Page 96 of 101
DWG ID: 181-0101-00A
Date: 2003-09-26
Sets the “time to live” for transmitted packets in TUP mode.
TXFLOW {ON | OFF}
default OFF
This command allows the TALON to send software flow control (XON and XOFF) to
stop and restart the flow of data from the computer while in the Transparent Mode. When
TXFLOW is OFF, hardware flow control must be used between the computer and
TALON. RTS and CTS must be connected between the TALON and computer for
hardware flow control. When TXFLOW is ON, software flow control between the
TALON and computer in Transparent Mode will depend on the setting of XFLOW.
XFLOW ON enables software flow control, XFLOW OFF disables it. When software
flow control is enabled, the TALON will send the XON and XOFF characters to the
computer to control data flow.
When set for software flow control, all characters can be sent in Transparent Mode
(including the XON and XOFF characters) by setting TXFLOW ON, XFLOW ON and
TRFLOW OFF. You will not, however, be able to receive the START and STOP
characters, since your terminal program should interpret them as flow control.
See also: trans, trflow, and xflow
UIDIGI [ON | OFF] [NONE | {+|-} call1[,call2[,call3[,call4]]]]
default OFF NONE
Up to 4 call signs can be specified for special digipeater duty. If any of the UIDIGI calls
appears in the to-be-digipeated field of a UI packet, and if MYCALL does not appear in
the source field or any of the has-been-digipeated fields, the UIDIGI call in the to-be-
digipeated field will be replaced by MYCALL, with the H bit set, and the packet will be
digipeated.
See also: dwait, persist, uidwait, unproto
UIDWAIT [ON|OFF]
default OFF
When UIDWAIT is OFF, “special” digipeat packets (those formed by UIDIGI, or
UIFLOOD, only) have their usual channel access; there is no wait DWAIT or slottime
added before transmission once the channel is clear. However, if UIDWAIT is set ON,