private void insertProjects(SrVector children, Db db) throws DbException {
db.beginTrans(Db.READ_TRANS);
DbObject parent = db.getRoot();
DbEnumeration dbEnum = parent.getComponents().elements(DbProject.metaClass);
while (dbEnum.hasMoreElements())
children.addElement(createPrimaryNode(parent, dbEnum.nextElement()));
dbEnum.close();
db.commitTrans();
}
private void propagateCommonItemValues(DbORCommonItemModel model, int options)
throws DbException {
DbRelationN relN = model.getComponents();
DbEnumeration dbEnum = relN.elements(DbORCommonItem.metaClass);
while (dbEnum.hasMoreElements()) {
DbORCommonItem item = (DbORCommonItem) dbEnum.nextElement();
propagateCommonItemValues(item, options);
} // end while
dbEnum.close();
} // end propagateCommonItemValues()
// Overridden
protected void insertComponents(SrVector children, DbObject dbParent) throws DbException {
SemanticalModel model = ApplicationContext.getSemanticalModel();
DbEnumeration dbEnum = dbParent.getComponents().elements();
while (dbEnum.hasMoreElements()) {
DbObject dbo = dbEnum.nextElement();
boolean isVisible = model.isVisibleOnScreen(dbParent, dbo, Explorer.class);
if (isVisible) {
children.addElement(createPrimaryNode(dbParent, dbo));
} // end if
} // end while
dbEnum.close();
} // end insertComponents()
// this update is always safe
public final void updateSelectionAction() throws DbException {
ApplicationDiagram diag = ApplicationContext.getFocusManager().getActiveDiagram();
Object[] objects = ApplicationContext.getFocusManager().getSelectedSemanticalObjects();
if ((diag == null) || (objects.length != 1) || !(objects[0] instanceof DbORAssociationEnd)) {
setSelectedIndex(-1);
setEnabled(false);
return;
}
// update values
dbos.clear();
DbORAssociationEnd end = (DbORAssociationEnd) objects[0];
DbORPrimaryUnique selKey = end.getReferencedConstraint();
DbORAbsTable tableSo = (DbORAbsTable) end.getOppositeEnd().getClassifier();
DbEnumeration dbEnum = tableSo.getComponents().elements(DbORPrimaryUnique.metaClass);
while (dbEnum.hasMoreElements()) {
DbORPrimaryUnique key = (DbORPrimaryUnique) dbEnum.nextElement();
dbos.add(key);
}
dbEnum.close();
int sizeadjustment = (dbos.size() == 0) ? 1 : 2; // adding a separator
// and an item for
// removing the
// referenced
// constraint
// if no keys, do not add a separator
Object[] items = new Object[dbos.size() + sizeadjustment];
items[0] = kNoReferencedConstraint;
if (sizeadjustment == 2) {
items[1] = null;
}
String tableName = tableSo.getName();
for (int i = 0; i < dbos.size(); i++) {
String name = ((DbORPrimaryUnique) dbos.get(i)).getName();
items[i + sizeadjustment] =
MessageFormat.format(kKeyNamePatern, new Object[] {tableName, name});
}
setDomainValues(items);
if (selKey == null) setSelectedIndex(0);
else setSelectedIndex(dbos.indexOf(selKey) + sizeadjustment);
setEnabled(true);
}
// find, if any, the column of 'table' whose name is 'columnName'
private DbORColumn findColumn(DbORTable table, String columnName) throws DbException {
DbORColumn namedColumn = null;
DbRelationN relN = table.getComponents();
DbEnumeration enu = relN.elements(DbORColumn.metaClass);
while (enu.hasMoreElements()) {
DbORColumn c = (DbORColumn) enu.nextElement();
if (columnName.equals(c.getName())) {
namedColumn = c;
break;
}
} // end while
enu.close();
return namedColumn;
}
private DbJVPackage findPackageByName(DbOOAbsPackage parent, String packageName)
throws DbException {
DbJVPackage foundPackage = null;
DbRelationN relN = parent.getComponents();
DbEnumeration enu = relN.elements(DbJVPackage.metaClass);
while (enu.hasMoreElements()) {
DbJVPackage pack = (DbJVPackage) enu.nextElement();
String name = pack.getName();
if (packageName.equals(name)) {
foundPackage = pack;
break;
}
} // end while
enu.close();
return foundPackage;
}
private DbORTable findParentTable(DbORTable t1) throws DbException {
DbORTable parent = null;
DbRelationN relN = t1.getAssociationEnds();
DbEnumeration enu = relN.elements(DbORAssociationEnd.metaClass);
while (enu.hasMoreElements()) {
DbORAssociationEnd end = (DbORAssociationEnd) enu.nextElement();
int mult = end.getMultiplicity().getValue();
if (mult == SMSMultiplicity.EXACTLY_ONE) {
DbORAssociationEnd oppEnd = end.getOppositeEnd();
DbORAbsTable t = oppEnd.getClassifier();
if (t instanceof DbORTable) {
parent = (DbORTable) t;
break;
}
} // end if
} // end while
enu.close();
return parent;
}
private DbOOAdt findClassByName(DbJVPackage pack, String classname) throws DbException {
DbJVClass foundClass = null;
DbRelationN relN = (pack == null) ? m_classModel.getComponents() : pack.getComponents();
DbEnumeration enu = relN.elements(DbJVClass.metaClass);
while (enu.hasMoreElements()) {
DbJVClass claz = (DbJVClass) enu.nextElement();
String name = claz.getName();
if (classname.equals(name)) {
foundClass = claz;
break;
}
} // end while
enu.close();
if (foundClass == null) {
JVClassCategory catg = JVClassCategory.getInstance(JVClassCategory.CLASS);
foundClass = (pack == null) ? new DbJVClass(m_classModel, catg) : new DbJVClass(pack, catg);
foundClass.setName(classname);
types.put(classname, foundClass);
}
return foundClass;
} // end findClassByName()
protected final void refresh(DynamicNode parentNode) throws DbException {
if (ApplicationContext.getFocusManager().isGuiLocked()) return;
if (parentNode == null) return;
if (!parentNode.hasLoaded() || parentNode.isLeaf()) {
if (parentNode.getUserObject() instanceof DbObject)
updateNode((DbObject) parentNode.getUserObject());
return;
}
Object userObject = parentNode.getUserObject();
if (userObject == ROOT) {
int count = getChildCount(parentNode);
for (int i = 0; i < count; i++) {
DynamicNode node = (DynamicNode) getChild(parentNode, i);
userObject = node.getUserObject();
if (userObject == DB_RAM) refresh(node);
else {
if (((Db) userObject).isValid()) {
((Db) userObject).beginTrans(Db.READ_TRANS);
refresh(node);
((Db) userObject).commitTrans();
} else {
removeNode(node);
}
}
}
return;
}
if (userObject == DB_RAM) {
int count = getChildCount(parentNode);
for (int i = count - 1; i >= 0; i--) {
DynamicNode node = (DynamicNode) getChild(parentNode, i);
Db db = ((DbObject) node.getUserObject()).getDb();
if (!db.isValid()) {
removeNode(node);
continue;
}
db.beginTrans(Db.READ_TRANS);
refresh(node);
// refresh the display text for the projects - we do not want to
// apply a full update
// using update(dbo) because we want to preserve the expanded
// state for projects.
node.setDisplayText(getDisplayText(null, (DbObject) node.getUserObject()));
db.commitTrans();
}
// check for missing Db
Db[] dbs = Db.getDbs();
for (int i = 0; i < dbs.length; i++) {
if (!dbs[i].isValid() || !(dbs[i] instanceof DbRAM)) continue;
DynamicNode dbNode = getDynamicNode(parentNode, dbs[i], 0);
if (dbNode != null) continue;
dbs[i].beginTrans(Db.READ_TRANS);
DbEnumeration dbEnum = dbs[i].getRoot().getComponents().elements(DbProject.metaClass);
if (dbEnum.hasMoreElements()) {
getDynamicNode(dbEnum.nextElement(), false);
}
dbEnum.close();
dbs[i].commitTrans();
}
return;
}
SrVector children = new SrVector(10);
if (userObject instanceof Db) {
insertProjects(children, (Db) userObject);
children.sort();
} else if (((DbObject) userObject).isAlive()) {
insertComponents(children, (DbObject) userObject);
if (childrenAreSorted((DbObject) userObject))
children.sort(getComparator((DbObject) userObject));
}
DynamicNode groupNode = null;
int index = 0;
int iGroup = 0;
for (int i = 0; i < children.size(); i++) {
DynamicNode srcNode = (DynamicNode) children.elementAt(i);
GroupParams group = srcNode.getGroupParams();
if (group.name == null) {
refreshNode(srcNode, parentNode, index);
index++;
} else {
if (groupNode == null || !groupNode.toString().equals(group.name)) {
if (groupNode != null) deleteNodes(groupNode, iGroup);
groupNode = getGroupNode(parentNode, group, index);
if (groupNode == null) {
groupNode = createGroupNode(group);
insertNodeInto(groupNode, parentNode, index);
} else if (groupNode != getChild(parentNode, index)) {
removeNodeFromParent(groupNode);
insertNodeInto(groupNode, parentNode, index);
}
index++;
iGroup = 0;
}
refreshNode(srcNode, groupNode, iGroup);
iGroup++;
}
}
if (groupNode != null) deleteNodes(groupNode, iGroup);
deleteNodes(parentNode, index);
// Refresh subnodes in a separate pass to avoid interference from
// automatic
// adding of a primary node when adding a secondary node.
refreshChildren(parentNode);
}
private Map<Byte, DbJVPrimitiveType> getJavaTypes() throws DbException {
// if first call, build the map
if (m_javaTypes == null) {
m_javaTypes = new HashMap<Byte, DbJVPrimitiveType>();
DbRelationN relN = m_project.getComponents();
DbEnumeration enu = relN.elements(DbSMSBuiltInTypeNode.metaClass);
while (enu.hasMoreElements()) {
DbSMSBuiltInTypeNode typeNode = (DbSMSBuiltInTypeNode) enu.nextElement();
DbRelationN relN2 = typeNode.getComponents();
DbEnumeration enu2 = relN2.elements(DbSMSBuiltInTypePackage.metaClass);
while (enu2.hasMoreElements()) {
DbSMSBuiltInTypePackage pack = (DbSMSBuiltInTypePackage) enu2.nextElement();
DbSMSTargetSystem ts = pack.getTargetSystem();
if ("Java".equals(ts.getName())) {
DbRelationN relN3 = pack.getComponents();
DbEnumeration enu3 = relN3.elements(DbJVPrimitiveType.metaClass);
while (enu3.hasMoreElements()) {
DbJVPrimitiveType type = (DbJVPrimitiveType) enu3.nextElement();
String name = type.getName();
if ("boolean".equals(name)) {
m_javaTypes.put(Constants.T_BOOLEAN, type);
} else if ("byte".equals(name)) {
m_javaTypes.put(Constants.T_BYTE, type);
} else if ("short".equals(name)) {
m_javaTypes.put(Constants.T_SHORT, type);
} else if ("char".equals(name)) {
m_javaTypes.put(Constants.T_CHAR, type);
} else if ("int".equals(name)) {
m_javaTypes.put(Constants.T_INT, type);
} else if ("long".equals(name)) {
m_javaTypes.put(Constants.T_LONG, type);
} else if ("double".equals(name)) {
m_javaTypes.put(Constants.T_DOUBLE, type);
} else if ("float".equals(name)) {
m_javaTypes.put(Constants.T_FLOAT, type);
} // end if
} // end while
enu3.close();
} // end if
pack.getAlias();
} // end while
enu2.close();
} // end while
enu.close();
} // end if
return m_javaTypes;
}
private void propagateCommonItemValues(DbORCommonItem item, int options) throws DbException {
// get mandatory properties
DbORTypeClassifier type = item.getType();
Integer len = item.getLength();
Integer dec = item.getNbDecimal();
boolean isNull = item.getNull();
// get optional properties
String name = item.getName();
String physicalName = item.getPhysicalName();
String alias = item.getAlias();
String desc = item.getDescription();
DbSMSStereotype stereotype = item.getUmlStereotype();
// for each column
DbRelationN relN = item.getColumns();
DbEnumeration dbEnum = relN.elements(DbORColumn.metaClass);
while (dbEnum.hasMoreElements()) {
m_changesmade = true;
// set mandatory properties
DbORColumn column = (DbORColumn) dbEnum.nextElement();
column.setType(type);
column.setLength(len);
column.setNbDecimal(dec);
column.setNull(Boolean.valueOf(isNull));
// set optional properties
if ((options & NAME) != 0) {
column.setName(name);
}
if ((options & PHYSICAL_NAME) != 0) {
column.setPhysicalName(physicalName);
}
if ((options & ALIAS) != 0) {
column.setAlias(alias);
}
if ((options & DESCRIPTION) != 0) {
column.setDescription(desc);
}
if ((options & STEREOTYPE) != 0) {
column.setUmlStereotype(stereotype);
}
} // end while
dbEnum.close();
// get object properties
DbOOAdt ooType = item.getOoType();
String typeUse = item.getTypeUse();
OOTypeUseStyle style = item.getTypeUseStyle();
JVVisibility visib = (JVVisibility) item.getVisibility();
boolean isStatic = item.isStatic();
boolean isFinal = item.isFinal();
boolean isTransient = item.isTransient();
boolean isVolatile = item.isVolatile();
// for each field
relN = item.getFields();
dbEnum = relN.elements(DbJVDataMember.metaClass);
while (dbEnum.hasMoreElements()) {
m_changesmade = true;
// set mandatory oo properties
DbJVDataMember field = (DbJVDataMember) dbEnum.nextElement();
field.setType(ooType);
field.setTypeUse(typeUse);
field.setTypeUseStyle(style);
field.setVisibility(visib);
field.setStatic(Boolean.valueOf(isStatic));
field.setFinal(new Boolean(isFinal));
field.setTransient(new Boolean(isTransient));
field.setVolatile(new Boolean(isVolatile));
// set optional properties
if ((options & NAME) != 0) {
field.setName(name);
}
if ((options & ALIAS) != 0) {
field.setAlias(alias);
}
if ((options & DESCRIPTION) != 0) {
field.setDescription(desc);
}
if ((options & STEREOTYPE) != 0) {
field.setUmlStereotype(stereotype);
}
} // end while
dbEnum.close();
} // end propagateCommonItemValues()
//
// PRIVATE METHODS
//
private void propagateCommonItems() {
g_options = getOptions();
m_changesmade = false;
try {
m_semObjs[0].getDb().beginWriteTrans(m_title);
int nb = m_semObjs.length;
for (int i = 0; i < nb; i++) {
DbObject semObj = m_semObjs[i];
if (semObj instanceof DbORCommonItemModel) {
DbORCommonItemModel model = (DbORCommonItemModel) semObj;
propagateCommonItemValues(model, g_options);
} else if (semObj instanceof DbORCommonItem) {
DbORCommonItem item = (DbORCommonItem) semObj;
propagateCommonItemValues(item, g_options);
} // end if
else if (semObj instanceof DbORDataModel) {
DbObject tableOrView = null;
DbEnumeration orTableEnum = semObj.getComponents().elements(DbORAbsTable.metaClass);
while (orTableEnum.hasMoreElements()) {
tableOrView = orTableEnum.nextElement();
DbEnumeration orColumnEnum = tableOrView.getComponents().elements(DbORColumn.metaClass);
DbORCommonItem item = null;
while (orColumnEnum.hasMoreElements()) {
DbORColumn parm = (DbORColumn) orColumnEnum.nextElement();
item = (DbORCommonItem) parm.get(DbORColumn.fCommonItem);
if (item != null) propagateCommonItemValues(item, parm, false, g_options);
}
orColumnEnum.close();
}
orTableEnum.close();
} else if (semObj instanceof DbORColumn) {
DbORCommonItem item = (DbORCommonItem) semObj.get(DbORColumn.fCommonItem);
if (item != null) propagateCommonItemValues(item, semObj, false, g_options);
} else if (semObj instanceof DbORAbsTable) {
DbEnumeration orColumnEnum = semObj.getComponents().elements(DbORColumn.metaClass);
DbORCommonItem item = null;
while (orColumnEnum.hasMoreElements()) {
DbORColumn parm = (DbORColumn) orColumnEnum.nextElement();
item = (DbORCommonItem) parm.get(DbORColumn.fCommonItem);
if (item != null) propagateCommonItemValues(item, parm, false, g_options);
}
orColumnEnum.close();
} else if (semObj instanceof DbOOClassModel) {
DbObject tableOrView = null;
DbEnumeration orTableEnum = semObj.getComponents().elements(DbOOClass.metaClass);
while (orTableEnum.hasMoreElements()) {
tableOrView = orTableEnum.nextElement();
DbEnumeration orColumnEnum =
tableOrView.getComponents().elements(DbJVDataMember.metaClass);
DbORCommonItem item = null;
while (orColumnEnum.hasMoreElements()) {
DbJVDataMember parm = (DbJVDataMember) orColumnEnum.nextElement();
item = (DbORCommonItem) parm.get(DbJVDataMember.fCommonItem);
if (item != null) propagateCommonItemValues(item, parm, true, g_options);
}
orColumnEnum.close();
}
orTableEnum.close();
} else if (semObj instanceof DbOOClass) {
DbEnumeration orColumnEnum = semObj.getComponents().elements(DbJVDataMember.metaClass);
DbORCommonItem item = null;
while (orColumnEnum.hasMoreElements()) {
DbJVDataMember parm = (DbJVDataMember) orColumnEnum.nextElement();
item = (DbORCommonItem) parm.get(DbJVDataMember.fCommonItem);
if (item != null) propagateCommonItemValues(item, parm, true, g_options);
}
orColumnEnum.close();
} else if (semObj instanceof DbJVDataMember) {
DbORCommonItem item = (DbORCommonItem) semObj.get(DbJVDataMember.fCommonItem);
if (item != null) propagateCommonItemValues(item, semObj, true, g_options);
}
} // end for
m_semObjs[0].getDb().commitTrans();
if (m_changesmade == false)
JOptionPane.showMessageDialog(
this,
LocaleMgr.screen.getString("NoCommonItemToPropagate"),
ApplicationContext.getApplicationName(),
JOptionPane.INFORMATION_MESSAGE);
} catch (Exception e) {
org.modelsphere.jack.util.ExceptionHandler.processUncatchedException(
ApplicationContext.getDefaultMainFrame(), e);
}
} // end propagateCommonItems()
// add childrenMetaClass to filter only children of that class
// if null, scan each child
protected boolean expandMetaRelationN(
Writer output,
DbObject object,
MetaRelationship metaRelation,
boolean state[],
MetaClass childrenMetaClass,
RuleOptions options)
throws DbException, IOException, RuleException {
boolean expanded = false;
DbEnumeration dbEnumChildren = null;
DbRelationN relationN = (DbRelationN) object.get(metaRelation);
if (childrenMetaClass == null) {
dbEnumChildren = relationN.elements();
} else {
dbEnumChildren = relationN.elements(childrenMetaClass);
}
// a first pass to find out the number of children
int nbChildren = 0;
try {
while (dbEnumChildren.hasMoreElements()) {
dbEnumChildren.nextElement();
nbChildren++;
// Cancel everything if the user has decided to stop the
// operation
if (options != null) {
Controller controller = options.m_controller;
if (controller != null) {
boolean can_continue = controller.checkPoint();
if (!can_continue) {
throw new RuleException(controller.getAbortedString());
}
}
} // end if
} // end while
} finally {
dbEnumChildren.close();
}
// cannot rollback to the first element, so recreate the enumeration
if (childrenMetaClass == null) {
dbEnumChildren = relationN.elements();
} else {
dbEnumChildren = relationN.elements(childrenMetaClass);
}
try {
while (dbEnumChildren.hasMoreElements()) {
DbObject child = (DbObject) dbEnumChildren.nextElement();
MetaClass metaClass = child.getMetaClass();
String className = metaClass.getGUIName();
boolean excluded = false;
// check if child's class is excluded
if (options != null) {
excluded = options.isExcluded(className);
// if not, check if parent's connection is excluded
if (!excluded) {
metaClass = object.getMetaClass();
String parentClassName = metaClass.getGUIName();
String connectionName = parentClassName + "." + metaRelation.getGUIName();
excluded = options.isExcluded(connectionName);
} // end if
} // end if
if (!excluded) {
expanded |= expandChild(output, object, child, nbChildren, state, options);
} // end if
} // end while
} finally {
dbEnumChildren.close();
}
boolean atLeastOneChildPrinted = state[1];
if ((atLeastOneChildPrinted) && (suffixModifier != null)) {
expanded |= suffixModifier.expand(output, object, options);
} else if ((!atLeastOneChildPrinted) && (nullModifier != null)) {
expanded |= nullModifier.expand(output, object, options);
}
return expanded;
} // end expandMetaRelationN
