for (_, events) in poller.poll(timeout_sec / 1000.0):
if events & (select.POLLHUP + select.POLLERR):
stop = True
break
if events & select.POLLIN:
c = surf.read()
if '\n' == c:
print text
#print binascii.hexlify(text)
text = ''
elif '\x7e' == c:
#print 'DELIMITED: %s' % (binascii.hexlify(text),)
text = ''
else:
text += c
pppd.sendToFramer(c)
timeout_sec = pppd.execute()
for packet in pppd.getPackets():
print 'STX: %s' % (binascii.hexlify(packet), )
surf.write(packet)
surf.flush()
if pppd._lcp.ST_opened == pppd._lcp._state:
if first_time_up:
first_time_up = False
print 'UP AND RUNNING'
#ccp.open()
# Bounce the circuit once, to verify that things are renegotiated
#pppd._lcp._evt_open()
#pppd._lcp.echoRequest('hi!')
#pppd._lcp.discardRequest('hi!')
import binascii
from connection import pppd, framer, surf, poller
import struct
import sys
pkt = pppd.getPacket()
print binascii.hexlify(pkt)
rv = surf.write(pkt)
while True:
sys.stdout.write(surf.read())
import binascii
from connection import pppd, framer, surf, poller
import struct
import sys
pkt = pppd.getPacket();
print binascii.hexlify(pkt)
rv = surf.write(pkt)
while True:
sys.stdout.write(surf.read())
for (_, events) in poller.poll(timeout_sec / 1000.0):
if events & (select.POLLHUP + select.POLLERR):
stop = True
break
if events & select.POLLIN:
c = surf.read()
if '\n' == c:
print text
#print binascii.hexlify(text)
text = ''
elif '\x7e' == c:
#print 'DELIMITED: %s' % (binascii.hexlify(text),)
text = ''
else:
text += c
pppd.sendToFramer(c)
timeout_sec = pppd.execute()
for packet in pppd.getPackets():
print 'STX: %s' % (binascii.hexlify(packet),)
surf.write(packet)
surf.flush()
if pppd._lcp.ST_opened == pppd._lcp._state:
if first_time_up:
first_time_up = False
print 'UP AND RUNNING'
#ccp.open()
# Bounce the circuit once, to verify that things are renegotiated
#pppd._lcp._evt_open()
#pppd._lcp.echoRequest('hi!')
#pppd._lcp.discardRequest('hi!')