def _load_devices(self):
#read devices from config
#get device from app
app = self.application
parser = self._get_parser()
ds = []
for dev in parser.get_elements('device'):
name = dev.text.strip()
dname = dev.find('name')
if dname is None:
self.warning(
'no device name for {}. use a <name> tag'.format(name))
continue
dev_name = dname.text.strip()
device = None
if app:
device = app.get_service(ICoreDevice,
query='name=="{}"'.format(dev_name))
if device is None:
self.warning(
'no device named "{}" available'.format(dev_name))
continue
enabled = dev.find('use')
if enabled is not None:
enabled = to_bool(enabled.text.strip())
d = DashboardDevice(name=name, use=bool(enabled), _device=device)
for v in dev.findall('value'):
n = v.text.strip()
tag = '<{},{}>'.format(name, n)
func_name = self._get_xml_value(v, 'func', 'get')
period = self._get_xml_value(v, 'period', 60)
if not period == 'on_change':
try:
period = int(period)
except ValueError:
period = 60
enabled = to_bool(self._get_xml_value(v, 'enabled', False))
timeout = self._get_xml_value(v, 'timeout', 0)
d.add_value(n, tag, func_name, period, enabled, timeout)
ds.append(d)
self.devices = ds
def _load_devices(self):
# read devices from config
# get device from app
app = self.application
parser = self._get_parser()
ds = []
for dev in parser.get_elements("device"):
name = dev.text.strip()
dname = dev.find("name")
if dname is None:
self.warning("no device name for {}. use a <name> tag".format(name))
continue
dev_name = dname.text.strip()
device = None
if app:
device = app.get_service(ICoreDevice, query='name=="{}"'.format(dev_name))
if device is None:
self.warning('no device named "{}" available'.format(dev_name))
continue
enabled = dev.find("use")
if enabled is not None:
enabled = to_bool(enabled.text.strip())
d = DashboardDevice(name=name, use=bool(enabled), _device=device)
for v in dev.findall("value"):
n = v.text.strip()
tag = "<{},{}>".format(name, n)
func_name = self._get_xml_value(v, "func", "get")
period = self._get_xml_value(v, "period", 60)
if not period == "on_change":
try:
period = int(period)
except ValueError:
period = 60
enabled = to_bool(self._get_xml_value(v, "enabled", False))
timeout = self._get_xml_value(v, "timeout", 0)
d.add_value(n, tag, func_name, period, enabled, timeout)
ds.append(d)
self.devices = ds
def _load_devices(self, dev_dicts):
app = self.application
ds = []
for dd in dev_dicts:
name = dd['name']
dev_name = dd['device']
device = app.get_service(ICoreDevice,
query='name=="{}"'.format(dev_name))
if device is None:
self.warning('no device named "{}" available'.format(dev_name))
if globalv.dashboard_simulation:
device = DummyDevice(name=dev_name)
else:
continue
d = DashboardDevice(name=name,
use=dd['enabled'],
hardware_device=device)
for args, cs in dd['values']:
pv = d.add_value(**args)
self.values.append(pv)
for level, kw in cs:
d.add_conditional(pv, level, **kw)
d.setup_graph()
ds.append(d)
self.devices = ds
def _load_devices(self, dev_dicts):
app = self.application
ds = []
for dd in dev_dicts:
name = dd['name']
dev_name = dd['device']
device = app.get_service(ICoreDevice, query='name=="{}"'.format(dev_name))
if device is None:
self.warning('no device named "{}" available'.format(dev_name))
if globalv.dashboard_simulation:
device = DummyDevice(name=dev_name)
else:
continue
d = DashboardDevice(name=name, use=dd['enabled'], hardware_device=device)
for args, cs in dd['values']:
pv = d.add_value(**args)
self.values.append(pv)
for level, kw in cs:
d.add_conditional(pv, level, **kw)
d.setup_graph()
ds.append(d)
self.devices = ds
