本文整理汇总了Golang中github.com/kandoo/beehive.RcvContext.Sync方法的典型用法代码示例。如果您正苦于以下问题：Golang RcvContext.Sync方法的具体用法？Golang RcvContext.Sync怎么用？Golang RcvContext.Sync使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类github.com/kandoo/beehive.RcvContext的用法示例。
在下文中一共展示了RcvContext.Sync方法的3个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的Golang代码示例。
示例1: Rcv
//.........这里部分代码省略.........
}
}
case nom.LinkDeleted:
return r.GraphBuilderCentralized.Rcv(msg, ctx)
default:
in := msg.Data().(nom.PacketIn)
src := in.Packet.SrcMAC()
dst := in.Packet.DstMAC()
d := ctx.Dict(mac2port)
if dst.IsLLDP() {
return nil
}
// FIXME: Hardcoding the hardware address at the moment
srck := src.Key()
_, src_err := d.Get(srck)
if src_err != nil {
fmt.Printf("Router: Error retrieving hosts %v\n", src)
}
if dst.IsBroadcast() || dst.IsMulticast() {
fmt.Printf("Router: Received Broadcast or Multicast from %v\n", src)
return nil
}
sn := in.Node
dstk := dst.Key()
dst_port, dst_err := d.Get(dstk)
if dst_err != nil {
fmt.Printf("Router: Cant find dest node %v\n", dstk)
res, query_err := ctx.Sync(context.TODO(), InterAreaQuery{Src: srck, Dst: dstk})
if query_err != nil {
fmt.Printf("Router: received error when querying! %v\n", query_err)
}
fmt.Printf("Router: received response succesfully - %v\n", res)
dst_port = res.(nom.UID)
}
dn, _ := nom.ParsePortUID(dst_port.(nom.UID))
p := dst_port.(nom.UID)
if sn != nom.UID(dn) {
paths, shortest_len := discovery.ShortestPathCentralized(sn, nom.UID(dn), ctx)
fmt.Printf("Router: Path between %v and %v returns %v, %v\n", sn, nom.UID(dn), paths, shortest_len)
for _, path := range paths {
if len(path) != shortest_len {
continue
} else {
p = path[0].From
break
}
}
}
// Forward flow entry
add_forward := nom.AddFlowEntry{
Flow: nom.FlowEntry{
Node: in.Node,
Match: nom.Match{
Fields: []nom.Field{
nom.EthDst{示例2: Rcv
func (r LoadBalancer) Rcv(msg bh.Msg, ctx bh.RcvContext) error {
switch dm := msg.Data().(type) {
case setup:
return registerEndhosts2(ctx)
case nom.LinkAdded:
link := InterAreaLink(dm)
ctx.Emit(link)
return r.GraphBuilderCentralized.Rcv(msg, ctx)
case nom.LinkDeleted:
return r.GraphBuilderCentralized.Rcv(msg, ctx)
default:
in := msg.Data().(nom.PacketIn)
src := in.Packet.SrcMAC()
dst := in.Packet.DstMAC()
d := ctx.Dict(mac2port)
load_dict := ctx.Dict(load_on_nodes)
if dst.IsLLDP() {
return nil
}
// FIXME: Hardcoding the hardware address at the moment
srck := src.Key()
if dst.IsBroadcast() || dst.IsMulticast() {
fmt.Printf("Load Balancer: Received Broadcast or Multicast from %v\n", src)
return nil
}
sn := in.Node
dstk := dst.Key()
dst_port, dst_err := d.Get(dstk)
if dst_err != nil {
fmt.Printf("Load Balancer: Cant find dest node %v\n", dstk)
res, query_err := ctx.Sync(context.TODO(), InterAreaQuery{Src: srck, Dst: dstk})
if query_err != nil {
fmt.Printf("Load Balancer: received error when querying! %v\n", query_err)
}
fmt.Printf("Load Balancer: received response succesfully - %v\n", res)
dst_port = res.(nom.UID)
}
dn, _ := nom.ParsePortUID(dst_port.(nom.UID))
p := dst_port.(nom.UID)
if sn != nom.UID(dn) {
paths, _ := discovery.ShortestPathCentralized(sn, nom.UID(dn), ctx)
opt_path := paths[0]
min_load := calculate_load(ctx, paths[0])
for _, path := range paths[1:] {
load := calculate_load(ctx, path)
if load < min_load {
opt_path = path
min_load = load
}
}
fmt.Printf("Load Balancer: Routing flow from %v to %v - %v, %v\n", sn, nom.UID(dn), opt_path, len(opt_path))
p = opt_path[0].From
}
// Forward flow entry
add_forward := nom.AddFlowEntry{
Flow: nom.FlowEntry{
Node: in.Node,
Match: nom.Match{
Fields: []nom.Field{
nom.EthDst{
Addr: dst,
Mask: nom.MaskNoneMAC,
},
},
},
Actions: []nom.Action{
nom.ActionForward{
Ports: []nom.UID{p},
},
},
},
}
ctx.Reply(msg, add_forward)
// Reverse flow entry
add_reverse := nom.AddFlowEntry{
Flow: nom.FlowEntry{
Node: in.Node,
Match: nom.Match{
Fields: []nom.Field{
nom.EthDst{
Addr: src,
Mask: nom.MaskNoneMAC,
},
},
},
Actions: []nom.Action{
nom.ActionForward{
//.........这里部分代码省略.........
示例3: Rcv
func (r Router) Rcv(msg bh.Msg, ctx bh.RcvContext) error {
switch dm := msg.Data().(type) {
case setup:
return registerEndhosts(ctx)
case nom.LinkAdded:
link := InterAreaLink(dm)
ctx.Emit(link)
return r.GraphBuilderCentralized.Rcv(msg, ctx)
case nom.LinkDeleted:
return r.GraphBuilderCentralized.Rcv(msg, ctx)
default:
in := msg.Data().(nom.PacketIn)
src := in.Packet.SrcMAC()
dst := in.Packet.DstMAC()
d := ctx.Dict(mac2port)
if dst.IsLLDP() {
return nil
}
// FIXME: Hardcoding the hardware address at the moment
srck := src.Key()
_, src_err := d.Get(srck)
if src_err != nil {
fmt.Printf("Router: Error retrieving hosts %v\n", src)
}
if dst.IsBroadcast() || dst.IsMulticast() {
fmt.Printf("Router: Received Broadcast or Multicast from %v\n", src)
return nil
}
sn := in.Node
dstk := dst.Key()
dst_port, dst_err := d.Get(dstk)
if dst_err != nil {
fmt.Printf("Router: Cant find dest node %v\n", dstk)
res, query_err := ctx.Sync(context.TODO(), InterAreaQuery{Src: srck, Dst: dstk})
if query_err != nil {
fmt.Printf("Router: received error when querying! %v\n", query_err)
}
fmt.Printf("Router: received response succesfully - %v\n", res)
dst_port = res.(nom.UID)
}
dn, _ := nom.ParsePortUID(dst_port.(nom.UID))
p := dst_port.(nom.UID)
if sn != nom.UID(dn) {
paths, shortest_len := discovery.ShortestPathCentralized(sn, nom.UID(dn), ctx)
fmt.Printf("Router: Path between %v and %v returns %v, %v\n", sn, nom.UID(dn), paths, shortest_len)
for _, path := range paths {
if len(path) != shortest_len {
continue
} else {
p = path[0].From
break
}
}
}
// Forward flow entry
add_forward := nom.AddFlowEntry{
Flow: nom.FlowEntry{
Node: in.Node,
Match: nom.Match{
Fields: []nom.Field{
nom.EthDst{
Addr: dst,
Mask: nom.MaskNoneMAC,
},
},
},
Actions: []nom.Action{
nom.ActionForward{
Ports: []nom.UID{p},
},
},
},
}
ctx.Reply(msg, add_forward)
// Reverse flow entry
add_reverse := nom.AddFlowEntry{
Flow: nom.FlowEntry{
Node: in.Node,
Match: nom.Match{
Fields: []nom.Field{
nom.EthDst{
Addr: src,
Mask: nom.MaskNoneMAC,
},
},
},
Actions: []nom.Action{
//.........这里部分代码省略.........