func TestMsgACK(t *testing.T) {
t.Log("\nTestAck===========================================================================")
ack := wire.NewMsgAcknowledgement(1, 2, nil, wire.END_MINUTE_10)
// Sign the ack using server private keys
b, _ := ack.GetBinaryForSignature()
serverPrivKey, err := common.NewPrivateKeyFromHex("07c0d52cb74f4ca3106d80c4a70488426886bccc6ebc10c6bafb37bf8a65f4c38cee85c62a9e48039d4ac294da97943c2001be1539809ea5f54721f0c5477a0a")
plMgr := consensus.NewProcessListMgr(1, 1, 10, serverPrivKey)
ack.Signature = *plMgr.SignAck(b).Sig
buf := bytes.Buffer{}
err = ack.BtcEncode(&buf, 1)
if err != nil {
t.Errorf("Error:", err)
}
b1 := buf.Bytes()
err = ack.BtcDecode(&buf, 1)
buf2 := bytes.Buffer{}
err = ack.BtcEncode(&buf2, 1)
if err != nil {
t.Errorf("Error:", err)
}
b2 := buf2.Bytes()
if bytes.Compare(b1, b2) != 0 {
t.Errorf("Invalid output")
}
}
// Create a new process list item and add it to the MyProcessList
func (plMgr *ProcessListMgr) AddMyProcessListItem(msg wire.FtmInternalMsg, hash *wire.ShaHash, msgType byte) (ack *wire.MsgAcknowledgement, err error) {
ack = wire.NewMsgAcknowledgement(plMgr.NextDBlockHeight, uint32(plMgr.MyProcessList.nextIndex), hash, msgType)
// Sign the ack using server private keys
bytes, _ := ack.GetBinaryForSignature()
ack.Signature = *plMgr.SignAck(bytes).Sig
plMgr.MyProcessList.nextIndex++
plItem := &ProcessListItem{
Ack: ack,
Msg: msg,
MsgHash: hash,
}
plMgr.MyProcessList.AddToProcessList(plItem)
return ack, nil
}
