public abstract static class KinesisIO.Write extends PTransform<PCollection<byte[]>,PDone>
KinesisIO.write()
.name, resourceHints
Constructor and Description |
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Write() |
Modifier and Type | Method and Description |
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PDone |
expand(PCollection<byte[]> input)
Override this method to specify how this
PTransform should be expanded on the given
InputT . |
KinesisIO.Write |
withAWSClientsProvider(AWSClientsProvider awsClientsProvider)
Allows to specify custom
AWSClientsProvider . |
KinesisIO.Write |
withAWSClientsProvider(AWSCredentialsProvider awsCredentialsProvider,
Regions region)
Specify
AWSCredentialsProvider and region to be used to write to Kinesis. |
KinesisIO.Write |
withAWSClientsProvider(AWSCredentialsProvider awsCredentialsProvider,
Regions region,
java.lang.String serviceEndpoint)
Specify
AWSCredentialsProvider and region to be used to write to Kinesis. |
KinesisIO.Write |
withAWSClientsProvider(AWSCredentialsProvider awsCredentialsProvider,
Regions region,
java.lang.String serviceEndpoint,
boolean verifyCertificate)
Specify credential details and region to be used to write to Kinesis.
|
KinesisIO.Write |
withAWSClientsProvider(java.lang.String awsAccessKey,
java.lang.String awsSecretKey,
Regions region)
Specify credential details and region to be used to write to Kinesis.
|
KinesisIO.Write |
withAWSClientsProvider(java.lang.String awsAccessKey,
java.lang.String awsSecretKey,
Regions region,
java.lang.String serviceEndpoint)
Specify credential details and region to be used to write to Kinesis.
|
KinesisIO.Write |
withAWSClientsProvider(java.lang.String awsAccessKey,
java.lang.String awsSecretKey,
Regions region,
java.lang.String serviceEndpoint,
boolean verifyCertificate)
Specify credential details and region to be used to write to Kinesis.
|
KinesisIO.Write |
withPartitioner(KinesisPartitioner partitioner)
Allows to specify custom implementation of
KinesisPartitioner . |
KinesisIO.Write |
withPartitionKey(java.lang.String partitionKey)
Specify default partition key.
|
KinesisIO.Write |
withProducerProperties(java.util.Properties properties)
Specify the configuration properties for Kinesis Producer Library (KPL).
|
KinesisIO.Write |
withStreamName(java.lang.String streamName)
Specify Kinesis stream name which will be used for writing, this name is required.
|
compose, compose, getAdditionalInputs, getDefaultOutputCoder, getDefaultOutputCoder, getDefaultOutputCoder, getKindString, getName, getResourceHints, populateDisplayData, setResourceHints, toString, validate, validate
public KinesisIO.Write withStreamName(java.lang.String streamName)
public KinesisIO.Write withPartitionKey(java.lang.String partitionKey)
In case if you need to define more complicated logic for key partitioning then you can
create your own implementation of KinesisPartitioner
and specify it by withPartitioner(KinesisPartitioner)
Using one of the methods withPartitioner(KinesisPartitioner)
or
withPartitionKey(String)
is required but not both in the same time.
public KinesisIO.Write withPartitioner(KinesisPartitioner partitioner)
KinesisPartitioner
.
This method should be used to balance a distribution of new written records among all stream shards.
Using one of the methods withPartitioner(KinesisPartitioner)
or
withPartitionKey(String)
is required but not both in the same time.
public KinesisIO.Write withProducerProperties(java.util.Properties properties)
Example of creating new KPL configuration:
Properties properties = new Properties();
properties.setProperty("CollectionMaxCount", "1000");
properties.setProperty("ConnectTimeout", "10000");
public KinesisIO.Write withAWSClientsProvider(AWSClientsProvider awsClientsProvider)
AWSClientsProvider
. AWSClientsProvider
creates new
IKinesisProducer
which is later used for writing to Kinesis.
This method should be used if withAWSClientsProvider(AWSCredentialsProvider,
Regions)
does not suit well.
public KinesisIO.Write withAWSClientsProvider(AWSCredentialsProvider awsCredentialsProvider, Regions region)
AWSCredentialsProvider
and region to be used to write to Kinesis. If you need
more sophisticated credential protocol, then you should look at withAWSClientsProvider(AWSClientsProvider)
.public KinesisIO.Write withAWSClientsProvider(java.lang.String awsAccessKey, java.lang.String awsSecretKey, Regions region)
withAWSClientsProvider(AWSClientsProvider)
.public KinesisIO.Write withAWSClientsProvider(AWSCredentialsProvider awsCredentialsProvider, Regions region, java.lang.String serviceEndpoint)
AWSCredentialsProvider
and region to be used to write to Kinesis. If you need
more sophisticated credential protocol, then you should look at withAWSClientsProvider(AWSClientsProvider)
.
The serviceEndpoint
sets an alternative service host. This is useful to execute
the tests with Kinesis service emulator.
public KinesisIO.Write withAWSClientsProvider(java.lang.String awsAccessKey, java.lang.String awsSecretKey, Regions region, java.lang.String serviceEndpoint)
withAWSClientsProvider(AWSClientsProvider)
.
The serviceEndpoint
sets an alternative service host. This is useful to execute
the tests with Kinesis service emulator.
public KinesisIO.Write withAWSClientsProvider(AWSCredentialsProvider awsCredentialsProvider, Regions region, java.lang.String serviceEndpoint, boolean verifyCertificate)
withAWSClientsProvider(AWSClientsProvider)
.
The serviceEndpoint
sets an alternative service host. This is useful to execute
the tests with Kinesis service emulator.
The verifyCertificate
disables or enables certificate verification. Never set it
to false in production.
public KinesisIO.Write withAWSClientsProvider(java.lang.String awsAccessKey, java.lang.String awsSecretKey, Regions region, java.lang.String serviceEndpoint, boolean verifyCertificate)
withAWSClientsProvider(AWSClientsProvider)
.
The serviceEndpoint
sets an alternative service host. This is useful to execute
the tests with Kinesis service emulator.
The verifyCertificate
disables or enables certificate verification. Never set it
to false in production.
public PDone expand(PCollection<byte[]> input)
PTransform
PTransform
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<byte[]>,PDone>