def thr_callback(name,age):
global thisexit
print 'name is ', name, ' age is ', age
thisexit = True
thread.exit_thread()
return
def generate_thread(id, t):
"""
TODO:FIXME: porting real generate interface
call generate(app_name, app_logo, enables) instead
"""
# time.sleep(t)
o = order.objects.get(id=id)
if o is None:
raise Exceptions('order %s be not found' % (id))
else:
if o.order_is_rebuild == True:
o.order_status = 3
else:
o.order_status = 2
# generator script
web_path = '/static/output_path/' + str(id) + '.apk'
abs_path = os.path.abspath('Phimpme' + web_path)
from gen_script import generate
print o.order_features
generate(order_id=id, output_path=abs_path, app_name=o.order_appname, app_logo=None, enables=eval(o.order_features))
o.order_output_file = web_path
o.save()
thread.exit_thread()
def simpleThdreadFun(interval):
global g_nProcessed
global g_nTotal
while g_nTotal > g_nProcessed:
time.sleep(interval)
g_nProcessed += 1
thread.exit_thread()
def mysay(messages):
'''
控制机器人说messages
默认messages是str类型
'''
# 1. 判断语言
umesg = messages.decode('utf-8') # 得到unicode格式的消息，判断语言
# 从unicode中的第一个元素判断语言, 2. 切换语言
if is_chinese(umesg[0]) == True:
if tts.getLanguage() != u'Chinese':
tts.setLanguage("Chinese") # 耗时2s
lang = 'ch' # 语言记录
else:
if tts.getLanguage() != u'English':
tts.setLanguage("English") # 耗时0.8s
lang = 'en'
# 3. 说话
# tts.say(messages)
tts.say(chatrobot.chat(messages, lang)) # Chat Robot Talk
# 4. 切换会英语语言包，默认英语
tts.setLanguage("English")
# 5. 退出线程
thread.exit_thread()
def DetectThread(args):
urll = args[0]
callbackFunc = args[1]
urlstream = urllib.urlopen(urll)
udata = urlstream.read()
callbackFunc(udata)
thread.exit_thread()
def sendMessageToAll(clientsock,client,name): #群聊监听用户发来信息
global cancelSignal
global judge
global messageAll
m = Message()
while True:
eve.clear() # 若已设置标志则清除
eve.wait() # 调用wait方法
if cancelSignal != "":
if name == cancelSignal:
# print "name" , name
time.sleep(0.01)
mutex.acquire()
cancelSignal = ""
mutex.release()
eve.clear()
clientsock.send(m.updateOnlineUsersMsg(name,judge[name]))#judge为判断上下线
if judge[name] == 0:
clientsock.close()
thread.exit_thread()
pass
pass
pass
#if judge[client2[0]] == 1:
else:
print messageAll
clientsock.send(messageAll)
pass
time.sleep(0.05)
pass
def timer(no, interval):
counter = 0
while counter < 10:
print "Thread :(%d), time:%s" % (no, time.ctime())
time.sleep(interval)
counter += 1
thread.exit_thread()
def _downLoad_lyric_thread(self, fromUser, toUser, text_content,
wc_client):
lyric = None
song = ''
if isinstance(text_content, tuple):
song, artist_name = text_content
lyrics = self.getLyricsBySongnameFromHttp(song, artist_name)
if (len(lyrics) >= 1):
lyric = lyrics[0]
elif isinstance(text_content, Lyric):
lyric = text_content
song = lyric.song
elif isinstance(text_content, unicode) or isinstance(
text_content, str):
reply_content = Custon_send_text_data_template % {
'touser': fromUser,
'content': text_content
}
wc_client.message.custom.send.post(body=reply_content)
thread.exit_thread()
return
if isinstance(song, unicode):
song = song.encode('utf-8')
if lyric:
try:
text_content = self._downLoad_lyricFromHttp(lyric)
except Exception, e:
text_content = '找不到歌曲:%s %s'%(song,artist_name) if artist_name \
else '找不到歌曲:%s'%song
def __block__execute__(self,sql):
with self.connection.cursor(pymysql.cursors.DictCursor) as cursor:
cursor.execute(sql)
try:
self.connection.commit()
finally:
thread.exit_thread()
def recvLogin(self, clientsock, lines):
print 'LOGIN DEAL'
#print "lines:", lines
client_host, client_port = clientsock.getpeername()
requestline = lines[0].split(' ')
username = requestline[2]
port = int((lines[1].split(' '))[1])
#print username, port
name_exsit = False
status = '1'
reason = 'success'
#print self.userinfos
if username in self.users:
name_exsit = True
else:
#print 'Process users infos'
self.lock.acquire()
self.users.add(username)
self.userinfos[(client_host, port)] = username
self.lock.release()
print 'Processed'
if name_exsit == True:
status = '0'
reason = 'username already exist'
print status, reason
print 'Status'
self.sendMessageToAClient(clientsock, "loginJudge", [status, reason])
thread.exit_thread()
def cal_nonce(start,end):
value = 2**16
for i in range(start,end):
for nonce in range(0, 2** 16):
nonce = nonce + value * i
# print(nonce)
header_hex ="000000208e930321ddc9e81115c2bca446f98fd216f10abb95554b5fc0c5bc20ddbbc851eed8022fd1b482072b353334031c26f212eefd61d1575426452d7f3d04b3d1f0dc1aa25bdeed011a" + \
str(hex(nonce))[2:].zfill(8)
# print header_hex
header_bin = header_hex.decode('hex')
#hash = hashlib.sha256(hashlib.sha256(header_bin).digest()).digest()
#hash.encode('hex_codec')
#print "hash:"
#print(hash[::-1].encode('hex_codec')) # convert from big-endian to little-endian
scrypt = ltc_scrypt.getPoWHash(header_bin)
scrypt.encode('hex_codec')
# print "scrypt:"
# ts = str((scrypt[::-1].encode('hex_codec')))[0:5] # convert from big-endian to little-endian
ts = (scrypt[::-1].encode('hex_codec'))[0:5] # convert from big-endian to little-endian
if ts=='00000':
print header_hex
print(scrypt[::-1].encode('hex_codec'))
# print(scrypt[::-1].encode('hex_codec')) # convert from big-endian to little-endian
thread.exit_thread()
def worker(bot, uid, text, interval):
cnt = 0
while cnt<1:
print 'Thread:(%d) Time:%s\n'%(uid, time.ctime())
time.sleep(interval)
cnt+=1
# res, qus, aut, con = queryTomcat(uid, text)
res, qus, answers = queryTomcat(uid, text)
#print 'before process:'+con
# con = con.replace('<p>','')
# con = con.replace('</p>','\n')
# print 'after process:'+con
#bot.sendMessage(chat_id=uid,text=res)
#bot.sendMessage(chat_id=uid,text=qus)
## bot.sendMessage(chat_id=uid,text=qus.encode('utf-8'))#same result like upper one
#bot.sendMessage(chat_id=uid,text=aut,parse_mode=ParseMode.HTML)
#bot.sendMessage(chat_id=uid,text=con,parse_mode=ParseMode.HTML)
## bot.sendMessage(chat_id=uid,text=aut.decode('ISO-8859-1'))#bad using
## bot.sendMessage(chat_id=uid,text=aut.encode('utf-8'))#bad using
## bot.sendMessage(chat_id=uid,text='<b>'+aut+'</b>',parse_mode=ParseMode.HTML)#bad using
if len(answers)>0:
print 'get answers:'
bot.sendMessage(chat_id=uid, text='已找到答案，请稍后...')
for ans in answers:
print ans
finContent = '问题:'+ans['qus'].encode('utf-8')+'\n----------------------\n答案:'+ans['ans'].encode('utf-8')+'\n\n\n相似性:'+str(ans['sco'])
print finContent
bot.sendMessage(chat_id=uid, text=finContent)
else:
print 'no answers'
bot.sendMessage(chat_id=uid, text='没找到答案，换个问题吧~')
thread.exit_thread()
def runner(arg):
for i in range(6):
print str(i)+':'+arg
time.sleep(1)
#......
thread.exit_thread() #...thread.exit()
def get_content(j, ulr, interval):
with open(str(j) + '.jpg', "wb") as f:
each = requests.get(url)
f.write(each.content)
print str(j) + '.jpg 下载完成'
time.sleep(interval)
thread.exit_thread()
def glib_loop_thread(self):
"""
runs the GLib main loop to get notified about player status changes
"""
self.mloop.run()
log("GLib loop exited", min_verbosity=2)
thread.exit_thread()
def dl(threadName, delay, res):
# 取文件扩展名称
def getFileExp(file):
return '.' + file[-3:]
# 当前所有线程总下载数
self.allThreadNum += 1
# 下载文件 至分类目录 并重新命名
reg = re.compile(r'[\\/:*?"<>|\r\n]+')
baseName = res['name'] + getFileExp(res['res'])
validName = reg.findall(baseName)
if validName:
for nv in validName:
baseName = baseName.replace(nv, "_")
fileName = categoryName + '/' + baseName
if not os.path.isfile(fileName):
try:
urllib.urlretrieve(res['res'], fileName)
# 已下载的总文件数量
self._fileNum += 1
print threadName + res['name'] + ' file ' + res[
'res'] + ' is download.'
except Exception:
print "Network Error: " + res['res']
else:
print threadName + res['name'] + ' file ' + res[
'res'] + ' is exist.'
# 释放线程占用
del self._threadsStatus[threadName]
thread.exit_thread()
time.sleep(2)
def updataCj(self):
try:
t=urllib2.urlopen('http://trade.taobao.com/trade/itemlist/list_bought_items.htm')
except:
pass
t.close()
thread.exit_thread()
def repaint_repeat(ex, interval):
while(True):
ex.update()
time.sleep(interval)
thread.exit_thread()
def ser_recv(connfd, cliaddr): while True: buf = connfd.recv(4096) print buf thread.exit_thread()
def funt(no,a):
print no
while True:
a = a + 1
print "Thread no %d = %d \n" %(no, a)
time.sleep(1)
thread.exit_thread()
def handle_unzip(filename, path, obj):
cmd_str = "unzip -d " + path + " " + filename;
print(cmd_str);
ss = os.popen(cmd_str).read();
obj.end_unzip(ss);
thread.exit_thread();
return;
def handle_download(url, zip_name, obj):
cmd_str = "wget -O " + zip_name + " " + url;
print(cmd_str);
ss = os.popen(cmd_str).read();
obj.end_download(ss);
thread.exit_thread();
return;
def __block__execute__(self, sql):
with self.connection.cursor(pymysql.cursors.DictCursor) as cursor:
cursor.execute(sql)
try:
self.connection.commit()
finally:
thread.exit_thread()
def do(id):
global alive
global finished,succeed
aliveLock.acquire()
alive += 1
aliveLock.release()
conn = httplib.HTTPConnection('tw.heuet.edu.cn:82')
conn.request('HEAD', '/View.asp?id=%i' % id)
res = conn.getresponse()
fLock.acquire()
if res.status == 200:
succeed += 1
else:
lockP.acquire()
print res.status
print res.getheaders()
lockP.release()
finished += 1
alive -= 1
fLock.release()
thread.exit_thread()
def check_bypass(dump_file):
"""
Get the file flags of domain core dump file and check it.
"""
cmd1 = "lsof -w %s >/dev/null 2>&1" % dump_file
while True:
if os.path.exists(dump_file):
if not os.system(cmd1):
cmd2 = ("cat /proc/$(%s |awk '/libvirt_i/{print $2}')/fdinfo/1"
"|grep flags|awk '{print $NF}'" % cmd1)
(status, output) = commands.getstatusoutput(cmd2)
if status == 0:
if len(output):
logging.debug("The flags of dumped file: %s ", output)
file_flag = output[-5]
if check_flag(file_flag):
logging.info("Bypass file system cache "
"successfully when dumping")
else:
raise error.TestFail("Bypass file system cache "
"fail when dumping")
break
else:
logging.error("Fail to get the flags of dumped file")
return 1
thread.exit_thread()
def timer(no, interval):
cnt = 0
while cnt < 10:
print 'Thread(%d) Time:%s/n' % (no, time.ctime())
time.sleep(interval)
cnt += 1
thread.exit_thread()
def simpleThdreadFun(interval):
global g_nProcessed
global g_nTotal
while g_nTotal > g_nProcessed:
time.sleep(interval)
g_nProcessed += 1
thread.exit_thread()
def dl(threadName, delay, res):
# 取文件扩展名称
def getFileExp(file):
return '.' + file[-3:]
# 当前所有线程总下载数
self.allThreadNum += 1
# 下载文件 至分类目录 并重新命名
fileName = categoryName + '/' + res['name'] + getFileExp(
res['res'])
if not os.path.isfile(fileName):
urllib.urlretrieve(res['res'], fileName)
# 已下载的总文件数量
self._fileNum += 1
print threadName + res['name'] + ' file ' + res[
'res'] + ' is download.'
else:
print threadName + res['name'] + ' file ' + res[
'res'] + ' is exist.'
# 释放线程占用
del self._threadsStatus[threadName]
thread.exit_thread()
time.sleep(2)
def update_dropbox_sharing_schedule(interval):
'''
a time task running in KMS server.
as long as detect the expiration value has been reached, delete this file sharing record.
'''
Dropbox_time_format = '%a, %d %b %Y %H:%M:%S'
url_to_delete = []
db_handler = lite.connect("./SecureDropboxDB.db")
db = db_handler.cursor()
while True:
print 'update sharing record'
sql = "select url,expires from sharing_pool"
res = db.execute(sql)
for row in res:
# convert time format and get the time stamp value.
expire_time = time.mktime(time.strptime(row[1][:-6], Dropbox_time_format))
current_time = time.time()
if current_time >= expire_time:
url_to_delete.append(row[0])
#delete sharing record.
for url in url_to_delete:
sql = "delete from sharing_pool where url = '%s'" % url
db.execute(sql)
db_handler.commit()
# time task, executed every 600 seconds.
time.sleep(interval)
thread.exit_thread()
def timer(threadNo,interval):
cnt = 0
while cnt<10:
print 'Thread:%d Time: %s\n'%(threadNo, time.ctime())
time.sleep(interval)
cnt+=1
thread.exit_thread()
def DetectThread(args):
urll = args[0]
callbackFunc = args[1]
urlstream = urllib.urlopen(urll)
udata = urlstream.read()
callbackFunc(udata)
thread.exit_thread()
def rsync():
global isSyncing
# global start
# end=time.time()
# if isSyncing or end-start<3:
if isSyncing:
thread.exit_thread()
return
isSyncing = True
# start=end
st = time.time()
# out=os.popen(sys.path[0]+'/cwrsync.bat').readlines()
# for line in out:
# print line
p = Popen(sys.path[0] + '/cwrsync.bat ' + sys.argv[1],
stdout=PIPE,
stderr=subprocess.STDOUT)
while True:
line = p.stdout.readline()
if not line:
break
print line.strip()
isSyncing = False
print '''=====================
rsync finished in %s seconds!''' % int(time.time() - st)
thread.exit_thread()
def _downLoad_lyric_thread(self, fromUser, toUser, text_content, wc_client):
lyric = None
song = ''
if isinstance(text_content, tuple):
song, artist_name = text_content
lyrics = self.getLyricsBySongnameFromHttp(song, artist_name)
if (len(lyrics) >= 1):
lyric = lyrics[0]
elif isinstance(text_content, Lyric):
lyric = text_content
song = lyric.song
elif isinstance(text_content, unicode) or isinstance(text_content, str):
reply_content = Custon_send_text_data_template % {'touser':fromUser, 'content':text_content}
wc_client.message.custom.send.post(body=reply_content)
thread.exit_thread()
return
if isinstance(song, unicode):
song = song.encode('utf-8')
if lyric:
try:
text_content = self._downLoad_lyricFromHttp(lyric)
except Exception, e:
text_content = '找不到歌曲:%s %s'%(song,artist_name) if artist_name \
else '找不到歌曲:%s'%song
def generate_thread(id, t):
"""
TODO:FIXME: porting real generate interface
call generate(app_name, app_logo, enables) instead
"""
# time.sleep(t)
o = order.objects.get(id=id)
if o is None:
raise Exceptions('order %s be not found' % (id))
else:
if o.order_is_rebuild == True:
o.order_status = 3
else:
o.order_status = 2
# generator script
web_path = '/static/output_path/' + str(id) + '.apk'
abs_path = os.path.abspath('Phimpme' + web_path)
from gen_script import generate
print o.order_features
generate(order_id=id,
output_path=abs_path,
app_name=o.order_appname,
app_logo=None,
enables=eval(o.order_features))
o.order_output_file = web_path
o.save()
thread.exit_thread()
def timer(no,interval):
cnt = 0
while cnt<10:
print "thread:(%d) time %s\n"%(no,time.ctime())
time.sleep(interval)
cnt += 1
thread.exit_thread()
def runJMeterJob(self, job_file):
global flag_running
flag_running = True
jmeter_launcher = self.jmeterhome + "JMeterLauncher.bat"
#[12/04/2015-Yanhong]need switch working directory to self.jmeterhome
#otherwise exception in JMeterLauncher
os.chdir(self.jmeterhome)
cmd = 'call ' + jmeter_launcher + ' JOB "' + job_file +'"'
self.runnerlogger.info(cmd)
time.sleep(12)
javahome = os.getenv("JAVA_HOME")
java='\"'+javahome+"\\bin\\java.exe"+'\"'
print java
os.putenv("JM_LAUNCH", java)
try:
os.system(cmd)
except:
self.runnerlogger("Exception in run job: "+job_file)
flag_running = False
try:
thread.exit_thread()
except Exception, e:
#self.runnerlogger("Exception in exit_thread. The thread may be already killed.")
print "Exception in exit_thread: " + str(e)
def timer01(no,interval):
cnt = 0
while cnt<5:
print('Thread:(%d) Time:%s\n' %(cnt,time.ctime()))
time.sleep(interval)
cnt += 1
thread.exit_thread()
def timer(no, interval):
cnt = 0
while cnt < 3:
print 'Thread:(%d) Time:%s\n' % (no, time.ctime())
time.sleep(interval)
cnt += 1
thread.exit_thread()
def DataHandle(mainframe, frame):
from Command import DataHandleCmd
_cmd = DataHandleCmd.DataHandleCmd(mainframe, *mainframe.getSamplingParams())
_cmd.Excute()
frame.Destroy()
thread.exit_thread()
def timer1s(): gameinit() while True: roundinit() round() if data.gameover ==1: break thread.exit_thread()
def myTimer(name,num):
global count
while num>0:
count+=1
print "Thread:(%s)--(%d) Time:%s\n" %(name,count, time.ctime())
num-=1
time.sleep(1)
thread.exit_thread()
def run(self):
while self.flag:
Watcher(file_dir=self.log_path,
time_skip=30,
sleep_time=10,
function=self.process).watch_dir()
time.sleep(10)
thread.exit_thread()
def timer(no, interval):
while True:
time.sleep(interval)
print(time.strftime('%Y-%m-%d %H:%M:%S', time.localtime(time.time())))
for element in MyFactory.clients:
print(element) #在这里可以给每个客户端发送消息
element.transport.getHandle().sendall('dddddddddddd')
thread.exit_thread()
def Sampling(path,frame):
from VideoSampling import ExecuteFfmpeg
_efm = ExecuteFfmpeg.ExecuteFfmpeg(path)
_efm.Run()
_efm.WaitForProcess()
frame.frame.getFrameNum()
frame.Destroy()
thread.exit_thread()
def timerTest(no, interval):
print "timer thread start"
while True:
time.sleep(interval)
print "runing"
testFunc()
thread.exit_thread()
def sleeper(name, seconds, sss):
memoryMonster[1] = 1000
for i in range(100):
print("PID: " + str(os.getpid()) + " " + str(i))
time.sleep(seconds)
print "Done sleeping"
thread.exit_thread()
def timer(no, interval):
cnt = 0
while cnt<10:
print 'Thread:(%d) Time:%s\n'%(no, time.ctime())
#time.sleep(interval)
cnt += 1
# 线程的结束可以等待线程自然结束，也可以在线程函数中调用 thread.exit() 或 thread.exit_thread() 方法。
thread.exit_thread()
def updataCj(self):
try:
t = urllib2.urlopen(
'http://trade.taobao.com/trade/itemlist/list_bought_items.htm')
except:
pass
t.close()
thread.exit_thread()
def runAnimation(self):
while not self.stopped:
self.tb.planetMove()
sleep(self.tb.tb.t)
# in order to debug, i made the time faster
# sleep(self.tb.tb.t)
self.V()
thread.exit_thread()
def recvGetlist(self, clientsock):
userinfos = {}
userinfos = {}
for ips in self.userinfos.keys():
user = self.userinfos[ips]
userinfos[user] = ips
self.sendMessageToAClient(clientsock, "onlineUserList",userinfos)
thread.exit_thread()
def thread1_read_device():
global fname1
global fflg
global fstmp
ff1 = open(fname1, "r")
while fflg:
fstmp = ff1.readline()
ff1.close()
thread.exit_thread()
def timer(self, process, timeout):
num = 0
while process.poll() == None and num < timeout * 10:
num += 1
time.sleep(0.1)
if process.poll() == None:
#os.system("taskkill /T /F /PID %d"%process.pid)
print "%d process timeout ,be killed！" % process.pid
thread.exit_thread()
