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## 4. Setting up the config files

I recommend you start by installing the attached known-good config. files included in the document.

## 4.1 Installing config. files

Put these file in their "standard" location: `/etc/uucp` on recent linux distributions or `/usr/lib/uucp` on older ones.

Then make sure that the `permissions` of the files are

> `

>     (guylhem@barberouge:uucp)$ ls -l
>     total 11
>     -rw-r--r--   1 uucp     uucp          501 Jan 23 11:33 Poll
>     -rw-r-----   1 uucp     uucp          589 Jan 23 11:34 call
>     -rw-r-----   1 uucp     uucp         1184 Jan 23 12:06 config
>     -rw-r-----   1 uucp     uucp          476 Jan 23 12:31 crontab
>     -rw-r-----   1 uucp     uucp         1256 Jan 23 11:47 dial
>     -rw-r-----   1 uucp     uucp          486 Jan 23 11:48 passwd
>     -rw-r-----   1 uucp     uucp          810 Jan 23 11:55 port
>     -rw-r--r--   1 uucp     uucp         1690 Jan 23 12:04 sys
>     (guylhem@barberouge:uucp)$

> `

To change file owner, as root, type:

> `

>     (root@barberouge:uucp)$ chown uucp.uucp *

> `

Then you must change file permissions; as root once again, type:

> `

>     (root@barberouge:uucp)# chmod 640 *
>     (root@barberouge:uucp)# chmod +r Poll sys

> `

## 4.2 "Poll" file

This file is used to set polling timetables for any system.

> `

>     schedule polux 01
>     poll     polux 01

> `

My machine calls polux at 01:00, that's all!

You can add more line if you must call many other machines, but don't forget to put the 2 lines (schedule & poll) for each.

## 4.3 "call" file

It contains your login/password for each system you poll:

> `

>     polux uudan password

> `

My machine uses "uudan" login & "password" password :-) when it polls "polux".

As for Poll, adapt this to your situation.

## 4.4 "config" file

> `

>     nodename barberouge                     # The UUCP name of this system

>     spool /var/spool/uucp                   # The UUCP spool directory
>     pubdir /var/spool/uucppublic            # The UUCP public directory
>     logfile /var/log/uucp/log               # The UUCP log file
>     statfile /var/log/uucp/stats            # The UUCP statistics file
>     debugfile /var/log/uucp/debug           # The UUCP debugging file

>     #sysfile        /etc/uucp/sys           # Default "sys"
>     #portfile       /etc/uucp/port          # Default "port"
>     #dialfile       /etc/uucp/dial          # Default "dial"
>     #dialcodefile   /etc/uucp/dialcode      # Default "dialcode"
>     #callfile       /etc/uucp/call          # Default "call"
>     #passwdfile     /etc/uucp/passwd        # Default "passwd"

>     # No commands may be executed by unknowns (empty list of permitted commands)
>     # Upload is authorized in /var/spool/uucp
>     unknown commands
>     unknown pubdir /var/spool/uucp
>     unknown remote-send ~ !~/upload
>     unknown remote-receive ~/upload

> `

Here just replace "barberouge" by your system name ; run "hostname" if you can't remind it.

## 4.5 "crontab" file

> `

>     # Every day just before morning generate reports.
>     #
>     0 7 * * *     /usr/lib/uucp/uudemon.day root
>     #
>     # Every hour start the uudemon.hr. To actually poll a remote system,
>     # enter its name in /etc/uucp/Poll. You are encouraged to change the "8".
>     #
>     8 * * * *      /usr/lib/uucp/uudemon.hr

> `

Just run "crontab -u uucp /etc/uucp/crontab" to add it to the others crontabs.

## 4.6 "dial" file

> `

>     # 1) expect nothing (i.e., continue with step 2)
>     # 2) send "ATZ", then a carriage return, then sleep for 1 to 2 seconds.
>     # The \c means to not send a final carriage return.
>     # 3) wait until the modem echoes "OK", then do the the same for "ATX4" & "OK"
>     # 4) send "ATDT", then the telephone number (after translating any dialcodes).
>     # 5) wait until the modem echoes "CONNECT"
>     # 6) if we get "BUSY", "NO CARRIER" ... during the chat script we abort dialing
>     # 7) when the call is over, we make sure we hangup the modem

>     dialer hayes
>     chat "" ATZ\r\d\c OK\r \dATX4\r\d\c OK\r ATDT\D CONNECT
>     chat-fail RING
>     chat-fail NO\sCARRIER
>     chat-fail ERROR
>     chat-fail NO\sDIALTONE
>     chat-fail BUSY
>     chat-fail NO\sANSWER
>     chat-fail VOICE
>     complete \d\d+++\d\dATH\r\c
>     abort \d\d+++\d\dATH\r\c

>     # You can also add other dialers: inetd, nullmodem ...
>     #dialer nullmodem
>     #complete \d\dexit\r\c
>     #abort \d\dexit\r\c

> `

Syntax is complicated ... you'd rather not touch anything here but "ATZ" & "ATX4" which are my modem init string.

## 4.7 "passwd" file

> `

>     #uuguest                guestpassword

> `

If you allow uucp dialin, just add system/passwords in this file.

It's *that* simple.

But it's recommended for security reasons to make sure each have a separate account & home directory so you can track things.

## 4.8 "port" file

> `

>     # Description for the modem entry
>     # Debianers, make SURE this device is root:dialout, mode 0660 (crw-rw---)

>     port ACU
>     type modem
>     device /dev/ttyS0
>     dialer hayes
>     speed 57600
>     # hardflow n

>     # Description for the TCP port - pretty trivial. DON'T DELETE.
>     # Change service number if non standard, cf /etc/services

>     port TCP
>     type tcp
>     #service 540

>     # Description for the nullmodem entry
>     # (ttyS1 means COM2)

>     port nullmodem
>     type direct
>     device /dev/ttyS1
>     dialer nullmodem
>     speed 115200

> `

You shouldn't change anything here ... except your modem port.

On recent distributions with mgetty, it's `/dev/ttySN` while on older distributions it's `/dev/cuaN`, where N is you serial port:

N starts at 0 & ttyS(N) means COM(N+1), for example, my null-modem is on ttyS1 (COM2) while my modem is on ttyS0 (COM1).

Most of recent modems support hardware flow control, if your doesn't, just uncomment the line "# hardflow n".

## 4.9 "sys" file

> `

>     # First some defaults. These are for ALL other entries (unless overridden).
>     #
>     protocol gvG
>     protocol-parameter G packet-size 1024
>     # protocol-parameter G window 7
>     protocol-parameter G short-packets

>     #
>     # Our remote uucp connection.
>     #
>     system polux
>     call-login *
>     call-password *
>     local-send /
>     local-receive /var/spool/uucppublic
>     remote-send /
>     remote-receive /var/spool/uucppublic
>     time any
>     phone 0111111110
>     port ACU
>     chat "" \r\c ogin:-BREAK-ogin:-BREAK- \L word: \P
>     #chat "" \d\d\r\c ogin: \d\L word: \P

>     # This is an alternate - it means that if a connection using the above
>     # "system polux" fails it falls through to this entry.
>     # Only useful if your service provider has more then one phone number for UUCP.
>     #
>     #alternate polux-2
>     #alias polux-2
>     #phone 0222222220

>     # Here's another alternate - we poll the system over TCP/IP.
>     # This is useful if we have a PPP connection to our provider.
>     # The first two entries will fail because the modem is busy & we will poll
>     # over TCP/IP.
>     #
>     #alternate polux-tcp
>     #alias polux-tcp
>     #time any
>     #address uucp.polux
>     #port TCP
>     #protocol t

>     #
>     # Last example - a system that we poll over TCP/IP.
>     #
>     #system horizon
>     #call-login *
>     #call-password *
>     #time any
>     #chat "" \d\d\r\c ogin: \d\L word: \P
>     #address uucp.horizon.nl
>     #port TCP
>     #protocol t

> `

Here, you must change "polux" by the name of the system you poll & "0111111110" by its phone number.

"polux-2", "polux-tcp" & "horizon" are just examples of user specific needs ; if the system you poll has more than one line, define it as "itsname-2" ; if you call it by PPP sometimes, just define "itsname-tcp" also.

It's useful when chat script fail (busy ...)

## 4.10 Now let's test all this

First run:

> `

>     (root@barberouge:uucp)# su uucp
>     (uucp@barberouge:uucp)# /usr/lib/uucp/uuchk
>     Local node name barberouge
>     Spool directory /var/spool/uucp
>     Public directory /var/spool/uucppublic
>     Lock directory /var/lock
>     Log file /var/log/uucp/log
>     Statistics file /var/log/uucp/stats
>     Debug file /var/log/uucp/debug
>     Global debugging level
>     uucico -l will strip login names and passwords
>     uucico will strip UUCP protocol commands
>     Start uuxqt once per uucico invocation

>     System: polux
>      When called using any login name
>      Call out using port ACU
>      The possible ports are:
>       Port name ACU
>        Port type modem
>        Device /dev/ttyS0
>        Speed 57600
>        Carrier available
>        Hardware flow control available
>        Dialer hayes
>         Chat script "" ATZ\r\d\c OK\r \dATX4\r\d\c OK\r ATDT\D CONNECT
>         Chat script timeout 60
>         Chat failure strings RING NO\sCARRIER ERROR NO\sDIALTONE BUSY NO\sANSWER VOICE
>         Chat script incoming bytes stripped to seven bits
>         Wait for dialtone ,
>         Pause while dialing ,
>         Carrier available
>         Wait 60 seconds for carrier
>         When complete chat script "" \d\d+++\d\dATH\r\c
>         When complete chat script timeout 60
>         When complete chat script incoming bytes stripped to seven bits
>         When aborting chat script "" \d\d+++\d\dATH\r\c
>         When aborting chat script timeout 60
>         When aborting chat script incoming bytes stripped to seven bits
>      Phone number 0111111110
>      Chat script "" \r\c ogin:-BREAK-ogin:-BREAK- \L word: \P
>      Chat script timeout 10
>      Chat script incoming bytes stripped to seven bits
>      Login name uudan
>      Password your_password_here
>      At any time may call if any work
>      May retry the call up to 26 times
>      May make local requests when calling
>      May make local requests when called
>      May send by local request: /
>      May send by remote request: /
>      May accept by local request: /var/spool/uucppublic
>      May receive by remote request: /var/spool/uucppublic
>      May execute /usr/bin/uucp /usr/bin/rmail /usr/bin/rnews
>      Execution path /bin /usr/bin /usr/local/bin /usr/sbin
>      Will leave 50000 bytes available
>      Public directory is /var/spool/uucppublic
>      Will use protocols gvG
>      For protocol G will use the following parameters
>       packet-size 1024
>       short-packets

> `

to check if all the informations you've set are correct.

Warning: your mileage may vary ; different distributions use different paths, regardless Linux FSSTD!

If everything is correct, run:

> `

>             /usr/sbin/uucico -r 1 -x 9 -s remote_system_name

> `

The `-x 9` will have maximum debugging information written to the `/var/log/uucp/debug` file for help in initial setup.

I normally run `-x 4` here since that level logs details that help me with login problems. Obviously, this text contains clear informations from your systems file (account/password) so protect it against world-read.

## 4.11 Additional informations

>From Pierre.Beyssac at emeraude.syseca.fr

Taylor has more logging levels. Use -x all to get the highest level possible.

Also, do a `"tail -f /var/log/uucp/debug"` while debugging to watch things happen on the fly.

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