def __init__(self, settings=None, start=True):
"""
Class constructor
@param settings: path to the main configuration file
@param verbose: Print out SWAP frames
@param start: Start SWAP server if True
"""
## SWAP server
self.server = None
## Network data
self.network = None
if start:
print "SWAP server starting... "
self.server = SwapServer(self, settings, start)
self.network = self.server.network
if start:
print "SWAP server is now running... "
def __init__(self, settings=None, start=True):
"""
Class constructor
@param settings: path to the main configuration file
@param verbose: Print out SWAP frames
@param start: Start SWAP server if True
"""
## SWAP server
self.server = None
## Network data
self.network = None
if start:
print "SWAP server starting... "
self.server = SwapServer(self, settings, start)
self.network = self.server.network
if start:
print "SWAP server is now running... "
class SwapInterface:
"""
SWAP Interface superclass. Any SWAP application should derive from this one
"""
def swapServerError(self, ex):
"""
SWAP server error detected
@param ex exception
"""
pass
def swapServerStarted(self):
"""
SWAP server started successfully
"""
pass
def swapPacketReceived(self, packet):
"""
New SWAP packet received
@param packet: SWAP packet received
"""
pass
def swapPacketSent(self, packet):
"""
SWAP packet transmitted
@param packet: SWAP packet transmitted
"""
pass
def newMoteDetected(self, mote):
"""
New mote detected by SWAP server
@param mote: mote detected
"""
pass
def newParameterDetected(self, parameter):
"""
New configuration parameter detected by SWAP server
@param parameter: Endpoint detected
"""
pass
def newEndpointDetected(self, endpoint):
"""
New endpoint detected by SWAP server
@param endpoint: Endpoint detected
"""
pass
def moteStateChanged(self, mote):
"""
Mote state changed
@param mote: Mote having changed
"""
pass
def moteAddressChanged(self, mote):
"""
Mote address changed
@param mote: Mote having changed
"""
pass
def registerValueChanged(self, register):
"""
Register value changed
@param register: Register having changed
"""
pass
def endpointValueChanged(self, endpoint):
"""
Endpoint value changed
@param endpoint: Endpoint having changed
"""
pass
def parameterValueChanged(self, parameter):
"""
Configuration parameter changed
@param parameter: configuration parameter having changed
"""
pass
def getNbOfMotes(self):
"""
@return the amount of motes available in lstMotes
"""
return self.network.get_nbof_motes()
def getMote(self, index=None, address=None):
"""
Return mote from list
@param index: Index of the mote within lstMotes
@param address: SWAP address of the mote
@return mote
"""
return self.server.network.get_mote(index, address)
def setMoteRegister(self, mote, regId, value):
"""
Set new register value on wireless mote
@param mote: Mote targeted by this command
@param regId: Register ID
@param value: New register value
@return True if the command is correctly ack'ed. Return False otherwise
"""
return self.server.setMoteRegister(mote, regId, value)
def queryMoteRegister(self, mote, regId):
"""
Query mote register, wait for response and return value
Non re-entrant method!!
@param mote: Mote to be queried
@param regID: Register ID
@return register value
"""
return self.server.queryMoteRegister(mote, regId)
def create_server(self):
"""
Create server object
"""
self.server = SwapServer(self, self.verbose)
return self.server
def start_server(self):
"""
Start SWAP server
"""
self.server.start()
def stop(self):
"""
Stop SWAP server
"""
self.server.stop()
def get_endpoint(self, endpid=None, location=None, name=None):
"""
Get endpoint given its unique id or location.name pair
@param endpid endpoint id
@param location endpoint location
@param name endpoint name
@return endpoint object
"""
for mote in self.network.motes:
for register in mote.regular_registers:
for endpoint in register.parameters:
if endpid is not None:
if endpid == endpoint.id:
return endpoint
elif name == endpoint.name and location == endpoint.location:
return endpoint
return None
def update_definition_files(self):
"""
Update Device Definition Files from Internet server
"""
self.server.update_definition_files()
def __init__(self, settings=None, start=True):
"""
Class constructor
@param settings: path to the main configuration file
@param verbose: Print out SWAP frames
@param start: Start SWAP server if True
"""
## SWAP server
self.server = None
## Network data
self.network = None
if start:
print "SWAP server starting... "
try:
self.server = SwapServer(self, settings, start)
except:
raise
self.network = self.server.network
if start:
print "SWAP server is now running... "
def create_server(self):
"""
Create server object
"""
self.server = SwapServer(self, self.verbose)
return self.server
class SwapInterface:
"""
SWAP Interface superclass. Any SWAP application should derive from this one
"""
def swapServerStarted(self):
"""
SWAP server started successfully
"""
pass
def swapPacketReceived(self, packet):
"""
New SWAP packet received
@param packet: SWAP packet received
"""
pass
def swapPacketSent(self, packet):
"""
SWAP packet transmitted
@param packet: SWAP packet transmitted
"""
pass
def newMoteDetected(self, mote):
"""
New mote detected by SWAP server
@param mote: mote detected
"""
pass
def newParameterDetected(self, parameter):
"""
New configuration parameter detected by SWAP server
@param parameter: Endpoint detected
"""
pass
def newEndpointDetected(self, endpoint):
"""
New endpoint detected by SWAP server
@param endpoint: Endpoint detected
"""
pass
def moteStateChanged(self, mote):
"""
Mote state changed
@param mote: Mote having changed
"""
pass
def moteAddressChanged(self, mote):
"""
Mote address changed
@param mote: Mote having changed
"""
pass
def registerValueChanged(self, register):
"""
Register value changed
@param register: Register having changed
"""
pass
def endpointValueChanged(self, endpoint):
"""
Endpoint value changed
@param endpoint: Endpoint having changed
"""
pass
def parameterValueChanged(self, parameter):
"""
Configuration parameter changed
@param parameter: configuration parameter having changed
"""
pass
def getNbOfMotes(self):
"""
@return the amount of motes available in lstMotes
"""
return self.network.get_nbof_motes()
def getMote(self, index=None, address=None):
"""
Return mote from list
@param index: Index of the mote within lstMotes
@param address: SWAP address of the mote
@return mote
"""
return self.server.network.get_mote(index, address)
def setMoteRegister(self, mote, regId, value):
"""
Set new register value on wireless mote
@param mote: Mote targeted by this command
@param regId: Register ID
@param value: New register value
@return True if the command is correctly ack'ed. Return False otherwise
"""
return self.server.setMoteRegister(mote, regId, value)
def queryMoteRegister(self, mote, regId):
"""
Query mote register, wait for response and return value
Non re-entrant method!!
@param mote: Mote to be queried
@param regID: Register ID
@return register value
"""
return self.server.queryMoteRegister(mote, regId)
def create_server(self):
"""
Create server object
"""
self.server = SwapServer(self, self.verbose)
return self.server
def start_server(self):
"""
Start SWAP server
"""
self.server.start()
def stop(self):
"""
Stop SWAP server
"""
self.server.stop()
def get_endpoint(self, endpid=None, location=None, name=None):
"""
Get endpoint given its unique id or location.name pair
@param endpid endpoint id
@param location endpoint location
@param name endpoint name
@return endpoint object
"""
for mote in self.network.motes:
for register in mote.regular_registers:
for endpoint in register.parameters:
if endpid is not None:
if endpid == endpoint.id:
return endpoint
elif name == endpoint.name and location == endpoint.location:
return endpoint
return None
def update_definition_files(self):
"""
Update Device Definition Files from Internet server
"""
self.server.update_definition_files()
def __init__(self, settings=None, start=True):
"""
Class constructor
@param settings: path to the main configuration file
@param verbose: Print out SWAP frames
@param start: Start SWAP server if True
"""
## SWAP server
self.server = None
## Network data
self.network = None
if start:
print "SWAP server starting... "
self.server = SwapServer(self, settings, start)
self.network = self.server.network
if start:
print "SWAP server is now running... "
def create_server(self):
"""
Create server object
"""
self.server = SwapServer(self, self.verbose)
return self.server
