def _start_transports():
startlist = []
for contact in misc.getLocalIdentity().getContacts():
proto, host, port, filename = nameurl.UrlParse(contact)
opts = transport_control.ProtocolOptions(proto)
if not transport_control.ProtocolIsSupported(proto):
if settings.transportIsEnabled(proto) and settings.transportIsInstalled(proto) and settings.transportReceivingIsEnabled(proto):
#---tcp---
if proto == 'tcp':
def _tcp_started(l, opts):
dhnio.Dprint(4, 'p2p_connector.UpdateTransports._tcp_started')
if l is not None:
transport_control.StartProtocol('tcp', l, opts[0], opts[1], opts[2])
return l
def _tcp_failed(x):
dhnio.Dprint(4, 'p2p_connector.UpdateTransports._tcp_failed WARNING: '+str(x))
return x
def _start_tcp(options):
dhnio.Dprint(4, 'p2p_connector.UpdateTransports._start_tcp on port %d' % int(options[1]))
d = transport_tcp.receive(int(options[1]))
d.addCallback(_tcp_started, options)
d.addErrback(_tcp_failed)
startlist.append(d)
def _upnp_result(result, options):
dhnio.Dprint(4, 'p2p_connector.UpdateTransports._upnp_result %s' % str(result))
if result is not None:
options[1] = str(result[1])
_start_tcp(options)
def _run_upnpc(port):
shutdowner.A('block')
run_upnpc.update(port)
shutdowner.A('unblock')
externalIP = misc.readExternalIP()
if opts is None:
opts = (externalIP, '', '')
opts = list(opts)
opts[0] = externalIP
opts[1] = settings.getTCPPort()
if settings.enableUPNP():
d = maybeDeferred(_run_upnpc, int(opts[1]))
d.addCallback(_upnp_result, opts)
else:
_start_tcp(opts)
#---cspace---
elif proto == 'cspace' and transport_control._TransportCSpaceEnable:
def _cspace_started(x, opts):
if not transport_cspace.registered():
dhnio.Dprint(4, 'p2p_connector.UpdateTransports._cspace_started WARNING not registered: ' + str(x))
return x
dhnio.Dprint(4, 'p2p_connector.UpdateTransports._cspace_started')
keyID = transport_cspace.keyID()
settings.setCSpaceKeyID(keyID)
opts[0] = keyID
l = transport_cspace.getListener()
transport_control.StartProtocol('cspace', l, opts[0], opts[1], opts[2])
return x
if opts is None:
opts = (settings.getCSpaceKeyID(), '', '')
opts = list(opts)
d = transport_cspace.init().addBoth(_cspace_started, opts)
startlist.append(d)
#---udp---
elif proto == 'udp' and transport_control._TransportUDPEnable:
def _udp_start(x, opts):
dhnio.Dprint(4, 'p2p_connector.UpdateTransports._udp_start')
if opts is None:
opts = (stun.getUDPClient().externalAddress[0], str(stun.getUDPClient().externalAddress[1]), '')
opts = list(opts)
opts[0] = stun.getUDPClient().externalAddress[0]
opts[1] = str(stun.getUDPClient().externalAddress[1])
transport_udp.init(stun.getUDPClient())
l = transport_udp.getListener()
if l is not None:
transport_control.StartProtocol('udp', l, opts[0], opts[1], opts[2])
return x
def _udp_failed(x):
dhnio.Dprint(4, 'p2p_connector.UpdateTransports._udp_failed')
return x
if stun.getUDPClient() is None or stun.getUDPClient().externalAddress is None:
d = stun.stunExternalIP(
close_listener=False,
internal_port=settings.getUDPPort(),
block_marker=shutdowner.A)
else:
d = succeed('')
d.addCallback(_udp_start, opts)
d.addErrback(_udp_failed)
startlist.append(d)
#need to wait before all listeners will be started
return DeferredList(startlist)
def UpdateIdentity():
global _RevisionNumber
global _WorkingProtocols
#getting local identity
lid = misc.getLocalIdentity()
nowip = misc.readExternalIP()
order = lid.getProtoOrder()
lid.clearContacts()
#prepare contacts data
cdict = {}
cdict['tcp'] = 'tcp://'+nowip+':'+settings.getTCPPort()
if transport_control._TransportSSHEnable:
cdict['ssh'] = 'ssh://'+nowip+':'+settings.getSSHPort()
if transport_control._TransportHTTPEnable:
cdict['http'] = 'http://'+nowip+':'+settings.getHTTPPort()
if transport_control._TransportQ2QEnable:
cdict['q2q'] = 'q2q://'+settings.getQ2Quserathost()
if transport_control._TransportEmailEnable:
cdict['email'] = 'email://'+settings.getEmailAddress()
if transport_control._TransportCSpaceEnable:
cdict['cspace'] = 'cspace://'+settings.getCSpaceKeyID()
if transport_control._TransportUDPEnable:
if stun.getUDPClient() is None or stun.getUDPClient().externalAddress is None:
cdict['udp'] = 'udp://'+nowip+':'+settings.getUDPPort()
else:
cdict['udp'] = 'udp://'+stun.getUDPClient().externalAddress[0]+':'+str(stun.getUDPClient().externalAddress[1])
#making full order list
for proto in cdict.keys():
if proto not in order:
order.append(proto)
#add contacts data to the local identity
#check if some transport is not installed
for proto in order:
if settings.transportIsEnabled(proto) and settings.transportReceivingIsEnabled(proto):
contact = cdict.get(proto, None)
if contact is not None:
lid.setProtoContact(proto, contact)
else:
# if protocol is disabled - mark this
# because we may want to turn it on in the future
_WorkingProtocols.discard(proto)
#misc.setLocalIdentity(lid)
del order
# #if IP is not external and upnp configuration was failed for some reasons
# #we want to use another contact methods, NOT tcp or ssh
# if IPisLocal() and run_upnpc.last_result('tcp') != 'upnp-done':
# dhnio.Dprint(4, 'p2p_connector.update_identity want to push tcp contact: local IP, no upnp ...')
# lid.pushProtoContact('tcp')
# misc.setLocalIdentity(lid)
#update software version number
revnum = _RevisionNumber.strip()
repo, location = misc.ReadRepoLocation()
lid.version = (revnum.strip() + ' ' + repo.strip() + ' ' + dhnio.osinfo().strip()).strip()
#generate signature with changed content
lid.sign()
#remember the identity
misc.setLocalIdentity(lid)
#finally saving local identity
misc.saveLocalIdentity()
dhnio.Dprint(4, 'p2p_connector.UpdateIdentity')
dhnio.Dprint(4, ' version: %s' % str(lid.version))
dhnio.Dprint(4, ' contacts: %s' % str(lid.contacts))