Thanks for your reply.
Yes the standard configuration of the device is:
– 115200 Baud
– 8 databits
– even parity
– 1 stopbit
When I try to communicate with the smart card reader the reader turns on but crashes and requires a restart.
Some more info:
I have the smartcard reader in two different versions: one mobile version with direct USB connection (works totally fine with serial = comx(USB)) and one version with RS232 to USB converter (does work with Ubunutu MATE but not with WTware).
Any idea why it works with Ubuntu/rdesktop but not with WTware?
The manufacturer also released the whole source code for its device:
https://www.medline-online.com/fileadmi ... 080814.zip
* The communication between the DLL and the card terminal
* uses T=1 protocol on a serial line without handshake control:
* 9600...115200 baud, 8 databits, EVEN parity, 1 stopbit.
Thanks for your reply.
Yes the standard configuration of the device is:
– 115200 Baud
– 8 databits
– even parity
– 1 stopbit
When I try to communicate with the smart card reader the reader turns on but crashes and requires a restart.
Some more info:
I have the smartcard reader in two different versions: one mobile version with direct USB connection (works totally fine with serial = comx(USB)) and one version with RS232 to USB converter (does work with Ubunutu MATE but not with WTware).
Any idea why it works with Ubuntu/rdesktop but not with WTware?
The manufacturer also released the whole source code for its device:
https://www.medline-online.com/fileadmin/medline_relaunch/Support/medCompact/Open_Source_Code_V01_20080814.zip
[quote]
* The communication between the DLL and the card terminal
* uses T=1 protocol on a serial line without handshake control:
* 9600...115200 baud, 8 databits, EVEN parity, 1 stopbit.[/quote]