public void TestGiveInfoForwardedPayloadSerialization()
{
// Arrange
int width = 2;
int height = 2;
var payload = new GiveInfoForwardedPayload()
{
RespondingID = 1,
};
payload.Distances = new int[width * height];
payload.RedTeamGoalAreaInformations = new GoalInfo[width * height];
payload.BlueTeamGoalAreaInformations = new GoalInfo[width * height];
payload.Distances[0] = 1;
payload.Distances[1] = 0;
payload.Distances[1] = 2;
payload.Distances[3] = 1;
payload.RedTeamGoalAreaInformations[0] = GoalInfo.IDK;
payload.RedTeamGoalAreaInformations[1] = GoalInfo.IDK;
payload.RedTeamGoalAreaInformations[2] = GoalInfo.DiscoveredNotGoal;
payload.RedTeamGoalAreaInformations[3] = GoalInfo.DiscoveredGoal;
payload.BlueTeamGoalAreaInformations[0] = GoalInfo.IDK;
payload.BlueTeamGoalAreaInformations[1] = GoalInfo.IDK;
payload.BlueTeamGoalAreaInformations[2] = GoalInfo.DiscoveredNotGoal;
payload.BlueTeamGoalAreaInformations[3] = GoalInfo.DiscoveredGoal;
// Act
var expectedJsonString = "{\"respondingID\":1,\"distances\":[1,2,0,1]," +
"\"redTeamGoalAreaInformations\":[\"IDK\",\"IDK\",\"N\",\"G\"]," +
"\"blueTeamGoalAreaInformations\":[\"IDK\",\"IDK\",\"N\",\"G\"]}";
var serializedPayload = JsonConvert.SerializeObject(payload);
// Assert
Assert.Equal(expectedJsonString, serializedPayload);
}
public async Task TestAcceptMessageGiveInfoForwardedShouldChangeBoardInfo()
{
// Arrange
PlayerConfiguration configuration = GenerateSampleConfiguration();
BufferBlock <Message> inputBuffer = new BufferBlock <Message>();
ISocketClient <Message, Message> client = GenerateSocketClient();
var player = new Models.Player(configuration, inputBuffer, client, logger);
Message messageStart = CreateStartMessage();
inputBuffer.Post(messageStart);
await player.AcceptMessage(CancellationToken.None);
int randomDistance1 = 7;
int randomDistance2 = 0;
(int y, int x) = player.Position;
Position randomPosition1 = new Position {
X = x + 1, Y = y + 2
};
Position randomPosition2 = new Position {
X = x + 2, Y = y + 2
};
Position randomPosition3 = new Position {
X = x + 2, Y = y + 1
};
int[] distBoard = new int[playerBoardSize.Y * playerBoardSize.X];
GoalInfo[] infoBoard = new GoalInfo[playerBoardSize.Y * playerBoardSize.X];
for (int i = 0; i < distBoard.Length; i += playerBoardSize.X)
{
for (int j = 0; j < playerBoardSize.X; j++)
{
distBoard[i + j] = randomDistance1;
infoBoard[i + j] = GoalInfo.IDK;
}
}
distBoard[(randomPosition2.Y * playerBoardSize.X) + randomPosition2.X] = randomDistance2;
infoBoard[(randomPosition3.Y * playerBoardSize.X) + randomPosition3.X] = GoalInfo.DiscoveredGoal;
GiveInfoForwardedPayload payload = new GiveInfoForwardedPayload()
{
Distances = distBoard,
RedTeamGoalAreaInformations = infoBoard,
BlueTeamGoalAreaInformations = infoBoard,
};
Message giveFwInfoMessage = new Message(MessageID.GiveInfoForwarded, agentID, payload);
// Act
inputBuffer.Post(giveFwInfoMessage);
await player.AcceptMessage(CancellationToken.None);
// Assert
GoalInfo actualGoalInfo = player.Board[randomPosition3.Y, randomPosition3.X].GoalInfo;
Assert.Equal(GoalInfo.DiscoveredGoal, actualGoalInfo);
int actualDist1 = player.Board[randomPosition1.Y, randomPosition1.X].DistToPiece;
Assert.Equal(randomDistance1, actualDist1);
int actualDist2 = player.Board[randomPosition2.Y, randomPosition2.X].DistToPiece;
Assert.Equal(randomDistance2, actualDist2);
}
