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The INGENIAS Meta-Editor core. It is a set of facilities to generate an editor from a detailed xml description
/**
* Copyright (C) 2010 Jorge J. Gomez-Sanz
*
* This file is part of the INGENME tool. INGENME is an open source meta-editor
* which produces customized editors for user-defined modeling languages
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation version 3 of the License
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
* You should have received a copy of the GNU General Public License
* along with this program. If not, see entities = new HashSet();
for (int k = 0; k < gs.length; k++) {
Graph current = gs[k];
GraphEntity[] ges=null;
try {
ges = current.getEntities();
} catch (NullEntity e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
for (int i = 0; i < ges.length; i++) {
entities.add(ges[i]);
}
}
GraphEntity[] temp = entities.toArray(new GraphEntity[entities.size()]);
/*Object[] temp = ids.om.getAllObjects().toArray();
Graph[] gs=this.getGraphs();
Vector entities=new Vector();
for (Object ent:temp){
if ( Entity.class.isAssignableFrom(ent.getClass()))
try {
entities.add(new GraphEntityImp((Entity)ent,null,(ModelJGraph) gs[0].getGraph(), getState()));
} catch (NullEntity e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
}
GraphEntity[] result = new GraphEntity[entities.size()];*/
//System.arraycopy(entities.toArray(), 0, temp, 0, temp.length);
return temp;
}
// Obtains a graph with a concrete id. If there is no any, it returns null
/**
* Gets the graph attribute of the BrowserImp object
*
*@param id Description of Parameter
*@return The graph value
*/
public Graph getGraph(String id) {
ingenias.editor.GraphManager gm = ids.gm;
ingenias.editor.ModelJGraph mg = (ingenias.editor.ModelJGraph) gm.getModel(id);
if (mg != null) {
return new GraphImp(mg, ids);
} else {
return null;
}
}
/**
* Obtains an instance
*
*@return The instance value
*/
/*public static Browser getInstance() throws ingenias.exception.NotInitialised{
if (browser == null) {
throw new ingenias.exception.NotInitialised("Browser not initialised. You must call \"initialise\" first");
} else {
return browser;
}
}*/
/**
* Initialises the diagram browser with a INGENIAS specification file
*
*@param file Description of Parameter
*@exception Exception Description of Exception
*/
public static Browser initialise(String file) throws
ingenias.exception.UnknowFormat,
ingenias.exception.DamagedFormat,
ingenias.exception.CannotLoad {
//browser = new BrowserImp(IDEState.emptyIDEState());
browser = new BrowserImp(file);
return browser;
}
/**
* Performs an empty initialisation. Only works when there is an already existing
* instance of GraphManager
*
*@exception Exception Description of Exception
*/
/*public static void initialise() {
ingenias.editor.GraphManager.getInstance();
// To check if it is initialised
browser = new BrowserImp();
}*/
/**
* Performs an empty initialisation. Only works when there is an already existing
* instance of GraphManager
*
*@exception Exception Description of Exception
*/
public static void initialise(IDEState ids) {
// To check if it is initialised
browser = new BrowserImp(ids);
}
public GraphEntity findEntity(String id){
GraphEntity[] ents=this.getAllEntities();
boolean found=false;
int k=0;
for (k=0;k relationships1 = ent1.getAllRelationships();
Vector relationships2 = ent2.getAllRelationships();
int j=0;
allIncluded=allIncluded && relationships1.size()==relationships2.size();
while (allIncluded && j findAllDifferences(Browser bimp1, Browser bimp2){
GraphEntity[] entities = bimp1.getAllEntities();
boolean allIncluded=true;
Vector differences=new Vector();
int k=0;
while (k checkEntity(GraphEntity ent1,
GraphEntity ent2, Vector alreadyVerified) {
boolean allIncluded=true;
Vector differences=new Vector();
if (!ent1.getClass().equals(ent2.getClass())){
differences.add("entity "+ent1.getID()+":"+ent1.getType()+" does not exist but there is one with id "+ent1.getID()+":"+ent2.getType());
} else {
if (!alreadyVerified.contains(ent1)){
alreadyVerified.add(ent1);
Vector fieldDifferences=checkFields(ent1,ent2,alreadyVerified);
differences.addAll(fieldDifferences);
if (!fieldDifferences.isEmpty()){
Vector relationships1 = ent1.getAllRelationships();
Vector relationships2 = ent2.getAllRelationships();
int j=0;
allIncluded=allIncluded && relationships1.size()==relationships2.size();
while (j checkFields(GraphEntity ent1,
GraphEntity ent2, Vector alreadyVerified) {
GraphAttribute[] attsEnt1 = ent1.getAllAttrs();
GraphAttribute[] attsEnt2 = ent2.getAllAttrs();
Vector differences=new Vector();
for (int k=0;k differences,
GraphAttribute gaE1, GraphAttribute gaE2) {
boolean found;
if (gaE1.isEntityValue() && gaE2.isEntityValue()){
// different types of fields. It sho
GraphEntity entValue1=null;
GraphEntity entValue2=null;
try {
entValue1=gaE1.getEntityValue();
} catch (NullEntity ne){};
try {
entValue2=gaE2.getEntityValue();
} catch (NullEntity ne){};
if (entValue1==null && entValue2==null)
found=true;
else
if (entValue1!=null && entValue2==null){
differences.add("entity " +ent1.getID()+":"+ent1.getType()+" has not the same values for attribute "+
gaE1.getName()+":"+entValue1+" instead the second spec has null");
} else
if (entValue1==null && entValue2!=null){
differences.add("entity " +ent1.getID()+":"+ent1.getType()+" has not the same values for attribute "+
gaE1.getName()+":null instead the second spec has \""+entValue2+"\"");
} else
if (entValue1!=null && entValue2!=null){
Vector cdifferences = checkEntity(entValue1,entValue2,alreadyVerified);
differences.addAll(cdifferences);
found=cdifferences.isEmpty();
}
}
}
private static void evaluateCollectionValueField(GraphEntity ent1,
Vector alreadyVerified, Vector differences, boolean found,
GraphAttribute gaE1, GraphAttribute gaE2) {
GraphCollection colValue1=null;
GraphCollection colValue2=null;
try {
colValue1=gaE1.getCollectionValue();
} catch (ingenias.exception.NullEntity ne){};
try {
colValue2=gaE2.getCollectionValue();
} catch (ingenias.exception.NullEntity ne){};
if (colValue1==null && colValue2==null){
found=true;
} else
if (colValue1==null && colValue2!=null){
differences.add("entity " +ent1.getID()+":"+ent1.getType()+" has a null value for attribute "+
gaE1.getName()+" instead the second spec has "+colValue2);
} else
if (colValue1!=null && colValue2==null){
differences.add("entity " +ent1.getID()+":"+ent1.getType()+" has not the same values for attribute "+
gaE1.getName()+":"+colValue1+" instead the second spec has null");
} else
if (colValue1!=null && colValue2!=null &&
colValue1.size()==colValue2.size()){
Vector cdifferences = new Vector();
for (int l=0;l differences, GraphAttribute gaE1, GraphAttribute gaE2) {
boolean found;
String simpleValue1=null;
String simpleValue2=null;
simpleValue1=gaE1.getSimpleValue();
simpleValue2=gaE2.getSimpleValue();
if (simpleValue1==null && simpleValue1==null){
found=true;
} else
if (simpleValue1==null && simpleValue2!=null){
differences.add("entity " +ent1.getID()+":"+ent1.getType()+" has a null value for attribute "+
gaE1.getName()+" instead the second spec has "+simpleValue2);
} else
if (simpleValue1!=null && simpleValue2==null){
differences.add("entity " +ent1.getID()+":"+ent1.getType()+" has not the same values for attribute "+
gaE1.getName()+":"+simpleValue1+" instead the second spec has null");
} else
if (simpleValue1!=null && simpleValue2!=null && !simpleValue1.equals(simpleValue2)){
differences.add("entity " +ent1.getID()+":"+ent1.getType()+" has a value \""+simpleValue1+"\" for attribute "+
gaE1.getName()+" instead the second spec has \""+simpleValue2+"\"");
}
}
public static boolean compare(Browser bimp1, Browser bimp2) {
return findAllDifferences(bimp1, bimp2).isEmpty() && findAllDifferences(bimp2, bimp1).isEmpty();
}
}