tetrisgame.java

CreatLog luke 俄罗斯方块

package javagapi;

import java.io.IOException;
import java.io.DataOutputStream;
import java.io.DataInputStream;
import javax.microedition.lcdui.Graphics;
import javax.microedition.lcdui.Image;
import javax.microedition.lcdui.Font;

/**
  * (C) 2002 Sony Ericsson Mobile Communications AB. All rights reserved.
  * 
  * This java code has been automatically generated by a syntax tree
  * analyzer from the embedded C source code.
  *
  * @author LD/SEM/GUN/MI Stefan Olsson
  *
  * @version 1.0
  */
class TetrisGame extends GameShell {

Image Image_8bit_256 = null ;
Image Image_8bit_257 = null ;
Image Image_8bit_258 = null ; 
Image Image_8bit_259 = null ; 
Image Image_8bit_260 = null ; 
Image Image_8bit_261 = null ; 
Image Image_8bit_262 = null ; 
Image Image_8bit_263 = null ; 
Image Image_8bit_264 = null ; 
Image Image_8bit_265 = null ; 
Image Image_8bit_266 = null ; 
Image Image_8bit_267 = null ; 

public String getGameName() {
  return "Tetris";
}

public boolean loadImages ( ) { 
  try {Image_8bit_256 = Image.createImage("/tetris/Image_8bit_257.png"); } catch(IOException ex) {return false;}
  try {Image_8bit_257 = Image.createImage("/tetris/Image_8bit_257.png"); } catch(IOException ex) {return false;}
  try {Image_8bit_258 = Image.createImage("/tetris/Image_8bit_258.png"); } catch(IOException ex) {return false;}
  try {Image_8bit_259 = Image.createImage("/tetris/Image_8bit_259.png"); } catch(IOException ex) {return false;}
  try {Image_8bit_260 = Image.createImage("/tetris/Image_8bit_260.png"); } catch(IOException ex) {return false;}
  try {Image_8bit_261 = Image.createImage("/tetris/Image_8bit_261.png"); } catch(IOException ex) {return false;}
  try {Image_8bit_262 = Image.createImage("/tetris/Image_8bit_262.png"); } catch(IOException ex) {return false;}
  try {Image_8bit_263 = Image.createImage("/tetris/Image_8bit_263.png"); } catch(IOException ex) {return false;}
  try {Image_8bit_264 = Image.createImage("/tetris/Image_8bit_264.png"); } catch(IOException ex) {return false;}
  try {Image_8bit_265 = Image.createImage("/tetris/Image_8bit_265.png"); } catch(IOException ex) {return false;}
  try {Image_8bit_266 = Image.createImage("/tetris/Image_8bit_266.png"); } catch(IOException ex) {return false;}
  try {Image_8bit_267 = Image.createImage("/tetris/Image_8bit_267.png"); } catch(IOException ex) {return false;}
  return true;
} 


void GACharOut ( /* uns */ int id , short x , short y ) 
{ 
  switch ( id ) 
  { 
    case 256 : { g.drawImage ( Image_8bit_256 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
    case 257 : { g.drawImage ( Image_8bit_257 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
    case 258 : { g.drawImage ( Image_8bit_258 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
    case 259 : { g.drawImage ( Image_8bit_259 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
    case 260 : { g.drawImage ( Image_8bit_260 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
    case 261 : { g.drawImage ( Image_8bit_261 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
    case 262 : { g.drawImage ( Image_8bit_262 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
    case 263 : { g.drawImage ( Image_8bit_263 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
    case 264 : { g.drawImage ( Image_8bit_264 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
    case 265 : { g.drawImage ( Image_8bit_265 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
    case 266 : { g.drawImage ( Image_8bit_266 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
    case 267 : { g.drawImage ( Image_8bit_267 , x , y , Graphics.TOP|Graphics.LEFT ) ; break ; } 
  } 

} 

int GAGetCharHeight ( /* uns */ int id ) 
{ 
  switch ( id ) 
  { 
    case 256 : return Image_8bit_256 . getHeight ( ) ; 
    case 257 : return Image_8bit_257 . getHeight ( ) ; 
    case 258 : return Image_8bit_258 . getHeight ( ) ; 
    case 259 : return Image_8bit_259 . getHeight ( ) ; 
    case 260 : return Image_8bit_260 . getHeight ( ) ; 
    case 261 : return Image_8bit_261 . getHeight ( ) ; 
    case 262 : return Image_8bit_262 . getHeight ( ) ; 
    case 263 : return Image_8bit_263 . getHeight ( ) ; 
    case 264 : return Image_8bit_264 . getHeight ( ) ; 
    case 265 : return Image_8bit_265 . getHeight ( ) ; 
    case 266 : return Image_8bit_266 . getHeight ( ) ; 
    case 267 : return Image_8bit_267 . getHeight ( ) ; 
  } 
  return 0;
} 
int GAGetCharWidth ( /* uns */ int id ) 
{ 
  switch ( id ) 
  { 
    case 256 : return Image_8bit_256 . getWidth ( ) ; 
    case 257 : return Image_8bit_257 . getWidth ( ) ; 
    case 258 : return Image_8bit_258 . getWidth ( ) ; 
    case 259 : return Image_8bit_259 . getWidth ( ) ; 
    case 260 : return Image_8bit_260 . getWidth ( ) ; 
    case 261 : return Image_8bit_261 . getWidth ( ) ; 
    case 262 : return Image_8bit_262 . getWidth ( ) ; 
    case 263 : return Image_8bit_263 . getWidth ( ) ; 
    case 264 : return Image_8bit_264 . getWidth ( ) ; 
    case 265 : return Image_8bit_265 . getWidth ( ) ; 
    case 266 : return Image_8bit_266 . getWidth ( ) ; 
    case 267 : return Image_8bit_267 . getWidth ( ) ; 
  } 
  return 0;

} 





///* static */ void TetrisKillGame ( ) ; 
//void TerminateGameMain ( ) ; 




















//Font_t SystemFontTetrisBitmaps_8bit = new Font_t () ; 







































/* static */ final int [] TE_BOX_FILL_COLOR /* expr */ = { 
  GACOLOR_GRAY  , 
  GACOLOR_CYAN  , 
  GACOLOR_GREEN  , 
  GACOLOR_RED  , 
  GACOLOR_BLUE  , 
  GACOLOR_PURPLE  , 
  GACOLOR_YELLOW  , 
  GACOLOR_DARK_GRAY  
} ; 






final int [] g_nScoreLayer /* expr */ = { 0  , 50  , 200  , 400  , 1000  } ; 
final int [] g_nScoreLayerBonus /* expr */ = { 0  , 30  , 100  , 200  , 500  } ; 

final /* uns */ int [] g_nNextLevel /* expr */ = { 10  , 20  , 30  , 40  , 50  , 60  , 70  , 80  , 90  , 100  } ; 

final /* uns */ int [] g_nStartSpeeds /* expr */ = { 1000  , 900  , 800  , 700  , 600  , 500  , 400  , 300  , 200  , 100  } ; 


final /* uns */ int [] [] [] g_Shapes /* expr */ /* expr */ /* expr */ = { { { 0  , 24  , 24  , 0  }  , 
    { 0  , 24  , 24  , 0  }  , 
    { 0  , 24  , 24  , 0  }  , 
    { 0  , 24  , 24  , 0  }  } 
   , 
  



  { { 16  , 16  , 16  , 16  }  , 
    { 0  , 60  , 0  , 0  }  , 
    { 16  , 16  , 16  , 16  }  , 
    { 0  , 60  , 0  , 0  }  } 
   , 
  



  { { 0  , 12  , 24  , 0  }  , 
    { 16  , 24  , 8  , 0  }  , 
    { 0  , 12  , 24  , 0  }  , 
    { 16  , 24  , 8  , 0  }  } 
   , 
  



  { { 0  , 24  , 12  , 0  }  , 
    { 8  , 24  , 16  , 0  }  , 
    { 0  , 24  , 12  , 0  }  , 
    { 8  , 24  , 16  , 0  }  } 
   , 
  



  { { 24  , 16  , 16  , 0  }  , 
    { 0  , 56  , 8  , 0  }  , 
    { 16  , 16  , 48  , 0  }  , 
    { 32  , 56  , 0  , 0  }  } 
   , 
  



  { { 24  , 8  , 8  , 0  }  , 
    { 4  , 28  , 0  , 0  }  , 
    { 8  , 8  , 12  , 0  }  , 
    { 0  , 28  , 16  , 0  }  } 
   , 
  



  { { 16  , 24  , 16  , 0  }  , 
    { 0  , 56  , 16  , 0  }  , 
    { 16  , 48  , 16  , 0  }  , 
    { 16  , 56  , 0  , 0  }  } 
   



} ; 






/* typedef struct */ class 
Shape { 
  public int xShift ; 
  public /* uns */ int bottomY ; 
  public int chShape ; 
  public /* uns */ int chRotation ; 
  public /* uns */ int [] chFigure = new int [ 4 ] ; 
} 
; 


/* typedef struct */ class 
NextShape { 
  public int chNShape ; 
  public int chNRotation ; 
} 
; 


/* typedef struct */ class 
SaveGame implements GameSaveable{ 
  public int xShift ; 
  public /* uns */ int bottomY ; 
  public /* uns */ int chShapeAndRotation ; 
  public /* uns */ int chNextShape ; 
  public /* uns */ int [] chScoreAndStartLevel = new int [ 3 ] ; 
  public /* uns */ int chBlockCnt ; 
  public /* uns */ int chLevel ; 
  public /* uns */ int [] chPlFld = new int [ 22 ] ; 
  
  public /* uns */ int BackGroundPicSelection ; 

  public void serialize( DataOutputStream dos ) throws IOException {
      dos.writeInt(xShift);
      dos.writeInt(bottomY);
      dos.writeInt(chShapeAndRotation);
      dos.writeInt(chNextShape);
      for(int i = 0; i<3; i++)
	  dos.writeInt(chScoreAndStartLevel[i]);
      dos.writeInt(chBlockCnt);
      dos.writeInt(chLevel);
      for(int i = 0; i<22; i++)
	  dos.writeInt(chPlFld[i]);
      dos.writeInt(BackGroundPicSelection);
  }
  public void unSerialize( DataInputStream dis ) throws IOException {
      xShift = dis.readInt();
      bottomY = dis.readInt();
      chShapeAndRotation = dis.readInt();
      chNextShape = dis.readInt();
      for(int i = 0; i<3; i++)
	  chScoreAndStartLevel[i] = dis.readInt();
      chBlockCnt = dis.readInt();
      chLevel = dis.readInt();
      for(int i = 0; i<22; i++)
	  chPlFld[i] = dis.readInt();
      BackGroundPicSelection = dis.readInt();
  }
} 
; 

/* typedef struct */ class 
TE_EEArray_t implements GameSaveable{ 
  public /* uns */ int chInfo ; 
  public GAPI_HighscoreEntry_t HighScoreListEntries = new GAPI_HighscoreEntry_t () ; 
  public boolean SoundOn ; 
  public SaveGame sgSaveGame = new SaveGame () ; 

  public void serialize( DataOutputStream dos ) throws IOException {
      dos.writeInt(chInfo);
      HighScoreListEntries.serialize(dos);
      dos.writeBoolean(SoundOn);
      sgSaveGame.serialize(dos);
  }
  public void unSerialize( DataInputStream dis ) throws IOException {
      chInfo = dis.readInt();
      HighScoreListEntries.unSerialize(dis);
      SoundOn = dis.readBoolean();
      sgSaveGame.unSerialize(dis);
  }
} 
; 

/* NPOINTERGROUP */ TE_EEArray_t TE_SaveData_p = null ; 


final int [] g_blocks /* expr */ = { 5  , 6  , 5  , 6  , 2  , 5  } ; 

private int Letter_cc = 0; //constructor count
class 
Letter { 
  public int[] x_pos ; 
  public int[] y_pos ; 
  public int[] y_stop ; 
  public int[] shape ; 
  public int[] rotation ; 

  public Letter() {
      Letter_cc++;
      //System.out.println("class TetrisGame.Letter creating Letter "+Letter_cc);
      switch(Letter_cc) {
      case 1: {
	  x_pos = x_pos1;
	  y_pos = y_pos1;
	  y_stop = y_stop1;
	  shape = shape1;
	  rotation = rotation1;
	  break;
      }
      case 2:{
	  x_pos = x_pos2;
	  y_pos = y_pos2;
	  y_stop = y_stop2;
	  shape = shape2;
	  rotation = rotation2;
	  break;
      }
      case 3:{
	  x_pos = x_pos3;
	  y_pos = y_pos3;
	  y_stop = y_stop3;
	  shape = shape3;
	  rotation = rotation3;
	  break;
      }
      case 4:{
	  x_pos = x_pos4;
	  y_pos = y_pos4;
	  y_stop = y_stop4;
	  shape = shape4;
	  rotation = rotation4;
	  break;
      }
      case 5:{
	  x_pos = x_pos5;
	  y_pos = y_pos5;
	  y_stop = y_stop5;
	  shape = shape5;
	  rotation = rotation5;
	  break;
      }
      case 6:{
	  x_pos = x_pos6;
	  y_pos = y_pos6;
	  y_stop = y_stop6;
	  shape = shape6;
	  rotation = rotation6;
	  break;
      }
      }
  }
}
final int [] x_pos1 /* expr */ = { 1 - 2  , 2 - 3  , 0 - 3  , 1 - 2  , 3 - 3  } ; 


final int [] x_pos2 /* expr */ = { ( 0 - 2 )  , ( 3 - 3 )  , ( 0 - 3 )  , ( 1 - 2 )  , ( 0 - 3 )  , ( 1 - 2 )  } ; 




final int [] x_pos3 /* expr */ = { 1 - 2  , 2 - 3  , 0 - 3  , 1 - 2  , 3 - 3  } ; 


final int [] x_pos4 /* expr */ = { 0 - 3  , 3 - 3  , 0 - 3  , 3 - 3  , 0 - 3  , 2 - 2  } ; 


final int [] x_pos5 /* expr */ = { 0 - 3  , 0 - 3  } ; 


final int [] x_pos6 /* expr */ = { 0 - 4  , 2 - 3  , 2 - 3  , 0 - 3  , 1 - 3  } ; 



final int [] y_pos1 /* expr */ = { 13  , 22  , 59  , 35  , 48  } ; 


final int [] y_pos2 /* expr */ = { 10  , 24  , 37  , 50  , 57  , 66  } ; 




final int [] y_pos3 /* expr */ = { 20  , 27  , 52  , 42  , 62  } ; 


final int [] y_pos4 /* expr */ = { 19  , 12  , 29  , 37  , 56  , 60  } ; 


final int [] y_pos5 /* expr */ = { 43  , 58  } ; 


final int [] y_pos6 /* expr */ = { 37  , 19  , 26  , 42  , 67  } ; 



final int [] y_stop1 /* expr */ = { 1  , 5  , 7  , 7  , 7  } ; 


final int [] y_stop2 /* expr */ = { 1  , 2  , 4  , 4 + 1  , 7  , 7 + 1  } ; 




final int [] y_stop3 /* expr */ = { 1  , 5  , 7  , 7  , 7  } ; 


final int [] y_stop4 /* expr */ = { 3  , 2  , 4 + 1  , 5  , 7  , 7 + 1  } ; 


final int [] y_stop5 /* expr */ = { 3  , 7  } ; 


final int [] y_stop6 /* expr */ = { 2  , 1 + 1  , 3 + 1  , 5 + 1  , 7 + 1  } ; 



final int [] shape1 /* expr */ = { 6  , 1  , 4  , 6  , 5  } ; 


final int [] shape2 /* expr */ = { 4  , 0  , 6  , 1  , 6  , 1  } ; 




final int [] shape3 /* expr */ = { 6  , 1  , 4  , 6  , 5  } ; 


final int [] shape4 /* expr */ = { 1  , 5  , 3  , 3  , 4  , 4  } ; 


final int [] shape5 /* expr */ = { 1  , 1  } ; 


final int [] shape6 /* expr */ = { 5  , 2  , 3  , 3  , 2  } ;