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What are the advantages and limitations of high level languages?

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:-High Level Language have following Advantages:-
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1.It Increase the no. of character representation like ASCII,UNICODE etc.
2.Efficient programming in human readable language.
3.Maximum part of compilers are International language(English).
4.No need to remember code, symbols like Assembly or machine language.
5.It increase individual performance among programmers.
6.80 countries languages are part of java language provide dynamic nature in LOC.
7.increase possibility to do work within deadline.
8.Plateform independence etc.
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:-High Level Language have following Disadvantages:-<br>
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1.Need to trancelate source into Machine code.
2.Difficult to mention all words of world languages into Compiler.
3.Difficult to manage Libraries.
4.Large Amount of APIs.

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High-level languages, compared to low-level languages, offer several advantages in terms of programming efficiency and ease of use. However, they also have some limitations. Let's explore the advantages and limitations of high-level languages:

Advantages of High-Level Languages:

Readability and Understandability: High-level languages use human-readable syntax and have a more natural language-like structure, making them easier to read and understand. This enhances code comprehension and facilitates collaboration among programmers.

Abstraction and Simplicity: High-level languages provide abstraction, allowing programmers to focus on solving problems rather than worrying about hardware-specific details. They offer built-in functions and libraries that simplify complex tasks and reduce the amount of code needed to achieve desired results.

Portability: High-level languages are typically designed to be portable across different platforms and operating systems. Programs written in high-level languages can be compiled or interpreted on different systems without significant modifications, increasing their versatility.

Rapid Development: High-level languages often come with extensive libraries, frameworks, and tools that accelerate the development process. These resources provide ready-to-use functions and components, reducing the need to write code from scratch and enabling faster prototyping and deployment.

Maintenance and Debugging: High-level languages offer features like automatic memory management, error handling mechanisms, and debugging tools that simplify the process of maintaining and debugging code. This helps in identifying and fixing issues more efficiently.

Limitations of High-Level Languages:

Performance Overhead: High-level languages are typically slower in terms of execution speed compared to low-level languages. The abstraction and additional layers of interpretation or compilation can introduce performance overhead, making them less suitable for certain computationally intensive tasks.

Limited Hardware Control: High-level languages prioritize abstraction, which means they often have limited control over hardware-specific details. This can restrict access to low-level functionalities, such as direct memory manipulation or hardware optimization, which may be necessary for certain specialized applications.

Dependency on Language Implementations: High-level languages depend on compilers, interpreters, or runtime environments to execute the code. Compatibility issues or changes in these language implementations can sometimes cause compatibility challenges, particularly when migrating code to newer versions.

Learning Curve and Skill Requirements: While high-level languages aim to be user-friendly, there can still be a learning curve associated with mastering their syntax, libraries, and best practices. Additionally, some specialized applications or performance-critical scenarios may require knowledge of low-level languages or specific optimizations not readily available in high-level languages.

Code Portability Limitations: Although high-level languages strive for portability, some platform-specific functionalities may not be fully supported or may require additional workarounds or platform-specific code. This can limit code portability in certain scenarios.