#pragma once

#include <stdint.h>

typedef enum {
    CLS_CODE_0 = 0,  // 0b000
    CLS_CODE_FIMWARE = 1,  // 0b001
    CLS_CODE_2 = 2,  // 0b010
    CLS_CODE_MESSAGE = 3,  // 0b011
    CLS_CODE_4 = 4,  // 0b100
    CLS_CODE_5 = 5,  // 0b101
    CLS_CODE_STATUS = 6,  // 0b110
    CLS_CODE_CONFIG = 7   // 0b111
} CLSMessageCode;

typedef enum {
    CLS_CHANNEL1 = 0,  // 0b000
    CLS_CHANNEL2 = 1,  // 0b001
    CLS_CHANNEL3 = 2,  // 0b010
    CLS_CHANNEL4 = 3,  // 0b011
    CLS_CHANNEL5 = 4,  // 0b100
    CLS_CHANNEL6 = 5,  // 0b101
    CLS_CHANNEL7 = 6,  // 0b110
    CLS_CHANNEL8 = 7   // 0b111
} CLSChannel;


typedef enum {
    CLS_CH_FW_MOSI = 0,  // 0b000
    CLS_CH_FW_MISO = 1,  // 0b001
    CLS_CH_FW_MASTER_CONTROL = 2,  // 0b010
    CLS_CH_FW_SLAVE_FEEDBACK = 3,  // 0b011
    CLS_CH_FW_4 = 4,  // 0b100
    CLS_CH_FW_5 = 5,  // 0b101
    CLS_CH_FW_6 = 6,  // 0b110
    CLS_CH_FW_BOOTCALL = 7   // 0b111
} CLSChannelFirmware;


typedef enum {
    CLS_CH_STA_HEATBEAT = 0,  // 0b000
    CLS_CH_STA_VEHICLE = 1,  // 0b001
    CLS_CH_STA_AMBIENTLIGHT = 2,  // 0b010
    CLS_CH_STA_3 = 3,  // 0b011
    CLS_CH_STA_4 = 4,  // 0b100
    CLS_CH_STA_5 = 5,  // 0b101
    CLS_CH_STA_6 = 6,  // 0b110
    CLS_CH_STA_7 = 7   // 0b111
} CLSChannelStatus;


typedef enum {
    CLS_CH_MSG_LIGHT = 0,  // 0b000
    CLS_CH_MSG_1 = 1,  // 0b001
    CLS_CH_MSG_2 = 2,  // 0b010
    CLS_CH_MSG_3 = 3,  // 0b011
    CLS_CH_MSG_4 = 4,  // 0b100
    CLS_CH_MSG_5 = 5,  // 0b101
    CLS_CH_MSG_6 = 6,  // 0b110
    CLS_CH_MSG_7 = 7   // 0b111
} CLSChannelMessage;



typedef struct {
    CLSMessageCode code : 3;
    uint8_t device : 5;
    CLSChannel channel : 3;
} CLSAddress;

#define GLOBAL_CAST_CLS_ADDRESS 0x11111

#define GENERATE_CLS_ADDRESS(type, device, channel) \
    ((uint16_t)(((type) << 8) | ((device) << 3) | (channel)) & 0x7ff)

inline uint16_t generateCLSAddress(CLSMessageCode type, uint8_t device, CLSChannel channel) {
    return ((type << 8) | (device << 3) | channel) & 0x7ff;
}