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"""Bond type enumeration."""
import re
from enum import Enum
regexes = {
"bridge_snowbird": r"^[A-C]\w*$",
"bridge_zermatt": r"^Z(Z|X)\w*$",
"bridge_pro": r"^ZP\w*$",
"sbb_lights": r"^T\w*$",
"sbb_ceiling_fan": r"^K\w*$",
"sbb_plug": r"^P\w*$",
}
class BondType(Enum):
"""Bond type enumeration."""
BRIDGE_SNOWBIRD = "bridge_snowbird"
BRIDGE_ZERMATT = "bridge_zermatt"
BRIDGE_PRO = "bridge_pro"
SBB_LIGHTS = "sbb_lights"
SBB_CEILING_FAN = "sbb_ceiling_fan"
SBB_PLUG = "sbb_plug"
def is_sbb(self) -> bool:
"""Checks if BondType is a Smart by Bond product."""
return self.value.startswith("sbb_")
def is_bridge(self) -> bool:
"""Checks if BondType is a Bond Bridge/Bond Bridge Pro."""
return self.value.startswith("bridge_")
@classmethod
def from_serial(cls, serial: str):
"""Returns a BondType for a serial number"""
for (bond_type, regex) in regexes.items():
if re.search(regex, serial):
return cls(bond_type)
return None
@staticmethod
def is_sbb_from_serial(serial: str) -> bool:
"""Checks if specified Bond serial number is a Smart by Bond product."""
bond_type = BondType.from_serial(serial)
if bond_type:
return bond_type.is_sbb()
return False
@staticmethod
def is_bridge_from_serial(serial: str) -> bool:
"""Checks if specified Bond serial number is a Bond Bridge."""
bond_type = BondType.from_serial(serial)
if bond_type:
return bond_type.is_bridge()
return False
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