枚举java语言中的修饰符组合的实例代码
枚举java语言中的修饰符组合，代码如下所示：
packagemodel;
/*22:372019/7/20*/
/*
topclass的修饰符组合
abstractfinalpublic
*2*2
warning:
abstractfinal冲突
最终,共有2*(2*2-1)=6种修饰符组合用于topclass
*/
/*
publicabstractclassPublicAbstractClass{}
publicfinalclassPublicFinalClass{}
abstractclassAbstractClass{}
finalclassFinalClass{}
publicclassPublicClass{}
classClass{}
关于constructor的修饰符组合
abstract[DEFAULT]protectedpublic
关于field的修饰符组合
*2*2*2*2
权限静态的瞬态的同步的
private缺省缺省缺省缺省
缺省(notfinal)(notstatic)(nottransient)(notvolatile)
protected
publicfinalstatictransientvolatile
warning:
volatilefinal冲突
最终,共有4*2*2*(2*2-1)=48种修饰符组合用于field
关于method的修饰符组合
*2*2*2*2*2
权限静态的同步的本地的
private缺省缺省缺省缺省缺省
缺省(notabstract)(notfinal)(notstatic)(notsynchronized)(notnative)
protected
publicabstractfinalstaticsynchronizednative
warning:
abstract和private冲突
abstract和final冲突
abstract和synchronized冲突
abstract和static冲突
abstract和native冲突
所以abstractmethod的修饰符组合只有三种:
abstract
protectedabstract
publicabstract
最终,共有4*2*2*2*2+3=67中修饰符组合用于method
*/
/**
*这个类列举了所有的用于字段的修饰符组合
*├构造器的修饰符组合
*└方法的修饰符组合
*@authorzhangxingshuo
*/
abstractclassA{
/*fields*/
/*transientandvolatile*/
privatetransientvolatileintprivateTransientVolatileIntMemberField;
transientvolatileinttransientVolatileIntMemberField;
protectedtransientvolatileintprotectedTransientVolatileIntMemberField;
publictransientvolatileintpublicTransientVolatileIntMemberField;
//privatefinaltransientvolatileintprivateFinalTransientVolatileIntMemberField=0;
//finaltransientvolatileintfinalTransientVolatileIntMemberField=0;
//protectedfinaltransientvolatileintprotectedFinalTransientVolatileIntMemberField=0;
//publicfinaltransientvolatileintpublicFinalTransientVolatileIntMemberField=0;
privatestatictransientvolatileintprivateStaticTransientVolatileIntMemberField;
statictransientvolatileintstaticTransientVolatileIntMemberField;
protectedstatictransientvolatileintprotectedStaticTransientVolatileIntMemberField;
publicstatictransientvolatileintpublicStaticTransientVolatileIntMemberField;
//privatefinalstatictransientvolatileintprivateFinalStaticTransientVolatileIntMemberField=0;
//finalstatictransientvolatileintfinalStaticTransientVolatileIntMemberField=0;
//protectedfinalstatictransientvolatileintprotectedFinalStaticTransientVolatileIntMemberField=0;
//publicfinalstatictransientvolatileintpublicFinalStaticTransientVolatileIntMemberField=0;
/*nottransientandvolatile*/
privatevolatileintprivateVolatileIntMemberField;
volatileintVolatileIntMemberField;
protectedvolatileintprotectedVolatileIntMemberField;
publicvolatileintpublicVolatileIntMemberField;
//privatefinalvolatileintprivateFinalVolatileIntMemberField=0;
//finalvolatileintfinalVolatileIntMemberField=0;
//protectedfinalvolatileintprotectedFinalVolatileIntMemberField=0;
//publicfinalvolatileintpublicFinalVolatileIntMemberField=0;
privatestaticvolatileintprivateStaticVolatileIntMemberField;
staticvolatileintstaticVolatileIntMemberField;
protectedstaticvolatileintprotectedStaticVolatileIntMemberField;
publicstaticvolatileintpublicStaticVolatileIntMemberField;
//privatefinalstaticvolatileintprivateFinalStaticVolatileIntMemberField=0;
//finalstaticvolatileintfinalStaticVolatileIntMemberField=0;
//protectedfinalstaticvolatileintprotectedFinalStaticVolatileIntMemberField=0;
//publicfinalstaticvolatileintpublicFinalStaticVolatileIntMemberField=0;
/*transientandnotvolatile*/
privatetransientintprivateTransientIntMemberField;
transientinttransientIntMemberField;
protectedtransientintprotectedTransientIntMemberField;
publictransientintpublicTransientIntMemberField;
privatefinaltransientintprivateFinalTransientIntMemberField=0;
finaltransientintfinalTransientIntMemberField=0;
protectedfinaltransientintprotectedFinalTransientIntMemberField=0;
publicfinaltransientintpublicFinalTransientIntMemberField=0;
privatestatictransientintprivateStaticTransientIntMemberField;
statictransientintstaticTransientIntMemberField;
protectedstatictransientintprotectedStaticTransientIntMemberField;
publicstatictransientintpublicStaticTransientIntMemberField;
privatefinalstatictransientintprivateFinalStaticTransientIntMemberField=0;
finalstatictransientintfinalStaticTransientIntMemberField=0;
protectedfinalstatictransientintprotectedFinalStaticTransientIntMemberField=0;
publicfinalstatictransientintpublicFinalStaticTransientIntMemberField=0;
/*nottransientandnotvolatile*/
privateintprivateIntMemberField;
intintMemberField;
protectedintprotectedIntMemberField;
publicintpublicIntMemberField;
privatefinalintprivateFinalIntMemberField=0;
finalintfinalIntMemberField=0;
protectedfinalintprotectedFinalIntMemberField=0;
publicfinalintpublicFinalIntMemberField=0;
privatestaticintprivateStaticIntMemberField;
staticintstaticIntMemberField;
protectedstaticintprotectedStaticIntMemberField;
publicstaticintpublicStaticIntMemberField;
privatefinalstaticintprivateFinalStaticIntMemberField=0;
finalstaticintfinalStaticIntMemberField=0;
protectedfinalstaticintprotectedFinalStaticIntMemberField=0;
publicfinalstaticintpublicFinalStaticIntMemberField=0;
/*constructors*/
privateA(){}
A(inti){}
protectedA(inti,intj){}
publicA(inti,intj,intk){}
/*methods*/
privatefinalstaticsynchronizednativevoidprivateFinalStaticSynchronizedNativeVoidMethod();
finalstaticsynchronizednativevoidfinalStaticSynchronizedNativeVoidMethod();
protectedfinalstaticsynchronizednativevoidprotectedFinalStaticSynchronizedNativeVoidMethod();
publicfinalstaticsynchronizednativevoidpublicFinalStaticSynchronizedNativeVoidMethod();
privatestaticsynchronizednativevoidprivateStaticSynchronizedNativeVoidMethod();
staticsynchronizednativevoidstaticSynchronizedNativeVoidMethod();
protectedstaticsynchronizednativevoidprotectedStaticSynchronizedNativeVoidMethod();
publicstaticsynchronizednativevoidpublicStaticSynchronizedNativeVoidMethod();
privatefinalsynchronizednativevoidprivateFinalSynchronizedNativeVoidMethod();
finalsynchronizednativevoidfinalSynchronizedNativeVoidMethod();
protectedfinalsynchronizednativevoidprotectedFinalSynchronizedNativeVoidMethod();
publicfinalsynchronizednativevoidpublicFinalSynchronizedNativeVoidMethod();
privatesynchronizednativevoidprivateSynchronizedNativeVoidMethod();
synchronizednativevoidsynchronizedNativeVoidMethod();
protectedsynchronizednativevoidprotectedSynchronizedNativeVoidMethod();
publicsynchronizednativevoidpublicSynchronizedNativeVoidMethod();
privatefinalstaticnativevoidprivateFinalStaticNativeVoidMethod();
finalstaticnativevoidfinalStaticNativeVoidMethod();
protectedfinalstaticnativevoidprotectedFinalStaticNativeVoidMethod();
publicfinalstaticnativevoidpublicFinalStaticNativeVoidMethod();
privatestaticnativevoidprivateStaticNativeVoidMethod();
staticnativevoidstaticNativeVoidMethod();
protectedstaticnativevoidprotectedStaticNativeVoidMethod();
publicstaticnativevoidpublicStaticNativeVoidMethod();
privatefinalnativevoidprivateFinalNativeVoidMethod();
finalnativevoidfinalNativeVoidMethod();
protectedfinalnativevoidprotectedFinalNativeVoidMethod();
publicfinalnativevoidpublicFinalNativeVoidMethod();
privatenativevoidprivateNativeVoidMethod();
nativevoidnativeVoidMethod();
protectednativevoidprotectedNativeVoidMethod();
publicnativevoidpublicNativeVoidMethod();
privatefinalstaticsynchronizedvoidprivateFinalStaticSynchronizedVoidMethod(){};
finalstaticsynchronizedvoidfinalStaticSynchronizedVoidMethod(){};
protectedfinalstaticsynchronizedvoidprotectedFinalStaticSynchronizedVoidMethod(){};
publicfinalstaticsynchronizedvoidpublicFinalStaticSynchronizedVoidMethod(){};
privatestaticsynchronizedvoidprivateStaticSynchronizedVoidMethod(){};
staticsynchronizedvoidstaticSynchronizedVoidMethod(){};
protectedstaticsynchronizedvoidprotectedStaticSynchronizedVoidMethod(){};
publicstaticsynchronizedvoidpublicStaticSynchronizedVoidMethod(){};
privatefinalsynchronizedvoidprivateFinalSynchronizedVoidMethod(){};
finalsynchronizedvoidfinalSynchronizedVoidMethod(){};
protectedfinalsynchronizedvoidprotectedFinalSynchronizedVoidMethod(){};
publicfinalsynchronizedvoidpublicFinalSynchronizedVoidMethod(){};
privatesynchronizedvoidprivateSynchronizedVoidMethod(){};
synchronizedvoidsynchronizedVoidMethod(){};
protectedsynchronizedvoidprotectedSynchronizedVoidMethod(){};
publicsynchronizedvoidpublicSynchronizedVoidMethod(){};
privatefinalstaticvoidprivateFinalStaticVoidMethod(){};
finalstaticvoidfinalStaticVoidMethod(){};
protectedfinalstaticvoidprotectedFinalStaticVoidMethod(){};
publicfinalstaticvoidpublicFinalStaticVoidMethod(){};
privatestaticvoidprivateStaticVoidMethod(){};
staticvoidstaticVoidMethod(){};
protectedstaticvoidprotectedStaticVoidMethod(){};
publicstaticvoidpublicStaticVoidMethod(){};
privatefinalvoidprivateFinalVoidMethod(){};
finalvoidfinalVoidMethod(){};
protectedfinalvoidprotectedFinalVoidMethod(){};
publicfinalvoidpublicFinalVoidMethod(){};
privatevoidprivateVoidMethod(){};
voidvoidMethod(){};
protectedvoidprotectedVoidMethod(){};
publicvoidpublicVoidMethod(){};
//privateabstractfinalstaticsynchronizednativevoidprivateAbstractFinalStaticSynchronizedNativeVoidMethod(){};
//abstractfinalstaticsynchronizednativevoidabstractFinalStaticSynchronizedNativeVoidMethod(){};
//protectedabstractfinalstaticsynchronizednativevoidprotectedAbstractFinalStaticSynchronizedNativeVoidMethod(){};
//publicabstractfinalstaticsynchronizednativevoidpublicAbstractFinalStaticSynchronizedNativeVoidMethod(){};
//privateabstractstaticsynchronizednativevoidprivateAbstractStaticSynchronizedNativeVoidMethod();
//abstractstaticsynchronizednativevoidabstractStaticSynchronizedNativeVoidMethod();
//protectedabstractstaticsynchronizednativevoidprotectedAbstractStaticSynchronizedNativeVoidMethod();
//publicabstractstaticsynchronizednativevoidpublicAbstractStaticSynchronizedNativeVoidMethod();
//privateabstractfinalsynchronizednativevoidprivateAbstractFinalSynchronizedNativeVoidMethod(){};
//abstractfinalsynchronizednativevoidabstractFinalSynchronizedNativeVoidMethod(){};
//protectedabstractfinalsynchronizednativevoidprotectedAbstractFinalSynchronizedNativeVoidMethod(){};
//publicabstractfinalsynchronizednativevoidpublicAbstractFinalSynchronizedNativeVoidMethod(){};
//privateabstractsynchronizednativevoidprivateAbstractSynchronizedNativeVoidMethod(){};
//abstractsynchronizednativevoidabstractSynchronizedNativeVoidMethod(){};
//protectedabstractsynchronizednativevoidprotectedAbstractSynchronizedNativeVoidMethod(){};
//publicabstractsynchronizednativevoidpublicAbstractSynchronizedNativeVoidMethod(){};
//privateabstractfinalstaticnativevoidprivateAbstractFinalStaticNativeVoidMethod(){};
//abstractfinalstaticnativevoidabstractFinalStaticNativeVoidMethod(){};
//protectedabstractfinalstaticnativevoidprotectedAbstractFinalStaticNativeVoidMethod(){};
//publicabstractfinalstaticnativevoidpublicAbstractFinalStaticNativeVoidMethod(){};
//privateabstractstaticnativevoidprivateAbstractStaticNativeVoidMethod(){};
//abstractstaticnativevoidabstractStaticNativeVoidMethod(){};
//protectedabstractstaticnativevoidprotectedAbstractStaticNativeVoidMethod(){};
//publicabstractstaticnativevoidpublicAbstractStaticNativeVoidMethod(){};
//privateabstractfinalnativevoidprivateAbstractFinalNativeVoidMethod(){};
//abstractfinalnativevoidabstractFinalNativeVoidMethod(){};
//protectedabstractfinalnativevoidprotectedAbstractFinalNativeVoidMethod(){};
//publicabstractfinalnativevoidpublicAbstractFinalNativeVoidMethod(){};
//privateabstractnativevoidprivateAbstractNativeVoidMethod();
//abstractnativevoidabstractNativeVoidMethod();
//protectedabstractnativevoidprotectedAbstractNativeVoidMethod();
//publicabstractnativevoidpublicAbstractNativeVoidMethod();
//privateabstractfinalstaticsynchronizedvoidprivateAbstractFinalStaticSynchronizedVoidMethod();
//abstractfinalstaticsynchronizedvoidabstractFinalStaticSynchronizedVoidMethod();
//protectedabstractfinalstaticsynchronizedvoidprotectedAbstractFinalStaticSynchronizedVoidMethod();
//publicabstractfinalstaticsynchronizedvoidpublicAbstractFinalStaticSynchronizedVoidMethod();
//privateabstractstaticsynchronizedvoidprivateAbstractStaticSynchronizedVoidMethod();
//abstractstaticsynchronizedvoidabstractStaticSynchronizedVoidMethod();
//protectedabstractstaticsynchronizedvoidprotectedAbstractStaticSynchronizedVoidMethod();
//publicabstractstaticsynchronizedvoidpublicAbstractStaticSynchronizedVoidMethod();
//privateabstractfinalsynchronizedvoidprivateAbstractFinalSynchronizedVoidMethod(){};
//abstractfinalsynchronizedvoidabstractFinalSynchronizedVoidMethod(){};
//protectedabstractfinalsynchronizedvoidprotectedAbstractFinalSynchronizedVoidMethod(){};
//publicabstractfinalsynchronizedvoidpublicAbstractFinalSynchronizedVoidMethod(){};
//privateabstractsynchronizedvoidprivateAbstractSynchronizedVoidMethod();
//abstractsynchronizedvoidabstractSynchronizedVoidMethod();
//protectedabstractsynchronizedvoidprotectedAbstractSynchronizedVoidMethod();
//publicabstractsynchronizedvoidpublicAbstractSynchronizedVoidMethod();
//privateabstractfinalstaticvoidprivateAbstractFinalStaticVoidMethod;
//abstractfinalstaticvoidabstractFinalStaticVoidMethod;
//protectedabstractfinalstaticvoidprotectedAbstractFinalStaticVoidMethod;
//publicabstractfinalstaticvoidpublicAbstractFinalStaticVoidMethod;
//privateabstractstaticvoidprivateAbstractStaticVoidMethod();
//abstractstaticvoidabstractStaticVoidMethod();
//protectedabstractstaticvoidprotectedAbstractStaticVoidMethod();
//publicabstractstaticvoidpublicAbstractStaticVoidMethod();
//privateabstractfinalvoidprivateAbstractFinalVoidMethod();
//abstractfinalvoidabstractFinalVoidMethod();
//protectedabstractfinalvoidprotectedAbstractFinalVoidMethod();
//publicabstractfinalvoidpublicAbstractFinalVoidMethod();
//privateabstractvoidprivateAbstractVoidMethod();
abstractvoidabstractVoidMethod();
protectedabstractvoidprotectedAbstractVoidMethod();
publicabstractvoidpublicAbstractVoidMethod();
}
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：
publicclassclassName{
//...
}
privatebooleanmyFlag;
staticfinaldoubleweeks=9.5;
protectedstaticfinalintBOXWIDTH=42;
publicstaticvoidmain(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！