public static BinaryOperatorWithParameterTest
getNumericParameterDivideTestWithBracketsAfterComparison() {
BinaryOperatorWithParameterTest theTest = new BinaryOperatorWithParameterTest();
theTest.setName("Divide with parameter test with brackets after comparison");
String parameterName = "amountToDivide";
theTest.setExpressionParameters(new Vector());
theTest.getExpressionParameters().add(parameterName);
ExpressionBuilder builder = new ExpressionBuilder();
Expression whereClause =
ExpressionBuilder.fromConstant(new Integer(20000), builder)
.greaterThan(
ExpressionMath.divide(
builder.get("salary"), (builder.getParameter(parameterName))));
theTest.setOriginalObjectExpression(whereClause);
String ejbqlString = "SELECT OBJECT(emp) FROM Employee emp WHERE 20000 > (emp.salary / ?1)";
theTest.setEjbqlString(ejbqlString);
Vector myArgumentNames = new Vector();
myArgumentNames.add("1");
theTest.setArgumentNames(myArgumentNames);
theTest.setArguments(new Vector());
theTest.getArguments().addElement(new Integer(2));
return theTest;
}
public void setup() {
Employee emp1;
Employee emp2;
Employee emp3;
emp1 = (Employee) getSomeEmployees().firstElement();
emp2 = (Employee) getSomeEmployees().elementAt(1);
emp3 = (Employee) getSomeEmployees().elementAt(2);
ExpressionBuilder builder = new ExpressionBuilder();
Vector idVector = new Vector();
idVector.add(emp1.getId());
idVector.add(emp2.getId());
idVector.add(emp3.getId());
Expression whereClause = builder.get("id").notIn(idVector);
ReadAllQuery raq = new ReadAllQuery();
raq.setReferenceClass(Employee.class);
raq.setSelectionCriteria(whereClause);
setOriginalOject(getSession().executeQuery(raq));
getSession().getIdentityMapAccessor().initializeAllIdentityMaps();
String ejbqlString = "SELECT OBJECT(emp) FROM Employee emp WHERE emp.id NOT IN (";
ejbqlString = ejbqlString + emp1.getId().toString() + ", ";
ejbqlString = ejbqlString + emp2.getId().toString() + ", ";
ejbqlString = ejbqlString + emp3.getId().toString();
ejbqlString = ejbqlString + ")";
setEjbqlString(ejbqlString);
super.setup();
}
public static BinaryOperatorWithParameterTest
getNumericParameterMultiplyTestWithBracketsBeforeComparison() {
BinaryOperatorWithParameterTest theTest = new BinaryOperatorWithParameterTest();
theTest.setName("Multiply with parameter test with brackets before comparison");
String parameterName = "amountToMultiply";
theTest.setExpressionParameters(new Vector());
theTest.getExpressionParameters().add(parameterName);
ExpressionBuilder builder = new ExpressionBuilder();
Expression whereClause =
ExpressionMath.multiply(builder.get("salary"), (builder.getParameter(parameterName)))
.lessThanEqual(100000);
theTest.setOriginalObjectExpression(whereClause);
String ejbqlString = "SELECT OBJECT(emp) FROM Employee emp WHERE (emp.salary * ?1) <= 100000";
theTest.setEjbqlString(ejbqlString);
Vector myArgumentNames = new Vector();
myArgumentNames.add("1");
theTest.setArgumentNames(myArgumentNames);
theTest.setArguments(new Vector());
theTest.getArguments().addElement(new Integer(2));
return theTest;
}
/**
* INTERNAL: This methods clones all the fields and ensures that each collection refers to the
* same clones.
*/
@Override
public Object clone() {
VariableOneToOneMapping clone = (VariableOneToOneMapping) super.clone();
Map setOfKeys = new HashMap(getSourceToTargetQueryKeyNames().size());
Map sourceToTarget = new HashMap(getSourceToTargetQueryKeyNames().size());
Vector foreignKeys =
org.eclipse.persistence.internal.helper.NonSynchronizedVector.newInstance(
getForeignKeyFields().size());
if (getTypeField() != null) {
clone.setTypeField((DatabaseField) this.getTypeField().clone());
}
for (Iterator enumtr = getSourceToTargetQueryKeyNames().keySet().iterator();
enumtr.hasNext(); ) {
// Clone the SourceKeyFields
DatabaseField field = (DatabaseField) enumtr.next();
DatabaseField clonedField = (DatabaseField) field.clone();
setOfKeys.put(field, clonedField);
// on the next line I'm cloning the query key names
sourceToTarget.put(clonedField, getSourceToTargetQueryKeyNames().get(field));
}
for (Enumeration enumtr = getForeignKeyFields().elements(); enumtr.hasMoreElements(); ) {
DatabaseField field = (DatabaseField) enumtr.nextElement();
foreignKeys.addElement(setOfKeys.get(field));
}
clone.setSourceToTargetQueryKeyFields(sourceToTarget);
clone.setForeignKeyFields(foreignKeys);
clone.setTypeIndicatorTranslation(new HashMap(this.getTypeIndicatorTranslation()));
return clone;
}
protected void buildExpectedResults() {
Vector employees = getSession().readAllObjects(Employee.class);
Object[] result = new Object[1];
result[0] = new java.math.BigDecimal(employees.size());
addResult(result, null);
}
public void setup() {
Vector employees = getSomeEmployees();
// Bug 223005: Verify that we have at least 1 employee with the required field length otherwise
// an EclipseLinkException will be thrown
Employee emp = getEmployeeWithRequiredNameLength(employees, MIN_FIRSTNAME_LENGTH, getName());
String partialFirstName = "%" + emp.getFirstName().substring(0, 3) + "%";
ReadAllQuery raq = new ReadAllQuery();
raq.setReferenceClass(Employee.class);
Vector parameters = new Vector();
parameters.add(partialFirstName);
ExpressionBuilder eb = new ExpressionBuilder();
Expression whereClause = eb.get("firstName").like(partialFirstName);
raq.setSelectionCriteria(whereClause);
employees = (Vector) getSession().executeQuery(raq);
String ejbqlString = "SELECT OBJECT(emp) FROM Employee emp WHERE emp.firstName LIKE ?1";
setEjbqlString(ejbqlString);
setOriginalOject(employees);
setArguments(parameters);
Vector myArgumentNames = new Vector();
myArgumentNames.add("1");
setArgumentNames(myArgumentNames);
super.setup();
}
/**
* Return the first employee that has a long enough name for the test. If no match is found throw
* a warning exception. See bug 223005
*
* @param vectorOfEmployees
* @param minFirstNameLength
* @param testName
* @return
*/
public Employee getEmployeeWithRequiredNameLength(
Vector vectorOfEmployees, int minFirstNameLength, String testName) {
Employee empMatch = null;
Vector<Employee> employees = vectorOfEmployees;
String firstName;
StringBuffer partialFirstName;
// Loop through the collection of employees to find one that matches our test requirements
for (int i = 0; i < employees.size(); i++) {
empMatch = employees.get(i);
firstName = empMatch.getFirstName();
// Verify length criteria
if (firstName.length() >= minFirstNameLength) {
// exit the for loop - return the last empMatch
i = employees.size();
}
}
// If we could not find a proper employee for testing - throw a warning
if (null == empMatch) {
throw new RuntimeException(
testName
+ " Setup Failed: unable to find an Employee with firstName size of at least "
+ minFirstNameLength);
} else {
return empMatch;
}
}
/**
* INTERNAL: This method is used when computing the nested queries for batch read mappings. It
* recurses computing the nested mapping queries.
*/
protected void computeNestedQueriesForBatchReadExpressions(Vector batchReadExpressions) {
for (int index = 0; index < batchReadExpressions.size(); index++) {
ObjectExpression objectExpression = (ObjectExpression) batchReadExpressions.get(index);
// Expression may not have been initialized.
ExpressionBuilder builder = objectExpression.getBuilder();
builder.setSession(getSession().getRootSession(null));
builder.setQueryClass(getReferenceClass());
// PERF: Cache join attribute names.
ObjectExpression baseExpression = objectExpression;
while (!baseExpression.getBaseExpression().isExpressionBuilder()) {
baseExpression = (ObjectExpression) baseExpression.getBaseExpression();
}
this.batchReadAttributes.add(baseExpression.getName());
// Ignore nested
if (objectExpression.getBaseExpression().isExpressionBuilder()) {
DatabaseMapping mapping = objectExpression.getMapping();
if ((mapping != null) && mapping.isForeignReferenceMapping()) {
// A nested query must be built to pass to the descriptor that looks like the real query
// execution would.
ReadQuery nestedQuery = ((ForeignReferenceMapping) mapping).prepareNestedBatchQuery(this);
// Register the nested query to be used by the mapping for all the objects.
getBatchReadMappingQueries().put(mapping, nestedQuery);
}
}
}
}
/** A clean way to specify which tests run on which platforms. */
public boolean isPlatformSupported(DatabasePlatform platform) {
boolean supported = false;
boolean notSupported = false;
if ((unsupportedPlatforms == null) && (supportedPlatforms == null)) {
return true;
}
if (supportedPlatforms != null) {
for (Iterator iterator = supportedPlatforms.iterator(); iterator.hasNext(); ) {
Class platformClass = (Class) iterator.next();
if (platformClass.isInstance(platform)) {
supported = true;
}
}
} else {
supported = true;
}
if (unsupportedPlatforms != null) {
for (Iterator iterator = unsupportedPlatforms.iterator(); iterator.hasNext(); ) {
Class platformClass = (Class) iterator.next();
if (platformClass.isInstance(platform)) {
notSupported = true;
}
}
}
return supported && (!notSupported);
}
/** INTERNAL: Transform the object-level value into a database-level value */
public Object getFieldValue(Object objectValue, AbstractSession session) {
DatabaseMapping mapping = getMapping();
Object fieldValue = objectValue;
if ((mapping != null)
&& (mapping.isDirectToFieldMapping() || mapping.isDirectCollectionMapping())) {
// CR#3623207, check for IN Collection here not in mapping.
if (objectValue instanceof Collection) {
// This can actually be a collection for IN within expressions... however it would be better
// for expressions to handle this.
Collection values = (Collection) objectValue;
Vector fieldValues = new Vector(values.size());
for (Iterator iterator = values.iterator(); iterator.hasNext(); ) {
Object value = iterator.next();
if (!(value instanceof Expression)) {
value = getFieldValue(value, session);
}
fieldValues.add(value);
}
fieldValue = fieldValues;
} else {
if (mapping.isDirectToFieldMapping()) {
fieldValue = ((AbstractDirectMapping) mapping).getFieldValue(objectValue, session);
} else if (mapping.isDirectCollectionMapping()) {
fieldValue = ((DirectCollectionMapping) mapping).getFieldValue(objectValue, session);
}
}
}
return fieldValue;
}
public static BinaryOperatorWithParameterTest getNumericParameterDivideTest() {
BinaryOperatorWithParameterTest theTest = new BinaryOperatorWithParameterTest();
theTest.setName("Divide with parameter test");
String parameterName = "amountToDivide";
theTest.setExpressionParameters(new Vector());
theTest.getExpressionParameters().add(parameterName);
ExpressionBuilder builder = new ExpressionBuilder();
Expression whereClause =
ExpressionMath.divide(builder.get("salary"), (builder.getParameter(parameterName)))
.lessThanEqual(20000);
theTest.setOriginalObjectExpression(whereClause);
String ejbqlString = "SELECT OBJECT(emp) FROM Employee emp WHERE emp.salary / ?1 <= 20000";
theTest.setEjbqlString(ejbqlString);
Vector myArgumentNames = new Vector();
myArgumentNames.add("1");
theTest.setArgumentNames(myArgumentNames);
theTest.setArguments(new Vector());
theTest.getArguments().addElement(new Integer(2));
return theTest;
}
/**
* INTERNAL: Execute the query building the objects directly from the database result-set.
*
* @exception DatabaseException - an error has occurred on the database
* @return object - the first object found or null if none.
*/
protected Object executeObjectLevelReadQueryFromResultSet() throws DatabaseException {
UnitOfWorkImpl unitOfWork = (UnitOfWorkImpl) getSession();
DatabaseAccessor accessor = (DatabaseAccessor) unitOfWork.getAccessor();
DatabasePlatform platform = accessor.getPlatform();
DatabaseCall call = (DatabaseCall) getCall().clone();
call.setQuery(this);
call.translate(this.translationRow, null, unitOfWork);
Statement statement = null;
ResultSet resultSet = null;
boolean exceptionOccured = false;
try {
accessor.incrementCallCount(unitOfWork);
statement = call.prepareStatement(accessor, this.translationRow, unitOfWork);
resultSet = accessor.executeSelect(call, statement, unitOfWork);
ResultSetMetaData metaData = resultSet.getMetaData();
Vector results = new Vector();
ObjectBuilder builder = this.descriptor.getObjectBuilder();
while (resultSet.next()) {
results.add(
builder.buildWorkingCopyCloneFromResultSet(
this,
this.joinedAttributeManager,
resultSet,
unitOfWork,
accessor,
metaData,
platform));
}
return results;
} catch (SQLException exception) {
exceptionOccured = true;
DatabaseException commException =
accessor.processExceptionForCommError(session, exception, call);
if (commException != null) throw commException;
throw DatabaseException.sqlException(exception, call, accessor, unitOfWork, false);
} finally {
try {
if (resultSet != null) {
resultSet.close();
}
if (statement != null) {
accessor.releaseStatement(statement, call.getSQLString(), call, unitOfWork);
}
} catch (SQLException exception) {
if (!exceptionOccured) {
// in the case of an external connection pool the connection may be null after the
// statement release
// if it is null we will be unable to check the connection for a comm error and
// therefore must return as if it was not a comm error.
DatabaseException commException =
accessor.processExceptionForCommError(session, exception, call);
if (commException != null) throw commException;
throw DatabaseException.sqlException(exception, call, accessor, session, false);
}
}
}
}
/**
* PUBLIC: Return the foreign key field names associated with the mapping. These are only the
* source fields that are writable.
*/
public Vector getForeignKeyFieldNames() {
Vector fieldNames = new Vector(getForeignKeyFields().size());
for (Enumeration fieldsEnum = getForeignKeyFields().elements();
fieldsEnum.hasMoreElements(); ) {
fieldNames.addElement(((DatabaseField) fieldsEnum.nextElement()).getQualifiedName());
}
return fieldNames;
}
protected void setup() {
beginTransaction();
// Acquire a unit of work with a class read-only.
Vector readOnlyClasses = new Vector();
readOnlyClasses.addElement(Country.class);
uow = getSession().acquireUnitOfWork();
uow.removeAllReadOnlyClasses();
uow.addReadOnlyClasses(readOnlyClasses);
}
/**
* INTERNAL: Returns the first field from each of the owned tables, used for fine-grained
* pessimistic locking.
*/
protected Vector getForUpdateOfFields() {
Vector allFields = getFields();
int expected = getTableAliases().size();
Vector firstFields = new Vector(expected);
DatabaseTable lastTable = null;
DatabaseField field = null;
int i = 0;
// The following loop takes O(n*m) time. n=# of fields. m=#tables.
// However, in the m=1 case this will take one pass only.
// Also assuming that fields are generally sorted by table, this will
// take O(n) time.
// An even faster way may be to go getDescriptor().getAdditionalPrimaryKeyFields.
while ((i < allFields.size()) && (firstFields.size() < expected)) {
field = (DatabaseField) allFields.elementAt(i++);
if ((lastTable == null) || !field.getTable().equals(lastTable)) {
lastTable = field.getTable();
int j = 0;
while (j < firstFields.size()) {
if (lastTable.equals(((DatabaseField) firstFields.elementAt(j)).getTable())) {
break;
}
j++;
}
if (j == firstFields.size()) {
firstFields.addElement(field);
}
}
}
return firstFields;
}
/** PUBLIC: Set a collection of the source to target query key/field associations. */
public void setSourceToTargetQueryKeyFieldAssociations(
Vector sourceToTargetQueryKeyFieldAssociations) {
setSourceToTargetQueryKeyFields(
new HashMap(sourceToTargetQueryKeyFieldAssociations.size() + 1));
for (Enumeration associationsEnum = sourceToTargetQueryKeyFieldAssociations.elements();
associationsEnum.hasMoreElements(); ) {
Association association = (Association) associationsEnum.nextElement();
Object sourceField = new DatabaseField((String) association.getKey());
String targetQueryKey = (String) association.getValue();
getSourceToTargetQueryKeyNames().put(sourceField, targetQueryKey);
}
}
/** PUBLIC: Return a collection of the field to query key associations. */
public Vector getSourceToTargetQueryKeyFieldAssociations() {
Vector associations = new Vector(getSourceToTargetQueryKeyNames().size());
Iterator sourceFieldEnum = getSourceToTargetQueryKeyNames().keySet().iterator();
Iterator targetQueryKeyEnum = getSourceToTargetQueryKeyNames().values().iterator();
while (sourceFieldEnum.hasNext()) {
Object fieldValue = ((DatabaseField) sourceFieldEnum.next()).getQualifiedName();
Object attributeValue = targetQueryKeyEnum.next();
associations.addElement(new Association(fieldValue, attributeValue));
}
return associations;
}
/**
* PUBLIC: Return the foreign key field names associated with the mapping. These are only the
* source fields that are writable.
*/
public void setForeignKeyFieldNames(Vector fieldNames) {
Vector fields =
org.eclipse.persistence.internal.helper.NonSynchronizedVector.newInstance(
fieldNames.size());
for (Enumeration fieldNamesEnum = fieldNames.elements(); fieldNamesEnum.hasMoreElements(); ) {
fields.addElement(new DatabaseField((String) fieldNamesEnum.nextElement()));
}
setForeignKeyFields(fields);
if (!fields.isEmpty()) {
setIsForeignKeyRelationship(true);
}
}
protected void buildExpectedResults() {
Vector projects = getSession().readAllObjects(LargeProject.class);
for (Enumeration e = projects.elements(); e.hasMoreElements(); ) {
LargeProject project = (LargeProject) e.nextElement();
if (project.getBudget() > 4000) {
Object[] result = new Object[2];
result[0] = project.getName();
result[1] = new Double(project.getBudget());
addResult(result, null);
}
}
}
/** INTERNAL: Return all the fields populated by this mapping. */
@Override
protected Vector collectFields() {
DatabaseField type = getTypeField();
// Get a shallow copy of the Vector
if (type != null) {
Vector sourceFields = (Vector) getForeignKeyFields().clone();
sourceFields.addElement(type);
return sourceFields;
} else {
return getForeignKeyFields();
}
}
/**
* INTERNAL: Return the value for in memory comparison. This is only valid for valueable
* expressions.
*/
public Object valueFromObject(
Object object,
AbstractSession session,
AbstractRecord translationRow,
int valueHolderPolicy,
boolean isObjectUnregistered) {
// The expression may be across a relationship, in which case it must be traversed.
if ((!getBaseExpression().isExpressionBuilder())
&& getBaseExpression().isQueryKeyExpression()) {
object =
getBaseExpression()
.valueFromObject(
object, session, translationRow, valueHolderPolicy, isObjectUnregistered);
// toDo: Null means the join filters out the row, returning null is not correct if an inner
// join,
// outer/inner joins need to be fixed to filter correctly.
if (object == null) {
return null;
}
// If from an anyof the object will be a collection of values,
// A new vector must union the object values and the values extracted from it.
if (object instanceof Vector) {
Vector comparisonVector = new Vector(((Vector) object).size() + 2);
for (Enumeration valuesToIterate = ((Vector) object).elements();
valuesToIterate.hasMoreElements(); ) {
Object vectorObject = valuesToIterate.nextElement();
if (vectorObject == null) {
comparisonVector.addElement(vectorObject);
} else {
Object valueOrValues =
valuesFromCollection(
vectorObject, session, valueHolderPolicy, isObjectUnregistered);
// If a collection of values were extracted union them.
if (valueOrValues instanceof Vector) {
for (Enumeration nestedValuesToIterate = ((Vector) valueOrValues).elements();
nestedValuesToIterate.hasMoreElements(); ) {
comparisonVector.addElement(nestedValuesToIterate.nextElement());
}
} else {
comparisonVector.addElement(valueOrValues);
}
}
}
return comparisonVector;
}
}
return valuesFromCollection(object, session, valueHolderPolicy, isObjectUnregistered);
}
/** PUBLIC: Set the class indicator associations. */
public void setClassIndicatorAssociations(Vector classIndicatorAssociations) {
setTypeIndicatorNameTranslation(new HashMap(classIndicatorAssociations.size() + 1));
setTypeIndicatorTranslation(new HashMap((classIndicatorAssociations.size() * 2) + 1));
for (Enumeration associationsEnum = classIndicatorAssociations.elements();
associationsEnum.hasMoreElements(); ) {
Association association = (Association) associationsEnum.nextElement();
Object classValue = association.getKey();
if (classValue instanceof Class) {
// 904 projects will be a class type.
addClassIndicator((Class) association.getKey(), association.getValue());
} else {
addClassNameIndicator((String) association.getKey(), association.getValue());
}
}
}
/**
* INTERNAL: Return the class indicator associations for XML. List of class-name/value
* associations.
*/
public Vector getClassIndicatorAssociations() {
Vector associations = new Vector();
Iterator classesEnum = getTypeIndicatorNameTranslation().keySet().iterator();
Iterator valuesEnum = getTypeIndicatorNameTranslation().values().iterator();
while (classesEnum.hasNext()) {
Object className = classesEnum.next();
// If the project was built in runtime is a class, MW is a string.
if (className instanceof Class) {
className = ((Class) className).getName();
}
Object value = valuesEnum.next();
associations.addElement(new TypedAssociation(className, value));
}
return associations;
}
/** INTERNAL: Return if the attribute is specified for batch reading. */
public boolean isAttributeBatchRead(String attributeName) {
if (!hasBatchReadAttributes()) {
return false;
}
Vector batchReadAttributeExpressions = getBatchReadAttributeExpressions();
int size = batchReadAttributeExpressions.size();
for (int index = 0; index < size; index++) {
QueryKeyExpression expression = (QueryKeyExpression) batchReadAttributeExpressions.get(index);
while (!expression.getBaseExpression().isExpressionBuilder()) {
expression = (QueryKeyExpression) expression.getBaseExpression();
}
if (expression.getName().equals(attributeName)) {
return true;
}
}
return false;
}
public Vector getAttributeFromAll(String attributeName, Vector objects) {
ClassDescriptor descriptor = getSession().getClassDescriptor(getReferenceClass());
DirectToFieldMapping mapping =
(DirectToFieldMapping) descriptor.getMappingForAttributeName(attributeName);
Vector attributes = new Vector();
Object currentObject;
for (int i = 0; i < objects.size(); i++) {
currentObject = objects.elementAt(i);
if (currentObject.getClass() == ReportQueryResult.class) {
attributes.addElement(((ReportQueryResult) currentObject).get(attributeName));
} else {
attributes.addElement(mapping.getAttributeValueFromObject(currentObject));
}
}
return attributes;
}
public ReadAllBindAllParametersTest() {
v = new Vector(2);
v.addElement(new BigDecimal(1001));
v.addElement(new BigDecimal(1002));
setName("ReadAllBindAllParametersTest");
setDescription(
"Tests all combinations of shouldBindAllParameters attributes on Session and Query");
}
/** INTERNAL: */
public Vector getOwnedTables() {
if ((getMapping() != null) && getMapping().isNestedTableMapping()) {
Vector nestedTable = null;
if (shouldQueryToManyRelationship()) {
nestedTable = (Vector) super.getOwnedTables().clone();
} else {
nestedTable = new Vector(1);
}
nestedTable.addElement(new NestedTable(this));
return nestedTable;
}
if ((getMapping() != null)
&& (getMapping().isReferenceMapping() || getMapping().isStructureMapping())) {
return null;
}
return super.getOwnedTables();
}
protected void test() {
for (int i = 0; i <= 1; i++) {
getSession().getPlatform().setShouldBindAllParameters(i != 0);
for (int j = 0; j <= 2; j++) {
query = new ReadAllQuery(Employee.class);
ExpressionBuilder builder = new ExpressionBuilder();
Vector vExp = new Vector(2);
vExp.add(builder.getParameter("p1"));
query.addArgument("p1");
vExp.add(builder.getParameter("p2"));
query.addArgument("p2");
Expression exp = builder.get("id").in(vExp);
query.setSelectionCriteria(exp);
switch (j) {
case 0:
// nothing to do - just test the default:
// query.bindAllParameters == Undefined
break;
case 1:
// query.bindAllParameters == False
query.setShouldBindAllParameters(false);
break;
case 2:
// query.bindAllParameters == True
query.setShouldBindAllParameters(true);
break;
}
// clear the writer's buffer
((StringWriter) getSession().getLog()).getBuffer().setLength(0);
try {
getSession().executeQuery(query, v);
} catch (DatabaseException e) {
throw new TestProblemException("executeQuery threw DatabaseException");
}
if (shouldBind() != wasBound()) {
return;
}
}
}
}
private void setArgumentsForTestUsing(Vector employees) {
setArguments(new Vector());
Enumeration names = getExpressionParameters().elements();
Enumeration employeeEnum = employees.elements();
while (names.hasMoreElements()) {
Employee emp = (Employee) employeeEnum.nextElement();
getArguments().add(emp.getId());
names.nextElement();
}
}
public static BinaryOperatorWithParameterTest
getNumericTwoParameterMultipleOperatorsWithBracketsAroundMultiply() {
BinaryOperatorWithParameterTest theTest = new BinaryOperatorWithParameterTest();
theTest.setName("Multiple operators with two parameters with brackets around multiply");
String parameterNameForDivide = "amountToDivide";
String parameterNameForMultiply = "amountToMultiply";
theTest.setExpressionParameters(new Vector());
theTest.getExpressionParameters().add(parameterNameForDivide);
theTest.getExpressionParameters().add(parameterNameForMultiply);
ExpressionBuilder builder = new ExpressionBuilder();
Expression whereClause =
builder
.get("salary")
.greaterThan(
ExpressionMath.subtract(
ExpressionMath.add(
ExpressionBuilder.fromConstant(new Integer(50000), builder), 10000),
ExpressionMath.divide(
ExpressionBuilder.fromConstant(new Integer(10000), builder),
ExpressionMath.multiply(
builder.getParameter(parameterNameForMultiply),
builder.getParameter(parameterNameForDivide)))));
theTest.setOriginalObjectExpression(whereClause);
String ejbqlString =
"SELECT OBJECT(emp) FROM Employee emp WHERE emp.salary > (50000 + 10000 - 10000 / (?1 * ?2))";
theTest.setEjbqlString(ejbqlString);
Vector myArgumentNames = new Vector();
myArgumentNames.add("1");
myArgumentNames.add("2");
theTest.setArgumentNames(myArgumentNames);
theTest.setArguments(new Vector());
theTest.getArguments().addElement(new Integer(2));
theTest.getArguments().addElement(new Integer(5));
return theTest;
}
