public async Task OppositeSymbolTest()
{
// Arrange
InputPayload InputPayload = new InputPayload()
{
Move = 1,
AzurePlayerSymbol = "X",
HumanPlayerSymbol = "O",
GameBoard = new List <string> {
"X", "O", "?", "?", "?", "?", "?", "?", "?"
},
};
// Act
HttpOperationResponse <object> resultObject = await _client.ProcessComplexInputWithHttpMessagesAsync(InputPayload);
// Assert
Assert.AreEqual(StatusCodes.Status200OK, (int)resultObject.Response.StatusCode);
OutputPayload response = resultObject.Body as OutputPayload;
if (response != null)
{
Assert.IsTrue(
(response.AzurePlayerSymbol == "X" && response.HumanPlayerSymbol == "O") ||
(response.AzurePlayerSymbol == "O" && response.HumanPlayerSymbol == "X"));
}
else
{
Assert.Fail("Expected an ExecuteMove response but didn't receive one");
}
}
public static void OnNext(OutputPayload data)
{
string where = data.subject.Substring(Logger.rootLength);
if (Logger.IsEnabledFor(where, (LogLevel)data.type))
{
string when = HiResDateTime.Format(data.time);
string what = ((LogLevel)data.type).ToString();
string how = data.context == null ? data.format : data.context.Value.ToString(data.format);
string ex = data.ex == null ? "" : data.ex.ToString();
Console.WriteLine("{0}|{1}|{2}|{3}|{4}", when, where, what, how, ex);
}
data.context.Release();
}
[ProducesResponseType(typeof(int), StatusCodes.Status400BadRequest)] // Tells swagger that the response format will be an int for a BadRequest (400)
public ActionResult <OutputPayload> ProcessComplexInput([FromBody] InputPayload inputPayload)
{
// Ensure valid player markers, valid board
if (!(inputPayload.ValidPlayerMarkers()) ||
(!(TicTacToe.BoardIsValid(inputPayload.gameBoard))))
{
return(BadRequest(400));
}
// Compute response
TicTacToe ttt = new TicTacToe(inputPayload.gameBoard,
inputPayload.azurePlayerSymbol, inputPayload.humanPlayerSymbol);
WinStatus ws = ttt.winStatus;
// If game isn't over, get the AI's next move
int?nextMove;
if (ws.winner.Equals(TicTacToe.GAME_NOT_DONE_STR))
{
int choice = ttt.MinimaxWithPruningMove();
ttt[TicTacToe.IndexToTuple(choice)] = inputPayload.azurePlayerSymbol;
nextMove = choice;
// Recalculate win status
ws = TicTacToe.GetWinStatus(ttt.board);
}
else
{
nextMove = null;
}
// Assemble response payload
OutputPayload complexOutput = new OutputPayload()
{
move = nextMove,
azurePlayerSymbol = inputPayload.azurePlayerSymbol,
humanPlayerSymbol = inputPayload.humanPlayerSymbol,
winner = ws.winner,
winPositions = (ws.winPositions == null) ? null : ws.winPositions.ConvertAll(i => i.ToString()),
gameBoard = TicTacToe.BoardToList(ttt.board),
};
return(complexOutput);
}
public async Task TieTest()
{
// Arrange
InputPayload InputPayload = new InputPayload()
{
Move = 7,
AzurePlayerSymbol = "X",
HumanPlayerSymbol = "O",
GameBoard = new List <string> {
"X", "O", "X", "X", "O", "X", "O", "X", "O"
},
};
// Act
HttpOperationResponse <object> resultObject = await _client.ProcessComplexInputWithHttpMessagesAsync(InputPayload);
OutputPayload response = resultObject.Body as OutputPayload;
// Assert
Assert.IsTrue(response.Winner.Equals("tie"));
}
