def __init__(self, name, config_tree):
self.name = name
self.wago_ip = config_tree["controller_ip"]
self.controller = None
self.mapping = ""
mapping = []
for module in config_tree["mapping"]:
module_type = module["type"]
logical_names = module["logical_names"]
mapping.append("%s,%s" % (module_type, logical_names))
self.mapping = "\n".join(mapping)
self.cnt_dict = {}
self.cnt_names = []
self.cnt_gain_names = []
try:
self.counter_gain_names = config_tree[
"counter_gain_names"].replace(" ", "").split(',')
except:
pass
try:
self.cnt_names = config_tree["counter_names"].replace(
" ", "").split(',')
except:
pass
else:
for i, name in enumerate(self.cnt_names):
self.cnt_dict[name] = i
add_property(self, name, WagoCounter(name, self, i))
def __init__(self, name, config_tree):
self.name = name
self.wago_ip = config_tree["controller_ip"]
self.controller = None
self.mapping = ""
mapping = []
for module in config_tree["mapping"]:
module_type = module["type"]
logical_names = module["logical_names"]
mapping.append("%s,%s" % (module_type, logical_names))
self.mapping = "\n".join(mapping)
self.cnt_dict = {}
self.cnt_names = []
try:
idx = 0
self.cnt_names = config_tree["counter_names"].replace(" ","").split(',')
for i in self.cnt_names:
self.cnt_dict[i] = idx
self.__counter = WagoCounter(self, i, idx)
def wc_counter(*args):
return self.__counter
add_property(self, i, wc_counter)
idx += 1
except:
pass
def __init__(self, name, config):
self.name = name
self.__counters_grouped_read_handler = BpmGroupedReadHandler(self)
tango_uri = config.get("uri")
tango_lima_uri = config.get("lima_uri")
foil_actuator_name = config.get("foil_name")
self.__control = DeviceProxy(tango_uri)
if tango_lima_uri:
self.__lima_control = DeviceProxy(tango_lima_uri)
else:
self.__lima_control = None
self._acquisition_event = event.Event()
self._acquisition_event.set()
self.__diode_actuator = None
self.__led_actuator = None
self.__foil_actuator = None
bpm_properties = self.__control.get_property_list('*')
if 'wago_ip' in bpm_properties:
self.__diode_actuator = Actuator(self.__control.In,
self.__control.Out,
lambda: self.__control.YagStatus == "in",
lambda: self.__control.YagStatus == "out")
self.__led_actuator = Actuator(self.__control.LedOn,
self.__control.LedOff,
lambda: self.__control.LedStatus > 0)
def diode_current(*args):
return BpmDiodeCounter("diode_current", self, self.__control)
add_property(self, "diode_current", diode_current)
def diode_actuator(*args):
return self.__diode_actuator
add_property(self, "diode", diode_actuator)
def led_actuator(*args):
return self.__led_actuator
add_property(self, "led", led_actuator)
if 'has_foils' in bpm_properties:
self.__foil_actuator = Actuator(self.__control.FoilIn,
self.__control.FoilOut,
lambda: self.__control.FoilStatus == "in",
lambda: self.__control.FoilStatus == "out")
def foil_actuator(*args):
return self.__foil_actuator
if not foil_actuator_name:
foil_actuator_name = 'foil'
add_property(self, foil_actuator_name, foil_actuator)
def __init__(self, name, config):
self.name = name
tango_uri = config.get("uri")
foil_actuator_name = config.get("foil_name")
self.__control = PyTango.gevent.DeviceProxy(tango_uri)
self.__acquisition_event = gevent.event.Event()
self.__acquisition_event.set()
self.__last_acq = None
self.__diode_actuator = None
self.__led_actuator = None
self.__foil_actuator = None
bpm_properties = self.__control.get_property_list('*')
if 'wago_ip' in bpm_properties:
self.__diode_actuator = Actuator(self.__control.In,
self.__control.Out,
lambda: self.__control.YagStatus == "in",
lambda: self.__control.YagStatus == "out")
self.__led_actuator = Actuator(self.__control.LedOn,
self.__control.LedOff,
lambda: self.__control.LedStatus > 0)
def diode_current(*args):
return BpmCounter(self, "diode_current", "_read_diode_current")
add_property(self, "diode_current", diode_current)
def diode_actuator(*args):
return self.__diode_actuator
add_property(self, "diode", diode_actuator)
def led_actuator(*args):
return self.__led_actuator
add_property(self, "led", led_actuator)
if 'has_foils' in bpm_properties:
self.__foil_actuator = Actuator(self.__control.FoilIn,
self.__control.FoilOut,
lambda: self.__control.FoilStatus == "in",
lambda: self.__control.FoilStatus == "out")
def foil_actuator(*args):
return self.__foil_actuator
if not foil_actuator_name:
foil_actuator_name = 'foil'
add_property(self, foil_actuator_name, foil_actuator)