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In order to deploy Confluent Kafka in the machine, the project starts 4 Docker containers (ZooKeeper, Kafka, Kafka-REST-Proxy and Kafka-Topics-UI). It also starts 3 other containers (1 Producer and 2 Consumers) to emulate message publish/consume using crypto currencies JSON data.

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wagnerjfr/springboot-crypto-kafka-docker

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springboot-crypto-kafka-docker

In order to deploy Confluent Kafka in the machine, this project starts four Docker containers (ZooKeeper, Kafka, Kafka-REST-Proxy and Kafka-Topics-UI).

It also starts three other containers (one Producer and two Consumers) to emulate message publish/consume using crypto currencies JSON data. The Producer and Consumers images were developed using SpringBoot and the containers are later started using Docker-Compose. The project uses the Bitstamp REST API to grab JSON data for Bitcoin, Litecoin, and other crypto currencies.

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Learn how to leverage Kafka’s distributed streaming platform to get up-to-date crypto prices for your application

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In order to deploy Confluent Kafka in the machine, the project starts 4 Docker containers (ZooKeeper, Kafka, Kafka-REST-Proxy and Kafka-Topics-UI). It also starts 3 other containers (1 Producer and 2 Consumers) to emulate message publish/consume using crypto currencies JSON data.

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