func (delegate *TestClientDelegate) Initialize(ctx application.Context) {
log.Printf("TestClientDelegate.Initialize...")
// Set the necessary flags using the mojo args.
args := ctx.Args()
mojoFlag = flag.NewFlagSet(args[0], flag.ExitOnError)
mojoRun := mojoFlag.String("test.run", "", "")
mojoBench := mojoFlag.String("test.bench", "", "")
endpointFlag = mojoFlag.String("endpoint", "", "")
v23TcpAddr := mojoFlag.String("v23.tcp.address", "", "")
mojoFlag.Parse(args[1:])
flag.Set("test.run", *mojoRun)
flag.Set("test.bench", *mojoBench)
flag.Set("v23.tcp.address", *v23TcpAddr)
tests := []func(*testing.T, application.Context){
TestSimple, TestMultiArgs, TestReuseProxy, TestNoOutArgs,
}
benchmarks := []func(*testing.B, application.Context){
BenchmarkSimpleRpc,
}
matchAllTests := func(pat, str string) (bool, error) { return true, nil }
exitCode := testing.MainStart(matchAllTests, convertTests(tests, ctx), convertBenchmarks(benchmarks, ctx), nil).Run()
if exitCode == 0 {
fmt.Printf("%s\n", expected.SuccessMessage)
} else {
fmt.Printf("%s\n", expected.FailureMessage)
}
ctx.Close()
os.Exit(exitCode)
}
func (d *HttpHandlerDelegate) Initialize(ctx application.Context) {
request, pointer := http_server_factory.CreateMessagePipeForHttpServerFactory()
ctx.ConnectToApplication("mojo:http_server").ConnectToService(&request)
factory := http_server_factory.NewHttpServerFactoryProxy(pointer, bindings.GetAsyncWaiter())
addr := &net_address.NetAddress{
net_address.NetAddressFamily_IpV4,
&net_address.NetAddressIPv4{
8080,
[4]uint8{127, 0, 0, 1},
},
nil,
}
serverRequest, serverPointer := http_server.CreateMessagePipeForHttpServer()
factory.CreateHttpServer(serverRequest, addr)
d.server = http_server.NewHttpServerProxy(serverPointer, bindings.GetAsyncWaiter())
handlerRequest, handlerPointer := http_server.CreateMessagePipeForHttpHandler()
ok, err := d.server.SetHandler("/go", handlerPointer)
if !ok {
log.Println("can't set handler:", err)
return
}
d.handlerStub = http_server.NewHttpHandlerStub(handlerRequest, &HttpHandler{}, bindings.GetAsyncWaiter())
go func() {
for {
if err := d.handlerStub.ServeRequest(); err != nil {
log.Println("can't handle http request:", err)
return
}
}
}()
factory.Close_Proxy()
}
func (d *delegate) Initialize(ctx application.Context) {
req, ptr := discovery.CreateMessagePipeForDiscovery()
ctx.ConnectToApplication("https://mojo.v.io/discovery.mojo").ConnectToService(&req)
ad := discovery.Advertisement{
InterfaceName: "v.io/discovery.T",
Addresses: []string{"localhost:1000"},
Attributes: &map[string]string{"foo": "abc"},
Attachments: &map[string][]byte{"bar": []byte{1, 2, 3}},
}
dProxy := discovery.NewDiscoveryProxy(ptr, bindings.GetAsyncWaiter())
id, closerPtr, e1, e2 := dProxy.Advertise(ad, nil)
if e1 != nil || e2 != nil {
log.Printf("Failed to advertise: %v, %v", e1, e2)
return
}
log.Printf("Advertising %x...", *id)
d.stop = func() {
cProxy := discovery.NewCloserProxy(*closerPtr, bindings.GetAsyncWaiter())
cProxy.Close()
cProxy.Close_Proxy()
dProxy.Close_Proxy()
}
}
func newGlobalDiscovery(mctx application.Context, scanInterval time.Duration) *mojom.Discovery_Proxy {
u, _ := url.Parse("https://mojo.v.io/discovery.mojo")
q := u.Query()
q.Set(QueryGlobal, "a/b/c")
q.Set(QueryScanInterval, fmt.Sprintf("%.3fs", scanInterval.Seconds()))
u.RawQuery = q.Encode()
req, ptr := mojom.CreateMessagePipeForDiscovery()
mctx.ConnectToApplication(u.String()).ConnectToService(&req)
return mojom.NewDiscoveryProxy(ptr, bindings.GetAsyncWaiter())
}
func (delegate *EchoClientDelegate) Initialize(ctx application.Context) {
echoRequest, echoPointer := echo.CreateMessagePipeForEcho()
ctx.ConnectToApplication("mojo:go_echo_server").ConnectToService(&echoRequest)
echoProxy := echo.NewEchoProxy(echoPointer, bindings.GetAsyncWaiter())
response, err := echoProxy.EchoString(bindings.StringPointer("Hello, Go world!"))
if response != nil {
fmt.Printf("client: %s\n", *response)
} else {
log.Println(err)
}
echoProxy.Close_Proxy()
ctx.Close()
}
// When running echo_client, ctx.Args() should contain:
// 0: mojo app name
// 1: remote endpoint
// 2+: string to echo
func (delegate *RemoteEchoClientDelegate) Initialize(ctx application.Context) {
log.Printf("RemoteEchoClientDelegate.Initialize...")
// Parse arguments. Note: May panic if not enough args are given.
remoteEndpoint := ctx.Args()[1]
echoString := "Hello, Go world!"
if len(ctx.Args()) > 2 {
echoString = strings.Join(ctx.Args()[2:], " ")
}
r, p := echo.CreateMessagePipeForRemoteEcho()
v23.ConnectToRemoteService(ctx, &r, remoteEndpoint)
echoProxy := echo.NewRemoteEchoProxy(p, bindings.GetAsyncWaiter())
log.Printf("RemoteEchoClientDelegate.Initialize calling EchoString...")
response, err := echoProxy.EchoString(echoString)
if err == nil {
fmt.Printf("client: %s\n", response)
} else {
fmt.Printf("error: %v\n", err)
}
log.Printf("RemoteEchoClientDelegate.Initialize calling EchoX...")
response2, err := echoProxy.EchoX([]bool{true, false, false, true}, echo.AInArg{"A String"})
if err == nil {
fmt.Printf("client: %v\n", response2)
} else {
log.Println("Error: ", err)
}
fmt.Printf("(done)\n")
echoProxy.Close_Proxy()
ctx.Close()
}
func ConnectToRemoteService(ctx application.Context, r application.ServiceRequest, v23Name string) {
v23r, v23p := v23clientproxy.CreateMessagePipeForV23ClientProxy()
ctx.ConnectToApplication("https://mojo.v.io/v23clientproxy.mojo").ConnectToService(&v23r)
prox := v23clientproxy.NewV23ClientProxyProxy(v23p, bindings.GetAsyncWaiter())
sd := r.ServiceDescription()
mojomInterfaceType, err := sd.GetTopLevelInterface()
if err != nil {
// The service description must have the MojomInterface type.
panic(err)
}
desc, err := sd.GetAllTypeDefinitions()
if err != nil {
// The service description must have the map of UserDefinedTypes.
panic(err)
}
prox.SetupClientProxy(v23Name, mojomInterfaceType, *desc, r.Name(), r.PassMessagePipe())
}
// When running fortune_client, ctx.Args() should contain:
// 0: mojo app name
// 1: remote endpoint
// 2+: (optional) fortune to add
// If the fortune to add is omitted, then the fortune_client will Get a fortune.
// Otherwise, it will Add the given fortune.
func (delegate *FortuneClientDelegate) Initialize(ctx application.Context) {
// Parse the arguments.
remoteEndpoint := ctx.Args()[1]
addFortune := strings.Join(ctx.Args()[2:], " ")
log.Printf("FortuneClientDelegate.Initialize... %s", remoteEndpoint)
fortuneRequest, fortunePointer := fortune.CreateMessagePipeForFortune()
v23.ConnectToRemoteService(ctx, &fortuneRequest, remoteEndpoint)
fortuneProxy := fortune.NewFortuneProxy(fortunePointer, bindings.GetAsyncWaiter())
if addFortune != "" {
log.Printf("FortuneClientDelegate.Initialize calling Add...")
if err := fortuneProxy.Add(addFortune); err != nil {
log.Println(err)
} else {
fmt.Printf("client added: %s\n", addFortune)
}
} else {
log.Printf("FortuneClientDelegate.Initialize calling Get...")
response, err := fortuneProxy.Get()
if response != "" {
fmt.Printf("client (get): %s\n", response)
} else {
log.Println(err)
}
}
fortuneProxy.Close_Proxy()
ctx.Close()
}
func (d *HttpServerDelegate) Initialize(ctx application.Context) {
request, pointer := network_service.CreateMessagePipeForNetworkService()
ctx.ConnectToApplication("mojo:network_service").ConnectToService(&request)
d.networkService = network_service.NewNetworkServiceProxy(pointer, bindings.GetAsyncWaiter())
if err := d.InitTCPBoundSocket(); err != nil {
log.Printf("can't create TCP socket: %v\n", err)
return
}
if err := d.InitServerSocket(); err != nil {
log.Printf("can't create server socket: %v\n", err)
return
}
http.HandleFunc("/go", func(w http.ResponseWriter, r *http.Request) {
fmt.Fprintf(w, "Hello, Go http server!")
})
l := &MojoListener{d.serverSocket}
if err := http.Serve(l, nil); err != nil {
log.Printf("can't serve request: %v\n", err)
return
}
}
func (d *delegate) Initialize(ctx application.Context) {
req, ptr := discovery.CreateMessagePipeForDiscovery()
ctx.ConnectToApplication("https://mojo.v.io/discovery.mojo").ConnectToService(&req)
scanHandlerReq, scanHandlerPtr := discovery.CreateMessagePipeForScanHandler()
scanHandlerStub := discovery.NewScanHandlerStub(scanHandlerReq, &scanHandler{}, bindings.GetAsyncWaiter())
dProxy := discovery.NewDiscoveryProxy(ptr, bindings.GetAsyncWaiter())
closerPtr, e1, e2 := dProxy.Scan(`v.InterfaceName="v.io/discovery.T"`, scanHandlerPtr)
if e1 != nil || e2 != nil {
log.Printf("Failed to scan: %v, %v", e1, e2)
scanHandlerStub.Close()
dProxy.Close_Proxy()
return
}
go func() {
for {
if err := scanHandlerStub.ServeRequest(); err != nil {
connErr, ok := err.(*bindings.ConnectionError)
if !ok || !connErr.Closed() {
log.Println(err)
}
break
}
}
}()
d.stop = func() {
cProxy := discovery.NewCloserProxy(*closerPtr, bindings.GetAsyncWaiter())
cProxy.Close()
cProxy.Close_Proxy()
scanHandlerStub.Close()
dProxy.Close_Proxy()
}
}
// Initialize connects to other instance, providing and asking for echo service.
func (delegate *EchoDelegate) Initialize(ctx application.Context) {
if ctx.URL() != delegate.localURL {
panic(fmt.Sprintf("invalid URL: want %v, got %v", delegate.localURL, ctx.URL()))
}
if len(ctx.Args()) != 1 || ctx.Args()[0] != delegate.localURL {
panic(fmt.Sprintf("invalid args: want %v, got %v", []string{delegate.localURL}, ctx.Args()))
}
go func() {
echoRequest, echoPointer := echo.CreateMessagePipeForEcho()
conn := ctx.ConnectToApplication(pairedURL(delegate.localURL), &echo.Echo_ServiceFactory{delegate})
if conn.RequestorURL() != delegate.localURL {
panic(fmt.Sprintf("invalid requestor URL: want %v, got %v", delegate.localURL, conn.RequestorURL()))
}
if conn.ConnectionURL() != pairedURL(delegate.localURL) {
panic(fmt.Sprintf("invalid connection URL: want %v, got %v", pairedURL(delegate.localURL), conn.ConnectionURL()))
}
conn.ConnectToService(&echoRequest)
checkEcho(echoPointer)
}()
}