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Business Process Model and Notation (BPMN) implementation.
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package jadex.bpmn.model.io;
import jadex.bpmn.model.MActivity;
import jadex.bpmn.model.MBpmnModel;
import jadex.bpmn.model.MContextVariable;
import jadex.bpmn.model.MDataEdge;
import jadex.bpmn.model.MIdElement;
import jadex.bpmn.model.MLane;
import jadex.bpmn.model.MMessagingEdge;
import jadex.bpmn.model.MParameter;
import jadex.bpmn.model.MPool;
import jadex.bpmn.model.MProperty;
import jadex.bpmn.model.MSequenceEdge;
import jadex.bpmn.model.MSubProcess;
import jadex.bridge.ClassInfo;
import jadex.bridge.modelinfo.Argument;
import jadex.bridge.modelinfo.ConfigurationInfo;
import jadex.bridge.modelinfo.ModelInfo;
import jadex.bridge.modelinfo.UnparsedExpression;
import jadex.bridge.service.ProvidedServiceImplementation;
import jadex.bridge.service.ProvidedServiceInfo;
import jadex.bridge.service.RequiredServiceBinding;
import jadex.bridge.service.RequiredServiceInfo;
import jadex.bridge.service.types.monitoring.IMonitoringService.PublishEventLevel;
import jadex.commons.Tuple2;
import jadex.javaparser.SJavaParser;
import java.awt.geom.Point2D;
import java.awt.geom.Rectangle2D;
import java.io.BufferedInputStream;
import java.io.File;
import java.io.FileInputStream;
import java.util.ArrayList;
import java.util.Collections;
import java.util.HashMap;
import java.util.HashSet;
import java.util.LinkedList;
import java.util.List;
import java.util.Map;
import java.util.Set;
import javax.xml.namespace.QName;
import javax.xml.stream.XMLInputFactory;
import javax.xml.stream.XMLStreamConstants;
import javax.xml.stream.XMLStreamReader;
public class SBpmnModelReader
{
/** Key for visual object bounds. */
public static final String BOUNDS_KEY = "bounds";
/** Key for alternative visual object bounds. */
public static final String ALT_BOUNDS_KEY = "altbounds";
/** Key for alternative visual object bounds. */
public static final String WAYPOINTS_KEY = "waypoints";
/** Key for visual internalized parameters. */
public static final String INTERNAL_PARAMETERS_KEY = "internalparameters";
/** Tag aliases. */
public static final Map TAG_ALIASES;
static
{
Map aliases = new HashMap();
aliases.put("taskclass", "class");
TAG_ALIASES = Collections.unmodifiableMap(aliases);
}
/** Activity type mapping. */
public static final Map ACT_TYPE_MAPPING = new HashMap();
static
{
for (Map.Entry entry : SBpmnModelWriter.ACT_TYPE_MAPPING.entrySet())
{
if (!entry.getKey().contains("Event"))
{
ACT_TYPE_MAPPING.put(entry.getValue(), entry.getKey());
}
}
ACT_TYPE_MAPPING.put("userTask", MBpmnModel.TASK);
}
/**
* Loads the model from a file without parsing expressions.
*
* @param file The model file.
* @param vreader The visual model reader, may be null.
*/
public static final MBpmnModel readModel(File file, IBpmnVisualModelReader vreader) throws Exception
{
return readModel(file, vreader, null);
}
/**
* Loads the model from a file.
*
* @param file The model file.
* @param vreader The visual model reader, may be null.
* @param cl The class loader for parsing expressions, may be null.
*/
public static final MBpmnModel readModel(File file, IBpmnVisualModelReader vreader, ClassLoader cl) throws Exception
{
BufferedInputStream fis = new BufferedInputStream(new FileInputStream(file));
XMLInputFactory fac = XMLInputFactory.newInstance();
XMLStreamReader reader = fac.createXMLStreamReader(fis);
LinkedList tagstack = new LinkedList();
LinkedList> attrstack = new LinkedList>();
LinkedList contentstack = new LinkedList();
MBpmnModel ret = new MBpmnModel();
ret.setClassLoader(cl);
ret.setFilename(file.getPath());
ret.setName(file.getName().substring(0, file.getName().length() - 6));
Map bpmnelementmap = new HashMap();
Map lanemap = new HashMap();
Map laneparents = new HashMap();
Map buffer = new HashMap();
buffer.put("subprocessstack", new LinkedList());
buffer.put("subprocesselementmap", new HashMap());
buffer.put("eventhandlerparentmap", new HashMap());
buffer.put("unresolvedsequencesources", new HashMap());
buffer.put("unresolvedsequencetargets", new HashMap());
String sempre = null;
String text = null;
while (reader.hasNext())
{
reader.next();
if (reader.getEventType() == XMLStreamConstants.START_ELEMENT &&
"definitions".equals(reader.getLocalName()) &&
reader.getPrefix() != null &&
reader.getPrefix().equals(reader.getNamespaceContext().getPrefix("http://www.omg.org/spec/BPMN/20100524/MODEL")))
{
sempre = reader.getNamespaceContext().getPrefix("http://www.omg.org/spec/BPMN/20100524/MODEL");
buffer.put("di", reader.getNamespaceContext().getPrefix("http://www.omg.org/spec/DD/20100524/DI"));
buffer.put("dc", reader.getNamespaceContext().getPrefix("http://www.omg.org/spec/DD/20100524/DC"));
buffer.put("bpmndi", reader.getNamespaceContext().getPrefix("http://www.omg.org/spec/BPMN/20100524/DI"));
buffer.put("semantic", sempre);
buffer.put("jadex", reader.getNamespaceContext().getPrefix("http://www.activecomponents.org/bpmnextensions"));
buffer.put("jadexvisual", reader.getNamespaceContext().getPrefix("http://www.activecomponents.org/bpmnvisualextensions"));
}
if (reader.getEventType() == XMLStreamConstants.START_ELEMENT)
{
text = null;
tagstack.push(reader.getName());
Map attrs = null;
if (reader.getAttributeCount() > 0)
{
attrs = new HashMap(reader.getAttributeCount());
for (int i = 0; i < reader.getAttributeCount(); ++i)
{
attrs.put(reader.getAttributeLocalName(i), unescapeString(reader.getAttributeValue(i)));
}
}
attrstack.push(attrs);
if ("extension".equals(reader.getName().getLocalPart()) && sempre.equals(reader.getName().getPrefix()))
{
buffer.put("extension", null);
}
else if ("process".equals(reader.getName().getLocalPart()) && sempre.equals(reader.getName().getPrefix()))
{
handlePool(ret, attrs, bpmnelementmap, buffer);
}
else if ("subProcess".equals(reader.getName().getLocalPart()) && sempre.equals(reader.getName().getPrefix()))
{
LinkedList sps = (LinkedList) buffer.get("subprocessstack");
sps.push(new MSubProcess());
}
}
else if (reader.getEventType() == XMLStreamConstants.CHARACTERS)
{
String moretext = reader.getText();
if (moretext != null)
{
text = text != null? text + moretext : moretext;
}
}
else if (reader.getEventType() == XMLStreamConstants.END_ELEMENT)
{
text = text!=null && text.trim().length()>0? text.trim(): null;
text = text != null? unescapeString(text) : null;
contentstack.push(text);
text = null;
if ("extension".equals(reader.getName().getLocalPart()) && sempre.equals(reader.getName().getPrefix()))
{
buffer.remove("extension");
}
handleElement(ret, bpmnelementmap, lanemap, laneparents, tagstack.pop(), tagstack, attrstack.pop(), contentstack.pop(), buffer, vreader);
}
}
return ret;
}
/**
* Handles a pool.
*
* @param model The model.
* @param lastobject The last object.
* @param tag The current tag.
* @param tagstack The tag stack.
* @param attrs Current attributes.
* @param content The tag content.
* @param buffer Buffered information.
*/
protected static final void handlePool(MBpmnModel model, Map attrs, Map emap, Map buffer)
{
MPool currentpool = new MPool();
currentpool.setName(attrs.get("name"));
currentpool.setId(attrs.get("id"));
emap.put(currentpool.getId(), currentpool);
model.addPool(currentpool);
buffer.put("lastobject", currentpool);
buffer.put("pool", currentpool);
}
/**
* Handles XML elements.
*/
protected static final void handleElement(MBpmnModel model,
Map emap,
Map lanemap,
Map laneparents,
QName tag,
LinkedList tagstack,
Map attrs,
String content,
Map buffer,
IBpmnVisualModelReader vreader)
{
if(buffer.get("semantic").equals(tag.getPrefix()))
{
handleSemanticElement(model, emap, lanemap, laneparents, tag, tagstack, attrs, content, buffer);
}
else if(buffer.get("jadex").equals(tag.getPrefix()))
{
handleJadexElement(model, tag, tagstack, attrs, content, buffer, emap);
}
else if (vreader != null && (buffer.get("bpmndi").equals(tag.getPrefix()) || buffer.get("dc").equals(tag.getPrefix()) || buffer.get("di").equals(tag.getPrefix()) || buffer.get("jadexvisual").equals(tag.getPrefix())))
{
handleVisualElement(vreader, tag, attrs, content, laneparents, emap, buffer);
}
}
/**
* Handles a semantic section.
*
* @param model The model.
* @param lastobject The last object.
* @param tag The current tag.
* @param tagstack The tag stack.
* @param attrs Current attributes.
* @param content The tag content.
* @param buffer Buffered information.
*/
protected static final void handleSemanticElement(MBpmnModel model,
Map emap,
Map lanemap,
Map laneparents,
QName tag,
LinkedList tagstack,
Map attrs,
String content,
Map buffer)
{
/*if ("process".equals(tag.getLocalPart()))
{
MPool currentpool = new MPool();
currentpool.setName(attrs.get("name"));
currentpool.setId(attrs.get("id"));
emap.put(currentpool.getId(), currentpool);
model.addPool(currentpool);
buffer.put("lastobject", currentpool);
buffer.put("pool", currentpool);
}*/
ClassLoader cl = model.getClassLoader();
if("lane".equals(tag.getLocalPart()))
{
MLane lane = new MLane();
lane.setName(attrs.get("name"));
lane.setId(attrs.get("id"));
emap.put(lane.getId(), lane);
MPool pool = (MPool) buffer.get("pool");
pool.addLane(lane);
List noderefs = (List) buffer.remove("flownoderefs");
if (noderefs != null)
{
for (String ref : noderefs)
{
lanemap.put(ref, lane);
}
}
laneparents.put(lane.getId(), pool.getId());
}
else if("flowNodeRef".equals(tag.getLocalPart()))
{
List noderefs = (List) buffer.get("flownoderefs");
if (noderefs == null)
{
noderefs = new ArrayList();
buffer.put("flownoderefs", noderefs);
}
noderefs.add(content);
}
else if (ACT_TYPE_MAPPING.containsKey(tag.getLocalPart()))
{
MActivity act;
if (MBpmnModel.SUBPROCESS.equals(ACT_TYPE_MAPPING.get(tag.getLocalPart())))
{
LinkedList sps = (LinkedList) buffer.get("subprocessstack");
act = sps.pop();
}
else
{
act = new MActivity();
}
if (attrs.containsKey("name"))
{
act.setName(attrs.get("name"));
}
act.setId(attrs.get("id"));
if (attrs.containsKey("default"))
{
Set de = (Set) buffer.get("defaultedges");
if (de == null)
{
de = new HashSet();
buffer.put("defaultedges", de);
}
de.add(attrs.get("default"));
}
act.setActivityType(ACT_TYPE_MAPPING.get(tag.getLocalPart()));
if(buffer.containsKey("class"))
{
act.setClazz(new ClassInfo((String) buffer.remove("class")));
}
if(buffer.containsKey("parameters"))
{
List params = (List) buffer.remove("parameters");
for(MParameter param : params)
{
act.addParameter(param);
}
}
if(buffer.containsKey("properties"))
{
List props = (List) buffer.remove("properties");
for(MProperty prop : props)
{
act.addProperty(prop);
}
}
connectActivityEdges(act, buffer, emap);
insertActivity(act, buffer, lanemap, emap);
}
else if (tag.getLocalPart() != null && tag.getLocalPart().contains("Event") && !tag.getLocalPart().contains("Definition"))
{
MActivity evt = new MActivity();
if (attrs.containsKey("name"))
{
evt.setName(attrs.get("name"));
}
evt.setId(attrs.get("id"));
if(buffer.containsKey("class"))
{
evt.setClazz(new ClassInfo((String) buffer.remove("class")));
}
String acttype = "Event";
if (tag.getLocalPart().startsWith("end") || tag.getLocalPart().contains("Throw"))
{
evt.setThrowing(true);
}
if (tag.getLocalPart().startsWith("start"))
{
acttype += "Start";
}
else if (tag.getLocalPart().startsWith("end"))
{
acttype += "End";
}
else
{
acttype += "Intermediate";
if (tag.getLocalPart().startsWith("boundary"))
{
evt.setEventHandler(true);
Map ehpm = (Map) buffer.get("eventhandlerparentmap");
ehpm.put(evt.getId(), attrs.get("attachedToRef"));
}
}
List> evttypes = (List>) buffer.remove("evttypes");
if (evttypes == null || evttypes.size() == 0)
{
acttype += "Empty";
}
else if (evttypes.size() == 1)
{
Tuple2 type = evttypes.get(0);
acttype += type.getFirstEntity();
}
// else
// {
// //TODO: Multi
// }
String dur = (String) buffer.remove("duration");
if (dur != null)
{
UnparsedExpression exp = parseExp(new UnparsedExpression("duration", "java.lang.Number", dur, null),model.getModelInfo().getAllImports(), cl);
MProperty mprop = new MProperty(exp.getClazz(), exp.getName(), exp);
evt.addProperty(mprop);
}
if(buffer.containsKey("properties"))
{
List props = (List) buffer.remove("properties");
for(MProperty prop : props)
{
evt.addProperty(prop);
}
}
evt.setActivityType(acttype);
connectActivityEdges(evt, buffer, emap);
insertActivity(evt, buffer, lanemap, emap);
}
else if (tag.getLocalPart() != null && tag.getLocalPart().endsWith("EventDefinition"))
{
List> evttypes = (List>) buffer.get("evttypes");
if (evttypes == null)
{
evttypes = new ArrayList>();
buffer.put("evttypes", evttypes);
}
if ("messageEventDefinition".equals(tag.getLocalPart()))
{
evttypes.add(new Tuple2("Message", null));
}
else if ("timerEventDefinition".equals(tag.getLocalPart()))
{
evttypes.add(new Tuple2("Timer", null));
}
else if ("conditionalEventDefinition".equals(tag.getLocalPart()))
{
evttypes.add(new Tuple2("Rule", null));
}
else if ("signalEventDefinition".equals(tag.getLocalPart()))
{
evttypes.add(new Tuple2("Signal", null));
}
else if ("errorEventDefinition".equals(tag.getLocalPart()))
{
evttypes.add(new Tuple2("Error", content));
}
else if ("compensateEventDefinition".equals(tag.getLocalPart()))
{
evttypes.add(new Tuple2("Compensation", null));
}
else if ("cancelEventDefinition".equals(tag.getLocalPart()))
{
evttypes.add(new Tuple2("Cancel", null));
}
else if ("multipleEventDefinition".equals(tag.getLocalPart()))
{
evttypes.add(new Tuple2("Multiple", null));
}
else if ("terminateEventDefinition".equals(tag.getLocalPart()))
{
evttypes.add(new Tuple2("Terminate", null));
}
}
else if("sequenceFlow".equals(tag.getLocalPart()))
{
MSequenceEdge edge = new MSequenceEdge();
edge.setId(attrs.get("id"));
String edgename = attrs.get("name");
edgename = edgename != null? unescapeString(edgename) : null;
edge.setName(edgename);
MActivity src = (MActivity) emap.get(attrs.get("sourceRef"));
MActivity tgt = (MActivity) emap.get(attrs.get("targetRef"));
edge.setSource(src);
edge.setTarget(tgt);
Set de = (Set) buffer.get("defaultedges");
if (de != null && de.contains(edge.getId()))
{
edge.setDefault(true);
}
String cond = (String) buffer.remove("condition");
if (cond != null)
{
edge.setCondition(parseExp(new UnparsedExpression("", "java.lang.Boolean", cond, null), model.getModelInfo().getAllImports(), cl));
}
Map mappings = (Map) buffer.remove("parametermappings");
if (mappings != null)
{
for (Map.Entry entry : mappings.entrySet())
{
String name = entry.getKey();
String expstring = entry.getValue();
UnparsedExpression exp = new UnparsedExpression(name, "java.lang.Object", expstring, null);
parseExp(exp, model.getModelInfo().getAllImports(), cl);
UnparsedExpression iexp = null;
if(name.endsWith("]") && name.indexOf("[")!=-1)
{
String itext = name.substring(name.indexOf("[")+1, name.length()-1);
name = name.substring(0, name.indexOf("["));
iexp = new UnparsedExpression(name, "java.lang.Object", itext, null);
parseExp(iexp, model.getModelInfo().getAllImports(), cl);
}
edge.addParameterMapping(entry.getKey(), exp, iexp);
}
}
if (src != null)
{
src.addOutgoingSequenceEdge(edge);
}
if (tgt != null)
{
tgt.addIncomingSequenceEdge(edge);
}
// LinkedList sps = (LinkedList) buffer.get("subprocessstack");
//TODO: No longer necessary, cleanup?
// if (sps.isEmpty())
// {
// ((MPool) buffer.get("pool")).addSequenceEdge(edge);
// }
// else
// {
// sps.peek().addSequenceEdge(edge);
// }
emap.put(edge.getId(), edge);
}
else if("messageFlow".equals(tag.getLocalPart()))
{
MMessagingEdge edge = new MMessagingEdge();
edge.setId(attrs.get("id"));
String edgename = attrs.get("name");
edgename = edgename != null? unescapeString(edgename) : null;
edge.setName(edgename);
MActivity src = (MActivity) emap.get(attrs.get("sourceRef"));
MActivity tgt = (MActivity) emap.get(attrs.get("targetRef"));
edge.setSource(src);
edge.setTarget(tgt);
src.addOutgoingMessagingEdge(edge);
tgt.addIncomingMessagingEdge(edge);
emap.put(edge.getId(), edge);
}
else if ("conditionExpression".equals(tag.getLocalPart()))
{
buffer.put("condition", content);
}
else if ("timeDuration".equals(tag.getLocalPart()))
{
buffer.put("duration", content);
}
else if ("incoming".equals(tag.getLocalPart()))
{
List incoming = (List) buffer.get("incoming");
if (incoming == null)
{
incoming = new ArrayList();
buffer.put("incoming", incoming);
}
incoming.add(content);
}
else if ("outgoing".equals(tag.getLocalPart()))
{
List outgoing = (List) buffer.get("outgoing");
if (outgoing == null)
{
outgoing = new ArrayList();
buffer.put("outgoing", outgoing);
}
outgoing.add(content);
}
}
/**
* Handles a Jadex model extension.
*
* @param model The model.
* @param lastobject The last object.
* @param tag The current tag.
* @param tagstack The tag stack.
* @param attrs Current attributes.
* @param content The tag content.
* @param buffer Buffered information.
*/
protected static final void handleJadexElement(MBpmnModel model,
QName tag,
LinkedList tagstack,
Map attrs,
String content,
Map buffer,
Map emap)
{
ClassLoader cl = model.getClassLoader();
if ("description".equals(tag.getLocalPart()))
{
if (tagstack.size() > 0 && "extension".equals(tagstack.get(0).getLocalPart()))
{
((ModelInfo) model.getModelInfo()).setDescription(content);
}
else
{
buffer.put(tag.getLocalPart(), content);
}
}
else if ("poollane".equals(tag.getLocalPart()))
{
buffer.put(tag.getLocalPart(), content);
}
else if ("parametermapping".equals(tag.getLocalPart()))
{
Map mappings = (Map) buffer.get("parametermappings");
if (mappings == null)
{
mappings = new HashMap();
buffer.put("parametermappings", mappings);
}
mappings.put(attrs.get("name"), content);
}
else if (matchLTag("class", tag))
{
buffer.put("class", content);
}
else if ("modelname".equals(tag.getLocalPart()))
{
model.setName(content);
}
else if ("subprocessref".equals(tag.getLocalPart()))
{
((LinkedList) buffer.get("subprocessstack")).peek().addProperty("filename", content);
}
else if ("subprocessexpressionref".equals(tag.getLocalPart()))
{
UnparsedExpression fileexp = new UnparsedExpression("file", String.class, content, null);
MProperty mprop = new MProperty(fileexp.getClazz(), fileexp.getName(), fileexp);
((LinkedList) buffer.get("subprocessstack")).peek().addProperty(mprop);
}
else if("parameter".equals(tag.getLocalPart()))
{
List params = (List) buffer.get("parameters");
if (params == null)
{
params = new ArrayList();
buffer.put("parameters", params);
}
ClassInfo clazz = new ClassInfo(attrs.get("type"));
String name = attrs.get("name");
UnparsedExpression exp = null;
if(content!=null && content.length()>0)
{
exp = new UnparsedExpression(name, clazz.getTypeName(), content, null);
parseExp(exp, model.getModelInfo().getAllImports(), cl);
}
MParameter param = new MParameter(attrs.get("direction"), clazz, name, exp);
params.add(param);
}
else if("property".equals(tag.getLocalPart()))
{
List props = (List)buffer.get("properties");
if(props == null)
{
props = new ArrayList();
buffer.put("properties", props);
}
String type = attrs.get("type");
ClassInfo clazz = type != null? new ClassInfo(type) : null;
String typename = clazz != null? clazz.getTypeName() : null;
String name = attrs.get("name");
// UnparsedExpression exp = new UnparsedExpression(name, typename, content, null);
// parseExp(exp, model.getModelInfo().getAllImports(), cl);
UnparsedExpression exp = null;
if(content!=null && content.length()>0)
{
exp = new UnparsedExpression(name, typename, content, null);
parseExp(exp, model.getModelInfo().getAllImports(), cl);
}
MProperty prop = new MProperty(clazz, name, exp);
props.add(prop);
}
else if ("argumentvalues".equals(tag.getLocalPart()))
{
Object vals = buffer.remove("values");
if (vals != null)
{
buffer.put("argvalues", vals);
}
}
else if ("resultvalues".equals(tag.getLocalPart()))
{
Object vals = buffer.remove("values");
if (vals != null)
{
buffer.put("resvalues", vals);
}
}
else if ("contextvariablevalues".equals(tag.getLocalPart()))
{
Object vals = buffer.remove("values");
if (vals != null)
{
buffer.put("ctvvalues", vals);
}
}
else if ("value".equals(tag.getLocalPart()))
{
if (attrs != null && attrs.containsKey("name"))
{
Map vals = (Map) buffer.get("values");
if (vals == null)
{
vals = new HashMap();
buffer.put("values", vals);
}
vals.put(attrs.get("name"), content);
}
else
{
buffer.put("value", content);
}
}
else if (buffer.containsKey("extension"))
{
if ("package".equals(tag.getLocalPart()))
{
((ModelInfo) model.getModelInfo()).setPackage(content);
}
else if ("componentflags".equals(tag.getLocalPart()))
{
if (attrs.containsKey("suspend"))
{
((ModelInfo) model.getModelInfo()).setSuspend(Boolean.parseBoolean(attrs.get("suspend")));
}
if (attrs.containsKey("master"))
{
((ModelInfo) model.getModelInfo()).setMaster(Boolean.parseBoolean(attrs.get("master")));
}
if (attrs.containsKey("daemon"))
{
((ModelInfo) model.getModelInfo()).setDaemon(Boolean.parseBoolean(attrs.get("daemon")));
}
if (attrs.containsKey("autoshutdown"))
{
((ModelInfo) model.getModelInfo()).setAutoShutdown(Boolean.parseBoolean(attrs.get("autoshutdown")));
}
if (attrs.containsKey("monitoring"))
{
// ((ModelInfo) model.getModelInfo()).setMonitoring(Boolean.parseBoolean(attrs.get("monitoring")));
String monattr = attrs.get("monitoring");
if ((monattr != null) && monattr.equalsIgnoreCase("true"))
{
((ModelInfo) model.getModelInfo()).setMonitoring(PublishEventLevel.MEDIUM);
}
else if ((monattr != null) && monattr.equalsIgnoreCase("false"))
{
((ModelInfo) model.getModelInfo()).setMonitoring(PublishEventLevel.OFF);
}
else
{
((ModelInfo) model.getModelInfo()).setMonitoring(PublishEventLevel.valueOf(attrs.get("monitoring")));
}
}
if (attrs.containsKey("synchronous"))
{
((ModelInfo) model.getModelInfo()).setSynchronous(Boolean.parseBoolean(attrs.get("synchronous")));
}
if (attrs.containsKey("keepalive"))
{
model.setKeepAlive(Boolean.parseBoolean(attrs.get("keepalive")));
}
}
else if ("import".equals(tag.getLocalPart()))
{
model.addImport(content);
}
else if ("argument".equals(tag.getLocalPart()))
{
Argument arg = new Argument();
arg.setName(attrs.get("name"));
arg.setClazz(new ClassInfo(attrs.get("type")));
if (buffer.containsKey("description"))
{
arg.setDescription((String) buffer.remove("description"));
}
if (buffer.containsKey("value"))
{
arg.setValue((String) buffer.remove("value"));
}
((ModelInfo) model.getModelInfo()).addArgument(arg);
}
else if ("result".equals(tag.getLocalPart()))
{
Argument arg = new Argument();
arg.setName(attrs.get("name"));
arg.setClazz(new ClassInfo(attrs.get("type")));
if (buffer.containsKey("description"))
{
arg.setDescription((String) buffer.remove("description"));
}
if (buffer.containsKey("value"))
{
arg.setValue((String) buffer.remove("value"));
}
((ModelInfo) model.getModelInfo()).addResult(arg);
}
else if ("contextvariable".equals(tag.getLocalPart()))
{
String name = attrs.get("name");
String type = attrs.get("type");
//UnparsedExpression exp = new UnparsedExpression(name, clazz.getTypeName(), (String) buffer.remove("value"), null);
MContextVariable var = new MContextVariable(name, null, type, (String) buffer.remove("value"));
parseExp(var, model.getModelInfo().getAllImports(), cl);
//model.addContextVariable(name, clazz, exp, null);
model.addContextVariable(var);
}
else if ("providedservice".equals(tag.getLocalPart()))
{
String name = attrs.get("name");
ClassInfo itrface = attrs.get("interface") != null? new ClassInfo(attrs.get("interface")) : null;
ClassInfo clazz = attrs.get("class") != null? new ClassInfo(attrs.get("class")) : null;
String proxytype = attrs.get("proxytype");
String impl = attrs.get("implementation");
ProvidedServiceInfo ps = new ProvidedServiceInfo();
ps.setName(name);
ps.setType(itrface);
ps.setImplementation(new ProvidedServiceImplementation());
ps.getImplementation().setClazz(clazz);
ps.getImplementation().setProxytype(proxytype);
ps.getImplementation().setValue(impl);
((ModelInfo) model.getModelInfo()).addProvidedService(ps);
}
else if ("providedserviceconfiguration".equals(tag.getLocalPart()))
{
List vals = (List) buffer.get("psconfs");
if (vals == null)
{
vals = new ArrayList();
buffer.put("psconfs", vals);
}
String name = attrs.get("name");
ClassInfo clazz = attrs.get("class") != null? new ClassInfo(attrs.get("class")) : null;
String proxytype = attrs.get("proxytype");
String impl = attrs.get("implementation");
ProvidedServiceInfo ps = new ProvidedServiceInfo();
ps.setName(name);
ps.setImplementation(new ProvidedServiceImplementation());
ps.getImplementation().setClazz(clazz);
ps.getImplementation().setProxytype(proxytype);
ps.getImplementation().setValue(impl);
vals.add(ps);
}
else if ("requiredservice".equals(tag.getLocalPart()))
{
String name = attrs.get("name");
ClassInfo itrface = attrs.get("interface") != null? new ClassInfo(attrs.get("interface")) : null;
Boolean multi = attrs.get("multi") != null? Boolean.parseBoolean(attrs.get("multi")) : null;
String scope = attrs.get("scope");
String dyn = attrs.get("dynamic");
RequiredServiceInfo rs = new RequiredServiceInfo();
rs.setName(name);
rs.setType(itrface);
if(multi != null)
{
rs.setMultiple(multi.booleanValue());
}
rs.setDefaultBinding(new RequiredServiceBinding());
rs.getDefaultBinding().setScope(scope);
if(dyn!=null)
rs.getDefaultBinding().setDynamic(Boolean.parseBoolean(dyn));
((ModelInfo)model.getModelInfo()).addRequiredService(rs);
}
else if ("requiredserviceconfiguration".equals(tag.getLocalPart()))
{
List vals = (List) buffer.get("rsconfs");
if (vals == null)
{
vals = new ArrayList();
buffer.put("rsconfs", vals);
}
String name = attrs.get("name");
String scope = attrs.get("scope");
RequiredServiceInfo rs = new RequiredServiceInfo();
rs.setName(name);
rs.setDefaultBinding(new RequiredServiceBinding());
rs.getDefaultBinding().setScope(scope);
vals.add(rs);
}
else if ("configuration".equals(tag.getLocalPart()))
{
ConfigurationInfo conf = new ConfigurationInfo(attrs.get("name"));
if (attrs.containsKey("suspend"))
{
conf.setSuspend(Boolean.parseBoolean(attrs.get("suspend")));
}
if (attrs.containsKey("master"))
{
conf.setMaster(Boolean.parseBoolean(attrs.get("master")));
}
if (attrs.containsKey("daemon"))
{
conf.setDaemon(Boolean.parseBoolean(attrs.get("daemon")));
}
if (attrs.containsKey("autoshutdown"))
{
conf.setAutoShutdown(Boolean.parseBoolean(attrs.get("autoshutdown")));
}
if (buffer.containsKey("description"))
{
conf.setDescription((String) buffer.remove("description"));
}
if (buffer.containsKey("poollane"))
{
model.addPoolLane(conf.getName(), (String) buffer.remove("poollane"));
}
Map vals = (Map) buffer.remove("argvalues");
if (vals != null)
{
for (Map.Entry entry : vals.entrySet())
{
UnparsedExpression exp = new UnparsedExpression();
exp.setName(entry.getKey());
exp.setClazz(model.getModelInfo().getArgument(exp.getName()).getClazz());
exp.setValue(entry.getValue());
parseExp(exp, model.getModelInfo().getAllImports(), cl);
conf.addArgument(exp);
}
}
vals = (Map) buffer.remove("resvalues");
if (vals != null)
{
for (Map.Entry entry : vals.entrySet())
{
UnparsedExpression exp = new UnparsedExpression();
exp.setName(entry.getKey());
exp.setClazz(model.getModelInfo().getResult(exp.getName()).getClazz());
exp.setValue(entry.getValue());
parseExp(exp, model.getModelInfo().getAllImports(), cl);
conf.addResult(exp);
}
}
vals = (Map) buffer.remove("ctvvalues");
if (vals != null)
{
for (Map.Entry entry : vals.entrySet())
{
UnparsedExpression exp = new UnparsedExpression();
exp.setName(entry.getKey());
//exp.setClazz(model.getContextVariableClass(entry.getKey()));
MContextVariable contextvar = model.getContextVariable(entry.getKey());
exp.setClazz(contextvar.getClazz());
exp.setValue(entry.getValue());
parseExp(exp, model.getModelInfo().getAllImports(), cl);
//model.setContextVariableExpression(entry.getKey(), conf.getName(), exp);
contextvar.setValue(conf.getName(), exp);
}
}
List psconfs = (List) buffer.remove("psconfs");
if (psconfs != null)
{
conf.setProvidedServices(psconfs.toArray(new ProvidedServiceInfo[psconfs.size()]));
}
List rsconfs = (List) buffer.remove("rsconfs");
if (rsconfs != null)
{
conf.setRequiredServices(rsconfs.toArray(new RequiredServiceInfo[rsconfs.size()]));
}
((ModelInfo) model.getModelInfo()).addConfiguration(conf);
}
}
else if("dataFlow".equals(tag.getLocalPart()))
{
MDataEdge edge = new MDataEdge();
edge.setId(attrs.get("id"));
String edgename = attrs.get("name");
edgename = edgename != null? unescapeString(edgename) : null;
edge.setName(edgename);
MActivity src = (MActivity)emap.get(attrs.get("sourceRef"));
MActivity tgt = (MActivity)emap.get(attrs.get("targetRef"));
edge.setSource(src);
edge.setTarget(tgt);
edge.setSourceParameter(attrs.get("sourceParam"));
edge.setTargetParameter(attrs.get("targetParam"));
String expstr = (String) buffer.remove("dataFlowValueMapping");
if(expstr!=null && expstr.length()>0)
{
UnparsedExpression exp = new UnparsedExpression(
edge.getSourceParameter()+"-"+edge.getTargetParameter(), "java.lang.Object", expstr, null);
parseExp(exp, model.getModelInfo().getAllImports(), cl);
edge.setParameterMapping(exp);
}
if (src != null &&
tgt != null &&
src.getParameters().get(edge.getSourceParameter()) != null &&
tgt.getParameters().get(edge.getTargetParameter()) != null)
{
if(src != null)
{
src.addOutgoingDataEdge(edge);
}
if(tgt != null)
{
tgt.addIncomingDataEdge(edge);
}
emap.put(edge.getId(), edge);
}
else
{
System.err.println("Dangling data edge: " + edge.getId());
}
}
else if ("dataFlowValueMapping".equals(tag.getLocalPart()))
{
buffer.put("dataFlowValueMapping", content);
}
}
/**
* Handles a visual element.
*
* @param vreader The visual reader.
* @param tag The XML tag.
* @param attrs The XML attributes.
* @param emap The element map.
* @param buffer The buffer.
*/
protected static final void handleVisualElement(IBpmnVisualModelReader vreader, QName tag, Map attrs, String content, Map laneparents, Map emap, Map buffer)
{
if (vreader != null)
{
// long ts = System.currentTimeMillis();
Map vbuffer = (Map) buffer.get("vbuffer");
if (vbuffer == null)
{
vbuffer = new HashMap();
buffer.put("vbuffer", vbuffer);
}
vreader.readElement(tag, attrs, laneparents, emap, buffer);
if ("Bounds".equals(tag.getLocalPart()))
{
if (vbuffer.containsKey("bounds"))
{
Rectangle2D.Double alt = new Rectangle2D.Double();
//xRectangle alt = new mxRectangle();
alt.width = Double.parseDouble(attrs.get("width"));
alt.height = Double.parseDouble(attrs.get("height"));
alt.x = Double.parseDouble(attrs.get("x"));
alt.y = Double.parseDouble(attrs.get("y"));
//mxGeometry geo = (mxGeometry) buffer.get("bounds");
//geo.setAlternateBounds(alt);
vbuffer.put(ALT_BOUNDS_KEY, alt);
}
else
{
// mxGeometry geo = new mxGeometry();
// geo.setWidth(Double.parseDouble(attrs.get("width")));
// geo.setHeight(Double.parseDouble(attrs.get("height")));
// geo.setX(Double.parseDouble(attrs.get("x")));
// geo.setY(Double.parseDouble(attrs.get("y")));
Rectangle2D.Double bounds = new Rectangle2D.Double();
bounds.setRect(Double.parseDouble(attrs.get("x")),
Double.parseDouble(attrs.get("y")),
Double.parseDouble(attrs.get("width")),
Double.parseDouble(attrs.get("height")));
vbuffer.put(BOUNDS_KEY, bounds);
}
}
else if ("BPMNShape".equals(tag.getLocalPart()))
{
String bpmnid = attrs.get("bpmnElement");
MIdElement e = emap.get(bpmnid);
String exp = attrs.get("isExpanded");
Boolean expanded = exp != null? Boolean.parseBoolean(exp) : null;
String eventparentid = e != null? ((Map) buffer.get("eventhandlerparentmap")).get(e.getId()) : null;
Map spem = (Map) buffer.get("subprocesselementmap");
String subprocessparentid = e != null? spem.get(e.getId()) != null? spem.get(e.getId()).getId() : null : null;
String laneparentid = e != null? laneparents.get(e.getId()) : null;
Rectangle2D bounds = (Rectangle2D) vbuffer.remove(BOUNDS_KEY);
Rectangle2D altbounds = (Rectangle2D) vbuffer.remove(ALT_BOUNDS_KEY);
Set intparams = (Set) vbuffer.remove(INTERNAL_PARAMETERS_KEY);
vreader.processBpmnShape(bpmnid, e, expanded, bounds, altbounds, intparams, eventparentid, subprocessparentid, laneparentid);
}
else if ("BPMNEdge".equals(tag.getLocalPart()))
{
String bpmnid = attrs.get("bpmnElement");
MIdElement medge = emap.get(bpmnid);
List waypoints = (List) vbuffer.remove(WAYPOINTS_KEY);
vreader.processBpmnEdge(bpmnid, medge, waypoints);
}
else if ("Edge".equals(tag.getLocalPart()))
{
String type = attrs.get("type");
List waypoints = (List) vbuffer.remove(WAYPOINTS_KEY);
vreader.processGenericEdge(type, waypoints, attrs, emap);
}
else if ("waypoint".equals(tag.getLocalPart()))
{
List waypoints = (List) vbuffer.get(WAYPOINTS_KEY);
if (waypoints == null)
{
waypoints = new ArrayList();
vbuffer.put(WAYPOINTS_KEY, waypoints);
}
Point2D.Double point = new Point2D.Double();
point.x = Double.parseDouble(attrs.get("x"));
point.y = Double.parseDouble(attrs.get("y"));
waypoints.add(point);
}
else if ("internalParameter".equals(tag.getLocalPart()))
{
Set intparams = (Set) vbuffer.get(INTERNAL_PARAMETERS_KEY);
if (intparams == null)
{
intparams = new HashSet();
vbuffer.put(INTERNAL_PARAMETERS_KEY, intparams);
}
intparams.add(content);
}
// System.out.println(tag.getLocalPart() + " " + (System.currentTimeMillis() - ts));
}
}
/**
* Inserts an activity into the model and maps.
*
* @param act The activity.
* @param buffer The buffer.
* @param lanemap The lane map.
* @param emap The element map.
*/
protected static final void insertActivity(MActivity act, Map buffer, Map lanemap, Map emap)
{
MPool pool = (MPool) buffer.get("pool");
MLane lane = lanemap.get(act.getId());
if (act.isEventHandler())
{
act.setPool(pool);
act.setLane(lane);
Map ehpm = (Map) buffer.get("eventhandlerparentmap");
((MActivity) emap.get(ehpm.get(act.getId()))).addEventHandler(act);
}
else
{
LinkedList sps = (LinkedList) buffer.get("subprocessstack");
if (!sps.isEmpty())
{
act.setPool(pool);
act.setLane(lane);
sps.peek().addActivity(act);
Map spem = (Map) buffer.get("subprocesselementmap");
spem.put(act.getId(), sps.peek());
}
else
{
if (lane != null)
{
lane.addActivity(act);
act.setPool(pool);
act.setLane(lane);
}
else
{
pool.addActivity(act);
act.setPool(pool);
}
}
}
emap.put(act.getId(), act);
}
/**
* Connects activity edges.
*/
protected static final void connectActivityEdges(MActivity act, Map buffer, Map emap)
{
//FIXME: Support for other edges
List outgoing = (List) buffer.remove("outgoing");
if (outgoing != null)
{
for (String outid : outgoing)
{
MSequenceEdge edge = (MSequenceEdge) emap.get(outid);
if (edge != null)
{
edge.setSource(act);
act.addOutgoingSequenceEdge(edge);
}
}
}
List incoming = (List) buffer.remove("incoming");
if (incoming != null)
{
for (String incid : incoming)
{
MSequenceEdge edge = (MSequenceEdge) emap.get(incid);
if (edge != null)
{
edge.setTarget(act);
act.addIncomingSequenceEdge(edge);
}
}
}
}
/**
* Parses the expression if possible.
*
* @param exp The expression.
* @param imports The imports.
* @param cl The class loader.
* @return Parsed expression or unparsed if class loader is unavailable.
*/
protected static final UnparsedExpression parseExp(UnparsedExpression exp, String[] imports, ClassLoader cl)
{
if(cl != null)
{
try
{
SJavaParser.parseExpression(exp, imports, cl);
}
catch(Exception e)
{
System.err.println("Error parsing expression, name="+exp.getName()+", expstring="+exp.getValue());
throw new RuntimeException(e);
}
}
return exp;
}
/**
* Matches local part of the tag.
* TODO: Do this for all tags.
*/
protected static final boolean matchLTag(String tagname, QName tag)
{
String oltag = tag.getLocalPart();
String ltag = TAG_ALIASES.get(oltag);
if (ltag == null)
{
ltag = oltag;
}
return tagname.equals(ltag);
}
/**
* Unescapes strings for xml.
*/
private static final String unescapeString(String string)
{
StringBuilder ret = new StringBuilder();
boolean escapemode = false;
for (int i = 0; i < string.length(); ++i)
{
String c = string.substring(i, i + 1);
if (escapemode)
{
if (c.equals("n"))
{
ret.append("\n");
}
else
{
ret.append(c);
}
escapemode = false;
}
else
{
if (c.equals("\\"))
{
escapemode = true;
}
else
{
ret.append(c);
}
}
}
return ret.toString();
}
}
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