#!/usr/bin/python3
# -*- coding: utf-8 -*-
#
# (c) Copyright 2003-2015 HP Development Company, L.P.
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
#
# Author: Don Welch
# Contributors: Sarbeswar Meher
#
__version__ = '2.2'
__mod__ = 'hp-scan'
__title__ = 'Scan Utility'
__doc__ = "SANE-based scan utility for HPLIP supported all-in-one/mfp devices."
# Std Lib
import sys
import os
import os.path
import getopt
import signal
import time
import socket
import operator
# Local
from base.g import *
from base.sixext import PY3
from base import tui, device, module, utils, os_utils
from prnt import cups
from scan import sane
scanext = utils.import_ext('scanext')
#if con_device == 5000 or con_device == 7500:
import platform
#from datetime import datetime
try:
from base import imageprocessing
except ImportError:
print (" ")
#from PIL import ImageStat
username = prop.username
r = res = 300
scan_mode = 'gray'
tlx = None
tly = None
brx = None
bry = None
units = "mm"
output = ''
dest = []
email_from = ''
email_to = []
email_subject = 'hp-scan from %s' % socket.gethostname()
email_note = ''
resize = 100
brightness = 0
set_brightness = False
color_dropout_red = 0
set_color_dropout = False
color_dropout_green = 0
color_dropout_blue = 0
color_range_value = 0
edge_erase = False
edge_erase_value = 0
contrast = 0
set_contrast = False
page_size = ''
size_desc = ''
page_units = 'mm'
default_res = 300
scanner_compression = 'JPEG'
adf = False
duplex = False
dest_printer = None
dest_devUri = None
uiscan = False
#if con_device == 5000 or con_device == 7500:
sharpness = 0
set_sharpness = False
color_value = 0
set_color_value = False
barcode_found = 0
barcode_data = list()
barcode_count =0
barcode_first_occurence = True
barcode_first_page = False
save_file = ''
output_path = os.getcwd()
ext = ".png"
multipick = False
blank_page = False
isBlankPage = False
auto_orient = False
crushed = False
bg_color_removal = False
punchhole_removal = False
auto_crop = False
deskew_image = False
lineart_mode = False
document_merge = False
mixed_feed = False
back_side = False
batchsepBC = False
batchsepBP = False
barcode = False
merge_ADF_Flatbed = False
temp_list = []
blankpage_found = 0
bp_no = 0
pyPlatform = 0
blankpage_data = list()
blankpage_count =0
blankpage_first_occurence = True
blankpage_first_page = False
orient = 0
orient_list = []
multipick_error_message = "The scan operation has been cancelled or a multipick or paper is jammed in the ADF.\nIf you cancelled the scan,click OK.\nIf the scan was terminated due to a multi-feed or paper jam in the ADF,\ndo the following:\n\n1)Clear the ADF path. For instructions see your product documentation.\n2)Check the sheets are not stuck together. Remove any staples, sticky notes,tape or other objects.\n3)Restart the scan\n\nNote:If necessary, turn off automatic detection of multi-pick before starting a new scan\n"
SANE_STATUS_MULTIPICK=12
SANE_STATUS_JAMMED=6
MAX_EDGE_ERASE_VALUE_INCH=1
PAGE_SIZES = { # in mm
'5x7' : (127, 178, "5x7 photo", 'in'),
'4x6' : (102, 152, "4x6 photo", 'in'),
'3x5' : (76, 127, "3x5 index card", 'in'),
'a2_env' : (111, 146, "A2 Envelope", 'in'),
'a3' : (297, 420, "A3", 'mm'),
"a4" : (210, 297, "A4", 'mm'),
"a5" : (148, 210, "A5", 'mm'),
"a6" : (105, 148, "A6", 'mm'),
"b4" : (257, 364, "B4", 'mm'),
"b5" : (182, 257, "B5", 'mm'),
"c6_env" : (114, 162, "C6 Envelope", 'in'),
"dl_env" : (110, 220, "DL Envelope", 'in'),
"exec" : (184, 267, "Executive", 'in'),
"flsa" : (216, 330, "Flsa", 'mm'),
"higaki" : (100, 148, "Hagaki", 'mm'),
"japan_env_3" : (120, 235, "Japanese Envelope #3", 'mm'),
"japan_env_4" : (90, 205, "Japanese Envelope #4", 'mm'),
"legal" : (215, 356, "Legal", 'in'),
"letter" : (215, 279, "Letter", 'in'),
"no_10_env" : (105, 241, "Number 10 Envelope", 'in'),
"oufufu-hagaki" : (148, 200, "Oufuku-Hagaki", 'mm'),
"photo" : (102, 152, "Photo", 'in'),
"super_b" : (330, 483, "Super B", 'in'),
}
def createPagesFile(adf_page_files,pages_file,file_type='.png'):
#print ("called create page files")
#print (adf_page_files)
if not 'hpscan' in pages_file:
pages_file=pages_file+'_'
output = utils.createBBSequencedFilename(pages_file, file_type, output_path)
if file_type == '.pdf':
if len(adf_page_files):
try:
output = imageprocessing.generatePdfFile(adf_page_files,output)
except ImportError:
try:
output = imageprocessing.generatePdfFile_canvas(adf_page_files,output,orient_list,brx,bry,tlx,tly,output_path)
except ImportError as error:
if error.message.split(' ')[-1] == 'PIL':
log.error("PDF output requires PIL.")
else:
log.error("PDF output requires ReportLab.")
sys.exit(1)
temp_list.append(output)
#print temp_list
#imageprocessing.merge_PDF_viewer(output)
#cmd = "%s %s &" % (pdf_viewer, output)
#os_utils.execute(cmd)
elif file_type == '.tiff':
file_name = ''
#print "entered tiff"
#print adf_page_files
for p in adf_page_files:
file_name = file_name + " " + p
cmd = "convert %s %s" %(file_name,output)
status = utils.run(cmd)
#print ("***********************")
#print (status[0])
#print (status[1])
if status[0] == -1:
#print ("entered status -1")
log.error("Convert command not found.")
sys.exit(6)
#print adf_page_files
for p in adf_page_files:
os.remove(p)
#temp_list.append(output)
else:
for p in adf_page_files:
im = Image.open(p)
output = utils.createBBSequencedFilename(pages_file, file_type, output_path)
try:
im.save(output,compress_level=1,quality=55)
except:
im = im.convert("RGB")
im.save(output,compress_level=1,quality=55)
os.unlink(p)
try:
viewer = ''
viewer_list = ['kview', 'display', 'gwenview', 'eog', 'kuickshow',]
for v in viewer_list:
vv = utils.which(v)
if vv:
viewer = os.path.join(vv, v)
break
editor = ''
editor_list = ['kolourpaint', 'gimp', 'krita', 'cinepaint', 'mirage',]
for e in editor_list:
ee = utils.which(e)
if ee:
editor = os.path.join(ee, e)
break
pdf_viewer = ''
pdf_viewer_list = ['kpdf', 'acroread', 'xpdf', 'evince', 'xdg-open']
for v in pdf_viewer_list:
vv = utils.which(v)
if vv:
pdf_viewer = os.path.join(vv, v)
break
mod = module.Module(__mod__, __title__, __version__, __doc__, None,
(INTERACTIVE_MODE,))
extra_options=[utils.USAGE_SPACE,
("[OPTIONS] (General)", "", "header", False),
("Scan destinations:", "-s<dest_list> or --dest=<dest_list>", "option", False),
("", r"where <dest_list> is a comma separated list containing one or more of: 'file'", "option", False),
("", ", 'viewer', 'editor', 'pdf', or 'print'. Use only commas between values, no spaces.", "option", False),
("Scan mode:", r"-m<mode> or --mode=<mode>. Where <mode> is 'gray'\*, 'color' or 'lineart'.", "option", False),
("Scanning resolution:", "-r<resolution_in_dpi> or --res=<resolution_in_dpi> or --resolution=<resolution_in_dpi>", "option", False),
("", "where 300 is default.", "option", False),
("Image resize:", "--resize=<scale_in_%> (min=1%, max=400%, default=100%)", "option", False),
("Color Dropout Red :", "-color_dropout_red_value=<color_dropout_red_value> or --color_dropout_red_value=<color_dropout_red_value>", "option", False),
("Color Dropout Green :", "-color_dropout_green_value=<color_dropout_green_value> or --color_dropout_green_value=<color_dropout_green_value>", "option", False),
("Color Dropout Blue :", "-color_dropout_blue_value=<color_dropout_blue_value> or --color_dropout_blue_value=<color_dropout_blue_value>", "option", False),
("Color Dropout Range :", "-color_range=<color_range> or --color_range=<color_range>", "option", False),
("Image contrast:", "-c=<contrast> or --contrast=<contrast>", "option", False),
("", "The contrast range varies from device to device.", "option", False),
("Image brightness:", "-b=<brightness> or --brightness=<brightness>", "option", False),
("", "The brightness range varies from device to device.", "option", False),
("ADF mode:", "--adf (Note, only PDF output is supported when using the ADF)", "option", False),
("", "--duplex or --dup for duplex scanning using ADF.", "option", False),
utils.USAGE_SPACE,
("[OPTIONS] (Scan area)", "", "header", False),
("Specify the units for area/box measurements:", "-t<units> or --units=<units>", "option", False),
("", r"where <units> is 'mm'\*, 'cm', 'in', 'px', or 'pt' ('mm' is default).", "option", False),
("Scan area:", "-a<tlx>,<tly>,<brx>,<bry> or --area=<tlx>,<tly>,<brx>,<bry>", "option", False),
("", "Coordinates are relative to the upper left corner of the scan area.", "option", False),
("", "Units for tlx, tly, brx, and bry are specified by -t/--units (default is 'mm').", "option", False),
("", "Use only commas between values, no spaces.", "option", False),
("Scan box:", "--box=<tlx>,<tly>,<width>,<height>", "option", False),
("", "tlx and tly coordinates are relative to the upper left corner of the scan area.", "option", False),
("", "Units for tlx, tly, width, and height are specified by -t/--units (default is 'mm').", "option", False),
("", "Use only commas between values, no spaces.", "option", False),
("Top left x of the scan area:", "--tlx=<tlx>", "option", False),
("", "Coordinates are relative to the upper left corner of the scan area.", "option", False),
("", "Units are specified by -t/--units (default is 'mm').", "option", False),
("Top left y of the scan area:", "--tly=<tly>", "option", False),
("", "Coordinates are relative to the upper left corner of the scan area.", "option", False),
("", "Units are specified by -t/--units (default is 'mm').", "option", False),
("Bottom right x of the scan area:", "--brx=<brx>", "option", False),
("", "Coordinates are relative to the upper left corner of the scan area.", "option", False),
("", "Units are specified by -t/--units (default is 'mm').", "option", False),
("Bottom right y of the scan area:", "--bry=<bry>", "option", False),
("", "Coordinates are relative to the upper left corner of the scan area.", "option", False),
("", "Units are specified by -t/--units (default is 'mm').", "option", False),
("Specify the scan area based on a paper size:", "--size=<paper size name>", "option", False),
("", "where <paper size name> is one of: %s" % ', '.join(sorted(list(PAGE_SIZES.keys()))), "option", False),
("Crop out edges from the scan area:", "--edge_erase_value=<border crop value in inch>", "option", False),
("", "where <border crop value in inch> is in range of: [0-1]inch", "option", False),
utils.USAGE_SPACE,
("[OPTIONS] ('file' dest)", "", "header", False),
("Filename for 'file' destination:", "-o<file> or -f<file> or --file=<file> or --output=<file>", "option", False),
#("Destination:", "--path=<destination>", "option", False),
utils.USAGE_SPACE,
("[OPTIONS] ('pdf' dest)", "", "header", False),
("PDF viewer application:", "--pdf=<pdf_viewer>", "option", False),
utils.USAGE_SPACE,
("[OPTIONS] ('viewer' dest)", "", "header", False),
("Image viewer application:", "-v<viewer> or --viewer=<viewer>", "option", False),
utils.USAGE_SPACE,
("[OPTIONS] ('editor' dest)", "", "header", False),
("Image editor application:", "-e<editor> or --editor=<editor>", "option", False),
utils.USAGE_SPACE,
("[OPTIONS] ('email' dest)", "", "header", False),
("From: address for 'email' dest:", "--email-from=<email_from_address> (required for 'email' dest.)", "option", False),
("To: address for 'email' dest:", "--email-to=<email__to_address> (required for 'email' dest.)", "option", False),
("Email subject for 'email' dest:", '--email-subject="<subject>" or --subject="<subject>"', "option", False),
("", 'Use double quotes (") around the subject if it contains space characters.', "option", False),
("Note or message for the 'email' dest:", '--email-msg="<msg>" or --email-note="<note>"', "option", False),
("", 'Use double quotes (") around the note/message if it contains space characters.', "option", False),
utils.USAGE_SPACE,
("[OPTIONS] ('printer' dest)", "", "header", False),
("Printer queue/printer dest:", "--dp=<printer_name> or --dest-printer=<printer_name>", "option", False),
("Printer device-URI dest:", "--dd=<device-uri> or --dest-device=<device-uri>", "option", False),
utils.USAGE_SPACE,
("[OPTIONS] (advanced)", "", "header", False),
("Set the scanner compression mode:", "-x<mode> or --compression=<mode>, <mode>='raw', 'none' or 'jpeg' ('jpeg' is default) ('raw' and 'none' are equivalent)", "option", False),]
scan_parseStdOpts = ['dest=', 'mode=', 'res=', 'resolution=',
'resize=', 'adf', 'duplex', 'dup', 'unit=',
'units=', 'area=', 'box=', 'tlx=',
'tly=', 'brx=', 'bry=', 'size=',
'file=', 'output=', 'pdf=', 'viewer=',
'email-from=', 'from=', 'email-to=',
'to=', 'email-msg=', 'msg=',
'printer=', 'compression=' , 'raw',
'jpeg', 'color', 'lineart', 'colour',
'bw', 'gray', 'grayscale', 'grey',
'greyscale', 'email-subject=',
'subject=', 'to=', 'from=', 'jpg',
'grey-scale', 'gray-scale', 'about=',
'editor=', 'dp=', 'dest-printer=', 'dd=',
'dest-device=', 'brightness=', 'contrast=','filetype=',
'path=', 'uiscan', 'sharpness=',
'color_dropout_red_value=','color_dropout_green_value=','color_dropout_blue_value=','color_range=',
'color_value=','multipick','autoorient','blankpage',
'batchsepBP','mixedfeed', 'crushed', 'bg_color_removal',
'punchhole_removal','docmerge','adf_flatbed_merge',
'batchsepBC','deskew','autocrop','backside','edge_erase_value=']
mod.setUsage(module.USAGE_FLAG_DEVICE_ARGS, extra_options, see_also_list=[])
#print devicelist
#print "parse scan opts"
opts, device_uri, printer_name, mode, ui_toolkit, lang = \
mod.parseStdOpts('s:m:r:c:t:a:b:o:v:f:c:x:e:', scan_parseStdOpts)
#print device_uri
sane.init()
sane_devices = sane.getDevices()
devicelist = {}
for d, mfg, mdl, t in sane_devices:
try:
devicelist[d]
except KeyError:
devicelist[d] = [mdl]
else:
devicelist[d].append(mdl)
sane.deInit()
#print devicelist
#print "near getdevice uri"
device_uri = mod.getDeviceUri(device_uri, printer_name,
back_end_filter=['hpaio'], filter={'scan-type': (operator.gt, 0)}, devices=devicelist)
#print device_uri
if not device_uri:
sys.exit(1)
for o, a in opts:
if o in ('-x', '--compression'):
a = a.strip().lower()
if a in ('jpeg', 'jpg'):
scanner_compression = 'JPEG'
elif a in ('raw', 'none'):
scanner_compression = 'None'
else:
log.error("Invalid compression value. Valid values are 'jpeg', 'raw', and 'none'.")
log.error("Using default value of 'jpeg'.")
scanner_compression = 'JPEG'
elif o == '--filetype':
#a=a.strp().lower()
#print (a)
if a == 'png':
save_file = 'png'
ext = ".png"
elif a == 'jpg':
save_file = 'jpg'
ext = ".jpg"
elif a == 'pdf':
save_file = 'pdf'
ext = ".pdf"
elif a == 'tiff':
save_file = 'tiff'
ext = '.tiff'
elif a == 'bmp':
save_file = 'bmp'
ext = '.bmp'
else:
save_file = 'png'
ext = ".png"
elif o == '--path':
output_path = a
elif o == 'raw':
scanner_compression = 'None'
elif o == 'jpeg':
scanner_compression = 'JPEG'
elif o in ('--color', '--colour'):
scan_mode = 'color'
elif o in ('--lineart', '--line-art', '--bw'):
scan_mode = 'lineart'
elif o in ('--gray', '--grayscale', '--gray-scale', '--grey', '--greyscale', '--grey-scale'):
scan_mode = 'gray'
elif o in ('-m', '--mode'):
a = a.strip().lower()
if a in ('color', 'colour'):
scan_mode = 'color'
elif a in ('lineart', 'bw', 'b&w'):
if (re.search(r'_7500', device_uri)):
log.error("lineart mode is not supported for this device.")
sys.exit(1)
scan_mode = 'lineart'
elif a in ('gray', 'grayscale', 'grey', 'greyscale'):
scan_mode = 'gray'
else:
log.error("Invalid mode. Using default of 'gray'.")
log.error("Valid modes are 'color', 'lineart', or 'gray'.")
scan_mode = 'gray'
elif o in ('--res', '--resolution', '-r'):
try:
r = int(a.strip())
except ValueError:
log.error("Invalid value for resolution.")
res = default_res
else:
res = r
elif o in ('-t', '--units', '--unit'):
a = a.strip().lower()
if a in ('in', 'inch', 'inches'):
units = 'in'
elif a in ('mm', 'milimeter', 'milimeters', 'millimetre', 'millimetres'):
units = 'mm'
elif a in ('cm', 'centimeter', 'centimeters', 'centimetre', 'centimetres'):
units = 'cm'
elif a in ('px', 'pixel', 'pixels', 'pel', 'pels'):
units = 'px'
elif a in ('pt', 'point', 'points', 'pts'):
units = 'pt'
else:
log.error("Invalid units. Using default of 'mm'.")
units = 'mm'
elif o == '--tlx':
a = a.strip().lower()
try:
f = float(a)
except ValueError:
log.error("Invalid value for tlx.")
else:
tlx = f
elif o == '--tly':
a = a.strip().lower()
try:
f = float(a)
except ValueError:
log.error("Invalid value for tly.")
else:
tly = f
elif o == '--brx':
a = a.strip().lower()
try:
f = float(a)
except ValueError:
log.error("Invalid value for brx.")
else:
brx = f
elif o == '--bry':
a = a.strip().lower()
try:
f = float(a)
except ValueError:
log.error("Invalid value for bry.")
else:
bry = f
elif o in ('-a', '--area'): # tlx, tly, brx, bry
a = a.strip().lower()
try:
tlx, tly, brx, bry = a.split(',')[:4]
except ValueError:
log.error("Invalid scan area. Using defaults.")
else:
try:
tlx = float(tlx)
except ValueError:
log.error("Invalid value for tlx. Using defaults.")
tlx = None
try:
tly = float(tly)
except ValueError:
log.error("Invalid value for tly. Using defaults.")
tly = None
try:
brx = float(brx)
except ValueError:
log.error("Invalid value for brx. Using defaults.")
brx = None
try:
bry = float(bry)
except ValueError:
log.error("Invalid value for bry. Using defaults.")
bry = None
elif o == '--box': # tlx, tly, w, h
a = a.strip().lower()
try:
tlx, tly, width, height = a.split(',')[:4]
except ValueError:
log.error("Invalid scan area. Using defaults.")
else:
try:
tlx = float(tlx)
except ValueError:
log.error("Invalid value for tlx. Using defaults.")
tlx = None
try:
tly = float(tly)
except ValueError:
log.error("Invalid value for tly. Using defaults.")
tly = None
if tlx is not None:
try:
brx = float(width) + tlx
except ValueError:
log.error("Invalid value for width. Using defaults.")
brx = None
else:
log.error("Cannot calculate brx since tlx is invalid. Using defaults.")
brx = None
if tly is not None:
try:
bry = float(height) + tly
except ValueError:
log.error("Invalid value for height. Using defaults.")
bry = None
else:
log.error("Cannot calculate bry since tly is invalid. Using defaults.")
bry = None
elif o == '--size':
size = a.strip().lower()
if size in PAGE_SIZES:
brx, bry, size_desc, page_units = PAGE_SIZES[size]
tlx, tly = 0, 0
page_size = size
else:
log.error("Invalid page size. Valid page sizes are: %s" % ', '.join(list(PAGE_SIZES.keys())))
log.error("Using defaults.")
elif o in ('-o', '--output', '-f', '--file'):
output = os.path.abspath(os.path.normpath(os.path.expanduser(a.strip())))
try:
ext = os.path.splitext(output)[1]
except IndexError:
log.error("Invalid filename extension.")
output = ''
if 'file' in dest:
dest.remove('file')
else:
if ext.lower() not in ('.jpg', '.png', '.pdf'):
log.error("Only JPG (.jpg), PNG (.png) and PDF (.pdf) output files are supported.")
output = ''
if 'file' in dest:
dest.remove('file')
else:
if os.path.exists(output):
log.warn("Output file '%s' exists. File will be overwritten." % output)
if 'file' not in dest:
dest.append('file')
elif o in ('-s', '--dest', '--destination'):
a = a.strip().lower().split(',')
for aa in a:
aa = aa.strip()
if aa in ('file', 'viewer', 'editor', 'print', 'email', 'pdf') \
and aa not in dest:
dest.append(aa)
elif o in ('--dd', '--dest-device'):
dest_devUri = a.strip()
if 'print' not in dest:
dest.append('print')
elif o in ('--dp', '--dest-printer'):
dest_printer = a.strip()
if 'print' not in dest:
dest.append('print')
elif o in ('-v', '--viewer'):
a = a.strip()
b = utils.which(a)
if not b:
log.error("Viewer application not found.")
else:
viewer = os.path.join(b, a)
if 'viewer' not in dest:
dest.append('viewer')
elif o in ('-e', '--editor'):
a = a.strip()
b = utils.which(a)
if not b:
log.error("Editor application not found.")
else:
editor = os.path.join(b, a)
if 'editor' not in dest:
dest.append('editor')
elif o == '--pdf':
a = a.strip()
b = utils.which(a)
if not b:
log.error("PDF viewer application not found.")
else:
pdf_viewer = os.path.join(b, a)
if 'pdf' not in dest:
dest.append('pdf')
elif o in ('--email-to', '--to'):
email_to = a.split(',')
if 'email' not in dest:
dest.append('email')
elif o in ('--email-from', '--from'):
email_from = a
if 'email' not in dest:
dest.append('email')
elif o in ('--email-subject', '--subject', '--about'):
email_subject = a
if 'email' not in dest:
dest.append('email')
elif o in ('--email-note', '--email-msg', '--msg', '--message', '--note', '--notes'):
email_note = a
if 'email' not in dest:
dest.append('email')
elif o == '--resize':
a = a.replace("%", "")
try:
resize = int(a)
except ValueError:
resize = 100
log.error("Invalid resize value. Using default of 100%.")
elif o in ('-color_dropout_red_value', '--color_dropout_red_value'):
try:
set_color_dropout = True
color_dropout_red = int(a)
except ValueError:
log.error("Invalid color dropout value. Using default 0 .")
color_dropout_red = 0
elif o in ('-color_dropout_green_value', '--color_dropout_green_value'):
try:
set_color_dropout = True
color_dropout_green = int(a)
except ValueError:
log.error("Invalid color dropout value. Using default 0 .")
color_dropout_green = 0
elif o in ('-color_dropout_blue_value', '--color_dropout_blue_value'):
try:
set_color_dropout = True
color_dropout_blue = int(a)
except ValueError:
log.error("Invalid color dropout value. Using default of [0:0:0] .")
color_dropout_blue = 0
elif o in ('-color_range', '--color_range'):
try:
set_color_dropout = True
color_range_value = int(a)
except ValueError:
log.error("Invalid color dropout value. Using default of [0:0:0] .")
color_range_value = 49
elif o in ('-edge_erase_value', '--edge_erase_value'):
try:
edge_erase = True
edge_erase_value = float(a)
if edge_erase_value > MAX_EDGE_ERASE_VALUE_INCH:
log.error("Invalid edge erase value. Setting Max Value of %f" %MAX_EDGE_ERASE_VALUE_INCH)
edge_erase_value = MAX_EDGE_ERASE_VALUE_INCH
if edge_erase_value < 0:
log.error("Invalid edge erase value. Setting Max Value of %d" %0)
edge_erase_value = 0
except ValueError:
log.error("Invalid edge erase value. Using default of 0.")
edge_erase_value = 0
elif o in ('-b', '--brightness'):
try:
set_brightness = True
brightness = float(a.strip())
except ValueError:
log.error("Invalid brightness value. Using default of 0.")
brightness = 0
elif o in ('-c', '--contrast'):
try:
set_contrast = True
contrast = float(a.strip())
except ValueError:
log.error("Invalid contrast value. Using default of 0.")
contrast = 0
elif o in ('--sharpness'):
try:
set_sharpness = True
#contrast = int(a.strip())
sharpness = float(a.strip())
#print sharpness
except ValueError:
log.error("Invalid sharpness value. Using default of 0.")
sharpness = 0
elif o in ('--color_value'):
try:
set_color_value = True
#contrast = int(a.strip())
color_value = float(a.strip())
#print color_value
except ValueError:
log.error("Invalid color_value. Using default of 0.")
color_value = 0
elif o == '--adf':
adf = True
if uiscan == False:
output_type = 'pdf'
elif o in ('--dup', '--duplex'):
duplex = True
adf = True
if uiscan == False:
output_type = 'pdf'
elif o == '--blankpage':
try:
blank_page = True
except ValueError:
log.error("Invalid Option.Using default of False")
blank_page = False
elif o == '--multipick':
try:
multipick = True
#scanext.setMultipick(multipick)
except ValueError:
log.error("Invalid Option.Using default of False")
multipick = False
elif o == '--autocrop':
try:
auto_crop = True
except ValueError:
log.error("Invalid Option.Using default of False")
auto_crop = False
elif o == '--deskew':
try:
deskew_image = True
except ValueError:
log.error("Invalid Option.Using default of False")
deskew_image = False
elif o == '--autoorient':
#print o
try:
auto_orient = True
except ValueError:
log.error("Invalid Option.Using default of False")
auto_orient = False
elif o == '--crushed':
#print o
try:
crushed = True
except ValueError:
log.error("Invalid Option.Using default of False")
crushed = False
elif o == '--bg_color_removal':
#print o
try:
bg_color_removal = True
except ValueError:
log.error("Invalid Option.Using default of False")
bg_color_removal = False
elif o == '--punchhole_removal':
#print o
try:
punchhole_removal = True
except ValueError:
log.error("Invalid Option.Using default of False")
punchhole_removal = False
elif o == '--mixedfeed':
try:
mixed_feed = True
except ValueError:
log.error("Invalid Option.Using default of False")
mixed_feed = False
elif o == '--backside':
try:
back_side = True
duplex = True
except ValueError:
log.error("Invalid Option.Using default of False")
back_side = False
elif o == '--docmerge':
try:
document_merge = True
except ValueError:
log.error("Invalid Option.Using default of False")
document_merge = False
elif o == '--adf_flatbed_merge':
try:
merge_ADF_Flatbed = True
except ValueError:
log.error("Invalid Option.Using default of False")
merge_ADF_Flatbed = False
elif o == '--batchsepBC':
try:
batchsepBC = True
except ValueError:
log.error("Invalid Option.Using default of False")
batchsepBC = False
elif o == '--batchsepBP':
try:
batchsepBP = True
except ValueError:
log.error("Invalid Option.Using default of False")
batchsepBP = False
elif o == '--uiscan':
try:
uiscan = True
except ValueError:
log.error("Invalid Option.Using default of False")
uiscan = False
if not dest:
if uiscan == False:
log.warn("No destinations specified. Adding 'file' destination by default.")
dest.append('file')
if 'email' in dest and (not email_from or not email_to):
log.error("Email specified, but email to and/or email from address(es) were not specified.")
log.error("Disabling 'email' destination.")
dest.remove("email")
if page_size:
units = 'mm'
if units == 'in':
if tlx is not None: tlx = tlx * 25.4
if tly is not None: tly = tly * 25.4
if brx is not None: brx = brx * 25.4
if bry is not None: bry = bry * 25.4
elif units == 'cm':
if tlx is not None: tlx = tlx * 10.0
if tly is not None: tly = tly * 10.0
if brx is not None: brx = brx * 10.0
if bry is not None: bry = bry * 10.0
elif units == 'pt':
if tlx is not None: tlx = tlx * 0.3528
if tly is not None: tly = tly * 0.3528
if brx is not None: brx = brx * 0.3528
if bry is not None: bry = bry * 0.3528
elif units == 'px':
log.warn("Units set to pixels. Using resolution of %ddpi for area calculations." % res)
if tlx is not None: tlx = tlx / res * 25.4
if tly is not None: tly = tly / res * 25.4
if brx is not None: brx = brx / res * 25.4
if bry is not None: bry = bry / res * 25.4
if tlx is not None and brx is not None and tlx >= brx:
log.error("Invalid values for tlx (%d) and brx (%d) (tlx>=brx). Using defaults." % (tlx, brx))
tlx = brx = None
if tly is not None and bry is not None and tly >= bry:
log.error("Invalid values for tly (%d) and bry (%d) (tly>=bry). Using defaults." % (tly, bry))
tly = bry = None
if not prop.scan_build:
log.error("Scanning disabled in build. Exiting")
sys.exit(1)
if mode == GUI_MODE:
log.error("GUI mode is not implemented yet. Refer to 'hp-scan -h' for help.")
sys.exit(1)
else: # INTERACTIVE_MODE
from base.sixext.moves import queue
try:
import subprocess
except ImportError:
# Pre-2.4 Python
from base import subproc as subprocess
try:
from PIL import Image
except ImportError:
log.error("%s requires the Python Imaging Library (PIL). Exiting." % __mod__)
if PY3: # Workaround due to incomplete Python3 support in Linux distros.
log.notice(log.bold("Manually install the PIL package. More information is available at http://hplipopensource.com/node/369"))
sys.exit(1)
sane.init()
# Commenting redundant getDevices() call since device list are already fetched in the beginning
#devices = sane.getDevices()
# Make sure SANE backend sees the device...
#for d, mfg, mdl, t in devices:
# if d == device_uri:
# break
#else:
# log.error("Unable to locate device %s using SANE backend hpaio:. Please check HPLIP installation." % device_uri)
# sys.exit(1)
if uiscan == False:
log.info(log.bold("Using device %s" % device_uri))
log.info("Opening connection to device...")
try:
device = sane.openDevice(device_uri)
except scanext.error as e:
if multipick and e.args[0] == SANE_STATUS_MULTIPICK:
log.error(multipick_error_message)
sys.exit(2)
if e.args[0] == SANE_STATUS_JAMMED:
log.error(multipick_error_message)
sys.exit(7)
sane.reportError(e.args[0])
sys.exit(1)
try:
source_option = device.getOptionObj("source").constraint
log.debug("Supported source Options: %s size=%d" % (source_option,len(source_option)))
if source_option is None:
log.error("Device doesn't have scanner.")
sys.exit(1)
except:
log.error("Failed to get the source from device.")
sys.exit(1)
#check if device has only ADF
if len(source_option) == 1 and 'ADF' in source_option:
log.debug("Device has only ADF support")
adf = True
elif len(source_option) == 3 and ('ADF-SinglePage' in source_option) and ('ADF-MultiPage-Simplex' in source_option) and ('ADF-MultiPage-Duplex' in source_option):
log.debug("Device has only ADF support")
adf = True
elif len(source_option) == 2 and ('ADF' in source_option) and ('Duplex' in source_option):
log.debug("Device has only ADF support")
adf = True
if adf:
try:
if ('ADF' not in source_option) and ('ADF-SinglePage' not in source_option) and ('ADF-MultiPage-Simplex' not in source_option) and ('ADF-MultiPage-Duplex' not in source_option) and ('ADF Simplex' not in source_option) and ('ADF Duplex' not in source_option):
log.error("Failed to set ADF mode. This device doesn't support ADF.")
sys.exit(1)
else:
if duplex == True:
if 'Duplex' in source_option:
device.setOption("source", "Duplex")
elif 'ADF-MultiPage-Duplex' in source_option:
device.setOption("source", "ADF-MultiPage-Duplex")
elif 'ADF Duplex' in source_option:
device.setOption("source", "ADF Duplex")
else:
log.warn("Device doesn't support Duplex scanning. Continuing with Simplex ADF scan.")
if 'ADF-SinglePage' in source_option:
device.setOption("source", "ADF-SinglePage")
elif 'ADF-MultiPage-Simplex' in source_option:
device.setOption("source", "ADF-MultiPage-Simplex")
else:
device.setOption("source", "ADF")
else:
if 'ADF-SinglePage' in source_option:
device.setOption("source", "ADF-SinglePage")
elif 'ADF-MultiPage-Simplex' in source_option:
device.setOption("source", "ADF-MultiPage-Simplex")
elif 'ADF Simplex' in source_option:
device.setOption("source", "ADF Simplex")
else:
device.setOption("source", "ADF")
device.setOption("batch-scan", True)
except scanext.error:
log.error("Error in setting ADF mode Duplex=%d." % duplex)
sys.exit(1)
else:
try:
device.setOption("source", "Flatbed")
device.setOption("batch-scan", False)
except scanext.error:
log.debug("Error setting source or batch-scan option (this is probably OK).")
if multipick and (not re.search(r'_2000_s2', device_uri)) :
MPICK = 1
device.setOption("multi-pick", int(MPICK))
else:
MPICK = 0
device.setOption("multi-pick", int(MPICK))
tlx = device.getOptionObj('tl-x').limitAndSet(tlx)
tly = device.getOptionObj('tl-y').limitAndSet(tly)
brx = device.getOptionObj('br-x').limitAndSet(brx)
bry = device.getOptionObj('br-y').limitAndSet(bry)
scan_area = (brx - tlx) * (bry - tly) # mm^2
valid_res = device.getOptionObj('resolution').constraint
log.debug("Device supported resolutions %s" % (valid_res,))
if 0 in valid_res: #min-max range in tuple
if res < valid_res[0] or res > valid_res[1]:
log.warn("Invalid resolution. Using closest valid resolution of %d dpi" % res)
if res < valid_res[0]:
res = valid_res[0]
elif res > valid_res[1]:
res = valid_res[1]
else:
if res not in valid_res:
log.warn("Invalid resolution. Using closest valid resolution of %d dpi" % res)
log.warn("Valid resolutions are %s dpi." % ', '.join([str(x) for x in valid_res]))
res = valid_res[0]
min_dist = sys.maxsize
for x in valid_res:
if abs(r-x) < min_dist:
min_dist = abs(r-x)
res = x
res = device.getOptionObj('resolution').limitAndSet(res)
scan_px = scan_area * res * res / 645.16 # res is in DPI
if scan_mode == 'color':
scan_size = scan_px * 3 # 3 bytes/px
elif scan_mode == 'gray':
scan_size = scan_px # 1 byte/px
else: # lineart
scan_size = scan_px // 8
if scan_size > 52428800: # 50MB
if res > 600:
log.warn("Using resolutions greater than 600 dpi will cause very large files to be created.")
else:
log.warn("The scan current parameters will cause very large files to be created.")
log.warn("This can cause the scan to take a long time to complete and may cause your system to slow down.")
log.warn("Approx. number of bytes to read from scanner: %s" % utils.format_bytes(scan_size, True))
device.setOption('compression', scanner_compression)
if uiscan == False and set_contrast:
contrast = int(contrast)
try:
valid_contrast = device.getOptionObj('contrast').constraint
if contrast >= int(valid_contrast[0]) and contrast <= int(valid_contrast[1]):
contrast = device.getOptionObj('contrast').limitAndSet(contrast)
else:
log.warn("Invalid contrast. Contrast range is (%d, %d). Using closest valid contrast of %d " % (int(valid_contrast[0]), int(valid_contrast[1]), contrast))
if contrast < int(valid_contrast[0]):
contrast = int(valid_contrast[0])
elif contrast > int(valid_contrast[1]):
contrast = int(valid_contrast[1])
device.setOption('contrast', contrast)
except:
log.warn("Unable to set contrast for this device. Using default of 0.")
contrast = 0
if uiscan == False and set_brightness:
brightness = int(brightness)
#print device
try:
valid_brightness = device.getOptionObj('brightness').constraint
if brightness >= int(valid_brightness[0]) and brightness <= int(valid_brightness[1]):
brightness = device.getOptionObj('brightness').limitAndSet(brightness)
else:
log.warn("Invalid brightness. Brightness range is (%d, %d). Using closest valid brightness of %d " % (int(valid_brightness[0]), int(valid_brightness[1]), brightness))
if brightness < int(valid_brightness[0]):
brightness = int(valid_brightness[0])
elif brightness > int(valid_brightness[1]):
brightness = int(valid_brightness[1])
device.setOption('brightness', brightness)
except:
log.warn("Unable to set brightness for this device. Using default of 0.")
brightness = 0
if brx - tlx <= 0.0 or bry - tly <= 0.0:
log.error("Invalid scan area (width or height is negative).")
sys.exit(1)
if uiscan == False:
log.info("")
log.info("Resolution: %ddpi" % res)
log.info("Mode: %s" % scan_mode)
log.info("Compression: %s" % scanner_compression)
if(set_contrast):
if uiscan == False:
log.info("Contrast: %d" % contrast)
if(set_brightness):
if uiscan == False:
log.info("Brightness: %d" % brightness)
if units == 'mm':
if uiscan == False:
log.info("Scan area (mm):")
log.info(" Top left (x,y): (%fmm, %fmm)" % (tlx, tly))
log.info(" Bottom right (x,y): (%fmm, %fmm)" % (brx, bry))
log.info(" Width: %fmm" % (brx - tlx))
log.info(" Height: %fmm" % (bry - tly))
if page_size:
units = page_units # for display purposes only
if uiscan == False:
log.info("Page size: %s" % size_desc)
if units != 'mm':
if uiscan == False:
log.note("This scan area below in '%s' units may not be exact due to rounding errors." % units)
if units == 'in':
if uiscan == False:
log.info("Scan area (in):")
log.info(" Top left (x,y): (%fin, %fin)" % (tlx/25.4, tly/25.4))
log.info(" Bottom right (x,y): (%fin, %fin)" % (brx/25.4, bry/25.4))
log.info(" Width: %fin" % ((brx - tlx)/25.4))
log.info(" Height: %fin" % ((bry - tly)/25.4))
elif units == 'cm':
if uiscan == False:
log.info("Scan area (cm):")
log.info(" Top left (x,y): (%fcm, %fcm)" % (tlx/10.0, tly/10.0))
log.info(" Bottom right (x,y): (%fcm, %fcm)" % (brx/10.0, bry/10.0))
log.info(" Width: %fcm" % ((brx - tlx)/10.0))
log.info(" Height: %fcm" % ((bry - tly)/10.0))
elif units == 'px':
if uiscan == False:
log.info("Scan area (px @ %ddpi):" % res)
log.info(" Top left (x,y): (%fpx, %fpx)" % (tlx*res/25.4, tly*res/25.4))
log.info(" Bottom right (x,y): (%fpx, %fpx)" % (brx*res/25.4, bry*res/25.4))
log.info(" Width: %fpx" % ((brx - tlx)*res/25.4))
log.info(" Height: %fpx" % ((bry - tly)*res/25.4))
elif units == 'pt':
if uiscan == False:
log.info("Scan area (pt):")
log.info(" Top left (x,y): (%fpt, %fpt)" % (tlx/0.3528, tly/0.3528))
log.info(" Bottom right (x,y): (%fpt, %fpt)" % (brx/0.3528, bry/0.3528))
log.info(" Width: %fpt" % ((brx - tlx)/0.3528))
log.info(" Height: %fpt" % ((bry - tly)/0.3528))
if uiscan == False:
log.info("Destination(s): %s" % ', '.join(dest))
if 'file' in dest:
if uiscan == False:
log.info("Output file: %s" % output)
update_queue = queue.Queue()
event_queue = queue.Queue()
available_scan_mode = device.getOptionObj("mode").constraint
available_scan_mode = [x.lower() for x in available_scan_mode]
log.debug("Supported modes: %s size=%d" % (available_scan_mode,len(available_scan_mode)))
if scan_mode.lower() not in available_scan_mode:
log.warn("Device doesn't support %s mode. Continuing with %s mode."%(scan_mode,available_scan_mode[0]))
scan_mode = available_scan_mode[0]
if re.search(r'hp2000S1', device_uri) or re.search(r'hpgt2500', device_uri):
if scan_mode == 'gray':
device.setOption("mode", 'Gray')
elif scan_mode == 'color':
device.setOption("mode", 'Color')
elif scan_mode == 'lineart':
device.setOption("mode", 'Lineart')
else:
device.setOption("mode", scan_mode)
#For some devices, resolution is changed when we set 'source'.
#Hence we need to set resolution here, after setting the 'source'
device.setOption("resolution", res)
if uiscan == False:
if 'file' in dest and not output:
if uiscan == False:
log.warn("File destination enabled with no output file specified.")
if adf:
if uiscan == False:
log.info("Setting output format to PDF for ADF mode.")
'''if merge_ADF_Flatbed == True:
output = utils.createSequencedFilename("hpscanMerge", ext,output_path)
else:'''
output = utils.createSequencedFilename("hpscan", ".pdf")
output_type = 'pdf'
else:
if scan_mode == 'gray':
if uiscan == False:
log.info("Setting output format to PNG for greyscale mode.")
output = utils.createSequencedFilename("hpscan", ".png")
output_type = 'png'
else:
if uiscan == False:
log.info("Setting output format to JPEG for color/lineart mode.")
output = utils.createSequencedFilename("hpscan", ".jpg")
output_type = 'jpeg'
if uiscan == False:
log.warn("Defaulting to '%s'." % output)
#print (output_type)
else:
try:
output_type = os.path.splitext(output)[1].lower()[1:]
if output_type == 'jpg':
output_type = 'jpeg'
except IndexError:
output_type = ''
if output_type and output_type not in ('jpeg', 'png', 'pdf'):
log.error("Invalid output file format. File formats must be 'jpeg', 'png' or 'pdf'.")
sys.exit(1)
if adf and output_type and output_type != 'pdf':
log.error("ADF scans must be saved in PDF file format.")
sys.exit(1)
log.info("\nWarming up...")
no_docs = False
page = 1
backpage_count = 1
barcode_index=0
blankpage_index=0
adf_page_files = []
blank_cnt=0
page_list=[]
cleanup_spinner()
log.info("")
try:
#start=datetime.now()
while True:
if adf:
if uiscan == False:
log.info("\nPage %d: Scanning..." % page)
else:
if uiscan == False:
log.info("\nScanning...")
bytes_read = 0
try:
try:
ok, expected_bytes, status = device.startScan("RGBA", update_queue, event_queue)
# Note: On some scanners (Marvell) expected_bytes will be < 0 (if lines == -1)
log.debug("expected_bytes = %d" % expected_bytes)
except scanext.error as e:
if adf and e.args[0] == SANE_STATUS_MULTIPICK and multipick:
log.error(multipick_error_message)
sys.exit(2)
if adf and (e.args[0] == SANE_STATUS_JAMMED) :
log.error(multipick_error_message)
sys.exit(7)
sane.reportError(e.args[0])
sys.exit(1)
except KeyboardInterrupt:
log.error("Aborted.")
device.cancelScan()
sys.exit(1)
if adf and status == scanext.SANE_STATUS_NO_DOCS:
if page-1 == 0:
if uiscan == False:
log.error("No document(s). Please load documents and try again.")
sys.exit(3)
else:
if uiscan == False:
log.info("Out of documents. Scanned %d pages total." % (page-1))
no_docs = True
break
if adf and status == SANE_STATUS_MULTIPICK:
if multipick:
log.error(multipick_error_message)
sys.exit(2)
if adf and status == SANE_STATUS_JAMMED:
log.error(multipick_error_message)
sys.exit(7)
if expected_bytes > 0:
if adf:
if uiscan == False:
log.debug("Expecting to read %s from scanner (per page)." % utils.format_bytes(expected_bytes))
else:
if uiscan == False:
log.debug("Expecting to read %s from scanner." % utils.format_bytes(expected_bytes))
device.waitForScanActive()
if uiscan == False:
pm = tui.ProgressMeter("Reading data:")
while device.isScanActive():
while update_queue.qsize():
try:
status, bytes_read = update_queue.get(0)
if not log.is_debug():
if expected_bytes > 0:
if uiscan == False:
pm.update(int(100*bytes_read/expected_bytes),
utils.format_bytes(bytes_read))
else:
if uiscan == False:
pm.update(0,
utils.format_bytes(bytes_read))
if status != scanext.SANE_STATUS_GOOD:
if (status == SANE_STATUS_MULTIPICK and multipick) or (status == SANE_STATUS_JAMMED):
log.error("ADF_MPD multipick or Jam error %d" % (status))
log.error("Error in reading data. Status=%d " % (status))
#sys.exit(2)
#device.cancelScan() #Added by wipro
#sys.exit(1)
except queue.Empty:
break
time.sleep(0.5)
except KeyboardInterrupt:
log.error("Aborted.")
device.cancelScan()
sys.exit(1)
# Make sure queue is cleared out...
while update_queue.qsize():
status, bytes_read = update_queue.get(0)
if not log.is_debug():
if expected_bytes > 0:
if uiscan == False:
pm.update(int(100*bytes_read/expected_bytes),
utils.format_bytes(bytes_read))
else:
if uiscan == False:
pm.update(0,
utils.format_bytes(bytes_read))
# For Marvell devices, making scan progress bar to 100%
if bytes_read and bytes_read != expected_bytes:
if uiscan == False:
pm.update(int(100),utils.format_bytes(bytes_read))
log.info("")
if bytes_read:
if uiscan == False:
log.info("Read %s from scanner." % utils.format_bytes(bytes_read))
buffer, format, format_name, pixels_per_line, \
lines, depth, bytes_per_line, pad_bytes, total_read, total_write = device.getScan()
if uiscan == False:
log.debug("PPL=%d lines=%d depth=%d BPL=%d pad=%d total_read=%d total_write=%d" %
(pixels_per_line, lines, depth, bytes_per_line, pad_bytes, total_read, total_write))
#For Marvell devices, expected bytes is not same as total_read
if lines == -1 or total_read != expected_bytes:
lines = int(total_read / bytes_per_line)
if scan_mode in ('color', 'gray'):
try:
im = Image.frombuffer('RGBA', (pixels_per_line, lines), buffer.read(),
'raw', 'RGBA', 0, 1)
except ValueError:
log.error("Did not read enough data from scanner (I/O Error?)")
sys.exit(1)
elif scan_mode == 'lineart':
try:
pixels_per_line = bytes_per_line * 8 # Calculation of pixels_per_line for Lineart must be 8 time of bytes_per_line
lineart_mode = True # Otherwise, scanned image will be corrupted (slanted)
im = Image.frombuffer('RGBA', (pixels_per_line, lines), buffer.read(),
'raw', 'RGBA', 0, 1).convert('L')
except ValueError:
log.error("Did not read enough data from scanner (I/O Error?)")
sys.exit(1)
if uiscan == True and back_side and backpage_count%2 != 0:
pass
else:
#if blank_page:
isBlankPage = imageprocessing.blankpage(im,lineart_mode)
if document_merge and duplex and blank_page:
if isBlankPage:
if blank_cnt == 0:
if page%2 != 0:
blank_cnt += 1
page_list.append(page)
else:
if page-1 in page_list:
blank_cnt += 1
else:
if page%2 != 0:
blank_cnt = 1
page_list[:]
page_list.append(page)
if blank_page and isBlankPage:
if adf:
if batchsepBP:
blankpage_found=1
blankpage_count=blankpage_count+1
blankpage_index=blankpage_index+1
if page == 1:
blankpage_first_page = True
if not (document_merge and duplex):
page += 1
continue
else:
sys.exit(0)
elif isBlankPage:
if adf and batchsepBP:
blankpage_found=1
blankpage_count=blankpage_count+1
blankpage_index=blankpage_index+1
if page == 1:
blankpage_first_page = True
#if crushed:
#im = imageprocessing.crushed(im)
if deskew_image and (isBlankPage == False):
if adf:
im = imageprocessing.deskew(im)
else:
#im = imageprocessing.autocrop(im)
im = imageprocessing.deskew(im)
#if mixed_feed:
#im = imageprocessing.mixedfeed(im)
if auto_crop and (isBlankPage == False):
im = imageprocessing.autocrop(im)
if auto_orient:
if not isBlankPage:
orient = imageprocessing.orientangle(im)
orient_list.append(orient)
im = imageprocessing.autoorient(im, orient)
else:
orient_list.append(0)
if uiscan == True and set_brightness:
factor = brightness/100
#print factor
im = imageprocessing.adjust_brightness(im, factor)
if uiscan == True and set_contrast:
factor = contrast/100
#print factor
im = imageprocessing.adjust_contrast(im, factor)
if set_sharpness:
factor = sharpness/100
#print factor
im = imageprocessing.adjust_sharpness(im, factor)
if set_color_value:
factor = color_value/100
#print factor
im = imageprocessing.adjust_color(im, factor)
pyPlatform = platform.python_version()
num = pyPlatform.split('.')
if batchsepBC and num[0] < '3':
import zbar
scanner = zbar.ImageScanner()
scanner.parse_config('enable')
log.debug("Here in barcode detection")
bar_image = im.convert('L')
width, height = bar_image.size
raw_bar = bar_image.tobytes()
my_stream = zbar.Image(width, height, 'Y800', raw_bar)
scanner.scan(my_stream)
#if barcode and batchsep:
for symbol in my_stream:
#print 'decoded', symbol.type, 'symbol', '"%s"' % symbol.data
if symbol.data!='':
barcode_found=1
barcode_data.append(symbol.data)
barcode_count=barcode_count+1
barcode_index=barcode_index+1
if page == 1:
barcode_first_page = True
break;
else:
barcode_found=0
if punchhole_removal:
im = imageprocessing.punchhole_removal(im)
if set_color_dropout:
im = imageprocessing.color_dropout(im,[color_dropout_red,color_dropout_green,color_dropout_blue],color_range_value)
if bg_color_removal:
im = imageprocessing.bg_color_removal(im)
if crushed:
im = imageprocessing.crushed(im)
if edge_erase:
edge_erase_value_px = int(res*edge_erase_value)
im = imageprocessing.edge_erase(im,edge_erase_value_px)
if uiscan == True:
if adf:
if (save_file == 'pdf'):
if (not (document_merge and duplex and save_file == 'pdf')) or (imageprocessing.check_pypdf2() == None):
#ext = ".png"
im = im.convert("RGB")
if barcode_count>0:
if barcode_first_occurence == True:
if barcode_first_page == False:
createPagesFile(adf_page_files,'hpscan', ext)
barcode_first_occurence = False
else:
createPagesFile(adf_page_files,barcode_data[len(barcode_data)-2], ext)
barcode_count=barcode_count-1
del adf_page_files[:]
if blankpage_count>0:
if blankpage_first_occurence == True:
if blankpage_first_page == False:
createPagesFile(adf_page_files,'hpscan', ext)
blankpage_first_occurence = False
else:
createPagesFile(adf_page_files,"batchSep_00%d"%bp_no, ext)
blankpage_count=blankpage_count-1
bp_no += 1
del adf_page_files[:]
'''if (save_file == 'pdf'):
#ext = ".png"
im = im.convert("RGB")'''
if merge_ADF_Flatbed == True and save_file == 'pdf':
temp_output = utils.createSequencedFilename("hpscanMerge", ext,output_path)
else:
if (document_merge and duplex and save_file == 'pdf') or (imageprocessing.check_pypdf2() != None):
temp_output = utils.createSequencedFilename("hpscan", '.png', output_path)
else:
temp_output = utils.createSequencedFilename("hpscan",ext, output_path)
adf_page_files.append(temp_output)
#print "entered flatbed save"
'''pyPlatform = platform.python_version()
num = pyPlatform.split('.')
if num[0] >= '3':
im = im.convert("RGB")'''
try:
im.save(temp_output,compress_level=1,quality=55)
except:
im = im.convert("RGB")
im.save(temp_output,compress_level=1,quality=55)
'''if (save_file == 'pdf'):
ext = ".pdf"'''
if document_merge and duplex and blank_page:
if blank_cnt == 2:
os.unlink(adf_page_files.pop())
os.unlink(adf_page_files.pop())
blank_cnt = 0
page_list[:]
elif uiscan == False:
if adf or output_type == 'pdf':
temp_output = utils.createSequencedFilename("hpscan_pg%d_" % page, ".png")
adf_page_files.append(temp_output)
im.save(temp_output,compress_level=1,quality=55)
elif uiscan == True and status == scanext.SANE_STATUS_MULTIPICK and multipick:
log.error("ADF_MPD multipick error %d" % (status))
log.error("Error in reading data. Status=%d bytes_read=%d." % (status, bytes_read))
sys.exit(2)
elif uiscan == True and (status == SANE_STATUS_JAMMED):
log.error("ADF_MPD multipick or Jam error %d" % (status))
log.error("Error in reading data. Status=%d bytes_read=%d." % (status, bytes_read))
sys.exit(7)
else:
log.error("No data read.")
sys.exit(1)
if not adf or (adf and no_docs):
break
page += 1
backpage_count += 1
#print "*** Total Time Taken \n"
#print datetime.now()-start
finally:
if uiscan == False:
log.info("Closing device.")
device.cancelScan()
#print "outside while"
#if adf or output_type == 'pdf':
#print (output_type)
if adf and (save_file =='jpg' or save_file == 'png' or save_file == 'tiff' or save_file == 'pdf' or save_file == 'bmp'):
#print save_file
#start = datetime.now()
#print "**** Starting Save File Process\n"
if barcode_found == 1:
createPagesFile(adf_page_files,barcode_data[len(barcode_data)-1], ext)
#print "Saving File process Over\n"
#print datetime.now()-start
#print "\n#######################\n"
#print temp_list
if save_file == 'pdf':
if len(temp_list):
if uiscan == True:
log.error("%s" % (temp_list))
sys.exit(5)
sys.exit(0)
if blankpage_found == 1:
createPagesFile(adf_page_files,"batchSep_00%d"%bp_no, ext)
#print "Saving File process Over\n"
#print datetime.now()-start
if save_file == 'pdf':
if len(temp_list):
if uiscan == True:
log.error("%s" % (temp_list))
sys.exit(5)
sys.exit(0)
if document_merge and duplex :
#print "entered docmerge"
#print adf_page_files
if len(adf_page_files):
'''if document_merge and duplex and save_file == 'pdf':
output = imageprocessing.documentmerge(adf_page_files,'.png',output_path)
else:'''
output = imageprocessing.documentmerge(adf_page_files,ext,output_path)
if (save_file == 'pdf'):
#cmd = "%s %s &" % (pdf_viewer, output)
#os_utils.execute(cmd)
if uiscan == True:
log.error("%s" % (output))
#print "Saving File process Over\n"
#print datetime.now()-start
sys.exit(4)
sys.exit(0)
elif (save_file == 'tiff'):
if len(adf_page_files) > 1:
outputtiff = utils.createSequencedFilename("hpscandoc", ext,output_path)
#print outputtiff
file_name = ''
for p in adf_page_files:
file_name = file_name + " " + p
cmd = "convert %s %s" %(file_name,outputtiff)
status = utils.run(cmd)
#print ("***********************")
#print (status[0])
#print (status[1])
if status[0] == -1:
#print ("entered status -1")
log.error("Convert command not found.")
sys.exit(6)
for p in adf_page_files:
#print p
os.unlink(p)
sys.exit(0)
elif (save_file == 'pdf'):
'''if not output:
if merge_ADF_Flatbed == True:
output = utils.createSequencedFilename("hpscanMerge", ext,output_path)
else:
output = utils.createSequencedFilename("hpscan", ext,output_path)'''
if len(adf_page_files) > 0:
#print "adf page files greater than 1"
if merge_ADF_Flatbed == True:
output = utils.createSequencedFilename("hpscanMerge", ext,output_path)
else:
output = utils.createSequencedFilename("hpscandoc", ext,output_path)
try:
if mixed_feed:
output = imageprocessing.generatePdfFile(adf_page_files,output)
else:
output = imageprocessing.generatePdfFile_canvas(adf_page_files,output,orient_list,brx,bry,tlx,tly,output_path)
except:
try:
if mixed_feed:
output = imageprocessing.generatePdfFile_canvas(adf_page_files,output,orient_list,brx,bry,tlx,tly,output_path)
else:
output = imageprocessing.generatePdfFile(adf_page_files,output)
except ImportError as error:
if error.message.split(' ')[-1] == 'PIL':
log.error("PDF output requires PIL.")
else:
log.error("PDF output requires ReportLab.")
sys.exit(1)
if merge_ADF_Flatbed == False:
#cmd = "%s %s &" % (pdf_viewer, output)
#os_utils.execute(cmd)
#imageprocessing.merge_PDF_viewer(output)
if len(adf_page_files):
if uiscan == True:
if output:
log.error("%s" % (output))
elif temp_output:
log.error("%s" % (temp_output))
sys.exit(4)
#print "Saving File process Over\n"
#print datetime.now()-start
sys.exit(0)
else:
sys.exit(0)
elif (uiscan == False) and (adf or output_type == 'pdf'):
try:
from reportlab.pdfgen import canvas
except ImportError:
log.error("PDF output requires ReportLab.")
sys.exit(1)
if not output:
output = utils.createSequencedFilename("hpscan", ".pdf")
c = canvas.Canvas(output, (brx/0.3528, bry/0.3528))
for p in adf_page_files:
#log.info("Processing page %s..." % p)
image = Image.open(p)
try:
c.drawInlineImage(image, (tlx/0.3528), (tly/0.3528), ((brx-tlx)/0.3528),((bry-tly)/0.3528))
except NameError:
log.error("A problem has occurred with PDF generation. This is a known bug in ReportLab. Please update your install of ReportLab to version 2.0 or greater.")
sys.exit(1)
except AssertionError as e:
log.error(e)
if PY3:
log.note("You might be running an older version of reportlab. Please update to the latest version")
log.note("More information is available at http://hplipopensource.com/node/369")
sys.exit(1)
except Exception as e:
log.error(e)
log.note("Try Updating to reportlab version >= 3.2")
sys.exit(1)
c.showPage()
os.unlink(p)
log.info("Saving to file %s" % output)
c.save()
if uiscan == True:
log.info("Viewing PDF file in %s" % pdf_viewer)
cmd = "%s %s &" % (pdf_viewer, output)
os_utils.execute(cmd)
sys.exit(0)
if resize != 100:
if resize < 1 or resize > 400:
log.error("Resize parameter is incorrect. Resize must be 0% < resize < 400%.")
log.error("Using resize value of 100%.")
else:
new_w = int(pixels_per_line * resize / 100)
new_h = int(lines * resize / 100)
if uiscan == False:
log.info("Resizing image from %dx%d to %dx%d..." % (pixels_per_line, lines, new_w, new_h))
im = im.resize((new_w, new_h), Image.ANTIALIAS)
file_saved = False
if 'file' in dest:
if (save_file == 'png' or save_file == 'jpg' or save_file == 'tiff' or save_file == 'pdf' or save_file == 'bmp'):
if barcode_found == 1:
output = utils.createBBSequencedFilename(barcode_data[0]+'_', ext, output_path)
else:
if (save_file == 'pdf') and (merge_ADF_Flatbed == True):
output = utils.createSequencedFilename("hpscanMerge", ext,output_path)
else:
output = utils.createSequencedFilename("hpscan",ext,output_path)
if uiscan == False:
log.info("\nOutputting to destination 'file':")
try:
if uiscan == True:
log.info("Saving to file %s" % output)
if save_file != 'pdf':
'''pyPlatform = platform.python_version()
num = pyPlatform.split('.')
if num[0] >= '3':
im = im.convert("RGB")'''
try:
im.save(output,compress_level=1,quality=55)
except:
im = im.convert("RGB")
im.save(output,compress_level=1,quality=55)
else:
try:
im.save(output,compress_level=1,quality=55)
except:
im = im.convert("RGB")
im.save(output,compress_level=1,quality=55)
'''from reportlab.pdfgen import canvas
print "entered canvas"
c = canvas.Canvas(output)
if auto_orient and (orient == 1 or orient == 3):
c.setPageSize(((bry-tly)/0.3528, (brx-tlx)/0.3528))
c.drawInlineImage(im, (tlx/0.3528), (tly/0.3528), ((bry-tly)/0.3528), ((brx-tlx)/0.3528))
else:
c.setPageSize(((brx-tlx)/0.3528, (bry-tly)/0.3528))
c.drawInlineImage(im, (tlx/0.3528), (tly/0.3528), ((brx-tlx)/0.3528),((bry-tly)/0.3528))
c.showPage()
c.save()'''
#For Doc Merge feature, updating Flatbed to use pdfmerger instead of canvas for PDF creation.
'''temp = 'temp.png'
im.save(temp,compress_level=1)
adf_page_files.append(temp)
output = imageprocessing.generatePdfFile(adf_page_files,output)'''
if uiscan == False:
log.info("Viewing PDF file in %s" % pdf_viewer)
log.info("Saving to file %s" % output)
if merge_ADF_Flatbed == False:
#cmd = "%s %s &" % (pdf_viewer, output)
#os_utils.execute(cmd)
log.error("%s" % (output))
sys.exit(4)
#imageprocessing.merge_PDF_viewer(output)
elif uiscan == False:
im.save(output,compress_level=1,quality=55)
except IOError as e:
im = im.convert("RGB")
try:
im.save(output,compress_level=1,quality=55)
except IOError as e:
log.error("Error saving file: %s (I/O)" % e)
try:
os.remove(output)
except OSError:
pass
sys.exit(1)
except ValueError as e:
log.error("Error saving file: %s (PIL)" % e)
try:
os.remove(output)
except OSError:
pass
sys.exit(1)
file_saved = True
dest.remove("file")
temp_saved = False
if ('editor' in dest or 'viewer' in dest or 'email' in dest or 'print' in dest) \
and not file_saved:
output_fd, output = utils.make_temp_file(suffix='.png')
try:
'''pyPlatform = platform.python_version()
num = pyPlatform.split('.')
if num[0] >= '3':
im = im.convert("RGB")'''
try:
im.save(output,compress_level=1,quality=55)
except:
im = im.convert("RGB")
im.save(output,compress_level=1,quality=55)
except IOError as e:
log.error("Error saving temporary file: %s" % e)
try:
os.remove(output)
except OSError:
pass
sys.exit(1)
os.close(output_fd)
temp_saved = True
for d in dest:
log.info("\nSending to destination '%s':" % d)
if d == 'pdf':
try:
from reportlab.pdfgen import canvas
except ImportError:
log.error("PDF output requires ReportLab.")
continue
if merge_ADF_Flatbed == True:
pdf_output = utils.createSequencedFilename("hpscanMerge", ".pdf",output_path)
else:
pdf_output = utils.createSequencedFilename("hpscan", ".pdf", output_path)
c = canvas.Canvas(pdf_output, (brx/0.3528, bry/0.3528))
try:
c.drawInlineImage(im, (tlx/0.3528), (tly/0.3528), ((brx-tlx)/0.3528),((bry-tly)/0.3528))
except NameError:
log.error("A problem has occurred with PDF generation. This is a known bug in ReportLab. Please update your install of ReportLab to version 2.0 or greater.")
continue
c.showPage()
if uiscan == False:
log.info("Saving to file %s" % pdf_output)
c.save()
if uiscan == False:
log.info("Viewing PDF file in %s" % pdf_viewer)
#cmd = "%s %s &" % (pdf_viewer, pdf_output)
#os_utils.execute(cmd)
#sys.exit(0)
if uiscan == True:
log.error("%s" % (pdf_output))
sys.exit(4)
else:
sys.exit(0)
elif d == 'print':
hp_print = utils.which("hp-print", True)
if not hp_print:
hp_print = 'python ./print.py'
if dest_printer is not None:
cmd = '%s -p %s %s &' % (hp_print, dest_printer, output)
elif dest_devUri is not None:
tmp = dest_devUri.partition(":")[2]
dest_devUri = "hp:" + tmp
cmd = '%s -d %s %s &' % (hp_print, dest_devUri, output)
else:
cmd = '%s %s &' % (hp_print, output)
os_utils.execute(cmd)
elif d == 'email':
try:
from email.mime.image import MIMEImage
from email.mime.multipart import MIMEMultipart
from email.mime.text import MIMEText
except ImportError:
try:
from email.MIMEImage import MIMEImage
from email.MIMEMultipart import MIMEMultipart
from email.MIMEText import MIMEText
except ImportError:
log.error("hp-scan email destination requires Python 2.2+.")
continue
msg = MIMEMultipart()
msg['Subject'] = email_subject
msg['From'] = email_from
msg['To'] = ','.join(email_to)
msg.preamble = 'Scanned using hp-scan'
if email_note:
txt = MIMEText(email_note)
msg.attach(txt)
if file_saved:
txt = MIMEText("attached: %s: %dx%d %s PNG image." %
(os.path.basename(output), pixels_per_line, lines, scan_mode))
else:
txt = MIMEText("attached: %dx%d %s PNG image." % (pixels_per_line, lines, scan_mode))
msg.attach(txt)
fp = open(output, 'r')
img = MIMEImage(fp.read())
fp.close()
if file_saved:
img.add_header('Content-Disposition', 'attachment', filename=os.path.basename(output))
msg.attach(img)
sendmail = utils.which("sendmail")
if sendmail:
sendmail = os.path.join(sendmail, 'sendmail')
cmd = [sendmail,'-t','-r',email_from]
log.debug(repr(cmd))
err = None
try:
sp = subprocess.Popen(cmd, stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
std_out, std_err = sp.communicate(msg.as_string())
if std_err != '':
err = std_err
except OSError as e:
err = str(e)
cleanup_spinner()
if err:
log.error(repr(err))
else:
log.error("Mail send failed. 'sendmail' not found.")
elif d == 'viewer':
if viewer:
log.info("Viewing file in %s" % viewer)
cmd = "%s %s &" % (viewer, output)
os_utils.execute(cmd)
else:
log.error("Viewer not found.")
elif d == 'editor':
if editor:
log.info("Editing file in %s" % editor)
cmd = "%s %s &" % (editor, output)
os_utils.execute(cmd)
else:
log.error("Editor not found.")
device.freeScan()
device.closeScan()
sane.deInit()
except KeyboardInterrupt:
log.error("User exit")
log.info("")
log.info("Done.")
Mini Shell