func TestCodec(t *testing.T) { // Transport f := trace.NewFrame() // Carrier sx := sandbox.NewUnreliableTransport(f.Refine("sandbox"), 5, 0, time.Second/3, time.Second/3) // Chain hx := chain.NewTransport(f.Refine("chain"), sx) // Faithful fx := faithful.NewTransport(f.Refine("faithful"), hx) // Codec cx := codec.NewTransport(fx, codec.GobCodec{}) // Blend bx := NewTransport(f.Refine("blend"), cx) // Sync ya, yb := make(chan int), make(chan int) // Accepter l := bx.Listen(sandbox.Addr("@")) for i := 0; i < testN; i++ { go testAcceptConn(t, l, ya, yb) } // Dialer for i := 0; i < testN; i++ { go testDialConn(t, bx, ya, yb) } for i := 0; i < testN; i++ { <-yb } }
func TestCodec(t *testing.T) { // Transport f := trace.NewFrame() // Carrier sx := sandbox.NewRandomUnreliableTransport(f.Refine("sandbox"), 3, 3, time.Second/4, time.Second/4) // Chain hx := chain.NewTransport(f.Refine("chain"), sx) // Faithful fx := faithful.NewTransport(f.Refine("faithful"), hx) // Codec cx := NewTransport(fx, GobCodec{}) // Sync y := make(chan int) // Accepter go func() { l := cx.Listen(sandbox.Addr("@")) for i := 0; i < testN; i++ { y <- 1 conn := l.Accept() msg := &testMsg{} if err := conn.Read(msg); err != nil { t.Fatalf("read (%s)", err) failNow() } if msg.Carry != i { t.Fatalf("check") failNow() } f.Printf("READ %d/%d CLOSING", i+1, testN) conn.Close() f.Printf("READ %d/%d √", i+1, testN) } y <- 1 }() // Dialer for i := 0; i < testN; i++ { <-y conn := cx.Dial(sandbox.Addr("@")) if err := conn.Write(&testMsg{i}); err != nil { t.Fatalf("write (%s)", err) failNow() } f.Printf("WRITE %d/%d CLOSING", i+1, testN) if err := conn.Close(); err != nil { t.Fatalf("close (%s)", err) failNow() } f.Printf("WRITE %d/%d √", i+1, testN) } <-y }
func NewStructOverTCP() *blend.Transport { f := trace.NewFrame() // Carrier x0 := tcp.Transport // Chain x1 := chain.NewTransport(f.Refine("chain"), x0) // Faithful x2 := faithful.NewTransport(f.Refine("faithful"), x1) // Codec x3 := codec.NewTransport(x2, codec.GobCodec{}) // Blend return blend.NewTransport(f.Refine("blend"), x3) }