Documentation ¶
Index ¶
Constants ¶
const ( // ConfigMapKey should match the expected MeshConfig file name ConfigMapKey = "mesh" // CopilotTimeout when to cancel remote gRPC call to copilot CopilotTimeout = 5 * time.Second )
Variables ¶
var ( // ConfigDescriptor describes all supported configuration kinds. // TODO: use model.IstioConfigTypes once model.IngressRule is deprecated ConfigDescriptor = model.ConfigDescriptor{ model.RouteRule, model.VirtualService, model.Gateway, model.EgressRule, model.ServiceEntry, model.DestinationPolicy, model.DestinationRule, model.HTTPAPISpec, model.HTTPAPISpecBinding, model.QuotaSpec, model.QuotaSpecBinding, model.AuthenticationPolicy, model.ServiceRole, model.ServiceRoleBinding, model.RbacConfig, } // PilotCertDir is the default location for mTLS certificates used by pilot // Visible for tests - at runtime can be set by PILOT_CERT_DIR environment variable. PilotCertDir = "/etc/certs/" )
var ( // FilepathWalkInterval dictates how often the file system is walked for config FilepathWalkInterval = 100 * time.Millisecond )
Functions ¶
func GetMeshConfig ¶
func GetMeshConfig(kube kubernetes.Interface, namespace, name string) (*v1.ConfigMap, *meshconfig.MeshConfig, error)
GetMeshConfig fetches the ProxyMesh configuration from Kubernetes ConfigMap.
Types ¶
type ConfigArgs ¶
type ConfigArgs struct { ClusterRegistriesConfigmap string ClusterRegistriesNamespace string KubeConfig string CFConfig string ControllerOptions kube.ControllerOptions FileDir string // Controller if specified, this controller overrides the other config settings. Controller model.ConfigStoreCache }
ConfigArgs provide configuration options for the configuration controller. If FileDir is set, that directory will be monitored for CRD yaml files and will update the controller as those files change (This is used for testing purposes). Otherwise, a CRD client is created based on the configuration.
type ConsulArgs ¶
ConsulArgs provides configuration for the Consul service registry.
type EurekaArgs ¶
EurekaArgs provides configuration for the Eureka service registry
type MeshArgs ¶
MeshArgs provide configuration options for the mesh. If ConfigFile is provided, an attempt will be made to load the mesh from the file. Otherwise, a default mesh will be used with optional overrides.
type PilotArgs ¶
type PilotArgs struct { DiscoveryOptions envoy.DiscoveryServiceOptions Namespace string Mesh MeshArgs Config ConfigArgs Service ServiceArgs RDSv2 bool MeshConfig *meshconfig.MeshConfig CtrlZOptions *ctrlz.Options }
PilotArgs provides all of the configuration parameters for the Pilot discovery service.
type Server ¶
type Server struct { HTTPListeningAddr net.Addr GRPCListeningAddr net.Addr SecureGRPCListeningAddr net.Addr MonitorListeningAddr net.Addr // TODO(nmittler): Consider alternatives to exposing these directly EnvoyXdsServer *envoyv2.DiscoveryServer ServiceController *aggregate.Controller // contains filtered or unexported fields }
Server contains the runtime configuration for the Pilot discovery service.
func (*Server) Start ¶
Start starts all components of the Pilot discovery service on the port specified in DiscoveryServiceOptions. If Port == 0, a port number is automatically chosen. This method returns the address on which the server is listening for incoming connections. Content serving is started by this method, but is executed asynchronously. Serving can be cancelled at any time by closing the provided stop channel.
type ServiceArgs ¶
type ServiceArgs struct { Registries []string Consul ConsulArgs Eureka EurekaArgs }
ServiceArgs provides the composite configuration for all service registries in the system.