C# 9*ForceBook- Associative Arrays

Здравейте,

Имам нужда от помощта ви за следната задача, на която получавам 60/100, заради 4ри Runtime Errors.Предполагам, че не принтирам по най-ефективния начин, но бих ви помолила за мнение. Предварително благодаря!

https://pastebin.com/XetvLJR1

1.ForceBook

The force users are struggling to remember which side are the different forceUsers from, because they switch them too often. So you are tasked to create a web application to manage their profiles. You should store an information for every unique forceUser, registered in the application.

You will receive several input lines in one of the following formats:

{forceSide} | {forceUser}

{forceUser} -> {forceSide}

The forceUser and forceSide are strings, containing any character.

If you receive forceSide | forceUser, you should check if such forceUser already exists, and if not, add him/her to the corresponding side.

If you receive a forceUser -> forceSide, you should check if there is such a forceUser already and if so, change his/her side. If there is no such forceUser, add him/her to the corresponding forceSide, treating the command as a new registered forceUser.
Then you should print on the console: "{forceUser} joins the {forceSide} side!"

You should end your program when you receive the command "Lumpawaroo". At that point you should print each force side, ordered descending by forceUsers count, than ordered by name. For each side print the forceUsers, ordered by name.

In case there are no forceUsers in a side, you shouldn`t print the side information.

Input / Constraints

The input comes in the form of commands in one of the formats specified above.
The input ends, when you receive the command "Lumpawaroo".

Output

As output for each forceSide, ordered descending by forceUsers count, then by name, you must print all the forceUsers, ordered by name alphabetically.
The output format is:

Side: {forceSide}, Members: {forceUsers.Count}

! {forceUser}

In case there are NO forceUsers, don`t print this side.

Examples

Input

Output

Comments

Light | Gosho

Dark | Pesho

Lumpawaroo

Side: Dark, Members: 1

! Pesho

Side: Light, Members: 1

! Gosho

We register Gosho in the Light side and Pesho in the Dark side. After receiving "Lumpawaroo" we print both sides, ordered by membersCount and then by name.

Lighter | Royal

Darker | DCay

Ivan Ivanov -> Lighter

DCay -> Lighter

Lumpawaroo

Ivan Ivanov joins the Lighter side!

DCay joins the Lighter side!

Side: Lighter, Members: 3

! DCay

! Ivan Ivanov

! Royal

Although Ivan Ivanov doesn`t have profile, we register him and add him to the Lighter side.

We remove DCay from Darker side and add him to Lighter side.

We print only Lighter side because Darker side has no members.

namespace ForceBook { using System; using System.Collections.Generic; using System.Linq; class Program { static void Main(string[] args) { string command = null; //<member,side> var users = new Dictionary<string, string>(); while ((command = Console.ReadLine()) != "Lumpawaroo") { string side = null; string member = null; var action = command.Split(); if (action.Contains("|")) { side = command.Split(" | ", 2)[0]; member = command.Split(" | ", 2)[1]; if (!users.ContainsKey(member)) users.Add(member, side); } else if (action.Contains("->")) { side = command.Split(" -> ", 2)[1]; member = command.Split(" -> ", 2)[0]; if (users.ContainsKey(member)) users[member] = side; else users.Add(member, side); Console.WriteLine($"{member} joins the {side} side!"); } } foreach (var orderedSide in users .GroupBy(x => x.Value) .OrderByDescending(x => x.Count()) .ThenBy(x => x.Key)) { Console.WriteLine($"Side: {orderedSide.Key}, Members: {orderedSide.Count()}"); foreach (var orderedUser in orderedSide.OrderBy(x => x.Key)) { Console.WriteLine($"! {orderedUser.Key}"); } } } } }