首先说明我这不是胡说，请不要认为我吐槽，这个字眼很难听的我不喜欢，，我认为我在帮助你，，你认为呢？？？这下面是优客助手的脚本，在250行—258行你是不是忘记敲击几下键盘了，，ubuntukylin的源你添加在主列表里面，那么密匙他会自己飞回来吗？？ubuntukylin添加源是一个特出的情况，这我能理解，密匙好像这里没有给他指令啊？？？
#!/usr/bin/python
# -*- coding: utf-8 -*-
### BEGIN LICENSE
# Copyright (C) 2013 National University of Defense Technology(NUDT) & Kylin Ltd
# This program is free software: you can redistribute it and/or modify it
# under the terms of the GNU General Public License version 3, as published
# by the Free Software Foundation.
#
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranties of
# MERCHANTABILITY, SATISFACTORY QUALITY, 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, see <http://www.gnu.org/licenses/>.
### END LICENSE
import apt
import aptsources.sourceslist
import apt.progress.base as apb
#import threading
class FetchProcess(apb.AcquireProgress):
'''Fetch Process'''
def __init__(self, sudoDaemon):
apb.AcquireProgress.__init__(self)
self.sudoDaemon = sudoDaemon
def done(self, item):
print 'all items download finished'
self.sudoDaemon.software_fetch_signal("down_done", "")
def fail(self, item):
print 'download failed'
self.sudoDaemon.software_fetch_signal("down_fail", "")
def fetch(self, item):
print 'one item download finished'
self.sudoDaemon.software_fetch_signal("down_fetch", "")
def ims_hit(self, item):
print 'ims_hit'
def media_change(self, media, drive):
print 'media_change'
def pulse(self, owner):
# print 'owner: ', owner
# print '############bytes : ', self.current_bytes
# print '@@@@@@@@@@@@total : ', self.total_bytes
# print '%%%%%%%%%%%%item : ', self.current_items
# print '$$$$$$items : ', self.total_items
# print 'current_cps: ', self.current_cps
# print 'elapsed_time: ', self.elapsed_time
# print 'fetched_bytes: ', self.fetched_bytes
# print 'last_bytes: ', self.last_bytes
self.sudoDaemon.software_fetch_signal("down_pulse","download_bytes:" + str(self.current_bytes) + ",total_bytes:" + str(self.total_bytes) + ",download_items:" + str(self.current_items) + ",total_items:" + str(self.total_items))
def start(self):
# Reset all our values.
self.current_bytes = 0.0
self.current_cps = 0.0
self.current_items = 0
self.elapsed_time = 0
self.fetched_bytes = 0.0
self.last_bytes = 0.0
self.total_bytes = 0.0
self.total_items = 0
print 'fetch progress start ...'
self.sudoDaemon.software_fetch_signal("down_start", "")
def stop(self):
print 'fetch progress stop ...'
self.sudoDaemon.software_fetch_signal("down_stop", "")
class AptProcess(apb.InstallProgress):
'''Apt progress'''
def __init__(self, sudoDaemon):
apb.InstallProgress.__init__(self)
self.sudoDaemon = sudoDaemon
def conffile(self, current, new):
print 'there is a conffile question'
def error(self, pkg, errormsg):
self.sudoDaemon.software_apt_signal("apt_error", "")
def start_update(self):
print 'apt process start work'
self.sudoDaemon.software_apt_signal("apt_start", "")
def finish_update(self):
print 'apt process finished'
self.sudoDaemon.software_apt_signal("apt_stop", "")
def status_change(self, pkg, percent, status):
print str(int(percent)) + "% status : " + status
self.sudoDaemon.software_apt_signal("apt_pulse", "percent:" + str(int(percent)) + ",status:" + status)
#class AptDaemon(threading.Thread):
class AptDaemon():
def __init__(self, sudoDaemon):
#threading.Thread.__init__(self)
self.sudoDaemon = sudoDaemon
self.ca = apt.Cache()
self.ca.open()
# self.pkgNameList = []
# for pkg in self.ca:
# self.pkgNameList.append(pkg.name)
# apt-get update
def apt_get_update(self):
self.ca.update(fetch_progress=FetchProcess(self.sudoDaemon))
# apt-get update
#def apt_get_update(self):
# threading.Thread(target=self.apt_get_update_thread, name='AptUpdate').start()
# get package by pkgName
def get_pkg_by_name(self, pkgName):
try:
return self.ca[pkgName]
except Exception, e:
print e
return "ERROR"
# install package
def install_pkg(self, pkgName):
self.ca.open()
pkg = self.get_pkg_by_name(pkgName)
pkg.mark_install()
try:
self.ca.commit(FetchProcess(self.sudoDaemon), AptProcess(self.sudoDaemon))
except Exception, e:
print e
print "install err"
# install package
#def install_pkg(self, pkgName):
# threading.Thread(target=self.install_pkg_thread, args=(pkgName,), name='PkgInstall').start()
# uninstall package
def uninstall_pkg(self, pkgName):
self.ca.open()
pkg = self.get_pkg_by_name(pkgName)
pkg.mark_delete()
try:
self.ca.commit(None, AptProcess(self.sudoDaemon))
except Exception, e:
print e
print "uninstall err"
# uninstall package
#def uninstall_pkg(self, pkgName):
# threading.Thread(target=self.uninstall_pkg_thread, args=(pkgName,), name='PkgUninstall').start()
# update package
def update_pkg(self, pkgName):
self.ca.open()
pkg = self.get_pkg_by_name(pkgName)
pkg.mark_upgrade()
try:
self.ca.commit(FetchProcess(self.sudoDaemon), AptProcess(self.sudoDaemon))
except Exception, e:
print e
print "update err"
# update package
#def update_pkg(self, pkgName):
# threading.Thread(target=self.update_pkg_thread, args=(pkgName,), name='PkgUpgrade').start()
# check package status by pkgName, i = installed u = can update n = notinstall
def check_pkg_status(self, pkgName):
self.ca.open()
pkg = self.get_pkg_by_name(pkgName)
if(pkg == "ERROR"):
return "ERROR"
if(pkg.is_installed):
if(pkg.is_upgradable):
return "u"
else:
return "i"
else:
return "n"
# check packages status by pkgNameList, i = installed u = can update n = notinstall
def check_pkgs_status(self, pkgNameList):
self.ca.open()
pkgStatusDict = {}
for pkgName in pkgNameList:
pkg = self.get_pkg_by_name(pkgName)
if(pkg == "ERROR"):
continue
if(pkg.is_installed):
if(pkg.is_upgradable):
pkgStatusDict[pkgName] = "u"
else:
pkgStatusDict[pkgName] = "i"
else:
pkgStatusDict[pkgName] = "n"
return pkgStatusDict
# check packages status by pkgNameList, i = installed u = can update n = notinstall
def check_pkgs_status_rtn_list(self, pkgNameList):
self.ca.open()
pkgStatusList = []
for pkgName in pkgNameList:
pkg = self.get_pkg_by_name(pkgName)
if(pkg == "ERROR"):
continue
if(pkg.is_installed):
if(pkg.is_upgradable):
pkgStatusList.append(pkgName + ":u")
else:
pkgStatusList.append(pkgName + ":i")
else:
pkgStatusList.append(pkgName + ":n")
self.sudoDaemon.software_check_status_signal(pkgStatusList)
#return pkgStatusList
# check packages status by pkgNameList, i = installed u = can update n = notinstall
#def check_pkgs_status_rtn_list(self, pkgNameList):
# threading.Thread(target=self.check_pkgs_status_rtn_list_thread, args=(pkgNameList,), name='PkgStatusList').start()
# def get_pkgs_name_list(self):
# return self.pkgNameList
#
# def search_pkgs_name(self, pkgName):
# if pkgName in self.pkgNameList:
# return pkgName
# else:
# rtns = []
# for name in self.pkgNameList:
# if name.find(pkgName) >= 0:
# rtns.append(name)
# return rtns
# get all source item in /etc/apt/sources.list
def get_sources(self):
source = aptsources.sourceslist.SourcesList()
return source.list
# add ubuntukylin source in /etc/apt/sources.list
def add_source_ubuntukylin(self):
source = aptsources.sourceslist.SourcesList()
for item in source.list:
if(item.str().find("deb http://archive.ubuntukylin.com/ubuntukylin") != -1):
return
source.add("deb", "http://archive.ubuntukylin.com/ubuntukylin/", "raring main", "")
source.save()
# remove ubuntukylin source in /etc/apt/sources.list
def remove_source_ubuntukylin(self):
source = aptsources.sourceslist.SourcesList()
sources = source.list
for item in sources:
if(item.str().find("deb http://archive.ubuntukylin.com/ubuntukylin") != -1):
source.remove(item)
source.save()
if __name__ == "__main__":
ad = AptDaemon(None)
# print ad.check_pkgs_status(["gedit", "cairo-dock", "unity"])
# print ad.check_pkgs_status_rtn_list(["gedit", "cairo-dock", "unity", "haha", "hehe"])
# ad.apt_get_update()
ad.add_source_ubuntukylin()
# ad.remove_source_ubuntukylin()
while True:
print "\ninput your command: "
cmd = raw_input()
if cmd == "l":
for name in ad.pkgNameList:
print name + "\n"
elif cmd == "i":
print "input pkgName to install: "
pkgName = raw_input()
ad.install_pkg(pkgName)
elif cmd == "n":
print "input pkgName to uninstall: "
pkgName = raw_input()
ad.uninstall_pkg(pkgName)
elif cmd == "u":
print "input pkgName to update: "
pkgName = raw_input()
ad.update_pkg(pkgName)
elif cmd == "c":
print "input pkgName to check status: "
pkgName = raw_input()
print ad.check_pkg_status(pkgName)
else:
print "nothing..."
# print ad.get_pkg_by_name('gedit')
# pnl = ad.getpkglist()
# print len(pnl)
# name1 = ad.search_pkgs_name('wesnoth-1.10-core')
# print name1
# print 'aaa' + str(1)
# ad.install_pkg(name1)
# ad.uninstall_pkg(name1)
# p = ad.get_pkg_by_name(name1)
# print p.id
# c = AptCache()
# c.hahaha()
# print c.hahaha()
# pkgs = []
# ca = apt.Cache()
# i = 0
# for a in ca:
# i += 1
# pkgs.append(a.name)
# print a.name
# print i
# nanop = ca['nano']
# print nanop
# nanop.mark_install()
# ca.commit()
我要挑毛病挑对了，给我点积分我认钱，微软挖漏洞的无论大小都有奖励的，我不要人民我要麒麟币，还有铮亮的纽扣挂我的头像下面，，
