/
install_cmd_test.go
1356 lines (1283 loc) · 54.5 KB
/
install_cmd_test.go
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package hostcommands
import (
"context"
"encoding/json"
"fmt"
"strings"
"github.com/go-openapi/strfmt"
"github.com/go-openapi/swag"
"github.com/golang/mock/gomock"
"github.com/google/uuid"
. "github.com/onsi/ginkgo"
. "github.com/onsi/ginkgo/extensions/table"
. "github.com/onsi/gomega"
"github.com/openshift/assisted-service/internal/common"
eventgen "github.com/openshift/assisted-service/internal/common/events"
eventsapi "github.com/openshift/assisted-service/internal/events/api"
"github.com/openshift/assisted-service/internal/events/eventstest"
"github.com/openshift/assisted-service/internal/hardware"
"github.com/openshift/assisted-service/internal/host/hostutil"
"github.com/openshift/assisted-service/internal/oc"
"github.com/openshift/assisted-service/internal/versions"
"github.com/openshift/assisted-service/models"
"github.com/pkg/errors"
"github.com/thoas/go-funk"
"gorm.io/gorm"
)
const (
defaultMCOImage = "mcoImage"
ocpMustGatherImage = "mustGatherImage"
)
var defaultMustGatherVersion = versions.MustGatherVersion{
"ocp": ocpMustGatherImage,
}
var DefaultInstructionConfig = InstructionConfig{
InstallerImage: "quay.io/ocpmetal/assisted-installer:latest",
ControllerImage: "quay.io/ocpmetal/assisted-installer-controller:latest",
AgentImage: "quay.io/ocpmetal/assisted-installer-agent:latest",
ReleaseImageMirror: "local.registry:5000/ocp@sha256:eab93b4591699a5a4ff50ad3517892653f04fb840127895bb3609b3cc68f98f3",
}
var _ = Describe("installcmd", func() {
var (
ctx = context.Background()
host models.Host
cluster common.Cluster
db *gorm.DB
installCmd *installCmd
clusterId strfmt.UUID
infraEnvId strfmt.UUID
infraEnv common.InfraEnv
installCmdSteps []*models.Step
stepErr error
ctrl *gomock.Controller
mockValidator *hardware.MockValidator
mockRelease *oc.MockRelease
instructionConfig InstructionConfig
dbName string
mockEvents *eventsapi.MockHandler
mockVersions *versions.MockHandler
)
BeforeEach(func() {
db, dbName = common.PrepareTestDB()
ctrl = gomock.NewController(GinkgoT())
mockValidator = hardware.NewMockValidator(ctrl)
instructionConfig = DefaultInstructionConfig
mockEvents = eventsapi.NewMockHandler(ctrl)
mockVersions = versions.NewMockHandler(ctrl)
mockRelease = oc.NewMockRelease(ctrl)
installCmd = NewInstallCmd(common.GetTestLog(), db, mockValidator, mockRelease, instructionConfig, mockEvents, mockVersions, true)
cluster = createClusterInDb(db, models.ClusterHighAvailabilityModeFull)
clusterId = *cluster.ID
infraEnv = createInfraEnvInDb(db, clusterId)
infraEnvId = *infraEnv.ID
host = createHostInDb(db, infraEnvId, clusterId, models.HostRoleMaster, false, "")
})
mockGetReleaseImage := func(times int) {
mockVersions.EXPECT().GetReleaseImage(gomock.Any(), gomock.Any(), gomock.Any(), gomock.Any()).Return(common.TestDefaultConfig.ReleaseImage, nil).Times(times)
}
mockImages := func(times int) {
mockRelease.EXPECT().GetMCOImage(gomock.Any(), gomock.Any(), gomock.Any(), gomock.Any()).Return(defaultMCOImage, nil).Times(times)
mockVersions.EXPECT().GetMustGatherImages(gomock.Any(), gomock.Any(), gomock.Any()).Return(defaultMustGatherVersion, nil).Times(times)
}
Context("negative", func() {
It("get_step_one_master", func() {
mockValidator.EXPECT().GetHostInstallationPath(gomock.Any()).Return("").Times(1)
})
It("get_step_one_master_no_mco_image", func() {
mockValidator.EXPECT().GetHostInstallationPath(gomock.Any()).Return(common.TestDiskId).Times(1)
mockGetReleaseImage(1)
mockRelease.EXPECT().GetMCOImage(gomock.Any(), gomock.Any(), gomock.Any(), gomock.Any()).Return("", errors.New("error")).Times(1)
})
AfterEach(func() {
installCmdSteps, stepErr = installCmd.GetSteps(ctx, &host)
Expect(installCmdSteps).To(BeNil())
postvalidation(true, true, nil, stepErr, "")
hostFromDb := hostutil.GetHostFromDB(*host.ID, infraEnvId, db)
Expect(hostFromDb.InstallerVersion).Should(BeEmpty())
})
})
DescribeTable("enable MCO reboot values",
func(enableMcoReboot bool, version string, expected bool) {
installCommand := NewInstallCmd(common.GetTestLog(), db, mockValidator, mockRelease, instructionConfig, mockEvents, mockVersions, enableMcoReboot)
mockValidator.EXPECT().GetHostInstallationPath(gomock.Any()).Return(common.TestDiskId).Times(1)
mockGetReleaseImage(1)
mockImages(1)
Expect(db.Model(&common.Cluster{}).Where("id = ?", *host.ClusterID).Update("openshift_version", version).Error).ToNot(HaveOccurred())
installCmdSteps, stepErr = installCommand.GetSteps(ctx, &host)
validateInstallCommand(installCommand, installCmdSteps[0], models.HostRoleMaster, infraEnvId, clusterId, *host.ID, common.TestDiskId, nil, models.ClusterHighAvailabilityModeFull, expected, version)
},
Entry("Enbale MCO reboot is false", false, "4.15.0", false),
Entry("Enbale MCO reboot is true. Lower version", true, "4.14.0", false),
Entry("Enbale MCO reboot is true. Equal version", true, "4.15.0", true),
Entry("Enbale MCO reboot is true. Higher version", true, "4.16.0", true),
Entry("Enbale MCO reboot is true. Empty version", true, "", false),
)
It("get_step_one_master_success", func() {
mockValidator.EXPECT().GetHostInstallationPath(gomock.Any()).Return(common.TestDiskId).Times(1)
mockGetReleaseImage(1)
mockImages(1)
installCmdSteps, stepErr = installCmd.GetSteps(ctx, &host)
postvalidation(false, false, installCmdSteps[0], stepErr, models.HostRoleMaster)
validateInstallCommand(installCmd, installCmdSteps[0], models.HostRoleMaster, infraEnvId, clusterId, *host.ID, common.TestDiskId, nil, models.ClusterHighAvailabilityModeFull, false, common.TestDefaultConfig.OpenShiftVersion)
hostFromDb := hostutil.GetHostFromDB(*host.ID, infraEnvId, db)
Expect(hostFromDb.InstallerVersion).Should(Equal(DefaultInstructionConfig.InstallerImage))
})
It("get_step_three_master_success", func() {
host2 := createHostInDb(db, infraEnvId, clusterId, models.HostRoleMaster, false, "")
host3 := createHostInDb(db, infraEnvId, clusterId, models.HostRoleMaster, true, "some_hostname")
mockValidator.EXPECT().GetHostInstallationPath(gomock.Any()).Return(common.TestDiskId).Times(3)
mockGetReleaseImage(3)
mockImages(3)
installCmdSteps, stepErr = installCmd.GetSteps(ctx, &host)
postvalidation(false, false, installCmdSteps[0], stepErr, models.HostRoleMaster)
validateInstallCommand(installCmd, installCmdSteps[0], models.HostRoleMaster, infraEnvId, clusterId, *host.ID, common.TestDiskId, nil, models.ClusterHighAvailabilityModeFull, false, common.TestDefaultConfig.OpenShiftVersion)
installCmdSteps, stepErr = installCmd.GetSteps(ctx, &host2)
postvalidation(false, false, installCmdSteps[0], stepErr, models.HostRoleMaster)
validateInstallCommand(installCmd, installCmdSteps[0], models.HostRoleMaster, infraEnvId, clusterId, *host2.ID, common.TestDiskId, nil, models.ClusterHighAvailabilityModeFull, false, common.TestDefaultConfig.OpenShiftVersion)
installCmdSteps, stepErr = installCmd.GetSteps(ctx, &host3)
postvalidation(false, false, installCmdSteps[0], stepErr, models.HostRoleBootstrap)
validateInstallCommand(installCmd, installCmdSteps[0], models.HostRoleBootstrap, infraEnvId, clusterId, *host3.ID, common.TestDiskId, nil, models.ClusterHighAvailabilityModeFull, false, common.TestDefaultConfig.OpenShiftVersion)
})
It("invalid_inventory", func() {
host.Inventory = "blah"
mockValidator.EXPECT().GetHostInstallationPath(gomock.Any()).Return(common.TestDiskId).Times(1)
installCmdSteps, stepErr = installCmd.GetSteps(ctx, &host)
postvalidation(true, true, nil, stepErr, "")
})
Context("Bootable disk formatting", func() {
createDisk := func(name string, bootable bool) *models.Disk {
return &models.Disk{DriveType: models.DriveTypeHDD, ID: fmt.Sprintf("/dev/disk/by-id/wwn-%s", name), Name: name,
SizeBytes: int64(128849018880), Bootable: bootable}
}
createRemovableDisk := func(name string, removable bool) *models.Disk {
disk := createDisk(name, true)
disk.Removable = removable
return disk
}
getInventory := func(disks []*models.Disk) string {
inventory := models.Inventory{
Disks: disks,
}
b, err := json.Marshal(&inventory)
Expect(err).To(Not(HaveOccurred()))
return string(b)
}
mockFormatEvent := func(disk *models.Disk, times int) {
eventStatusInfo := "%s: Performing quick format of disk %s(%s)"
message := fmt.Sprintf(eventStatusInfo, hostutil.GetHostnameForMsg(&host), disk.Name, disk.ID)
mockEvents.EXPECT().SendHostEvent(gomock.Any(), eventstest.NewEventMatcher(
eventstest.WithNameMatcher(eventgen.QuickDiskFormatPerformedEventName),
eventstest.WithInfraEnvIdMatcher(host.InfraEnvID.String()),
eventstest.WithClusterIdMatcher(host.ClusterID.String()),
eventstest.WithMessageMatcher(message),
eventstest.WithHostIdMatcher(host.ID.String()))).Times(times)
}
mockSkipFormatEvent := func(disk *models.Disk, times int) {
eventStatusInfo := "%s: Skipping quick format of disk %s(%s) due to user request. This could lead to boot order issues during installation"
message := fmt.Sprintf(eventStatusInfo, hostutil.GetHostnameForMsg(&host), disk.Name, disk.ID)
mockEvents.EXPECT().SendHostEvent(gomock.Any(), eventstest.NewEventMatcher(
eventstest.WithNameMatcher(eventgen.QuickDiskFormatSkippedEventName),
eventstest.WithInfraEnvIdMatcher(host.InfraEnvID.String()),
eventstest.WithClusterIdMatcher(host.ClusterID.String()),
eventstest.WithMessageMatcher(message),
eventstest.WithHostIdMatcher(host.ID.String()))).Times(times)
}
prepareGetStep := func(disk *models.Disk) {
mockValidator.EXPECT().GetHostInstallationPath(gomock.Any()).Return(disk.ID)
mockGetReleaseImage(1)
mockImages(1)
}
sda := createDisk("sda", true)
sdb := createDisk("sdb", false)
sdh := createDisk("sdh", false)
sdc := createDisk("sdc", true)
It("Doesn't format removable disks", func() {
disks := []*models.Disk{
createRemovableDisk("sda", true), //removable disk
sdb, //installation disk
}
host.Inventory = getInventory(disks)
mockFormatEvent(disks[0], 0)
prepareGetStep(sdb)
installCmdSteps, stepErr = installCmd.GetSteps(ctx, &host)
verifyDiskFormatCommand(installCmdSteps[0], disks[0].ID, false)
})
It("Formats a single removable disk", func() {
disks := []*models.Disk{
sdb, //installation disk
sda, //bootable disk
sdh, //non-bootable, non-installation
}
host.Inventory = getInventory(disks)
mockFormatEvent(sda, 1)
prepareGetStep(sdb)
installCmdSteps, stepErr = installCmd.GetSteps(ctx, &host)
postvalidation(false, false, installCmdSteps[0], stepErr, models.HostRoleMaster)
validateInstallCommand(installCmd, installCmdSteps[0], models.HostRoleMaster, infraEnvId, clusterId, *host.ID, sdb.ID, getBootableDiskNames(disks), models.ClusterHighAvailabilityModeFull, false, common.TestDefaultConfig.OpenShiftVersion)
hostFromDb := hostutil.GetHostFromDB(*host.ID, infraEnvId, db)
Expect(hostFromDb.InstallerVersion).Should(Equal(DefaultInstructionConfig.InstallerImage))
verifyDiskFormatCommand(installCmdSteps[0], sda.ID, true)
verifyDiskFormatCommand(installCmdSteps[0], sdb.ID, false)
verifyDiskFormatCommand(installCmdSteps[0], sdh.ID, false)
})
It("Formats installation disk in case it is bootable", func() {
sddd := createDisk("sddd", true)
disks := []*models.Disk{
sddd, //installation disk
sda, //bootable disk
sdh, //non-bootable, non-installation
}
host.Inventory = getInventory(disks)
mockFormatEvent(sda, 1)
mockFormatEvent(sddd, 1)
prepareGetStep(sddd)
installCmdSteps, stepErr = installCmd.GetSteps(ctx, &host)
postvalidation(false, false, installCmdSteps[0], stepErr, models.HostRoleMaster)
validateInstallCommand(installCmd, installCmdSteps[0], models.HostRoleMaster, infraEnvId, clusterId, *host.ID, sddd.ID, getBootableDiskNames(disks), models.ClusterHighAvailabilityModeFull, false, common.TestDefaultConfig.OpenShiftVersion)
hostFromDb := hostutil.GetHostFromDB(*host.ID, infraEnvId, db)
Expect(hostFromDb.InstallerVersion).Should(Equal(DefaultInstructionConfig.InstallerImage))
verifyDiskFormatCommand(installCmdSteps[0], sda.ID, true)
verifyDiskFormatCommand(installCmdSteps[0], sddd.ID, true)
verifyDiskFormatCommand(installCmdSteps[0], sdh.ID, false)
})
It("Skip formatting installation disk in case SaveDiskPartitionsIsSet is set", func() {
sddd := createDisk("sddd", true)
disks := []*models.Disk{
sddd, //installation disk
sda, //bootable disk
sdh, //non-bootable, non-installation
}
host.Inventory = getInventory(disks)
host.InstallerArgs = `["--save-partindex","5","--copy-network"]`
mockFormatEvent(sda, 1)
mockSkipFormatEvent(sddd, 1)
prepareGetStep(sddd)
installCmdSteps, stepErr = installCmd.GetSteps(ctx, &host)
postvalidation(false, false, installCmdSteps[0], stepErr, models.HostRoleMaster)
validateInstallCommand(installCmd, installCmdSteps[0], models.HostRoleMaster, infraEnvId, clusterId, *host.ID, sddd.ID, getBootableDiskNames(disks), models.ClusterHighAvailabilityModeFull, false, common.TestDefaultConfig.OpenShiftVersion)
hostFromDb := hostutil.GetHostFromDB(*host.ID, infraEnvId, db)
Expect(hostFromDb.InstallerVersion).Should(Equal(DefaultInstructionConfig.InstallerImage))
verifyDiskFormatCommand(installCmdSteps[0], sda.ID, true)
verifyDiskFormatCommand(installCmdSteps[0], sddd.ID, false)
verifyDiskFormatCommand(installCmdSteps[0], sdh.ID, false)
})
It("Format multiple bootable disks with some skipped", func() {
sdi := createDisk("sdi", true)
sdi.DriveType = models.DriveTypeFC
sdg := createDisk("sdg", true)
sdg.DriveType = models.DriveTypeISCSI
sdd := createDisk("sdd", false)
sdd.IsInstallationMedia = true
sdj := createDisk("sdj", true)
sdj.ByPath = "/dev/mmcblk1boot1"
sdk := createDisk("sdk", true)
sdk.DriveType = models.DriveTypeLVM
sdt := createDisk("sdt", true)
sdq := createDisk("sdq", true)
sdf := createDisk("sdf", false)
disks := []*models.Disk{
sdb, //installation disk
sdh, //non-bootable-disk
sda, //bootable disk #1
sdc, //bootable disk #2
sdi, //skip bootable disk FC
sdg, //skip bootable disk iSCSI
sdf, //non-bootable disk
sdd, //skip installation media
sdj, //skip mmcblk device
sdk, //skip bootable disk LVM
sdt, //skip because user asked
sdq, //skip because user asked
}
host.Inventory = getInventory(disks)
host.SkipFormattingDisks = "/dev/disk/by-id/wwn-sdt,/dev/disk/by-id/wwn-sdq"
mockFormatEvent(sda, 1)
mockFormatEvent(sdc, 1)
mockSkipFormatEvent(sdt, 1)
mockSkipFormatEvent(sdq, 1)
prepareGetStep(sdb)
installCmdSteps, stepErr = installCmd.GetSteps(ctx, &host)
postvalidation(false, false, installCmdSteps[0], stepErr, models.HostRoleMaster)
validateInstallCommand(installCmd, installCmdSteps[0], models.HostRoleMaster, infraEnvId, clusterId, *host.ID, sdb.ID, []string{sda.ID, sdc.ID}, models.ClusterHighAvailabilityModeFull, false, common.TestDefaultConfig.OpenShiftVersion)
hostFromDb := hostutil.GetHostFromDB(*host.ID, infraEnvId, db)
Expect(hostFromDb.InstallerVersion).Should(Equal(DefaultInstructionConfig.InstallerImage))
verifyDiskFormatCommand(installCmdSteps[0], sda.ID, true)
verifyDiskFormatCommand(installCmdSteps[0], sdc.ID, true)
verifyDiskFormatCommand(installCmdSteps[0], sdi.ID, false)
verifyDiskFormatCommand(installCmdSteps[0], sdg.ID, false)
verifyDiskFormatCommand(installCmdSteps[0], sdj.ID, false)
verifyDiskFormatCommand(installCmdSteps[0], sdk.ID, false)
})
})
AfterEach(func() {
// cleanup
common.DeleteTestDB(db, dbName)
ctrl.Finish()
installCmdSteps = nil
stepErr = nil
})
})
var _ = Describe("installcmd arguments", func() {
var (
ctx = context.Background()
cluster common.Cluster
host models.Host
db *gorm.DB
validator *hardware.MockValidator
mockRelease *oc.MockRelease
dbName string
ctrl *gomock.Controller
mockEvents *eventsapi.MockHandler
mockVersions *versions.MockHandler
infraEnvId strfmt.UUID
infraEnv common.InfraEnv
)
mockImages := func() {
mockRelease.EXPECT().GetMCOImage(gomock.Any(), gomock.Any(), gomock.Any(), gomock.Any()).Return(defaultMCOImage, nil).AnyTimes()
mockVersions.EXPECT().GetMustGatherImages(gomock.Any(), gomock.Any(), gomock.Any()).Return(defaultMustGatherVersion, nil).AnyTimes()
}
BeforeEach(func() {
db, dbName = common.PrepareTestDB()
cluster = createClusterInDb(db, models.ClusterHighAvailabilityModeNone)
infraEnv = createInfraEnvInDb(db, *cluster.ID)
infraEnvId = *infraEnv.ID
host = createHostInDb(db, infraEnvId, *cluster.ID, models.HostRoleMaster, false, "")
ctrl = gomock.NewController(GinkgoT())
validator = hardware.NewMockValidator(ctrl)
validator.EXPECT().GetHostInstallationPath(gomock.Any()).Return(common.TestDiskId).AnyTimes()
mockEvents = eventsapi.NewMockHandler(ctrl)
mockRelease = oc.NewMockRelease(ctrl)
mockVersions = versions.NewMockHandler(ctrl)
mockVersions.EXPECT().GetReleaseImage(gomock.Any(), gomock.Any(), gomock.Any(), gomock.Any()).Return(common.TestDefaultConfig.ReleaseImage, nil).AnyTimes()
mockImages()
})
AfterEach(func() {
ctrl.Finish()
common.DeleteTestDB(db, dbName)
})
Context("configuration_params", func() {
It("check_cluster_version_is_false_by_default", func() {
config := &InstructionConfig{}
installCmd := NewInstallCmd(common.GetTestLog(), db, validator, mockRelease, *config, mockEvents, mockVersions, true)
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(swag.BoolValue(request.CheckCvo)).To(BeFalse())
})
It("check_cluster_version_is_set_to_false", func() {
config := &InstructionConfig{
CheckClusterVersion: false,
}
installCmd := NewInstallCmd(common.GetTestLog(), db, validator, mockRelease, *config, mockEvents, mockVersions, true)
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(swag.BoolValue(request.CheckCvo)).To(BeFalse())
})
It("check_cluster_version_is_set_to_true", func() {
config := &InstructionConfig{
CheckClusterVersion: true,
}
installCmd := NewInstallCmd(common.GetTestLog(), db, validator, mockRelease, *config, mockEvents, mockVersions, true)
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(swag.BoolValue(request.CheckCvo)).To(BeTrue())
})
It("verify high-availability-mode is None", func() {
installCmd := NewInstallCmd(common.GetTestLog(), db, validator, mockRelease, InstructionConfig{}, mockEvents, mockVersions, true)
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(*request.HighAvailabilityMode).To(Equal(models.ClusterHighAvailabilityModeNone))
})
It("verify empty value", func() {
mockRelease = oc.NewMockRelease(ctrl)
mockRelease.EXPECT().GetMCOImage(gomock.Any(), gomock.Any(), gomock.Any(), gomock.Any()).Return("", nil).AnyTimes()
mockVersions.EXPECT().GetMustGatherImages(gomock.Any(), gomock.Any(), gomock.Any()).Return(defaultMustGatherVersion, nil).AnyTimes()
installCmd := NewInstallCmd(common.GetTestLog(), db, validator, mockRelease, InstructionConfig{}, mockEvents, mockVersions, true)
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(request.McoImage).To(Equal(""))
})
It("no must-gather , mco and openshift version in day2 installation", func() {
db.Model(&cluster).Update("kind", models.ClusterKindAddHostsCluster)
installCmd := NewInstallCmd(common.GetTestLog(), db, validator, mockRelease, InstructionConfig{}, mockEvents, mockVersions, true)
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(request.McoImage).To(BeEmpty())
Expect(request.OpenshiftVersion).To(BeEmpty())
Expect(request.MustGatherImage).To(BeEmpty())
})
})
Context("installer args", func() {
var (
installCmd *installCmd
instructionConfig InstructionConfig
)
BeforeEach(func() {
instructionConfig = DefaultInstructionConfig
installCmd = NewInstallCmd(common.GetTestLog(), db, validator, mockRelease, instructionConfig, mockEvents, mockVersions, true)
})
It("valid installer args", func() {
host.InstallerArgs = `["--append-karg","nameserver=8.8.8.8","-n"]`
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(request.InstallerArgs).To(Equal(host.InstallerArgs))
Expect(request.SkipInstallationDiskCleanup).To(BeFalse())
})
It("empty installer args", func() {
host.InstallerArgs = ""
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(request.InstallerArgs).To(BeEmpty())
})
It("empty installer args with static ip config", func() {
db.Model(&infraEnv).Update("static_network_config", "{'test': 'test'}")
host.InstallerArgs = ""
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(request.InstallerArgs).To(Equal(`["--copy-network"]`))
})
It("non-empty installer args with static ip config", func() {
db.Model(&infraEnv).Update("static_network_config", "{'test': 'test'}")
host.InstallerArgs = `["--append-karg","nameserver=8.8.8.8","-n"]`
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(request.InstallerArgs).To(Equal(`["--append-karg","nameserver=8.8.8.8","-n","--copy-network"]`))
})
It("non-empty installer args with copy network with static ip config", func() {
db.Model(&cluster).Update("image_static_network_config", "rkhkjgdfd")
host.InstallerArgs = `["--append-karg","nameserver=8.8.8.8","-n","--copy-network"]`
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(request.InstallerArgs).To(Equal(host.InstallerArgs))
})
It("non-empty installer args with save-partlabel value", func() {
host.InstallerArgs = `["--save-partlabel","data","--copy-network"]`
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(request.InstallerArgs).To(Equal(host.InstallerArgs))
Expect(request.SkipInstallationDiskCleanup).To(BeTrue())
})
It("non-empty installer args with save-partindex value", func() {
host.InstallerArgs = `["--save-partindex","5","--copy-network"]`
stepReply, err := installCmd.GetSteps(ctx, &host)
Expect(err).NotTo(HaveOccurred())
Expect(stepReply).NotTo(BeNil())
request := generateRequestForStep(stepReply[0])
Expect(request.InstallerArgs).To(Equal(host.InstallerArgs))
Expect(request.SkipInstallationDiskCleanup).To(BeTrue())
})
})
Context("must-gather arguments", func() {
var (
installCmd *installCmd
instructionConfig InstructionConfig
)
BeforeEach(func() {
instructionConfig = DefaultInstructionConfig
installCmd = NewInstallCmd(common.GetTestLog(), db, validator, mockRelease, instructionConfig, mockEvents, mockVersions, true)
})
It("single argument with ocp image only", func() {
args, err := installCmd.getMustGatherArgument(defaultMustGatherVersion)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(ocpMustGatherImage))
})
It("multiple images", func() {
versions := map[string]string{
"cnv": "cnv-must-gather-image",
"lso": "lso-must-gather-image",
}
args, err := installCmd.getMustGatherArgument(versions)
Expect(err).NotTo(HaveOccurred())
out := make(map[string]string)
Expect(json.Unmarshal([]byte(args), &out)).NotTo(HaveOccurred())
Expect(out["cnv"]).To(Equal(versions["cnv"]))
Expect(out["lso"]).To(Equal(versions["lso"]))
})
})
Context("proxy arguments", func() {
var (
installCmd *installCmd
instructionConfig InstructionConfig
)
BeforeEach(func() {
instructionConfig = DefaultInstructionConfig
installCmd = NewInstallCmd(common.GetTestLog(), db, validator, mockRelease, instructionConfig, mockEvents, mockVersions, true)
})
It("no-proxy without httpProxy", func() {
args := installCmd.getProxyArguments("t-cluster", "proxy.org", "", "", "domain.com,192.168.1.0/24")
Expect(args).Should(BeNil())
})
It("default no-proxy", func() {
noProxy := installCmd.getProxyArguments("t-cluster", "proxy.org", "http://10.56.20.90:8080", "", "")
Expect(swag.StringValue(noProxy.HTTPProxy)).Should(Equal("http://10.56.20.90:8080"))
Expect(swag.StringValue(noProxy.NoProxy)).Should(Equal(
"127.0.0.1,localhost,.svc,.cluster.local,api-int.t-cluster.proxy.org"))
})
It("updated no-proxy", func() {
noProxy := installCmd.getProxyArguments("t-cluster", "proxy.org", "http://10.56.20.90:8080", "", "domain.org,127.0.0.2")
Expect(swag.StringValue(noProxy.HTTPProxy)).Should(Equal("http://10.56.20.90:8080"))
Expect(swag.StringValue(noProxy.NoProxy)).Should(Equal(
"domain.org,127.0.0.2,127.0.0.1,localhost,.svc,.cluster.local,api-int.t-cluster.proxy.org"))
})
It("all-excluded no-proxy", func() {
noProxy := installCmd.getProxyArguments("t-cluster", "proxy.org", "http://10.56.20.90:8080", "", "*")
Expect(swag.StringValue(noProxy.HTTPProxy)).Should(Equal("http://10.56.20.90:8080"))
Expect(swag.StringValue(noProxy.NoProxy)).Should(Equal("*"))
})
It("all-excluded no-proxy with spaces", func() {
noProxy := installCmd.getProxyArguments("t-cluster", "proxy.org", "http://10.56.20.90:8080", "", " * ")
Expect(swag.StringValue(noProxy.HTTPProxy)).Should(Equal("http://10.56.20.90:8080"))
Expect(swag.StringValue(noProxy.NoProxy)).Should(Equal("*"))
})
})
})
var _ = Describe("construct host install arguments", func() {
var (
cluster *common.Cluster
host *models.Host
infraEnv *common.InfraEnv
log = common.GetTestLog()
)
BeforeEach(func() {
clusterID := strfmt.UUID(uuid.New().String())
cluster = &common.Cluster{
Cluster: models.Cluster{
ID: &clusterID,
ImageInfo: &models.ImageInfo{},
},
}
infraEnvID := strfmt.UUID(uuid.New().String())
infraEnv = &common.InfraEnv{
InfraEnv: models.InfraEnv{
ID: &infraEnvID,
ClusterID: clusterID,
},
}
hostID := strfmt.UUID(uuid.New().String())
host = &models.Host{
ID: &hostID,
InfraEnvID: infraEnvID,
InstallationDiskID: "install-id",
}
host.Inventory = `{
"disks":[]
}`
})
It("multipath installation disk", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "192.186.10.0/24"}}
host.Inventory = fmt.Sprintf(`{
"disks":[
{
"id": "install-id",
"drive_type": "%s"
},
{
"id": "other-id",
"drive_type": "%s"
}
],
"interfaces":[
{
"name": "eth1",
"ipv4_addresses":["10.56.20.80/25"]
}
]
}`, models.DriveTypeMultipath, models.DriveTypeSSD)
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--append-karg","root=/dev/disk/by-label/dm-mpath-root","--append-karg","rw","--append-karg","rd.multipath=default"]`))
})
It("non-multipath installation disk", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "192.186.10.0/24"}}
host.Inventory = fmt.Sprintf(`{
"disks":[
{
"id": "other-id",
"drive_type": "%s"
},
{
"id": "install-id",
"drive_type": "%s"
}
],
"interfaces":[
{
"name": "eth1",
"ipv4_addresses":["10.56.20.80/25"]
}
]
}`, models.DriveTypeMultipath, models.DriveTypeSSD)
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(BeEmpty())
})
It("iSCSI installation disk", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "192.186.10.0/24"}}
host.Inventory = fmt.Sprintf(`{
"disks":[
{
"id": "install-id",
"drive_type": "%s"
},
{
"id": "other-id",
"drive_type": "%s"
}
],
"interfaces":[
{
"name": "eth1",
"ipv4_addresses":["10.56.20.80/25"]
}
]
}`, models.DriveTypeISCSI, models.DriveTypeSSD)
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--append-karg","rd.iscsi.firmware=1"]`))
})
It("iSCSI installation disk on OCI", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "192.186.10.0/24"}}
cluster.Platform = &models.Platform{Type: common.PlatformTypePtr(models.PlatformTypeOci)}
host.Inventory = fmt.Sprintf(`{
"disks":[
{
"id": "install-id",
"drive_type": "%s"
},
{
"id": "other-id",
"drive_type": "%s"
}
],
"interfaces":[
{
"name": "eth1",
"ipv4_addresses":["10.56.20.80/25"]
}
]
}`, models.DriveTypeISCSI, models.DriveTypeSSD)
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--append-karg","rd.iscsi.firmware=1","--append-karg","ip=ibft"]`))
})
It("ip=<nic>:dhcp6 added when machine CIDR is IPv6", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "2001:db8::/64"}}
host.Inventory = `{
"interfaces":[
{
"name": "eth0",
"ipv6_addresses":["2001:db8::a/120"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--append-karg","ip=eth0:dhcp6"]`))
})
It("ip=<nic>:dhcp6 not added when machine CIDR is IPv6 and no matching interface", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "2001:db8::/64"}}
host.Inventory = `{
"interfaces":[
{
"name": "eth0",
"ipv6_addresses":["2002:db8::a/120"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(""))
})
It("ip=<nic>:dhcp added when machine CIDR is IPv4", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "192.186.10.0/24"}}
host.Inventory = `{
"interfaces":[
{
"name": "eth1",
"ipv4_addresses":["192.186.10.10/25"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--append-karg","ip=eth1:dhcp"]`))
})
It("ip=<nic>:dhcp added when machine CIDR is IPv4 and multiple addresses", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "192.186.10.0/24"}}
host.Inventory = `{
"interfaces":[
{
"name": "eth1",
"ipv4_addresses":["10.56.20.80/24", "192.186.10.10/25"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--append-karg","ip=eth1:dhcp"]`))
})
It("ip=<nic>:dhcp added when machine CIDR is IPv4 and multiple interfaces", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "192.186.10.0/24"}}
host.Inventory = `{
"interfaces":[
{
"name": "eth0",
"ipv4_addresses":["10.56.20.80/24"]
},
{
"name": "eth1",
"ipv4_addresses":["192.186.10.10/25"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--append-karg","ip=eth1:dhcp"]`))
})
It("ip=<nic>:dhcp not added when machine CIDR is IPv4 and no matching interface", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "192.186.10.0/24"}}
host.Inventory = `{
"interfaces":[
{
"name": "eth1",
"ipv4_addresses":["10.56.20.80/25"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(""))
})
It("ip=<nic>:dhcp6 added when there's no machine CIDR and bootstrap is IPv6", func() {
cluster.Hosts = []*models.Host{
{
Bootstrap: true,
Inventory: `{
"interfaces":[
{
"ipv6_addresses":["2002:db8::a/64"]
}
]
}`,
},
}
host.Inventory = `{
"interfaces":[
{
"name": "eth0",
"ipv6_addresses":["2002:db8::b/120"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--append-karg","ip=eth0:dhcp6"]`))
})
It("ip=<nic>:dhcp6 not added when there's no machine CIDR, bootstrap is IPv6, but no matching interface", func() {
cluster.Hosts = []*models.Host{
{
Bootstrap: true,
Inventory: `{
"interfaces":[
{
"ipv4_addresses":["2002:db8::a/64"]
}
]
}`,
},
}
host.Inventory = `{
"interfaces":[
{
"name": "eth0",
"ipv6_addresses":["2001:db8::b/120"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(""))
})
It("ip=<nic>:dhcp added when there's no machine CIDR and bootstrap is IPv4", func() {
cluster.Hosts = []*models.Host{
{
Bootstrap: true,
Inventory: `{
"interfaces":[
{
"ipv4_addresses":["192.186.10.12/24"]
}
]
}`,
},
}
host.Inventory = `{
"interfaces":[
{
"name": "eth1",
"ipv4_addresses":["192.186.10.10/24"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--append-karg","ip=eth1:dhcp"]`))
})
It("ip=<nic>:dhcp not added when there's no machine CIDR, bootstrap is IPv4, but no matching interface", func() {
cluster.Hosts = []*models.Host{
{
Bootstrap: true,
Inventory: `{
"interfaces":[
{
"ipv4_addresses":["192.186.10.12/24"]
}
]
}`,
},
}
host.Inventory = `{
"interfaces":[
{
"name": "eth1",
"ipv4_addresses":["10.56.10.10/24"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(""))
})
It("ip=<nic>:dhcp not added and copy-network added with static config", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "192.186.10.0/24"}}
infraEnv.StaticNetworkConfig = "something"
cluster.ImageInfo.StaticNetworkConfig = "something"
host.Inventory = `{
"interfaces":[
{
"name": "eth1",
"ipv4_addresses":["192.186.10.10/24"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--copy-network"]`))
})
It("ip=<nic>:dhcp not added with static config and copy-network set by the user", func() {
host.InstallerArgs = `["--copy-network"]`
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "192.186.10.0/24"}}
infraEnv.StaticNetworkConfig = "something"
cluster.ImageInfo.StaticNetworkConfig = "something"
host.Inventory = `{
"interfaces":[
{
"name": "eth0",
"ipv4_addresses":["192.186.10.10/24"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--copy-network"]`))
})
It("ip=<nic>:dhcp added when copy-network set by the user without static config", func() {
host.InstallerArgs = `["--copy-network"]`
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "192.186.10.0/24"}}
host.Inventory = `{
"interfaces":[
{
"name": "ens3",
"ipv4_addresses":["192.186.10.10/24"]
}
]
}`
inventory, _ := common.UnmarshalInventory(host.Inventory)
args, err := constructHostInstallerArgs(cluster, host, inventory, infraEnv, log)
Expect(err).NotTo(HaveOccurred())
Expect(args).To(Equal(`["--copy-network","--append-karg","ip=ens3:dhcp"]`))
})
It("existing args updated with ip=<nic>:dhcp6 when machine CIDR is IPv6", func() {
cluster.MachineNetworks = []*models.MachineNetwork{{Cidr: "2001:db8::/120"}}
host.InstallerArgs = `["--append-karg","rd.break=cmdline"]`
host.Inventory = `{