Elasticsearch you must provide the address of one or more cluster nodes. The address can be specified by setting the spring.data.elasticsearch.cluster-nodes property to a comma-separated ‘host:port’ list. ElasticsearchTemplate or TransportClient can be injected like any other Spring bean: spring.data.elasticsearch.cluster-nodes=localhost:9300 @Component public class MyBean { private final ElasticsearchTemplate template; dependencies in a convenient way. Connecting to Couchbase You can very easily get a Bucket and Cluster by adding the Couchbase SDK and some configuration. The spring.couchbase.* properties can be used

Elasticsearch you must provide the address of one or more cluster nodes. The address can be specified by setting the spring.data.elasticsearch.cluster-nodes property to a comma-separated ‘host:port’ list. ElasticsearchTemplate or TransportClient can be injected like any other Spring bean: spring.data.elasticsearch.cluster-nodes=localhost:9300 @Component public class MyBean { private final ElasticsearchTemplate template; dependencies in a convenient way. Connecting to Couchbase You can very easily get a Bucket and Cluster by adding the Couchbase SDK and some configuration. The spring.couchbase.* properties can be used

a TransportClient) by setting spring.data.elasticsearch.cluster-nodes to a comma-separated ‘host:port’ list. spring.data.elasticsearch.cluster-nodes=localhost:9300 @Component public class MyBean { dependencies in a convenient way. Connecting to Couchbase You can very easily get a Bucket and Cluster by adding the Couchbase SDK and some configuration. The spring.couchbase.* properties can be used final Cluster cluster; public CouchbaseCacheConfiguration(Cluster cluster) { this.cluster = cluster; } @Bean public Bucket anotherBucket() { return this.cluster.openBucket("another"

a TransportClient) by setting spring.data.elasticsearch.cluster-nodes to a comma-separated ‘host:port’ list. spring.data.elasticsearch.cluster-nodes=localhost:9300 @Component public class MyBean { dependencies in a convenient way. Connecting to Couchbase You can very easily get a Bucket and Cluster by adding the Couchbase SDK and some configuration. The spring.couchbase.* properties can be used final Cluster cluster; public CouchbaseCacheConfiguration(Cluster cluster) { this.cluster = cluster; } @Bean public Bucket anotherBucket() { return this.cluster.openBucket("another"

a TransportClient) by setting spring.data.elasticsearch.cluster-nodes to a comma-separated ‘host:port’ list. spring.data.elasticsearch.cluster-nodes=localhost:9300 @Component public class MyBean { dependencies in a convenient way. Connecting to Couchbase You can very easily get a Bucket and Cluster by adding the Couchbase SDK and some configuration. The spring.couchbase.* properties can be used final Cluster cluster; public CouchbaseCacheConfiguration(Cluster cluster) { this.cluster = cluster; } @Bean public Bucket anotherBucket() { return this.cluster.openBucket("another"

a TransportClient) by setting spring.data.elasticsearch.cluster-nodes to a comma-separated ‘host:port’ list. spring.data.elasticsearch.cluster-nodes=localhost:9300 @Component public class MyBean { dependencies in a convenient way. Connecting to Couchbase You can very easily get a Bucket and Cluster by adding the Couchbase SDK and some configuration. The spring.couchbase.* properties can be used application protocol for accessing and maintaining distributed directory information services over an IP network. Spring Boot offers auto-configuration for any compliant LDAP server as well as support for

Elasticsearch using REST clients Elasticsearch ships two different REST clients that you can use to query a cluster: the "Low Level" client and the "High Level" client. Spring Boot provides support for the "High classpath, a Sniffer is auto-configured to automatically discover nodes from a running Elasticsearch cluster and set them to the RestHighLevelClient bean. You can further tune how Sniffer is configured, as for collecting the dependencies in a convenient way. Connecting to Couchbase You can get a Cluster by adding the Couchbase SDK and some configuration. The spring.couchbase.* properties can be used

Elasticsearch using REST clients Elasticsearch ships two different REST clients that you can use to query a cluster: the "Low Level" client and the "High Level" client. Spring Boot provides support for the "High classpath, a Sniffer is auto-configured to automatically discover nodes from a running Elasticsearch cluster and set them to the RestHighLevelClient bean. You can further tune how Sniffer is configured, as for collecting the dependencies in a convenient way. Connecting to Couchbase You can get a Cluster by adding the Couchbase SDK and some configuration. The spring.couchbase.* properties can be used

Elasticsearch using REST clients Elasticsearch ships two different REST clients that you can use to query a cluster: the "Low Level" client and the "High Level" client. Spring Boot provides support for the "High classpath, a Sniffer is auto-configured to automatically discover nodes from a running Elasticsearch cluster and set them to the RestHighLevelClient bean. You can further tune how Sniffer is configured, as for collecting the dependencies in a convenient way. Connecting to Couchbase You can get a Cluster by adding the Couchbase SDK and some configuration. The spring.couchbase.* properties can be used

Elasticsearch using REST clients Elasticsearch ships two different REST clients that you can use to query a cluster: the "Low Level" client and the "High Level" client. Spring Boot provides support for the "High classpath, a Sniffer is auto-configured to automatically discover nodes from a running Elasticsearch cluster and set them to the RestHighLevelClient bean. You can further tune how Sniffer is configured, as for collecting the dependencies in a convenient way. Connecting to Couchbase You can get a Cluster by adding the Couchbase SDK and some configuration. The spring.couchbase.* properties can be used