//#include "examplewindow.h"
//#include <gtkmm/application.h>
#include "sudmat.h"

void OnSudokuClicked( int mat ) 
{
	std::cout << mat << "but" << std::endl;
}

class Cstep : public Gtk::Window
{
friend class Hole;
friend class Csud;
public:
	Cstep();
	virtual ~Cstep();
	Csud Game;
	static void OnButtonClicked(int);
	void LabelAllButtons( bool ShowPro );
	void LabelOneButton( int mat, bool ShowPro );

private:
	// Signal handlers:
	void on_button_numbered(const Glib::ustring& data);

	// Child widgets:
	Gtk::Grid m_grid;
	//Gtk::Button Jbut[81];
	Gtk::Button Jbut[81];
	//The sudoku game to be displayed (which has buttons)
	Gtk::Label Jlab[81];
	// for holding the background color
	Gtk::EventBox Jbox[81];
	//bool orig;

	// colors
	Gdk::RGBA BgDry;	//white
	Gdk::RGBA BgDull;	//??
	Gdk::RGBA BgNot;	//??
	Gdk::RGBA BgMay;	//??
	Gdk::RGBA BgYes;	//yellow
	
	Gdk::RGBA FgDry;	//black
	Gdk::RGBA FgNot;	//Navy blue
	Gdk::RGBA FgMay;	//dark yellow
	Gdk::RGBA FgYes;	//yellow
	
};

void Cstep::OnButtonClicked(int mat)
{
	std::cout << mat << std::endl ;
}

Cstep::Cstep()
{
	int FixB[] =
	{   //hidden quad Klaus Brenner
		9,0,1,5,0,0,0,4,6,
		4,2,5,0,9,0,0,8,1,
		8,6,0,0,1,0,0,2,0,
		5,0,2,0,0,0,0,0,0,
		0,1,9,0,0,0,4,6,0,
		6,0,0,0,0,0,0,0,2,
		1,9,6,0,4,0,2,5,3,
		2,0,0,0,6,0,8,1,7,
		0,0,0,0,0,1,6,9,4   };
	BgDry.set_red(1.0); BgDry.set_green(1.0); BgDry.set_blue(1.0);
  	BgDry.set_alpha(1.0); //opaque
	BgDull.set_red(0.9); BgDull.set_green(0.9); BgDull.set_blue(1.0);
  	BgDull.set_alpha(1.0); //opaque
	BgNot.set_red(0.5); BgNot.set_green(0.5); BgNot.set_blue(1.0);
  	BgNot.set_alpha(1.0); //opaque
	BgMay.set_red(1.0); BgMay.set_green(1.0); BgMay.set_blue(0.8);
  	BgMay.set_alpha(1.0); //opaque
	BgYes.set_red(1.0); BgYes.set_green(1.0); BgYes.set_blue(0.7);
  	BgYes.set_alpha(1.0); //opaque
	
	FgDry.set_red(0.0); FgDry.set_green(0.0); FgDry.set_blue(0.0);
  	FgDry.set_alpha(1.0); //opaque
	FgNot.set_red(0.4); FgNot.set_green(0.4); FgNot.set_blue(0.0);
  	FgNot.set_alpha(1.0); //opaque
	FgMay.set_red(0.1); FgMay.set_green(0.1); FgMay.set_blue(0.8);
  	FgMay.set_alpha(1.0); //opaque
	FgYes.set_red(0.0); FgYes.set_green(0.0); FgYes.set_blue(1.0);
  	FgYes.set_alpha(1.0); //opaque
	/**
	Gdk::RGBA("#C0C0FF") BgDull;//??
	Gdk::RGBA("#8080FF") BgNot;	//??
	Gdk::RGBA("#C0C0FF") BgMay;	//??
	Gdk::RGBA("#FFFF00") BgYes;	//yellow
	
	Gdk::RGBA("#000000") FgDry;	//black
	Gdk::RGBA("#000080") FgNot;	//Navy blue
	Gdk::RGBA("#404000") FgMay;	//dark yellow
	Gdk::RGBA("#606000") FgYes;	//yellow
**/
	 // This just sets the title of our new window.
	set_title("Gran Sudoku!");

	// sets the border width of the window.
	set_border_width(10);

	// put the grid into the main window.
	add( m_grid );

	//prepare the game
	Game.Setup( FixB );
	//Game.Solve();
	
	//attach all game buttons to grid container
	int r, c;
	for( int mat=0; mat<81; mat++)		//for all buttons
	{	
		Jlab[mat].set_markup("<b>Gtk</b>");		//define starting label
		Jlab[mat].set_use_markup();
		//Jlab[mat].set_justify(JUSTIFY_CENTER);	//first line to 2nd line
		Jlab[mat].show();
		//Jlab[mat].set_alignment(Gtk::ALIGN_START, Gtk::ALIGN_START);
		
		Jbox[mat].add(Jlab[mat]);
		Jbox[mat].override_background_color(BgMay); 	
		Jbox[mat].show();
		
		Jbut[mat].add(Jbox[mat]);
		Jbut[mat].signal_clicked().connect( 
		    sigc::bind<int>( sigc::ptr_fun(&Cstep::OnButtonClicked), mat) );
		
		r = r_m(mat);					//row position
		c = c_m(mat);					//column position
		m_grid.attach( Jbut[mat],c,r,1,1 );	//attach button to grid
	}

	LabelAllButtons( true );

	//ShowAllButtons
	for( int mat=0; mat<81; mat++)
		Jbut[mat].show();				//show button
	m_grid.set_row_homogeneous( true );
	m_grid.set_column_homogeneous(true);
	m_grid.show();
}

Cstep::Cstep::~Cstep()
{
}

void 
Cstep::LabelAllButtons( bool ShowPro )
{
	for( int mat=0; mat<81; mat++)
		LabelOneButton( mat, ShowPro );
}

void 
Cstep::LabelOneButton( int mat, bool ShowPro )
{
	std::string S = Game.ButtonLabel( mat, ShowPro );
	//S = "12345\n6789";
	Jbut[mat].set_label( S );
	if( mat == 15 )
	{
		//Jbut[mat].set_label( "99" );
		// Jbut[mat].set_color( BgMay );
		Jbox[mat].override_background_color(Gdk::RGBA("red"));
		Jbox[mat].show();
		Jlab[mat].set_label( "99" );
		Jlab[mat].show();
	}
}

// Our new improved signal handler.  The data passed to this method is
// printed to stdout.
//void Cstep::Cstep::on_button_clicked(Glib::ustring data)
//{
//  std::cout << "Hello World - " << data << " was pressed" << std::endl;
//}

int main(int argc, char *argv[])
{
	Glib::RefPtr<Gtk::Application> app = Gtk::Application::create(argc, argv, "play.example");

	Cstep SudokuWindow;
	
	return app->run(SudokuWindow);
}