All content with label core-concept+events+synchronous-events.
Related Labels: monitoring , heap , failover , write-through , caching , integration , parallel-execution , idempotency , continuous-query , proxy , cache-topologies , listeners , reliability , availability , localcache , serialization-map , service , failback , performance , cache , replicated , optimistic , query , topology , agents , http-session , maplistener , connection-pool , developer-to-review , replication , versioned-backing-map , invocation-sevice , data-access , data-grid-wide-execution , re-entrant-calls , patterns , manageability , near-cache , tcmp , transaction , cache-topolgies , refresh-ahead , eis , rtc , management , cluster , backing-map , cachestore , serialization-cache , fabric , query-based-execution , targeted-execution , scalability , aggregation , serviceability , read-through , death-detection , architecture , invocation , real-time-client , partitioned , server , faq-config , keys , federation , glossary , member , write-behind , grid , overflow-map , distributed , node-based-execution , clients , data , synthetic-events , editions , local-storage , hashmap , interleaving , read-write-caching , load-balancing , local-cache more » ( - core-concept , - events , - synchronous-events )

Deliver events for changes as they occur (Coherence 3.4 User Guide) Coherence provides cache events using the JavaBean Event model. It is extremely simple to receive the events that you need, where you need them, regardless of where the changes are actually occurring in the cluster. Developers with any experience with the JavaBean model will have ...