02. Judge - More Exercise -Associative Arrays- Fundamental C# - Софтуерен университет

02. Judge - More Exercise -Associative Arrays- Fundamental C#

Здравейте, дава ми 33/100 и не знам къде ми е грешката. Ще се радвам, ако някой ми помогне.

Моето решение: https://pastebin.com/QfYeCFn3

Условие:

2. Judge

You know the judge system, right?! Your job is to create a program similar to the Judge system.

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

"{username} -> {contest} -> {points}"

The constestName and username are strings, the given points will be an integer number. You need to keep track of every contest and individual statistics of every user. You should check if such a contest already exists, and if not, add it, otherwise, check if the current user Is participating in the contest, if he is participating take the higher score, otherwise, just add it.

Also, you need to keep individual statistics for each user - the total points of all contests.

You should end your program when you receive the command "no more time". At that point, you should print each contest in order of input, for each contest print the participants ordered by points in descending order, then ordered by name in ascending order. After that, you should print individual statistics for every participant ordered by total points in descending order, and then by alphabetical order.

Input / Constraints

The input comes in the form of commands in one of the formats specified above.
Username and contest name always will be one word.
Points will be an integer in the range [0, 1000].
There will be no invalid input lines.
If all sorting criteria fail, the order should be by order of input.
The input ends when you receive the command "no more time".

Output

The output format for the contests is:

"{constestName}: {participants.Count} participants"

"{position}. {username} <::> {points}"

After you print all contests, print the individual statistics for every participant.
The output format is:

"Individual standings:"

"{position}. {username} -> {totalPoints}"

Examples

Input

Output

Peter -> Algo -> 400

George -> Algo -> 300

Sam -> Algo -> 200

Peter -> DS -> 150

Maria -> DS -> 600

no more time

Algo: 3 participants

1. Peter <::> 400

2. George <::> 300

3. Sam <::> 200

DS: 2 participants

1. Maria <::> 600

2. Peter <::> 150

Individual standings:

1. Maria -> 600

2. Peter -> 550

3. George -> 300

4. Sam -> 200

Peter -> OOP -> 350

George -> OOP -> 250

Sam -> Advanced -> 600

George -> OOP -> 300

John -> OOP -> 300

John -> Advanced -> 250

Anna -> JSCore -> 400

no more time

OOP: 3 participants

1. Peter <::> 350

2. George <::> 300

3. John <::> 300

Advanced: 2 participants

1. Sam <::> 600

2. John <::> 250

JSCore: 1 participants

1. Anna <::> 400

Individual standings:

1. Sam -> 600

2. John -> 550

3. Anna -> 400

4. Peter -> 350

5. George -> 300

public static void Print(List<Course> courseList, SortedDictionary<string, int> totalPoints) { // courseList = courseList.OrderByDescending(x => x.UserAndPoints.Count).ToList(); !!! // At that point, you should print each contest in ORDER of input !!! foreach (var item in courseList) { Console.WriteLine($"{item.CourseName}: {item.UserAndPoints.Count} participants"); int position = 1; foreach (var pair in item.UserAndPoints.OrderByDescending(x => x.Value).ThenBy(x => x.Key)) { Console.WriteLine($"{position}. {pair.Key} <::> {pair.Value}"); position++; } } int position1 = 1; Console.WriteLine("Individual standings:"); foreach (var pair in totalPoints.OrderByDescending(x => x.Value).ThenBy(x => x.Key)) { Console.WriteLine($"{position1}. {pair.Key} -> {pair.Value}"); position1++; } }