oracle.jbo.server
Class AttributeDefImpl

java.lang.Object
  |
  +--oracle.jbo.common.BaseObject
        |
        +--oracle.jbo.server.NamedObjectImpl
              |
              +--oracle.jbo.server.DefObject
                    |
                    +--oracle.jbo.server.AttributeDefImpl

public class AttributeDefImpl

extends oracle.jbo.server.DefObject

implements AttributeDef, EJBPersistable

AttributeDefImpl is an implementation class for the AttributeDef interface in the middle tier server. The main function of this class is to describe an attribute in an Entity Object or View Object.

For each Entity attribute (as well as for each View Object attribute), there is a get method to get its value and the set method to set its value. Entity Objects can have the following kinds of attributes:

• Persistent. A entity object attribute that is persisted in the database. The value of a persistent attribute can be derived from a database query.
• Transient. A entity object attribute that is not persisted in the database. The value of a transient attribute cannot be derived from a database query.

If you use the Entity Object wizard in the Business Components for Java Design Time tool to create an Entity Object based on an existing table, a persistent Entity attribute is created for each table column. After, if you change the table, you need to manually change the attribute.

Note that for a View Object attribute, there is a separate class, ViewAttributeDefImpl, that extends AttributeDefImpl.

The AttributeDefImpl class has static methods to create AttributeDefImpl instances from the Entity XML file. These instances can also be created programmatically. For example, the method addDynamicAttribute creates a dynamic attribute (AttributeDefImpl) on the View Object.

Advanced users can provide their own implementation of EntityDefImpl (by subclassing EntityDefImpl). Within it, they can create their own AttributeDefImpls by using:

 new AttributeDefImpl(...);
 

Since:

JDeveloper 3.0

Field Summary

static byte	ATTR_LOAD_BULK Indicates that while retrieving data for this attribute from the query result, data for other attributes were bulk-retrieved as well.
static byte	ATTR_LOAD_EACH Indicates that the data for this attribute was retrieved from the query result.
static byte	ATTR_LOAD_SKIP Indicates that this attribute should be skipped; that is, its data was bulk-retrieved by another attribute from the query result.
protected byte	mAttrLoad Value for the attribute's load value.
protected java.lang.String	mColumnName The database column name for the attribute.
protected oracle.jbo.server.RowDef	mDef Back Pointer to Def Object where the Attribute belongs.
protected java.lang.Object	mDefaultValue The default value of the attribute.
protected java.lang.String	mDomainName Domain name for this attribute if it's type is a generated domain
protected java.lang.Object	mElemFactory
protected java.lang.Class	mElemType Identifies the Java Type Object for this element.
protected int	mIndex Index in the Table.
protected java.lang.Class	mJavaType The Java Type Object for this attribute.
protected byte	mKind Value for the Attribute's "kind"; for example, Transient, Dynamic, etc.
protected boolean	mMandatory Value determines whether the attribute allows null values.
protected boolean	mNotNull Value determines whether the attribute is null.
protected boolean	mObjectTableOID Value determines whether the attribute is OID present.
protected boolean	mObjectTableRef Value determines whether the attribute has an Object table ref.
protected java.lang.String	mObjectType Object Type of the attribute.
protected java.lang.String[]	mOIDAttrNames Internal: Applications should not use this field.
protected int	mPrecision Precision Value for the attribute, defaulted to zero.
protected boolean	mPrimaryKey Value determines whether the attribute is primary Key.
protected boolean	mQueriable Value determines whether the attribute is queryable.
protected java.lang.reflect.Method	mReadMethod To keep the read method with this attribute.
protected boolean	mResolveAccessors Value determines whether getters and setters are loaded.
protected boolean	mRetrievedOnInsert Value determines whether the attribute is retrieved on Insert.
protected boolean	mRetrievedOnUpdate Value determines whether the attribute is retrieved on update.
protected int	mScale Scale value for attribute, set by default to 0.
protected SQLBuilder	mSQLBuilder Identifies the handle to SQL Builder.
protected int	mType Integer representation of the SQL type of the attribute.
protected java.lang.Object	mTypeFactory Identifies the CustomDatumFactory for this attribute.
protected boolean	mTypeFactoryInitialized Value determines whether this attribute has a type factory.
protected byte	mUpdateable Value determines whether the attribute is updatable.
protected java.lang.reflect.Method	mWriteMethod To keep the write method with this attribute.

Fields inherited from class oracle.jbo.server.DefObject

mCompUsageList, mCompUsages

Fields inherited from class oracle.jbo.server.NamedObjectImpl

mFullName, mName, mParent, mProperties

Fields inherited from class oracle.jbo.common.BaseObject

TRACE_EVERY_ALLOC, TRACE_NONE, TRACE_OCCASIONAL, TRACE_UNINITIALIZED

Fields inherited from interface oracle.jbo.AttributeDef

ATTR_ASSOCIATED_ROW, ATTR_ASSOCIATED_ROWITERATOR, ATTR_DYNAMIC, ATTR_ENTITY_DERIVED, ATTR_PERSISTENT, ATTR_SQL_DERIVED, ATTR_TRANSIENT, READONLY, UPDATEABLE, UPDATEABLE_WHILE_NEW

Constructor Summary

protected

AttributeDefImpl() Default constructor for this class.

Method Summary

void	beanToStore(java.lang.Object bean, Row store) Internal: Applications should not use this method.
java.lang.Object	convertToJava(java.lang.Object data) Converts a value from the database type to its corresponding Java type and returns the result.
java.lang.Object	convertToStorage(java.lang.Object data, DBTransactionImpl trans) Internal: Application should not use this method.
byte	getAttributeKind() Returns the "kind" enumerations of this attribute.
byte	getAttrLoad() Describes the manner in which the data for this attribute is loaded from database.
java.lang.String	getColumnName() Returns the column name to which this attribute is mapped.
java.lang.String	getColumnNameForQuery() Returns the column name to be used in query statement.
oracle.jbo.server.RowDef	getDef() Returns the DefObject object which describes this attribute.
java.lang.Object	getDefaultValue() Returns the default value of the attribute.
java.lang.Object	getElemFactory() Internal: Applications should not use this method.
java.lang.Class	getElemType() Returns the element type of the attribute.
EntityDefImpl	getEntityDef() Returns the EntityDefImpl object which contains this attribute.
int	getIndex() Returns the column position of this attribute in the data source.
java.lang.Class	getJavaType() Returns the Java type of the attribute.
java.lang.String	getName() Returns the name of this attribute.
java.lang.String	getObjectType() If the attribute is an object, returns the name of the attribute's object type
java.lang.String[]	getOIDAttrNames() Internal: Applications should not use this method.
int	getPrecision() Gets the attribute's precision.
java.util.Hashtable	getProperties() Creates a table of this attribute's properties.
java.lang.Object	getProperty(java.lang.String hintName) Retrieves the specified property, if available.
int	getScale() Gets the attribute's scale value: the number of digits to the right or left of the decimal point, depending on whether the scale value is positive or negative.
protected SQLBuilder	getSQLBuilder() Returns the SQLBuilderImpl - lazily building.
int	getSQLType() Returns the SQL type of this attribute.
static java.lang.String	getSQLTypeIdToString(int typeId) Converts an identifier to the name of an SQL type.
static int	getSQLTypeStringToId(java.lang.String sqlType) Converts a SQL type name to its identifier.
java.lang.Object	getTypeFactory() Internal: Applications should not use this method.
byte	getUpdateableFlag() Returns whether the attribute is updateable.
boolean	isMandatory() Returns whether the attribute is not null.
boolean	isObjectTableOID() Internal: Applications should not use this method.
boolean	isObjectTableRef() Internal: Applications should not use this method.
boolean	isPrimaryKey() Returns whether this attribute is a Primary Key for this Entity type.
boolean	isQueriable() Returns whether this attribute can participate in the WHERE clause of a SQL statement.
boolean	isRetrievedOnInsert() Returns whether the attribute value is retrieved from the database after a row is inserted in the post cycle.
boolean	isRetrievedOnUpdate() Returns whether the attribute is retrieved from the database after a row is updated.
java.lang.Object	loadFromResultSet(java.sql.ResultSet rs, int index, DBTransactionImpl trans) Internal: Applications should not use this method.
java.lang.Object	loadFromStatement(java.sql.PreparedStatement cs, int index, Transaction trans) Internal: Applications should not use this method.
protected java.lang.String	printXMLDefinition(Row row, java.util.Hashtable allDefs, java.io.PrintWriter pw, int depthCount)
void	storeToBean(java.lang.Object bean, Row store) Internal: Applications should not use this method.

Methods inherited from class oracle.jbo.server.DefObject

getPackageDef, getPackageName, isObjectResolved

Methods inherited from class oracle.jbo.server.NamedObjectImpl

getFullName, getParent, getPropertiesAsStrings, refreshProperty, setFullName, setProperty

Methods inherited from class oracle.jbo.common.BaseObject

dumpState, setTraceLevel, setTraceWriter

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

ATTR_LOAD_EACH

public static final byte ATTR_LOAD_EACH

Indicates that the data for this attribute was retrieved from the query result.

ATTR_LOAD_BULK

public static final byte ATTR_LOAD_BULK

Indicates that while retrieving data for this attribute from the query result, data for other attributes were bulk-retrieved as well.

ATTR_LOAD_SKIP

public static final byte ATTR_LOAD_SKIP

Indicates that this attribute should be skipped; that is, its data was bulk-retrieved by another attribute from the query result.

mColumnName

protected java.lang.String mColumnName

The database column name for the attribute.

mQueriable

protected boolean mQueriable

Value determines whether the attribute is queryable.

mPrimaryKey

protected boolean mPrimaryKey

Value determines whether the attribute is primary Key.

mMandatory

protected boolean mMandatory

Value determines whether the attribute allows null values.

mRetrievedOnInsert

protected boolean mRetrievedOnInsert

Value determines whether the attribute is retrieved on Insert.

mRetrievedOnUpdate

protected boolean mRetrievedOnUpdate

Value determines whether the attribute is retrieved on update.

mDef

protected oracle.jbo.server.RowDef mDef

Back Pointer to Def Object where the Attribute belongs.

mObjectTableRef

protected boolean mObjectTableRef

Value determines whether the attribute has an Object table ref.

mObjectTableOID

protected boolean mObjectTableOID

Value determines whether the attribute is OID present.

mOIDAttrNames

protected java.lang.String[] mOIDAttrNames

Internal: Applications should not use this field.

mObjectType

protected java.lang.String mObjectType

Object Type of the attribute.

mNotNull

protected boolean mNotNull

Value determines whether the attribute is null.

mPrecision

protected int mPrecision

Precision Value for the attribute, defaulted to zero.

mScale

protected int mScale

Scale value for attribute, set by default to 0. This is the number of decimal points before/after the decimal based on whether on whether the scale if positive or negative.

mUpdateable

protected byte mUpdateable

Value determines whether the attribute is updatable.

mKind

protected byte mKind

Value for the Attribute's "kind"; for example, Transient, Dynamic, etc.

mAttrLoad

protected byte mAttrLoad

Value for the attribute's load value.

mType

protected int mType

Integer representation of the SQL type of the attribute.

mIndex

protected int mIndex

Index in the Table.

mDefaultValue

protected java.lang.Object mDefaultValue

The default value of the attribute.

mDomainName

protected java.lang.String mDomainName

Domain name for this attribute if it's type is a generated domain

mJavaType

protected java.lang.Class mJavaType

The Java Type Object for this attribute.

mElemType

protected java.lang.Class mElemType

Identifies the Java Type Object for this element. Used with VARRAYs.

mReadMethod

protected java.lang.reflect.Method mReadMethod

To keep the read method with this attribute.

mWriteMethod

protected java.lang.reflect.Method mWriteMethod

To keep the write method with this attribute.

mTypeFactory

protected java.lang.Object mTypeFactory

Identifies the CustomDatumFactory for this attribute.

mElemFactory

protected java.lang.Object mElemFactory

mTypeFactoryInitialized

protected boolean mTypeFactoryInitialized

Value determines whether this attribute has a type factory.

mSQLBuilder

protected SQLBuilder mSQLBuilder

Identifies the handle to SQL Builder.

mResolveAccessors

protected boolean mResolveAccessors

Value determines whether getters and setters are loaded.

Constructor Detail

AttributeDefImpl

protected AttributeDefImpl()

Default constructor for this class.

Method Detail

getName

public java.lang.String getName()

Returns the name of this attribute. Used by the generated accessor for this attribute.

Specified by:

getName in interface AttributeDef

Overrides:

getName in class NamedObjectImpl

Returns:

the name of the attribute.

isQueriable

public boolean isQueriable()

Returns whether this attribute can participate in the WHERE clause of a SQL statement.

Queriable attributes are those attributes that can have a filter condition for the WHERE clause. If this method returns false, the attribute will not be used in constructing the WHERE clause of the SQL statement.

Specified by:

isQueriable in interface AttributeDef

Returns:

true if queriable; false if the attribute will not be used in the WHERE clause.

getUpdateableFlag

public byte getUpdateableFlag()

Returns whether the attribute is updateable.

Specified by:

getUpdateableFlag in interface AttributeDef

Returns:

true if this is an editable attribute; false otherwise.

isPrimaryKey

public boolean isPrimaryKey()

Returns whether this attribute is a Primary Key for this Entity type.

The following code snippet uses this method to find the name and value of the primary key attribute in an array of AttributeDefs (attrs[]).

 String curAttrName = null;
 for (int j = 0; j < attrs.length ; j ++ ) {
    if (attrs[j].isPrimaryKey()) {
       //get the name of the primary key
       curAttrName = attrs[j].getName();
       //assumes only one key
       String currValue = row.getAttribute(curAttrName).toString();
    }
 }
 

Specified by:

isPrimaryKey in interface AttributeDef

Returns:

true if this is a Primary Key; false otherwise.

isRetrievedOnInsert

public boolean isRetrievedOnInsert()

Returns whether the attribute value is retrieved from the database after a row is inserted in the post cycle.

Some derived attributes need to be re-fetched after a save operation has been performed. These typically include timestamps, computed fields, virtual columns and Oracle ROWIDs and OIDs.

Returns:

true if this attribute is retrieved after insert operations; false otherwise.

isRetrievedOnUpdate

public boolean isRetrievedOnUpdate()

Returns whether the attribute is retrieved from the database after a row is updated.

Some derived attributes need to be re-fetched after a save operation has been performed. These typically include timestamps, computed fields, virtual columns and Oracle ROWIDs and OIDs.

Returns:

true if this attribute is retrieved after update operations; false otherwise.

isMandatory

public boolean isMandatory()

Returns whether the attribute is not null.

Specified by:

isMandatory in interface AttributeDef

Returns:

true if this is attribute not null; false otherwise.

isObjectTableRef

public boolean isObjectTableRef()

Internal: Applications should not use this method.

isObjectTableOID

public boolean isObjectTableOID()

Internal: Applications should not use this method.

getOIDAttrNames

public java.lang.String[] getOIDAttrNames()

Internal: Applications should not use this method.

getObjectType

public java.lang.String getObjectType()

If the attribute is an object, returns the name of the attribute's object type

For example, assume that you have created an Employee table that contains an Address object of type address_t. The SQL code would look like this:

 CREATE TYPE address_t AS OBJECT  -- user defined Oracle Object datatype
        (
        Street VARCHAR2(30),
        City VARCHAR2(25),
        State CHAR(2),
        Zip  Number
        );

 CREATE TABLE Employee
        (
        EmpId Number,
        Name VARCHAR2(30),
        Address address_t,  -- note the Oracle Object datatype
        );
 

In an Employee Entity Object, this would be interpreted as an Address attribute of type Address_t. If this method were applied to the Address attribute, it would return Address_t.

Returns:

the name of the type.

getPrecision

public int getPrecision()

Gets the attribute's precision.

For strings, precision is maximum allowed length. For numeric values, precision is the number of significant digits.

Specified by:

getPrecision in interface AttributeDef

Returns:

the precision value, or 0 if unspecified.

getScale

public int getScale()

Gets the attribute's scale value: the number of digits to the right or left of the decimal point, depending on whether the scale value is positive or negative.

Scale value is meaningful only for numeric attributes.

Specified by:

getScale in interface AttributeDef

Returns:

the scale value, or 0 if unspecified.

getEntityDef

public EntityDefImpl getEntityDef()

Returns the EntityDefImpl object which contains this attribute.

Returns:

this Entity Object definition to which this attribute belongs.

getDef

public oracle.jbo.server.RowDef getDef()

Returns the DefObject object which describes this attribute.

Returns:

the definition for this attribute.

getIndex

public int getIndex()

Returns the column position of this attribute in the data source. Index position is 0-based.

Specified by:

getIndex in interface AttributeDef

Returns:

the column index.

getSQLType

public int getSQLType()

Returns the SQL type of this attribute.

Specified by:

getSQLType in interface AttributeDef

Returns:

the data type. For JDBC types, returns a value of java.sql.Types. For Oracle JDBC types, returns a value of oracle.jdbc.driver.OracleTypes.

getAttributeKind

public byte getAttributeKind()

Returns the "kind" enumerations of this attribute. The "kind" of enumeration can be either persistent, derived, row-associated, transient, or dynamic.

The following code snippet uses this method to return the attribute kind for each element in an array of AttributeDefs. Some processing is then done based on the results.

 for(int i=0; i < attributeDefs.length; i++)
 {
    byte attrKind=attributeDefs[i].getAttributeKind();
    if(attrKind==AttributeDef.ATTR_ASSOCIATED_ROW  ||
      attrKind==AttributeDef.ATTR_ASSOCIATED_ROWITERATOR)
      {
        do some processing
      }
  }
 

Specified by:

getAttributeKind in interface AttributeDef

Returns:

one of ATTR_PERSISTENT, ATTR_SQL_DERIVED, ATTR_ASSOCIATED_ROW, ATTR_TRANSIENT or ATTR_DYNAMIC.

getAttrLoad

public byte getAttrLoad()

Describes the manner in which the data for this attribute is loaded from database.

In the typical case, after the View Object query is executed, the framework retrieves data from the query result and populates the Entity row with the attribute values.

The framework uses two different ways to retrieve data from the query result. The first is the normal SQL SELECT way--the column corresponding to the attribute is accessible in the query result. For example, if the View Object query says SELECT e.Empno, e.Ename, e.Job, FROM Emp then attributes corresponding to columns Empno, Ename, and Job are accessible from the query result. That is, one can do result.getObject("Empno") to JDBC to retrieve the data. This situation is described as by the getAttrLoad() return value ATTR_LOAD_EACH.

If the query is over an Oracle Object table, on the other hand, the framework doesn't have access to individual columns from the query result. For example, assume an object table OBJEMP is based on an object type T, and this type has attributes Name, Address, and Job.

The query statement that the framework builds for such a table is select value(o) from TAB o. This retrieves each row from the table as an Oracle Object. From JDBC, the framework gets this as an object (STRUCT) and gets attributes out of the STRUCT.

In this case, the Entity Object attributes will have the following attribute load values:

    Name    -- ATTR_LOAD_BULK
    Address -- ATTR_LOAD_SKIP
    Job     -- ATTR_LOAD_SKIP
 

ATTR_LOAD_BULK on Name means that while the framework retrieves data for Name, data for the other attributes, Address and Job is bulk-retrieved as well. ATTR_LOAD_SKIP on Address and Job means that since the framework filled in Address and Job while it retrieved Name, they should be skipped since they were bulk-retrieved with Name.

Returns:

the load value. Can be one of ATTR_LOAD_BULK, ATTR_LOAD_SKIP, or ATTR_LOAD_EACH.

getJavaType

public java.lang.Class getJavaType()

Returns the Java type of the attribute.

For example, if the attribute is of type String, this method returns java.lang.String; if it is of type Number, it returns oracle.jbo.domain.Number.

Subclasses should override this method because Entities without accessors should also be able to get their types from attribute descriptors and beans.

Specified by:

getJavaType in interface AttributeDef

Returns:

the attribute's Java class, or Object for attributes which have no accessor methods available.

getElemType

public java.lang.Class getElemType()

Returns the element type of the attribute.

For VARRAYs, this method returns the class name of the elements that are in the VARRAY.

Element type is relevant only if the attribute is an array attribute.

Returns:

the attribute's element class, or null if the attribute is not an array attribute.

getDefaultValue

public java.lang.Object getDefaultValue()

Returns the default value of the attribute.

The default value for an attribute is expressed in terms of the Java type system, rather than the storage type system.

Returns:

the default value for the attribute, or null if none.

getColumnName

public java.lang.String getColumnName()

Returns the column name to which this attribute is mapped.

Specified by:

getColumnName in interface AttributeDef

Returns:

the database column name of this attribute.

getColumnNameForQuery

public java.lang.String getColumnNameForQuery()

Returns the column name to be used in query statement.

For Entity Object attributes, this is the same as the column name returned by getColumnName (that is, the name of the column to which the attribute is mapped).

For View Object attributes, the value it returns depends on whether the query was created in expert mode:

• if expert mode, it returns the column alias.
• if non-expert mode, it returns eo-usage-name.column-name.

Specified by:

getColumnNameForQuery in interface AttributeDef

Returns:

the column name to be used in query.

convertToJava

public java.lang.Object convertToJava(java.lang.Object data)
                               throws DataCreationException

Converts a value from the database type to its corresponding Java type and returns the result.

This method uses AttributeDefImpl() metadata to convert a database value to the corresponding Java value.

Parameters:

data - a storage value to be converted.

Returns:

an object of the Java type defined for this attribute.

Throws:

DataCreationException - if the conversion cannot be performed.

getTypeFactory

public java.lang.Object getTypeFactory()

Internal: Applications should not use this method.

Returns the type factory for this attribute.

getElemFactory

public java.lang.Object getElemFactory()

Internal: Applications should not use this method.

loadFromResultSet

public java.lang.Object loadFromResultSet(java.sql.ResultSet rs,
                                          int index,
                                          DBTransactionImpl trans)
                                   throws DataCreationException

Internal: Applications should not use this method.

Returns the value from the specified ResultSet at the specified index. This method can be used when customizing the way that attributes are populated in the row. For example, assume you have a database Name column that contains a first name and a last name. You can use this method to fetch an individual entry, then parse the entry into separate Firstname and a Lastname attribute.

Parameters:

rs - the result set containing the value.

index - the index position for the value.

trans - the transaction containing the ResultSet.

Throws:

DataCreationException - if the Domain object cannot be created.

loadFromStatement

public java.lang.Object loadFromStatement(java.sql.PreparedStatement cs,
                                          int index,
                                          Transaction trans)
                                   throws DataCreationException

Internal: Applications should not use this method.

Returns the value from the specified JDBC prepared statement at the specified index. This method can be used when customizing the way that attributes are populated in the row. For example, assume you have a database Name column that contains a first name and a last name. You can use this method to fetch an individual entry, then parse the entry into separate Firstname and a Lastname attribute.

Parameters:

cs - the prepared statement containing the value.

index - the index position for the value.

trans - the transaction containing the ResultSet.

Throws:

DataCreationException - if the Domain object cannot be created.

convertToStorage

public java.lang.Object convertToStorage(java.lang.Object data,
                                         DBTransactionImpl trans)

Internal: Application should not use this method.

Converts a value from the attribute's Java type to a database type.

This method uses AttributeDefImpl metadata to convert a Java value to the corresponding database value. This method is typically called before the framework sets an attribute inside a JDBC statement parameter.

Parameters:

data - a Java value to be converted.

trans - the database transaction.

Returns:

an object of the storage type.

Throws:

DataCreationException - if the conversion cannot be performed.

getSQLTypeStringToId

public static int getSQLTypeStringToId(java.lang.String sqlType)

Converts a SQL type name to its identifier.

Parameters:

sqlType - the name of a SQL datatype.

Returns:

the SQL type's identifier.

See Also:

JboTypeMap

getSQLTypeIdToString

public static java.lang.String getSQLTypeIdToString(int typeId)

Converts an identifier to the name of an SQL type.

Parameters:

typeID - an SQL type identifier.

Returns:

the name of an SQL type.

See Also:

JboTypeMap

getProperty

public java.lang.Object getProperty(java.lang.String hintName)

Retrieves the specified property, if available.

Overrides:

getProperty in class NamedObjectImpl

Parameters:

hintName - the property's key.

Returns:

the property associated with hintName, or null if not found.

getProperties

public java.util.Hashtable getProperties()

Creates a table of this attribute's properties.

Overrides:

getProperties in class NamedObjectImpl

Returns:

the table of properties.

getSQLBuilder

protected SQLBuilder getSQLBuilder()

Returns the SQLBuilderImpl - lazily building.

Returns:

the SQLBuilderImpl

storeToBean

public void storeToBean(java.lang.Object bean,
                        Row store)

Internal: Applications should not use this method.

Specified by:

storeToBean in interface EJBPersistable

beanToStore

public void beanToStore(java.lang.Object bean,
                        Row store)

Internal: Applications should not use this method.

Specified by:

beanToStore in interface EJBPersistable

printXMLDefinition

protected java.lang.String printXMLDefinition(Row row,
                                              java.util.Hashtable allDefs,
                                              java.io.PrintWriter pw,
                                              int depthCount)