gardenClient *gardenFakes.FakeClient
healthcheckSpec garden.ProcessSpec
logger *lagertest.TestLogger
)
BeforeEach(func() {
healthcheckSpec = garden.ProcessSpec{
Path: "/bin/sh",
Args: []string{"-c", "echo", "hello"},
User: "******",
}
logger = lagertest.NewTestLogger("test")
gardenClient = &gardenFakes.FakeClient{}
guidGenerator := &fakeguidgen.FakeGenerator{}
guidGenerator.GuidReturns("abc-123")
gardenChecker = gardenhealth.NewChecker(rootfsPath, containerOwnerName, 0, healthcheckSpec, gardenClient, guidGenerator)
})
Describe("Healthcheck", func() {
var fakeContainer *gardenFakes.FakeContainer
var oldContainer *gardenFakes.FakeContainer
var fakeProcess *gardenFakes.FakeProcess
BeforeEach(func() {
fakeContainer = &gardenFakes.FakeContainer{}
oldContainer = &gardenFakes.FakeContainer{}
oldContainer.HandleReturns("old-guid")
fakeProcess = &gardenFakes.FakeProcess{}
})
Context("When garden is healthy", func() {
func Initialize(logger lager.Logger, config Configuration, clock clock.Clock) (executor.Client, grouper.Members, error) {
gardenClient := GardenClient.New(GardenConnection.New(config.GardenNetwork, config.GardenAddr))
err := waitForGarden(logger, gardenClient, clock)
if err != nil {
return nil, nil, err
}
containersFetcher := &executorContainers{
gardenClient: gardenClient,
owner: config.ContainerOwnerName,
}
destroyContainers(gardenClient, containersFetcher, logger)
workDir := setupWorkDir(logger, config.TempDir)
transformer := initializeTransformer(
logger,
config.CachePath,
workDir,
config.MaxCacheSizeInBytes,
uint(config.MaxConcurrentDownloads),
maxConcurrentUploads,
config.SkipCertVerify,
config.ExportNetworkEnvVars,
clock,
)
hub := event.NewHub()
gardenStore, err := gardenstore.NewGardenStore(
gardenClient,
config.ContainerOwnerName,
config.ContainerMaxCpuShares,
config.ContainerInodeLimit,
config.HealthyMonitoringInterval,
config.UnhealthyMonitoringInterval,
transformer,
clock,
hub,
config.HealthCheckWorkPoolSize,
)
if err != nil {
return nil, grouper.Members{}, err
}
allocationStore := allocationstore.NewAllocationStore(clock, hub)
workPoolSettings := executor.WorkPoolSettings{
CreateWorkPoolSize: config.CreateWorkPoolSize,
DeleteWorkPoolSize: config.DeleteWorkPoolSize,
ReadWorkPoolSize: config.ReadWorkPoolSize,
MetricsWorkPoolSize: config.MetricsWorkPoolSize,
}
depotClientProvider, err := depot.NewClientProvider(
fetchCapacity(logger, gardenClient, config),
allocationStore,
gardenStore,
hub,
keyed_lock.NewLockManager(),
workPoolSettings,
)
if err != nil {
return nil, grouper.Members{}, err
}
healthcheckSpec := garden.ProcessSpec{
Path: config.GardenHealthcheckProcessPath,
Args: config.GardenHealthcheckProcessArgs,
User: config.GardenHealthcheckProcessUser,
Env: config.GardenHealthcheckProcessEnv,
Dir: config.GardenHealthcheckProcessDir,
}
gardenHealthcheck := gardenhealth.NewChecker(
config.GardenHealthcheckRootFS,
config.ContainerOwnerName,
config.GardenHealthcheckCommandRetryPause,
healthcheckSpec,
gardenClient,
guidgen.DefaultGenerator,
)
metricsLogger := logger.Session("metrics-reporter")
containerMetricsLogger := logger.Session("container-metrics-reporter")
return depotClientProvider.WithLogger(logger),
grouper.Members{
{"metrics-reporter", &metrics.Reporter{
ExecutorSource: depotClientProvider.WithLogger(metricsLogger),
Interval: metricsReportInterval,
Logger: metricsLogger,
}},
{"hub-closer", closeHub(hub)},
{"registry-pruner", allocationStore.RegistryPruner(logger, config.RegistryPruningInterval)},
{"container-metrics-reporter", containermetrics.NewStatsReporter(
containerMetricsLogger,
containerMetricsReportInterval,
clock,
depotClientProvider.WithLogger(containerMetricsLogger),
)},
{"garden_health_checker", gardenhealth.NewRunner(
config.GardenHealthcheckInterval,
config.GardenHealthcheckTimeout,
logger,
gardenHealthcheck,
depotClientProvider.WithLogger(logger),
clock,
)},
},
nil
}
