Intermec 6100 参照ガイド
SECTION 2
Supporting DOS Applications
2-4 PEN*KEY
R
6100 Computer Programmer’s Reference Guide
/IOxn Set Activity to I/O Address: Configures the Programmable I/O range activity mask. Valid valĆ
ues for n: 0 and I/O addresses in the range of 001h to 3FFh.
0= programmable I/O device activity does not reset the count down timer.
Otherwise, n is the 8 bit starting I/O address that is checked for activity. The address range exĆ
tends to 7 addresses past the starting address (8 total). If activity is detected in this I/O range,
the countĆdown timer is reset to zero.
(e.g., /IOx380 sets up I/O addresses 380h through 387h as activity).
0= programmable I/O device activity does not reset the count down timer.
Otherwise, n is the 8 bit starting I/O address that is checked for activity. The address range exĆ
tends to 7 addresses past the starting address (8 total). If activity is detected in this I/O range,
the countĆdown timer is reset to zero.
(e.g., /IOx380 sets up I/O addresses 380h through 387h as activity).
/Kn
Keyboard Activity Monitor: Configures Keyboard interrupt activity mask.
Valid values for n: 0 and 1.
1= processor continues to count down and timesĆout during keyboard activity.
0= timer is reset to zero when ever keyboard activity is detected (at COM4, port 2Eh).
Valid values for n: 0 and 1.
1= processor continues to count down and timesĆout during keyboard activity.
0= timer is reset to zero when ever keyboard activity is detected (at COM4, port 2Eh).
/Ln
Set TimeĆout from Low Speed to Doze: Configures Low Speed PLL mode timer. Valid values
for x: 0, 1-16. Where n is the number of seconds between Low Speed PLL mode and Doze mode.
0 = disables the timeĆout.
For any other valid values, timer is set. If any activity is detected during the count down period,
the processor goes back to High Speed PLL mode and the timer is reset to zero.
for x: 0, 1-16. Where n is the number of seconds between Low Speed PLL mode and Doze mode.
0 = disables the timeĆout.
For any other valid values, timer is set. If any activity is detected during the count down period,
the processor goes back to High Speed PLL mode and the timer is reset to zero.
/Mn
COM4 Activity Monitor: Configures Modem activity mask. Valid values for n: 0 and 1.
0= count down timer continues during modem access.
1= count down timer is reset to zero when modem activity is detected.
0= count down timer continues during modem access.
1= count down timer is reset to zero when modem activity is detected.
/P
**UNUSED**
/Rn
Configures Ram drive access activity mask. Valid values for n: 0 and 1.
0 = count down timer continues during ram drive access.
1 = count down timer is reset to zero when Ram drive access is detected.
0 = count down timer continues during ram drive access.
1 = count down timer is reset to zero when Ram drive access is detected.
/S
**UNUSED**
/Tn
Configures Timer ticks while in DOZE mode.
0 = no timer ticks occur while in Doze mode.
1 = timer ticks occur while in Doze mode.
2 = Extended timer ticks occur while in Doze.
0 = no timer ticks occur while in Doze mode.
1 = timer ticks occur while in Doze mode.
2 = Extended timer ticks occur while in Doze.
/Vn
Configures the Video memory write activity mask. Valid values for n: 0 and 1.
0 = the processor continues to count down and timeĆout during video memory access.
1 = timer is reset to zero whenever video memory access is detected.
Note that Windows frequently accesses video memory to repaint screens, etc. The processor will
probably not timeĆout in Windows unless the Video activity mask is set to zero.
0 = the processor continues to count down and timeĆout during video memory access.
1 = timer is reset to zero whenever video memory access is detected.
Note that Windows frequently accesses video memory to repaint screens, etc. The processor will
probably not timeĆout in Windows unless the Video activity mask is set to zero.
/Wx
Configures the programmable Resume (WakeĆup) event mask. Valid values for x: R, 0, 3, 4, and 8.
R = a ringĆin causes the processor to wake up.
0 = all resume masks are disabled.
3 = IRQ 3 causes the processor to wake up.
4 = IRQ 4 causes the processor to wake up.
8 = IRQ 8 causes the processor to wake up.
2. DOS
Applications