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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, 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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