func (s *State) LeaderExecuteEOM(m interfaces.IMsg) {
if !m.IsLocal() {
s.FollowerExecuteEOM(m)
return
}
// The zero based minute for the message is equal to
// the one based "LastMinute". This way we know we are
// generating minutes in order.
eom := m.(*messages.EOM)
pl := s.ProcessLists.Get(s.LLeaderHeight)
vm := pl.VMs[s.LeaderVMIndex]
// Put the System Height and Serial Hash into the EOM
eom.SysHeight = uint32(pl.System.Height)
if pl.System.Height > 1 {
ff, ok := pl.System.List[pl.System.Height-1].(*messages.FullServerFault)
if ok {
eom.SysHash = ff.GetSerialHash()
}
}
if s.Syncing && vm.Synced {
return
} else if !s.Syncing {
s.Syncing = true
s.EOM = true
s.EOMsyncing = true
s.EOMProcessed = 0
for _, vm := range pl.VMs {
vm.Synced = false
}
s.EOMLimit = len(pl.FedServers)
s.EOMMinute = int(s.CurrentMinute)
}
//_, vmindex := pl.GetVirtualServers(s.EOMMinute, s.IdentityChainID)
eom.DBHeight = s.LLeaderHeight
eom.VMIndex = s.LeaderVMIndex
// eom.Minute is zerobased, while LeaderMinute is 1 based. So
// a simple assignment works.
eom.Minute = byte(s.CurrentMinute)
eom.Sign(s)
eom.MsgHash = nil
ack := s.NewAck(m)
s.Acks[eom.GetMsgHash().Fixed()] = ack
m.SetLocal(false)
s.FollowerExecuteEOM(m)
s.UpdateState()
}
// Messages that will go into the Process List must match an Acknowledgement.
// The code for this is the same for all such messages, so we put it here.
//
// Returns true if it finds a match, puts the message in holding, or invalidates the message
func (s *State) FollowerExecuteEOM(m interfaces.IMsg) {
if m.IsLocal() {
return // This is an internal EOM message. We are not a leader so ignore.
}
s.Holding[m.GetMsgHash().Fixed()] = m
ack, _ := s.Acks[m.GetMsgHash().Fixed()].(*messages.Ack)
if ack != nil {
pl := s.ProcessLists.Get(ack.DBHeight)
pl.AddToProcessList(ack, m)
}
}
func (s *State) executeMsg(vm *VM, msg interfaces.IMsg) (ret bool) {
_, ok := s.Replay.Valid(constants.INTERNAL_REPLAY, msg.GetRepeatHash().Fixed(), msg.GetTimestamp(), s.GetTimestamp())
if !ok {
return
}
s.SetString()
msg.ComputeVMIndex(s)
switch msg.Validate(s) {
case 1:
if s.RunLeader &&
s.Leader &&
!s.Saving &&
vm != nil && int(vm.Height) == len(vm.List) &&
(!s.Syncing || !vm.Synced) &&
(msg.IsLocal() || msg.GetVMIndex() == s.LeaderVMIndex) &&
s.LeaderPL.DBHeight+1 >= s.GetHighestKnownBlock() {
if len(vm.List) == 0 {
s.SendDBSig(s.LLeaderHeight, s.LeaderVMIndex)
s.XReview = append(s.XReview, msg)
} else {
msg.LeaderExecute(s)
}
} else {
msg.FollowerExecute(s)
}
ret = true
case 0:
s.Holding[msg.GetMsgHash().Fixed()] = msg
default:
s.Holding[msg.GetMsgHash().Fixed()] = msg
if !msg.SentInvlaid() {
msg.MarkSentInvalid(true)
s.networkInvalidMsgQueue <- msg
}
}
return
}