use of com.ramussoft.common.event.AttributeEvent in project ramus by Vitaliy-Yakovchuk.
the class EvalPlugin method init.
@Override
public void init(final Engine engine, AccessRules rules) {
super.init(engine, rules);
Qualifier qualifier = StandardAttributesPlugin.getQualifiersQualifier(engine);
engine.setPluginProperty(getName(), "Plugin", this);
function = getFunction(qualifier);
if (function == null) {
function = engine.createSystemAttribute(new AttributeType(EVAL, "Function", false));
function.setName(FUNCTION_ATTRIBUTE);
engine.updateAttribute(function);
qualifier.getSystemAttributes().add(function);
engine.updateQualifier(qualifier);
}
functionDependences = engine.getSystemQualifier(QUALIFIER_EVAL_FUNCTION_DEPENDENCES);
if (functionDependences == null) {
createEvalObjects(engine);
} else {
functionDependence = engine.getSystemAttribute(ATTRIBUTE_EVAL_FUNCTION_DEPENDENCE);
functionDependenceQualifier = engine.getSystemAttribute(ATTRIBUTE_EVAL_DEPENDENCE_QUALIFIER);
functionDependenceAttribute = engine.getSystemAttribute(ATTRIBUTE_EVAL_DEPENDENCE_ATTRIBUTE);
functionDependenceSourceAttribute = engine.getSystemAttribute(ATTRIBUTE_EVAL_FUNCTION_DEPENDENCE_SOURCE_ATTRIBUTE);
}
if (!StandardAttributesPlugin.isDisableAutoupdate(engine)) {
final Util util = Util.getUtils(engine);
util.getScriptHolders().addFunctionsChangeListener(new FunctionsChangeListener() {
@SuppressWarnings("unchecked")
@Override
public void functionsChanged(FunctionsChangeEvent event) {
IEngine iEngine = engine.getDeligate();
if ((iEngine != null) && (iEngine instanceof IEngineImpl)) {
JDBCTemplate template = ((IEngineImpl) iEngine).getTemplate();
String prefix = ((IEngineImpl) iEngine).getPrefix();
for (String function : event.getFunctionNames()) {
List<FunctionPersistent> list = template.query("SELECT function, qualifier_attribute_id, qualifier_table_attribute_id, autochange, attribute_id, element_id FROM " + prefix + "attribute_functions WHERE function LIKE ? AND autochange=1", new RowMapper() {
@Override
public Object mapRow(ResultSet rs, int rowNum) throws SQLException {
FunctionPersistent persistent = new FunctionPersistent(rs.getString(1), rs.getLong(2), rs.getLong(3), rs.getInt(4));
persistent.setAttributeId(rs.getLong(5));
persistent.setElementId(rs.getLong(6));
return persistent;
}
}, new Object[] { "%" + function + "%" }, true);
for (FunctionPersistent fp : list) {
recalculateQualifierAttribute(engine, StandardAttributesPlugin.getQualifier(engine, engine.getElement(fp.getElementId())), util, fp);
}
}
}
for (String function : event.getFunctionNames()) {
for (CalculateInfo info : engine.findCalculateInfos("%" + function + "%", true)) {
recalculate(engine, info);
}
}
}
});
engine.addElementAttributeListener(null, new ElementAttributeListener() {
@SuppressWarnings("unchecked")
@Override
public void attributeChanged(AttributeEvent event) {
if (event.isJournaled())
return;
if (DISABLE_RECALC)
return;
if (event.getElement() == null) {
IEngine d = engine.getDeligate();
List<Element> allElements = null;
if ((d != null) && (d instanceof IEngineImpl)) {
JDBCTemplate template = ((IEngineImpl) d).getTemplate();
String prefix = ((IEngineImpl) d).getPrefix();
allElements = template.query("SELECT * FROM " + prefix + "elements WHERE qualifier_id in\n" + "(SELECT qualifier_id FROM " + prefix + "qualifiers_attributes WHERE attribute_id=?)", new RowMapper() {
@Override
public Object mapRow(ResultSet rs, int rowNum) throws SQLException {
return new Element(rs.getLong("element_id"), rs.getLong("qualifier_id"), rs.getString("element_name"));
}
}, new Object[] { event.getAttribute().getId() }, true);
} else {
Attribute attribute = event.getAttribute();
allElements = new ArrayList<Element>();
for (Qualifier qualifier : engine.getQualifiers()) {
if (qualifier.getAttributes().indexOf(attribute) >= 0) {
allElements.addAll(engine.getElements(qualifier.getId()));
}
}
}
Attribute attribute = event.getAttribute();
for (Element element : allElements) {
recalculateElement(engine, new AttributeEvent(engine, element, attribute, null, null));
}
} else
recalculateElement(engine, event);
}
private void recalculateElement(final Engine engine, AttributeEvent event) {
MetaValue metaValue = new MetaValue(event.getElement().getId(), event.getAttribute().getId());
List<MetaValue> metaValueList = hashtable.get(Thread.currentThread());
if (metaValueList == null) {
metaValueList = new ArrayList<MetaValue>();
hashtable.put(Thread.currentThread(), metaValueList);
} else {
if (metaValueList.indexOf(metaValue) >= 0)
return;
}
metaValueList.add(metaValue);
try {
for (CalculateInfo info : engine.getDependences(event.getElement().getId(), event.getAttribute().getId(), true)) {
recalculate(engine, info);
}
List<Element> elements = engine.findElements(functionDependences.getId(), functionDependence, event.getElement().getId());
for (Element e : elements) {
Qualifier qualifier = engine.getQualifier((Long) engine.getAttribute(e, functionDependenceQualifier));
Attribute attribute = engine.getAttribute((Long) engine.getAttribute(e, functionDependenceAttribute));
if ((qualifier != null) && (attribute != null)) {
Element el = StandardAttributesPlugin.getElement(event.getEngine(), qualifier.getId());
if (el != null)
for (Element child : engine.getElements(qualifier.getId())) {
recalculateInQualifier(engine, Util.elementIdToValue(event.getElement().getId(), event.getAttribute().getId()), null, el, child);
}
}
}
Element element = StandardAttributesPlugin.getElement(event.getEngine(), event.getElement().getQualifierId());
if (element == null) {
Qualifier qualifier = engine.getQualifier(event.getElement().getQualifierId());
if (StandardAttributesPlugin.isTableQualifier(qualifier)) {
Element parent = StandardAttributesPlugin.getElementForTableElement(engine, event.getElement());
if (parent == null)
return;
Qualifier main = engine.getQualifier(parent.getQualifierId());
Attribute tableAttribute = null;
for (Attribute attr : main.getAttributes()) {
if (StandardAttributesPlugin.getTableQualifeirName(attr).equals(qualifier.getName())) {
tableAttribute = attr;
break;
}
}
if (tableAttribute == null)
return;
element = StandardAttributesPlugin.getElement(event.getEngine(), parent.getQualifierId());
if (element != null) {
if (event.getAttribute().equals(StandardAttributesPlugin.getTableElementIdAttribute(engine)))
recalculateInQualifier(engine, null, event.getElement(), element, parent);
else
recalculateInQualifier(engine, Util.tableAttributeToValue(tableAttribute.getId(), event.getAttribute().getId()), event.getElement(), element, parent);
}
}
return;
}
recalculateInQualifier(engine, Util.attributeIdToValue(event.getAttribute().getId()), null, element, event.getElement());
} finally {
metaValueList.remove(metaValueList.size() - 1);
}
}
});
engine.addElementListener(null, new ElementAdapter() {
@SuppressWarnings("unchecked")
@Override
public void elementCreated(ElementEvent event) {
if (event.isJournaled())
return;
Element element = StandardAttributesPlugin.getElement(event.getEngine(), event.getNewElement().getQualifierId());
if (element == null) {
return;
}
List<FunctionPersistent> list = getFunctionAttribute(engine, element);
if (list == null)
return;
Util utils = Util.getUtils(engine);
for (FunctionPersistent fp : list) if (fp.getAutochange() != 0) {
Eval eval = new Eval(fp.getFunction());
try {
utils.fillAttributes(eval, engine.getQualifier(event.getNewElement().getQualifierId()), event.getNewElement(), null, null, null, true);
utils.fillResult(fp.getQualifierAttributeId(), eval, event.getNewElement());
} catch (Exception e) {
utils.fillResult(fp.getQualifierAttributeId(), e, event.getNewElement());
if (e instanceof RuntimeException)
throw (RuntimeException) e;
throw new RuntimeException(e);
} finally {
}
}
}
@SuppressWarnings("unchecked")
@Override
public void beforeElementDeleted(final ElementEvent event) {
if ((event.isJournaled()) || (event.getNewElement() != null))
return;
Element oldElement = event.getOldElement();
Qualifier qualifier = engine.getQualifier(oldElement.getQualifierId());
for (Attribute attribute : qualifier.getAttributes()) {
removeAttributeFromCalculateInfo(engine, oldElement, attribute);
CalculateInfo info = engine.getCalculateInfo(oldElement.getId(), attribute.getId());
if (info != null) {
info.setFormula(null);
engine.setCalculateInfo(info);
}
}
List<Element> elements = engine.findElements(functionDependences.getId(), functionDependence, oldElement.getId());
Vector<Long> qualifiers = new Vector<Long>(elements.size());
final String start = Util.ELEMENT_PREFIX + oldElement.getId();
for (Element element : elements) {
Long q = (Long) engine.getAttribute(element, functionDependenceQualifier);
if (qualifiers.indexOf(q) < 0) {
qualifiers.add(q);
Element qElement = StandardAttributesPlugin.getElement(engine, q.longValue());
List<FunctionPersistent> fpl = (List<FunctionPersistent>) engine.getAttribute(qElement, function);
for (FunctionPersistent fp : fpl) {
try {
Eval eval = new Eval(fp.getFunction());
eval.replaceValueNames(new Replacementable() {
@Override
public String getNewName(String oldName) {
if (oldName.startsWith(start))
return "NULL";
return oldName;
}
});
fp.setFunction(eval.toString());
} catch (Exception e) {
e.printStackTrace();
}
}
engine.setAttribute(qElement, function, fpl);
}
// engine.deleteElement(element.getId());
}
}
});
engine.addQualifierListener(new QualifierAdapter() {
@SuppressWarnings("unchecked")
@Override
public void beforeQualifierUpdated(QualifierEvent event) {
List<Attribute> rem = new ArrayList<Attribute>();
for (Attribute a : event.getOldQualifier().getAttributes()) {
if (event.getNewQualifier().getAttributes().indexOf(a) < 0)
rem.add(a);
}
if (rem.size() > 0) {
List<Element> list = engine.getElements(event.getOldQualifier().getId());
for (Attribute attribute : rem) {
for (Element element : list) {
removeAttributeFromCalculateInfo(engine, element, attribute);
CalculateInfo info = engine.getCalculateInfo(element.getId(), attribute.getId());
if (info != null) {
info.setFormula(null);
engine.setCalculateInfo(info);
}
}
List<Element> elements = engine.findElements(functionDependences.getId(), functionDependenceSourceAttribute, attribute.getId());
final String end = Util.ATTRIBUTE_PREFIX + attribute.getId();
for (Element element : elements) {
Long id = (Long) engine.getAttribute(element, functionDependence);
if (engine.getQualifierIdForElement(id) == event.getNewQualifier().getId()) {
Long qId = (Long) engine.getAttribute(element, functionDependenceQualifier);
Element element2 = StandardAttributesPlugin.getElement(engine, qId);
List<FunctionPersistent> fpl = (List<FunctionPersistent>) engine.getAttribute(element2, function);
for (FunctionPersistent fp : fpl) {
Eval eval = new Eval(fp.getFunction());
eval.replaceValueNames(new Replacementable() {
@Override
public String getNewName(String oldName) {
if (oldName.endsWith(end)) {
return "NULL";
}
return oldName;
}
});
fp.setFunction(eval.toString());
}
engine.setAttribute(element2, function, fpl);
}
}
}
}
}
@Override
public void qualifierDeleted(QualifierEvent event) {
Qualifier qualifier = event.getOldQualifier();
for (Element element : engine.findElements(functionDependences.getId(), functionDependenceQualifier, qualifier.getId())) {
engine.deleteElement(element.getId());
}
}
});
Qualifier qq = StandardAttributesPlugin.getQualifiersQualifier(engine);
engine.addElementAttributeListener(qq, new ElementAttributeListener() {
@Override
public void attributeChanged(AttributeEvent event) {
if (event.isJournaled())
return;
if (function.equals(event.getAttribute())) {
recalculateFunctionOfQualifier(engine, event);
}
}
});
engine.addFormulaListener(new FormulaListener() {
@Override
public void formulaChanged(FormulaEvent event) {
if (event.isJournaled())
return;
CalculateInfo info = event.getNewFormula();
recalculate(engine, info);
}
});
}
}
use of com.ramussoft.common.event.AttributeEvent in project ramus by Vitaliy-Yakovchuk.
the class IDEF0Plugin method init.
@Override
public void init(final Engine engine, AccessRules accessor) {
super.init(engine, accessor);
engine.setPluginProperty(IDEF0, PLUGIN, this);
Qualifier crosspoints = getQualifier(CROSSPOINTS);
if (crosspoints != null) {
List<Element> elements = engine.getElements(crosspoints.getId());
Attribute crosspointId = getSysteAttribute(CROSSPOINT_ID_ATTRIBUTE);
if (elements.size() > 0) {
Element element = elements.get(0);
try {
long long1 = (Long) engine.getAttribute(element, crosspointId);
while ((long1 > engine.nextValue(CROSSPOINTS_SEQUENCE))) ;
} catch (NullPointerException e) {
}
engine.deleteElement(element.getId());
}
crosspoints.getSystemAttributes().clear();
engine.updateQualifier(crosspoints);
try {
engine.deleteAttribute(crosspointId.getId());
} catch (Exception e) {
}
engine.deleteQualifier(crosspoints.getId());
}
functionAttributes.add(createAttribute(F_VISUAL_DATA, new AttributeType(IDEF0, "VisualData", false)));
functionAttributes.add(createAttribute(F_PAGE_SIZE, new AttributeType("Core", "Text", true)));
functionAttributes.add(createAttribute(F_BACKGROUND, new AttributeType(IDEF0, "Color", false)));
functionAttributes.add(createAttribute(F_FOREGROUND, new AttributeType(IDEF0, "Color", false)));
functionAttributes.add(createAttribute(F_BOUNDS, new AttributeType(IDEF0, "FRectangle", false)));
functionAttributes.add(createAttribute(F_FONT, new AttributeType(IDEF0, "Font", false)));
functionAttributes.add(createAttribute(F_STATUS, new AttributeType(IDEF0, "Status", false)));
functionAttributes.add(createAttribute(F_TYPE, new AttributeType(IDEF0, "Type", false)));
functionAttributes.add(createAttribute(F_OUNER_ID, new AttributeType(IDEF0, "OunerId", false)));
functionAttributes.add(createAttribute(F_DECOMPOSITION_TYPE, new AttributeType(IDEF0, "DecompositionType", false)));
functionAttributes.add(createAttribute(F_AUTHOR, new AttributeType("Core", "Text", true)));
functionAttributes.add(createAttribute(F_CREATE_DATE, new AttributeType("Core", "Date", false)));
functionAttributes.add(createAttribute(F_REV_DATE, new AttributeType("Core", "Date", false)));
functionAttributes.add(createAttribute(F_SYSTEM_REV_DATE, new AttributeType("Core", "Date", false)));
functionAttributes.add(createAttribute(F_LINK, new AttributeType("Core", "Long", false)));
Attribute sectorFunction = createAttribute(F_SECTOR_FUNCTION, new AttributeType("Core", "OtherElement", false));
Attribute sStream = createAttribute(F_SECTOR_STREAM, new AttributeType("Core", "OtherElement", false));
Attribute sPoints = createAttribute(F_SECTOR_POINTS, new AttributeType(IDEF0, "SectorPoint", false));
Attribute sProperties = createAttribute(F_SECTOR_PROPERTIES, new AttributeType(IDEF0, "SectorProperties", false));
Attribute sStreamName = createAttribute(F_STREAM_NAME, new AttributeType("Core", "Text", true));
Attribute aSector = createAttribute(F_SECTOR_ATTRIBUTE, new AttributeType(IDEF0, "Sector", false));
Attribute aSectorBorderStart = createAttribute(F_SECTOR_BORDER_START, new AttributeType(IDEF0, "SectorBorder", false));
Attribute aSectorBorderEnd = createAttribute(F_SECTOR_BORDER_END, new AttributeType(IDEF0, "SectorBorder", false));
Attribute aStreamAdded = createAttribute(F_STREAM_ADDED, new AttributeType(IDEF0, "AnyToAny", false));
baseFunctionQualifierId = createAttribute(F_BASE_FUNCTION_QUALIFIER_ID, new AttributeType("Core", "Long", true));
visualAttributes.add(getAttribute(engine, F_BOUNDS));
visualAttributes.add(getAttribute(engine, F_FONT));
visualAttributes.add(getAttribute(engine, F_BACKGROUND));
visualAttributes.add(getAttribute(engine, F_FOREGROUND));
Qualifier sectors = createQualifier(F_SECTORS);
if (justCreated) {
sectors.getSystemAttributes().add(aSector);
sectors.getSystemAttributes().add(aSectorBorderStart);
sectors.getSystemAttributes().add(aSectorBorderEnd);
sectors.getSystemAttributes().add(sectorFunction);
}
Qualifier streams = createQualifier(F_STREAMS);
boolean updateSectors = false;
if (justCreated) {
Attribute hierarchical = (Attribute) engine.getPluginProperty("Core", HierarchicalPlugin.HIERARHICAL_ATTRIBUTE);
OtherElementPropertyPersistent p = new OtherElementPropertyPersistent();
p.setQualifier(sectors.getId());
p.setQualifierAttribute(sStreamName.getId());
engine.setAttribute(null, sStream, p);
streams.getSystemAttributes().add(aStreamAdded);
streams.getSystemAttributes().add(hierarchical);
streams.getSystemAttributes().add(sStreamName);
streams.setAttributeForName(sStreamName.getId());
engine.updateQualifier(streams);
sectors.getSystemAttributes().add(0, sStream);
sectors.getSystemAttributes().add(hierarchical);
updateSectors = true;
}
if (sectors.getSystemAttributes().indexOf(sStream) != 0) {
sectors.getSystemAttributes().remove(sStream);
sectors.getSystemAttributes().add(0, sStream);
updateSectors = true;
}
if (sectors.getSystemAttributes().indexOf(sPoints) < 0) {
sectors.getSystemAttributes().add(sPoints);
sectors.getSystemAttributes().add(sProperties);
updateSectors = true;
}
if (updateSectors)
engine.updateQualifier(sectors);
projectPreferencesAttrtibute = createAttribute(F_PROJECT_PREFERENCES, new AttributeType(IDEF0, "ProjectPreferences", false));
baseFunctions = createQualifier(F_BASE_FUNCTIONS);
if (justCreated) {
baseFunctions.getSystemAttributes().add(baseFunctionQualifierId);
baseFunctions.getSystemAttributes().add((Attribute) engine.getPluginProperty("Core", HierarchicalPlugin.HIERARHICAL_ATTRIBUTE));
baseFunctions.getSystemAttributes().add(projectPreferencesAttrtibute);
engine.updateQualifier(baseFunctions);
installFunctionAttributes(baseFunctions, engine);
} else {
if (baseFunctions.getSystemAttributes().indexOf(projectPreferencesAttrtibute) < 0) {
baseFunctions.getSystemAttributes().add(projectPreferencesAttrtibute);
engine.updateQualifier(baseFunctions);
}
checkIDEF0Attributes(engine, baseFunctions);
}
Qualifier modelTree = createQualifier(F_MODEL_TREE);
final Attribute name = StandardAttributesPlugin.getAttributeNameAttribute(engine);
if (justCreated) {
modelTree.getSystemAttributes().add((Attribute) engine.getPluginProperty("Core", HierarchicalPlugin.HIERARHICAL_ATTRIBUTE));
modelTree.getSystemAttributes().add(StandardAttributesPlugin.getAttributeQualifierId(engine));
modelTree.getAttributes().add(name);
modelTree.setAttributeForName(name.getId());
engine.updateQualifier(modelTree);
checkModelTree(modelTree);
}
if (!StandardAttributesPlugin.isDisableAutoupdate(engine)) {
engine.addElementAttributeListener(modelTree, new ElementAttributeListener() {
@Override
public void attributeChanged(AttributeEvent event) {
if (event.isJournaled())
return;
if (name.equals(event.getAttribute())) {
Long id = (Long) engine.getAttribute(event.getElement(), StandardAttributesPlugin.getAttributeQualifierId(engine));
if (id != null) {
Qualifier model = engine.getQualifier(id);
if (model != null) {
model.setName(String.valueOf(event.getNewValue()));
engine.updateQualifier(model);
}
}
}
}
});
}
}
use of com.ramussoft.common.event.AttributeEvent in project ramus by Vitaliy-Yakovchuk.
the class SetElementQualifierCommand method undo.
@Override
public void undo(IEngine iEngine) {
Element element = iEngine.getElement(elementId);
Element newElement = new Element(element.getId(), oldQualifierId, element.getName());
ElementEvent event = new ElementEvent(engine, element, newElement, newQualifierId, true);
engine.beforeElementDeleted(event);
iEngine.setElementQualifier(elementId, oldQualifierId);
engine.elementDeleted(event);
event = new ElementEvent(engine, element, newElement, oldQualifierId, true);
engine.elementCreated(event);
Qualifier oldQualifier = iEngine.getQualifier(oldQualifierId);
Qualifier newQualifier = iEngine.getQualifier(newQualifierId);
List<Attribute> attrs = new ArrayList<Attribute>();
addNotPresentAttributes(oldQualifier.getAttributes(), newQualifier.getAttributes(), attrs);
addNotPresentAttributes(oldQualifier.getSystemAttributes(), newQualifier.getSystemAttributes(), attrs);
List<Attribute> as = oldQualifier.getAttributes();
as.addAll(oldQualifier.getSystemAttributes());
int i = 0;
for (Attribute a : as) {
if (attrs.indexOf(a) >= 0) {
iEngine.setBinaryAttribute(elementId, a.getId(), data[i]);
i++;
}
Object object = engine.getAttribute(newElement, a);
if (object != null) {
AttributeEvent event2 = new AttributeEvent(engine, newElement, a, null, object, true);
engine.attributeChanged(event2);
}
}
}
use of com.ramussoft.common.event.AttributeEvent in project ramus by Vitaliy-Yakovchuk.
the class UpdateAttributeCommand method redo.
@Override
public void redo(IEngine iEngine) {
iEngine.updateAttribute(newAttribute);
AttributeEvent event = new AttributeEvent(engine, null, newAttribute, oldAttribute, newAttribute, true);
for (AttributeListener l : engine.getAttributeListeners()) {
l.attributeUpdated(event);
}
}
use of com.ramussoft.common.event.AttributeEvent in project ramus by Vitaliy-Yakovchuk.
the class TransactionStorageCommand method setAttribute.
private void setAttribute(Transaction transaction, IEngine iEngine) {
Element element = iEngine.getElement(elementId);
Attribute attribute = iEngine.getAttribute(attributeId);
Object oldValue = engine.getAttribute(element, attribute);
iEngine.setBinaryAttribute(elementId, attributeId, transaction);
Object newValue = engine.getAttribute(element, attribute);
if (element != null) {
long qId = engine.getQualifierIdForElement(elementId);
Qualifier q = engine.getQualifier(qId);
if (q.getAttributeForName() == attributeId) {
element.setName((newValue == null) ? "" : newValue.toString());
}
}
AttributeEvent event = new AttributeEvent(engine, element, attribute, oldValue, newValue, true);
engine.attributeChanged(event);
}
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