nfsas

function needForSpeed(input = []) {
    let numCars = Number(input.shift())
    let cars = input.splice(0, numCars);
    let objCars = {};

    for (const car of cars) {
        let [carModel, mileage, fuel] = car.split('|');
        mileage = Number(mileage);
        fuel = Number(fuel);

        if (!objCars.hasOwnProperty(carModel)) {
            objCars[carModel] = { mileage: mileage, fuel: fuel }
        }
    }

    let betterInput = input.splice(0, input.indexOf('Stop'));

    for (const line of betterInput) {
        let [command, carName, value, value2] = line.split(' : ');
        value = Number(value);
        value2 = Number(value2);

        switch (command) {
            case 'Drive':
                let distance = value;
                let fuel = value2;

                if (fuel > objCars[carName].fuel) {
                    console.log("Not enough fuel to make that ride");
                } else if (objCars[carName].fuel > fuel) {
                    objCars[carName].fuel -= fuel;
                    objCars[carName].mileage += distance;
                    console.log(`${carName} driven for ${distance} kilometers. ${fuel} liters of fuel consumed.`);

                    if (objCars[carName].mileage >= 100_000) {
                        console.log(`Time to sell the ${carName}!`);
                        delete objCars[carName];
                    }
                }
                break;

            case 'Refuel':
                let fuelForRefill = value;

                if (objCars[carName].fuel + fuelForRefill >= 75) {
                    console.log(`${carName} refueled with ${75 - objCars[carName].fuel} liters`);
                    objCars[carName].fuel = 75;
                } else {
                    objCars[carName].fuel += fuelForRefill;
                    console.log(`${carName} refueled with ${fuelForRefill} liters`);
                }
                break;

            case 'Revert':
                let KMs = value;

                if (objCars[carName].mileage - KMs <= 10_000) {
                    objCars[carName].mileage = 10_000;
                } else {
                    objCars[carName].mileage -= KMs;
                    console.log(`${carName} mileage decreased by ${KMs} kilometers`)
                }
                break;
        }
    }

    function sortByMileage(a, b) {
        a = a.mileage;
        b = b.mileage;

        let comp = 0;

        if (b > a) {
            comp = 1;
        } else {
            comp = -1
        }

        return comp
    }

    function sortAlphabetically(a, b) {
        a = arr[0][0];
        b = arr[0][0];

        return a.localeCompare(b)
    }

    let arr = Object.entries(objCars).sort(sortByMileage || sortAlphabetically);

    for (let i = 0; i < arr.length; i++) {
        console.log(`${arr[i][0]} -> Mileage: ${arr[i][1].mileage} kms, Fuel in the tank: ${arr[i][1].fuel} lt.`);
    }
}

needForSpeed([
    '4',
    'Lamborghini Veneno|11111|74',
    'Bugatti Veyron|12345|67',
    'Koenigsegg CCXR|67890|12',
    'Aston Martin Valkryie|99900|50',
    'Drive : Koenigsegg CCXR : 382 : 82',
    'Drive : Aston Martin Valkryie : 99 : 23',
    'Drive : Aston Martin Valkryie : 2 : 1',
    'Refuel : Lamborghini Veneno : 40',
    'Revert : Bugatti Veyron : 2000',
    'Stop'
])