Documentation ¶
Index ¶
Constants ¶
const ( ProtocolHTTP = "http" ProtocolHTTPS = "https" ProtocolTLS = "tls" )
Variables ¶
This section is empty.
Functions ¶
This section is empty.
Types ¶
type Certificate ¶
Certificate represents a pub/private key pair. It is identified by ID which will become the file name. A CA certificate will not have a PrivateKey set.
type ServiceAliasConfig ¶
type ServiceAliasConfig struct { // Host is a required host name ie. www.example.com Host string // Path is an optional path ie. www.example.com/myservice where "myservice" is the path Path string // TLSTermination is the termination policy for this backend and drives the mapping files and router configuration TLSTermination routeapi.TLSTerminationType // Certificates used for securing this backend. Keyed by the cert id Certificates map[string]Certificate // Indicates the status of configuration that needs to be persisted. Right now this only // includes the certificates and is not an indicator of being written to the underlying // router implementation Status ServiceAliasConfigStatus // Indicates the port the user wishes to expose. If empty, a port will be selected for the service. PreferPort string }
ServiceAliasConfig is a route for a service. Uniquely identified by host + path.
type ServiceAliasConfigStatus ¶
type ServiceAliasConfigStatus string
const ( // ServiceAliasConfigStatusSaved indicates that the necessary files for this config have // been persisted to disk. ServiceAliasConfigStatusSaved ServiceAliasConfigStatus = "saved" )
type ServiceUnit ¶
type ServiceUnit struct { // Name corresponds to a service name & namespace. Uniquely identifies the ServiceUnit Name string // EndpointTable are endpoints that back the service, this translates into a final backend // implementation for routers. EndpointTable []Endpoint // ServiceAliasConfigs is a collection of unique routes that support this service, keyed by host + path ServiceAliasConfigs map[string]ServiceAliasConfig }
ServiceUnit is an encapsulation of a service, the endpoints that back that service, and the routes that point to the service. This is the data that drives the creation of the router configuration files
func (ServiceUnit) TemplateSafeName ¶
func (s ServiceUnit) TemplateSafeName() string
TemplateSafeName provides a name that can be used in the template that does not contain restricted characters like / which is used to concat namespace and name in the service unit key
type TemplatePlugin ¶
type TemplatePlugin struct { Router routerInterface IncludeUDP bool }
TemplatePlugin implements the router.Plugin interface to provide a template based, backend-agnostic router.
func NewTemplatePlugin ¶
func NewTemplatePlugin(cfg TemplatePluginConfig) (*TemplatePlugin, error)
NewTemplatePlugin creates a new TemplatePlugin.
func (*TemplatePlugin) HandleEndpoints ¶
func (p *TemplatePlugin) HandleEndpoints(eventType watch.EventType, endpoints *kapi.Endpoints) error
HandleEndpoints processes watch events on the Endpoints resource.
func (*TemplatePlugin) HandleNamespaces ¶ added in v1.0.6
func (p *TemplatePlugin) HandleNamespaces(namespaces sets.String) error
HandleAllowedNamespaces limits the scope of valid routes to only those that match the provided namespace list.
func (*TemplatePlugin) HandleRoute ¶
HandleRoute processes watch events on the Route resource. TODO: this function can probably be collapsed with the router itself, as a function that
determines which component needs to be recalculated (which template) and then does so on demand.