workload

type CNIInstaller interface {
	// Install configures a CNI for the first time in a kubernetes cluster
	Install(ctx context.Context, cluster *types.Cluster) error
}

type Cluster interface {
	// CreateAsync performs the necessary action that will eventually result in a cluster being
	// created. This likely includes applying CAPI manifests to the cluster but its not the only
	// thing that may be required.
	CreateAsync(_ context.Context, management *types.Cluster) error

	// WriteKubeconfig writes the Kuberconfig for this cluster to the io.Writer.
	WriteKubeconfig(_ context.Context, _ io.Writer, management *types.Cluster) error

	// WaitUntilControlPlaneAvailable blocks until the first control plane is ready node is ready.
	// The node is ready when its possible to interact with the Kube API server using
	// a Kubeconfig.
	WaitUntilControlPlaneAvailable(_ context.Context, management *types.Cluster) error

	// WaitUntilReady blocks until all nodes within the cluster are ready. Nodes are ready when
	// they have joined the cluster and their Ready condition is true.
	WaitUntilReady(_ context.Context, management *types.Cluster) error // GetName retrieves the cluster name.
	GetName() string
}

type Create struct {
	// Cluster is an abstraction of a cluster that can be created.
	Cluster Cluster

	// CNI is an installer of a CNI. As per Kubernetes documentation, the CNI must be installed for
	// inter cluster communication.
	CNI CNIInstaller

	// FS is a file system abstraction providing file creation and write capabilities.
	FS filewriter.FileWriter
}