func (engine *DockerStatsEngine) removeContainer(dockerID string) {
	engine.lock.Lock()
	defer engine.lock.Unlock()

	// Make sure that this container belongs to a task.
	task, err := engine.resolver.ResolveTask(dockerID)
	if err != nil {
		seelog.Debugf("Could not map container to task, ignoring, err: %v, id: %s", err, dockerID)
		return
	}

	_, taskExists := engine.tasksToContainers[task.Arn]
	if !taskExists {
		seelog.Debugf("Container not being watched, id: %s", dockerID)
		return
	}

	// task arn exists in map.
	container, containerExists := engine.tasksToContainers[task.Arn][dockerID]
	if !containerExists {
		// container arn does not exist in map.
		seelog.Debugf("Container not being watched, id: %s", dockerID)
		return
	}

	engine.doRemoveContainerUnsafe(container, task.Arn)
}
func (engine *DockerStatsEngine) removeContainer(dockerID string) {
	engine.lock.Lock()
	defer engine.lock.Unlock()

	// Make sure that this container belongs to a task.
	task, err := engine.resolver.ResolveTask(dockerID)
	if err != nil {
		seelog.Debugf("Could not map container to task, ignoring, err: %v, id: %s", err, dockerID)
		return
	}

	_, taskExists := engine.tasksToContainers[task.Arn]
	if !taskExists {
		seelog.Debugf("Container not being watched, id: %s", dockerID)
		return
	}

	// task arn exists in map.
	container, containerExists := engine.tasksToContainers[task.Arn][dockerID]
	if !containerExists {
		// container arn does not exist in map.
		seelog.Debugf("Container not being watched, id: %s", dockerID)
		return
	}

	engine.doRemoveContainerUnsafe(container, task.Arn)
}
func ( engine * DockerStatsEngine ) removeContainer ( dockerID string ) { engine . lock . Lock ( ) defer engine . lock . Unlock ( ) // Make sure that this container belongs to a task. task , err := engine . resolver . ResolveTask ( dockerID ) if err != nil { seelog . Debugf ( " " , err , dockerID ) return } _ , taskExists := engine . tasksToContainers [ task . Arn ] if ! taskExists { seelog . Debugf ( " " , dockerID ) return } // task arn exists in map. container , containerExists := engine . tasksToContainers [ task . Arn ] [ dockerID ] if ! containerExists { // container arn does not exist in map. seelog . Debugf ( " " , dockerID ) return } engine . doRemoveContainerUnsafe ( container , task . Arn ) }
// removeContainer deletes the container from the map of containers being watched.
// It also stops the periodic usage data collection for the container.
removeContainer deletes the container from the map of containers being watched . It also stops the periodic usage data collection for the container .