h&.    Safe-Inferred"%&  k8s-wrapperApplication state. k8s-wrapperCallbacks that the wrapper can use in order to understand the state of the application and react accordingly. k8s-wrapper,Checks that application can receive requests k8s-wrapper9Checks that application running (should not be restarted) k8s-wrapperServer configuration. k8s-wrapper(Port where control interface is statred. k8s-wrapper/How much time to wait before forceful teardown. k8s-wrapper Default configuration variables.  k8s-wrapperWrap a server that allows controlling business logic server. The server can be communicated by the k8s services and can monitor the application livecycle.+In the application run the following logic:  k8s_wrapper_server user code +----------------+ ready=false | initialization | started=false | | alive=false +----------------+ | started=true <-------------------+ | +---------------+ | start server | +---------------+ | ready? ---> check user thread, run callback alive? ---> check user thread, run callback The server wrapper also provides additional logic: 1. When checking liveness, the code checks if the thread running the server is still alive and returns False if it is not, regardless of what liveness check returns. 2. When the stop/ action is called, the server starts to return False in the readiness check. Once it is asked by the server, it sends an Exception to the client code. This ensures that no new requests will be sent to the server.In case of an asynchronous exception, we expect that we want to terminate the program. Thus, we want to ensure a similar set of actions as a call to the /stop hook: .Put the application in the tearing down state.Start replying with  ready=False replies.Once we replied with  ready=false at least once (or after a timeout), we trigger server stop. In this place, we expect the server to stop accepting new connections and exit once all current connections will be processed. This is the responsibility of the function provided by the user, but servers like Warp already handle that properly.In case of an exception in the initialization function, it will be rethrown, and the function will exit with the same exception. The k8s endpoint will be torn down.In case if the user code exists with an exception, it will be rethrown. Otherwise, the code exits properly.  k8s-wrapperRun server with k8s endpoint.This endpoint provides k8s hooks: 1. start 2. liveness 3. readyness 4. pre_stop handler All other endpoints returns 404.  k8s-wrapper3Switches the application to the tearing down state.In case if the application was running it injects the confirmation variable that is switched when the k8s system has seen that the application is not ready.Returns an action that once finished tells that the application can be teared down. The action does not wait longer that max timeout period k8s-wrapperSwitch the state to the running in case if it was started. Otherwise this is a noop.  k8s-wrapper%Static configuration of the endpoint. k8s-wrapper K8s hooks k8s-wrapperInitialization procedure k8s-wrapperUser supplied logic, see requirements for the server to work properly.  k8s-wrapperPort k8s-wrapperShutdown interval k8s-wrapper K8s hooks k8s-wrapper#Projection of the application state k8s-wrapperHandle of the running user code       *k8s-wrapper-0.1.0.0-F38TPjJWcrf8nLuvASvpgJNetwork.K8s.Application K8sChecksrunReadynessCheckrunLivenessCheckConfigportmaxTearDownPeriodSeconds defConfigwithK8sEndpoint $fShowConfigApplicationStaterunK8sServiceEndpointswitchToTeardownswitchToRunning