kind

type Cluster interface {
	// Name indicates the kind cluster name of the running cluster.
	Name() string

	// Client is the configured *kubernetes.Clientset which can be used to access the Cluster's API
	Client() *kubernetes.Clientset

	// Config provides the *rest.Config for the cluster which is convenient for initiating custom kubernetes.Clientsets.
	Config() *rest.Config

	// Cleanup obliterates the cluster and all of its resources, leaving no garbage behind, unless `KIND_KEEP_CLUSTER` is set.
	Cleanup() error
}

type ClusterConfigurationWithKongProxy struct {
	// DockerNetwork indicates the name of the Docker network to use for LoadBalancer IPs
	DockerNetwork string

	// EnableMetalLB instructions the deployment of MetalLB to support provisioning LoadBalancer Services in the cluster.
	EnableMetalLB bool

	// DBMode indicates which database backend to use for the proxy ("off" and "postgres" are the only supported options currently)
	// Note: leaving this blank is equivalent to "off" and will deploy in DBLESS mode.
	DBMode string
}

type ProxyReadinessEvent struct {
	// ProxyAdminURL indicates the URL at which the Kong Proxy Admin API can be reached.
	ProxyAdminURL *url.URL

	// ProxyURL indicates the URL at which the Kong proxy can be reached over HTTP.
	ProxyURL *url.URL

	// ProxyHTTPSURL indicates the URL at which the Kong proxy can be reached over HTTPS.
	ProxyHTTPSURL *url.URL

	// ProxyUDPUrl indicates the URL at which UDP traffic the Kong proxy goes.
	// TODO: this is a hack in place to workaround problems in the Kong helm chart when UDP ports are in use:
	//       See: https://github.com/Kong/charts/issues/329
	ProxyUDPUrl *url.URL

	// ProxyIP is the proxy's IP
	ProxyIP *net.IP

	// Err provides any errors that have occurred that have made it impossible for the Proxy
	// to become ready, receivers should consider any errors received this way as a critical
	// failure that can not be automatically recovered from (e.g. the tests have failed).
	Err error
}