func tellCheck(ctx *bot.Context) {
nick := ctx.Nick
if ctx.Cmd == client.NICK {
// We want the destination nick, not the source.
nick = ctx.Target()
}
r := rc.TellsFor(nick)
for i := range r {
if ctx.Cmd == client.NICK {
if r[i].Chan != "" {
ctx.Privmsg(string(r[i].Chan), nick+": "+r[i].Reply())
}
ctx.Reply("%s", r[i].Reply())
} else {
ctx.Privmsg(ctx.Nick, r[i].Reply())
if r[i].Chan != "" {
ctx.ReplyN("%s", r[i].Reply())
}
}
rc.RemoveId(r[i].Id)
}
if len(r) > 0 {
delete(listed, ctx.Nick)
}
}
func randomCmd(ctx *bot.Context) {
if len(ctx.Text()) == 0 {
ctx.ReplyN("Be who? Your mum?")
return
}
whom := strings.ToLower(strings.Fields(ctx.Text())[0])
if whom == strings.ToLower(ctx.Me()) {
ctx.ReplyN("Ha, you're funny. No, wait. Retarded... I meant retarded.")
return
}
if !shouldMarkov(whom) {
if whom == strings.ToLower(ctx.Nick) {
ctx.ReplyN("You're not recording markov data. " +
"Use 'markov me' to enable collection.")
} else {
ctx.ReplyN("Not recording markov data for %s.", ctx.Text())
}
return
}
source := mc.Source("user:"******"%s would say: %s", ctx.Text(), out)
} else {
ctx.ReplyN("markov error: %v", err)
}
}
func recordKick(ctx *bot.Context) {
n, c := ctx.Storable()
kn := bot.Nick(ctx.Text())
// seenNickFromLine doesn't work with the hacks for KICKING and KICKED
// First, handle KICKING
kr := sc.LastSeenDoing(ctx.Nick, "KICKING")
if kr == nil {
kr = seen.SawNick(n, c, "KICKING", ctx.Args[2])
} else {
kr.Nick, kr.Chan = n, c
kr.Timestamp, kr.Text = time.Now(), ctx.Args[2]
}
kr.OtherNick = kn
_, err := sc.Upsert(kr.Id(), kr)
if err != nil {
ctx.Reply("Failed to store seen data: %v", err)
}
// Now, handle KICKED
ke := sc.LastSeenDoing(ctx.Text(), "KICKED")
if ke == nil {
ke = seen.SawNick(kn, c, "KICKED", ctx.Args[2])
} else {
ke.Nick, ke.Chan = kn, c
ke.Timestamp, ke.Text = time.Now(), ctx.Args[2]
}
ke.OtherNick = n
_, err = sc.Upsert(ke.Id(), ke)
if err != nil {
ctx.Reply("Failed to store seen data: %v", err)
}
}
func urlScan(ctx *bot.Context) {
words := strings.Split(ctx.Text(), " ")
n, c := ctx.Storable()
for _, w := range words {
if util.LooksURLish(w) {
if u := uc.GetByUrl(w); u != nil {
if u.Nick != bot.Nick(ctx.Nick) &&
time.Since(u.Timestamp) > 2*time.Hour {
ctx.Reply("that URL first mentioned by %s %s ago",
u.Nick, util.TimeSince(u.Timestamp))
}
continue
}
u := urls.NewUrl(w, n, c)
if len(w) > autoShortenLimit && ctx.Public() {
u.Shortened = Encode(w)
}
if err := uc.Insert(u); err != nil {
ctx.ReplyN("Couldn't insert url '%s': %s", w, err)
continue
}
if u.Shortened != "" {
ctx.Reply("%s's URL shortened as %s%s%s",
ctx.Nick, bot.HttpHost(), shortenPath, u.Shortened)
}
lastseen[ctx.Target()] = u.Id
}
}
}
func topten(ctx *bot.Context) {
top := sc.TopTen(ctx.Target())
s := make([]string, 0, 10)
for i, n := range top {
s = append(s, fmt.Sprintf("#%d: %s - %d", i+1, n.Nick, n.Lines))
}
ctx.Reply("%s", strings.Join(s, ", "))
}
func recordJoin(ctx *bot.Context) {
sn := seenNickFromLine(ctx)
if len(ctx.Args) > 1 {
// If we have a PART message
sn.Text = ctx.Text()
}
if _, err := sc.Upsert(sn.Id(), sn); err != nil {
ctx.Reply("Failed to store seen data: %v", err)
}
}
func recordPrivmsg(ctx *bot.Context) {
if !ctx.Public() {
return
}
sn := seenNickFromLine(ctx)
sn.Text = ctx.Text()
if _, err := sc.Upsert(sn.Id(), sn); err != nil {
ctx.Reply("Failed to store seen data: %v", err)
}
}
func fetch(ctx *bot.Context) {
if RateLimit(ctx.Nick) {
return
}
qid, err := strconv.Atoi(ctx.Text())
if err != nil {
ctx.ReplyN("'%s' doesn't look like a quote id.", ctx.Text())
return
}
quote := qc.GetByQID(qid)
if quote != nil {
ctx.Reply("#%d: %s", quote.QID, quote.Quote)
} else {
ctx.ReplyN("No quote found for id %d", qid)
}
}
func lookup(ctx *bot.Context) {
if RateLimit(ctx.Nick) {
return
}
quote := qc.GetPseudoRand(ctx.Text())
if quote == nil {
ctx.ReplyN("No quotes matching '%s' found.", ctx.Text())
return
}
// TODO(fluffle): qd should take care of updating Accessed internally
quote.Accessed++
if err := qc.Update(bson.M{"_id": quote.Id}, quote); err != nil {
ctx.ReplyN("I failed to update quote #%d: %s", quote.QID, err)
}
ctx.Reply("#%d: %s", quote.QID, quote.Quote)
}
func recordStats(ctx *bot.Context) {
ns := sc.StatsFor(ctx.Nick, ctx.Target())
if ns == nil {
n, c := ctx.Storable()
ns = stats.NewStat(n, c)
}
ns.Update(ctx.Text())
if ns.Lines%10000 == 0 {
ctx.Reply("%s has said %d lines in this channel and "+
"should now shut the f**k up and do something useful",
ctx.Nick, ns.Lines)
}
if _, err := sc.Upsert(ns.Id(), ns); err != nil {
ctx.Reply("Failed to store stats data: %v", err)
}
}
func lookup(ctx *bot.Context) {
// Only perform extra prefix removal if we weren't addressed directly
key := ToKey(ctx.Text(), !ctx.Addressed)
var fact *factoids.Factoid
if fact = fc.GetPseudoRand(key); fact == nil && ctx.Cmd == client.ACTION {
// Support sp0rkle's habit of stripping off it's own nick
// but only for actions, not privmsgs.
if strings.HasSuffix(key, ctx.Me()) {
key = strings.TrimSpace(key[:len(key)-len(ctx.Me())])
fact = fc.GetPseudoRand(key)
}
}
if fact == nil {
return
}
// Chance is used to limit the rate of factoid replies for things
// people say a lot, like smilies, or 'lol', or 'i love the peen'.
chance := fact.Chance
if key == "" {
// This is doing a "random" lookup, triggered by someone typing in
// something entirely composed of the chars stripped by ToKey().
// To avoid making this too spammy, forcibly limit the chance to 40%.
chance = 0.4
}
if rand.Float64() < chance {
// Store this as the last seen factoid
LastSeen(ctx.Target(), fact.Id)
// Update the Accessed field
// TODO(fluffle): fd should take care of updating Accessed internally
fact.Access(ctx.Storable())
// And store the new factoid data
if err := fc.Update(bson.M{"_id": fact.Id}, fact); err != nil {
ctx.ReplyN("I failed to update '%s' (%s): %s ",
fact.Key, fact.Id, err)
}
recurse(fact, map[string]bool{key: true})
switch fact.Type {
case factoids.F_ACTION:
ctx.Do("%s", fact.Value)
default:
ctx.Reply("%s", fact.Value)
}
}
}
func smoke(ctx *bot.Context) {
if !smokeRx.MatchString(ctx.Text()) {
return
}
sn := sc.LastSeenDoing(ctx.Nick, "SMOKE")
n, c := ctx.Storable()
if sn != nil {
ctx.ReplyN("You last went for a smoke %s ago...",
util.TimeSince(sn.Timestamp))
sn.Nick, sn.Chan = n, c
sn.Timestamp = time.Now()
} else {
sn = seen.SawNick(n, c, "SMOKE", "")
}
if _, err := sc.Upsert(sn.Id(), sn); err != nil {
ctx.Reply("Failed to store smoke data: %v", err)
}
}
func recordKarma(ctx *bot.Context) {
// Karma can look like some.text.string++ or (text with spaces)--
// and there could be multiple occurrences of it in a string.
nick, _ := ctx.Storable()
for _, kt := range karmaThings(ctx.Text()) {
k := kc.KarmaFor(kt.thing)
if k == nil {
k = karma.New(kt.thing)
}
if kt.plus {
k.Plus(nick)
} else {
k.Minus(nick)
}
if _, err := kc.Upsert(k.Id(), k); err != nil {
ctx.Reply("Failed to insert Karma: %s", err)
}
}
}
func insult(ctx *bot.Context) {
source := mc.Source("tag:insult")
whom, lc := ctx.Text(), strings.ToLower(ctx.Text())
if lc == strings.ToLower(ctx.Me()) || lc == "yourself" {
ctx.ReplyN("Ha, you're funny. No, wait. Retarded... I meant retarded.")
return
}
if lc == "me" {
whom = ctx.Nick
}
if out, err := chain.Sentence(source); err == nil {
if len(whom) > 0 {
ctx.Reply("%s: %s", whom, out)
} else {
ctx.Reply("%s", out)
}
} else {
ctx.ReplyN("markov error: %v", err)
}
}
// remind list
func list(ctx *bot.Context) {
r := rc.RemindersFor(ctx.Nick)
c := len(r)
if c == 0 {
ctx.ReplyN("You have no reminders set.")
return
}
if c > 5 && ctx.Public() {
ctx.ReplyN("You've got lots of reminders, ask me privately.")
return
}
// Save an ordered list of ObjectIds for easy reminder deletion
ctx.ReplyN("You have %d reminders set:", c)
list := make([]bson.ObjectId, c)
for i := range r {
ctx.Reply("%d: %s", i+1, r[i].List(ctx.Nick))
list[i] = r[i].Id
}
listed[ctx.Nick] = list
}
func urbanDictionary(ctx *bot.Context) {
entry, ok, err := cache.fetch(strings.ToLower(ctx.Text()))
if err != nil {
ctx.ReplyN("ud request failed: %s", err)
return
}
cached, r := "", entry.result
if ok {
cached = fmt.Sprintf(", result cached at %s",
datetime.Format(entry.stamp))
}
if r.Total == 0 || r.Type == "no_results" {
ctx.ReplyN("%s isn't defined yet%s.", ctx.Text(), cached)
return
}
// Cycle through all the definitions on repeated calls for the same term
r.Pages = (r.Pages + 1) % r.Total
def := r.List[r.Pages]
ctx.Reply("[%d/%d] %s (%d up, %d down%s)", r.Pages+1, r.Total,
strings.Replace(def.Definition, "\r\n", " ", -1),
def.Upvotes, def.Downvotes, cached)
}