5 Advantages and Disadvantages of High Level Language | Limitations & Benefits of High Level Language

 

Programming languages that define algorithms using symbols, operators, and codes are known as high-level languages. High level languages include popular programming languages like Python, C#, JavaScript, Java, and Ruby. 

Advanced languages are closer to the human language. Simple English instructions are used to write programming. High level languages, however, are not directly understandable by computers. It is necessary to transform their source code into machine language. It makes use of compilers and interpreters for this purpose.

Today, high level languages are used to create practically all apps. The modern world favors high level languages for a number of reasons. High level programming languages are the best choice for modern programming, but they aren't perfect. Using high level languages presents several challenges for developers.

I will discuss the 5 Advantages and Disadvantages of High Level Language | Limitations & Benefits of High Level Language in this essay. You will learn about the pros and cons of using high-level languages from this post.


Now let's get started,

Advantages of High Level Language

1. Simplicity

High level language can be used to write codes by anyone who speaks English well. High level languages bear a striking resemblance to everyday English. 

 

New programmers can make the most of these English type assertions in the interim. Because they are words we use on a daily basis, the statements are less likely to be incorrect.


2. User Friendly

High level languages also have the advantage of being user-friendly. The software is far less intricate. 

 

Therefore, developers do not need to be fully conversant with the program's architecture. This facilitates the programmers' ability to work on various projects at once. 

Furthermore, you are improving your proficiency in other languages as you acquaint it with higher level languages. As a result, switching between high-level languages is not a huge deal.


3. Portability

Today, the majority of desktop and mobile applications run on high level languages. Most of the time, no changes are needed. 

 

It is machine independent, which explains why. The apps will run from the same source on various systems.


4. High Abstractions

One of the tenets of object-oriented programming (OOP) is abstraction. It consists only of selecting pertinent facts from a collection. In the process, extraneous data is eliminated.

Strong layers of abstraction are a characteristic of high level programming languages. It enables the developers to standardize all of the typical tasks by creating a generalist environment. 

 

Low level language codes, on the other hand, are tailored for a particular computer architecture. Programming languages differ in terms of abstraction level.


5. Troubleshooting Errors

In high level languages, debugging (or troubleshooting faults) is a simple process. The employment of interpreters and compilers in high-level languages facilitates debugging. 

 

It's not necessary for programmers to give problem solving much thought. Rather, they may use that time to develop reasoning.

Disadvantages of High Level Language

1. Execution Speed

High level languages are beyond the direct comprehension of the computers. Programs need to be transformed using an interpreter or compiler before they can be run. 

 

Regretfully, it takes time to translate code from high level language to binary language. The execution is slowed down throughout the converting process.


2. Memory Consumption

A high level language requires more memory than a low level one. User instructions must be stored during code translation. There must be enough storage on the system to hold such instructions.


3. Efficiency

High level languages are typically less efficient than assembly or machine code. The compilation or interpretation is the main cause of this. 

 

Furthermore, the accuracy of the results produced by the object code cannot be guaranteed.


4. Flexibility

High level languages have their own internal operating system. The Ruby on Rails framework is one such instance. 

 

Consequently, certain features are inaccessible to programmers. Even certain things require more effort to do.


5. Hardware Control

Hardware and high-level languages are unrelated. As a result, users have far less hardware control. 

 

For sectors that depend significantly on their equipment, this is a significant limiting constraint. 

 

Inadequate command over the apparatus will give rise to security weaknesses. The only choice in such a situation is to utilize machine or assembly language.