/
deployment_test.go
1058 lines (891 loc) · 44.7 KB
/
deployment_test.go
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package int
import (
"context"
"errors"
"fmt"
"net/http"
"time"
"github.com/mongodb/mongodb-atlas-kubernetes/pkg/controller/connectionsecret"
. "github.com/onsi/ginkgo/v2"
. "github.com/onsi/gomega"
"go.mongodb.org/atlas/mongodbatlas"
"go.uber.org/zap"
corev1 "k8s.io/api/core/v1"
metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
"github.com/mongodb/mongodb-atlas-kubernetes/pkg/controller/customresource"
mdbv1 "github.com/mongodb/mongodb-atlas-kubernetes/pkg/api/v1"
"github.com/mongodb/mongodb-atlas-kubernetes/pkg/api/v1/common"
"github.com/mongodb/mongodb-atlas-kubernetes/pkg/api/v1/project"
"github.com/mongodb/mongodb-atlas-kubernetes/pkg/api/v1/status"
"github.com/mongodb/mongodb-atlas-kubernetes/pkg/controller/atlasdeployment"
"github.com/mongodb/mongodb-atlas-kubernetes/pkg/controller/workflow"
"github.com/mongodb/mongodb-atlas-kubernetes/pkg/util/kube"
"github.com/mongodb/mongodb-atlas-kubernetes/pkg/util/testutil"
"github.com/mongodb/mongodb-atlas-kubernetes/pkg/util/toptr"
)
const (
// Set this to true if you are debugging deployment creation.
// This may not help much if there was the update though...
DeploymentDevMode = false
DeploymentUpdateTimeout = 40 * time.Minute
)
var _ = Describe("AtlasDeployment", Label("int", "AtlasDeployment"), func() {
const (
interval = PollingInterval
intervalShort = time.Second * 2
)
var (
connectionSecret corev1.Secret
createdProject *mdbv1.AtlasProject
createdDeployment *mdbv1.AtlasDeployment
lastGeneration int64
manualDeletion bool
)
BeforeEach(func() {
prepareControllers()
createdDeployment = &mdbv1.AtlasDeployment{}
lastGeneration = 0
manualDeletion = false
connectionSecret = corev1.Secret{
ObjectMeta: metav1.ObjectMeta{
Name: "my-atlas-key",
Namespace: namespace.Name,
Labels: map[string]string{
connectionsecret.TypeLabelKey: connectionsecret.CredLabelVal,
},
},
StringData: map[string]string{"orgId": connection.OrgID, "publicApiKey": connection.PublicKey, "privateApiKey": connection.PrivateKey},
}
By(fmt.Sprintf("Creating the Secret %s", kube.ObjectKeyFromObject(&connectionSecret)))
Expect(k8sClient.Create(context.Background(), &connectionSecret)).To(Succeed())
createdProject = mdbv1.DefaultProject(namespace.Name, connectionSecret.Name).WithIPAccessList(project.NewIPAccessList().WithIP("0.0.0.0/0"))
if DeploymentDevMode {
// While developing tests we need to reuse the same project
createdProject.Spec.Name = "dev-test atlas-project"
}
By("Creating the project " + createdProject.Name)
Expect(k8sClient.Create(context.Background(), createdProject)).To(Succeed())
Eventually(testutil.WaitFor(k8sClient, createdProject, status.TrueCondition(status.ReadyType)),
ProjectCreationTimeout, intervalShort).Should(BeTrue())
})
AfterEach(func() {
if DeploymentDevMode {
return
}
if manualDeletion && createdProject != nil {
By("Deleting the deployment in Atlas manually", func() {
// We need to remove the deployment in Atlas manually to let project get removed
_, err := atlasClient.Clusters.Delete(context.Background(), createdProject.ID(), createdDeployment.Spec.DeploymentSpec.Name)
Expect(err).NotTo(HaveOccurred())
Eventually(checkAtlasDeploymentRemoved(createdProject.Status.ID, createdDeployment.Spec.DeploymentSpec.Name), 600, interval).Should(BeTrue())
createdDeployment = nil
})
}
if createdProject != nil && createdProject.Status.ID != "" {
if createdDeployment != nil {
By("Removing Atlas Deployment " + createdDeployment.Name)
Expect(k8sClient.Delete(context.Background(), createdDeployment)).To(Succeed())
Eventually(checkAtlasDeploymentRemoved(createdProject.Status.ID, createdDeployment.GetDeploymentName()), 600, interval).Should(BeTrue())
}
By("Removing Atlas Project " + createdProject.Status.ID)
Expect(k8sClient.Delete(context.Background(), createdProject)).To(Succeed())
Eventually(checkAtlasProjectRemoved(createdProject.Status.ID), 60, interval).Should(BeTrue())
}
removeControllersAndNamespace()
})
doRegularDeploymentStatusChecks := func() {
By("Checking observed Deployment state", func() {
atlasDeployment, _, err := atlasClient.Clusters.Get(context.Background(), createdProject.Status.ID, createdDeployment.Spec.DeploymentSpec.Name)
Expect(err).ToNot(HaveOccurred())
Expect(createdDeployment.Status.ConnectionStrings).NotTo(BeNil())
Expect(createdDeployment.Status.ConnectionStrings.Standard).To(Equal(atlasDeployment.ConnectionStrings.Standard))
Expect(createdDeployment.Status.ConnectionStrings.StandardSrv).To(Equal(atlasDeployment.ConnectionStrings.StandardSrv))
Expect(createdDeployment.Status.MongoDBVersion).To(Equal(atlasDeployment.MongoDBVersion))
Expect(createdDeployment.Status.MongoURIUpdated).To(Equal(atlasDeployment.MongoURIUpdated))
Expect(createdDeployment.Status.StateName).To(Equal("IDLE"))
Expect(createdDeployment.Status.Conditions).To(HaveLen(3))
Expect(createdDeployment.Status.Conditions).To(ConsistOf(testutil.MatchConditions(
status.TrueCondition(status.DeploymentReadyType),
status.TrueCondition(status.ReadyType),
status.TrueCondition(status.ValidationSucceeded),
)))
Expect(createdDeployment.Status.ObservedGeneration).To(Equal(createdDeployment.Generation))
Expect(createdDeployment.Status.ObservedGeneration).To(Equal(lastGeneration + 1))
})
}
doAdvancedDeploymentStatusChecks := func() {
By("Checking observed Advanced Deployment state", func() {
atlasDeployment, _, err := atlasClient.AdvancedClusters.Get(context.Background(), createdProject.Status.ID, createdDeployment.Spec.AdvancedDeploymentSpec.Name)
Expect(err).ToNot(HaveOccurred())
Expect(createdDeployment.Status.ConnectionStrings).NotTo(BeNil())
Expect(createdDeployment.Status.ConnectionStrings.Standard).To(Equal(atlasDeployment.ConnectionStrings.Standard))
Expect(createdDeployment.Status.ConnectionStrings.StandardSrv).To(Equal(atlasDeployment.ConnectionStrings.StandardSrv))
Expect(createdDeployment.Status.MongoDBVersion).To(Equal(atlasDeployment.MongoDBVersion))
Expect(createdDeployment.Status.StateName).To(Equal("IDLE"))
Expect(createdDeployment.Status.Conditions).To(HaveLen(3))
Expect(createdDeployment.Status.Conditions).To(ConsistOf(testutil.MatchConditions(
status.TrueCondition(status.DeploymentReadyType),
status.TrueCondition(status.ReadyType),
status.TrueCondition(status.ValidationSucceeded),
)))
Expect(createdDeployment.Status.ObservedGeneration).To(Equal(createdDeployment.Generation))
Expect(createdDeployment.Status.ObservedGeneration).To(Equal(lastGeneration + 1))
})
}
doServerlessDeploymentStatusChecks := func() {
By("Checking observed Serverless state", func() {
atlasDeployment, _, err := atlasClient.ServerlessInstances.Get(context.Background(), createdProject.Status.ID, createdDeployment.Spec.ServerlessSpec.Name)
Expect(err).ToNot(HaveOccurred())
Expect(createdDeployment.Status.ConnectionStrings).NotTo(BeNil())
Expect(createdDeployment.Status.ConnectionStrings.Standard).To(Equal(atlasDeployment.ConnectionStrings.Standard))
Expect(createdDeployment.Status.ConnectionStrings.StandardSrv).To(Equal(atlasDeployment.ConnectionStrings.StandardSrv))
Expect(createdDeployment.Status.MongoDBVersion).To(Not(BeEmpty()))
Expect(createdDeployment.Status.StateName).To(Equal("IDLE"))
Expect(createdDeployment.Status.Conditions).To(HaveLen(3))
Expect(createdDeployment.Status.Conditions).To(ConsistOf(testutil.MatchConditions(
status.TrueCondition(status.DeploymentReadyType),
status.TrueCondition(status.ReadyType),
status.TrueCondition(status.ValidationSucceeded),
)))
Expect(createdDeployment.Status.ObservedGeneration).To(Equal(createdDeployment.Generation))
Expect(createdDeployment.Status.ObservedGeneration).To(Equal(lastGeneration + 1))
})
}
checkAtlasState := func(additionalChecks ...func(c *mongodbatlas.Cluster)) {
By("Verifying Deployment state in Atlas", func() {
atlasDeployment, _, err := atlasClient.Clusters.Get(context.Background(), createdProject.Status.ID, createdDeployment.Spec.DeploymentSpec.Name)
Expect(err).ToNot(HaveOccurred())
mergedDeployment, err := atlasdeployment.MergedDeployment(*atlasDeployment, createdDeployment.Spec)
Expect(err).ToNot(HaveOccurred())
Expect(atlasdeployment.DeploymentsEqual(zap.S(), *atlasDeployment, mergedDeployment)).To(BeTrue())
for _, check := range additionalChecks {
check(atlasDeployment)
}
})
}
checkAdvancedAtlasState := func(additionalChecks ...func(c *mongodbatlas.AdvancedCluster)) {
By("Verifying Deployment state in Atlas", func() {
specDeployment := *createdDeployment.Spec.AdvancedDeploymentSpec
atlasDeploymentAsAtlas, _, err := atlasClient.AdvancedClusters.Get(context.Background(), createdProject.Status.ID, createdDeployment.Spec.AdvancedDeploymentSpec.Name)
Expect(err).ToNot(HaveOccurred())
mergedDeployment, atlasDeployment, err := atlasdeployment.MergedAdvancedDeployment(*atlasDeploymentAsAtlas, specDeployment)
Expect(err).ToNot(HaveOccurred())
Expect(atlasdeployment.AdvancedDeploymentsEqual(zap.S(), mergedDeployment, atlasDeployment)).To(BeTrue())
for _, check := range additionalChecks {
check(atlasDeploymentAsAtlas)
}
})
}
checkAdvancedDeploymentOptions := func(specOptions *mdbv1.ProcessArgs) {
By("Checking that Atlas Advanced Options are equal to the Spec Options", func() {
atlasOptions, _, err := atlasClient.Clusters.GetProcessArgs(context.Background(), createdProject.Status.ID, createdDeployment.Spec.DeploymentSpec.Name)
Expect(err).ToNot(HaveOccurred())
Expect(specOptions.IsEqual(atlasOptions)).To(BeTrue())
})
}
performUpdate := func(timeout interface{}) {
Expect(k8sClient.Update(context.Background(), createdDeployment)).To(Succeed())
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentUpdatingFunc()),
timeout, interval).Should(BeTrue())
lastGeneration++
}
Describe("Create deployment & change ReplicationSpecs", func() {
It("Should Succeed", func() {
createdDeployment = mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name)
// Atlas will add some defaults in case the Atlas Operator doesn't set them
replicationSpecsCheck := func(deployment *mongodbatlas.Cluster) {
Expect(deployment.ReplicationSpecs).To(HaveLen(1))
Expect(deployment.ReplicationSpecs[0].ID).NotTo(BeNil())
Expect(deployment.ReplicationSpecs[0].ZoneName).To(Equal("Zone 1"))
Expect(deployment.ReplicationSpecs[0].RegionsConfig).To(HaveLen(1))
Expect(deployment.ReplicationSpecs[0].RegionsConfig[createdDeployment.Spec.DeploymentSpec.ProviderSettings.RegionName]).NotTo(BeNil())
}
By(fmt.Sprintf("Creating the Deployment %s", kube.ObjectKeyFromObject(createdDeployment)), func() {
Expect(k8sClient.Create(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFunc()),
30*time.Minute, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
singleNumShard := func(deployment *mongodbatlas.Cluster) {
Expect(deployment.ReplicationSpecs[0].NumShards).To(Equal(int64ptr(1)))
}
checkAtlasState(replicationSpecsCheck, singleNumShard)
})
By("Updating ReplicationSpecs", func() {
createdDeployment.Spec.DeploymentSpec.ReplicationSpecs = append(createdDeployment.Spec.DeploymentSpec.ReplicationSpecs, mdbv1.ReplicationSpec{
NumShards: int64ptr(2),
})
createdDeployment.Spec.DeploymentSpec.ClusterType = "SHARDED"
performUpdate(40 * time.Minute)
doRegularDeploymentStatusChecks()
twoNumShard := func(deployment *mongodbatlas.Cluster) {
Expect(deployment.ReplicationSpecs[0].NumShards).To(Equal(int64ptr(2)))
}
// ReplicationSpecs has the same defaults but the number of shards has changed
checkAtlasState(replicationSpecsCheck, twoNumShard)
})
})
})
Describe("Create deployment & increase DiskSizeGB", func() {
It("Should Succeed", func() {
expectedDeployment := mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name)
By(fmt.Sprintf("Creating the Deployment %s", kube.ObjectKeyFromObject(expectedDeployment)), func() {
createdDeployment.ObjectMeta = expectedDeployment.ObjectMeta
Expect(k8sClient.Create(context.Background(), expectedDeployment)).ToNot(HaveOccurred())
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFunc()),
1800, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
checkAtlasState()
})
By("Increasing InstanceSize", func() {
createdDeployment.Spec.DeploymentSpec.ProviderSettings.InstanceSizeName = "M30"
performUpdate(40 * time.Minute)
doRegularDeploymentStatusChecks()
checkAtlasState()
})
})
})
Describe("Create deployment & change it to GEOSHARDED", Label("int", "geosharded", "slow"), func() {
It("Should Succeed", func() {
expectedDeployment := mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name)
By(fmt.Sprintf("Creating the Deployment %s", kube.ObjectKeyFromObject(expectedDeployment)), func() {
createdDeployment.ObjectMeta = expectedDeployment.ObjectMeta
Expect(k8sClient.Create(context.Background(), expectedDeployment)).ToNot(HaveOccurred())
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFunc()),
DeploymentUpdateTimeout, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
checkAtlasState()
})
By("Change deployment to GEOSHARDED", func() {
createdDeployment.Spec.DeploymentSpec.ClusterType = "GEOSHARDED"
createdDeployment.Spec.DeploymentSpec.ReplicationSpecs = []mdbv1.ReplicationSpec{
{
NumShards: int64ptr(1),
ZoneName: "Zone 1",
RegionsConfig: map[string]mdbv1.RegionsConfig{
"US_EAST_1": {
AnalyticsNodes: int64ptr(1),
ElectableNodes: int64ptr(2),
Priority: int64ptr(7),
ReadOnlyNodes: int64ptr(0),
},
"US_WEST_1": {
AnalyticsNodes: int64ptr(0),
ElectableNodes: int64ptr(1),
Priority: int64ptr(6),
ReadOnlyNodes: int64ptr(0),
},
},
},
}
performUpdate(80 * time.Minute)
doRegularDeploymentStatusChecks()
checkAtlasState()
})
})
})
Describe("Create/Update the deployment (more complex scenario)", func() {
It("Should be created", func() {
createdDeployment = mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name)
createdDeployment.Spec.DeploymentSpec.ClusterType = mdbv1.TypeReplicaSet
createdDeployment.Spec.DeploymentSpec.AutoScaling = &mdbv1.AutoScalingSpec{
Compute: &mdbv1.ComputeSpec{
Enabled: boolptr(true),
ScaleDownEnabled: boolptr(true),
},
DiskGBEnabled: boolptr(false),
}
createdDeployment.Spec.DeploymentSpec.ProviderSettings.AutoScaling = &mdbv1.AutoScalingSpec{
Compute: &mdbv1.ComputeSpec{
MaxInstanceSize: "M20",
MinInstanceSize: "M10",
},
}
createdDeployment.Spec.DeploymentSpec.ProviderSettings.InstanceSizeName = "M10"
createdDeployment.Spec.DeploymentSpec.Labels = []common.LabelSpec{{Key: "createdBy", Value: "Atlas Operator"}}
createdDeployment.Spec.DeploymentSpec.ReplicationSpecs = []mdbv1.ReplicationSpec{{
NumShards: int64ptr(1),
ZoneName: "Zone 1",
// One interesting thing: if the regionsConfig is not empty - Atlas nullifies the 'providerSettings.regionName' field
RegionsConfig: map[string]mdbv1.RegionsConfig{
"US_EAST_1": {AnalyticsNodes: int64ptr(0), ElectableNodes: int64ptr(1), Priority: int64ptr(6), ReadOnlyNodes: int64ptr(0)},
"US_WEST_2": {AnalyticsNodes: int64ptr(0), ElectableNodes: int64ptr(2), Priority: int64ptr(7), ReadOnlyNodes: int64ptr(0)},
},
}}
createdDeployment.Spec.DeploymentSpec.DiskSizeGB = intptr(10)
replicationSpecsCheckFunc := func(c *mongodbatlas.Cluster) {
deployment, err := createdDeployment.Spec.Deployment()
Expect(err).NotTo(HaveOccurred())
expectedReplicationSpecs := deployment.ReplicationSpecs
// The ID field is added by Atlas - we don't have it in our specs
Expect(c.ReplicationSpecs[0].ID).NotTo(BeNil())
c.ReplicationSpecs[0].ID = ""
// Apart from 'ID' all other fields are equal to the ones sent by the Operator
Expect(c.ReplicationSpecs).To(Equal(expectedReplicationSpecs))
}
By("Creating the Deployment", func() {
Expect(k8sClient.Create(context.Background(), createdDeployment)).To(Succeed())
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFunc()),
DeploymentUpdateTimeout, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
checkAtlasState(replicationSpecsCheckFunc)
})
By("Updating the deployment (multiple operations)", func() {
delete(createdDeployment.Spec.DeploymentSpec.ReplicationSpecs[0].RegionsConfig, "US_WEST_2")
createdDeployment.Spec.DeploymentSpec.ReplicationSpecs[0].RegionsConfig["US_WEST_1"] = mdbv1.RegionsConfig{AnalyticsNodes: int64ptr(0), ElectableNodes: int64ptr(2), Priority: int64ptr(6), ReadOnlyNodes: int64ptr(0)}
config := createdDeployment.Spec.DeploymentSpec.ReplicationSpecs[0].RegionsConfig["US_EAST_1"]
// Note, that Atlas has strict requirements to priorities - they must start with 7 and be in descending order over the regions
config.Priority = int64ptr(7)
createdDeployment.Spec.DeploymentSpec.ReplicationSpecs[0].RegionsConfig["US_EAST_1"] = config
createdDeployment.Spec.DeploymentSpec.ProviderSettings.AutoScaling.Compute.MaxInstanceSize = "M30"
performUpdate(DeploymentUpdateTimeout)
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentUpdatingFunc()),
DeploymentUpdateTimeout, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
checkAtlasState(replicationSpecsCheckFunc)
})
By("Disable deployment and disk AutoScaling", func() {
createdDeployment.Spec.DeploymentSpec.AutoScaling = &mdbv1.AutoScalingSpec{
Compute: &mdbv1.ComputeSpec{
Enabled: boolptr(false),
ScaleDownEnabled: boolptr(false),
},
DiskGBEnabled: boolptr(false),
}
performUpdate(DeploymentUpdateTimeout)
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentUpdatingFunc()),
DeploymentUpdateTimeout, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
checkAtlasState(func(c *mongodbatlas.Cluster) {
deployment, err := createdDeployment.Spec.Deployment()
Expect(err).NotTo(HaveOccurred())
Expect(c.AutoScaling.Compute).To(Equal(deployment.AutoScaling.Compute))
})
})
})
})
Describe("Create/Update the cluster", func() {
It("Should fail, then be fixed (GCP)", func() {
createdDeployment = mdbv1.DefaultGCPDeployment(namespace.Name, createdProject.Name).WithAtlasName("")
By(fmt.Sprintf("Trying to create the Deployment %s with invalid parameters", kube.ObjectKeyFromObject(createdDeployment)), func() {
err := k8sClient.Create(context.Background(), createdDeployment)
Expect(err).To(HaveOccurred())
Expect(err.Error()).To(MatchRegexp("is invalid: spec.deploymentSpec.name"))
})
By("Creating the fixed deployment", func() {
createdDeployment.Spec.DeploymentSpec.Name = "fixed-deployment"
Expect(k8sClient.Create(context.Background(), createdDeployment)).To(Succeed())
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType)),
20*time.Minute, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
checkAtlasState()
})
})
It("Should Success (AWS) with enabled autoscaling", func() {
createdDeployment = mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name)
createdDeployment.Spec.DeploymentSpec.AutoScaling = &mdbv1.AutoScalingSpec{
AutoIndexingEnabled: boolptr(true),
DiskGBEnabled: boolptr(true),
}
By(fmt.Sprintf("Creating the Deployment %s with autoscaling", kube.ObjectKeyFromObject(createdDeployment)), func() {
Expect(k8sClient.Create(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFunc()),
DeploymentUpdateTimeout, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
checkAtlasState()
})
By("Decreasing the Deployment disk size", func() {
createdDeployment.Spec.DeploymentSpec.DiskSizeGB = intptr(12)
performUpdate(20 * time.Minute)
doRegularDeploymentStatusChecks()
checkAtlasState(func(c *mongodbatlas.Cluster) {
Expect(*c.DiskSizeGB).To(BeEquivalentTo(*createdDeployment.Spec.DeploymentSpec.DiskSizeGB))
// check whether https://github.com/mongodb/go-client-mongodb-atlas/issues/140 is fixed
Expect(c.DiskSizeGB).To(BeAssignableToTypeOf(float64ptr(0)), "DiskSizeGB is no longer a *float64, please check the spec!")
})
})
})
It("Should Succeed (AWS)", func() {
createdDeployment = mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name)
By(fmt.Sprintf("Creating the Deployment %s", kube.ObjectKeyFromObject(createdDeployment)), func() {
Expect(k8sClient.Create(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFunc()),
DeploymentUpdateTimeout, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
checkAtlasState()
})
By("Updating the Deployment labels", func() {
createdDeployment.Spec.DeploymentSpec.Labels = []common.LabelSpec{{Key: "int-test", Value: "true"}}
performUpdate(20 * time.Minute)
doRegularDeploymentStatusChecks()
checkAtlasState()
})
By("Updating the Deployment backups settings", func() {
createdDeployment.Spec.DeploymentSpec.ProviderBackupEnabled = boolptr(true)
performUpdate(20 * time.Minute)
doRegularDeploymentStatusChecks()
checkAtlasState(func(c *mongodbatlas.Cluster) {
Expect(c.ProviderBackupEnabled).To(Equal(createdDeployment.Spec.DeploymentSpec.ProviderBackupEnabled))
})
})
By("Decreasing the Deployment disk size", func() {
createdDeployment.Spec.DeploymentSpec.DiskSizeGB = intptr(15)
performUpdate(20 * time.Minute)
doRegularDeploymentStatusChecks()
checkAtlasState(func(c *mongodbatlas.Cluster) {
Expect(*c.DiskSizeGB).To(BeEquivalentTo(*createdDeployment.Spec.DeploymentSpec.DiskSizeGB))
// check whether https://github.com/mongodb/go-client-mongodb-atlas/issues/140 is fixed
Expect(c.DiskSizeGB).To(BeAssignableToTypeOf(float64ptr(0)), "DiskSizeGB is no longer a *float64, please check the spec!")
})
})
By("Pausing the deployment", func() {
createdDeployment.Spec.DeploymentSpec.Paused = boolptr(true)
performUpdate(20 * time.Minute)
doRegularDeploymentStatusChecks()
checkAtlasState(func(c *mongodbatlas.Cluster) {
Expect(c.Paused).To(Equal(createdDeployment.Spec.DeploymentSpec.Paused))
})
})
By("Updating the Deployment configuration while paused (should fail)", func() {
createdDeployment.Spec.DeploymentSpec.ProviderBackupEnabled = boolptr(false)
Expect(k8sClient.Update(context.Background(), createdDeployment)).To(Succeed())
Eventually(
testutil.WaitFor(
k8sClient,
createdDeployment,
status.
FalseCondition(status.DeploymentReadyType).
WithReason(string(workflow.DeploymentNotUpdatedInAtlas)).
WithMessageRegexp("CANNOT_UPDATE_PAUSED_CLUSTER"),
),
60,
interval,
).Should(BeTrue())
lastGeneration++
})
By("Unpausing the deployment", func() {
createdDeployment.Spec.DeploymentSpec.Paused = boolptr(false)
performUpdate(20 * time.Minute)
doRegularDeploymentStatusChecks()
checkAtlasState(func(c *mongodbatlas.Cluster) {
Expect(c.Paused).To(Equal(createdDeployment.Spec.DeploymentSpec.Paused))
})
})
By("Checking that modifications were applied after unpausing", func() {
doRegularDeploymentStatusChecks()
checkAtlasState(func(c *mongodbatlas.Cluster) {
Expect(c.ProviderBackupEnabled).To(Equal(createdDeployment.Spec.DeploymentSpec.ProviderBackupEnabled))
})
})
By("Setting incorrect instance size (should fail)", func() {
oldSizeName := createdDeployment.Spec.DeploymentSpec.ProviderSettings.InstanceSizeName
createdDeployment.Spec.DeploymentSpec.ProviderSettings.InstanceSizeName = "M42"
Expect(k8sClient.Update(context.Background(), createdDeployment)).To(Succeed())
Eventually(
testutil.WaitFor(
k8sClient,
createdDeployment,
status.
FalseCondition(status.DeploymentReadyType).
WithReason(string(workflow.DeploymentNotUpdatedInAtlas)).
WithMessageRegexp("INVALID_ENUM_VALUE"),
),
60,
interval,
).Should(BeTrue())
lastGeneration++
By("Fixing the Deployment", func() {
createdDeployment.Spec.DeploymentSpec.ProviderSettings.InstanceSizeName = oldSizeName
performUpdate(20 * time.Minute)
doRegularDeploymentStatusChecks()
checkAtlasState()
})
})
})
})
Describe("Create DBUser before deployment & check secrets", func() {
It("Should Succeed", func() {
By(fmt.Sprintf("Creating password Secret %s", UserPasswordSecret), func() {
passwordSecret := buildPasswordSecret(UserPasswordSecret, DBUserPassword)
Expect(k8sClient.Create(context.Background(), &passwordSecret)).To(Succeed())
})
createdDBUser := mdbv1.DefaultDBUser(namespace.Name, "test-db-user", createdProject.Name).WithPasswordSecret(UserPasswordSecret)
By(fmt.Sprintf("Creating the Database User %s", kube.ObjectKeyFromObject(createdDBUser)), func() {
Expect(k8sClient.Create(context.Background(), createdDBUser)).ToNot(HaveOccurred())
Eventually(testutil.WaitFor(k8sClient, createdDBUser, status.TrueCondition(status.ReadyType))).Should(BeTrue())
checkUserInAtlas(createdProject.ID(), *createdDBUser)
})
createdDBUserFakeScope := mdbv1.DefaultDBUser(namespace.Name, "test-db-user-fake-scope", createdProject.Name).
WithPasswordSecret(UserPasswordSecret).
WithScope(mdbv1.DeploymentScopeType, "fake-deployment")
By(fmt.Sprintf("Creating the Database User %s", kube.ObjectKeyFromObject(createdDBUserFakeScope)), func() {
Expect(k8sClient.Create(context.Background(), createdDBUserFakeScope)).ToNot(HaveOccurred())
Eventually(testutil.WaitFor(k8sClient, createdDBUserFakeScope, status.FalseCondition(status.DatabaseUserReadyType).WithReason(string(workflow.DatabaseUserInvalidSpec))),
20, intervalShort).Should(BeTrue())
})
checkNumberOfConnectionSecrets(k8sClient, *createdProject, 0)
createdDeployment = mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name)
By(fmt.Sprintf("Creating the Deployment %s", kube.ObjectKeyFromObject(createdDeployment)), func() {
Expect(k8sClient.Create(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFunc()),
DeploymentUpdateTimeout, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
checkAtlasState()
})
By("Checking connection Secrets", func() {
Expect(tryConnect(createdProject.ID(), *createdDeployment, *createdDBUser)).To(Succeed())
checkNumberOfConnectionSecrets(k8sClient, *createdProject, 1)
validateSecret(k8sClient, *createdProject, *createdDeployment, *createdDBUser)
})
})
})
Describe("Create deployment, user, delete deployment and check secrets are removed", func() {
It("Should Succeed", func() {
createdDeployment = mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name)
By(fmt.Sprintf("Creating the Deployment %s", kube.ObjectKeyFromObject(createdDeployment)), func() {
Expect(k8sClient.Create(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFunc()),
DeploymentUpdateTimeout, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
checkAtlasState()
})
passwordSecret := buildPasswordSecret(UserPasswordSecret, DBUserPassword)
Expect(k8sClient.Create(context.Background(), &passwordSecret)).To(Succeed())
createdDBUser := mdbv1.DefaultDBUser(namespace.Name, "test-db-user", createdProject.Name).WithPasswordSecret(UserPasswordSecret)
By(fmt.Sprintf("Creating the Database User %s", kube.ObjectKeyFromObject(createdDBUser)), func() {
Expect(k8sClient.Create(context.Background(), createdDBUser)).ToNot(HaveOccurred())
Eventually(testutil.WaitFor(k8sClient, createdDBUser, status.TrueCondition(status.ReadyType)),
DBUserUpdateTimeout, interval).Should(BeTrue())
})
By("Removing Atlas Deployment "+createdDeployment.Name, func() {
Expect(k8sClient.Delete(context.Background(), createdDeployment)).To(Succeed())
Eventually(checkAtlasDeploymentRemoved(createdProject.Status.ID, createdDeployment.Spec.DeploymentSpec.Name), 600, interval).Should(BeTrue())
})
By("Checking that Secrets got removed", func() {
secretNames := []string{kube.NormalizeIdentifier(fmt.Sprintf("%s-%s-%s", createdProject.Spec.Name, createdDeployment.Spec.DeploymentSpec.Name, createdDBUser.Spec.Username))}
createdDeployment = nil // prevent cleanup from failing due to deployment already deleted
Eventually(checkSecretsDontExist(namespace.Name, secretNames), 50, interval).Should(BeTrue())
checkNumberOfConnectionSecrets(k8sClient, *createdProject, 0)
})
})
})
Describe("Deleting the deployment (not cleaning Atlas)", func() {
It("Should Succeed", func() {
By(`Creating the deployment with retention policy "keep" first`, func() {
createdDeployment = mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name).Lightweight()
createdDeployment.ObjectMeta.Annotations = map[string]string{customresource.ResourcePolicyAnnotation: customresource.ResourcePolicyKeep}
manualDeletion = true // We need to remove the deployment in Atlas manually to let project get removed
Expect(k8sClient.Create(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(
func(g Gomega) {
success := testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFuncGContext(g))()
g.Expect(success).To(BeTrue())
}).WithTimeout(30 * time.Minute).WithPolling(interval).Should(Succeed())
})
By("Deleting the deployment - stays in Atlas", func() {
Expect(k8sClient.Delete(context.Background(), createdDeployment)).To(Succeed())
time.Sleep(5 * time.Minute)
Expect(checkAtlasDeploymentRemoved(createdProject.Status.ID, createdDeployment.Spec.DeploymentSpec.Name)()).Should(BeFalse())
checkNumberOfConnectionSecrets(k8sClient, *createdProject, 0)
})
})
})
Describe("Setting the deployment skip annotation should skip reconciliations.", func() {
It("Should Succeed", func() {
By(`Creating the deployment with reconciliation policy "skip" first`, func() {
createdDeployment = mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name).Lightweight()
Expect(k8sClient.Create(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(
func(g Gomega) {
success := testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFuncGContext(g))()
g.Expect(success).To(BeTrue())
}).WithTimeout(30 * time.Minute).WithPolling(interval).Should(Succeed())
createdDeployment.ObjectMeta.Annotations = map[string]string{customresource.ReconciliationPolicyAnnotation: customresource.ReconciliationPolicySkip}
createdDeployment.Spec.DeploymentSpec.Labels = append(createdDeployment.Spec.DeploymentSpec.Labels, common.LabelSpec{
Key: "some-key",
Value: "some-value",
})
ctx, cancel := context.WithTimeout(context.Background(), time.Minute*2)
defer cancel()
containsLabel := func(ac *mongodbatlas.Cluster) bool {
for _, label := range ac.Labels {
if label.Key == "some-key" && label.Value == "some-value" {
return true
}
}
return false
}
Expect(k8sClient.Update(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(testutil.WaitForAtlasDeploymentStateToNotBeReached(ctx, atlasClient, createdProject.Name, createdDeployment.GetDeploymentName(), containsLabel))
})
})
})
Describe("Create the advanced deployment & change the InstanceSize", func() {
It("Should Succeed", func() {
createdDeployment = mdbv1.DefaultAwsAdvancedDeployment(namespace.Name, createdProject.Name)
By(fmt.Sprintf("Creating the Advanced Deployment %s", kube.ObjectKeyFromObject(createdDeployment)), func() {
Expect(k8sClient.Create(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(
func(g Gomega) {
success := testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFuncGContext(g))()
g.Expect(success).To(BeTrue())
}).WithTimeout(30 * time.Minute).WithPolling(interval).Should(Succeed())
doAdvancedDeploymentStatusChecks()
checkAdvancedAtlasState()
lastGeneration++
})
By(fmt.Sprintf("Updating the InstanceSize of Advanced Deployment %s", kube.ObjectKeyFromObject(createdDeployment)), func() {
newInstanceSize := "M20"
createdDeployment.Spec.AdvancedDeploymentSpec.ReplicationSpecs[0].RegionConfigs[0].AnalyticsSpecs = &mdbv1.Specs{
InstanceSize: newInstanceSize,
}
createdDeployment.Spec.AdvancedDeploymentSpec.ReplicationSpecs[0].RegionConfigs[0].ElectableSpecs.InstanceSize = newInstanceSize
createdDeployment.Spec.AdvancedDeploymentSpec.ReplicationSpecs[0].RegionConfigs[0].ReadOnlySpecs = &mdbv1.Specs{
InstanceSize: newInstanceSize,
}
Expect(k8sClient.Update(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(
func(g Gomega) {
success := testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFuncGContext(g))()
g.Expect(success).To(BeTrue())
}).WithTimeout(30 * time.Minute).WithPolling(interval).Should(Succeed())
doAdvancedDeploymentStatusChecks()
checkAdvancedAtlasState()
lastGeneration++
})
By(fmt.Sprintf("Enable AutoScaling for the Advanced Deployment %s", kube.ObjectKeyFromObject(createdDeployment)), func() {
createdDeployment.Spec.AdvancedDeploymentSpec.ReplicationSpecs[0].RegionConfigs[0].AutoScaling = &mdbv1.AdvancedAutoScalingSpec{
Compute: &mdbv1.ComputeSpec{
Enabled: toptr.Boolptr(true),
MaxInstanceSize: "M20",
MinInstanceSize: "M10",
ScaleDownEnabled: toptr.Boolptr(true),
},
DiskGB: &mdbv1.DiskGB{
Enabled: toptr.Boolptr(true),
},
}
Expect(k8sClient.Update(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(
func(g Gomega) {
success := testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFuncGContext(g))()
g.Expect(success).To(BeTrue())
}).WithTimeout(30 * time.Minute).WithPolling(interval).Should(Succeed())
doAdvancedDeploymentStatusChecks()
checkAdvancedAtlasState()
})
})
})
Describe("Set advanced deployment options", func() {
It("Should Succeed", func() {
createdDeployment = mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name)
createdDeployment.Spec.ProcessArgs = &mdbv1.ProcessArgs{
JavascriptEnabled: boolptr(true),
DefaultReadConcern: "available",
}
By(fmt.Sprintf("Creating the Deployment with Advanced Options %s", kube.ObjectKeyFromObject(createdDeployment)), func() {
Expect(k8sClient.Create(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFunc()),
30*time.Minute, interval).Should(BeTrue())
doRegularDeploymentStatusChecks()
checkAdvancedDeploymentOptions(createdDeployment.Spec.ProcessArgs)
})
By("Updating Advanced Deployment Options", func() {
createdDeployment.Spec.ProcessArgs.JavascriptEnabled = boolptr(false)
performUpdate(40 * time.Minute)
doRegularDeploymentStatusChecks()
checkAdvancedDeploymentOptions(createdDeployment.Spec.ProcessArgs)
})
})
})
Describe("Create serverless instance", func() {
It("Should Succeed", func() {
createdDeployment = mdbv1.NewDefaultAWSServerlessInstance(namespace.Name, createdProject.Name)
By(fmt.Sprintf("Creating the Serverless Instance %s", kube.ObjectKeyFromObject(createdDeployment)), func() {
Expect(k8sClient.Create(context.Background(), createdDeployment)).ToNot(HaveOccurred())
Eventually(
func(g Gomega) {
success := testutil.WaitFor(k8sClient, createdDeployment, status.TrueCondition(status.ReadyType), validateDeploymentCreatingFuncGContext(g))()
g.Expect(success).To(BeTrue())
}).WithTimeout(30 * time.Minute).WithPolling(interval).Should(Succeed())
doServerlessDeploymentStatusChecks()
})
})
})
Describe("Create default deployment with backups enabled", func() {
It("Should succeed", func() {
backupPolicyDefault := &mdbv1.AtlasBackupPolicy{
ObjectMeta: metav1.ObjectMeta{
Name: "policy-1",
Namespace: namespace.Name,
},
Spec: mdbv1.AtlasBackupPolicySpec{
Items: []mdbv1.AtlasBackupPolicyItem{
{
FrequencyType: "weekly",
FrequencyInterval: 1,
RetentionUnit: "days",
RetentionValue: 7,
},
},
},
Status: mdbv1.AtlasBackupPolicyStatus{},
}
backupScheduleDefault := &mdbv1.AtlasBackupSchedule{
ObjectMeta: metav1.ObjectMeta{
Name: "schedule-1",
Namespace: namespace.Name,
},
Spec: mdbv1.AtlasBackupScheduleSpec{
AutoExportEnabled: false,
PolicyRef: common.ResourceRefNamespaced{
Name: backupPolicyDefault.Name,
Namespace: backupPolicyDefault.Namespace,
},
ReferenceHourOfDay: 12,
ReferenceMinuteOfHour: 10,
RestoreWindowDays: 5,
UpdateSnapshots: false,
Export: &mdbv1.AtlasBackupExportSpec{FrequencyType: "MONTHLY"},
},
}
Expect(k8sClient.Create(context.Background(), backupPolicyDefault)).NotTo(HaveOccurred())
Expect(k8sClient.Create(context.Background(), backupScheduleDefault)).NotTo(HaveOccurred())
createdDeployment = mdbv1.DefaultAWSDeployment(namespace.Name, createdProject.Name).WithBackupScheduleRef(common.ResourceRefNamespaced{
Name: backupScheduleDefault.Name,
Namespace: backupScheduleDefault.Namespace,
})
By(fmt.Sprintf("Creating deployment with backups enabled: %s", kube.ObjectKeyFromObject(createdDeployment)), func() {
Expect(k8sClient.Create(context.Background(), createdDeployment)).NotTo(HaveOccurred())
// Do not use Gomega function here like func(g Gomega) as it seems to hang when tests run in parallel
Eventually(
func() error {
deployment, _, err := atlasClient.Clusters.Get(context.Background(), createdProject.ID(), createdDeployment.Spec.DeploymentSpec.Name)
if err != nil {
return err
}
if deployment.StateName != "IDLE" {
return errors.New("deployment is not IDLE yet")
}
time.Sleep(10 * time.Second)
return nil
}).WithTimeout(30 * time.Minute).WithPolling(5 * time.Second).Should(Not(HaveOccurred()))
Eventually(func() error {
actualPolicy, _, err := atlasClient.CloudProviderSnapshotBackupPolicies.Get(context.Background(), createdProject.ID(), createdDeployment.Spec.DeploymentSpec.Name)
if err != nil {
return err
}
if len(actualPolicy.Policies[0].PolicyItems) == 0 {
return errors.New("policies == 0")
}
ap := actualPolicy.Policies[0].PolicyItems[0]
cp := backupPolicyDefault.Spec.Items[0]
if ap.FrequencyType != cp.FrequencyType {
return fmt.Errorf("incorrect frequency type. got: %v. expected: %v", ap.FrequencyType, cp.FrequencyType)
}
if ap.FrequencyInterval != cp.FrequencyInterval {
return fmt.Errorf("incorrect frequency interval. got: %v. expected: %v", ap.FrequencyInterval, cp.FrequencyInterval)
}
if ap.RetentionValue != cp.RetentionValue {
return fmt.Errorf("incorrect retention value. got: %v. expected: %v", ap.RetentionValue, cp.RetentionValue)
}
if ap.RetentionUnit != cp.RetentionUnit {
return fmt.Errorf("incorrect retention unit. got: %v. expected: %v", ap.RetentionUnit, cp.RetentionUnit)
}
return nil
}).WithTimeout(5 * time.Minute).WithPolling(5 * time.Second).Should(Not(HaveOccurred()))
})
})
})
})
func validateDeploymentCreatingFunc() func(a mdbv1.AtlasCustomResource) {
startedCreation := false
return func(a mdbv1.AtlasCustomResource) {
c := a.(*mdbv1.AtlasDeployment)
if c.Status.StateName != "" {
startedCreation = true
}
// When the create request has been made to Atlas - we expect the following status
if startedCreation {
Expect(c.Status.StateName).To(Or(Equal("CREATING"), Equal("IDLE")), fmt.Sprintf("Current conditions: %+v", c.Status.Conditions))
expectedConditionsMatchers := testutil.MatchConditions(
status.FalseCondition(status.DeploymentReadyType).WithReason(string(workflow.DeploymentCreating)).WithMessageRegexp("deployment is provisioning"),
status.FalseCondition(status.ReadyType),
status.TrueCondition(status.ValidationSucceeded),
)
Expect(c.Status.Conditions).To(ConsistOf(expectedConditionsMatchers))
} else {
// Otherwise there could have been some exception in Atlas on creation - let's check the conditions
condition, ok := testutil.FindConditionByType(c.Status.Conditions, status.DeploymentReadyType)
Expect(ok).To(BeFalse(), fmt.Sprintf("Unexpected condition: %v", condition))
}
}
}
func validateDeploymentCreatingFuncGContext(g Gomega) func(a mdbv1.AtlasCustomResource) {
startedCreation := false
return func(a mdbv1.AtlasCustomResource) {
c := a.(*mdbv1.AtlasDeployment)
if c.Status.StateName != "" {
startedCreation = true
}
// When the create request has been made to Atlas - we expect the following status
if startedCreation {
g.Expect(c.Status.StateName).To(Or(Equal("CREATING"), Equal("IDLE")), fmt.Sprintf("Current conditions: %+v", c.Status.Conditions))
expectedConditionsMatchers := testutil.MatchConditions(
status.FalseCondition(status.DeploymentReadyType).WithReason(string(workflow.DeploymentCreating)).WithMessageRegexp("deployment is provisioning"),
status.FalseCondition(status.ReadyType),
status.TrueCondition(status.ValidationSucceeded),
)
g.Expect(c.Status.Conditions).To(ConsistOf(expectedConditionsMatchers))
} else {
// Otherwise there could have been some exception in Atlas on creation - let's check the conditions