def debug_nodes(self, out, sortkey):
osm = self.main.osm
if not (osm and osm.syncd):
out("Not syncd")
return
me = osm.me
now = seconds()
out("Online Nodes: {ipp, nb, persist, expire, uptime, dttag, nick}")
lines = []
for n in ([me] + osm.nodes):
info = []
info.append(binascii.hexlify(n.ipp).upper())
if n.ipp in osm.pgm.pnbs:
info.append("Y")
else:
info.append("N")
if n.persist:
info.append("Y")
else:
info.append("N")
if n is me:
info.append("%4d" % dcall_timeleft(osm.sendStatus_dcall))
else:
info.append("%4d" % dcall_timeleft(n.expire_dcall))
info.append("%8d" % (now - n.uptime))
info.append("%8s" % n.dttag[3:])
info.append("(%s)" % n.nick)
lines.append(info)
if 1 <= sortkey <= 7:
lines.sort(key=lambda l: l[sortkey-1])
for line in lines:
out(' '.join(line))
def debug_nodes(self, out, sortkey):
osm = self.main.osm
if not (osm and osm.syncd):
out("Not syncd")
return
me = osm.me
now = seconds()
out("Online Nodes: {ipp, nb, persist, expire, uptime, dttag, nick}")
lines = []
for n in ([me] + osm.nodes):
info = []
info.append(binascii.hexlify(n.ipp).upper())
if n.ipp in osm.pgm.pnbs:
info.append("Y")
else:
info.append("N")
if n.persist:
info.append("Y")
else:
info.append("N")
if n is me:
info.append("%4d" % dcall_timeleft(osm.sendStatus_dcall))
else:
info.append("%4d" % dcall_timeleft(n.expire_dcall))
info.append("%8d" % (now - n.uptime))
info.append("%8s" % n.dttag[3:])
info.append("(%s)" % n.nick)
lines.append(info)
if 1 <= sortkey <= 7:
lines.sort(key=lambda l: l[sortkey - 1])
for line in lines:
out(' '.join(line))
def getStateData(self, packet):
# All the state info common between BS and Br packets
osm = self.main.osm
CHECK(osm and osm.syncd)
# Get the IRC Server, if it's ready
ism = self.main.ism
# Sequence number
packet.append(self.nextPktNum())
# Expiration time
when = int(dcall_timeleft(self.sendState_dcall))
packet.append(struct.pack("!H", when))
# Session ID, uptime flags
packet.append(osm.me.sesid)
packet.append(struct.pack("!I", int(seconds() - osm.me.uptime)))
packet.append(struct.pack("!B", core.PERSIST_BIT))
chunks = []
# Add info strings
self.addInfoChunk(chunks)
if ism:
# Add the list of online nicks
for dnick, infoindex in ism.getNicksAndInfo():
self.addNickChunk(chunks, dnick, infoindex)
self.addTopicChunk(
chunks, ism.topic_whoset, ism.topic, changed=False)
# Get bans list
for ip, mask in ism.bans:
self.addBanChunk(chunks, ip, mask, True)
if ism.moderated:
self.addModeratedChunk(chunks, True)
chunks = ''.join(chunks)
# Split data string into 1k blocks
blocks = []
for i in range(0, len(chunks), 1024):
blocks.append(chunks[i:i+1024])
block_hashes = [md5(b).digest() for b in blocks]
# Add the list of block hashes
packet.append(struct.pack("!B", len(block_hashes)))
packet.extend(block_hashes)
# Add the public key
pubkey = long_to_bytes(self.rsa_obj.n)
packet.append(struct.pack("!H", len(pubkey)))
packet.append(pubkey)
# Return hashes and blocks
return block_hashes, blocks
def getStateData(self, packet):
# All the state info common between BS and Br packets
osm = self.main.osm
CHECK(osm and osm.syncd)
# Get the IRC Server, if it's ready
ism = self.main.ism
# Sequence number
packet.append(self.nextPktNum())
# Expiration time
when = int(dcall_timeleft(self.sendState_dcall))
packet.append(struct.pack("!H", when))
# Session ID, uptime flags
packet.append(osm.me.sesid)
packet.append(struct.pack("!I", int(seconds() - osm.me.uptime)))
packet.append(struct.pack("!B", core.PERSIST_BIT))
chunks = []
# Add info strings
self.addInfoChunk(chunks)
if ism:
# Add the list of online nicks
for dnick, infoindex in ism.getNicksAndInfo():
self.addNickChunk(chunks, dnick, infoindex)
self.addTopicChunk(chunks,
ism.topic_whoset,
ism.topic,
changed=False)
# Get bans list
for ip, mask in ism.bans:
self.addBanChunk(chunks, ip, mask, True)
if ism.moderated:
self.addModeratedChunk(chunks, True)
chunks = ''.join(chunks)
# Split data string into 1k blocks
blocks = []
for i in range(0, len(chunks), 1024):
blocks.append(chunks[i:i + 1024])
block_hashes = [md5(b).digest() for b in blocks]
# Add the list of block hashes
packet.append(struct.pack("!B", len(block_hashes)))
packet.extend(block_hashes)
# Add the public key
pubkey = long_to_bytes(self.rsa_obj.n)
packet.append(struct.pack("!H", len(pubkey)))
packet.append(pubkey)
# Return hashes and blocks
return block_hashes, blocks
