/**
* Set the OperatingSystem to query.
*
* @param x The OperatingSystem of the OperatingsystemProfile to query.
* @param exact to use matches or not
* @exception DataObjectException If a database access error occurs.
*/
public void setQueryOperatingSystem(jobmatch.data.OperatingsystemDO x, boolean exact)
throws DataObjectException, QueryException {
// Remove from cacheHits any DOs that do not meet this
// setQuery requirement.
for (int i = 0; i < cacheHits.size() && !hitDb; i++) {
OperatingsystemProfileDO DO = (OperatingsystemProfileDO) cacheHits.elementAt(i);
if (null == DO) continue;
boolean equals = true;
// DOs are compared by their handles..
jobmatch.data.OperatingsystemDO m = DO.getOperatingSystem();
if (null == m && null == x) {
equals = true;
} else if (null == m || null == x) {
equals = false;
} else {
equals = (DO.getOperatingSystem().getOId().toString().equals(x.getOId().toString()));
if (equals && m != x) {
System.err.println("\n----------------------------------------------------------");
System.err.println("m =" + m);
System.err.println("x =" + x);
}
}
if (!equals) cacheHits.removeElementAt(i--);
}
// Also prepare the SQL needed to query the database
// in case there is no cache, or the query involves other tables.
if (partialCache || hitDb)
builder.addWhereClause(
"OperatingSystem", x, "DECIMAL(19,0)", QueryBuilder.NOT_NULL, exactFlag(exact));
}
/**
* Set the OID to query. WARNING! This method assumes that table <CODE>OperatingsystemProfile
* </CODE> has a column named <CODE>"oid"</CODE>. This method is called from the DO classes to
* retrieve an object by id.
*
* @param oid The object id to query.
*/
public void setQueryOId(ObjectId oid) {
// Remove from cacheHits any DOs that do not meet this
// setQuery requirement.
if (null == oid) return;
requireUniqueInstance();
for (int i = 0; i < cacheHits.size(); i++) {
OperatingsystemProfileDO DO = (OperatingsystemProfileDO) cacheHits.elementAt(i);
if (null == DO) continue;
boolean equals = true;
ObjectId id = DO.getOId();
if (null == id || !id.equals(oid)) cacheHits.removeElementAt(i--);
}
// Also prepare the SQL needed to query the database
// in case there is no cache, or the query involves other tables.
builder.addWhereClause("oid", oid.toBigDecimal(), QueryBuilder.NOT_NULL);
}
/**
* Set the LeafNumber to query.
*
* @param x The LeafNumber of the OperatingsystemProfile to query.
* @param exact to use matches or not
* @exception DataObjectException If a database access error occurs.
*/
public void setQueryLeafNumber(int x, boolean exact) throws DataObjectException, QueryException {
// Remove from cacheHits any DOs that do not meet this
// setQuery requirement.
for (int i = 0; i < cacheHits.size() && !hitDb; i++) {
OperatingsystemProfileDO DO = (OperatingsystemProfileDO) cacheHits.elementAt(i);
if (null == DO) continue;
boolean equals = true;
// primitive types are compared using the == operator.
equals = (DO.getLeafNumber() == x);
if (!equals) cacheHits.removeElementAt(i--);
}
// Also prepare the SQL needed to query the database
// in case there is no cache, or the query involves other tables.
if (partialCache || hitDb)
builder.addWhereClause("LeafNumber", x, "INTEGER", QueryBuilder.NULL_OK, exactFlag(exact));
}
/**
* Perform the query on the database, and prepare the array of returned DO objects.
*
* @exception DataObjectException If a database access error occurs.
* @exception NonUniqueQueryException If too many rows were found.
*/
private void runQuery() throws DataObjectException, NonUniqueQueryException {
needToRun = false;
arrayIndex = -1;
DBQuery dbQuery = null;
try {
Vector results;
/*
if ( cacheHits.size() > 0 ) {
// The setQuery methods build up the cacheHits.
// If the cache had our desired objects,
// we don't query the database, so we have no ResultSet.
results = cacheHits; // executeQuery saw cache hits
} else {
// If the cache doesn't exist, or could not handle the query,
// then we actually query the database.
dbQuery = Enhydra.getDatabaseManager().createQuery();
dbQuery.query( this ); // invokes executeQuery
results = new Vector();
while ( resultSet.next() ) {
results.addElement( new OperatingsystemProfileDO ( resultSet ) );
}
}
*/
if (/* partialCache && */ 0 == cacheHits.size()) hitDb = true;
if (hitDb) {
dbQuery = Enhydra.getDatabaseManager().createQuery();
dbQuery.query(this); // invokes executeQuery
results = new Vector();
while (resultSet.next()) {
// results.addElement( new OperatingsystemProfileDO ( resultSet ) );
results.addElement(OperatingsystemProfileDO.createExisting(resultSet));
}
} else {
results = cacheHits; // executeQuery saw cache hits
}
if (results.size() > 1 && uniqueInstance)
throw new NonUniqueQueryException("Too many rows returned from database");
DOs = new OperatingsystemProfileDO[results.size()];
for (int i = 0; i < results.size(); i++) {
DOs[i] = (OperatingsystemProfileDO) results.elementAt(i);
}
arrayIndex = 0;
} catch (SQLException se) {
if (null == se.getSQLState()) {
throw new DataObjectException("Unknown SQLException", se);
}
if (se.getSQLState().startsWith("02") && se.getErrorCode() == 100) {
throw new DataObjectException("Update or delete DO is out of synch", se);
} else if (se.getSQLState().equals("S1000") && se.getErrorCode() == -268) {
throw new DataObjectException("Integrity constraint violation", se);
} else {
throw new DataObjectException("Data Object Error", se);
}
} catch (ObjectIdException oe) {
throw new DataObjectException("Object ID Error", oe);
} catch (DatabaseManagerException de) {
throw new DataObjectException("Database connection Error", de);
} finally {
if (null != dbQuery) dbQuery.release();
}
}