Free jscape telnet software for linux

Teamspeak::Telnet is a Telnet-Interface to administrate Teamspeak-Voice-Server.

COMMAND OVERVIEW

banadd : add ip ban
banclear : clear banlist
bandel : del ip ban
banlist : show banlist
banplayer : bans a player
checkserverok : checks if server hangs
ci : display channel info
cl : channellist
dbci : display db channel info
dbfp : db find player
dbpi : display db infos about a player
dbserverlist : list all servers from db
dbsuseradd : adds a superadmin to server
dbsuserchangepw : changes password of a superadmin
dbsuserdel : deletes a superadmin from server
dbsuserlist : display superadmin serverlist
dbuseradd : adds a user to server
dbuserchangeattribs : changes rights of a user
dbuserchangepw : changes password of a user
dbuserdel : deletes a user from server
dbuserid : display dbid from loginname
dbuserlist : display server user list
dccl : channel client list
fc : finds a channel
fp : finds a player
gapl : get average packet loss
gi : global information
globalset : set a global variable
help : this helpfile
kick : kick player
ki : kick idlers
lc : list all open tcpquery connections
logfind : search serverlog
login : login to server
logmark : add a line to serverlog
log : show serverlog
mptc : move player to channel
msgall : message to all servers
msg : message to server
msgu : message to user
pi : display infos about a player
pl : playerlist
quit : close connection
rehash : reload server settings
removeclient : remove client
sel : select
serveradd : adds a server
serverdel : deletes a server
serverset : set a server variable
serverstart : start server
serverstop : stop server
si : server information
slogin : superlogin to server
sl : serverlist
sppriv : set user privilege
ver : version

globalset < attribute > < value >
set global attributes
globalset will change the < attribute > of the teamspeak instance and set it to < value >.

These are the currently available attributes and their values:

attribute value
hoster_gfx_url text

Note: This is a URL to a image to be displayed to connected clients, changes to it will only be visible to clients connecting after you changed it - and the changes will not be
saved to the server.ini, meaning will not be permanent over a server restart.

allowedclientnamechars text

Note: This restricts what characters you will allow in nicknames. Users with disallowed characters will get a message when they connect.

disallowedclientnamechars text

Note: This is the little brother of allowedclientnamechars - characters you set here will not be allowed in nicknames, clients will be informed what characters they are using that are not allowed on this server. The default setting for this will be "()[]{}" to prevent flag faking.

IRC->Telnet project is a IRC to telnet bridge.

IRC->Telnet is a bridge which allows you to use IRC clients to access telnet-based online games like MUSHes, MUDs, and MOOs.

Quick installation guide

- install Twisted
- Add to your PYTHONPATH
- run "mktap irctelnet -p -h -t "
- run "twistd -f irctelnet.tap"
- run your IRC client when the host is the host running twistd, and the port is the "local port" above.

This is a plugin that makes it possible for you to use your favourite IRC client to connect to MUSH/MUD/MOOs.

Well, after its installed and running you connect with an IRC client. Then you join some channel (doesnt matter which). The server will connect to the remote telnet-based site, and relay.

Anything you say (that is, none-CTCP PRIVMSGs) is just relayed to the remote site. Emote PRIVMSGs are sent as : , which is usually the emote command in M[UO]*s

The KTA is a complete telnet and SSH application designed for use by both end-users and developers. For end-users it provides a cross-platform vt320-compatible terminal written in Java.

For developers it provides an extensible plugin API that can be used to implement automated telnet and SSH solutions in a client/server environment.

Pexpect is a Python Expect-like module. Pexpect project spawns child applications, controls them, and responds to expected patterns in their output. It can be used for automating interactive applications such as ssh, ftp, passwd, telnet, etc.

It can be used to automate setup scripts for duplicating software package installations on different servers. It can be used for automated software testing. It should work on any platform that supports the standard Python pty module.

Its interface was designed to be easy-to-use, so performing simple tasks is easy. It includes an ANSI/VT100 terminal screen scraping module.

Perl MUD Client project is a text-based MUD client supporting SSL, ANSI, telnet negotations, and MCP.

PMC is a text based mudclient written in Perl 5. It utilizes GNU readline, supports SSL, local editing support through MCP (MudClientProtocol), full telnet negotiation support and of course ANSI support if your terminal supports it.

Unlike other mudclients with input line editors/history, it also supports the telnet character mode, which enables it to use e.g. fullscreen applications within a mud (like the xeditor found on some LP Muds).

Apache::TestTieBucketBrigade is a Perl module to test Apache::TieBucketBrigade, takes a bunch of stuff and then writes it back upcased.

It tests stuff. I suppose you could use it as an example of building things with Apache::TieBucketBrigade. This would be cooler if I actually new how to test mod_perl protocol handlers. For now, put something like the following in httpd.conf

Listen localhost:8013

< VirtualHost localhost:8013 >
PerlModule Apache::TestTieBucketBrigade
PerlProcessConnectionHandler Apache::TestTieBucketBrigade
< /VirtualHost >

restart apache and hope for the best. Telnet to locahost:8013 type some stuff in and see if it comes back upcased.

Jimsim Network Simulator project can emulate several routers connected via virutal networks. You can connect to the routers with your own favorite telnet program.
Connecting to the Virtual Routers
Use your favorite telnet program to connect to each of the virtual routers. For example:
For router 1 type:
C:>telnet localhost 10000
For router 2 type:
C:>telnet localhost 10001
For router 3 type:
C:>telnet localhost 10002
Network Layout
Currently the network is configured like this:
access-list [1-99] [permit/deny] [ ip wildcard-mask | host a.b.c.d | any ]
ip acccess-list [standard] [name]
ip access-group
show access-list
show ip interface
show ip interface brief
debug interface
encapsulation [hdlc,ppp] (serial interfaces only)
bandwidth
clock rate (serial interfaces)
interface loopback0
User commands:
?
enable
exit
ping ip
show cdp
show cdp neigh
show cdp neigh detail
show interface
show interface e0,eth0,etc
show ip route
show version
Enable commands:
clear counters
clear counters interface
config terminal
copy running startup
copy startup running
debug all
debug ip routing
debug ip eigrp
debug cdp
disable
exit
reload
show run
show startup
show ip eigrp neighbors
show ip eigrp topology
traceroute ip
undebug all
undebug ip routing
undebug ip eigrp
undebug cdp
Config commands:
cdp run
enable password password
end
hostname
banner motd delimiter
banner exec delimiter
banner login delimiter
ip route network netmask dest
interface e0,eth0,etc
bandwidth value
ip address addr netmask
description
cdp enable
shutdown
line con0, console0, console 0
login
login local
password passwd
router eigrp number
network a.b.c.d
service password-encryption
user username password password
Version restrictions:
- The EIGRP support is very basic. Just the network command for now. (Neighbors dont expire.) You can disable EIGRP with "no router eigrp process_id"
- The routing table isnt 100% correct. It doesnt summarize subnets. Nor does it understand multiple routes to the same destination. This will be fixed in the next version.
- Traceroute seems to count extra hops. Its counting each remote interface on a router as a hop. So, when you traceroute from router1 to router3, it counts router2 twice (once for 192.168.1.2 and 10.1.1.1)

Infon Battle Arena is a networked multiplayer real-time programming game featuring little creatures fighting for food. You upload your Creature Code (written in Lua) to a game server using a telnet Interface.

The game server then runs your code. The graphical client can be used to watch running games or replay recorded games.