Source code for espec_pr3j.data_classes

from dataclasses import dataclass
from enum import Enum
from typing import Optional




@dataclass
class TemperatureStatus:
    """
    The temperature status of the environmental chamber. All values are in Celsius.
    """

    current_temperature: float
    """The current temperature of the environmental chamber"""

    target_temperature: float
    """The target temperature of the environmental chamber"""

    upper_limit: float
    """The upper temperature limit of the environmental chamber"""

    lower_limit: float
    """The lower temperature limit of the environmental chamber"""





@dataclass
class HumidityStatus:
    """
    The humidity status of the environmental chamber. All values are in percentage.
    """

    current_humidity: float
    """The current humidity of the environmental chamber"""

    target_humidity: Optional[float]
    """The target humidity of the environmental chamber. None if the humidity control is
    disabled."""

    upper_limit: float
    """The upper humidity limit of the environmental chamber"""

    lower_limit: float
    """The lower humidity limit of the environmental chamber"""





@dataclass
class HeatersStatus:
    """
    The status of the heaters. All values are in percentage.
    """

    temperature_heater: float
    """The output of the temperature heater"""

    humidity_heater: float
    """The output of the humidity heater"""





class OperationMode(Enum):
    """
    The operation mode of the environmental chamber.
    """

    OFF = "OFF"
    """The panel is powered off"""

    CONSTANT = "CONSTANT"
    """Constant operation"""

    STANDBY = "STANDBY"
    """All operations are stopped"""

    RUN = "RUN"
    """A program is running"""



    @classmethod
    def from_str(cls, value: str) -> "OperationMode":
        """
        Convert a string to an OperationMode.

        Args:
            value: The string to convert. The string is case-insensitive.
        """
        return cls[value.upper()]


    def __str__(self) -> str:
        return self.value





@dataclass
class TestAreaState:
    """
    The state of the test area.
    """

    current_temperature: float
    """The current temperature of the test area, in Celsius"""

    current_humidity: float
    """The current humidity of the test area, in percentage"""

    operation_state: OperationMode
    """The operation state"""

    number_of_alarms: int
    """The number of alarms occurring"""