Showing posts with label java programming. Show all posts
Showing posts with label java programming. Show all posts

Friday, September 6, 2019

C vs Java

C vs Java:

Computer science students always have a concern between C vs Java. They are not able to decide which is the best OOPs language. In this blog, our experts are going to share everything you need to know between C vs Java.


Java Programming

Java is a common-purpose programming language released by Sun Microsystems in 1995. This application is a computing platform for development, pre-web apps, mobile apps, etc.

C programming

C is a procedural or general-purpose programming language designed by Dennis Richie in 1972. It is older than Java.

Java Hello World Example

  1. public class Hello{
  2. public static void main(String[] args){
  3. System.out.println(“Hello, World”);
  4. }
  5. }

C Hello World Example

  1. #include <studio.n>
  2.  
  3. int main(int argc, char ** argv)
  4. {
  5.   printf(“Hello World!\n”);
  6. }


Now, let’s talk about the offering, the features means.

Features of Java-

Java offers many features that make it the king of all programming languages-
Java is simple.
It is an object-oriented language.
Java is widely used because of its security feature.
Java run of JVM, this means it works (write once, run anywhere)
On the other hand,
The characteristics of C explain how C becomes the mother of every programming languages-
C programming provides you a structured oriented feature. That will divide your code and task with a function.
C is an easy and simple programming language that presents a structured approach to working your questions in parts.
This allows the user to allocate memory at run time.
With Dynamic Memory Management, you can manually manage your program’s memory terms at run time.
Pointers in C support to store the memory address as its value.

Approaches-

C supports a top-down strategy, which means that the flow of the program is also important than the data it works on.
Another approach, Java follows the down-up approach.

object management-

In C, object management is executed manually.
There is a garbage collector in Java, which is automatically controlled.

Threads-

C does not support threads, on the other hand, Java is the reverse.

Overloading

Java maintains overloading for code readability, but not C.

Applications of C Vs Java in the real world

There are various real-time use examples in Java, but it is mainly used to develop applications,
  • Desktop applications
  • Web Applications
  • Desktop applications
  • Mobile app
  • Enterprise app
  • Scientific Application
  • Real-time software
  • Smart Card
  • Cryptography
  • Computer games etc.
C is largely used to create new programming languages, but there are some important applications of C –
  • Design operating system
  • Design network tools
  • Evaluate Mathematical Equations
  • Create compilers of different languages
  • Developing graphical applications
  • Used in robotics

Java programming Use in Companies-

  1. Airbnb
  2. Uber
  3. Google
  4. Intel
  5. LinkedIn
  6. eBay
  7. Pinterest
  8. Infosys
  9. TCS
  10. HCL

C programming Use in Companies-

  1. Google
  2. Facebook
  3. Microsoft
  4. Intel
  5. Apple
  6. Oracle
  7. Aricnet
  8. IBM
  9. Redhat
  10. Nokia

Object-Oriented:

C is procedure-oriented while Java is object-oriented. To explain how difficult the object-oriented will be, I will only describe to you what its benefits are on procedure-oriented. Object-oriented is more modular i.e. code can be reused in many programs in the future.

Portability:

Java is an interpreted language it is first converted to byte code and then JVM (Java Virtual Machine). While C instantly compiled. That supports Java receive more portability, i.e. it can run on most devices.

Speed:

C is faster than Java in most situations.

Ease of understanding:

Java is easier to understand than c because Java is closer to the English language while c more towards refers to the machine language.

Declaration:

Everything in Java should not be initially declared you can declare it just before using it. Whereas in C you need to declare everything before the actual program starts.

Memory Management:

Java Memory is handled behind the views which we call a garbage collector who eliminates items that are no longer in use. While this user is defined in C, the programmer must accept malloc and free functions to clear or allocate memory.

Method overload:

In Java, we can work with the same functions name called the method overloading. While in c you cannot work with the same function name.

Approach:

Short elements in Java combine to solve the problem while the whole program is first defined in C and then separated into smaller elements.
Error handling:
Java errors result in an exception thrown that can be controlled by using various exception handling but if there is an error in C you can do nothing but resolve it.

C Vs Java

  • C programming language is a procedural language but in case of Java is a pure object-oriented language.
  • Header files- In C we use the stdio.h header file but Java does not support any header files.
  • Platform Independent- C is platforms dependent, i.e. you cannot run the equivalent code in another operating system but in Java is a platform-independent language.
  • Pointers- We use pointers in C programming language. Java will not support pointers.
  • Operator Overloading– Operator Overloading concept is not in Java.
  • Multiple Inheritance- We do not use many inheritances in Java. In Java, we use interfaces instead of many inheritances.
  • Translator- Java uses the compiler and interpreter but uses only the compiler in C.
  • Web application– Internet programming such as frames, the applet is work in Java, not in C.
  • Operator– dot (.) operator is used alternatively in the scope resolution operator.
  • Package- We can create our package in Java (set of classes) but not in C.
When you compile a Java program, a common bytecode is generated, which is interpreted by the Java virtual machine itself. That way you write a program once, and the virtual machine can translate the bytecode into a command to a particular processor.
Java program execution is slower because the intermediate bytecode has to be interpreted.
Java uses a “Garbage Collectors” The programmable does not have to handle it so it automatically manages memory.

C Programming Language

  • C uses the concept of structures but not object-oriented.
  • In C we use the concept of pointers whereas there are no pointers in JAVA.
  • Programmers in C need to manually manage the memory. “Malloc()” ” and “Free ( )” fundamental memory allocations are library calls.
  • We must declare Variables in C at the beginning of the block.
  • C supports statement, structure, and union, unlike Java.
  • C has compiled to the machines “native language”, so it is much faster than the execution of Java.
  • We can’t reuse and openly the code by default members.
The C program will have a larger memory footprint than the equivalent program written in pure machine code, but the total memory usage of the C program is much smaller than that of the Java program because C does not require the loading of the execution interpreter like JVM.
The principal differences between Java and C are speed, portability, and object-orientation.

Conclusion:

Now, you learn the difference between C Vs Java programming language. If you need any programming help related to C programming assignment help or Java Assignment Help. Codeavail professional programming experts of C and Java are available to provide you the best solution 24/7.

Tuesday, August 13, 2019

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Tuesday, August 6, 2019

Top 8 Easiest Programming Languages to Learn For Beginners

There are a lot of programming languages you can learn. But if you want to start something easy. We've brought you a list of the easiest programming language to learn. You can choose anyone that will suit you.

Here we define the Top 8 easiest programming language uses and benefits

1. C

C is a structured and procedural programming language. It is widely used for both the operating system and the application. C is a high-level language developed by Dennis Richie in the mid-1970s. It was originally used to write UNIX programs. It is the easiest programming language to learn and is more efficient to use.

Uses:

Design system software such as operating system and compiler.
It is used to develop app software such as databases and spreadsheets.
Develop graphical applications like computers and mobile games.
C programming language can be used to design compilers.

Benefits:

It combines the characteristics of both high-level and low-level languages.
C language is case-sensitive, which means lowercase and uppercase letters are treated differently.
It is highly portable and uses for scripting system applications.
C is a general-purpose programming language.
Used to work efficiently on applications, games, graphics, and applications requiring calculations, etc.
It also provides dynamic memory allocation.

2. JAVA

Java is a programming language created by James Gosling in 1991. This is an object-oriented programming language with its runtime environment. This is the combination features of C and C++ with some essential additional concepts. Java is well-suited for both standalone and web application development. It is a platform-independent language. This means that Java can run on any operating system with any processor.

Uses

  • Web development
  • Application development

Benefits:

Java is a simple and easy programming language for learning
It's easy to compile, debug
Forum-independent and flexible in nature.


3. C++

C++ is a high-level programming language developed by Bjarne Stroustrup in Bell Labs. It is designed to create games, desktop apps, mobile apps, and web apps. This adds object-oriented features to its predecessor C.

Uses:

  • Operating systems
  • Desktop apps
  • Mobile apps
  • Web apps
  • Game
  • Game engines

Benefits:

C++ is an object-oriented programming language.
Includes concepts such as classes, inheritance, polymorphism, data abstraction and incapsulation.
This allows you to use the code again and maintains lots of programs.

4. PHP

PHP stands for Hypertext Preprocessor. It was originally developed by Rasmus Lerdorf in 1994. It is an open-source, server-side, scripting language. PHP is basically used for developing web applications. This is an HTML-embedded Web scripting language. This means that PHP code can be inserted into the HTML of the web page. The language aims to allow web developers to write dynamic pages easily. PHP is also used to create database-driven Web sites.

Uses:

It is used to create a dynamic website.
To interact with the webserver
Used to connect web apps with databases
To interact with the OS's original file system.

Benefits:

  • Open Source
  • Easy to Develop
  • Ease Manageable
  • Cost-Effective
  • Database Flexibility

5. Python:

Python is one of the most frequently used high-level programming languages. It is a multi-level and high-level programming language. You can use the programming language to develop both desktop and web applications. Most apps developed by Python include Google Search, YouTube, BitTorrent, Google App Engine, Eve Online, Maya and iRobot Machines.

Uses:

Desktop applications
Web Application
Web Framework
Enterprise and Business Applications

Benefits:

Python is the easiest programming language to learn and use
Open the source language
User-friendly data structures
comprehensive support library
Server-side scripting

6. C#:

C# is a combination of C and C++. It is a Microsoft programming language developed to compete with the Java language of Sun. C# is an object-oriented programming language. It was introduced in 2002 and was used with XML-based Web services on the .NET platform. It is designed to improve productivity in the development of web applications. C# is derived from the programming language and is like C++.

Uses:

  • Web apps
  • Mobile apps
  • Cloud-based services,
  • Enterprise software
  • Games

Benefits:

It is a high-level language and is easy to learn
easy development
cross-platform
It is a pure object-oriented language.
The application will run well if the machine installs the .NET Framework

7. HTML

HTML means hypertext markup language which was developed by Tim Berners-Lee in 1990. This is a text-based approach to describe how content is within HTML text. It tells a web browser how to display text, images and other forms of multimedia on a webpage. HTML refers to the page layout of the page and how to use tags to define elements.

Uses:

  • Web pages
  • Web application

Benefits:

  • It is widely used
  • Every browser supports HTML language.
  • Easy to learn and use

8. JavaScript

JavaScript is a programming language commonly used in web development. It was originally developed by Netscape. JavaScript is used to add dynamic and interactive elements to websites. This is a client-side scripting language.

Uses:

  • Web development
  • Dynamic pages

Benefits:

  • It can use to make a perfect small website.
  • You can also create simple web games by using JavaScript.
  • JavaScript used for cross-platform mobile application
Also Read…

How to find trusted Statistics Assignment Help?
What are the major features of Visual Basic Programming Language?
How do I get help with statistics assignments using statistics help services?

Conclusion:

All programming language is the easiest programming language to learn. If you want to go into web development, you have to learn JavaScript. If you want to develop back-end web, you should learn Java. If you are interested in being a data scientist, Python is a good language for learning.
Overall, the programming language you should learn will depend on what you want to do. Submit your queries to our experts now.

Tuesday, January 15, 2019

Java VS Python which is best for beginners

Python is a more productive language than Java. Python is an explanatory language which is accompanied by elegant syntax, and it makes it an excellent option for scripting and rapid application development in many areas.

This is a dynamically typed programming language. There is no need to declare variables. While Java is a statistically typed programming language in which variables have to be clearly disclosed.

Some Java  "Class shell  "The Python code is too small even if not listed. This could be one reason why Python might be more productive.

Java is a statistically typed general purpose programming language; It is an object-oriented and concurrent language.

The meaning of Java was to be WORA (to write once anywhere). It was designed to run with the help of Java Virtual Machines (JVM) on any platform and with as few dependencies as possible.

Python is a dynamically-typed general purpose programming language. The primary motivation behind this was to build a high-level language to bridge the gap between the C and the shell.

The syntax was also inspired by a few languages such as Algol, Pascal, and ABC and it meant readable and clean.

Java


  • Code

Extended lines of code unlike Python

  • Dynamic

In Java programming, you must declare the type of data.
  • Sentence-Configuration
At the end of the program, if you recall the semicolon, it gives an error.
In Java programming, you will have to use curly braces after a specific block or before, if you do not use braces then the code will not work without it.
  • Portability
Java is popular everywhere. This causes Java Virtual machines (JVM) available almost everywhere.
  • Speed
With regard to speed, Java is fast. The projects are best compared to Python python in terms of speed.
  • Easy to use
Comparing Python Java is not easy.
In Java programming, there is no dynamic programming concept.
Python is more extended than the code.
  • Heritage
The history of Java in the enterprise and its slightly more verbose coding style means that the legacy system of Java is usually bigger and higher than Python.
  • Backend Framework
In Java, we use the spring, blade
  • Machine Learning Library
We do not use these machine learning libraries in Python. Namely, Malate, Dipaleranig 4 J, Moa
  • Game development Engine
We do not use Jmonkeyengine in Python.


Python


  • Code

Small lines of code unlike Java

  • Dynamic

In Python, coding is the dynamic type. In coding, you don't need to declare the type of variables (duck typing).
  • Sentence-Configuration
In Python programming, the end of the statement does not require semicolons.
The indentation in Python is mandatory, but we can't use curly braces. By using indentation, we improve the readability of coding.
  • Portability
The python in front of the Java is less popular, but the python is also portable.
  • Speed
With regard to speed, the python is slow. In terms of the speed of projects Python is slowing compared to Java because Python is an interpreter. Additionally, it defines the data type at runtime.
  • Easy to use
We use smaller code in Python than Java. In coding, we use dynamic coding code that is not only easy to use, but also understandable.
  • Heritage
There is less problem of inheritance in Python, so organization code discloses difficulty for scripts to copy and paste.
  • Backend Framework
In the backend framework, we use Django, flask
  • Machine Learning Library
Various machine learning libraries such as; Tensorflow, Pytorch.
  • Game development Engine

We use the Cocos, Panda 3d in the game development engine.


Conclusion

From the above discussion, we can conclude that Java and Python both have their own advantages of languages. 
Java and Python are both powerful in their own fields. Both Java and Python languages are accessibility related, so companies, departments, and developers are best when deciding whether to keep the mind open. If you require any Java programming and Python programming assistance at the lowest cost, we are here to assist you.