// Loop through the Process List items and get the touched chains
// Put End-Of-Minute marker in the entry chains
func buildEndOfMinute(pl *consensus.ProcessList, pli *consensus.ProcessListItem) {
tmpChains := make(map[string]*common.EChain)
for _, v := range pl.GetPLItems()[:pli.Ack.Index] {
if v.Ack.Type == wire.ACK_REVEAL_ENTRY ||
v.Ack.Type == wire.ACK_REVEAL_CHAIN {
cid := v.Msg.(*wire.MsgRevealEntry).Entry.ChainID.String()
tmpChains[cid] = chainIDMap[cid]
} else if wire.END_MINUTE_1 <= v.Ack.Type &&
v.Ack.Type <= wire.END_MINUTE_10 {
tmpChains = make(map[string]*common.EChain)
}
}
for _, v := range tmpChains {
v.NextBlock.AddEndOfMinuteMarker(pli.Ack.Type)
}
// Add it to the entry credit chain
cbEntry := common.NewMinuteNumber()
cbEntry.Number = pli.Ack.Type
ecchain.NextBlock.AddEntry(cbEntry)
// Add it to the admin chain
abEntries := achain.NextBlock.ABEntries
if len(abEntries) > 0 && abEntries[len(abEntries)-1].Type() != common.TYPE_MINUTE_NUM {
achain.NextBlock.AddEndOfMinuteMarker(pli.Ack.Type)
}
}
// build blocks from a process lists
func buildFromProcessList(pl *consensus.ProcessList) error {
for _, pli := range pl.GetPLItems() {
if pli.Ack.Type == wire.ACK_COMMIT_CHAIN {
buildCommitChain(pli.Msg.(*wire.MsgCommitChain))
} else if pli.Ack.Type == wire.ACK_FACTOID_TX {
buildIncreaseBalance(pli.Msg.(*wire.MsgFactoidTX))
} else if pli.Ack.Type == wire.ACK_COMMIT_ENTRY {
buildCommitEntry(pli.Msg.(*wire.MsgCommitEntry))
} else if pli.Ack.Type == wire.ACK_REVEAL_CHAIN {
buildRevealChain(pli.Msg.(*wire.MsgRevealEntry))
} else if pli.Ack.Type == wire.ACK_REVEAL_ENTRY {
buildRevealEntry(pli.Msg.(*wire.MsgRevealEntry))
} else if wire.END_MINUTE_1 <= pli.Ack.Type && pli.Ack.Type <= wire.END_MINUTE_10 {
buildEndOfMinute(pl, pli)
}
}
return nil
}