frodo-wii/Src/gui/MainMenu.cpp

/**
 * Based on the guichan examples
 */

#include <guichan.hpp>
#include <iostream>

#define DATA_PATH "data"


void menu_update();

void menu_draw();

gcn::Gui* gui;

gcn::ImageFont* font;
gcn::Container* top;
gcn::Label* label;
gcn::Icon* icon;
gcn::Button* button;
gcn::TextField* textField;
gcn::TextBox* textBox;
gcn::ScrollArea* textBoxScrollArea;
gcn::ListBox* listBox;
gcn::DropDown* dropDown;
gcn::CheckBox* checkBox1;
gcn::CheckBox* checkBox2;
gcn::RadioButton* radioButton1;
gcn::RadioButton* radioButton2;
gcn::RadioButton* radioButton3;
gcn::Slider* slider;
gcn::Image *image;
gcn::Window *window;
gcn::Image *darkbitsImage;
gcn::Icon* darkbitsIcon;
gcn::TabbedArea* tabbedArea;
gcn::Button* tabOneButton;
gcn::CheckBox* tabTwoCheckBox;

/*
 * List boxes and drop downs need an instance of a list model
 * in order to display a list.
 */
class DemoListModel : public gcn::ListModel
{
public:
	int getNumberOfElements()
	{
		return 5;
	}

	std::string getElementAt(int i)
	{
		switch(i)
		{
		case 0:
			return std::string("zero");
		case 1:
			return std::string("one");
		case 2:
			return std::string("two");
		case 3:
			return std::string("three");
		case 4:
			return std::string("four");
		default: // Just to keep warnings away
			return std::string("");
		}
	}
};

DemoListModel demoListModel;

/**
 * Initialises the widgets example by populating the global Gui
 * object.
 */
void init()
{
	// We first create a container to be used as the top widget.
	// The top widget in Guichan can be any kind of widget, but
	// in order to make the Gui contain more than one widget we
	// make the top widget a container.
	top = new gcn::Container();
	// We set the dimension of the top container to match the screen.
	top->setDimension(gcn::Rectangle(0, 0, 640, 480));
	// Finally we pass the top widget to the Gui object.
	globals::gui->setTop(top);

	// Now we load the font used in this example.
	font = new gcn::ImageFont("fixedfont.bmp", " abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789");
	// Widgets may have a global font so we don't need to pass the
	// font object to every created widget. The global font is static.
	gcn::Widget::setGlobalFont(font);

	// Now we create the widgets

	label = new gcn::Label("Label");

	image = gcn::Image::load("gui-chan.bmp");
	icon = new gcn::Icon(image);

	button = new gcn::Button("Button");

	textField = new gcn::TextField("Text field");

	textBox = new gcn::TextBox("Multiline\nText box");
	textBoxScrollArea = new gcn::ScrollArea(textBox);
	textBoxScrollArea->setWidth(200);
	textBoxScrollArea->setHeight(100);
	textBoxScrollArea->setFrameSize(1);

	listBox = new gcn::ListBox(&demoListModel);
	listBox->setFrameSize(1);
	dropDown = new gcn::DropDown(&demoListModel);

	checkBox1 = new gcn::CheckBox("Checkbox 1");
	checkBox2 = new gcn::CheckBox("Checkbox 2");

	radioButton1 = new gcn::RadioButton("RadioButton 1", "radiogroup", true);
	radioButton2 = new gcn::RadioButton("RadioButton 2", "radiogroup");
	radioButton3 = new gcn::RadioButton("RadioButton 3", "radiogroup");

	slider = new gcn::Slider(0, 10);
	slider->setSize(100, 10);

	window = new gcn::Window("I am a window  Drag me");
	window->setBaseColor(gcn::Color(255, 150, 200, 190));

	darkbitsImage = gcn::Image::load("darkbitslogo_by_haiko.bmp");
	darkbitsIcon = new gcn::Icon(darkbitsImage);
	window->add(darkbitsIcon);
	window->resizeToContent();

	tabbedArea = new gcn::TabbedArea();
	tabbedArea->setSize(200, 100);
	tabOneButton = new gcn::Button("A button in tab 1");
	tabbedArea->addTab("Tab 1", tabOneButton);
	tabTwoCheckBox = new gcn::CheckBox("A check box in tab 2");
	tabbedArea->addTab("Tab 2", tabTwoCheckBox);

	// Now it's time to add the widgets to the top container
	// so they will be conected to the GUI.

	top->add(label, 10, 10);
	top->add(icon, 10, 30);
	top->add(button, 200, 10);
	top->add(textField, 250, 10);
	top->add(textBoxScrollArea, 200, 50);
	top->add(listBox, 200, 200);
	top->add(dropDown, 500, 10);
	top->add(checkBox1, 500, 130);
	top->add(checkBox2, 500, 150);
	top->add(radioButton1, 500, 200);
	top->add(radioButton2, 500, 220);
	top->add(radioButton3, 500, 240);
	top->add(slider, 500, 300);
	top->add(window, 50, 350);
	top->add(tabbedArea, 400, 350);
}

/**
 * Halts the widgets example.
 */
void halt()
{
	delete font;
	delete top;
	delete label;
	delete icon;
	delete button;
	delete textField;
	delete textBox;
	delete textBoxScrollArea;
	delete listBox;
	delete dropDown;
	delete checkBox1;
	delete checkBox2;
	delete radioButton1;
	delete radioButton2;
	delete radioButton3;
	delete slider;
	delete window;
	delete darkbitsIcon;
	delete darkbitsImage;
	delete tabbedArea;
	delete tabOneButton;
	delete tabTwoCheckBox;
}


namespace sdl
{
    bool running = true;
    SDL_Surface* screen;

    // All back ends contain objects to make Guichan work on a
    // specific target - in this case SDL - and they are a Graphics
    // object to make Guichan able to draw itself using SDL, an
    // input objec to make Guichan able to get user input using SDL
    // and an ImageLoader object to make Guichan able to load images
    // using SDL.
    gcn::SDLGraphics* graphics;
    gcn::SDLInput* input;
    gcn::SDLImageLoader* imageLoader;

    /**
     * Initialises the SDL application. This function creates the global
     * Gui object that can be populated by various examples.
     */
    void init()
    {
        // We simply initialise SDL as we would do with any SDL application.
        SDL_Init(SDL_INIT_VIDEO);
        screen = SDL_SetVideoMode(640, 480, 32, SDL_HWSURFACE);
        // We want unicode for the SDLInput object to function properly.
        SDL_EnableUNICODE(1);
        // We also want to enable key repeat.
        SDL_EnableKeyRepeat(SDL_DEFAULT_REPEAT_DELAY, SDL_DEFAULT_REPEAT_INTERVAL);

        // Now it's time to initialise the Guichan SDL back end.

        imageLoader = new gcn::SDLImageLoader();
        // The ImageLoader Guichan should use needs to be passed to the Image object
        // using a static function.
        gcn::Image::setImageLoader(imageLoader);
        graphics = new gcn::SDLGraphics();
        // The Graphics object needs a target to draw to, in this case it's the
        // screen surface, but any surface will do, it doesn't have to be the screen.
        graphics->setTarget(screen);
        input = new gcn::SDLInput();

        // Now we create the Gui object to be used with this SDL application.
        globals::gui = new gcn::Gui();
        // The Gui object needs a Graphics to be able to draw itself and an Input
        // object to be able to check for user input. In this case we provide the
        // Gui object with SDL implementations of these objects hence making Guichan
        // able to utilise SDL.
        globals::gui->setGraphics(graphics);
        globals::gui->setInput(input);
    }

    /**
     * Halts the SDL application.
     */
    void halt()
    {
        delete globals::gui;

        delete imageLoader;
        delete input;
        delete graphics;

        SDL_Quit();
    }

    /**
     * Runs the SDL application.
     */
    void run()
    {
        // The main loop
        while(running)
        {
            // Check user input
            SDL_Event event;
            while(SDL_PollEvent(&event))
            {
                if (event.type == SDL_KEYDOWN)
                {
                    if (event.key.keysym.sym == SDLK_ESCAPE)
                    {
                        running = false;
                    }
                    if (event.key.keysym.sym == SDLK_f)
                    {
                        if (event.key.keysym.mod & KMOD_CTRL)
                        {
                            // Works with X11 only
                            SDL_WM_ToggleFullScreen(screen);
                        }
                    }
                }
                else if(event.type == SDL_QUIT)
                {
                    running = false;
                }

                // After we have manually checked user input with SDL for
                // any attempt by the user to halt the application we feed
                // the input to Guichan by pushing the input to the Input
                // object.
                input->pushInput(event);
            }
            // Now we let the Gui object perform its logic.
            globals::gui->logic();
            // Now we let the Gui object draw itself.
            globals::gui->draw();
            // Finally we update the screen.
            SDL_Flip(screen);
        }
    }
}