create

type CreateDeleteTestOptions struct {
	// Create is the set of objects to create
	Create []*unstructured.Unstructured

	// Updates is the set of objects to update (after all objects have been created)
	Updates []*unstructured.Unstructured

	// PrimaryResource is the primary resource for the test
	PrimaryResource *unstructured.Unstructured

	// CleanupResources is true if we should delete resources when we are done
	CleanupResources bool

	// SkipWaitForDelete true means that we don't wait to query that a resource has been deleted.
	SkipWaitForDelete bool

	// SkipWaitForReady true is mainly used for Paused resources as we don't emit an event for those yet.
	SkipWaitForReady bool

	// CreateInOrder true means that we create each object and wait for the object to be ready.
	// This requires that objects be sorted in creation order.
	CreateInOrder bool

	// DeleteInOrder true means that we delete each object and wait for deletion to complete.
	// This requires that objects be sorted in deletion order.
	DeleteInOrder bool

	// DoNotUseServerSideApplyForCreate uses a normal create for object creation
	// Note: we should use server-side apply for both create and update.
	// If we mix-and-match, we get surprising behaviours e.g. we can't clear a field
	DoNotUseServerSideApplyForCreate bool
}

type GCPTargetMode string

type Harness struct {
	*testing.T
	Ctx context.Context

	Events     *test.MemoryEventSink
	KubeEvents *test.MemoryEventSink

	Project testgcp.GCPProject

	VCRRecorderNonTF *recorder.Recorder
	VCRRecorderTF    *recorder.Recorder
	VCRRecorderOauth *recorder.Recorder

	// MockGCP holds our mockgcp instance, if we are running against mockgcp
	MockGCP mockgcp.Interface

	// KubeTarget is the kube-emulation mode to use
	// If not set, will use the E2E_KUBE_TARGET env var
	KubeTarget string

	// GCPTarget is the GCP mode to use (real, mock, vcr)
	// If not set, will use the E2E_GCP_TARGET env var
	GCPTarget GCPTargetMode
	// contains filtered or unexported fields
}

type HarnessOption func(*Harness)

type Sample struct {
	Name      string
	APIGroup  string
	Resources []*unstructured.Unstructured
}

type SampleKey struct {
	// Name is the sample name; it is typically only the last directory name
	// deprecated: prefer TestKey instead
	Name string

	// TestKey is the relative path to the sample from the "root" samples directory
	TestKey string

	// AbsoluteSourceDir is the absolute path to the directory containing the sample
	AbsoluteSourceDir string

	APIGroup string
	// contains filtered or unexported fields
}