def __init__(self, raw):
"""
Create a command representation by parsing a raw received message.
Similar to Command, but prefix is a string, and command is an int.
@param raw The full message in string form.
"""
# Ignoret the CRLF
parts = raw[:-2].split()
pre = None
if Message.has_prefix(raw):
# A reply source is just the server name
pre = parts[0][1:]
del parts[0]
if len(parts) == 0:
raise ValueError('message has no command')
# A reply command is just a 3-digit code
cmd = int(parts[0])
arg = ' '.join(parts[1:])
Message.__init__(self, pre, cmd, Message.parse_arguments(arg))
def __init__(self, request, client_address, server):
self.keep_alive = True
self.handshake_done = False
self.is_master = False # 是否是控制机
self.is_client = True # 是否是用户机
self.xid = None # 绑定的编号
self.pwd = None # 绑定的密码
self.master_xid = None # 控制机的编号
self.master_pwd = None # 控制机的密码
self.json_type = True # 默认以JSON类型传输数据，False: 接收到的数据不能解析为json数据了。
self.last_send_message = None # 上次发送的数据
self.selector = selectors.DefaultSelector()
self.selector.register(request, selectors.EVENT_READ)
self.server = server # type: WebSocketServer
self.message = Message()
self.queue = queue.Queue() # 默认队列
self.request = request
self.master_request = None # type: socket.socket
self.master_handler = None # type: WebSocketServerRequestHandler
self.client_requests = [] # 所有用户机的socket
super().__init__(request, client_address, server)
def privmsg(serv, usr, n, m, *_):
try:
chan = serv.get_channel(n)
us = serv.get_channel_users(chan)
targets = us[:]
targets.remove(usr)
for t in targets:
t.send(Message(usr.hostmask, Command.PRIVMSG, [n, m]))
except BadChannelError:
try:
target = serv.get_user(n)
target.send(Message(usr.hostmask, Command.PRIVMSG, [n, m]))
except NoUserError:
usr.send(
Message(serv.hostname, Reply.ERR.NOSUCHNICK,
[n, 'no such nick']))
except NoChannelError:
usr.send(
Message(serv.hostname, Reply.ERR.NOSUCHCHANNEL,
[n, 'no such channel']))
except ValueError:
usr.send(
Message(serv.hostname, Reply.ERR.CANNOTSENDTOCHAN,
[n, 'cannot send to channel']))
def __init__(self, raw):
"""
Create a command representation by parsing a raw received message.
Use functionality from Message, then create a Hostmask from the prefix.
@param raw The full message in string form.
"""
# Ignore the CRLF
parts = raw[:-2].split()
pre = None
if Message.has_prefix(raw):
# Create a hostmask from the prefix, ignoring the ':' at the start
pre = Hostmask.from_raw(parts[0][1:])
del parts[0]
if len(parts) == 0:
raise ValueError('message has no command')
cmd = parts[0]
# Every 'part' after the command is an argument
arg = ' '.join(parts[1:])
Message.__init__(self, pre, cmd, Message.parse_arguments(arg))
def setup(serino):
chrome = Chrome(serino, "Chrome")
message = Message(serino, "Message")
email = Email(serino, "Email")
call = Telephony(serino, "call")
# chrome.setup()
message.setup()
email.setup("*****@*****.**", "Password001", "exchange")
call.setup_contacts()
def setup(serino):
chrome = Chrome(serino,"Chrome")
message = Message(serino,"Message")
email = Email(serino,"Email")
call = Telephony(serino,"call")
# chrome.setup()
message.setup()
email.setup("*****@*****.**", "Password001", "exchange")
call.setup_contacts()
def check_state(serv, usr, state, *_):
if state == True and not usr.is_registered():
usr.send(
Message(serv.hostname, Reply.ERR.NOTREGISTERED,
['you have not registered']))
return False
elif state == False and usr.is_registered():
usr.send(
Message(serv.hostname, Reply.ERR.ALREADYREGISTERED,
['unauthorized command (already registered)']))
return False
else:
return True
def _message(self, buddy, message, **options):
'@return: True if the message was allowed'
# Always use local time for online messages, in case user's clock is wrong.
if not options.get('offline', True):
options.pop('timestamp', None)
if options.get('offline', False):
self.autoresponded = True # Prevent autoresponse to offline messages
# if timestamp is None substitute it with UTC now
timestamp = options.pop('timestamp', None)
if timestamp is None:
timestamp = datetime.utcnow()
from common.message import Message
messageobj = Message(buddy=buddy,
message=message,
timestamp=timestamp,
conversation=self,
**options)
from plugin_manager import plugin_hub
plugin_hub.act('digsby.im.msg.async', self, messageobj,
options.get('type', None))
from common import profile
return profile.on_message(messageobj) is not profile.on_message.VETO
def buddy_says(self, buddy, message, **options):
'@return: True if the message was allowed'
if not isinstance(message, unicode):
raise TypeError, 'buddy_says needs unicode got type %r: %r' % (
type(message), message)
try:
timestamp = options.get('timestamp', None)
if timestamp is None:
timestamp = datetime.utcnow()
content_type = options.pop('content_type', 'text/plain')
from common.message import Message
messageobj = Message(buddy=buddy,
message=message,
timestamp=timestamp,
content_type=content_type)
from plugin_manager import plugin_hub
msgtype = options.get('type', None)
# Allow plugins to make changes to the messageobj
plugin_hub.act('digsby.im.msg.pre', messageobj, msgtype)
if messageobj.message != '':
# TODO: pass entire (potentially) changed messageobj to self._message
return self._message(buddy,
messageobj.message,
content_type=messageobj.content_type,
**options)
except Exception, e:
log.error("Failed to parse message %r", e)
# do what it used to do
return self._message(buddy, message, **options)
def user(serv, usr, n, h, s, r, *_):
usr.update(username=n)
if usr.can_register():
usr.register()
usr.send(
Message(serv.hostname, Reply.RPL.WELCOME,
['welcome to pylay IRC ' + format(usr.hostmask)]))
def on_success():
self.show_message(
Message(buddy=frm.self_buddy,
message=message[:SMS_MAX_LENGTH],
conversation=self.convo,
type='outgoing'))
self.ClearAndFocus()
def test_write_read_unicode(self):
with self.scratch_logger() as logger:
unicode_msg = u'\xd0\xb9\xd1\x86\xd1\x83\xd0\xba\xd0\xb5'
# log a message with unicode
msg = Message(buddy=self.buddy,
message=unicode_msg,
type='incoming',
conversation=self.convo,
timestamp=datetime(month=12,
day=25,
year=2000,
hour=12))
logger.on_message(msg)
# check that the file is on disk
logfile = os.path.join(
logger.OutputDir, r'aim\digsby03\digsby01_aim\2000-12-25.html')
self.assert_(os.path.isfile(logfile), logfile)
history = logger.history_for(self.account, self.buddy)
# assert that unicode was encoded and decoded properly
logmsg = list(history)[0]
self.assert_(logmsg.message == unicode_msg)
def parse_html_slow(html):
'Uses Beautiful Soup to parse messages out of a log file.'
html = html.decode('utf-8', 'ignore')
soup = soupify(html, markupMassage=((br_re, lambda m: '<br />'), ))
messages = []
strptime = datetime.strptime
for div in soup.findAll(message_divs):
try:
buddyname = div.findAll('span',
class_buddy)[0].renderContents(None)
timestamp = parse_timestamp(div['timestamp'])
message = div.findAll('span',
class_msgcontent)[0].renderContents(None)
type = div['class'].replace('message', '').strip()
auto = boolify(div.get('auto', 'false'))
except Exception:
print_exc()
else:
messages.append(
Message(buddy=S(name=buddyname),
timestamp=timestamp,
message=message,
type=type,
auto=auto))
log_info('parse_html_slow with %d bytes returning %d messages', len(html),
len(messages))
return messages
def on_message(self, message):
"""
raw websocket message handler. Message should be in
json formatted dictionary with the following keys::
id - unique message id set by client. Response will be sent with the sama id
route - messaeg route. Refers message handler that will be used
body - message body that will be routed to handler.
:param : raw message in json format
"""
json_message = json.loads(message)
message = Message.from_json(json_message=json_message, handler=self)
msg_handlers = self._app.msg_handler_registry.match(message.get_route())
ioloop = IOLoop.current()
for msg_handler_cls in msg_handlers:
msg_handler = msg_handler_cls()
future = msg_handler.call(message=message)
def callback(future):
msg_handler.result(future)
if future.done():
pass
else:
ioloop.add_future(future, callback)
def test_html_entities(self):
with self.scratch_logger() as logger:
message = u'foo bar <b>meep</b>'.encode('xml')
msg = Message(buddy=self.buddy,
message=message,
type='incoming',
conversation=self.convo,
timestamp=datetime(month=12,
day=25,
year=2000,
hour=12))
logger.on_message(msg)
# check that the file is on disk
logfile = os.path.join(
logger.OutputDir, r'aim\digsby03\digsby01_aim\2000-12-25.html')
self.assert_(os.path.isfile(logfile), logfile)
print open(logfile, 'rb').read()
history = list(logger.history_for(self.account, self.buddy))
self.assert_equal(1, len(history))
self.assert_('<' not in history[0].message)
def setUpClass(cls):
serino = "MDEVICE"
serino = "a541c694"
if len(sys.argv)>1:
serino = sys.argv[1]
cls.mod = Message(serino, "Message")
cls.set = Settings(cls.mod.device, "Settings")
def join(serv, usr, n, *_):
try:
chan = serv.get_channel(n, True)
serv.join_channel(chan, usr)
us = serv.get_channel_users(chan)
targets = us[:]
targets.remove(usr)
for t in targets:
t.send(Message(usr.hostmask, Command.JOIN, [n]))
except BadChannelError:
usr.send(
Message(serv.hostname, Reply.ERR.NOSUCHCHANNEL,
[n, 'no such channel']))
def part(serv, usr, n, *_):
try:
chan = serv.get_channel(n)
serv.part_channel(chan, usr)
targets = serv.get_channel_users(chan)
for t in targets:
t.send(Message(usr.hostmask, Command.PART, [n]))
except (BadChannelError, NoChannelError):
usr.send(
Message(serv.hostname, Reply.ERR.NOSUCHCHANNEL,
[n, 'no such channel']))
except NotInChannelError:
usr.send(
Message(serv.hostname, Reply.ERR.NOTONCHANNEL,
[n, 'you\'re not on that channel']))
def nick(serv, usr, n, *_):
try:
serv.get_user(n)
usr.send(
Message(serv.hostname, Reply.ERR.NICKNAMEINUSE,
[n, 'nickname is already in use']))
except NoUserError:
try:
usr.update(nickname=n)
if usr.can_register():
usr.register()
usr.send(
Message(serv.hostname, Reply.RPL.WELCOME,
['welcome to pylay IRC ' + format(usr.hostmask)]))
except BadNicknameError:
usr.send(
Message(serv.hostname, Reply.ERR.ERRONEUSNICKNAME,
[n, 'erroneous nickname']))
def quit(serv, usr, m=None, *_):
hm = usr.hostmask
if not hm.is_valid():
return
us = (u for u in serv.users if u != usr)
for u in us:
u.send(Message(hm, Command.QUIT, [m if m else hm.nickname]))
serv.remove_user(usr)
def __init__(self, device, mod):
self.device = connect_device(device)
self.logger = createlogger(mod)
self.log_path = create_folder()
self.camera = Camera(self.device, "task_camera")
self.product = Configs("common").get("product", "Info")
if self.product == "Sprints":
from common.chrome import Chrome
self.browser = Chrome(self.device, "task_browser")
else:
self.browser = Browser(self.device, "Browser")
self.tel = Telephony(self.device, "task_tel")
self.message = Message(self.device, "task_message")
self.settings = Settings(self.device, "switch_nw")
self.suc_times = 0
self.mod_cfg = GetConfigs(mod)
self.test_times = 0
self.dicttesttimes = self.mod_cfg.get_test_times()
for test_time in self.dicttesttimes:
self.test_times += int(self.dicttesttimes[test_time])
self.test_times = self.test_times * 2 + 4
self.logger.info("Trace Total Times " + str(self.test_times))
def __init__(self,device,mod):
self.device = connect_device(device)
self.logger = createlogger(mod)
self.log_path = create_folder()
self.camera = Camera(self.device,"task_camera")
self.product = Configs("common").get("product","Info")
if self.product == "Sprints":
from common.chrome import Chrome
self.browser = Chrome(self.device,"task_browser")
else:
self.browser = Browser(self.device,"Browser")
self.tel = Telephony(self.device,"task_tel")
self.message = Message(self.device,"task_message")
self.settings = Settings(self.device,"switch_nw")
self.suc_times = 0
self.mod_cfg = GetConfigs(mod)
self.test_times = 0
self.dicttesttimes = self.mod_cfg.get_test_times()
for test_time in self.dicttesttimes: self.test_times += int(self.dicttesttimes[test_time])
self.test_times = self.test_times*2 + 4
self.logger.info("Trace Total Times " + str(self.test_times))
def parse_html_lxml(html):
'parses a logfile with lxml'
messages = []
doc = lxml.html.document_fromstring(html, parser=lxmlparser())
for div in doc.xpath('//html/body/div'):
try:
message_type = div.attrib.get('class', '')
if not 'message' in message_type:
continue
message_type = message_type.replace('message', '').strip()
if not message_type in ('incoming', 'outgoing'):
continue
buddyname = div.find_class('buddy')[0].text
timestamp = div.attrib.get('timestamp')
if timestamp is not None:
timestamp = parse_timestamp(timestamp)
message = render_contents(div.find_class('msgcontent')[0])
auto = boolify(div.attrib.get('auto', 'false'))
except Exception:
print_exc()
else:
messages.append(
Message(
buddy=S(name=buddyname),
timestamp=timestamp,
message=message,
type=message_type,
auto=auto,
has_autotext=auto,
))
return messages
def test_str(self):
payload = 'some payload'
message = Message(payload)
self.assertIn(payload, str(message))
def test_payload(self):
obj = object()
message = Message(obj)
self.assertIs(obj, message.payload)
class MultiTask(Common):
def __init__(self, device, mod):
self.device = connect_device(device)
self.logger = createlogger(mod)
self.log_path = create_folder()
self.camera = Camera(self.device, "task_camera")
self.product = Configs("common").get("product", "Info")
if self.product == "Sprints":
from common.chrome import Chrome
self.browser = Chrome(self.device, "task_browser")
else:
self.browser = Browser(self.device, "Browser")
self.tel = Telephony(self.device, "task_tel")
self.message = Message(self.device, "task_message")
self.settings = Settings(self.device, "switch_nw")
self.suc_times = 0
self.mod_cfg = GetConfigs(mod)
self.test_times = 0
self.dicttesttimes = self.mod_cfg.get_test_times()
for test_time in self.dicttesttimes:
self.test_times += int(self.dicttesttimes[test_time])
self.test_times = self.test_times * 2 + 4
self.logger.info("Trace Total Times " + str(self.test_times))
def remove(self):
self.logger.debug("remove all opened activities")
self.device.press.menu()
if self.device(description="Clear all").wait.exists(timeout=2000):
self.device(description="Clear all").click()
self.device.delay(5)
return True
return False
def start(self):
self.logger.debug("Start Some activities")
self.logger.debug("Launch Contacts")
#self.tel.start_app("Contacts")
self.tel.enter_contacts()
self.device.delay(3)
self.logger.debug("Launch Message")
self.message.start_app("Messaging")
self.device.delay(3)
self.logger.debug("Launch Dialer")
#self.tel.start_app("Call")
self.tel.enter_dialer()
self.device.delay(3)
self.logger.debug("Launch Camera")
self.camera.start_app("Camera")
self.device.delay(3)
self.logger.debug("Launch Browser")
#self.browser.start_app("Browser")
self.browser.enter()
def make_call(self, number):
if self.tel.enter_dialer():
try:
if self.tel.call_from_dialer(number):
self.suc_times += 1
self.logger.info("Trace Success Make Call")
return True
else:
self.save_fail_img()
return False
except Exception, e:
self.save_fail_img()
# common.common.log_traceback(traceback.format_exc())
return False
def invalid_handler(serv, usr, cmd):
usr.send(
Message(serv.hostname, Reply.ERR.NEEDMOREPARAMS,
[cmd, 'not enough parameters']))
class MultiTask(Common):
def __init__(self,device,mod):
self.device = connect_device(device)
self.logger = createlogger(mod)
self.log_path = create_folder()
self.camera = Camera(self.device,"task_camera")
self.product = Configs("common").get("product","Info")
if self.product == "Sprints":
from common.chrome import Chrome
self.browser = Chrome(self.device,"task_browser")
else:
self.browser = Browser(self.device,"Browser")
self.tel = Telephony(self.device,"task_tel")
self.message = Message(self.device,"task_message")
self.settings = Settings(self.device,"switch_nw")
self.suc_times = 0
self.mod_cfg = GetConfigs(mod)
self.test_times = 0
self.dicttesttimes = self.mod_cfg.get_test_times()
for test_time in self.dicttesttimes: self.test_times += int(self.dicttesttimes[test_time])
self.test_times = self.test_times*2 + 4
self.logger.info("Trace Total Times " + str(self.test_times))
def remove(self):
self.logger.debug("remove all opened activities")
self.device.press.menu()
if self.device(description= "Clear all").wait.exists(timeout = 2000):
self.device(description= "Clear all").click()
self.device.delay(5)
return True
return False
def start(self):
self.logger.debug("Start Some activities")
self.logger.debug("Launch Contacts")
#self.tel.start_app("Contacts")
self.tel.enter_contacts()
self.device.delay(3)
self.logger.debug("Launch Message")
self.message.start_app("Messaging")
self.device.delay(3)
self.logger.debug("Launch Dialer")
#self.tel.start_app("Call")
self.tel.enter_dialer()
self.device.delay(3)
self.logger.debug("Launch Camera")
self.camera.start_app("Camera")
self.device.delay(3)
self.logger.debug("Launch Browser")
#self.browser.start_app("Browser")
self.browser.enter()
def make_call(self,number):
if self.tel.enter_dialer():
try:
if self.tel.call_from_dialer(number):
self.suc_times += 1
self.logger.info("Trace Success Make Call")
return True
else:
self.save_fail_img()
return False
except Exception,e:
self.save_fail_img()
# common.common.log_traceback(traceback.format_exc())
return False
class WebSocketServerRequestHandler(socketserver.BaseRequestHandler):
def __init__(self, request, client_address, server):
self.keep_alive = True
self.handshake_done = False
self.is_master = False # 是否是控制机
self.is_client = True # 是否是用户机
self.xid = None # 绑定的编号
self.pwd = None # 绑定的密码
self.master_xid = None # 控制机的编号
self.master_pwd = None # 控制机的密码
self.json_type = True # 默认以JSON类型传输数据，False: 接收到的数据不能解析为json数据了。
self.last_send_message = None # 上次发送的数据
self.selector = selectors.DefaultSelector()
self.selector.register(request, selectors.EVENT_READ)
self.server = server # type: WebSocketServer
self.message = Message()
self.queue = queue.Queue() # 默认队列
self.request = request
self.master_request = None # type: socket.socket
self.master_handler = None # type: WebSocketServerRequestHandler
self.client_requests = [] # 所有用户机的socket
super().__init__(request, client_address, server)
def reg_send(self):
# print("reg_send.....{}".format(self.request.getpeername()))
self.selector.modify(self.request, selectors.EVENT_WRITE)
def reg_read(self):
# print("reg_read.....{}".format(self.request.getpeername()))
self.selector.modify(self.request, selectors.EVENT_READ)
def handle(self):
# print("handle.....{}".format(self.request.getpeername()))
while self.keep_alive:
# 获取图像数据
# print("selector.select>>>>>>{}".format(self.request.getpeername()))
selection_keys = self.selector.select()
for key, events in selection_keys:
if key.fileobj == self.request:
if events == selectors.EVENT_READ:
# 客户端读事件
# print("read_message。。。。")
self.read_message()
elif events == selectors.EVENT_WRITE:
# 客户端写事件
# print("send_message。。。。")
self.send_message()
def handshake(self, request_header):
# 从请求的数据中获取 Sec-WebSocket-Key, Upgrade
sock = self.request # type: socket.socket
request, payload = request_header.split("\r\n", 1)
maps = Properties(separator=':',
ignore_case=True).load(payload) # type: dict
# try:
self.handshake_done = handshake(self.request, maps)
if self.handshake_done > 0:
self.server.new_client(self)
ip = get_real_ip(maps)
if not ip or ip == "unknown":
ip = sock.getpeername()[0]
print('handshake success...', ip)
else:
self.keep_alive = False
# except ValueError as ve:
# print("handshake.ve", ve)
def read_message(self):
"""
读取客户端的信息
:return:
"""
try:
# 客户端
message = self.request.recv(socket_buffer_size)
if not message:
print('read_message: client disconnect. received empty data!')
self.keep_alive = False
return
if self.handshake_done is False:
try:
request_header = str(message, encoding='ascii')
except UnicodeDecodeError as e:
print("read_message.UnicodeDecodeError:", e)
self.keep_alive = False
return
self.handshake(request_header)
else:
# 如果是用户机的话，就通过解包的来获取相关的操作信息
self.message.reset_pos()
# 解析文本
# 在读下一个字符，看看有没有客户端两次传入，一次解析的。
# 考虑两份数据一次接收的问题。需要先看一下第一个字符是否有效。
while self.message.read_bytes(message, 1):
self.message.backward_pos()
try:
# 1，控制机只负责上传图片数据，接收JSON数据
# 2，用户机只负责上传JSON数据，接收图片数据
# 当没有确定是什么类型的机器，默认都是通过JSON类型上传/接收数据。
opcode, decoded = self.message.unpack_message(message)
if opcode == 0x01:
# 文本
user_data = json.loads(
str(decoded, encoding="utf-8")) # type: dict
self.handle_client_message(user_data)
elif opcode == 0x02:
# 二进制
if self.is_master:
# 控制机器
# 接收到了图像数据，将图像发送给用户机
# 发送数据给用户机
if len(self.client_requests) > 0:
# encode_message = pack_message(decoded, OPCODE_BINARY)
# print("encode_message:", encode_message)
self.client_send_message(
pack_message(decoded, OPCODE_BINARY))
# 响应数据给控制机，告诉控制机，我已经将数据发送给对方了。
reply_message = {
"size": {
"width": 0,
"height": 0
},
"action": "capture",
"emit": "change"
}
else:
reply_message = {
"size": {
"width": 0,
"height": 0
},
"action": "pause"
}
self.queue.put(
json.dumps(reply_message).encode(),
block=False)
self.reg_send()
except ValueError as e:
print(e)
self.keep_alive = False
# print('read next....')
except (ConnectionAbortedError, ConnectionResetError,
TimeoutError) as es:
# [Errno 54] Connec tion reset by peer
# self.shutdown_request()
print(es)
self.finish()
def handle_client_message(self, user_data: dict):
"""
处理用户机的消息
:param user_data: 用户机提交过来的信息
:return:
"""
print("收到用户信息：", user_data)
if "xid" in user_data:
# 客户端上传xid信息
self.xid = user_data.get("xid", None)
self.server.new_client(self)
if "pwd" in user_data:
# 客户端上传密码
self.pwd = user_data.get("pwd", None)
if "master" in user_data:
master = user_data.get("master", None) # type: dict
if master:
self.master_xid = master.get("xid", None)
self.master_pwd = master.get("pwd", None)
# 可以进行校验密码
# 密码校验成功
# 可以开始连通目标机器
handler = self.server.get_client(
self.master_xid) # type: WebSocketServerRequestHandler
if handler and handler.request:
print("找到目标机器..")
handler.is_master = True # 设置为控制机
handler.is_client = False # 当前机器不能作为客户端，意思是不能连接到其他机器
handler.json_type = False # 接收到的数据不能解析为json数据了。
self.master_request = handler.request # type: socket.socket
self.master_handler = handler
# 如果关闭的socket没有在client_requests中移除的话，那么就会一直在收。
print("handler.client_requests: ", handler.client_requests)
if len(handler.client_requests) > 0:
# 已经有请求存在，说明已经有在交互了，无需再次重复发送给控制机。
handler.client_requests.append(self.request)
else:
handler.client_requests.append(self.request)
print("准备发送向{}数据".format(
self.master_request.getpeername()))
# 发送数据给对方
# 请求数据
reply_message = {
"size": {
"width": 0,
"height": 0
},
"action": "capture",
"emit": "full"
}
# 将数据发送给控制机
print("将数据发送给控制机")
self.master_send_message(json.dumps(reply_message))
else:
print("无法找到目标机器！")
if "key" in user_data and not self.is_master and self.is_client:
# 客户端传过来的按键
pass
if "mouse" in user_data and not self.is_master and self.is_client:
# 客户端传过来的鼠标位置
pass
def master_send_message(self, data: str):
"""
发送消息给控制机
:param data:
:return:
"""
try:
payload = pack_message(data)
self.master_request.sendall(payload)
except BrokenPipeError as bpe:
print("master_send_message.BrokenPipeError:", bpe)
def client_send_message(self, payload: bytes):
"""
发送数据给所有用户机
:param payload: 控制机传过来的二进制数据
:return:
"""
# output: bytearray = self.message.unpack_message(data)
# print("requests:", self.client_requests)
for request in self.client_requests:
try:
request.sendall(payload)
except OSError as ose:
self.client_requests.remove(request)
print("OSError:(client_request.sendall)", ose)
def send_message(self):
"""
发送消息给用户机
:return:
"""
message = b''
while not self.queue.empty():
message += self.queue.get_nowait()
presentation = decode_utf8(message, flag='replace', replace_str='?')
payload = pack_message(presentation)
try:
# print("发送数据", self.request)
self.request.send(payload)
self.reg_read()
except BrokenPipeError as bpe:
print("bpe:", bpe)
def send_raw_message(self, data: bytes):
"""
发送裸数据给用户机
:param data:
:return:
"""
try:
self.request.send(data)
self.reg_read()
except BrokenPipeError as bpe:
print("bpe:", bpe)
def finish(self):
if self.master_handler:
if len(self.master_handler.client_requests) > 0:
# 将自己从master中删除。
print("self.master_handler.client_requests",
self.master_handler.client_requests)
self.master_handler.client_requests.remove(self.request)
print("关闭连接了", self.request)
self.keep_alive = False
def test_payload(self):
obj = object()
message = Message(obj)
self.assertIs(obj, message.payload())
def unknown_handler(serv, usr, cmd):
usr.send(
Message(serv.hostname, Reply.ERR.UNKNOWNCOMMAND,
[cmd, 'unknown command']))