def change_item(self): with OpenhabTmpItem(None, 'Number') as tmpitem: NumberItem.get_item(tmpitem.name) create_item('String', tmpitem.name) EventWaiter(tmpitem.name, ItemUpdatedEvent(tmpitem.name, 'String'), 2, False) StringItem.get_item(tmpitem.name) create_item('DateTime', tmpitem.name) EventWaiter(tmpitem.name, ItemUpdatedEvent(tmpitem.name, 'DateTime'), 2, False) DatetimeItem.get_item(tmpitem.name)
def change_item(self): with OpenhabTmpItem('Number') as tmpitem: NumberItem.get_item(tmpitem.name) with EventWaiter(tmpitem.name, ItemUpdatedEvent, 2) as e: create_item('String', tmpitem.name) e.wait_for_event(type='String', name=tmpitem.name) StringItem.get_item(tmpitem.name) with EventWaiter(tmpitem.name, ItemUpdatedEvent, 2) as e: create_item('DateTime', tmpitem.name) e.wait_for_event(type='DateTime', name=tmpitem.name) DatetimeItem.get_item(tmpitem.name)
def test_existing(self): item = StringItem.get_item('TestString') assert item.tags == frozenset(['TestTag']) assert item.groups == frozenset(['TestGroup']) assert list(item.metadata.keys()) == ['meta1'] assert item.metadata['meta1'].value == 'test' assert item.metadata['meta1'].config == Map({'key': 'value'})
def test_tags(self, oh_item: OpenhabTmpItem): oh_item.create_item(tags=['tag1', 'tag2']) item = StringItem.get_item(oh_item.name) assert item.tags == {'tag1', 'tag2'} oh_item.modify(tags=['tag1', 'tag4']) assert item.tags == {'tag1', 'tag4'} oh_item.modify() assert item.tags == set()
def test_groups(self, oh_item: OpenhabTmpItem): grp1 = GroupItem.get_item('group1') grp2 = GroupItem.get_item('group2') assert grp1.members == tuple() assert grp2.members == tuple() oh_item.create_item(groups=['group1']) item = StringItem.get_item(oh_item.name) assert item.groups == {'group1'} assert grp1.members == (item, ) oh_item.modify(groups=['group1', 'group2']) assert item.groups == {'group1', 'group2'} assert grp1.members == (item, ) assert grp2.members == (item, ) oh_item.modify() assert item.groups == set() assert grp1.members == tuple() assert grp2.members == tuple()
def map_items(name, openhab_type: str, openhab_value: str): assert isinstance(openhab_type, str), type(openhab_type) assert isinstance(openhab_value, str), type(openhab_value) value: typing.Optional[str] = openhab_value if openhab_value == 'NULL' or openhab_value == 'UNDEF': value = None # Quantity types are like this: Number:Temperature and have a unit set: "12.3 °C". # We have to remove the dimension from the type and remove the unit from the value if ':' in openhab_type: openhab_type = openhab_type[:openhab_type.find(':')] # if the item is not initialized its None and has no dimension if value is not None: value, _ = QuantityValue.split_unit(value) # Specific classes if openhab_type == "Switch": return SwitchItem(name, value) if openhab_type == "String": return StringItem(name, value) if openhab_type == "Contact": return ContactItem(name, value) if openhab_type == "Rollershutter": if value is None: return RollershutterItem(name, value) return RollershutterItem(name, float(value)) if openhab_type == "Dimmer": return DimmerItem(name, value) if openhab_type == "Number": if value is None: return NumberItem(name, value) # Number items can be int or float try: return NumberItem(name, int(value)) except ValueError: return NumberItem(name, float(value)) if openhab_type == "DateTime": if value is None: return DatetimeItem(name, value) dt = datetime.datetime.strptime(value.replace('+', '000+'), '%Y-%m-%dT%H:%M:%S.%f%z') # all datetimes from openhab have a timezone set so we can't easily compare them # --> TypeError: can't compare offset-naive and offset-aware datetimes dt = dt.astimezone( tz=None) # Changes datetime object so it uses system timezone dt = dt.replace(tzinfo=None) # Removes timezone awareness return DatetimeItem(name, dt) if openhab_type == "Color": if value is None: return ColorItem(name) return ColorItem(name, *(float(k) for k in value.split(','))) if openhab_type == "Location": return LocationItem(name, value) if openhab_type == "Player": return PlayerItem(name, value) if openhab_type == "Group": return GroupItem(name, value) if openhab_type == "Image": img = ImageItem(name) if value is None: return img img.set_value(RawValue(value)) return img raise ValueError(f'Unknown Openhab type: {openhab_type}')
def map_item(name: str, type: str, value: Optional[str], tags: FrozenSet[str], groups: FrozenSet[str], metadata: Optional[Dict[str, Dict[str, Any]]]) -> \ Optional['HABApp.openhab.items.OpenhabItem']: try: assert isinstance(type, str) assert value is None or isinstance(value, str) if value == 'NULL' or value == 'UNDEF': value = None # map Metadata if metadata is not None: meta = Map({k: MetaData(v['value'], Map(v.get('config', {}))) for k, v in metadata.items()}) else: meta = Map() # Quantity types are like this: Number:Temperature and have a unit set: "12.3 °C". # We have to remove the dimension from the type and remove the unit from the value if ':' in type: type, dimension = type.split(':') # if the item is not initialized its None and has no dimension if value is not None: value, _ = QuantityValue.split_unit(value) # Specific classes if type == "Switch": return SwitchItem(name, value, tags=tags, groups=groups, metadata=meta) if type == "String": return StringItem(name, value, tags=tags, groups=groups, metadata=meta) if type == "Contact": return ContactItem(name, value, tags=tags, groups=groups, metadata=meta) if type == "Rollershutter": if value is None: return RollershutterItem(name, value, tags=tags, groups=groups, metadata=meta) return RollershutterItem(name, float(value), tags=tags, groups=groups, metadata=meta) if type == "Dimmer": if value is None: return DimmerItem(name, value, tags=tags, groups=groups, metadata=meta) return DimmerItem(name, float(value), tags=tags, groups=groups, metadata=meta) if type == "Number": if value is None: return NumberItem(name, value, tags=tags, groups=groups, metadata=meta) # Number items can be int or float try: return NumberItem(name, int(value), tags=tags, groups=groups, metadata=meta) except ValueError: return NumberItem(name, float(value), tags=tags, groups=groups, metadata=meta) if type == "DateTime": if value is None: return DatetimeItem(name, value, tags=tags, groups=groups, metadata=meta) # Todo: remove this once we go >= OH3.1 # Previous OH versions used a datetime string like this: # 2018-11-19T09:47:38.284+0100 # OH 3.1 uses # 2021-04-10T22:00:43.043996+0200 if len(value) == 28: value = value.replace('+', '000+') dt = datetime.datetime.strptime(value, '%Y-%m-%dT%H:%M:%S.%f%z') # all datetimes from openhab have a timezone set so we can't easily compare them # --> TypeError: can't compare offset-naive and offset-aware datetimes dt = dt.astimezone(tz=None) # Changes datetime object so it uses system timezone dt = dt.replace(tzinfo=None) # Removes timezone awareness return DatetimeItem(name, dt, tags=tags, groups=groups, metadata=meta) if type == "Color": if value is None: return ColorItem(name, tags=tags, groups=groups, metadata=meta) return ColorItem(name, *(float(k) for k in value.split(',')), tags=tags, groups=groups, metadata=meta) if type == "Image": img = ImageItem(name, tags=tags, groups=groups, metadata=meta) if value is None: return img img.set_value(RawValue(value)) return img if type == "Group": return GroupItem(name, value, tags=tags, groups=groups, metadata=meta) if type == "Location": return LocationItem(name, value, tags=tags, groups=groups, metadata=meta) if type == "Player": return PlayerItem(name, value, tags=tags, groups=groups, metadata=meta) raise ValueError(f'Unknown Openhab type: {type} for {name}') except Exception as e: process_exception('map_items', e, logger=log) return None