//
// Created by ilya on 25.03.24.
//

#ifndef SMART_COMPONENTS_POWERMANAGMENT_H
#define SMART_COMPONENTS_POWERMANAGMENT_H
#include <SerialPorts.h>
#include "GpioPin.h"
#include "UserInput.h"
#include "UserIndication.h"
#include "SpiPorts.h"
#include "Adc.h"
#include "LoggerInterface.h"
#include "PwmSim7600e.h"
#include "LoggerToSerialPort.h"
//#include "Amplifier.h"

#define PM_SHUTDOWN_DELAY 15000

typedef struct {
    tGpioPin resetAmp;
} tAudioPower;


typedef struct {
    tGpioPin ignition;
    tGpioPin standby;
    tGpioPin garage;
    tGpioPin ecallOut;
    tGpioPin muteP;
    tGpioPin muteN;
    tGpioPin inAnt;
    tGpioPin Power12V;
} tMainPower;

typedef struct {
    tGpioPin can1_standby;
    tGpioPin can2_standby;
} tCanStandby;

typedef struct {
    tGpioPin enable;
    tGpioPin charge;
    tAdcIO *batteryIo;
    uint16_t currentBatVoltage;
    uint64_t batTestTimer;
} tBatteryPower;

typedef struct {
    tGpioPin PowerCheckSpkOn;
    tGpioPin PowerTestSpkIn;
    bool speakTestAcsess;
    uint16_t lastTestTime;
} tSpekTestPower;

typedef struct {
    tAdc *boardVoltage;
    uint16_t currentBoardVoltage;
    uint16_t currentBoardVoltageOfSerbisePO;
    uint32_t boardVoltageTimer;
} tBoardPower;

typedef struct {

    tSpekTestPower SpekTestPower;
    tGpioPin PowerRS485;
    tGpioPin usb;
    tAudioPower audio;
    tBatteryPower battery;
    tMainPower main;
    tSim7600ePower sim7600;
    tCanStandby canStandby;
    tBoardPower boardPower;
} tPowerSusystem;

typedef struct {
    bool interAntBufVal;
    tLoggerInterface *logger;
    tPowerSusystem *powerSusystem;
    bool *positiveMute;
    uint32_t shutdownDelay;
    uint32_t lastIgnEnabled;
    bool currentChargeState;
    bool currentPwrSaveState;
    bool currentIgnState;
    bool (*resetAmpLvl) (void *env);
    tLoggerToSerialPort *slog;
    osMutexId_t mux_accessPwrMan;
    tGpioPin *sosButtonPin;
    tGpioPin *serviceButtonPin;

    struct {
        osThreadId_t id;
        uint32_t stack[256];
        StaticTask_t controlBlock;
        osThreadAttr_t attr;
    } threadPwr;

} tPowerManagement;


#define PowerManagementProviderSetAmplVol(ENV) (ENV)->resetAmpLvl((ENV)->ampEnv)

void Pwm_Init(
        tPowerManagement *env,
        tPowerSusystem *powerSusystem,
        tAdcIO *batteryIo,
        tAdc *boardVoltag,
        bool *positiveMute,
        tLoggerToSerialPort *slog,
        tGpioPin *sosButtonPin,
        tGpioPin *serviceButtonPin
);

void PowerManagement_StartThread(tPowerManagement *env);

void Pwm_OnDeviceInit(tPowerManagement *env);

bool Pwm_IsShutdownRequired(tPowerManagement *env);

void Pwm_Blackout(tPowerManagement *env);

//void Pwm_MuteAmpOff(tPowerManagement *env);

void Pwm_AmpOn(tPowerManagement *env);

void Pwm_AmpOff(tPowerManagement *env);

void Pwm_ChargeDisable(tPowerManagement *env);

void Pwm_ChargeEnable(tPowerManagement *env);

void Pwm_LNA_setMode(tPowerManagement *env, bool state);

//void Pwm_MuteAmpOn(tPowerManagement *env);

void Pwm_PowerSavingEnable(tPowerManagement *env);

void Pwm_PowerSavingDisable(tPowerManagement *env);

void Pwm_SetMuteInCar(tPowerManagement *env, bool value);

void Pwm_BipShutdown(tPowerManagement *env);

void Pwm_GsmAndBipStartUp(tPowerManagement *env);

void Pwm_GsmAndGnssStartup(tPowerManagement *env);

bool Pwm_GsmAndGnssShutDown(tPowerManagement *env);

void Pwm_Rs485Disable(tPowerManagement *env);

bool Pwm_GetMuteInCarState(tPowerManagement *env);

void Pwm_Shutdown(tPowerManagement *env);

void Pwm_SetPMuteInCar(tPowerManagement *env, bool value);

void Pwm_SetNMuteInCar(tPowerManagement *env, bool value);

void Pwm_SetEcallSignalOutInCar(tPowerManagement *env, bool value);

void Pwm_SetServiseSignalOutInCar(tPowerManagement *env, bool value);

bool Pwm_GetSosButtonState(tPowerManagement *env);

bool Pwm_GetServiseButtonState(tPowerManagement *env);

#endif //SMART_COMPONENTS_POWERMANAGMENT_H