def workWmR(self,content,readsize,waitsec=1,maxARead=1024):
# after 0.8.6
if(maxARead<1):
return [self.workWR(content, readsize, waitsec)]
cpr=str(content)
wlog.getLogger().debug("CDTU workWmR towrite :" +cpr[0:60])
self.write(content)
cmodem.doSleep(waitsec)
datas=[]
worksize=readsize
cworksize=min(worksize,maxARead)
while(worksize>0):
data= self.doRead(cworksize)
wlog.getLogger().debug(str(len(data))+" bytes--CDTU workWmR readed:" +str(data)[:21])
if(data is None):
cmodem.doSleep(waitsec)
data= self.doRead(cworksize)
if(data is None):
break
datas.append(data)
worksize=worksize-cworksize
if(worksize>0):
raise "error rcv"
return datas
def work(self,content,waitsec=1):
self.write(content)
cmodem.doSleep(waitsec)
data= self.readline()
#print "work" , data
wlog.getLogger().debug("CDTU work readed:" +str(data))
return data
def workWmR(self, content, readsize, waitsec=1, maxARead=1024):
# after 0.8.6
if (maxARead < 1):
return [self.workWR(content, readsize, waitsec)]
cpr = str(content)
wlog.getLogger().debug("CDTU workWmR towrite :" + cpr[0:60])
self.write(content)
cmodem.doSleep(waitsec)
datas = []
worksize = readsize
cworksize = min(worksize, maxARead)
while (worksize > 0):
data = self.doRead(cworksize)
wlog.getLogger().debug(
str(len(data)) + " bytes--CDTU workWmR readed:" +
str(data)[:21])
if (data is None):
cmodem.doSleep(waitsec)
data = self.doRead(cworksize)
if (data is None):
break
datas.append(data)
worksize = worksize - cworksize
if (worksize > 0):
raise "error rcv"
return datas
def work(self, content, waitsec=1):
self.write(content)
cmodem.doSleep(waitsec)
data = self.readline()
#print "work" , data
wlog.getLogger().debug("CDTU work readed:" + str(data))
return data
def workWR(self,content,readsize,waitsec=1):
# after 0.8.5
cpr=str(content)
wlog.getLogger().debug("CDTU workWR towrite :" +cpr[0:60])
self.write(content)
cmodem.doSleep(waitsec)
data= self.doRead(readsize)
#print "work" , data
wlog.getLogger().debug(str(len(data))+" bytes--CDTU workWR readed:" +str(data))
return data
def workWR(self, content, readsize, waitsec=1):
# after 0.8.5
cpr = str(content)
wlog.getLogger().debug("CDTU workWR towrite :" + cpr[0:60])
self.write(content)
cmodem.doSleep(waitsec)
data = self.doRead(readsize)
#print "work" , data
wlog.getLogger().debug(
str(len(data)) + " bytes--CDTU workWR readed:" + str(data))
return data
def dtutrans(content,adress):
rok="OK"
ddelay=cmodem.getDelay()
sdtu=None
try:
sdtu=cdtu.getDTU()
sdtu.open()
except Exception,x:
wlog.getLogger().error("FAIL_DTU remote dtu error")
wlog.doTraceBack()
cmodem.doSleep(10)# ddelay['socket']['recv'] 10
return "FAIL_DTU"
def sizeTranBydtu(content,adress,readsize,maxARead=1024):
rok=["OK",None]
ddelay=cmodem.getDelay()
sdtu=None
try:
sdtu=cdtu.getDTU()
sdtu.open()
except Exception,x:
wlog.getLogger().error("FAIL_DTU remote dtu error")
wlog.doTraceBack()
cmodem.doSleep(10)# ddelay['socket']['recv'] 10
return ["FAIL_DTU",None]
def sizeTranBydtu(content, adress, readsize, maxARead=1024):
rok = ["OK", None]
ddelay = cmodem.getDelay()
sdtu = None
try:
sdtu = cdtu.getDTU()
sdtu.open()
except Exception, x:
wlog.getLogger().error("FAIL_DTU remote dtu error")
wlog.doTraceBack()
cmodem.doSleep(10) # ddelay['socket']['recv'] 10
return ["FAIL_DTU", None]
def dtutrans(content, adress):
rok = "OK"
ddelay = cmodem.getDelay()
sdtu = None
try:
sdtu = cdtu.getDTU()
sdtu.open()
except Exception, x:
wlog.getLogger().error("FAIL_DTU remote dtu error")
wlog.doTraceBack()
cmodem.doSleep(10) # ddelay['socket']['recv'] 10
return "FAIL_DTU"
def socktrans(content,adress):
sock=None;
rok="OK"
ddelay=cmodem.getDelay()
try:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.settimeout(30)
sock.connect(adress)
except Exception,x:
wlog.getLogger().error("FAIL_CON remote socket error:"+str(adress))
wlog.doTraceBack()
cmodem.doSleep(10)# ddelay['socket']['recv'] 10
return "FAIL_CON"
def socktrans(content, adress):
sock = None
rok = "OK"
ddelay = cmodem.getDelay()
try:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.settimeout(30)
sock.connect(adress)
except Exception, x:
wlog.getLogger().error("FAIL_CON remote socket error:" + str(adress))
wlog.doTraceBack()
cmodem.doSleep(10) # ddelay['socket']['recv'] 10
return "FAIL_CON"
def pytrans(content,adress):
cmodem.doSleep(1)
return "OK"
wlog.getLogger().error("FAIL_CON remote socket error:"+str(adress))
wlog.doTraceBack()
cmodem.doSleep(10)# ddelay['socket']['recv'] 10
return "FAIL_CON"
# wlog.getLogger().debug( lmsg )
try:
sock.setblocking(False)
r=sock.send(content)
#print r #todo
data=None
dtimes=0
while dtimes<ddelay['socket']['times']:
dtimes+=1
cmodem.doSleep(ddelay['socket']['recv']) # reduce cpu usage and syn socket
try:
data=sock.recv(1024)
except Exception,x:
wlog.getLogger().error("ignor sock.recv:"+str(dtimes))
wlog.doTraceBack()
continue
if(data) :
break
if(data is not None and len(data)>0) :
linux.doPrint( data)
if(data[0]=='1'):
rok="OK"
wlog.getLogger().debug("send data success:" + data)
def pytrans(content, adress):
cmodem.doSleep(1)
return "OK"
wlog.getLogger().error("FAIL_CON remote socket error:" + str(adress))
wlog.doTraceBack()
cmodem.doSleep(10) # ddelay['socket']['recv'] 10
return "FAIL_CON"
# wlog.getLogger().debug( lmsg )
try:
sock.setblocking(False)
r = sock.send(content)
#print r #todo
data = None
dtimes = 0
while dtimes < ddelay['socket']['times']:
dtimes += 1
cmodem.doSleep(
ddelay['socket']['recv']) # reduce cpu usage and syn socket
try:
data = sock.recv(1024)
except Exception, x:
wlog.getLogger().error("ignor sock.recv:" + str(dtimes))
wlog.doTraceBack()
continue
if (data):
break
if (data is not None and len(data) > 0):
linux.doPrint(data)
if (data[0] == '1'):
rok = "OK"
wlog.getLogger().debug("send data success:" + data)