java - Trying to use Android internal storage for a high score array. -

using link http://developer.android.com/guide/topics/data/data-storage.html#filesinternal

i trying build high scores array app game. want store internally. have started , i'm getting errors can't figure out. wanted test make sure create file. using eclipse java code , andengine. please help!!

my errors are: method openfileoutput(string, int) undefined type gamescene syntax error on token "write", identifier expected after token

package com.example.game;    import java.io.fileoutputstream;  import java.util.timer;    import org.andengine.engine.camera.camera;  import org.andengine.engine.camera.hud.hud;  import org.andengine.engine.handler.timer.itimercallback;  import org.andengine.engine.handler.timer.timerhandler;  import org.andengine.entity.entity;  import org.andengine.entity.ientity;  import org.andengine.entity.modifier.delaymodifier;  import org.andengine.entity.primitive.rectangle;  import org.andengine.entity.scene.ionscenetouchlistener;  import org.andengine.entity.scene.scene;  import org.andengine.entity.scene.background.background;  import org.andengine.entity.scene.background.parallaxbackground;  import org.andengine.entity.scene.background.parallaxbackground.parallaxentity;  import org.andengine.entity.sprite.sprite;  import org.andengine.entity.text.text;  import org.andengine.extension.physics.box2d.fixedstepphysicsworld;  import org.andengine.extension.physics.box2d.physicsfactory;  import org.andengine.extension.physics.box2d.physicsworld;  import org.andengine.extension.physics.box2d.util.vector2pool;  import org.andengine.input.sensor.acceleration.accelerationdata;  import org.andengine.input.sensor.acceleration.iaccelerationlistener;  import org.andengine.input.sensor.orientation.iorientationlistener;  import org.andengine.input.sensor.orientation.orientationsensoroptions;  import org.andengine.input.touch.touchevent;  import org.andengine.util.color.color;    import android.content.context;  import android.hardware.sensor;  import android.hardware.sensorevent;  import android.hardware.sensoreventlistener;  import android.hardware.sensormanager;      import com.badlogic.gdx.math.vector2;  import com.badlogic.gdx.physics.box2d.fixturedef;  import com.example.game.scenemanager.scenetype;        public class gamescene extends basescene implements iaccelerationlistener  {  	         public iaccelerationlistener yo;  	public static physicsworld physicsworld;         private float tiltspeedx;       private float tiltspeedy;       private int collisioncheck=0;  	  	private hud gamehud;  	private text scoretext;  	private text enemylife;  	  	float accelerometerspeedx;  	  	private int lives=3;  	private int captainlives=3;    	        	private player player;  	private captain captain;  	private crab crab;  	private bomb bomb;  	private princess princess;  	  	sprite explosion;  	sprite heart;  	sprite explosion2;  	int flag = 1;  	int flag2 = 1;  	int flag3 = 1;  	  	private void createhud()  	{  	    gamehud = new hud();  	    engine.enableaccelerationsensor(activity, this);  	    // create score text  	    scoretext = new text(20, 420, resourcesmanager.font, "lives: 0123456789", vbom);  	    scoretext.setskewcenter(0, 0);      	    scoretext.settext("lives: "+ lives);  	    gamehud.attachchild(scoretext);  	      	    enemylife = new text(600, 20, resourcesmanager.font, "enemy: 0123456789", vbom);  	    enemylife.setskewcenter(0, 0);      	   enemylife.settext("score: "+ captainlives);  	    gamehud.attachchild(enemylife);  	      	      	    camera.sethud(gamehud);  	}  	  	    	private void subtractfromlives()  	{  	    lives  = lives -1;  	    scoretext.settext("lives: "+ lives);  	    if (lives ==0)  	    {  	    	scenemanager.getinstance().loadlossscene(engine);  	    	int finalscore = captainlives; //saves score when run out of lives used in comparator high scores.  	    }  	}  	private void subtractfromcaptainlives()  	{  	    captainlives  = captainlives +1;  	    enemylife.settext("score: "+captainlives);  	    if (captainlives ==0)  	    {  	    	scenemanager.getinstance().loadwinscene(engine);  	    	  	    }   	}  	      	private void createphysics()  	{  	    physicsworld = new fixedstepphysicsworld(20, new vector2(0, -17), false);   	    registerupdatehandler(physicsworld);  	}  	  	@override  	public void createscene()  	{  		resourcesmanager.gmusic.play();  		  		//captainlives=3;  		lives = resourcesmanager.number_lives;  		captainlives = resourcesmanager.enemy_lives;  	    createbackground();  	    createhud();  	    createphysics();  	    createplayer();  	    createcaptain();  	    createaetimehandler(2);  		      	}      	  	private void createplayer()  	{  		player = new player(400,300, vbom,camera, physicsworld)  		{    			@override  			public void ondie() {  				// todo auto-generated method stub  				  			}  			  		};  		final long[] player_animate = new long[] { 100, 100, 100 };  		player.animate(player_animate);  		this.attachchild(player);  	}  	  	private void createcaptain()  	{  		captain = new captain(480,150, vbom,camera, physicsworld)  		{    			@override  			public void ondie() {  				// todo auto-generated method stub  				  			}  			  			  			  			  		};  		final long[] player_animate = new long[] { 100, 100, 100 };  		captain.animate(player_animate);  		this.attachchild(captain);  	}  	  	private void createcrab()  	{  		int xpos = (int)(695*math.random());  		crab = new crab(xpos,0, vbom,camera, physicsworld)  		{      			@override  			protected void onmanagedupdate(float psecondselapsed)  			{  				if (player.collideswith(this))  				{  					subtractfromlives();  					float x = player.getx();  					float y = player.gety();  					crab.detachself();  					briefexplosion(x,y);  					collisioncheck=1;  					  				}  			}  			@override  			public void ondie() {  				// todo auto-generated method stub  				if(collisioncheck==0)  				{  					crab.detachself();  				}  				  			}  			  		};  		this.attachchild(crab);  		collisioncheck=0;  		  	}  	gamescene scene = this;  	  	private void briefexplosion(float x, float y)  	{  		explosion = new sprite(x, y, resourcesmanager.explosion_region, vbom);  		scene.attachchild(explosion);  		flag = 0;  		  	}  	private void briefexplosion2(float x, float y)  	{  		explosion2 = new sprite(x, y, resourcesmanager.explosion2_region, vbom);  		scene.attachchild(explosion2);  		flag3 = 0;  		  	}  	  	private void briefheart(float x, float y)  	{  		heart = new sprite(x, y, resourcesmanager.heart_region, vbom);  		scene.attachchild(heart);  		flag2 = 0;  		  	}  	  	private void createbomb()  	{  		int xpos = (int)(750*math.random());  		bomb = new bomb(xpos,0, vbom,camera, physicsworld)  		{      			@override  			protected void onmanagedupdate(float psecondselapsed)  			{  				if (player.collideswith(this))  				{  					subtractfromcaptainlives();  					float x = captain.getx();  					float y = captain.gety();  					bomb.detachself();  					briefexplosion2(x,y);  					collisioncheck=1;  				}  			}  			@override  			public void ondie() {  				if(collisioncheck==0)  				{  					subtractfromlives();  					float x  = (float) (math.random()*800);  					float y = 425;  					bomb.detachself();  					briefexplosion2(x,y);  				}  				  			}  			  		};  		this.attachchild(bomb);  		collisioncheck=0;  		  	}  	  	private void createprincess()  	{  		int xpos = (int)(730*math.random());  		princess = new princess(xpos,0, vbom,camera, physicsworld)  		{      			@override  			protected void onmanagedupdate(float psecondselapsed)  			{  				if (player.collideswith(this))  				{  					float x = player.getx();  					float y = player.gety();  					princess.detachself();  					briefheart(x,y);  					collisioncheck=1;  				}  			}  			@override  			public void ondie() {  				if(collisioncheck==0)  				{  					subtractfromlives();  					princess.detachself();  				}  				  			}  			  		};  		this.attachchild(princess);  		collisioncheck=0;  	}  	            private void createbackground()      {      	//setbackground(new background(color.blue));          parallaxbackground background = new parallaxbackground(0, 0, 0);          background.attachparallaxentity(new parallaxentity(0, new sprite(0, 0, resourcesmanager.game_background_region, vbom)));          setbackground(background);                }          @override      public void onbackkeypressed()      {      	scenemanager.getinstance().loadmenuscene(engine);      }        @override      public scenetype getscenetype()      {          return scenetype.scene_game;      }        @override      public void disposescene()      {          camera.sethud(null);          camera.setcenter(400, 240);          resourcesmanager.gmusic.stop();            // todo code responsible disposing scene          // removing game scene objects.      }                	@override  	public void onaccelerationaccuracychanged(accelerationdata paccelerationdata)  	{  		    	}        	@override  	public void onaccelerationchanged(accelerationdata paccelerationdata) {  		// todo auto-generated method stub  		player.setposition(player.getx() + paccelerationdata.getx()*2,300);  		    	    if(player.getx() < 0)     	    {  	    	player.setposition(0,300);  	    	  	    }  	    if(player.getx() > 550)     	    {  	    	player.setposition(550,300);  	    	  	    }  	}    	private boolean firsttouch = false;    	        	private void createaetimehandler(float meffectspawndelay)      {          timerhandler spritetimerhandler2;  		this.engine.registerupdatehandler(spritetimerhandler2 = new timerhandler(meffectspawndelay,true, new itimercallback()          {                                    @override              public void ontimepassed(final timerhandler ptimerhandler)              {  	                int = (int)(math.random()*10);  	                if( flag == 0)  	                {  	                explosion.detachself();  	                flag = 1;  	                }  	                if (flag2 == 0)  	                {  	                	heart.detachself();  	                	flag2 = 1;  	                }  	                if (flag3 == 0)  	                {  	                	explosion2.detachself();  	                	flag3 = 1;  	                }  	                if( < 3)  	                {  	                	createprincess();  	                }  	                else if(i>3 && i<7)  	                {  	                	createbomb();  	                }  	                else  	                {  	                	createcrab();  	                }  	            }  	        }));  	}  	string filename = "high_scores";  	string string = "arrggg";    	fileoutputstream fos = openfileoutput(filename, context.mode_private);  	fos.write(string.getbytes());  	fos.close();  }

openfileoutput function on context, , class not context. either pass 1 in, or open in way.