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#!/usr/bin/env python
# -*- coding: utf-8 -*-
#
# (c) Copyright @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: Amarnath Chitumalla
#
# Std Lib
import sys
import os.path
import re
import os
# Local
from .g import *
from . import utils, tui
from base import password, validation
from base.codes import *
from base.strings import *
##### Global variables ###
HPLIP_INFO_SITE ="http://hplip.sourceforge.net/hplip_web.conf"
########### methods ###########
def get_usb_details(vid_pid):
result_cnt = 0
param_result = {"idVendor":'', "iProduct":'', "bNumInterfaces":'', "bInterfaceClass":''}
param_search = {"idVendor": re.compile(r"""\s*idVendor\s*([0-9a-fx]{1,})\s*.*""", re.I),
"iProduct" : re.compile(r"""\s*iProduct\s*[0-9a-fx]{1,}\s*(.*)""", re.I),
"bNumInterfaces" : re.compile(r"""\s*bNumInterfaces\s*(\d{1,})\s*.*""", re.I),
"bInterfaceClass" : re.compile(r"""\s*bInterfaceClass\s*(\d{1,})\s*.*""", re.I) }
lsusb_cmd = utils.which('lsusb',True)
if lsusb_cmd:
sts,out = utils.run("%s -d %s -v"%(lsusb_cmd, vid_pid), passwordObj = None, pswd_msg='', log_output=False)
if sts == 0:
for l in out.splitlines():
for s in param_search:
if s in l:
result_cnt += 1
if param_search[s].match(l):
param_result[s] = param_search[s].match(l).group(1)
else:
log.warn("TBD... Shouldn't have entered into this condition. key[%s]"%s)
if "idVendor" == s and param_result[s].lower() != "0x03f0": # if non-HP vendor, ignoring usb parsing.
return False, {}
elif "iProduct" == s and param_result[s] == "":
return False, {}
break
if result_cnt == len(param_result): # To avoid extra parsing...
break
return True, param_result
# get_smartinstall_enabled_devices function checks CD-ROM enabled devices.
#Input:
# None
# Output:
# smartinstall_dev_list (list) --> Returns CD-ROM enabled device list.
#
def get_smartinstall_enabled_devices():
smartinstall_dev_list=[]
lsusb_cmd = utils.which('lsusb',True)
if not lsusb_cmd:
log.error("Failed to find the lsusb command")
return smartinstall_dev_list
try:
sts,out = utils.run(lsusb_cmd)
if sts != 0:
log.error("Failed to run the %s command"%lsusb_cmd)
return smartinstall_dev_list
for d in out.splitlines():
usb_dev_pat = re.compile(r""".*([0-9a-f]{4}:([0-9a-f]{4}))\s*""", re.I)
if usb_dev_pat.match(d):
vid_pid = usb_dev_pat.match(d).group(1)
bsts, usb_params = get_usb_details(vid_pid)
if not bsts:
continue # These are not HP-devices
log.debug("Product['%s'],Interfaces[%s],InterfaceClass[%s]"%(usb_params["iProduct"], usb_params["bNumInterfaces"],usb_params["bInterfaceClass"]))
if usb_params["bNumInterfaces"] == '1' and usb_params["bInterfaceClass"] == '8' and "laserjet" in usb_params["iProduct"].lower(): #'8' is MASS STORAGE
smartinstall_dev_list.append(usb_params["iProduct"])
else:
log.warn("Failed to find vid and pid for USB device[%s]"%d)
except KeyError:
pass
if smartinstall_dev_list:
smartinstall_dev_list = utils.uniqueList(smartinstall_dev_list)
return smartinstall_dev_list
def check_SmartInstall():
devices = get_smartinstall_enabled_devices()
if devices:
return True
else:
return False
def get_SmartInstall_tool_info():
url, file_name = "", ""
if not utils.check_network_connection():
log.error("Internet connection not found.")
else:
sts, HPLIP_file = utils.download_from_network(HPLIP_INFO_SITE)
if sts == 0:
hplip_si_conf = ConfigBase(HPLIP_file)
url = hplip_si_conf.get("SMART_INSTALL","reference","")
if url:
file_name = 'SmartInstallDisable-Tool.run'
else:
log.error("Failed to download %s."%HPLIP_INFO_SITE)
else:
log.error("Failed to download %s."%HPLIP_INFO_SITE)
return url, file_name
def validate(mode, smart_install_run, smart_install_asc, req_checksum=''):
#Validate Checksum
calc_checksum = utils.get_checksum(open(smart_install_run, 'r').read())
log.debug("File checksum=%s" % calc_checksum)
if req_checksum and req_checksum != calc_checksum:
return ERROR_FILE_CHECKSUM, queryString(ERROR_CHECKSUM_ERROR, 0, plugin_file)
#Validate Digital Signature
gpg_obj = validation.GPG_Verification()
digsig_sts, error_str = gpg_obj.validate(smart_install_run, smart_install_asc)
return digsig_sts, smart_install_run, smart_install_asc, error_str
def download(mode, passwordObj):
if not utils.check_network_connection():
log.error("Internet connection not found.")
return ERROR_NO_NETWORK, "" , "" ,queryString(ERROR_NO_NETWORK)
else:
sts, HPLIP_file = utils.download_from_network(HPLIP_INFO_SITE)
if sts == 0:
hplip_si_conf = ConfigBase(HPLIP_file)
source = hplip_si_conf.get("SMART_INSTALL","url","")
if not source:
log.error("Failed to download %s."%HPLIP_INFO_SITE)
return ERROR_FAILED_TO_DOWNLOAD_FILE, "" , "", queryString(ERROR_FAILED_TO_DOWNLOAD_FILE, 0, HPLIP_INFO_SITE)
sts, smart_install_run = utils.download_from_network(source)
if sts:
log.error("Failed to download %s."%source)
return ERROR_FAILED_TO_DOWNLOAD_FILE, "" , "", queryString(ERROR_FAILED_TO_DOWNLOAD_FILE, 0, source)
sts, smart_install_asc = utils.download_from_network(source+'.asc')
if sts:
log.error("Failed to download %s."%(source+'.asc'))
return ERROR_FAILED_TO_DOWNLOAD_FILE, "" , "", queryString(ERROR_FAILED_TO_DOWNLOAD_FILE, 0, source + ".asc")
digsig_sts, smart_install_run, smart_install_asc, error_str = validate(mode, smart_install_run, smart_install_asc)
return digsig_sts, smart_install_run, smart_install_asc, error_str
def disable(mode, ui_toolkit='qt4', dialog=None, app=None, passwordObj = None):
dev_list = get_smartinstall_enabled_devices()
if not dev_list:
log.debug("No Smart Install Device found")
return ERROR_NO_SI_DEVICE, queryString(ERROR_NO_SI_DEVICE)
return_val = ERROR_FAILED_TO_DISABLE_SI
return_error_str = queryString(ERROR_FAILED_TO_DISABLE_SI)
url, file_name = get_SmartInstall_tool_info()
printer_names = utils.list_to_string(dev_list)
try:
if mode == GUI_MODE:
if ui_toolkit == 'qt3':
try:
from ui.setupform import FailureMessageUI
except ImportError:
log.error("Smart Install is enabled in %s device(s).\nAuto Smart Install disable is not supported in QT3.\nPlease refer link \'%s\' to disable manually"%(printer_names,url))
else:
FailureMessageUI("Smart Install is enabled in %s device(s).\n\nAuto Smart Install disable is not supported in QT3.\nPlease refer link \'%s\' to disable manually"%(printer_names,url))
else: #qt4
if not utils.canEnterGUIMode4():
log.error("%s requires GUI support . Is Qt4 installed?" % __mod__)
return ERROR_FAILED_TO_DISABLE_SI, queryString(ERROR_FAILED_TO_DISABLE_SI)
if dialog and app: # If QT app already opened, re-using same object
dialog.init(printer_names, "", QUEUES_SMART_INSTALL_ENABLED)
else: # If QT object is not created, creating QT app
try:
from ui4.queuesconf import QueuesDiagnose
except ImportError:
log.error("Unable to load Qt4 support. Is it installed?")
else: # app = QApplication(sys.argv) # caller needs to inoke this, if already QApplication object is not created.
dialog = QueuesDiagnose(None, printer_names ,"",QUEUES_SMART_INSTALL_ENABLED)
log.debug("Starting GUI loop...")
dialog.exec_()
if check_SmartInstall():
dialog.showMessage("Failed to disable smart install.\nPlease refer link \'%s\' for more information" %url)
else:
dialog.showSuccessMessage("Smart install disabled successfully.")
#Interaction mode
else:
log.error("Smart Install is enabled in %s device(s). "%printer_names)
response, value = tui.enter_choice("Do you want to download and disable smart install?(y=yes*, n=no):",['y', 'n'], 'y')
if not response or value != 'y': #User exit
return_val = ERROR_FAILED_TO_DISABLE_SI
return_error_str = queryString(ERROR_FAILED_TO_DISABLE_SI)
else:
sts, smart_install_run, smart_install_asc, error_str = download(mode, passwordObj)
disable_si = False
return_val = sts
if sts == ERROR_SUCCESS:
disable_si = True
elif sts in (ERROR_UNABLE_TO_RECV_KEYS, ERROR_DIGITAL_SIGN_NOT_FOUND):
response, value = tui.enter_yes_no("Digital Sign verification failed, Do you want to continue?")
if not response or not value:
sys.exit(0)
else: # Continue without validation succes.
disable_si = True
else:
return_error_str = queryString(sts)
if disable_si:
sts, out = utils.run("sh %s"%smart_install_run)
# Once smart install disabler installation completed, cross verifying to ensure no smart install devices found
if sts or check_SmartInstall():
log.error("Failed to disable smart install .")
log.error("Please refer link \'%s\' to disable manually"%url)
return_val = ERROR_FAILED_TO_DISABLE_SI
return_error_str = queryString(ERROR_FAILED_TO_DISABLE_SI)
else:
log.info("Smart install disabled successfully.")
return_val = ERROR_SUCCESS
return_error_str = ""
except KeyboardInterrupt:
log.error("User exit")
sys.exit(0)
return return_val ,return_error_str
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