贪吃蛇游戏代码，涉及链表操作，用于visual studio软件

分享一个自己用C语言实现的贪吃蛇，在控制台中显示，实现了基本功能，没有美观的图形界面，仅供参考。

java贪吃蛇代码完美无bug,可以暂停，重开，调速等等。

该贪吃蛇主要描述Qt结合C++语言如何实现窗口版贪吃蛇的功能，该贪吃蛇并未实现自动行走和死亡事件。

贪吃蛇代码，qt项目，对物体移动和时间槽的学习有参考意义 初学者可以看一下

使用QT5运行项目代码 # 这是一个关于QT C++开发的一款贪吃蛇小游戏项目工程源码文件，下载解压后，打开QT5可以直接运行，游戏屏蔽了所有窗口，只在空白的就可以桌面上运行，按ESC键可以退出屏幕 更多内容源码请关注 【亿只萌新】

此资源为QT贪吃蛇游戏打包文件，仅为博主QT开发实例专栏演示程序，未看专栏文章《QT写一个简单的贪吃蛇游戏》者请勿下载。

贪吃蛇.jar import java.io.IOException; import java.util.Hashtable; import java.util.Vector; import javax.microedition.lcdui.Font; import javax.microedition.lcdui.Graphics; public class DCSnake extends i { private h jdField_a_of_type_H; private h jdField_b_of_type_H; private h jdField_c_of_type_H; private boolean jdField_c_of_type_Boolean; private boolean d; private int jdField_a_of_type_Int; private int jdField_b_of_type_Int; private int jdField_c_of_type_Int; private boolean e; private f jdField_a_of_type_F; private f jdField_b_of_type_F; private f jdField_c_of_type_F; public final void a(int paramInt) { if (!this.jdField_c_of_type_Boolean) { paramInt = this; if (!this.d) { paramInt.jdField_a_of_type_Int = 6; paramInt.jdField_b_of_type_Int = 0; paramInt.d = true; return; } if (paramInt.jdField_b_of_type_Int < paramInt.jdField_a_of_type_Int) { Object localObject1; switch (paramInt.jdField_b_of_type_Int) { case 0: a.a(); break; case 1: this = paramInt; try { localObject1 = null; localObject1 = Font.getFont(32, 0, 8); Font localFont1 = Font.getFont(32, 1, 8); Font localFont2 = Font.getFont(32, 1, 0); this.jdField_a_of_type_F = new f((Font)localObject1, 0, -1); this.jdField_b_of_type_F = new f(localFont1, 16777215, 0); this.jdField_c_of_type_F = new f(localFont2, 16776960, 32768); t.a(this.jdField_c_of_type_F, this.jdField_a_of_type_F, this.jdField_b_of_type_F); } catch (IOException localIOException) { } case 2: localObject1 = a.a(new int[] { 1245188, 1245190, 1245189 }); v[] arrayOfv = a.a(new int[] { 1245191, 1245193, 1245192 }); t.a(new c(localObject1, true), new c(arrayOfv, true)); break; case 3: paramInt.jdField_a_of_type_H = new h(851968, new m(paramInt, paramInt.jdField_c_of_type_F, paramInt.jdField_b_of_type_F)); break; case 4: paramInt.b(); break; case 5: for (int i2 = 0; i2 < a.a(); i2++) a.c(); } paramInt.jdField_b_of_type_Int += 1; return; } paramInt.jdField_c_of_type_Boolean = true; paramInt.d = false; paramInt.jdField_c_of_type_H = paramInt.jdField_a_of_type_H; paramInt.a(); return; } if (this.jdField_c_of_type_H != this.jdField_b_of_type_H) this.jdField_b_of_type_H = this.jdField_c_of_type_H; if (this.jdField_b_of_type_H != null) { int i = paramInt; int j; int i7; if ((paramInt = this.jdField_b_of_type_H).g != 0) { i.jdField_b_of_type_Boolean = true; if (paramInt.g == 3) { if ((j = paramInt).d < j.jdField_c_of_type_Int) { long l1 = System.currentTimeMillis(); do { if (j.jdField_a_of_type_Boolean) { a.c(); } else if ((paramInt = j.d) < j.e) { k = j.jdField_b_of_type_ArrayOfByte[j.jdField_b_of_type_Int]; j.jdField_a_of_type_M.a(k, paramInt); } else if (paramInt -= j.e < j.f) { j.jdField_a_of_type_M.b(j.jdField_b_of_type_Int, paramInt); } else { paramInt -= j.f; k = j.jdField_b_of_type_ArrayOfShort[paramInt]; paramInt = j; if (h.jdField_a_of_type_JavaUtilHashtable == null) h.jdField_a_of_type_JavaUtilHashtable = new Hashtable(); byte[] arrayOfByte = paramInt.jdField_a_of_type_ArrayOfByte; int i12 = paramInt.jdField_a_of_type_ArrayOfShort[k]; m = arrayOfByte[(i12++)]; Vector localVector = new Vector(); javax.microedition.lcdui.Image[][] arrayOfImage; = new javax.microedition.lcdui.Image[1][]; c[] arrayOfc = new c[1]; int i4 = arrayOfByte[(i12++)]; int i6 = arrayOfByte[(i12++)]; t localt = new t(); paramInt.jdField_a_of_type_M.a(k, localt, 0); paramInt.jdField_a_of_type_M.a(k, localt, i4, m, i6); i4 = arrayOfByte[(i12++)]; m.a(localt, i4); i6 = h.a(arrayOfByte, i12); i12 += 4; String str = paramInt.jdField_a_of_type_M.a(k, i6, -1); i12 = h.a(arrayOfByte, i12, 1, arrayOfImage;, arrayOfc); javax.microedition.lcdui.Image localImage = arrayOfImage;[0] == null ? null : arrayOfImage;[0][0]; c localc1 = arrayOfc[0]; i6 = arrayOfByte[(i12++)]; if ((str != null) || (localc1 != null) || (localImage != null)) if (localc1 != null) m.a(localt, str, localc1, i6); else m.a(localt, str, localImage, i6); int i5 = arrayOfByte[(i12++)]; if ((i6 = arrayOfByte[(i12++)] & 0xFF) != 255) { localVector.addElement(new Integer(i5)); localVector.addElement(new Integer(i6)); } m.a(localt, i5, 0); i5 = arrayOfByte[(i12++)]; if ((i6 = arrayOfByte[(i12++)] & 0xFF) != 255) { localVector.addElement(new Integer(i5)); localVector.addElement(new Integer(i6)); } m.a(localt, i5, 1); for (int i8 = 0; i8 < m; i8++) { int i9; [Ljavax.microedition.lcdui.Image localImage;1; switch (i9 = arrayOfByte[(i12++)]) { case 0: i6 = h.a(arrayOfByte, i12); i12 += 4; str = paramInt.jdField_a_of_type_M.a(k, i6, i8); i12 = h.a(arrayOfByte, i12, 3, arrayOfImage;, arrayOfc); localImage;1 = arrayOfImage;[0]; localc1 = arrayOfc[0]; i6 = h.a(arrayOfByte[(i12++)]); paramInt.jdField_a_of_type_M.a(k, localt, i8, i9, str, localc1, localImage;1, i6); break; case 1: i6 = h.a(arrayOfByte, i12); i12 += 4; str = paramInt.jdField_a_of_type_M.a(k, i6, i8); i12 = h.a(arrayOfByte, i12, 4, arrayOfImage;, arrayOfc); localImage;1 = arrayOfImage;[0]; localc1 = arrayOfc[0]; String[] arrayOfString = new String[i9 = arrayOfByte[(i12++)]]; for (int i11 = 0; i11 < i9; i11++) { i6 = h.a(arrayOfByte, i12); i12 += 4; arrayOfString[i11] = paramInt.jdField_a_of_type_M.a(k, i6, i8); } i12 = h.a(arrayOfByte, i12, i9, arrayOfImage;, arrayOfc); [Ljavax.microedition.lcdui.Image localImage;2 = arrayOfImage;[0]; c localc2 = arrayOfc[0]; i6 = h.a(arrayOfByte[(i12++)]); paramInt.jdField_a_of_type_M.a(k, localt, i8, str, localc1, localImage;1, arrayOfString, localc2, localImage;2, i6); break; case 2: i12 += 4; i12 = h.a(arrayOfByte, i12, 4, arrayOfImage;, arrayOfc); i12 += 3; break; case 3: i12 += 9; i12 = h.a(arrayOfByte, i12, 3, arrayOfImage;, arrayOfc); i12 += 2; break; case 4: i6 = h.a(arrayOfByte, i12); i12 += 4; str = paramInt.jdField_a_of_type_M.a(k, i6, i8); i12 = h.a(arrayOfByte, i12, 1, arrayOfImage;, arrayOfc); localImage;1 = arrayOfImage;[0]; localc1 = arrayOfc[0]; paramInt.jdField_a_of_type_M.a(k, localt, i8, 1, str, localc1, localImage;1, -1); } } paramInt.jdField_a_of_type_M.a(k, localt, 1); paramInt.jdField_a_of_type_M.a(k, localt); localt.b(0); paramInt.jdField_a_of_type_ArrayOfT[k] = localt; if (localVector.size() > 0) { short[] arrayOfShort2 = new short[localVector.size()]; for (int i10 = 0; i10 < localVector.size(); i10++) arrayOfShort2[i10] = (short)((Integer)localVector.elementAt(i10)).intValue(); paramInt.jdField_a_of_type_Array2dOfShort[k] = arrayOfShort2; } } j.d += 1; paramInt = (int)(System.currentTimeMillis() - l1); } while ((j.d < j.jdField_c_of_type_Int) && (paramInt < 50)); break label1789; } if ((!j.jdField_a_of_type_Boolean) && ((i7 = a.a()) > 0)) { j.d = 0; j.jdField_c_of_type_Int = i7; j.jdField_a_of_type_Boolean = true; break label1789; } paramInt = j; long l2 = System.currentTimeMillis(); if (!paramInt.jdField_b_of_type_Boolean) { paramInt.jdField_b_of_type_Boolean = true; paramInt.jdField_a_of_type_Long = l2; } int m = 0; paramInt.jdField_b_of_type_Boolean = false; if (((int)(l2 - paramInt.jdField_a_of_type_Long) < 150 ? 0 : 1) != 0) j.a(); break label1789; } } else if (paramInt.jdField_b_of_type_Int != -1) { i.jdField_b_of_type_Boolean = true; paramInt.b(); break label1789; } int k = paramInt.jdField_a_of_type_M.a(paramInt.jdField_a_of_type_Int, j); paramInt.a(k); if (paramInt.jdField_a_of_type_T != null) { Object localObject2 = paramInt.jdField_a_of_type_T.a(j); paramInt.jdField_c_of_type_ArrayOfByte[paramInt.jdField_a_of_type_Int] = (byte)paramInt.jdField_a_of_type_T.f(); if (localObject2 != null) if (localObject2[0] == 1) { paramInt.a(localObject2[1]); } else if (localObject2[0] == 0) { k = 0; short[] arrayOfShort1; if ((arrayOfShort1 = paramInt.jdField_a_of_type_Array2dOfShort[paramInt.jdField_a_of_type_Int]) != null) { int n = 0; while (n < arrayOfShort1.length) { int i1 = arrayOfShort1[(n++)]; int i3 = arrayOfShort1[(n++)]; if (i1 != localObject2[1]) continue; paramInt.a(i3); k = 1; } } if (k == 0) { i7 = localObject2[1]; localObject2 = paramInt; if ((i7 != -1) && (j.b(i7) == 2)) ((h)localObject2).a(-3); } } } label1789: if (this.jdField_c_of_type_Int != -1) this.jdField_c_of_type_Int = this.jdField_b_of_type_H.a(); } } private void b() { if (this.e) return; byte[] arrayOfByte; int i = (arrayOfByte = j.a(1507333)).length; int j = 0; while (j < i) { int k = arrayOfByte[(j++)]; int m = h.a(arrayOfByte, j); j += 4; j++; int n = h.a(arrayOfByte, j); j += 4; int i1 = arrayOfByte[(j++)]; javax.microedition.lcdui.Image localImage = null; if (n != -1) localImage = j.a(n); j.a(k, m, localImage, i1); } this.e = true; } public final void a(Graphics paramGraphics) { if (this.d) { a(paramGraphics, this.jdField_b_of_type_Int * 50 / this.jdField_a_of_type_Int); return; } if (this.jdField_b_of_type_H != null) { if (this.jdField_c_of_type_Int != -1) { a(paramGraphics, 50 + (this.jdField_c_of_type_Int >> 1)); return; } if ((this = this.jdField_b_of_type_H).a()) { m.a(paramGraphics, a()); return; } this.jdField_a_of_type_M.a(this.jdField_a_of_type_Int, paramGraphics); if (this.jdField_a_of_type_T != null) this.jdField_a_of_type_M.a(this.jdField_a_of_type_Int, paramGraphics, this.jdField_a_of_type_T); } } public final void a(int paramInt1, int paramInt2) { if (this.d) return; if (this.jdField_b_of_type_H != null) { paramInt1 = paramInt1; h localh; if ((((localh = this = this.jdField_b_of_type_H).g != 0) && (localh.g != 5) ? 1 : 0) == 0) { if (this.jdField_a_of_type_T != null) this.jdField_a_of_type_T.c(paramInt1, paramInt2); if (this.jdField_a_of_type_M != null) this.jdField_a_of_type_M.a(this.jdField_a_of_type_Int, paramInt1, paramInt2); } } } public final void b(int paramInt) { if (this.d) return; if (this.jdField_b_of_type_H != null) { if (paramInt == 1) { if (!(this = this.jdField_b_of_type_H).a()) this.jdField_a_of_type_M.a(); return; } if (paramInt == 5) this.jdField_b_of_type_H.jdField_a_of_type_M.b(); } } public final void c(int paramInt) { if (this.jdField_c_of_type_Boolean) { h localh = null; (localh = this.jdField_a_of_type_H).jdField_c_of_type_Boolean = true; if (localh.jdField_b_of_type_Int == -1) localh.jdField_b_of_type_Int = localh.jdField_a_of_type_Int; if (localh.g != 0) { localh.g = 1; localh.b(); } } j.a(paramInt); this.e = false; b(); } private static void a(Graphics paramGraphics, int paramInt) { paramGraphics.setColor(16777215); paramGraphics.fillRect(0, 0, 176, 204); paramInt = paramInt * 84 / 100; paramGraphics.setColor(0); paramGraphics.drawRect(44, 98, 87, 6); paramGraphics.fillRect(46, 100, paramInt, 3); } }

作者信息:屈伟地址：武汉大学水利水电学院01803信箱(430072)邮箱：qu@net165.com

一个关于贪吃蛇游戏程序，通过游戏程序设计，提高编程兴趣与编程思路，巩固C语言中所学的知识，合理的运用资料，实现理论与实际相结合