public GameWord GetGuessGameWord()
{
var randomWord = DAL.SDK.Kit.Instance.Words.GetRandomMainWord(0.99, 7);
GameWord word = new GameWord();
word.Name = randomWord.FormNoAcc;
word.Characters = getGuessWordCharacters(randomWord.FormNoAcc);
word.Definitions = BL.Business.KitBL.Instance.WordBL.GetWordDefinitionsByName(randomWord.FormNoAcc);
word.SugestedCharacters = getSuggestedCharacters(word.Characters.Where(c => c.IsVisible == false).Select(s => s.Character).ToList());
for (int i = 0; i < word.Characters.Count(); i++)
{
word.Characters[i].Position = i;
}
return(word);
}
public void SimpleGameCanBeSolved()
{
char[] gameField = new char[]
{
'w', 'o', 'r',
'i', 'f', 'k',
'e', 'l', 'd'
};
GameInformation gameInfo = new GameInformation(gameField, 3, 3);
ConcurrentWordStateMachine concurrentWordStateMachine = new ConcurrentWordStateMachine();
concurrentWordStateMachine.AddWords("./Words/English.txt");
GameSolver gameSolver = new GameSolver(concurrentWordStateMachine);
GameSolution solution = gameSolver.SolveGameAsync(gameInfo).Result;
Assert.True(solution.IsSolved);
GameWord[] gameWords = new GameWord[]
{
//work
new GameWord(gameInfo, new GamePoint[]
{
new GamePoint(gameInfo, 0, 0),
new GamePoint(gameInfo, 1, 0),
new GamePoint(gameInfo, 2, 0),
new GamePoint(gameInfo, 2, 1)
}),
//field
new GameWord(gameInfo, new GamePoint[]
{
new GamePoint(gameInfo, 1, 1),
new GamePoint(gameInfo, 0, 1),
new GamePoint(gameInfo, 0, 2),
new GamePoint(gameInfo, 1, 2),
new GamePoint(gameInfo, 2, 2)
})
};
GameState expectedGameState = new GameState(gameInfo, gameWords);
Assert.Contains(expectedGameState, solution.GameStates);
Assert.Single(solution.GameStates);
}
public WordAndLetterDieEventArgs(GameWord word, GameLetter letter, GameCellPos wordPosition)
{
this.word = word;
this.letter = letter;
this.wordPosition = wordPosition;
}
void StartWordAndLetterDieAnimationInternal(GameWord word, GameLetter letter)
{
GameCellPos wordPosition;
if (!mainTable.TryGetObjectPosition(word, out wordPosition)) return;
try {
if (StartWordAndLetterDieAnimation(word, letter, wordPosition)) {
suspendEvent.Reset();
return;
}
} catch (Exception ex) {
//TODO Log
}
EndWordAndLetterDieAnimation(word, letter);
}
List<GameWord> GetWordsToInsert(out int insertWidth)
{
insertWidth = 0;
List<GameWord> wordsToInsert = new List<GameWord>();
do {
int repeats = 3;
GameWord word;
int[] wordRules;
GameMap<int> wordRulesMap;
do {
string nextWord = GetNextWord(out wordRules, out wordRulesMap);
if (string.IsNullOrEmpty(nextWord)) {
return wordsToInsert;
}
word = new GameWord(nextWord, wordRulesMap);
} while ((insertWidth + word.Width) > mainTable.Width && repeats-- > 3);
if ((insertWidth + word.Width) > mainTable.Width)
break;
insertWidth += word.Width;
wordsToInsert.Add(word);
usedWordsDict.Add(word.Word, wordRules);
} while (true);
return wordsToInsert;
}
protected virtual bool StartWordAndLetterDieAnimation(GameWord word, GameLetter letter, GameCellPos wordPosition)
{
if (OnStartWordAndLetterDieAnimation == null) return false;
return OnStartWordAndLetterDieAnimation(this, new WordAndLetterDieEventArgs(word, letter, wordPosition));
}
public void EndWordAndLetterDieAnimation(GameWord word, GameLetter letter)
{
try {
if (currentLetter == letter) {
mainTable.RemoveObject(letter);
currentLetter = null;
int wordIndex;
if ((wordIndex = currentWords.IndexOf(word)) >= 0) {
currentWords.RemoveAt(wordIndex);
mainTable.RemoveObject(word);
gameWords++;
if (gameWords >= settings.WinWordsCount) {
win = true;
}
}
}
} finally {
suspendEvent.Set();
}
}
public void GameWordTest()
{
GameWord word1 = new GameWord("оловя[нн]ый");
Assert.AreEqual(1, word1.Height);
Assert.AreEqual(8, word1.Width);
Assert.AreEqual(false, word1.Bitmap[0, 5]);
Assert.AreEqual(true, word1.Bitmap[0, 0]);
Assert.AreEqual("НН", word1.StringMap[0, 5]);
Assert.AreEqual("О", word1.StringMap[0, 0]);
}
