File	Doc	Category	Size	Date	Package
XMLSerialisationUtils.java	API Doc	Azureus 3.0.3.4	10706	Thu Jan 11 11:53:50 GMT 2007	org.gudy.azureus2.ui.webplugin.remoteui.xml.server

XMLSerialisationUtils

• java.lang.Object

Fields Summary
private static Map	simple_class_mapping
private static Map	class_string_mapping
private static final Class	byte_array_class
private static Map	deserialise_functions

Constructors Summary

Methods Summary
public static java.lang.Object	deserialise(java.lang.String s, java.lang.Class c) ParseFunction pf = (ParseFunction)deserialise_functions.get(c); if (pf == null) {return null;} return pf.parse(s);
public static java.util.Map[]	getAttributeData(java.lang.Object o, int modifier_filter) Map[] result = new Map[2]; if (o instanceof GenericRPObject || o instanceof GenericRPPluginInterface) { RPObject ro = (RPObject)o; Class pclass = ro._getPluginClass(); result[0] = new HashMap(); result[1] = new HashMap(); result[0].putAll(GenericRPAttributes.getAttributeTypes(pclass)); result[1].putAll(GenericRPAttributes.getAttributes(ro._getDelegate(), pclass, result[0])); result[0].putAll(GenericRPAttributes.getRPAttributeTypes(ro.getClass())); result[1].putAll(GenericRPAttributes.getRPAttributes(ro, ro.getClass(), result[0])); //Debug.outNoStack("Types for " + o + ": " + result[0]); //Debug.outNoStack("Attributes for " + o + ": " + result[1]); } else { result[0] = new HashMap(); result[1] = new HashMap(); Class c = o.getClass(); do { Field[] fields = c.getDeclaredFields(); for (int i=0; i<fields.length; i++) { Field field = fields[i]; int modifiers = field.getModifiers(); if ((modifiers | modifier_filter) != modifier_filter) continue; String field_name = field.getName(); result[0].put(field_name, field.getType()); try { result[1].put(field_name, field.get(o)); } catch (IllegalAccessException iae) { throw new RPInternalProcessException(iae); } } c = c.getSuperclass(); } while (c != null); } return result;
public static java.lang.Class	getClass(java.lang.String name) /** * Supported classes that we recognise. */ Class[] supported_types = new Class[] { // Wrapper classes. Boolean.class, Byte.class, Character.class, Float.class, Integer.class, Long.class, Short.class, // Primitive classes. boolean.class, byte.class, char.class, float.class, int.class, long.class, short.class, // Core classes. String.class, // Other classes - byte strings, URL's, Files. byte_array_class, File.class, URL.class, }; for (int i=0; i<supported_types.length; i++) { /** * Doesn't matter if the primitive classes replace the wrapper * classes in this dictionary. */ class_string_mapping.put(RPUtils.getName(supported_types[i]).toLowerCase(), supported_types[i]); /** * By default, we will say that all classes we support are * able to be converted just by using the toString method. */ simple_class_mapping.put(supported_types[i], Boolean.valueOf(true)); } /** * Now deal with all the classes which have to be special cased * (that can't be dealt with via the toString method). */ simple_class_mapping.put(byte_array_class, Boolean.valueOf(false)); ParseFunction pf = null; pf = new PrimitiveParseFunction(Float.class); deserialise_functions.put(Float.class, pf); deserialise_functions.put(float.class, pf); pf = new PrimitiveParseFunction(Integer.class); deserialise_functions.put(Integer.class, pf); deserialise_functions.put(int.class, pf); pf = new PrimitiveParseFunction(Long.class); deserialise_functions.put(Long.class, pf); deserialise_functions.put(long.class, pf); pf = new PrimitiveParseFunction(Short.class); deserialise_functions.put(Short.class, pf); deserialise_functions.put(short.class, pf); pf = new ConstructorParseFunction(File.class); deserialise_functions.put(File.class, pf); pf = new ConstructorParseFunction(URL.class); deserialise_functions.put(URL.class, pf); pf = new BooleanParseFunction(); deserialise_functions.put(Boolean.class, pf); deserialise_functions.put(boolean.class, pf); pf = new ByteArrayParseFunction(); deserialise_functions.put(byte_array_class, pf); pf = new CharacterParseFunction(); deserialise_functions.put(char.class, pf); deserialise_functions.put(Character.class, pf); pf = new StringParseFunction(); deserialise_functions.put(String.class, pf); return (Class)class_string_mapping.get(name.toLowerCase());
public static java.lang.String	serialise(java.lang.Object o, java.lang.Class c) if (o == null) {return "";} Boolean simple_class = (Boolean)simple_class_mapping.get(c); // Unsupported type. if (simple_class == null) { return null; } // Simple type. else if (simple_class.booleanValue()) { return o.toString(); } // Trickier type. else { if (c == byte_array_class) { return ByteFormatter.nicePrint((byte[])o, true); } throw new RuntimeException("class is unsupported but not supported? " + c); }