def execute_async(self, ud):
events = yield async_helpers.select(
async_helpers.StateCondition(ud.radio.activate_request, operator.__not__),
async_helpers.StateCondition(ud.radio.associated, operator.__not__))
if 0 in events:
returnValue('disactivate')
returnValue('unassociated')
def test_as_event_stream(self):
es = async_helpers.ReadDescrEventStream(L2Port, iface = 'lo', filter='icmp')
pkt = tst_icmp_pkt()
es.port.send(pkt)
while True:
yield async_helpers.select(es)
inpkt = es.recv()
if inpkt == pkt:
break
def execute_async(self, ud):
events = yield async_helpers.select(
async_helpers.StateCondition(ud.radio.activate_request,
operator.__not__),
async_helpers.StateCondition(ud.radio.associated,
operator.__not__))
if 0 in events:
returnValue('disactivate')
returnValue('unassociated')
def execute_async(self, ud):
events = yield async_helpers.select(
async_helpers.Timeout(ud.radio.disactivate_delay),
async_helpers.StateCondition(ud.radio.activate_request, operator.truth),
async_helpers.StateCondition(ud.radio.associated, operator.__not__))
if 1 in events:
returnValue('activate')
if 2 in events:
returnValue('unassociated')
returnValue('done')
def execute_async(self, ud):
ud.dhcp.socket.set_discard(True)
ud.dhcp.binding_publisher.set(ud.dhcp.lease.public_config)
events = yield async_helpers.select(
async_helpers.StateCondition(ud.dhcp.link_addr_state, lambda x: x == False),
async_helpers.Timeout(ud.dhcp.lease.timeout_time['BOUND'] - time.time()),
)
if 0 in events:
returnValue('nolink')
returnValue('timeout')
def execute_async(self, ud):
events = yield async_helpers.select(
async_helpers.Timeout(ud.radio.disactivate_delay),
async_helpers.StateCondition(ud.radio.activate_request,
operator.truth),
async_helpers.StateCondition(ud.radio.associated,
operator.__not__))
if 1 in events:
returnValue('activate')
if 2 in events:
returnValue('unassociated')
returnValue('done')
def execute_async(self, ud):
ud.dhcp.binding_publisher.set(None)
ud.dhcp.error_event.trigger()
ud.dhcp.socket.set_discard(True)
events = yield async_helpers.select(
async_helpers.StateCondition(ud.dhcp.link_addr_state, lambda x: x == False),
async_helpers.Timeout(ud.dhcp.error_timeout)
)
if 0 in events:
returnValue('nolink')
returnValue('done')
def execute_async(self, ud):
ud.radio._radio.associate(*ud.radio.requested_bss[0], **ud.radio.requested_bss[1])
#print "Associating before", ud.radio.associated.get()
events = yield async_helpers.select(
async_helpers.StateCondition(ud.radio._up_state_pub, operator.__not__ ),
async_helpers.StateCondition(ud.radio._radio.associated, lambda x: x != radio.Associating))
if 0 in events or ud.radio.associated.get() == radio.Unassociated:
returnValue('failed')
else:
#print "Associated", ud.radio.iface_name, ud.radio.associated.get()
returnValue('associated')
def execute_async(self, ud):
ud.radio._radio.associate(*ud.radio.requested_bss[0],
**ud.radio.requested_bss[1])
#print "Associating before", ud.radio.associated.get()
events = yield async_helpers.select(
async_helpers.StateCondition(ud.radio._up_state_pub,
operator.__not__),
async_helpers.StateCondition(ud.radio._radio.associated,
lambda x: x != radio.Associating))
if 0 in events or ud.radio.associated.get() == radio.Unassociated:
returnValue('failed')
else:
#print "Associated", ud.radio.iface_name, ud.radio.associated.get()
returnValue('associated')
def execute_async(self, ud):
# Parameters that will depend on the state.
timeout = async_helpers.Timeout(self.init_timeouts(ud))
# Make sure we aren't discarding incoming dhcp packets.
ud.dhcp.socket.set_discard(False)
# Generate an xid for the exchange if necessary.
self.init_xid(ud)
while True:
# Send a request packet
try:
self.send_time = time.time()
self.send(ud)
except:
traceback.print_exc()
returnValue('fail')
# How long to wait before retry
interval = self.get_next_retry(ud)
while True:
# Wait for an event
events = yield async_helpers.select(
async_helpers.StateCondition(ud.dhcp.link_addr_state, lambda x: x == False),
ud.dhcp.socket,
async_helpers.Timeout(interval),
timeout)
if 0 in events: # Lost link
returnValue('nolink')
if 1 in events: # Got packet
pkt = scapy.Ether(ud.dhcp.socket.recv())
#print "In:", repr(pkt)
result = self.validate(ud, pkt)
if result:
returnValue(result)
if 2 in events:
break
if 3 in events:
returnValue('fail')
def execute_async(self, ud):
# Use callLater so that no association request will arrive before
# we select.
reactor.callLater(0, ud.radio.scanning_enabled.set, True)
assoc_event_stream = async_helpers.EventStream(ud.radio.associate_request)
#print "Associated before", ud.radio.associated.get()
events = yield async_helpers.select(
async_helpers.StateCondition(ud.radio._up_state_pub, operator.__not__ ),
async_helpers.StateCondition(ud.radio.activate_request, operator.truth),
assoc_event_stream,
)
ud.radio.scanning_enabled.set(False)
if 1 in events:
returnValue('activate')
if 2 in events:
ud.radio.requested_bss = assoc_event_stream.get()
#print "Assoc changed", ud.radio.iface_name, ud.radio.requested_bss
returnValue('reassociate')
returnValue('unassociated')
def execute_async(self, ud):
# Use callLater so that no association request will arrive before
# we select.
reactor.callLater(0, ud.radio.scanning_enabled.set, True)
assoc_event_stream = async_helpers.EventStream(
ud.radio.associate_request)
#print "Associated before", ud.radio.associated.get()
events = yield async_helpers.select(
async_helpers.StateCondition(ud.radio._up_state_pub,
operator.__not__),
async_helpers.StateCondition(ud.radio.activate_request,
operator.truth),
assoc_event_stream,
)
ud.radio.scanning_enabled.set(False)
if 1 in events:
returnValue('activate')
if 2 in events:
ud.radio.requested_bss = assoc_event_stream.get()
#print "Assoc changed", ud.radio.iface_name, ud.radio.requested_bss
returnValue('reassociate')
returnValue('unassociated')
def execute_async(self, ud):
# If we got here then were forcibly disactivated, and the previous
# activation request is moot.
ud.radio.activate_request.set(False)
# We may have landed here after the interface went down causing
# disassociation. Quickly check for that before getting to work.
if not ud.radio._up_state_pub.get():
returnValue('down')
# Use callLater so that no association request will arrive before
# we select.
reactor.callLater(0, ud.radio.scanning_enabled.set, True)
assoc_event_stream = async_helpers.EventStream(ud.radio.associate_request)
events = yield async_helpers.select(
async_helpers.StateCondition(ud.radio._up_state_pub, operator.__not__ ),
assoc_event_stream
)
ud.radio.scanning_enabled.set(False)
if 1 in events:
ud.radio.requested_bss = assoc_event_stream.get()
returnValue('associate')
returnValue('down')
def execute_async(self, ud):
# If we got here then were forcibly disactivated, and the previous
# activation request is moot.
ud.radio.activate_request.set(False)
# We may have landed here after the interface went down causing
# disassociation. Quickly check for that before getting to work.
if not ud.radio._up_state_pub.get():
returnValue('down')
# Use callLater so that no association request will arrive before
# we select.
reactor.callLater(0, ud.radio.scanning_enabled.set, True)
assoc_event_stream = async_helpers.EventStream(
ud.radio.associate_request)
events = yield async_helpers.select(
async_helpers.StateCondition(ud.radio._up_state_pub,
operator.__not__), assoc_event_stream)
ud.radio.scanning_enabled.set(False)
if 1 in events:
ud.radio.requested_bss = assoc_event_stream.get()
returnValue('associate')
returnValue('down')
