0f989f5c86
Complete native rewrite of the web-based SoliCards game as a SwiftUI multiplatform app targeting iOS 17+, iPadOS 17+, and macOS 14+. Three solitaire variants (Klondike, Spider, FreeCell) with full game rules, drag & drop, smart zoom layout, 6 themes, 4 difficulty levels, SwiftData persistence, VoiceOver accessibility, and 57 unit tests. Key features: - MVVM + Protocol-Oriented Strategy architecture - DragGesture with coordinate-space hit-testing (long press + drag) - Smart zoom: cards auto-size to fit screen based on deepest column - Landscape: 30% bigger cards with scrollable overflow (iOS) - macOS: 120pt card cap, 92% height buffer for window resizing - Auto-save, game resume, statistics tracking via SwiftData - Privacy manifest, app icon, String Catalog, zero dependencies Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
88 lines
2.9 KiB
Swift
88 lines
2.9 KiB
Swift
import Testing
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@testable import SoliCards
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@Suite("FreeCell Rules Tests")
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struct FreeCellRulesTests {
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let rules = FreeCellRules()
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@Test("Deal distributes all 52 cards face-up")
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func dealLayout() {
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let deck = Deck.standard()
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let snapshot = rules.deal(deck: deck)
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#expect(snapshot.tableaus.count == 8)
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// First 4 tableaus: 7 cards, last 4: 6 cards
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for i in 0..<4 {
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#expect(snapshot.tableaus[i].count == 7)
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}
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for i in 4..<8 {
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#expect(snapshot.tableaus[i].count == 6)
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}
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// All face-up
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let allCards = snapshot.tableaus.flatMap { $0 }
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#expect(allCards.count == 52)
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#expect(allCards.allSatisfy { $0.isFaceUp })
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// 4 empty free cells
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#expect(snapshot.freeCells.count == 4)
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#expect(snapshot.freeCells.allSatisfy { $0 == nil })
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// No stock
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#expect(snapshot.stock.isEmpty)
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}
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@Test("Power move calculation")
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func powerMoves() {
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// (1 + empty_freecells) × 2^empty_tableaus
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var snapshot = emptySnapshot()
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// All 4 free cells empty, target is empty (so 7 empty tableaus count)
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let max1 = rules.calculateMaxMovableCards(state: snapshot, targetEmpty: true)
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// (1 + 4) × 2^7 = 5 × 128 = 640
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#expect(max1 == 640)
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// 2 free cells occupied, no empty tableaus
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snapshot.freeCells = [Card(suit: .hearts, rank: .ace, isFaceUp: true),
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Card(suit: .spades, rank: .two, isFaceUp: true),
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nil, nil]
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for i in 0..<8 {
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snapshot.tableaus[i] = [Card(suit: .clubs, rank: .king, isFaceUp: true)]
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}
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let max2 = rules.calculateMaxMovableCards(state: snapshot, targetEmpty: false)
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// (1 + 2) × 2^0 = 3
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#expect(max2 == 3)
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}
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@Test("Can move single card to empty free cell")
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func moveToFreeCell() {
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let card = Card(suit: .hearts, rank: .five, isFaceUp: true)
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var snapshot = emptySnapshot()
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snapshot.tableaus[0] = [card]
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#expect(rules.canMove(cards: [card], from: .tableau(0), to: .freeCell(0), state: snapshot))
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}
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@Test("Cannot move multiple cards to free cell")
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func multipleToFreeCell() {
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let card1 = Card(suit: .spades, rank: .six, isFaceUp: true)
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let card2 = Card(suit: .hearts, rank: .five, isFaceUp: true)
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var snapshot = emptySnapshot()
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snapshot.tableaus[0] = [card1, card2]
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#expect(!rules.canMove(cards: [card1, card2], from: .tableau(0), to: .freeCell(0), state: snapshot))
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}
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// MARK: - Helpers
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private func emptySnapshot() -> GameSnapshot {
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GameSnapshot(
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tableaus: Array(repeating: [], count: 8),
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foundations: [[], [], [], []],
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stock: [],
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waste: [],
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freeCells: [nil, nil, nil, nil],
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moves: 0,
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score: 0
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)
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}
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}
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