Eggdrop 1.9.2 documentation

Eggdrop Tcl Commands Last revised: January 24, 2021

# Eggdrop Tcl Commands

This is an exhaustive list of all the Tcl commands added to Eggdrop. All of the normal Tcl built-in commands are still there, of course, but you can also use these to manipulate features of the bot. They are listed according to category.

This list is accurate for Eggdrop v1.9.2. Scripts written for v1.3, v1.4, 1.6 and 1.8 series of Eggdrop should probably work with a few minor modifications depending on the script. Scripts which were written for v0.9, v1.0, v1.1 or v1.2 will probably not work without modification. Commands which have been changed in this version of Eggdrop (or are just new commands) are marked with vertical bars (|) on the left.

## Output Commands

### putserv <text> [options]

> Description: sends text to the server, like ‘.dump’ (intended for direct server commands); output is queued so that the bot won’t flood itself off the server.

> Options: -next push messages to the front of the queue -normal no effect

> Returns: nothing

> Module: server

### puthelp <text> [options]

> Description: sends text to the server, like ‘putserv’, but it uses a different queue intended for sending messages to channels or people.

> Options: -next push messages to the front of the queue -normal no effect

> Returns: nothing

> Module: server

### putquick <text> [options]

> Description: sends text to the server, like ‘putserv’, but it uses a different (and faster) queue.

> Options: -next push messages to the front of the queue -normal no effect

> Returns: nothing

> Module: server

### putnow <text> [-oneline]

> Description: sends text to the server immediately, bypassing all queues. Use with caution, as the bot may easily flood itself off the server.

> Options: -oneline send text up to the first r or n, discarding the rest

> Returns: nothing

> Module: server

### putkick <channel> <nick,nick,…> [reason]

> Description: sends kicks to the server and tries to put as many nicks into one kick command as possible.

> Returns: nothing

> Module: irc

### putlog <text>

> Description: logs <text> to the logfile and partyline if the ‘misc’ flag (o) is active via the ‘logfile’ config file setting and the ‘.console’ partyline setting, respectively.

> Returns: nothing

> Module: core

### putcmdlog <text>

> Description: logs <text> to the logfile and partyline if the ‘cmds’ flag (c) is active via the ‘logfile’ config file setting and the ‘.console’ partyline setting, respectively.

> Returns: nothing

> Module: core

### putxferlog <text>

> Description: logs <text> to the logfile and partyline if the ‘files’ flag (x) is active via the ‘logfile’ config file setting and the ‘.console’ partyline setting, respectively.

> Returns: nothing

> Module: core

### putloglev <flag(s)> <channel> <text>

> Description: logs <text> to the logfile and partyline at the log level of the specified flag. Use “*” in lieu of a flag to indicate all log levels.

> Returns: nothing

> Module: core

### dumpfile <nick> <filename>

> Description: dumps file from the help/text directory to a user on IRC via msg (one line per msg). The user has no flags, so the flag bindings won’t work within the file.

> Returns: nothing

> Module: core

### queuesize [queue]

> Returns: the number of messages in all queues. If a queue is specified, only the size of this queue is returned. Valid queues are: mode, server, help.

> Module: server

### clearqueue <queue>

> Description: removes all messages from a queue. Valid arguments are: mode, server, help, or all.

> Returns: the number of deleted lines from the specified queue.

> Module: server

### cap <ls/values/req/enabled/raw> [arg]

> Description: displays CAP status or sends a raw CAP command to the server. “ls” will list the capabilities Eggdrop is internally tracking as supported by the server. “values” will list all capabilities and their associated CAP 302 values (if any) as a key/value pair, and “values” with a capability name as arg will list the values associated for the capability. “enabled” will list the capabilities Eggdrop is internally tracking as negotiated with the server. “req” will request the capabilities listed in “arg” from the server. “raw” will send a raw CAP command to the server. The arg field is a single argument, and should be submitted as a single string. For example, to request capabilities foo and bar, you would use [cap req “foo bar”], and for example purposes, sending the same request as a raw command would be [cap raw “REQ :foo bar”].

> Returns: a list of CAP capabilities for the “enabled” and “ls” sub-commands; a dict of capability/value pairs for the “values” command or a list if “values” if followed by an argument; otherwise nothing.

> Module: server

### tagmsg <tags> <target>

> Description: sends an IRCv3 TAGMSG command to the target. Only works if message-tags has been negotiated with the server via the cap command. tags is a Tcl dict (or space-separated string) of the tags you wish to send separated by commas (do not include the @prefix), and target is the nickname or channel you wish to send the tags to. To send a tag only (not a key/value pair), use a “” as the value for a key in a dict, or a “{}” if you are sending as a space-separated string.

> Examples:
>   set mytags [dict create +foo bar moo baa +last “”]; tagmsg $mytags #channel tagmsg “+foo bar moo baa +last {}” #channel

> Returns: nothing

> Module: server

### server add <ip/host> [[+]port [password]]

> Description: adds a server to the list of servers Eggdrop will connect to. Prefix the port with ‘+’ to indicate an SSL-protected port. A port value is required if password is to be specified. The SSL status (+) of the provided port is matched against as well (ie, 7000 is not the same as +7000).

> Returns: nothing

> Module: server

### server remove <ip/host> [[+]port]

> Description: removes a server from the list of servers Eggdrop will connect to. If no port is provided, all servers matching the ip or hostname provided will be removed, otherwise only the ip/host with the corresponding port will be removed. The SSL status (+) of the provided port is matched against as well (ie, 7000 is not the same as +7000).

> Returns: nothing

> Module: server

### server list

> Description: lists all servers currently added to the bots internal server list

> Returns: A list of lists in the format {{hostname} {port} {password}}

> Module: server

## User Record Manipulation Commands

### countusers

> Returns: number of users in the bot’s database

> Module: core

### validuser <handle>

> Returns: 1 if a user by that name exists; 0 otherwise

> Module: core

### finduser <nick!user@host>

> Description: finds the user record which most closely matches the given nick!user@host

> Returns: the handle found, or “*” if none

> Module: core

### userlist [flags]

> Returns: a list of users on the bot. You can use the flag matching system here ([global]{&/|}[chan]{&/|}[bot]). ‘&’ specifies “and”; ‘|’ specifies “or”.

> Module: core

### passwdok <handle> <pass>

> Description: checks the password given against the user’s password. Check against the password “-” to find out if a user has no password set.

> Returns: 1 if the password matches for that user; 0 otherwise. Or if we are checking against the password “-“: 1 if the user has no password set; 0 otherwise.

> Module: core

### getuser <handle> [entry-type] [extra info]

> Description: an interface to the new generic userfile support. Without an entry-type, it returns a flat key/value list (dict) of all set entries. Valid entry types are:

> BOTFL | returns the current bot-specific flags for the user (bot-only)
> BOTADDR | returns a list containing the bot’s address, bot listen port, and user listen port
> HOSTS | returns a list of hosts for the user
> LASTON | returns a list containing the unixtime last seen and the last seen place. LASTON #channel returns the time last seen time for the channel or 0 if no info exists.
> INFO | returns the user’s global info line
> XTRA | returns the user’s XTRA info
> COMMENT | returns the master-visible only comment for the user
> HANDLE | returns the user’s handle as it is saved in the userfile
> PASS | returns the user’s encrypted password

> For additional custom user fields, to include the deprecated “EMAIL” and “URL” fields, reference scripts/userinfo.tcl.

> Returns: info specific to each entry-type

> Module: core

### setuser <handle> <entry-type> [extra info]

> Description: this is the counterpart of getuser. It lets you set the various values. Other then the ones listed below, the entry-types are the same as getuser’s.

> Type | Extra Info
> --- | ---

> PASS

> <password>
>   Password string (Empty value will clear the password)

> BOTADDR

> <address> [bot listen port] [user listen port]
>   Sets address, bot listen port and user listen port. If no listen ports are specified, only the bot address is updated. If only the bot listen port is specified, both the bot and user listen ports are set to the bot listen port.

> HOSTS

> [hostmask]
>   If no value is specified, all hosts for the user will be cleared. Otherwise, only 1 hostmask is added :P

> LASTON

> This setting has 3 forms.
> <unixtime> <place>
>   sets global LASTON time. Standard values used by Eggdrop for <place> are partyline, linked, unlinked, filearea, <#channel>, and <@remotebotname>, but can be set to anything.
> <unixtime>
>   sets global LASTON time (leaving the place field empty)
> <unixtime> <channel>
>   sets a user’s LASTON time for a channel (if it is a valid channel)

> Returns: nothing

> Module: core

### chhandle <old-handle> <new-handle>

> Description: changes a user’s handle

> Returns: 1 on success; 0 if the new handle is invalid or already used, or if the user can’t be found

> Module: core

### chattr <handle> [changes [channel]]

> Description: changes the attributes for a user record, if you include any. Changes are of the form ‘+f’, ‘-o’, ‘+dk’, ‘-o+d’, etc. If changes are specified in the format of |<changes> <channel>, the channel-specific flags for that channel are altered. You can now use the +o|-o #channel format here too.

> Returns: new flags for the user (if you made no changes, the current flags are returned). If a channel was specified, the global AND the channel-specific flags for that channel are returned in the format of globalflags|channelflags. “*” is returned if the specified user does not exist.

> Module: core

### botattr <handle> [changes [channel]]

> Description: similar to chattr except this modifies bot flags rather than normal user attributes.

> Returns: new flags for the bot (if you made no changes, the current flags are returned). If a channel was specified, the global AND the channel-specific flags for that channel are returned in the format of globalflags|channelflags. “*” is returned if the specified bot does not exist.

> Module: core

### matchattr <handle> <flags> [channel]

> Description: checks if the flags of the specified user match the flags provided. “flags” is of the form:

>     [+/-]<global flags>[&/|<channel flags>[&/|<bot flags>]]

> Either | or & can be used as a separator between global, channel, and bot flags, but only one separator can be used per flag section. A ‘+’ is used to check if a user has the subsequent flags, and a ‘-‘ is used to check if a user does NOT have the subsequent flags.

Flag Mask | Action
--- | ---
+m | Checks if the user has the m global flag
+mn | Checks if the user has the m OR n global flag
|+mn | Checks if the user has the m OR n global flag
|+mn #foo | Checks if the user has the m OR n channel flag for #foo
&+mn | Checks if the user has the m AND n global flag
&mn #foo | Checks if the user has the m AND n channel flag for #foo
|+o #foo | Checks if the user has the o channel flag for #foo
+o|+n #foo | Checks if the user has the o global flag OR the n channel flag for #foo
+m&+v #foo | Checks if the user has the m global flag AND the v channel flag for #foo
-m | Checks if the user does not have the m global flag
|-n #foo | Checks if the user does not have the n channel flag for #foo
+m|-n #foo | Checks if the user has the global m flag OR does not have a channel n flag for #foo
-n&-m #foo | Checks if the user does not have the global n flag AND does not have the channel m flag for #foo
||+b | Checks if the user has the bot flag b

> Returns: 1 if the specified user has the flags matching the provided mask; 0 otherwise

> Module: core

### adduser <handle> [hostmask]

> Description: creates a new user entry with the handle and hostmask given (with no password and the default flags)

> Returns: 1 if successful; 0 if the handle already exists

> Module: core

### addbot <handle> <address> [botport [userport]]

> Description: adds a new bot to the userlist with the handle and botaddress given (with no password and no flags). <address> format is one of:

> - ipaddress
> - ipv4address:botport/userport [DEPRECATED]
> - [ipv6address]:botport/userport [DEPRECATED]

NOTE 1: The []s around the ipv6address argument are literal []s, not optional arguments. NOTE 2: In the deprecated formats, an additional botport and/or userport given as follow-on arguments are ignored.

> Returns: 1 if successful; 0 if the bot already exists or a port is invalid

> Module: core

### deluser <handle>

> Description: attempts to erase the user record for a handle

> Returns: 1 if successful, 0 if no such user exists

> Module: core

### delhost <handle> <hostmask>

> Description: deletes a hostmask from a user’s host list

> Returns: 1 on success; 0 if the hostmask (or user) doesn’t exist

> Module: core

### addchanrec <handle> <channel>

> Description: adds a channel record for a user

> Returns: 1 on success; 0 if the user or channel does not exist

> Module: channels

### delchanrec <handle> <channel>

> Description: removes a channel record for a user. This includes all associated channel flags.

> Returns: 1 on success; 0 if the user or channel does not exist

> Module: channels

### haschanrec <handle> <channel>

> Returns: 1 if the given handle has a chanrec for the specified channel; 0 otherwise

> Module: channels

### getchaninfo <handle> <channel>

> Returns: info line for a specific channel (behaves just like ‘getinfo’)

> Module: channels

### setchaninfo <handle> <channel> <info>

> Description: sets the info line on a specific channel for a user. If info is “none”, it will be removed.

> Returns: nothing

> Module: channels

### newchanban <channel> <ban> <creator> <comment> [lifetime] [options]

> Description: adds a ban to the ban list of a channel; creator is given credit for the ban in the ban list. lifetime is specified in minutes. If lifetime is not specified, ban-time (usually 60) is used. Setting the lifetime to 0 makes it a permanent ban.

> Options:

> sticky | forces the ban to be always active on a channel, even with dynamicbans on

> Returns: nothing

> Module: channels

### newban <ban> <creator> <comment> [lifetime] [options]

> Description: adds a ban to the global ban list (which takes effect on all channels); creator is given credit for the ban in the ban list. lifetime is specified in minutes. If lifetime is not specified, default-ban-time (usually 120) is used. Setting the lifetime to 0 makes it a permanent ban.

> Options:

> sticky | forces the ban to be always active on a channel, even with dynamicbans on

> Returns: nothing

> Module: channels

### newchanexempt <channel> <exempt> <creator> <comment> [lifetime] [options]

> Description: adds a exempt to the exempt list of a channel; creator is given credit for the exempt in the exempt list. lifetime is specified in minutes. If lifetime is not specified, exempt-time (usually 60) is used. Setting the lifetime to 0 makes it a permanent exempt. The exempt will not be removed until the corresponding ban has been removed. For timed bans, once the time period has expired, the exempt will not be removed until the corresponding ban has either expired or been removed.

> Options:

> sticky | forces the exempt to be always active on a channel, even with dynamicexempts on

> Returns: nothing

> Module: channels

### newexempt <exempt> <creator> <comment> [lifetime] [options]

> Description: adds a exempt to the global exempt list (which takes effect on all channels); creator is given credit for the exempt in the exempt list. lifetime is specified in minutes. If lifetime is not specified, exempt-time (usually 60) is used. Setting the lifetime to 0 makes it a permanent exempt. The exempt will not be removed until the corresponding ban has been removed.

> Options:

> sticky | forces the exempt to be always active on a channel, even with dynamicexempts on

> Returns: nothing

> Module: channels

### newchaninvite <channel> <invite> <creator> <comment> [lifetime] [options]

> Description: adds a invite to the invite list of a channel; creator is given credit for the invite in the invite list. lifetime is specified in minutes. If lifetime is not specified, invite-time (usually 60) is used. Setting the lifetime to 0 makes it a permanent invite. The invite will not be removed until the channel has gone -i.

> Options:

> sticky | forces the invite to be always active on a channel, even with dynamicinvites on

> Returns: nothing

> Module: channels

### newinvite <invite> <creator> <comment> [lifetime] [options]

> Description: adds a invite to the global invite list (which takes effect on all channels); creator is given credit for the invite in the invite list. lifetime is specified in minutes. If lifetime is not specified, invite-time (usually 60) is used. Setting the lifetime to 0 makes it a permanent invite. The invite will not be removed until the channel has gone -i.

> Options:

> sticky | forces the invite to be always active on a channel, even with dynamicinvites on

> Returns: nothing

> Module: channels

### stickban <banmask> [channel]

> Description: makes a ban sticky, or, if a channel is specified, then it is set sticky on that channel only.

> Returns: 1 on success; 0 otherwise

> Module: channels

### unstickban <banmask> [channel]

> Description: makes a ban no longer sticky, or, if a channel is specified, then it is unstuck on that channel only.

> Returns: 1 on success; 0 otherwise

> Module: channels

### stickexempt <exemptmask> [channel]

> Description: makes an exempt sticky, or, if a channel is specified, then it is set sticky on that channel only.

> Returns: 1 on success; 0 otherwise

> Module: channels

### unstickexempt <exemptmask> [channel]

> Description: makes an exempt no longer sticky, or, if a channel is specified, then it is unstuck on that channel only.

> Returns: 1 on success; 0 otherwise

> Module: channels

### stickinvite <invitemask> [channel]

> Description: makes an invite sticky, or, if a channel is specified, then it is set sticky on that channel only.

> Returns: 1 on success; 0 otherwise

> Module: channels

### unstickinvite <invitemask> [channel]

> Description: makes an invite no longer sticky, or, if a channel is specified, then it is unstuck on that channel only.

> Returns: 1 on success; 0 otherwise

> Module: channels

### killchanban <channel> <ban>

> Description: removes a ban from the ban list for a channel

> Returns: 1 on success; 0 otherwise

> Module: channels

### killban <ban>

> Description: removes a ban from the global ban list

> Returns: 1 on success; 0 otherwise

> Module: channels

### killchanexempt <channel> <exempt>

> Description: removes an exempt from the exempt list for a channel

> Returns: 1 on success; 0 otherwise

> Module: channels

### killexempt <exempt>

> Description: removes an exempt from the global exempt list

> Returns: 1 on success; 0 otherwise

> Module: channels

### killchaninvite <channel> <invite>

> Description: removes an invite from the invite list for a channel

> Returns: 1 on success; 0 otherwise

> Module: channels

### killinvite <invite>

> Description: removes an invite from the global invite list

> Returns: 1 on success; 0 otherwise

> Module: channels

### ischanjuped <channel>

> Returns: 1 if the channel is juped, and the bot is unable to join; 0 otherwise

> Module: channels

### isban <ban> [channel [-channel]]

> Returns: 1 if the specified ban is in the global ban list; 0 otherwise. If a channel is specified, that channel’s ban list is checked as well. If the -channel flag is used at the end of the command, *only* the channel bans are checked.

> Module: channels

### ispermban <ban> [channel [-channel]]

> Returns: 1 if the specified ban is in the global ban list AND is marked as permanent; 0 otherwise. If a channel is specified, that channel’s ban list is checked as well. If the -channel flag is used at the end of the command, *only* the channel bans are checked.

> Module: channels

### isexempt <exempt> [channel [-channel]]

> Returns: 1 if the specified exempt is in the global exempt list; 0 otherwise. If a channel is specified, that channel’s exempt list is checked as well. If the -channel flag is used at the end of the command, *only* the channel exempts are checked.

> Module: channels

### ispermexempt <exempt> [channel [-channel]]

> Returns: 1 if the specified exempt is in the global exempt list AND is marked as permanent; 0 otherwise. If a channel is specified, that channel’s exempt list is checked as well. If the -channel flag is used at the end of the command, *only* the channel exempts are checked.

> Module: channels

### isinvite <invite> [channel [-channel]]

> Returns: 1 if the specified invite is in the global invite list; 0 otherwise. If a channel is specified, that channel’s invite list is checked as well. If the -channel flag is used at the end of the command, *only* the channel invites are checked.

> Module: channels

### isperminvite <invite> [channel [-channel]]

> Returns: 1 if the specified invite is in the global invite list AND is marked as permanent; 0 otherwise. If a channel is specified, that channel’s invite list is checked as well. If the -channel flag is used at the end of the command, *only* the channel invites are checked.

> Module: channels

### isbansticky <ban> [channel [-channel]]

> Returns: 1 if the specified ban is marked as sticky in the global ban list; 0 otherwise. If a channel is specified, that channel’s ban list is checked as well. If the -channel flag is used at the end of the command, *only* the channel bans are checked.

> Module: channels

### isexemptsticky <exempt> [channel [-channel]]

> Returns: 1 if the specified exempt is marked as sticky in the global exempt list; 0 otherwise. If a channel is specified, that channel’s exempt list is checked as well. If the -channel flag is used at the end of the command, *only* the channel exempts are checked.

> Module: channels

### isinvitesticky <invite> [channel [-channel]]

> Returns: 1 if the specified invite is marked as sticky in the global invite list; 0 otherwise. If a channel is specified, that channel’s invite list is checked as well. If the -channel flag is used at the end of the command, *only* the channel invites are checked.

> Module: channels

### matchban <nick!user@host> [channel]

> Returns: 1 if the specified nick!user@host matches a ban in the global ban list; 0 otherwise. If a channel is specified, that channel’s ban list is checked as well.

> Module: channels

### matchexempt <nick!user@host> [channel]

> Returns: 1 if the specified nick!user@host matches an exempt in the global exempt list; 0 otherwise. If a channel is specified, that channel’s exempt list is checked as well.

> Module: channels

### matchinvite <nick!user@host> [channel]

> Returns: 1 if the specified nick!user@host matches an invite in the global invite list; 0 otherwise. If a channel is specified, that channel’s invite list is checked as well.

> Module: channels

### banlist [channel]

> Returns: a list of global bans, or, if a channel is specified, a list of channel-specific bans. Each entry is a sublist containing: hostmask, comment, expiration timestamp, time added, last time active, and creator. The three timestamps are in unixtime format.

> Module: channels

### exemptlist [channel]

> Returns: a list of global exempts, or, if a channel is specified, a list of channel-specific exempts. Each entry is a sublist containing: hostmask, comment, expiration timestamp, time added, last time active, and creator. The three timestamps are in unixtime format.

> Module: channels

### invitelist [channel]

> Returns: a list of global invites, or, if a channel is specified, a list of channel-specific invites. Each entry is a sublist containing: hostmask, comment, expiration timestamp, time added, last time active, and creator. The three timestamps are in unixtime format.

> Module: channels

### newignore <hostmask> <creator> <comment> [lifetime]

> Description: adds an entry to the ignore list; creator is given credit for the ignore. lifetime is how many minutes until the ignore expires and is removed. If lifetime is not specified, ignore-time (usually 60) is used. Setting the lifetime to 0 makes it a permanent ignore.

> Returns: nothing

> Module: core

### killignore <hostmask>

> Description: removes an entry from the ignore list

> Returns: 1 if successful; 0 otherwise

> Module: core

### ignorelist

> Returns: a list of ignores. Each entry is a sublist containing: hostmask, comment, expiration timestamp, time added, and creator. The timestamps are in unixtime format.

> Module: core

### isignore <hostmask>

> Returns: 1 if the ignore is in the list; 0 otherwise

> Module: core

### save

> Description: writes the user and channel files to disk

> Returns: nothing

> Module: core

### reload

> Description: loads the userfile from disk, replacing whatever is in memory

> Returns: nothing

> Module: core

### backup

> Description: makes a simple backup of the userfile that’s on disk. If the channels module is loaded, this also makes a simple backup of the channel file.

> Returns: nothing

> Module: core

### getting-users

> Returns: 1 if the bot is currently downloading a userfile from a sharebot (and hence, user records are about to drastically change); 0 if not

> Module: core

## Channel Commands

### channel add <name> [option-list]

> Description: adds a channel record for the bot to monitor. The full list of possible options are given in doc/settings/mod.channels. Note that the channel options must be in a list (enclosed in {}).

> Returns: nothing

> Module: channels

### channel set <name> <options…>

> Description: sets options for the channel specified. The full list of possible options are given in doc/settings/mod.channels.

> Returns: nothing

> Module: channels

### channel info <name>

> Returns: a list of info about the specified channel’s settings.

> Module: channels

### channel get <name> [setting]

> Returns: The value of the setting you specify. For flags, a value of 0 means it is disabled (-), and non-zero means enabled (+). If no setting is specified, a flat list of all available settings and their values will be returned.

> Module: channels

### channel remove <name>

> Description: removes a channel record from the bot and makes the bot no longer monitor the channel

> Returns: nothing

> Module: channels

### savechannels

> Description: saves the channel settings to the channel-file if one is defined.

> Returns: nothing

> Module: channels

### loadchannels

> Description: reloads the channel settings from the channel-file if one is defined.

> Returns: nothing

> Module: channels

### channels

> Returns: a list of the channels the bot has a channel record for

> Module: channels

### channame2dname <channel-name>

### chandname2name <channel-dname>

> Description: these two functions are important to correctly support !channels. The bot differentiates between channel description names (chan dnames) and real channel names (chan names). The chan dnames are what you would normally call the channel, such as “!channel”. The chan names are what the IRC server uses to identify the channel. They consist of the chan dname prefixed with an ID; such as “!ABCDEchannel”.

> For bot functions like isop, isvoice, etc. you need to know the chan dnames. If you communicate with the server, you usually get the chan name, though. That’s what you need the channame2dname function for.

> If you only have the chan dname and want to directly send raw server commands, use the chandname2name command.

> NOTE: For non-!channels, chan dname and chan name are the same.

> Module: irc

### isbotnick <nick>

> Returns: 1 if the nick matches the botnick; 0 otherwise

> Module: server

### botisop [channel]

> Returns: 1 if the bot has ops on the specified channel (or any channel if no channel is specified); 0 otherwise

> Module: irc

### botishalfop [channel]

> Returns: 1 if the bot has halfops on the specified channel (or any channel if no channel is specified); 0 otherwise

> Module: irc

### botisvoice [channel]

> Returns: 1 if the bot has a voice on the specified channel (or any channel if no channel is specified); 0 otherwise

> Module: irc

### botonchan [channel]

> Returns: 1 if the bot is on the specified channel (or any channel if no channel is specified); 0 otherwise

> Module: irc

### isop <nickname> [channel]

> Returns: 1 if someone by the specified nickname is on the channel (or any channel if no channel name is specified) and has ops; 0 otherwise

> Module: irc

### ishalfop <nickname> [channel]

> Returns: 1 if someone by the specified nickname is on the channel (or any channel if no channel name is specified) and has halfops; 0 otherwise

> Module: irc

### wasop <nickname> <channel>

> Returns: 1 if someone that just got opped/deopped in the chan had op before the modechange; 0 otherwise

> Module: irc

### washalfop <nickname> <channel>

> Returns: 1 if someone that just got halfopped/dehalfopped in the chan had halfop before the modechange; 0 otherwise

> Module: irc

### isvoice <nickname> [channel]

> Returns: 1 if someone by that nickname is on the channel (or any channel if no channel is specified) and has voice (+v); 0 otherwise

> Module: irc

### isidentified <nickname> [channel]

> Description: determine if a user is identified to irc services. WARNING: this may not be accurate depending on the server and configuration. For accurate results, the server must support (and Eggdrop must have enabled via CAP) the account-notify and extended-join capabilities, and the server must understand WHOX requests (also known as raw 354 responses)

> Returns: 1 if someone by the specified nickname is on the channel (or any channel if no channel name is specified) and is logged in); 0 otherwise.

> Module: irc

### isaway <nickname> [channel]

> Description: determine if a user is marked as ‘away’ on a server. IMPORTANT: this command is only “mostly” reliable on its own when the IRCv3 away-notify capability is available and negotiated with the IRC server (if you didn’t add this to your config file, it likely isn’t enabled- you can confirm using the `cap` Tcl command). Additionally, there is no way for Eggdrop (or any client) to capture a user’s away status when the user first joins a channel (they are assumed present by Eggdrop on join). To use this command without the away-notify capability negotiated, or to get a user’s away status on join (via a JOIN bind), use `refreshchan <channel> w` on a channel the user is on, which will refresh the current away status stored by Eggdrop for all users on the channel.

> Returns: 1 if Eggdrop is currently tracking someone by that nickname marked as ‘away’ (again, see disclaimer above) by an IRC server; 0 otherwise.

> Module: irc

### isircbot <nickname> [channel]

> Description: determine if a user has denoted themselves as a bot via an ircd-defined user flag (declared via BOT in a server’s 005/ISUPPORT line). Due to server implementations, accurately monitoring this is incredibly fragile, as the flag can be added and removed by a user without any notification to other users. To ensure this status is current for use, it is recommended to use `refreshchan <channel> w` on a channel the user is on, which will refresh if the user is a bot or not for all users on the channel. If a server does not advertise BOT in its ISUPPORT line but still supports it (currently the case for unrealircd), you can manually set it by adding “BOT=B” (or whatever flag is used) to the isupport-default setting in your eggdrop.conf file.

> Returns: 1 if Eggdrop is currently tracking someone by that nickname marked as a bot by an IRC server; 0 otherwise.

### onchan <nickname> [channel]

> Returns: 1 if someone by that nickname is on the specified channel (or any channel if none is specified); 0 otherwise

> Module: irc

### monitor <command> [nickname]

> Description: interacts with the list of nicknames Eggdrop has asked the IRC server to track. valid commands are add, delete, list, online, offline, status, and clear. The ‘add’ command sends ‘nickname’ to the server to track. The ‘delete’ command removes ‘nickname’ from being tracked by the server (or returns an error if the nickname is not present). The ‘list’ command returns a list of all nicknames the IRC server is tracking on behalf of Eggdrop. The ‘online’ command returns a string of tracked nicknames that are currently online. The ‘offline’ command returns a list of tracked nicknames that are currently offline. The ‘status’ command returns a ‘1’ if ‘nickname’ is online or a 0 if ‘nickname’ is offline. The ‘clear’ command removes all nicknames from the list the server is monitoring.

> Module: irc

### getaccount <nickname> [channel]

> Returns: the services account name of the nickname if they are logged in, “” otherwise, and an error if the account-notify or extended-join capabilities are not enabled. WARNING: this account list may not be accurate depending on the server and configuration. This command will only work if a server supports (and Eggdrop has enabled) the account-notify and extended-join capabilities, and the server understands WHOX requests (also known as raw 354 responses).

### nick2hand <nickname> [channel]

> Returns: the handle of a nickname on a channel. If a channel is not specified, the bot will check all of its channels. If the nick is not found, “” is returned. If the nick is found but does not have a handle, “*” is returned. If no channel is specified, all channels are checked.

> Module: irc

### account2nicks <handle> [channel]

> Returns: a de-duplicated Tcl list of the nickname(s) on the specified channel (if one is specified) whose nickname matches the given account; “” is returned if no match is found. This command will only work if a server supports (and Eggdrop has enabled) the account-notify and extended-join capabilities, and the server understands WHOX requests (also known as raw 354 responses). If no channel is specified, all channels are checked.

> Module: irc

### hand2nick <handle> [channel]

> Returns: nickname of the first person on the specified channel (if one is specified) whose nick!user@host matches the given handle; “” is returned if no match is found. If no channel is specified, all channels are checked.

> Module: irc

### hand2nicks <handle> [channel]

> Returns: a de-duplicated Tcl list of the nickname(s) on the specified channel (if one is specified) whose nick!user@host matches the given handle; “” is returned if no match is found. If no channel is specified, all channels are checked.

> Module: irc

### handonchan <handle> [channel]

> Returns: 1 if the the nick!user@host for someone on the channel (or any channel if no channel name is specified) matches for the handle given; 0 otherwise

> Module: irc

### ischanban <ban> <channel>

> Returns: 1 if the specified ban is on the given channel’s ban list (not the bot’s banlist for the channel)

> Module: irc

### ischanexempt <exempt> <channel>

> Returns: 1 if the specified exempt is on the given channel’s exempt list (not the bot’s exemptlist for the channel)

> Module: irc

### ischaninvite <invite> <channel>

> Returns: 1 if the specified invite is on the given channel’s invite list (not the bot’s invitelist for the channel)

> Module: irc

### chanbans <channel>

> Returns: a list of the current bans on the channel. Each element is a sublist of the form {<ban> <bywho> <age>}. age is seconds from the bot’s point of view

> Module: irc

### chanexempts <channel>

> Returns: a list of the current exempts on the channel. Each element is a sublist of the form {<exempts> <bywho> <age>}. age is seconds from the bot’s point of view

> Module: irc

### chaninvites <channel>

> Returns: a list of the current invites on the channel. Each element is a sublist of the form {<invites> <bywho> <age>}. age is seconds from the bot’s point of view

> Module: irc

### resetbans <channel>

> Description: removes all bans on the channel that aren’t in the bot’s ban list and refreshes any bans that should be on the channel but aren’t

> Returns: nothing

> Module: irc

### resetexempts <channel>

> Description: removes all exempt on the channel that aren’t in the bot’s exempt list and refreshes any exempts that should be on the channel but aren’t

> Returns: nothing

> Module: irc

### resetinvites <channel>

> Description: removes all invites on the channel that aren’t in the bot’s invite list and refreshes any invites that should be on the channel but aren’t

> Returns: nothing

> Module: irc

### resetchanidle [nick] <channel>

> Description: resets the channel idle time for the given nick or for all nicks on the channel if no nick is specified.

> Returns: nothing

> Module: irc

### resetchanjoin [nick] <channel>

> Description: resets the channel join time for the given nick or for all nicks on the channel if no nick is specified.

> Returns: nothing

> Module: irc

### resetchan <channel> [flags]

> Description: clears the channel info Eggdrop is currently storing for a channel, then rereads the channel info from the server. Useful if Eggdrop gets into a bad state on a server with respect to a channel userlist, for example. If flags are specified, only the required information will be reset, according to the given flags. Available flags:

> b | channel bans
> e | channel exempts
> I | channel invites
> m | channel modes
> w | memberlist (who & away info)

> Returns: nothing

> Module: irc

### refreshchan <channel> [flags]

> Description: An alternative to resetchan, refresh rereads the channel info from the server without first clearing out the previously stored information. Useful for updating a user’s away status without resetting their idle time, for example. If flags are specified, only the required information will be refreshed, according to the given flags. Available flags:

> b | channel bans
> e | channel exempts
> I | channel invites
> m | channel modes
> t | channel topic
> w | memberlist (who & away info)

> Returns: nothing

> Module: irc

### getchanhost <nickname> [channel]

> Returns: user@host of the specified nickname (the nickname is not included in the returned host). If a channel is not specified, bot will check all of its channels. If the nickname is not on the channel(s), “” is returned.

> Module: irc

### getchanjoin <nickname> <channel>

> Returns: timestamp (unixtime format) of when the specified nickname joined the channel if available, 0 otherwise. Note that after a channel reset this information will be lost, even if previously available.

> Module: irc

### onchansplit <nick> [channel]

> Returns: 1 if that nick is split from the channel (or any channel if no channel is specified); 0 otherwise

> Module: irc

### chanlist <channel> [flags][<&|>chanflags]

> Description: flags are any global flags; the ‘&’ or ‘|’ denotes to look for channel specific flags, where ‘&’ will return users having ALL chanflags and ‘|’ returns users having ANY of the chanflags (See matchattr above for additional examples).

> Returns: Searching for flags optionally preceded with a ‘+’ will return a list of nicknames that have all the flags listed. Searching for flags preceded with a ‘-‘ will return a list of nicknames that do not have have any of the flags (differently said, ‘-‘ will hide users that have all flags listed). If no flags are given, all of the nicknames on the channel are returned.

> Please note that if you’re executing chanlist after a part or sign bind, the gone user will still be listed, so you can check for wasop, isop, etc.

> Module: irc

### getchanidle <nickname> <channel>

> Returns: number of minutes that person has been idle; -1 if the specified user isn’t on the channel

> Module: irc

### getchanmode <channel>

> Returns: string of the type “+ntik key” for the channel specified

> Module: irc

### jump [server [[+]port [password]]]

> Description: jumps to the server specified, or (if none is specified) the next server in the bot’s serverlist. If you prefix the port with a plus sign (e.g. +6697), SSL connection will be attempted.

> Returns: nothing

> Module: server

### pushmode <channel> <mode> [arg]

> Description: sends out a channel mode change (ex: pushmode #lame +o goober) through the bot’s queuing system. All the mode changes will be sent out at once (combined into one line as much as possible) after the script finishes, or when ‘flushmode’ is called.

> Returns: nothing

> Module: irc

### flushmode <channel>

> Description: forces all previously pushed channel mode changes to be sent to the server, instead of when the script is finished (just for the channel specified)

> Returns: nothing

> Module: irc

### topic <channel>

> Returns: string containing the current topic of the specified channel

> Module: irc

### validchan <channel>

> Description: checks if the bot has a channel record for the specified channel. Note that this does not necessarily mean that the bot is ON the channel.

> Returns: 1 if the channel exists, 0 if not

> Module: channels

### isdynamic <channel>

> Returns: 1 if the channel is a dynamic channel; 0 otherwise

> Module: channels

### setudef <flag/int/str> <name>

> Description: initializes a user defined channel flag, string or integer setting. You can use it like any other flag/setting. IMPORTANT: Don’t forget to reinitialize your flags/settings after a restart, or it’ll be lost.

> Returns: nothing

> Module: channels

### renudef <flag/int/str> <oldname> <newname>

> Description: renames a user defined channel flag, string, or integer setting.

> Returns: nothing

> Module: channels

### deludef <flag/int/str> <name>

> Description: deletes a user defined channel flag, string, or integer setting.

> Returns: nothing

> Module: channels

### getudefs [flag/int/str]

> Returns: a list of user defined channel settings of the given type, or all of them if no type is given.

> Module: channels

### chansettype <setting>

> Returns: The type of the setting you specify. The possible types are flag, int, str, pair. A flag type references a channel flag setting that can be set to either + or -. An int type is a channel setting that is set to a number, such as ban-time. A str type is a channel setting that stores a string, such as need-op. A pair type is a setting that holds a value couple, such as the flood settings.

> Module: channels

### isupport get [key]

> Description: - isupport get: Returns a flat key/value list (dict) of settings. - isupport get <key>: Returns the setting’s value as a string. Throws an error if the key is not set.

> Returns: string or dict, see description above

> Module: server

### isupport isset <key>

> Description: Returns 0/1 depending on whether the key has a value.

> Returns: 0 or 1

> Module: server

## DCC Commands

### putdcc <idx> <text> [-raw]

> Description: sends text to the idx specified. If -raw is specified, the text will be sent as is, without forced new lines or limits to line length.

> Returns: nothing

> Module: core

### dccbroadcast <message>

> Description: sends a message to everyone on the party line across the botnet, in the form of “*** <message>” for local users, “*** (Bot) <message>” for users on other bots with version below 1.8.4, and “(Bot) <message>” for users on other bots with version 1.8.4+ and console log mode ‘l’ enabled

> Returns: nothing

> Module: core

### dccputchan <channel> <message>

> Description: sends your message to everyone on a certain channel on the botnet, in a form exactly like dccbroadcast does. Valid channels are 0 through 99999.

> Returns: nothing

> Module: core

### boot <user@bot> [reason]

> Description: boots a user from the partyline

> Returns: nothing

> Module: core

### dccsimul <idx> <text>

> Description: simulates text typed in by the dcc user specified. Note that in v0.9, this only simulated commands; now a command must be preceded by a ‘.’ to be simulated.

> Returns: nothing

> Module: core

### hand2idx <handle>

> Returns: the idx (a number greater than or equal to zero) for the user given if the user is on the party line in chat mode (even if she is currently on a channel or in chat off), the file area, or in the control of a script. -1 is returned if no idx is found. If the user is on multiple times, the oldest idx is returned.

> Module: core

### idx2hand <idx>

> Returns: handle of the user with the given idx

> Module: core

### valididx <idx>

> Returns: 1 if the idx currently exists; 0 otherwise

> Module: core

### getchan <idx>

> Returns: the current party line channel for a user on the party line; “0” indicates he’s on the group party line, “-1” means he has chat off, and a value from 1 to 99999 is a private channel

> Module: core

### setchan <idx> <channel>

> Description: sets a party line user’s channel. The party line user is not notified that she is now on a new channel. A channel name can be used (provided it exists).

> Returns: nothing

> Module: core

### console <idx> [channel] [console-modes]

> Description: changes a dcc user’s console mode, either to an absolute mode (like “mpj”) or just adding/removing flags (like “+pj” or “-moc” or “+mp-c”). The user’s console channel view can be changed also (as long as the new channel is a valid channel).

> Returns: a list containing the user’s (new) channel view and (new) console modes, or nothing if that user isn’t currently on the partyline

> Module: core

### resetconsole <idx>

> Description: changes a dcc user’s console mode to the default setting in the configfile.

> Returns: a list containing the user’s channel view and (new) console modes, or nothing if that user isn’t currently on the partyline

> Module: core

### echo <idx> [status]

> Description: turns a user’s echo on or off; the status has to be a 1 or 0

> Returns: new value of echo for that user (or the current value, if status was omitted)

> Module: core

### strip <idx> [+/-strip-flags]

> Description: modifies the strip-flags for a user. The supported strip-flags are:

> c | remove all color codes
> b | remove all boldface codes
> r | remove all reverse video codes
> u | remove all underline codes
> a | remove all ANSI codes
> g | remove all ctrl-g (bell) codes
> o | remove all ordinary codes (ctrl+o, terminates bold/color/..)
> i | remove all italics codes
> * | remove all of the above

> Returns: new strip-flags for the specified user (or the current flags, if strip-flags was omitted)

> Module: core

### putbot <bot-nick> <message>

> Description: sends a message across the botnet to another bot. If no script intercepts the message on the other end, the message is ignored.

> Returns: nothing

> Module: core

### putallbots <message>

> Description: sends a message across the botnet to all bots. If no script intercepts the message on the other end, the message is ignored.

> Returns: nothing

> Module: core

### killdcc <idx>

> Description: kills a partyline or file area connection

> Returns: nothing

> Module: core

### bots

> Returns: list of the bots currently connected to the botnet

> Module: core

### botlist

> Returns: a list of bots currently on the botnet. Each item in the list is a sublist with four elements: bot, uplink, version, and sharing status:

> bot | the bot’s botnetnick
> uplink | the bot the bot is connected to
> version | it’s current numeric version
> sharing | a “+” if the bot is a sharebot; “-” otherwise

> Module: core

### islinked <bot>

> Returns: 1 if the bot is currently linked; 0 otherwise

> Module: core

### dccused

> Returns: number of dcc connections currently in use

> Module: core

### dcclist [type]

> Returns: a list of active connections, each item in the list is a sublist containing seven elements: {<idx> <handle> <hostname> <[+]port> <type> {<other>} <timestamp>}.

> The types are: chat, bot, files, file_receiving, file_sending, file_send_pending, script, socket (these are connections that have not yet been put under ‘control’), telnet, and server. The timestamp is in unixtime format.

> Module: core

### socklist [type]

> > Returns: a list of active connections, each item in the list is a sublist containing eight elements (in dict-readable format). The order of items returned should not be considered static or permanent, so it is recommended to access the items as key/value pairs with the dict command, as opposed to something like lindex, to extract values. The possible keys returned are:

> > idx | integer value assigned to Eggdrop connections
> > handle | possible values are (telnet), (bots), (users), (script) for a listening socket, or the handle of the connected user for an established connection
> > host | the hostname of the connection, if it is known; otherwise a *
> > ip | the ip of the connection
> > port | the port number associated with the connection (local port for listening connections, remote port for server connections.
> > secure | 1 if SSL/TLS is used for the connect; 0 otherwise
> > type | the type of connection (TELNET, CHAT, SERVER, etc)
> > info | extra information associated with the connection
> > time | timestamp of when the socket was established

> Module: core

### whom <chan>

> Returns: list of people on the botnet who are on that channel. 0 is the default party line. Each item in the list is a sublist with six elements: nickname, bot, hostname, access flag (‘-‘, ‘@’, ‘+’, or ‘*’), minutes idle, and away message (blank if the user is not away). If you specify * for channel, every user on the botnet is returned with an extra argument indicating the channel the user is on.

> Module: core

### getdccidle <idx>

> Returns: number of seconds the dcc chat/file system/script user has been idle

> Module: core

### getdccaway <idx>

> Returns: away message for a dcc chat user (or “” if the user is not set away)

> Module: core

### setdccaway <idx> <message>

> Description: sets a party line user’s away message and marks them away. If set to “”, the user is marked as no longer away.

> Returns: nothing

> Module: core

### connect <host> <[+]port>

> Description: makes an outgoing connection attempt and creates a dcc entry for it. A ‘control’ command should be used immediately after a successful ‘connect’ so no input is lost. If the port is prefixed with a plus sign, SSL encrypted connection will be attempted.

> Returns: idx of the new connection

> Module: core

### listen [ip] <port> <type> [options [flag]]

> Description: opens a listening port to accept incoming telnets; type must be one of “bots”, “all”, “users”, “script”, or “off”. Prefixing the port with a plus sign will make eggdrop accept SSL connections on it. An IP may optionally be listed before the mandatory port argument. If no IP is specified, all available interfaces are used.

> > listen [ip] <port> bots [mask]

> > > Description: accepts connections from bots only; the optional mask is used to identify permitted bot names. If the mask begins with ‘@’, it is interpreted to be a mask of permitted hosts to accept connections from.

> > > Returns: port number or error message

> > listen [ip] <port> users [mask]

> > > Description: accepts connections from users only (no bots); the optional mask is used to identify permitted nicknames. If the mask begins with ‘@’, it is interpreted to be a mask of permitted hosts to accept connections from.

> > > Returns: port number or error message

> > listen [ip] <port> all [mask]

> > > Description: accepts connections from anyone; the optional mask is used to identify permitted nicknames/botnames. If the mask begins with ‘@’, it is interpreted to be a mask of permitted hosts to accept connections from.

> > > Returns: port number or error message

> > listen [ip] <port> script <proc> [flag]

> > > Description: accepts connections which are immediately routed to a proc. The proc is called with one parameter: the idx of the new connection. The optional flag parameter currently only accepts ‘pub’ as a value. By specifying ‘pub’ as a flag, Eggdrop will skip the ident check for the user regardless of settings in the config file. This will allow any user to attempt a connection, and result in Eggdrop using “-telnet!telnet@host” instead of “-telnet!<ident>@host” as a hostmask to match against the user.

> > > Returns: port number or error message

> > listen [ip] <port> off

> > > Description: stop listening on a port

> > > Returns: nothing

> Module: core

### dccdumpfile <idx> <filename>

> Description: dumps out a file from the text directory to a dcc chat user. The flag matching that’s used everywhere else works here, too.

> Returns: nothing

> Module: core

## Notes Module

### notes <user> [numberlist]

> Returns: -1 if no such user, -2 if notefile failure. If a numberlist is not specified, the number of notes stored for the user is returned. Otherwise, a list of sublists containing information about notes stored for the user is returned. Each sublist is in the format of:

>     {<from> <timestamp> <note text>}

> Module: notes

### erasenotes <user> <numberlist>

> Description: erases some or all stored notes for a user. Use ‘-‘ to erase all notes.

> Returns: -1 if no such user, -2 if notefile failure, 0 if no such note, or number of erased notes.

> Module: notes

### listnotes <user> <numberlist>

> Description: lists existing notes according to the numberlist (ex: “2-4;8;16-“)

> Returns: -1 if no such user, -2 if notefile failure, 0 if no such note, list of existing notes.

> Module: notes

### storenote <from> <to> <msg> <idx>

> Description: stores a note for later reading, notifies idx of any results (use idx -1 for no notify).

> Returns: 0 on success; non-0 on failure

> Module: notes

## Assoc Module

### assoc <chan> [name]

> Description: sets the name associated with a botnet channel, if you specify one

> Returns: current name for that channel, if any

> Module: assoc

### killassoc <chan>

> Description: removes the name associated with a botnet channel, if any exists. Use ‘killassoc &’ to kill all assocs.

> Returns: nothing

> Module: assoc

## Compress Module

### compressfile [-level <level>] <src-file> [target-file]

#### and

#### uncompressfile <src-file> [target-file]

> Description: compresses or un-compresses files. The level option specifies the compression mode to use when compressing. Available modes are from 0 (minimum CPU usage, minimum compression) all the way up to 9 (maximum CPU usage, maximum compression). If you don’t specify the target-file, the src-file will be overwritten.

> Returns: nothing

> Module: compress

### iscompressed <filename>

> Description: determines whether <filename> is gzip compressed.

> Returns: 1 if it is, 0 if it isn’t, and 2 if some kind of error prevented the checks from succeeding.

> Module: compress

## Filesys Module

### setpwd <idx> <dir>

> Description: changes the directory of a file system user, in exactly the same way as a ‘cd’ command would. The directory can be specified relative or absolute.

> Returns: nothing

> Module: filesys

### getpwd <idx>

> Returns: the current directory of a file system user

> Module: filesys

### getfiles <dir>

> Returns: a list of files in the directory given; the directory is relative to dcc-path

> Module: filesys

### getdirs <dir>

> Returns: a list of subdirectories in the directory given; the directory is relative to dcc-path

> Module: filesys

### dccsend <filename> <ircnick>

> Description: attempts to start a dcc file transfer to the given nick; the filename must be specified either by full pathname or in relation to the bot’s startup directory

> Returns:

> 0 | success
> 1 | the dcc table is full (too many connections)
> 2 | can’t open a socket for the transfer
> 3 | the file doesn’t exist
> 4 | the file was queued for later transfer, which means that person has too many file transfers going right now
> 5 | copy-to-tmp is enabled and the file already exists in the temp directory

> Module: transfer

### filesend <idx> <filename> [ircnick]

> Description: like dccsend, except it operates for a current filesystem user, and the filename is assumed to be a relative path from that user’s current directory

> Returns: 0 on failure; 1 on success (either an immediate send or a queued send)

> Module: filesys

### fileresend <idx> <filename> [ircnick]

> Description: functions like filesend, only that it sends a DCC RESEND instead of a DCC SEND, which allows people to resume aborted file transfers if their client supports that protocol. ircII/BitchX/etc. support it; mIRC does not.

> Returns: 0 on failure; 1 on success (either an immediate send or a queued send)

> Module: filesys

### setdesc <dir> <file> <desc>

> Description: sets the description for a file in a file system directory; the directory is relative to dcc-path

> Returns: nothing

> Module: filesys

### getdesc <dir> <file>

> Returns: the description for a file in the file system, if one exists

> Module: filesys

### setowner <dir> <file> <handle>

> Description: changes the owner for a file in the file system; the directory is relative to dcc-path

> Returns: nothing

> Module: filesys

### getowner <dir> <file>

> Returns: the owner of a file in the file system

> Module: filesys

### setlink <dir> <file> <link>

> Description: creates or changes a linked file (a file that actually exists on another bot); the directory is relative to dcc-path

> Returns: nothing

> Module: filesys

### getlink <dir> <file>

> Returns: the link for a linked file, if it exists

> Module: filesys

### getfileq <handle>

> Returns: list of files queued by someone; each item in the list will be a sublist with two elements: nickname the file is being sent to and the filename

> Module: transfer

### getfilesendtime <idx>

> Returns: the unixtime value from when a file transfer started, or a negative number:

> -1 | no matching transfer with the specified idx was found
> -2 | the idx matches an entry which is not a file transfer

> Module: transfer

### mkdir <directory> [<required-flags> [channel]]

> Description: creates a directory in the file system. Only users with the required flags may access it.

> Returns:

> 0 | success
> 1 | can’t create directory
> 2 | directory exists but is not a directory
> -3 | could not open filedb

> Module: filesys

### rmdir <directory>

> Description: removes a directory from the file system.

> Returns: 0 on success; 1 on failure

> Module: filesys

### mv <file> <destination>

> Description: moves a file from its source to the given destination. The file can also be a mask, such as /incoming/*, provided the destination is a directory.

> Returns: If the command was successful, the number of files moved will be returned. Otherwise, a negative number will be returned:

> -1 | invalid source file
> -2 | invalid destination
> -3 | destination file exists
> -4 | no matches found

> Module: filesys

### cp <file> <destination>

> Description: copies a file from its source to the given destination. The file can also be a mask, such as /incoming/*, provided the destination is a directory.

> Returns: If the command was successful, the number of files copied will be returned. Otherwise, a negative number will be returned:

> -1 | invalid source file
> -2 | invalid destination
> -3 | destination file exists
> -4 | no matches found

> Module: filesys

### getflags <dir>

> Returns: the flags required to access a directory

> Module: filesys

### setflags <dir> [<flags> [channel]]

> Description: sets the flags required to access a directory

> Returns: 0 on success; -1 or -3 on failure

> Module: filesys

## Miscellaneous Commands

### bind <type> <flags> <keyword/mask> [proc-name]

> Description: You can use the ‘bind’ command to attach Tcl procedures to certain events. flags are the flags the user must have to trigger the event (if applicable). proc-name is the name of the Tcl procedure to call for this command (see below for the format of the procedure call). If the proc-name is omitted, no binding is added. Instead, the current binding is returned (if it’s stackable, a list of the current bindings is returned).

> Returns: name of the command that was added, or (if proc-name was omitted), a list of the current bindings for this command

> Module: core

### unbind <type> <flags> <keyword/mask> <proc-name>

> Description: removes a previously created bind

> Returns: name of the command that was removed

> Module: core

### binds [type/mask]

> Returns: a list of Tcl binds, each item in the list is a sublist of five elements:
>   {<type> <flags> <name> <hits> <proc>}

> Module: core

### logfile [<modes> <channel> <filename>]

> Description: creates a new logfile, which will log the modes given for the channel listed. If no logfile is specified, a list of existing logfiles will be returned. “*” indicates all channels. You can also change the modes and channel of an existing logfile with this command. Entering a blank mode and channel (“”) makes the bot stop logging there.

> Logfile flags:

> b | information about bot linking and userfile sharing
> c | commands
> d | misc debug information
> g | raw outgoing share traffic
> h | raw incoming share traffic
> j | joins, parts, quits, topic changes, and netsplits on the channel
> k | kicks, bans, and mode changes on the channel
> l | linked bot messages
> m | private msgs, notices and ctcps to the bot
> o | misc info, errors, etc (IMPORTANT STUFF)
> p | public text on the channel
> r | raw incoming server traffic
> s | server connects, disconnects, and notices
> t | raw incoming botnet traffic
> u | raw outgoing botnet traffic
> v | raw outgoing server traffic
> w | wallops (make sure the bot sets +w in init-server)
> x | file transfers and file-area commands

> Returns: filename of logfile created, or, if no logfile is specified, a list of logfiles such as: {mco * eggdrop.log} {jp #lame lame.log}

> Module: core

### maskhost <nick!user@host> [masktype]

> Returns: masked hostmask for the string given according to the masktype (the default is 3).

> Available types are:

> 0 | *!user@host
> 1 | *!*user@host
> 2 | *!*@host
> 3 | *!*user@*.host
> 4 | *!*@*.host
> 5 | nick!user@host
> 6 | nick!*user@host
> 7 | nick!*@host
> 8 | nick!*user@*.host
> 9 | nick!*@*.host

> You can also specify types from 10 to 19 which correspond to types 0 to 9, but instead of using a * wildcard to replace portions of the host, only numbers in hostnames are replaced with the ‘?’ wildcard. Same is valid for types 20-29, but instead of ‘?’, the ‘*’ wildcard will be used. Types 30-39 set the host to ‘*’.

> Module: core

### timer <minutes> <tcl-command> [count]

> Description: executes the given Tcl command after a certain number of minutes have passed, at the top of the minute (ie, if a timer is started at 10:03:34 with 1 minute specified, it will execute at 10:04:00. If a timer is started at 10:06:34 with 2 minutes specified, it will execute at 10:08:00). If count is specified, the command will be executed count times with the given interval in between. If you specify a count of 0, the timer will repeat until it’s removed with killtimer or until the bot is restarted.

> Returns: a timerID

> Module: core

### utimer <seconds> <tcl-command> [count]

> Description: executes the given Tcl command after a certain number of seconds have passed. If count is specified, the command will be executed count times with the given interval in between. If you specify a count of 0, the utimer will repeat until it’s removed with killutimer or until the bot is restarted.

> Returns: a timerID

> Module: core

### timers

> Returns: a list of active minutely timers. Each entry in the list contains the number of minutes left till activation, the command that will be executed, the timerID, and the remaining number of repeats.

> Module: core

### utimers

> Returns: a list of active secondly timers. Each entry in the list contains the number of minutes left till activation, the command that will be executed, the timerID, and the remaining number of repeats.

> Module: core

### killtimer <timerID>

> Description: removes a minutely timer from the list

> Returns: nothing

> Module: core

### killutimer <timerID>

> Description: removes a secondly timer from the list

> Returns: nothing

> Module: core

### unixtime

> Returns: a long integer which represents the number of seconds that have passed since 00:00 Jan 1, 1970 (GMT).

> Module: core

### duration <seconds>

> Returns: the number of seconds converted into years, weeks, days, hours, minutes, and seconds. 804600 seconds is turned into 1 week 2 days 7 hours 30 minutes.

> Module: core

### strftime <formatstring> [time]

> Returns: a formatted string of time using standard strftime format. If time is specified, the value of the specified time is used. Otherwise, the current time is used. Note: The implementation of strftime varies from platform to platform, so the user should only use POSIX-compliant format specifiers to ensure fully portable code.

> Module: core

### ctime <unixtime>

> Returns: a formatted date/time string based on the current locale settings from the unixtime string given; for example “Fri Aug 3 11:34:55 1973”

> Module: core

### myip

> Returns: a long number representing the bot’s IP address, as it might appear in (for example) a DCC request

> Module: core

### rand <limit>

> Returns: a random integer between 0 and limit-1. Limit must be greater than 0 and equal to or less than RAND_MAX, which is generally 2147483647. The underlying pseudo-random number generator is not cryptographically secure.

> Module: core

### control <idx> <command>

> Description: removes an idx from the party line and sends all future input to the Tcl command given. The command will be called with two parameters: the idx and the input text. The command should return 0 to indicate success and 1 to indicate that it relinquishes control of the user back to the bot. If the input text is blank (“”), it indicates that the connection has been dropped. Also, if the input text is blank, never call killdcc on it, as it will fail with “invalid idx”.

> Returns: nothing

> Module: core

### sendnote <from> <to[@bot]> <message>

> Description: simulates what happens when one user sends a note to another

> Returns:

> 0 | the send failed
> 1 | the note was delivered locally or sent to another bot
> 2 | the note was stored locally
> 3 | the user’s notebox is too full to store a note
> 4 | a Tcl binding caught the note
> 5 | the note was stored because the user is away

> Module: core

### link [via-bot] <bot>

> Description: attempts to link to another bot directly. If you specify a via-bot, it tells the via-bot to attempt the link.

> Returns: 1 if the link will be attempted; 0 otherwise

> Module: core

### unlink <bot> [comment]

> Description: attempts to unlink a bot from the botnet. If you specify a comment, it will appear with the unlink message on the botnet.

> Returns: 1 on success; 0 otherwise

> Module: core

### encrypt <key> <string>

> Returns: encrypted string (using the currently loaded encryption module), encoded into ASCII using base-64. As of v1.8.4, the default blowfish encryption module can use either the older ECB mode (currently used by default for compatibility reasons), or the more recent and more-secure CBC mode. You can explicitly request which encryption mode to use by prefixing the encryption key with either “ecb:” or “cbc:”, or by using the blowfish-use-mode setting in the config file. Note: the default encryption mode for this function is planned to transition from ECB to CBC in v1.9.0.

> Module: encryption

### decrypt <key> <encrypted-base64-string>

> Returns: decrypted string (using the currently loaded encryption module). If the default blowfish encryption module is used, this automatically picks the right decryption mode. You may still prefix the key with “ecb:” or “cbc:” or use the blowfish-use-mode setting in the config file (see the encrypt command for more detailed information).

> Module: encryption

### encpass <password>

> Returns: encrypted string (using the currently loaded encryption module)

> Module: encryption

### die [reason]

> Description: causes the bot to log a fatal error and exit completely. If no reason is given, “EXIT” is used.

> Returns: none

> Module: core

### unames

> Returns: the current operating system the bot is using

> Module: core

### dnslookup <ip-address/hostname> <proc> [[arg1] [arg2] … [argN]]

> Description: This issues an asynchronous dns lookup request. The command will block if dns module is not loaded; otherwise it will either return immediately or immediately call the specified proc (e.g. if the lookup is already cached).

> As soon as the request completes, the specified proc will be called as follows:

> > <proc> <ipaddress> <hostname> <status> [[arg1] [arg2] … [argN]]

> status is 1 if the lookup was successful and 0 if it wasn’t. All additional parameters (called arg1, arg2 and argN above) get appended to the proc’s other parameters.

> Returns: nothing

> Module: core

### md5 <string>

> Returns: the 128 bit MD5 message-digest of the specified string

> Module: core

### callevent <event>

> Description: triggers the evnt bind manually for a certain event. You can call arbitrary events here, even ones that are not pre-defined by Eggdrop. For example: callevent rehash, or callevent myownevent123.

> Returns: nothing

> Module: core

### traffic

> Returns: a list of sublists containing information about the bot’s traffic usage in bytes. Each sublist contains five elements: type, in-traffic today, in-traffic total, out-traffic today, out-traffic total (in that order).

> Module: core

### modules

> Returns: a list of sublists containing information about the bot’s currently loaded modules. Each sublist contains three elements: module, version, and dependencies. Each dependency is also a sublist containing the module name and version.

> Module: core

### loadmodule <module>

> Description: attempts to load the specified module.

> Returns: “Already loaded.” if the module is already loaded, “” if successful, or the reason the module couldn’t be loaded.

> Module: core

### unloadmodule <module>

> Description: attempts to unload the specified module.

> Returns: “No such module” if the module is not loaded, “” otherwise.

> Module: core

### loadhelp <helpfile-name>

> Description: attempts to load the specified help file from the help/ directory.

> Returns: nothing

> Module: core

### unloadhelp <helpfile-name>

> Description: attempts to unload the specified help file.

> Returns: nothing

> Module: core

### reloadhelp

> Description: reloads the bot’s help files.

> Returns: nothing

> Module: core

### restart

> Description: rehashes the bot, kills all timers, reloads all modules, and reconnects the bot to the next server in its list.

> Returns: nothing

> Module: core

### rehash

> Description: rehashes the bot

> Returns: nothing

> Module: core

### stripcodes <strip-flags> <string>

> Description: strips specified control characters from the string given. strip-flags can be any combination of the following:

> c | remove all color codes
> b | remove all boldface codes
> r | remove all reverse video codes
> u | remove all underline codes
> a | remove all ANSI codes
> g | remove all ctrl-g (bell) codes
> o | remove all ordinary codes (ctrl+o, terminates bold/color/..)
> i | remove all italics codes
> * | remove all of the above

> Returns: the stripped string.

> Module: core

### matchaddr <hostmask> <address>

> Description: checks if the address matches the hostmask given. The address should be in the form nick!user@host.

> Returns: 1 if the address matches the hostmask, 0 otherwise.

> Module: core

### matchcidr <block> <address> <prefix>

> Description: performs a cidr match on the specified ip addresses. IPv6 is supported, if enabled at compile time.

> Example: matchcidr 192.168.0.0 192.168.1.17 16

> Returns: 1 if the address matches the block prefix, 0 otherwise.

> Module: core

### matchstr <pattern> <string>

> Description: checks if pattern matches string. Only two wildcards are supported: ‘*’ and ‘?’. Matching is case-insensitive. This command is intended as a simplified alternative to Tcl’s string match.

> Returns: 1 if the pattern matches the string, 0 if it doesn’t.

> Module: core

### rfcequal <string1> <string2>

> Description: Checks if two strings are equal. Case is ignored, and this uses RFC1459 matching {}|~ == []^, depending on the rfc_compliant setting.

> Returns: 1 if equal, 0 if not.

> Module: core

### status [type]

> Description: provides eggdrop status information similar to the .status command in partyline. The available types of information are:

> cpu | total cpu time spent by eggdrop
> mem | dynamically allocated memory excluding the Tcl interpreter
> cache | user entries cache hits (in %)
> ipv6 | shows whether IPv6 support was compiled in

> Returns: the requested information type or all information if type isn’t specified. The format is a flat list of name-value pairs.

> Module: core

### istls <idx>

> Description: checks if a connection is encrypted or cleartext. This command is available on TLS-enabled bots only.

> Returns: 1 if the idx is a TLS connection, 0 if it’s plaintext.

> Module: core

### starttls <idx>

> Description: establishes a secure (using TLS) connection over idx. The TLS connection should be first negotiated over the plaintext link, or using other means. Both parties must switch to TLS simultaneously. This command is available on TLS-enabled bots only.

> Returns: nothing

> Module: core

### tlsstatus <idx>

> Description: provides information about an established TLS connection This includes certificate and cipher information as well as protocol version. This command is available on TLS-enabled bots only.

> Returns: a flat list of name-value pairs

> Module: core

## Global Variables

NOTE: All config file variables are also global.

### botnick

> Value: the current nickname the bot is using (for example: “Valis”, “Valis0”, etc.)

> Module: server

### botname

> Value: the current nick!user@host that the server sees (for example: “Valis!valis@crappy.com”)

> Module: server

### server

> Value: the current server’s real name (what server calls itself) and port bot is connected to (for example: “irc.math.ufl.edu:6667”) Note that this does not necessarily match the servers internet address.

> Module: server

### serveraddress

> Value: the current server’s internet address (hostname or IP) and port bot is connected to. This will correspond to the entry in server list (for example: “eu.undernet.org:6667”). Note that this does not necessarily match the name server calls itself.

> Module: server

### version

> Value: current bot version “1.1.2+pl1 1010201”; first item is the text version, to include a patch string if present, and second item is a numerical version

> Module: core

### numversion*

> Value: the current numeric bot version (for example: “1010201”). Numerical version is in the format of “MNNRRPP”, where:

> M | major release number
> NN | minor release number
> RR | sub-release number
> PP | patch level for that sub-release

> Module: core

### uptime

> Value: the unixtime value for when the bot was started

> Module: core

### server-online

> Value: the unixtime value for when the bot connected to its current server

> Module: server

### lastbind

> Value: the last command binding which was triggered. This allows you to identify which command triggered a Tcl proc.

> Module: core

### isjuped

> Value: 1 if bot’s nick is juped(437); 0 otherwise

> Module: server

### handlen

> Value: the value of the HANDLEN define in src/eggdrop.h

> Module: core

### config

> Value: the filename of the config file Eggdrop is currently using

> Module: core

### configureargs

> Value: a string (not list) of configure arguments in shell expansion (single quotes)

> Module: core

### language

> Value: a string containing the language with the highest priority for use by Eggdrop. This commonly reflects what is added with addlang in the config file

> Module: core

## Binds

You can use the ‘bind’ command to attach Tcl procedures to certain events. For example, you can write a Tcl procedure that gets called every time a user says “danger” on the channel.

Some bind types are marked as “stackable”. That means that you can bind multiple commands to the same trigger. Normally, for example, a bind such as ‘bind msg - stop msg:stop’ (which makes a msg-command “stop” call the Tcl proc “msg:stop”) will overwrite any previous binding you had for the msg command “stop”. With stackable bindings, like ‘msgm’ for example, you can bind the same command to multiple procs. When the bind is triggered, ALL of the Tcl procs that are bound to it will be called. Raw binds are triggered before builtin binds, as a builtin bind has the potential to modify args.

To remove a bind, use the ‘unbind’ command. For example, to remove the bind for the “stop” msg command, use ‘unbind msg - stop msg:stop’.

### Bind Types

The following is a list of bind types and how they work. Below each bind type is the format of the bind command, the list of arguments sent to the Tcl proc, and an explanation.

1. MSG

> bind msg <flags> <command> <proc>

> procname <nick> <user@host> <handle> <text>

> Description: used for /msg commands. The first word of the user’s msg is the command, and everything else becomes the text argument.

> Module: server

2. DCC

> bind dcc <flags> <command> <proc>

> procname <handle> <idx> <text>

> Description: used for partyline commands; the command is the first word and everything else becomes the text argument. The idx is valid until the user disconnects. After that, it may be reused, so be careful about storing an idx for long periods of time.

> Module: core

3. FIL

> bind fil <flags> <command> <proc>

> procname <handle> <idx> <text>

> Description: the same as DCC, except this is triggered if the user is in the file area instead of the party line

> Module: filesys

4. PUB

> bind pub <flags> <command> <proc>

> procname <nick> <user@host> <handle> <channel> <text>

> Description: used for commands given on a channel. The first word becomes the command and everything else is the text argument.

> Module: irc

5. MSGM (stackable)

> bind msgm <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <text>

> Description: matches the entire line of text from a /msg with the mask. This is useful for binding Tcl procs to words or phrases spoken anywhere within a line of text. If the proc returns 1, Eggdrop will not log the message that triggered this bind. MSGM binds are processed before MSG binds. If the exclusive-binds setting is enabled, MSG binds will not be triggered by text that a MSGM bind has already handled.

> Module: server

6. PUBM (stackable)

> bind pubm <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <channel> <text>

> Description: just like MSGM, except it’s triggered by things said on a channel instead of things /msg’d to the bot. The mask is matched against the channel name followed by the text and can contain wildcards. If the proc returns 1, Eggdrop will not log the message that triggered this bind. PUBM binds are processed before PUB binds. If the exclusive-binds setting is enabled, PUB binds will not be triggered by text that a PUBM bind has already handled.

> Examples:
>   bind pubm * “#eggdrop Hello*” myProc
>     Listens on #eggdrop for any line that begins with “Hello”
>   bind pubm * “% Hello*” myProc
>     Listens on any channel for any line that begins with “Hello”
>   bind pubm * “% !command” myProc
>     Listens on any channel for a line that ONLY contains “!command”

> Module: irc

7. NOTC (stackable)

> bind notc <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <text> <dest>

> Description: dest will be a nickname (the bot’s nickname, obviously) or a channel name. mask is matched against the entire text of the notice and can contain wildcards. It is considered a breach of protocol to respond to a /notice on IRC, so this is intended for internal use (logging, etc.) only. Note that server notices do not trigger the NOTC bind. If the proc returns 1, Eggdrop will not log the message that triggered this bind.

> New Tcl procs should be declared as:

>     proc notcproc {nick uhost hand text {dest ""}} {
>       global botnick; if {$dest == ""} {set dest $botnick}
>       ...
>     }

> for compatibility.

> Module: server

8. JOIN (stackable)

> bind join <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <channel>

> Description: triggered by someone joining the channel. The mask in the bind is matched against “#channel nick!user@host” and can contain wildcards.

> Module: irc

9. PART (stackable)

> bind part <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <channel> <msg>

> Description: triggered by someone leaving the channel. The mask is matched against “#channel nick!user@host” and can contain wildcards. If no part message is specified, msg will be set to “”.

> New Tcl procs should be declared as:

>     proc partproc {nick uhost hand chan {msg ""}} { ... }

> for compatibility.

> Module: irc

10. SIGN (stackable)

> bind sign <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <channel> <reason>

> Description: triggered by a signoff, or possibly by someone who got netsplit and never returned. The signoff message is the last argument to the proc. Wildcards can be used in the mask, which is matched against ‘#channel nick!user@host’. If a “*” is used for the channel in the mask, this bind is triggered once for every channel that the user is in the bot with; in other words if the bot is in two channels with the target user, the bind will be triggered twice. To trigger a proc only once per signoff, regardless of the number of channels the Eggdrop and user share, use the RAWT bind with SIGN as the keyword.

> Module: irc

11. TOPC (stackable)

> bind topc <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <channel> <topic>

> Description: triggered by a topic change. mask can contain wildcards and is matched against ‘#channel <new topic>’.

> Module: irc

12. KICK (stackable)

> bind kick <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <channel> <target> <reason>

> Description: triggered when someone is kicked off the channel. The mask is matched against ‘#channel target reason’ where the target is the nickname of the person who got kicked (can contain wildcards). The proc is called with the nick, user@host, and handle of the kicker, plus the channel, the nickname of the person who was kicked, and the reason.

> Module: irc

13. NICK (stackable)

> bind nick <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <channel> <newnick>

> Description: triggered when someone changes nicknames. The mask is matched against ‘#channel newnick’ and can contain wildcards. Channel is “*” if the user isn’t on a channel (usually the bot not yet in a channel). If a “*” is used for the channel in the mask, this bind is triggered once for every channel that the user is in the bot with; in other words if the bot is in two channels with the target user, the bind will be triggered twice. To trigger a proc only once per nick change, regardless of the number of channels the Eggdrop and user share, use the RAWT bind with NICK as the keyword.

> Module: irc

14. MODE (stackable)

> bind mode <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <channel> <mode-change> <target>

> Description: mode changes are broken down into their component parts before being sent here, so the <mode-change> will always be a single mode, such as “+m” or “-o”. target will show the argument of the mode change (for o/v/b/e/I) or “” if the set mode does not take an argument. The bot’s automatic response to a mode change will happen AFTER all matching Tcl procs are called. The mask will be matched against ‘#channel +/-modes’ and can contain wildcards.

> If it is a server mode, nick will be “”, user@host is the server name, and handle is *.

> Note that “target” was added in 1.3.17 and that this will break Tcl scripts that were written for pre-1.3.17 Eggdrop that use the mode binding. Also, due to a typo, mode binds were broken completely in 1.3.17 but were fixed in 1.3.18. Mode bindings are not triggered at all in 1.3.17.

> One easy example (from guppy) of how to support the “target” parameter in 1.3.18 and later and still remain compatible with older Eggdrop versions is:

> Old script looks as follows:

>     bind mode - * mode_proc
>     proc mode_proc {nick uhost hand chan mode} { ... }

> To make it work with 1.3.18+ and stay compatible with older bots, do:

>     bind mode - * mode_proc_fix
>     proc mode_proc_fix {nick uhost hand chan mode {target ""}} {
>       if {$target != ""} {append mode " $target"}
>       mode_proc $nick $uhost $hand $chan $mode
>     }
>     proc mode_proc {nick uhost hand chan mode} { ... }

> Module: irc

15. CTCP (stackable)

> bind ctcp <flags> <keyword> <proc>

> procname <nick> <user@host> <handle> <dest> <keyword> <text>

> Description: dest will be a nickname (the bot’s nickname, obviously) or channel name. keyword is the ctcp command (which can contain wildcards), and text may be empty. If the proc returns 0, the bot will attempt its own processing of the ctcp command.

> Module: server

16. CTCR (stackable)

> bind ctcr <flags> <keyword> <proc>

> procname <nick> <user@host> <handle> <dest> <keyword> <text>

> Description: just like ctcp, but this is triggered for a ctcp-reply (ctcp embedded in a notice instead of a privmsg)

> Module: server

17. RAW (stackable)

> bind raw <flags> <keyword> <proc>

> procname <from> <keyword> <text>

> IMPORTANT: While not necessarily deprecated, this bind has been supplanted by the RAWT bind as of 1.9.0. You probably want to be using RAWT, not RAW.

> Description: previous versions of Eggdrop required a special compile option to enable this binding, but it’s now standard. The keyword is either a numeric, like “368”, or a keyword, such as “PRIVMSG”. “from” will be the server name or the source user (depending on the keyword); flags are ignored. The order of the arguments is identical to the order that the IRC server sends to the bot. The pre-processing only splits it apart enough to determine the keyword. If the proc returns 1, Eggdrop will not process the line any further (this could cause unexpected behavior in some cases), although RAWT binds are processed before RAW binds (and thus, a RAW bind cannot block a RAWT bind). The RAW bind does not support the IRCv3 message-tags capability, please see RAWT for more information.

> Module: server

18. BOT

> bind bot <flags> <command> <proc>

> procname <from-bot> <command> <text>

> Description: triggered by a message coming from another bot in the botnet. The first word is the command and the rest becomes the text argument; flags are ignored.

> Module: core

19. CHON (stackable)

> bind chon <flags> <mask> <proc>

> procname <handle> <idx>

> Description: when someone first enters the party-line area of the bot via dcc chat or telnet, this is triggered before they are connected to a chat channel (so, yes, you can change the channel in a ‘chon’ proc). mask is matched against the handle and supports wildcards. This is NOT triggered when someone returns from the file area, etc.

> Module: core

20. CHOF (stackable)

> bind chof <flags> <mask> <proc>

> procname <handle> <idx>

> Description: triggered when someone leaves the party line to disconnect from the bot. mask is matched against the handle and can contain wildcards. Note that the connection may have already been dropped by the user, so don’t send output to the idx.

> Module: core

21. SENT (stackable)

> bind sent <flags> <mask> <proc>

> procname <handle> <nick> <path/to/file>

> Description: after a user has successfully downloaded a file from the bot, this binding is triggered. mask is matched against the handle of the user that initiated the transfer and supports wildcards. nick is the actual recipient (on IRC) of the file. The path is relative to the dcc directory (unless the file transfer was started by a script call to ‘dccsend’, in which case the path is the exact path given in the call to ‘dccsend’).

> Module: transfer

22. RCVD (stackable)

> bind rcvd <flags> <mask> <proc>

> procname <handle> <nick> <path/to/file>

> Description: triggered after a user uploads a file successfully. mask is matched against the user’s handle. nick is the IRC nickname that the file transfer originated from. The path is where the file ended up, relative to the dcc directory (usually this is your incoming dir).

> Module: transfer

23. CHAT (stackable)

> bind chat <flags> <mask> <proc>

> procname <handle> <channel#> <text>

> Description: when a user says something on the botnet, it invokes this binding. Flags are ignored; handle could be a user on this bot (“DronePup”) or on another bot (“Eden@Wilde”) and therefore you can’t rely on a local user record. The mask is checked against the entire line of text and supports wildcards.

> NOTE: If a BOT says something on the botnet, the BCST bind is invoked instead.

> Module: core

24. LINK (stackable)

> bind link <flags> <mask> <proc>

> procname <botname> <via>

> Description: triggered when a bot links into the botnet. botname is the botnetnick of the bot that just linked in; via is the bot it linked through. The mask is checked against the botnetnick of the bot that linked and supports wildcards. flags are ignored.

> Module: core

25. DISC (stackable)

> bind disc <flags> <mask> <proc>

> procname <botname>

> Description: triggered when a bot disconnects from the botnet for whatever reason. Just like the link bind, flags are ignored; mask is matched against the botnetnick of the bot that unlinked. Wildcards are supported in mask.

> Module: core

26. SPLT (stackable)

> bind splt <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <channel>

> Description: triggered when someone gets netsplit on the channel. Be aware that this may be a false alarm (it’s easy to fake a netsplit signoff message on some networks); mask may contain wildcards and is matched against ‘#channel nick!user@host’. Anyone who is SPLT will trigger a REJN or SIGN within the next wait-split (defined in the config file) seconds.

> Module: irc

27. REJN (stackable)

> bind rejn <flags> <mask> <proc>

> procname <nick> <user@host> <handle> <channel>

> Description: someone who was split has rejoined. mask can contain wildcards, and is matched against ‘#channel nick!user@host’.

> Module: irc

28. FILT (stackable)

> bind filt <flags> <mask> <proc>

> procname <idx> <text>

> Description: party line and file system users have their text sent through filt before being processed. If the proc returns a blank string, the text is considered parsed. Otherwise, the bot will use the text returned from the proc and continue parsing that

> Module: core

29. NEED (stackable)

> bind need <flags> <mask> <proc>

> procname <channel> <type>

> Description: this bind is triggered on certain events, like when the bot needs operator status or the key for a channel. The types are: op, unban, invite, limit, and key; the mask is matched against ‘#channel type’ and can contain wildcards. flags are ignored.

> Example:

>     bind need - "% op" needop < handles only need op
>     bind need - "*" needall   < handles all needs

> Module: irc

30. FLUD (stackable)

> bind flud <flags> <type> <proc>

> procname <nick> <user@host> <handle> <type> <channel>

> Description: any floods detected through the flood control settings (like ‘flood-ctcp’) are sent here before processing. If the proc returns 1, no further action is taken on the flood; if the proc returns 0, the bot will do its normal “punishment” for the flood. The flood types are: pub, msg, join, or ctcp (and can be masked to “*” for the bind); flags are ignored.

> Module: server

31. NOTE (stackable)

> bind note <flags> <mask> <proc>

> procname <from> <to> <text>

> Description: incoming notes (either from the party line, someone on IRC, or someone on another bot on the botnet) are checked against these binds before being processed. The mask is matched against the receiving handle and supports wildcards. If the proc returns 1, Eggdrop will not process the note any further. Flags are ignored.

> Module: core

32. ACT (stackable)

> bind act <flags> <mask> <proc>

> procname <handle> <channel#> <action>

> Description: when someone does an action on the botnet, it invokes this binding. flags are ignored; the mask is matched against the text of the action and can support wildcards.

> Module: core

33. WALL (stackable)

> bind wall <flags> <mask> <proc>

> procname <from> <msg>

> Description: when the bot receives a wallops, it invokes this binding. flags are ignored; the mask is matched against the text of the wallops msg. Note that RFC shows the server name as a source of the message, whereas many IRCds send the nick!user@host of the actual sender, thus, Eggdrop will not parse it at all, but simply pass it to bind in its original form. If the proc returns 1, Eggdrop will not log the message that triggered this bind.

> Module: server

34. BCST (stackable)

> bind bcst <flags> <mask> <proc>

> procname <botname> <channel#> <text>

> Description: when a bot broadcasts something on the botnet (see ‘dccbroadcast’ above), it invokes this binding. flags are ignored; the mask is matched against the message text and can contain wildcards. ‘channel’ argument will always be ‘-1’ since broadcasts are not directed to any partyline channel.

> It is also invoked when a BOT (not a person, as with the CHAT bind) ‘says’ something on a channel. In this case, the ‘channel’ argument will be a valid channel, and not ‘-1’.

> Module: core

35. CHJN (stackable)

> bind chjn <flags> <mask> <proc>

> procname <botname> <handle> <channel#> <flag> <idx> <user@host>

> Description: when someone joins a botnet channel, it invokes this binding. The mask is matched against the channel and can contain wildcards. flag is one of: * (owner), + (master), @ (op), or % (botnet master). Flags are ignored.

> Module: core

36. CHPT (stackable)

> bind chpt <flags> <mask> <proc>

> procname <botname> <handle> <idx> <channel#>

> Description: when someone parts a botnet channel, it invokes this binding. The mask is matched against the channel and can contain wildcards. Flags are ignored.

> Module: core

37. TIME (stackable)

> bind time <flags> <mask> <proc>

> procname <minute 00-59> <hour 00-23> <day 01-31> <month 00-11> <year 0000-9999>

> Description: allows you to schedule procedure calls at certain times. mask matches 5 space separated integers of the form: “minute hour day month year”. The month var starts at 00 (Jan) and ends at 11 (Dec). Minute, hour, day, month have a zero padding so they are exactly two characters long; year is four characters. Flags are ignored.

> Module: core

38. AWAY (stackable)

> bind away <flags> <mask> <proc>

> procname <botname> <idx> <text>

> Description: triggers when a user goes away or comes back on the botnet. text is the reason that has been specified (text is “” when returning). mask is matched against the botnet-nick of the bot the user is connected to and supports wildcards. flags are ignored.

> Module: core

39. LOAD (stackable)

> bind load <flags> <mask> <proc>

> procname <module>

> Description: triggers when a module is loaded. mask is matched against the name of the loaded module and supports wildcards; flags are ignored.

> Module: core

40. UNLD (stackable)

> bind unld <flags> <mask> <proc>

> procname <module>

> Description: triggers when a module is unloaded. mask is matched against the name of the unloaded module and supports wildcards; flags are ignored.

> Module: core

41. NKCH (stackable)

> bind nkch <flags> <mask> <proc>

> procname <oldhandle> <newhandle>

> Description: triggered whenever a local user’s handle is changed (in the userfile). mask is matched against the user’s old handle and can contain wildcards; flags are ignored.

> Module: core

42. EVNT (stackable)

> bind evnt <flags> <type> <proc>

> procname <type>

> Description: triggered whenever one of these events happen. flags are ignored. Pre-defined events triggered by Eggdrop are:

>     sighup            - called on a kill -HUP <pid>
>     sigterm           - called on a kill -TERM <pid>
>     sigill            - called on a kill -ILL <pid>
>     sigquit           - called on a kill -QUIT <pid>
>     save              - called when the userfile is saved
>     rehash            - called just after a rehash
>     prerehash         - called just before a rehash
>     prerestart        - called just before a restart
>     logfile           - called when the logs are switched daily
>     loaded            - called when the bot is done loading
>     userfile-loaded   - called after userfile has been loaded
>     connect-server    - called just before we connect to an IRC server
>     preinit-server    - called immediately when we connect to the server
>     init-server       - called when we actually get on our IRC server
>     disconnect-server - called when we disconnect from our IRC server
>     fail-server       - called when an IRC server fails to respond

> Note that Tcl scripts can trigger arbitrary events, including ones that are not pre-defined or used by Eggdrop.

> Module: core

43. LOST (stackable)

> bind lost <flags> <mask> <proc>

> procname <handle> <nick> <path> <bytes-transferred> <length-of-file>

> Description: triggered when a DCC SEND transfer gets lost, such as when the connection is terminated before all data was successfully sent/received. This is typically caused by a user abort.

> Module: transfer

44. TOUT (stackable)

> bind tout <flags> <mask> <proc>

> procname <handle> <nick> <path> <bytes-transferred> <length-of-file>

> Description: triggered when a DCC SEND transfer times out. This may either happen because the dcc connection was not accepted or because the data transfer stalled for some reason.

> Module: transfer

45. OUT (stackable)

> bind out <flags> <mask> <proc>

> procname <queue> <message> <queued|sent>

> Description: triggered whenever output is sent to the server. Normally the event will occur twice for each line sent: once before entering a server queue and once after the message is actually sent. This allows for more flexible logging of server output and introduces the ability to cancel the message. Mask is matched against “queue status”, where status is either ‘queued’ or ‘sent’. Queues are: mode, server, help, noqueue. noqueue is only used by the putnow tcl command.

> Module: server

46. CRON (stackable)

> bind cron <flags> <mask> <proc>

> procname <minute 0-59> <hour 0-23> <day 1-31> <month 1-12> <weekday 0-6>

> Description: similar to bind TIME, but the mask is evaluated as a cron expression, e.g. “16/2 */2 5-15 7,8,9 4”. It can contain up to five fields: minute, hour, day, month, weekday; delimited by whitespace. Week days are represented as 0-6, where Sunday can be either 0 or 7. Symbolic names are not supported. The bind will be triggered if the mask matches all of the fields, except that if both day and weekday are not ‘*’, only one of them is required to match. If any number of fields are omitted at the end, the match will proceed as if they were ‘*’. All cron operators are supported. Please refer to the crontab manual for their meanings. Flags are ignored.

> Module: core

47. LOG (stackable)

> bind log <flags> <mask> <proc>

> procname <level> <channel> <message>

> Description: triggered whenever a message is sent to a log. The mask is matched against “channel text”. The level argument to the proc will contain the level(s) the message is sent to, or ‘*’ if the message is sent to all log levels at once. If the message wasn’t sent to a specific channel, channel will be set to ‘*’.

> Module: core

48. TLS (stackable)

> bind tls <flags> <mask> <proc>

> procname <idx>

> Description: triggered for tcp connections when a ssl handshake has completed and the connection is secured. The mask is matched against the idx of the connection.

> Module: core

49. DIE (stackable)

> bind die <flags> <mask> <proc>

> procname <shutdownreason>

> Description: triggered when eggdrop is about to die. The mask is matched against the shutdown reason. The bind won’t be triggered if the bot crashes or is being terminated by SIGKILL.

> Module: core

50. IRCAWAY (stackable)

> bind ircaway <flags> <mask> <proc>

> procname <nick> <user> <hand> <channel> <msg>

> Description: triggered when Eggdrop receives an AWAY message for a user from an IRC server, ONLY if the away-notify capability is enabled via CAP (the server must supports this capability, see the ‘cap’ Tcl command for more info on requesting capabilities). “Normal” away messages (301 messages) will not trigger this bind, for those you should instead use a RAWT bind. The mask for the bind is in the format “#channel nick!user@hostname” (* to catch all nicknames). nick is the nickname of the user that triggered the bind, user is the nick!user@host of the user, handle is the handle of the user on the bot (- if the user is not added to the bot), channel is the channel the user was found on (read on for more info on this) and msg is the contents of the away message, if any. If a “*” is used for the channel in the mask, this bind is triggered once for every channel that the user is in the bot with; in other words if the bot is in two channels with the target user, the bind will be triggered twice. To trigger a proc only once per nick change, regardless of the number of channels the Eggdrop and user share, use the RAWT bind with AWAY as the keyword.

> Module: irc

51. INVT (stackable)

> bind invt <flags> <mask> <proc>

> procname <nick> <user@host> <channel> <invitee>

> Description: triggered when eggdrop received an INVITE message. The mask for the bind is in the format “#channel nickname”, where nickname (not a hostmask) is that of the invitee. For the proc, nick is the nickname of the person sending the invite request, user@host is the user@host of the person sending the invite, channel is the channel the invitee is being invited to, and invitee is the target (nickname only) of the invite. The invitee argument was added to support the IRCv3 invite-notify capability, where the eggdrop may be able to see invite messages for other people that are not the eggdrop.

52. RAWT (stackable)

> bind rawt <flags> <keyword> <proc>

> procname <from> <keyword> <text> <tag>

> Description: similar to the RAW bind, but allows an extra field for the IRCv3 message-tags capability. The keyword is either a numeric, like “368”, or a keyword, such as “PRIVMSG” or “TAGMSG”. “from” will be the server name or the source user (depending on the keyword); flags are ignored. “tag” will be the contents, if any, of the entire tag message prefixed to the server message in a dict format, such as “msgid 890157217279768 aaa bbb”. The order of the arguments is identical to the order that the IRC server sends to the bot. If the proc returns 1, Eggdrop will not process the line any further, to include not being processed by a RAW bind (this could cause unexpected behavior in some cases). As of 1.9.0, it is recommended to use the RAWT bind instead of the RAW bind.

53. ACCOUNT (stackable)

> bind account <flags> <mask> <proc>

> procname <nick> <user> <hand> <chan> <account>

> Description: triggered when Eggdrop receives an ACCOUNT message. The mask for the bind is in the format “#channel nick!user@hostname.com account” where channel is the channel the user was found on when the bind was triggered, the hostmask is the user’s hostmask, and account is the account name the user is logging in to, or “” for logging out. The mask argument can accept wildcards. For the proc, nick is the nickname of the user logging into/out of an account, user is the user@host.com hostmask, hand is the handle of the user (or * if none), and account is the name of the account the user logged in to (or “” if the user logged out of an account).

54. ISUPPORT (stackable)

> bind isupport <flags> <mask> <proc>

> procname <key> <isset> <value>

> Description: triggered when the value of an isupport key changes. The mask is matched against the isupport key. If the value is not set, isset is 0 and the value is the empty string. Because the empty string is valid value, use isset to distinguish empty string values from a key being unset. The bind is called before the change is processed, so [isupport isset]/[isupport get] return the old value. A return value other than 0 makes Eggdrop ignore the change and revert to the old value. After a disconnect from the server, all isupport values are reset to default, but $::server will be empty, so that case can be caught and ignored.

> Module: server

55. MONITOR (stackable)

> bind monitor <flags> <nick> <proc>

> procname <nick> <online>

> Description: triggered when a server sends a MONITOR status change of a target either coming online or disconnecting (not all servers support MONITOR). flags are ignored, nick is the nickname of the intended MONITOR target and can be used with wildcards. For the proc, nick is the nickname connecting or disconnecting, and online is ‘0’ if the nickname disconnected, or ‘1’ if the nickname connected.

> Module: irc

### Return Values

Several bindings pay attention to the value you return from the proc(using ‘return <value>’). Usually, they expect a 0 or 1, and returning an empty return is interpreted as a 0. Be aware if you omit the return statement, the result of the last Tcl command executed will be returned by the proc. This will not likely produce the results you intended (this is a “feature” of Tcl).

Here’s a list of the bindings that use the return value from procs they trigger:

1. MSG Return 1 to make Eggdrop log the command as:

       (nick!user@host) !handle! command

2. DCC Return 1 to make Eggdrop log the command as:

       #handle# command

3. FIL Return 1 to make Eggdrop log the command as:

       #handle# files: command

4. PUB Return 1 to make Eggdrop log the command as:

       <<nick>> !handle! command

5. CTCP Return 1 to ask the bot not to process the CTCP command on its own. Otherwise, it would send its own response to the CTCP (possibly an error message if it doesn’t know how to deal with it).

6. FILT Return “” to indicate the text has been processed, and the bot should just ignore it. Otherwise, it will treat the text like any other.

7. FLUD Return 1 to ask the bot not to take action on the flood. Otherwise it will do its normal punishment.

8. RAW Return 1 to ask the bot not to process the server text. This can affect the bot’s performance by causing it to miss things that it would normally act on – you have been warned.

9. CHON Return 1 to ask the bot not to process the partyline join event.

10. CHOF Return 1 to ask the bot not to process the partyline part event.

11. WALL Return 1 to make Eggdrop not log the message that triggered this bind.

12. NOTE Return 1 to make Eggdrop not process the note any further. This includes stacked note bindings that would be processed after this one, as well as the built-in eggdrop note handling routines.

13. MSGM Return 1 to make Eggdrop not log the message that triggered this bind.

14. PUBM Return 1 to make Eggdrop not log the message that triggered this bind.

15. NOTC Return 1 to make Eggdrop not log the message that triggered this bind.

16. OUT Return 1 to make Eggdrop drop the message instead of sending it. Only meaningful for messages with status “queued”.

17. EVNT Return 1 to make Eggdrop not to take the default action for the event. Used for signal type events, ignored for others.

18. TLS Return 1 to disable verbose ssl information for the handshake.

19. RAWT Return 1 to ask the bot not to process the server text. This can affet the bot’s performance by causing it to miss things that it would normally act on – you have been warned. Again.

## Control Procedures

Using the ‘control’ command, you can put a DCC connection (or outgoing TCP connection) in control of a script. All text received from the connection is sent to the proc you specify. All outgoing text should be sent with ‘putdcc’.

The control procedure is called with these parameters:

    procname <idx> <input-text>

This allows you to use the same proc for several connections. The idx will stay the same until the connection is dropped. After that, it will probably get reused for a later connection.

To indicate that the connection has closed, your control procedure will be called with blank text (the input-text will be “”). This is the only time it will ever be called with “” as the text, and it is the last time your proc will be called for that connection. Don’t call killdcc on the idx when text is blank, it will always fail with “invalid idx”.

If you want to hand control of your connection back to Eggdrop, your proc should return 1. Otherwise, return 0 to retain control.

## TCP Connections

Eggdrop allows you to make two types of TCP (“telnet”) connections: outgoing and incoming. For an outgoing connection, you specify the remote host and port to connect to. For an incoming connection, you specify a port to listen on.

All of the connections are event driven. This means that the bot will trigger your procs when something happens on the connection, and your proc is expected to return as soon as possible. Waiting in a proc for more input is a no-no.

To initiate an outgoing connection, use:

    set idx [connect <hostname> <[+]port>]

For SSL connections, prefix the port with a plus sign.

$idx now contains a new DCC entry for the outgoing connection.

All connections use non-blocking (commonly called “asynchronous”, which is a misnomer) I/O. Without going into a big song and dance about asynchronous I/O, what this means to you is:

> - assume the connection succeeded immediately
> - if the connection failed, an EOF will arrive for that idx

The only time a ‘connect’ will return an error is if you give it a hostname that can’t be resolved (this is considered a “DNS error”). Otherwise, it will appear to have succeeded. If the connection failed, you will immediately get an EOF.

Right after doing a ‘connect’ call, you should set up a ‘control’ for the new idx (see the section above). From then on, the connection will act just like a normal DCC connection that has been put under the control of a script. If you ever return “1” from the control proc (indicating that you want control to return to Eggdrop), the bot will just close the connection and dispose of it. Other commands that work on normal DCC connections, like ‘killdcc’ and ‘putdcc’, will work on this idx, too. The ‘killdcc’ command will fail with “invalid idx” if you attempt to use it on a closed socket.

To create a listen port, use:

    listen <[+]port> script <proc>

By default, a listen port will allow both plaintext and SSL connections. To restrict a port to allow only SSL connections, prefix the port with a plus sign.

Procs should be declared as:

    <procname> <newidx>

For example:

    listen 6687 script listen:grab

    proc listen:grab {newidx} {
      control $newidx listen:control
    }

When a new connection arrives in port 6687, Eggdrop will create a new idx for the connection. That idx is sent to ‘listen:grab’. The proc immediately puts this idx under control. Once ‘listen:grab’ has been called, the idx behaves exactly like an outgoing connection would.

Secure connection can be also established after a connection is active. You can connect/listen normally and switch later using the ‘starttls’ command. Your script should first inform the other side of the connection that it wants to switch to SSL. How to do this is application specific.

The best way to learn how to use these commands is to find a script that uses them and follow it carefully. However, hopefully this has given you a good start.

## Match Characters

Many of the bindings allow match characters in the arguments. Here are the four special characters:

? | matches any single character
* | matches 0 or more characters of any type
% | matches 0 or more non-space characters (can be used to match a single word) (This character only works in binds, not in regular matching)
~ | matches 1 or more space characters (can be used for whitespace between words) (This char only works in binds, not in regular matching)

> Copyright (C) 1999 - 2022 Eggheads Development Team