def __init__(self, id = None, name = '', ksdl = '', ksdlversion = '', ksdldate = None):
"""
Initialises the member instance.
Parameters are assigned to local variables. If no ID is provided (or None is given)
one will ge generated.
@param id: Inique ID for the Member
@type id: C{String}
@param name: Name for the Member
@type name: C{String}
@param ksdl: knowledge service description in XML
@type ksdl: C{String}
@param ksdlversion: Version for the XML knowledge service description
@type ksdlversion: C{String}
@param ksdldate: Date for the version of the XML knowledge service description
@type ksdldate: C{String}
"""
self._id = id
self._name = name
self._ksdl = ksdl
self._ksdlversion = ksdlversion
self._ksdldate = ksdldate
self._communities = []
self._members = []
self._authorities = []
if self._id == None:
self._id = tools.generateId(tools.TYPE_SERVICE)
def __init__(self, id = None, memberId = None, communityId = None, protocolId = None,
address = None, credentialId = None, init = 0):
"""
Initalises the Protocol and assigns the parameters to the local variables.
@param id: Unique id for the protocol
@type id: C{String}
@param memberId: ID of the member providing this endpoint
@type memberId: C{String}
@param communityId: ID of the community the given member uses for this endpoint
@type communityId: C{String}
@param protocolId: ID of the protocol used for this endpoint (SOAP, HTTP, ...)
@type protocolId: C{String}
@param address: Protocol specific address of the endpoint. (Like URL for SOAP, IP for SSH, ...)
@type address: C{String}
@param credentialId: ID of the credential connected to the endpoint
@type credentialId: C{String}
@param init: Indidates, whether this instance is created during initialises process (of the container).
@type init: C{Boolean}
"""
self._id = id
self._memberId = memberId
self._communityId = communityId
self._protocolId = protocolId
self._address = address
self._credentialId = credentialId
if self._id == None:
self._id = tools.generateId(tools.TYPE_ENDPOINT)
def __init__(self, id = None, name = None, mdl = None, mdlversion = None, mdldate = None):
"""
Initialises the member instance.
Parameters are assigned to local variables. If no ID is provided (or None is given)
one will ge generated.
@param id: Inique ID for the Member
@type id: C{String}
@param name: Name for the Member
@type name: C{String}
@param mdl: Member description in XML
@type mdl: C{String}
@param mdlversion: Version for the XML member description
@type mdlversion: C{String}
@param mdldate: Date for the version of the XML member description
@type mdldate: C{String}
"""
self._id = id
self._name = name
self._mdl = mdl
self._mdlversion = mdlversion
self._mdldate = mdldate
self._communities = []
self._gateways = []
self._authorizedComunities = []
if self._id == None:
self._id = tools.generateId(tools.TYPE_MEMBER)
def __init__(self, id = None, name = None, algorithmid = None, privateKey = None, publicKey = None, username = None, init = 0):
"""
Initalises the Personal Credential and assigns the parameters to the local variables.
@param id: Unique id for the personal credential
@type id: C{String}
@param name: Name for the personal credential
@type name: C{String}
@param username: User name to be used
@type username: C{String}
@param algorithmid: ID of the algorithm, this credential is valid for and was created for
@type algorithmid: C{String}
@param privateKey: String represenation of the Private Key
@type privateKey: C{String}
@param publicKey: String representation of the Public Key
@type publicKey: C{String}
@param init: Indidates, whether this instance is created during initialises process (of the container).
@type init: C{Boolean}
"""
self._id = id
self._name = name
self._username = username
self._algorithmid = algorithmid
self._privateKey = privateKey
self._publicKey = publicKey
if self._id == None:
self._id = tools.generateId(tools.TYPE_PERSONALCREDENTIAL)
def __init__(self, id = None, algorithmid = None, username = None, key = None, ownerid = None, init = 0):
"""
Initalises the Algorithm and assigns the parameters to the local variables.
@param id: Unique id for the algorithm (if None is given, one will be generated using the key generator in tools)
@type id: C{String}
@param algorithmid: ID of the algorithm, this credential can be used with (and was created for)
@type algorithmid: C{String}
@param username: Username for this credential (optional)
@type username: C{String}
@param key: Public key
@type key: C{String}
@param ownerid: ID of the owner of this key (Member, Community, ...)
@type ownerid: C{String}
@param init: Indidates, whether this instance is created during initialises process (of the container).
@type init: C{Boolean}
"""
self._id = id
self._algorithmid = algorithmid
self._username = username
self._key = key
self._ownerid = ownerid
if self._id == None:
self._id = tools.generateId(tools.TYPE_CREDENTIAL)
def __init__(self, id, source_tc, destination_tc, gw_member_id, gw_community_id, costs):
"""
Assigns the parameters to instance variables.
If id is C{None}, one will be generated using the tools module.
"""
if id == None:
from tools import generateId, TYPE_ROUTINGTABLEENTRY
id = generateId(TYPE_ROUTINGTABLEENTRY)
self._id = id
self._source_tc = source_tc
self._destination_tc = destination_tc
self._gw_member_id = gw_member_id
self._gw_community_id = gw_community_id
self._costs = int(costs)
def __init__(self, id = None, name = None, init = 0):
"""
Initalises the Protocol and assigns the parameters to the local variables.
@param id: Unique id for the protocol
@type id: C{String}
@param name: Name for the protocol
@type name: C{String}
@param init: Indidates, whether this instance is created during initialises process (of the container).
@type init: C{Boolean}
"""
self._id = id
self._name = name
if self._id == None:
self._id = tools.generateId(tools.TYPE_PROTOCOL)
def __init__(self, id = None, name = None, description = None, tcdl = None, tcdlversion = None, tcdldate = None):
"""
Initialises a Community instance
Assigns the parameters to the instance variables. If no id is given (or is C{None}), one
will be calculated.
@param id: Unique ID for the Community
@type id: C{String}
@param name: Name of the Community
@type name: C{String}
@param description: Community Description
@type description: C{String}
@param tcdl: Community Description in XML format
@type tcdl: C{String}
@param tcdlversion: Version of the current XML Community Description
@type tcdlversion: C{String}
@param tcdldate: Date of the current version of the XML Community Description
@type tcdldate: C{String}
"""
self._id = id
self._name = name
self._description = description
self._tcdl = tcdl
self._tcdlversion = tcdlversion
self._tcdldate = tcdldate
self._members = []
self._authorities = []
self._sourceGateways = []
self._destinationGateways = []
self._protocols = []
self._algorithms = []
if self._id == None:
self._id = tools.generateId(tools.TYPE_COMMUNITY)
def sendG4dsMessage(self, endpointid, message, refid = None):
"""
Send a message using the given protocol.
The message is encyrpted first of all using the algorithm with the requested id. (In fact, for this
matter the message is passed to the private function L{_handleSigningAndEncryption}, which will thereupon
pass the request to the SecurityController and return the result. The encrypted result is wrapped into
a valid G4DS message using the L{messagewrapper.MessageWrapper.wrapG4dsMessage} function.
Finally, the result is passed to the routing engine, which will send it off using the requested
protocol.
@param endpointid: Id of the endpoint for this message.
@type endpointid: C{String}
@param message: Message to be send via G4DS. Should "actually" be a service or control message
@type message: C{String} (XML)
@param refid: An id of a previous message which shall be referenced here
@type refid: C{String}
@return: ID of the message
@rtype: C{String}
"""
from communicationmanager import getEndpointManager
endpoint = getEndpointManager().getEndpoint(endpointid)
from tools import generateId, TYPE_MESSAGE
mid = generateId(TYPE_MESSAGE)
from config import memberid
message, doc = getMessageWrapper().wrapG4dsPlain(message, mid, memberid, refid)
message, tree, rootnode = self._handleSigningAndEncryption(message, endpoint)
xmltext, domtree = getMessageWrapper().wrapG4dsMessage(rootnode)
from routingcontroller import getRoutingEngine
## import thread
## thread.start_new_thread(getRoutingEngine().sendMessage, (xmltext, endpoint))
getRoutingEngine().sendMessage(xmltext, endpoint)
return mid