func (self *Exchange) printRecv(p printer.Interface) {
switch self.PrintFlag {
case PrintAll:
if self.Recv != nil {
p.Print("recv {")
p.ShiftIn()
self.Recv.PrintTo(p)
p.ShiftOut("}")
}
if self.Error != nil {
p.Printf("error %v", self.Error)
}
case PrintReply:
if self.Recv != nil {
self.Recv.Packet.PrintTo(p)
self.printTimeTaken(p)
}
if self.Error != nil {
p.Printf("error %v", self.Error)
}
default:
panic("unknown print flag")
}
p.ShiftOut("}")
}
func (self *Exchange) printSend(p printer.Interface) {
p.Printf("%s {", self.Query.String())
p.ShiftIn()
switch self.PrintFlag {
case PrintAll:
p.Print("send {")
p.ShiftIn()
self.Send.PrintTo(p)
p.ShiftOut("}")
case PrintReply:
// do nothing
default:
panic("unknown print flag")
}
}
func (self Section) PrintNameTo(p printer.Interface, name string) {
if self == nil {
return
}
if len(self) == 0 {
return
}
if len(self) == 1 {
p.Printf("%s %v", name, self[0])
} else {
p.Printf("%s {", name)
p.ShiftIn()
self.PrintTo(p)
p.ShiftOut("}")
}
}
func (self *Info) PrintTo(p printer.Interface) {
if len(self.Cnames) > 0 {
p.Print("cnames {")
p.ShiftIn()
for _, r := range self.Cnames {
p.Printf("%v -> %v", r.Domain, rdata.ToDomain(r.Rdata))
}
p.ShiftOut("}")
}
if len(self.Results) == 0 {
p.Print("(unresolvable)")
} else {
p.Print("ips {")
p.ShiftIn()
for _, r := range self.Results {
d := r.Domain
ip := rdata.ToIPv4(r.Rdata)
if d.Equal(self.Domain) {
p.Printf("%v", ip)
} else {
p.Printf("%v(%v)", ip, d)
}
}
p.ShiftOut("}")
}
if len(self.NameServers) > 0 {
p.Print("servers {")
p.ShiftIn()
for _, ns := range self.NameServers {
p.Printf("%v", ns)
}
p.ShiftOut("}")
}
if len(self.Records) > 0 {
p.Print("records {")
p.ShiftIn()
for _, rr := range self.Records {
p.Printf("%v", rr.Digest())
}
p.ShiftOut("}")
}
}