builder

type InitEnvFn func(
	ctx context.Context,
	mgr pkgmgr.Manager,
	client client.Client)

type InitVCSimEnvFn func(ctx *IntegrationTestContextForVCSim)

type IntegrationTestContext struct {
	context.Context
	Client       client.Client
	Namespace    string
	PodNamespace string
}

type IntegrationTestContextForVCSim struct {
	TestContextForVCSim

	Suite  *TestSuite
	NSInfo WorkloadNamespaceInfo
}

type NetworkEnv string

type NewReconcilerFunc func() Reconciler

type Reconciler interface{}

type TestContextForVCSim struct {
	// NOTE: Unit test in the context of test suite framework means we use
	// the fake k8s client, which is sufficient for our needs. Otherwise,
	// unit testing is a little misleading here since we're using vcsim.
	*UnitTestContext

	PodNamespace   string
	VCClient       *govmomi.Client
	VCClientConfig pkgclient.Config
	Datacenter     *object.Datacenter
	Finder         *find.Finder
	RestClient     *rest.Client
	Recorder       record.Recorder
	Datastore      *object.Datastore

	ZoneCount       int
	ClustersPerZone int
	ZoneNames       []string

	// When WithContentLibrary is true:
	LocalContentLibraryID string
	ContentLibraryID      string

	ContentLibraryItem1ID        string
	ContentLibraryItem1Name      string
	ContentLibraryItem1Version   string
	ContentLibraryItem1Disk1Path string
	ContentLibraryItem1NVRAMPath string
	ContentLibraryItem1YAML      string

	ContentLibraryItem2ID        string
	ContentLibraryItem2Name      string
	ContentLibraryItem2Version   string
	ContentLibraryItem2Disk1Path string
	ContentLibraryItem2Disk2Path string
	ContentLibraryItem2Disk3Path string
	ContentLibraryItem2NVRAMPath string
	ContentLibraryItem2YAML      string

	ContentLibraryIsoImageName   string
	ContentLibraryIsoItemID      string
	ContentLibraryIsoItemVersion string

	ContentLibraryItemESXID        string
	ContentLibraryItemESXName      string
	ContentLibraryItemESXVersion   string
	ContentLibraryItemESXDisk1Path string
	ContentLibraryItemESXYAML      string

	ContentLibraryItemNSXID        string
	ContentLibraryItemNSXName      string
	ContentLibraryItemNSXVersion   string
	ContentLibraryItemNSXDisk1Path string
	ContentLibraryItemNSXDisk2Path string
	ContentLibraryItemNSXDisk3Path string
	ContentLibraryItemNSXYAML      string

	ContentLibraryItemO11NID        string
	ContentLibraryItemO11NName      string
	ContentLibraryItemO11NVersion   string
	ContentLibraryItemO11NDisk1Path string
	ContentLibraryItemO11NDisk2Path string
	ContentLibraryItemO11NDisk3Path string
	ContentLibraryItemO11NDisk4Path string
	ContentLibraryItemO11NYAML      string

	ContentLibraryItemOpAppID        string
	ContentLibraryItemOpAppName      string
	ContentLibraryItemOpAppVersion   string
	ContentLibraryItemOpAppDisk1Path string
	ContentLibraryItemOpAppDisk2Path string
	ContentLibraryItemOpAppDisk3Path string
	ContentLibraryItemOpAppYAML      string

	ContentLibraryItemOpCpID        string
	ContentLibraryItemOpCpName      string
	ContentLibraryItemOpCpVersion   string
	ContentLibraryItemOpCpDisk1Path string
	ContentLibraryItemOpCpDisk2Path string
	ContentLibraryItemOpCpDisk3Path string
	ContentLibraryItemOpCpDisk4Path string
	ContentLibraryItemOpCpYAML      string

	ContentLibraryItemVCFLSID        string
	ContentLibraryItemVCFLSName      string
	ContentLibraryItemVCFLSVersion   string
	ContentLibraryItemVCFLSDisk1Path string
	ContentLibraryItemVCFLSDisk2Path string
	ContentLibraryItemVCFLSYAML      string

	ContentLibraryItemVCSAID        string
	ContentLibraryItemVCSAName      string
	ContentLibraryItemVCSAVersion   string
	ContentLibraryItemVCSADisk1Path string
	ContentLibraryItemVCSADisk2Path string
	ContentLibraryItemVCSADisk3Path string
	ContentLibraryItemVCSAYAML      string

	// When WithoutStorageClass is false:
	StorageClassName          string
	StorageProfileID          string
	EncryptedStorageClassName string
	EncryptedStorageProfileID string

	// When WithoutEncryptionClass is false:
	EncryptionClass1Name       string
	EncryptionClass1ProviderID string
	EncryptionClass2Name       string
	EncryptionClass2ProviderID string

	// When WithoutNativeKeyProvider is false:
	NativeKeyProviderID string

	CategoryID string
	TagID      string

	NetworkRef  object.NetworkReference
	NetworkRefs []object.NetworkReference
	// contains filtered or unexported fields
}

type TestSuite struct {
	context.Context

	// StartErrExpected may be set to true to expect an error from
	// manager.Start.
	StartErrExpected bool
	// contains filtered or unexported fields
}

type UnitTestContext struct {
	context.Context
	Client client.Client
	Scheme *runtime.Scheme
}

type UnitTestContextForController struct {
	// context is the pkgctx.ControllerManagerContext for being tested.
	pkgctx.ControllerManagerContext

	// Client is the k8s client to access resources.
	Client client.Client

	// reconciler is the reconcile.Reconciler being unit tested.
	Reconciler reconcile.Reconciler

	// Events is a channel that fake recorder records events to.
	Events chan string
}

type UnitTestContextForMutatingWebhook struct {
	// WebhookRequestContext is initialized with fake.NewWebhookRequestContext
	// and is used for unit testing.
	pkgctx.WebhookRequestContext

	// Client is the k8s client to access resources.
	Client client.Client

	// Key may be used to lookup Ctx.Cluster with Ctx.Client.Get.
	Key client.ObjectKey

	// mutator is the builder.Mutator being unit tested.
	builder.Mutator
}

type UnitTestContextForValidatingWebhook struct {
	// WebhookRequestContext is initialized with fake.NewWebhookRequestContext
	// and is used for unit testing.
	pkgctx.WebhookRequestContext

	// Client is the k8s client to access resources.
	Client client.Client

	// Key may be used to lookup Ctx.Obj with Ctx.Client.Get.
	Key client.ObjectKey

	// validator is the builder.Validator being unit tested.
	builder.Validator
}

type VCSimTestConfig struct {
	// NumFaultDomains is the number of zones.
	NumFaultDomains int

	// NumNetworks is the number of networks.
	NumNetworks int

	// NumDatastores is the number of datastores.
	NumDatastores int

	// WithContentLibrary configures a Content Library, populated with one image's
	// name available in the TestContextForVCSim.ContentLibraryImageName.
	WithContentLibrary bool

	// WithInstanceStorage enables the WCP_INSTANCE_STORAGE FSS.
	WithInstanceStorage bool

	// WithVMResize enables the FSS_WCP_VMSERVICE_RESIZE FSS.
	WithVMResize bool
	// WithVMResize enables the FSS_WCP_VMSERVICE_RESIZE_CPU_MEMORY FSS.
	WithVMResizeCPUMemory bool

	// WithVMIncrementalRestore enables the FSS_WCP_VMSERVICE_INCREMENTAL_RESTORE FSS.
	WithVMIncrementalRestore bool

	// WithVMSnapshots enables the FSS_WCP_VMSERVICE_VM_SNAPSHOTS FSS.
	WithVMSnapshots bool

	// WithoutStorageClass disables the storage class required, meaning that the
	// Datastore will be used instead. In WCP production the storage class is
	// always required; the Datastore is only needed for gce2e.
	WithoutStorageClass bool

	// WithoutWorkloadDomainIsolation disables the WorkloadDomainIsolation capability.
	WithoutWorkloadDomainIsolation bool

	// WithJSONExtraConfig enables additional ExtraConfig that is included when
	// creating a VM.
	WithJSONExtraConfig string

	// WithDefaultNetwork string sets the default network VM NICs will use.
	// In WCP production this is never set; it only exists for current
	// limitations of gce2e.
	WithDefaultNetwork string

	// WithNetworkEnv is the network environment type.
	WithNetworkEnv NetworkEnv

	// WithoutEncryptionClass disables the creation of the EncryptionClass
	// resource in each workload namespace.
	WithoutEncryptionClass bool

	// WithoutNativeKeyProvider disables the creation of the native key provider
	// in vcsim.
	WithoutNativeKeyProvider bool
}

type WorkloadNamespaceInfo struct {
	Namespace             string
	Folder                *object.Folder
	EncryptionClass1KeyID string
	EncryptionClass2KeyID string
}