path: root/net-irc/epic4/files/local

if (fexist(~/.ircrc) == -1 && fexist(~/.epicrc == -1)) {
# set this if you want logging
# assign win_logdir logs

# uncomment this if you don't want time stamping
# timestamp off

# uncomment this if you want ctcp cloaking
# cloak on

# *** key bindings ***

bind ^[1 parse_command window swap 1
bind ^[2 parse_command window swap 2
bind ^[3 parse_command window swap 3
bind ^[4 parse_command window swap 4
bind ^[5 parse_command window swap 5
bind ^[6 parse_command window swap 6
bind ^[7 parse_command window swap 7
bind ^[8 parse_command window swap 8
bind ^[9 parse_command window swap 9
bind ^[0 parse_command window swap 10


# *** variable sets ***

set -continued_line
set dcc_auto_send_rejects off
set dcc_timeout 60
set dcc_sliding_window 1000
set auto_rejoin off
set log_rewrite $log_format($1-)
set mangle_logfiles all
set mirc_broken_dcc_resume on
set status_format 16,12%T [%R] %=%@%N%*%#%S%H%B%Q%A%C%+%I%O%M%F%L %D


# make sure that our logging directory exists

if (!(win_logdir == [])) {
	@mkdir($win_logdir)
}


# create status and msg windows, if necessary

if (winnam(status) == []) {
	window 1 name status level CRAP,PUBLIC,WALLS,WALLOPS,SNOTES,CTCP,USERLOG1,USERLOG2,USERLOG3,USERLOG4
	if (!(win_logdir == [])) {
		^window logfile $win_logdir/status.log log on
	}
	@ setitem(my_wins 0 blank_item)
	@ setitem(my_wins 1 status)
}

if (winnam(queries) == []) {
	window new name queries level msgs,actions,dcc hide
	if (!(win_logdir == [])) {
		^window queries logfile $win_logdir/msg.log log on
	}
	@ setitem(my_wins 2 queries)
}


# *** aliases ***

alias ban {
	if ([$0] == []) {
		xecho -b Usage: /ban <nickname>
		return
	}

	userhost $0 -cmd {
		@:usr_nick = [$0]
		@:usr_id = [$3]
		@:usr_host = [$4]
	}

	@:re = regcomp(^[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}\$)

	if (regexec($re $usr_host)) {
		@:usr_dom = count(. $usr_host) > 1 ? [*.$after(-2 . $usr_host)] : [*.$usr_host]
	} {
		@:usr_dom = [$before(-1 . $usr_host).*]
	}

	switch ($1) {
		(1) {
			//mode $C +b $usr_nick!*@*
		}
		(2) {
			//mode $C +b *!*@$usr_host
		}
		(3) {
			//mode $C +b *!*$usr_id@$usr_dom
		}
		(4) {
			//mode $C +b *!*@$usr_dom
		}
		(*) {
			ban $0 2
		}
	}
}

alias bans { if ( [$0] ) { mode $0 +b } { mode $C +b } }

alias chanserv { quote chanserv $* }

alias clearall { //clear -all }

alias client {
	ctcp $0 VERSION
}

alias cloak {
	switch ($0) {
		(on) {
			^on ctcp_request -"*"
			^on ^ctcp_request "*"
			^on -ctcp_request ^"% % ACTION *"
			^on -ctcp_request ^"% % DCC *"
			^on -ctcp_request ^"% % PING *"
			xecho -b -w 1 ctcp cloaking is now on
		}
		(all) {
			^on ctcp_request -"*"
			^on ^ctcp_request "*"
			^on -ctcp_request ^"% % ACTION *"
			^on -ctcp_request ^"% % DCC *"
			xecho -b -w 1 complete ctcp cloaking is now on
		}
		(off) {
			^on ctcp_request -"*"
		}
		(*) {
			xecho -b -w 1 you must specify on, off, or all
		}
			
	}
}

alias cs chanserv

alias ctcpreply { eval notice $0 $chr(1)$1-$chr(1)}

alias cycle {
	@:chan_name = C
	@:chan_key = key($C)

	leave *
	wait
	join $chan_name $chan_key
}

alias dccallow { quote dccallow $* }

alias dns {
	userhost $0 -cmd {
		echo Looking up $4 ...
		exec host $4
	}
}

alias dop {
	fe ($*) n1 n2 n3 n4 {
		mode $C -oooo $n1 $n2 $n3 $n4
	}
}

alias dvoice {
	fe ($*) n1 n2 n3 n4 {
		mode $C -vvvv $n1 $n2 $n3 $n4
	}
}

alias finger {
	ctcp $0 FINGER
}

alias format_idle_time {
	if ( [$0] >= 3600 ) {
		return ${[$0] / 3600} hours ${([$0] % 3600) / 60} mins ${[$0] % 60} sec
	}
	if ( [$0] >= 60 ) {
		return ${([$0] % 3600) / 60} mins ${[$0] % 60} sec
	}
	return ${[$0] % 60} seconds
}

alias j jnw

alias jnw {
	@:ref_num = matchitem(my_wins $0))

	if ( (ref_num < 3) || (winnum($ref_num) == -1) ) {
		window new hide
		window swap last
		if (!(win_logdir == [])) {
			^window logfile $win_logdir/$0.log log on
		}
		@ setitem(my_wins $winnum(0) $0)
	} {
		window swap $ref_num
	}
	//join $*
}

alias join jnw

alias k {
	kick $C $*
}

alias kb {
	ban $0
	k $*
}

alias log_format {
	if ( left(1 $0) == [\(] ) {
		return $strftime($time() (%m/%d/%Y %I:%M:%S %P)) $2-
	} else {
		return $strftime($time() (%m/%d/%Y %I:%M:%S %P)) $0-
	}
}

alias memoserv { quote memoserv $* }

alias mdop {
	fe ($remw($N $chops())) n1 n2 n3 n4 {
		mode $C -oooooo $n1 $n2 $n3 $n4
	}
}

alias mop {
	fe ($nochops()) n1 n2 n3 n4 {
		mode $C +oooooo $n1 $n2 $n3 $n4
	}
}

alias names scan

alias nickserv { quote nickserv $* }

alias ns nickserv

alias o onotice

alias onotice {
	quote notice @$C :ops: $*
	xecho -c $ts()-> ops: $*
}

alias op {
	fe ($*) n1 n2 n3 n4 {
		mode $C +oooo $n1 $n2 $n3 $n4
	}
}

alias operserv { quote operserv $* }

alias os operserv

alias q query

alias sc scan

alias scan {
	@:num = 0

	if (ischannel($0)) {
		@:chan = [$0]
	} {
		@:chan = C
	}


	xecho -w $winchan($chan)
	xecho -w $winchan($chan) -b 16Users on $chan:
	fe ($strip(?. $channel($chan))) n1 n2 n3 n4
	{
		xecho -w $winchan($chan) 14|  13$[17]n1 $[17]n2 $[17]n3 $[17]n414  |
		    if (n4) {
		      @:num += 4
		    } {
		      if (n3) {
			@:num += 3
		      } {
			if (n2) {
			  @:num += 2
			} {
			  @:num++
			}
		      }
		    }
	}
	xecho -w $winchan($chan) Total number of users on $chan: $num
	xecho -w $winchan($chan)
}

# sping from wd's anduril
alias sping (server) {
	if (server == []) @:server = builtin_expando(S)

	@a.server.sping #= [$server $utime() ]
	quote ping $server $server
	xecho -w 1 $ts()$banner Sent PING to $server
}

# tdiff3 from wd's anduril
alias tdiff3 {
	if (![$0]) {
		return 0s
	}

	@:y=:m=:w=0
	@:t=[$0]
	^local r

	@:y=floor(${t/31536000})
	@:t%=31536000
	@:m=floor(${t/2419200})
	@:t%=2419200
	@:w=floor(${t/604800})
	@:t%=604800
	@:l=tdiff2($t)

	if (y) {
		@:r=[${y}y ]
	}
	if (m) {
		@:r#=[${m}m ]
	}
	if (w) {
		@r#=[${w}w ]
	}
	return $r$l
}

alias timestamp {
	switch ($0) {
		(off) {
			@time_stamp = [off]
			xecho -b -w 1 Time stamping is now off
		}
		(on) {
			@time_stamp = [on]
			xecho -b -w 1 Time stamping is now on
		}
		(*) {
			if (time_stamp == [off]) {
				xecho -b -w 1 Time stamping is currently off
			} {
				xecho -b -w 1 Time stamping is currently on
			}
		}
	}
}

alias ts {
	if (time_stamp == [off]) {
		return
	} {
		return 10$strftime($time() (%I:%M:%S %P)) 15
	}
}

alias untopic {
	if (ischannel($0)) {
		@:chan = [$0]
	} {
		@:chan = C
	}

	quote TOPIC $chan :
}

alias ver client

alias voice {
	fe ($*) n1 n2 n3 n4 {
		mode $C +vvvv $n1 $n2 $n3 $n4
	}
}

alias wall {
	fe ($remw($N $onchannel()))  n1 {
		quote notice $n1 :wall: $*
	}
	xecho -c -> $C/wall: $*
}

alias wii { whois $0 $0 }

alias wk { window kill }

alias wops {
	fe ($remw($N $chops())) n1 {
		quote notice $n1 :ops: $*
		xecho -c -> $n1: ops: $*
	}
}

alias ws { window swap $0 }


# *** named on hooks ***

on ^action "*" {
	if (rmatch($1 #* &* +*)) {
		if ([$1] == winchan($winchan($1))) {
			xecho -w $winchan($1) $ts()* $0 $2-
		} {
			xecho -w $winchan($1) $ts()* $0/$1 $2-
		}
	} {
		xecho -w queries $ts()* $0 $2-
	}
}

on ^channel_nick "*" {
	xecho -w $winchan($0) $ts()$banner 16Nick: 10$1 15is now known as 8$2
}

on ^channel_signoff "*" {
	xecho -w $winchan($0) $ts()$banner 16Quit: 10$1 15has quit irc \($2-\)
}

on ^ctcp "*" {
	xecho -w 1 $ts()$banner CTCP $2 request from $0 to $1: $3-
}

on ^ctcp_reply "*" {
	xecho -w 1 $ts()$banner CTCP $2 reply from $0 to $1: $3-
}

on ^dcc_chat "*" {
	xecho -w queries $ts()=$0= $1-
}

on ^dcc_connect "*" {
	xecho -w queries $ts()$banner DCC $1 connection with $0[$2:$3] established
}

on ^dcc_lost "*" {
	xecho -w queries $ts()$banner DCC $1 connection with $0 stopped \($2-\)
}

on ^dcc_request "% CHAT *" {
	xecho -w 1 $ts()$banner DCC CHAT request received from $0!$userhost() [$3:$4]
}

on ^dcc_request "% SEND *" {
	xecho -w 1 $ts()$banner DCC SEND \($5 $6\) request received from $0!$userhost() [$3:$4]
}

on ^exec_exit * #

on ^general_notice "% @% *" {
	xecho -w $winchan($rest($1)) -- $ts()-13$0:$115- $2-
}

on ^general_notice "% #% *" {
	xecho -w $winchan($1) -- $ts()13$0:$115- $2-
}

on ^invite "*" {
	xecho -w 1 $ts()$banner 16Invite: 10$0 15invites you to join $1
}

on ^join "*" {
	xecho -w $winchan($1) $ts()$banner 16Join: 10$0 15\(10$215\) has joined $1
}

on ^kick "*" {
	if ( [$0] == N ) {
		xecho $ts()$banner 16Kick: 15You have been kicked from $2 by $1 \($3-\)
	} {
		xecho -w $winchan($2) $ts()$banner 16Kick: 10$0 15has been kicked from $2 by $1 \($3-\)
	}
}

on ^leave "*" {
	if ([$0] == N) {
		xecho -w $winchan($1) $ts()$banner You have left $1 \($3-\)
	 } {
		xecho -w $winchan($1) $ts()$banner 16Part: 10$0 15has left $1 \($3-\)
	}
}

on ^mode "*" {
	if ([$1] == N) {
		xecho -w 1 $ts()$banner 16Mode: 11$1 $2- by $0
	} {
		xecho -w $winchan($1) $ts()$banner 16Mode: 11$1 $2- by $0
	}
}

on ^msg "*" {
	xecho -w queries $ts()*$0* $1-
}

on ^msg "% @% %" {
	xecho -w $winchan($rest($1)) -- $ts()<-$0:$1\-> $2-
}


on ^notice "*" {
	xecho -w 1 -- $ts()-13$015- $1-
}

on ^notify_signoff "*" {
	xecho -w 1 $ts()$banner 16Signoff: 10$015 has left
}

on ^notify_signon "*" {
	xecho -w 1 $ts()$banner 16Signon: 10$0 15\(10$115\) is on
}

# pong on hook from wd's anduril
on ^pong "% % %" {
	@:ind = findw($0 $a.server.sping)
	if (ind == -1) {
		xecho -w 1 $ts()$banner $0\: PONG received from $1 \($2\)
	} else {
		@:ut = utime()
		@:usec = word(${ind + 2} $a.server.sping)
		@:sec = word(${ind + 1} $a.server.sping)
		@a.server.sping = remw($0 $remw($sec $remw($usec $a.server.sping)))
		@:sec = word(0 $ut) - sec
		@:usec = word(1 $ut) - usec

		if (usec < 0) {
			@:usec += 1000000 , sec--
		}
		@:sec = tdiff3($sec)
		if (pass(s $sec) == []) {
			@:sec = [${sec}0.$left(3 $usec)s]
		} else {
			@:sec = [$before(s $sec).$left(3 $usec)s]
		}
		xecho -w 1 $ts()$banner PONG received from $1 in $sec
	}
}

on ^public "*" {
	xecho -w $winchan($1) $ts()14<15$014> 15$2-
}

on ^public_msg "*" {
	xecho -w $winchan($1) $ts()14<15$0:$114> 15$2-
}

on ^public_other "*" {
	xecho -w $winchan($1) $ts()14<15$0:$114> 15$2-
}

on ^send_action "*" {
	if (rmatch($0 #* &* +*) ) {
		xecho -w $winchan($0) $ts()* $N $1-
	} {
		xecho -w queries $ts()*> $0: $N $1-
	}
}

on ^send_dcc_chat "*" {
	xecho -w queries $ts()=$0=> $1-
}

on ^send_msg "*" {
	xecho -w queries $ts()*$0*> $1-
}

on ^send_notice "*" {
	xecho -w 1 -- $ts()-> $0: $1-
}

on ^send_notice "#% *" {
	xecho -w $winchan($rest($0)) -- $ts()-> $0: $1-
}

on ^send_public "*" {
	if ([$0] == C) {
		xecho -w $winchan($0) $ts()14<15$N14> 15$1-
	} {
		xecho -w $winchan($0) $ts()14<15$N:$014> 15$1-
	}
}

on ^topic "*" {
	xecho -w $winchan($1) $ts()$banner 16Topic: 10$0 15has changed the topic on $1 to: $2-
}

on ^window "% % SWAP: Window % is not hidden!"

on ^window "% % SWAP: No such window: %"

on ^yell "*" {
	xecho -w 1 $ts()$banner $*
}

on ^yell ^"Defaulting % to CHANMODE type D"


# *** numeric hooks ***

on ^317 "*" {
	xecho -w 1 $banner $1 has been idle $format_idle_time($2), Signon $strftime($3 %c)
}

on ^331 "*" {
	xecho -w $winchan($1) $ts()$banner $1-
}

on ^332 "*" {
	xecho -w $winchan($1) $ts()$banner Topic for $1: $2-
}

on ^333 "*" {
	xecho -w $winchan($1) $ts()$banner Topic set by $2 $strftime($3 %c)
}

on ^353 "*" {
	xecho -w $winchan($2)
	xecho -w $winchan($2) -b 16Users on $2:
	fe ($3-) n1 n2 n3 n4 {
		xecho -w $winchan($2) 14|  13$[17]n1 $[17]n2 $[17]n3 $[17]n414  |
		if (n4) {
		  @total_nicks += 4
		} {
		  if (n3) {
		    @total_nicks += 3
		  } {
		    if (n2) {
		      @total_nicks += 2
		    } {
		      @total_nicks++
		    }
		  }
		}
	}
}

on ^366 "*" {
	xecho -w $winchan($1) Total number of users on $1: $total_nicks
	xecho -w $winchan($1)
	@total_nicks = 0
}

on ^367 "*" {
	xecho -w 1 $banner $1 $2 $3 $strftime($4 %c)
}
# tabkey.jm: a full-featured tab key module for epic
#
# written by nsx
#
#
# Here's the plan:
#
# First off, the word fragment (which may not be a fragment at all, but
# rather, a complete word, though we have no way of knowing this yet) that
# we're going to attempt to complete is determined.  If the current word
# pointed to by the input line cursor is quoted, then that word becomes the
# word fragment we'll attempt to complete.  If the word is not quoted, then all
# characters from the beginning of the word pointed to by the input line cursor
# to the cursor itself become the fragment we'll try to complete.
#
# We now analyze the input line to see if it matches certain patterns, and
# determine which method of completion we'll use based on which pattern it
# matches.
#
# If our input line matches "/msg <word><space>", we recall the item in our
# nickname history pointed to by our nickname history index.  We then type out
# the command "/msg <nick><space>", where <nick> is that nickname we recalled
# from the history.  If there are no nicknames in the history, nothing at all
# is done.
#
# If our input line matches "/dcc <word>", then dcc command completion is
# attempted.  This matches the word fragment against all known dcc commands.
#
# If our input line begins with "/dcc send <word1> <word2>" or "/load", we
# attempt file name completion.  This matches the word fragment against any
# local path name that exists.
#
# If our input line matches "/<word>" we attempt command completion.  This
# matches the word fragment against both internal commands and aliases.
#
# If our input line is empty, we attempt nickname history cycling as described
# above.
#
# If our input line matches none of the above, we analyze the first character
# of the fragment.  If it begins with a '#' or a '&', channel name completion
# is attempted.  This matches the word fragment against all channels we're
# currently on.
#
# If our fragment does not begin with '#' or '&', nickname completion is
# attempted.  This matches the word fragment against all nicknames in the
# current channel.  If no matches are found, we then match the word fragment
# against all nicknames in all other channels we're on and nicknames in our
# notify list that are presently online.
#
# If there was multiple matches for the word fragment, we replace the word
# fragment with the common prefix for these matches, if any.  We also display
# all of the possible matches on the screen, unless they're the same list of
# possible matches we displayed less than 5 seconds ago.  This way, we hope to
# avoid unnecessary repetition.
#
# If there was only one match for the word fragment, we replace the word
# fragment with that match.  We also append a space unless nickname completion
# took place, and the completed word is the only word in the input line.  Most
# of the time this occurs, I assume people are trying to address somebody.  I
# do this so that the optional colon can be appended after the nickname,
# without having to backspace.
#
# If we perform file name completion and the completed path name is a
# directory, we treat the completed word as if it's a partial completion (in
# that no space is appended), since we cannot be certain whether or not the
# path name is complete, unless it's a file.
#
# If the completed word (partial or complete) needs to be enclosed in
# quotation marks, we meet this provision.  If the completed word is partial,
# we place the cursor on the enclosing quotation mark, so that further
# completion can take place without having to manually reposition the cursor.
#
# For each outgoing msg or outgoing DCC CHAT message, we add the recipient
# to our nickname history.
#
# For each incoming msg or incoming DCC CHAT message, we add the sender to
# our nickname history.
#
# For each DCC CHAT connection that takes place, we add the other party to
# our nickname history.
#
# For each notify signon, we add the nickname that signed on to our nickname
# history.
#
# Each time a nickname is added to our nickname history, we first remove any
# prior occurrences of the nickname that may exist.  We then check to see if
# our nickname history is at its capacity (10 nicknames).  If it is, the oldest
# nickname in our history is discarded.  Next, we add the nickname to the
# history.  Lastly, we set our nickname index to point to the nickname that was
# just added.


# *** global variables ***


# nickname history array
@delarray(nick_hist)

# nickname history index
@nick_index = -1

# the matches from the last tab key press
@last_matches = []

# how far the cursor is from the end of the word fragment
@end_offset = 0

# whether or not the word fragment needs to be quoted (0 or 1)
@word_fragq = 0


bind ^I parse_command do_tabkey

alias do_tabkey {
	@:cur_pos = curpos()
	@:cur_word = word($indextoword($cur_pos $L ) $L )
	@:frag_start = wordtoindex($indextoword($cur_pos $L ) $L )

	if (index("$chr($jot(32 1))" $cur_word) == -1) {
		@word_fragq = 0
		@end_offset = 0
		@:word_frag = mid($frag_start ${cur_pos - frag_start} $L)
	} {
		@word_fragq = 1
		@end_offset = (frag_start + @cur_word - cur_pos) + 2
		@:word_frag = cur_word

		if (end_offset < 0) {
			return
		}
	}

	if (leftw(1 $L) == [/msg] && #L == 2 && mid(${@L - 1} 1 $L) == [ ]) {
		@msg_cycle()
		return
	}

	switch ($L) {
		(/dcc %) {
			@dcc_complete($word_frag)
		}
		(/dcc send % *)
		(/load *) {
			@file_complete($word_frag)
		}
		(/%) {
			@command_complete($right(${@L - 1} $L))
		}
		() {
			@msg_cycle()
		}
		(*) {
			@:firstc = left(1 $word_frag)
			if (firstc == [#] || firstc == [&]) {
				@chan_complete($word_frag)
			} {
				@nick_complete($word_frag)
			}
		}
	}
}

# replace_fragment (frag_len, matches...)
#
# This function replaces the word fragment.  If given a single match, the word
# fragment is replaced with that match.  If multiple matches are given, the
# common prefix for those matches replaces the word fragment.  If no matches
# are given, this function does nothing.
#
# It expects the fragment length (so it can know how many times to backspace)
# to be its first argument, and all matches for the word fragment to be the
# rest of its arguments.  This function also expects the global variable
# end_offset to be set, so that it can position the cursor after the word
# fragment, if needed, before backspacing to clear it.  This needs to be done,
# for example, when the tab key was pressed while the cursor was in the middle
# of a quoted word.

alias replace_fragment {
	@:matches = [$1-]
	@:match_pfx = prefix($1-)
	@:frag_len = word_fragq ? [$0] + 2 : [$0]

	if (#matches && #match_pfx) {
		repeat $end_offset parsekey forward_character
		repeat $frag_len parsekey backspace

		if (index("$chr($jot(32 1))" $match_pfx) != -1) {
			@:match_pfx = ["$match_pfx"]
			@word_fragq = 1
		}

		if (#matches > 1) {
			unless (matches == last_matches) {
				xecho -c Possible matches:
				xecho -c $matches
				xecho -c
				@last_matches = matches
				timer 5 @last_matches = []
			}

			xtype -l $match_pfx

			if (word_fragq) {
				parsekey backward_character
			}
		} {
			xtype -l $matches$chr(32)
		}
	}
}

alias chan_complete {
	@:word_frag = [$*]
	@:frag_matches = pattern("$word_frag*" $mychannels())

	@replace_fragment($@word_frag $frag_matches)
}

alias command_complete {
	@:word_frag = [$*]
	@:frag_matches = getcommands($word_frag*)

	@push(frag_matches $aliasctl(alias pmatch $word_frag*))

	@replace_fragment($@word_frag $frag_matches)
}

alias dcc_complete {
	@:word_frag = [$*]
	@:dcc_cmds = [chat close closeall get list raw rename resume send]
	@:frag_matches = pattern($word_frag% $dcc_cmds)

	@replace_fragment($@word_frag $frag_matches)
}

alias file_complete {
	@:word_frag = [$*]
	@:frag_matches = glob("$word_frag*")

	@replace_fragment($@word_frag $frag_matches)

	if (#frag_matches == 1) {
		@:stat_ret = stat($frag_matches)

		if (left(1 $word(2 $stat_ret)) == 4) {
			parsekey backspace
			if (word_fragq) {
				parsekey backward_character
			}
		}
	}
}

alias nick_complete {
	@:word_frag = [$*]
	@:frag_matches = pattern("$word_frag*" $onchannel())

	if (frag_matches == []) {
		^local nick_list

		fe ($remw($C $mychannels())) nick_name {
			@push(nick_list $onchannel($nick_name))
		}

		fe ($notify(on)) nick_name {
			@push(nick_list $nick_name)
		}

		@:nick_list = uniq($nick_list)
		@:frag_matches = pattern($word_frag% $nick_list)
	}

	@replace_fragment($@word_frag $frag_matches)

	if (#L == 1 && #frag_matches == 1) {
		parsekey backspace
	}
}

alias add_nickname {
	@:nick_items = numitems(nick_hist)
	@:prev_oc = finditem(nick_hist $0)

	if (prev_oc > -1) {
		@delitem(nick_hist $prev_oc)
		@:nick_items--
	}

	if (nick_items > 9) {
		@delitem(nick_hist 0)
		@:nick_items--
	}

	@setitem(nick_hist $nick_items $0)
	@nick_index = nick_items
}

alias msg_cycle {
	@:nick_items = numitems(nick_hist)

	if (!(nick_items)) {
		return
	}

	parsekey erase_line
	xtype -l /msg $getitem(nick_hist $nick_index)$chr(32)
	@nick_index = nick_index == 0 ? nick_items - 1 : nick_index - 1
}

on #^dcc_chat 10 "*" {
	@add_nickname(=$0)
}

on #^dcc_connect 10 "% CHAT *" {
	@add_nickname(=$0)
}

on #^msg 10 "*" {
	@add_nickname($0)
}

on #^notify_signon 10 "*" {
	@add_nickname($0)
}

on #^send_dcc_chat 10 "*" {
	@add_nickname(=$0)
}

on #^send_msg 10 "*" {
	@add_nickname($0)
}
}