util

package
v0.0.0-...-e3e1183 Latest Latest
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This package is not in the latest version of its module.

 Go to latest Published: Nov 25, 2019 License: Apache-2.0 Imports: 27 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	Bolt1 = "boltV1"
	Bolt2 = "boltV2"
)
View Source 
const (
	XExample = "rpc-example"
)

support SubProtocol

Variables

View Source 
var (
	MeshLogPath  = "stdout"
	MeshLogLevel = "WARN"
	StartRetry   = false
)

can set

Functions

func BuildBoltV1Request 

func BuildBoltV1Request(requestID uint64) *sofarpc.BoltRequest

func BuildBoltV1RequestWithContent 

func BuildBoltV1RequestWithContent(requestID uint64, data types.IoBuffer) *sofarpc.BoltRequest

func BuildBoltV1Response 

func BuildBoltV1Response(req *sofarpc.BoltRequest) *sofarpc.BoltResponse

func BuildBoltV2Request 

func BuildBoltV2Request(requestID uint64) *sofarpc.BoltRequestV2

func BuildBoltV2Response 

func BuildBoltV2Response(req *sofarpc.BoltRequestV2) *sofarpc.BoltResponseV2

func CreateMeshToMeshConfig 

func CreateMeshToMeshConfig(clientaddr string, serveraddr string, appproto types.Protocol, meshproto types.Protocol, hosts []string, tls bool) *config.MOSNConfig

Mesh to Mesh clientaddr and serveraddr is mesh's addr appproto is client and server (not mesh) protocol meshproto is mesh's protocol hosts is server's addresses

func CreateProxyMesh 

func CreateProxyMesh(addr string, hosts []string, proto types.Protocol) *config.MOSNConfig

mesh as a proxy , client and servre have same protocol

func CreateTCPProxyConfig 

func CreateTCPProxyConfig(meshaddr string, hosts []string, isRouteEntryMode bool) *config.MOSNConfig

TCP Proxy

func CreateTLSExtensionConfig 

func CreateTLSExtensionConfig(clientaddr string, serveraddr string, appproto types.Protocol, meshproto types.Protocol, hosts []string, ext *ExtendVerifyConfig) *config.MOSNConfig

func CreateWeightProxyMesh 

func CreateWeightProxyMesh(addr string, proto types.Protocol, clusters []*WeightCluster) *config.MOSNConfig

mesh as a proxy , client and servre have same protocol

func CreateXProtocolMesh 

func CreateXProtocolMesh(clientaddr string, serveraddr string, subprotocol string, hosts []string) *config.MOSNConfig

XProtocol must be mesh to mesh currently, support Path/Prefix is "/" only

func CurrentMeshAddr 

func CurrentMeshAddr() string

func IsMapEmpty 

func IsMapEmpty(m *sync.Map) bool

func NewBasicCluster 

func NewBasicCluster(name string, hosts []string) v2.Cluster

func NewFilterChain 

func NewFilterChain(routerConfigName string, downstream, upstream types.Protocol, routers []v2.Router) v2.FilterChain

func NewHeaderRouter 

func NewHeaderRouter(cluster string, value string) v2.Router

common case

func NewHeaderWeightedRouter 

func NewHeaderWeightedRouter(clusters []v2.WeightedCluster, value string) v2.Router

weighted cluster case

func NewListener 

func NewListener(name, addr string, chains []v2.FilterChain) v2.Listener

func NewMOSNConfig 

func NewMOSNConfig(listeners []v2.Listener, clusterManager config.ClusterManagerConfig) *config.MOSNConfig

func NewPathRouter 

func NewPathRouter(cluster string, path string) v2.Router

func NewPrefixRouter 

func NewPrefixRouter(cluster string, prefix string) v2.Router

func NewProxyFilter 

func NewProxyFilter(routerfgname string, downstream, upstream types.Protocol) *v2.Proxy

Create Mesh Config

func NewWeightedCluster 

func NewWeightedCluster(name string, hosts []*WeightHost) v2.Cluster

func NewXProtocolFilterChain 

func NewXProtocolFilterChain(name string, subproto string, routers []v2.Router) v2.FilterChain

func RandomDuration 

func RandomDuration(min, max time.Duration) time.Duration

func ServeSofaRPC 

func ServeSofaRPC(t *testing.T, conn net.Conn, responseHandler func(iobuf types.IoBuffer) ([]byte, bool))

func WaitMapEmpty 

func WaitMapEmpty(m *sync.Map, timeout time.Duration) bool

Types

type ExtendVerifyConfig 

type ExtendVerifyConfig struct {
	ExtendType   string
	VerifyConfig map[string]interface{}
}

TLS Extension

type HTTP2Server 

type HTTP2Server struct {
	Server  *http2.Server
	Handler http.Handler
	// contains filtered or unexported fields
}

func (*HTTP2Server) ServeConn 

func (s *HTTP2Server) ServeConn(t *testing.T, conn net.Conn)

type HTTPHandler 

type HTTPHandler struct{}

Server Implement

func (*HTTPHandler) ServeHTTP 

func (h *HTTPHandler) ServeHTTP(w http.ResponseWriter, r *http.Request)

type HTTPServer 

type HTTPServer struct {
	Handler http.Handler
	// contains filtered or unexported fields
}

Http Server

func (*HTTPServer) Addr 

func (s *HTTPServer) Addr() string

func (*HTTPServer) Close 

func (s *HTTPServer) Close()

func (*HTTPServer) GoServe 

func (s *HTTPServer) GoServe()

type RPCClient 

type RPCClient struct {
	ClientID string
	Protocol string //bolt1, bolt2
	Codec    stream.Client
	Waits    sync.Map

	ExpectedStatus int16
	// contains filtered or unexported fields
}

func NewRPCClient 

func NewRPCClient(t *testing.T, id string, proto string) *RPCClient

func (*RPCClient) Close 

func (c *RPCClient) Close()

func (*RPCClient) Connect 

func (c *RPCClient) Connect(addr string) error

func (*RPCClient) ConnectTLS 

func (c *RPCClient) ConnectTLS(addr string, cfg *v2.TLSConfig) error

func (*RPCClient) OnDecodeError 

func (c *RPCClient) OnDecodeError(context context.Context, err error, headers types.HeaderMap)

func (*RPCClient) OnReceive 

func (c *RPCClient) OnReceive(ctx context.Context, headers types.HeaderMap, data types.IoBuffer, trailers types.HeaderMap)

func (*RPCClient) SendRequest 

func (c *RPCClient) SendRequest()

func (*RPCClient) SendRequestWithData 

func (c *RPCClient) SendRequestWithData(in string)

func (*RPCClient) Stats 

func (c *RPCClient) Stats() bool

type RPCServer 

type RPCServer struct {
	UpstreamServer
	Client *RPCClient
	// Statistic
	Name  string
	Count uint32
}

func (*RPCServer) ServeBoltV1 

func (s *RPCServer) ServeBoltV1(t *testing.T, conn net.Conn)

func (*RPCServer) ServeBoltV2 

func (s *RPCServer) ServeBoltV2(t *testing.T, conn net.Conn)

type ServeConn 

type ServeConn func(t *testing.T, conn net.Conn)

type UpstreamServer 

type UpstreamServer interface {
	GoServe()
	Close()
	Addr() string
}

func NewHTTPServer 

func NewHTTPServer(t *testing.T, h http.Handler) UpstreamServer

func NewRPCServer 

func NewRPCServer(t *testing.T, addr string, proto string) UpstreamServer

func NewUpstreamHTTP2 

func NewUpstreamHTTP2(t *testing.T, addr string, h http.Handler) UpstreamServer

func NewUpstreamServer 

func NewUpstreamServer(t *testing.T, addr string, serve ServeConn) UpstreamServer

func NewXProtocolServer 

func NewXProtocolServer(t *testing.T, addr string, subproto string) UpstreamServer

type WeightCluster 

type WeightCluster struct {
	Name   string
	Hosts  []*WeightHost
	Weight uint32
}

type WeightHost 

type WeightHost struct {
	Addr   string
	Weight uint32
}

type XProtocolClient 

type XProtocolClient struct {
	ClientID    string
	SubProtocol xprotocol.SubProtocol
	Codec       xprotocol.Multiplexing
	// contains filtered or unexported fields
}

XProtocol needs subprotocol for rpc is different from other protocol (extension)

func NewXClient 

func NewXClient(t *testing.T, id string, subproto string) *XProtocolClient

func (*XProtocolClient) Close 

func (c *XProtocolClient) Close()

func (*XProtocolClient) Connect 

func (c *XProtocolClient) Connect(addr string) error

func (*XProtocolClient) RequestAndWaitReponse 

func (c *XProtocolClient) RequestAndWaitReponse() error

type XProtocolServer 

type XProtocolServer struct {
	UpstreamServer
	Client *XProtocolClient
}

func (*XProtocolServer) ServeXExample 

func (s *XProtocolServer) ServeXExample(t *testing.T, conn net.Conn)

Source Files

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