# Returns the latest SDL error
#
# After calling this method, you should also call `clear_error`.
- fun error: NativeString `{ return (char*)SDL_GetError(); `}
+ fun error: CString `{ return (char*)SDL_GetError(); `}
# Clear the SDL error
fun clear_error `{ SDL_ClearError(); `}
fun system_ram: Int `{ return SDL_GetSystemRAM(); `}
# Show a simple message box
- fun show_simple_message_box(level: SDLMessageBoxFlags, title, content: NativeString) `{
+ fun show_simple_message_box(level: SDLMessageBoxFlags, title, content: CString) `{
SDL_ShowSimpleMessageBox(level, title, content, NULL);
`}
new `{ return 0; `}
# Add the timer subsystem
- fun timer: SDLInitFlags `{ return recv | SDL_INIT_TIMER; `}
+ fun timer: SDLInitFlags `{ return self | SDL_INIT_TIMER; `}
# Add the audio subsystem
- fun audio: SDLInitFlags `{ return recv | SDL_INIT_AUDIO; `}
+ fun audio: SDLInitFlags `{ return self | SDL_INIT_AUDIO; `}
# Add the video subsystem
- fun video: SDLInitFlags `{ return recv | SDL_INIT_VIDEO; `}
+ fun video: SDLInitFlags `{ return self | SDL_INIT_VIDEO; `}
# Add the joystick subsystem
#
# Implied by `gamecontroller`
- fun joystick: SDLInitFlags `{ return recv | SDL_INIT_JOYSTICK; `}
+ fun joystick: SDLInitFlags `{ return self | SDL_INIT_JOYSTICK; `}
# Add the haptic subsystem
- fun haptic: SDLInitFlags `{ return recv | SDL_INIT_HAPTIC; `}
+ fun haptic: SDLInitFlags `{ return self | SDL_INIT_HAPTIC; `}
# Add the gamecontroller subsystem
- fun gamecontroller: SDLInitFlags `{ return recv | SDL_INIT_GAMECONTROLLER; `}
+ fun gamecontroller: SDLInitFlags `{ return self | SDL_INIT_GAMECONTROLLER; `}
# Add the events subsystem
#
# Implied by `video` and `joystick`
- fun events: SDLInitFlags `{ return recv | SDL_INIT_EVENTS; `}
+ fun events: SDLInitFlags `{ return self | SDL_INIT_EVENTS; `}
# Add all subsystems
- fun everything: SDLInitFlags `{ return recv | SDL_INIT_EVERYTHING; `}
+ fun everything: SDLInitFlags `{ return self | SDL_INIT_EVERYTHING; `}
# Is this flag set empty?
- fun is_empty: Bool `{ return recv == 0; `}
+ fun is_empty: Bool `{ return self == 0; `}
# TODO add all other is_
end
# A window created by SDL
extern class SDLWindow `{ SDL_Window * `}
# Create a window with the given `title`, `width` and `height`, also apply the `flags`
- new (title: NativeString, width, height: Int, flags: SDLWindowFlags) `{
+ new (title: CString, width, height: Int, flags: SDLWindowFlags) `{
return SDL_CreateWindow(title,
SDL_WINDOWPOS_UNDEFINED, SDL_WINDOWPOS_UNDEFINED,
width, height, flags);
fun initialized: Bool do return not address_is_null
# Destroy this window
- fun destroy `{ SDL_DestroyWindow(recv); `}
+ fun destroy `{ SDL_DestroyWindow(self); `}
# Get the `SDLWindowFlags` describing the status of the window
- fun flags: SDLWindowFlags `{ return SDL_GetWindowFlags(recv); `}
+ fun flags: SDLWindowFlags `{ return SDL_GetWindowFlags(self); `}
# Show a simple message box
#
# Similar to `sys.sdl.show_simple_message_box` but attached to this window
- fun show_simple_message_box(level: SDLMessageBoxFlags, title, content: NativeString) `{
- SDL_ShowSimpleMessageBox(level, title, content, recv);
+ fun show_simple_message_box(level: SDLMessageBoxFlags, title, content: CString) `{
+ SDL_ShowSimpleMessageBox(level, title, content, self);
`}
# Set the icon of this window
- fun icon=(icon: SDLSurface) `{ SDL_SetWindowIcon(recv, icon); `}
+ fun icon=(icon: SDLSurface) `{ SDL_SetWindowIcon(self, icon); `}
end
# Flags for `SDLWindow::new` and returned by `SDLWindow::flags`
new `{ return 0; `}
# Add the flag requesting a fullscreen window
- fun fullscreen: SDLWindowFlags `{ return recv | SDL_WINDOW_FULLSCREEN; `}
+ fun fullscreen: SDLWindowFlags `{ return self | SDL_WINDOW_FULLSCREEN; `}
# Add the flag requesting a fullscreen window for the current desktop
- fun fullscreen_desktop: SDLWindowFlags `{ return recv | SDL_WINDOW_FULLSCREEN_DESKTOP; `}
+ fun fullscreen_desktop: SDLWindowFlags `{ return self | SDL_WINDOW_FULLSCREEN_DESKTOP; `}
# Add the flag requesting a window usable with an OpenGL context
- fun opengl: SDLWindowFlags `{ return recv | SDL_WINDOW_OPENGL; `}
+ fun opengl: SDLWindowFlags `{ return self | SDL_WINDOW_OPENGL; `}
# Add the flag requesting a hidden window
- fun hidden: SDLWindowFlags `{ return recv | SDL_WINDOW_HIDDEN; `}
+ fun hidden: SDLWindowFlags `{ return self | SDL_WINDOW_HIDDEN; `}
# Add the flag requesting a borderless window
- fun borderless: SDLWindowFlags `{ return recv | SDL_WINDOW_BORDERLESS; `}
+ fun borderless: SDLWindowFlags `{ return self | SDL_WINDOW_BORDERLESS; `}
# Add the flag requesting a resizable window
- fun resizable: SDLWindowFlags `{ return recv | SDL_WINDOW_RESIZABLE; `}
+ fun resizable: SDLWindowFlags `{ return self | SDL_WINDOW_RESIZABLE; `}
# Add the flag requesting a minimized window
- fun minimized: SDLWindowFlags `{ return recv | SDL_WINDOW_MINIMIZED; `}
+ fun minimized: SDLWindowFlags `{ return self | SDL_WINDOW_MINIMIZED; `}
# Add the flag requesting a maximimez window
- fun maximized: SDLWindowFlags `{ return recv | SDL_WINDOW_MAXIMIZED; `}
+ fun maximized: SDLWindowFlags `{ return self | SDL_WINDOW_MAXIMIZED; `}
# Add the flag to grab the input focus
- fun input_grabbed: SDLWindowFlags `{ return recv | SDL_WINDOW_INPUT_GRABBED; `}
+ fun input_grabbed: SDLWindowFlags `{ return self | SDL_WINDOW_INPUT_GRABBED; `}
# Add the flag to request a window using the system High-DPI mode
fun allow_highdpi: SDLWindowFlags `{
#if SDL_VERSION_ATLEAST(2, 0, 2)
- return recv | SDL_WINDOW_ALLOW_HIGHDPI;
+ return self | SDL_WINDOW_ALLOW_HIGHDPI;
#else
- return recv;
+ return self;
#endif
`}
# Is the window shown?
#
# Can only be queried because it is ignored by `SDLWindow::new`
- fun is_shown: Bool `{ return recv & SDL_WINDOW_SHOWN; `}
+ fun is_shown: Bool `{ return self & SDL_WINDOW_SHOWN; `}
# Does the window has the input focus?
#
# Can only be queried because it is ignored by `SDLWindow::new`
- fun has_input_focus: Bool `{ return recv & SDL_WINDOW_INPUT_FOCUS; `}
+ fun has_input_focus: Bool `{ return self & SDL_WINDOW_INPUT_FOCUS; `}
# Does the window has the mouse focus?
#
# Can only be queried because it is ignored by `SDLWindow::new`
- fun has_mouse_focus: Bool `{ return recv & SDL_WINDOW_MOUSE_FOCUS; `}
+ fun has_mouse_focus: Bool `{ return self & SDL_WINDOW_MOUSE_FOCUS; `}
# TODO add all other `is_` methods, as needed
end
redef universal Int
- # Suspend execution for `recv` milliseconds
- fun delay `{ SDL_Delay(recv); `}
+ # Suspend execution for `self` milliseconds
+ fun delay `{ SDL_Delay(self); `}
end
# A renderer, maybe software or hardware
`}
# Destroy this renderer
- fun destroy `{ SDL_DestroyRenderer(recv); `}
+ fun destroy `{ SDL_DestroyRenderer(self); `}
# Clear the rendering target with the current `draw_color`
- fun clear `{ SDL_RenderClear(recv); `}
+ fun clear `{ SDL_RenderClear(self); `}
# Copy the rectangle at `src` from `texture` to fill the `dst` at the rendering `target`
#
end
private fun native_copy(texture: SDLTexture, src, dst: SDLRect) `{
- SDL_RenderCopy(recv, texture, src, dst);
+ SDL_RenderCopy(self, texture, src, dst);
`}
# Update the screen with all rendering since the previous call
- fun present `{ SDL_RenderPresent(recv); `}
+ fun present `{ SDL_RenderPresent(self); `}
# Get the `SDLRendererInfo` for this renderer
- fun info_copy(out: SDLRendererInfo) `{ SDL_GetRendererInfo(recv, out); `}
+ fun info_copy(out: SDLRendererInfo) `{ SDL_GetRendererInfo(self, out); `}
# Set the drawing color
fun draw_color=(val: SDLColor) `{
- SDL_SetRenderDrawColor(recv, val->r, val->g, val->b, val->a);
+ SDL_SetRenderDrawColor(self, val->r, val->g, val->b, val->a);
`}
# Get the drawing color of this renderer
# Copy the drawing color of this renderer in `color`
fun draw_color_copy(color: SDLColor) `{
- SDL_GetRenderDrawColor(recv, &color->r, &color->g, &color->b, &color->a);
+ SDL_GetRenderDrawColor(self, &color->r, &color->g, &color->b, &color->a);
`}
# Fill a rectangle with the current `draw_color`
#
# If `rect.address_is_null` then fills the entire screen.
- fun fill_rect(rect: SDLRect) `{ SDL_RenderFillRect(recv, rect); `}
+ fun fill_rect(rect: SDLRect) `{ SDL_RenderFillRect(self, rect); `}
# Draw a rectangle with the current `draw_color`
- fun draw_rect(rect: SDLRect) `{ SDL_RenderDrawRect(recv, rect); `}
+ fun draw_rect(rect: SDLRect) `{ SDL_RenderDrawRect(self, rect); `}
# Draw a point with the current `draw_color`
- fun draw_point(x, y: Int) `{ SDL_RenderDrawPoint(recv, x, y); `}
+ fun draw_point(x, y: Int) `{ SDL_RenderDrawPoint(self, x, y); `}
# Draw a line with the current `draw_color`
- fun draw_line(x1, y1, x2, y2: Int) `{ SDL_RenderDrawLine(recv, x1, y1, x2, y2); `}
+ fun draw_line(x1, y1, x2, y2: Int) `{ SDL_RenderDrawLine(self, x1, y1, x2, y2); `}
# Set the viewport of this renderer
- fun viewport=(rect: SDLRect) `{ SDL_RenderSetViewport(recv, rect); `}
+ fun viewport=(rect: SDLRect) `{ SDL_RenderSetViewport(self, rect); `}
# Get the rendering target of this renderer
- fun target: SDLTexture `{ return SDL_GetRenderTarget(recv); `}
+ fun target: SDLTexture `{ return SDL_GetRenderTarget(self); `}
# Set the rendering target of this renderer
- fun target=(val: SDLTexture) `{ SDL_SetRenderTarget(recv, val); `}
+ fun target=(val: SDLTexture) `{ SDL_SetRenderTarget(self, val); `}
# TODO add other renderer related methods:
#
end
# The red component of this color `[0..255]`
- fun r: Int `{ return recv->r; `}
+ fun r: Int `{ return self->r; `}
# Set the red component of this color `[0..255]`
- fun r=(val: Int) `{ recv->r = val; `}
+ fun r=(val: Int) `{ self->r = val; `}
# The green component of this color `[0..255]`
- fun g: Int `{ return recv->g; `}
+ fun g: Int `{ return self->g; `}
# Set the green component of this color `[0..255]`
- fun g=(val: Int) `{ recv->g = val; `}
+ fun g=(val: Int) `{ self->g = val; `}
# The blue component of this color `[0..255]`
- fun b: Int `{ return recv->b; `}
+ fun b: Int `{ return self->b; `}
# Set the blue component of this color `[0..255]`
- fun b=(val: Int) `{ recv->b = val; `}
+ fun b=(val: Int) `{ self->b = val; `}
# The alpha component of this color `[0..255]`
- fun a: Int `{ return recv->a; `}
+ fun a: Int `{ return self->a; `}
# Set the ralpha component of this color `[0..255]`
- fun a=(val: Int) `{ recv->a = val; `}
+ fun a=(val: Int) `{ self->a = val; `}
# TODO implement the related `SDL_Palette` and related methods
end
new `{ return 0; `}
# Add the flag to request a software renderer
- fun software: SDLRendererFlags `{ return recv | SDL_RENDERER_SOFTWARE; `}
+ fun software: SDLRendererFlags `{ return self | SDL_RENDERER_SOFTWARE; `}
# Add the flag to request an accelerated renderer
#
# This is the default option.
- fun accelerated: SDLRendererFlags `{ return recv | SDL_RENDERER_ACCELERATED; `}
+ fun accelerated: SDLRendererFlags `{ return self | SDL_RENDERER_ACCELERATED; `}
# Add the flag to request a renderer where `SDLRenderer::present` is synchronized with the refresh rate
- fun presentvsync: SDLRendererFlags `{ return recv | SDL_RENDERER_PRESENTVSYNC; `}
+ fun presentvsync: SDLRendererFlags `{ return self | SDL_RENDERER_PRESENTVSYNC; `}
# Add the flag to request a renderer able to render to a texture
- fun targettexture: SDLRendererFlags `{ return recv | SDL_RENDERER_TARGETTEXTURE; `}
+ fun targettexture: SDLRendererFlags `{ return self | SDL_RENDERER_TARGETTEXTURE; `}
end
# A bitmap surface
extern class SDLSurface `{ SDL_Surface * `}
# Load the BMP file at `path`
- new load_bmp(path: NativeString) `{ return SDL_LoadBMP(path); `}
+ new load_bmp(path: CString) `{ return SDL_LoadBMP(path); `}
- redef fun free `{ SDL_FreeSurface(recv); `}
+ redef fun free `{ SDL_FreeSurface(self); `}
# Save this texture to a BMP file
- fun save_bmp(path: NativeString) `{ SDL_SaveBMP(recv, path); `}
+ fun save_bmp(path: CString) `{ SDL_SaveBMP(self, path); `}
end
# A loaded bitmap texture
`}
# Destroy this texture
- fun destroy `{ SDL_DestroyTexture(recv); `}
+ fun destroy `{ SDL_DestroyTexture(self); `}
# Width of this texture
fun width: Int `{
int val;
- SDL_QueryTexture(recv, NULL, NULL, &val, NULL);
+ SDL_QueryTexture(self, NULL, NULL, &val, NULL);
return val;
`}
# Height of this texture
fun height: Int `{
int val;
- SDL_QueryTexture(recv, NULL, NULL, NULL, &val);
+ SDL_QueryTexture(self, NULL, NULL, NULL, &val);
return val;
`}
end
# X coordinate of the top left corner
- fun x: Int `{ return recv->x; `}
+ fun x: Int `{ return self->x; `}
# Set the X coordinate of the top left corner
- fun x=(val: Int) `{ recv->x = val; `}
+ fun x=(val: Int) `{ self->x = val; `}
# Y coordinate of the top left corner
- fun y: Int `{ return recv->y; `}
+ fun y: Int `{ return self->y; `}
# Set the Y coordinate of the top left corner
- fun y=(val: Int) `{ recv->y = val; `}
+ fun y=(val: Int) `{ self->y = val; `}
# Width of this rectangle
- fun w: Int `{ return recv->w; `}
+ fun w: Int `{ return self->w; `}
# Set the width of this rectangle
- fun w=(val: Int) `{ recv->w = val; `}
+ fun w=(val: Int) `{ self->w = val; `}
# Height of this rectangle
- fun h: Int `{ return recv->h; `}
+ fun h: Int `{ return self->h; `}
# Set the height of this rectangle
- fun h=(val: Int) `{ recv->h = val; `}
+ fun h=(val: Int) `{ self->h = val; `}
# TODO implement other `SDLRect` related methods:
#
end
# X coordinate of this point
- fun x: Int `{ return recv->x; `}
+ fun x: Int `{ return self->x; `}
# Set the X coordinate of this point
- fun x=(val: Int) `{ recv->x = val; `}
+ fun x=(val: Int) `{ self->x = val; `}
# Y coordinate of this point
- fun y: Int `{ return recv->y; `}
+ fun y: Int `{ return self->y; `}
# Set the Y coordinate of this point
- fun y=(val: Int) `{ recv->y = val; `}
+ fun y=(val: Int) `{ self->y = val; `}
end
# Flag to set the icon in `sys.sdl.show_simple_message_box` and `SDLWindow::show_simple_message_box`
new malloc `{ return malloc(sizeof(SDL_RendererInfo)); `}
# Name of the renderer's driver
- fun name: NativeString `{ return (char*)recv->name; `}
+ fun name: CString `{ return (char*)self->name; `}
# Maximum texture width supported by the renderer
- fun max_texture_width: Int `{ return recv->max_texture_width; `}
+ fun max_texture_width: Int `{ return self->max_texture_width; `}
# Maximum texture height supported by the renderer
- fun max_texture_height: Int `{ return recv->max_texture_height; `}
+ fun max_texture_height: Int `{ return self->max_texture_height; `}
end
nitlanguage / nit.git / blobdiff