1. The Сurrent Role of AI in Сoding

AI in сoding is primarily used as an assistive tool rather than a replaсement for human developers. AI-powered сoding assistants like GitHub Сopilot сan auto-generate сode snippets, сomplete funсtions, and offer suggestions based on сontextual сues. These tools are highly benefiсial for speeding up the development proсess, reduсing mundane tasks, and improving сoding effiсienсy. However, AI’s assistanсe in сoding is still largely supplementary. It aсts more as a smart сollaborator than as a standalone developer.

The сurrent generation of AI tools сan handle well-defined tasks, suсh as writing repetitive сode, deteсting syntax errors, and even providing solutions to сommon algorithms. By automating these tasks, AI frees up developers’ time to foсus on higher-level, more сreative aspeсts of their work, suсh as designing arсhiteсtures, problem-solving, and сreating innovative user experienсes.

2. Strengths of AI in Сoding

AI tools bring a set of strengths to the table that сan make development faster and more effiсient. Here are some areas where AI truly shines:

• Speed and Effiсienсy: AI сan generate сode in a fraсtion of the time it takes a human. For routine, repetitive tasks or сommonly used patterns, AI сan provide instant сode snippets, allowing developers to foсus on more сomplex aspeсts of their projeсts.
• Error Deteсtion and Debugging: AI сan analyze сode and сatсh errors muсh faster than humans. Many modern integrated development environments (IDEs) сome with built-in AI tools that highlight bugs and offer suggestions for сorreсtions.
• Learning and Adapting: With maсhine learning algorithms, AI systems improve as they proсess more data. AI tools learn from the vast repositories of сode available on platforms like GitHub, enabling them to provide сontextually relevant suggestions and learn from industry best praсtiсes.
• Doсumentation and Maintenanсe: AI сan generate doсumentation for сode, explain сode snippets, and make maintenanсe easier. This feature is partiсularly useful for developers who want to ensure their сode is understandable and easy to work with.

Despite these impressive сapabilities, AI is still far from being able to replaсe human developers entirely. Let’s explore why.

3. Limitations of AI in Сoding

While AI has transformed the сoding landsсape in many ways, it also сomes with several limitations that make it unlikely to fully replaсe human developers anytime soon:

• Laсk of Сontextual Understanding: AI сan generate сode based on patterns, but it laсks a deep understanding of the сontext or purpose behind a projeсt. Human developers сonsider the broader objeсtives, the user experienсe, and the long-term vision of an appliсation. AI, on the other hand, merely follows instruсtions and patterns.
• Сreativity and Innovation: Сoding often requires сreative problem-solving, espeсially when dealing with сomplex software arсhiteсtures or developing new features. AI сan optimize existing сode and suggest effiсient ways to aссomplish сommon tasks, but it struggles with innovation. Сreativity remains a uniquely human trait, сruсial for groundbreaking solutions and unique appliсations.
• Ethiсs and Deсision-Making: AI laсks the ethiсal deсision-making abilities of humans. For example, designing algorithms that prioritize user privaсy, aссessibility, and fairness requires ethiсal сonsiderations that AI is not equipped to handle. Human developers сan weigh soсietal and moral impliсations of their сode, whiсh is essential in today’s teсhnology-driven world.
• Understanding User Needs: Suссessful software development requires empathy and an understanding of user needs, whiсh influenсes design сhoiсes, feature prioritization, and overall user experienсe. AI, however advanсed, сannot yet understand user psyсhology or antiсipate the evolving demands of end-users in the same way a human developer сan.

4. The Future of AI in Development

The future of AI in сoding is likely to evolve into a partnership between human developers and AI, with eaсh bringing their unique strengths to the table. Here’s how this partnership might look in the сoming years:

• AI as an Advanсed Assistant: AI will сontinue to assist developers, handling repetitive and time-сonsuming tasks while also providing suggestions and optimization tips. Developers might rely on AI tools for low-level сoding, allowing them to foсus on design, arсhiteсture, and strategiс deсisions.
• Enhanсed Сollaboration Tools: Future AI сoding tools may be more сollaborative, сapable of interaсting with human developers in real-time. AI сould suggest сode improvements, refaсtor сode, or even reсommend design patterns that align with a projeсt’s goals. These tools сould beсome more personalized, learning a developer’s style, preferenсes, and frequent сoding habits.
• Inсreased Speсialization: As AI сontinues to improve, it may speсialize in speсifiс сoding tasks, suсh as front-end design, baсkend integration, or database management. This speсialization сould lead to highly advanсed tools that handle partiсular aspeсts of development exсeptionally well, aсting as expert assistants in niсhe areas.

5. Industries Likely to Embraсe AI-Driven Сoding

Сertain industries may adopt AI-driven сoding faster than others, espeсially those that benefit from high-speed development and automation. Industries like e-сommerсe, finanсial teсhnology (finteсh), and digital marketing сould see a signifiсant boost from AI-powered сoding due to their relianсe on data-driven appliсations and repetitive patterns.

Сonversely, fields that require a high degree of сreativity, innovation, and ethiсal сonsiderations—suсh as gaming, healthсare, and eduсation—may still require substantial human involvement in the сoding proсess to ensure quality and relevanсe.

6. Сan AI Replaсe Junior Developers?

One area that has raised questions is whether AI сould replaсe entry-level or junior developers. It’s true that AI сan handle many of the tasks that junior developers are assigned, suсh as writing simple сode, debugging, and following straightforward instruсtions. However, junior roles are сruсial for developers to gain experienсe and grow their problem-solving skills. The learning сurve and mentorship that junior developers undergo prepare them for more сomplex tasks later in their сareers.

While AI might reduсe the need for junior developers in сertain repetitive tasks, it’s unlikely to eliminate these roles entirely. Сompanies still need human developers who сan learn, adapt, and сontribute to more сomplex projeсts over time.

7. Ethiсal Impliсations of Relying on AI for Сoding

The inсreased use of AI in сoding brings ethiсal сonsiderations to the forefront. Relying heavily on AI for software development raises questions about aссountability, transparenсy, and seсurity. If AI-generated сode leads to a seсurity breaсh or a malfunсtion, it’s unсlear who should be held responsible—the developer, the AI tool, or the сompany.

Moreover, as AI systems learn from existing сodebases, they may inadvertently repliсate biased or flawed сode. This raises the issue of AI potentially perpetuating existing biases or introduсing errors that сould have a signifiсant impaсt on users.

Сonсlusion: A Future with AI as a Сo-Developer, Not a Replaсement

In сonсlusion, while AI has made remarkable advanсes in assisting with сoding and automating many development tasks, it is not yet сapable of fully replaсing human developers. The nuanсed understanding, сreativity, ethiсal judgment, and empathy that human developers bring to software сreation are irreplaсeable.

AI will сontinue to be a valuable tool in the developer’s toolkit, helping to streamline workflows, reduсe errors, and aссelerate the сoding proсess. However, the future of сoding will likely see a balanсed partnership where human developers and AI tools сollaborate, eaсh foсusing on their strengths.

The idea of AI fully replaсing developers remains unlikely in the foreseeable future. Instead, the field of software development is moving towards a future where AI serves as a powerful сo-developer, enhanсing human сreativity and produсtivity rather than replaсing it. For those entering the teсh world, understanding AI’s role as an assistive partner will be key to harnessing its potential effeсtively.

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Understanding the Basics of BC’s Tax System

Federal vs. Provincial Taxes in Canada

Canada’s tax structure operates on both a federal and provincial level. While the federal government collects personal and corporate income taxes, provinces like British Columbia have their specific tax rates and regulations. For app developers based in Vancouver, it’s essential to recognize the distinctions between these two and ensure compliance on both fronts.

General Business Tax Structure in British Columbia

In British Columbia (BC), corporations are taxed on their taxable income, which includes revenues from app sales and other sources. The current general corporate income tax rate in BC is 12%, with smaller corporations benefiting from a reduced rate thanks to the small business deduction.

Revenue Recognition for Mobile Apps

For many, the term ‘revenue recognition’ might seem daunting. But, in the world of app development, it’s crucial. Essentially, it’s about determining when and how you recognize and report your app’s income.

How to Record Income

Income from app sales, in-app purchases, ads, and subscriptions should be recorded based on accrual accounting principles. It means recognizing revenue when it’s earned, not necessarily when it’s received. For instance, for a yearly subscription sold in January, while you might receive the payment upfront, the revenue should be spread out over 12 months in your books.

Deferred Revenue for Subscription-Based Apps

Subscription-based apps might receive payments now for services delivered in the future. This payment is termed as ‘deferred revenue’ and is treated as a liability until the service (i.e., app subscription) is provided.

Deductible Expenses for App Developers

One of the ways to reduce taxable income is by claiming allowable business expenses. Knowing which costs you can deduct is essential for Vancouver-based app developers.

Costs Directly Associated with App Development

Expenses like software licenses, developer tools, and cloud hosting are direct costs linked to app development. These costs can typically be deducted in the year they’re incurred.

Marketing and Promotion

Costs related to advertising, online marketing campaigns, and even promotional events are deductible. If you’ve spent money promoting your app, it’s likely that expense can reduce your taxable income.

Employee Salaries and Benefits

If you have employees or contractors working on your app, their compensation, including benefits, can be deducted. Additionally, training costs to enhance your team’s skills can also be claimed.

ALSO READ: Why should you learn Swift?

Special Tax Considerations for App Developers

Digital Goods and GST

In Canada, the sale of digital goods and services is subject to the Goods and Services Tax (GST). App developers must be registered to collect GST if their revenues exceed a certain threshold. This tax needs to be remitted to the Canada Revenue Agency (CRA) periodically.

International Sales and Foreign Exchange

Selling your app to international customers adds another layer of complexity. Revenue must be converted to Canadian dollars for tax purposes. Developers should use the Bank of Canada’s exchange rate on the transaction date or an average annual rate provided by the CRA.

R&D Tax Credits for Mobile App Development in BC

Innovation is at the heart of the app development industry. Recognizing this, the BC government offers tax credits to businesses engaged in research and development.

Eligibility and Application

To be eligible, activities must be scientific or technological in nature and have an element of uncertainty and advancement. App developers can claim up to a certain percentage of their qualified R&D expenditures.

Tax-Saving Strategies for App Businesses

Incorporation Benefits

Operating as a corporation can offer tax advantages over a sole proprietorship. With lower corporate tax rates and the ability to defer personal tax, many developers opt for this route.

Tax Deferral

By leaving profits within the company (and not taking them out as personal income), developers can defer paying personal taxes on those amounts, potentially benefiting from a lower tax rate in the future.

Common Tax Pitfalls and How to Avoid Them

Record-Keeping

One of the most common mistakes is not keeping accurate and detailed records. Proper bookkeeping can save significant headaches during tax time and is often emphasized by leading accounting firms in Vancouver.

Misunderstanding In-App Purchases

Developers sometimes misinterpret the tax implications of in-app purchases and subscriptions. It’s essential to understand how the CRA views these revenue streams to ensure proper reporting.

Conclusion

For Vancouver-based app developers, understanding the intricacies of the BC tax system is paramount. Properly managing and reporting revenue and expenses not only ensures compliance but also maximizes profitability. Seeking guidance from experienced accounting firms in Vancouver can provide invaluable insights and support throughout this journey.

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What are the Key Elements of a User-Friendly Interface for a Casino Application?

1. Keep it simple: the first rule of developing a user-friendly interface for a mobile casino application is its simplicity. Avoid cramming too many features or buttons into a small space. Make sure the interface is easy to navigate and that users can quickly find what they are looking for.
2. Use Intuitive Icons: icons are a great way to convey information without using words. Use intuitive icons for common activities such as depositing funds, withdrawing winnings, or accessing help. Make sure the icons are easy to understand and don’t look too similar.
3. Use color to guide users: color is an important tool for orienting users in your interface. Use color to highlight important information or to differentiate between different sections of an application. Make sure the color scheme is visually appealing and doesn’t conflict with other elements on the screen.
4. Make it Responsive: mobile devices come in all shapes and sizes, so it’s important to make sure your interface is responsive. Test your app on different devices and make sure it looks and works great on every one of them. Use responsive design techniques to ensure that your app adapts to different screen sizes and orientations.
5. Use clear and concise language: clear and concise language is critical for a user-friendly interface. Use simple language that anyone can understand and avoid using technical jargon or complex terms. Make sure the text is easy to read and that it is not too small or too large.
6. Provide Feedback: feedback is essential for a user-friendly interface. Provide feedback when users perform an action, such as depositing funds or placing a bet. Use animations or sound effects to let users know their action was successful. Also, provide feedback when an error occurs or when something goes wrong.
7. Test and iterate: it’s important to test your interface and iterate based on user feedback. Use analytics tools to track user behavior and make changes based on how users interact with your app. Constantly improve your interface to make it more user friendly and enjoyable to use.

How Can Mobile App Developers Ensure that Their Casino Interfaces are Accessible to People with Disabilities?

Mobile app developers can ensure that their casino interfaces are accessible to people with disabilities by following these best practices:

• Implement proper accessibility features: Incorporate features such as adjustable font sizes, color contrast options, and support for screen readers to accommodate users with visual impairments. Ensure that all interface elements can be navigated using assistive technologies.
• Adhere to accessibility guidelines: Follow established accessibility standards, such as the Web Content Accessibility Guidelines (WCAG), to ensure that the interface meets the requirements for accessibility. These guidelines provide specific recommendations for making digital content accessible to individuals with disabilities.
• Conduct accessibility testing: Test the casino interface with users who have different types of disabilities to identify any barriers or usability issues. This can be done through usability testing sessions specifically designed for individuals with disabilities.
• Provide alternative means of interaction: Offer alternative input methods, such as voice commands or gestures, to accommodate users who may have mobility impairments or difficulty using traditional touch gestures.
• Prioritize inclusive design: Consider the diverse needs and abilities of users from the initial design stage. Incorporate inclusive design principles, such as clear and consistent navigation, informative error messages, and well-structured content, to ensure that all users can effectively navigate and interact with the interface.
• Seek feedback from users with disabilities: Engage users with disabilities throughout the development process to gain insights and feedback on the accessibility of the interface. This can help identify areas for improvement and ensure that the interface is truly inclusive.

Common Mistakes to Avoid in Casino App Interface Design

Avoiding these pitfalls is crucial for mobile app developers to create user-friendly interfaces that enhance the user experience and drive engagement. By considering these challenges during the design process, developers can ensure that their Muchbetter casino apps are intuitive, visually appealing, accessible, and responsive to user feedback.

How Important is Usability Testing When Developing User-Friendly Interfaces for Casino Applications?

Usability testing is of utmost importance when developing user-friendly interfaces for casino applications. It allows mobile app developers to gather direct feedback from users, assess the effectiveness of interface design, and identify areas of improvement. By observing how users interact with the app, developers can uncover usability issues, navigation difficulties, and any other usability barriers. Usability testing helps ensure that the interface is intuitive, easy to use, and meets the needs and expectations of the target audience.

Conclusion

Designing user-friendly interfaces for mobile casino applications requires a deep understanding of user needs, efficient navigation, responsive design, thoughtful visual elements, and streamlined registration processes. By adhering to best practices and avoiding common mistakes, mobile app developers can create interfaces that engage users, enhance their gambling experience, and ultimately drive the success of the casino app. Through user testing and continuous improvement, developers can ensure that their interfaces evolve to meet the changing needs and preferences of users, resulting in highly user-friendly and engaging mobile casino applications.

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What is a mobile application?

Before installing and using a utility, you should study the features of the software. A mobile application is an optimized functionality, which consists of several menu elements. The program differs in features, support for a particular operating system.

To use the software, you need to download and install applications. To do this, the digital store is used. The platforms are different: Play Market – device under the Android operating system; App Store – smartphones and tablets under the iOS operating system. Often, the creators of programs distribute utilities in an unofficial way, and to download, the user visits the manufacturer’s website.

Mobile programs differ by genre. There are service utilities, system utilities, entertainment, and special utilities. A selection of functions can be added to the software, which includes: transfer of funds, downloading of documents (verification), communication with a representative of support. Modern applications can work without an internet connection, which depends on the purpose of the software. Programs are also updated to improve performance and stability.

Each mobile utility consists of a main menu. This page shows the links to the basic functions of the application. For example, you can quickly log in or register, view the history of orders, transactions, and transactions. There are links to additional options: contact support, check the software version, study basic information about the company, and a section with contacts.

How are mobile applications created?

A smartphone application is created by a team of several dozen specialists. The design and the technical side of the software are worked through. The sequence of work is considered below in the list:

1. Programming language and operating system. A specialist uses a specific language for each of the operating systems. For example, when working on an application on the iPhone, iPad is used language Objective-C, Swift. Programs for Android devices are written in Java and Kotlin.
2. Name and design. The author determines the name of the program: recognizable, simple. It is necessary to choose a color scheme that corresponds to the stylization of the brand, the product line, the target market.
3. Functionality and code. The programmer writes the code himself or herself, in order to work out the functionality, add a recognizable appearance, take care of the optimization of the application.
4. Design. Fonts are set up, a background color is chosen. A recognizable icon and screensaver are selected.
5. Testing. The programmer uses a test device to test the stability of the work, the availability of functions.

We should consider popular options that are characteristic of rating applications. The authors are working on adding multimedia content, chat and messaging, live streaming functions. Through the utility will be able to integrate an account from messengers or social networks.

The final stage is publication, feedback. The creators of the project apply to add the software to the digital content platforms. Also, a feedback function is added to the software, so that bugs can be fixed promptly.

Why are mobile applications popular?

The demand for mobile utilities is due to the convenience and ease of use. Portability is also a key advantage. Below is a list of the current pluses of software on smartphones:

• Convenience. The application is easier to use than opening a website or mobile portal version.
• Portability. Users only need to have their smartphone with them to make a transfer at the bank, order a cab or food delivery.
• Optimization. Apps from top-rated brands are written with quality. This means that the program runs on an outdated device, works steadily and without crashes.
• Functionality. Through the software you will be able to recharge, add a map, follow broadcasts, interact with other users, add an account from social networks, messengers.

Also, some utilities support the option of offline work. This is useful when the client does not have an internet connection.

Conclusion

The mobile application remains an indispensable alternative to websites, forums. Stationary versions are losing relevance as users are interested in portability, security, speed of modern software.

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They are used in many different fields: from business and entertainment to science and military-space technology.

There are quite a few programming languages, the choice depends on the purpose and type of platform.

Xcode and Swift are two particular tools used to develop software for Apple platforms. In this article we will explain the difference between them.

What is Swift?

Swift is a programming language developed by Apple for developing software applications for its operating systems. The first developments started back in 2010 and the full version was released in 2014. At first the code was closed, but a year later it was opened to the public.

Applications were originally written in C/C++, then Objective-C, and now Swift, recently updated to version 5.7 in 2023, has replaced them.

Swift has become the default language for development on “macs,” from macbooks to iPhones to smart watches, thanks to its brevity and lower development entry threshold.

The most important advantages:

• performance speed – 3 times faster than Objective-C, 8 times faster than Python, with near-term plans to outperform C++ on the speed parameter;
• Dynamic proprietary libraries and frameworks – components for writing iOS applications: Alamofire, Swifty JSON, ObjectMapper, Quick, Eureka, RxSwift, SnapKit, Spring, Kingfisher, CoreStore;
• memory management based on the concept of “ownership” of an object;
• syntax is very different for accessing methods or properties;
• free access to all parameters and open source code;
• availability of the optional Playground helper tool for visualization, code testing, and quick bug fixes;
• security: checking array indexes for errors;
• Multiparadigm – different programming models are available: functional, object-oriented, imperative.

Developing applications running on iOS/MacOS/PadOS/tvOS/watchOS requires a corresponding operating system – MacOS 12.05 and higher. Without Mac OS, it is virtually impossible to compile a program. It is possible to develop both simple widgets and complex applications on the iOS platform.

The sphere of application of the Swift programming language is:

• Creating applications based on macOS and iOS software;
• development and writing of C and Objective C code;
• product validation and testing.

In the near future, the programming language Swift will be used more and more often and constantly improve, because the Apple gadgets and desktops are increasingly popular, developers are not losing demand and have the highest average earnings.

What is Xcode?

Xcode is an integrated development environment (IDE) for Apple operating products, providing the means to develop software in programming languages such as Swift, Objective-C and C++.

The tool is used to create applications for Mac, iPhone, iPad, Apple TV and Apple Watch. It was first released in 2003, with the latest version being 14.

Using Xcode:

1. Writing code quickly and easily with a special text editor with syntax highlighting and checking, line counting, and other features.
2. Creation and structuring of large projects that include many folders and documents.
3. Compiling source code – converting the source code of a program to machine code.
4. Executing the code. Using the IDE, you can run the program and trace the results of its work.
5. Automation of the assembly of the finished project.
6. Debugging and testing – work to find and fix bugs in the code.
7. Simplifying architectural and design tasks: they can be solved by auxiliary tools that clearly show the structure of the code or project.

Technical requirements for developing a project with Xcode:

• macOS operating system, version – 10.14.4 or newer;
• 7.76 GB or more of free hard disk space.

Xcode – an excellent auxiliary tool that helps you write code for Apple platforms, but not from scratch. However, beginners should already have some prior knowledge of coding in order to work with Xcode.

What is the difference between Xcode and Swift?

Xcode – a software development tool, and Swift – a programming language for Apple platforms, ie using this IDE the developer writes, tests and builds code written in Swift. However, I should add that Xcode can also be used for many other languages. For example, to edit a script written in Python or Ruby.

Conclusion

Swift is a strictly typified language and you should have some experience with languages similar to C and it shouldn’t take too much time to get used to this handy and thoughtful development tool.

However, the novice specialist who is just choosing your path in IT, should immediately determine the platform with which he will work in the future, for Android Swift is not used.

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If you are missing a push-button phone then it is likely that you’ve created your own mobile application before. This could be a task manager or email client, for example. A good idea is to either put a recent app into effect, like the one where high schoolers write out a plan for the coming evening by clicking on an emoji, or find similar ideas that have been around for a while. You could have a game with a touchscreen treadmill or an ultrasound to repel mosquitoes. Or create an application for the era, like Instagram for example. If you are thinking of getting into mobile app development, then this article will tell you all the benefits.

1. Everyone wants to be the first to experience new tech, and we’re looking for people with a problem for whom you can help by testing. 

Mobile devices now have desktop performance processors which allow for the latest and most hardcore technologies to be applied. This means that we can create applications, solve problems and change the lives of people around the world all on our smartphones. For example, thanks to computer vision technologies, ABBYY applications recognize text on any objects in the surrounding world and, among other things, help visually impaired people live a fulfilling life. Increasingly, neural networks are used.

AR is booming in the mobile development space these days because there are much better and cheaper displays out there. I hope you can incorporate some AR technology into your app to keep up with competitors. For example, in the Lamoda & Gucci apps you can virtually try on shoes, and in the Airbus ifly A380 service, it’s easier to find seats or see where your flight is at. Developers are always the first to try out new technologies, such as voice assistants, navigation, NFCs and sensors in their apps. They are also using Bluetooth-enabled equipment like cameras to make the experience more interactive. So, we recently talked about how our recognition tool started up on a microcomputer, such as the Raspberry Pi. This brand-new ability to operate a desktop version of our product on a microcomputer means that for less than $100 USD and in less than an hour’s time, you can have your very own AI Writer at your disposal.

You don’t just have to watch the iOS and Android development presentations from Apple and Google’s keynotes. Now you can actually go to those events and witness them for yourself. We’ve already shared our impressions of these events on Habré and on the ABBYY Mobile blog.

2. Especially as more tasks can be completed on the go, people need to take care that they’re on their feet all day.

Perficient research also found that about 60% of users access the web from mobile devices and 44% of their total time spent on the Internet is spent in this way. I also enjoy reading the annual reports from Mary Meeker, one of the most accredited trend analysts in the internet market. A report from 2019 states that users in US spend about 3.6 hours a day on their smartphones for example.

More and more Spotify users are listening to music on their mobile devices, but the company was mainly staffed with web programmers. Upon realization they had limited employees focused on mobile development, they hired more engineers and also retrained many employees to work solely on the app.

3. There has been a noticeable increase in wages in this area.

Over the past two years, developers who code in Objective-C and Swift have had the greatest increase in salaries. JavaScript, Kotlin and Java are also languages which are often used to develop mobile apps. The use of mobile development languages is becoming more and more popular, and this has been reflected in the growing demand for cloud-based and mobile solutions on the labor market.

According to research, the generation born in 1995-2005 – that’s 40% of all consumers today, who will be around in 2020 too – see job vacancies like being a senior developer, lead engineer and mobile developer as their future work. Which means it’s a good idea to start now.

In general, the time to start developing for mobile is now.

Swift is a new open-source programming language, which would also be good for writing apps for Apple devices. It can also be used to create general-purpose software.

Swift is a great coding language for both office tasks and more complicated projects. You can use it to create entertainment software like games or apps.

Brought to you by Google, Swift is an object-oriented programming language developed by Apple. It has been actively updated and improved to date.

Modern developers should consider learning Swift. There are various reasons for this:

No one likes running into compatibility problems. Our products are perfect for Apple devices and allow you to maximize your profits.

The rapid development of Swift has been noted by Google, who point out that the language is constantly being improved and finished as quickly as possible. YAP was created as a replacement for Objective-C. Now it provides great performance and simplicity.

This system is made with the intention of minimizing occurrences where something goes wrong. It has a built-in debugger that can either point customers to the bug or correct it on its own.

Swift is among the most demanded programming languages for project sites. Apple has been working constantly to improve the ecosystem and make life simpler for their customers. It’s not a coincidence that they are named one of the most-praised companies in America.

The Swift programming language is quickly becoming one of the most popular languages new developers are trying to use, given its simplicity of learning, and support from Apple, not forgetting the high-quality documentation it provides. The update is a time-saver, making it easier to focus on other tasks related to your business. The software also becomes lighter in load, so you can access everything without any problems.

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Swift is a more functional and accessible language that, like Objective-C, supports the official Cocoa and Cocoa Touch frameworks. There are many open source projects available online, including from major companies like Airbnb, which allow you to use all the modern techniques and solutions when writing code.

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One of the nice things is Playground – a kind of interactive sandbox, where a developer can write code and immediately see the result of his labors. This allows you to increase the speed of writing the main project by several times, because writing separate pieces of code or algorithms can now be done in the Playground with visual feedback, without the risk of committing errors in the main project.

Apple has redesigned many things, giving us a virtually new advanced enumeration system, efficient accessor management, and optimized automatic garbage collection.

The dark side of the language is its low popularity and low prevalence. Most current projects are written in Objective-C and will have to be maintained, and many companies don’t rewrite their big projects just because it’s a huge and incredibly time-consuming process.

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At the moment there is not a lot of documentation compared to other languages. However, this can be explained by the fact that the language has only recently seen the light and became an Open Source project, in fact at the time of release it could only be used by developers who had an active subscription to the Apple Developer Program.

Previously, you could say that Swift is not very popular and there are few third-party libraries and extensions for it, but this is completely wrong. There are dozens of great third-party solutions on GitHub and the Internet that can help improve your project.

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Importantly, in the fall of 2016, Apple facilitated the opening of a student learning center where anyone can learn how to program iOS apps. But that’s not all, in the states Swift is already included in the curriculum of many leading educational institutions. This programming language has enormous potential.

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