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/* Copyright 2004 The Apache Software Foundation
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.apache.xmlbeans;
import org.apache.xmlbeans.impl.store.Saaj;
import org.xml.sax.EntityResolver;
import org.xml.sax.XMLReader;
import javax.xml.namespace.QName;
import java.net.URI;
import java.util.*;
/**
* Used to supply options for loading, saving, and compiling, and validating.
*
* There are two styles for using XmlOptions: multiline setup, and single-line use.
* Here are two examples. First, multiline style:
*
* XmlOptions opts = new XmlOptions();
* opts.setSavePrettyPrint();
* opts.setSavePrettyPrintIndent(4);
* System.out.println(xobj.xmlText(opts));
*
*
* The alternative is single-line usage:
*
* System.out.println(xobj.xmlText(
* new XmlOptions().setSavePrettyPrint().setSavePrettyPrintIndent(4)));
*
*
* Table showing where each option gets used.
* Note that:
*
* - options available for
newInstance methods will also
* apply for parse methods
* - options used for
validate methods are also used for
* compile methods, since compilation usually implies
* validation against Schema for Schemas
*
*
*
*
* newInstance methodsparse methodsvalidate methodscompile methodssave and xmlTextmethods
*
* setDocumentType
* setDocumentSourceName
* setValidateOnSet
* setUnsynchronizedsetLoad***
* setEntityResolversetErrorListener
* setValidateTreatLaxAsSkip
* setValidateStrictsetErrorListener
* setCompile***
* setEntityResolver
* setBaseURI
* setGenerateJavaVersionsetSave***
* setUseDefaultNamespace
* setCharacterEncoding
*
*/
public class XmlOptions implements java.io.Serializable {
//
// Complete set of XmlOption's
//
// TODO - Add selectPath option to track the seletion (default is to clean selections fast).
public enum XmlOptionsKeys {
SAVE_NAMESPACES_FIRST,
SAVE_SYNTHETIC_DOCUMENT_ELEMENT,
SAVE_PRETTY_PRINT,
SAVE_PRETTY_PRINT_INDENT,
SAVE_PRETTY_PRINT_OFFSET,
SAVE_AGGRESSIVE_NAMESPACES,
SAVE_USE_DEFAULT_NAMESPACE,
SAVE_IMPLICIT_NAMESPACES,
SAVE_SUGGESTED_PREFIXES,
SAVE_FILTER_PROCINST,
SAVE_USE_OPEN_FRAGMENT,
SAVE_OUTER,
SAVE_INNER,
SAVE_NO_XML_DECL,
SAVE_SUBSTITUTE_CHARACTERS,
SAVE_OPTIMIZE_FOR_SPEED,
SAVE_CDATA_LENGTH_THRESHOLD,
SAVE_CDATA_ENTITY_COUNT_THRESHOLD,
SAVE_SAX_NO_NSDECLS_IN_ATTRIBUTES,
LOAD_REPLACE_DOCUMENT_ELEMENT,
LOAD_STRIP_WHITESPACE,
LOAD_STRIP_COMMENTS,
LOAD_STRIP_PROCINSTS,
LOAD_LINE_NUMBERS,
LOAD_LINE_NUMBERS_END_ELEMENT,
LOAD_SAVE_CDATA_BOOKMARKS,
LOAD_SUBSTITUTE_NAMESPACES,
LOAD_TRIM_TEXT_BUFFER,
LOAD_ADDITIONAL_NAMESPACES,
LOAD_MESSAGE_DIGEST,
LOAD_USE_DEFAULT_RESOLVER,
LOAD_USE_XMLREADER,
XQUERY_CURRENT_NODE_VAR,
XQUERY_VARIABLE_MAP,
CHARACTER_ENCODING,
ERROR_LISTENER,
DOCUMENT_TYPE,
DOCUMENT_SOURCE_NAME,
COMPILE_SUBSTITUTE_NAMES,
COMPILE_NO_VALIDATION,
COMPILE_NO_UPA_RULE,
COMPILE_NO_PVR_RULE,
COMPILE_NO_ANNOTATIONS,
COMPILE_DOWNLOAD_URLS,
COMPILE_MDEF_NAMESPACES,
COMPILE_PARTIAL_TYPESYSTEM,
COMPILE_PARTIAL_METHODS,
COMPILE_ANNOTATION_JAVADOC,
VALIDATE_ON_SET,
VALIDATE_TREAT_LAX_AS_SKIP,
VALIDATE_STRICT,
VALIDATE_TEXT_ONLY,
UNSYNCHRONIZED,
ENTITY_RESOLVER,
BASE_URI,
SCHEMA_CODE_PRINTER,
GENERATE_JAVA_VERSION,
USE_SAME_LOCALE,
COPY_USE_NEW_SYNC_DOMAIN,
LOAD_ENTITY_BYTES_LIMIT,
ENTITY_EXPANSION_LIMIT,
LOAD_DTD_GRAMMAR,
LOAD_EXTERNAL_DTD,
SAAJ_IMPL,
LOAD_USE_LOCALE_CHAR_UTIL,
XPATH_USE_SAXON,
XPATH_USE_XMLBEANS,
ATTTRIBUTE_VALIDATION_COMPAT_MODE
}
public static final int DEFAULT_ENTITY_EXPANSION_LIMIT = 2048;
private static final XmlOptions EMPTY_OPTIONS;
static {
EMPTY_OPTIONS = new XmlOptions();
EMPTY_OPTIONS._map = Collections.unmodifiableMap(EMPTY_OPTIONS._map);
}
private static final long serialVersionUID = 1L;
private Map _map = new HashMap<>();
/**
* Construct a new blank XmlOptions.
*/
public XmlOptions() {
}
/**
* Construct a new XmlOptions, copying the options.
*/
public XmlOptions(XmlOptions other) {
if (other != null) {
_map.putAll(other._map);
}
}
//
// Handy-dandy helper methods for setting some options
//
/**
* This option will cause the saver to save namespace attributes first.
*
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSaveNamespacesFirst() {
return setSaveNamespacesFirst(true);
}
public XmlOptions setSaveNamespacesFirst(boolean b) {
return set(XmlOptionsKeys.SAVE_NAMESPACES_FIRST, b);
}
public boolean isSaveNamespacesFirst() {
return hasOption(XmlOptionsKeys.SAVE_NAMESPACES_FIRST);
}
/**
* This option will cause the saver to reformat white space for easier reading.
*
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSavePrettyPrint() {
return setSavePrettyPrint(true);
}
public XmlOptions setSavePrettyPrint(boolean b) {
return set(XmlOptionsKeys.SAVE_PRETTY_PRINT, b);
}
public boolean isSavePrettyPrint() {
return hasOption(XmlOptionsKeys.SAVE_PRETTY_PRINT);
}
/**
* When used with setSavePrettyPrint this sets the indent
* amount to use.
*
* @param indent the indent amount to use
* @see #setSavePrettyPrint
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSavePrettyPrintIndent(int indent) {
return set(XmlOptionsKeys.SAVE_PRETTY_PRINT_INDENT, indent);
}
public Integer getSavePrettyPrintIndent() {
return (Integer) get(XmlOptionsKeys.SAVE_PRETTY_PRINT_INDENT);
}
/**
* When used with setSavePrettyPrint this sets the offset
* amount to use.
*
* @param offset the offset amount to use
* @see #setSavePrettyPrint
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSavePrettyPrintOffset(int offset) {
return set(XmlOptionsKeys.SAVE_PRETTY_PRINT_OFFSET, offset);
}
public Integer getSavePrettyPrintOffset() {
return (Integer) get(XmlOptionsKeys.SAVE_PRETTY_PRINT_OFFSET);
}
/**
* When writing a document, this sets the character
* encoding to use.
*
* @param encoding the character encoding
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
* @see XmlTokenSource#save(java.io.File, XmlOptions)
*/
public XmlOptions setCharacterEncoding(String encoding) {
return set(XmlOptionsKeys.CHARACTER_ENCODING, encoding);
}
public String getCharacterEncoding() {
return (String) get(XmlOptionsKeys.CHARACTER_ENCODING);
}
/**
* When parsing a document, this sets the type of the root
* element. If this is set, the parser will not try to guess
* the type based on the document's QName.
*
* @param type The root element's document type.
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setDocumentType(SchemaType type) {
return set(XmlOptionsKeys.DOCUMENT_TYPE, type);
}
public SchemaType getDocumentType() {
return (SchemaType) get(XmlOptionsKeys.DOCUMENT_TYPE);
}
/**
* Sets a collection object for collecting {@link XmlError} objects
* during parsing, validation, and compilation. When set, the collection
* will contain all the errors after the operation takes place. Notice that
* the errors will only have line numbers if the document was
* loaded with line numbers enabled.
*
* The following simple example illustrates using an error listener
* during validation.
*
*
* // Create an XmlOptions instance and set the error listener.
* XmlOptions validateOptions = new XmlOptions();
* ArrayList errorList = new ArrayList();
* validateOptions.setErrorListener(errorList);
*
* // Validate the XML.
* boolean isValid = newEmp.validate(validateOptions);
*
* // If the XML isn't valid, loop through the listener's contents,
* // printing contained messages.
* if (!isValid)
* {
* for (int i = 0; i < errorList.size(); i++)
* {
* XmlError error = (XmlError)errorList.get(i);
*
* System.out.println("\n");
* System.out.println("Message: " + error.getMessage() + "\n");
* System.out.println("Location of invalid XML: " +
* error.getCursorLocation().xmlText() + "\n");
* }
* }
*
*
* @param c A collection that will be filled with {@link XmlError} objects
* via {@link Collection#add}
* @see XmlError
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
* @see XmlObject#validate(XmlOptions)
* @see XmlBeans#compileXsd
* @see XmlOptions#setLoadLineNumbers
*/
public XmlOptions setErrorListener(Collection c) {
return set(XmlOptionsKeys.ERROR_LISTENER, c);
}
@SuppressWarnings("unchecked")
public Collection getErrorListener() {
return (Collection) get(XmlOptionsKeys.ERROR_LISTENER);
}
/**
* Causes the saver to reduce the number of namespace prefix declarations.
* The saver will do this by passing over the document twice, first to
* collect the set of needed namespace declarations, and then second
* to actually save the document with the declarations collected
* at the root.
*
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSaveAggressiveNamespaces() {
return setSaveAggressiveNamespaces(true);
}
public XmlOptions setSaveAggressiveNamespaces(boolean b) {
return set(XmlOptionsKeys.SAVE_AGGRESSIVE_NAMESPACES, b);
}
public boolean isSaveAggressiveNamespaces() {
return hasOption(XmlOptionsKeys.SAVE_AGGRESSIVE_NAMESPACES);
}
/**
* This option causes the saver to wrap the current fragment in
* an element with the given name.
*
* @param name the name to use for the top level element
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSaveSyntheticDocumentElement(QName name) {
return set(XmlOptionsKeys.SAVE_SYNTHETIC_DOCUMENT_ELEMENT, name);
}
public QName getSaveSyntheticDocumentElement() {
return (QName) get(XmlOptionsKeys.SAVE_SYNTHETIC_DOCUMENT_ELEMENT);
}
/**
* If this option is set, the saver will try to use the default
* namespace for the most commonly used URI. If it is not set
* the saver will always created named prefixes.
*
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setUseDefaultNamespace() {
return setUseDefaultNamespace(true);
}
public XmlOptions setUseDefaultNamespace(boolean b) {
return set(XmlOptionsKeys.SAVE_USE_DEFAULT_NAMESPACE, b);
}
public boolean isUseDefaultNamespace() {
return hasOption(XmlOptionsKeys.SAVE_USE_DEFAULT_NAMESPACE);
}
/**
* If namespaces have already been declared outside the scope of the
* fragment being saved, this allows those mappings to be passed
* down to the saver, so the prefixes are not re-declared.
*
* @param implicitNamespaces a map of prefixes to uris that can be
* used by the saver without being declared
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSaveImplicitNamespaces(Map implicitNamespaces) {
return set(XmlOptionsKeys.SAVE_IMPLICIT_NAMESPACES, implicitNamespaces);
}
@SuppressWarnings("unchecked")
public Map getSaveImplicitNamespaces() {
return (Map) get(XmlOptionsKeys.SAVE_IMPLICIT_NAMESPACES);
}
/**
* A map of hints to pass to the saver for which prefixes to use
* for which namespace URI.
*
* @param suggestedPrefixes a map from URIs to prefixes
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSaveSuggestedPrefixes(Map suggestedPrefixes) {
return set(XmlOptionsKeys.SAVE_SUGGESTED_PREFIXES, suggestedPrefixes);
}
@SuppressWarnings("unchecked")
public Map getSaveSuggestedPrefixes() {
return (Map) get(XmlOptionsKeys.SAVE_SUGGESTED_PREFIXES);
}
/**
* This option causes the saver to filter a Processing Instruction
* with the given target
*
* @param filterProcinst the name of a Processing Instruction to filter
* on save
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSaveFilterProcinst(String filterProcinst) {
return set(XmlOptionsKeys.SAVE_FILTER_PROCINST, filterProcinst);
}
public String getSaveFilterProcinst() {
return (String) get(XmlOptionsKeys.SAVE_FILTER_PROCINST);
}
/**
* This option causes the saver to replace characters with other values in
* the output stream. It is intended to be used for escaping non-standard
* characters during output.
*
* @param characterReplacementMap is an XmlOptionCharEscapeMap containing
* the characters to be escaped.
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
* @see XmlOptionCharEscapeMap
*/
public XmlOptions setSaveSubstituteCharacters(
XmlOptionCharEscapeMap characterReplacementMap) {
return set(XmlOptionsKeys.SAVE_SUBSTITUTE_CHARACTERS, characterReplacementMap);
}
public XmlOptionCharEscapeMap getSaveSubstituteCharacters() {
return (XmlOptionCharEscapeMap) get(XmlOptionsKeys.SAVE_SUBSTITUTE_CHARACTERS);
}
/**
* When saving a fragment, this option changes the qname of the synthesized
* root element. Normally <xml-fragment> is used.
*
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSaveUseOpenFrag() {
return setSaveUseOpenFrag(true);
}
public XmlOptions setSaveUseOpenFrag(boolean b) {
return set(XmlOptionsKeys.SAVE_USE_OPEN_FRAGMENT, b);
}
public boolean isSaveUseOpenFrag() {
return hasOption(XmlOptionsKeys.SAVE_USE_OPEN_FRAGMENT);
}
/**
* This option controls whether saving begins on the element or its contents
*
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSaveOuter() {
return setSaveOuter(true);
}
public XmlOptions setSaveOuter(boolean b) {
return set(XmlOptionsKeys.SAVE_OUTER, b);
}
public boolean isSaveOuter() {
return hasOption(XmlOptionsKeys.SAVE_OUTER);
}
/**
* This option controls whether saving begins on the element or its contents
*
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSaveInner() {
return setSaveInner(true);
}
public XmlOptions setSaveInner(boolean b) {
return set(XmlOptionsKeys.SAVE_INNER, b);
}
public boolean isSaveInner() {
return hasOption(XmlOptionsKeys.SAVE_INNER);
}
/**
* This option controls whether saving saves out the XML
* declaration (
*
* @see XmlTokenSource#save(java.io.File, XmlOptions)
* @see XmlTokenSource#xmlText(XmlOptions)
*/
public XmlOptions setSaveNoXmlDecl() {
return setSaveNoXmlDecl(true);
}
public XmlOptions setSaveNoXmlDecl(boolean b) {
return set(XmlOptionsKeys.SAVE_NO_XML_DECL, b);
}
public boolean isSaveNoXmlDecl() {
return hasOption(XmlOptionsKeys.SAVE_NO_XML_DECL);
}
/**
* This option controls when saving will use CDATA blocks.
* CDATA will be used if the folowing condition is true:
*
textLength > cdataLengthThreshold && entityCount > cdataEntityCountThreshold
*
The default value of cdataLengthThreshold is 32.
*
*
Use the folowing values for these cases:
*
* Scenario cdataLengthThreshold cdataEntityCountThreshold Every text is CDATA 0 -1 Only text that has an entity is CDATA 0 0 Only text longer than x chars is CDATA x -1 Only text that has y entitazable chars is CDATA 0 y Only text longer than x chars and has y entitazable chars is CDATA x y
*
* @see XmlOptions#setSaveCDataEntityCountThreshold(int)
*/
public XmlOptions setSaveCDataLengthThreshold(int cdataLengthThreshold) {
return set(XmlOptionsKeys.SAVE_CDATA_LENGTH_THRESHOLD, cdataLengthThreshold);
}
public Integer getSaveCDataLengthThreshold() {
return (Integer) get(XmlOptionsKeys.SAVE_CDATA_LENGTH_THRESHOLD);
}
/**
* This option controls when saving will use CDATA blocks.
* CDATA will be used if the folowing condition is true:
*
textLength > cdataLengthThreshold && entityCount > cdataEntityCountThreshold
*
The default value of cdataEntityCountThreshold is 5.
*
* @see XmlOptions#setSaveCDataLengthThreshold(int)
*/
public XmlOptions setSaveCDataEntityCountThreshold(int cdataEntityCountThreshold) {
return set(XmlOptionsKeys.SAVE_CDATA_ENTITY_COUNT_THRESHOLD, cdataEntityCountThreshold);
}
public Integer getSaveCDataEntityCountThreshold() {
return (Integer) get(XmlOptionsKeys.SAVE_CDATA_ENTITY_COUNT_THRESHOLD);
}
/**
* Use this option when parsing and saving XML documents.
*
* For parsing this option will annotate the text fields in the store with CDataBookmark.
*
* For saving this option will save the text fields annotated with CDataBookmark as
* CDATA XML text.
* Note: The SaveCDataEntityCountThreshold and SaveCDataLengthThreshold options and
* their default values still apply.
*
* Note: Due to the store representation, a CDATA will not be recognized
* if it is imediately after non CDATA text and all text following it will
* be considered CDATA.
* Example:
*
* <a><![CDATA[cdata text]]></a> - is considered as: <a><![CDATA[cdata text]]></a>
* <b><![CDATA[cdata text]]> regular text</b> - is considered as: <b><![CDATA[cdata text regular text]]></b>
* <c>text <![CDATA[cdata text]]></c> - is considered as: <c>text cdata text</c>
*
*
*
* Sample code:
*
* String xmlText = "<a>\n" +
* "<a><![CDATA[cdata text]]></a>\n" +
* "<b><![CDATA[cdata text]]> regular text</b>\n" +
* "<c>text <![CDATA[cdata text]]></c>\n" +
* "</a>";
* System.out.println(xmlText);
*
* XmlOptions opts = new XmlOptions();
* opts.setUseCDataBookmarks();
*
* XmlObject xo = XmlObject.Factory.parse( xmlText , opts);
*
* System.out.println("xo1:\n" + xo.xmlText(opts));
* System.out.println("\n");
*
* opts.setSavePrettyPrint();
* System.out.println("xo2:\n" + xo.xmlText(opts));
*
*
*
* @see CDataBookmark
* @see CDataBookmark#CDATA_BOOKMARK
*/
public XmlOptions setUseCDataBookmarks() {
return set(XmlOptionsKeys.LOAD_SAVE_CDATA_BOOKMARKS);
}
public boolean isUseCDataBookmarks() {
return hasOption(XmlOptionsKeys.LOAD_SAVE_CDATA_BOOKMARKS);
}
/**
* This option controls whether namespace declarations are included as attributes in the
* startElement event. By default, up to and including XMLBeans 2.3.0 they were included, in
* subsequent versions, they are no longer included.
*/
public XmlOptions setSaveSaxNoNSDeclsInAttributes() {
return setSaveSaxNoNSDeclsInAttributes(true);
}
public XmlOptions setSaveSaxNoNSDeclsInAttributes(boolean b) {
return set(XmlOptionsKeys.SAVE_SAX_NO_NSDECLS_IN_ATTRIBUTES, b);
}
public boolean isSaveSaxNoNSDeclsInAttributes() {
return hasOption(XmlOptionsKeys.SAVE_SAX_NO_NSDECLS_IN_ATTRIBUTES);
}
/**
* If this option is set, the document element is replaced with the
* given QName when parsing. If null is supplied, the document element
* is removed.
*
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setLoadReplaceDocumentElement(QName replacement) {
return set(XmlOptionsKeys.LOAD_REPLACE_DOCUMENT_ELEMENT, replacement);
}
public QName getLoadReplaceDocumentElement() {
return (QName) get(XmlOptionsKeys.LOAD_REPLACE_DOCUMENT_ELEMENT);
}
/**
* If this option is set, all insignificant whitespace is stripped
* when parsing a document. Can be used to save memory on large
* documents when you know there is no mixed content.
*
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setLoadStripWhitespace() {
return setLoadStripWhitespace(true);
}
public XmlOptions setLoadStripWhitespace(boolean b) {
return set(XmlOptionsKeys.LOAD_STRIP_WHITESPACE, b);
}
public boolean isSetLoadStripWhitespace() {
return hasOption(XmlOptionsKeys.LOAD_STRIP_WHITESPACE);
}
/**
* If this option is set, all comments are stripped when parsing
* a document.
*
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setLoadStripComments() {
return setLoadStripComments(true);
}
public XmlOptions setLoadStripComments(boolean b) {
return set(XmlOptionsKeys.LOAD_STRIP_COMMENTS, b);
}
public boolean isLoadStripComments() {
return hasOption(XmlOptionsKeys.LOAD_STRIP_COMMENTS);
}
/**
* If this option is set, all processing instructions
* are stripped when parsing a document.
*
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setLoadStripProcinsts() {
return setLoadStripProcinsts(true);
}
public XmlOptions setLoadStripProcinsts(boolean b) {
return set(XmlOptionsKeys.LOAD_STRIP_PROCINSTS, b);
}
public boolean isLoadStripProcinsts() {
return hasOption(XmlOptionsKeys.LOAD_STRIP_PROCINSTS);
}
/**
* If this option is set, line number annotations are placed
* in the store when parsing a document. This is particularly
* useful when you want {@link XmlError} objects to contain
* line numbers.
*
Note: This adds line numbers info only for start tags.
* For line number info on end tags use:
* {@link XmlOptions#setLoadLineNumbersEndElement()}
*
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
* @see XmlError
*/
public XmlOptions setLoadLineNumbers() {
return setLoadLineNumbers(true);
}
public XmlOptions setLoadLineNumbers(boolean b) {
return set(XmlOptionsKeys.LOAD_LINE_NUMBERS, b);
}
public boolean isLoadLineNumbers() {
return hasOption(XmlOptionsKeys.LOAD_LINE_NUMBERS);
}
/**
* If this option is set, line number annotations are placed
* in the store when parsing a document. This is particularly
* useful when you want {@link XmlError} objects to contain
* line numbers. Use the option to load line numbers at the end of an element.
*/
public XmlOptions setLoadLineNumbersEndElement() {
return setLoadLineNumbersEndElement(true);
}
public XmlOptions setLoadLineNumbersEndElement(boolean b) {
setLoadLineNumbers(true);
return set(XmlOptionsKeys.LOAD_LINE_NUMBERS_END_ELEMENT, b);
}
public boolean isLoadLineNumbersEndElement() {
return hasOption(XmlOptionsKeys.LOAD_LINE_NUMBERS_END_ELEMENT);
}
/**
* This option sets a map of namespace uri substitutions that happen
* when parsing a document.
*
* This is particularly useful if you
* have documents that use no namespace, but you wish to avoid
* the name collision problems that occur when you introduce
* schema definitions without a target namespace.
*
* By mapping the empty string "" (the absence of a URI) to a specific
* namespace, you can force the parser to behave as if a no-namespace
* document were actually in the specified namespace. This allows you
* to type the instance according to a schema in a nonempty namespace,
* and therefore avoid the problematic practice of using schema
* definitions without a target namespace.
*
* @param substNamespaces a map of document URIs to replacement URIs
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setLoadSubstituteNamespaces(Map substNamespaces) {
return set(XmlOptionsKeys.LOAD_SUBSTITUTE_NAMESPACES, substNamespaces);
}
@SuppressWarnings("unchecked")
public Map getLoadSubstituteNamespaces() {
return (Map) get(XmlOptionsKeys.LOAD_SUBSTITUTE_NAMESPACES);
}
/**
* If this option is set, the underlying xml text buffer is trimmed
* immediately after parsing a document resulting in a smaller memory
* footprint. Use this option if you are loading a large number
* of unchanging documents that will stay in memory for some time.
*
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setLoadTrimTextBuffer() {
return setLoadTrimTextBuffer(true);
}
public XmlOptions setLoadTrimTextBuffer(boolean b) {
return set(XmlOptionsKeys.LOAD_TRIM_TEXT_BUFFER, b);
}
public boolean isLoadTrimTextBuffer() {
return hasOption(XmlOptionsKeys.LOAD_TRIM_TEXT_BUFFER);
}
/**
* Set additional namespace mappings to be added when parsing
* a document.
*
* @param nses additional namespace mappings
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setLoadAdditionalNamespaces(Map nses) {
return set(XmlOptionsKeys.LOAD_ADDITIONAL_NAMESPACES, nses);
}
@SuppressWarnings("unchecked")
public Map getLoadAdditionalNamespaces() {
return (Map) get(XmlOptionsKeys.LOAD_ADDITIONAL_NAMESPACES);
}
/**
* If this option is set when loading from an InputStream or File, then
* the loader will compute a 160-bit SHA-1 message digest of the XML
* file while loading it and make it available via
* XmlObject.documentProperties().getMessageDigest();
*
* The schema compiler uses message digests to detect and eliminate
* duplicate imported xsd files.
*
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setLoadMessageDigest() {
return setLoadMessageDigest(true);
}
public XmlOptions setLoadMessageDigest(boolean b) {
return set(XmlOptionsKeys.LOAD_MESSAGE_DIGEST, b);
}
public boolean isLoadMessageDigest() {
return hasOption(XmlOptionsKeys.LOAD_MESSAGE_DIGEST);
}
/**
* By default, XmlBeans does not resolve entities when parsing xml
* documents (unless an explicit entity resolver is specified).
* Use this option to turn on entity resolving by default.
*
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setLoadUseDefaultResolver() {
return setLoadUseDefaultResolver(true);
}
public XmlOptions setLoadUseDefaultResolver(boolean b) {
return set(XmlOptionsKeys.LOAD_USE_DEFAULT_RESOLVER, b);
}
public boolean isLoadUseDefaultResolver() {
return hasOption(XmlOptionsKeys.LOAD_USE_DEFAULT_RESOLVER);
}
/**
* By default, XmlBeans creates a JAXP parser,
* other parsers can be used by providing an XMLReader.
* For using the default JDK's SAX parser use:
* xmlOptions.setLoadUseXMLReader( SAXParserFactory.newInstance().newSAXParser().getXMLReader() );
*
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setLoadUseXMLReader(XMLReader xmlReader) {
return set(XmlOptionsKeys.LOAD_USE_XMLREADER, xmlReader);
}
public XMLReader getLoadUseXMLReader() {
return (XMLReader) get(XmlOptionsKeys.LOAD_USE_XMLREADER);
}
/**
* Sets the name of the variable that represents
* the current node in a query expression.
*
* @param varName The new variable name to use for the query.
* @see XmlObject#execQuery
* @see XmlCursor#execQuery
*/
public XmlOptions setXqueryCurrentNodeVar(String varName) {
return set(XmlOptionsKeys.XQUERY_CURRENT_NODE_VAR, varName);
}
public String getXqueryCurrentNodeVar() {
return (String) get(XmlOptionsKeys.XQUERY_CURRENT_NODE_VAR);
}
/**
* Map the names and values of external variables in an xquery
* expression. The keys of the map are the variable names
* in the query without the '$' prefix. The values of the map
* are objects and can be any of the primitive wrapper classes,
* String, XmlObject, or XmlCursor. The mapping only applies to
* xquery and has no effect on xpath expressions.
*
* @param varMap a map from Strings to variable instances.
* @see XmlObject#execQuery
* @see XmlCursor#execQuery
*/
public XmlOptions setXqueryVariables(Map varMap) {
return set(XmlOptionsKeys.XQUERY_VARIABLE_MAP, varMap);
}
@SuppressWarnings("unchecked")
public Map getXqueryVariables() {
return (Map) get(XmlOptionsKeys.XQUERY_VARIABLE_MAP);
}
/**
* This option sets the document source name into the xml store
* when parsing a document. If a document is parsed from a
* File or URI, it is automatically set to the URI of the
* source; otherwise, for example, when parsing a String,
* you can use this option to specify the source name yourself.
*
* @see XmlObject.Factory#parse(java.lang.String, XmlOptions)
*/
public XmlOptions setDocumentSourceName(String documentSourceName) {
return set(XmlOptionsKeys.DOCUMENT_SOURCE_NAME, documentSourceName);
}
public String getDocumentSourceName() {
return (String) get(XmlOptionsKeys.DOCUMENT_SOURCE_NAME);
}
/**
* This option allows for QName substitution during schema compilation.
*
* @param nameMap a map from QNames to substitute QNames.
* @see XmlBeans#compileXsd
*/
public XmlOptions setCompileSubstituteNames(Map nameMap) {
return set(XmlOptionsKeys.COMPILE_SUBSTITUTE_NAMES, nameMap);
}
@SuppressWarnings("unchecked")
public Map getCompileSubstituteNames() {
return (Map) get(XmlOptionsKeys.COMPILE_SUBSTITUTE_NAMES);
}
/**
* If this option is set, validation is not done on the Schema XmlBeans
* when building a SchemaTypeSystem
*
* @see XmlBeans#compileXsd
*/
public XmlOptions setCompileNoValidation() {
return set(XmlOptionsKeys.COMPILE_NO_VALIDATION);
}
public boolean isCompileNoValidation() {
return hasOption(XmlOptionsKeys.COMPILE_NO_VALIDATION);
}
/**
* If this option is set, the unique particle attribution rule is not
* enforced when building a SchemaTypeSystem. See
* Appendix H of the XML Schema specification
* for information on the UPA rule.
*
* @see XmlBeans#compileXsd
*/
public XmlOptions setCompileNoUpaRule() {
return setCompileNoUpaRule(true);
}
public XmlOptions setCompileNoUpaRule(boolean b) {
return set(XmlOptionsKeys.COMPILE_NO_UPA_RULE, b);
}
public boolean isCompileNoUpaRule() {
return hasOption(XmlOptionsKeys.COMPILE_NO_UPA_RULE);
}
/**
* If this option is set, the particle valid (restriciton) rule is not
* enforced when building a SchemaTypeSystem. See
* Section 3.9.6 of the XML Schema specification
* for information on the PVR rule.
*
* @see XmlBeans#compileXsd
*/
public XmlOptions setCompileNoPvrRule() {
return setCompileNoPvrRule(true);
}
public XmlOptions setCompileNoPvrRule(boolean b) {
return set(XmlOptionsKeys.COMPILE_NO_PVR_RULE, b);
}
public boolean isCompileNoPvrRule() {
return hasOption(XmlOptionsKeys.COMPILE_NO_PVR_RULE);
}
/**
* if this option is set, the schema compiler will skip annotations when
* processing Schema components.
*
* @see XmlBeans#compileXsd
*/
public XmlOptions setCompileNoAnnotations() {
return setCompileNoAnnotations(true);
}
public XmlOptions setCompileNoAnnotations(boolean b) {
return set(XmlOptionsKeys.COMPILE_NO_ANNOTATIONS, b);
}
public boolean isCompileNoAnnotations() {
return hasOption(XmlOptionsKeys.COMPILE_NO_ANNOTATIONS);
}
/**
* If this option is set, then the schema compiler will try to download
* schemas that appear in imports and includes from network based URLs.
*
* @see XmlBeans#compileXsd
*/
public XmlOptions setCompileDownloadUrls() {
return setCompileDownloadUrls(true);
}
public XmlOptions setCompileDownloadUrls(boolean b) {
return set(XmlOptionsKeys.COMPILE_DOWNLOAD_URLS, b);
}
public boolean isCompileDownloadUrls() {
return hasOption(XmlOptionsKeys.COMPILE_DOWNLOAD_URLS);
}
/**
* If this option is set, then the schema compiler will permit and
* ignore multiple definitions of the same component (element, attribute,
* type, etc) names in the given namespaces. If multiple definitions
* with the same name appear, the definitions that happen to be processed
* last will be ignored.
*
* @param mdefNamespaces a set of namespace URIs as Strings
* @see XmlBeans#compileXsd
*/
public XmlOptions setCompileMdefNamespaces(Set mdefNamespaces) {
return set(XmlOptionsKeys.COMPILE_MDEF_NAMESPACES, mdefNamespaces);
}
@SuppressWarnings("unchecked")
public Set getCompileMdefNamespaces() {
return (Set) get(XmlOptionsKeys.COMPILE_MDEF_NAMESPACES);
}
public XmlOptions setCompilePartialTypesystem() {
return setCompilePartialTypesystem(true);
}
public XmlOptions setCompilePartialTypesystem(boolean compilePartialTypesystem) {
return set(XmlOptionsKeys.COMPILE_PARTIAL_TYPESYSTEM, compilePartialTypesystem);
}
public boolean isCompilePartialTypesystem() {
Boolean flag = (Boolean) get(XmlOptionsKeys.COMPILE_PARTIAL_TYPESYSTEM);
return flag != null && flag;
}
/**
* If this option is set when an instance is created, then value
* facets will be checked on each call to a setter or getter
* method on instances of XmlObject within the instance document.
* If the facets are not satisfied, then an unchecked exception is
* thrown immediately. This option is useful for finding code that
* is introducing invalid values in an XML document, but it
* slows performance.
*
* @see XmlObject.Factory#parse(java.io.File, XmlOptions)
*/
public XmlOptions setValidateOnSet() {
return setValidateOnSet(true);
}
public XmlOptions setValidateOnSet(boolean b) {
return set(XmlOptionsKeys.VALIDATE_ON_SET, b);
}
public boolean isValidateOnSet() {
return hasOption(XmlOptionsKeys.VALIDATE_ON_SET);
}
/**
* Instructs the validator to skip elements matching an
* particle with contentModel="lax". This is useful because,
* in certain situations, XmlBeans will find types on the
* classpath that the document author did not anticipate.
*/
public XmlOptions setValidateTreatLaxAsSkip() {
return setValidateTreatLaxAsSkip(true);
}
public XmlOptions setValidateTreatLaxAsSkip(boolean b) {
return set(XmlOptionsKeys.VALIDATE_TREAT_LAX_AS_SKIP, b);
}
public boolean isValidateTreatLaxAsSkip() {
return hasOption(XmlOptionsKeys.VALIDATE_TREAT_LAX_AS_SKIP);
}
/**
* Performs additional validation checks that are disabled by
* default for better compatibility.
*/
public XmlOptions setValidateStrict() {
return setValidateStrict(true);
}
public XmlOptions setValidateStrict(boolean b) {
return set(XmlOptionsKeys.VALIDATE_STRICT, b);
}
public boolean isValidateStrict() {
return hasOption(XmlOptionsKeys.VALIDATE_STRICT);
}
public XmlOptions setValidateTextOnly() {
return setValidateTextOnly(true);
}
public XmlOptions setValidateTextOnly(boolean b) {
return set(XmlOptionsKeys.VALIDATE_TEXT_ONLY, b);
}
public boolean isValidateTextOnly() {
return hasOption(XmlOptionsKeys.VALIDATE_TEXT_ONLY);
}
/**
* This option controls whether or not operations on XmlBeans are
* thread safe. When not on, all XmlBean operations will be syncronized.
* This provides for multiple thread the ability to access a single
* XmlBeans simultainously, but has a perf impact. If set, then
* only one thread may access an XmlBean.
*/
public XmlOptions setUnsynchronized() {
return setUnsynchronized(true);
}
public XmlOptions setUnsynchronized(boolean b) {
return set(XmlOptionsKeys.UNSYNCHRONIZED, b);
}
public boolean isUnsynchronized() {
return hasOption(XmlOptionsKeys.UNSYNCHRONIZED);
}
/**
* If this option is set when compiling a schema, then the given
* EntityResolver will be consulted in order to resolve any
* URIs while downloading imported schemas.
*
* EntityResolvers are currently only used by compileXsd; they
* are not consulted by other functions, for example, parse.
* This will likely change in the future.
*
* @see XmlBeans#compileXsd
*/
public XmlOptions setEntityResolver(EntityResolver resolver) {
return set(XmlOptionsKeys.ENTITY_RESOLVER, resolver);
}
public EntityResolver getEntityResolver() {
return (EntityResolver) get(XmlOptionsKeys.ENTITY_RESOLVER);
}
/**
* If this option is set when compiling a schema, then the given
* URI will be considered as base URI when deciding the directory
* structure for saving the sources inside the generated JAR file.
*
* @param baseURI the URI to be considered as "base"
* @see XmlBeans#compileXsd
*/
public XmlOptions setBaseURI(URI baseURI) {
return set(XmlOptionsKeys.BASE_URI, baseURI);
}
public URI getBaseURI() {
return (URI) get(XmlOptionsKeys.BASE_URI);
}
/**
* If this option is set when compiling a schema, then the given
* SchemaTypeCodePrinter.Printer will be used to generate the
* Java code.
*
* @see XmlBeans#compileXsd
*/
public XmlOptions setSchemaCodePrinter(SchemaCodePrinter printer) {
return set(XmlOptionsKeys.SCHEMA_CODE_PRINTER, printer);
}
public SchemaCodePrinter getSchemaCodePrinter() {
return (SchemaCodePrinter) get(XmlOptionsKeys.SCHEMA_CODE_PRINTER);
}
/**
* If this option is set to true, the return of XmlObject.copy() method will
* return an object in it's own synchronization domain, otherwise both objects
* will share the same synchronization domain, requiring explicit synchronization
* when concurent accessing the two objects.
*
* @param useNewSyncDomain A flag representing the usage of new domain
* @see XmlObject#copy()
*/
public XmlOptions setCopyUseNewSynchronizationDomain(boolean useNewSyncDomain) {
return set(XmlOptionsKeys.COPY_USE_NEW_SYNC_DOMAIN, useNewSyncDomain);
}
public boolean isCopyUseNewSynchronizationDomain() {
Boolean flag = (Boolean) get(XmlOptionsKeys.COPY_USE_NEW_SYNC_DOMAIN);
return flag != null && flag;
}
public XmlOptions setUseSameLocale(Object localeOrXmlTokenSource) {
return set(XmlOptionsKeys.USE_SAME_LOCALE, localeOrXmlTokenSource);
}
public Object getUseSameLocale() {
return get(XmlOptionsKeys.USE_SAME_LOCALE);
}
/**
* Sets the maximum number of bytes allowed when an Entity is expanded during parsing.
* The default value is 10240 bytes.
*
* @param entityBytesLimit the maximum number of bytes allowed when an Entity is expanded during parsing
* @return this
*/
public XmlOptions setLoadEntityBytesLimit(int entityBytesLimit) {
return set(XmlOptionsKeys.LOAD_ENTITY_BYTES_LIMIT, entityBytesLimit);
}
public Integer getLoadEntityBytesLimit() {
return (Integer) get(XmlOptionsKeys.LOAD_ENTITY_BYTES_LIMIT);
}
/**
* Sets the maximum number of entity expansions allowed during parsing.
* The default value is 2048.
*
* @param entityExpansionLimit the maximum number of entity expansions allowed during parsing
* @return this
*/
public XmlOptions setEntityExpansionLimit(int entityExpansionLimit) {
return set(XmlOptionsKeys.ENTITY_EXPANSION_LIMIT, entityExpansionLimit);
}
public int getEntityExpansionLimit() {
Integer limit = (Integer) get(XmlOptionsKeys.ENTITY_EXPANSION_LIMIT);
return limit == null ? DEFAULT_ENTITY_EXPANSION_LIMIT : limit;
}
/**
* Controls whether DTD grammar is loaded during parsing.
* The default value is false.
*
* @param loadDTDGrammar {@code true}, if DTD grammar is loaded during parsing
* @return this
*/
public XmlOptions setLoadDTDGrammar(boolean loadDTDGrammar) {
return set(XmlOptionsKeys.LOAD_DTD_GRAMMAR, loadDTDGrammar);
}
public boolean isLoadDTDGrammar() {
Boolean flag = (Boolean) get(XmlOptionsKeys.LOAD_DTD_GRAMMAR);
return flag != null && flag;
}
/**
* Controls whether external DTDs are loaded during parsing.
* The default value is false.
*
* @param loadExternalDTD {@code true}, if external DTDs are loaded during parsing
* @return this
*/
public XmlOptions setLoadExternalDTD(boolean loadExternalDTD) {
return set(XmlOptionsKeys.LOAD_EXTERNAL_DTD, loadExternalDTD);
}
public boolean isLoadExternalDTD() {
Boolean flag = (Boolean) get(XmlOptionsKeys.LOAD_EXTERNAL_DTD);
return flag != null && flag;
}
public XmlOptions setSaveOptimizeForSpeed(boolean saveOptimizeForSpeed) {
return set(XmlOptionsKeys.SAVE_OPTIMIZE_FOR_SPEED, saveOptimizeForSpeed);
}
public boolean isSaveOptimizeForSpeed() {
Boolean flag = (Boolean) get(XmlOptionsKeys.SAVE_OPTIMIZE_FOR_SPEED);
return flag != null && flag;
}
// Use in XmlOptions to enable SAAJ support in store
public XmlOptions setSaaj(Saaj saaj) {
return set(XmlOptionsKeys.SAAJ_IMPL, saaj);
}
public Saaj getSaaj() {
return (Saaj) get(XmlOptionsKeys.SAAJ_IMPL);
}
public XmlOptions setLoadUseLocaleCharUtil(boolean useCharUtil) {
return set(XmlOptionsKeys.LOAD_USE_LOCALE_CHAR_UTIL, useCharUtil);
}
public boolean isLoadUseLocaleCharUtil() {
Boolean flag = (Boolean) get(XmlOptionsKeys.LOAD_USE_LOCALE_CHAR_UTIL);
return flag != null && flag;
}
public XmlOptions setXPathUseSaxon() {
return setXPathUseSaxon(true);
}
public XmlOptions setXPathUseSaxon(boolean xpathUseSaxon) {
return set(XmlOptionsKeys.XPATH_USE_SAXON, xpathUseSaxon);
}
public boolean isXPathUseSaxon() {
Boolean flag = (Boolean) get(XmlOptionsKeys.XPATH_USE_SAXON);
return flag != null && flag;
}
public XmlOptions setXPathUseXmlBeans() {
return setXPathUseSaxon(true);
}
public XmlOptions setXPathUseXmlBeans(boolean xpathUseXmlBeans) {
return set(XmlOptionsKeys.XPATH_USE_XMLBEANS, xpathUseXmlBeans);
}
public boolean isXPathUseXmlBeans() {
Boolean flag = (Boolean) get(XmlOptionsKeys.XPATH_USE_XMLBEANS);
return flag != null && flag;
}
public XmlOptions setCompileAnnotationAsJavadoc() {
return setCompileAnnotationAsJavadoc(true);
}
/**
* When generating the schema sources, copy over the schema annotations to the javadoc.
* Be aware basic code injection is filtered, but annotation based RCE aren't filtered.
* So think twice before activating this on untrusted schemas!
*
* @param useAnnotationAsJavadoc {@code true} = copy the annotation - defaults to {@code false}
*/
public XmlOptions setCompileAnnotationAsJavadoc(boolean useAnnotationAsJavadoc) {
return set(XmlOptionsKeys.COMPILE_ANNOTATION_JAVADOC, useAnnotationAsJavadoc);
}
public boolean isCompileAnnotationAsJavadoc() {
Boolean flag = (Boolean) get(XmlOptionsKeys.COMPILE_ANNOTATION_JAVADOC);
return flag != null && flag;
}
public XmlOptions setAttributeValidationCompatMode(boolean attributeValidationCompatMode) {
return set(XmlOptionsKeys.ATTTRIBUTE_VALIDATION_COMPAT_MODE, attributeValidationCompatMode);
}
public boolean isAttributeValidationCompatMode() {
Boolean flag = (Boolean) get(XmlOptionsKeys.ATTTRIBUTE_VALIDATION_COMPAT_MODE);
return flag != null && flag;
}
public enum BeanMethod {
GET, XGET, IS_SET, IS_NIL, IS_NIL_IDX, SET, SET_NIL, SET_NIL_IDX, XSET, UNSET,
GET_ARRAY, XGET_ARRAY, GET_IDX, XGET_IDX, XSET_ARRAY, XSET_IDX,
SIZE_OF_ARRAY, SET_ARRAY, SET_IDX,
INSERT_IDX, INSERT_NEW_IDX,
ADD, ADD_NEW, REMOVE_IDX,
GET_LIST, XGET_LIST, SET_LIST,
INSTANCE_TYPE
}
/**
* @return the list of methods to be generated in the XmlBean or {@code null} for all
*/
@SuppressWarnings("unchecked")
public Set getCompilePartialMethod() {
return (Set)get(XmlOptionsKeys.COMPILE_PARTIAL_METHODS);
}
public void setCompilePartialMethod(Set list) {
if (list == null || list.isEmpty()) {
remove(XmlOptionsKeys.COMPILE_PARTIAL_METHODS);
} else {
set(XmlOptionsKeys.COMPILE_PARTIAL_METHODS, list);
}
}
/**
* If passed null, returns an empty options object. Otherwise, returns its argument.
*/
public static XmlOptions maskNull(XmlOptions o) {
return (o == null) ? EMPTY_OPTIONS : o;
}
private XmlOptions set(XmlOptionsKeys option) {
return set(option, true);
}
private XmlOptions set(XmlOptionsKeys option, Object value) {
_map.put(option, value);
return this;
}
private XmlOptions set(XmlOptionsKeys option, int value) {
return set(option, (Integer)value);
}
private XmlOptions set(XmlOptionsKeys option, boolean value) {
if (value) {
set(option, Boolean.TRUE);
} else {
remove(option);
}
return this;
}
/**
* Used to test a generic option
*/
public boolean hasOption(XmlOptionsKeys option) {
return _map.containsKey(option);
}
/**
* Used to get a generic option
*/
public Object get(XmlOptionsKeys option) {
return _map.get(option);
}
public void remove(XmlOptionsKeys option) {
_map.remove(option);
}
}