def loadRinorModels(self):
from domoweb.exceptions import RinorNotConfigured, RinorNotAvailable
from domoweb.restModel import RestModel
from domoweb.models import Parameter, DeviceType, DataType, Device
try:
ip = Parameter.objects.get(key='rinor_ip')
port = Parameter.objects.get(key='rinor_port')
except Parameter.DoesNotExist:
cherrypy.engine.log("RINOR not configured, pass the data loading")
else:
try:
prefix = Parameter.objects.get(key='rinor_prefix')
except Parameter.DoesNotExist:
uri = "http://%s:%s" % (ip.value, port.value)
else:
uri = "http://%s:%s/%s" % (ip.value, port.value, prefix.value)
model_loaded = False
i = 0
while not model_loaded: # Wait until RINOR respond
try:
i = i + 1
RestModel.setRestUri(uri)
Parameter.refresh()
DataType.refresh()
DeviceType.refresh()
Device.refresh()
model_loaded = True
except RinorNotAvailable:
cherrypy.engine.log(
"RINOR not online wait 5s before retry #%s" % i)
time.sleep(5)
def loadRinorModels(self):
from domoweb.exceptions import RinorNotConfigured, RinorNotAvailable
from domoweb.restModel import RestModel
from domoweb.models import Parameter, DeviceType, DataType, Device
try:
ip = Parameter.objects.get(key='rinor_ip')
port = Parameter.objects.get(key='rinor_port')
except Parameter.DoesNotExist:
cherrypy.engine.log("RINOR not configured, pass the data loading")
else:
try:
prefix = Parameter.objects.get(key='rinor_prefix')
except Parameter.DoesNotExist:
uri = "http://%s:%s" % (ip.value, port.value)
else:
uri = "http://%s:%s/%s" % (ip.value, port.value, prefix.value)
model_loaded = False
i = 0
while not model_loaded: # Wait until RINOR respond
try:
i = i + 1
RestModel.setRestUri(uri)
Parameter.refresh()
DataType.refresh()
DeviceType.refresh()
Device.refresh()
model_loaded = True
except RinorNotAvailable:
cherrypy.engine.log("RINOR not online wait 5s before retry #%s" % i)
time.sleep(5)
def addField(cls, option):
types = json.loads(option.types)
for t in types:
types += DataType.getChilds(id=t)
sensors = Sensor.getTypesFilter(types=types)
if (option.group):
cls.addGroupModelChoiceField(key=option.key, label=option.name, min=option.groupmin, max=option.groupmax, queryset=sensors, group_by_field='device_id', empty_label="--Select Sensor--", help_text=option.description)
else:
cls.addModelChoiceField(key=option.key, label=option.name, required=option.required, queryset=sensors, group_by_field='device_id', empty_label="--Select Sensor--", help_text=option.description)
def addField(cls, option):
types = json.loads(option.types)
for t in types:
types += DataType.getChilds(id=t)
sensors = Sensor.getTypesFilter(types=types)
if (option.group):
cls.addGroupModelChoiceField(key=option.key, label=option.name, min=option.groupmin, max=option.groupmax, queryset=sensors, group_by_field='device_id', empty_label="--Select Sensor--", help_text=option.description)
else:
cls.addModelChoiceField(key=option.key, label=option.name, required=option.required, queryset=sensors, group_by_field='device_id', empty_label="--Select Sensor--", help_text=option.description)
def addField(cls, option):
types = json.loads(option.types)
datatypes = []
for t in types:
args = ()
for d in t:
l = [d]
l += DataType.getChilds(id=d)
args += (l,)
for p in itertools.product(*args):
datatypes.append(''.join(p))
commands = Command.getTypesFilter(types=datatypes)
cls.addGroupedModelChoiceField(key=option.key, label=option.name, required=option.required, queryset=commands, group_by_field='device_id', empty_label="--Select Command--", help_text=option.description)
def addField(cls, option):
types = json.loads(option.types)
datatypes = []
for t in types:
args = ()
for d in t:
l = [d]
l += DataType.getChilds(id=d)
args += (l,)
for p in itertools.product(*args):
datatypes.append(''.join(p))
commands = Command.getTypesFilter(types=datatypes)
cls.addModelChoiceField(key=option.key, label=option.name, required=option.required, queryset=commands, group_by_field='device_id', empty_label="--Select Command--", help_text=option.description)
def config_loadrinordata(request):
"""
@param request : the HTTP request
@return an HttpResponse object
"""
from domoweb.restModel import RestModel
from domoweb.models import Parameter, DataType, DeviceType, Device
ip = Parameter.objects.get(key='rinor_ip')
port = Parameter.objects.get(key='rinor_port')
try:
prefix = Parameter.objects.get(key='rinor_prefix')
except Parameter.DoesNotExist:
uri = "http://%s:%s" % (ip.value, port.value)
else:
uri = "http://%s:%s/%s" % (ip.value, port.value, prefix.value)
RestModel.setRestUri(uri)
Parameter.refresh()
DataType.refresh()
DeviceType.refresh()
Device.refresh()
return redirect('index_view') # Redirect after POST
def config_loadrinordata(request):
"""
@param request : the HTTP request
@return an HttpResponse object
"""
from domoweb.restModel import RestModel
from domoweb.models import Parameter, DataType, DeviceType, Device
ip = Parameter.objects.get(key='rinor_ip')
port = Parameter.objects.get(key='rinor_port')
try:
prefix = Parameter.objects.get(key='rinor_prefix')
except Parameter.DoesNotExist:
uri = "http://%s:%s" % (ip.value, port.value)
else:
uri = "http://%s:%s/%s" % (ip.value, port.value, prefix.value)
RestModel.setRestUri(uri)
Parameter.refresh()
DataType.refresh()
DeviceType.refresh()
Device.refresh()
return redirect('index_view') # Redirect after POST
def loadDatatypes(cls, develop):
session = Session()
# get all datatypes
logger.info(u"MQ: Loading Datatypes")
msg = MQMessage()
msg.set_action('datatype.get')
res = cli.request('manager', msg.get(), timeout=10)
if res is not None:
_data = res.get_data()['datatypes']
else:
_data = {}
session.query(DataType).delete()
for type, params in _data.iteritems():
r = DataType(id=type, parameters=json.dumps(params))
session.add(r)
session.commit()
session.flush()
def WSDatatypesGetall(self, data):
datatypes =dict ((o.id, json.loads(o.parameters)) for o in DataType.getAll())
return ['datatype-list', datatypes]
def WSDatatypesGetall(self, data):
datatypes = dict(
(o.id, json.loads(o.parameters)) for o in DataType.getAll())
return ['datatype-list', datatypes]