Full Stack vs MEAN Developer: Technology Landscape

Developers are also known by the names programmer, coder, or engineer. They are IT professionals who use programming languages to create software.


What Are Software Developers Doing?

What Are Software Developers Doing?

Applications must be written by developers, who are also in charge of testing, debugging, and maintenance.These developers are employed either by technology companies that produce standard software or by public and private end-user organizations that create bespoke applications.

Well see that coding is just one aspect of a constantly expanding responsibility.


What Qualifications Are Needed To Work As a Software Developer?

What Qualifications Are Needed To Work As a Software Developer?

Developers must have strong technical skills. A computer science, engineering, or information technology degree is required for some programming positions.

Education is essential, but the rapidly-evolving field of software development will require you to have practical experience.

Full-stack developers are web developers or engineers who work on both the front and the back end of a website or an application.

They can manage database-related initiatives, create user-friendly websites, or collaborate with clients during the planning stage.

Perhaps you are still wondering what a full-stack developer is. Here are the skills required to be a full-stack developer.

  1. Several back-end languages, such as HTML, CSS, and JavaScript.
  2. You can specialize in a back-end programming language like Ruby, PHP, or Python.
  3. Optional: Project Management, Visual Design, and Project Design.

Employers are searching for developers who can work on websites or applications front and back ends. This means full-stack programming.

This is because they can serve in many different roles within the company. There are many job opportunities for full-stack developers as more companies enter the market.

We will look at full-stack developers responsibilities, requirements, and salaries.


Full-Stack Developer Skills, Requirements, and Salaries

Computer programmers are needed by companies who can be proficient in both back-end and front-end programming. Full-stack programmers are responsible for ensuring that a project is completed from the concept phase to completion.

This requires attention to detail and excellent organizational skills.

This job posting is for a Full Stack Developer. It will help you better understand the meaning of full-stack developer.

Developers who are full stack combine their knowledge of front end and back end web development to work on a variety of projects for creating and sustaining digital entities (e.g., app, web page).

The position depends on adaptability, creative problem-solving, and a mix of technical programming expertise and excellent client communication.


Responsibilities as a Full-Stack Developer:

  1. Designing front-end website architecture.
  2. Web pages that encourage interaction by users.
  3. Back-end web applications development.
  4. Create servers and databases to support functionality
  5. Mobile phones can be optimized cross-platform
  6. Ensure responsiveness of applications
  7. Web design features can be achieved by working with graphic designers.
  8. From conception to completion of a project.
  9. Designing and developing APIs.
  10. Both technical and consumer requirements are met.
  11. Keep abreast of changes to programming languages and online apps.

Requirements for Full Stack Developers:

  1. Computer Science Degree.
  2. You have strong organizational and project management skills.
  3. Proficiency in fundamental front-end languages like HTML, CSS, and JavaScript.
  4. Familiarity with JavaScript frameworks like AngularJS, React, and Amber.
  5. Proficiency in server-side languages like Python, Ruby Java, PHP, and the.Net.
  6. a working knowledge of database technologies including MySQL, Oracle, and MongoDB.
  7. Excellent verbal communication skills. Excellent problem-solving skills. Attention to detail.

Useful Technical Skills:

  1. Python

Python is a fantastic tool for individuals interested in full stack development because it's one of the top programming languages for contemporary back end web development.

  1. HTML

One of the most popular coding languages used in web development is HTML (HyperText Markup Language). It is referred to as a markup language that describes how web pages are connected.

It is mostly used to employ tags to instruct a web browser on how to display a web page's elements.

  1. SQL

Different databases employ SQL, or structured query language, which is frequently used in back-end programming. The language is mostly used to access and modify databases and maintain and update records.

  1. Java

Java frequently places highly in surveys and rankings of the best programming languages. This all-purpose language, which may be used for many various kinds of applications, is primarily utilized in back end web development.

  1. CSS

CSS (Cascading Style Sheets) provides a benefit to the full stack role because it constantly ranks among the most used coding languages in front end development, along with JavaScript and HTML.

CSS, specifically the color- and style-based code added to HTML structural components, is largely used to create an aesthetically pleasing design.

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Mean Stack Developer

Mean Stack Developer

What is a Mean Stack?

Mean stack developers are people who have expertise in a specific area. Mean stack development is developing a particular technology, such as Expressjs, AngularJs, or NodeJS.

Mean stack developers can be described as JS-based app developers.

Mean Stack is a collection of technologies you can use to create a full-stack app.

  1. MongoDB stands for MongoDB (No SQL Database).
  2. E stands for Express (a framework on top of Node).
  3. A stands for Angul, which is a front-end framework.
  4. N is for Node, which stands for the backend framework.

Mean stack's main benefits are its scalability and the fact it only uses JavaScript. A good Mean developer must have a deep understanding of JavaScript because they all use JavaScript.

The MEAN Stack Technologies Primary Functions are:

  1. AngularJS: Accept requests, display results to the end-user.
  2. NodeJS: Handle client and server requests.
  3. ExpressJS: Send a request to the Database and receive a reply.
  4. MongoDB: Store data and retrieve it.

A mean stack developer is a developer who uses a specific stack of technologies to create a Full Stack Application.

Mean stack developers are becoming more popular in companies because they can create full-stack applications, and their average salary is often lower than that of full-stack developers.

Let's discuss the responsibilities, requirements, and salaries for a mean-stack developer.


Responsibilities, Requirements, and Salaries for MEAN Stack Developers

A job posting for a Mean stack developer will be almost identical to a Full Stack Developer. You will need to develop frontend and backend systems and new features.

These are Real-Life MEAN Stack Developers in the Form of Job Openings:

Description of the Job:

  1. You will have hands-on experience and be able to manage Node js. MongoDB. Angular js. and Express js.
  2. You will be able to design, develop, test, and deploy high-quality products that are scalable, responsive, and fast.
  3. Large and complex databases can be designed and maintained, both relational and non-relational.
  4. As needed, create, refine, and integrate software and development tools.
  5. As part of the deployment, identify production and non-production issues.
  6. You can deploy applications to the AWS cloud and quickly troubleshoot hosting issues.

Skills Required

  1. Individual contribution.
  2. Expertise in Node js (Complete Mean), MongoDB (Angular js), and Express js.
  3. Expertise in PHP and jQuery, MySQL.
  4. It is mandatory to know about AWS and server management.
  5. Ability to manage and lead developers teams.
  6. Strong problem-solving and analytical skills.
  7. We appreciate immediate joiners.
  8. The best industry salaries.

Read More: What Are The Layers Of Full-Stack Development?


What is ERP?

What is ERP?

An ERP development (enterprise resource management) is a platform that integrates large amounts of data into production and supply chain management.

It is broken down into modules that deal with finance, accounting, procurement, and human resources. This allows businesses to automate and integrate all processes.

Modern ERPs do more than integrate services. They incorporate cloud computing, artificial intelligence, Big Data analytics, and IoT technology to increase productivity.


ERP Drawbacks and Benefits

ERP Drawbacks and Benefits

What is driving the market's growth? It's simply the desire for organizations to improve their operational efficiency and transparency.

Implementing an ERP system requires significant time and financial expenditures. It also requires the involvement of all departments in the company.

This enormous effort to implement the best enterprise resource planning solution pays off with many advantages.

  1. Lower Product Development Costs - Effective management and quality control systems reduce errors and risks.
  2. Better Collaboration Information barriers between departments are eliminated because there is one database.
  3. Management optimization - All processes are controlled from one central, so there is no chance of an issue.
  4. Human Labor Automation -- Smart digital technologies incorporated into ERPs can replace human workers in many operations.
  5. Data-Driven Decision-Making -- real-time data analysis allows managers to make decisions quicker.
  6. Compliance with Regulatory Standards -- Specialized automated systems are trained to ensure compliance of manufactured goods with applicable rules and standards.
  7. Enhanced Profitability The advantages mentioned above allow full enterprise visibility and efficient operations that help achieve the common goal of increasing output.

A few Drawbacks are Associated with the Migration of Enterprise Resource Planning:

  1. The High Cost of implementation and maintenance (the more components are required, the more expensive it is).
  2. A complex integration that requires a compatible environment for business and full participation of all teams.

An ERP solution can be described as a significant investment in time and money. However, it can be a worthwhile investment if managed well.


Industries That Need ERP Software

Industries That Need ERP Software

Most industries have similar working processes. They are connected to the supply chain, customer relations, internal communication, finance control, marketing, and production.

Any industry can be managed with a standard software solution, but it will require some customization.

Almost all industries have integrated enterprise resource management software on the market. These are the most important:

  1. Manufacturing.
  2. Healthcare.
  3. Hospitality.
  4. Wholesale and retail.
  5. Construction.
  6. Transportation and Logistics.

ERP Interior

ERP Interior

Enterprise resource management software is typically modular in design. This means that employees can only access the modules that are relevant to their jobs.

At the same time, the top management can review and make changes to the entire system. Companies can improve security and obtain more accurate data by using a modular approach.


Functionality

ERP modules generally perform the following functionality from a single platform:

  1. Processing of orders.
  2. Production management and tracking of manufacturing resources.
  3. Management of the supply chain.
  4. Management of customer relations.
  5. Content Management.
  6. Management of human resources.
  7. Management of deals and partnerships.
  8. Financial management.
  9. Marketing.
  10. Reporting and analysis.

These are just a few examples. A specific business may require additional modules.


You Must have These Capabilities

ERP applications can be loaded using various tools and features depending on their industry. Let's take a look at the essential features that are necessary to create efficient software.


Web Hosting Options

Companies have different security and flexibility requirements depending on their business. Therefore, they should be able to choose where to store data.

An enterprise resource planning system that is well-designed should offer all options.

  1. on-premise servers
  2. cloud storage
  3. Platforms for hybrid integration

This allows companies to decide what is best for them while not being restricted in terms of data protection, access, or maintenance price.


Simple Integration

ERP platforms are modular in structure, which allows them to include various functions-specific solutions such as CRM, CMS, financial, human resources management, supply chain management, marketing, manufacturing planning, and HR management.

These platforms must be integrated to avoid silos. This will allow for a complete overview of all components and their coordinated operation.

This allows for quick and easy updating or migration.


Scalability

ERP systems should be flexible enough to adapt to changing business needs. Companies could face difficulties within a few years.

They will need to start over or add additional applications, which can complicate the system.


Mobile Compatibility

Mobilization is a trend that runs through all industries. A perfect ERP product allows teams to access one platform from any device, whether a smartphone, tablet or laptop.

Companies can either purchase an ERP solution already in place or create their own custom ERP software. These are the two main ways companies can acquire ERP software solutions.

ERP software revenue is predicted by statista to rise at a 4.48% annual rate (CAGR 2024-2028), reaching a market size of US$62.36 billion by 2028.


Software For ERP That is Not Included In The Box

Software For ERP That is Not Included In The Box

This allows a company to purchase an ERP vendor's ready-made solution, customize it, and then use it within its infrastructure.

This is a time-saver and can provide significant benefits to many businesses. It is also more cost-effective than developing a new product.

Boxed apps greatest drawback is their inability to meet all company requirements and seamlessly integrate into company infrastructure.

API (Application Programming Interface) is a set of instructions and requirements that allow a mobile or software application to use the features/services offered by other apps, platforms, or devices to provide exceptional services.

There are two types of APIs:

  1. Web service APIs
  2. APIs for WebSocket
  3. Library-based APIs
  4. APIs for object remoting

How can I create a useful RESTful API?

How can I create a useful RESTful API?

These practices will make it easier to create a RESTful API that is useful and reliable.

  1. Throttling is a good idea.
  2. Consider your API Gateway an Enforcer.
  3. Allowing the use of an overriding HTTP method.
  4. Proper documentation.
  5. Determine the APIs, infrastructure.

What Is an API? Why Is It Important?

What Is an API? Why Is It Important?

API (Application Programming Interface Software) refers to a set or standards of instructions, requirements, or guidelines that enable a software/app to use features/services from another app, platform, or device for it or its apps to provide better services.

It's a way for apps to communicate with one another.

It doesn't ask for our Facebook details when we click the "Connect Facebook'' button in Candy Crush. API allows it to access the Facebook server data and let us play - thanks!

An API is the foundation of all apps that use data to communicate between products and services. An API allows a platform or mobile app to share its data with other platforms/apps and makes it easier for users without involving developers.

The best part about APIs is that you don't have to create a new program or platform. You can use an existing one.

These factors are why app developers and business leaders pay attention to the API development process.

This API development guide will help you if you are interested in the API development framework.

Let's first look at some basic terminologies to help us understand the concept.


Terminologies for API Development

Terminologies for API Development

API key: An API Key is an authorization code passed to an API request.

Endpoint: An API can interact with another system. This is called Endpoint.

JSON: JavaScript Object Notation (or JSON) is a data format that creates API request parameters and response bodies.

GET: The RESTful program interfaces HTTP method for obtaining resources is called GET.

Post: This is the RESTful APIs HTML method for building resources.

OAuth: This is essentially an Open standard authorization framework that grants access to the users side without sharing credentials.

REST: REST is a programming architecture implementation that improves communication efficiency between two devices/systems.

It is lightweight and uses references to data rather than actual data. These systems are called RESTful systems.

The World Wide Web is the best example of RESTful systems.

SOAP: Simple Object Access Protocol is a messaging protocol that allows for sharing structured information during the execution of web services over computer networks.

It can be used with XML and application layer protocols (like HTTP or SMTP) to format messages and negotiate and transmit them.

Latency: Latency refers to the time it takes for an API interface to process a request and return a response.

Limiting: The process of defining an API rate-limiting API refers to how an end user can access APIs at a specific rate.

It refers to limiting the number of requests that a user can make to an API at any given time.

Throttling: It is the process of controlling how APIs are used by users over a certain time period.

This can also be used to limit API usage. You can set a limit of 1000 API requests per calendar day, for example.

The server will send 429 HTTP status messages to the user when they reach the 1001 request.

Now that you are more familiar with API development terminology let's dive deeper into the technical side. Let's start with API working and creating API (how to make an API).

Read More: What Are The Skills Required For Full Stack Developers 2023?


API

API

Let's say you open XYZ to book a flight. The form was filled out. You entered your departure and return dates, as well as the city and flight details.

Finally, you submitted the form. In a matter of seconds, you will see a list with all the details, including the price, timings and seat availability.

How is this possible?

The platform requested that the airline's website provide the required data. It was able to access the airlines database and obtain relevant data via the API interface.

The platform was presented with the API Integration data and received by the website.

The API is the intermediary streamlining data sharing. Here, the API acts as an endpoint, and the airlines website/flight booking platform acts as the endpoint.

The API can be used to communicate endpoints in two ways: REST or SOAP (see the definition above).

Both methods produce effective results but mobile app developers prefer REST to SOAP because SOAP APIs can be heavy and platform-dependent.

JSON (JavaScript Object Notation) is an encoding system developed to do away with the necessity for custom code for every app to interface with servers.

Let's now get to the important part: How do you develop an API? Which API development technologies and tools are best? What are the best practices for API development?


Tools for API Development

Tools for API Development

There are many API tools and technologies available to help you create an API. However, these are the most popular API tools and tools for developers.

Apigee: This is Google's API management service provider. It helps developers and entrepreneurs succeed in digital transformation through re-establishing an API Integration approach.

APMatic and API Transformer are two other popular tools for API development. These tools provide sophisticated automated generation tools that can build high-quality SDKs from API-specific formats and then transform them into other specification formations such as RAML, API Blueprint, etc.


Best Practices to Build the Right API

Best Practices to Build the Right API

App Throttling: App Throttling is an excellent practice that can be used to redirect traffic and backup APIs and protect it from DoS attacks.

Your API gateway should be considered Enforcer: It should be viewed as a cop who allows only authorized users access to data.

You should be able to decrypt and edit the message, as well as analyze and manage the use of your API.

Allow overriding HTTP Method: Some proxies only support GET or POST methods so you will need to allow your RESTful API to override the HTTP method.

For doing so, employ the custom HTTP Header X-HTTP-Method-Override.

Assess the APIs and Infrastructure: At the moment, it is possible to do real-time analysis, but what about if an API server has memory leaks, a draining CPU, or other issues? You can't keep a developer on duty in such cases.

Using a variety of tools, such as AWS cloudwatch, you can accomplish this task easily.

Security: You must make sure that your API technology is secure, but user-friendly. Your API may not be user-friendly if it takes more than five minutes to authenticate.

To make your API secure , you can use token-based authentication.

Documentation: It is profitable to provide extensive documentation about an API for mobile applications that allows other developers to easily understand the process and use the information to offer a better user experience.

A good API documentation will help you reduce the time and cost of your API development project.

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Conclusion

We are a web application development company that has been serving clients in a variety of industries. Businesses can always stay one step ahead of the curve in web innovation with our ultra-modern, cost-effective web apps.

Our solutions have been used in a wide range of industries, including education, finance and banking, retail, e-commerce and healthcare.

Our portfolio of software solutions includes desktop application development and website design and development.

Developers.DEV also offer hi-tech application developers, which can be customized to meet the needs of each client.

Hire dedicated software developers at.DEV to make sure your software project is a success.


References

  1. 🔗 Google scholar
  2. 🔗 Wikipedia
  3. 🔗 NyTimes