Package | Description |
---|---|
org.apache.openjpa.jdbc.kernel |
OpenJPA-JDBC Runtime Kernel
Runtime services for the JDBC OpenJPA implementation.
|
org.apache.openjpa.jdbc.kernel.exps |
OpenJPA-JDBC Expression Tree
|
org.apache.openjpa.jdbc.meta |
OpenJPA-JDBC ORM Metadata
This package extends the standard persistence metadata with
object-relational mapping information.
|
org.apache.openjpa.jdbc.meta.strats |
OpenJPA-JDBC ORM Strategies
Library of mapping strategies.
|
org.apache.openjpa.jdbc.sql |
OpenJPA-JDBC SQL Abstraction
Utilities for generating SQL.
|
org.apache.openjpa.persistence.jdbc |
OpenJPA JPA-JDBC
JDBC-specific extensions to OpenJPA JPA runtime.
|
Modifier and Type | Method and Description |
---|---|
protected void |
JDBCStoreManager.setMappedBy(OpenJPAStateManager sm,
FieldMapping mappedByFieldMapping,
Object mappedByObject) |
Modifier and Type | Field and Description |
---|---|
FieldMapping |
PCPath.PathExpState.cmpfield |
FieldMapping |
PCPath.PathExpState.field |
Modifier and Type | Method and Description |
---|---|
FieldMapping |
FilterValue.getFieldMapping()
If this is a path to a persistent field, return its mapping, else
return null.
|
FieldMapping |
PCPath.getFieldMapping(ExpState state) |
Modifier and Type | Method and Description |
---|---|
void |
ReverseMappingTool.addJoinConstraints(FieldMapping field)
Add existing unique constraints and indexes to the given field's join.
|
void |
FieldMapping.copyMappingInfo(FieldMapping fm)
Copy mapping info from the given instance to this one.
|
void |
ReverseCustomizer.customize(FieldMapping field)
Customize the given field information produced by the reverse mapping
tool.
|
void |
PropertiesReverseCustomizer.customize(FieldMapping field) |
protected FieldStrategy |
MappingRepository.defaultStrategy(FieldMapping field,
boolean installHandlers)
Determine the default strategy to use for the given field.
|
protected FieldStrategy |
MappingRepository.defaultStrategy(FieldMapping field,
boolean installHandlers,
boolean adapting)
Determine the default strategy to use for the given field.
|
protected VersionStrategy |
MappingRepository.defaultStrategy(Version vers,
FieldMapping vfield)
Return the default version strategy, given a version field.
|
protected FieldStrategy |
MappingRepository.defaultTypeStrategy(FieldMapping field,
boolean installHandlers,
boolean adapting)
Return the built-in strategy for the field's type, or null if none.
|
FieldMapping |
MappingRepository.getBi_1ToM_JoinTableField(FieldMapping field) |
FieldMapping |
MappingRepository.getBi_MTo1_JoinTableField(FieldMapping field) |
String |
ReverseCustomizer.getDeclaration(FieldMapping field)
Return a code template for the declaration of the given field, or null
to use the system-generated default Java code.
|
String |
PropertiesReverseCustomizer.getDeclaration(FieldMapping field) |
String |
ReverseCustomizer.getFieldCode(FieldMapping field)
Return a code template for the get/set methods of the given field, or
null to use the system-generated default Java code.
|
String |
PropertiesReverseCustomizer.getFieldCode(FieldMapping field) |
String |
ReverseCustomizer.getInitialValue(FieldMapping field)
Return code for the initial value for the given field, or null to use
the default generated by the system.
|
String |
PropertiesReverseCustomizer.getInitialValue(FieldMapping field) |
ForeignKey |
FieldMappingInfo.getJoin(FieldMapping field,
Table table,
boolean adapt)
Return the join from the field table to the owning class table.
|
ForeignKey |
FieldMappingInfo.getJoin(FieldMapping field,
Table table,
boolean adapt,
List<Column> cols) |
ForeignKey |
FieldMappingInfo.getJoinForeignKey(FieldMapping field,
Table table,
boolean adapt) |
ForeignKey |
NoneMappingDefaults.getJoinForeignKey(FieldMapping fm,
Table local,
Table foreign) |
ForeignKey |
MappingDefaultsImpl.getJoinForeignKey(FieldMapping fm,
Table local,
Table foreign) |
ForeignKey |
MappingDefaults.getJoinForeignKey(FieldMapping fm,
Table local,
Table foreign)
Return a default foreign key for the join from this field's table to its
defining class' table, or null for a logical foreign key only.
|
Index |
FieldMappingInfo.getJoinIndex(FieldMapping field,
boolean adapt)
Index on the field join.
|
Index |
NoneMappingDefaults.getJoinIndex(FieldMapping fm,
Table table,
Column[] cols) |
Index |
MappingDefaultsImpl.getJoinIndex(FieldMapping fm,
Table table,
Column[] cols) |
Index |
MappingDefaults.getJoinIndex(FieldMapping fm,
Table table,
Column[] cols)
Return a default index for the join, or null if the
join columns should not be indexed by default.
|
Unique[] |
FieldMappingInfo.getJoinTableUniques(FieldMapping field,
boolean def,
boolean adapt)
Get the unique constraints associated with the Sequence table.
|
Unique |
FieldMappingInfo.getJoinUnique(FieldMapping field,
boolean def,
boolean adapt)
Unique constraint on the field join.
|
Unique |
NoneMappingDefaults.getJoinUnique(FieldMapping fm,
Table table,
Column[] cols) |
Unique |
MappingDefaultsImpl.getJoinUnique(FieldMapping fm,
Table table,
Column[] cols) |
Unique |
MappingDefaults.getJoinUnique(FieldMapping fm,
Table table,
Column[] cols)
Return a default constraint for the join, or null if the join columns
should not be constrained by default.
|
Column |
FieldMappingInfo.getOrderColumn(FieldMapping field,
Table table,
boolean adapt)
Return the ordering column for this field, or null if none.
|
Table |
FieldMappingInfo.getTable(FieldMapping field,
boolean create,
boolean adapt)
Return the table for the given field, or null if no table given.
|
DBIdentifier |
NoneMappingDefaults.getTableIdentifier(FieldMapping fm,
Schema defaultSchema) |
DBIdentifier |
MappingDefaultsImpl.getTableIdentifier(FieldMapping fm,
Schema schema) |
DBIdentifier |
MappingDefaults.getTableIdentifier(FieldMapping fm,
Schema defaultSchema)
Return the default secondary table name for the given field.
|
String |
NoneMappingDefaults.getTableName(FieldMapping fm,
Schema schema) |
String |
MappingDefaultsImpl.getTableName(FieldMapping fm,
Schema schema) |
String |
MappingDefaults.getTableName(FieldMapping fm,
Schema defaultSchema)
Deprecated.
|
protected FieldStrategy |
MappingRepository.handlerCollectionStrategy(FieldMapping field,
ValueHandler ehandler,
boolean installHandlers)
Return the collection strategy for the given element handler, or null
if none.
|
protected FieldStrategy |
MappingRepository.handlerMapStrategy(FieldMapping field,
ValueHandler khandler,
ValueHandler vhandler,
boolean krel,
boolean vrel,
boolean installHandlers)
Return the map strategy for the given key and value handlers / relations,
or null if none.
|
boolean |
QueryResultMapping.PCResult.hasEager(List<MetaDataContext> path,
FieldMapping field)
Return true if the mapped result contains eager data for the given
field at the given path.
|
boolean |
MappingRepository.hasJoinColumn(FieldMapping field) |
boolean |
MappingRepository.hasJoinTable(FieldMapping field) |
void |
NoneMappingDefaults.installPrimaryKey(FieldMapping fm,
Table table) |
void |
MappingDefaultsImpl.installPrimaryKey(FieldMapping fm,
Table table) |
void |
MappingDefaults.installPrimaryKey(FieldMapping fm,
Table table)
If desired, install a primary key on the given secondary table.
|
abstract void |
StrategyInstaller.installStrategy(FieldMapping fm)
Install a strategy on the given mapping.
|
void |
RuntimeStrategyInstaller.installStrategy(FieldMapping field) |
void |
RefreshStrategyInstaller.installStrategy(FieldMapping field) |
void |
NoneStrategyInstaller.installStrategy(FieldMapping field) |
void |
MappingStrategyInstaller.installStrategy(FieldMapping field) |
boolean |
MappingRepository.isBi1To1JT(FieldMapping field) |
boolean |
MappingRepository.isBidirectional(FieldMapping field) |
boolean |
MappingRepository.isBiMTo1JT(FieldMapping field) |
boolean |
MappingRepository.isUni1To1JT(FieldMapping field) |
boolean |
MappingRepository.isUni1ToMFK(FieldMapping field) |
boolean |
MappingRepository.isUniMTo1JT(FieldMapping field) |
protected FieldStrategy |
MappingRepository.namedStrategy(FieldMapping field,
boolean installHandlers)
Instantiate the given field's named strategy, or return null if no
named strategy.
|
protected FieldMappingInfo |
MappingRepository.newMappingInfo(FieldMapping fm)
Create raw mapping info for the given instance.
|
void |
NoneMappingDefaults.populateJoinColumn(FieldMapping fm,
Table local,
Table foreign,
Column col,
Object target,
int pos,
int cols) |
void |
MappingDefaultsImpl.populateJoinColumn(FieldMapping fm,
Table local,
Table foreign,
Column col,
Object target,
int pos,
int cols) |
void |
MappingDefaults.populateJoinColumn(FieldMapping fm,
Table local,
Table foreign,
Column col,
Object target,
int pos,
int cols)
Fill in default information for the given column used to join a field
to its defining class' table.
|
boolean |
NoneMappingDefaults.populateOrderColumns(FieldMapping fm,
Table table,
Column[] cols) |
boolean |
MappingDefaultsImpl.populateOrderColumns(FieldMapping fm,
Table table,
Column[] cols) |
boolean |
MappingDefaults.populateOrderColumns(FieldMapping fm,
Table table,
Column[] cols)
Fill in default information for the given order columns.
|
void |
FieldStrategy.setFieldMapping(FieldMapping owner)
Set the class mapping using this strategy.
|
void |
FieldMapping.setFieldMapping(FieldMapping owner) |
void |
FieldMappingInfo.syncOrderColumn(FieldMapping field)
Synchronize internal order column information with the given field.
|
void |
FieldMappingInfo.syncStrategy(FieldMapping field)
Synchronize internal mapping strategy information with the given field.
|
void |
FieldMappingInfo.syncWith(FieldMapping field)
Synchronize internal information with the mapping data for the given
field.
|
Constructor and Description |
---|
ValueMappingImpl(FieldMapping owner)
Constructor.
|
Modifier and Type | Field and Description |
---|---|
protected FieldMapping |
AbstractFieldStrategy.field
The owning field mapping.
|
Modifier and Type | Method and Description |
---|---|
FieldMapping |
RelationMapTableFieldStrategy.getFieldMapping() |
FieldMapping |
RelationMapInverseKeyFieldStrategy.getFieldMapping() |
FieldMapping |
RelationCollectionTableFieldStrategy.getFieldMapping() |
FieldMapping |
RelationCollectionInverseKeyFieldStrategy.getFieldMapping() |
FieldMapping |
MapTableFieldStrategy.getFieldMapping() |
FieldMapping |
LRSMapFieldStrategy.getFieldMapping()
The owning field mapping.
|
FieldMapping |
LRSCollectionFieldStrategy.getFieldMapping()
The owning field mapping.
|
FieldMapping |
HandlerCollectionTableFieldStrategy.getFieldMapping() |
Modifier and Type | Method and Description |
---|---|
protected static void |
ContainerFieldStrategy.appendJoinCount(SQLBuffer sql,
Select sel,
Joins joins,
DBDictionary dict,
FieldMapping field,
ForeignKey fk) |
static void |
ContainerFieldStrategy.appendUnaliasedJoin(SQLBuffer sql,
Select sel,
Joins joins,
DBDictionary dict,
FieldMapping field,
ForeignKey fk) |
static void |
EmbedValueHandler.getEmbeddedIdCols(FieldMapping fmd,
List cols) |
static void |
EmbedValueHandler.getIdColumns(FieldMapping fmd,
List cols) |
void |
NoneFieldStrategy.setFieldMapping(FieldMapping owner) |
void |
LobFieldStrategy.setFieldMapping(FieldMapping owner) |
void |
AbstractFieldStrategy.setFieldMapping(FieldMapping owner) |
Modifier and Type | Method and Description |
---|---|
FieldMapping |
Result.getMappedByFieldMapping()
If this is the result used to select a toMany relationship,
the mappedByFieldMapping is field mapping representing
the inverse relationship.
|
FieldMapping |
MergedResult.getMappedByFieldMapping() |
FieldMapping |
AbstractResult.getMappedByFieldMapping() |
Modifier and Type | Method and Description |
---|---|
SelectExecutor |
SelectImpl.eagerClone(FieldMapping key,
int eagerType,
boolean toMany,
int sels) |
SelectExecutor |
Select.eagerClone(FieldMapping key,
int eagerType,
boolean toMany,
int sels)
Return a select that will be eagerly executed with this one, or null if
the select cannot be created for the given key and join type.
|
SelectExecutor |
LogicalUnion.UnionSelect.eagerClone(FieldMapping key,
int eagerType,
boolean toMany,
int sels) |
SelectExecutor |
SelectImpl.getEager(FieldMapping key) |
Object |
SelectImpl.SelectResult.getEager(FieldMapping key) |
SelectExecutor |
Select.getEager(FieldMapping key)
Return the eager select for the given key.
|
Object |
Result.getEager(FieldMapping key)
The eager result for the given key, or null if none.
|
Object |
MergedResult.getEager(FieldMapping key) |
SelectExecutor |
LogicalUnion.UnionSelect.getEager(FieldMapping key) |
Object |
AbstractResult.getEager(FieldMapping key) |
void |
SelectImpl.SelectResult.putEager(FieldMapping key,
Object res) |
void |
Result.putEager(FieldMapping key,
Object res)
The eager result for the given key, or null if none.
|
void |
MergedResult.putEager(FieldMapping key,
Object res) |
void |
AbstractResult.putEager(FieldMapping key,
Object res) |
void |
Result.setMappedByFieldMapping(FieldMapping fieldMapping)
If this is the result used to select a toMany relationship,
the mappedByFieldMapping is field mapping representing
the inverse relationship.
|
void |
MergedResult.setMappedByFieldMapping(FieldMapping fieldMapping) |
void |
AbstractResult.setMappedByFieldMapping(FieldMapping fieldMapping) |
Modifier and Type | Method and Description |
---|---|
static FieldMapping |
AnnotationPersistenceMappingParser.getAttributeOverrideField(String attrName,
FieldMapping fm,
ClassMapping embed) |
static FieldMapping |
AnnotationPersistenceMappingParser.getEmbeddedFieldMapping(FieldMapping fm,
String attrName) |
static FieldMapping |
AnnotationPersistenceMappingParser.getEmbeddedFieldMapping(FieldMapping fm,
String attrName,
boolean mustExist) |
Modifier and Type | Method and Description |
---|---|
static FieldMapping |
AnnotationPersistenceMappingParser.getAttributeOverrideField(String attrName,
FieldMapping fm,
ClassMapping embed) |
static Class<?> |
AnnotationPersistenceMappingParser.getEmbeddedClassType(FieldMapping fm,
String attrName) |
static FieldMapping |
AnnotationPersistenceMappingParser.getEmbeddedFieldMapping(FieldMapping fm,
String attrName) |
static FieldMapping |
AnnotationPersistenceMappingParser.getEmbeddedFieldMapping(FieldMapping fm,
String attrName,
boolean mustExist) |
protected javax.persistence.EnumType |
XMLPersistenceMappingSerializer.getEnumType(FieldMapping field)
Return enum type for the field.
|
protected javax.persistence.EnumType |
AnnotationPersistenceMappingSerializer.getEnumType(FieldMapping field)
Return enum type for the field.
|
DBIdentifier |
PersistenceMappingDefaults.getTableIdentifier(FieldMapping fm,
Schema schema) |
String |
PersistenceMappingDefaults.getTableName(FieldMapping fm,
Schema schema) |
protected boolean |
AnnotationPersistenceMappingParser.handleUnknownMemberMappingAnnotation(FieldMapping fm,
Annotation anno)
Allow subclasses to handle unknown annotations.
|
protected void |
AnnotationPersistenceMappingParser.parseCollectionTable(FieldMapping fm,
javax.persistence.CollectionTable ctbl)
Parse @CollectionTable.
|
protected void |
AnnotationPersistenceMappingParser.parseColumns(FieldMapping fm,
javax.persistence.Column... pcols)
Parse @Column(s).
|
protected void |
AnnotationPersistenceMappingParser.parseContainerTable(FieldMapping fm,
ContainerTable ctbl)
Parse @ContainerTable.
|
protected void |
AnnotationPersistenceMappingParser.parseElementJoinColumns(FieldMapping fm,
ElementJoinColumn... joins)
Parse @ElementJoinColumn(s).
|
protected void |
AnnotationPersistenceMappingParser.parseMapKeyColumn(FieldMapping fm,
javax.persistence.MapKeyColumn anno)
Parse @MapKeyColumn.
|
protected void |
AnnotationPersistenceMappingParser.parseXJoinColumns(FieldMapping fm,
MappingInfo info,
boolean secondaryAllowed,
XJoinColumn... joins)
Parse given @XJoinColumn annotations.
|
void |
PersistenceMappingDefaults.populateJoinColumn(FieldMapping fm,
Table local,
Table foreign,
Column col,
Object target,
int pos,
int cols) |
protected void |
AnnotationPersistenceMappingParser.setColumns(FieldMapping fm,
MappingInfo info,
List<Column> cols,
int unique)
Set the given columns as the columns for
fm . |
protected void |
AnnotationPersistenceMappingParser.setMapKeyColumn(FieldMapping fm,
MappingInfo info,
Column col,
int unique)
Set the given map key column as the map key column for
fm . |
Copyright © 2006–2018 Apache Software Foundation. All rights reserved.