RS232: Difference between revisions

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=== linux ===
=== linux ===


'''status''': '''untested'''
==== "calling" a telnet BBS ====
 
$ tcpser -v 25232 -p 6400 -s 2400 -l 4
 
RsUserEnable = 1
RsUserBaud = 2400
RsUserDev = 4
 
RsDevice4 = |nc 127.0.0.1 25232
RsDevice4Baud = 2400
 
in CCGMS:
 
atdtantidote.hopto.org:64128
 
'''status''': '''works'''


=== windows ===
=== windows ===

Revision as of 22:12, 25 July 2019

here i will track some things regarding rs232 emulation, and perhaps fix things while at it Gpz (talk) 19:29, 25 July 2019 (CEST)

for all first tests i will use some version of CCGMS, and regular user-port rs232 emulation at 2400 baud.

using a real RS232 port

This works by using the device name of your OS, VICE uses physical RS232 ports.

linux

RsUserEnable = 1
RsUserBaud = 2400
RsUserDev = 1
RsDevice1 = /dev/ttyUSB0
RsDevice1Baud = 2400

status: working out of the box

windows

RsUserEnable = 1
RsUserBaud = 2400
RsUserDev = 1
RsDevice1 = com6
RsDevice1Baud = 2400
  • the windows driver understands various options passed in the so called "mode string" after a colon after the ports name
COMx[:][baud=b][parity=p][data=d][stop=s][to={on|off}][xon={on|off}][odsr={on|off}][octs={on|off}][dtr={on|off|hs}][rts={on|off|hs|tg}][idsr={on|off}]
  • finding out what COM port the usb adapter ended up might be tricky, you can use a tool like "Keyspan Serial Assistant"

status: working after some massaging of the code

rs232 over ip

This works by using the IP and port you are connecting to, VICE will use a TCP socket.

connect two VICE instances on the same host

$ socat tcp-listen:25232 tcp-listen:25231

config instance #1

RsUserEnable = 1
RsUserBaud = 2400
RsUserDev = 2
RsDevice2 = 127.0.0.1:25232
RsDevice2Baud = 2400

config instance #2

RsUserEnable = 1
RsUserBaud = 2400
RsUserDev = 2
RsDevice2 = 127.0.0.1:25231
RsDevice2Baud = 2400

linux

status: works

windows

status: works

connect two VICE instances on different hosts

status: untested

piping to an external program

linux

"calling" a telnet BBS

$ tcpser -v 25232 -p 6400 -s 2400 -l 4
RsUserEnable = 1
RsUserBaud = 2400
RsUserDev = 4
RsDevice4 = |nc 127.0.0.1 25232
RsDevice4Baud = 2400

in CCGMS:

atdtantidote.hopto.org:64128

status: works

windows

status: untested

TODO

  • whether the "UP9600" (daniel dallmann) hack is being used seems to depend on the baudrate(?). this should be a seperate option

driver issues

  • handling of DTR and RTS seems to be completely missing. rs232dev_set_status, rs232dev_get_status, rs232dev_set_bps apparently are not called by the layer above

user interface

  • a couple of typical rs232 settings should probably be configurable for at least "real rs232 port at host". (behavior of DTR, RTS...)

links