static void Main()
{
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
IUI gui = new UI.Gui();
//Integriere_mit_Java_Service(gui);
//Integriere_mit_CS_Bibliothek(gui);
//Application.Run((Form)gui);
//Achtung: Es kann nötig sein, die Url http://localhost:1234 "freizuschalten".
//Alternativ die Anwendung als Admin starten.
using (Integriere_mit_Http_Service(gui))
{
Application.Run((Form)gui);
}
}
public void PressAllKeys()
{
//Arrange
_TestDigits.Clear();
_TestOps.Clear();
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
UI.Gui Form = new UI.Gui();
Form.Ziffer_gedrückt += Form_Ziffer_gedrückt;
Form.Op_gedrückt += Form_Op_gedrückt;
//Action
Application.Run(Form);
//Assert
Assert.AreEqual(_SollDigits.Count, _TestDigits.Count);
for (int I = 0; I < _SollDigits.Count; I++)
{
Assert.AreEqual(_SollDigits[I], _TestDigits[I]);
}
Assert.AreEqual(_SollOps.Count, _TestOps.Count);
for (int I = 0; I < _SollOps.Count; I++)
{
Assert.AreEqual(_SollOps[I], _TestOps[I]);
}
}
public GameView(DataSource dataSource, Size virtualScreenSize,
DeviceType deviceType = DeviceType.Desktop,
SizingPolicy sizingPolicy = SizingPolicy.FitRatio,
OrientationPolicy orientationPolicy = OrientationPolicy.Support180DegreeRotation)
{
VirtualScreen = new Rect(0, 0, Math.Min(virtualScreenSize.Width, Global.MAX_VIRTUAL_SCREEN_WIDTH), Math.Min(virtualScreenSize.Height, Global.MAX_VIRTUAL_SCREEN_HEIGHT));
virtualScreenDisplay = new Rect(VirtualScreen);
this.sizingPolicy = sizingPolicy;
this.orientationPolicy = orientationPolicy;
this.deviceType = deviceType;
isLandscapeRatio = VirtualScreen.Size.Width > VirtualScreen.Size.Height;
context = new Context(VirtualScreen.Size.Width, VirtualScreen.Size.Height);
if (dataSource == null || !dataSource.IsLoaded)
{
throw new ExceptionFreeserf(ErrorSystemType.Data, "Given data source is not useable.");
}
DataSource = dataSource;
// factories
spriteFactory = new SpriteFactory(VirtualScreen);
triangleFactory = new TriangleFactory(VirtualScreen);
coloredRectFactory = new ColoredRectFactory(VirtualScreen);
minimapTextureFactory = new MinimapTextureFactory();
audioFactory = new AudioFactory(dataSource);
var audio = audioFactory.GetAudio();
if (audio != null)
{
var musicPlayer = audio.GetMusicPlayer();
var soundPlayer = audio.GetSoundPlayer();
var volumeController = audio.GetVolumeController();
if (musicPlayer != null)
{
musicPlayer.Enabled = UserConfig.Audio.Music;
}
if (soundPlayer != null)
{
soundPlayer.Enabled = UserConfig.Audio.Sound;
}
if (volumeController != null)
{
volumeController.SetVolume(UserConfig.Audio.Volume);
}
}
TextureAtlasManager.RegisterFactory(new TextureAtlasBuilderFactory());
var textureAtlas = TextureAtlasManager.Instance;
textureAtlas.AddAll(dataSource);
foreach (Layer layer in Enum.GetValues(typeof(Layer)))
{
if (layer == Layer.None)
{
continue;
}
// TODO: color keys?
try
{
var texture = (layer == Layer.Minimap) ? minimapTextureFactory.GetMinimapTexture() :
textureAtlas.GetOrCreate(layer).Texture as Texture;
var renderLayer = Create(layer, texture,
layer == Layer.Gui, // only the gui supports colored rects
null, // no color key for now
layer == Layer.GuiFont ? new Render.Color(115, 179, 67, 255) : null); // UI font uses green color overlay
if (layer == Layer.Gui || layer == Layer.GuiBuildings || layer == Layer.Minimap)
{
// the gui needs scaling
renderLayer.PositionTransformation = (Position position) =>
{
float factorX = (float)VirtualScreen.Size.Width / 640.0f;
float factorY = (float)VirtualScreen.Size.Height / 480.0f;
return(new Position(Misc.Round(position.X * factorX), Misc.Round(position.Y * factorY)));
};
renderLayer.SizeTransformation = (Size size) =>
{
float factorX = (float)VirtualScreen.Size.Width / 640.0f;
float factorY = (float)VirtualScreen.Size.Height / 480.0f;
// don't scale a dimension of 0
int width = (size.Width == 0) ? 0 : Misc.Round(size.Width * factorX);
int height = (size.Height == 0) ? 0 : Misc.Round(size.Height * factorY);
return(new Size(width, height));
};
}
else if (layer == Layer.GuiFont) // UI Font needs different scaling
{
renderLayer.PositionTransformation = (Position position) =>
{
float factorX = (float)VirtualScreen.Size.Width / 640.0f;
float factorY = (float)VirtualScreen.Size.Height / 480.0f;
return(new Position(Misc.Round(position.X * factorX), Misc.Round(position.Y * factorY)));
};
renderLayer.SizeTransformation = (Size size) =>
{
// The UI expects 8x8 characters but we may use different sizes.
// So we adjust the scale factors accordingly.
float factorX = (8.0f / Global.UIFontCharacterWidth) * (float)VirtualScreen.Size.Width / 640.0f;
float factorY = (8.0f / Global.UIFontCharacterHeight) * (float)VirtualScreen.Size.Height / 480.0f;
// don't scale a dimension of 0
int width = (size.Width == 0) ? 0 : Misc.Round(size.Width * factorX);
int height = (size.Height == 0) ? 0 : Misc.Round(size.Height * factorY);
return(new Size(width, height));
};
}
renderLayer.Visible = true;
AddLayer(renderLayer);
}
catch (Exception ex)
{
throw new ExceptionFreeserf(ErrorSystemType.Render, $"Unable to create layer '{layer.ToString()}': {ex.Message}");
}
}
gui = new UI.Gui(this, this);
}
