public MainPage()
{
this.InitializeComponent();
Loaded += (sender, args) =>
{
if (roamingSettings.Values.ContainsKey("darktheme"))
{
Root.RequestedTheme =
(bool)roamingSettings.Values["darktheme"] ? ElementTheme.Dark : ElementTheme.Light;
themeToggle.IsOn = (bool)roamingSettings.Values["darktheme"];
Color titlebarHex = themeToggle.IsOn ? makeColor("#333333") : makeColor("#D5555A");
var v = Windows.UI.ViewManagement.ApplicationView.GetForCurrentView();
var titleBarInst = v.TitleBar;
titleBarInst.BackgroundColor = titlebarHex;
titleBarInst.ForegroundColor = Colors.White;
titleBarInst.ButtonBackgroundColor = titlebarHex;
titleBarInst.ButtonForegroundColor = Colors.White;
}
else
{
Root.RequestedTheme = ElementTheme.Light;
themeToggle.IsOn = false;
Color titlebarHex = makeColor("#D5555A");
var v = Windows.UI.ViewManagement.ApplicationView.GetForCurrentView();
var titleBarInst = v.TitleBar;
titleBarInst.BackgroundColor = titlebarHex;
titleBarInst.ForegroundColor = Colors.White;
titleBarInst.ButtonBackgroundColor = titlebarHex;
titleBarInst.ButtonForegroundColor = Colors.White;
}
if (roamingSettings.Values.ContainsKey("hasloggedin"))
{
ConsoleFrame.Navigate(typeof(ConsolePage));
StatsFrame.Navigate(typeof(StatsPage));
FilesFrame.Navigate(typeof(FilesPage));
}
else
{
Frame.Navigate(typeof(LoginPage));
}
//Show UI back button - do it on each page navigation
if (Frame.CanGoBack)
{
SystemNavigationManager.GetForCurrentView().AppViewBackButtonVisibility = AppViewBackButtonVisibility.Visible;
}
else
{
SystemNavigationManager.GetForCurrentView().AppViewBackButtonVisibility = AppViewBackButtonVisibility.Collapsed;
}
};
}
public RootFrame()
{
// create the different frames we'll be using
_logsFrame = new ConsoleFrame(0, HEIGHT - 6, WIDTH, 5);
_statsFrame = new ConsoleFrame(0, 0, 80, 5);
_mapFrame = new ConsoleFrame(0, 5, WIDTH, HEIGHT - 11);
// add the child frames
ChildFrames.Add(_logsFrame);
ChildFrames.Add(_statsFrame);
ChildFrames.Add(_mapFrame);
// adjust the settings for the root frame
SetConsoleTitle("ConsoleFrameBuffer.Test");
SetCursorVisibility(1, false);
// create events for the root frame
Update += RootFrame_Update;
Render += RootFrame_Render;
Key_Pressed += RootFrame_Key_Pressed;
Key_Released += RootFrame_Key_Released;
Mouse_Moved += RootFrame_Mouse_Moved;
MouseButton_Clicked += RootFrame_MouseButton_Clicked;
MouseButton_DoubleClicked += RootFrame_MouseButton_DoubleClicked;
// get the player's name by creating a temporary frame that'll use ReadLine()
using (ConsoleFrame frame = new ConsoleFrame(0, 0, WIDTH, 2)) {
frame.Write(0, 0, "Player Name: \n", ConsoleColor.White, ConsoleColor.Black, true);
frame.SetCursorVisibility(100, true);
frame.WriteBuffer();
while (string.IsNullOrWhiteSpace(_playerName))
{
frame.SetCursorPosition(0, 1);
string n = frame.ReadLine().Trim();
_playerName = n.Length > 12 ? n.Substring(0, 12) : n;
}
frame.SetConsoleTitle("Player: " + _playerName);
frame.Clear();
frame.SetCursorVisibility(1, false);
frame.Write(0, 0, "Generating cave...", ConsoleColor.White);
frame.WriteBuffer();
}
// generate a cave-like map
_caveMap = new CaveMap();
_caveMap.Generate(80, 80);
// set the players position on the map, then adjust the camera
_player = _caveMap.UpFloorPosition;
_playerCamera.FixCamera(_player, _mapFrame.Width, _mapFrame.Height - 5);
// start the loop for the root frame
Run();
// dispose of the frames when the loop ends
_mapFrame.Dispose();
_statsFrame.Dispose();
_logsFrame.Dispose();
// clear the root frame
Clear();
// now dispose of the root frame
Dispose();
}
private void RootFrame_Key_Pressed(VirtualKeys Key, ControlKeyState KeyModifiers)
{
addLog("Key Pressed: " + (KeyModifiers > 0 ? (KeyModifiers.ToString() + " + " + Key.ToString()) : Key.ToString()));
// get player movement keys, then make sure the map is walkable
if (Key == VirtualKeys.W &&
_caveMap.IsWalkable(_player.X, _player.Y - 1))
{
_player.Y--;
}
if (Key == VirtualKeys.D &&
_caveMap.IsWalkable(_player.X + 1, _player.Y))
{
_player.X++;
}
if (Key == VirtualKeys.S &&
_caveMap.IsWalkable(_player.X, _player.Y + 1))
{
_player.Y++;
}
if (Key == VirtualKeys.A &&
_caveMap.IsWalkable(_player.X - 1, _player.Y))
{
_player.X--;
}
// move the map frame around
if (Key == VirtualKeys.Up)
{
_mapFrame.Y--;
}
if (Key == VirtualKeys.Right)
{
_mapFrame.X++;
}
if (Key == VirtualKeys.Down)
{
_mapFrame.Y++;
}
if (Key == VirtualKeys.Left)
{
_mapFrame.X--;
}
// hide, or unhide the console cursor
if (Key == VirtualKeys.Tab)
{
SetCursorVisibility(1, !CursorVisible);
addLog("Cursor Visible: " + CursorVisible.ToString());
}
// check to see if there's a downfloor. if there is, generate a new map
if (KeyModifiers == ControlKeyState.ShiftPressed)
{
// KEY: SHIFT + . = >
if (Key == VirtualKeys.OEMPeriod)
{
if (_caveMap.DownFloorPosition == _player)
{
string msg = "Do you wish to drop down a floor? yes/no\n";
using (ConsoleFrame frame = new ConsoleFrame((Width / 2) - (msg.Length / 2), 10, msg.Length, 3)) {
frame.SetCursorVisibility(100, true);
frame.Write(0, 1, msg, ConsoleColor.White, ConsoleColor.DarkBlue, true);
frame.WriteBuffer();
VirtualKeys ans = frame.ReadAsVirtualKey();
if (ans == VirtualKeys.Y)
{
frame.Clear();
frame.Write(1, 1, "Generating cave...", ConsoleColor.White);
frame.WriteBuffer();
_caveMap.Generate(80, 80);
_player = _caveMap.UpFloorPosition;
}
frame.SetCursorVisibility(1, false);
}
}
}
}
// see if the player wants to quit
if (KeyModifiers == ControlKeyState.LeftCtrlPressed ||
KeyModifiers == ControlKeyState.RightCtrlPressed)
{
// KEYS: CTRL + Q
if (Key == VirtualKeys.Q)
{
string msg = "Are you sure you want to quit? yes/no\n";
using (ConsoleFrame frame = new ConsoleFrame((Width / 2) - (msg.Length / 2), 10, msg.Length, 3)) {
frame.SetCursorVisibility(100, true);
frame.Write(0, 1, msg, ConsoleColor.White, ConsoleColor.DarkBlue, true);
frame.WriteBuffer();
VirtualKeys ans = frame.ReadAsVirtualKey();
if (ans == VirtualKeys.Y)
{
Stop();
_caveMap = null;
}
frame.SetCursorVisibility(1, false);
}
}
}
}
