Код: Выделить всё
scanimage -L
device `plustek:libusb:001:003' is a Canon N670U/N676U/LiDE20 USB flatbed scannerКод: Выделить всё
[root@metrologia sane.d]# sane-find-scanner
# sane-find-scanner will now attempt to detect your scanner. If the
# result is different from what you expected, first make sure your
# scanner is powered up and properly connected to your computer.
# No SCSI scanners found. If you expected something different, make sure that
# you have loaded a kernel SCSI driver for your SCSI adapter.
found USB scanner (vendor=0x04a9 [Canon], product=0x220d [CanoScan], chip=LM9832/3) at libusb:001:003
# Your USB scanner was (probably) detected. It may or may not be supported by
# SANE. Try scanimage -L and read the backend's manpage.
# Not checking for parallel port scanners.
# Most Scanners connected to the parallel port or other proprietary ports
# can't be detected by this program.Код:
[root@metrologia sane.d]#
# Plustek-SANE Backend configuration file
# For use with LM9831/2/3 based USB scanners
#
# each device needs at least two lines:
# - [usb] vendor-ID and product-ID
# - device devicename
# i.e. for Plustek (0x07B3) UT12/16/24 (0x0017)
# [usb] 0x07B3 0x0017
# device /dev/usbscanner0
# or
# device libusb:bbb:ddd
#device libusb:002:005
# where bbb is the busnumber and ddd the device number
# make sure that your user has access to /proc/bus/usb/bbb/ddd
#
# additionally you can specify some options
# warmup, lOffOnEnd, lampOff
#
# For autodetection use
# [usb]
# device /dev/usbscanner
#
# or simply
# [usb]
#
# or if you want a specific device but you have no idea about the
# device node or you use libusb, simply set vendor- and product-ID
# [usb] 0x07B3 0x0017
# device auto
#
# NOTE: autodetection is safe, as it uses the info it got
# from the USB subsystem. If you're not using the
# autodetection, you MUST have attached that device
# at your USB-port, that you have specified...
#
[usb]
#
# options for the previous USB entry
#
# switch lamp off after xxx secs, 0 disables the feature
# (can also be set via frontend)
option lampOff 300
# warmup period in seconds, 0 means no warmup, -1 means auto-warmup
# (can also be set via frontend)
option warmup -1
# 0 means leave lamp-status untouched, not 0 means switch off
# on sane_close
# (can also be set via frontend)
option lOffOnEnd 1
#
# options to tweak the image start-position
# (WARNING: there's no internal range check!!!)
#
# for the normal scan area
#
option posOffX 0
option posOffY 0
# for transparencies
option tpaOffX 0
option tpaOffY 0
# for negatives
option negOffX 0
option negOffY 0
#
# for setting the calibration strip position
# (WARNING: there's no internal range check!!!)
# -1 means use built in
# (can also be set via frontend)
option posShadingY -1
option tpaShadingY -1
option negShadingY -1
#
# to invert the negatives, 0 disables the feature
#
option invertNegatives 0
#
# to disable the internal sensor speedup function,
# 1 disables the feature
#
option disableSpeedup 0
#
# to save/restore coarse calibration data
# (can also be set via frontend)
option cacheCalData 0
#
# use alternate calibration routines
#
option altCalibration 0
#
# for skipping whole calibration step
#
option skipCalibration 0
#
# for skipping entire fine calibration step
# coarse calibration is done
#
option skipFine 0
#
# discard the result of the fine white calibration
#
option skipFineWhite 0
# for replacing the gain values found during coarse
# calibration
# (can also be set via frontend)
option red_gain -1
option green_gain -1
option blue_gain -1
# for replacing the offset values found during coarse
# calibration
# (can also be set via frontend)
option red_offset -1
option green_offset -1
option blue_offset -1
#
# for replacing the default lampoff settings, this
# works only for CIS devices like CanoScan LiDE20
# (can also be set via frontend)
option red_lampoff -1
option green_lampoff -1
option blue_lampoff -1
#
# for adjusting the default gamma values
# (can also be set via frontend)
option redGamma 1.0
option greenGamma 1.0
option blueGamma 1.0
option grayGamma 1.0
#
# to enable TPA (EPSON or UMAX, if autodetection fails)
# 0 means default behaviour as specified in the internal tables
# 1 means enable (needed for UMAX 3450)
option enableTPA 0
#
# model override functionality, currently only available for
# Mustek devices, using NSCs' vendor ID: 0x0400 and
# also their product ID: 0x1000 (LM9831) 0x1001 (LM9832)
#
# mov/PID | 0x1000 | 0x1001
# ---------------------------------------
# 0 (default)| BearPaw1200 | BearPaw 2400
# 1 | ignored | BearPaw 1200
#
option mov 0
#
# and of course the device-name
#
#device /dev/usbscanner0
device auto
#
# to define a new device, start with a new section:
# [usb]
#Вот собственно основные конфиги. Если убрать девайс авто, и попробовать указать явно сканер, то сканер в системе не обнаруживается предыдущими командами. Такое впечатление , что сане не может подключиться к файлу устройства, хотя само устройство оно находит, и видит, и вместо сканированого изображения появляется черный фон, хотя сане запускается без ошибок и что то там сканирует.Поискал в инете, там в основном делается упор на установку драйвера. И если проходят первые приведенные мной команды, то считается что сканер в системе установился и все должно работать. У кого какие идеи и предположения могут быть? Куда копать?
