iceglass/IceGlass/Models/ScoreboardModel.swift

//
// ScoreboardModel.swift
// IceGlass
//
// Copyright 2026 Rouslan Zenetl. All Rights Reserved.
//

import Foundation

struct Scoreboard: Codable {
    let focusedDate: String
    let focusedDateCount: Int
    let gamesByDate: [GameDay]

    struct GameDay: Codable {
        let date: String    // "YYYY-MM-DD"
        let games: [Game]
    }

    struct Game: Codable, Equatable {
        static func == (lhs: Game, rhs: Game) -> Bool {
            lhs.id == rhs.id
        }

        let id: Int
        let season: Int
        let gameType: Int
        let gameDate: String
        let gameCenterLink: String
        let startTimeUTC: String
        let gameState: String
        let gameScheduleState: String
        let awayTeam: Team
        let homeTeam: Team
        let period: Int?
        let periodDescriptor: PeriodDescriptor?

        struct LocalizedString: Codable {
            let `default`: String
        }

        struct Team: Codable {
            let id: Int
            let name: LocalizedString
            let commonName: LocalizedString
            let abbrev: String
            let score: Int?
            let record: String?
            let logo: String
        }

        struct PeriodDescriptor: Codable {
            let number: Int
            let periodType: String
            let maxRegulationPeriods: Int
        }

        // MARK: - Computed Properties

        var parsedGameState: GameState {
            GameState(rawValue: gameState) ?? .future
        }

        var date: Date {
            ISO8601DateFormatter().date(from: startTimeUTC) ?? .now
        }

        var gameCenterUrl: String {
            "https://www.nhl.com\(gameCenterLink)"
        }

        var videocastUrl: String {
            "https://videocast.nhl.com/game/\(id)/usnded?autoplay=true"
        }

        /// Time string in ET, right-aligned to 8 chars (e.g. " 9:30 PM", "10:00 PM")
        var startTimeET: String {
            let raw = date.formatDateET(format: "h:mm a")
            return raw.count < 8
                ? String(repeating: " ", count: 8 - raw.count) + raw
                : raw
        }

        /// Formatted menu title:
        ///   "NYR @ WAS  0: 2  9:30 PM"   (finished/live — padded score + time)
        ///   "DAL @ TOR  7:30 PM"          (future — no score gap)
        var menuTitle: String {
            let state = parsedGameState
            let matchup = "\(awayTeam.abbrev) @ \(homeTeam.abbrev)"

            if state.isFuture {
                return "\(matchup)  \(startTimeET)"
            }

            let aScore = String(format: "%2d", awayTeam.score ?? 0)
            let hScore = String(format: "%-2d", homeTeam.score ?? 0)
            return "\(matchup) \(aScore):\(hScore) \(startTimeET)"
        }

        /// Sequential game number encoded in the last 4 digits of `id`.
        /// Regular season: 1…~1312. Playoffs: 111–417 (`RSG` round/series/game).
        var seasonGameNumber: Int { id % 10_000 }

        /// Parsed playoff context; nil for non-playoff games.
        var playoffContext: PlayoffContext? {
            guard gameType == 3 else { return nil }
            let n = id % 1000
            return PlayoffContext(
                round: n / 100,
                seriesInRound: (n / 10) % 10,
                gameInSeries: n % 10
            )
        }

        struct PlayoffContext: Equatable {
            let round: Int
            let seriesInRound: Int
            let gameInSeries: Int

            /// A…O by cumulative position (R1 S1 = A, R1 S8 = H, R2 S1 = I, …, R4 S1 = O).
            var seriesLetter: String {
                let roundStartIndex = [0, 0, 8, 12, 14]
                guard round >= 1, round <= 4 else { return "" }
                let index = roundStartIndex[round] + (seriesInRound - 1)
                guard index >= 0, index < 15 else { return "" }
                return String(UnicodeScalar(65 + index)!)
            }
        }
    }
}