public static class JdbcIO.Write<T> extends PTransform<PCollection<T>,PDone>
JdbcIO.write().
 All methods in this class delegate to the appropriate method of JdbcIO.WriteVoid.
annotations, displayData, name, resourceHints| Modifier and Type | Method and Description | 
|---|---|
| PDone | expand(PCollection<T> input)Override this method to specify how this  PTransformshould be expanded on the givenInputT. | 
| void | populateDisplayData(DisplayData.Builder builder)Register display data for the given transform or component. | 
| JdbcIO.Write<T> | withAutoSharding() | 
| JdbcIO.Write<T> | withBatchSize(long batchSize) | 
| JdbcIO.Write<T> | withDataSourceConfiguration(JdbcIO.DataSourceConfiguration config)See  WriteVoid#withDataSourceConfiguration(DataSourceConfiguration). | 
| JdbcIO.Write<T> | withDataSourceProviderFn(SerializableFunction<java.lang.Void,javax.sql.DataSource> dataSourceProviderFn) | 
| JdbcIO.Write<T> | withMaxBatchBufferingDuration(long maxBatchBufferingDuration) | 
| JdbcIO.Write<T> | withPreparedStatementSetter(JdbcIO.PreparedStatementSetter<T> setter)See  WriteVoid#withPreparedStatementSetter(PreparedStatementSetter). | 
| JdbcIO.WriteVoid<T> | withResults()Returns  JdbcIO.WriteVoidtransform which can be used inWait.on(PCollection[])to
 wait until all data is written. | 
| JdbcIO.Write<T> | withRetryConfiguration(JdbcIO.RetryConfiguration retryConfiguration)See  WriteVoid#withRetryConfiguration(RetryConfiguration). | 
| JdbcIO.Write<T> | withRetryStrategy(JdbcIO.RetryStrategy retryStrategy)See  WriteVoid#withRetryStrategy(RetryStrategy). | 
| JdbcIO.Write<T> | withStatement(java.lang.String statement) | 
| JdbcIO.Write<T> | withTable(java.lang.String table) | 
| <V extends JdbcWriteResult> | withWriteResults(JdbcIO.RowMapper<V> rowMapper)Returns  JdbcIO.WriteWithResultstransform that could return a specific result. | 
addAnnotation, compose, compose, getAdditionalInputs, getAnnotations, getDefaultOutputCoder, getDefaultOutputCoder, getDefaultOutputCoder, getKindString, getName, getResourceHints, setDisplayData, setResourceHints, toString, validate, validatepublic JdbcIO.Write<T> withAutoSharding()
public JdbcIO.Write<T> withDataSourceConfiguration(JdbcIO.DataSourceConfiguration config)
WriteVoid#withDataSourceConfiguration(DataSourceConfiguration).public JdbcIO.Write<T> withDataSourceProviderFn(SerializableFunction<java.lang.Void,javax.sql.DataSource> dataSourceProviderFn)
public JdbcIO.Write<T> withStatement(java.lang.String statement)
public JdbcIO.Write<T> withPreparedStatementSetter(JdbcIO.PreparedStatementSetter<T> setter)
WriteVoid#withPreparedStatementSetter(PreparedStatementSetter).public JdbcIO.Write<T> withBatchSize(long batchSize)
public JdbcIO.Write<T> withMaxBatchBufferingDuration(long maxBatchBufferingDuration)
public JdbcIO.Write<T> withRetryStrategy(JdbcIO.RetryStrategy retryStrategy)
WriteVoid#withRetryStrategy(RetryStrategy).public JdbcIO.Write<T> withRetryConfiguration(JdbcIO.RetryConfiguration retryConfiguration)
WriteVoid#withRetryConfiguration(RetryConfiguration).public JdbcIO.Write<T> withTable(java.lang.String table)
public JdbcIO.WriteVoid<T> withResults()
JdbcIO.WriteVoid transform which can be used in Wait.on(PCollection[]) to
 wait until all data is written.
 Example: write a PCollection to one database and then to another database, making
 sure that writing a window of data to the second database starts only after the respective
 window has been fully written to the first database.
 
 PCollection<Void> firstWriteResults = data.apply(JdbcIO.write()
     .withDataSourceConfiguration(CONF_DB_1).withResults());
 data.apply(Wait.on(firstWriteResults))
     .apply(JdbcIO.write().withDataSourceConfiguration(CONF_DB_2));
 public <V extends JdbcWriteResult> JdbcIO.WriteWithResults<T,V> withWriteResults(JdbcIO.RowMapper<V> rowMapper)
JdbcIO.WriteWithResults transform that could return a specific result.
 public void populateDisplayData(DisplayData.Builder builder)
PTransformpopulateDisplayData(DisplayData.Builder) is invoked by Pipeline runners to collect
 display data via DisplayData.from(HasDisplayData). Implementations may call super.populateDisplayData(builder) in order to register display data in the current namespace,
 but should otherwise use subcomponent.populateDisplayData(builder) to use the namespace
 of the subcomponent.
 
By default, does not register any display data. Implementors may override this method to provide their own display data.
populateDisplayData in interface HasDisplayDatapopulateDisplayData in class PTransform<PCollection<T>,PDone>builder - The builder to populate with display data.HasDisplayDatapublic PDone expand(PCollection<T> input)
PTransformPTransform should be expanded on the given
 InputT.
 NOTE: This method should not be called directly. Instead apply the PTransform should
 be applied to the InputT using the apply method.
 
Composite transforms, which are defined in terms of other transforms, should return the output of one of the composed transforms. Non-composite transforms, which do not apply any transforms internally, should return a new unbound output and register evaluators (via backend-specific registration methods).
expand in class PTransform<PCollection<T>,PDone>