from .inverter import Inverter

# Serial number tags to identify inverter type
ET_MODEL_TAGS = ["ETU", "ETL", "ETR", "ETC", "EHU", "EHR", "EHB", "BTU", "BTN", "BTC", "BHU", "AES", "ABP", "HHI",
                 "HSB", "HUA", "CUA",
                 "ESN", "EMN", "ERN", "EBN",  # ES Gen 2
                 "HLB", "HMB", "HBB", "SPN"]  # Gen 2
ES_MODEL_TAGS = ["ESU", "EMU", "ESA", "BPS", "BPU", "EMJ", "IJL"]
DT_MODEL_TAGS = ["DTU", "DTS", "MSU", "MST", "DSN", "DTN", "DST", "NSU", "SSN", "SST", "SSX", "SSY", "PSB", "PSC"]

SINGLE_PHASE_MODELS = ["DSN", "DST", "NSU", "SSN", "SST", "SSX", "SSY",  # DT
                       "MSU", "MST", "PSB", "PSC",
                       "EHU", "EHR", "HSB",  # ET
                       "ESN", "EMN", "ERN", "EBN", "HLB", "HMB", "HBB", "SPN"]  # ES Gen 2


def is_single_phase(inverter: Inverter) -> bool:
    return any(model in inverter.serial_number for model in SINGLE_PHASE_MODELS)


def is_3_mptt(inverter: Inverter) -> bool:
    return any(model in inverter.serial_number for model in ["MSU", "MST", "PSC"])


def is_4_mptt(inverter: Inverter) -> bool:
    return any(model in inverter.serial_number for model in ["HSB"])