https://sentinelguard.io/en-us/
A powerful flow control component enabling reliability, resilience and monitoring for microservices.
A powerful flow control component enabling reliability, resilience and monitoring for microservices.
JoinFaces
JSF Spring Boot Starters - JSF inside JAR packaged Spring Boot Application.
http://joinfaces.org/
JSF Spring Boot Starters - JSF inside JAR packaged Spring Boot Application.
http://joinfaces.org/
Liveness and Readiness in Kubernetes
In Kubernetes, the Liveness and Readiness Kubernetes concepts represent facets of the application state.
The Liveness state of an application tells whether the internal state is valid. If Liveness is broken, this means that the application itself is in a failed state and cannot recover from it. In this case, the best course of action is to restart the application instance. For example, an application relying on a local cache should fail its Liveness state if the local cache is corrupted and cannot be repaired.
The Readiness state tells whether the application is ready to accept client requests. If the Readiness state is unready, Kubernetes should not route traffic to this instance. If an application is too busy processing a task queue, then it could declare itself as busy until its load is manageable again.
In Kubernetes, the Liveness and Readiness Kubernetes concepts represent facets of the application state.
The Liveness state of an application tells whether the internal state is valid. If Liveness is broken, this means that the application itself is in a failed state and cannot recover from it. In this case, the best course of action is to restart the application instance. For example, an application relying on a local cache should fail its Liveness state if the local cache is corrupted and cannot be repaired.
The Readiness state tells whether the application is ready to accept client requests. If the Readiness state is unready, Kubernetes should not route traffic to this instance. If an application is too busy processing a task queue, then it could declare itself as busy until its load is manageable again.