/** * @deprecated As of 1.4.2 */ public Path currentPath() { return pathTracker.getPath(); }
protected Object getCurrentReferenceKey() { return pathTracker.getPath(); }
protected Object getReferenceKey(String reference) { final Path path = new Path(isNameEncoding ? ((AbstractReader)reader.underlyingReader()).decodeNode(reference) : reference); // We have absolute references, if path starts with '/' return reference.charAt(0) != '/' ? pathTracker.getPath().apply(path) : path; }
public void appendErrors(ErrorWriter errorWriter) { errorWriter.add("path", pathTracker.getPath().toString()); super.appendErrors(errorWriter); }
final Path currentPath = pathTracker.getPath(); Id existingReference = (Id)references.lookupId(item); if (existingReference != null && existingReference.getPath() != currentPath) {
/** * @deprecated As of 1.4.2 */ public Path currentPath() { return pathTracker.getPath(); }
/** * @deprecated As of 1.4.2 */ public Path currentPath() { return pathTracker.getPath(); }
/** * @deprecated As of 1.4.2 */ public Path currentPath() { return pathTracker.getPath(); }
@Override protected Path getCurrentReferenceKey() { return pathTracker.getPath(); }
/** * @deprecated As of 1.4.2 */ public Path currentPath() { return pathTracker.getPath(); }
/** * @deprecated As of 1.4.2 */ @Deprecated @Override public Path currentPath() { return pathTracker.getPath(); }
/** * @deprecated Use {@link #getPath()} instead. */ public String getCurrentPath() { return getPath().toString(); }
/** * @deprecated Use {@link #getPath()} instead. */ public String getCurrentPath() { return getPath().toString(); }
@Override protected Path getReferenceKey(final String reference) { final Path path = new Path(isNameEncoding ? ((AbstractReader)reader.underlyingReader()).decodeNode(reference) : reference); // We have absolute references, if path starts with '/' return reference.charAt(0) != '/' ? pathTracker.getPath().apply(path) : path; }
protected Object getReferenceKey(String reference) { final Path path = new Path(isNameEncoding ? ((AbstractReader)reader.underlyingReader()).decodeNode(reference) : reference); // We have absolute references, if path starts with '/' return reference.charAt(0) != '/' ? pathTracker.getPath().apply(path) : path; }
@Override public void appendErrors(final ErrorWriter errorWriter) { errorWriter.add("path", pathTracker.getPath().toString()); super.appendErrors(errorWriter); }
protected Object getReferenceKey(String reference) { final Path path = new Path(isXmlFriendly ? ((XmlFriendlyReader)reader.underlyingReader()).unescapeXmlName(reference) : reference); // We have absolute references, if path starts with '/' return reference.charAt(0) != '/' ? pathTracker.getPath().apply(path) : path; }
protected Object getReferenceKey(String reference) { final Path path = new Path(isNameEncoding ? ((AbstractReader)reader.underlyingReader()).decodeNode(reference) : reference); // We have absolute references, if path starts with '/' return reference.charAt(0) != '/' ? pathTracker.getPath().apply(path) : path; }
protected Object getReferenceKey(String reference) { final Path path = new Path(isNameEncoding ? ((AbstractReader)reader.underlyingReader()).decodeNode(reference) : reference); // We have absolute references, if path starts with '/' return reference.charAt(0) != '/' ? pathTracker.getPath().apply(path) : path; }
protected Object getReferenceKey(String reference) { final Path path = new Path(isXmlFriendly ? ((XmlFriendlyReader)reader.underlyingReader()).unescapeXmlName(reference) : reference); // We have absolute references, if path starts with '/' return reference.charAt(0) != '/' ? pathTracker.getPath().apply(path) : path; }