public NSArray tosIntervention(EOQualifier qualifier, NSArray sortOrderings, boolean fetch) {
NSArray results;
if (fetch) {
EOQualifier fullQualifier;
EOQualifier inverseQualifier =
new EOKeyValueQualifier(
org.cocktail.dt.server.metier.EOIntervention.TO_ACTIVITES_KEY,
EOQualifier.QualifierOperatorEqual,
this);
if (qualifier == null) {
fullQualifier = inverseQualifier;
} else {
NSMutableArray qualifiers = new NSMutableArray();
qualifiers.addObject(qualifier);
qualifiers.addObject(inverseQualifier);
fullQualifier = new EOAndQualifier(qualifiers);
}
results =
org.cocktail.dt.server.metier.EOIntervention.fetchAll(
editingContext(), fullQualifier, sortOrderings);
} else {
results = tosIntervention();
if (qualifier != null) {
results = (NSArray) EOQualifier.filteredArrayWithQualifier(results, qualifier);
}
if (sortOrderings != null) {
results = (NSArray) EOSortOrdering.sortedArrayUsingKeyOrderArray(results, sortOrderings);
}
}
return results;
}
public NSArray statementsToDropPrimaryKeyConstraintsOnEntityGroups(
NSArray entityGroups,
EOSchemaSynchronizationModelChanges changes,
EOSchemaGenerationOptions options) {
if (entityGroups == null) return NSArray.EmptyArray;
if (changes == null) changes = newChanges();
NSMutableArray expressions = new NSMutableArray();
for (Enumeration enumerator = entityGroups.objectEnumerator();
enumerator.hasMoreElements(); ) {
NSArray entities = (NSArray) enumerator.nextElement();
EOEntity _last =
(EOEntity)
entities.lastObject(); // only need entity to get the table name for the group
String nameInObjectStore =
_nameInObjectStoreForEntityGroupWithChangeDictionary(
entities, changes.changesForTableNamed(_last.externalName()));
if ((nameInObjectStore != null) && (!"".equals(nameInObjectStore))) {
expressions.addObject(
this._expressionForString(
"delete from _SYS_RELATIONSHIP where source_table = '"
+ nameInObjectStore
+ "' or dest_table = '"
+ nameInObjectStore
+ "'"));
}
}
return expressions.immutableClone();
}
public NSArray repartValidations(EOQualifier qualifier, NSArray sortOrderings, boolean fetch) {
NSArray results;
if (fetch) {
EOQualifier fullQualifier;
EOQualifier inverseQualifier =
new EOKeyValueQualifier(
fr.univlr.cri.conges.eos.modele.conges.EORepartValidation.OCCUPATION_KEY,
EOQualifier.QualifierOperatorEqual,
this);
if (qualifier == null) {
fullQualifier = inverseQualifier;
} else {
NSMutableArray qualifiers = new NSMutableArray();
qualifiers.addObject(qualifier);
qualifiers.addObject(inverseQualifier);
fullQualifier = new EOAndQualifier(qualifiers);
}
results =
fr.univlr.cri.conges.eos.modele.conges.EORepartValidation.fetchRepartValidations(
editingContext(), fullQualifier, sortOrderings);
} else {
results = repartValidations();
if (qualifier != null) {
results = (NSArray) EOQualifier.filteredArrayWithQualifier(results, qualifier);
}
if (sortOrderings != null) {
results = (NSArray) EOSortOrdering.sortedArrayUsingKeyOrderArray(results, sortOrderings);
}
}
return results;
}
public void cancel() {
ec.revert();
// NSDictionary snapshot = ec.committedSnapshotForObject(onEdit);
if (ec.insertedObjects().contains(item)) {
NSMutableArray fullList = (NSMutableArray) session().valueForKey("personList");
fullList.removeObject(item);
}
// onEdit = null;
}
/**
* Overrides the parent implementation to provide a more efficient mechanism for generating
* primary keys, while generating the primary key support on the fly.
*
* @param count the batch size
* @param entity the entity requesting primary keys
* @param channel open JDBCChannel
* @return NSArray of NSDictionary where each dictionary corresponds to a unique primary key value
*/
public NSArray newPrimaryKeys(int count, EOEntity entity, JDBCChannel channel) {
if (isPrimaryKeyGenerationNotSupported(entity)) {
return null;
}
EOAttribute attribute = (EOAttribute) entity.primaryKeyAttributes().lastObject();
String attrName = attribute.name();
boolean isIntType = "i".equals(attribute.valueType());
NSMutableArray results = new NSMutableArray(count);
String sequenceName = sequenceNameForEntity(entity);
DB2Expression expression = new DB2Expression(entity);
boolean succeeded = false;
for (int tries = 0; !succeeded && tries < 2; tries++) {
while (results.count() < count) {
try {
StringBuffer sql = new StringBuffer();
sql.append("SELECT ");
sql.append("next value for " + sequenceName + " AS KEY");
sql.append(" from sysibm.sysdummy1");
expression.setStatement(sql.toString());
channel.evaluateExpression(expression);
try {
NSDictionary row;
while ((row = channel.fetchRow()) != null) {
Enumeration pksEnum = row.allValues().objectEnumerator();
while (pksEnum.hasMoreElements()) {
Number pkObj = (Number) pksEnum.nextElement();
Number pk;
if (isIntType) {
pk = Integer.valueOf(pkObj.intValue());
} else {
pk = Long.valueOf(pkObj.longValue());
}
results.addObject(new NSDictionary(pk, attrName));
}
}
} finally {
channel.cancelFetch();
}
succeeded = true;
} catch (JDBCAdaptorException ex) {
throw ex;
}
}
}
if (results.count() != count) {
throw new IllegalStateException(
"Unable to generate primary keys from the sequence for " + entity + ".");
}
return results;
}
// ----------------------------------------------------------
private NSArray<Submission> extractSubmissions(NSArray<UserSubmissionPair> userSubs) {
NSMutableArray<Submission> submissions = new NSMutableArray<Submission>();
for (UserSubmissionPair pair : userSubs) {
if (pair.userHasSubmission()) {
submissions.addObject(pair.submission());
}
}
return submissions;
}
@MarshalsPointer
public static long toNative(List<SCNMatrix4> l, long flags) {
if (l == null) {
return 0L;
}
NSMutableArray<NSValue> array = new NSMutableArray<>();
for (SCNMatrix4 i : l) {
array.add(NSValue.valueOf(i));
}
return NSObject.Marshaler.toNative(array, flags);
}
@MarshalsPointer
public static long toNative(List<CMVideoCodecType> l, long flags) {
if (l == null) {
return 0L;
}
NSMutableArray<NSString> array = new NSMutableArray<>();
for (CMVideoCodecType i : l) {
array.add(new NSString(i.asFourCharCode()));
}
return NSObject.Marshaler.toNative(array, flags);
}
@MarshalsPointer
public static long toNative(List<CVPixelFormatType> l, long flags) {
if (l == null) {
return 0L;
}
NSMutableArray<NSNumber> array = new NSMutableArray<>();
for (CVPixelFormatType i : l) {
array.add(NSNumber.valueOf(i.value()));
}
return NSObject.Marshaler.toNative(array, flags);
}
public NSArray primaryKeySupportStatementsForEntityGroups(NSArray entityGroups) {
String primaryKeyTableName = ((JDBCAdaptor) this.adaptor()).plugIn().primaryKeyTableName();
NSMutableArray primaryKeyExpressions = new NSMutableArray();
primaryKeyExpressions.addObject(
this._expressionForString(
"CREATE TABLE " + primaryKeyTableName + " (NAME char(40), PK long)"));
primaryKeyExpressions.addObject(
this._expressionForString(
"ALTER TABLE " + primaryKeyTableName + " ADD PRIMARY KEY (NAME)"));
primaryKeyExpressions.addObject(
this._expressionForString("CREATE UNIQUE INDEX " + primaryKeyTableName + " NAME"));
return primaryKeyExpressions.immutableClone();
}
public WOActionResults delete() {
NSMutableArray personList = (NSMutableArray) session().valueForKey("personList");
if (personList != null && personList.count() > 0) {
for (int i = 0; i < personList.count(); i++) {
PersonLink pers = (PersonLink) personList.objectAtIndex(i);
if (item == EOUtilities.localInstanceOfObject(ec, pers.person())) {
personList.removeObjectAtIndex(i);
break;
}
}
}
return context().page();
// onEdit = null;
}
public NSArray customerIssues() {
NSMutableArray allChildren = new NSMutableArray();
NSMutableArray qual = new NSMutableArray();
Item customer;
Item child;
if (customerIssues == null) {
if (bugId() != null) {
qual.addObject(EOQualifier.qualifierWithQualifierFormat("bugId=" + bugId(), null));
EOFetchSpecification spec =
new EOFetchSpecification("Item", new EOAndQualifier(qual), null);
// Perform actual fetch
customerIssues =
(NSArray) session().defaultEditingContext().objectsWithFetchSpecification(spec);
} else {
Enumeration enumer = ((NSArray) customerIssueDisplayGroup.allObjects()).objectEnumerator();
// For each Customer
while (enumer.hasMoreElements()) {
customer = (Item) enumer.nextElement();
NSArray children = (NSArray) customer.valueForKey("allChildren");
// Add all of their issues (if they haven't been added already
Enumeration enumer2 = children.objectEnumerator();
while (enumer2.hasMoreElements()) {
child = (Item) enumer2.nextElement();
if (!allChildren.contains(child)) {
allChildren.addObject(child);
}
}
}
Object orderings[] = {
EOSortOrdering.sortOrderingWithKey("version", EOSortOrdering.CompareAscending),
EOSortOrdering.sortOrderingWithKey("targetMilestone", EOSortOrdering.CompareAscending),
EOSortOrdering.sortOrderingWithKey(
"priority", EOSortOrdering.CompareCaseInsensitiveAscending),
EOSortOrdering.sortOrderingWithKey(
"bugSeverity", EOSortOrdering.CompareCaseInsensitiveAscending),
};
// Sort the issues
customerIssues =
EOSortOrdering.sortedArrayUsingKeyOrderArray(allChildren, new NSArray(orderings));
}
}
return customerIssues;
}
// ----------------------------------------------------------
protected void beforeAppendToResponse(WOResponse response, WOContext context) {
log.debug("appendToResponse()");
subStats = new HashMap<AssignmentOffering, Submission.CumulativeStats>();
offerings.setObjectArray(assignmentOfferings(courseOfferings()));
if (log.isDebugEnabled()) {
log.debug("assignment offerings:");
for (AssignmentOffering ao : offerings.allObjects()) {
log.debug("\t" + ao);
}
}
NSMutableArray<Submission> staffSubs = new NSMutableArray<Submission>();
NSArray<User> admins = User.administrators(localContext());
for (AssignmentOffering ao : offerings.displayedObjects()) {
// Stuff the index variable into the public key so the group/stats
// methods will work for us
assignmentOffering = ao;
NSArray<UserSubmissionPair> subs =
Submission.submissionsForGrading(
localContext(),
ao,
true, // omitPartners
omitStaff,
studentStats());
userGroup().setObjectArray(subs);
@SuppressWarnings("unchecked")
NSArray<User> staff =
ERXArrayUtilities.arrayByAddingObjectsFromArrayWithoutDuplicates(
ao.courseOffering().staff(), admins);
staffSubs.addAll(
extractSubmissions(
Submission.submissionsForGrading(
localContext(),
ao,
true, // omitPartners
staff,
null)));
}
staffSubmissionGroup.setObjectArray(staffSubs);
selectedUserSubmissionForPickerDialog = null;
allUserSubmissionsForNavigationForPickerDialog = null;
super.beforeAppendToResponse(response, context);
}
public NSArray itemsWithMultipleParents() {
if (itemsWithMultipleParents == null) {
NSMutableArray temp = new NSMutableArray();
Enumeration enumer = customerIssues().objectEnumerator();
while (enumer.hasMoreElements()) {
Item taserIssue = (Item) enumer.nextElement();
NSArray parents =
(NSArray) taserIssue.topMostParents(); // will get some non-taser parents.
if ((parents != null) && (parents.count() > 1)) {
temp.addObject(taserIssue);
}
}
itemsWithMultipleParents = new NSArray(temp);
}
return itemsWithMultipleParents;
}
// High level all for top dictionary
public NSMutableDictionary thePlotData() {
NSMutableDictionary myPlot = new NSMutableDictionary();
NSMutableArray subPlotDict = new NSMutableArray();
Enumeration enumer = plots.objectEnumerator();
while (enumer.hasMoreElements()) {
SubPlot currSubPlot = (SubPlot) enumer.nextElement();
subPlotDict.addObject(currSubPlot.toDictionary());
}
// Title = "Defect Trends";
if (title != null) {
myPlot.setObjectForKey(title, "Title");
}
myPlot.setObjectForKey(subPlotDict, "Plots");
return (myPlot);
}
public NSArray topMostTaserParents() {
Enumeration enumer = anItem.topMostParents().objectEnumerator();
NSMutableArray temp = new NSMutableArray();
// System.out.println("Item - " + anItem.valueForKey("bugId") + " - " + anItem.shortDesc());
while (enumer.hasMoreElements()) {
Item tempEo = (Item) enumer.nextElement();
// System.out.println("\t\tparentA - " + tempEo.bugId() + " - " + tempEo.shortDesc());
if ((tempEo.type().equals("Prospect")) || (tempEo.type().equals("Customer"))) {
temp.addObject(tempEo);
// System.out.println("\t\tparentB - " + tempEo.bugId() + " - " + tempEo.shortDesc());
}
}
return temp;
}
public NSArray personList() {
NSArray forcedList = (NSArray) valueForBinding("forcedList");
NSMutableArray result =
(forcedList == null)
? new NSMutableArray()
: EOUtilities.localInstancesOfObjects(ec, forcedList).mutableClone();
NSArray personList = (NSArray) session().valueForKey("personList");
if (personList != null && personList.count() > 0) {
Enumeration enu = personList.objectEnumerator();
while (enu.hasMoreElements()) {
EOEnterpriseObject pers = (EOEnterpriseObject) enu.nextElement();
if (!result.contains(pers)
&& (entity().equals(pers.entityName()) || pers.entityName().equals(alterEntity())))
result.addObject(pers);
}
}
return result;
}
public NSArray statementsToImplementPrimaryKeyConstraintsOnEntityGroups(
NSArray entityGroups,
EOSchemaSynchronizationModelChanges changes,
EOSchemaGenerationOptions options) {
NSArray primaryKeyExpressions =
this.primaryKeyConstraintStatementsForEntityGroups(entityGroups);
NSMutableArray createStatements = new NSMutableArray();
NSMutableArray otherStatements = new NSMutableArray();
for (Enumeration enumerator = primaryKeyExpressions.objectEnumerator();
enumerator.hasMoreElements(); ) {
EOSQLExpression expression = (EOSQLExpression) enumerator.nextElement();
String statement = expression.statement();
if (statement.startsWith("create")) {
createStatements.addObject(expression);
} else if (!statement.startsWith("delete from _SYS_RELATIONSHIP")) {
otherStatements.addObject(expression);
}
}
return createStatements.arrayByAddingObjectsFromArray(otherStatements);
}
public SubPlot getSubPlot(String pTitle) {
SubPlot currSubPlot = null;
Enumeration enumer = plots.objectEnumerator();
while (enumer.hasMoreElements()) {
currSubPlot = (SubPlot) enumer.nextElement();
if (currSubPlot.title().equals(pTitle)) {
break;
}
}
return currSubPlot;
}
public void invalidateObjects(NSArray pObjects) {
// System.out.println("ReleasePlan.invalidateObjects()");
// Invalidate Objects
if (pObjects != null) {
// System.out.println("ReleasePlan.invalidateObjects() - 2");
Enumeration enumer = pObjects.objectEnumerator();
NSMutableArray temp = new NSMutableArray();
while (enumer.hasMoreElements()) {
Item i = (Item) enumer.nextElement();
i.invalidateAllChildren();
EOGlobalID id = (EOGlobalID) (session().defaultEditingContext().globalIDForObject(i));
if (id != null) {
temp.addObject(id);
}
}
session().defaultEditingContext().invalidateObjectsWithGlobalIDs((NSArray) temp);
}
}
public void search() {
try {
found = Person.Utility.search(ec, entity(), searchString);
if ((found == null || found.count() == 0) && alterEntity() != null)
found = Person.Utility.search(ec, alterEntity(), searchString);
} catch (Exception e) {
searchMessage = e.getMessage();
canCreate = false;
return;
}
if (found.count() < 1) {
searchMessage = (String) session().valueForKeyPath("strings.Strings.messages.nothingFound");
canCreate = Various.boolForObject(session().valueForKeyPath("readAccess.create." + entity()));
return;
}
NSMutableArray fullList = (NSMutableArray) session().valueForKey("personList");
NSMutableArray tmp = found.mutableClone();
tmp.removeObjectsInArray(fullList);
fullList.addObjectsFromArray(tmp);
if (fullList.count() > 1) EOSortOrdering.sortArrayUsingKeyOrderArray(fullList, Person.sorter);
searchMessage = null;
}
public NSArray<edu.umich.marketplace.eof.Advert> adverts(
EOQualifier qualifier, NSArray<EOSortOrdering> sortOrderings, boolean fetch) {
NSArray<edu.umich.marketplace.eof.Advert> results;
if (fetch) {
EOQualifier fullQualifier;
EOQualifier inverseQualifier =
new EOKeyValueQualifier(
edu.umich.marketplace.eof.Advert.CATEGORY_KEY,
EOQualifier.QualifierOperatorEqual,
this);
if (qualifier == null) {
fullQualifier = inverseQualifier;
} else {
NSMutableArray qualifiers = new NSMutableArray();
qualifiers.addObject(qualifier);
qualifiers.addObject(inverseQualifier);
fullQualifier = new EOAndQualifier(qualifiers);
}
results =
edu.umich.marketplace.eof.Advert.fetchAdverts(
editingContext(), fullQualifier, sortOrderings);
} else {
results = adverts();
if (qualifier != null) {
results =
(NSArray<edu.umich.marketplace.eof.Advert>)
EOQualifier.filteredArrayWithQualifier(results, qualifier);
}
if (sortOrderings != null) {
results =
(NSArray<edu.umich.marketplace.eof.Advert>)
EOSortOrdering.sortedArrayUsingKeyOrderArray(results, sortOrderings);
}
}
return results;
}
public void initCustomerIssues() {
EOFetchSpecification fs;
NSDictionary bindings = null;
Session s = (Session) session();
NSMutableArray qual = new NSMutableArray();
NSMutableArray qual1 = new NSMutableArray();
EOQualifier qualifier;
// 'Open items'
// qual.addObject(EOQualifier.qualifierWithQualifierFormat("bugStatus !='CLOSED'", null));
// qual.addObject(EOQualifier.qualifierWithQualifierFormat("bugStatus !='RESOLVED'", null));
// qual.addObject(EOQualifier.qualifierWithQualifierFormat("bugStatus !='VERIFIED'", null));
// Taser
qual1.addObject(EOQualifier.qualifierWithQualifierFormat("type = 'Prospect'", null));
qual1.addObject(EOQualifier.qualifierWithQualifierFormat("type = 'Customer'", null));
qual.addObject(new EOOrQualifier(qual1));
// Single Customer
if (customerId() != null) {
qual.addObject(EOQualifier.qualifierWithQualifierFormat("bugId=" + customerId(), null));
showProductSelector = true;
} else {
// Products
if (selectedProducts.count() == 1) {
if (selectedProducts.contains("Trusted Access")) {
qual.addObject(
EOQualifier.qualifierWithQualifierFormat(
"product.productName = 'Device: Trusted Access'", null));
} else if (selectedProducts.contains("Secure Storage")) {
qual.addObject(
EOQualifier.qualifierWithQualifierFormat(
"product.productName = 'Device: Secure Storage'", null));
}
}
}
Object orderings[] = {
EOSortOrdering.sortOrderingWithKey("version", EOSortOrdering.CompareAscending),
EOSortOrdering.sortOrderingWithKey("targetMilestone", EOSortOrdering.CompareAscending),
EOSortOrdering.sortOrderingWithKey(
"priority", EOSortOrdering.CompareCaseInsensitiveAscending),
EOSortOrdering.sortOrderingWithKey(
"bugSeverity", EOSortOrdering.CompareCaseInsensitiveAscending),
};
fs = new EOFetchSpecification("Item", new EOAndQualifier(qual), new NSArray(orderings));
fs.setRefreshesRefetchedObjects(true);
((EODatabaseDataSource) customerIssueDisplayGroup.dataSource()).setFetchSpecification(fs);
customerIssueDisplayGroup.fetch();
}
public NSArray<er.sync.eo.ERSyncPrincipal> principals(
EOQualifier qualifier, NSArray<EOSortOrdering> sortOrderings, boolean fetch) {
NSArray<er.sync.eo.ERSyncPrincipal> results;
if (fetch) {
EOQualifier fullQualifier;
EOQualifier inverseQualifier =
new EOKeyValueQualifier(
er.sync.eo.ERSyncPrincipal.DEVICE_TYPE_KEY, EOQualifier.QualifierOperatorEqual, this);
if (qualifier == null) {
fullQualifier = inverseQualifier;
} else {
NSMutableArray qualifiers = new NSMutableArray();
qualifiers.addObject(qualifier);
qualifiers.addObject(inverseQualifier);
fullQualifier = new EOAndQualifier(qualifiers);
}
results =
er.sync.eo.ERSyncPrincipal.fetchERSyncPrincipals(
editingContext(), fullQualifier, sortOrderings);
} else {
results = principals();
if (qualifier != null) {
results =
(NSArray<er.sync.eo.ERSyncPrincipal>)
EOQualifier.filteredArrayWithQualifier(results, qualifier);
}
if (sortOrderings != null) {
results =
(NSArray<er.sync.eo.ERSyncPrincipal>)
EOSortOrdering.sortedArrayUsingKeyOrderArray(results, sortOrderings);
}
}
return results;
}
public static void initColors() {
if (theColors == null) {
theColors = new NSMutableArray();
}
if (theColors.count() == 0) {
String[] aColor = {"0", "0", "255"};
NSArray theColor = new NSArray(aColor);
theColors.addObject(theColor);
String[] bColor = {"255", "0", "0"};
theColor = new NSArray(bColor);
theColors.addObject(theColor);
String[] cColor = {"0", "255", "0"};
theColor = new NSArray(cColor);
theColors.addObject(theColor);
String[] dColor = {"255", "0", "255"};
theColor = new NSArray(dColor);
theColors.addObject(theColor);
String[] eColor = {"0", "0", "0"};
theColor = new NSArray(eColor);
theColors.addObject(theColor);
String[] fColor = {"125", "0", "50"};
theColor = new NSArray(fColor);
theColors.addObject(theColor);
String[] gColor = {"50", "125", "0"};
theColor = new NSArray(gColor);
theColors.addObject(theColor);
String[] hColor = {"50", "0", "125"};
theColor = new NSArray(hColor);
theColors.addObject(theColor);
}
}
// This adds the subplot to the plots dictionary before returning it.
public SubPlot newSubPlot() {
SubPlot theSubPlot = new SubPlot();
plots.addObject(theSubPlot);
return theSubPlot;
}
public void addToPlots(SubPlot theSubPlot) {
plots.addObject(theSubPlot);
}
public static NSArray getNextColor() {
initColors();
NSArray theColor = (NSArray) theColors.objectAtIndex(0);
theColors.removeObjectAtIndex(0);
return theColor;
}
public NSArray primaryKeyConstraintStatementsForEntityGroup(NSArray entityGroup) {
if (entityGroup == null) return NSArray.EmptyArray;
NSMutableDictionary columnNameDictionary = new NSMutableDictionary();
NSMutableArray primaryKeyConstraintExpressions = new NSMutableArray();
for (Enumeration enumerator = entityGroup.objectEnumerator();
enumerator.hasMoreElements(); ) {
EOEntity entity = (EOEntity) enumerator.nextElement();
String tableName = entity.externalName();
NSArray primaryKeyAttributes = entity.primaryKeyAttributes();
boolean singlePrimaryKey = primaryKeyAttributes.count() == 1;
if ((tableName != null) && (!"".equals(tableName)) && (primaryKeyAttributes.count() > 0)) {
NSArray expressions = super.primaryKeyConstraintStatementsForEntityGroup(entityGroup);
if ((expressions != null) && (expressions.count() > 0))
primaryKeyConstraintExpressions.addObjectsFromArray(expressions);
for (Enumeration attributeEnumerator = primaryKeyAttributes.objectEnumerator();
attributeEnumerator.hasMoreElements(); ) {
String columnName = ((EOAttribute) attributeEnumerator.nextElement()).columnName();
columnNameDictionary.setObjectForKey(
columnName, entity.externalName() + "." + columnName);
EOSQLExpression expression =
this._expressionForString(
"create "
+ (singlePrimaryKey ? "unique" : "")
+ " index "
+ entity.externalName()
+ " "
+ columnName);
if (expression != null) primaryKeyConstraintExpressions.addObject(expression);
}
}
}
for (Enumeration enumerator = entityGroup.objectEnumerator();
enumerator.hasMoreElements(); ) {
EOEntity entity = (EOEntity) enumerator.nextElement();
String tableName = entity.externalName();
if ((tableName != null) && (!"".equals(tableName))) {
for (Enumeration relationshipEnumerator = entity.relationships().objectEnumerator();
relationshipEnumerator.hasMoreElements(); ) {
EORelationship relationship = (EORelationship) relationshipEnumerator.nextElement();
if (!relationship.isFlattened()) {
NSArray destinationAttributes = relationship.destinationAttributes();
// First exclude all the destination entity primary keys
for (Enumeration attributeEnumerator =
relationship.destinationEntity().primaryKeyAttributes().objectEnumerator();
attributeEnumerator.hasMoreElements(); ) {
EOAttribute attribute = (EOAttribute) attributeEnumerator.nextElement();
columnNameDictionary.setObjectForKey(
attribute.columnName(),
relationship.destinationEntity().externalName() + "." + attribute.columnName());
}
// Then deal with our end of things
for (Enumeration attributeEnumerator =
relationship.sourceAttributes().objectEnumerator();
attributeEnumerator.hasMoreElements(); ) {
EOAttribute attribute = (EOAttribute) attributeEnumerator.nextElement();
if ((!this.isSinglePrimaryKeyAttribute(attribute))
&& (columnNameDictionary.objectForKey(tableName + "." + attribute.columnName())
!= null)) {
columnNameDictionary.setObjectForKey(
attribute.columnName(), tableName + "." + attribute.columnName());
EOSQLExpression expression =
this._expressionForString(
"create index " + tableName + " " + attribute.columnName());
if (expression != null) primaryKeyConstraintExpressions.addObject(expression);
}
}
// Then deal with the other side
if (entity.model() == relationship.destinationEntity().model()) {
for (Enumeration attributeEnumerator =
relationship.destinationAttributes().objectEnumerator();
attributeEnumerator.hasMoreElements(); ) {
EOAttribute attribute = (EOAttribute) attributeEnumerator.nextElement();
String destinationTableName = relationship.destinationEntity().externalName();
if ((destinationTableName != null) && (!"".equals(destinationTableName))) {
if ((!this.isSinglePrimaryKeyAttribute(attribute))
&& (columnNameDictionary.objectForKey(
destinationTableName + "." + attribute.columnName())
!= null)) {
columnNameDictionary.setObjectForKey(
attribute.columnName(),
destinationTableName + "." + attribute.columnName());
EOSQLExpression expression =
this._expressionForString(
"create index "
+ destinationTableName
+ " "
+ attribute.columnName());
if (expression != null) primaryKeyConstraintExpressions.addObject(expression);
}
if ((!relationship.isCompound())
&& (relationship.sourceAttributes().count() == 1)
&& (relationship.destinationAttributes().count() == 1)) {
String semantics;
switch (relationship.joinSemantic()) {
case EORelationship.FullOuterJoin: // '\001'
case EORelationship.LeftOuterJoin: // '\002'
case EORelationship.RightOuterJoin: // '\003'
semantics = "*";
break;
default:
semantics = "=";
break;
}
String sourceColumn =
((EOAttribute) relationship.sourceAttributes().objectAtIndex(0))
.columnName();
String destinationColumn =
((EOAttribute) relationship.destinationAttributes().objectAtIndex(0))
.columnName();
EOSQLExpression expression =
this._expressionForString(
"delete from _SYS_RELATIONSHIP where relationshipName = '"
+ relationship.name()
+ "' and source_table = '"
+ tableName
+ "' ");
if (expression != null) primaryKeyConstraintExpressions.addObject(expression);
expression =
this._expressionForString(
"insert into _SYS_RELATIONSHIP (relationshipName, source_table, source_column, dest_table, dest_column, operator, one_to_many) values ('"
+ relationship.name()
+ "','"
+ tableName
+ "','"
+ sourceColumn
+ "','"
+ destinationTableName
+ "','"
+ destinationColumn
+ "','"
+ semantics
+ "',"
+ (relationship.isToMany() ? 1 : 0)
+ ")");
if (expression != null) primaryKeyConstraintExpressions.addObject(expression);
}
}
}
}
}
}
}
}
return primaryKeyConstraintExpressions.immutableClone();
}