Java Call Parent Method: Java Explained

Table of Contents

Java is a general-purpose, object-oriented programming language used to create software applications. Java is known for its cross-platform capabilities, allowing its applications to be deployed across operating system and hardware environments. The Java Call Parent Method is an important part of Java’s object-oriented programming paradigm, which allows code to be written more efficiently and an application to be more easily maintained. This article explains the basics of Java Call Parent Method, explores its benefits, introduces common use cases and shows how to call a parent method. The dangers of calling a parent method are addressed along with troubleshooting tips to help you avoid potential pitfalls. Finally, a conclusion is presented.

Understanding the Basics of Java Calling

Java enables objects to call the methods on their parents by using the keyword ‘super’. This allows the methods in the parent class to be called by any subclasses and helps make code more efficient. The parent class is the superclass and the subclasses are the class which extends the parent class. When using the ‘super’ keyword in a subclass it is what is called an upward call in the inheritance tree.

In a more technical sense, an upward call is when a method in the child class calls its parent’s method; this is different from a downward call in which the method from the parent class calls a method from one of its child classes. By using the upward call with the ‘super’ keyword the child class can use any method from its parent class in either implementation or decoration. By implementation you can use the method inherited from the parent in the same way it is used in the parent class and by decoration you can extend the method as long as you make sure that you override it with any new functionality that you have included.

It is important to note that when using the ‘super’ keyword, the child class must always call the parent class first. This ensures that the parent class is always initialized before the child class and that any changes made to the parent class are reflected in the child class. This is an important concept to understand when working with Java and its inheritance tree.

Benefits of Calling Parent Methods

The main benefit of calling a parent method is that it helps reduce coding time. This is because it enables you to inherit code from the superclass and use it in the methods of your subclass. This way, you don’t have to rewrite all of your code from scratch when making changes. Additionally, by calling parent methods, you can create applications that are better organized and more efficient. This is because the code is organized into different levels which are easier to understand and maintain.

By using the Java Call Parent Method, you can also make your programming language more flexible and powerful. This is because you can use parameters on a parent method which is then assigned to the subclass for further customization. For example, if you want to add certain features to your code, you can write a parent method and then modify it later based on your needs. Furthermore, this makes it easier to update your code since you only need to make changes to the parent method instead of modifying individual classes.

Another benefit of calling parent methods is that it allows for better code reuse. By using the same parent method in multiple classes, you can save time and resources by not having to rewrite the same code multiple times. Additionally, this helps to ensure that all of your code is consistent and follows the same standards. This makes it easier to debug and maintain your code in the long run.

Common Use Cases for Java Parent Method Calls

One of the most common use cases for Java Call Parent Method is access control. By writing a parent method and calling it within different subclasses, you can manage who has access to a given application feature. This is beneficial when there are multiple users who need access to certain parts of an application. Additionally, if new functionality needs to be added to a given application, it’s possible to add it to the parent method in order for all subclasses to inherit it.

Java Call Parent Method can also be used for error logging and exception handling. By writing a parent method and calling it from child classes, you can manage how errors and exceptions are handled across your application. Additionally, this helps reduce coding time since you don’t have to manage each error and exception separately.

Another use case for Java Call Parent Method is for code reuse. By writing a parent method and calling it from different subclasses, you can easily reuse code without having to write it multiple times. This helps to reduce the amount of time spent on coding and makes it easier to maintain the codebase. Additionally, it helps to ensure that all subclasses are using the same code, which helps to reduce the risk of errors and bugs.

How to Call a Parent Method in Java

The Java Call Parent Method is relatively straightforward and easy to use. To use it, you must make sure that the method you are trying to call exists in the superclass first. Then all you need to do is type ‘super’ followed by the name of the method (for example ‘super.myMethod()’).

Furthermore, if there are any arguments present in your method then those too must be passed along when calling the parent’s method. For example if ‘myMethod()’ requires an argument of type ‘int’, then you can call it like this: ‘super.myMethod(25)’, where ‘25’ is the argument being passed in.

It is important to note that the Java Call Parent Method can only be used within a subclass. This means that you cannot call a parent method from within the same class, as this would create an infinite loop. Additionally, the parent method must be declared as public or protected in order for it to be accessible from the subclass.

Potential Pitfalls When Calling a Parent Method in Java

One potential pitfall when using Java Call Parent Method is forgetting to include arguments when calling a parent’s method. If you neglect to include the argument(s) then your code will not work as expected, leading to unexpected results or errors.

Additionally, when overriding methods from parent classes then make sure that your child methods always return values that match those returned by their parent methods. This ensures that all methods in your program behave and respond as expected.

Troubleshooting Tips for Resolving Java Call Parent Method Issues

If you are having difficulty understanding how to use Java Call Parent Method properly, first check out any documentation or tutorials available online or within your development environment for more detailed instructions.

If you are having issues with specific code then you can contact your programming language repository for help. Additionally, many development environments include debugging tools which can help track down errors in your code.


Java Call Parent Method helps make coding more efficient by allowing subclasses to extend and override methods inherited from their parents. It helps promote code reuse and code organization, allowing applications and software programs to be more easily maintained and updated. Additionally, it enables access control, error logging and exception handling which can help reduce coding time. While there are some potential pitfalls when using Java Call Parent Method, like forgetting arguments or returning incorrect values, these issues can usually be resolved with help from documentation, tutorials or debugging tools.

Anand Das

Anand Das

Anand is Co-founder and CTO of Bito. He leads technical strategy and engineering, and is our biggest user! Formerly, Anand was CTO of Eyeota, a data company acquired by Dun & Bradstreet. He is co-founder of PubMatic, where he led the building of an ad exchange system that handles over 1 Trillion bids per day.

From Bito team with

This article is brought to you by Bito – an AI developer assistant.

Latest posts

Effective JavaScript Techniques for Comparing Two Arrays

Mastering Loop Control in Python: Break vs Continue Explained

Reading JSON Files in Python: A Step-by-Step Tutorial

Efficient Data Iteration: Mastering Python Generators

Introduction to Static Variables in Python

Top posts

Effective JavaScript Techniques for Comparing Two Arrays

Mastering Loop Control in Python: Break vs Continue Explained

Reading JSON Files in Python: A Step-by-Step Tutorial

Efficient Data Iteration: Mastering Python Generators

Introduction to Static Variables in Python

Related Articles

Get Bito for IDE of your choice