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The 5 Best E-Commerce Platforms

Shopping online has become the largest type of consumerism in recent years. The global effect of the COVID-19 pandemic directly influenced that shift. But, with all the top-notch e-commerce websites available, online shopping may continue to be the primary way consumers buy products.

From individuals to small businesses and even large corporations, what are the best e-commerce sites out there? Here are the 5 best e-commerce platforms (in no particular order):

  1. WooCommerce

This is an add-on in WordPress that allows owners to integrate purchasing options into their existing website. While WooCommerce is free, as well as open-source, it’s essentially a self-serve tool. Owners must be willing to learn how to use it through the available help guides and online forums. This tool is a great idea for people with small businesses looking to save costs.

WooCommerce has helpful features like:

  • Management for inventory & catalogs
  • Optimization for mobile devices
  • Reviews of products
  • Allows for gathering analytical data via Google
  • Calculator & options for shipping costs
  1. Magento

Like WooCommerce, Magento is open-sourced. However, its learning curve is a double-edged sword. The site requires people to put their sites together essentially on their own. It does have a big community and is very stable. Additionally, Magento has an open-source and commerce version. The open-source version is free for the platform only, meaning everything else needed to develop the site will cost money. Magento’s commerce version, on the other hand, charges annually in the thousands.

  1. BigCommerce

This platform has clear SEO features that can be edited easily. Contrary to most sites on this list, BigCommerce has a currency feature that is compatible with multiple different currencies when selling products. The fees for using BigCommerce are competitive and higher than most other sites. Also, its prices for the ‘tiers’ it offers depend on how many sales are made per month.

Some benefits of using BigCommerce are:

  • POS software capabilities
  • No limits on how many products can be listed
  • Large file storage space
  1. Shopify

Perfect for smaller businesses and easy for beginners to learn, Shopify doesn’t use code. Even the tools on the site are codeless, but the interfacing capabilities are extensive. People have access to numerous pre-designed templates as well as the ability to design one themselves. While Shopify does have a free 14-day trial, it’s a monthly subscription beyond that. Nonetheless, it has a lot of features such as:

  • Unlimited number of product listings
  • Personalized domain addresses
  • In-depth personalization
  • Analytics tracking
  1. Shopify Plus

This is the next step up for Shopify that’s geared toward larger companies. It contains the same foundation of Shopify but has even more features and customization capabilities. This upgraded version does require some specific knowledge of front-end frameworks to be able to fully utilize its tools. Pricing for Shopify Plus exceeds $2,000 a month and varies based on the desired options chosen.

Conclusion

Having an easy-to-navigate, appealing website is vital for any company or individual hoping to sell products online. The site also needs to have all the information a visitor might be looking for in order to turn them into a customer. E-commerce platforms like those listed here exist globally, contain different features, and vary significantly in terms of price. Determining which platform to use is best decided after extensive research is done.

Choosing Between Ruby and Python for Web Development

Although they’ve been around since the mid-1990s, Ruby and Python are still excellent programming languages for web development today. They have more differences than similarities, but that also makes them a great duo to compare against one another.

What is Ruby?

In 1995, Ruby’s creator, Yukihiro Matsumoto, released this programming language to the public. It’s an open-source language which means it’s free to use as well. Ruby is known for its simple syntax and effectiveness. Benefits of using this programming language include:

  • Implements less code
  • Adapts and evolves quickly
  • Uses sectional task executions for development
  • Contains an easy to use testing framework

What is Python?

Released in the early 1990s, this interpretation-based, object-oriented programming language quickly made a name for itself. Python uses dynamic typing and binding. It has a simplistic, readable syntax, which is cost-effective as well. Additionally, debugging is one of Python’s most praised features. The debug speed is quick and if code contains an error, it won’t be a significant issue for the system. Some benefits are:

  • Extremely easy to learn and develop with
  • Very flexible in its development capabilities
  • Utilizes asynchronous coding
  • Faster development due to server-side scripting

Comparing Them—Ruby vs Python

  1. Language Difficulty

Ruby is easier to code with, but Python provides a more visual and direct experience for the developer.

  1. Flexibility

Python maintains a more focused approach with a more rigid but readable code. Alternatively, Ruby allows for multiple task options yet, out of the two, Python is still more popular.

  1. Code Reusability

Both programming languages have excellent code reusability. In Ruby, they are referred to as ‘gems’ while Python calls them ‘modules’.

  1. Testing Capabilities

Testing allows developers to identify issues early on, which can be crucial for development that is more complex. Luckily, both Python and Ruby have good testing capabilities.

  1. Ease of Learning

Created specifically to be easier to learn, Python pulls ahead of Ruby in this area. Still, while Ruby has a steeper learning curve, it compensates for that with its sub-function, Rails, and its accompanying features.

Similarities

These two programming languages do have a few similarities such as being of high quality and cross-platform compatible. Ruby and Python can also work with IRB, incorporates the GNU Debugger and embedded tools, and are backed by Emacs modes. Their readability is on similar levels as well. Additionally, they are scripting languages and dynamically-typed.

Which One to Choose?

Side by side, they appear much more similar than they are. By weighing their individual pros and cons as a whole, the better option is Python. Its versatility in coding, scalability, and clear syntax puts it ahead of Ruby in many ways. Being cross-platform compatible on top of being able to handle both simple and very complex amounts of data adds to that. Its lower learning curve is another benefit compared to Ruby since even beginning programmers can pick up on how to use it. Make no mistake, Ruby is still an excellent language for development but, when up against Python, it just falls short.

The Big Comparison: Golang or Rust?

The number of similarities and differences between popular programming languages can be close or vast depending on the two being compared. Nonetheless, developers love to see how they stack up against their competition. When a programming language is popular, however, there are usually valid reasons for that. Most of them include the benefits of using the language, the flexibility of it, or sometimes simply just that it’s better than another language.

Let’s look at two popular programming languages and do a big comparison of them.

Golang

Commonly called Go, this programming language is open-sourced, easy to learn, compiled, and has a great performance speed. Go is also very adaptable and has a concurrent system. Additionally, it’s used across various platforms, as well as containing analytical tools.

Go does have some disadvantages such as its struggle with memory management, appearing too easy or almost not worth learning to some developers, and limited supportive resources since it’s still considered a relatively young language.

Rust

Like Go, Rust is concurrent, which is a significant benefit. It is, on the other hand, much better at handling memory than its competitor. A good run time, easy integration capabilities, and a unique ownership feature are other advantages to using Rust.

Its disadvantages, however, contain issues with syntax, a growing difficulty in learning how to use it and its data compiling ability, and its foundation in the scope-based management of memory leads to a leak of recursion with that memory.

Commonalities Between the Two

As mentioned with Go, it’s a concurrent language just like Rust. Both of them are also cross-platform compatible, young, and popular with younger programmers.

And the Differences…

  • Performance

Rust is a little more efficient than Go in this category due to the latter having a slightly slower development speed.

  • Concurrency

While both handle concurrency well, Go has been compatible since its release. Rust received its compatibility later on and doesn’t have as much developer expertise. However, concurrency does help stabilize Rust’s memory functionality.

  • Memory Management

Go has an automated memory management system, which means developers can’t do much manually if they needed to. That can be beneficial because it indicated developers don’t have to worry about it. Rust does have slight issues with memory management due to its scope-based system, but its compiling system helps make up for that.

Summary

Overall, Rust has a steeper learning curve than Go and does focus more on data security. Go is also more scalable and more popular than Rust. Still, both were introduced around the same time. They are picking up speed in terms of development, updates, and popularity. Rust trails behind a little yet the two are considered rivals in the tech industry. With the shift in attention to a speedy yet efficient society, Go tends to be favored as well as slightly more cost-effective than Rust.

At the core of every development project, there are the back-end tools and software that apps are built on. This includes programming languages like Go and Rust. That makes choosing the right one incredibly important.

App Development in 2021: The Best Ideas for Apps

In the age of technology, app development has become vastly more popular than website development—though both are still highly sought after. But, for those developers looking to break into app development or just create something different, sometimes they need a little inspiration.

Why develop apps?

Benefits of making apps include:

  • Being generally less time-consuming to make than a website
  • More cost-effective
  • Higher chances to learn something new
  • Apps can be monetized
  • Can use their analytics to gather user data

What are the best app ideas?

  1. Memes

Since their invention, the use of memes on social media and through messaging has skyrocketed. So many years later, they’re still widely used. There are even more that pop up every day. When someone comes across a meme they want to use but can’t, or maybe they’re looking for a certain one, developing an app that collects them and allows for downloading is an excellent idea.

  1. Social Media Privacy

While each social media platform has their own security and privacy settings, that doesn’t necessarily stop malicious individuals or hackers from approaching users. Thus, developing an app that can be used as a third-party but integrated app with the platform, which prevents those kinds of people from sending messages or comments, is extremely useful.

  1. Quizzes

This is the perfect idea for beginner developers or people who haven’t made an app before. Quiz apps are fun and significantly easier to set up. Plus, they can cover any topic while being as bare or colorful as the developer likes.

  1. Restaurant Booking

The arrival of the COVID-19 pandemic significantly disrupted the food industry. However, apps that allowed for the organization of limited seating made things easier for restaurants as well as customers. With restaurant booking apps, users are able to pick a table, make reservations, and more. Even as restrictions and lockdowns are slowly being lifted, this is still a useful app idea since it may become a permanent addition to the way people eat out.

  1. Calorie Tracker

A larger focus on being healthy has risen over the past year in particular. Users needed something that could help them keep track of things like how much they exercised, how many steps they took, and how many calories they burned daily. Thus, calorie-tracking apps became popular. They allowed people to enter the foods they ate and the apps would make a record of the daily calorie intake. Of course, since the apps needed to account for all kinds of foods on top of their calorie counts and any extra features, the amount of data and coding needed to develop these apps is substantial.

Summary

Apps of all kinds are being developed daily. There is no shortage of them, nor is there ever likely to be. These are only a few useful ideas for app development but, ultimately, the functionality of the app is more important. They can contain great concepts and not work at all. Apps that gain the most popularity are interesting, functional, and helpful for users.

Top Tools for React Development

At the front-end of app development, ReactJS (also called React) contains many tools that aid with the development process. There are also a significant number of libraries and a community of dedicated developers.

Let’s look at some of the top development tools for React.

Create React App

With a focus on coding, this tool was designed by Facebook to decrease coding time by implementing reusable codes. It can work with CSS, supports many syntaxes, and helps make updating smooth.

ESLint

It has an interesting Airbnb configuration feature, as well as a speedy code analysis element that helps detect errors and bugs in the code.

Storybook

The name of this tool derives from the process it works in—‘stories’, or functions in an app, are combined to make up the entire ‘document’, thus dubbing it a ‘storybook’. Storybook creates individual UI components. In development, this tool aids with testing and the tools it uses (i.e. Jest, Enzyme, etc).

React Testing Library

As its name suggests, React Testing Library works on testing code. It’s light and quick in its executions as well.

React Bootstrap

It’s very popular and possibly the oldest React library. React Bootstrap has been particularly favored by developers with native HTML experience. The original version, just called Bootstrap, was re-created to work in React. At its core, it’s still compatible with the previous version since the basic code is the same. Additionally, it’s a CSS framework that helps build well-functioning UIs.

React Developer Tools

Open-sourced and acting as a tree of sorts, React Developer Tools is widely used by developers. It was even made by the React development team. This tool encourages developers to create hooks without the need to make a class for them. More of its options include the ability to track interactions, see the source code, and it shows the performance of debugging using a profiler.

React Cosmos

Primarily interested in the reusable code aspect of development, React Cosmos works to decrease coding time on as many levels as possible. It has a powerful component scanning ability that also allows developers to render those components. With this tool, debugging is easier and it comes with a component library as well.

Reactide

This tool gives a visual aspect to the development process. Reactide’s live coding element and hot reload option are its strongest features. It’s an IDE, or Integrated Development Environment, primarily for React developers.

CodeSandbox

Unlike the other tools on this list, CodeSandbox is an online code editor with a wide support of NPM dependency. It makes sharing an application’s code as simple as copying its URL, which is perfect for a team of React developers. Also, it further adds flexibility because it’s compatible with all JavaScript tools.

Conclusion

Sitting at the top of the list for popular development tools, React’s influence is vast. This means that there are many resources, libraries, and tools that are compatible with React. Each of those development tools has a different purpose, including varying features that work for certain kinds of applications. Though, with all of them at a developer’s fingertips, finding the right one could certainly be a challenge.

Programming for the Ages: Is Python or JavaScript Better?

Considered veterans in the programming language community, JavaScript and Python have been around for over two decades. Both also have evolved significantly yet continue to be influential development tools in the tech industry. Programming languages sit at the heart of web and app development, which means it’s important to choose one that’s best suited for the application.

But which one is better—Python or JavaScript?

JavaScript

Previously released in 1995 under the name LiveScript, it was renamed to JavaScript in order to capitalize on the popularity Java had received. This is a programming language that uses interpretation and object-oriented features. It’s actually considered a scripting language, which is a type of programming language. That makes it more flexible, gives developers control of every aspect of development, and allows them to utilize DOMs (Document Object Models).

Python

Similar to JavaScript, Python is object-oriented but has a more relaxed learning curve. It was released before JavaScript, though its updates and features turned toward making the development process simpler. It still maintains an easy learning structure. Python focuses on readability, can handle large amounts of data, and is known for being exceptionally fast in processing commands.

The Comparison

JavaScript and Python are widely used, and both are dynamically-typed languages as well. However, this could be the end of their similarities. Ultimately, both are used for various projects and can handle different things. Some of their most obvious differences include:

  • Mutability/Immutability
  • Performance Quality
  • Scalability
  • Machine Learning (ML)

Mutability/Immutability

Mutability refers to a set of data that can be altered while immutability is considered a list of data which cannot be changed. Python has mutability but JavaScript doesn’t.

Performance Quality

In terms of overall performance speed, Python can beat JavaScript every time. However, a good developer knows that being fast doesn’t always mean the code will be stable. JavaScript may be a little slower than Python but its system, which validates commands one at a time, ensures the code is more secure.

Scalability

This is extremely important for any programming language since scalability directly relates to the amount of data a language can handle. JavaScript and Python are both highly scalable, however, JavaScript is built to work with bigger loads of data and maintain security. It does so more efficiently than Python, which performs better in regard to various commands and smaller collections of data.

Machine Learning (ML)

This aspect of development is complicated and contains significant data loads. ML programmers lean toward Python when it comes to programming languages since Python has a faster system that can also sift through a lot of data. In this way, JavaScript’s slower performance speed and more traditional structure make it slightly less effective than Python.

The Result

As with any aspect of the development process, the quality and efficiency of a website or app is dependent on the tools used to create it. JavaScript and Python, while they can be compared, are often implemented for different projects of development. Their strengths play important roles in different areas of the tech industry as well. Thus, there is no clear winner as to which is better. That conclusion will continue to remain a mystery as long as both play a significant role in web and app development.

AngularJS: The Ideal Web Development Framework

Amateur developers or businesses looking to take on a web development project with little to no experience can find themselves lost in the terminology of the tech industry. One of the most confusing aspects of web development is choosing what tools to use for the process. Frameworks are such a tool that people struggle with deciding on.

There are so many frameworks out there. But let’s focus on just one: AngularJS.

What is AngularJS?

Primarily just referred to as Angular, this framework was created by Google to make dynamic web apps by using HTML. While HTML is its base language, it also utilizes JavaScript. Angular can help developers make Rich Internet Applications (RIAs) by using JavaScript like a Model-View-Controller, or MVC. It’s open-sourced and compatible across different browsers.

Advantages of Using Angular

Some benefits to Angular include:

  • The implementation of dependency injection.
  • Elements in the framework can be reusable.
  • It can create Single Page Applications.

Disadvantages of Using Angular

As with any tool, there are some disadvantages such as:

  • It’s JavaScript-only, meaning there is a small security gap. (Apps use third-party tools to improve their security. Being JavaScript-only prevents that from happening.)
  • Disabling JavaScript won’t let the user access the entire webpage, only the basic structure or bare-bones text.

Why Angular Is Worth It

  1. Google-Backed

Since it’s a product of the company, Google provides support for users of Angular. This means there is a dedicated support team behind the framework and it’s being maintained. Many developers of Google even use it themselves.

  1. Easy to Use

The purpose of development tools is to make the process easier for developers, and Angular is no different. This framework decreases the amount of coding required, therefore using the time saved to progress in the project.

  1. Declarative Code Style

Containing what is known as a ‘declarative coding model’, Angular becomes less code-heavy since every process of the app isn’t laid out. Only the necessary ones which make the app function as desired do.

  1. Large, Dedicated Community

Developers on Google+ and Reddit often use Angular in their projects. Combined with the support from Google itself, as well as other developers who add to the growing number of Angular-based resources and information added to libraries, and the framework will continue to expand in popularity.

  1. Two-Way Data Binding

This allows developers to make changes across the framework and user interface simultaneously. It works the other way around as well. Angular makes it incredibly helpful for developers to update their apps quickly.

Moving Forward

Choosing the right framework can save developers time and frustration down the road. Apps that become too complex with the wrong framework, for example, could become slow and broken. It’s important to do research into which tools work best for the development project at the time as well as what it could reach in a certain amount of time. Angular is a powerful development framework tool that’s popular because of its effectiveness. Its Google-approved reputation should say something about it too!

IDEs for Windows Apps: The Top 10 to Use for Developers

Also known as Integrated Development Environments, IDEs are exceptional tools that make developers’ lives easier. From coding to updating and more, these allow developers to create websites and apps from start to finish. They provide everything needed but, with so many out there, how can a developer know which ones are the best?

Let’s look at the top 10 IDEs for app development:

  1. RAD Studio

It utilizes the programming languages C++ and Delphi. RAD can also be run on the Windows, macOS, iOS, Android, and Linux operating systems. Disadvantages it has to include extended or glitchy load times.

  1. NetBeans

It’s open-sourced and popular with Java developers. NetBeans supports programming languages like C/C++, PHP, and HTML5. The operating systems it runs on are macOS, Linux, Windows, and Solaris.

  1. Microsoft Visual Studio

Primarily based in Microsoft software and uses Microsoft’s tools, this IDE supports over 30 programming languages. It can of course use a Windows operating system but also includes iOS, Cloud, and standard web systems.

  1. IntelliJ Idea

While it has a rocky UI system and steep learning curve, IntelliJ is very popular. It’s compatible with several popular programming languages like HTML, Ruby on Rails, Python, Node.js, and more. Additionally, it supports the Windows, macOS, and Linux operating systems.

  1. Code::Blocks

Free and open-sourced, Code::Blocks is limited in the programming languages and operating systems it supports. C, C++, and Fortran are compatible programming languages while Code::Blocks supports the Windows, Linux, and macOS operating systems.

  1. PyCharm

Centered primarily around the Python programming language, PyCharm also supports JavaScript, CSS, TypeScript, Angular, and more. MacOS, Linux, and Windows are compatible operating systems.

  1. Aptana Studio 3

Known for its adaptability and solid development structure, Aptana struggles with its speed and stability. Nonetheless, it supports a wide range of programming languages like Ruby, HTML5, Python, and so on. Aptana can also be used on the Windows, Linux, and macOS operating systems.

  1. Komodo

After a free trial, Komodo becomes pricey—and some trial users complain they can’t use all the features. However, in its full capacity, Komodo supports the most popular programming languages and standard 3 operating systems (macOS, Linux, and Windows).

  1. Eclipse

Complete with an optional SDK (Software Development Kit), Eclipse’s range of acceptable programming languages is similar to Microsoft Visual Studio in that it supports an exceptional range. In terms of operating systems, it allows for Windows, macOS, and Linux compatibility.

  1. Visual Studio Code

Created by Microsoft, Visual Studio Code contains many useful features. It supports the top programming languages (i.e. HTML, Java, CSS, JavaScript, TypeScript). However, it only utilizes the 3 main operating systems—Windows, macOS, and Linux.

Conclusion

The use of the right operating system (OS) is important when it comes to choosing a good IDE. Looking at programming languages and long-term goals for app development are also important. Having a good foundation can only be as solid as the developer’s intention for the app. Once an app is created, it may be a struggle later on if a developer tries to change the app’s foundational elements.

How are Programming, Coding, and Software Development Different from Each Other?

Every industry has its own unique terminology. The same goes for the tech industry. Here, there are many terms that are very similar and often used interchangeably, even though they mean different things. Such is the case with the terms: programming, coding, and development (specifically software development).

What is programming?

To put it simply, programming uses a person’s thought processes to solve technical or technologically-related problems. Programmers then apply those solutions. The area of programming doesn’t necessarily deal with coding. It focuses more on critical thinking and problem-solving more than anything else. Programming is also done using the English language.

What is coding?

Coding involves the use of programming languages, which are English-based tools that help coders tell systems to do commands. It also looks at the syntax of the language, the structure, and the organization of the code and runs tests according to the coder’s instructions. A person can be a programmer without being a coder, but the reverse isn’t true. Essentially, coding is the implementation of programming. Coders must stay current with technology, be able to debug and test for errors and execute code in a variety of ways.

What is development?

Development, particularly referring to software development, is the inclusion of all the aspects of creating software. This includes websites, mobile apps, and so on. Software development includes programming and coding as well as specific elements such as frameworks, design, maintenance, finalization, testing, and more. Development is a process just like programming and coding, but it’s a big process. A combination of development and operations teams, also known as DevOps, and general team management is also important with regard to development.

Additionally, developers can be programmers and coders, though development itself refers to the process of creation. Developers are generally at the beginning and end of the software development stage. However, they may be in or out of a few or many steps in the process when referring to what type of developer they are. There are many different types like front-end or back-end developers, full-stack developers, web developers, and so on.

Between the Three

When approaching programming, coding, and software development, learn to develop a programmer’s mentality first. Becoming a coder could come second—and both are recommended. Although, some people adopt a programming mindset by practicing coding. Ultimately, knowing the difference between programming, coding, and software development is crucial.

Summary

Programming could be considered the stepping stone to coding and software development. Coding would be the basic implementation of development. Development houses both and many more elements. In the tech industry, wearing different hats is common. Learning various skills is vital for success, but only as long as those skills are up-to-date with the continuously evolving technology. It isn’t helpful to pick up skills that won’t be used; however, most of the time, the current technology is based on the implementation of older versions. This is why programmers, coders, and developers must—more than anything—adapt a nonstop learning perspective.

Pros and Cons of Using Flutter

Officially released in 2018 by Google, Flutter found itself rising in popularity quickly. It also received a second-generation release in March of 2021. However, this gem of software is unlike other development tools.

What is Flutter?

Initially often mistaken for a programming language, Flutter is actually an open-sourced SDK or Software Development Kit. An SDK consists of libraries, APIs, frameworks, and all the other elements needed to make an app.

To take it a step further, let’s clarify other similar development tools:

  • Libraries: Codes that can be recycled to decrease coding difficulty and time.
  • Frameworks: A skeleton of tools used to make apps, requiring code to build on it

Flutter also contains layers, which are an embedder, an engine (utilizing C or C++), and a framework.

Dart

This is an optimized, object-oriented programming language within Flutter that is entirely optional for developers to use. It was also made by Google. Dart can compile code into JavaScript and native code, which increases performance speed and decreases loading time.

Widgets

Aside from Dart, widgets are the most notable feature of Flutter. Developers essentially build apps with widgets through Flutter. These widgets can be pre-made in virtually every level of development and Flutter allows for the altering or creation of new widgets.

The Release of Flutter 2

Originally, the first generation of Flutter enables developers to create apps for iOS and Android. Flutter 2, however, expands that list to include macOS, Linux, and Windows. Moving into a technologically overwhelmed world, Flutter 2 is compatible with smart TVs, cars, and other smart home appliances.

Pros of Flutter

  • Widgets that are pre-made or can be completely customized for fast coding
  • The Java compatibility and simplicity of Dart
  • A gentle learning curve for experienced or inexperienced developers
  • A strong community that supports and works to improve Flutter
  • Backed and used by Google (continuous updates and fixes)
  • Hot reload feature for simultaneous updates
  • Fast performance speed
  • Extremely accessible for creating and distributing apps

Cons of Flutter

  • Fewer third-party libraries to help with automation
  • Dart is not as preferred as other programming languages
  • Contains a larger file size with no way to significantly decrease it

The fact that Flutter is an SDK is important to remember because, while it may seem a little more clunky than other development tools, it’s still a kit of all the necessary tools to create an app.

Conclusion

If choosing Flutter for app development, there are three primary steps to follow. First, check the system details of the computer being used. Next, download Flutter SDK. With this software, iOS and Android capabilities, as well as Dart, are included automatically. When designing a web app, a Chrome browser is needed. Third, install editor software. It’s recommended by Google for developers to use IntelliJ, Visual Studio, or Android Studio.

Being backed by Google, incorporated into the company’s system, and giving way to Flutter 2, the original Flutter is still very popular. It isn’t likely to fade into the background anytime soon either.