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        Both Java and C++ are efficient programming languages that use object-oriented programming(OOPs) paradigm. Java follows OOPs more than C++. Both support OOPs features like:

        • Classes
        • Objects
        • Polymorphism
        • Encapsulation
        • Abstraction
        • Abstraction

        In this article, we are going to discuss the platform independence of Java and why C++ is not supporting platform independency.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        We have heard that java is developed to eliminate the various drawbacks of C, C++. Although Java has mostly inherited its syntax from C++ and some major features as well. Java is preferred in almost all major organizations because it supports “code once, runs anywhere” made it platform-independent and easy to use and upgrade.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        Semantic Analyser:

        Interpret symbols, their types, and their relations with each other.

        Intermediate Code Generation:

        In the analysis-synthesis model of a compiler, the front end of a compiler translates a source program into an independent intermediate code.

        Code Optimizer:

        It transforms the code and tries to improve the code by making it consume fewer resources (i.e. CPU, Memory) and deliver high speed.

        Target Code Generation:

        Use the optimized intermediate code and generates target code or machine code on which machine can operate easily.

        • Don’t Know Where to Go?
        • We’ll Sit and Talk
        • And Find The Solution
        • People And Opportunities

        Where do we use Java or C++:

        Java:

        • Use java where you have a large codebase to handle.
        • Where you are integrating your application software to multiple platforms use java.
        • Where you have a great extension plan for your application software.

        C++:

        • Where you need to interact with memory very often.
        • You need to create the OS for your organization.

    • SEO Services

        Both Java and C++ are efficient programming languages that use object-oriented programming(OOPs) paradigm. Java follows OOPs more than C++. Both support OOPs features like:

        • Classes
        • Objects
        • Polymorphism
        • Encapsulation
        • Abstraction
        • Abstraction

        In this article, we are going to discuss the platform independence of Java and why C++ is not supporting platform independency.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        We have heard that java is developed to eliminate the various drawbacks of C, C++. Although Java has mostly inherited its syntax from C++ and some major features as well. Java is preferred in almost all major organizations because it supports “code once, runs anywhere” made it platform-independent and easy to use and upgrade.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        Semantic Analyser:

        Interpret symbols, their types, and their relations with each other.

        Intermediate Code Generation:

        In the analysis-synthesis model of a compiler, the front end of a compiler translates a source program into an independent intermediate code.

        Code Optimizer:

        It transforms the code and tries to improve the code by making it consume fewer resources (i.e. CPU, Memory) and deliver high speed.

        Target Code Generation:

        Use the optimized intermediate code and generates target code or machine code on which machine can operate easily.

        • Don’t Know Where to Go?
        • We’ll Sit and Talk
        • And Find The Solution
        • People And Opportunities

        Where do we use Java or C++:

        Java:

        • Use java where you have a large codebase to handle.
        • Where you are integrating your application software to multiple platforms use java.
        • Where you have a great extension plan for your application software.

        C++:

        • Where you need to interact with memory very often.
        • You need to create the OS for your organization.

    • Digital Marketing

        Both Java and C++ are efficient programming languages that use object-oriented programming(OOPs) paradigm. Java follows OOPs more than C++. Both support OOPs features like:

        • Classes
        • Objects
        • Polymorphism
        • Encapsulation
        • Abstraction
        • Abstraction

        In this article, we are going to discuss the platform independence of Java and why C++ is not supporting platform independency.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        We have heard that java is developed to eliminate the various drawbacks of C, C++. Although Java has mostly inherited its syntax from C++ and some major features as well. Java is preferred in almost all major organizations because it supports “code once, runs anywhere” made it platform-independent and easy to use and upgrade.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        Semantic Analyser:

        Interpret symbols, their types, and their relations with each other.

        Intermediate Code Generation:

        In the analysis-synthesis model of a compiler, the front end of a compiler translates a source program into an independent intermediate code.

        Code Optimizer:

        It transforms the code and tries to improve the code by making it consume fewer resources (i.e. CPU, Memory) and deliver high speed.

        Target Code Generation:

        Use the optimized intermediate code and generates target code or machine code on which machine can operate easily.

        • Don’t Know Where to Go?
        • We’ll Sit and Talk
        • And Find The Solution
        • People And Opportunities

        Where do we use Java or C++:

        Java:

        • Use java where you have a large codebase to handle.
        • Where you are integrating your application software to multiple platforms use java.
        • Where you have a great extension plan for your application software.

        C++:

        • Where you need to interact with memory very often.
        • You need to create the OS for your organization.

    • E-commerce Development Hoshiarpur

        Both Java and C++ are efficient programming languages that use object-oriented programming(OOPs) paradigm. Java follows OOPs more than C++. Both support OOPs features like:

        • Classes
        • Objects
        • Polymorphism
        • Encapsulation
        • Abstraction
        • Abstraction

        In this article, we are going to discuss the platform independence of Java and why C++ is not supporting platform independency.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        We have heard that java is developed to eliminate the various drawbacks of C, C++. Although Java has mostly inherited its syntax from C++ and some major features as well. Java is preferred in almost all major organizations because it supports “code once, runs anywhere” made it platform-independent and easy to use and upgrade.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        Semantic Analyser:

        Interpret symbols, their types, and their relations with each other.

        Intermediate Code Generation:

        In the analysis-synthesis model of a compiler, the front end of a compiler translates a source program into an independent intermediate code.

        Code Optimizer:

        It transforms the code and tries to improve the code by making it consume fewer resources (i.e. CPU, Memory) and deliver high speed.

        Target Code Generation:

        Use the optimized intermediate code and generates target code or machine code on which machine can operate easily.

        • Don’t Know Where to Go?
        • We’ll Sit and Talk
        • And Find The Solution
        • People And Opportunities

        Where do we use Java or C++:

        Java:

        • Use java where you have a large codebase to handle.
        • Where you are integrating your application software to multiple platforms use java.
        • Where you have a great extension plan for your application software.

        C++:

        • Where you need to interact with memory very often.
        • You need to create the OS for your organization.

    • Website Designing Hoshiarpur

        Both Java and C++ are efficient programming languages that use object-oriented programming(OOPs) paradigm. Java follows OOPs more than C++. Both support OOPs features like:

        • Classes
        • Objects
        • Polymorphism
        • Encapsulation
        • Abstraction
        • Abstraction

        In this article, we are going to discuss the platform independence of Java and why C++ is not supporting platform independency.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        We have heard that java is developed to eliminate the various drawbacks of C, C++. Although Java has mostly inherited its syntax from C++ and some major features as well. Java is preferred in almost all major organizations because it supports “code once, runs anywhere” made it platform-independent and easy to use and upgrade.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        Semantic Analyser:

        Interpret symbols, their types, and their relations with each other.

        Intermediate Code Generation:

        In the analysis-synthesis model of a compiler, the front end of a compiler translates a source program into an independent intermediate code.

        Code Optimizer:

        It transforms the code and tries to improve the code by making it consume fewer resources (i.e. CPU, Memory) and deliver high speed.

        Target Code Generation:

        Use the optimized intermediate code and generates target code or machine code on which machine can operate easily.

        • Don’t Know Where to Go?
        • We’ll Sit and Talk
        • And Find The Solution
        • People And Opportunities

        Where do we use Java or C++:

        Java:

        • Use java where you have a large codebase to handle.
        • Where you are integrating your application software to multiple platforms use java.
        • Where you have a great extension plan for your application software.

        C++:

        • Where you need to interact with memory very often.
        • You need to create the OS for your organization.

    •  Google Workspace

        Both Java and C++ are efficient programming languages that use object-oriented programming(OOPs) paradigm. Java follows OOPs more than C++. Both support OOPs features like:

        • Classes
        • Objects
        • Polymorphism
        • Encapsulation
        • Abstraction
        • Abstraction

        In this article, we are going to discuss the platform independence of Java and why C++ is not supporting platform independency.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        We have heard that java is developed to eliminate the various drawbacks of C, C++. Although Java has mostly inherited its syntax from C++ and some major features as well. Java is preferred in almost all major organizations because it supports “code once, runs anywhere” made it platform-independent and easy to use and upgrade.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        Semantic Analyser:

        Interpret symbols, their types, and their relations with each other.

        Intermediate Code Generation:

        In the analysis-synthesis model of a compiler, the front end of a compiler translates a source program into an independent intermediate code.

        Code Optimizer:

        It transforms the code and tries to improve the code by making it consume fewer resources (i.e. CPU, Memory) and deliver high speed.

        Target Code Generation:

        Use the optimized intermediate code and generates target code or machine code on which machine can operate easily.

        • Don’t Know Where to Go?
        • We’ll Sit and Talk
        • And Find The Solution
        • People And Opportunities

        Where do we use Java or C++:

        Java:

        • Use java where you have a large codebase to handle.
        • Where you are integrating your application software to multiple platforms use java.
        • Where you have a great extension plan for your application software.

        C++:

        • Where you need to interact with memory very often.
        • You need to create the OS for your organization.

    • Website Development Hoshiarpur

        Both Java and C++ are efficient programming languages that use object-oriented programming(OOPs) paradigm. Java follows OOPs more than C++. Both support OOPs features like:

        • Classes
        • Objects
        • Polymorphism
        • Encapsulation
        • Abstraction
        • Abstraction

        In this article, we are going to discuss the platform independence of Java and why C++ is not supporting platform independency.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        We have heard that java is developed to eliminate the various drawbacks of C, C++. Although Java has mostly inherited its syntax from C++ and some major features as well. Java is preferred in almost all major organizations because it supports “code once, runs anywhere” made it platform-independent and easy to use and upgrade.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        Semantic Analyser:

        Interpret symbols, their types, and their relations with each other.

        Intermediate Code Generation:

        In the analysis-synthesis model of a compiler, the front end of a compiler translates a source program into an independent intermediate code.

        Code Optimizer:

        It transforms the code and tries to improve the code by making it consume fewer resources (i.e. CPU, Memory) and deliver high speed.

        Target Code Generation:

        Use the optimized intermediate code and generates target code or machine code on which machine can operate easily.

        • Don’t Know Where to Go?
        • We’ll Sit and Talk
        • And Find The Solution
        • People And Opportunities

        Where do we use Java or C++:

        Java:

        • Use java where you have a large codebase to handle.
        • Where you are integrating your application software to multiple platforms use java.
        • Where you have a great extension plan for your application software.

        C++:

        • Where you need to interact with memory very often.
        • You need to create the OS for your organization.

    • Mobile App Development

        Both Java and C++ are efficient programming languages that use object-oriented programming(OOPs) paradigm. Java follows OOPs more than C++. Both support OOPs features like:

        • Classes
        • Objects
        • Polymorphism
        • Encapsulation
        • Abstraction
        • Abstraction

        In this article, we are going to discuss the platform independence of Java and why C++ is not supporting platform independency.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        We have heard that java is developed to eliminate the various drawbacks of C, C++. Although Java has mostly inherited its syntax from C++ and some major features as well. Java is preferred in almost all major organizations because it supports “code once, runs anywhere” made it platform-independent and easy to use and upgrade.

        Before knowing why java is platform independent let’s have some brief about compiler phases:

        Semantic Analyser:

        Interpret symbols, their types, and their relations with each other.

        Intermediate Code Generation:

        In the analysis-synthesis model of a compiler, the front end of a compiler translates a source program into an independent intermediate code.

        Code Optimizer:

        It transforms the code and tries to improve the code by making it consume fewer resources (i.e. CPU, Memory) and deliver high speed.

        Target Code Generation:

        Use the optimized intermediate code and generates target code or machine code on which machine can operate easily.

        • Don’t Know Where to Go?
        • We’ll Sit and Talk
        • And Find The Solution
        • People And Opportunities

        Where do we use Java or C++:

        Java:

        • Use java where you have a large codebase to handle.
        • Where you are integrating your application software to multiple platforms use java.
        • Where you have a great extension plan for your application software.

        C++:

        • Where you need to interact with memory very often.
        • You need to create the OS for your organization.

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May 5, 2022May 4, 2024 No Comments

Why Java is platform-independent but not C++?

Both Java and C++ are efficient programming languages that use object-oriented programming(OOPs) paradigm. Java follows OOPs more than C++. Both support OOPs features like: In this article, we are going to discuss the platform independence of Java and why C++

Read More
August 9, 2021May 3, 2024 No Comments

Tips to Prevent and Resolve Laptop Computer Problems

Introduction Discover essential tips to safeguard your laptop’s performance. Learn proactive measures to prevent common issues and effective solutions for troubleshooting any encountered problems. Keep your laptop running smoothly with these expert insights. Preventive Measures to Keep Your Laptop Healthy Regular

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August 9, 2020May 3, 2024 No Comments

User interface design for the mobile web

Introduction Emerging technologies often go through a period of rapid change as innovators seek to exploit new possibilities. Alternative solutions to problems compete for mind- and market-share. Mobile user interface (UI) technology is in the midst of this evolutionary phase.

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