Differences in the execution process of class inheritance for Java and CSharp

Differences in the execution process of Java and CSharp class inheritance:

Java execution: Subclasses first initializes the members of the parent class → Initializes the parent class's constructor → Returns the child class executes the member of the initialization subclass → Initializes the subclass constructor.

CSharp Execution: Subclasses initialize the members of the subclass → Initialize the members of the parent class → Initialize the constructor of the parent class → Initialize the constructor of the subclass.

Assume that Class A inherits from Class B.

Java execution process: Class A initializes the members of Class B → Initializes the class B constructor → Initializes the Class A member → Initializes the Class A constructor.

CSharp Execution Process: Class A initializes the members of Class A → Initializes the members of Class B → Initializes the class B constructor → Initializes the class A constructors.

Assume: Class A inherits from Class B, Class B inherits from Class C, and so on.

Java execution: Class A initializes the members of Class C → Initializes the class C constructor → Initializes the member of Class B → Initializes the class B constructor → Initializes the Class A member → Initializes the Class A constructor.

CSharp Execution Process: Class A initializes the members of Class A first → Initializes members of class B → Initializes members of class C → Initializes the class C constructor → Initializes the class B constructor → Initializes the class A constructor.

Example code:

----------------------Java Code----------------------

1 //----------------------Java code----------------------2 classDemoextendsx{3Y y =NewY ();4Demo () {System.out.print ("Z"));}5      Public Static voidMain (string[] args) {6         NewDemo ();7     }8 }9 classXextendsJ {TenY y =NewY (); One X () { ASystem.out.print ("X"); -     } - } the classY { - Y () { -System.out.print ("Y"); -     } + } - classj{ +K k =NewK (); A J () { atSystem.out.print ("J"); -     } - } - classk{ - K () { -System.out.print ("K"); in     } - } to //The result of Java output is: kjyxyz

----------------------CSharp Code----------------------

1 //----------------------CSharp Code----------------------2 usingSystem;3 4 classdemo:x5 {6Y y =NewY ();7 8      PublicDemo ()9     {TenConsole.Write ("Z"); One     } A  -     Static voidMain (string[] args) { -         NewDemo (); the     } - } -  -  Public classx:j + { -Y y =NewY (); +      PublicX () A     { atConsole.Write ("X"); -     } - } -  -  Public classY - { in      PublicY () -     { toConsole.Write ("Y"); +     } - } the  *  Public classJ $ {Panax NotoginsengK k =NewK (); -      PublicJ () the     { +Console.Write ("J"); A     } the } +  -  Public classK $ { $      PublicK () -     { -Console.Write ("K"); the     } - }Wuyi //csharp Output Result: Yykjxz

Differences in the execution process of class inheritance for Java and CSharp