fix: use external Nutanix API types directly

From what I can tell there is no longer a need to have these separate types.
This also fixes a swagger issue complaining about a circular reference since the types
are named the same.

Author: dkoshkin

api/v1alpha1/nutanix_node_types.go

@@ -29,27 +29,27 @@ type NutanixMachineDetails struct {
 	// image identifies the image uploaded to Prism Central (PC). The identifier
 	// (uuid or name) can be obtained from the console or API.
 	// +kubebuilder:validation:Required
-	Image NutanixResourceIdentifier `json:"image"`
+	Image capxv1.NutanixResourceIdentifier `json:"image"`
 
 	// cluster identifies the Prism Element in which the machine will be created.
 	// The identifier (uuid or name) can be obtained from the console or API.
 	// +kubebuilder:validation:Required
-	Cluster NutanixResourceIdentifier `json:"cluster"`
+	Cluster capxv1.NutanixResourceIdentifier `json:"cluster"`
 
 	// subnet identifies the network subnet to use for the machine.
 	// The identifier (uuid or name) can be obtained from the console or API.
 	// +kubebuilder:validation:Required
-	Subnets []NutanixResourceIdentifier `json:"subnets"`
+	Subnets []capxv1.NutanixResourceIdentifier `json:"subnets"`
 
 	// List of categories that need to be added to the machines. Categories must already
 	// exist in Prism Central. One category key can have more than one value.
 	// +kubebuilder:validation:Optional
-	AdditionalCategories []NutanixCategoryIdentifier `json:"additionalCategories,omitempty"`
+	AdditionalCategories []capxv1.NutanixCategoryIdentifier `json:"additionalCategories,omitempty"`
 
 	// Defines the boot type of the virtual machine. Only supports UEFI and Legacy
 	// +kubebuilder:validation:Optional
 	// +kubebuilder:validation:Enum:=legacy;uefi
-	BootType NutanixBootType `json:"bootType"`
+	BootType capxv1.NutanixBootType `json:"bootType"`
 
 	// systemDiskSize is size (in Quantity format) of the system disk of the VM
 	// The minimum systemDiskSize is 20Gi bytes
@@ -59,19 +59,9 @@ type NutanixMachineDetails struct {
 	// add the virtual machines to the project defined in Prism Central.
 	// The project must already be present in the Prism Central.
 	// +kubebuilder:validation:Optional
-	Project *NutanixResourceIdentifier `json:"project,omitempty"`
+	Project *capxv1.NutanixResourceIdentifier `json:"project,omitempty"`
 
 	// List of GPU devices that need to be added to the machines.
 	// +kubebuilder:validation:Optional
 	GPUs []capxv1.NutanixGPU `json:"gpus,omitempty"`
 }
-
-// NutanixIdentifierType is an enumeration of different resource identifier types.
-type NutanixIdentifierType capxv1.NutanixIdentifierType
-
-// NutanixBootType is an enumeration of different boot types.
-type NutanixBootType capxv1.NutanixBootType
-
-type NutanixResourceIdentifier capxv1.NutanixResourceIdentifier
-
-type NutanixCategoryIdentifier capxv1.NutanixCategoryIdentifier

api/v1alpha1/zz_generated.deepcopy.go

@@ -20,7 +20,7 @@ import (
 
 var (
 	variableWithAllFieldsSet = v1alpha1.NutanixMachineDetails{
-		BootType:       v1alpha1.NutanixBootType(capxv1.NutanixBootTypeLegacy),
+		BootType:       capxv1.NutanixBootTypeLegacy,
 		VCPUSockets:    2,
 		VCPUsPerSocket: 1,
 		Image: v1alpha1.NutanixResourceIdentifier{

pkg/handlers/nutanix/mutation/machinedetails/inject_control_plane_test.go

@@ -20,7 +20,7 @@ func TestVariableValidation(t *testing.T) {
 
 	withAdditionalCategories := minimumClusterConfigSpec()
 	//nolint:lll // gofumpt formats is this way
-	withAdditionalCategories.ControlPlane.Nutanix.MachineDetails.AdditionalCategories = []v1alpha1.NutanixCategoryIdentifier{
+	withAdditionalCategories.ControlPlane.Nutanix.MachineDetails.AdditionalCategories = []capxv1.NutanixCategoryIdentifier{
 		{
 			Key:   "fake-key",
 			Value: "fake-value1",
@@ -33,7 +33,7 @@ func TestVariableValidation(t *testing.T) {
 
 	withProject := minimumClusterConfigSpec()
 	withProject.ControlPlane.Nutanix.MachineDetails.Project = ptr.To(
-		v1alpha1.NutanixResourceIdentifier{
+		capxv1.NutanixResourceIdentifier{
 			Type: capxv1.NutanixIdentifierName,
 			Name: ptr.To("fake-project"),
 		},
@@ -50,7 +50,7 @@ func TestVariableValidation(t *testing.T) {
 
 	invalidProjectType := minimumClusterConfigSpec()
 	invalidProjectType.ControlPlane.Nutanix.MachineDetails.Project = ptr.To(
-		v1alpha1.NutanixResourceIdentifier{
+		capxv1.NutanixResourceIdentifier{
 			Type: "invalid-project-type",
 			Name: ptr.To("fake-project"),
 		},
@@ -102,20 +102,20 @@ func minimumClusterConfigSpec() v1alpha1.NutanixClusterConfigSpec {
 		ControlPlane: &v1alpha1.NutanixNodeConfigSpec{
 			Nutanix: &v1alpha1.NutanixNodeSpec{
 				MachineDetails: v1alpha1.NutanixMachineDetails{
-					BootType:       v1alpha1.NutanixBootType(capxv1.NutanixBootTypeLegacy),
+					BootType:       capxv1.NutanixBootTypeLegacy,
 					VCPUSockets:    2,
 					VCPUsPerSocket: 1,
-					Image: v1alpha1.NutanixResourceIdentifier{
+					Image: capxv1.NutanixResourceIdentifier{
 						Type: capxv1.NutanixIdentifierName,
 						Name: ptr.To("fake-image"),
 					},
-					Cluster: v1alpha1.NutanixResourceIdentifier{
+					Cluster: capxv1.NutanixResourceIdentifier{
 						Type: capxv1.NutanixIdentifierName,
 						Name: ptr.To("fake-pe-cluster"),
 					},
 					MemorySize:     resource.MustParse("8Gi"),
 					SystemDiskSize: resource.MustParse("40Gi"),
-					Subnets:        []v1alpha1.NutanixResourceIdentifier{},
+					Subnets:        []capxv1.NutanixResourceIdentifier{},
 				},
 			},
 		},