def configure(self,config):
# Use the register maps to create all of the SCD2000's inherent
# children.
CachedION.configure(self,config)
# Scale the system_frequency from 'raw' values to Hz.
h = self.ScaledION()
h.configure({'name':'Hz','parent':self.get_child('system_frequency'),
'multiplier':100.0})
def configure(self,config):
# Use the register maps to create all of the inherent children.
CachedION.configure(self,config)
# Scale the system_frequency from 'raw' values to Hz.
h = self.ScaledION()
h.configure({'name':'scaler',
'parent':self.get_child('avr_vscale'),
'multiplier':1000.0})
h = self.ScaledION()
h.configure({'name':'V',
'parent':self.get_child('batt_volts'),
'multiplier':10.0})
h = self.ScaledION()
h.configure({'name':'V',
'parent':self.get_child('batt_volts_h'),
'multiplier':10.0})
h = self.ScaledION()
h.configure({'name':'V',
'parent':self.get_child('batt_volts_hsp'),
'multiplier':10.0})
h = self.ScaledION()
h.configure({'name':'V',
'parent':self.get_child('batt_volts_l'),
'multiplier':10.0})
h = self.ScaledION()
h.configure({'name':'V',
'parent':self.get_child('batt_volts_lsp'),
'multiplier':10.0})
h = self.ScaledION()
h.configure({'name':'Hz',
'parent':self.get_child('freq'),
'multiplier':10.0})
h = self.ScaledION()
h.configure({'name':'Hz',
'parent':self.get_child('freq_h'),
'multiplier':10.0})
h = self.ScaledION()
h.configure({'name':'Hz',
'parent':self.get_child('freq_hsp'),
'multiplier':10.0})
h = self.ScaledION()
h.configure({'name':'Hz',
'parent':self.get_child('freq_l'),
'multiplier':10.0})
h = self.ScaledION()
h.configure({'name':'Hz',
'parent':self.get_child('freq_lsp'),
'multiplier':10.0})
h = self.ScaledION()
h.configure({'name':'scaler',
'parent':self.get_child('gvscale'),
'multiplier':10.0})
def start(self):
if self.debug: print 'start generic device: ', self.name
self.maps = {}
# insert the default boundries due to point type ranges
self.maps[1] = ([], 1.0)
self.maps[10001] = ([], 1.0)
self.maps[30001] = ([], 1.0)
self.maps[40001] = ([], 1.0)
if self.debug: print self.maps
for b in self.boundries:
if self.debug: print b
self.maps[int(b['register'])] = ([], float(b['ttl'])) #overwrite any default 1 sec TTL if desired
if self.debug: print self.maps
#todo:
# deal with excludes
CachedION.start(self) #let the children play (and ask find_cache_for)
self.split_long_caches()
if self.debug: print self.maps
self._register_maps = self.maps.values()
self._define_caches(self.holding_register_maps())
#del self.maps
if self.debug: print 'started generic device: ', self.name
def start(self):
if self.debug: print 'start generic device: ', self.name
self.maps = {}
# insert the default boundries due to point type ranges
self.maps[1] = ([], 1.0)
self.maps[10001] = ([], 1.0)
self.maps[30001] = ([], 1.0)
self.maps[40001] = ([], 1.0)
if self.debug: print self.maps
for b in self.boundries:
if self.debug: print b
self.maps[int(b['register'])] = ([], float(
b['ttl'])) #overwrite any default 1 sec TTL if desired
if self.debug: print self.maps
#todo:
# deal with excludes
CachedION.start(self) #let the children play (and ask find_cache_for)
self.split_long_caches()
if self.debug: print self.maps
self._register_maps = self.maps.values()
self._define_caches(self.holding_register_maps())
#del self.maps
if self.debug: print 'started generic device: ', self.name
def configuration(self):
config = CachedION.configuration(self)
get_attribute(self, 'address', config, str)
get_attribute(self, 'line_handler', config, str)
get_attribute(self, 'boundries', config, str)
get_attribute(self, 'exclude', config, str)
get_attribute(self, 'debug', config, str)
get_attribute(self, 'split_cache_at_gaps', config, str)
get_attribute(self, 'use_batch_manager', config, str)
get_attribute(self, 'maximum_coils', config, str)
get_attribute(self, 'maximum_input_status', config, str)
get_attribute(self, 'maximum_holding_registers', config, str)
get_attribute(self, 'maximum_input_registers', config, str)
get_attribute(self, 'maps', config, str)
return config
def configuration(self):
config = CachedION.configuration(self)
get_attribute(self, 'address', config, str)
get_attribute(self, 'line_handler', config, str)
get_attribute(self, 'boundries', config, str)
get_attribute(self, 'exclude', config, str)
get_attribute(self, 'debug', config, str)
get_attribute(self, 'split_cache_at_gaps', config, str)
get_attribute(self, 'use_batch_manager', config, str)
get_attribute(self, 'maximum_coils', config, str)
get_attribute(self, 'maximum_input_status', config, str)
get_attribute(self, 'maximum_holding_registers', config, str)
get_attribute(self, 'maximum_input_registers', config, str)
get_attribute(self, 'maps', config, str)
return config
def configure(self, config):
# Use the register maps to create all of the inherent children.
CachedION.configure(self, config)
# Scale the system_frequency from 'raw' values to Hz.
h = self.ScaledION()
h.configure({
'name': 'scaler',
'parent': self.get_child('avr_vscale'),
'multiplier': 1000.0
})
h = self.ScaledION()
h.configure({
'name': 'V',
'parent': self.get_child('batt_volts'),
'multiplier': 10.0
})
h = self.ScaledION()
h.configure({
'name': 'V',
'parent': self.get_child('batt_volts_h'),
'multiplier': 10.0
})
h = self.ScaledION()
h.configure({
'name': 'V',
'parent': self.get_child('batt_volts_hsp'),
'multiplier': 10.0
})
h = self.ScaledION()
h.configure({
'name': 'V',
'parent': self.get_child('batt_volts_l'),
'multiplier': 10.0
})
h = self.ScaledION()
h.configure({
'name': 'V',
'parent': self.get_child('batt_volts_lsp'),
'multiplier': 10.0
})
h = self.ScaledION()
h.configure({
'name': 'Hz',
'parent': self.get_child('freq'),
'multiplier': 10.0
})
h = self.ScaledION()
h.configure({
'name': 'Hz',
'parent': self.get_child('freq_h'),
'multiplier': 10.0
})
h = self.ScaledION()
h.configure({
'name': 'Hz',
'parent': self.get_child('freq_hsp'),
'multiplier': 10.0
})
h = self.ScaledION()
h.configure({
'name': 'Hz',
'parent': self.get_child('freq_l'),
'multiplier': 10.0
})
h = self.ScaledION()
h.configure({
'name': 'Hz',
'parent': self.get_child('freq_lsp'),
'multiplier': 10.0
})
h = self.ScaledION()
h.configure({
'name': 'scaler',
'parent': self.get_child('gvscale'),
'multiplier': 10.0
})
def __init__(self):
CachedION.__init__(self)
self.debug = 0
self.use_batch_manager = 0
def __init__(self):
CachedION.__init__(self)
self.debug = 0
self.use_batch_manager = 0
