Provided by: ax25-apps_0.0.6-16.2_amd64 bug

NAME

       axcall - make an AX.25, NET/ROM or Rose connection.

SYNOPSIS

       For AX.25
       axcall  [-b  l|e]  [-d] [-h] [-m s|e] [-p paclen] [-r] [-t] [-v] [-w window] port callsign
       [[via] digipeaters.....]

       For NET/ROM
       axcall [-d] [-h] [-p paclen] [-r] [-t] [-v] port callsign

       For Rose
       axcall [-d] [-h] [-r] [-t] [-v] port callsign address [[via] digipeater]

DESCRIPTION

       Axcall is the general purpose AX.25, NET/ROM and Rose connection program. As is normal  in
       AX.25  it  runs  entirely  in  line mode. All CR/LF translation is done transparently. The
       program provides ASCII, YAPP, YAPP-C and 7+ file transfer facilities. Some of the  options
       are  only  valid  in  AX.25 mode, the program will quietly ignore them if given in NET/ROM
       mode or in Rose mode.

       This version of axcall incorporates  many  changes  that  include  a  much  improved  user
       interface.  The  port  name  is mandatory and is the name of the port which the connection
       will be made on. The port name may be either an AX.25, a NET/ROM  port  or  a  Rose  port,
       axcall will determine which automatically.

       When  using  NET/ROM  the  use of digipeaters is meaningless and is not supported. However
       when using Rose up to one digipeater may be specified, as well as the Rose address of  the
       distant  node  and the callsign of the remote station. The Rose address must be ten digits
       long and it must exist in the Rose node tables. For Rose connects  to  work  axparms  must
       have been used to set a callsign/uid mapping for the userid in use.

OPTIONS

       -b l|e    Sets  the  method of backoff to use with AX.25 connections. The default is taken
                 from the port specification, but can be overridden by this option.  Valid values
                 are l for linear backoff, and e for exponential backoff.

       -d        Turn on socket level debugging.

       -h        Selects Slave mode.

       -m s|e    Sets  the  AX.25  mode to use. The default is taken from the port specification,
                 but can be overridden by this option. Valid values are s for normal (modulus  8)
                 AX.25 operation, or e for extended (modulus 128) AX.25 operation.

       -p paclen Specify a specific maximum amount of data to be sent in each AX.25 packet.

       -r        Selects Raw mode.

       -t        Selects Talk mode.

       -v        Display the version.

       -w window Specify a specific AX.25 window for this connection. Only valid in AX.25 mode.

       The  axcall  program  interprets  lines beginning with a '~' specially.  The following '~'
       escapes are available.

       ~?              List escapes

       ~~              A ~ symbol

       ~.              Close connection

       ~! [command]    Run a command

       ~0              Change to Raw mode

       ~1              Change to Slave mode

       ~2              Change to Talk mode

       ~a              Start a file transfer (Autobin)

       ~b              Start a file transfer (Binary)

       ~c              Close the logfile

       ~h              List escapes

       ~o [filename]   Open a logfile (default 'logfile.txt')

       ~r              Reconnect to remote station

       ~s              Stop an upload

       ~u [filename]   Upload a file (ASCII upload)

       ~yu [filename]  Upload a file (YAPP upload)

       ~yd [filename]  Download a file (YAPP download)

       ~z              Suspend program

       The program provides no terminal emulation features. These are  left  up  to  the  console
       facilities of the terminal in use. The program is however '8 bit clean'.

FILES

       /proc/net/nr_nodes
       /proc/net/rose_nodes
       /etc/ax25/axports
       /etc/ax25/nrports
       /etc/ax25/rsports

SEE ALSO

       axlisten(1),  mheard(1),  ax25(4), netrom(4), rose(4), axports(5), nrports(5), rsports(5),
       axparms(8), nrparms(8), rsparms(8).

AUTHORS

       Alexander Tietzel DG6XA <TIETZE_A@etech.fh-hamburg.de>
       Joerg Reuter DL1BKE <jreuter@poboxes.com>
       Alan Cox GW4PTS <alan@cymru.net>
       Jonathan Naylor G4KLX <g4klx@g4klx.demon.co.uk>
       Steve Henson G6IXS <shenson@nyx.cs.du.edu>