func init() {
Describe("Testing with Ginkgo", func() {
It("list disk should be synchronous", func() {
settings := &fakesettings.FakeSettingsService{}
platform := fakeplatform.NewFakePlatform()
action := NewListDisk(settings, platform)
assert.False(GinkgoT(), action.IsAsynchronous())
})
It("list disk run", func() {
settings := &fakesettings.FakeSettingsService{
Disks: boshsettings.Disks{
Persistent: map[string]string{
"volume-1": "/dev/sda",
"volume-2": "/dev/sdb",
"volume-3": "/dev/sdc",
},
},
}
platform := fakeplatform.NewFakePlatform()
platform.MountedDevicePaths = []string{"/dev/sdb", "/dev/sdc"}
action := NewListDisk(settings, platform)
value, err := action.Run()
assert.NoError(GinkgoT(), err)
boshassert.MatchesJsonString(GinkgoT(), value, `["volume-2","volume-3"]`)
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("migrate disk should be asynchronous", func() {
_, action := buildMigrateDiskAction()
Expect(action.IsAsynchronous()).To(BeTrue())
})
It("is not persistent", func() {
_, action := buildMigrateDiskAction()
Expect(action.IsPersistent()).To(BeFalse())
})
It("migrate disk action run", func() {
platform, action := buildMigrateDiskAction()
value, err := action.Run()
Expect(err).ToNot(HaveOccurred())
boshassert.MatchesJSONString(GinkgoT(), value, "{}")
Expect(platform.MigratePersistentDiskFromMountPoint).To(Equal("/foo/store"))
Expect(platform.MigratePersistentDiskToMountPoint).To(Equal("/foo/store_migration_target"))
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("mount disk should be asynchronous", func() {
settings := &fakesettings.FakeSettingsService{}
_, action := buildMountDiskAction(settings)
Expect(action.IsAsynchronous()).To(BeTrue())
})
It("is not persistent", func() {
settings := &fakesettings.FakeSettingsService{}
_, action := buildMountDiskAction(settings)
Expect(action.IsPersistent()).To(BeFalse())
})
It("mount disk", func() {
settings := &fakesettings.FakeSettingsService{}
settings.Disks.Persistent = map[string]string{"vol-123": "/dev/sdf"}
platform, mountDisk := buildMountDiskAction(settings)
result, err := mountDisk.Run("vol-123")
Expect(err).NotTo(HaveOccurred())
boshassert.MatchesJSONString(GinkgoT(), result, "{}")
Expect(settings.SettingsWereLoaded).To(BeTrue())
Expect(platform.MountPersistentDiskDevicePath).To(Equal("/dev/sdf"))
Expect(platform.MountPersistentDiskMountPoint).To(Equal("/foo/store"))
})
It("mount disk when store already mounted", func() {
settings := &fakesettings.FakeSettingsService{}
settings.Disks.Persistent = map[string]string{"vol-123": "/dev/sdf"}
platform, mountDisk := buildMountDiskAction(settings)
platform.IsMountPointResult = true
result, err := mountDisk.Run("vol-123")
Expect(err).NotTo(HaveOccurred())
boshassert.MatchesJSONString(GinkgoT(), result, "{}")
Expect(platform.IsMountPointPath).To(Equal("/foo/store"))
Expect(platform.MountPersistentDiskDevicePath).To(Equal("/dev/sdf"))
Expect(platform.MountPersistentDiskMountPoint).To(Equal("/foo/store_migration_target"))
})
It("mount disk when device path not found", func() {
settings := &fakesettings.FakeSettingsService{}
settings.Disks.Persistent = map[string]string{"vol-123": "/dev/sdf"}
_, mountDisk := buildMountDiskAction(settings)
_, err := mountDisk.Run("vol-456")
Expect(err).To(HaveOccurred())
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("ssh should be synchronous", func() {
settings := &fakesettings.FakeSettingsService{}
_, action := buildSshAction(settings)
Expect(action.IsAsynchronous()).To(BeFalse())
})
It("is not persistent", func() {
settings := &fakesettings.FakeSettingsService{}
_, action := buildSshAction(settings)
Expect(action.IsPersistent()).To(BeFalse())
})
It("ssh setup without default ip", func() {
settings := &fakesettings.FakeSettingsService{}
_, action := buildSshAction(settings)
params := SshParams{
User: "******",
Password: "******",
PublicKey: "some-key",
}
_, err := action.Run("setup", params)
Expect(err).To(HaveOccurred())
Expect(err.Error()).To(ContainSubstring("No default ip"))
})
It("ssh setup with username and password", func() {
testSshSetupWithGivenPassword(GinkgoT(), "some-password")
})
It("ssh setup without password", func() {
testSshSetupWithGivenPassword(GinkgoT(), "")
})
It("ssh run cleanup deletes ephemeral user", func() {
settings := &fakesettings.FakeSettingsService{}
platform, action := buildSshAction(settings)
params := SshParams{UserRegex: "^foobar.*"}
response, err := action.Run("cleanup", params)
Expect(err).ToNot(HaveOccurred())
Expect("^foobar.*").To(Equal(platform.DeleteEphemeralUsersMatchingRegex))
boshassert.MatchesJsonMap(GinkgoT(), response, map[string]interface{}{
"command": "cleanup",
"status": "success",
})
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("mount disk should be asynchronous", func() {
settings := &fakesettings.FakeSettingsService{}
_, action := buildMountDiskAction(settings)
assert.True(GinkgoT(), action.IsAsynchronous())
})
It("mount disk", func() {
settings := &fakesettings.FakeSettingsService{}
settings.Disks.Persistent = map[string]string{"vol-123": "/dev/sdf"}
platform, mountDisk := buildMountDiskAction(settings)
result, err := mountDisk.Run("vol-123")
assert.NoError(GinkgoT(), err)
boshassert.MatchesJsonString(GinkgoT(), result, "{}")
assert.True(GinkgoT(), settings.SettingsWereRefreshed)
assert.Equal(GinkgoT(), platform.MountPersistentDiskDevicePath, "/dev/sdf")
assert.Equal(GinkgoT(), platform.MountPersistentDiskMountPoint, "/foo/store")
})
It("mount disk when store already mounted", func() {
settings := &fakesettings.FakeSettingsService{}
settings.Disks.Persistent = map[string]string{"vol-123": "/dev/sdf"}
platform, mountDisk := buildMountDiskAction(settings)
platform.IsMountPointResult = true
result, err := mountDisk.Run("vol-123")
assert.NoError(GinkgoT(), err)
boshassert.MatchesJsonString(GinkgoT(), result, "{}")
assert.Equal(GinkgoT(), platform.IsMountPointPath, "/foo/store")
assert.Equal(GinkgoT(), platform.MountPersistentDiskDevicePath, "/dev/sdf")
assert.Equal(GinkgoT(), platform.MountPersistentDiskMountPoint, "/foo/store_migration_target")
})
It("mount disk when device path not found", func() {
settings := &fakesettings.FakeSettingsService{}
settings.Disks.Persistent = map[string]string{"vol-123": "/dev/sdf"}
_, mountDisk := buildMountDiskAction(settings)
_, err := mountDisk.Run("vol-456")
assert.Error(GinkgoT(), err)
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("unmount disk should be asynchronous", func() {
platform := fakeplatform.NewFakePlatform()
action := buildUnmountDiskAction(platform)
Expect(action.IsAsynchronous()).To(BeTrue())
})
It("is not persistent", func() {
platform := fakeplatform.NewFakePlatform()
action := buildUnmountDiskAction(platform)
Expect(action.IsPersistent()).To(BeFalse())
})
It("unmount disk when the disk is mounted", func() {
platform := fakeplatform.NewFakePlatform()
platform.UnmountPersistentDiskDidUnmount = true
unmountDisk := buildUnmountDiskAction(platform)
result, err := unmountDisk.Run("vol-123")
Expect(err).ToNot(HaveOccurred())
boshassert.MatchesJSONString(GinkgoT(), result, `{"message":"Unmounted partition of /dev/sdf"}`)
Expect(platform.UnmountPersistentDiskDevicePath).To(Equal("/dev/sdf"))
})
It("unmount disk when the disk is not mounted", func() {
platform := fakeplatform.NewFakePlatform()
platform.UnmountPersistentDiskDidUnmount = false
mountDisk := buildUnmountDiskAction(platform)
result, err := mountDisk.Run("vol-123")
Expect(err).ToNot(HaveOccurred())
boshassert.MatchesJSONString(GinkgoT(), result, `{"message":"Partition of /dev/sdf is not mounted"}`)
Expect(platform.UnmountPersistentDiskDevicePath).To(Equal("/dev/sdf"))
})
It("unmount disk when device path not found", func() {
platform := fakeplatform.NewFakePlatform()
mountDisk := buildUnmountDiskAction(platform)
_, err := mountDisk.Run("vol-456")
Expect(err).To(HaveOccurred())
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("ping should be synchronous", func() {
action := NewPing()
assert.False(GinkgoT(), action.IsAsynchronous())
})
It("ping run returns pong", func() {
action := NewPing()
pong, err := action.Run()
assert.NoError(GinkgoT(), err)
assert.Equal(GinkgoT(), "pong", pong)
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("logs should be asynchronous", func() {
_, action := buildLogsAction()
Expect(action.IsAsynchronous()).To(BeTrue())
})
It("is not persistent", func() {
_, action := buildLogsAction()
Expect(action.IsPersistent()).To(BeFalse())
})
It("logs errs if given invalid log type", func() {
_, action := buildLogsAction()
_, err := action.Run("other-logs", []string{})
Expect(err).To(HaveOccurred())
})
It("agent logs with filters", func() {
filters := []string{"**/*.stdout.log", "**/*.stderr.log"}
expectedFilters := []string{"**/*.stdout.log", "**/*.stderr.log"}
testLogs(GinkgoT(), "agent", filters, expectedFilters)
})
It("agent logs without filters", func() {
filters := []string{}
expectedFilters := []string{"**/*"}
testLogs(GinkgoT(), "agent", filters, expectedFilters)
})
It("job logs without filters", func() {
filters := []string{}
expectedFilters := []string{"**/*.log"}
testLogs(GinkgoT(), "job", filters, expectedFilters)
})
It("job logs with filters", func() {
filters := []string{"**/*.stdout.log", "**/*.stderr.log"}
expectedFilters := []string{"**/*.stdout.log", "**/*.stderr.log"}
testLogs(GinkgoT(), "job", filters, expectedFilters)
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("unmount disk should be asynchronous", func() {
platform := fakeplatform.NewFakePlatform()
action := buildUnmountDiskAction(platform)
assert.True(GinkgoT(), action.IsAsynchronous())
})
It("unmount disk when the disk is mounted", func() {
platform := fakeplatform.NewFakePlatform()
platform.UnmountPersistentDiskDidUnmount = true
unmountDisk := buildUnmountDiskAction(platform)
result, err := unmountDisk.Run("vol-123")
assert.NoError(GinkgoT(), err)
boshassert.MatchesJsonString(GinkgoT(), result, `{"message":"Unmounted partition of /dev/sdf"}`)
assert.Equal(GinkgoT(), platform.UnmountPersistentDiskDevicePath, "/dev/sdf")
})
It("unmount disk when the disk is not mounted", func() {
platform := fakeplatform.NewFakePlatform()
platform.UnmountPersistentDiskDidUnmount = false
mountDisk := buildUnmountDiskAction(platform)
result, err := mountDisk.Run("vol-123")
assert.NoError(GinkgoT(), err)
boshassert.MatchesJsonString(GinkgoT(), result, `{"message":"Partition of /dev/sdf is not mounted"}`)
assert.Equal(GinkgoT(), platform.UnmountPersistentDiskDevicePath, "/dev/sdf")
})
It("unmount disk when device path not found", func() {
platform := fakeplatform.NewFakePlatform()
mountDisk := buildUnmountDiskAction(platform)
_, err := mountDisk.Run("vol-456")
assert.Error(GinkgoT(), err)
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("migrate disk should be asynchronous", func() {
_, action := buildMigrateDiskAction()
assert.True(GinkgoT(), action.IsAsynchronous())
})
It("migrate disk action run", func() {
platform, action := buildMigrateDiskAction()
value, err := action.Run()
assert.NoError(GinkgoT(), err)
boshassert.MatchesJsonString(GinkgoT(), value, "{}")
assert.Equal(GinkgoT(), platform.MigratePersistentDiskFromMountPoint, "/foo/store")
assert.Equal(GinkgoT(), platform.MigratePersistentDiskToMountPoint, "/foo/store_migration_target")
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("prepare network change should be synchronous", func() {
action, _ := buildPrepareAction()
assert.False(GinkgoT(), action.IsAsynchronous())
})
It("prepare network change", func() {
action, fs := buildPrepareAction()
fs.WriteToFile("/etc/udev/rules.d/70-persistent-net.rules", "")
resp, err := action.Run()
assert.NoError(GinkgoT(), err)
assert.Equal(GinkgoT(), "ok", resp)
assert.False(GinkgoT(), fs.FileExists("/etc/udev/rules.d/70-persistent-net.rules"))
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
var (
logger boshlog.Logger
platform *fakeplatform.FakePlatform
)
BeforeEach(func() {
platform = fakeplatform.NewFakePlatform()
logger = boshlog.NewLogger(boshlog.LEVEL_NONE)
})
It("list disk should be synchronous", func() {
settings := &fakesettings.FakeSettingsService{}
action := NewListDisk(settings, platform, logger)
Expect(action.IsAsynchronous()).To(BeFalse())
})
It("is not persistent", func() {
settings := &fakesettings.FakeSettingsService{}
action := NewListDisk(settings, platform, logger)
Expect(action.IsPersistent()).To(BeFalse())
})
It("list disk run", func() {
settings := &fakesettings.FakeSettingsService{
Disks: boshsettings.Disks{
Persistent: map[string]string{
"volume-1": "/dev/sda",
"volume-2": "/dev/sdb",
"volume-3": "/dev/sdc",
},
},
}
platform.MountedDevicePaths = []string{"/dev/sdb", "/dev/sdc"}
action := NewListDisk(settings, platform, logger)
value, err := action.Run()
Expect(err).ToNot(HaveOccurred())
boshassert.MatchesJsonString(GinkgoT(), value, `["volume-2","volume-3"]`)
})
})
}
func init() {
Describe("Ping", func() {
It("is synchronous", func() {
action := NewPing()
Expect(action.IsAsynchronous()).To(BeFalse())
})
It("is not persistent", func() {
action := NewPing()
Expect(action.IsPersistent()).To(BeFalse())
})
It("ping run returns pong", func() {
action := NewPing()
pong, err := action.Run()
Expect(err).ToNot(HaveOccurred())
Expect(pong).To(Equal("pong"))
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("logs should be asynchronous", func() {
_, action := buildLogsAction()
assert.True(GinkgoT(), action.IsAsynchronous())
})
It("logs errs if given invalid log type", func() {
_, action := buildLogsAction()
_, err := action.Run("other-logs", []string{})
assert.Error(GinkgoT(), err)
})
It("agent logs with filters", func() {
filters := []string{"**/*.stdout.log", "**/*.stderr.log"}
expectedFilters := []string{"**/*.stdout.log", "**/*.stderr.log"}
testLogs(GinkgoT(), "agent", filters, expectedFilters)
})
It("agent logs without filters", func() {
filters := []string{}
expectedFilters := []string{"**/*"}
testLogs(GinkgoT(), "agent", filters, expectedFilters)
})
It("job logs without filters", func() {
filters := []string{}
expectedFilters := []string{"**/*.log"}
testLogs(GinkgoT(), "job", filters, expectedFilters)
})
It("job logs with filters", func() {
filters := []string{"**/*.stdout.log", "**/*.stderr.log"}
expectedFilters := []string{"**/*.stdout.log", "**/*.stderr.log"}
testLogs(GinkgoT(), "job", filters, expectedFilters)
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("stop should be asynchronous", func() {
_, action := buildStopAction()
assert.True(GinkgoT(), action.IsAsynchronous())
})
It("stop run returns stopped", func() {
_, action := buildStopAction()
stopped, err := action.Run()
assert.NoError(GinkgoT(), err)
assert.Equal(GinkgoT(), "stopped", stopped)
})
It("stop run stops job supervisor services", func() {
jobSupervisor, action := buildStopAction()
_, err := action.Run()
assert.NoError(GinkgoT(), err)
assert.True(GinkgoT(), jobSupervisor.Stopped)
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("get state should be synchronous", func() {
settings := &fakesettings.FakeSettingsService{}
_, _, _, action := buildGetStateAction(settings)
assert.False(GinkgoT(), action.IsAsynchronous())
})
It("get state run", func() {
settings := &fakesettings.FakeSettingsService{}
settings.AgentId = "my-agent-id"
settings.Vm.Name = "vm-abc-def"
specService, jobSupervisor, _, action := buildGetStateAction(settings)
jobSupervisor.StatusStatus = "running"
specService.Spec = boshas.V1ApplySpec{
Deployment: "fake-deployment",
}
expectedSpec := GetStateV1ApplySpec{
AgentId: "my-agent-id",
JobState: "running",
BoshProtocol: "1",
Vm: boshsettings.Vm{Name: "vm-abc-def"},
Ntp: boshntp.NTPInfo{
Offset: "0.34958",
Timestamp: "12 Oct 17:37:58",
},
}
expectedSpec.Deployment = "fake-deployment"
state, err := action.Run()
assert.NoError(GinkgoT(), err)
assert.Equal(GinkgoT(), state.AgentId, expectedSpec.AgentId)
assert.Equal(GinkgoT(), state.JobState, expectedSpec.JobState)
assert.Equal(GinkgoT(), state.Deployment, expectedSpec.Deployment)
boshassert.LacksJsonKey(GinkgoT(), state, "vitals")
assert.Equal(GinkgoT(), state, expectedSpec)
})
It("get state run without current spec", func() {
settings := &fakesettings.FakeSettingsService{}
settings.AgentId = "my-agent-id"
settings.Vm.Name = "vm-abc-def"
specService, jobSupervisor, _, action := buildGetStateAction(settings)
jobSupervisor.StatusStatus = "running"
specService.GetErr = errors.New("some error")
specService.Spec = boshas.V1ApplySpec{
Deployment: "fake-deployment",
}
expectedSpec := GetStateV1ApplySpec{
AgentId: "my-agent-id",
JobState: "running",
BoshProtocol: "1",
Vm: boshsettings.Vm{Name: "vm-abc-def"},
Ntp: boshntp.NTPInfo{
Offset: "0.34958",
Timestamp: "12 Oct 17:37:58",
},
}
state, err := action.Run()
assert.NoError(GinkgoT(), err)
boshassert.MatchesJsonMap(GinkgoT(), expectedSpec.Ntp, map[string]interface{}{
"offset": "0.34958",
"timestamp": "12 Oct 17:37:58",
})
assert.Equal(GinkgoT(), state, expectedSpec)
})
It("get state run with full format option", func() {
settings := &fakesettings.FakeSettingsService{}
settings.AgentId = "my-agent-id"
settings.Vm.Name = "vm-abc-def"
specService, jobSupervisor, fakeVitals, action := buildGetStateAction(settings)
jobSupervisor.StatusStatus = "running"
specService.Spec = boshas.V1ApplySpec{
Deployment: "fake-deployment",
}
expectedVitals := boshvitals.Vitals{
Load: []string{"foo", "bar", "baz"},
}
fakeVitals.GetVitals = expectedVitals
expectedVm := map[string]interface{}{"name": "vm-abc-def"}
state, err := action.Run("full")
assert.NoError(GinkgoT(), err)
boshassert.MatchesJsonString(GinkgoT(), state.AgentId, `"my-agent-id"`)
boshassert.MatchesJsonString(GinkgoT(), state.JobState, `"running"`)
boshassert.MatchesJsonString(GinkgoT(), state.Deployment, `"fake-deployment"`)
assert.Equal(GinkgoT(), *state.Vitals, expectedVitals)
boshassert.MatchesJsonMap(GinkgoT(), state.Vm, expectedVm)
})
It("get state run on vitals error", func() {
settings := &fakesettings.FakeSettingsService{}
_, _, fakeVitals, action := buildGetStateAction(settings)
fakeVitals.GetErr = errors.New("Oops, could not get vitals")
_, err := action.Run("full")
assert.Error(GinkgoT(), err)
})
})
}
func init() {
Describe("Testing with Ginkgo", func() {
It("apply should be asynchronous", func() {
_, _, action := buildApplyAction()
Expect(action.IsAsynchronous()).To(BeTrue())
})
It("is not persistent", func() {
_, _, action := buildApplyAction()
Expect(action.IsPersistent()).To(BeFalse())
})
It("apply returns applied", func() {
_, _, action := buildApplyAction()
applySpec := boshas.V1ApplySpec{
ConfigurationHash: "fake-config-hash",
}
value, err := action.Run(applySpec)
Expect(err).ToNot(HaveOccurred())
boshassert.MatchesJsonString(GinkgoT(), value, `"applied"`)
})
It("apply run saves the first argument to spec json", func() {
_, specService, action := buildApplyAction()
applySpec := boshas.V1ApplySpec{
ConfigurationHash: "fake-config-hash",
}
_, err := action.Run(applySpec)
Expect(err).ToNot(HaveOccurred())
Expect(applySpec).To(Equal(specService.Spec))
})
It("apply run skips applier when apply spec does not have configuration hash", func() {
applier, _, action := buildApplyAction()
applySpec := boshas.V1ApplySpec{
JobSpec: boshas.JobSpec{
Template: "fake-job-template",
},
}
_, err := action.Run(applySpec)
Expect(err).ToNot(HaveOccurred())
Expect(applier.Applied).To(BeFalse())
})
It("apply run runs applier with apply spec when apply spec has configuration hash", func() {
applier, _, action := buildApplyAction()
expectedApplySpec := boshas.V1ApplySpec{
JobSpec: boshas.JobSpec{
Template: "fake-job-template",
},
ConfigurationHash: "fake-config-hash",
}
_, err := action.Run(expectedApplySpec)
Expect(err).ToNot(HaveOccurred())
Expect(applier.Applied).To(BeTrue())
Expect(expectedApplySpec).To(Equal(applier.ApplyApplySpec))
})
It("apply run errs when applier fails", func() {
applier, _, action := buildApplyAction()
applier.ApplyError = errors.New("fake-apply-error")
_, err := action.Run(boshas.V1ApplySpec{ConfigurationHash: "fake-config-hash"})
Expect(err).To(HaveOccurred())
Expect(err.Error()).To(ContainSubstring("fake-apply-error"))
})
})
}
func TestListDiskShouldBeSynchronous(t *testing.T) {
settings := &fakesettings.FakeSettingsService{}
platform := fakeplatform.NewFakePlatform()
action := NewListDisk(settings, platform)
assert.False(t, action.IsAsynchronous())
}
func init() {
Describe("Testing with Ginkgo", func() {
It("drain should be asynchronous", func() {
_, _, action := buildDrain()
assert.True(GinkgoT(), action.IsAsynchronous())
})
It("drain run update skips drain script when without drain script", func() {
_, fakeDrainProvider, action := buildDrain()
newSpec := boshas.V1ApplySpec{
PackageSpecs: map[string]boshas.PackageSpec{
"foo": boshas.PackageSpec{
Name: "foo",
Sha1: "foo-sha1-new",
},
},
}
fakeDrainProvider.NewDrainScriptDrainScript.ExistsBool = false
_, err := action.Run(DrainTypeUpdate, newSpec)
assert.NoError(GinkgoT(), err)
assert.False(GinkgoT(), fakeDrainProvider.NewDrainScriptDrainScript.DidRun)
})
It("drain run shutdown skips drain script when without drain script", func() {
_, fakeDrainProvider, action := buildDrain()
newSpec := boshas.V1ApplySpec{
PackageSpecs: map[string]boshas.PackageSpec{
"foo": boshas.PackageSpec{
Name: "foo",
Sha1: "foo-sha1-new",
},
},
}
fakeDrainProvider.NewDrainScriptDrainScript.ExistsBool = false
_, err := action.Run(DrainTypeShutdown, newSpec)
assert.NoError(GinkgoT(), err)
assert.False(GinkgoT(), fakeDrainProvider.NewDrainScriptDrainScript.DidRun)
})
It("drain run status errs when without drain script", func() {
_, fakeDrainProvider, action := buildDrain()
fakeDrainProvider.NewDrainScriptDrainScript.ExistsBool = false
_, err := action.Run(DrainTypeStatus)
assert.Error(GinkgoT(), err)
})
It("drain errs when drain script exits with error", func() {
_, fakeDrainScriptProvider, action := buildDrain()
fakeDrainScriptProvider.NewDrainScriptDrainScript.RunExitStatus = 0
fakeDrainScriptProvider.NewDrainScriptDrainScript.RunError = errors.New("Fake error")
value, err := action.Run(DrainTypeStatus)
assert.Equal(GinkgoT(), value, 0)
assert.Error(GinkgoT(), err)
})
It("run with update errs if not given new spec", func() {
_, _, action := buildDrain()
_, err := action.Run(DrainTypeUpdate)
assert.Error(GinkgoT(), err)
})
It("run with update runs drain with updated packages", func() {
_, fakeDrainScriptProvider, action := buildDrain()
newSpec := boshas.V1ApplySpec{
PackageSpecs: map[string]boshas.PackageSpec{
"foo": boshas.PackageSpec{
Name: "foo",
Sha1: "foo-sha1-new",
},
},
}
drainStatus, err := action.Run(DrainTypeUpdate, newSpec)
assert.NoError(GinkgoT(), err)
assert.Equal(GinkgoT(), 1, drainStatus)
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptTemplateName, "foo")
assert.True(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.DidRun)
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.RunParams.JobChange(), "job_new")
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.RunParams.HashChange(), "hash_new")
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.RunParams.UpdatedPackages(), []string{"foo"})
})
It("run with shutdown", func() {
fakeNotifier, fakeDrainScriptProvider, action := buildDrain()
drainStatus, err := action.Run(DrainTypeShutdown)
assert.NoError(GinkgoT(), err)
assert.Equal(GinkgoT(), 1, drainStatus)
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptTemplateName, "foo")
assert.True(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.DidRun)
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.RunParams.JobChange(), "job_shutdown")
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.RunParams.HashChange(), "hash_unchanged")
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.RunParams.UpdatedPackages(), []string{})
assert.True(GinkgoT(), fakeNotifier.NotifiedShutdown)
})
It("run with status", func() {
_, fakeDrainScriptProvider, action := buildDrain()
drainStatus, err := action.Run(DrainTypeStatus)
assert.NoError(GinkgoT(), err)
assert.Equal(GinkgoT(), 1, drainStatus)
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptTemplateName, "foo")
assert.True(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.DidRun)
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.RunParams.JobChange(), "job_check_status")
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.RunParams.HashChange(), "hash_unchanged")
assert.Equal(GinkgoT(), fakeDrainScriptProvider.NewDrainScriptDrainScript.RunParams.UpdatedPackages(), []string{})
})
})
}
func TestGetTaskShouldBeSynchronous(t *testing.T) {
_, action := buildGetTaskAction()
assert.False(t, action.IsAsynchronous())
}
func TestPingShouldBeSynchronous(t *testing.T) {
action := NewPing()
assert.False(t, action.IsAsynchronous())
}
func init() {
Describe("Testing with Ginkgo", func() {
It("apply should be asynchronous", func() {
_, _, action := buildApplyAction()
assert.True(GinkgoT(), action.IsAsynchronous())
})
It("apply returns applied", func() {
_, _, action := buildApplyAction()
applySpec := boshas.V1ApplySpec{
JobSpec: boshas.JobSpec{
Name: "router",
},
}
value, err := action.Run(applySpec)
assert.NoError(GinkgoT(), err)
boshassert.MatchesJsonString(GinkgoT(), value, `"applied"`)
})
It("apply run saves the first argument to spec json", func() {
_, specService, action := buildApplyAction()
applySpec := boshas.V1ApplySpec{
JobSpec: boshas.JobSpec{
Name: "router",
},
}
_, err := action.Run(applySpec)
assert.NoError(GinkgoT(), err)
assert.Equal(GinkgoT(), applySpec, specService.Spec)
})
It("apply run skips applier when apply spec does not have configuration hash", func() {
applier, _, action := buildApplyAction()
applySpec := boshas.V1ApplySpec{
JobSpec: boshas.JobSpec{
Template: "fake-job-template",
},
}
_, err := action.Run(applySpec)
assert.NoError(GinkgoT(), err)
assert.False(GinkgoT(), applier.Applied)
})
It("apply run runs applier with apply spec when apply spec has configuration hash", func() {
applier, _, action := buildApplyAction()
expectedApplySpec := boshas.V1ApplySpec{
JobSpec: boshas.JobSpec{
Template: "fake-job-template",
},
ConfigurationHash: "fake-config-hash",
}
_, err := action.Run(expectedApplySpec)
assert.NoError(GinkgoT(), err)
assert.True(GinkgoT(), applier.Applied)
assert.Equal(GinkgoT(), expectedApplySpec, applier.ApplyApplySpec)
})
It("apply run errs when applier fails", func() {
applier, _, action := buildApplyAction()
applier.ApplyError = errors.New("fake-apply-error")
_, err := action.Run(boshas.V1ApplySpec{ConfigurationHash: "fake-config-hash"})
assert.Error(GinkgoT(), err)
assert.Contains(GinkgoT(), err.Error(), "fake-apply-error")
})
})
}
func TestStopShouldBeAsynchronous(t *testing.T) {
_, action := buildStopAction()
assert.True(t, action.IsAsynchronous())
}
func init() {
Describe("Testing with Ginkgo", func() {
It("compile package should be asynchronous", func() {
_, action := buildCompilePackageAction()
Expect(action.IsAsynchronous()).To(BeTrue())
})
It("is not persistent", func() {
_, action := buildCompilePackageAction()
Expect(action.IsPersistent()).To(BeFalse())
})
It("compile package compiles the package abd returns blob id", func() {
compiler, action := buildCompilePackageAction()
compiler.CompileBlobID = "my-blob-id"
compiler.CompileSha1 = "some sha1"
blobID, sha1, name, version, deps := getCompileActionArguments()
expectedPkg := boshcomp.Package{
BlobstoreID: blobID,
Sha1: sha1,
Name: name,
Version: version,
}
expectedJSON := map[string]interface{}{
"result": map[string]string{
"blobstore_id": "my-blob-id",
"sha1": "some sha1",
},
}
expectedDeps := []boshmodels.Package{
{
Name: "first_dep",
Version: "first_dep_version",
Source: boshmodels.Source{
Sha1: "first_dep_sha1",
BlobstoreID: "first_dep_blobstore_id",
},
},
{
Name: "sec_dep",
Version: "sec_dep_version",
Source: boshmodels.Source{
Sha1: "sec_dep_sha1",
BlobstoreID: "sec_dep_blobstore_id",
},
},
}
val, err := action.Run(blobID, sha1, name, version, deps)
Expect(err).ToNot(HaveOccurred())
Expect(expectedPkg).To(Equal(compiler.CompilePkg))
Expect(expectedDeps).To(Equal(compiler.CompileDeps))
boshassert.MatchesJSONMap(GinkgoT(), val, expectedJSON)
})
It("compile package errs when compile fails", func() {
compiler, action := buildCompilePackageAction()
compiler.CompileErr = errors.New("fake-compile-error")
blobID, sha1, name, version, deps := getCompileActionArguments()
_, err := action.Run(blobID, sha1, name, version, deps)
Expect(err).To(HaveOccurred())
Expect(err.Error()).To(ContainSubstring("fake-compile-error"))
})
})
}
func TestStartShouldBeSynchronous(t *testing.T) {
_, action := buildStartAction()
assert.False(t, action.IsAsynchronous())
}
func TestMigrateDiskShouldBeAsynchronous(t *testing.T) {
_, action := buildMigrateDiskAction()
assert.True(t, action.IsAsynchronous())
}
func init() {
Describe("Testing with Ginkgo", func() {
It("get task should be synchronous", func() {
_, action := buildGetTaskAction()
assert.False(GinkgoT(), action.IsAsynchronous())
})
It("get task run returns a running task", func() {
taskService, action := buildGetTaskAction()
taskService.Tasks = map[string]boshtask.Task{
"57": boshtask.Task{
Id: "found-57-id",
State: boshtask.TaskStateRunning,
},
}
taskValue, err := action.Run("57")
assert.NoError(GinkgoT(), err)
boshassert.MatchesJsonString(GinkgoT(), taskValue, `{"agent_task_id":"found-57-id","state":"running"}`)
})
It("get task run returns a failed task", func() {
taskService, action := buildGetTaskAction()
taskService.Tasks = map[string]boshtask.Task{
"57": boshtask.Task{
Id: "found-57-id",
State: boshtask.TaskStateFailed,
Error: errors.New("Oops we failed..."),
},
}
taskValue, err := action.Run("57")
assert.Error(GinkgoT(), err)
assert.Equal(GinkgoT(), "Oops we failed...", err.Error())
boshassert.MatchesJsonString(GinkgoT(), taskValue, `null`)
})
It("get task run returns a successful task", func() {
taskService, action := buildGetTaskAction()
taskService.Tasks = map[string]boshtask.Task{
"57": boshtask.Task{
Id: "found-57-id",
State: boshtask.TaskStateDone,
Value: "some-task-value",
},
}
taskValue, err := action.Run("57")
assert.NoError(GinkgoT(), err)
boshassert.MatchesJsonString(GinkgoT(), taskValue, `"some-task-value"`)
})
It("get task run when task is not found", func() {
taskService, action := buildGetTaskAction()
taskService.Tasks = map[string]boshtask.Task{}
_, err := action.Run("57")
assert.Error(GinkgoT(), err)
assert.Equal(GinkgoT(), "Task with id 57 could not be found", err.Error())
})
})
}
func TestLogsShouldBeAsynchronous(t *testing.T) {
_, action := buildLogsAction()
assert.True(t, action.IsAsynchronous())
}
func TestCompilePackageShouldBeAsynchronous(t *testing.T) {
_, action := buildCompilePackageAction()
assert.True(t, action.IsAsynchronous())
}
func init() {
Describe("GetState", func() {
It("get state should be synchronous", func() {
settings := &fakesettings.FakeSettingsService{}
_, _, _, action := buildGetStateAction(settings)
Expect(action.IsAsynchronous()).To(BeFalse())
})
It("is not persistent", func() {
settings := &fakesettings.FakeSettingsService{}
_, _, _, action := buildGetStateAction(settings)
Expect(action.IsPersistent()).To(BeFalse())
})
Describe("Run", func() {
It("returns state", func() {
settings := &fakesettings.FakeSettingsService{}
settings.AgentID = "my-agent-id"
settings.VM.Name = "vm-abc-def"
specService, jobSupervisor, _, action := buildGetStateAction(settings)
jobSupervisor.StatusStatus = "running"
specService.Spec = boshas.V1ApplySpec{
Deployment: "fake-deployment",
}
expectedSpec := GetStateV1ApplySpec{
AgentID: "my-agent-id",
JobState: "running",
BoshProtocol: "1",
VM: boshsettings.VM{Name: "vm-abc-def"},
Ntp: boshntp.NTPInfo{
Offset: "0.34958",
Timestamp: "12 Oct 17:37:58",
},
}
expectedSpec.Deployment = "fake-deployment"
state, err := action.Run()
Expect(err).ToNot(HaveOccurred())
Expect(state.AgentID).To(Equal(expectedSpec.AgentID))
Expect(state.JobState).To(Equal(expectedSpec.JobState))
Expect(state.Deployment).To(Equal(expectedSpec.Deployment))
boshassert.LacksJSONKey(GinkgoT(), state, "vitals")
Expect(state).To(Equal(expectedSpec))
})
It("returns state in full format", func() {
settings := &fakesettings.FakeSettingsService{}
settings.AgentID = "my-agent-id"
settings.VM.Name = "vm-abc-def"
specService, jobSupervisor, fakeVitals, action := buildGetStateAction(settings)
jobSupervisor.StatusStatus = "running"
specService.Spec = boshas.V1ApplySpec{
Deployment: "fake-deployment",
}
expectedVitals := boshvitals.Vitals{
Load: []string{"foo", "bar", "baz"},
}
fakeVitals.GetVitals = expectedVitals
expectedVM := map[string]interface{}{"name": "vm-abc-def"}
state, err := action.Run("full")
Expect(err).ToNot(HaveOccurred())
boshassert.MatchesJSONString(GinkgoT(), state.AgentID, `"my-agent-id"`)
boshassert.MatchesJSONString(GinkgoT(), state.JobState, `"running"`)
boshassert.MatchesJSONString(GinkgoT(), state.Deployment, `"fake-deployment"`)
Expect(*state.Vitals).To(Equal(expectedVitals))
boshassert.MatchesJSONMap(GinkgoT(), state.VM, expectedVM)
})
Context("when current cannot be retrieved", func() {
It("without current spec", func() {
settings := &fakesettings.FakeSettingsService{}
specService, _, _, action := buildGetStateAction(settings)
specService.GetErr = errors.New("fake-spec-get-error")
_, err := action.Run()
Expect(err).To(HaveOccurred())
Expect(err.Error()).To(ContainSubstring("fake-spec-get-error"))
})
})
Context("when vitals cannot be retrieved", func() {
It("returns error", func() {
settings := &fakesettings.FakeSettingsService{}
_, _, fakeVitals, action := buildGetStateAction(settings)
fakeVitals.GetErr = errors.New("fake-vitals-get-error")
_, err := action.Run("full")
Expect(err).To(HaveOccurred())
Expect(err.Error()).To(ContainSubstring("fake-vitals-get-error"))
})
})
})
})
}
