NFS BRATME

function speed(arr) {
    const cars = new Map();
    const carsCapacity = Number(arr.shift());

    for(let i = 0; i < carsCapacity; i++) {
        let [carName, mileage, fuel] = arr.shift().split('|');
        mileage = Number(mileage);
        fuel = Number(fuel);

        let carArr = [mileage, fuel];

        cars.set(carName, carArr);
    }

    let commandStr = arr.shift();

    while(commandStr !== 'Stop') {
        if(commandStr.includes('Drive ')) {
            let [cmdName, carName, distance, fuel] = commandStr.split(' : ');
            distance = Number(distance);
            fuel = Number(fuel);

            let availableFuel = cars.get(carName)[1];

            if(availableFuel >= fuel) {
                let fuelLeft = availableFuel - fuel;
                let currentDistance = cars.get(carName)[0];
                let totalDistance = currentDistance + distance;
                let carArr = [totalDistance, fuelLeft];

                cars.set(carName, carArr);

                console.log(`${carName} driven for ${distance} kilometers. ${fuel} liters of fuel consumed.`);

                if(totalDistance >= 100000) {
                    console.log(`Time to sell the ${carName}!`);
                    cars.delete(carName);
                }
            } else {
                console.log('Not enough fuel to make that ride');
            }
        // END OF 'DRIVE' CASE ===============================================================
        } else if(commandStr.includes('Refuel ')) {
            let [cmdName, carName, fuel] = commandStr.split(' : ');
            fuel = Number(fuel);

            let currentFuel = cars.get(carName)[1];
            let totalFuel;

            if(currentFuel + fuel > 75) {
                let filledFuel = 75 - currentFuel;
                totalFuel = 75;
                cars.get(carName)[1] = totalFuel;

                console.log(`${carName} refueled with ${filledFuel} liters`);
            } else {
                totalFuel = currentFuel + fuel;
                cars.get(carName)[1] = totalFuel;

                console.log(`${carName} refueled with ${fuel} liters`);
            }
        // END OF 'REFUEL' CASE ==============================================================
        } else if(commandStr.includes('Revert ')) {
            let [cmdName, carName, kilometers] = commandStr.split(' : ');
            kilometers = Number(kilometers);

            let currentMileage = cars.get(carName)[0];

            if(currentMileage - kilometers < 10000) {
                cars.get(carName)[0] = 10000;
            } else {
                totalMileage = currentMileage - kilometers;
                cars.get(carName)[0] = totalMileage;

                console.log(`${carName} mileage decreased by ${kilometers} kilometers`);
            }
        // END OF 'REVERT' CASE ==============================================================
        }

        commandStr = arr.shift();
    }

    let carEntries = Array.from(cars.entries()).sort((a, b) => {
        let mileageA = a[1][0];
        let mileageB = b[1][0];
        let carNameA = a[0];
        let carNameB = b[0];

        if(mileageA != mileageB) {
            return mileageB - mileageA;
        } else {
            return carNameA.localeCompare(carNameB);
        }
    });


    carEntries.forEach(entrie => {
        let [name, carArr] = entrie;
        let [mileage, fuel] = carArr;

        console.log(`${name} -> Mileage: ${mileage} kms, Fuel in the tank: ${fuel} lt.`);
    });

}