//nao sera mais necessario
public void UpdateBoardInfo()
{
string board = Jogo.ExibirTabuleiro(gameId);
if (board != "" && board != null)
{
string[] data = new string[50];
data = board.Replace("\r", "").Split('\n');
ClimbersInUse = 0;
for (int i = 0; i < 11; i++)
{
for (int j = 0; j < 13; j++)
{
PlayerBases[i, j, 0] = 0;
}
}
foreach (string LineData in data)
{
if (LineData != null && LineData != "")
{
string[] bInfo = new string[4];
bInfo = LineData.Split(',');
//se eh alpinista
if (bInfo[3] == "A")
{
ClimbersPos[ClimbersInUse, 0] = (Int32.Parse(bInfo[0]) - 2);
ClimbersPos[ClimbersInUse, 1] = (Int32.Parse(bInfo[1]) - 1);
ClimbersInUse++;
}
//se eh base
else
{
int col = (Int32.Parse(bInfo[0]) - 2); //a primeira coluna eh o 2.
int row = (Int32.Parse(bInfo[1]) - 1); //a primeira linha eh o 1.
//atualza a matriz de bases do jogador (usada pelo bot)
if (currentPlayer[0] == bInfo[2])
{
PlayerBases[col, row, 0] = 1;
}
}
}
}
}
}
static public List <Customer> GetCustomersList()
{
string virtualFilePath = "~/Storage/Customers.txt";
string physicalFileLocation = HttpContext.Current.Server.MapPath(virtualFilePath);
string[] FileData = System.IO.File.ReadAllLines(physicalFileLocation);
List <Customer> list1 = new List <Customer>();
foreach (string LineData in FileData)
{
string[] arrCus = LineData.Split(',');
Customer NewCustomer = new Customer();
NewCustomer.Name = arrCus[0];
NewCustomer.Age = arrCus[2];
NewCustomer.subscription = arrCus[1];
list1.Add(NewCustomer);
}
return(list1);
}
static public List <Movie> GetMoviesList()
{
string virtualFilePath = "~/Storage/Movies.txt";
string physicalFileLocation = HttpContext.Current.Server.MapPath(virtualFilePath);
string[] FileData = System.IO.File.ReadAllLines(physicalFileLocation);
List <Movie> list = new List <Movie>();
foreach (string LineData in FileData)
{
string[] arr = LineData.Split(',');
Movie NewMovie = new Movie();
NewMovie.Name = arr[0];
NewMovie.Category = arr[1];
list.Add(NewMovie);
}
return(list);
}
static public bool DoseRentalSucceeded(string RentName)
{
string virtualFilePath = "~/Storage/Rentals.txt";
string physicalFileLocation = HttpContext.Current.Server.MapPath(virtualFilePath);
string[] FileData = System.IO.File.ReadAllLines(physicalFileLocation);
string[] arr;
bool exist = false;
foreach (string LineData in FileData)
{
arr = LineData.Split(',');
if (arr[1] == RentName)
{
exist = true;
break;
}
}
return(exist);
}
static public List <Rental> GetRentalList()
{
string virtualFilePath = "~/Storage/Rentals.txt";
string physicalFileLocation = HttpContext.Current.Server.MapPath(virtualFilePath);
string[] FileData = System.IO.File.ReadAllLines(physicalFileLocation);
List <Rental> list = new List <Rental>();
foreach (string LineData in FileData)
{
if (LineData != "-")
{
string[] arr = LineData.Split(',');
Rental RentedMovie = new Rental();
RentedMovie.NameOfcustomer = arr[0];
RentedMovie.NameOfMovie = arr[1];
list.Add(RentedMovie);
}
}
return(list);
}
public void SpawnBases(string boardData)
{
//evitar crash caso a string venha vazia.
if (boardData != "" && boardData != null)
{
// bases[coluna, linha, cores + numero de jogadores na base]
string[,,] c_bases = new string[11, 13, 5];
// 11*4 + 3 = 47 bases possiveis.
string[] data = new string[50];
data = boardData.Replace("\r", "").Split('\n');
//reseta para nao perder a contagem correta!
climbers = 3;
//reseta variaveis do jogador.
for (int i = 0; i < 11; i++)
{
for (int j = 0; j < 13; j++)
{
playerBases[i, j, 0] = 0;
}
}
//reseta variaveis dos inimigos.
for (int i = 0; i < 11; i++)
{
for (int j = 0; j < 13; j++)
{
enemyBases[i, j, 0] = 0;
}
}
foreach (string LineData in data)
{
if (LineData != null && LineData != "")
{
string[] bInfo = new string[4];
bInfo = LineData.Split(',');
//se eh alpinista
if (bInfo[3] == "A")
{
MoveClimber(bInfo);
}
else
{
int col = (Int32.Parse(bInfo[0]) - 2); //a primeira coluna eh o 2.
int row = (Int32.Parse(bInfo[1]) - 1); //a primeira linha eh o 1.
//atualiza a matriz de bases do jogador (usada pelo bot)
if (currentPlayer[0] == bInfo[2])
{
playerBases[col, row, 0] = 1;
}
else
{
enemyBases[col, row, 0] = 1;
}
//se ja tiver jogadores naquela base
if (c_bases[col, row, 4] != "" && c_bases[col, row, 4] != null)
{
string[] p_colors = new string[4];
switch (Int32.Parse(c_bases[col, row, 4]))
{
case 1:
//divide o circulo ao meio, segundo a ordem de prioridade
if (ColorRank[c_bases[col, row, 0]] > ColorRank[PlayersColor[Int32.Parse(bInfo[2])]])
{
p_colors[0] = c_bases[col, row, 0];
p_colors[1] = PlayersColor[Int32.Parse(bInfo[2])];
}
else
{
p_colors[0] = PlayersColor[Int32.Parse(bInfo[2])];
p_colors[1] = c_bases[col, row, 0];
}
//refazer essas repeticoes com for?
bases[col, row, 0].Image = Image.FromFile(res_path + p_colors[0] + "_tl.png");
bases[col, row, 1].Image = Image.FromFile(res_path + p_colors[0] + "_tr.png");
bases[col, row, 2].Image = Image.FromFile(res_path + p_colors[1] + "_bl.png");
bases[col, row, 3].Image = Image.FromFile(res_path + p_colors[1] + "_br.png");
bases[col, row, 0].Show();
bases[col, row, 1].Show();
bases[col, row, 2].Show();
bases[col, row, 3].Show();
//Atualiza informacoes sobre as casas (cores e numero de bases)
c_bases[col, row, 4] = (Int32.Parse(c_bases[col, row, 4]) + 1).ToString();
c_bases[col, row, 0] = p_colors[0];
c_bases[col, row, 1] = p_colors[1];
break;
case 2:
//se a cor nova tiver valor de prioridade maior que a mais alta.
if (ColorRank[c_bases[col, row, 0]] < ColorRank[PlayersColor[Int32.Parse(bInfo[2])]])
{
p_colors[0] = PlayersColor[Int32.Parse(bInfo[2])];
p_colors[1] = c_bases[col, row, 0];
p_colors[2] = c_bases[col, row, 1];
}
else
{
//se a cor nova tiver valor de prioridade mais alta que a segunda.
if (ColorRank[c_bases[col, row, 1]] < ColorRank[PlayersColor[Int32.Parse(bInfo[2])]])
{
p_colors[0] = c_bases[col, row, 0];
p_colors[1] = PlayersColor[Int32.Parse(bInfo[2])];
p_colors[2] = c_bases[col, row, 1];
}
else
{
p_colors[0] = c_bases[col, row, 0];
p_colors[1] = c_bases[col, row, 1];
p_colors[2] = PlayersColor[Int32.Parse(bInfo[2])];
}
}
bases[col, row, 0].Image = Image.FromFile(res_path + p_colors[0] + "_tl.png");
bases[col, row, 1].Image = Image.FromFile(res_path + p_colors[0] + "_tr.png");
bases[col, row, 2].Image = Image.FromFile(res_path + p_colors[1] + "_bl.png");
bases[col, row, 3].Image = Image.FromFile(res_path + p_colors[2] + "_br.png");
bases[col, row, 0].Show();
bases[col, row, 1].Show();
bases[col, row, 2].Show();
bases[col, row, 3].Show();
//atualiza o numero de bases na casa
c_bases[col, row, 4] = (Int32.Parse(c_bases[col, row, 4]) + 1).ToString();
break;
case 3:
//segundo a ordem de prioridade da pra prever a forma que ficaria com 4 bases.
bases[col, row, 0].Image = Image.FromFile(res_path + "red_tl.png");
bases[col, row, 1].Image = Image.FromFile(res_path + "blue_tr.png");
bases[col, row, 2].Image = Image.FromFile(res_path + "green_bl.png");
bases[col, row, 3].Image = Image.FromFile(res_path + "yellow_br.png");
bases[col, row, 0].Show();
bases[col, row, 1].Show();
bases[col, row, 2].Show();
bases[col, row, 3].Show();
break;
}
}
else
{
//adicionar a primeira base normalmente
string[] sprite_pos = new string[] { "tl", "tr", "bl", "br" };
for (int i = 0; i < 4; i++)
{
bases[col, row, i].Image = Image.FromFile(res_path + PlayersColor[Int32.Parse(bInfo[2])] + "_" + sprite_pos[i] + ".png");
bases[col, row, i].Show();
}
c_bases[col, row, 4] = "1";
c_bases[col, row, 0] = PlayersColor[Int32.Parse(bInfo[2])];
}
}
}
else
{
break;
}
}
//atualiza as bases para o botAI
if (bot == "pc")
{
botAI.EnemyBases = enemyBases;
botAI.PlayerBases = playerBases;
}
}
}