Value Members

1.  def adminTopic(config: Config): String
   config

   the root configuration

   returns

   the admin topic as per the config

2.  def byteArrayProducer[A](config: Config)(implicit apr: Aux[A, Key, Bytes]): RichKafkaProducer[Key, Bytes]
3.  def closeOnComplete(config: Config): Boolean
   config

   the kafka4m config

   returns

   true if observables should be closed when complete

4.  def consumerTopics(config: Config): Set[String]
   config

   the root configuration

   returns

   the consumer topic as per the config

5.  def ensureTopicBlocking(config: Config)(implicit ec: ExecutionContext): Option[String]

   Kafka Streams will fail if the topic does not yet exist.

   Kafka Streams will fail if the topic does not yet exist. This way we can provide a means to 'getOrCreate' a topic if that's how it's configured.

6.  def fireAndForget(config: Config): Boolean
7.  def kafkaConsumer(config: Config)(implicit scheduler: Scheduler): RichKafkaConsumer[String, Array[Byte]]
   config

   the kafka4m config

   returns

   A RichKafkaConsumer from the given kafka4m configuration

8.  def kafkaProducer[A, K, V](config: Config)(implicit apr: Aux[A, K, V]): RichKafkaProducer[K, V]
   config

   the kafka4m config

   returns

   a RichKafkaProducer for the given config

9.  def producerTopic(config: Config): String
   config

   the root configuration

   returns

   the producer topic as per the config

10.  def read(config: Config)(implicit scheduler: Scheduler): Observable[ConsumerRecord[Key, Bytes]]
    config

    the kafka4m configuration which contains the 'kafka4m.consumer' values

    returns

    an Observable of data coming from kafka. The offsets, etc will be controlled by the kafka4m.consumer configuration, which includes default offset strategy, etc.

11.  def write[A](config: Config)(implicit ev: Aux[A, Key, Bytes]): Consumer[A, Long]
    A

    any type A which can be converted into a kafka ProducerRecord

    config

    the kafka4m configuration

    returns

    a consumer of the 'A' values and produce the number written

12.  def writeKeyAndBytes(config: Config = ConfigFactory.load()): Consumer[(String, Array[Byte]), Long]
    config

    the kafka4m configuration

    returns

    a consumer which will consume a stream of key/byte-array values into kafka and return the number written

13.  def writeText(config: Config = ConfigFactory.load()): Consumer[String, Long]
    config

    the kafka4m configuration

    returns

    a consumer which will consume raw text data and write it with null keys

14.  object Kafka4mApp extends ConfigApp with StrictLogging

    An ETL entry point to read data into or out of kafka