// InitCoin register's coin command on module load
func InitCoin(mod *modules.Module) {
mod.AddResponse(coinreg, func(r *modules.Response) {
throwCoin(r.Message)
}, nil)
mod.AddCommand("coin", func(r *modules.Command) {
throwCoin(r.Message)
}, nil)
}
// RegisterModule register's module into bot
func (b *Bot) RegisterModule(mod *modules.Module) {
name := mod.Name()
lname := strings.ToLower(name)
if b.modules[lname] == nil {
b.modules[lname] = mod
mod.Initialize(b.Connection, b.Config, name)
} else {
log.Fatal("Cannot register module \"" + name + "\", module with same name already exists!")
}
}
func Init(mod *modules.Module) {
mod.AddIrcMessageHandler("join on ok", func(event *irc.Message) {
if event.Command == "001" {
channels := mod.GetConfig().GetStringSlice("autojoin.channels")
for _, chn := range channels {
event.Server.Join(chn)
}
}
}, nil)
}
// InitSystem register's dice commands on module load
func InitSystem(mod *modules.Module) {
owner := &modules.OwnerPermission{}
mod.AddResponse(quitreg, func(r *modules.Response) {
r.Respond("okey, " + r.Nick + "! Goodbye everypony!")
syscall.Kill(syscall.Getpid(), syscall.SIGINT)
}, owner)
mod.AddResponse(restartreg, func(r *modules.Response) {
r.Respond("okey, " + r.Nick + "! Reebooot!")
syscall.Kill(syscall.Getpid(), syscall.SIGUSR2)
}, owner)
mod.AddResponse(joinpartreg, func(r *modules.Response) {
if r.Matches[1] == "join" {
if len(r.Matches)-1 >= 3 && r.Matches[3] != "" {
r.Server.Join("#" + r.Matches[3])
r.Respond("okey, " + r.Nick + "! let'z join " + "#" + r.Matches[3])
} else {
r.Mention("tell me where to join!")
}
} else if r.Matches[1] == "part" {
if len(r.Matches)-1 >= 3 && r.Matches[3] != "" {
r.Respond("okey, " + r.Nick + "! let'z leave " + "#" + r.Matches[3])
r.Server.Part("#" + r.Matches[3])
} else if r.Channel != "" {
r.Respond("okey, " + r.Nick + " leaving from here!")
r.Server.Part(r.Channel)
} else {
r.Mention("tell me from what to leave!")
}
}
}, owner)
mod.AddResponse(nickreg, func(r *modules.Response) {
r.Server.Nick(r.Matches[1])
r.Respond("okey, " + r.Nick + "! Let'z talk as another pony!")
}, owner)
mod.AddResponse(statsreg, func(r *modules.Response) {
mem := &runtime.MemStats{}
runtime.ReadMemStats(mem)
r.Respond("PID: " + strconv.Itoa(syscall.Getpid()) + ", last (re)start: " + human.Time(startTime) + ", sys memory: " + human.Bytes(mem.Sys))
}, owner)
}
func UpdateInit(mod *modules.Module) {
owner := &modules.OwnerPermission{}
mod.AddResponse(updatereg, func(r *modules.Response) {
r.Respond("okey, " + r.Nick + "!")
err, errRecover := update.New().FromUrl(mod.GetConfig().UpdateUrl)
if err != nil {
r.Respondf("Update failed: %v", err)
if errRecover != nil {
log.Errorf("Failed to recover bad update: %v!", errRecover)
log.Fatalf("Program exectuable may be missing!")
}
return
}
log.Info("Update done!")
r.Respond("update done!")
//restart
syscall.Kill(syscall.Getpid(), syscall.SIGUSR2)
}, owner)
}
// InitDice register's dice commands on module load
func InitDice(mod *modules.Module) {
mod.AddResponse(dicereg, func(r *modules.Response) {
if len(r.Matches)-1 >= 4 && r.Matches[4] != "" {
dice := strings.Split(r.Matches[4], "d")
dices, _ := strconv.Atoi(dice[0])
faces, _ := strconv.Atoi(dice[1])
throwDice(r.Message, dices, faces)
} else {
throwDice(r.Message, 1, 6)
}
}, nil)
mod.AddCommand("dice", func(r *modules.Command) {
matches := dicesubreg.FindStringSubmatch(r.Text)
if len(matches)-1 >= 1 && matches[1] != "" {
dice := strings.Split(matches[1], "d")
dices, _ := strconv.Atoi(dice[0])
faces, _ := strconv.Atoi(dice[1])
throwDice(r.Message, dices, faces)
} else {
throwDice(r.Message, 1, 6)
}
}, nil)
}