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Jadex XML is an XML data binding framework for Java and also for other representations. The main idea of Jadex XML is that neither the XML-Schema on the one side nor the Java classes on the other side should define other binding. Instead, a separate mapping between both is used as a mediation. This allows designing the XML representation independent of the Java side but still being able to connect both as desired.
This idea was first put forward by the JiBX data binding framework. Jadex XML pushes it further by combining it with the configuration by exception principle. The framework can detect obvious correspondences between both sides automatically and only needs configuration information when translations are necessary. The configuration information is currently specified directly in form of Java configuration classes.
package jadex.xml.bean;
import java.io.ByteArrayInputStream;
import java.io.InputStream;
import java.lang.reflect.Constructor;
import java.math.BigInteger;
import java.net.InetAddress;
import java.net.URI;
import java.net.URL;
import java.security.cert.CertificateFactory;
import java.sql.Timestamp;
import java.util.ArrayList;
import java.util.Calendar;
import java.util.Collection;
import java.util.Collections;
import java.util.Date;
import java.util.HashMap;
import java.util.HashSet;
import java.util.List;
import java.util.Map;
import java.util.Set;
import java.util.StringTokenizer;
import java.util.UUID;
import java.util.logging.Level;
import java.util.logging.LogRecord;
import jadex.commons.Base64;
import jadex.commons.SReflect;
import jadex.commons.Tuple;
import jadex.commons.Tuple2;
import jadex.commons.Tuple3;
import jadex.commons.collection.MultiCollection;
import jadex.commons.transformation.IStringObjectConverter;
import jadex.commons.transformation.binaryserializer.IErrorReporter;
import jadex.xml.AccessInfo;
import jadex.xml.AttributeConverter;
import jadex.xml.AttributeInfo;
import jadex.xml.IContext;
import jadex.xml.IObjectObjectConverter;
import jadex.xml.IPostProcessor;
import jadex.xml.MappingInfo;
import jadex.xml.ObjectInfo;
import jadex.xml.SXML;
import jadex.xml.SubObjectConverter;
import jadex.xml.SubobjectInfo;
import jadex.xml.TypeInfo;
import jadex.xml.TypeInfoPathManager;
import jadex.xml.XMLInfo;
import jadex.xml.reader.AReader;
import jadex.xml.reader.IObjectReaderHandler;
import jadex.xml.reader.XMLReaderFactory;
import jadex.xml.stax.ILocation;
import jadex.xml.stax.QName;
import jadex.xml.stax.XMLReporter;
/**
* Java specific reader that supports collection classes and arrays.
*/
public class JavaReader
{
//-------- attributes --------
/** The reader. */
protected static volatile AReader reader;
/** The path manager. */
protected static volatile TypeInfoPathManager pathmanager;
/** The type manager. */
protected static volatile IObjectReaderHandler handler;
/**
* Join sets of typeinfos.
* @param typeinfos The user specific type infos.
* @return The joined type infos.
*/
public static Set joinTypeInfos(Set typeinfos)
{
Set ret = getTypeInfos();
if(typeinfos!=null)
ret.addAll(typeinfos);
return ret;
}
/**
* Get the java type infos.
*
* Supported types:
*
* - java.util.Map
* - jadex.commons.collection.MultiCollection
* - java.util.List
* - java.util.Set
* - Array
* - java.util.Color
* - java.util.Date
* - java.lang.Class
* - java.net.URL
* - java.logging.Level
* - java.logging.LogRecord
* - java.net.InetAddress
* - java.awt.image.RenderedImage
* - java.lang.String
* - java.lang.Boolean
* - java.lang.Integer
* - java.lang.Double
* - java.lang.Float
* - java.lang.Long
* - java.lang.Short
* - java.lang.Byte
* - java.lang.Character
* - java.lang.enum
* - boolean/Boolean Array
* - int/Integer Array
* - double/Double Array
* - float/Float array
* - long/Long array
* - short/Short Array
* - byte/Byte Array
* - java.lang.Character
* - jadex.commons.Tuple
* - jadex.commons.Tuple2
* - jadex.commons.Tuple3
* - java.util.UUID
* - java.security.Certifcate
* - java.lang.Throwable
*/
public static Set getTypeInfos()
{
Set typeinfos = new HashSet();
try
{
// java.util.Map
IObjectObjectConverter entryconv = new IObjectObjectConverter()
{
public Object convertObject(Object val, IContext context)
{
return ((MapEntry)val).getValue();
}
};
TypeInfo ti_lru = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "LRU")}),
new ObjectInfo(Map.class), new MappingInfo(null,
new AttributeInfo[]{
new AttributeInfo(new AccessInfo("maxEntries", null))
},
new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo("cleaner")),
new SubobjectInfo(new XMLInfo("entry"), new AccessInfo("entry", null, null, null,
new BeanAccessInfo(Map.class.getMethod("put", new Class[]{Object.class, Object.class}), null, "", MapEntry.class.getMethod("getKey", new Class[0]))),
new SubObjectConverter(entryconv, null), true, null)
}));
typeinfos.add(ti_lru);
TypeInfo ti_map = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "Map")}),
new ObjectInfo(Map.class), new MappingInfo(null, new SubobjectInfo[]{
new SubobjectInfo(new XMLInfo("entry"), new AccessInfo("entry", null, null, null,
new BeanAccessInfo(Map.class.getMethod("put", new Class[]{Object.class, Object.class}), null, "", MapEntry.class.getMethod("getKey", new Class[0]))),
new SubObjectConverter(entryconv, null), true, null)
}));
typeinfos.add(ti_map);
TypeInfo ti_mapentry = new TypeInfo(new XMLInfo("entry"), new ObjectInfo(MapEntry.class),
new MappingInfo(null, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo("key")),
new SubobjectInfo(new AccessInfo("value"))
}));
typeinfos.add(ti_mapentry);
// jadex.commons.collection.MultiCollection
TypeInfo ti_mc = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"jadex.commons.collection", "MultiCollection")}),
new ObjectInfo(MultiCollection.class), new MappingInfo(null, new SubobjectInfo[]{
new SubobjectInfo(new XMLInfo("entry"), new AccessInfo("entry", null, null, null,
new BeanAccessInfo(MultiCollection.class.getMethod("put", new Class[]{Object.class, Collection.class}), null, "", MapEntry.class.getMethod("getKey", new Class[0]))),
new SubObjectConverter(entryconv, null), true, null)
}));
typeinfos.add(ti_mc);
// java.util.List
TypeInfo ti_list = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "List")}),
new ObjectInfo(List.class), new MappingInfo(null, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo("entries", null, null, null,
new BeanAccessInfo(List.class.getMethod("add", new Class[]{Object.class}), null)))
}));
typeinfos.add(ti_list);
// java.util.Set
TypeInfo ti_set = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "Set")}),
new ObjectInfo(Set.class), new MappingInfo(null, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo("entries", null, null, null,
new BeanAccessInfo(Set.class.getMethod("add", new Class[]{Object.class}), null)))
}));
typeinfos.add(ti_set);
// java.util.EmptySet
TypeInfo ti_emptyset = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "Collections-EmptySet")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return Collections.EMPTY_SET;
}
}
));
typeinfos.add(ti_emptyset);
// java.util.EmptyList
TypeInfo ti_emptylist = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "Collections-EmptyList")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return Collections.EMPTY_LIST;
}
}
));
typeinfos.add(ti_emptylist);
// java.util.EmptyMap
TypeInfo ti_emptymap = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "Collections-EmptyMap")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return Collections.EMPTY_MAP;
}
}
));
typeinfos.add(ti_emptymap);
// java.util.UnmodifyableSet
TypeInfo ti_unset = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "Collections-UnmodifiableSet")}),
new ObjectInfo(HashSet.class), new MappingInfo(null, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo("entries", null, null, null,
new BeanAccessInfo(Set.class.getMethod("add", new Class[]{Object.class}), null)))
}));
typeinfos.add(ti_unset);
// java.util.UnmodifyableList
TypeInfo ti_unlist = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "Collections-UnmodifiableList")}),
new ObjectInfo(ArrayList.class), new MappingInfo(null, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo("entries", null, null, null,
new BeanAccessInfo(List.class.getMethod("add", new Class[]{Object.class}), null)))
}));
typeinfos.add(ti_unlist);
// java.util.UnmodifyableMap
TypeInfo ti_unmap = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "Collections-UnmodifiableMap")}),
new ObjectInfo(HashMap.class), new MappingInfo(null, new SubobjectInfo[]{
new SubobjectInfo(new XMLInfo("entry"), new AccessInfo("entry", null, null, null,
new BeanAccessInfo(Map.class.getMethod("put", new Class[]{Object.class, Object.class}), null, "", MapEntry.class.getMethod("getKey", new Class[0]))),
new SubObjectConverter(entryconv, null), true, null)
}));
typeinfos.add(ti_unmap);
TypeInfo ti_class = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "Class")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return SReflect.classForName((String)rawattributes.get("classname"), context.getClassLoader());
}
}),
new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("classname", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_class);
// No special read info necessary.
TypeInfo ti_timestamp = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.sql", "Timestamp")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
long time = Long.parseLong((String)rawattributes.get("time"));
return new Timestamp(time);
}
}), new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("time", null))}));
typeinfos.add(ti_timestamp);
// java.util.Date
// No special read info necessary.
TypeInfo ti_date = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "Date")}),
new ObjectInfo(Date.class), new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("time", null))}));
typeinfos.add(ti_date);
// java.util.Calendar
TypeInfo ti_calendar = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "Calendar")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
Class cl = SReflect.classForName((String)rawattributes.get("classname"), context.getClassLoader());
Calendar cal = (Calendar)cl.newInstance();
cal.setTime(new Date(Long.parseLong((String)rawattributes.get("time"))));
return cal;
}
}),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("time", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("classname", null, AccessInfo.IGNORE_READWRITE))
}
));
// new ObjectInfo(Date.class), new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("time", null))}));
typeinfos.add(ti_calendar);
TypeInfo ti_biginteger = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.math", "BigInteger")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
byte[] bytes = Base64.decode(((String)rawattributes.get("byteArray")).getBytes("UTF-8"));
return new BigInteger(bytes);
}
}), new MappingInfo(null,
new AttributeInfo[]{
new AttributeInfo(new AccessInfo("byteArray", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("class", null, AccessInfo.IGNORE_READWRITE))
}));
typeinfos.add(ti_biginteger);
// java.lang.String
TypeInfo ti_string = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "String")}),
new ObjectInfo(null, new IPostProcessor()
{
public Object postProcess(IContext context, Object object)
{
// System.err.println("postprocess: "+object);
return object!=null ? object : "";
}
public int getPass()
{
return 0;
}
})
// new ObjectInfo(new IBeanObjectCreator()
// {
// public Object createObject(IContext context, Map rawattributes) throws Exception
// {
// return "";//(String)rawattributes.get("content");
// }
// }),
// new MappingInfo(null, null, new AttributeInfo(new AccessInfo(AccessInfo.THIS)))
// new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("content", null, AccessInfo.IGNORE_READWRITE))}
// ));
);
typeinfos.add(ti_string);
// Bean creator works only when all info is in attribues (content is not available).
// If content is used a attribute converter for content should be used that maps back to THIS
// java.lang.Boolean
TypeInfo ti_boolean = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "Boolean")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return Boolean.valueOf((String)rawattributes.get("content"));
}
}),
new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("content", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_boolean);
// java.lang.Integer
TypeInfo ti_integer = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "Integer")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return Integer.valueOf((String)rawattributes.get("content"));
}
}),
new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("content", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_integer);
// java.lang.Double
TypeInfo ti_double = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "Double")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return Double.valueOf((String)rawattributes.get("content"));
}
}),
new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("content", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_double);
// java.lang.Float
TypeInfo ti_float = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "Float")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return Float.valueOf((String)rawattributes.get("content"));
}
}),
new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("content", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_float);
// java.lang.Long
TypeInfo ti_long = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "Long")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return Long.valueOf((String)rawattributes.get("content"));
}
}),
new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("content", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_long);
// java.lang.Short
TypeInfo ti_short = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "Short")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return Short.valueOf((String)rawattributes.get("content"));
}
}),
new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("content", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_short);
// java.lang.Byte
TypeInfo ti_byte = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "Byte")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
byte[] bytes = Base64.decode(((String)rawattributes.get("content")).getBytes("UTF-8"));
return Byte.valueOf(bytes[0]);
}
}),
new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("content", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_byte);
// java.lang.Character
TypeInfo ti_character = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "Character")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return Character.valueOf(((String)rawattributes.get("content")).charAt(0));
}
}),
new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("content", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_character);
// java.net.URL
TypeInfo ti_url = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.net", "URL")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return new URL((String)rawattributes.get("protocol"), (String)rawattributes.get("host"),
Integer.parseInt((String)rawattributes.get("port")), (String)rawattributes.get("file"));
}
}),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("protocol", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("host", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("port", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("file", null, AccessInfo.IGNORE_READWRITE)),
}
));
typeinfos.add(ti_url);
// java.net.URL
TypeInfo ti_uri = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.net", "URI")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return new URI((String)rawattributes.get("uri"));
}
}),
new MappingInfo(null, new AttributeInfo[]
{
new AttributeInfo(new AccessInfo("uri", null, AccessInfo.IGNORE_READWRITE)),
}
));
typeinfos.add(ti_uri);
// java.logging.Level
TypeInfo ti_level = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util.logging", "Level")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
String name = (String)rawattributes.get("name");
Level ret = Level.parse(name);
return ret;
}
}),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("name", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_level);
// java.logging.LogRecord
TypeInfo ti_record = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util.logging", "LogRecord")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
String name = (String)rawattributes.get("level");
String msg = (String)rawattributes.get("message");
Level level = Level.parse(name);
LogRecord ret = new LogRecord(level, msg);
return ret;
}
}),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("level", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("message", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_record);
// java.net.InetAddress
TypeInfo ti_inetaddr = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.net", "InetAddress")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return InetAddress.getByName((String)rawattributes.get("hostAddress"));
}
}),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("hostAddress", null, AccessInfo.IGNORE_READWRITE)),
}
));
typeinfos.add(ti_inetaddr);
TypeInfo ti_enum = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "Enum")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
String tmp = (String)rawattributes.get("content");
int idx = tmp.indexOf("=");
String classname = tmp.substring(0, idx);
String name = tmp.substring(idx+1);
Class clazz = SReflect.classForName(classname, context.getClassLoader());
return Enum.valueOf(clazz, name);
}
}),
new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("content", null, AccessInfo.IGNORE_READWRITE))}
));
typeinfos.add(ti_enum);
// java.security.Certificate
TypeInfo ti_cert = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.security.cert", "Certificate")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
String type = (String)rawattributes.get("type");
if(type==null)
type = "X.509";
CertificateFactory cf = CertificateFactory.getInstance(type);
return cf.generateCertificate(new ByteArrayInputStream(Base64.decode(((String)rawattributes.get("data")).getBytes())));
}
}),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("data", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("type", null, AccessInfo.IGNORE_READWRITE)),
}
));
typeinfos.add(ti_cert);
// Shortcut notations for simple array types
// boolean/Boolean Array
IStringObjectConverter booleanconv = new IStringObjectConverter()
{
public Object convertString(String val, Object context)
{
boolean[] ret = new boolean[val.length()];
for(int i=0; i map = (Map) object;
return new Tuple((Object[])map.get("entities"));
}
public int getPass()
{
return 0;
}
}), new MappingInfo(null, new SubobjectInfo[]
{
new SubobjectInfo(new AccessInfo("entities", "entities", null, null, new BeanAccessInfo(AccessInfo.THIS))),
}));
typeinfos.add(ti_tuple);
TypeInfo ti_tuple2 = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"jadex.commons", "Tuple2")}),
new ObjectInfo(HashMap.class, new IPostProcessor()
{
public Object postProcess(IContext context, Object object)
{
Map map = (Map) object;
return new Tuple2(map.get("firstEntity"), map.get("secondEntity"));
}
public int getPass()
{
return 0;
}
}), new MappingInfo(null, new SubobjectInfo[]
{
new SubobjectInfo(new AccessInfo("firstEntity", "firstEntity", null, null, new BeanAccessInfo(AccessInfo.THIS))),
new SubobjectInfo(new AccessInfo("secondEntity", "secondEntity", null, null, new BeanAccessInfo(AccessInfo.THIS)))
}));
typeinfos.add(ti_tuple2);
TypeInfo ti_tuple3 = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"jadex.commons", "Tuple3")}),
new ObjectInfo(HashMap.class, new IPostProcessor()
{
public Object postProcess(IContext context, Object object)
{
Map map = (Map)object;
return new Tuple3(map.get("firstEntity"), map.get("secondEntity"), map.get("thirdEntity"));
}
public int getPass()
{
return 0;
}
}), new MappingInfo(null, new SubobjectInfo[]
{
new SubobjectInfo(new AccessInfo("firstEntity", "firstEntity", null, null, new BeanAccessInfo(AccessInfo.THIS))),
new SubobjectInfo(new AccessInfo("secondEntity", "secondEntity", null, null, new BeanAccessInfo(AccessInfo.THIS))),
new SubobjectInfo(new AccessInfo("thirdEntity", "thirdEntity", null, null, new BeanAccessInfo(AccessInfo.THIS)))
}));
typeinfos.add(ti_tuple3);
TypeInfo ti_uuid = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.util", "UUID")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
long msb = Long.parseLong((String)rawattributes.get("mostSignificantBits"));
long lsb = Long.parseLong((String)rawattributes.get("leastSignificantBits"));
return new UUID(msb, lsb);
}
}
), new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("mostSignificantBits", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("leastSignificantBits", null, AccessInfo.IGNORE_READWRITE))
}));
typeinfos.add(ti_uuid);
// java.lang.Throwable
TypeInfo ti_th = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "Throwable")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
Object ret = null;
String clname = (String)rawattributes.get("class");
String msg = (String)rawattributes.get("message");
Class cl = SReflect.findClass(clname, null, context.getClassLoader());
try
{
Constructor con = cl.getConstructor(new Class[]{String.class});
ret = con.newInstance(new Object[]{msg});
}
catch(Exception e)
{
// Try find empty constructor
Constructor con = cl.getConstructor(new Class[0]);
ret = con.newInstance(new Object[0]);
}
return ret;
}
}),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("message", null, AccessInfo.IGNORE_READWRITE))},
new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo("cause", null, null, null,
new BeanAccessInfo(Exception.class.getMethod("initCause", new Class[]{Throwable.class}), null)))
}
));
typeinfos.add(ti_th);
TypeInfo ti_ste = new TypeInfo(new XMLInfo(new QName[]{new QName(SXML.PROTOCOL_TYPEINFO+"java.lang", "StackTraceElement")}),
new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
String decl = (String)rawattributes.get("className");
String mname = (String)rawattributes.get("methodName");
String fname = (String)rawattributes.get("fileName");
String num = (String)rawattributes.get("lineNumber");
return new StackTraceElement(decl, mname, fname, Integer.parseInt(num));
}
}),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("className", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("methodName", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("fileName", null, AccessInfo.IGNORE_READWRITE)),
new AttributeInfo(new AccessInfo("lineNumber", null, AccessInfo.IGNORE_READWRITE))
})
);
typeinfos.add(ti_ste);
if(!SReflect.isAndroid())
{
typeinfos.addAll(STypeInfosAWT.getReaderTypeInfos());
}
}
catch(NoSuchMethodException e)
{
// Shouldn't happen
throw new RuntimeException(e);
}
return typeinfos;
}
/**
* Convert an xml to an object.
* @param val The string value.
* @return The decoded object.
*/
public static T objectFromXML(String val, ClassLoader classloader)
{
return JavaReader.objectFromXML(val, classloader, null, null);
}
/**
* Convert a byte array (of an xml) to an object.
* @param val The byte array.
* @param classloader The class loader.
* @return The decoded object.
*/
public static Object objectFromByteArray(byte[] val, ClassLoader classloader, IErrorReporter rep)
{
return objectFromByteArray(val, classloader, null, null, rep);
}
/**
* Convert a byte array (of an xml) to an object.
* @param val The input stream.
* @param classloader The class loader.
* @return The decoded object.
*/
public static Object objectFromInputStream(InputStream val, ClassLoader classloader, IErrorReporter rep)
{
return objectFromInputStream(val, classloader, null, null, rep);
}
/**
* Convert an xml to an object.
* @param val The string value.
* @return The decoded object.
*/
public static T objectFromXML(String val, ClassLoader classloader, TypeInfoPathManager manager, IObjectReaderHandler handler)
{
return (T)AReader.objectFromXML(getInstance(), val, classloader,
manager==null? getPathManager(): manager, handler==null? getObjectHandler(): handler);
}
/**
* Convert a byte array (of an xml) to an object.
* @param val The byte array.
* @param classloader The class loader.
* @return The decoded object.
*/
public static Object objectFromByteArray(byte[] val, ClassLoader classloader,
TypeInfoPathManager manager, IObjectReaderHandler handler, final IErrorReporter rep)
{
return rep!=null
? AReader.objectFromByteArray(getReader(new XMLReporter()
{
public void report(String message, String errorType,
Object relatedInformation, ILocation location) throws Exception
{
rep.exceptionOccurred(new RuntimeException(message));
}
}), val, classloader,
manager==null? getPathManager(): manager, handler==null? getObjectHandler(): handler)
: AReader.objectFromByteArray(getInstance(), val, classloader,
manager==null? getPathManager(): manager, handler==null? getObjectHandler(): handler);
}
/**
* Convert a byte array (of an xml) to an object.
* @param val The input stream.
* @param classloader The class loader.
* @return The decoded object.
*/
public static Object objectFromInputStream(InputStream val, ClassLoader classloader,
TypeInfoPathManager manager, IObjectReaderHandler handler, final IErrorReporter rep)
{
return rep!=null
? AReader.objectFromInputStream(getReader(new XMLReporter()
{
public void report(String message, String errorType,
Object relatedInformation, ILocation location) throws Exception
{
rep.exceptionOccurred(new RuntimeException(message));
}
}), val, classloader,
manager==null? getPathManager(): manager, handler==null? getObjectHandler(): handler)
: AReader.objectFromInputStream(getInstance(), val, classloader,
manager==null? getPathManager(): manager, handler==null? getObjectHandler(): handler);
}
/**
* Get the default Java reader.
* @return The Java reader.
*/
private static AReader getInstance()
{
if(reader==null)
{
synchronized(JavaReader.class)
{
if(reader==null)
{
reader = XMLReaderFactory.getInstance().createReader(false, false, false, null);
}
}
}
return reader;
}
/**
* Get the default Java reader.
* @return The Java reader.
*/
private static AReader getReader(XMLReporter reporter)
{
return XMLReaderFactory.getInstance().createReader(false, false, false, reporter);
}
/**
* Get the default Java reader.
* @return The Java reader.
*/
public static TypeInfoPathManager getPathManager()
{
if(pathmanager==null)
{
synchronized(JavaReader.class)
{
if(pathmanager==null)
{
pathmanager = new TypeInfoPathManager(getTypeInfos());
}
}
}
return pathmanager;
}
/**
* Get the default Java reader.
* @return The Java reader.
*/
public static IObjectReaderHandler getObjectHandler()
{
if(handler==null)
{
synchronized(JavaReader.class)
{
if(handler==null)
{
handler = new BeanObjectReaderHandler(getTypeInfos());
}
}
}
return handler;
}
}
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