def __init__(self,phase,portTable):
self.phase = phase
self.domip=""
self.port_table=bindpyrame.init_ports_table(portTable)
self.apipools=apipools.api_pool()
self.devices_lifo=[]
self.current_id=0
def get_frequency(self,multimeter_id,range="undef",resolution="undef",channel="undef"):
return self.relay(multimeter_id,"get_frequence",range,resolution,channel)
def get_period(self,multimeter_id,range="undef",resolution="undef",channel="undef"):
return self.relay(multimeter_id,"get_period",range,resolution,channel)
def free_command(self,multimeter_id):
return self.relay(multimeter_id,"free_command","undef","undef","undef")
def get_error_queue(self,multimeter_id):
return self.relay(multimeter_id,"get_error_queue","undef","undef","undef")
# CREATE POOL ####################################################
me = multimeter_class()
api_pool = apipools.api_pool()
# COMMANDS #######################################################
# Put serialized API in memory if not called via import
if __name__=='__main__':
global api; api = getapi.load_api(__file__)
# Functions
def getapi_multimeter():
submod.setres(1,api)
def init_multimeter(conf_string):
"""Registers in the pool and initializes a new MULTIMETER. *conf_string* is the configuration string for the module to be initialized.
Returns its multimeter_id."""