def prettyprint(self):
"""
Looks something like this:
CURRENT FLOW TABLE: okay drop mod/frg pend t/rx prot
111.222.233.244:12345 > 244.233.222.211:78901 343004 10000 100001 1000/2331 icmp
(192.168.1.100:54343) (192.168.33.212:2333) opening_hash:
<
"""
pub_src, pub_dest = map(s.inet_ntoa, self.m_tuple[0:2])
o_hash = self.m_tuple[2]
# the other side is the only reliable indicator of each side's
# public port number
try:
pub_src += ":" + ` util.bin2int(self.dest_flow[1]) `
pub_dest += ":" + ` util.bin2int(self.src_flow[3]) `
except:
log.error("Weird error caused by flow %s (%s, %s)" % (`self.flow`, \
`self.dest_flow`, `self.src_flow`))
log.error(traceback.format_exc())
line1 = pub_src.center(21) + " > " + pub_dest.center(21)
# 19 = len("192.168.1.100:65535") -- this should be okay unless
# the private addresses & ports are rather unusual
priv_src = priv_dest = "not firewalled".center(19)
if self.src_links[0][0].alice_firewalled:
priv_src = self.src_links[0][0].peers_private_ip
priv_src += ":" + ` util.bin2int(self.src_flow[1]) `
if self.dest_links[0][0].alice_firewalled: # here, alice means bob :)
priv_dest = self.dest_links[0][0].peers_private_ip
priv_dest += ":" + ` util.bin2int(self.dest_flow[3]) `
line2 = "(%19s) (%19s)" % (priv_src, priv_dest)
line1+= " %6g %5g %6g %4g/%4g " % (self.okay_packets, self.dropped_packets,\
self.forged_packets, len(self.sent_packets), len(self.recd_packets))
line1 += util.prot_name(util.bin2int(self.flow[4]))
return line1 + "\n" + line2
def prettyprint(self):
"""
Looks something like this:
CURRENT FLOW TABLE: okay drop mod/frg pend t/rx prot
111.222.233.244:12345 > 244.233.222.211:78901 343004 10000 100001 1000/2331 icmp
(192.168.1.100:54343) (192.168.33.212:2333) opening_hash:
<
"""
pub_src,pub_dest = map(s.inet_ntoa, self.m_tuple[0:2])
o_hash = self.m_tuple[2]
# the other side is the only reliable indicator of each side's
# public port number
try:
pub_src += ":" + `util.bin2int(self.dest_flow[1])`
pub_dest += ":" + `util.bin2int(self.src_flow[3])`
except:
log.error("Weird error caused by flow %s (%s, %s)" % (`self.flow`, \
`self.dest_flow`, `self.src_flow`))
log.error(traceback.format_exc())
line1 = pub_src.center(21) + " > " + pub_dest.center(21)
# 19 = len("192.168.1.100:65535") -- this should be okay unless
# the private addresses & ports are rather unusual
priv_src = priv_dest = "not firewalled".center(19)
if self.src_links[0][0].alice_firewalled:
priv_src = self.src_links[0][0].peers_private_ip
priv_src += ":" + `util.bin2int(self.src_flow[1])`
if self.dest_links[0][0].alice_firewalled: # here, alice means bob :)
priv_dest = self.dest_links[0][0].peers_private_ip
priv_dest += ":" + `util.bin2int(self.dest_flow[3])`
line2 = "(%19s) (%19s)" % (priv_src, priv_dest)
line1+= " %6g %5g %6g %4g/%4g " % (self.okay_packets, self.dropped_packets,\
self.forged_packets, len(self.sent_packets), len(self.recd_packets))
line1 += util.prot_name(util.bin2int(self.flow[4]))
return line1 + "\n" + line2
def print_flow_tuple(f):
"""Pretty print the raw binary flow."""
return (s.inet_ntoa(f[0]),bin2int(f[1]), s.inet_ntoa(f[2]), bin2int(f[3]),\
util.prot_name(bin2int(f[4])))
def print_flow_tuple(f):
"""Pretty print the raw binary flow."""
return (s.inet_ntoa(f[0]),bin2int(f[1]), s.inet_ntoa(f[2]), bin2int(f[3]),\
util.prot_name(bin2int(f[4])))
def parse_version(str):
"Read a 32 bit binary string, return the int it encodes"
assert (len(str) == 2), "length should be 2, not " + ` len(str) `
# yuck!
return util.bin2int(str)
def parse_version(str): "Read a 32 bit binary string, return the int it encodes" assert (len(str) == 2), "length should be 2, not " + `len(str)` # yuck! return util.bin2int(str)
