def _process_enumerated(self, object_type, obj):
units = 'Enum'
units_details = ''
notes = obj.get('description', '').strip()
present_value_type = get_datatype(object_type, 'presentValue')
values = present_value_type.enumerations.values()
min_value = min(values)
max_value = max(values)
vendor_range = ''
if hasattr(present_value_type, 'vendor_range'):
vendor_min, vendor_max = present_value_type.vendor_range
vendor_range = ' (vendor {min}-{max})'.format(min=vendor_min,
max=vendor_max)
units_details = '{min}-{max}{vendor}'.format(min=min_value,
max=max_value,
vendor=vendor_range)
if not object_type.endswith('Input'):
if "relinquishDefault" in obj:
default_value = obj['relinquishDefault']
_log.debug('DEFAULT VALUE IS: {}'.format(default_value))
_log.debug('ENUMERATION VALUES: {}'.format(
present_value_type.enumerations))
for k, v in present_value_type.enumerations.items():
if v == default_value:
units_details += ' (default {default})'.format(
default=default_value)
break
if not notes:
enum_strings = []
for name in Enumerated.keylist(present_value_type(0)):
value = present_value_type.enumerations[name]
enum_strings.append(str(value) + '=' + name)
notes = present_value_type.__name__ + ': ' + ', '.join(
enum_strings)
return units, units_details, notes
def _process_enumerated(self, object_type, obj):
units = ''
units_details = ''
notes = ''
units = 'Enum'
present_value_type = get_datatype(object_type, 'presentValue')
values = present_value_type.enumerations.values()
min_value = min(values)
max_value = max(values)
vendor_range = ''
if hasattr(present_value_type, 'vendor_range'):
vendor_min, vendor_max = present_value_type.vendor_range
vendor_range = ' (vendor {min}-{max})'.format(min=vendor_min,
max=vendor_max)
units_details = '{min}-{max}{vendor}'.format(min=min_value,
max=max_value,
vendor=vendor_range)
if not object_type.endswith('Input'):
default_value = obj.get("relinquishDefault")
if default_value:
self._log.debug('DEFAULT VALUE IS: {}'.format(default_value))
self._log.debug('ENUMERATION VALUES: {}'.format(
present_value_type.enumerations))
for k, v in present_value_type.enumerations.items():
if v == default_value:
units_details += ' (default {default})'.format(
default=k)
if not notes:
enum_strings = []
for name in Enumerated.keylist(present_value_type(0)):
value = present_value_type.enumerations[name]
enum_strings.append(str(value) + '=' + name)
notes = present_value_type.__name__ + ': ' + ', '.join(
enum_strings)
return units, units_details, notes
vendor_min, vendor_max = present_value_type.vendor_range
vendor_range = ' (vendor {min}-{max})'.format(min=vendor_min, max=vendor_max)
object_units_details = '{min}-{max}{vendor}'.format(min=min_value, max=max_value, vendor=vendor_range)
if not obj_type.endswith('Input'):
try:
default_value = read_prop(this_application, target_address, obj_type, index, "relinquishDefault")
object_units_details += ' (default {default})'.format(default=present_value_type.enumerations[default_value])
#writable = 'TRUE'
except TypeError:
pass
if not object_notes:
enum_strings=[]
for name in Enumerated.keylist(present_value_type(0)):
value = present_value_type.enumerations[name]
enum_strings.append(str(value)+'='+name)
object_notes = present_value_type.__name__ + ': ' + ', '.join(enum_strings)
elif issubclass(present_value_type, Boolean):
object_units = 'Boolean'
elif get_datatype(obj_type, 'units') is None:
if obj_type.startswith('multiState'):
object_units = 'State'
try:
state_count = read_prop(this_application, target_address, obj_type, index, "numberOfStates")
object_units_details = 'State count: {}'.format(state_count)
def process_object(app, address, obj_type, index, max_range_report, config_writer):
_log.debug('obj_type = ' + repr(obj_type))
_log.debug('bacnet_index = ' + repr(index))
writable = 'FALSE'
# subondinate_list_property = get_datatype(obj_type, 'subordinateList')
# if subondinate_list_property is not None:
# _log.debug('Processing StructuredViewObject')
# process_device_object_reference(app, address, obj_type, index, 'subordinateList', max_range_report, config_writer)
# return
#
# subondinate_list_property = get_datatype(obj_type, 'zoneMembers')
# if subondinate_list_property is not None:
# _log.debug('Processing LifeSafetyZoneObject')
# process_device_object_reference(app, address, obj_type, index, 'zoneMembers', max_range_report, config_writer)
# return
present_value_type = get_datatype(obj_type, 'presentValue')
if present_value_type is None:
_log.debug('This object type has no presentValue. Skipping.')
return
if not issubclass(present_value_type, (Enumerated,
Unsigned,
Boolean,
Integer,
Real,
Double)):
_log.debug('presenValue is an unsupported type: ' + repr(present_value_type))
return
object_name = "NO NAME! PLEASE NAME THIS."
try:
object_name = read_prop(app, address, obj_type, index, "objectName")
_log.debug('object name = ' + object_name)
except TypeError:
pass
except:
_log.debug(traceback.format_exc())
# _log.debug(' object type = ' + obj_type)
# _log.debug(' object index = ' + str(index))
object_notes = ''
try:
object_notes = read_prop(app, address, obj_type, index, "description")
except TypeError:
pass
except:
_log.debug(traceback.format_exc())
object_units_details = ''
if issubclass(present_value_type, Enumerated):
object_units = 'Enum'
values=present_value_type.enumerations.values()
min_value = min(values)
max_value = max(values)
vendor_range = ''
if hasattr(present_value_type, 'vendor_range'):
vendor_min, vendor_max = present_value_type.vendor_range
vendor_range = ' (vendor {min}-{max})'.format(min=vendor_min, max=vendor_max)
object_units_details = '{min}-{max}{vendor}'.format(min=min_value, max=max_value, vendor=vendor_range)
if not obj_type.endswith('Input'):
try:
default_value = read_prop(app, address, obj_type, index, "relinquishDefault")
object_units_details += ' (default {default})'.format(default=present_value_type.enumerations[default_value])
#writable = 'TRUE'
except TypeError:
pass
except ValueError:
pass
except:
_log.debug(traceback.format_exc())
if not object_notes:
enum_strings=[]
for name in Enumerated.keylist(present_value_type(0)):
value = present_value_type.enumerations[name]
enum_strings.append(str(value)+'='+name)
object_notes = present_value_type.__name__ + ': ' + ', '.join(enum_strings)
elif issubclass(present_value_type, Boolean):
object_units = 'Boolean'
elif get_datatype(obj_type, 'units') is None:
if obj_type.startswith('multiState'):
object_units = 'State'
try:
state_count = read_prop(app, address, obj_type, index, "numberOfStates")
object_units_details = 'State count: {}'.format(state_count)
except TypeError:
pass
except:
_log.debug(traceback.format_exc())
try:
enum_strings=[]
state_list = read_prop(app, address, obj_type, index, "stateText")
for name in state_list[1:]:
enum_strings.append(name)
object_notes = ', '.join('{}={}'.format(x,y) for x,y in enumerate(enum_strings, start=1))
except TypeError:
pass
if obj_type != 'multiStateInput':
try:
default_value = read_prop(app, address, obj_type, index, "relinquishDefault")
object_units_details += ' (default {default})'.format(default=default_value)
object_units_details = object_units_details.strip()
#writable = 'TRUE'
except TypeError:
pass
except ValueError:
pass
except:
_log.debug(traceback.format_exc())
elif obj_type == 'loop':
object_units = 'Loop'
else:
object_units = 'UNKNOWN UNITS'
else:
object_units = 'UNKNOWN UNITS'
try:
object_units = read_prop(app, address, obj_type, index, "units")
except TypeError:
pass
except:
_log.debug(traceback.format_exc())
if isinstance(object_units, (int, long)):
object_units = 'UNKNOWN UNIT ENUM VALUE: ' + str(object_units)
if obj_type.startswith('analog') or obj_type in ('largeAnalogValue', 'integerValue', 'positiveIntegerValue'):
# Value objects never have a resolution property in practice.
if not object_notes and not obj_type.endswith('Value'):
try:
res_value = read_prop(app, address, obj_type, index, "resolution")
object_notes = 'Resolution: {resolution:.6g}'.format(resolution=res_value)
except TypeError:
pass
if obj_type not in ('largeAnalogValue', 'integerValue', 'positiveIntegerValue'):
try:
min_value = read_prop(app, address, obj_type, index, "minPresValue")
max_value = read_prop(app, address, obj_type, index, "maxPresValue")
has_min = (min_value is not None) and (min_value > -max_range_report)
has_max = (max_value is not None) and (max_value < max_range_report)
if has_min and has_max:
object_units_details = '{min:.2f} to {max:.2f}'.format(min=min_value, max=max_value)
elif has_min:
object_units_details = 'Min: {min:.2f}'.format(min=min_value)
elif has_max:
object_units_details = 'Max: {max:.2f}'.format(max=max_value)
else:
object_units_details = 'No limits.'
#object_units_details = '{min} to {max}'.format(min=min_value, max=max_value)
except TypeError:
pass
except:
_log.debug(traceback.format_exc())
if obj_type != 'analogInput':
try:
default_value = read_prop(app, address, obj_type, index, "relinquishDefault")
object_units_details += ' (default {default})'.format(default=default_value)
object_units_details = object_units_details.strip()
#writable = 'TRUE'
except TypeError:
pass
except ValueError:
pass
except:
_log.debug(traceback.format_exc())
_log.debug(' object units = ' + str(object_units))
_log.debug(' object units details = ' + str(object_units_details))
_log.debug(' object notes = ' + object_notes)
results = {}
results['Reference Point Name'] = results['Volttron Point Name'] = object_name
results['Units'] = object_units
results['Unit Details'] = object_units_details
results['BACnet Object Type'] = obj_type
results['Property'] = 'presentValue'
results['Writable'] = writable
results['Index'] = index
results['Notes'] = object_notes
config_writer.writerow(results)
min=min_value, max=max_value, vendor=vendor_range)
if not obj_type.endswith('Input'):
try:
default_value = read_prop(this_application, target_address,
obj_type, index,
"relinquishDefault")
object_units_details += ' (default {default})'.format(
default=present_value_type.enumerations[default_value])
#writable = 'TRUE'
except TypeError:
pass
if not object_notes:
enum_strings = []
for name in Enumerated.keylist(present_value_type(0)):
value = present_value_type.enumerations[name]
enum_strings.append(str(value) + '=' + name)
object_notes = present_value_type.__name__ + ': ' + ', '.join(
enum_strings)
elif issubclass(present_value_type, Boolean):
object_units = 'Boolean'
elif get_datatype(obj_type, 'units') is None:
if obj_type.startswith('multiState'):
object_units = 'State'
try:
state_count = read_prop(this_application, target_address,
obj_type, index, "numberOfStates")
def process_object(address, obj_type, index, max_range_report, config_writer):
_log.debug('obj_type = ' + repr(obj_type))
_log.debug('bacnet_index = ' + repr(index))
writable = 'FALSE'
# TODO: Eventually we will have a device that will want to use this code so leave it here.
#subondinate_list_property = get_datatype(obj_type, 'subordinateList')
#if subondinate_list_property is not None:
# _log.debug('Processing StructuredViewObject')
# process_device_object_reference(address, obj_type, index, 'subordinateList', max_range_report, config_writer)
# return
#
#subondinate_list_property = get_datatype(obj_type, 'zoneMembers')
#if subondinate_list_property is not None:
# _log.debug('Processing LifeSafetyZoneObject')
# process_device_object_reference(address, obj_type, index, 'zoneMembers', max_range_report, config_writer)
# return
present_value_type = get_datatype(obj_type, 'presentValue')
if present_value_type is None:
_log.debug('This object type has no presentValue. Skipping.')
return
if not issubclass(present_value_type, (Enumerated,
Unsigned,
Boolean,
Integer,
Real,
Double)):
_log.debug('presenValue is an unsupported type: ' + repr(present_value_type))
return
try:
object_name = read_prop(address, obj_type, index, "objectName")
_log.debug('object name = ' + object_name)
except (TypeError,RemoteError):
object_name = "NO NAME! PLEASE NAME THIS."
# _log.debug(' object type = ' + obj_type)
# _log.debug(' object index = ' + str(index))
try:
object_notes = read_prop(address, obj_type, index, "description")
except (TypeError,RemoteError):
object_notes = ''
object_units_details = ''
if issubclass(present_value_type, Enumerated):
object_units = 'Enum'
values=present_value_type.enumerations.values()
min_value = min(values)
max_value = max(values)
vendor_range = ''
if hasattr(present_value_type, 'vendor_range'):
vendor_min, vendor_max = present_value_type.vendor_range
vendor_range = ' (vendor {min}-{max})'.format(min=vendor_min, max=vendor_max)
object_units_details = '{min}-{max}{vendor}'.format(min=min_value, max=max_value, vendor=vendor_range)
if not obj_type.endswith('Input'):
try:
default_value = read_prop(address, obj_type, index, "relinquishDefault")
object_units_details += ' (default {default})'.format(default=present_value_type.enumerations[default_value])
#writable = 'TRUE'
except KeyError:
pass
except TypeError:
pass
except ValueError:
pass
except RemoteError:
pass
if not object_notes:
enum_strings=[]
for name in Enumerated.keylist(present_value_type(0)):
value = present_value_type.enumerations[name]
enum_strings.append(str(value)+'='+name)
object_notes = present_value_type.__name__ + ': ' + ', '.join(enum_strings)
elif issubclass(present_value_type, Boolean):
object_units = 'Boolean'
elif get_datatype(obj_type, 'units') is None:
if obj_type.startswith('multiState'):
object_units = 'State'
try:
state_count = read_prop(address, obj_type, index, "numberOfStates")
object_units_details = 'State count: {}'.format(state_count)
except TypeError:
pass
except RemoteError:
pass
try:
enum_strings=[]
state_list = read_prop(address, obj_type, index, "stateText")
for name in state_list[1:]:
enum_strings.append(name)
object_notes = ', '.join('{}={}'.format(x,y) for x,y in enumerate(enum_strings, start=1))
except TypeError:
pass
except RemoteError:
pass
if obj_type != 'multiStateInput':
try:
default_value = read_prop(address, obj_type, index, "relinquishDefault")
object_units_details += ' (default {default})'.format(default=default_value)
object_units_details = object_units_details.strip()
#writable = 'TRUE'
except TypeError:
pass
except ValueError:
pass
except RemoteError:
pass
elif obj_type == 'loop':
object_units = 'Loop'
else:
object_units = 'UNKNOWN UNITS'
else:
try:
object_units = read_prop(address, obj_type, index, "units")
except (TypeError, RemoteError):
object_units = 'UNKNOWN UNITS'
if isinstance(object_units, (int, long)):
object_units = 'UNKNOWN UNIT ENUM VALUE: ' + str(object_units)
if obj_type.startswith('analog') or obj_type in ('largeAnalogValue', 'integerValue', 'positiveIntegerValue'):
# Value objects never have a resolution property in practice.
if not object_notes and not obj_type.endswith('Value'):
try:
res_value = read_prop(address, obj_type, index, "resolution")
object_notes = 'Resolution: {resolution:.6g}'.format(resolution=res_value)
except TypeError:
pass
except RemoteError:
pass
if obj_type not in ('largeAnalogValue', 'integerValue', 'positiveIntegerValue'):
try:
min_value = read_prop(address, obj_type, index, "minPresValue")
max_value = read_prop(address, obj_type, index, "maxPresValue")
has_min = (min_value is not None) and (min_value > -max_range_report)
has_max = (max_value is not None) and (max_value < max_range_report)
if has_min and has_max:
object_units_details = '{min:.2f} to {max:.2f}'.format(min=min_value, max=max_value)
elif has_min:
object_units_details = 'Min: {min:.2f}'.format(min=min_value)
elif has_max:
object_units_details = 'Max: {max:.2f}'.format(max=max_value)
else:
object_units_details = 'No limits.'
#object_units_details = '{min} to {max}'.format(min=min_value, max=max_value)
except TypeError:
pass
except RemoteError:
pass
if obj_type != 'analogInput':
try:
default_value = read_prop(address, obj_type, index, "relinquishDefault")
object_units_details += ' (default {default})'.format(default=default_value)
object_units_details = object_units_details.strip()
#writable = 'TRUE'
except TypeError:
pass
except ValueError:
pass
except RemoteError:
pass
_log.debug(' object units = ' + str(object_units))
_log.debug(' object units details = ' + str(object_units_details))
_log.debug(' object notes = ' + object_notes)
results = {}
results['Reference Point Name'] = results['Volttron Point Name'] = object_name
results['Units'] = object_units
results['Unit Details'] = object_units_details
results['BACnet Object Type'] = obj_type
results['Property'] = 'presentValue'
results['Writable'] = writable
results['Index'] = index
results['Notes'] = object_notes
config_writer.writerow(results)