func TestNewMessageFromProto(t *testing.T) {
const str = "a_key"
protoMessage := new(pb.Message)
protoMessage.Wantlist = new(pb.Message_Wantlist)
protoMessage.Wantlist.Entries = []*pb.Message_Wantlist_Entry{
{Block: proto.String(str)},
}
if !wantlistContains(protoMessage.Wantlist, str) {
t.Fail()
}
m := newMessageFromProto(*protoMessage)
if !wantlistContains(m.ToProto().GetWantlist(), str) {
t.Fail()
}
}
func (m *impl) ToProto() *pb.Message {
pbm := new(pb.Message)
pbm.Wantlist = new(pb.Message_Wantlist)
for _, e := range m.wantlist {
pbm.Wantlist.Entries = append(pbm.Wantlist.Entries, &pb.Message_Wantlist_Entry{
Block: proto.String(string(e.Key)),
Priority: proto.Int32(int32(e.Priority)),
Cancel: proto.Bool(e.Cancel),
})
}
for _, b := range m.Blocks() {
pbm.Blocks = append(pbm.Blocks, b.Data)
}
return pbm
}
func newMessageFromProto(pbm pb.Message) BitSwapMessage {
m := newMsg(pbm.GetWantlist().GetFull())
for _, e := range pbm.GetWantlist().GetEntries() {
m.addEntry(key.Key(e.GetBlock()), int(e.GetPriority()), e.GetCancel())
}
for _, d := range pbm.GetBlocks() {
b := blocks.NewBlock(d)
m.AddBlock(b)
}
return m
}