+++ /dev/null
-#!/bin/bash
-#
-# This script is run right after the comedi module is
-# loaded.
-#
-
-# Example for a National Instruments AT-MIO E series board
-#/usr/sbin/comedi_config /dev/comedi0 atmio-E 0x260,5
-
-
-# Example for a Data Translation DT2821 series board
-# uses file dt282x.conf
-/etc/dt282x.conf
-
-
+++ /dev/null
-
-#
-# add these lines to /etc/conf.modules
-#
-
-alias char-major-98 comedi
-post-install comedi /etc/comedi.conf
-
-#alias char-major-98-0 your_driver
-#post-install your_driver /usr/sbin/comedi_config /dev/comedi0 your_driver options
-
+++ /dev/null
-#!/bin/sh
-# Configuration for das1600 driver
-# Thomas Henkel and ds
-
-### Device file
-DEVICE=/dev/comedi0
-
-
-### Type of board
-### Choose one
-BOARD=das1601/12
-#BOARD=das1602/12
-#BOARD=das1602/16
-
-
-### Option 0: Board base address
-### Depends on jumper settings
-IO_BASE=0x320
-
-
-### Option 1: IRQ
-### Choose one
-#IRQ=0 # don't use interrupts
-#IRQ=3
-#IRQ=4
-#IRQ=5
-#IRQ=6
-IRQ=7
-#IRQ=9
-
-
-### Option 2: DMA channel
-### Depends on jumper settings
-### Choose one
-DMA=0 # don't use DMA
-#DMA=1
-#DMA=2
-#DMA=3
-
-
-### Option 3: Crystal selection
-### Depends on jumper settings
-### Choose one
-CRYSTAL=0 # 10 Mhz
-#CRYSTAL=1 # 1 Mhz
-
-
-### Option 4: Analog Input reference
-### Depends on jumper settings
-### Choose one
-A_INP_TYPE=0 # differential
-#A_INP_TYPE=1 # single ended
-
-
-### Option 5: Analog Input range
-### Depends on jumper settings
-### Choose one
-#A_INP_RANGE=0 # bipolar (-10 V -- +10 V)
-#A_INP_RANGE=1 # unipolar (0 V -- +10 V)
-
-
-### Option 6: Analog Output 0 Range
-### Depends on jumper settings
-### Choose one
-#A_OUT_0=0 # bipolar +/- 10 V
-#A_OUT_0=1 # bipolar +/- 5 V
-#A_OUT_0=2 # bipolar external reference
-#A_OUT_0=3 # unipolar 0-10 V
-#A_OUT_0=4 # unipolar 0-5 V
-#A_OUT_0=5 # unipolar external reference
-
-
-### Option 7: Analog Output 1 Range
-### Depends on jumper settings
-### Choose one
-#A_OUT_1=0 # bipolar +/- 10 V
-#A_OUT_1=1 # bipolar +/- 5 V
-#A_OUT_1=2 # bipolar external reference
-#A_OUT_1=3 # unipolar 0-10 V
-#A_OUT_1=4 # unipolar 0-5 V
-#A_OUT_1=5 # unipolar external reference
-
-#-----------------------------------------------------------
-# End of Configuration
-#-----------------------------------------------------------
-
-
-/usr/sbin/comedi_config $DEVICE $BOARD $IO_BASE,$IRQ,$DMA,$CRYSTAL,$A_INP_TYPE,$A_INP_RANGE,$A_OUT_0,$A_OUT_1
-
+++ /dev/null
-#!/bin/sh
-# Configuration for dt282x driver
-# ds
-
-### Device file
-DEVICE=/dev/comedi0
-
-
-### Type of board
-### Choose one
-BOARD=dt2821 # also for -f-16se, -g-16se, etc.
-#BOARD=dt2823
-#BOARD=dt2824-pgh
-#BOARD=dt2824-pgl
-#BOARD=dt2825
-#BOARD=dt2827
-#BOARD=dt2828
-#BOARD=dt21-ez
-#BOARD=dt23-ez
-#BOARD=dt24-ez
-#BOARD=dt24-ez-pgl
-
-
-### Option 0: Board base address
-### Depends on jumper settings
-IOBASE=0x240
-
-
-### Option 1: IRQ
-### Depends on jumper settings
-### Choose one
-#IRQ=0 # don't use interrupts
-#IRQ=3
-#IRQ=5
-IRQ=7
-#IRQ=10
-#IRQ=15
-
-
-### Option 2: first DMA channel
-### Depends on jumper settings
-### Choose one
-DMA1=0 # don't use DMA
-#DMA1=5
-#DMA1=6
-
-
-### Option 3: second DMA channel
-### Depends on jumper settings
-### Choose one
-DMA2=0 # don't use secondary DMA
-#DMA2=6
-#DMA2=7
-
-
-### Option 4: Analog Input reference
-### Depends on jumper settings or type of board
-### Choose one
-AI_REF=0 # differential
-#AI_REF=1 # single ended
-
-
-### Option 5: Analog Input encoding
-### Depends on jumper settings
-### Choose one
-AI_ENCODE=0 # straight binary
-#AI_ENCODE=1 # two's complement
-
-
-### Option 6: Analog Output 0 encoding
-### Depends on jumper settings
-### Choose one
-A00_ENCODE=0 # straight binary
-#AO0_ENCODE=1 # two's complement
-
-
-### Option 7: Analog Output 1 encoding
-### Depends on jumper settings
-### Choose one
-AO1_ENCODE=0 # straight binary
-#AO1_ENCODE=1 # two's complement
-
-
-### Option 8: Analog Input Range
-### Depends on jumper settings
-### Choose one
-#AI_RANGE=0 # bipolar +/- 10 V
-#AI_RANGE=1 # unipolar 0-10 V
-#AI_RANGE=2 # bipolar +/- 5 V
-#AI_RANGE=3 # unipolar 0-5 V
-
-
-### Option 9: Analog Output 0 Range
-### Depends on jumper settings
-### Choose one
-#AO0_RANGE=0 # bipolar +/- 10 V
-#AO0_RANGE=1 # unipolar 0-10 V
-#AO0_RANGE=2 # bipolar +/- 5 V
-#AO0_RANGE=3 # unipolar 0-5 V
-#AO0_RANGE=4 # bipolar +/- 2.5 V
-
-
-### Option 10: Analog Output 1 Range
-### Depends on jumper settings
-### Choose one
-#AO1_RANGE=0 # bipolar +/- 10 V
-#AO1_RANGE=1 # unipolar 0-10 V
-#AO1_RANGE=2 # bipolar +/- 5 V
-#AO1_RANGE=3 # unipolar 0-5 V
-#AO1_RANGE=4 # bipolar +/- 2.5 V
-
-
-#-----------------------------------------------------------
-# End of Configuration
-#-----------------------------------------------------------
-
-
-/usr/sbin/comedi_config $DEVICE $BOARD $IOBASE,$IRQ,$DMA1,$DMA2,$AI_REF,$AI_ENCODE,$AO0_ENCODE,$AO1_ENCODE,$AI_REF,$AO0_REF,$AI1_REF
-
+++ /dev/null
-#
-# This is a sample isapnp.conf file for an NI AT-MIO E series card.
-#
-# You should generate your own with pnpdump.
-#
-
-
-# (DEBUG)
-(READPORT 0x0203)
-(ISOLATE)
-(IDENTIFY *)
-
-# Card 1: (serial identifier c4 00 00 03 3a 00 19 23 39)
-# NIC1900 Serial No 826 [checksum c4]
-# Version 1.0, Vendor version 0.0
-# ANSI string -->AT-MIO-16E-2, National Instruments, High Speed 12-bit MIO DAQ Board<--
-#
-# Logical device id NIC0000
-# Device support I/O range check register
-#
-# Edit the entries below to uncomment out the configuration required.
-# Note that only the first value of any range is given, this may be changed if required
-# Don't forget to uncomment the activate (ACT Y) when happy
-
-(CONFIGURE NIC1900/826 (LD 0
- (IO 0 (BASE 0x0260))
- (ACT Y)
-))
-
-(WAITFORKEY)
-
projects / comedi.git / commitdiff