if required.
protected final int	encodeUtf16String(String the string to encode. s) Encode a string using the UTF-16 encoding.
protected final int	encodeUtf16String(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length) Encode a string using the UTF-16 encoding.
protected final int	encodeUTF8String(String the string to encode. s) Encode a string using the UTF-8 encoding.
protected final int	encodeUTF8String(char[] the array of characters. ch, int the offset into the array of characters. offset, int the length of characters. length) Encode a string using the UTF-8 encoding.
private void	ensureEncodingBufferSizeForUtf16String(int length)
private void	ensureEncodingBufferSizeForUtf8String(int length)
private void	ensureSize(int length)
public int	getAttributeValueMapMemoryLimit() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getAttributeValueMapMemoryLimit. Gets the limit on the memory size of Map of attribute values that will be indexed.
public int	getCharacterContentChunkMapMemoryLimit() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getCharacterContentChunkMapMemoryLimit. Gets the limit on the memory size, allocated for indexed character content chunks.
public String	getCharacterEncodingScheme() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getCharacterEncodingScheme. Gets the character encoding scheme.
private static String	getDefaultEncodingScheme()
public final boolean	getIgnoreComments() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getIgnoreComments. Get the `IGNORE_COMMENTS_FEATURE`.
public final boolean	getIgnoreDTD() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getIgnoreDTD. Get the `IGNORE_DTD_FEATURE`.
public final boolean	getIgnoreProcesingInstructions() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getIgnoreProcesingInstructions. Get the `IGNORE_PROCESSING_INSTRUCTIONS_FEATURE`.
public final boolean	getIgnoreWhiteSpaceTextContent() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getIgnoreWhiteSpaceTextContent. Get the `IGNORE_WHITE_SPACE_TEXT_CONTENT_FEATURE`.
public int	getMaxAttributeValueSize() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getMaxAttributeValueSize. Gets the maximum size of attribute values that will be indexed.
public int	getMaxCharacterContentChunkSize() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getMaxCharacterContentChunkSize. Gets the maximum size of character content chunks that might be indexed.
public int	getMinAttributeValueSize() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getMinAttributeValueSize. Gets the minimum size of attribute values that will be indexed.
public int	getMinCharacterContentChunkSize() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getMinCharacterContentChunkSize. Gets the minimum size of character content chunks that will be indexed.
public static String	Returns: the prefix, or "" if there is no prefix. getPrefixFromQualifiedName(String the qualified name qName) Obtain the prefix from a qualified name.
public Map<String, EncodingAlgorithm>	getRegisteredEncodingAlgorithms() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getRegisteredEncodingAlgorithms. Gets the set of registered encoding algorithms.
public VocabularyApplicationData	getVocabularyApplicationData() Implements org.jvnet.fastinfoset.FastInfosetSerializer.getVocabularyApplicationData. Get the application data associated with the serializer vocabulary.
protected final boolean	hasMark() Returns: true if the mark has been set, otherwise false if the mark has not been set.
public boolean	Returns: whether attribute value matches limit isAttributeValueLengthMatchesLimit(int the length of attribute length) Checks whether attribute value (its length) matches length limit
public boolean	Returns: whether character content chunk length matches limit isCharacterContentChunkLengthMatchesLimit(int the length of character content chunk is checking to be added to Map. length) Checks whether character content chunk (its length) matches length limit
public static boolean	Returns: true if all characters are white space, false otherwise isWhiteSpace(final char[] the character array ch, int the starting character index into the array to check from start, final int the number of characters to check length) Check if character array contains characters that are all white space.
public static boolean	Returns: true if all characters are white space, false otherwise isWhiteSpace(String the string s) Check if a String contains characters that are all white space.
protected final void	mark() Mark the current position in the buffered stream.
private static int	maxCharacter(String alphabet)
public void	reset() Implements org.jvnet.fastinfoset.FastInfosetSerializer.reset. Reset the encoder for reuse encoding another XML infoset.
private void	resetBits()
protected final void	resetMark() Reset the marked position in the buffered stream.
private void	resize(int length)
public void	setAttributeValueMapMemoryLimit(int size) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setAttributeValueMapMemoryLimit. Sets the limit on the memory size of Map of attribute values that will be indexed.
public void	setCharacterContentChunkMapMemoryLimit(int size) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setCharacterContentChunkMapMemoryLimit. Sets the limit on the memory size, allocated for indexed character content chunks.
public final void	setCharacterEncodingScheme(String characterEncodingScheme) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setCharacterEncodingScheme. Sets the character encoding scheme.
public void	setExternalVocabulary(ExternalVocabulary v) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setExternalVocabulary. Set the external vocabulary that shall be used when serializing.
public final void	setIgnoreComments(boolean ignoreComments) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setIgnoreComments. Set the `IGNORE_COMMENTS_FEATURE`.
public final void	setIgnoreDTD(boolean ignoreDTD) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setIgnoreDTD. Set the `IGNORE_DTD_FEATURE`.
public final void	setIgnoreProcesingInstructions(boolean ignoreProcesingInstructions) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setIgnoreProcesingInstructions. Set the `IGNORE_PROCESSING_INSTRUCTIONS_FEATURE`.
public final void	setIgnoreWhiteSpaceTextContent(boolean ignoreWhiteSpaceTextContent) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setIgnoreWhiteSpaceTextContent. Set the `IGNORE_WHITE_SPACE_TEXT_CONTENT_FEATURE`.
public void	setMaxAttributeValueSize(int size) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setMaxAttributeValueSize. Sets the maximum size of attribute values that will be indexed.
public void	setMaxCharacterContentChunkSize(int size) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setMaxCharacterContentChunkSize. Sets the maximum size of character content chunks that might be indexed.
public void	setMinAttributeValueSize(int size) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setMinAttributeValueSize. Sets the minimum size of attribute values that will be indexed.
public void	setMinCharacterContentChunkSize(int size) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setMinCharacterContentChunkSize. Sets the minimum size of character content chunks that will be indexed.
public void	setOutputStream(OutputStream the OutputStream where the fast infoset document is written to. s) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setOutputStream. Set the OutputStream to encode the XML infoset to a fast infoset document.
public void	setRegisteredEncodingAlgorithms(final Map<String, EncodingAlgorithm> algorithms) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setRegisteredEncodingAlgorithms. Sets the set of registered encoding algorithms.
public void	setVocabulary(SerializerVocabulary the vocabulary to be used for encoding. vocabulary) Set the SerializerVocabulary to be used for encoding.
public void	setVocabularyApplicationData(VocabularyApplicationData data) Implements org.jvnet.fastinfoset.FastInfosetSerializer.setVocabularyApplicationData. Set the application data to be associated with the serializer vocabulary.
protected final void	write(int i) Write a byte to the buffered stream.
protected final void	write(byte[] the array of bytes. b, int the length of bytes. length) Write an array of bytes to the buffered stream.
protected final void	write(byte[] the array of bytes. b, int the offset into the array of bytes. offset, int the length of bytes. length) Write an array of bytes to the buffered stream.
private void	writeBits(int bits, int v)

Inherited from org.xml.sax.helpers.DefaultHandler:: characters endDocument endElement endPrefixMapping error fatalError ignorableWhitespace notationDecl processingInstruction resolveEntity setDocumentLocator skippedEntity startDocument startElement startPrefixMapping unparsedEntityDecl warning

public abstract Class Encoder

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