logger = lagertest.NewTestLogger("test")
})
JustBeforeEach(func() {
hasBecomeHealthyChannel := make(chan struct{}, 1000)
hasBecomeHealthy = hasBecomeHealthyChannel
workPool, err := workpool.NewWorkPool(numOfConcurrentMonitorSteps)
Expect(err).NotTo(HaveOccurred())
step = steps.NewMonitor(
checkFunc,
hasBecomeHealthyChannel,
logger,
clock,
fakeStreamer,
startTimeout,
healthyInterval,
unhealthyInterval,
workPool,
)
})
expectCheckAfterInterval := func(fakeStep *fakes.FakeStep, d time.Duration) {
previousCheckCount := fakeStep.PerformCallCount()
clock.Increment(d - 1*time.Microsecond)
Consistently(fakeStep.PerformCallCount, 0.05).Should(Equal(previousCheckCount))
clock.Increment(d)
Eventually(fakeStep.PerformCallCount).Should(Equal(previousCheckCount + 1))
func (store *GardenStore) Run(logger lager.Logger, container executor.Container) error {
logger = logger.Session("run", lager.Data{
"guid": container.Guid,
})
logger.Info("started")
defer logger.Info("finished")
gardenContainer, err := store.lookup(logger, container.Guid)
if err != nil {
return err
}
logger.Debug("found-garden-container")
if container.State != executor.StateCreated {
logger.Debug("container-invalid-state-transition", lager.Data{
"current_state": container.State,
"expected_state": executor.StateCreated,
})
transitionErr := executor.ErrInvalidTransition
result := executor.ContainerRunResult{
Failed: true,
FailureReason: transitionErr.Error(),
}
err := store.transitionToComplete(logger, gardenContainer, result)
if err != nil {
logger.Error("failed-transition-to-complete", err)
}
return transitionErr
}
logStreamer := log_streamer.New(
container.LogConfig.Guid,
container.LogConfig.SourceName,
container.LogConfig.Index,
)
var setupStep, actionStep, monitorStep steps.Step
if container.Setup != nil {
setupStep = store.transformer.StepFor(
logStreamer,
container.Setup,
gardenContainer,
container.ExternalIP,
container.Ports,
logger.Session("setup"),
)
}
actionStep = store.transformer.StepFor(
logStreamer,
container.Action,
gardenContainer,
container.ExternalIP,
container.Ports,
logger.Session("action"),
)
hasStartedRunning := make(chan struct{}, 1)
if container.Monitor != nil {
monitorStep = steps.NewMonitor(
func() steps.Step {
return store.transformer.StepFor(
logStreamer,
container.Monitor,
gardenContainer,
container.ExternalIP,
container.Ports,
logger.Session("monitor-run"),
)
},
hasStartedRunning,
logger.Session("monitor"),
store.clock,
logStreamer,
time.Duration(container.StartTimeout)*time.Second,
store.healthyMonitoringInterval,
store.unhealthyMonitoringInterval,
store.workPool,
)
}
var longLivedAction steps.Step
if monitorStep != nil {
longLivedAction = steps.NewCodependent([]steps.Step{actionStep, monitorStep}, false)
} else {
longLivedAction = actionStep
// this container isn't monitored, so we mark it running right away
hasStartedRunning <- struct{}{}
}
var step steps.Step
if setupStep != nil {
step = steps.NewSerial([]steps.Step{setupStep, longLivedAction})
} else {
step = longLivedAction
}
store.runStepProcess(logger, step, hasStartedRunning, gardenContainer, container.Guid)
return nil
}