Midea/src/devices/e1.rs

use std::collections::HashMap;

use anyhow::Result;

use super::DeviceBackend;

#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash)]
enum DeviceAttributes {
    Power,
    Status,
    Mode,
    Additional,
    Door,
    RinseAid,
    Salt,
    ChildLock,
    UV,
    Dry,
    DryStatus,
    Storage,
    StorageStatus,
    TimeRemaining,
    Progress,
    StorageRemaining,
    Temperature,
    Humidity,
    Waterswitch,
    WaterLack,
    ErrorCode,
    Softwater,
    WrongOperation,
    Bright,
}

impl DeviceAttributes {
    fn as_str(&self) -> &str {
        match self {
            DeviceAttributes::Power => "power",
            DeviceAttributes::Status => "status",
            DeviceAttributes::Mode => "mode",
            DeviceAttributes::Additional => "additional",
            DeviceAttributes::Door => "door",
            DeviceAttributes::RinseAid => "rinse_aid",
            DeviceAttributes::Salt => "salt",
            DeviceAttributes::ChildLock => "child_lock",
            DeviceAttributes::UV => "uv",
            DeviceAttributes::Dry => "dry",
            DeviceAttributes::DryStatus => "dry_status",
            DeviceAttributes::Storage => "storage",
            DeviceAttributes::StorageStatus => "storage_status",
            DeviceAttributes::TimeRemaining => "time_remaining",
            DeviceAttributes::Progress => "progress",
            DeviceAttributes::StorageRemaining => "storage_remaining",
            DeviceAttributes::Temperature => "temperature",
            DeviceAttributes::Humidity => "humidity",
            DeviceAttributes::Waterswitch => "waterswitch",
            DeviceAttributes::WaterLack => "water_lack",
            DeviceAttributes::ErrorCode => "error_code",
            DeviceAttributes::Softwater => "softwater",
            DeviceAttributes::WrongOperation => "wrong_operation",
            DeviceAttributes::Bright => "bright",
        }
    }

    fn from_str(s: &str) -> Self {
        match s {
            "power" => Self::Power,
            "status" => Self::Status,
            "mode" => Self::Mode,
            "additional" => Self::Additional,
            "door" => Self::Door,
            "rinse_aid" => Self::RinseAid,
            "salt" => Self::Salt,
            "child_lock" => Self::ChildLock,
            "uv" => Self::UV,
            "dry" => Self::Dry,
            "dry_status" => Self::DryStatus,
            "storage" => Self::Storage,
            "storage_status" => Self::StorageStatus,
            "time_remaining" => Self::TimeRemaining,
            "progress" => Self::Progress,
            "storage_remaining" => Self::StorageRemaining,
            "temperature" => Self::Temperature,
            "humidity" => Self::Humidity,
            "waterswitch" => Self::Waterswitch,
            "water_lack" => Self::WaterLack,
            "error_code" => Self::ErrorCode,
            "softwater" => Self::Softwater,
            "wrong_operation" => Self::WrongOperation,
            "bright" => Self::Bright,

            _ => panic!(),
        }
    }
}

enum AttributeValue {
    String(Option<String>),
    Bool(bool),
    Int(i32),
}

pub struct E1 {
    modes: HashMap<u32, String>,
    attributes: HashMap<DeviceAttributes, AttributeValue>,

    status: [&'static str; 5],
    progress: [&'static str; 6],
}

impl E1 {
    pub fn new() -> Result<Self> {
        let modes = [
            (0x0, "Neutral Gear"),
            (0x1, "Auto"),
            (0x2, "Heavy"),
            (0x3, "Normal"),
            (0x4, "Energy Saving"),
            (0x5, "Delicate"),
            (0x6, "Hour"),
            (0x7, "Quick"),
            (0x8, "Rinse"),
            (0x9, "90min"),
            (0xA, "Self Clean"),
            (0xB, "Fruit Wash"),
            (0xC, "Self Define"),
            (0xD, "Germ"),
            (0xE, "Bowl Wash"),
            (0xF, "Kill Germ"),
            (0x10, "Sea Food Wash"),
            (0x12, "Hot Pot Wash"),
            (0x13, "Quiet"),
            (0x14, "Less Wash"),
            (0x16, "Oil Net Wash"),
            (0x19, "Cloud Wash"),
        ]
        .into_iter()
        .map(|(i, s)| (i, s.to_string()))
        .collect();

        let attributes = [
            (DeviceAttributes::Power, AttributeValue::Bool(false)),
            (DeviceAttributes::Status, AttributeValue::String(None)),
            (DeviceAttributes::Mode, AttributeValue::Int(0)),
            (DeviceAttributes::Additional, AttributeValue::Int(0)),
            (DeviceAttributes::UV, AttributeValue::Bool(false)),
            (DeviceAttributes::Dry, AttributeValue::Bool(false)),
            (DeviceAttributes::DryStatus, AttributeValue::Bool(false)),
            (DeviceAttributes::Door, AttributeValue::Bool(false)),
            (DeviceAttributes::RinseAid, AttributeValue::Bool(false)),
            (DeviceAttributes::Salt, AttributeValue::Bool(false)),
            (DeviceAttributes::ChildLock, AttributeValue::Bool(false)),
            (DeviceAttributes::Storage, AttributeValue::Bool(false)),
            (DeviceAttributes::StorageStatus, AttributeValue::Bool(false)),
            (
                DeviceAttributes::TimeRemaining,
                AttributeValue::String(None),
            ),
            (DeviceAttributes::Progress, AttributeValue::String(None)),
            (
                DeviceAttributes::StorageRemaining,
                AttributeValue::String(None),
            ),
            (DeviceAttributes::Temperature, AttributeValue::String(None)),
            (DeviceAttributes::Humidity, AttributeValue::String(None)),
            (DeviceAttributes::Waterswitch, AttributeValue::Bool(false)),
            (DeviceAttributes::WaterLack, AttributeValue::Bool(false)),
            (DeviceAttributes::ErrorCode, AttributeValue::String(None)),
            (DeviceAttributes::Softwater, AttributeValue::Int(0)),
            (
                DeviceAttributes::WrongOperation,
                AttributeValue::String(None),
            ),
            (DeviceAttributes::Bright, AttributeValue::Int(0)),
        ]
        .into_iter()
        .collect();

        let status = ["Off", "Idle", "Delay", "Running", "Error"];
        let progress = ["Idle", "Pre-wash", "Wash", "Rinse", "Dry", "Complete"];

        Ok(Self {
            modes,
            attributes,
            status,
            progress,
        })
    }
}

impl DeviceBackend for E1 {
    fn build_query(&self) -> () {
        todo!()
    }

    fn process_message(&self, msg: &str) -> () {
        todo!()
    }

    fn set_attribute(&self, attribute: &str, value: &str) -> () {
        match DeviceAttributes::from_str(attribute) {
            DeviceAttributes::Power => (),
            DeviceAttributes::ChildLock => (),
            DeviceAttributes::Storage => (),

            _ => (),
        }
    }
}