def copy():
while 1:
flag = False
print log[42]
oneusername,onepassword = LandFunction.inuserlog(flag)
print log[43]
twousername,twopassword = LandFunction.inuserlog(flag)
textqueue = multiprocessing.Queue()
Aerrorqueue = multiprocessing.Queue()
Berrorqueue = multiprocessing.Queue()
copylandAPlay = multiprocessing.Process(target=CopyProcessing.copylandA, args=(oneusername,onepassword,textqueue,Aerrorqueue,))
copylandBPlay = multiprocessing.Process(target=CopyProcessing.copylandB, args=(twousername,twopassword,textqueue,Berrorqueue,))
#copyProcessing = multiprocessing.Process(target=CopyProcessing.CopyProcessing, args=(textqueue,))
copylandAPlay.start()
copylandBPlay.start()
CopyProc = threading.Thread(target=CopyProcessing.CopyProcessing,args=(textqueue,))
CopyProc.setDaemon(True)
CopyProc.start()
while 1:
if Aerrorqueue.qsize()==1:
Errors = Aerrorqueue.get(True)
if Errors == 16:
print 'A',log[16]
temppw = InputFunction.inputpw(7)
Aerrorqueue.put(1)
Aerrorqueue.put(temppw)
time.sleep(2)
elif Errors == 10060:
print log[33]
elif Berrorqueue.qsize()==1:
Errors = Berrorqueue.get(True)
if Errors == 16:
print 'B',log[16]
temppw = InputFunction.inputpw(7)
Berrorqueue.put(1)
Berrorqueue.put(temppw)
time.sleep(2)
elif Errors == 10060:
print log[33]
copylandAPlay.join()
msvcrt.getch()
def load():
text = open('Land','r')
if text.read() !='':
if InputFunction.inputyn(11) :
text.close()
username,password = UserSave.UserLoad()
return username,password
else :
text.close()
username,password = ins()
if InputFunction.inputyn(10):
flags = UserSave.UserSave(username, password)
return username,password
else :
return username,password
else:
text.close()
username,password = ins()
if InputFunction.inputyn(10):
flags = UserSave.UserSave(username, password)
if flags:
return username,password
return username,password
def uptk():
cookie = NetworkFunction.Cookie()
qk()
while 1:
flag = False
if open('cookie.txt','r').read() != '':
if InputFunction.inputyn(37):
cookie.load('cookie.txt', ignore_discard=True, ignore_expires=True)
qk()
flag = True
print log[58]
break
username,password = LandFunction.inuserlog(flag)
if not username and not password :
print log[53]
open('Land','w').close()
continue
else :
print log[15]
LogFlag,Code = NetworkFunction.Login(username,password)
if not LogFlag and Code==200:
qk()
print log[38]
open('cookie.txt','w').close()
open('Land','w').close()
time.sleep(2)
continue
elif LogFlag and Code==200:
qk()
print log[17]
break
else :
qk()
print log[39]
time.sleep(2)
continue
cookie.save(ignore_discard=True, ignore_expires=True)
while 1:
Uuid = NetworkFunction.UUID()
DataProcessing_ = NetworkFunction.UuidData(Uuid)
qk()
print('%-5s%-5s%-5s%-45s%-20s' % (log[21],log[26],log[20],log[18],log[19]))
l = 0
chooseCourse = {'1':log[24],'0':log[25]}
for i in DataProcessing_:
l+=1
print('%-5s%-5s%-5s%-45s%-20s' % (str(l).center(5),chooseCourse.get(i[5]) ,str(i[2]).decode("utf-8").encode('gbk').center(5) ,i[3].decode("utf-8").encode('gbk') ,i[4].decode("utf-8").encode('gbk')))
print('%-5s%-20s' % (str(l+1).center(5),log[56].center(20)))
print('%-5s%-20s' % ('0'.center(5),log[29].center(20)))
cla = InputFunction.inputsn(22,len(DataProcessing_)+1)
if cla == -1:
break
elif cla == l:
qk()
print log[58]
Already = 0
NotTask = 0
for CourseNumber in range(0, (len(DataProcessing_)-1) + 1):
CourseList = NetworkFunction.course(DataProcessing_[CourseNumber][0],DataProcessing_[CourseNumber][1])
Already += int(CourseList[0])
NotTask += int(CourseList[1])
print log[54],Already,log[55],NotTask
print log[57]
msvcrt.getch()
qk()
continue
TaskProcessing_ = NetworkFunction.task(DataProcessing_[cla][0],DataProcessing_[cla][1],Uuid)
qk()
print('%-5s%-5s%-45s' % (log[21],log[47],log[27]))
l=0
for i in TaskProcessing_:
l+=1
flag = ''
if i[4] == '1':
print('%-5s%-5s%-45s' % (l,log[48] ,i[1].decode("utf-8").encode('gbk')))
elif i[4] == '0' and i[5] == '1':
print('%-5s%-5s%-45s' % (l,log[50] ,i[1].decode("utf-8").encode('gbk')))
elif i[4] == '0' and i[5] == '0':
print('%-5s%-5s%-45s' % (l,log[49] ,i[1].decode("utf-8").encode('gbk')))
print('%-5s%-5s' % ('0',log[28]))
Task = InputFunction.inputsn(23,len(TaskProcessing_))
if Task == -1:
continue
dlg = win32ui.CreateFileDialog(1)
dlg.SetOFNInitialDir('C:\Users')
dlg.DoModal()
filename = dlg.GetPathName()
if filename=='':
print log[30]
FileName = ''
else:
FileName = NetworkFunction.Upfile(filename)
text = ''
text = raw_input(log[31])
x = NetworkFunction.UpTask(Uuid,TaskProcessing_[Task][2],TaskProcessing_[Task][3],text,FileName)
if x[0][1] == 'SUCCESS' and x[2][1] == 'true' and x[3][1] == 'SUCCESS':
qk()
print log[41]
time.sleep(2)
else :
qk()
print x[3][1].decode("utf-8").encode('gbk')
time.sleep(2)
cookie.save(ignore_discard=True, ignore_expires=True)
qk()
def down():
print 'down'
def Endr():
sys.exit()
def Processing(TaskInList):
TaskUpList = []
for i in TaskInList:
clas = str(i-100)[0:1]
task = str(i-1)[1:3]
TaskUp = clas,task
TaskUpList.append(TaskUp)
return TaskUpList
if __name__ == '__main__':
while 1:
qk()
print('%-5s%-5s' % (log[21],log[36]))
for i in range(1, 3 + 1):
print('%-5s%-5s' % (i,log[99+i]))
print('%-5s%-5s' % (0,log[29]))
Options = {0:uptk,1:copy,2:down,-1:Endr}
Option = InputFunction.inputsn(32,3)
Options.get(Option)()
def ins():
username = InputFunction.inputun(6)
password = InputFunction.inputpw(7)
return username,password
def CopyProcessing(textqueue):
print log[15]
#取出旗帜
while 1:
if textqueue.qsize() == 4:
print log[17]
textqueue.get(True)
textqueue.get(True)
textqueue.get(True)
textqueue.get(True)
break
#接受数据字典
while 1:
if textqueue.qsize() == 2:
temp1 = textqueue.get(True)
temp2 = textqueue.get(True)
break
else :
continue
#把进程AB值分类
if temp1.get('A') != None :
listA = temp1.get('A')
listB = temp2.get('B')
else :
listA = temp2.get('A')
listB = temp1.get('B')
tasklistA = listA[0]
tasklistB = listB[0]
lenlistA = listA[1]
lenlistB = listB[1]
PrintDataProcessing = listB[2]
fomart = 'abcdefghijklmnopqrstuvwxyz0123456789^$.*+-?=!:|\/()[]{} '
#设置CMD窗口宽度
colsTEXT = len(PrintDataProcessing)*28
os.system('mode con cols=%s lines=50'%colsTEXT)
TaskInList = []
TaskFlag = {'11':log[60],'10':log[60],'00':log[61],'01':log[62]}
while 1:
TaskIdList = []
qk()
print log[44]
for l in PrintDataProcessing:
#获取课程名并裁剪
PrintData = str(l[3].decode("utf-8").encode('gbk'))[0:14].center(14).lower()
qweData = 0
#检测占单位与双位字符数量避免打印?
for c in PrintData:
if c in fomart:
qweData+=1
if qweData%2 == 0:
lens = 14
else :
lens = 13
#打印课程名
print('%-5s%-16.16s%-5s' % (log[46].center(5),str(l[3].decode("utf-8").encode('gbk'))[0:lens].center(16),log[47].center(5))),
print ''
#一层循环长度为最大作业数
for li in range(0, (max(lenlistB)-1) + 1):
#二层循环长度为课程数量
for ll in range(0, (len(PrintDataProcessing)-1) + 1):
try:
#获取作业名并裁剪
PrintTaskData = str(tasklistB[ll][li][1].decode("utf-8").encode('gbk'))[0:14].center(14).lower()
qweData = 0
#检测占单位与双位字符数量避免打印?
for c in PrintTaskData:
if c in fomart:
qweData+=1
if qweData%2 == 0:
lens = 14
else :
lens = 13
#将有内容的课程ID加入数组
if tasklistB[ll][li][1] != '':
TaskIdList.append((ll+1)*100+li+1)
#打印作业名与ID
print ('%-5s%-16.16s%-2s%-1s%-2s' % (str(((ll+1)*100+li+1)).center(5),str(tasklistB[ll][li][1].decode("utf-8").encode('gbk'))[0:lens].center(16),TaskFlag.get(tasklistA[ll][li][4]+tasklistA[ll][li][5]).center(2),'/',TaskFlag.get(tasklistB[ll][li][4]+tasklistB[ll][li][5]).center(2))),
except IndexError:
print ('%-5s%-16.16s%-5s' % (''.center(5),"".center(20),''.center(5))),
print ''
TaskIn = InputFunction.inputln(45, TaskIdList)
if TaskIn:
TaskInList.append(TaskIn)
continue
else :
print log[52],TaskInList
time.sleep(3)
break
while 1:
TaskUpList=[]
for i in TaskInList:
TaskUpList.append([int(str(i)[0:1])-1,int(str(i)[1:3])-1])
textqueue.put(TaskUpList)