// Control monsters attacking players
func ProcMonsterMelee_RLmBl() {
var elapsed time.Duration
timerstats.Add("ProcMonsterMeelee", CnfgAttackPeriod, &elapsed)
for {
start := time.Now()
time.Sleep(CnfgAttackPeriod)
CmdMonsterMelee_RLm()
elapsed = time.Now().Sub(start)
}
}
func ProcSpawnMonsters_WLwWLuWLqWLmBlWLc() {
var elapsed time.Duration
timerstats.Add("ProcSpawnMonsters", SPAWN_MONSTER_PERIOD, &elapsed)
for {
start := time.Now()
time.Sleep(SPAWN_MONSTER_PERIOD)
CmdSpawnMonsters_WLwWLuWLqWLmWLc()
elapsed = time.Now().Sub(start)
}
}
func ProcPurgeMonsters_WLmWLqBl() {
var elapsed time.Duration
timerstats.Add("ProcPurgeMonsters", PURGE_MONSTER_PERIOD, &elapsed)
for {
start := time.Now()
time.Sleep(PURGE_MONSTER_PERIOD)
CmdPurgeMonsters_WLmWLq()
elapsed = time.Now().Sub(start)
}
}
func ProcUpdateMonstersTarget_RLmRLqBl() {
var elapsed time.Duration
timerstats.Add("ProcUpdateMonstersTarget", MonstersUpdateTargetPeriod, &elapsed)
for {
start := time.Now()
time.Sleep(MonstersUpdateTargetPeriod)
UpdateAllMonstersTarget_RLmRLq()
elapsed = time.Now().Sub(start)
}
}
func ProcUpdateMonsterState() {
var elapsed time.Duration
timerstats.Add("ProcUpdateMonsterState", MonstersUpdateDirPeriod, &elapsed)
lastTime := time.Now()
for {
start := time.Now()
time.Sleep(MonstersUpdateDirPeriod)
if start.Sub(lastTime) > 4e9 {
lastTime = start
}
UpdateAllMonstersState()
elapsed = time.Now().Sub(start)
}
}
// Autosave of players
func ProcAutosave_RLu() {
var elapsed time.Duration
timerstats.Add("ProcAutosave", CnfgAutosavePeriod, &elapsed)
for {
start := time.Now()
oldMajor, oldMinor := ClientCurrentMajorVersion, ClientCurrentMinorVersion
ClientCurrentMajorVersion, ClientCurrentMinorVersion = LoadClientVersionInformation("clientversion.txt")
if (oldMajor != ClientCurrentMajorVersion || oldMinor != ClientCurrentMinorVersion) && *verboseFlag > 0 {
log.Printf("New client version %d.%d\n", ClientCurrentMajorVersion, ClientCurrentMinorVersion)
}
time.Sleep(CnfgAutosavePeriod)
SaveAllPlayers_RLa()
elapsed = time.Now().Sub(start)
}
}
func ProcUpdateMonsterPos_RLmWLwWLqBlWLuWLc() {
var elapsed time.Duration
timerstats.Add("ProcUpdateMonsterPos", ObjectsUpdatePeriod, &elapsed)
lastTime := time.Now()
for {
start := time.Now()
time.Sleep(ObjectsUpdatePeriod) // TODO: Monsters could move at a lower frequency than players
fullReport := false
if start.Sub(lastTime) > 4e9 {
// Request a full report, but not too often as it generates much traffic
fullReport = true
lastTime = start
}
UpdateAllMonsterPos_RLmWLwWLqWLuWLc(fullReport)
elapsed = time.Now().Sub(start)
}
}
//
// A process that will manage the decay of all entries, and save to the database as needed.
//
func maintainScore() {
var elapsed time.Duration // Used to measure performance of this process
timerstats.Add("Score maintenance", ConfigScoreUpdatePeriod, &elapsed)
var list []*territoryScore // Use a linear copy of all pointers so that the map doesn't have to be locked.
defer procStatus.Done()
// Stay in this loop until system shuts down (using the tomb control)
for {
start := time.Now()
timer := time.NewTimer(ConfigScoreUpdatePeriod) // Used as the ticker to activate the process regularly
again:
select {
case <-procStatus.Dying():
update(list) // Save any remaining data not updated before terminating
return
case ts := <-chScoreList: // This is the way new entries are received
list = append(list, ts)
goto again // Don't start a new timer
case <-timer.C:
update(list)
elapsed = time.Now().Sub(start) // For statistics only
}
}
}
