public class TableRecordImpl<R extends TableRecord<R>> extends Object implements TableRecord<R>
This type is for JOOQ INTERNAL USE only. Do not reference directly
Constructor and Description |
---|
TableRecordImpl(Table<R> table) |
Modifier and Type | Method and Description |
---|---|
void |
attach(Configuration c)
Attach this object to a new
Configuration . |
boolean |
changed()
Check if this record has been changed from its original as fetched from
the database.
|
void |
changed(boolean changed)
Set all of this record's internal changed flags to the supplied value.
|
boolean |
changed(Field<?> field)
Check if a field's value has been changed from its original as fetched
from the database.
|
void |
changed(Field<?> field,
boolean changed)
Set this record's internal changed flag to the supplied value for a given
field.
|
boolean |
changed(int fieldIndex)
Check if a field's value has been changed from its original as fetched
from the database.
|
void |
changed(int fieldIndex,
boolean changed)
Set this record's internal changed flag to the supplied value for a given
field.
|
boolean |
changed(String fieldName)
Check if a field's value has been changed from its original as fetched
from the database.
|
void |
changed(String fieldName,
boolean changed)
Set this record's internal changed flag to the supplied value for a given
field.
|
int |
compareTo(Record that)
Compares this
Record with another Record
according to their natural ordering. |
Configuration |
configuration()
Get the underlying configuration
|
protected DSLContext |
create()
This method is used in generated code!
|
void |
detach()
Detach this object from its current
Configuration . |
boolean |
equals(Object obj) |
<O extends UpdatableRecord<O>> |
fetchParent(ForeignKey<R,O> key)
Fetch a parent record of this record, given a foreign key
This returns a parent record referenced by this record through a given
foreign key.
|
<T> Field<T> |
field(Field<T> field)
Get a specific field from this Record.
|
Field<?> |
field(int index)
Get a specific field from this Record.
|
Field<?> |
field(String name)
Get a specific field from this Record.
|
Field<?>[] |
fields()
Get all fields from this Record.
|
Field<?>[] |
fields(Field<?>... f)
Get all fields from this Record, providing some fields.
|
Field<?>[] |
fields(int... fieldIndexes)
Get all fields from this Record, providing some field indexes.
|
Field<?>[] |
fields(String... fieldNames)
Get all fields from this Record, providing some field names.
|
Row |
fieldsRow()
Get this record's fields as a
Row . |
void |
from(Object source)
Load data into this record from a source.
|
void |
from(Object source,
Field<?>... f)
Load data into this record from a source, providing some fields.
|
void |
from(Object source,
int... fieldIndexes)
Load data into this record from a source, providing some field indexes.
|
void |
from(Object source,
String... fieldNames)
Load data into this record from a source, providing some field names.
|
protected void |
from(Record source)
This method was implemented with [#799].
|
void |
fromArray(Object... array)
Load data from an array into this record.
|
void |
fromArray(Object[] array,
Field<?>... f)
Load data from an array into this record, providing some fields.
|
void |
fromArray(Object[] array,
int... fieldIndexes)
Load data from an array into this record, providing some fields indexes.
|
void |
fromArray(Object[] array,
String... fieldNames)
Load data from an array into this record, providing some fields names.
|
void |
fromMap(Map<String,?> map)
Load data from a map into this record.
|
void |
fromMap(Map<String,?> map,
Field<?>... f)
Load data from a map into this record, providing some fields.
|
void |
fromMap(Map<String,?> map,
int... fieldIndexes)
Load data from a map into this record, providing some field indexes.
|
void |
fromMap(Map<String,?> map,
String... fieldNames)
Load data from a map into this record, providing some field names.
|
Table<R> |
getTable()
The table from which this record was read
|
<T> T |
getValue(Field<?> field,
Class<? extends T> type)
Get a converted value from this Record, providing a field.
|
<T> T |
getValue(Field<?> field,
Class<? extends T> type,
T defaultValue)
Deprecated.
|
<T> T |
getValue(Field<T> field)
Get a value from this Record, providing a field.
|
<T,U> U |
getValue(Field<T> field,
Converter<? super T,U> converter)
Get a converted value from this Record, providing a field.
|
<T,U> U |
getValue(Field<T> field,
Converter<? super T,U> converter,
U defaultValue)
Deprecated.
|
<T> T |
getValue(Field<T> field,
T defaultValue)
Deprecated.
|
Object |
getValue(int index)
This method coincides with
Record.getValue(int) and
ArrayRecordImpl.getValue(int) |
<T> T |
getValue(int index,
Class<? extends T> type)
Get a converted value from this record, providing a field index.
|
<T> T |
getValue(int index,
Class<? extends T> type,
T defaultValue)
Deprecated.
|
<U> U |
getValue(int index,
Converter<?,U> converter)
Get a converted value from this record, providing a field index.
|
<U> U |
getValue(int index,
Converter<?,U> converter,
U defaultValue)
Deprecated.
|
Object |
getValue(int index,
Object defaultValue)
Deprecated.
|
Object |
getValue(String fieldName)
Get a value from this Record, providing a field name.
|
<T> T |
getValue(String fieldName,
Class<? extends T> type)
Get a converted value from this Record, providing a field name.
|
<T> T |
getValue(String fieldName,
Class<? extends T> type,
T defaultValue)
Deprecated.
|
<U> U |
getValue(String fieldName,
Converter<?,U> converter)
Get a converted value from this Record, providing a field name.
|
<U> U |
getValue(String fieldName,
Converter<?,U> converter,
U defaultValue)
Deprecated.
|
Object |
getValue(String fieldName,
Object defaultValue)
Deprecated.
|
int |
hashCode() |
<E> E |
into(Class<? extends E> type)
Map resulting records onto a custom type.
|
<E> E |
into(E object)
Map resulting records onto a custom type.
|
<R extends Record> |
into(Table<R> table)
Map resulting records onto a custom record type.
|
Object[] |
intoArray()
Convert this record into an array.
|
Map<String,Object> |
intoMap()
Return this record as a name/value map.
|
ResultSet |
intoResultSet()
Generate an in-memory JDBC
ResultSet containing the data of this
Record . |
<E> E |
map(RecordMapper<Record,E> mapper)
Map this record into a custom mapper callback.
|
R |
original()
Get this record containing the original values as fetched from the
database.
|
<T> T |
original(Field<T> field)
Get an original value from this record as fetched from the database.
|
Object |
original(int fieldIndex)
Get an original value from this record as fetched from the database.
|
Object |
original(String fieldName)
Get an original value from this record as fetched from the database.
|
void |
reset()
|
void |
reset(Field<?> field)
Reset a given value to its
Record.original(Field) value and its
Record.changed(Field) flag to false . |
void |
reset(int fieldIndex)
|
void |
reset(String fieldName)
Reset a given value to its
Record.original(String) value and its
Record.changed(String) flag to false . |
<T> void |
setValue(Field<T> field,
T value)
Set a value into this record.
|
<T,U> void |
setValue(Field<T> field,
U value,
Converter<T,? super U> converter)
Set a value into this record.
|
protected void |
setValue(int index,
Object value)
Subclasses may type-unsafely set a value to a record index.
|
int |
size()
This method coincides with
Record.size() and
ArrayRecord.size() |
String |
toString() |
Row |
valuesRow()
Get this record's values as a
Row . |
clone, finalize, getClass, notify, notifyAll, wait, wait, wait
changed, changed, changed, changed, changed, changed, changed, changed, compareTo, equals, field, field, field, fields, fields, fields, fields, from, from, from, from, fromArray, fromArray, fromArray, fromArray, fromMap, fromMap, fromMap, fromMap, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, hashCode, into, into, into, intoArray, intoMap, intoResultSet, map, original, original, original, reset, reset, reset, reset, setValue, setValue, size
attach, detach
public final Table<R> getTable()
TableRecord
getTable
in interface TableRecord<R extends TableRecord<R>>
public Row fieldsRow()
Record
Row
.public Row valuesRow()
Record
Row
.public final R original()
Record
Record values can be freely modified after having fetched a record from the database. Every record also references the originally fetched values. This method returns a new record containing those original values.
original
in interface Record
original
in interface TableRecord<R extends TableRecord<R>>
Record.original(Field)
,
Record.original(int)
,
Record.original(String)
public final <O extends UpdatableRecord<O>> O fetchParent(ForeignKey<R,O> key)
TableRecord
This returns a parent record referenced by this record through a given
foreign key. If no parent record was found, this returns
null
fetchParent
in interface TableRecord<R extends TableRecord<R>>
ForeignKey.fetchParent(Record)
,
ForeignKey.fetchParents(java.util.Collection)
,
ForeignKey.fetchParents(Record...)
public final <T> Field<T> field(Field<T> field)
Record
field
in interface Record
Row.field(Field)
public final Field<?> field(String name)
Record
field
in interface Record
Row.field(String)
public final Field<?> field(int index)
Record
field
in interface Record
Row.field(int)
public final Field<?>[] fields()
Record
fields
in interface Record
Row.fields()
public final Field<?>[] fields(Field<?>... f)
Record
fields
in interface Record
Row.fields(Field...)
public final Field<?>[] fields(String... fieldNames)
Record
fields
in interface Record
Row.fields(String...)
public final Field<?>[] fields(int... fieldIndexes)
Record
fields
in interface Record
Row.fields(int...)
public final int size()
Record.size()
and
ArrayRecord.size()
public final <T> T getValue(Field<T> field)
Record
@Deprecated public final <T> T getValue(Field<T> field, T defaultValue)
Record
public final <T> T getValue(Field<?> field, Class<? extends T> type)
Record
getValue
in interface Record
T
- The conversion type parameterfield
- The fieldtype
- The conversion typeConvert.convert(Object, Class)
@Deprecated public final <T> T getValue(Field<?> field, Class<? extends T> type, T defaultValue)
Record
getValue
in interface Record
T
- The conversion type parameterfield
- The fieldtype
- The conversion typedefaultValue
- The default value instead of null
null
Convert.convert(Object, Class)
public final <T,U> U getValue(Field<T> field, Converter<? super T,U> converter)
Record
getValue
in interface Record
T
- The database type parameterU
- The conversion type parameterfield
- The fieldconverter
- The data type converterConvert.convert(Object, Converter)
@Deprecated public final <T,U> U getValue(Field<T> field, Converter<? super T,U> converter, U defaultValue)
Record
getValue
in interface Record
T
- The database type parameterU
- The conversion type parameterfield
- The fieldconverter
- The data type converterdefaultValue
- The default value instead of null
null
Convert.convert(Object, Converter)
public final Object getValue(int index)
Record.getValue(int)
and
ArrayRecordImpl.getValue(int)
@Deprecated public final Object getValue(int index, Object defaultValue)
Record
public final <T> T getValue(int index, Class<? extends T> type)
Record
getValue
in interface Record
T
- The conversion type parameterindex
- The field's indextype
- The conversion typeConvert.convert(Object, Class)
@Deprecated public final <T> T getValue(int index, Class<? extends T> type, T defaultValue)
Record
getValue
in interface Record
T
- The conversion type parameterindex
- The field's indextype
- The conversion typedefaultValue
- The default value instead of null
null
Convert.convert(Object, Class)
public final <U> U getValue(int index, Converter<?,U> converter)
Record
getValue
in interface Record
U
- The conversion type parameterindex
- The field's indexconverter
- The data type converterConvert.convert(Object, Converter)
@Deprecated public final <U> U getValue(int index, Converter<?,U> converter, U defaultValue)
Record
getValue
in interface Record
U
- The conversion type parameterindex
- The field's indexconverter
- The data type converterdefaultValue
- The default value instead of null
null
Convert.convert(Object, Converter)
public final Object getValue(String fieldName)
Record
@Deprecated public final Object getValue(String fieldName, Object defaultValue)
Record
public final <T> T getValue(String fieldName, Class<? extends T> type)
Record
getValue
in interface Record
T
- The conversion type parameterfieldName
- The field's nametype
- The conversion typeConvert.convert(Object, Class)
@Deprecated public final <T> T getValue(String fieldName, Class<? extends T> type, T defaultValue)
Record
getValue
in interface Record
T
- The conversion type parameterfieldName
- The field's nametype
- The conversion typedefaultValue
- The default value instead of null
null
Convert.convert(Object, Class)
public final <U> U getValue(String fieldName, Converter<?,U> converter)
Record
getValue
in interface Record
U
- The conversion type parameterfieldName
- The field's nameconverter
- The data type converterConvert.convert(Object, Converter)
@Deprecated public final <U> U getValue(String fieldName, Converter<?,U> converter, U defaultValue)
Record
getValue
in interface Record
U
- The conversion type parameterfieldName
- The field's nameconverter
- The data type converterdefaultValue
- The default value instead of null
null
Convert.convert(Object, Converter)
protected final void setValue(int index, Object value)
public final <T> void setValue(Field<T> field, T value)
Record
This will always set the Record.changed(Field)
flag for the given
field
, no matter if setting the value actually changes the
value.
Changing Table.getPrimaryKey()
values will set all
Record.changed()
flags to true, in order to produce complete
INSERT
statements on subsequent
UpdatableRecord.store()
operations.
public final <T,U> void setValue(Field<T> field, U value, Converter<T,? super U> converter)
Record
This will always set the Record.changed(Field)
flag for the given
field
, no matter if setting the value actually changes the
value.
Changing Table.getPrimaryKey()
values will set all
Record.changed()
flags to true, in order to produce complete
INSERT
statements on subsequent
UpdatableRecord.store()
operations.
public final <T> T original(Field<T> field)
Record
Record values can be freely modified after having fetched a record from the database. Every record also references the originally fetched values. This method returns such an original value for a field.
original
in interface Record
Record.original()
public final Object original(int fieldIndex)
Record
Record values can be freely modified after having fetched a record from the database. Every record also references the originally fetched values. This method returns such an original value for a field.
original
in interface Record
Record.original()
public final Object original(String fieldName)
Record
Record values can be freely modified after having fetched a record from the database. Every record also references the originally fetched values. This method returns such an original value for a field.
original
in interface Record
Record.original()
public final boolean changed()
Record
If this returns false
, then it can be said that
record.equals(record.original())
is true.
changed
in interface Record
Record.original()
,
Record.changed(Field)
,
Record.changed(int)
,
Record.changed(String)
public final boolean changed(Field<?> field)
Record
changed
in interface Record
Record.changed()
,
Record.original(Field)
public final boolean changed(int fieldIndex)
Record
changed
in interface Record
Record.changed()
,
Record.original(int)
public final boolean changed(String fieldName)
Record
changed
in interface Record
Record.changed()
,
Record.original(String)
public final void changed(boolean changed)
Record
If the changed
argument is false
, the
Record.original()
values will be reset to the corresponding "current"
values as well
changed
in interface Record
Record.changed()
,
Record.changed(Field, boolean)
,
Record.changed(int, boolean)
,
Record.changed(String, boolean)
public final void changed(Field<?> field, boolean changed)
Record
If the changed
argument is false
, the
Record.original(Field)
value will be reset to the corresponding
"current" value as well
changed
in interface Record
Record.changed()
,
Record.changed(Field)
public final void changed(int fieldIndex, boolean changed)
Record
If the changed
argument is false
, the
Record.original(int)
value will be reset to the corresponding "current"
value as well
changed
in interface Record
Record.changed()
,
Record.changed(int)
public final void changed(String fieldName, boolean changed)
Record
If the changed
argument is false
, the
Record.original(String)
value will be reset to the corresponding
"current" value as well
changed
in interface Record
Record.changed()
,
Record.changed(String)
public final void reset()
Record
public final void reset(Field<?> field)
Record
Record.original(Field)
value and its
Record.changed(Field)
flag to false
.public final void reset(int fieldIndex)
Record
public final void reset(String fieldName)
Record
Record.original(String)
value and its
Record.changed(String)
flag to false
.public final Object[] intoArray()
Record
The resulting array has the same number of elements as this record has fields. The resulting array contains data as such:
// For arbitrary values of i
record.getValue(i) == record.intoArray()[i]
This is the same as calling into(Object[].class)
intoArray
in interface Record
Record.fromArray(Object...)
public final Map<String,Object> intoMap()
Record
This is the inverse operation to Record.fromMap(Map)
intoMap
in interface Record
Record.fromMap(Map)
public final <E> E into(Class<? extends E> type)
Record
This will map this record onto your custom type using a
RecordMapper
as provided by
Configuration.recordMapperProvider()
. If no custom provider is
specified, the DefaultRecordMapperProvider
is used.
into
in interface Record
E
- The generic entity type.type
- The entity type.Record.from(Object)
,
DefaultRecordMapper
public final <E> E into(E object)
Record
This is the same as Record.into(Class)
, except that no new object is
instanciated as a result. Instead, you can provide your own custom POJO
instance.
into
in interface Record
E
- The generic entity type.object
- The receiving bean.Record.from(Object)
public final <R extends Record> R into(Table<R> table)
Record
The mapping algorithm is this:
Record
values by equal field names:
table
argument with
Field.getName()
"MY_field"
(case-sensitive!), a
corresponding field with the same name in this record will be searched.Field.getName()
, then the first one returning true on
Field.equals(Object)
will be returned. (e.g. qualified field
names match)
Table.getRecordType()
must return a class of type
TableRecord
, which must provide a default constructor. Non-public
default constructors are made accessible using
AccessibleObject.setAccessible(boolean)
public final ResultSet intoResultSet()
Record
ResultSet
containing the data of this
Record
.
Use this as an adapter for JDBC-compliant code that expects a
ResultSet
to operate on, rather than a jOOQ Result
. The
returned ResultSet
allows for the following behaviour
according to the JDBC specification:
ResultSet.CLOSE_CURSORS_AT_COMMIT
: The cursors (i.e.
Statement
object) are no longer availableResultSet.CONCUR_READ_ONLY
: You cannot update the database
through this ResultSet
, as the underlying Result
object does not hold any open database refences anymoreResultSet.FETCH_FORWARD
: The fetch direction is forward only,
and cannot be changedResultSet.TYPE_SCROLL_INSENSITIVE
: You can use any of the
ResultSet
's scrolling methods, e.g. ResultSet.next()
or ResultSet.previous()
, etc.
You may use DSLContext.fetch(ResultSet)
to unwind this wrapper
again.
This is the same as creating a new Result
with this
Record
only, and then calling Result.intoResultSet()
on that Result
intoResultSet
in interface Record
ResultSet
public final <E> E map(RecordMapper<Record,E> mapper)
Record
public final void from(Object source)
Record
The mapping algorithm is this:
source
is an array
Loading of data is delegated to Record.fromArray(Object...)
source
is a Map
Loading of data is delegated to Record.fromMap(Map)
Column
annotations are found on the Class
of the provided source
, only those are used. Matching
candidates are:
Column
getXXX
or isXXX
, if there exists a matching public single-argument
setXXX()
instance method that is annotated with
Column
Column
Column.name()
must match Field.getName()
. All other
annotation attributes are ignored
Column
annotations, or jOOQ can't
find the javax.persistence
API on the classpath, jOOQ will
map members by naming convention:
If Field.getName()
is MY_field
(case-sensitive!),
then this field's value will be fetched from the first of these:
MY_field()
myField()
getMY_field()
getMyField()
MY_field
myField
The resulting record will have its internal "changed" flags set to true
for all values. This means that UpdatableRecord.store()
will
perform an INSERT
statement. If you wish to store the record
using an UPDATE
statement, use
DSLContext.executeUpdate(UpdatableRecord)
instead.
This is the same as calling
record.from(source, record.fields())
from
in interface Record
source
- The source object to copy data fromRecord.into(Class)
,
Record.from(Object, Field...)
public final void from(Object source, Field<?>... f)
Record
This is the same as Record.from(Object)
, except that only fields
contained in the fields
argument will be mapped.
from
in interface Record
source
- The source object to copy data fromf
- The record's fields to use for mappingRecord.into(Class)
,
Record.from(Object)
public final void from(Object source, String... fieldNames)
Record
This is the same as Record.from(Object)
, except that only fields
contained in the fieldNames
argument will be mapped.
from
in interface Record
source
- The source object to copy data fromfieldNames
- The record's fields names to use for mappingRecord.into(Class)
,
Record.from(Object)
public final void from(Object source, int... fieldIndexes)
Record
This is the same as Record.from(Object)
, except that only fields
contained in the fieldIndexes
argument will be mapped.
from
in interface Record
source
- The source object to copy data fromfieldIndexes
- The record's fields indexes to use for mappingRecord.into(Class)
,
Record.from(Object)
public final void fromMap(Map<String,?> map)
Record
The argument map is expected to hold field-name / value pairs where
field-names correspond to actual field names as provided by
Record.field(String)
. Missing fields will be left untouched. Excess
fields will be ignored.
This is the inverse operation to Record.intoMap()
. This is the same as
calling record.fromMap(map, record.fields())
fromMap
in interface Record
Record.intoMap()
,
Record.fromMap(Map, Field...)
public final void fromMap(Map<String,?> map, Field<?>... f)
Record
The argument map is expected to hold field-name / value pairs where
field-names correspond to actual field names as provided by
Record.field(String)
. Missing fields will be left untouched. Excess
fields will be ignored.
This is the same as Record.fromMap(Map)
, except that only fields
contained in the fields
argument will be mapped.
fromMap
in interface Record
Record.intoMap()
,
Record.fromMap(Map)
public final void fromMap(Map<String,?> map, String... fieldNames)
Record
The argument map is expected to hold field-name / value pairs where
field-names correspond to actual field names as provided by
Record.field(String)
. Missing fields will be left untouched. Excess
fields will be ignored.
This is the same as Record.fromMap(Map)
, except that only fields
contained in the fieldNames
argument will be mapped.
fromMap
in interface Record
Record.intoMap()
,
Record.fromMap(Map)
public final void fromMap(Map<String,?> map, int... fieldIndexes)
Record
The argument map is expected to hold field-name / value pairs where
field-names correspond to actual field names as provided by
Record.field(String)
. Missing fields will be left untouched. Excess
fields will be ignored.
This is the same as Record.fromMap(Map)
, except that only fields
contained in the fieldIndexes
argument will be mapped.
fromMap
in interface Record
Record.intoMap()
,
Record.fromMap(Map)
public final void fromArray(Object... array)
Record
The argument array is expected to hold values for this record's field indexes. Missing values will be left untouched. Excess values will be ignored.
This is the inverse operation to Record.intoArray()
fromArray
in interface Record
Record.intoArray()
,
Record.fromArray(Object[], Field...)
public final void fromArray(Object[] array, Field<?>... f)
Record
The argument array is expected to hold values for this record's field indexes. Missing values will be left untouched. Excess values will be ignored.
This is the same as Record.fromArray(Object...)
, except that only
fields contained in the fields
argument will be mapped.
fromArray
in interface Record
Record.intoArray()
,
Record.fromArray(Object...)
public final void fromArray(Object[] array, String... fieldNames)
Record
The argument array is expected to hold values for this record's field indexes. Missing values will be left untouched. Excess values will be ignored.
This is the same as Record.fromArray(Object...)
, except that only
fields contained in the fieldNames
argument will be mapped.
fromArray
in interface Record
Record.intoArray()
,
Record.fromArray(Object...)
public final void fromArray(Object[] array, int... fieldIndexes)
Record
The argument array is expected to hold values for this record's field indexes. Missing values will be left untouched. Excess values will be ignored.
This is the same as Record.fromArray(Object...)
, except that only
fields contained in the fieldIndexes
argument will be
mapped.
fromArray
in interface Record
Record.intoArray()
,
Record.fromArray(Object...)
protected final void from(Record source)
public int compareTo(Record that)
Record
Record
with another Record
according to their natural ordering.
jOOQ Records implement Comparable
to allow for naturally ordering
Records in a "SQL way", i.e. according to the following rules:
Two Records are comparable if and only if they have the same
ROW
type, i.e. if their fieldsRow()
methods return fields of the same type and degree.
Assume the following notations:
X[i]
means X.getValue(i)
X = Y
means X.compareTo(Y) == 0
X < Y
means X.compareTo(Y) < 0
X[i] = Y[i]
means
(X[i] == null && Y[i] == null) || X[i].compareTo(Y[i]) < 0
X[i] < Y[i]
means
Y[i] == null || X[i].compareTo(Y[i]) < 0
. This
corresponds to the SQL NULLS LAST
clause.r1
and r2
,
x = r1.compareTo(r2)
yields:
x = -1
: if
(r1[0] < r2[0])
OR (r1[0] = r2[0] AND r1[1] < r2[1])
OR ...
OR (r1[0] = r2[0] AND ... AND r1[N-1] = r2[N-1] AND r1[N] < r2[N])
x = 0
: if
OR (r1[0] = r2[0] AND ... AND r1[N-1] = r2[N-1] AND r1[N] = r2[N])
x = 1
: if
(r1[0] > r2[0])
OR (r1[0] = r2[0] AND r1[1] > r2[1])
OR ...
OR (r1[0] = r2[0] AND ... AND r1[N-1] = r2[N-1] AND r1[N] > r2[N])
Note, that the above rules correspond to the SQL ordering behaviour as
illustrated in the following examples:
-- A SQL ORDER BY clause, ordering all records by columns in their order
SELECT a, b, c
FROM my_table
ORDER BY 1, 2, 3
-- A row value expression comparison predicate
SELECT *
FROM my_table
WHERE (a, b, c) < (1, 2, 3)
See Row1.lessThan(Row1)
, Row2.lessThan(Row2)
, ...,
Row22.lessThan(Row22)
for more details about row value expression
comparison predicates
Alternative sorting behaviour can be achieved through
Result.sortAsc(java.util.Comparator)
and similar methods.
compareTo
in interface Comparable<Record>
compareTo
in interface Record
public final void attach(Configuration c)
Attachable
Configuration
.attach
in interface Attachable
c
- A configuration or null
, if you wish to
detach this Attachable
from its previous
configuration.public final void detach()
Attachable
Configuration
.
This is the same as calling attach(null)
.
detach
in interface Attachable
public final Configuration configuration()
AttachableInternal
configuration
in interface AttachableInternal
protected final DSLContext create()
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