Fujitsu eLux NG S26361-F2600-L134 Manual Do Utilizador
Códigos do produto
S26361-F2600-L134
www.
myelux
.com
eLux
®
NG
Build # 27
157
<string
>
The character(s) that the key is to produce (=character string).
A detailed description of the parameters follows.
Key Symbol
This is the key to modify. The parameter format is character string.
To view key symbols, open a local shell and enter the following command, which displays the
keyboard mapping of the local X server:
xmodmap -pke | more
This is the key to modify. The parameter format is character string.
To view key symbols, open a local shell and enter the following command, which displays the
keyboard mapping of the local X server:
xmodmap -pke | more
The available key symbols are displayed in the format:
keycode
<keycode number> = <key symbol>
The parameter <keycode number> can be ignored. Enter the string <key symbol> exactly as it
is shown here in the file eterm.map.
is shown here in the file eterm.map.
Modifier – Level Switching
Each key can be in more than one state, or “level”:
1. pressing the key (unshifted)
2. pressing the key with Numlock on
3. pressing the key and the Shift button (shifted)
4. pressing the key with Shift-Lock on
etc.
Levels are specified using a modifier. The modifier is a preset hexadecimal number (base 16).
A comprehensive list of level switching modifiers is shown in Figure 98.
Each key can be in more than one state, or “level”:
1. pressing the key (unshifted)
2. pressing the key with Numlock on
3. pressing the key and the Shift button (shifted)
4. pressing the key with Shift-Lock on
etc.
Levels are specified using a modifier. The modifier is a preset hexadecimal number (base 16).
A comprehensive list of level switching modifiers is shown in Figure 98.
Level Switching
Value
Unshifted 0
Shifted 1
Shift-Lock 2
Control
Shifted 1
Shift-Lock 2
Control
4
Alt (mod1)
8
Numlock (mod2)
10
Alt Gr (mod3)
2000
Figure 98: Level switching
Modifiers can be combined, for example, Shift + Numlock. In this case, add the level switching
modifiers using hexadecimal addition (8+2 = A, not 10).
In the file eterm.map, it is highly recommended that for each key you enter multiple entries
corresponding to different levels. For example, you could map the
following levels:
1. the key alone (level = ”unshifted”)
2. key + Shift-Lock
3. key + Numlock
4. key + Numlock + Shift-Lock
If you are running eterm on a Thin Client running eLux NG software, when the Thin Client
boots, by default the Numlock key is activated. Thus, in eterm.map you should have an entry
for unshifted (modifier=0) and Numlock (modifier=10) for each key. If you just map the key for
modifiers using hexadecimal addition (8+2 = A, not 10).
In the file eterm.map, it is highly recommended that for each key you enter multiple entries
corresponding to different levels. For example, you could map the
following levels:
1. the key alone (level = ”unshifted”)
2. key + Shift-Lock
3. key + Numlock
4. key + Numlock + Shift-Lock
If you are running eterm on a Thin Client running eLux NG software, when the Thin Client
boots, by default the Numlock key is activated. Thus, in eterm.map you should have an entry
for unshifted (modifier=0) and Numlock (modifier=10) for each key. If you just map the key for
Tip
We recommend
configuring each key
in the mapping file
twice, with and
without Numlock.
in the mapping file
twice, with and
without Numlock.