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validation_test.go
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package odf_test
import (
"context"
"encoding/json"
"fmt"
"github.com/go-openapi/strfmt"
"github.com/go-openapi/swag"
"github.com/golang/mock/gomock"
"github.com/google/uuid"
"github.com/kelseyhightower/envconfig"
. "github.com/onsi/ginkgo"
. "github.com/onsi/gomega"
clust "github.com/openshift/assisted-service/internal/cluster"
"github.com/openshift/assisted-service/internal/common"
commontesting "github.com/openshift/assisted-service/internal/common/testing"
eventsapi "github.com/openshift/assisted-service/internal/events/api"
"github.com/openshift/assisted-service/internal/host"
"github.com/openshift/assisted-service/internal/metrics"
"github.com/openshift/assisted-service/internal/operators"
"github.com/openshift/assisted-service/internal/operators/odf"
"github.com/openshift/assisted-service/internal/testing"
"github.com/openshift/assisted-service/models"
"github.com/openshift/assisted-service/pkg/conversions"
"gorm.io/gorm"
)
type statusInfoChecker interface {
check(statusInfo *string)
}
type valueChecker struct {
value string
}
func (v *valueChecker) check(value *string) {
if value == nil {
Expect(v.value).To(Equal(""))
} else {
Expect(*value).To(Equal(v.value))
}
}
func makeValueChecker(value string) statusInfoChecker {
return &valueChecker{value: value}
}
type validationsChecker struct {
expected map[clust.ValidationID]validationCheckResult
}
func (j *validationsChecker) check(validationsStr string) {
validationMap := make(map[string][]clust.ValidationResult)
Expect(json.Unmarshal([]byte(validationsStr), &validationMap)).ToNot(HaveOccurred())
next:
for id, checkedResult := range j.expected {
category, err := id.Category()
Expect(err).ToNot(HaveOccurred())
results, ok := validationMap[category]
Expect(ok).To(BeTrue())
for _, r := range results {
if r.ID == id {
Expect(r.Status).To(Equal(checkedResult.status), "id = %s", id.String())
Expect(r.Message).To(MatchRegexp(checkedResult.messagePattern))
continue next
}
}
// Should not reach here
Expect(false).To(BeTrue())
}
}
type validationCheckResult struct {
status clust.ValidationStatus
messagePattern string
}
func makeJsonChecker(expected map[clust.ValidationID]validationCheckResult) *validationsChecker {
return &validationsChecker{expected: expected}
}
var _ = Describe("Ocs Operator use-cases", func() {
var (
ctx = context.Background()
db *gorm.DB
clusterId, hid1, hid2, hid3, hid4, hid5, hid6 strfmt.UUID
cluster common.Cluster
clusterApi *clust.Manager
mockEvents *eventsapi.MockHandler
mockHostAPI *host.MockAPI
mockMetric *metrics.MockAPI
ctrl *gomock.Controller
dbName string
diskID1 = "/dev/disk/by-id/test-disk-1"
diskID2 = "/dev/disk/by-id/test-disk-2"
diskID3 = "/dev/disk/by-id/test-disk-3"
)
mockHostAPIIsRequireUserActionResetFalse := func() {
mockHostAPI.EXPECT().IsRequireUserActionReset(gomock.Any()).Return(false).AnyTimes()
}
mockIsValidMasterCandidate := func() {
mockHostAPI.EXPECT().IsValidMasterCandidate(gomock.Any(), gomock.Any(), gomock.Any(), gomock.Any(), gomock.Any()).Return(true, nil).AnyTimes()
}
BeforeEach(func() {
db, dbName = common.PrepareTestDB()
ctrl = gomock.NewController(GinkgoT())
mockEvents = eventsapi.NewMockHandler(ctrl)
mockHostAPI = host.NewMockAPI(ctrl)
mockMetric = metrics.NewMockAPI(ctrl)
operatorsManager := operators.NewManager(common.GetTestLog(), nil, operators.Options{}, nil)
var cfg clust.Config
Expect(envconfig.Process(common.EnvConfigPrefix, &cfg)).ShouldNot(HaveOccurred())
clusterApi = clust.NewManager(cfg, common.GetTestLog().WithField("pkg", "cluster-monitor"), db, commontesting.GetDummyNotificationStream(ctrl),
mockEvents, nil, mockHostAPI, mockMetric, nil, nil, operatorsManager, nil, nil, nil, nil, nil, false)
hid1 = strfmt.UUID(uuid.New().String())
hid2 = strfmt.UUID(uuid.New().String())
hid3 = strfmt.UUID(uuid.New().String())
hid4 = strfmt.UUID(uuid.New().String())
hid5 = strfmt.UUID(uuid.New().String())
hid6 = strfmt.UUID(uuid.New().String())
clusterId = strfmt.UUID(uuid.New().String())
})
tests := []struct {
name string
srcState string
srcStatusInfo string
pullSecretSet bool
dstState string
hosts []models.Host
statusInfoChecker statusInfoChecker
validationsChecker *validationsChecker
setMachineCidrUpdatedAt bool
errorExpected bool
OpenShiftVersion string
}{
{
name: "odf enabled, 3 sufficient nodes",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusReady,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid2, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoReady),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationSuccess, messagePattern: "ODF Requirements for Compact Deployment are satisfied."},
}),
errorExpected: false,
},
{
name: "odf enabled, 6 sufficient nodes",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusReady,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid2, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid4, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 10, Ram: 15 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid5, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 10, Ram: 32 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid6, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 9, Ram: 60 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoReady),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationSuccess, messagePattern: "ODF Requirements for Standard Deployment are satisfied"},
}),
errorExpected: false,
},
{
name: "odf enabled, 3 nodes, one with empty inventory",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusInsufficient,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid2, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid3, Status: swag.String(models.HostStatusKnown), Inventory: "", Role: models.HostRoleMaster},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoInsufficient),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationPending, messagePattern: "Missing Inventory in some of the hosts"},
}),
errorExpected: false,
},
{
name: "odf enabled, 3 nodes, total disks not a multiple of 3",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusReady,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID3}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid2, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID3}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoReady),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationSuccess, messagePattern: "ODF Requirements for Compact Deployment are satisfied."},
}),
errorExpected: false,
},
{
name: "odf enabled, 3 insufficient nodes with less than 3 nodes",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusInsufficient,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 10, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid2, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 7, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoInsufficient),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationFailure, messagePattern: fmt.Sprintf("The cluster must have exactly %d dedicated control plane nodes. Add or remove hosts, or change their roles configurations to meet the requirement.", common.MinMasterHostsNeededForInstallationInHaMode)},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationFailure, messagePattern: "The cluster must either have no dedicated worker nodes or at least three."},
}),
errorExpected: false,
},
{
name: "odf enabled, 3 nodes with less than 3 disks",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusInsufficient,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid2, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid3, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoInsufficient),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationFailure, messagePattern: "Insufficient resources to deploy ODF in compact mode. ODF requires a minimum of 3 hosts. Each host must have at least 1 additional disk of 25 GB minimum and an installation disk."},
}),
errorExpected: false,
},
{
name: "odf enabled, 3 nodes with 3 odf disk, 1 with size less than 25GB",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusInsufficient,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid2, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 1 * conversions.GB, DriveType: models.DriveTypeSSD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoInsufficient),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationFailure, messagePattern: "Insufficient resources to deploy ODF in compact mode. ODF requires a minimum of 3 hosts. Each host must have at least 1 additional disk of 25 GB minimum and an installation disk."},
}),
errorExpected: false,
},
{
name: "odf enabled, 5 unsupported nodes ( 3 masters + 2 workers )",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusInsufficient,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid2, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid4, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid5, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoInsufficient),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationFailure, messagePattern: "The cluster must either have no dedicated worker nodes or at least three."},
}),
errorExpected: false,
},
{
name: "odf enabled, 6 nodes with 3 worker nodes, one with empty inventory",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusInsufficient,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid2, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid4, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid5, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid6, Status: swag.String(models.HostStatusKnown), Inventory: "", Role: models.HostRoleWorker},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoInsufficient),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationPending, messagePattern: "Missing Inventory in some of the hosts"},
}),
errorExpected: false,
},
{
name: "odf enabled, 6 nodes with 3 worker nodes, one with disk less than 25GB",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusInsufficient,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid2, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid4, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID3}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid5, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID3}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid6, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 64, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 1 * conversions.GB, DriveType: models.DriveTypeSSD, ID: diskID3}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoInsufficient),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationFailure, messagePattern: "Insufficient resources to deploy ODF in standard mode. ODF requires a minimum of 3 hosts. Each host must have at least 1 additional disk of 25 GB minimum and an installation disk."},
}),
errorExpected: false,
},
{
name: "odf enabled, 6 nodes with 3 worker nodes, total disks on workers not a multiple of 3",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusReady,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid2, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid3, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid4, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 8, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID3}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid5, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 8, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid6, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 8, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoReady),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationSuccess, messagePattern: "ODF Requirements for Standard Deployment are satisfied"},
}),
errorExpected: false,
},
{
name: "odf enabled, 6 nodes with 3 insufficient worker nodes due to insufficient disks",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusInsufficient,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid2, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid4, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 10, Ram: 64 * conversions.GiB}), Role: models.HostRoleWorker},
{ID: &hid5, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 10, Ram: 64 * conversions.GiB}), Role: models.HostRoleWorker},
{ID: &hid6, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 64 * conversions.GiB}), Role: models.HostRoleWorker},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoInsufficient),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationFailure, messagePattern: "Insufficient resources to deploy ODF in standard mode. ODF requires a minimum of 3 hosts. Each host must have at least 1 additional disk of 25 GB minimum and an installation disk."},
}),
errorExpected: false,
},
{
name: "odf enabled, 6 nodes, with role of one as auto-assign (odf validation failure)",
srcState: models.ClusterStatusPendingForInput,
dstState: models.ClusterStatusInsufficient,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleAutoAssign, InstallationDiskID: diskID1},
{ID: &hid2, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid4, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid5, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid6, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoInsufficient),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationFailure, messagePattern: "The cluster must either have no dedicated worker nodes or at least three."},
}),
errorExpected: false,
},
{
name: "odf enabled, 3 nodes, with role of one as auto-assign (odf validation success)",
srcState: models.ClusterStatusPendingForInput,
dstState: models.ClusterStatusReady,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleAutoAssign, InstallationDiskID: diskID1},
{ID: &hid2, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoReady),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationSuccess, messagePattern: "ODF Requirements for Compact Deployment are satisfied."},
}),
errorExpected: false,
},
{
name: "odf enabled, 6 nodes with 3 worker nodes for standard deployment",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusReady,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid2, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB},
{SizeBytes: 40 * conversions.GB}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid4, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 32 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid5, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 32 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid6, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 12, Ram: 32 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoReady),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationSuccess, messagePattern: "ODF Requirements for Standard Deployment are satisfied"},
}),
errorExpected: false,
},
{
name: "odf enabled, 3 sufficient nodes, Disk with empty disk size",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusReady,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2},
{SizeBytes: 0 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID3}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid2, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoReady),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationSuccess, messagePattern: "ODF Requirements for Compact Deployment are satisfied."},
}),
errorExpected: false,
},
{
name: "odf enabled, 3 sufficient nodes, one Disk less then 25GB",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusReady,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2},
{SizeBytes: 1 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID3}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid2, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
{ID: &hid3, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleMaster, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoReady),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationSuccess, messagePattern: "ODF Requirements for Compact Deployment are satisfied."},
}),
errorExpected: false,
},
{
name: "odf enabled, 6 nodes with 3 worker nodes with sufficient disks, one with disk less than 25GB",
srcState: models.ClusterStatusReady,
dstState: models.ClusterStatusReady,
pullSecretSet: true,
hosts: []models.Host{
{ID: &hid1, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid2, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid3, Status: swag.String(models.HostStatusKnown), Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB}), Role: models.HostRoleMaster},
{ID: &hid4, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2},
{SizeBytes: 1 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID3}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid5, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 20 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
{ID: &hid6, Status: swag.String(models.HostStatusKnown),
Inventory: odf.Inventory(&odf.InventoryResources{Cpus: 16, Ram: 64 * conversions.GiB, Disks: []*models.Disk{
{SizeBytes: 25 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID1},
{SizeBytes: 40 * conversions.GB, DriveType: models.DriveTypeHDD, ID: diskID2}}}),
Role: models.HostRoleWorker, InstallationDiskID: diskID1},
},
statusInfoChecker: makeValueChecker(clust.StatusInfoReady),
validationsChecker: makeJsonChecker(map[clust.ValidationID]validationCheckResult{
clust.IsMachineCidrDefined: {status: clust.ValidationSuccess, messagePattern: "The Machine Network CIDR is defined"},
clust.IsMachineCidrEqualsToCalculatedCidr: {status: clust.ValidationSuccess, messagePattern: "The Cluster Machine CIDR is equivalent to the calculated CIDR"},
clust.AreApiVipsDefined: {status: clust.ValidationSuccess, messagePattern: "API virtual IPs are defined"},
clust.AreApiVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AreIngressVipsDefined: {status: clust.ValidationSuccess, messagePattern: "Ingress virtual IPs are defined"},
clust.AreIngressVipsValid: {status: clust.ValidationSuccess, messagePattern: "belongs to the Machine CIDR and is not in use."},
clust.AllHostsAreReadyToInstall: {status: clust.ValidationSuccess, messagePattern: "All hosts in the cluster are ready to install"},
clust.IsDNSDomainDefined: {status: clust.ValidationSuccess, messagePattern: "The base domain is defined"},
clust.IsPullSecretSet: {status: clust.ValidationSuccess, messagePattern: "The pull secret is set"},
clust.SufficientMastersCount: {status: clust.ValidationSuccess, messagePattern: "The cluster has the exact amount of dedicated control plane nodes."},
clust.IsOdfRequirementsSatisfied: {status: clust.ValidationSuccess, messagePattern: "ODF Requirements for Standard Deployment are satisfied"},
}),
errorExpected: false,
},
}
for i := range tests {
t := tests[i]
It(t.name, func() {
operators := []*models.MonitoredOperator{
&odf.Operator,
}
cluster = common.Cluster{
Cluster: models.Cluster{
ID: &clusterId,
ClusterNetworks: common.TestIPv4Networking.ClusterNetworks,
ServiceNetworks: common.TestIPv4Networking.ServiceNetworks,
MachineNetworks: common.TestIPv4Networking.MachineNetworks,
APIVips: common.TestIPv4Networking.APIVips,
IngressVips: common.TestIPv4Networking.IngressVips,
Status: &t.srcState,
StatusInfo: &t.srcStatusInfo,
BaseDNSDomain: "test.com",
PullSecretSet: t.pullSecretSet,
MonitoredOperators: operators,
OpenshiftVersion: t.OpenShiftVersion,
NetworkType: swag.String(models.ClusterNetworkTypeOVNKubernetes),
ControlPlaneCount: 3,
},
}
if cluster.Cluster.OpenshiftVersion == "" {
cluster.Cluster.OpenshiftVersion = testing.ValidOCPVersionForNonStandardHAOCPControlPlane
}
Expect(db.Create(&cluster).Error).ShouldNot(HaveOccurred())
mockIsValidMasterCandidate()
for i := range t.hosts {
t.hosts[i].ClusterID = &clusterId
t.hosts[i].InfraEnvID = clusterId
Expect(db.Create(&t.hosts[i]).Error).ShouldNot(HaveOccurred())
}
cluster = getClusterFromDB(clusterId, db)
if t.dstState == models.ClusterStatusInsufficient {
mockHostAPIIsRequireUserActionResetFalse()
}
if t.srcState != t.dstState {
mockEvents.EXPECT().SendClusterEvent(gomock.Any(), gomock.Any()).AnyTimes()
}
clusterAfterRefresh, err := clusterApi.RefreshStatus(ctx, &cluster, db)
if t.errorExpected {
Expect(err).To(HaveOccurred())
} else {
Expect(err).ToNot(HaveOccurred())
}
Expect(clusterAfterRefresh.Status).To(Equal(&t.dstState))
t.statusInfoChecker.check(clusterAfterRefresh.StatusInfo)
if t.validationsChecker != nil {
t.validationsChecker.check(clusterAfterRefresh.ValidationsInfo)
}
})
}
AfterEach(func() {
common.DeleteTestDB(db, dbName)
ctrl.Finish()
})
})
func getClusterFromDB(clusterId strfmt.UUID, db *gorm.DB) common.Cluster {
c, err := common.GetClusterFromDB(db, clusterId, common.UseEagerLoading)
Expect(err).ShouldNot(HaveOccurred())
return *c
}