const jobs = new MaxPriorityQueue<number>();

    jobs.add(3); // low priority
    jobs.add(7); // high priority
    jobs.add(5); // medium priority
    jobs.add(10); // critical

    // Highest priority job first
    console.log(jobs.poll()); // 10;
    console.log(jobs.poll()); // 7;
    console.log(jobs.poll()); // 5;
    console.log(jobs.poll()); // 3;

 interface Bid {
      bidder: string;
      amount: number;
    }

    const auction = new MaxPriorityQueue<Bid>([], {
      comparator: (a, b) => b.amount - a.amount
    });

    auction.add({ bidder: 'Alice', amount: 100 });
    auction.add({ bidder: 'Bob', amount: 250 });
    auction.add({ bidder: 'Charlie', amount: 175 });

    // Current highest bid
    console.log(auction.peek()?.bidder); // 'Bob';
    console.log(auction.peek()?.amount); // 250;

    // Process winning bid
    const winner = auction.poll()!;
    console.log(winner.bidder); // 'Bob';
    console.log(auction.peek()?.bidder); // 'Charlie';

 const cpuQueue = new MaxPriorityQueue<[number, string]>([], {
      comparator: (a, b) => b[0] - a[0]
    });

    cpuQueue.add([5, 'System process']);
    cpuQueue.add([1, 'Background task']);
    cpuQueue.add([8, 'User interaction']);
    cpuQueue.add([3, 'Network sync']);

    const order = [];
    while (cpuQueue.size > 0) {
      order.push(cpuQueue.poll()![1]);
    }
    console.log(order); // [
 //      'User interaction',
 //      'System process',
 //      'Network sync',
 //      'Background task'
 //    ];