def __init__(self, tenant, **kwargs): self.__addrs = EtherAddress(DEFAULT_ADDRS) self.conflicts = {'networks': [], 'stations': []} EmpowerApp.__init__(self, tenant, **kwargs) wtpup(tenant_id=self.tenant.tenant_id, callback=self.wtp_up_callback)
def __init__(self, tenant, **kwargs): self.__limit = DEFAULT_LIMIT EmpowerApp.__init__(self, tenant, **kwargs) # Register an RSSI trigger for all LVAPs rssi(lvaps="ff:ff:ff:ff:ff:ff", tenant_id=self.tenant.tenant_id, relation='LT', value=self.limit, callback=self.low_rssi) # Register an wtp up event wtpup(tenant_id=self.tenant.tenant_id, callback=self.wtp_up_callback)
def __init__(self, **kwargs): EmpowerApp.__init__(self, **kwargs) self.graphData = {} self.vbses = [] self.wtps = [] self.wifi_data = {} self.coord = self.get_coordinates() self.vbsup(callback=self.vbs_up_callback) self.vbsdown(callback=self.vbs_down_callback) wtpup(tenant_id=self.tenant.tenant_id, callback=self.wtp_up_callback)
def __init__(self, tenant, **kwargs): EmpowerApp.__init__(self, tenant, **kwargs) cppup(tenant_id=self.tenant.tenant_id, callback=self.cpp_up_callback) cppdown(tenant_id=self.tenant.tenant_id, callback=self.cpp_down_callback) wtpup(tenant_id=self.tenant.tenant_id, callback=self.wtp_up_callback) wtpdown(tenant_id=self.tenant.tenant_id, callback=self.wtp_down_callback) lvapjoin(tenant_id=self.tenant.tenant_id, callback=self.lvap_join_callback) lvapleave(tenant_id=self.tenant.tenant_id, callback=self.lvap_leave_callback)
def __init__(self, **kwargs): EmpowerApp.__init__(self, **kwargs) self.graphData = {} self.wifi_data = {} # List of VBSes active self.vbses = [] # List of WTPs active self.wtps = [] # Populate exsiting VBSes for vbs in self.tenant.vbses.values(): if vbs.connection: self.vbses.append(vbs) # Populate exsiting WTPs and trigger UCQM for existing WTPs for wtp in self.tenant.wtps.values(): if wtp.connection: self.wtps.append(wtp.addr.to_str()) for block in wtp.supports: ucqm(block=block, tenant_id=self.tenant.tenant_id, every=5000, callback=self.ucqm_callback) # Generating inital coordinates for the graph nodes self.coord = self.get_coordinates() vbsup(tenant_id=self.tenant.tenant_id, callback=self.vbs_up_callback) vbsdown(tenant_id=self.tenant.tenant_id, callback=self.vbs_down_callback) uejoin(tenant_id=self.tenant.tenant_id, callback=self.ue_join_callback) ueleave(tenant_id=self.tenant.tenant_id, callback=self.ue_leave_callback) wtpup(tenant_id=self.tenant.tenant_id, callback=self.wtp_up_callback) wtpdown(tenant_id=self.tenant.tenant_id, callback=self.wtp_up_callback)
def __init__(self, **kwargs): EmpowerApp.__init__(self, **kwargs) self.graphData = {} self.wifi_data = {} # List of VBSes active self.vbses = [] # List of WTPs active self.wtps = [] # Populate existing VBSes for vbs in self.tenant.vbses.values(): if vbs.connection: self.vbses.append(vbs) # Populate existing WTPs and trigger UCQM for existing WTPs for wtp in self.tenant.wtps.values(): if wtp.connection: self.wtps.append(wtp) for block in wtp.supports: ucqm(block=block, tenant_id=self.tenant.tenant_id, every=5000, callback=self.ucqm_callback) # Generating inital coordinates for the graph nodes self.coord = self.get_coordinates() vbsup(tenant_id=self.tenant.tenant_id, callback=self.vbs_up_callback) vbsdown(tenant_id=self.tenant.tenant_id, callback=self.vbs_down_callback) wtpup(tenant_id=self.tenant.tenant_id, callback=self.wtp_up_callback) wtpdown(tenant_id=self.tenant.tenant_id, callback=self.wtp_up_callback)
def __init__(self, **kwargs): self.__addrs = None EmpowerApp.__init__(self, **kwargs) wtpup(tenant_id=self.tenant.tenant_id, callback=self.wtp_up_callback)
def __init__(self, tenant, **kwargs): Poller.__init__(self, tenant, **kwargs) wtpup(tenant_id=self.tenant.tenant_id, callback=self.wtp_up_callback)