def __init__(self, ix, task_queue, pid):
self.serverName = "%s_%d" % (config.get_mac_address(), pid)
self.conn = pymongo.Connection(config.MONGO_CONN)
self.pageurls = self.conn.pongo.pageurls
self.task_queue = task_queue
self.ix = ix
self.p = re.compile(u"(http://blog.csdn.net/[^\\/]+/article/details/\\d+)")
def __init__(self, ix, task_queue, pid):
self.serverName = "%s_%d" % (config.get_mac_address(), pid)
self.conn = pymongo.Connection(config.MONGO_CONN)
self.pageurls = self.conn.pongo.pageurls
self.task_queue = task_queue
self.ix = ix
self.p = re.compile(
u'(http://blog.csdn.net/[^\\/]+/article/details/\\d+)')
def deal_pkg(self, header, body):
res = None
if header.cmd == pkg.SET_CHANNEL_CTRL_REQ:
res = pkg.Header(cmd=pkg.SET_CHANNEL_CTRL_RSP)
for k in ('mode', 'enable', 'mu_factor'):
Config.set(header.channel, k, getattr(body, k))
wsets = [(w.begin, w.noise, w.end) for w in body.data]
Config.set(header.channel, 'win_settings', wsets)
elif header.cmd == pkg.GET_BASE_INFO_REQ:
res = pkg.Header(cmd=pkg.GET_BASE_INFO_RSP)
body = pkg.BaseInfo(
mac=get_mac_address(self.ifname),
hwid='Emultr',
hwcode='EM',
hw_version=chr(2) + chr(0),
sw_version=chr(2) + chr(0),
sw_revision=0,
proto_version=2,
channel_num=2,
machine_id=0,
ip_num=1,
slot_id=0
)
res = pkg.combine(res, body)
elif header.cmd == pkg.SET_SWITCH_CTRL_REQ:
res = pkg.Header(cmd=pkg.SET_SWITCH_CTRL_RSP)
if body.led == 1: # light on
if self.test:
algorithm_test(self.ip + ":" + str(header.channel))
led = 'LED RED'
elif body.led == 0xff: # blink
led = 'LED BLINK'
elif body.led == 0: # light off
led = 'LED BLACK'
logger.critical((self.ip, led))
elif header.cmd == pkg.GET_CHANNEL_CTRL_REQ:
res = pkg.Header(cmd=pkg.GET_CHANNEL_CTRL_RSP)
ch_ctl = pkg.ChannelCtrl()
for k in ('enable', 'mu_factor', 'mode'):
setattr(ch_ctl, k, Config.get(header.channel, k))
win_sts = Config.get(header.channel, 'win_settings')
ch_ctl.win_size = len(win_sts)
for ws in win_sts:
wp = pkg.ChannelCtrl.WinSetting(
begin=ws[0],
end=ws[1],
noise=ws[2]
)
ch_ctl.data += wp.pack()
res.data = ch_ctl.pack()
else:
logger.info(repr((header, body)))
if res:
res.seq = header.seq
return res.pack()
HEARTBEAT_LIVENESS = config.HEARTBEAT_LIVENESS # 3..5 is reasonable
HEARTBEAT_INTERVAL = config.HEARTBEAT_INTERVAL # Seconds
INTERVAL_INIT = config.INTERVAL_INIT
INTERVAL_MAX = config.INTERVAL_MAX
# Paranoid Pirate Protocol constants
PPP_READY = config.PPP_READY # Signals worker is ready
PPP_HEARTBEAT = config.PPP_HEARTBEAT # Signals worker heartbeat
INDEX_PATH = "indexdir"
HOST = 'localhost'
WORKER_HOST = "tcp://localhost:5556"
SUBSCRIBER_HOST = "tcp://localhost:5557"
mac_address = config.get_mac_address()
def worker_socket(context, poller, pid):
"""Helper function that returns a new configured socket
connected to the Paranoid Pirate queue"""
worker = context.socket(zmq.DEALER) # DEALER
identity = "work-%s-%d:%04X-%04X" % (mac_address, pid, randint(
0, 0x10000), randint(0, 0x10000))
worker.setsockopt(zmq.IDENTITY, identity)
poller.register(worker, zmq.POLLIN)
worker.connect(WORKER_HOST)
worker.send(PPP_READY)
return worker