Honeywell 9900 Manuale Utente
5 - 3
Settings Section
The Settings section determines how ScanWedge interprets data from the decoder, serial port, and IrDA
interface.
interface.
0 = Disable 1 = Enable
Settings Section
Key
Key
Description
Default
Value
Value
Available Values
Version
This is the version of ScanWedge
3
You cannot modify this value.
Debug
Enables and disables the logging of
debug information to a
SCANWEDGE.TXT file.
debug information to a
SCANWEDGE.TXT file.
0
1=Enable. Debug data is logged
in a Scanwedge.txt file stored
in the
in the
\IPSM
folder.
Sound
Enables and disables the audio
notification for decode/data reception.
There is one sound for success and
another sound for an error.
notification for decode/data reception.
There is one sound for success and
another sound for an error.
1
0=Disable; no sound on
decoding.
1=Enable; sound on decoding.
Leds
Enables and disables LED notification
for decode/data reception.
for decode/data reception.
1
0=Disable; no LEDs on
decoding.
1=Enable; LEDs on decoding.
DataTerminator
Specifies the
character to recognize
as the data terminator
when receiving data
from the IrDA interface
or serial port.
character to recognize
as the data terminator
when receiving data
from the IrDA interface
or serial port.
When the data terminator character is
received, ScanWedge considers the
data received as successful, and sends
the specified prefix key + data
received + specified suffix key to the
foreground application.
received, ScanWedge considers the
data received as successful, and sends
the specified prefix key + data
received + specified suffix key to the
foreground application.
Note: The data terminator character
itself will not be transmitted. If
required, put this character in the
suffix.
required, put this character in the
suffix.
13
Set to the desired character.
This parameter is ignored for the
decoder. The decoder knows
when the data ends by itself.
decoder. The decoder knows
when the data ends by itself.
PrefixKeys
Defines the ASCII keys to be sent prior
to the decoded/received data. The
ASCII keys are converted to virtual
keys; for conversion parameters, see
to the decoded/received data. The
ASCII keys are converted to virtual
keys; for conversion parameters, see
This field supports up to 16 ASCII keys;
data is comma-delimited.
data is comma-delimited.
0
Empty,
No
prefix
sent
Empty,
No
prefix
sent
For example:
PrefixKeys=80,82,69,70,73,88
PrefixKeys=80,82,69,70,73,88
The example listed above would
cause “PREFIX” to be sent prior
to any decoded data.
cause “PREFIX” to be sent prior
to any decoded data.
SuffixKeys
Defines the ASCII keys to be sent after
the decoded/received data. The ASCII
keys are converted to virtual keys; for
conversion parameters, see
the decoded/received data. The ASCII
keys are converted to virtual keys; for
conversion parameters, see
This field supports up to 16 ASCII keys;
data is comma-delimited.
data is comma-delimited.
13
ENTER
key
ENTER
key
For example:
SuffixKeys=83,85,70,70,73,88,1
3
SuffixKeys=83,85,70,70,73,88,1
3
The example listed above would
cause “SUFFIX” and the
ENTER key to be sent after any
decoded data.
cause “SUFFIX” and the
ENTER key to be sent after any
decoded data.
PrefixID
Specifies the symbology identifier sent
prior to the decoded/received data.
prior to the decoded/received data.
0
0=No symbology identifier is
sent.
1=The Code ID is sent.
2=The AIM ID is sent.
3=The SymModifier is sent.
2=The AIM ID is sent.
3=The SymModifier is sent.