def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.pin2index={}
self.name2index={}
for key,value in self.conf.iteritems():
try:
pin_name = key.split('_')[0]
pin_data = key.split('_')[1]
if not self.pin2index.has_key(pin_name):
itemList.append({'min':'', 'max':'', 'unit':'', 'type':'R', 'description':''})
self.pin2index[pin_name] = len(itemList)-1
if pin_data == 'function':
itemList[self.pin2index[pin_name]]['function'] = value
if value in ['counter', 'output', 'timer']:
itemList[self.pin2index[pin_name]]['type'] = 'R/W'
elif pin_data == 'item':
itemList[self.pin2index[pin_name]]['name'] = value
itemTags[value] = ['All', 'raspberryGPIO', 'Basic']
self.name2index[value]=self.pin2index[pin_name]
elif pin_data == 'pin':
itemList[self.pin2index[pin_name]]['pin'] = int(value)
elif pin_data == 'active':
itemList[self.pin2index[pin_name]]['active'] = int(value)
except Exception,e:
logger.info(str(e))
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.power = 0
self.lock = Lock()
self.pin2index={}
self.name2index={}
self.itemrefs = []
for key,value in self.conf.iteritems():
try:
pin_name = key.split('_')[0]
pin_data = key.split('_')[1]
if not self.pin2index.has_key(pin_name):
itemList.append({'min':'', 'max':'', 'unit':'', 'type':'R', 'description':''})
self.pin2index[pin_name] = len(itemList)-1
if pin_data == 'function':
itemList[self.pin2index[pin_name]]['function'] = value
if value in ['counter', 'output', 'timer']:
itemList[self.pin2index[pin_name]]['type'] = 'R/W'
elif pin_data == 'item':
itemList[self.pin2index[pin_name]]['name'] = value
self.name2index[value]=self.pin2index[pin_name]
elif pin_data == 'pin':
itemList[self.pin2index[pin_name]]['pin'] = int(value)
elif pin_data == 'active':
itemList[self.pin2index[pin_name]]['active'] = int(value)
except Exception,e:
logger.info(str(e))
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.itemrefs = []
self.itemvalues = {}
for key, value in self.conf.iteritems():
itemList.append({'name':key, 'value':value, 'min':'0', 'max':'100', 'unit':'km', 'type':'R/W'})
itemTags[key] = ['All', 'testplugin', 'Basic']
for item in itemList:
self.itemvalues[item['name']] = item['value']
dbitem = Getsetitem(item['name'], item['value'], lambda i:self.getItem(i), lambda i,v:self.setItem(i,v))
for key, value in item.iteritems():
if key is not 'value':
dbitem.__setattr__(key, value)
if dbitem.name in itemTags:
dbitem.__setattr__('tags', itemTags[dbitem.name])
self.db.insert(dbitem)
self.itemrefs.append(dbitem)
def mysetter(name, value):
print 'testplugin set: ', name, value
i = Storeditem('stored', 'defaultvalue', setter=mysetter)
i.tags = ['All', 'testplugin', 'Basic']
i.type = 'R/W'
i.min = '0'
i.max = '120'
i.unit = 'm'
i.description = "this is a test item"
i.longname = "stored item"
self.db.insert(i)
self.itemrefs.append(i)
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.request = Queue()
self.response = Queue()
self.p = Process(target=root, args=(self.request, self.response))
self.p.start()
self.valuestore = ConfigParser()
self.valuestore.add_section('values')
self.valuesfile = path.join(path.dirname(__file__), 'values.conf')
for item in itemList:
self.valuestore.set('values', item['name'], item['value'])
self.valuestore.read(self.valuesfile)
f = open(self.valuesfile, 'w')
self.valuestore.write(f)
f.close()
try:
uid = pwd.getpwnam(self.glob['conf'].USER).pw_uid
gid = grp.getgrnam(self.glob['conf'].GROUP).gr_gid
os.chown(self.valuesfile, uid, gid)
except:
pass
t = Timer(5, self.calc_thread)
t.setDaemon(True)
t.start()
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
global itemList
if not 'timer' in conf:
itemList += counter_mode_items
itemTags.update(counter_mode_tags)
if not 'state_tracker' in self.conf:
self.conf['state_tracker'] = 'generic'
try:
self.power_window = int(self.conf['power_window'])
if self.power_window < 60 or self.power_window > 1800:
raise ValueError
except:
self.power_window = 300
try:
self.running_timeout = int(self.conf['running_timeout'])
if self.running_timeout < 5 or self.power_window > 300:
raise ValueError
except:
self.running_timeout = 60
try:
self.ignition_timeout = int(self.conf['ignition_timeout'])
if self.ignition_timeout < 60 or self.ignition_timeout > 1200:
raise ValueError
except:
self.ignition_timeout = 600
try:
self.starting_power = float(self.conf['starting_power'])
if self.starting_power < 0.5 or self.starting_power > 10:
raise ValueError
except:
self.starting_power = 5
try:
self.startup_feed_wait = float(self.conf['startup_feed_wait'])
if self.startup_feed_wait < 10 or self.startup_feed_wait > 300:
raise ValueError
except:
self.startup_feed_wait = 60
try:
self.log_changes = [
s.strip() for s in self.conf['log_changes'].split(',')
]
except:
self.log_changes = ['mode', 'alarm']
if conf['state_tracker'] == 'generic':
itemList += state_tracker_items
itemTags.update(state_tracker_tags)
for item in itemList:
if item['type'] == 'R/W':
self.store_setting(item['name'], confval=str(item['value']))
self.migrate_settings('pelletcalc')
if self.conf['state_tracker'] == 'generic':
t = Timer(5, self.calc_thread)
t.setDaemon(True)
t.start()
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.power = 0
self.lock = Lock()
self.pin2index = {}
self.name2index = {}
self.itemrefs = []
for key, value in self.conf.iteritems():
try:
pin_name = key.split('_')[0]
pin_data = key.split('_')[1]
if not self.pin2index.has_key(pin_name):
itemList.append({
'min': '',
'max': '',
'unit': '',
'type': 'R',
'description': ''
})
self.pin2index[pin_name] = len(itemList) - 1
if pin_data == 'function':
itemList[self.pin2index[pin_name]]['function'] = value
if value in ['counter', 'output', 'timer']:
itemList[self.pin2index[pin_name]]['type'] = 'R/W'
elif pin_data == 'item':
itemList[self.pin2index[pin_name]]['name'] = value
self.name2index[value] = self.pin2index[pin_name]
elif pin_data == 'pin':
itemList[self.pin2index[pin_name]]['pin'] = int(value)
elif pin_data == 'active':
itemList[self.pin2index[pin_name]]['active'] = int(value)
except Exception, e:
logger.info(str(e))
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.logger = logging.getLogger('pellMon')
self.dbvalues = {}
# Initialize protocol and setup the database according to version_string
try:
try:
self.protocol = Protocol(self.conf['serialport'],
self.conf['chipversion'])
except:
# Create testprotocol if conf is missing
self.protocol = Protocol(None, '')
self.allparameters = self.protocol.getDataBase()
# Create and start settings_pollthread to log settings changed locally
settings = menus.getDbWithTags(('Settings', ))
ht = threading.Timer(3,
self.settings_pollthread,
args=(settings, ))
ht.setDaemon(True)
ht.start()
# Create and start alarm_pollthread to log settings changed locally
ht = threading.Timer(5,
self.alarm_pollthread,
args=(('mode', 'alarm'), ))
ht.setDaemon(True)
ht.start()
self.dataDescriptions = dataDescriptions
except:
self.logger.info('scottecom protocol setup failed')
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.logger = logging.getLogger('pellMon')
self.dbvalues={}
# Initialize protocol and setup the database according to version_string
try:
try:
self.protocol = Protocol(self.conf['serialport'], self.conf['chipversion'])
except:
# Create testprotocol if conf is missing
self.protocol = Protocol(None, '')
self.allparameters = self.protocol.getDataBase()
# Create and start settings_pollthread to log settings changed locally
settings = menus.getDbWithTags(('Settings',))
ht = threading.Timer(3, self.settings_pollthread, args=(settings,))
ht.setDaemon(True)
ht.start()
# Create and start alarm_pollthread to log settings changed locally
ht = threading.Timer(5, self.alarm_pollthread, args=(('mode', 'alarm'),))
ht.setDaemon(True)
ht.start()
self.dataDescriptions = dataDescriptions
except:
self.logger.info('scottecom protocol setup failed')
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.rrdfile = self.glob['conf'].db
self.feeder_time = self.glob['conf'].item_to_ds_name['feeder_time']
self.feeder_capacity = self.glob['conf'].item_to_ds_name['feeder_capacity']
self.itemrefs = []
self.migrate_settings('cleaning')
i = Cacheditem('clean_kg', 0, getter = lambda i:self.get_kg(i), cachetime = 600)
i.longname = 'Cleaning counter'
i.type = 'R'
i.unit = 'kg'
i.description = 'Amount burned since last cleaning'
i.tags = ['All', 'Basic', 'Cleaning', 'Overview']
self.db.insert(i)
self.itemrefs.append(i)
i = Storeditem('clean_time', '01/01/14 12:00', setter = lambda i,v:self.set_time(i,v))
i.longname = 'Last cleaning time'
i.type = 'R/W'
i.description = 'dd/mm/yy hh:mm Time when the boiler was cleaned'
i.tags = ['All', 'Basic', 'Cleaning']
self.db.insert(i)
self.itemrefs.append(i)
i = Getsetitem('clean', '-', setter = lambda i,v:self.clean_now(i,v))
i.type = 'W'
i.tags = ['All', 'Basic', 'Cleaning']
self.db.insert(i)
self.itemrefs.append(i)
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.logger = logging.getLogger('pellMon')
self.dbvalues = {}
self.itemrefs = []
# Initialize protocol and setup the database according to version_string
try:
try:
self.protocol = Protocol(self.conf['serialport'],
self.conf['chipversion'])
except:
# Create testprotocol if conf is missing
self.protocol = Protocol(None, '')
self.allparameters = self.protocol.getDataBase()
"""Get list of all data/parameter/command items"""
params = self.protocol.getDataBase()
for item in params:
dbitem = Getsetitem(item, None, lambda i: self.getItem(i),
lambda i, v: self.setItem(i, v))
if hasattr(params[item], 'max'):
dbitem.max = str(params[item].max)
if hasattr(params[item], 'min'):
dbitem.min = str(params[item].min)
if hasattr(params[item], 'frame'):
if hasattr(params[item], 'address'):
dbitem.type = 'R/W'
else:
dbitem.type = 'R'
else:
dbitem.type = 'W'
dbitem.longname = dataDescriptions[item][0]
dbitem.unit = dataDescriptions[item][1]
dbitem.description = dataDescriptions[item][2]
dbitem.tags = menus.itemtags(item)
self.db.insert(dbitem)
self.itemrefs.append(dbitem)
# Create and start settings_pollthread to log settings changed locally
settings = [
item for item in params if 'Settings' in menus.itemtags(item)
]
ht = threading.Timer(3,
self.settings_pollthread,
args=(settings, ))
ht.setDaemon(True)
ht.start()
# Create and start alarm_pollthread to log settings changed locally
ht = threading.Timer(5,
self.alarm_pollthread,
args=(('mode', 'alarm'), ))
ht.setDaemon(True)
ht.start()
self.dataDescriptions = dataDescriptions
except:
self.logger.info('scottecom protocol setup failed')
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
global itemList
if not 'timer' in conf:
itemList += counter_mode_items
itemTags.update(counter_mode_tags)
if not 'state_tracker' in self.conf:
self.conf['state_tracker'] = 'generic'
try:
self.power_window = int(self.conf['power_window'])
if self.power_window < 60 or self.power_window > 1800:
raise ValueError
except:
self.power_window = 300
try:
self.running_timeout = int(self.conf['running_timeout'])
if self.running_timeout < 5 or self.power_window > 300:
raise ValueError
except:
self.running_timeout = 60
try:
self.ignition_timeout = int(self.conf['ignition_timeout'])
if self.ignition_timeout < 60 or self.ignition_timeout > 1200:
raise ValueError
except:
self.ignition_timeout = 600
try:
self.starting_power = float(self.conf['starting_power'])
if self.starting_power < 0.5 or self.starting_power > 10:
raise ValueError
except:
self.starting_power = 5
try:
self.startup_feed_wait = float(self.conf['startup_feed_wait'])
if self.startup_feed_wait < 10 or self.startup_feed_wait > 300:
raise ValueError
except:
self.startup_feed_wait = 60
try:
self.log_changes = [s.strip() for s in self.conf['log_changes'].split(',')]
except:
self.log_changes = ['mode', 'alarm']
if conf['state_tracker'] == 'generic':
itemList += state_tracker_items
itemTags.update(state_tracker_tags)
for item in itemList:
if item['type'] == 'R/W':
self.store_setting(item['name'], confval = str(item['value']))
self.migrate_settings('pelletcalc')
if self.conf['state_tracker'] == 'generic':
t = Timer(5, self.calc_thread)
t.setDaemon(True)
t.start()
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.itemrefs = []
config = {}
for index_key, value in self.conf.items():
if '_' in index_key:
index, key = index_key.split('_')
try:
config[index][key] = value
except KeyError:
config[index] = {key: value}
for index, itemconf in config.items():
try:
itemname = itemconf.pop('item')
itemvalue = itemconf.pop('value', '0')
readscript = itemconf.pop('readscript', None)
writescript = itemconf.pop('writescript', None)
try:
cachetime = float(itemconf.pop('cachetime', '0'))
except:
cachetime = 0
getter = None
setter = None
itemtype = 'R'
if readscript:
if writescript:
itemtype = 'R/W'
getter = lambda item, script=readscript: self.execute_readscript(
item, script)
else:
if writescript:
itemtype = 'W'
if writescript:
self.writescript = writescript
setter = lambda item, value, script=writescript: self.execute_writescript(
item, value, script)
item = Cacheditem(itemname,
itemvalue,
getter=getter,
setter=setter,
cachetime=cachetime)
for key, value in itemconf.items():
setattr(item, key, value)
item.tags = itemconf.pop('tags', 'All Basic Exec').split(' ')
item.type = itemtype
item.min = itemconf.pop('min', '')
item.max = itemconf.pop('max', '')
self.db.insert(item)
self.itemrefs.append(item)
except Exception, e:
logger.info('Exec plugin config error: %s', str(e))
raise
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
for i in itemList:
try:
i['value'] = i['min']
except:
i['value'] = '1234'
for key, value in self.conf.iteritems():
itemList.append({'name':key, 'value':value, 'min':0, 'max':100, 'unit':'W', 'type':'R/W'})
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
for i in itemList:
try:
i['value'] = i['min']
except:
i['value'] = '1234'
for key, value in self.conf.iteritems():
itemList.append({'name':key, 'value':value, 'min':0, 'max':100, 'unit':'W', 'type':'R/W'})
itemTags[key] = ['All', 'testplugin', 'Basic']
logger.info('testplugin activated...')
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.itemrefs = []
for key, value in self.conf.iteritems():
try:
alarm_name = key.split('_')[0]
alarm_data = key.split('_')[1]
if alarm_data == 'status':
alarm_type = 'R'
description = 'The name of the parameter that has the status for this alarm'
elif alarm_data == 'comparator':
alarm_type = 'R/W'
description = 'Allowed values: >|>=|<|<=|==|!='
elif alarm_data == 'level':
alarm_type = 'R/W'
description = 'compare against this value'
elif alarm_data == 'item':
alarm_type = 'R/W'
description = 'Parameter to read from'
elif alarm_data == 'enum':
alarm_type = 'R/W'
description = 'set to: alarm OFF text|alarm ON text'
itemList.append({
'name': key,
'value': value,
'min': '',
'max': '',
'unit': '',
'type': alarm_type,
'description': description
})
itemTags[key] = ['All', 'CustomAlarms', 'Basic']
if not alarms.has_key(alarm_name):
alarms[alarm_name] = {}
alarm_data = key.split('_')[1]
if alarm_data == 'status':
itemList.append({
'name': value,
'value': 0,
'unit': '',
'type': 'R',
'description': '%s status' % alarm_name
})
itemTags[value] = ['All', 'CustomAlarms', 'Basic']
if alarm_data in ['item', 'comparator', 'level', 'status']:
if not alarms.has_key(alarm_name):
alarms[alarm_name] = {}
alarms[alarm_name][alarm_data] = value
except Exception, e:
logger.info(str(e))
itemTags[key].append(alarm_name)
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.updateTime = 0
self.siloData = None
self.silo_days_left = None
self.silo_level = 0
try:
self.feeder_time = self.glob['conf'].item_to_ds_name['feeder_time']
except Exception, e:
logger.info('Silolevel plugin error: feeder_time is missing from the database')
raise
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.sensors = {}
self.attributes = {}
for key, value in self.conf.iteritems():
itempath = path.dirname(value)
itemattribute = path.basename(value)
itemList.append({'name':key, 'value':value, 'min':'', 'max':'', 'unit':'', 'type':'R', 'description':''})
itemTags[key] = ['All', 'OWFS', 'Basic']
self.sensors[key] = ownet.Sensor(itempath, 'localhost', 4304)
self.attributes[key] = itemattribute
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.items = {i["name"]: i for i in itemList}
self.db = self.glob["conf"].db
self.feeder_time = self.glob["conf"].item_to_ds_name["feeder_time"]
self.feeder_capacity = self.glob["conf"].item_to_ds_name["feeder_capacity"]
for item in itemList:
if item["type"] == "R/W":
self.store_setting(item["name"], confval=item["value"])
else:
itemValues[item["name"]] = item["value"]
self.migrate_settings("cleaning")
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.itemrefs = []
config = {}
for index_key, value in self.conf.items():
if '_' in index_key:
index, key = index_key.split('_')
try:
config[index][key] = value
except KeyError:
config[index] = {key:value}
for index, itemconf in config.items():
try:
itemname = itemconf.pop('item')
itemvalue = itemconf.pop('value', '0')
readscript = itemconf.pop('readscript', None);
writescript = itemconf.pop('writescript', None);
try:
cachetime = float(itemconf.pop('cachetime', '0'))
except:
cachetime = 0
getter = None
setter = None
itemtype = 'R'
if readscript:
if writescript:
itemtype = 'R/W'
getter = lambda item, script=readscript:self.execute_readscript(item, script)
else:
if writescript:
itemtype = 'W'
if writescript:
self.writescript = writescript
setter = lambda item, value, script=writescript:self.execute_writescript(item, value, script)
item = Cacheditem(itemname, itemvalue, getter=getter, setter=setter, cachetime=cachetime)
for key, value in itemconf.items():
setattr(item, key, value)
item.tags = itemconf.pop('tags', 'All Basic Exec').split(' ')
item.type = itemtype
item.min = itemconf.pop('min', '')
item.max = itemconf.pop('max', '')
self.db.insert(item)
self.itemrefs.append(item)
except Exception, e:
logger.info('Exec plugin config error: %s', str(e))
raise
def activate(self, conf, glob, db, *args, **kwargs):
""" Create the items described in the configuration file and activate the plugin """
self.itemList=[]
self.items = {}
self.itemTags={}
self.w1_therm_temperature = re.compile(r't=([0-9]+)')
self.itemrefs = []
protocols.activate(self, conf, glob, db, *args, **kwargs)
try:
itemconfigs = {}
# Group item configuration values according to the part before '_' in the key
for key, value in conf.iteritems():
lvalue, itemconfig = key.split('_')
# Use 'item' for the item name in the configuration file as usual
if itemconfig == 'item':
itemconfig = 'name'
if lvalue not in itemconfigs:
itemconfigs[lvalue] = {}
itemconfigs[lvalue][itemconfig] = value
# Add the configuration values to itemList
for lvalue, itemconfig in itemconfigs.items():
# First add the defaults
item = {'min':'', 'max':'', 'unit':'', 'type':'R', 'description':'', 'family':'w1_therm', 'value':'0'}
# Then update with the data from the configuration file
item.update(itemconfig)
# And add the item to the list
self.itemList.append(item)
# Put the item in the items dictionary also where it's accessible by name
name = item['name']
self.items[name] = item
# Create dbitems from the list and insert into the database
for item in self.itemList:
dbitem = Getsetitem(item['name'], item['value'], lambda i:self.getItem(i), lambda i,v:self.setItem(i,v))
for key, value in item.iteritems():
if key is not 'value':
dbitem.__setattr__(key, value)
# Give it some default tags so it's visible in the web interface
dbitem.__setattr__('tags', ['Basic', 'All', 'Onewire'])
self.db.insert(dbitem)
self.itemrefs.append(dbitem)
t = Timer(0.1, self.background_polling_thread)
t.setDaemon(True)
t.start()
except Exception as e:
logger.debug('Onewire activate failed: %s'%str(e))
print e
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.updateTime = 0
self.siloData = None
self.silo_days_left = None
self.silo_level = 0
try:
self.feeder_time = self.glob['conf'].item_to_ds_name['feeder_time']
except Exception, e:
logger.info(
'Silolevel plugin error: feeder_time is missing from the database'
)
raise
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.items = {i['name']: i for i in itemList}
self.db = self.glob['conf'].db
self.feeder_time = self.glob['conf'].item_to_ds_name['feeder_time']
self.feeder_capacity = self.glob['conf'].item_to_ds_name[
'feeder_capacity']
for item in itemList:
if item['type'] == 'R/W':
self.store_setting(item['name'], confval=item['value'])
else:
itemValues[item['name']] = item['value']
self.migrate_settings('cleaning')
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.logger = logging.getLogger('pellMon')
self.dbvalues={}
self.itemrefs = []
# Initialize protocol and setup the database according to version_string
try:
try:
self.protocol = Protocol(self.conf['serialport'], self.conf['chipversion'])
except:
# Create testprotocol if conf is missing
self.protocol = Protocol(None, '')
self.allparameters = self.protocol.getDataBase()
"""Get list of all data/parameter/command items"""
params = self.protocol.getDataBase()
for item in params:
dbitem = Getsetitem(item, None, lambda i:self.getItem(i), lambda i,v:self.setItem(i,v))
if hasattr(params[item], 'max'):
dbitem.max = str(params[item].max)
if hasattr(params[item], 'min'):
dbitem.min = str(params[item].min)
if hasattr(params[item], 'frame'):
if hasattr(params[item], 'address'):
dbitem.type = 'R/W'
else:
dbitem.type = 'R'
else:
dbitem.type = 'W'
dbitem.longname = dataDescriptions[item][0]
dbitem.unit = dataDescriptions[item][1]
dbitem.description = dataDescriptions[item][2]
dbitem.tags = menus.itemtags(item)
self.db.insert(dbitem)
self.itemrefs.append(dbitem)
# Create and start settings_pollthread to log settings changed locally
settings = [item for item in params if 'Settings' in menus.itemtags(item)]
ht = threading.Timer(3, self.settings_pollthread, args=(settings,))
ht.setDaemon(True)
ht.start()
# Create and start alarm_pollthread to log settings changed locally
ht = threading.Timer(5, self.alarm_pollthread, args=(('mode', 'alarm'),))
ht.setDaemon(True)
ht.start()
self.dataDescriptions = dataDescriptions
except:
self.logger.info('scottecom protocol setup failed')
def activate(self, conf, glob, db, **kwargs):
global Proxy
from nbeprotocol.protocol import Proxy
global event_text, state_text, lang_longname, lang_description, set_langfile_location
from nbeprotocol.language import event_text, state_text, lang_longname, lang_description
self.db_ready = False
protocols.activate(self, conf, glob, db, **kwargs)
self.itemrefs = []
self.conf = conf
try:
self.password = self.conf['password']
except:
self.password = '******'
try:
self.serial = self.conf['serial']
except:
self.serial = None
item = Getsetitem('controller_online', None, getter=lambda i:1 if self.proxy.controller_online else 0)
item.tags = ['All','Basic','advanced_data']
item.type = 'R'
item.longname = 'Controller online'
item.description = 'Controller communication status'
self.itemrefs.append(item)
self.db.insert(item)
item = Getsetitem('controller_IP', None, getter=lambda i:self.proxy.addr[0] if self.proxy.controller_online else '')
item.tags = ['All','Basic','advanced_data']
item.type = 'R'
item.longname = 'Controller IP'
item.description = 'Controller IP address'
self.itemrefs.append(item)
self.db.insert(item)
item = Storeditem('logged_event_id_list', '')
self.itemrefs.append(item)
self.db.insert(item)
self.startthread = threading.Thread(target=lambda:self.start())
self.startthread.setDaemon(True)
self.startthread.start()
self.eventthread = threading.Thread(target=lambda:self.eventlogger())
self.eventthread.setDaemon(True)
self.eventthread.start()
self.alarmthread = threading.Thread(target=lambda:self.alarm_poller())
self.alarmthread.setDaemon(True)
self.alarmthread.start()
def activate(self, conf, glob):
""" Create the items described in the configuration file and activate the plugin """
protocols.activate(self, conf, glob)
try:
itemconfigs = {}
# Group item configuration values according to the part before '_' in the key
for key, value in conf.iteritems():
lvalue, itemconfig = key.split('_')
# Use 'item' for the item name in the configuration file as usual
if itemconfig == 'item':
itemconfig = 'name'
if lvalue not in itemconfigs:
itemconfigs[lvalue] = {}
itemconfigs[lvalue][itemconfig] = value
# Add the configuration values to itemList
for lvalue, itemconfig in itemconfigs.items():
# First add the defaults
item = {
'min': '',
'max': '',
'unit': '',
'type': 'R',
'description': '',
'family': 'w1_therm'
}
# Then update with the data from the configuration file
item.update(itemconfig)
# And add the item to the list
self.itemList.append(item)
# Put the item in the items dictionary also where it's accessible by name
name = item['name']
self.items[name] = item
# And give it some default tags so it's visibla in the web interface
self.itemTags[name] = ['Basic', 'All', 'Onewire']
t = Timer(0.1, self.background_polling_thread)
t.setDaemon(True)
t.start()
except Exception as e:
logger.debug('Onewire activate failed: %s' % str(e))
print e
def activate(self, conf, glob, db):
protocols.activate(self, conf, glob, db)
self.itemrefs = []
for key, value in self.conf.iteritems():
if key == 'output_open':
self.output_open = value
if key == 'output_close':
self.output_close = value
if key == 'hctemp':
self.hctemp_item = value
if key == 'outside_temp':
self.outside_temp = value
def additem(i):
i.tags = ['All', 'Basic', 'Heating circuit']
i.type = 'R/W'
i.min = ''
i.max = ''
self.db.insert(i)
self.itemrefs.append(i)
additem(Plainitem('desired_hctemp', 20))
additem(Plainitem('hc_out', 30))
additem(Storeditem('curve_1x', -20))
additem(Storeditem('curve_1y', 60))
additem(Storeditem('curve_2x', 20))
additem(Storeditem('curve_2y', 20))
additem(Storeditem('hc_gain', 8))
self.desired_temp = float(self.db[self.hctemp_item].value)
self.feedforwardthread = Thread(target=lambda: self.feedforward())
self.feedforwardthread.setDaemon(True)
self.feedforwardthread.start()
self.valvecontrollerthread = Thread(
target=lambda: self.valvecontroller())
self.valvecontrollerthread.setDaemon(True)
self.valvecontrollerthread.start()
self.controllerthread = Thread(target=lambda: self.controller())
self.controllerthread.setDaemon(True)
def activate(self, conf, glob, db):
protocols.activate(self, conf, glob, db)
self.itemrefs = []
for key, value in self.conf.iteritems():
if key == 'output_open':
self.output_open = value
if key == 'output_close':
self.output_close = value
if key == 'hctemp':
self.hctemp_item = value
if key == 'outside_temp':
self.outside_temp = value
def additem(i):
i.tags = ['All', 'Basic', 'Heating circuit']
i.type = 'R/W'
i.min = ''
i.max = ''
self.db.insert(i)
self.itemrefs.append(i)
additem(Plainitem('desired_hctemp', 20))
additem(Plainitem('hc_out', 30))
additem(Storeditem('curve_1x', -20))
additem(Storeditem('curve_1y', 60))
additem(Storeditem('curve_2x', 20))
additem(Storeditem('curve_2y', 20))
additem(Storeditem('hc_gain', 8))
self.desired_temp = float(self.db[self.hctemp_item].value)
self.feedforwardthread = Thread(target = lambda:self.feedforward())
self.feedforwardthread.setDaemon(True)
self.feedforwardthread.start()
self.valvecontrollerthread = Thread(target = lambda:self.valvecontroller())
self.valvecontrollerthread.setDaemon(True)
self.valvecontrollerthread.start()
self.controllerthread = Thread(target = lambda:self.controller())
self.controllerthread.setDaemon(True)
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.valuestore = ConfigParser()
self.valuestore.add_section('values')
self.valuesfile = path.join(path.dirname(__file__), 'values.conf')
for item in itemList:
if item['type'] == 'R/W':
self.valuestore.set('values', item['name'], item['value'])
else:
itemValues[item['name']] = item['value']
self.valuestore.read(self.valuesfile)
f = open(self.valuesfile, 'w')
self.valuestore.write(f)
f.close()
try:
uid = pwd.getpwnam(self.glob['conf'].USER).pw_uid
gid = grp.getgrnam(self.glob['conf'].GROUP).gr_gid
os.chown(self.valuesfile, uid, gid)
except:
pass
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.itemrefs = []
for key, value in self.conf.iteritems():
try:
alarm_name = key.split('_')[0]
alarm_data = key.split('_')[1]
if alarm_data == 'status':
alarm_type = 'R'
description = 'The name of the parameter that has the status for this alarm'
elif alarm_data == 'comparator':
alarm_type = 'R/W'
description = 'Allowed values: >|>=|<|<=|==|!='
elif alarm_data == 'level':
alarm_type = 'R/W'
description = 'compare against this value'
elif alarm_data == 'item':
alarm_type = 'R/W'
description = 'Parameter to read from'
elif alarm_data == 'enum':
alarm_type = 'R/W'
description = 'set to: alarm OFF text|alarm ON text'
itemList.append({'name':key, 'value':value, 'min':'', 'max':'', 'unit':'', 'type':alarm_type, 'description':description})
itemTags[key] = ['All', 'CustomAlarms', 'Basic']
if not alarms.has_key(alarm_name):
alarms[alarm_name] = {}
alarm_data = key.split('_')[1]
if alarm_data == 'status':
itemList.append({'name':value, 'value':0, 'unit':'', 'type':'R', 'description':'%s status'%alarm_name})
itemTags[value] = ['All', 'CustomAlarms', 'Basic']
if alarm_data in ['item','comparator','level','status']:
if not alarms.has_key(alarm_name):
alarms[alarm_name] = {}
alarms[alarm_name][alarm_data] = value
except Exception,e:
logger.info(str(e))
itemTags[key].append(alarm_name)
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
for key, value in self.conf.iteritems():
try:
calc_name = key.split("_")[0]
calc_data = key.split("_")[1]
if calc_data == "calc":
itemList.append(
{
"name": key,
"value": value,
"min": "",
"max": "",
"unit": "",
"type": "R/W",
"description": "",
}
)
elif calc_data == "read":
itemList.append(
{"name": key, "value": value, "min": "", "max": "", "unit": "", "type": "R", "description": ""}
)
itemList.append(
{
"name": value,
"value": "",
"calc_item": calc_name + "_calc",
"min": "",
"max": "",
"unit": "",
"type": "R",
"description": "",
}
)
itemTags[value] = ["All", "Calculate", "Basic"]
itemTags[key] = ["All", "Calculate", "Basic"]
itemTags[key].append(calc_name)
except Exception, e:
print e
def activate(self, conf, glob):
""" Create the items described in the configuration file and activate the plugin """
protocols.activate(self, conf, glob)
try:
itemconfigs = {}
# Group item configuration values according to the part before '_' in the key
for key, value in conf.iteritems():
lvalue, itemconfig = key.split('_')
# Use 'item' for the item name in the configuration file as usual
if itemconfig == 'item':
itemconfig = 'name'
if lvalue not in itemconfigs:
itemconfigs[lvalue] = {}
itemconfigs[lvalue][itemconfig] = value
# Add the configuration values to itemList
for lvalue, itemconfig in itemconfigs.items():
# First add the defaults
item = {'min':'', 'max':'', 'unit':'', 'type':'R', 'description':'', 'family':'w1_therm'}
# Then update with the data from the configuration file
item.update(itemconfig)
# And add the item to the list
self.itemList.append(item)
# Put the item in the items dictionary also where it's accessible by name
name = item['name']
self.items[name] = item
# And give it some default tags so it's visibla in the web interface
self.itemTags[name] = ['Basic', 'All', 'Onewire']
t = Timer(0.1, self.background_polling_thread)
t.setDaemon(True)
t.start()
except Exception as e:
logger.debug('Onewire activate failed: %s'%str(e))
print e
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.db = self.glob['conf'].db
self.feeder_time = self.glob['conf'].item_to_ds_name['feeder_time']
self.feeder_capacity = self.glob['conf'].item_to_ds_name[
'feeder_capacity']
self.totals = WeakValueDictionary()
self.totals_fifo = [None] * 200
self.cache_lock = threading.Lock()
self._insert_template(
'consumption', """
<h4>Consumption</h4>
<div class="image-responsive" id="consumption" style="height:400px">
</div>
<script type="text/javascript">
var baroptions = {
series: {
color: '#6989b7',
bars: {
show: true,
barWidth: 3300000,
lineWidth: 0,
},
},
legend: {
show: false,
},
yaxes: {
min: 0
},
xaxis: {
mode: 'time',
tickColor: '#f9f9f9',
},
grid: {
hoverable: true,
backgroundColor:'#f9f9f9',
borderWidth: 1,
borderColor: '#e7e7e7'
},
};
var refreshConsumption = function() {
$.get(
'flotconsumption'+'?period=3600&bars=24',
function(jsondata) {
var data = JSON.parse(jsondata);
var graph = $('#consumption');
plot = $.plot(graph, data.bardata, baroptions);
$('<p>' + 'last 24h: ' + data.total.toFixed(1).toString() + ' kg' + '</p>').insertAfter(graph);
$('<p> average: ' + data.average.toFixed(1).toString() + ' kg/h ' + '</p>').insertAfter(graph).css('float', 'right');
})
}
document.addEventListener("DOMContentLoaded", function(event) {
refreshConsumption();
});
</script>
""")
self.updatetime24h = 0
self.updatetime7d = 0
self.updatetime8w = 0
self.updatetime1y = 0
def activate(self, conf, glob, db, *args, **kwargs):
try:
self.protocol = __import__('pyownet.protocol').protocol
except ImportError:
logger.info('OWFS: python module pyownet is missing')
raise
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.ow2index = {}
self.name2index = {}
self.sensors = {}
self.latches = {}
self.counters = []
self.proxies = {}
self.itemrefs = []
for key, value in self.conf.iteritems():
port = 4304
server = 'localhost'
ow_name = key.split('_')[0]
ow_data = key.split('_')[1]
if not self.ow2index.has_key(ow_name):
itemList.append({
'min': '',
'max': '',
'unit': '',
'type': 'R',
'description': '',
'function': 'input'
})
self.ow2index[ow_name] = len(itemList) - 1
if ow_data == 'item':
itemList[self.ow2index[ow_name]]['name'] = value
self.name2index[value] = self.ow2index[ow_name]
if ow_data == 'path':
val = value.split('::')
if len(val) == 2:
server = val[0]
val[0] = val[1]
val = val[0].split(':')
if len(val) == 2:
port = int(val[1])
owpath = val[0]
if 'uncached' in owpath:
itemList[self.ow2index[ow_name]]['uncached'] = True
else:
itemList[self.ow2index[ow_name]]['uncached'] = False
self.sensors[self.ow2index[ow_name]] = (owpath, server)
if not server in self.proxies:
try:
self.proxies[server] = self.protocol.proxy(host=server,
port=port)
except self.protocol.ConnError, e:
self.proxies[server] = (server, port)
if ow_data == 'type' and value == 'COUNTER':
itemList[self.ow2index[ow_name]]['function'] = 'COUNTER'
itemList[self.ow2index[ow_name]]['value'] = 0
itemList[self.ow2index[ow_name]]['last_i'] = b'0'
itemList[self.ow2index[ow_name]]['toggle'] = 0
t = Timer(5,
self.counter_thread,
args=(self.ow2index[ow_name], ))
t.setDaemon(True)
t.start()
if ow_data == 'latch':
val = value.split('::')
if len(val) == 2:
server = val[0]
val[0] = val[1]
val = val[0].split(':')
if len(val) == 2:
port = int(val[1])
owpath = val[0]
self.latches[self.ow2index[ow_name]] = (owpath, server)
if not server in self.proxies:
try:
self.proxies[server] = self.protocol.proxy(host=server,
port=port)
except self.protocol.ConnError, e:
self.proxies[server] = (server, port)
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.updateTime = 0
self.siloData = None
self.silo_days_left = None
self.silo_level = 0
self.feeder_time = self.glob['conf'].item_to_ds_name['feeder_time']
self.feeder_capacity = self.glob['conf'].item_to_ds_name[
'feeder_capacity']
for item in itemList:
if item['type'] == 'R/W':
self.store_setting(item['name'], confval=str(item['value']))
else:
itemValues[item['name']] = item['value']
self.migrate_settings('silolevel')
self._insert_template(
'silolevel', """
<h4>Silo level</h4>
<div class="image-responsive" id="silolevel" style="height:400px">
</div>
<script type="text/javascript">
var refreshSilolevel = function() {
$.get(
'flotsilolevel',
function(jsondata) {
var data = JSON.parse(jsondata);
var graph = $('#silolevel');
plot = $.plot(graph, data.graphdata, siloleveloptions);
$('<p>' + 'current level: ' + data.silo_level + ' kg' + '</p>').insertAfter(graph);
$('<p>' + data.silo_days_left + ' days to empty' + '</p>').insertAfter(graph).css('float', 'right');
})
}
var siloleveloptions = {
series: {
lines: { show: true, lineWidth: 1, fill: true, fillColor: "rgba(105, 137, 183, 0.6)"},
color:"rgba(105, 137, 183, 0)",
points: { show: false },
shadowSize: 0,
},
xaxes: [{
mode: "time",
position: "bottom",
}],
legend: {
show: false,
},
grid: {
hoverable: true,
backgroundColor:'#f9f9f9',
borderWidth: 1,
borderColor: '#e7e7e7'
},
};
document.addEventListener("DOMContentLoaded", function(event) {
refreshSilolevel();
});
</script>
""")
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.power = 0
self.state = 'Off'
self.oldstate = self.state
self.time_count = time()
self.time_state = self.time_count
self.feeder_time = None
self.alarm_state = 'OK'
self.itemrefs = []
global itemList
if not 'timer' in conf:
itemList += counter_mode_items
itemTags.update(counter_mode_tags)
if not 'state_tracker' in self.conf:
self.conf['state_tracker'] = 'generic'
try:
self.power_window = int(self.conf['power_window'])
if self.power_window < 60 or self.power_window > 1800:
raise ValueError
except:
self.power_window = 300
try:
self.running_timeout = int(self.conf['running_timeout'])
if self.running_timeout < 5 or self.power_window > 300:
raise ValueError
except:
self.running_timeout = 60
try:
self.ignition_timeout = int(self.conf['ignition_timeout'])
if self.ignition_timeout < 60 or self.ignition_timeout > 1200:
raise ValueError
except:
self.ignition_timeout = 600
try:
self.starting_power = float(self.conf['starting_power'])
if self.starting_power < 0.5 or self.starting_power > 10:
raise ValueError
except:
self.starting_power = 5
try:
self.startup_feed_wait = float(self.conf['startup_feed_wait'])
if self.startup_feed_wait < 10 or self.startup_feed_wait > 300:
raise ValueError
except:
self.startup_feed_wait = 60
try:
self.log_changes = [s.strip() for s in self.conf['log_changes'].split(',')]
except:
self.log_changes = ['mode', 'alarm']
if conf['state_tracker'] == 'generic':
itemList += state_tracker_items
itemTags.update(state_tracker_tags)
self.migrate_settings('pelletcalc')
for item in itemList:
if item['type'] == 'R/W':
self.store_setting(item['name'], confval = item['value'])
value = self.load_setting(item['name'])
else:
value = item['value']
for item in itemList:
dbitem = Getsetitem(item['name'], value, lambda i:self.getItem(i), lambda i,v:self.setItem(i,v))
for key, value in item.iteritems():
if key is not 'value':
dbitem.__setattr__(key, value)
if dbitem.name in itemTags:
dbitem.__setattr__('tags', itemTags[dbitem.name])
self.db.insert(dbitem)
self.itemrefs.append(dbitem)
if self.conf['state_tracker'] == 'generic':
t = Timer(5, self.calc_thread)
t.setDaemon(True)
t.start()
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.calc2index = {}
self.name2index = {}
self.tasks = {}
try:
for key, value in self.conf.iteritems():
try:
calc_name = key.split('_')[0]
calc_data = key.split('_')[1]
if not self.calc2index.has_key(calc_name):
itemList.append({
'min': '',
'max': '',
'unit': '',
'type': 'R',
'description': ''
})
self.calc2index[calc_name] = len(itemList) - 1
if calc_data == 'prog':
itemList[self.calc2index[calc_name]]['name'] = key
itemList[self.calc2index[calc_name]]['value'] = value
#itemList[self.calc2index[calc_name]]['type'] = 'R/W'
self.name2index[key] = self.calc2index[calc_name]
itemTags[key] = ['All', 'Calculate']
elif calc_data == 'readitem':
itemList.append({
'name': value,
'value': '',
'calc_item': calc_name + '_prog',
'min': '',
'max': '',
'unit': '',
'type': 'R',
'description': ''
})
itemList.append({
'name':
key,
'value':
value,
'min':
'',
'max':
'',
'unit':
'',
'type':
'R',
'description':
'Contains the item name to read to execute %s and retrieve the result'
% calc_name
})
itemTags[value] = ['All', 'Calculate', 'Basic']
itemTags[key] = ['All', 'Calculate']
self.name2index[value] = len(itemList) - 2
self.name2index[key] = len(itemList) - 1
elif calc_data == 'readwriteitem':
itemList.append({
'name': value,
'value': '',
'calc_item': calc_name + '_prog',
'min': '',
'max': '',
'unit': '',
'type': 'R/W',
'description': ''
})
itemList.append({
'name':
key,
'value':
value,
'min':
'',
'max':
'',
'unit':
'',
'type':
'R',
'description':
'Contains the item name to read to execute %s and retrieve the result'
% calc_name
})
itemTags[value] = ['All', 'Calculate', 'Basic']
itemTags[key] = ['All', 'Calculate']
self.name2index[value] = len(itemList) - 2
self.name2index[key] = len(itemList) - 1
elif calc_data == 'writeitem':
itemList.append({
'name': value,
'value': '',
'calc_item': calc_name + '_prog',
'min': '',
'max': '',
'unit': '',
'type': 'W',
'description': ''
})
itemList.append({
'name':
key,
'value':
value,
'min':
'',
'max':
'',
'unit':
'',
'type':
'R',
'description':
'Contains the item name to read to execute %s and retrieve the result'
% calc_name
})
itemTags[value] = ['All', 'Calculate', 'Basic']
itemTags[key] = ['All', 'Calculate']
self.name2index[value] = len(itemList) - 2
self.name2index[key] = len(itemList) - 1
elif calc_data == 'progtype':
if value in ['R', 'R/W']:
itemList[
self.calc2index[calc_name]]['type'] = value
else:
raise ValueError('unknown type %s in %s' %
(value, key))
elif calc_data == 'taskcycle':
try:
taskcycle = float(value)
self.tasks[calc_name] = calcthread(
taskcycle, calc_name + '_prog', self)
except Exception, e:
raise e #ValueError('%s has invalid task time %s'%(key, value))
except Exception, e:
logger.info(str(e))
raise e
for item in itemList:
if item['type'] == 'R/W':
self.store_setting(item['name'], confval=item['value'])
else:
itemValues[item['name']] = item['value']
self.migrate_settings('calculate')
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.db = self.glob['conf'].db
self.feeder_time = self.glob['conf'].item_to_ds_name['feeder_time']
self.feeder_capacity = self.glob['conf'].item_to_ds_name['feeder_capacity']
self.totals=WeakValueDictionary()
self.totals_fifo=[None]*200
self.cache_lock = threading.Lock()
self._insert_template('consumption', """
<h4>Consumption</h4>
<div class="image-responsive" id="consumption" style="height:400px">
</div>
<script type="text/javascript">
var baroptions = {
series: {
color: '#6989b7',
bars: {
show: true,
barWidth: 3300000,
lineWidth: 0,
},
},
legend: {
show: false,
},
yaxes: {
min: 0
},
xaxis: {
mode: 'time',
tickColor: '#f9f9f9',
},
grid: {
hoverable: true,
backgroundColor:'#f9f9f9',
borderWidth: 1,
borderColor: '#e7e7e7'
},
};
var refreshConsumption = function() {
$.get(
'flotconsumption'+'?period=3600&bars=24',
function(jsondata) {
var data = JSON.parse(jsondata);
var graph = $('#consumption');
plot = $.plot(graph, data.bardata, baroptions);
$('<p>' + 'last 24h: ' + data.total.toFixed(1).toString() + ' kg' + '</p>').insertAfter(graph);
$('<p> average: ' + data.average.toFixed(1).toString() + ' kg/h ' + '</p>').insertAfter(graph).css('float', 'right');
})
}
document.addEventListener("DOMContentLoaded", function(event) {
refreshConsumption();
});
</script>
""")
self.updatetime24h = 0
self.updatetime7d = 0
self.updatetime8w = 0
self.updatetime1y = 0
def activate(self, conf, glob, db, *args, **kwargs):
try:
import pyowm
except ImportError:
logger.info('Python module pyowm is missing')
raise
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.itemrefs = []
self.storeditems = {}
self.itemvalues = {}
try:
self.owm = pyowm.OWM(self.conf['apikey'])
except:
logger.info('openweathermap init failed, invalid api_key')
raise
def additem(i, item_type='R'):
i.tags = ['All', 'Basic', 'Openweathermap']
i.type = item_type
i.min = ''
i.max = ''
self.db.insert(i)
self.itemrefs.append(i)
def update_location(*args, **kwargs):
self.update_interval = 1
self.store_interval = 10
config = {}
for index_key, value in self.conf.items():
if '_' in index_key:
index, key = index_key.split('_')
try:
config[index][key] = value
except KeyError:
config[index] = {key:value}
for index, itemconf in config.items():
try:
itemname = itemconf.pop('item')
itemvalue = itemconf.pop('value', '0')
itemdata = itemconf.pop('data');
storeditem = Storeditem('owm_stored_'+itemdata, itemvalue)
self.db.insert(storeditem)
self.storeditems[itemdata] = storeditem
self.itemvalues[itemdata] = storeditem.value
i = Getsetitem(itemname, itemvalue, getter=lambda item, d=itemdata:self.itemvalues[d])
for key, value in itemconf.items():
setattr(i, key, value)
additem(i)
except KeyError:
pass
i = Storeditem('location', 'copenhagen,dk', setter=update_location)
i.description = 'Set your location: town,countrycode or zipcode,countrycode'
additem(i, 'R/W')
self.update_interval = 5
t = Timer(0, self.update_thread)
t.setDaemon(True)
t.start()
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.power = 0
self.state = 'Off'
self.oldstate = self.state
self.time_count = time()
self.time_state = self.time_count
self.feeder_time = None
self.alarm_state = 'OK'
self.itemrefs = []
global itemList
if not 'timer' in conf:
itemList += counter_mode_items
itemTags.update(counter_mode_tags)
if not 'state_tracker' in self.conf:
self.conf['state_tracker'] = 'generic'
try:
self.power_window = int(self.conf['power_window'])
if self.power_window < 60 or self.power_window > 1800:
raise ValueError
except:
self.power_window = 300
try:
self.running_timeout = int(self.conf['running_timeout'])
if self.running_timeout < 5 or self.power_window > 300:
raise ValueError
except:
self.running_timeout = 60
try:
self.ignition_timeout = int(self.conf['ignition_timeout'])
if self.ignition_timeout < 60 or self.ignition_timeout > 1200:
raise ValueError
except:
self.ignition_timeout = 600
try:
self.starting_power = float(self.conf['starting_power'])
if self.starting_power < 0.5 or self.starting_power > 10:
raise ValueError
except:
self.starting_power = 5
try:
self.startup_feed_wait = float(self.conf['startup_feed_wait'])
if self.startup_feed_wait < 10 or self.startup_feed_wait > 300:
raise ValueError
except:
self.startup_feed_wait = 60
try:
self.log_changes = [
s.strip() for s in self.conf['log_changes'].split(',')
]
except:
self.log_changes = ['mode', 'alarm']
if conf['state_tracker'] == 'generic':
itemList += state_tracker_items
itemTags.update(state_tracker_tags)
self.migrate_settings('pelletcalc')
for item in itemList:
if item['type'] == 'R/W':
self.store_setting(item['name'], confval=item['value'])
value = self.load_setting(item['name'])
else:
value = item['value']
for item in itemList:
dbitem = Getsetitem(item['name'], value, lambda i: self.getItem(i),
lambda i, v: self.setItem(i, v))
for key, value in item.iteritems():
if key is not 'value':
dbitem.__setattr__(key, value)
if dbitem.name in itemTags:
dbitem.__setattr__('tags', itemTags[dbitem.name])
self.db.insert(dbitem)
self.itemrefs.append(dbitem)
if self.conf['state_tracker'] == 'generic':
t = Timer(5, self.calc_thread)
t.setDaemon(True)
t.start()
def activate(self, conf, glob, db, *args, **kwargs):
protocols.activate(self, conf, glob, db, *args, **kwargs)
self.calc2index = {}
self.name2index = {}
self.tasks = {}
self.itemrefs = []
try:
for key, value in self.conf.iteritems():
try:
calc_name = key.split('_')[0]
calc_data = key.split('_')[1]
if not self.calc2index.has_key(calc_name):
itemList.append({
'min': '',
'max': '',
'unit': '',
'type': 'R',
'description': ''
})
self.calc2index[calc_name] = len(itemList) - 1
if calc_data == 'prog':
itemList[self.calc2index[calc_name]]['name'] = key
value = value.decode('utf-8')
value = value.translate({
ord(u'\t'): u' ',
ord(u'\n'): u' '
})
itemList[self.calc2index[calc_name]]['value'] = value
#itemList[self.calc2index[calc_name]]['type'] = 'R/W'
self.name2index[key] = self.calc2index[calc_name]
itemTags[key] = ['All', 'Calculate']
elif calc_data == 'readitem':
itemList.append({
'name': value,
'value': '',
'calc_item': calc_name + '_prog',
'min': '',
'max': '',
'unit': '',
'type': 'R',
'description': ''
})
itemList.append({
'name':
key,
'value':
value,
'min':
'',
'max':
'',
'unit':
'',
'type':
'R',
'description':
'Contains the item name to read to execute %s and retrieve the result'
% calc_name
})
itemTags[value] = ['All', 'Calculate', 'Basic']
itemTags[key] = ['All', 'Calculate']
self.name2index[value] = len(itemList) - 2
self.name2index[key] = len(itemList) - 1
elif calc_data == 'readwriteitem':
itemList.append({
'name': value,
'value': '',
'calc_item': calc_name + '_prog',
'min': '',
'max': '',
'unit': '',
'type': 'R/W',
'description': ''
})
itemList.append({
'name':
key,
'value':
value,
'min':
'',
'max':
'',
'unit':
'',
'type':
'R',
'description':
'Contains the item name to read to execute %s and retrieve the result'
% calc_name
})
itemTags[value] = ['All', 'Calculate', 'Basic']
itemTags[key] = ['All', 'Calculate']
self.name2index[value] = len(itemList) - 2
self.name2index[key] = len(itemList) - 1
elif calc_data == 'writeitem':
itemList.append({
'name': value,
'value': '',
'calc_item': calc_name + '_prog',
'min': '',
'max': '',
'unit': '',
'type': 'W',
'description': ''
})
itemList.append({
'name':
key,
'value':
value,
'min':
'',
'max':
'',
'unit':
'',
'type':
'R',
'description':
'Contains the item name to read to execute %s and retrieve the result'
% calc_name
})
itemTags[value] = ['All', 'Calculate', 'Basic']
itemTags[key] = ['All', 'Calculate']
self.name2index[value] = len(itemList) - 2
self.name2index[key] = len(itemList) - 1
elif calc_data == 'progtype':
if value in ['R', 'R/W']:
itemList[
self.calc2index[calc_name]]['type'] = value
else:
raise ValueError('unknown type %s in %s' %
(value, key))
elif calc_data == 'taskcycle':
try:
taskcycle = float(value)
self.tasks[calc_name] = calcthread(
taskcycle, calc_name + '_prog', self)
except Exception, e:
raise e #ValueError('%s has invalid task time %s'%(key, value))
except Exception, e:
logger.info(str(e))
raise e
for item in itemList:
if item['type'] == 'R/W':
self.store_setting(item['name'], confval=item['value'])
else:
itemValues[item['name']] = item['value']
self.migrate_settings('calculate')
for item in itemList:
dbitem = Getsetitem(item['name'], None,
lambda i: self.getItem(i),
lambda i, v: self.setItem(i, v))
for key, value in item.iteritems():
if key != 'value':
dbitem.__setattr__(key, value)
if dbitem.name in itemTags:
dbitem.__setattr__('tags', itemTags[dbitem.name])
self.db.insert(dbitem)
self.itemrefs.append(dbitem)
def activate(self, conf, glob):
try:
self.protocol = __import__('pyownet.protocol').protocol
except ImportError:
logger.info('OWFS: python module pyownet is missing')
raise
protocols.activate(self, conf, glob)
self.ow2index={}
self.name2index={}
self.sensors={}
self.latches={}
self.counters=[]
self.proxies = {}
for key, value in self.conf.iteritems():
port = 4304
server = 'localhost'
ow_name = key.split('_')[0]
ow_data = key.split('_')[1]
if not self.ow2index.has_key(ow_name):
itemList.append({'min':'', 'max':'', 'unit':'', 'type':'R', 'description':'', 'function':'input'})
self.ow2index[ow_name] = len(itemList)-1
if ow_data == 'item':
itemList[self.ow2index[ow_name]]['name'] = value
itemTags[value] = ['All', 'OWFS', 'Basic']
self.name2index[value]=self.ow2index[ow_name]
if ow_data == 'path':
val = value.split('::')
if len(val) == 2:
server = val[0]
val[0] = val[1]
val = val[0].split(':')
if len(val) == 2:
port = int(val[1])
owpath = val[0]
if 'uncached' in owpath:
itemList[self.ow2index[ow_name]]['uncached'] = True
else:
itemList[self.ow2index[ow_name]]['uncached'] = False
self.sensors[self.ow2index[ow_name]] = (owpath, server)
if not server in self.proxies:
try:
self.proxies[server] = self.protocol.proxy(host=server, port=port)
except self.protocol.ConnError, e:
self.proxies[server] = (server, port)
if ow_data == 'type' and value == 'COUNTER':
itemList[self.ow2index[ow_name]]['function'] = 'COUNTER'
itemList[self.ow2index[ow_name]]['value'] = 0
itemList[self.ow2index[ow_name]]['last_i'] = b'0'
itemList[self.ow2index[ow_name]]['toggle'] = 0
t = Timer(5, self.counter_thread, args=(self.ow2index[ow_name],))
t.setDaemon(True)
t.start()
if ow_data == 'latch':
val = value.split('::')
if len(val) == 2:
server = val[0]
val[0] = val[1]
val = val[0].split(':')
if len(val) == 2:
port = int(val[1])
owpath = val[0]
self.latches[self.ow2index[ow_name]] = (owpath, server)
if not server in self.proxies:
try:
self.proxies[server] = self.protocol.proxy(host=server, port=port)
except self.protocol.ConnError, e:
self.proxies[server] = (server, port)
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.calc2index={}
self.name2index={}
self.tasks = {}
try:
for key, value in self.conf.iteritems():
try:
calc_name = key.split('_')[0]
calc_data = key.split('_')[1]
if not self.calc2index.has_key(calc_name):
itemList.append({'min':'', 'max':'', 'unit':'', 'type':'R', 'description':''})
self.calc2index[calc_name] = len(itemList)-1
if calc_data == 'prog':
itemList[self.calc2index[calc_name]]['name'] = key
itemList[self.calc2index[calc_name]]['value'] = value
#itemList[self.calc2index[calc_name]]['type'] = 'R/W'
self.name2index[key] = self.calc2index[calc_name]
itemTags[key] = ['All', 'Calculate']
elif calc_data == 'readitem':
itemList.append({'name':value, 'value':'', 'calc_item':calc_name+'_prog', 'min':'', 'max':'', 'unit':'', 'type':'R', 'description':''})
itemList.append({'name':key, 'value':value, 'min':'', 'max':'', 'unit':'', 'type':'R', 'description':'Contains the item name to read to execute %s and retrieve the result'%calc_name})
itemTags[value] = ['All', 'Calculate', 'Basic']
itemTags[key] = ['All', 'Calculate']
self.name2index[value]=len(itemList)-2
self.name2index[key]=len(itemList)-1
elif calc_data == 'readwriteitem':
itemList.append({'name':value, 'value':'', 'calc_item':calc_name+'_prog','min':'', 'max':'', 'unit':'', 'type':'R/W', 'description':''})
itemList.append({'name':key, 'value':value, 'min':'', 'max':'', 'unit':'','type':'R', 'description':'Contains the item name to read to execute %s and retrieve the result'%calc_name})
itemTags[value] = ['All', 'Calculate', 'Basic']
itemTags[key] = ['All', 'Calculate']
self.name2index[value]=len(itemList)-2
self.name2index[key]=len(itemList)-1
elif calc_data == 'writeitem':
itemList.append({'name':value, 'value':'', 'calc_item':calc_name+'_prog','min':'', 'max':'', 'unit':'', 'type':'W', 'description':''})
itemList.append({'name':key, 'value':value, 'min':'', 'max':'', 'unit':'','type':'R', 'description':'Contains the item name to read to execute %s and retrieve the result'%calc_name})
itemTags[value] = ['All', 'Calculate', 'Basic']
itemTags[key] = ['All', 'Calculate']
self.name2index[value]=len(itemList)-2
self.name2index[key]=len(itemList)-1
elif calc_data == 'progtype':
if value in ['R','R/W']:
itemList[self.calc2index[calc_name]]['type'] = value
else:
raise ValueError('unknown type %s in %s'%(value, key))
elif calc_data == 'taskcycle':
try:
taskcycle = float(value)
self.tasks[calc_name] = calcthread(taskcycle, calc_name+'_prog', self)
except Exception, e:
raise e #ValueError('%s has invalid task time %s'%(key, value))
except Exception,e:
logger.info(str(e))
raise e
for item in itemList:
if item['type'] == 'R/W':
self.store_setting(item['name'], confval = item['value'])
else:
itemValues[item['name']] = item['value']
self.migrate_settings('calculate')
def activate(self, conf, glob):
protocols.activate(self, conf, glob)
self.updateTime = 0
self.siloData = None
self.silo_days_left = None
self.silo_level = 0
self.feeder_time = self.glob['conf'].item_to_ds_name['feeder_time']
self.feeder_capacity = self.glob['conf'].item_to_ds_name['feeder_capacity']
for item in itemList:
if item['type'] == 'R/W':
self.store_setting(item['name'], confval = str(item['value']))
else:
itemValues[item['name']] = item['value']
self.migrate_settings('silolevel')
self._insert_template('silolevel', """
<h4>Silo level</h4>
<div class="image-responsive" id="silolevel" style="height:400px">
</div>
<script type="text/javascript">
var refreshSilolevel = function() {
$.get(
'flotsilolevel',
function(jsondata) {
var data = JSON.parse(jsondata);
var graph = $('#silolevel');
plot = $.plot(graph, data.graphdata, siloleveloptions);
$('<p>' + 'current level: ' + data.silo_level + ' kg' + '</p>').insertAfter(graph);
$('<p>' + data.silo_days_left + ' days to empty' + '</p>').insertAfter(graph).css('float', 'right');
})
}
var siloleveloptions = {
series: {
lines: { show: true, lineWidth: 1, fill: true, fillColor: "rgba(105, 137, 183, 0.6)"},
color:"rgba(105, 137, 183, 0)",
points: { show: false },
shadowSize: 0,
},
xaxes: [{
mode: "time",
position: "bottom",
}],
legend: {
show: false,
},
grid: {
hoverable: true,
backgroundColor:'#f9f9f9',
borderWidth: 1,
borderColor: '#e7e7e7'
},
};
document.addEventListener("DOMContentLoaded", function(event) {
refreshSilolevel();
});
</script>
""")