Posts by "Roxana"

6 Obstacles AR Development Faces

Augmented Reality (AR) is the use of environmental and virtual functions to complete a task or specific action. AR mobile app development has been progressing since its initial public release. However, that progression is significantly lower than Virtual Reality (VR) due to the obstacles AR developers face.

The top 6 obstacles include:

  1. Potential Privacy Infringement
  2. Limited Content
  3. Developmental Issues
  4. Lack of Public Knowledge
  5. Difficulties with Software Compatibility
  6. Disruptive or Glitchy Features

Potential Privacy Infringement

Due to the combination of virtual and environmental elements, AR apps almost always require the use of a phone’s GPS. Many people argue that this is an infringement on users’ privacy. In places like Europe, there are stricter laws on privacy than there are in the United States, for example. This makes it challenging for AR app developers to create apps that are easily accessible without breaking those laws or infringing on the privacy of the people who use those apps.

Limited Content

The amount of content AR apps have is significantly limited to what devices can do, as well as how the virtual and environmental elements interact with each other. This leads to a restriction on the kinds of content AR developers can make. It’s one of the main obstacles they face, and even more so when the demand for new technology is taken into account.

Developmental Issues

Among different devices, there are varying components AR developers must consider. GPS usage is connected to a device’s compass and it, along with the accelerometer, contains weaknesses when it comes to any interference with electronics. The developers must try to anticipate any issues in the development process that could affect user experiences.

Lack of Public Knowledge

Stopping any person who has a smartphone on the street, could probably explain what VR is. However, they may not know what AR is. This lack of public knowledge impacts the number of people that will download an AR mobile app. Most won’t since they aren’t sure what AR functions do for them. Similarly, it can stunt development options for AR developers, thus putting those apps behind in terms of technological evolution.

Difficulties with Software Capabilities

The process of adding AR capabilities to a mobile app requires developers to make a new kit for the app. Being able to integrate seamlessly with various current phone models is what the kits help developers do. Additionally, these apps need a specific kind of element—an AR browser. Without it, the apps won’t function properly, but more difficulties arise when the browsers aren’t correctly developed.

Disruptive or Glitchy Features

One of the most common issues users come across in an app that makes them want to uninstall it is when the features don’t work correctly. The implementation of AR increases that chance due to how complex it can be to adapt the app to that kind of functionality. Lagging is another specific issue users hate. With AR mobile apps, a phone’s camera is an integral part of that feature. If the camera and app don’t work together, it’s only a matter of time before the user will give up and delete the app.

Flutter Marks the Start of Next-Generation Application Development

Flutter Marks the Start of Next-Generation Application Development

  • Why is Flutter mobile application development gaining popularity?
  • Is it true that Flutter offers more in terms of technology than other platforms?
  • Do businesses choose it because it promotes faster time-to-market?
  • Why has Flutter become a software ecosystem result-driven application development platform?

And the list goes on and on!

These are just a few of the numerous questions that come to mind once we hear the word “Flutter.” This is why we determined to create this article to dispel your concerns about this incredible mobile application advancement platform once and for all!

Yes, apps created in Flutter are causing quite a stir in the application business. Its popularity is numerous, but what steals the show is its capacity to assist the application in working in the intended direction. Because it is cross-platform, it opens the door to millions of possibilities and helps you to keep the many elements of application development in mind. If you think it’s intriguing, wait till you learn about the factors that have propelled Flutter to the forefront of the mobile app development market.

Without further ado, let’s dig in and find out what all the fuss is about!

What exactly is Flutter, and why is it on the rise?

Flutter is a Google-created open-source framework. It assists in the development of cross-platform mobile applications using a single codebase. In brief, a user may utilize a single programming language and codebase to create apps for several operating systems like iOS and Android.

And why is it increasing? The explanation is straightforward! It encourages attractive design, smooth animation, and high performance. In a nutshell, it provides exactly what the end-users desire.

Google unveiled Flutter in 2017. It employs a dark object-oriented programming language, which grew by 532 percent in 2018 and 2019. The news spread like wildfire, and everyone began to trust Flutter more than ever. In reality, it provided outstanding services to businesses such as Alibaba, Google Ads, My Leaf, and others.

Did you know that?

China, India, the European Union, the U.S, and Brazil are the top five nations benefiting from Flutter. Around 50,000 Flutter applications have been released in the Play Store, with another 10,000 posted in the previous several months.

Approximately 35% of Flutter developers work for startups, 26% for enterprise developers, 19% are freelancers, and 7% for design.

Flutter is predicted to capture 60% of the app development industry in the next five year

What factors contributed to Flutter’s popularity as a mobile application development framework?

Reduced code development time

It usually takes approximately a minute to move a medium-sized Android application on the test device. If you’re lucky, the procedure will be smooth, and the fit will be flawless, but most of the time, you’ll need to spend some extra time tweaking the layout. Yes, we know we can fix the layout with Android Studio. However, keep in mind that it has restricted features, and you may not obtain exactly what you desire.

We have a feature in Flutter called “hot reload.” You may use this tool to see the changes you’ve made in real-time. This saves you a lot of time and effort, making Flutter the fastest mobile app development platform.

Favorite among developers

Did you just tell me that being a developer’s favorite will help my business?

Obviously! They are the ones developing for your company, and in our experience, a happy developer equals a better product.

So, what about Flutter makes a developer happy?

For instance, it allows the developer to create apps for both operating systems, Android and iOS, using a single codebase. It also features a portable (and efficient) GPU that allows it to function on multiple interfaces.

We assume you can now simply hire a flutter app developer because they all like it.

Faster time-to-market

Who doesn’t want their items to reach the market as fast as light? However, in order to do this, we frequently have to sacrifice quality. Flutter, thankfully, has arrived. Flutter programming framework works faster and better than any other platform.

This is because the developer does not need to create any special code to meet their goals. Choose a 2D-based UI, develop it in Flutter, and have fun.

Technology Perspective

To begin with, Flutter is made up of fantastic plug-ins. With the packages utilized for Android application development services, they assist the entire system grows. It also provides smooth, natural scrolling and a comprehensive set of motion APIs to improve the user experience.

Objects are an essential element of Flutter and are used to assign them without the need for locks. This eliminates any stuttering or UI junkies related to allocations.

Will using Flutter help your company?

Flutter app development can help you beat your development cycle time estimate. All of the interesting functions, tools, and widgets prevent the risk from occurring and protect your organization from direct or indirect monetary losses.

Furthermore, here are some important and interesting elements that demonstrate how Flutter may help your business:

Because Google’s Fuchsia OS integrates flawlessly with Flutter, product creation will be a breeze. Engineers who like Flutter are easy to find (for obvious reasons). As a result, you can quickly employ a flutter app developer.

Flutter provides simple integration and uncompromising quality.

Flutter is a dependable business solution that eliminates barriers, implements cutting-edge technology to maintain your application future-proof, and makes integration as easy as butter. It also reduces the danger to your company. As a result, it is not an exaggeration to suggest that Flutter deserves to be your first option for mobile app development. And you can always locate a reliable Flutter development firm to suit your requirements.

 

 

 

Developing Large Applications: Why is Vue.js a Good Choice?

The User Interface, commonly referred to as UI, is crucial for any application. Apps with poor UI capabilities will lead users to quickly uninstall the application. One of the most important parts of developing apps, particularly large-scale ones, is how well users can navigate it. Glitches and loading errors are among some of the most common issues with apps. However, they can be fixed easily.

Introducing Vue.js

Vue.js is a framework that was released in 2014 to help developers fix issues with app UIs. Based on JavaScript, as the ‘js’ in its name suggests, it’s open-sourced as well, making it easily accessible. Additionally, Vue.js supports UI/UX design. Some of its benefits include:

  • Integration is Simple & Easy

Vue.js’s integration capabilities are arguably better than ReactJS. Since it is based on the JavaScript programming language, Vue.js is compatible across various platforms that support the language too.

  • Increased Performance Speed

By simplifying the testing and debugging parts of the development process, Vue.js shortens development time. This is due to the simplistic steps it takes in those areas, thus increasing performance speed. On the other hand, the framework, AngularJS, is often compared to Vue.js, though it falls short in this area.

  • Small Download Size

This allows for Vue.js to be downloaded quickly—another way it’s faster than other frameworks. With less software installed, the computer an application is developed on can handle larger amounts of data during the development process without slowing anything down.

  • Simultaneous Updating

With Vue.js, back-end and front-end development can be simultaneously updated. This means that, when one end of the app is updated, it updates the other end as well.

IBM Hybrid Cloud Design

This is a design management system that was built around Vue.js and can be integrated with WordPress. It also utilizes the Cloud in its development process. This decreases the number of things required to run while an app is being created.

Popular Large-Scale Vue.js Apps

Frameworks can be used for a variety of different projects. A top reason developers like Vue.js is because it helps them create large-scale apps such as Alibaba, Grammarly, WizzAir, and GitLab.

Weaknesses of Vue.js

With every development tool, Vue.js has a few weaknesses. The bigger an app is, the most important it is that those tools are able to maintain those large amounts of processes successfully. Weaknesses of Vue.js include:

  • Some issues with debugging
  • Still in the beta testing phase
  • Few external libraries are integrated into it

Conclusion

The weaknesses listed for Vue.js are common things every framework deals with at some point. It indicates that there’s room for improvement which, as it gets more popular, will happen as developers discover solutions to problems. The fact that Vue.js can support large-scale applications with few significant issues is impressive. Its performance speed, adaptability, and ability to update simultaneously are among Vue.js’s strengths. These are also in-demand qualities developers look for when choosing a framework for the development of their projects.

What Are the Benefits of Node.js, and Why Are Startups Adopting It?

Node.Js is a fast-developing platform that allows you to launch your company’s website or application quickly. A large number of entrepreneurs are turning to Node.JS to build their websites. This section will discuss some of the advantages of Node.js and why so many entrepreneurs use Node.js for their websites.

For their websites and applications, startups must rely on a reliable development platform. There are already numerous cross-platform and open-source systems available for creating company websites. There is no requirement for hard-core coding with these systems. This article will discuss the benefits of node.js and why most businesses are migrating to it.

Node.Js is speedily becoming the most popular of these programming platforms. Because it is based on Chrome’s JavaScript engine version V8, Node.Js allows you to create lightweight web pages and apps. It operates on events. Thus the programs may be split into smaller parts.

Let’s look at how Node.Js may help you launch your business and give it a much-needed boost.

How is Node.Js fit for the new startup businesses?

If you want to build an application or a website for your company, Node.Js is unquestionably the platform to use. We have included some real-time statistics regarding how Node.Js is assisting worldwide enterprises below. The Node.Js platform has been used to build over 2 million websites. Because of Node.Js capabilities, Paypal’s monthly visits have grown to 567.8 million.

Over 90% of organizations have noticed a significant increase in productivity since switching to the Node.Js platform. Node.Js has the potential to reduce page loading time by up to 60%.

How can Node.Js benefit the startup business to grow and flourish?

When it comes to Node.Js startup businesses, there are several factors to consider. Even though the platform is dependent on the JavaScript version, it is quicker and more efficient. And that is what a new company website or application requires to compete.

The next part will go through the main advantages of utilizing Node.Js for your new business.

Helps in faster prototype building or designing

One of the major advantages of using the Node.Js platform is turning a concept into a prototype faster than any other platform. No matter what business process we are discussing, utilizing Node.Js, one may quickly jot down the programs.

Once the code is completed, it is simple to execute and test the draft functionality. You won’t have to wait weeks for the full code to be completed and tested before turning it over to the production team. Similarly, Node.Js aids in the speeding up of the UI design process. Because it is built on JavaScript, HTML codes may be used for frontend design. This minimizes the time required for UI design and allows for faster testing of functions.

Allows to make changes in codes easily

Business procedures must be changed regularly. Failure to do so will result in the business becoming stagnant. And such a circumstance will be detrimental to the company because it is fresh to the market and must contend with intense competition.

This is why utilizing Node.Js will allow them to make modifications to the code simply. Even while other platforms that use the MVP protocol make it easy to implement modifications, Node.Js has proven to be more efficient.

In this case, the code is developed in smaller modules, with each module handling a certain part of the business process. When modifications must be made, only minor changes to the code must be made. There is no need to work on the complete module, which may impact the durability of the activities.

Provides high business scalability

Another significant benefit for the Node.Js company is the ability to scale the application or website. Other cross-platform programming tools often offer to scale in either the vertical or horizontal direction.

However, with Node.Js, you may scale the development product in both directions. Horizontal scaling allows you to deliver the website or application to numerous devices at once. It will demonstrate whether or not the product can manage traffic from various connections.

Vertical scaling is conducting numerous activities on a website or application from a single machine simultaneously. It is used to test the response time of each app or website functionality when utilized by a single user.

Perfect for a single-language full-stack development

The JavaScript framework serves as the foundation for Node.Js. Node.Js can help with backend and frontend development because JavaScript is utilized in both. It enables new firms to manage both portions using a single programming language.

There is no need to set up separate teams to handle different languages on the backend and frontend. One team of Node.Js experts will be able to manage all of the work with ease. You won’t have to engage numerous businesses if you outsource development or management to a third-party company. The work will be completed by a single third-party development firm skilled in Node.Js. It will also assist in reducing overall expenditures.

Can handle other tasks during an I/O call

When a website or program runs on a single thread, issues emerge during I/O calls. If the thread gets an input or output request, the current function will be terminated immediately. The thread will then begin working on the I/O function.

You will have to wait for a response during this period. The worst thing is that the wait might last only a few minutes or up to half an hour. This is why a Node.Js startup is a viable option. Node.Js operates on a single-thread platform with non-blocking I/O. This implies that even if the thread receives an I/O call, it will not stop the current job. Both calls will be handled together, with no interruptions or delays.

Helps in easier and faster marketing

New firms must advertise themselves or their products. But it can’t happen until the development and testing are finished. This is when Node.Js comes in handy. The platform is well-known for its quickness. You may quickly create the scripts and turn the concept into the required prototype. After that, testing may begin, and the product can be released to the public.

This will allow you to receive rapid feedback from the production team on the prototype’s flaws. You may also use audience behavior to improve your business. Analyzing will become easier, allowing you to enhance the website or app more efficiently.

Node.Js is a game-changing technology. It is assisting fledgling firms in launching earlier than planned. It also aids in the cost-cutting efforts of startups.

With Node.Js, one can create websites and apps more quickly and simply and handle updates and modifications with ease. So, if you’re thinking about switching your company to a new programming platform to handle backend and frontend jobs, hire Dedicated Node.JS Developers right now!

 

 

 

Top Benefits of Using Cloud Technology to Develop Mobile Apps

The utilization of cloud technology in the development of applications, specifically mobile apps, has increased significantly over time. Technological advancements that first began using the cloud were able to make their applications faster and more efficient. There are several benefits of it, leading to its increase in development.

Cloud technology is known as accessing and storing data on the internet as opposed to a device. This allows for faster processing, development, and data protection.

Some of the top benefits of using cloud technology to develop mobile apps include:

  1. Easy Development Integration

When using cloud technology in app development, developers don’t have to focus on the infrastructure of the cloud. The provision of the cloud maintains it, which means there’s one less thing for the developer to monitor.

  1. Lowers Costs

By outsourcing data centers, as well as servers, to cloud providers, developers can lower costs and direct their attention only the resources they need.

  1. All the Added Features

Compared to traditional app development methods, cloud technology contains more features for developers to use. Some of those features have helped revolutionize how apps have been developed. Things like social networking platforms and geo-location functions are such features. Increasing seamless user experiences is a result of incorporating cloud technology as well.

  1. Increased Development & Processing Speed

By storing data on the internet, the space it would have taken up on a hard drive allows developers to increase the speed at which apps are developed. This is because less code is stored, which takes up less space and subsequently increases the app’s processing speed. Furthermore, faster apps mean quicker updates, the addition of more features, and shorter load times.

  1. Easier to Scale Apps

Scalability is a crucial element of app development. When done right, it accounts for the increase in data, interaction, and other things as apps evolve. It helps them continue running properly. Cloud technology applies to making apps easier to scale since no additional software needs to be installed when the data is simply transferred to a secure place on the internet.

  1. Excellent Integration Compatibility

With platforms that are web-based, integration is important. Development that utilizes cloud technology allows for easier integration with those platforms. This benefit maintains data security as well, which puts it above the integration level of traditionally-developed apps. Performance speed is also affected by integration capabilities and creates a two-way street of benefits, so to speak.

Summary

The use of cloud technology is commonly noticed with Google Drive, Google Docs, Dropbox, and other similar storage sites. Data is protected by this technology while it also makes app development simpler and faster. As technological advancements promote speed and high-quality performance, the need for efficient cloud technology becomes more in-demand. Younger generations in particular are focused on such functionalities of their devices. In fact, apps that can’t keep up with their competitors in speed, smooth user experiences, updates, and so on are likely to be abandoned. No app developer wants that.

React in Web Development: Benefits and Uses

Released in 2015, React (officially named Reactjs) is a JavaScript library that functions to help developers create web and mobile applications. Its speed and dynamic structure are among some of its features. Designed to surpass frameworks like Ember and Angular, React has a virtual Document Object Model (DOM) that continuously updates real-time as users interact with the application.

Benefits

Some benefits of using React include:

  • Lower learning curve
  • Incorporates component reusability
  • Variety of developer tools

React was developed by Facebook originally for private use, though the company decided to make it open-sourced. It still uses React in its own system.

Social Media

Using its UI library, React is good for developing social media apps. Platforms like Facebook are SPAs, or Single-Page Applications, which are beneficial for these apps in regard to them having a dynamic website structure. On the client-side of development, JavaScript files are downloaded before anything else. This helps apps like these load faster. Additionally, social media apps must be able to handle large amounts of data, which React can do.

eCommerce

Similar to how React is utilized with social media apps, eCommerce apps benefit from React due to its component reusability. This comes into significant play when a function or element presents an error. React is able to continue running the app despite that. Maintaining reusability with components is more accessible thanks to React. This also makes coding applications faster and load times shorter because code can be reused, thus saving money as well. When building eCommerce apps, developers often prefer the NRG, MERN, or MEAN tech stacks in development.

On the other hand, developers may choose to use what is known as a standalone storefront. This can be disadvantageous because of:

  • Limited customization options
  • The potential cost to setup integration capabilities and front-end development tools
  • Need to manage multiple tech stacks

SPAs & Various Industries

React is very versatile for development in many different industries. SPAs allow users to interact with a single page repeatedly instead of being taken to a new page. Web pages load inside one page, which is the reason why load times are faster.

React Native & Cross-Platform Compatibility

React Native is a branch of React that allows developers to create apps that can be used across different platforms in both Android and iOS systems. This development tool works to produce apps that function like native apps.

Conclusion

React can be used for all kinds of apps that serve varying purposes. For example, it can be used to create forums, membership and rating websites, job boards, and coupon sites. Even websites like Quora, which is a question-and-answer site, and sites that contain large volumes of media such as YouTube can be built using React. Developers often prefer tools that can help them build fast, complex applications, but also be easy to manage and update. The versatility of React allows for all of that and has many features developers can take advantage of.

The Best Programming Languages for Video Processing

Video processing uses pictures and the recorded sound in video files, and the system requires architecture for stream processing through which continuous video frames are streamed one at a time. The system uses an extensive algorithm for processing software, and a variety of equipment allows the user to perform editing functions employing a lot of filters. If the video is live or too large, processing the video will be difficult because loading the whole set into the workspace is inefficient.

Due to various software available, compiling images and videos, editing pictures, and creating videos have become more accessible. You can determine the general length of the video and add the audio files, make adjustments to the visual images, transition, and audio files using the storyboard. Computing professionals, electrical engineers, and videographers use programs for excellent functionality. Hire freelancers online who have a minimum of basic knowledge of programming.

Using the universal standard bus cable and firewire attachment to perform recording, you can obtain video files with ease. These files get added to various computers software. Before applying the filters, a number of the programs are available, which needs optimization of a framework for video processing. You can quickly determine the vertical and horizontal image gradients, desire filter gradients, and establish function parameters through this available information.

Video processing allows you to vary the standard of an image using ultra-filters. The deblocking technique manages image clarity lost through image compression and removes the blocking artifacts. You can sharpen out-of-focus images, apply highlights around specified areas of an image and add graphics and text to a video through the gradient concept of images. You can change the image color and the entire color scheme by using various filters, and you can use the deinterlacing post-filters for video processing. The video recorder captures the images and overlaps and interfaces images on one another once you start recording. It creates some blurred images, checkerboard effects, and lines that appear during playback. To overcome this all problem the deinterlacing program plays a significant role by scanning with no visual disturbances.

By processing the video, you can overcome pre-and post-processing problems, like out-of-focus optics, noise, and artifacts. Various methods such as blob analysis, template matching, corner detection, and optical flow can analyze the video. Challenges like target detection, tracking, and mosaicking can also be overcome.

The languages for Video Processing: 

Java: 

Java is a high-level featured fully programming language, it’s the platform independence, and you can run your code on any platform. This language support different media APIs like Java 2D, Java 3D, and Java advanced imaging, so implementing a video processing application in Java is easy. The API offers excellent support for image compositing, alpha channels images, and high performance, extensible image performance. You can learn the concept of Java language with no stress if you know C and C++. This language functions on two packages like the Java runtime environment, which runs Java applications and applets. The Java Development Kit (JDK) is there for Java application development. You can easily find freelance jobs online that know Java.

MATLAB:

MATLAB is a high-performance programming language mainly used for mathematical computation and algorithm development. It processes video with function and system objects that read and write video files. MATLAB displays video with text and graphics overlays and also performs motion estimation and object tracking. You can increase the standard and color of images with ease through the MATLAB programming language and improve the middle of a video. This language enables you Matrix manipulation, implementing an algorithm, creating user interfaces, and interfacing with various programs written in other languages such as C, C++, and Java.

 Python:

The general-purpose interpreted language is Python. Python enables developer code reusability and allows the user to write in detail and the tiniest detail. Python’s simple structure makes it easier to understand programing language. This language supports various libraries such as Open CV for computers and image processing libraries that allow developers to process video applications quickly. A dedicated community will enable you to program, for it is the open-source programming language. You can’t perform web development only but also achieve application development through this language.

Summary

Although creating a video processing application is not a simple task, thus through above mention languages, you can create a video processing application with ease because these languages have an inbuilt media library. This library enables you to write the tiniest lines of code.

Top 11 Specializations in the Computer Science Industry

Computer Science-related jobs and products have always been in demand. In fact, nearly one-third of annual popular careers are in the Computer Science field. Most of those jobs have salaries that exceed $100,000 per year. It’s also expected that careers within this industry will continue to increase. Postings for open positions tend to require a high degree (i.e. master’s), and potentially years of experience in relevant jobs or fields.

Having specializations in the Computer Science industry gives people better options. Benefits of those specializations could come in the form of higher salaries, flexible work schedules, or good insurance, among other things.

Here are the top 11 specializations:

  • Software Engineering

This centers on application protocols and systems such as debugging, scalability, testing, and security. Good coding skills and a willingness to communicate with others are required. 

  • Computer Theory

Computer science principles and mathematical theories are this specialization’s focus. It contains jobs like Data Scientist and Machine Learning Engineer. 

  • Artificial Intelligence (AI)

Similar to Theory, the AI specialization looks at analytics, predictive models, and algorithms. Machine Learning Engineer is a career with this specialization as well, but this specialization makes a higher salary average.

  • Game Design

The game design combines AI and machine learning functionalities to create visually appealing, progressive gaming experiences. Coding and collaboration are vital skills for this specialization. 

  • Computer-Human Interface

As its name suggests, this specialization compares human interactions with technology. Good interpersonal skills and knowing how to track the impact of humanity on technology are necessary. 

  • Networks

Skills relating to the back-end side of the internet take up this specialization; it includes troubleshooting or diagnosing issues with networks.

  • Programming Languages

Knowledge of Python, Java, CSS, and more keeps the programming languages specialization in high demand.

  • Data Science

Being able to organize or categorize data through math and analytical tools means data science specializations are always needed. The number of data apps use can increase as they grow. 

  • Computer Graphics

Often considered a branch of game design, computer graphics rely on skills that are good with creating well-constructed, visually appealing graphics. With an artistic focus and attention to detail, developers who have this specialization average at $70,000 a year but can make much more.

  • Computer Systems

This is a back-end specialization encompassing hardware and software elements of development. Identifying and fixing issues with those elements is a necessary skill. Due to the relation of user experience, obtaining a career with a focus in this area can average around $100,000 in the United States.

  • Information Security

Information security specializations take care of all aspects of security. As the desire for strong data security and privacy increases, security-based careers can make $98,000 a year or more in the United States.

5 Esoteric Programming Languages

What is the most unusual programming language in the world? Some people would claim that JavaScript is the correct name for it. I’m not shocked by what I’ve read on the internet about some strange things in that language.

Some of these languages are meant to be humorous, while others offer a mentally stimulating experience. Here are four esolang examples that I adore!

  • CLWNPA

It’s the first esolang (it was invented in 1972), so it has to be #1 on my list. The most amusing aspect is that this language is most known as INTERCAL, not CLWNPA. I have no idea why it’s necessary. What does the standard “Hello world” program in this language look like?

Do you find modern programming languages to be tedious? Do you believe that their code is extremely unkind and discourteous? If that’s the case, INTERCAL is the language for you. You must include the unusual command PLEASE from time to time when writing code with it. When you try to compile your code without using these instructions, the compiler will be insulted. However, be careful! INTERCAL does not tolerate cheating programmers! The compiler will reject your code if you overuse the PLEASE command.

  • Whitespace

Whitespaces are disregarded in most programming languages. Tabulators and spaces, of course, are discriminating. But, of course, when you pick Python or YAML, you have to pay greater attention to whitespace because you were previously neglected in C++, PHP, JS, and other languages.

Stack and heap manipulation in Whitespace is made possible by a combination of tabs and spaces. For example, subtraction of the top two elements from the stack can be done using tab-space-space-tab. You may definitely have a lot of keys on your keyboard. However, you don’t have to use them all at once. There will be no more typos because of the lack of a semicolon. Furthermore, you won’t have to install an IDE since there are several online editors and compilers!

  • Ook!

Do you know Terry Pratchett’s Discworld novels? If that’s the case, you already understand what Ook! is all about. If you’re unfamiliar with Discworld, it’s a fantasy series with a lot of absurd humor. In these novels, the world is a disk on the back of four elephants who ride a huge cosmic turtle named A’Tuin. A magical university where an orangutan is a librarian is one of the locations mentioned. He only communicates via “Ook” with various inflections.

It’s not difficult to find a reason why you should start learning it. You might feel like this language isn’t useful, but keep in mind that Ook! is Turing-complete. How is it possible to produce anything useful with just three keywords? The instructions are interpreted in pairs, so you have a total of eight distinct ones. Ook! uses an array of memory cells to store data. You can use the instructions below to move the pointer around and change values within the array.

  • Chef

Do you enjoy cooking but chose to program as a profession because it is more lucrative? Then, this language was designed with you in mind!

The cooking metaphor is a popular way for non-technical audiences to grasp what algorithms are. Now you may learn how to code using recipes even more. For example, you can make a Hello World Souffle or Fibonacci Numbers with Caramel Sauce with the Chef language!

Unlike the previous E-LANGs, this one has many parallels to more established programming languages. The first step is to create a list of ingredients necessary to execute your program. In my code above, I have a potato variable with a value of 117, a milk variable with a value of 109, and so on. Take ingredients from the refrigerator to read the value from STDIN is another way to get around hardcoding values in your variables.

Conclusion

There are many more fascinating and amusing programming languages to learn about. These four esolangs only represent a tiny part of the picture, demonstrating how inventive their creators are.

App Development: How Long Does It Really Take?

App development is a part of the tech industry that has boomed in recent years. The impact of the COVID-19 pandemic contributed to its rise in popularity. With people being stuck at home, they needed something to occupy their time. Apps like TikTok and YouTube filled that time but were just the tip of the iceberg.

Since the beginning of 2020, the number of streaming, games, health, and medical apps has skyrocketed. That increase has left many other potential app developers with questions. The main one being: How long does it really take to develop an app?

The Process

  1. Coming up with an idea and doing research.
  2. Planning out the app.
  3. Designing the app.
  4. Developing it.
  5. App testing.
  6. The release.
  7. Maintaining the app.

The Idea & the Research

Taking anywhere from 2 to 5 weeks, coming up with an idea for the app is the first step. The next part would be to research the idea. Not all ideas would function well as an app. Additionally, there are ideas that have been done many times. Researching the idea for daily usage, functionality, and other elements could answer the initial thought: Is my idea good enough?

The Plan

This typically takes about a month. The planning stage involves things such as the target audience, structure, operating system, type of app (i.e. native, web, or hybrid), cross-platform compatibility, and more. It’s also important to consider what features and extra options the app will have. This part of development serves as the foundation for the rest of the development process.

Design

Designing the visual aspects of the app could average between 1 to 3 weeks. Color schemes, images, logos, animations, and so on make up this stage of development. For an app, the visual elements are vital to the user’s comfortability. An app that looks boring when it should appear vibrant and fun may lead to the user deleting it.

The Development Stage

Around 6 weeks is the median amount of time for this stage. This is also the most extensive and time-consuming part of app development. It includes creating the front-end, back-end, and User Interface (UI) elements so the app can function smoothly. An app that is frustrating to navigate or that crashes is one that users won’t keep installed. Creating a working app is perhaps the most important thing.

The Big Test

There is no accurate timeframe for this phase of development. It depends on the developer and the app. However, testing the app prior to officially releasing it ensures that any issues or glitches are fixed. Also, the use of alpha and beta testers could be a good option for new developers.

Releasing the Finished Product

From a day to 2 weeks, this is where the finished app is officially released to the public. Submitting it to the App Store, Google Play, and so on may take time due to each platforms’ guidelines.

Maintenance

Maintaining an app has no timeline since it’s a continuous task. Keeping the app functional, adding new features, making security improvements, and more are some of the tasks associated with app maintenance. Nonetheless, the app is still out there, which is something to celebrate.