枚举java语言中的修饰符组合，代码如下所示：
package model;
abstract class A {
private transient volatile int privateTransientVolatileIntMemberField;
transient volatile int transientVolatileIntMemberField;
protectedtransient volatile int protectedTransientVolatileIntMemberField;
public transient volatile int publicTransientVolatileIntMemberField;
// private final transient volatile int privateFinalTransientVolatileIntMemberField=0;
//final transient volatile int finalTransientVolatileIntMemberField=0;
// protected final transient volatile int protectedFinalTransientVolatileIntMemberField=0;
// public final transient volatile int publicFinalTransientVolatileIntMemberField=0;
private static transient volatile int privateStaticTransientVolatileIntMemberField;
static transient volatile int staticTransientVolatileIntMemberField;
protected static transient volatile int protectedStaticTransientVolatileIntMemberField;
public static transient volatile int publicStaticTransientVolatileIntMemberField;
// private final static transient volatile int privateFinalStaticTransientVolatileIntMemberField=0;
//final static transient volatile int finalStaticTransientVolatileIntMemberField=0;
// protected final static transient volatile int protectedFinalStaticTransientVolatileIntMemberField=0;
// public final static transient volatile int publicFinalStaticTransientVolatileIntMemberField=0;
privatevolatile int privateVolatileIntMemberField;
volatile int VolatileIntMemberField;
protected volatile int protectedVolatileIntMemberField;
public volatile int publicVolatileIntMemberField;
// private final volatile int privateFinalVolatileIntMemberField=0;
//final volatile int finalVolatileIntMemberField=0;
// protected final volatile int protectedFinalVolatileIntMemberField=0;
// public final volatile int publicFinalVolatileIntMemberField=0;
private staticvolatile int privateStaticVolatileIntMemberField;
staticvolatile int staticVolatileIntMemberField;
protected staticvolatile int protectedStaticVolatileIntMemberField;
public staticvolatile int publicStaticVolatileIntMemberField;
// private final staticvolatile int privateFinalStaticVolatileIntMemberField=0;
//final staticvolatile int finalStaticVolatileIntMemberField=0;
// protected final staticvolatile int protectedFinalStaticVolatileIntMemberField=0;
// public final staticvolatile int publicFinalStaticVolatileIntMemberField=0;
private transient int privateTransientIntMemberField;
transient int transientIntMemberField;
protectedtransient int protectedTransientIntMemberField;
public transient int publicTransientIntMemberField;
private final transient int privateFinalTransientIntMemberField=0;
final transient int finalTransientIntMemberField=0;
protected final transient int protectedFinalTransientIntMemberField=0;
public final transient int publicFinalTransientIntMemberField=0;
private static transient int privateStaticTransientIntMemberField;
static transient int staticTransientIntMemberField;
protected static transient int protectedStaticTransientIntMemberField;
public static transient int publicStaticTransientIntMemberField;
private final static transient int privateFinalStaticTransientIntMemberField=0;
final static transient int finalStaticTransientIntMemberField=0;
protected final static transient int protectedFinalStaticTransientIntMemberField=0;
public final static transient int publicFinalStaticTransientIntMemberField=0;
private int privateIntMemberField;
int intMemberField;
protectedint protectedIntMemberField;
public int publicIntMemberField;
private final int privateFinalIntMemberField=0;
final int finalIntMemberField=0;
protected final int protectedFinalIntMemberField=0;
public final int publicFinalIntMemberField=0;
private static int privateStaticIntMemberField;
static int staticIntMemberField;
protected static int protectedStaticIntMemberField;
public static int publicStaticIntMemberField;
private final static int privateFinalStaticIntMemberField=0;
final static int finalStaticIntMemberField=0;
protected final static int protectedFinalStaticIntMemberField=0;
public final static int publicFinalStaticIntMemberField=0;
private A( ){}
A(int i ){}
protected A(int i,int j ){}
public A(int i,int j,int k){}
private final static synchronized native void privateFinalStaticSynchronizedNativeVoidMethod();
final static synchronized native void finalStaticSynchronizedNativeVoidMethod();
protected final static synchronized native void protectedFinalStaticSynchronizedNativeVoidMethod();
publicfinal static synchronized native void publicFinalStaticSynchronizedNativeVoidMethod();
private static synchronized native void privateStaticSynchronizedNativeVoidMethod();
static synchronized native void staticSynchronizedNativeVoidMethod();
protected static synchronized native void protectedStaticSynchronizedNativeVoidMethod();
public static synchronized native void publicStaticSynchronizedNativeVoidMethod();
private final synchronized native void privateFinalSynchronizedNativeVoidMethod();
final synchronized native void finalSynchronizedNativeVoidMethod();
protected final synchronized native void protectedFinalSynchronizedNativeVoidMethod();
publicfinal synchronized native void publicFinalSynchronizedNativeVoidMethod();
private synchronized native void privateSynchronizedNativeVoidMethod();
synchronized native void synchronizedNativeVoidMethod();
protected synchronized native void protectedSynchronizedNativeVoidMethod();
publicsynchronized native void publicSynchronizedNativeVoidMethod();
private final staticnative void privateFinalStaticNativeVoidMethod();
final staticnative void finalStaticNativeVoidMethod();
protected final staticnative void protectedFinalStaticNativeVoidMethod();
publicfinal staticnative void publicFinalStaticNativeVoidMethod();
private staticnative void privateStaticNativeVoidMethod();
staticnative void staticNativeVoidMethod();
protected staticnative void protectedStaticNativeVoidMethod();
public staticnative void publicStaticNativeVoidMethod();
private final native void privateFinalNativeVoidMethod();
final native void finalNativeVoidMethod();
protected final native void protectedFinalNativeVoidMethod();
publicfinal native void publicFinalNativeVoidMethod();
private native void privateNativeVoidMethod();
native void nativeVoidMethod();
protected native void protectedNativeVoidMethod();
public native void publicNativeVoidMethod();
private final static synchronized void privateFinalStaticSynchronizedVoidMethod(){};
final static synchronized void finalStaticSynchronizedVoidMethod(){};
protected final static synchronized void protectedFinalStaticSynchronizedVoidMethod(){};
publicfinal static synchronized void publicFinalStaticSynchronizedVoidMethod(){};
private static synchronized void privateStaticSynchronizedVoidMethod(){};
static synchronized void staticSynchronizedVoidMethod(){};
protected static synchronized void protectedStaticSynchronizedVoidMethod(){};
public static synchronized void publicStaticSynchronizedVoidMethod(){};
private final synchronized void privateFinalSynchronizedVoidMethod(){};
final synchronized void finalSynchronizedVoidMethod(){};
protected final synchronized void protectedFinalSynchronizedVoidMethod(){};
publicfinal synchronized void publicFinalSynchronizedVoidMethod(){};
private synchronized void privateSynchronizedVoidMethod(){};
synchronized void synchronizedVoidMethod(){};
protected synchronized void protectedSynchronizedVoidMethod(){};
publicsynchronized void publicSynchronizedVoidMethod(){};
private final static void privateFinalStaticVoidMethod(){};
final static void finalStaticVoidMethod(){};
protected final static void protectedFinalStaticVoidMethod(){};
publicfinal static void publicFinalStaticVoidMethod(){};
private static void privateStaticVoidMethod(){};
static void staticVoidMethod(){};
protected static void protectedStaticVoidMethod(){};
public static void publicStaticVoidMethod(){};
private final void privateFinalVoidMethod(){};
final void finalVoidMethod(){};
protected final void protectedFinalVoidMethod(){};
publicfinal void publicFinalVoidMethod(){};
private void privateVoidMethod(){};
void voidMethod(){};
protected void protectedVoidMethod(){};
public void publicVoidMethod(){};
// private abstract final static synchronized native void privateAbstractFinalStaticSynchronizedNativeVoidMethod(){};
//abstract final static synchronized native void abstractFinalStaticSynchronizedNativeVoidMethod(){};
// protected abstract final static synchronized native void protectedAbstractFinalStaticSynchronizedNativeVoidMethod(){};
// public abstract final static synchronized native void publicAbstractFinalStaticSynchronizedNativeVoidMethod(){};
// private abstract static synchronized native void privateAbstractStaticSynchronizedNativeVoidMethod();
//abstract static synchronized native void abstractStaticSynchronizedNativeVoidMethod();
// protected abstract static synchronized native void protectedAbstractStaticSynchronizedNativeVoidMethod();
// public abstract static synchronized native void publicAbstractStaticSynchronizedNativeVoidMethod();
// private abstract final synchronized native void privateAbstractFinalSynchronizedNativeVoidMethod(){};
//abstract final synchronized native void abstractFinalSynchronizedNativeVoidMethod(){};
// protected abstract final synchronized native void protectedAbstractFinalSynchronizedNativeVoidMethod(){};
// public abstract final synchronized native void publicAbstractFinalSynchronizedNativeVoidMethod(){};
// private abstract synchronized native void privateAbstractSynchronizedNativeVoidMethod(){};
//abstract synchronized native void abstractSynchronizedNativeVoidMethod(){};
// protected abstract synchronized native void protectedAbstractSynchronizedNativeVoidMethod(){};
// public abstract synchronized native void publicAbstractSynchronizedNativeVoidMethod(){};
// private abstract final staticnative void privateAbstractFinalStaticNativeVoidMethod(){};
//abstract final staticnative void abstractFinalStaticNativeVoidMethod(){};
// protected abstract final staticnative void protectedAbstractFinalStaticNativeVoidMethod(){};
// public abstract final staticnative void publicAbstractFinalStaticNativeVoidMethod(){};
// private abstract staticnative void privateAbstractStaticNativeVoidMethod(){};
//abstract staticnative void abstractStaticNativeVoidMethod(){};
// protected abstract staticnative void protectedAbstractStaticNativeVoidMethod(){};
// public abstract staticnative void publicAbstractStaticNativeVoidMethod(){};
// private abstract final native void privateAbstractFinalNativeVoidMethod(){};
//abstract final native void abstractFinalNativeVoidMethod(){};
// protected abstract final native void protectedAbstractFinalNativeVoidMethod(){};
// public abstract final native void publicAbstractFinalNativeVoidMethod(){};
// private abstractnative void privateAbstractNativeVoidMethod();
//abstractnative void abstractNativeVoidMethod();
// protected abstractnative void protectedAbstractNativeVoidMethod();
// public abstractnative void publicAbstractNativeVoidMethod();
// private abstract final static synchronized void privateAbstractFinalStaticSynchronizedVoidMethod();
//abstract final static synchronized void abstractFinalStaticSynchronizedVoidMethod();
// protected abstract final static synchronized void protectedAbstractFinalStaticSynchronizedVoidMethod();
// public abstract final static synchronized void publicAbstractFinalStaticSynchronizedVoidMethod();
// private abstract static synchronized void privateAbstractStaticSynchronizedVoidMethod();
//abstract static synchronized void abstractStaticSynchronizedVoidMethod();
// protected abstract static synchronized void protectedAbstractStaticSynchronizedVoidMethod();
// public abstract static synchronized void publicAbstractStaticSynchronizedVoidMethod();
// private abstract final synchronized void privateAbstractFinalSynchronizedVoidMethod(){};
//abstract final synchronized void abstractFinalSynchronizedVoidMethod(){};
// protected abstract final synchronized void protectedAbstractFinalSynchronizedVoidMethod(){};
// public abstract final synchronized void publicAbstractFinalSynchronizedVoidMethod(){};
// private abstract synchronized void privateAbstractSynchronizedVoidMethod();
//abstract synchronized void abstractSynchronizedVoidMethod();
// protected abstract synchronized void protectedAbstractSynchronizedVoidMethod();
// public abstract synchronized void publicAbstractSynchronizedVoidMethod();
// private abstract final static void privateAbstractFinalStaticVoidMethod;
//abstract final static void abstractFinalStaticVoidMethod;
// protected abstract final static void protectedAbstractFinalStaticVoidMethod;
// public abstract final static void publicAbstractFinalStaticVoidMethod;
// private abstract static void privateAbstractStaticVoidMethod();
//abstract static void abstractStaticVoidMethod();
// protected abstract static void protectedAbstractStaticVoidMethod();
// public abstract static void publicAbstractStaticVoidMethod();
// private abstract final void privateAbstractFinalVoidMethod();
//abstract final void abstractFinalVoidMethod();
// protected abstract final void protectedAbstractFinalVoidMethod();
// public abstract final void publicAbstractFinalVoidMethod();
// private abstract void privateAbstractVoidMethod();
abstract void abstractVoidMethod();
protected abstract void protectedAbstractVoidMethod();
public abstract void publicAbstractVoidMethod();
}
ps：Java 修饰符
Java语言提供了很多修饰符，主要分为以下两类：
- 访问修饰符
- 非访问修饰符
修饰符用来定义类、方法或者变量，通常放在语句的最前端。我们通过下面的例子来说明：
public class className {
// ...
}
private boolean myFlag;
static final double weeks = 9.5;
protected static final int BOXWIDTH = 42;
public static void main(String[] arguments) {
// 方法体
}
访问控制修饰符
Java中，可以使用访问控制符来保护对类、变量、方法和构造方法的访问。Java 支持 4 种不同的访问权限。
- default (即缺省，什么也不写）: 在同一包内可见，不使用任何修饰符。使用对象：类、接口、变量、方法。
- private : 在同一类内可见。使用对象：变量、方法。 注意：不能修饰类（外部类）
- public : 对所有类可见。使用对象：类、接口、变量、方法
- protected : 对同一包内的类和所有子类可见。使用对象：变量、方法。 注意：不能修饰类（外部类）。
总结
以上所述是小编给大家介绍的枚举java语言中的修饰符组合的实例代码，希望对大家有所帮助，如果大家有任何疑问欢迎给我留言，小编会及时回复大家的！
