/**
* makeIdentical()
*
* <p>Assigns the DataStruct of an existing DO to this DO. Does not duplicate data. Just assigns
* the reference.
*
* @param orig The original DO.
*/
protected void makeIdentical(TreeLeafDO orig) {
super.makeIdentical(orig);
data = orig.data;
}
/**
* Data core class, used to set, retrieve the TreeLeafDO information.
*
* @version $Revision: 1.4 $
* @author studer
* @since jobmatch
*/
public abstract class TreeLeafDO extends com.lutris.dods.builder.generator.dataobject.GenericDO
implements java.io.Serializable {
/**
* static final data members name the table and columns for this DO. By using these members with
* an instance of the QueryBuilder class, an application can perform straight SQL queries while
* retaining compile-time checking of table and column usage.
*
* <p>Example: List the Cities containing Persons named Bob:
*
* <p>Using straight SQL with QueryBuilder: Pro: code runs faster because you create fewer objects
* Con: code is less clear
*
* <p>Vector fields = new Vector(); fields.addElement( AddressDO.City ); QueryBuilder qb = new
* QueryBuilder( fields ); qb.addWhere( PersonDO.FirstName, "Bob" ); qb.addWhere(
* PersonDO.PrimaryKey, AddressDO.Person ); RDBRow row; while ( null != ( row = qb.getNextRow() )
* ) { String city = row.get( AddressDO.City ).getString(); }
*
* <p>Using Query/DO classes: Pro: code is (often) clearer Con: code runs slower because you
* create more objects
*
* <p>PersonQuery pq = new PersonQuery(); pq.setQueryFirstName( "Bob" ); PersonDO[] bobs =
* pq.getDOArray(); for ( int i = 0; i < bobs.length; i++ ) { AddressQuery aq = new
* AddressQuery(); aq.setQueryPerson( bobs[i] ); AddressDO addr = aq.getNextDO(); String city =
* addr.getCity(); }
*/
public static final RDBTable table = new RDBTable("NewDBTable");
/**
* Return NewDBTable as the name of the table in the database which contains TreeLeafDO objects.
* This method overrides CoreDO.getTableName() and is used by CoreDO.executeUpdate() during error
* handling.
*
* @return the database table name
* @see CoreDO
* @author Jay Gunter
*/
protected String getTableName() {
return "NewDBTable";
}
public static final RDBColumn PrimaryKey = new RDBColumn(table, GenericDO.getPrimaryKeyName());
/* RDBColumns for TreeLeafDO attributes are defined below. */
/* Using a DO (and its Query class) to access a VIEW instead of a TABLE:
*
* A DO (and its Query class) can be used to access a VIEW
* instead of a TABLE. The Data Object is created as usual in DODS,
* but the "create table" SQL command for that DO is not used.
* Instead, you substitute a "create view" command to create a
* virtual table in the database; this is often done to provide
* convenient access to a collection of tables joined together.
*
* A VIEW usually does not return "oid" and "version" columns;
* often (but now always) a VIEW is defined to return the "oid" column
* for one of the tables joined together in the definition of the VIEW.
* If the isView flag is true, TreeLeafDO.createExisting(ResultSet)
* will NOT invoke the GenericDO(ResultSet) constructor
* so to avoid attempting to extract the "oid" and "version" columns
* from the ResultSet.
*
* A future release of DODS will allow this flag to be set from the GUI.
* In the meantime, if this DO class represents a VIEW,
* change the isView flag to true.
*/
protected static final boolean isView = false;
/**
* A DO class contains a reference to a DataStruct class. This reference can be null (when the
* data for the DO has not yet been retrieved from the database), allowing a DO object to be a
* lightweight placeholder until its data is needed.
*/
private TreeLeafDataStruct data = null;
/** isReadOnly() Returns true if the data for this object has been marked read-only. */
public boolean isReadOnly() {
if (null == data) return false;
return data.readOnly;
}
/**
* Protected constructor. Only derived classes should call it.
*
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
*/
protected TreeLeafDO(boolean is_view) throws ObjectIdException, DatabaseManagerException {
super(is_view);
}
/**
* Protected constructor. Only derived classes should call it.
*
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
*/
protected TreeLeafDO() throws ObjectIdException, DatabaseManagerException {
super(isView);
}
/** isLoaded() Returns true if the data for this objects has been retrieved from the database. */
public boolean isLoaded() {
return (null != data);
}
/**
* loadData() Load the fields for the DO from the database.
*
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DataObjectException If the object is not found in the database.
* @exception SQLException If the database rejects the SQL generated to retrieve data for this
* object, or if the table contains a bad foreign key, etc.
*/
public void loadData() throws SQLException, ObjectIdException, DataObjectException {
if (null == data) {
data = new TreeLeafDataStruct();
}
}
/**
* Load the actual DO data if necessary. Called by get/set methods.
*
* @exception DataObjectException If a data access error occurs.
*/
private void checkLoad() throws DataObjectException {
if (null == data)
try {
loadData();
} catch (Exception e) {
throw new DataObjectException(
"Unable to load data for TreeLeafDO id=" + getOId() + ", error = " + e.getMessage());
}
}
/**
* The developer of a Business Object that derives from this class can override the methods:<CODE>
* beforeAnyGet
* beforeAnySet
* afterAnySet
* </CODE> to handle any general assertions or cleanup needed for <CODE>get</CODE> and <CODE>set
* </CODE> methods.
*/
protected void beforeAnyGet() {}
// beforeAnySet throws plain Exception to allow overriding implementations
// to throw any flavor needed.
protected void beforeAnySet() throws Exception {
if (isReadOnly()) throw new DataObjectException(this + " is read-only.");
}
protected void afterAnySet() {}
/**
* Protected constructor used by createExisting(ObjectId) above.
*
* <p>Historical note (delete at will): Formerly, createExisting(ObjectId) invoked the no-args
* GenericDO ctor, which allocated a new ObjectId. Then, createExisting(ObjectId) would call
* setOId(id), discarding the newly allocated ObjectId; this resulted in an ObjectId "leak"
* (needless consumption of oid's.)
*
* @param id The ObjectId for the object.
* @exception DataObjectException If the object is not found in the database.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception SQLException Should never see this exception since GenericDO.ctor(ObjectId) never
* accesses the database.
*/
protected TreeLeafDO(ObjectId id)
throws SQLException, ObjectIdException, DataObjectException, DatabaseManagerException {
super(id);
}
/**
* makeIdentical()
*
* <p>Assigns the DataStruct of an existing DO to this DO. Does not duplicate data. Just assigns
* the reference.
*
* @param orig The original DO.
*/
protected void makeIdentical(TreeLeafDO orig) {
super.makeIdentical(orig);
data = orig.data;
}
////////////////////////// data member LeafNumber
/* static final RDBColumn LeafNumber for use with QueryBuilder.
* See RDBColumn PrimaryKey at the top of this file for usage example.
*/
public static final RDBColumn LeafNumber = new RDBColumn(table, "LeafNumber");
/**
* Get LeafNumber of the NewDBTable
*
* @return LeafNumber of the NewDBTable
* @exception DataObjectException If the object is not found in the database.
*/
public int getLeafNumber() throws DataObjectException {
beforeAnyGet(); // business actions/assertions prior to data return
checkLoad();
return data.LeafNumber;
}
/**
* Set LeafNumber of the NewDBTable
*
* @param LeafNumber of the NewDBTable
* @exception DataObjectException If the object is not found in the database.
*/
public void setLeafNumber(int LeafNumber) throws DataObjectException {
try {
// business actions/assertions prior to data assignment
beforeAnySet();
} catch (Exception e) {
throw new DataObjectException("beforeAnySet: " + e.getMessage());
}
checkLoad();
data.LeafNumber = markNewValue(data.LeafNumber, LeafNumber);
afterAnySet(); // business actions/assertions after data assignment
}
////////////////////////// data member Profile
/* static final RDBColumn Profile for use with QueryBuilder.
* See RDBColumn PrimaryKey at the top of this file for usage example.
*/
public static final RDBColumn Profile = new RDBColumn(table, "Profile");
/**
* Get Profile of the NewDBTable
*
* @return Profile of the NewDBTable
* @exception DataObjectException If the object is not found in the database.
*/
public jobmatch.data.ProfileDO getProfile() throws DataObjectException {
beforeAnyGet(); // business actions/assertions prior to data return
checkLoad();
return data.Profile;
}
/**
* Set Profile of the NewDBTable
*
* @param Profile of the NewDBTable
* @exception DataObjectException If the object is not found in the database.
*/
public void setProfile(jobmatch.data.ProfileDO Profile) throws DataObjectException {
try {
// business actions/assertions prior to data assignment
beforeAnySet();
} catch (Exception e) {
throw new DataObjectException("beforeAnySet: " + e.getMessage());
}
checkLoad();
data.Profile = (jobmatch.data.ProfileDO) markNewValue(data.Profile, Profile);
afterAnySet(); // business actions/assertions after data assignment
}
////////////////////////// data member Mandatory
/* static final RDBColumn Mandatory for use with QueryBuilder.
* See RDBColumn PrimaryKey at the top of this file for usage example.
*/
public static final RDBColumn Mandatory = new RDBColumn(table, "Mandatory");
/**
* Get Mandatory of the NewDBTable
*
* @return Mandatory of the NewDBTable
* @exception DataObjectException If the object is not found in the database.
*/
public boolean getMandatory() throws DataObjectException {
beforeAnyGet(); // business actions/assertions prior to data return
checkLoad();
return data.Mandatory;
}
/**
* Set Mandatory of the NewDBTable
*
* @param Mandatory of the NewDBTable
* @exception DataObjectException If the object is not found in the database.
*/
public void setMandatory(boolean Mandatory) throws DataObjectException {
try {
// business actions/assertions prior to data assignment
beforeAnySet();
} catch (Exception e) {
throw new DataObjectException("beforeAnySet: " + e.getMessage());
}
checkLoad();
data.Mandatory = markNewValue(data.Mandatory, Mandatory);
afterAnySet(); // business actions/assertions after data assignment
}
/**
* Protected constructor.
*
* @param rs Result set from which to obtain product data.
* @exception DataObjectException If the object is not found in the database.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception SQLException If the database rejects the SQL generated to retrieve data for this
* object, or if the table contains a bad foreign key, etc.
*/
protected TreeLeafDO(ResultSet rs)
throws SQLException, ObjectIdException, DataObjectException, DatabaseManagerException {
super(rs);
initFromResultSet(rs);
}
/**
* initFromResultSet initializes the data members from NewDBTable. This code was separated from
* the ResultSet constructor so that createExisting(ResultSet) could handle VIEWs.
*/
private void initFromResultSet(ResultSet rs)
throws SQLException, ObjectIdException, DataObjectException, DatabaseManagerException {
// Constructing a DO from a ResultSet means we definitely need the
// DataStruct ready for the setXxx methods invoked below.
data = new TreeLeafDataStruct();
// writeMemberStuff uses the ResultSetExtraction.template
// to build up the value for this tag:
// the value is a series of calls to the DO set methods.
setLeafNumber(rs.getInt("LeafNumber"));
setProfile(jobmatch.data.ProfileDO.createExisting(rs.getBigDecimal("Profile", 0)));
setMandatory(rs.getBoolean("Mandatory"));
markClean();
}
/*
* toString - for debugging
*/
/*
public String toString(){
String str = "TreeLeafDO:";
ObjectId oid = getOId();
String id = "virgin";
if ( null != oid )
id = oid.toString();
str += " OID=" + id;
if ( null != data )
str = str + "\n" + indent + "LeafNumber=" + data.LeafNumber
+ "\n" + indent + "Profile=" + ( null == data.Profile ? null : data.Profile.toString( indentCount + 1 ) )
+ "\n" + indent + "Mandatory=" + data.Mandatory
;
return str + "; " + super.toString();
}
*/
/*
* toString - for debugging
*/
public String toString() {
return toString(1);
}
public String toString(int indentCount) {
String indent = "";
for (int i = 0; i < indentCount; i++) {
indent += ". ";
}
String str = indent + "TreeLeafDO:";
ObjectId oid = getOId();
String id = "virgin";
if (null != oid) id = oid.toString();
str += " OID=" + id;
if (null != data)
str =
str
+ "\n"
+ indent
+ "LeafNumber="
+ data.LeafNumber
+ "\n"
+ indent
+ "Profile="
+ (null == data.Profile ? null : data.Profile.toString(indentCount + 1))
+ "\n"
+ indent
+ "Mandatory="
+ data.Mandatory;
return str + "\n" + indent + "SUPER=" + super.toString(indentCount);
// return str;
}
/**
* A stub method for implementing pre-commit assertions for this TreeLeafDO. Implement this stub
* to throw an RefAssertionException for cases where this object is not valid for writing to the
* database.
*/
protected void okToCommit() throws RefAssertionException {}
/**
* A stub method for implementing pre-delete assertions for this TreeLeafDO. Implement this stub
* to throw an RefAssertionException for cases where this object is not valid for deletion from
* the database.
*/
protected void okToDelete() throws RefAssertionException {}
/**
* Inserts/Updates the DO into its table.
*
* @exception com.lutris.appserver.server.sql.DatabaseManagerException if a Transaction can not be
* created.
* @exception RefAssertionException thrown by okTo method.
* @exception java.sql.SQLException if any SQL errors occur.
*/
public void commit()
throws SQLException, DatabaseManagerException, DataObjectException, RefAssertionException,
DBRowUpdateException, QueryException {
modifyDO(null, false);
}
/**
* Inserts/Updates the DO into its table. The transaction is likely provided by the commit()
* method of another DO which references this DO.
*
* @param dbt The transaction object to use for this operation.
* @exception com.lutris.appserver.server.sql.DatabaseManagerException if a Transaction can not be
* created.
* @exception com.lutris.appserver.server.sql.DBRowUpdateException if a version error occurs.
* @exception RefAssertionException thrown by okTo method.
* @exception java.sql.SQLException if any SQL errors occur.
*/
public void commit(DBTransaction dbt)
throws SQLException, DatabaseManagerException, DataObjectException, RefAssertionException,
DBRowUpdateException, QueryException {
modifyDO(dbt, false);
}
/**
* Deletes the DO from its table.
*
* @exception com.lutris.appserver.server.sql.DatabaseManagerException if a Transaction can not be
* created.
* @exception RefAssertionException thrown by okTo method.
* @exception java.sql.SQLException if any SQL errors occur.
*/
public void delete()
throws SQLException, DatabaseManagerException, DataObjectException, RefAssertionException,
DBRowUpdateException, QueryException {
modifyDO(null, true);
}
/**
* Deletes the DO from its table. The transaction is likely provided by the delete() method of
* another DO which references this DO.
*
* @param dbt The transaction object to use for this operation.
* @exception com.lutris.appserver.server.sql.DatabaseManagerException if a Transaction can not be
* created.
* @exception com.lutris.appserver.server.sql.DBRowUpdateException if a version error occurs.
* @exception RefAssertionException thrown by okTo method.
* @exception java.sql.SQLException if any SQL errors occur.
*/
public void delete(DBTransaction dbt)
throws SQLException, DatabaseManagerException, DataObjectException, RefAssertionException,
DBRowUpdateException, QueryException {
modifyDO(dbt, true);
}
/**
* A stub method for implementing pre-commit assertions for the Profile data member. Implement
* this stub to throw an RefAssertionException for cases where Profile is not valid for writing to
* the database.
*/
protected void okToCommitProfile(jobmatch.data.ProfileDO member) throws RefAssertionException {}
/**
* A stub method for implementing pre-delete assertions for the Profile data member. Implement
* this stub to throw an RefAssertionException for cases where Profile is not valid for deletion
* from the database.
*/
protected void okToDeleteProfile(jobmatch.data.ProfileDO member) throws RefAssertionException {}
/**
* Modifies the DO within its table. Performs recursive commit/delete on referenced DOs; all
* operations occur within a single transaction to allow rollback in the event of error. Only the
* creator of the transaction releases it.
*
* @param dbt The transaction object to use for this operation.
* @param delete True if doing a delete, otherwise doing insert/update.
* @exception com.lutris.appserver.server.sql.DatabaseManagerException if a Transaction can not be
* created.
* @exception com.lutris.appserver.server.sql.DBRowUpdateException if a version error occurs.
* @exception RefAssertionException thrown by okTo method.
* @exception java.sql.SQLException if any SQL errors occur.
*/
protected void modifyDO(DBTransaction dbt, boolean delete)
throws SQLException, DatabaseManagerException, DataObjectException, RefAssertionException,
DBRowUpdateException, QueryException {
if (delete) okToDelete();
else okToCommit();
boolean ownTransaction = false;
try {
if (null == dbt) {
DatabaseManager dbm = Enhydra.getDatabaseManager();
dbt = dbm.createTransaction(); // create a transaction
ownTransaction = true;
}
if (null == dbt)
throw new DatabaseManagerException("DatabaseManager.createTransaction returned null.");
if (delete) {
// Code to perform cascading deletes is generated here
// if cascading deletes are not supported by the database.
// The following line keeps the compiler happy
// when the CASCADING_DELETES tag is empty.
if (false) throw new QueryException("XXX");
} else {
// commit referenced DOs.
jobmatch.data.ProfileDO Profile_DO = getProfile();
if (null != Profile_DO) {
if (Profile_DO.isLoaded()) {
okToCommitProfile(Profile_DO);
Profile_DO.commit(dbt);
} else {
// since the referenced DO is not loaded,
// it cannot be dirty, so there is no need to commit it.
}
} else {
if (!false)
throw new RefAssertionException(
"Cannot commit TreeLeafDO ( "
+ toString()
+ " ) because Profile is not allowed to be null.");
}
}
if (false) {
// This throw is here to keep the compiler happy
// in the case of a DO that does not refer to other DOs.
// In that case, the above delete/commit code blocks will be empty
// and throw nothing.
throw new DataObjectException("foo");
}
if (delete) {
dbt.delete(this);
} else {
if (isLoaded()) dbt.insert(this); // dbt.insert() handles insertions and updates
}
if (ownTransaction) {
dbt.commit(); // commit the transaction
}
} catch (SQLException sqle) {
StringBuffer message = new StringBuffer("Failed to insert/update DO: ");
message.append(sqle.getMessage());
// rollback, if necessary
if (ownTransaction) {
try {
dbt.rollback();
} catch (SQLException sqle2) {
message.insert(0, "\n");
message.insert(0, sqle2.getMessage());
message.insert(0, "Rollback failed: ");
}
}
throw new SQLException(message.toString());
} finally {
// release the transaction, if any
if (ownTransaction) {
dbt.release();
}
}
}
}
/**
* Data core class, used to set, retrieve the PersonalProfileDO information.
*
* @version $Revision: 1.3 $
* @author studer
* @since jobmatch
*/
public class PersonalProfileDO extends jobmatch.data.TreeLeafDO implements java.io.Serializable {
/**
* static final data members name the table and columns for this DO. By using these members with
* an instance of the QueryBuilder class, an application can perform straight SQL queries while
* retaining compile-time checking of table and column usage.
*
* <p>Example: List the Cities containing Persons named Bob:
*
* <p>Using straight SQL with QueryBuilder: Pro: code runs faster because you create fewer objects
* Con: code is less clear
*
* <p>Vector fields = new Vector(); fields.addElement( AddressDO.City ); QueryBuilder qb = new
* QueryBuilder( fields ); qb.addWhere( PersonDO.FirstName, "Bob" ); qb.addWhere(
* PersonDO.PrimaryKey, AddressDO.Person ); RDBRow row; while ( null != ( row = qb.getNextRow() )
* ) { String city = row.get( AddressDO.City ).getString(); }
*
* <p>Using Query/DO classes: Pro: code is (often) clearer Con: code runs slower because you
* create more objects
*
* <p>PersonQuery pq = new PersonQuery(); pq.setQueryFirstName( "Bob" ); PersonDO[] bobs =
* pq.getDOArray(); for ( int i = 0; i < bobs.length; i++ ) { AddressQuery aq = new
* AddressQuery(); aq.setQueryPerson( bobs[i] ); AddressDO addr = aq.getNextDO(); String city =
* addr.getCity(); }
*/
public static final RDBTable table = new RDBTable("PersonalProfile");
/**
* Return PersonalProfile as the name of the table in the database which contains
* PersonalProfileDO objects. This method overrides CoreDO.getTableName() and is used by
* CoreDO.executeUpdate() during error handling.
*
* @return the database table name
* @see CoreDO
* @author Jay Gunter
*/
protected String getTableName() {
return "PersonalProfile";
}
public static final RDBColumn PrimaryKey = new RDBColumn(table, GenericDO.getPrimaryKeyName());
/* RDBColumns for PersonalProfileDO attributes are defined below. */
/* Using a DO (and its Query class) to access a VIEW instead of a TABLE:
*
* A DO (and its Query class) can be used to access a VIEW
* instead of a TABLE. The Data Object is created as usual in DODS,
* but the "create table" SQL command for that DO is not used.
* Instead, you substitute a "create view" command to create a
* virtual table in the database; this is often done to provide
* convenient access to a collection of tables joined together.
*
* A VIEW usually does not return "oid" and "version" columns;
* often (but now always) a VIEW is defined to return the "oid" column
* for one of the tables joined together in the definition of the VIEW.
* If the isView flag is true, PersonalProfileDO.createExisting(ResultSet)
* will NOT invoke the GenericDO(ResultSet) constructor
* so to avoid attempting to extract the "oid" and "version" columns
* from the ResultSet.
*
* A future release of DODS will allow this flag to be set from the GUI.
* In the meantime, if this DO class represents a VIEW,
* change the isView flag to true.
*/
protected static final boolean isView = false;
/**
* A DO class contains a reference to a DataStruct class. This reference can be null (when the
* data for the DO has not yet been retrieved from the database), allowing a DO object to be a
* lightweight placeholder until its data is needed.
*/
private PersonalProfileDataStruct data = null;
/** isReadOnly() Returns true if the data for this object has been marked read-only. */
public boolean isReadOnly() {
if (null == data) return false;
return data.readOnly;
}
/**
* Protected constructor. Only derived classes should call it.
*
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
*/
protected PersonalProfileDO(boolean is_view) throws ObjectIdException, DatabaseManagerException {
super(is_view);
}
/**
* Protected constructor. Only derived classes should call it.
*
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
*/
protected PersonalProfileDO() throws ObjectIdException, DatabaseManagerException {
super(isView);
}
/** isLoaded() Returns true if the data for this objects has been retrieved from the database. */
public boolean isLoaded() {
return (null != data);
}
/**
* loadData() Load the fields for the DO from the database.
*
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DataObjectException If the object is not found in the database.
* @exception SQLException If the database rejects the SQL generated to retrieve data for this
* object, or if the table contains a bad foreign key, etc.
*/
public void loadData() throws SQLException, ObjectIdException, DataObjectException {
if (null == data) {
super.loadData();
data = new PersonalProfileDataStruct();
}
ObjectId id = getOId();
if (null == id) return;
if (!isPersistent()) // DO from createVirgin
return;
// DO from createExisting. Complain if no record in database.
PersonalProfileQuery query = new PersonalProfileQuery();
query.setQueryOId(id);
query.requireUniqueInstance();
PersonalProfileDO obj;
try {
obj = query.getNextDO();
if (null == obj) throw new DataObjectException("PersonalProfileDO DO not found for id=" + id);
makeIdentical(obj);
setVersion(obj.getVersion());
setNewVersion(obj.getVersion());
} catch (NonUniqueQueryException e) {
throw new ObjectIdException("Duplicate ObjectId");
}
}
/**
* Load the actual DO data if necessary. Called by get/set methods.
*
* @exception DataObjectException If a data access error occurs.
*/
private void checkLoad() throws DataObjectException {
if (null == data)
try {
loadData();
} catch (Exception e) {
throw new DataObjectException(
"Unable to load data for PersonalProfileDO id="
+ getOId()
+ ", error = "
+ e.getMessage());
}
}
/**
* The developer of a Business Object that derives from this class can override the methods:<CODE>
* beforeAnyGet
* beforeAnySet
* afterAnySet
* </CODE> to handle any general assertions or cleanup needed for <CODE>get</CODE> and <CODE>set
* </CODE> methods.
*/
protected void beforeAnyGet() {}
// beforeAnySet throws plain Exception to allow overriding implementations
// to throw any flavor needed.
protected void beforeAnySet() throws Exception {
if (isReadOnly()) throw new DataObjectException(this + " is read-only.");
}
protected void afterAnySet() {}
/**
* Protected constructor used by createExisting(ObjectId) above.
*
* <p>Historical note (delete at will): Formerly, createExisting(ObjectId) invoked the no-args
* GenericDO ctor, which allocated a new ObjectId. Then, createExisting(ObjectId) would call
* setOId(id), discarding the newly allocated ObjectId; this resulted in an ObjectId "leak"
* (needless consumption of oid's.)
*
* @param id The ObjectId for the object.
* @exception DataObjectException If the object is not found in the database.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception SQLException Should never see this exception since GenericDO.ctor(ObjectId) never
* accesses the database.
*/
protected PersonalProfileDO(ObjectId id)
throws SQLException, ObjectIdException, DataObjectException, DatabaseManagerException {
super(id);
}
/**
* createVirgin() Creates a DO that has no ObjectId or data. Such a DO is used to insert a new
* database entry after its data has been set.
*
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
*/
public static PersonalProfileDO createVirgin()
throws DatabaseManagerException, ObjectIdException {
return new PersonalProfileDO();
}
/**
* createExisting( BigDecimal )
*
* <p>Factory method creates a PersonalProfileDO object by searching for it in the database using
* the passed BigDecimal value as the primary key.
*
* <p>Creates a DO that represents an existing entry in the database. Such a DO is used to examine
* and possibly update such an entry. createExisting() is called only from the code that retrieves
* an ObjectId from a ResultSet (database query result). createExisting() is protected because no
* other DO or BO should ever need to call it. FIX unfortunately the createExisting(BigDecimal)
* form *does* need to be public because it is called by the public ctors of other DOs. For
* example, AaaDO contains a ref to a BbbDO, so there is a method AaaDO.setBbb(BbbDO). In the ctor
* AaaDO(ResultSet), we have the call setBbb( BbbDO.createExisting( rs.getBigDecimal( "bbb", 0
* ))); Since AaaDO is not in the same package as BbbDO, BbbDO.createExisting(BigDecimal) must be
* public, not protected. Java needs the C++ 'friend' idea.
*
* @param bd The BigDecimal representation of the ObjectId for the object.
* @exception DataObjectException If the object is not found in the database.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception SQLException If the database rejects the SQL generated to retrieve data for this
* object, or if the table contains a bad foreign key, etc.
*/
public static PersonalProfileDO createExisting(BigDecimal bd)
throws SQLException, ObjectIdException, DataObjectException, DatabaseManagerException {
if (null == bd) return null;
return createExisting(new ObjectId(bd));
}
/**
* The createExisting method is used to create a <CODE>PersonalProfileDO</CODE> from a string
* handle.
*/
public static PersonalProfileDO createExisting(String handle) {
PersonalProfileDO ret = null;
try {
BigDecimal bd = new BigDecimal(handle);
ret = createExisting(bd);
} catch (Exception e) {
}
return ret;
}
/**
* createExisting( ObjectId )
*
* <p>Factory method creates a PersonalProfileDO object by searching for it in the database using
* the passed ObjectID value as the primary key.
*
* @param id The ObjectId for the object.
* @exception DataObjectException If the object is not found in the database.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception SQLException If the database rejects the SQL generated to retrieve data for this
* object, or if the table contains a bad foreign key, etc.
*/
protected static PersonalProfileDO createExisting(ObjectId id)
throws SQLException, ObjectIdException, DataObjectException, DatabaseManagerException {
if (null == id) return null;
PersonalProfileDO ret = null;
ret = new PersonalProfileDO(id);
ret.setPersistent(true); // mark DO as persistent (preexisting)
if (!false) // If not lazy-loading, fetch DO data now.
ret.loadData();
// unset the GenericDO.dirty flag.
ret.markClean();
return ret;
}
/**
* createExisting( ResultSet )
*
* <p>Factory method used to create an instance of this class to represent a Data Object already
* existing in the database.
*
* @param rs The ResultSet returned by the Query class for an existing Data Object stored in the
* database.
* @exception DataObjectException If the object is not found in the database.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception SQLException If the database rejects the SQL generated to retrieve data for this
* object, or if the table contains a bad foreign key, etc.
*/
protected static PersonalProfileDO createExisting(ResultSet rs)
throws SQLException, ObjectIdException, DataObjectException, DatabaseManagerException {
if (null == rs) return null;
PersonalProfileDO ret = null;
if (isView) {
ret = new PersonalProfileDO();
ret.initFromResultSet(rs);
} else {
ret = new PersonalProfileDO(rs);
}
return ret;
}
/**
* createExisting( RDBRow )
*
* <p>Factory method creates a PersonalProfileDO object by searching for it in the database using
* the PersonalProfileDO.PrimaryKey value in the passed RDBRow.
*
* @param RDBRow A row returned by QueryBuilder.getNextRow().
* @exception DataObjectException If the RDBRow does not contain a PersonalProfileDO.PrimaryKey.
* If the object is not found in the database.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception SQLException If the database rejects the SQL generated to retrieve data for this
* object, or if the table contains a bad foreign key, etc.
*/
protected static PersonalProfileDO createExisting(RDBRow row)
throws SQLException, ObjectIdException, DataObjectException, DatabaseManagerException {
if (null == row) return null;
RDBColumnValue pk = null;
try {
pk = row.get(PersonalProfileDO.PrimaryKey);
return createExisting(pk);
} catch (Exception e) {
throw new DataObjectException(
"Cannot create PersonalProfileDO, row does not "
+ "contain PersonalProfileDO primary key.");
}
}
/**
* createExisting( RDBColumnValue )
*
* <p>Factory method creates a PersonalProfileDO object by searching for it in the database using
* the passed PersonalProfileDO.PrimaryKey.
*
* @param RDBColumnValue a PrimaryKey column value from a row that was returned by
* QueryBuilder.getNextRow().
* @exception DataObjectException If the RDBColumnValue does not contain a
* PersonalProfileDO.PrimaryKey. If the object is not found in the database.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception SQLException If the database rejects the SQL generated to retrieve data for this
* object, or if the table contains a bad foreign key, etc.
*/
protected static PersonalProfileDO createExisting(RDBColumnValue pk)
throws SQLException, ObjectIdException, DataObjectException, DatabaseManagerException {
if (null == pk) return null;
if (!pk.equals(PersonalProfileDO.PrimaryKey))
throw new DataObjectException(
"Cannot create PersonalProfileDO, "
+ "RDBColumnValue is not PersonalProfileDO.PrimaryKey.");
BigDecimal bd = null;
try {
bd = pk.getBigDecimal();
} catch (Exception e) {
throw new DataObjectException("Cannot create PersonalProfileDO, bad primary key.");
}
if (null == bd) return null;
return createExisting(bd);
}
/**
* createCopy() Creates a DO that has no ObjectId but has a copy of an existing DO's data. Such a
* DO is used to insert a new database entry that is largely similar to an existing entry.
*
* @param data The data struct to copy values from.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
*/
public static PersonalProfileDO createCopy(PersonalProfileDataStruct data)
throws DatabaseManagerException, ObjectIdException {
PersonalProfileDO ret = new PersonalProfileDO();
ret.data = (PersonalProfileDataStruct) data.duplicate();
return ret;
}
/**
* createCopy() Creates a DO that has no ObjectId but has a copy of an existing DO's data. Such a
* DO is used to insert a new database entry that is largely similar to an existing entry.
*
* @param orig The original DO to copy.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
*/
public static PersonalProfileDO createCopy(PersonalProfileDO orig)
throws DatabaseManagerException, ObjectIdException {
PersonalProfileDO ret = new PersonalProfileDO();
if (null != orig.data) {
ret.data = (PersonalProfileDataStruct) orig.data.duplicate();
}
return ret;
}
/**
* reload() Causes the DO to refresh itself from the database the next time a set or get method is
* called.
*/
public void reload() {
data = null;
}
/**
* The methods <CODE>
* getHandle
* hasMatchingHandle
* </CODE> are used by Presentation Objects that need to populate
* HTML select lists with Data Objects as options.
* The <CODE>getHandle()</CODE> method is used
* to set the value for each option,
* and the <CODE>hasMatchingHandle()<CODE>
* methods are used to lookup the Data Object when the selection has
* been made.
*
* @exception DatabaseManagerException
* If a connection to the database cannot be established, etc.
*
* @return id of this DO as a string
* If an object id can't be allocated for this object.
*/
public String getHandle() throws DatabaseManagerException {
String ret = null;
if (null == getOId()) throw new DatabaseManagerException("ID not set");
ret = getOId().toString();
return ret;
}
/**
* hasMatchingHandle
*
* @param handle <CODE>String</CODE> version of DO id
* @return boolean True if the string version of the id of this DO matches passed handle
* @see getHandle
*/
public boolean hasMatchingHandle(String handle) {
boolean ret = false;
if (null == getOId()) ret = false;
else ret = getOId().toString().equals(handle);
return ret;
}
/**
* makeIdentical()
*
* <p>Assigns the DataStruct of an existing DO to this DO. Does not duplicate data. Just assigns
* the reference.
*
* @param orig The original DO.
*/
protected void makeIdentical(PersonalProfileDO orig) {
super.makeIdentical(orig);
data = orig.data;
}
////////////////////////// data member MinAge
/* static final RDBColumn MinAge for use with QueryBuilder.
* See RDBColumn PrimaryKey at the top of this file for usage example.
*/
public static final RDBColumn MinAge = new RDBColumn(table, "MinAge");
/**
* Get MinAge of the PersonalProfile
*
* @return MinAge of the PersonalProfile
* @exception DataObjectException If the object is not found in the database.
*/
public int getMinAge() throws DataObjectException {
beforeAnyGet(); // business actions/assertions prior to data return
checkLoad();
return data.MinAge;
}
/**
* Set MinAge of the PersonalProfile
*
* @param MinAge of the PersonalProfile
* @exception DataObjectException If the object is not found in the database.
*/
public void setMinAge(int MinAge) throws DataObjectException {
try {
// business actions/assertions prior to data assignment
beforeAnySet();
} catch (Exception e) {
throw new DataObjectException("beforeAnySet: " + e.getMessage());
}
checkLoad();
data.MinAge = markNewValue(data.MinAge, MinAge);
afterAnySet(); // business actions/assertions after data assignment
}
////////////////////////// data member MaxAge
/* static final RDBColumn MaxAge for use with QueryBuilder.
* See RDBColumn PrimaryKey at the top of this file for usage example.
*/
public static final RDBColumn MaxAge = new RDBColumn(table, "MaxAge");
/**
* Get MaxAge of the PersonalProfile
*
* @return MaxAge of the PersonalProfile
* @exception DataObjectException If the object is not found in the database.
*/
public int getMaxAge() throws DataObjectException {
beforeAnyGet(); // business actions/assertions prior to data return
checkLoad();
return data.MaxAge;
}
/**
* Set MaxAge of the PersonalProfile
*
* @param MaxAge of the PersonalProfile
* @exception DataObjectException If the object is not found in the database.
*/
public void setMaxAge(int MaxAge) throws DataObjectException {
try {
// business actions/assertions prior to data assignment
beforeAnySet();
} catch (Exception e) {
throw new DataObjectException("beforeAnySet: " + e.getMessage());
}
checkLoad();
data.MaxAge = markNewValue(data.MaxAge, MaxAge);
afterAnySet(); // business actions/assertions after data assignment
}
////////////////////////// data member Nationality
/* static final RDBColumn Nationality for use with QueryBuilder.
* See RDBColumn PrimaryKey at the top of this file for usage example.
*/
public static final RDBColumn Nationality = new RDBColumn(table, "Nationality");
/**
* Get Nationality of the PersonalProfile
*
* @return Nationality of the PersonalProfile
* @exception DataObjectException If the object is not found in the database.
*/
public jobmatch.data.CountryDO getNationality() throws DataObjectException {
beforeAnyGet(); // business actions/assertions prior to data return
checkLoad();
return data.Nationality;
}
/**
* Set Nationality of the PersonalProfile
*
* @param Nationality of the PersonalProfile
* @exception DataObjectException If the object is not found in the database.
*/
public void setNationality(jobmatch.data.CountryDO Nationality) throws DataObjectException {
try {
// business actions/assertions prior to data assignment
beforeAnySet();
} catch (Exception e) {
throw new DataObjectException("beforeAnySet: " + e.getMessage());
}
checkLoad();
data.Nationality = (jobmatch.data.CountryDO) markNewValue(data.Nationality, Nationality);
afterAnySet(); // business actions/assertions after data assignment
}
////////////////////////// data member Sex
/* static final RDBColumn Sex for use with QueryBuilder.
* See RDBColumn PrimaryKey at the top of this file for usage example.
*/
public static final RDBColumn Sex = new RDBColumn(table, "Sex");
/**
* Get Sex of the PersonalProfile
*
* @return Sex of the PersonalProfile
* @exception DataObjectException If the object is not found in the database.
*/
public String getSex() throws DataObjectException {
beforeAnyGet(); // business actions/assertions prior to data return
checkLoad();
return data.Sex;
}
/**
* Set Sex of the PersonalProfile
*
* @param Sex of the PersonalProfile
* @exception DataObjectException If the object is not found in the database.
*/
public void setSex(String Sex) throws DataObjectException {
try {
// business actions/assertions prior to data assignment
beforeAnySet();
} catch (Exception e) {
throw new DataObjectException("beforeAnySet: " + e.getMessage());
}
checkLoad();
data.Sex = markNewValue(data.Sex, Sex, 0, 32, true);
afterAnySet(); // business actions/assertions after data assignment
}
/**
* Protected constructor.
*
* @param rs Result set from which to obtain product data.
* @exception DataObjectException If the object is not found in the database.
* @exception com.lutris.appserver.server.sql.ObjectIdException If an object id can't be allocated
* for this object.
* @exception DatabaseManagerException If a connection to the database cannot be established, etc.
* @exception SQLException If the database rejects the SQL generated to retrieve data for this
* object, or if the table contains a bad foreign key, etc.
*/
protected PersonalProfileDO(ResultSet rs)
throws SQLException, ObjectIdException, DataObjectException, DatabaseManagerException {
super(rs);
initFromResultSet(rs);
}
/**
* initFromResultSet initializes the data members from PersonalProfile. This code was separated
* from the ResultSet constructor so that createExisting(ResultSet) could handle VIEWs.
*/
private void initFromResultSet(ResultSet rs)
throws SQLException, ObjectIdException, DataObjectException, DatabaseManagerException {
// Constructing a DO from a ResultSet means we definitely need the
// DataStruct ready for the setXxx methods invoked below.
data = new PersonalProfileDataStruct();
// writeMemberStuff uses the ResultSetExtraction.template
// to build up the value for this tag:
// the value is a series of calls to the DO set methods.
setMinAge(rs.getInt("MinAge"));
setMaxAge(rs.getInt("MaxAge"));
setNationality(jobmatch.data.CountryDO.createExisting(rs.getBigDecimal("Nationality", 0)));
setSex(rs.getString("Sex"));
markClean();
}
private int[] param = null;
/**
* Prepares the statement used to insert this object into the database.
*
* @param conn the database connection.
* @return the insert statement.
* @exception java.sql.SQLException if an error occurs.
*/
public PreparedStatement getInsertStatement(DBConnection conn) throws SQLException {
/*
* It would probably be better to have CoreDO implement
* void addToCache(CoreDO DO) {}
* and have each DO that has caching enabled override it as
* void addToCache(CoreDO DO) { cache.put( DO.getOId(), DO ); }
* and change CoreDO to invoke addToCache()
* when it invokes getInsertStatement().
*/
ObjectId oid;
PreparedStatement stmt =
conn.prepareStatement(
"insert into PersonalProfile ( LeafNumber, Profile, Mandatory, MinAge, MaxAge, Nationality, Sex, "
+ getOIdColumnName()
+ ", "
+ getVersionColumnName()
+ " ) values ( ?, ?, ?, ?, ?, ?, ?, ?, ? )");
param = new int[1];
param[0] = 1;
// writeMemberStuff uses the JDBCsetCalls.template
// to build up the value for this tag:
// the value is a series of calls to setPrepStmtParam_TYPE methods.
// Those methods are defined in GenericDO.
try {
setPrepStmtParam_int(stmt, param, getLeafNumber());
setPrepStmtParam_DO(stmt, param, getProfile());
setPrepStmtParam_boolean(stmt, param, getMandatory());
setPrepStmtParam_int(stmt, param, getMinAge());
setPrepStmtParam_int(stmt, param, getMaxAge());
setPrepStmtParam_DO(stmt, param, getNationality());
setPrepStmtParam_String(stmt, param, getSex());
/* The order of the values being inserted must match
* the order of the columns listed in the CREATE TABLE command
* that appears in the .sql file for this DO.
* Since the id and version number are always the last columns
* listed in the CREATE TABLE command, their values are added
* to the PreparedStatement after all other values.
*/
setPrepStmtParam_BigDecimal(stmt, param, getOId().toBigDecimal());
setPrepStmtParam_int(stmt, param, getNewVersion());
} catch (Exception e) {
throw new SQLException("Data Object error: " + e.getMessage());
}
return stmt;
}
/**
* Prepares the statement used to update this object in the database.
*
* @param conn the database connection
* @return the update statement.
* @exception java.sql.SQLException if an error occurs.
*/
public PreparedStatement getUpdateStatement(DBConnection conn) throws SQLException {
ObjectId oid;
PreparedStatement stmt =
conn.prepareStatement(
"update PersonalProfile set "
+ getVersionColumnName()
+ " = ?, LeafNumber = ?, Profile = ?, Mandatory = ?, MinAge = ?, MaxAge = ?, Nationality = ?, Sex = ? "
+ "where "
+ getOIdColumnName()
+ " = ? and "
+ getVersionColumnName()
+ " = ?");
param = new int[1];
param[0] = 1;
// int[] param = {1};
// writeMemberStuff builds up the value for this tag:
// the value is a series of calls to setPrepStmtParam_TYPE methods.
// Those methods are defined below.
try {
setPrepStmtParam_int(stmt, param, getNewVersion());
setPrepStmtParam_int(stmt, param, getLeafNumber());
setPrepStmtParam_DO(stmt, param, getProfile());
setPrepStmtParam_boolean(stmt, param, getMandatory());
setPrepStmtParam_int(stmt, param, getMinAge());
setPrepStmtParam_int(stmt, param, getMaxAge());
setPrepStmtParam_DO(stmt, param, getNationality());
setPrepStmtParam_String(stmt, param, getSex());
/* When updating a persistent object, the UPDATE_WHERE_CLAUSE tag
* used to build the SQL WHERE clause (above) uses the
* DO's id and version number to locate the correct row in
* the database table.
*/
setPrepStmtParam_BigDecimal(stmt, param, getOId().toBigDecimal());
setPrepStmtParam_int(stmt, param, getVersion());
} catch (Exception e) {
throw new SQLException("Data Object error: " + e.getMessage());
}
return stmt;
}
/**
* Prepares the statement used to delete this object from the database.
*
* @param conn the database connection
* @return the delete statement.
* @exception java.sql.SQLException if an error occurs.
*/
public PreparedStatement getDeleteStatement(DBConnection conn) throws SQLException {
String sql = "delete from PersonalProfile \n" + "where " + getOIdColumnName() + " = ?";
PreparedStatement stmt = conn.prepareStatement(sql);
stmt.setBigDecimal(1, getOId().toBigDecimal());
return stmt;
}
/*
* toString - for debugging
*/
/*
public String toString(){
String str = "PersonalProfileDO:";
ObjectId oid = getOId();
String id = "virgin";
if ( null != oid )
id = oid.toString();
str += " OID=" + id;
if ( null != data )
str = str + "\n" + indent + "MinAge=" + data.MinAge
+ "\n" + indent + "MaxAge=" + data.MaxAge
+ "\n" + indent + "Nationality=" + ( null == data.Nationality ? null : data.Nationality.toString( indentCount + 1 ) )
+ "\n" + indent + "Sex=" + data.Sex
;
return str + "; " + super.toString();
}
*/
/*
* toString - for debugging
*/
public String toString() {
return toString(1);
}
public String toString(int indentCount) {
String indent = "";
for (int i = 0; i < indentCount; i++) {
indent += ". ";
}
String str = indent + "PersonalProfileDO:";
ObjectId oid = getOId();
String id = "virgin";
if (null != oid) id = oid.toString();
str += " OID=" + id;
if (null != data)
str =
str
+ "\n"
+ indent
+ "MinAge="
+ data.MinAge
+ "\n"
+ indent
+ "MaxAge="
+ data.MaxAge
+ "\n"
+ indent
+ "Nationality="
+ (null == data.Nationality ? null : data.Nationality.toString(indentCount + 1))
+ "\n"
+ indent
+ "Sex="
+ data.Sex;
return str + "\n" + indent + "SUPER=" + super.toString(indentCount);
// return str;
}
/**
* A stub method for implementing pre-commit assertions for this PersonalProfileDO. Implement this
* stub to throw an RefAssertionException for cases where this object is not valid for writing to
* the database.
*/
protected void okToCommit() throws RefAssertionException {}
/**
* A stub method for implementing pre-delete assertions for this PersonalProfileDO. Implement this
* stub to throw an RefAssertionException for cases where this object is not valid for deletion
* from the database.
*/
protected void okToDelete() throws RefAssertionException {}
/**
* Inserts/Updates the DO into its table.
*
* @exception com.lutris.appserver.server.sql.DatabaseManagerException if a Transaction can not be
* created.
* @exception RefAssertionException thrown by okTo method.
* @exception java.sql.SQLException if any SQL errors occur.
*/
public void commit()
throws SQLException, DatabaseManagerException, DataObjectException, RefAssertionException,
DBRowUpdateException, QueryException {
modifyDO(null, false);
}
/**
* Inserts/Updates the DO into its table. The transaction is likely provided by the commit()
* method of another DO which references this DO.
*
* @param dbt The transaction object to use for this operation.
* @exception com.lutris.appserver.server.sql.DatabaseManagerException if a Transaction can not be
* created.
* @exception com.lutris.appserver.server.sql.DBRowUpdateException if a version error occurs.
* @exception RefAssertionException thrown by okTo method.
* @exception java.sql.SQLException if any SQL errors occur.
*/
public void commit(DBTransaction dbt)
throws SQLException, DatabaseManagerException, DataObjectException, RefAssertionException,
DBRowUpdateException, QueryException {
modifyDO(dbt, false);
}
/**
* Deletes the DO from its table.
*
* @exception com.lutris.appserver.server.sql.DatabaseManagerException if a Transaction can not be
* created.
* @exception RefAssertionException thrown by okTo method.
* @exception java.sql.SQLException if any SQL errors occur.
*/
public void delete()
throws SQLException, DatabaseManagerException, DataObjectException, RefAssertionException,
DBRowUpdateException, QueryException {
modifyDO(null, true);
}
/**
* Deletes the DO from its table. The transaction is likely provided by the delete() method of
* another DO which references this DO.
*
* @param dbt The transaction object to use for this operation.
* @exception com.lutris.appserver.server.sql.DatabaseManagerException if a Transaction can not be
* created.
* @exception com.lutris.appserver.server.sql.DBRowUpdateException if a version error occurs.
* @exception RefAssertionException thrown by okTo method.
* @exception java.sql.SQLException if any SQL errors occur.
*/
public void delete(DBTransaction dbt)
throws SQLException, DatabaseManagerException, DataObjectException, RefAssertionException,
DBRowUpdateException, QueryException {
modifyDO(dbt, true);
}
/**
* A stub method for implementing pre-commit assertions for the Profile data member. Implement
* this stub to throw an RefAssertionException for cases where Profile is not valid for writing to
* the database.
*/
protected void okToCommitProfile(jobmatch.data.ProfileDO member) throws RefAssertionException {}
/**
* A stub method for implementing pre-delete assertions for the Profile data member. Implement
* this stub to throw an RefAssertionException for cases where Profile is not valid for deletion
* from the database.
*/
protected void okToDeleteProfile(jobmatch.data.ProfileDO member) throws RefAssertionException {}
/**
* A stub method for implementing pre-commit assertions for the Nationality data member. Implement
* this stub to throw an RefAssertionException for cases where Nationality is not valid for
* writing to the database.
*/
protected void okToCommitNationality(jobmatch.data.CountryDO member)
throws RefAssertionException {}
/**
* A stub method for implementing pre-delete assertions for the Nationality data member. Implement
* this stub to throw an RefAssertionException for cases where Nationality is not valid for
* deletion from the database.
*/
protected void okToDeleteNationality(jobmatch.data.CountryDO member)
throws RefAssertionException {}
/**
* Modifies the DO within its table. Performs recursive commit/delete on referenced DOs; all
* operations occur within a single transaction to allow rollback in the event of error. Only the
* creator of the transaction releases it.
*
* @param dbt The transaction object to use for this operation.
* @param delete True if doing a delete, otherwise doing insert/update.
* @exception com.lutris.appserver.server.sql.DatabaseManagerException if a Transaction can not be
* created.
* @exception com.lutris.appserver.server.sql.DBRowUpdateException if a version error occurs.
* @exception RefAssertionException thrown by okTo method.
* @exception java.sql.SQLException if any SQL errors occur.
*/
protected void modifyDO(DBTransaction dbt, boolean delete)
throws SQLException, DatabaseManagerException, DataObjectException, RefAssertionException,
DBRowUpdateException, QueryException {
if (delete) okToDelete();
else okToCommit();
boolean ownTransaction = false;
try {
if (null == dbt) {
DatabaseManager dbm = Enhydra.getDatabaseManager();
dbt = dbm.createTransaction(); // create a transaction
ownTransaction = true;
}
if (null == dbt)
throw new DatabaseManagerException("DatabaseManager.createTransaction returned null.");
if (delete) {
// Code to perform cascading deletes is generated here
// if cascading deletes are not supported by the database.
// The following line keeps the compiler happy
// when the CASCADING_DELETES tag is empty.
if (false) throw new QueryException("XXX");
} else {
// commit referenced DOs.
jobmatch.data.ProfileDO Profile_DO = getProfile();
if (null != Profile_DO) {
if (Profile_DO.isLoaded()) {
okToCommitProfile(Profile_DO);
Profile_DO.commit(dbt);
} else {
// since the referenced DO is not loaded,
// it cannot be dirty, so there is no need to commit it.
}
} else {
if (!false)
throw new RefAssertionException(
"Cannot commit PersonalProfileDO ( "
+ toString()
+ " ) because Profile is not allowed to be null.");
}
jobmatch.data.CountryDO Nationality_DO = getNationality();
if (null != Nationality_DO) {
if (Nationality_DO.isLoaded()) {
okToCommitNationality(Nationality_DO);
Nationality_DO.commit(dbt);
} else {
// since the referenced DO is not loaded,
// it cannot be dirty, so there is no need to commit it.
}
} else {
if (!true)
throw new RefAssertionException(
"Cannot commit PersonalProfileDO ( "
+ toString()
+ " ) because Nationality is not allowed to be null.");
}
}
if (false) {
// This throw is here to keep the compiler happy
// in the case of a DO that does not refer to other DOs.
// In that case, the above delete/commit code blocks will be empty
// and throw nothing.
throw new DataObjectException("foo");
}
if (delete) {
dbt.delete(this);
} else {
if (isLoaded()) dbt.insert(this); // dbt.insert() handles insertions and updates
}
if (ownTransaction) {
dbt.commit(); // commit the transaction
}
} catch (SQLException sqle) {
StringBuffer message = new StringBuffer("Failed to insert/update DO: ");
message.append(sqle.getMessage());
// rollback, if necessary
if (ownTransaction) {
try {
dbt.rollback();
} catch (SQLException sqle2) {
message.insert(0, "\n");
message.insert(0, sqle2.getMessage());
message.insert(0, "Rollback failed: ");
}
}
throw new SQLException(message.toString());
} finally {
// release the transaction, if any
if (ownTransaction) {
dbt.release();
}
}
}
}