Mobileprogramming

We are building an exciting startup that aims to revolutionize mobile app development with our new AI-powered platform. Usually, creating mobile apps requires extensive coding skills and resources; with Swiftspeed, anyone can build fully functional apps simply by answering a few questions. app builder The key to our offering is the newly released groundbreaking AI technology. Our platform can take basic inputs and preferences from users and then automatically generate complete mobile apps. This has the potential to open up app development to a whole new segment of entrepreneurs, small businesses, and individuals with ideas for useful apps but without the means to code them. While website builders like WordPress and no-code platforms already exist, Swiftspeed is the first comprehensive app development solution of its kind. Our early reviews have cited Swiftspeed's app development tool's ease of use, flexible features, and speed as major advantages to competitors. The AI builder allows error-free app development in days or weeks rather than the months of work typically required. This gives Swiftspeed the potential to truly democratize app development. With mobile apps becoming integral for businesses and brands of all sizes, we aim to make app development accessible for organizations that have previously struggled with the costs and complexities involved. We will represent a breakthrough in enabling any idea to become a fully functional app quickly, affordably, and intelligently. The Problem With Traditional App Development Traditional app development can be an extremely time-consuming and expensive process. Developers must manually code apps from scratch, which requires substantial technical expertise and resources. Here are some of the key challenges with traditional app development: It is a lengthy process, often taking months or even years to build an app with a traditional approach. Developers must code each feature and function, integrate APIs, build the user interface, and test extensively. This makes launching a new app slow and difficult. The costs are very high, with the average mobile app costing $250,000 to $500,000 or more to develop. Complex enterprise apps can cost millions of dollars. These high costs put app development out of reach for many organizations. Significant technical expertise is required, so companies must build large development teams with skills across multiple platforms and coding languages. This level of talent is expensive and in short supply. Iterating and adding features is time-consuming, as developers must manually update code each time. This makes it hard to adapt apps quickly to changing user needs. Human error can cause bugs, crashes, and security vulnerabilities. Extensive testing is required to ensure quality and reliability. Designing a polished, intuitive user interface requires a specialized skill set. This further increases costs and project timelines. Summarily, while traditional coding yields extensive customization options, it comes with steep price tags, long timelines, scarce developer talent, and significant risks. There is an urgent need for faster, more affordable app development. How Swiftspeed's AI App Builder Works Swiftspeed's AI allows anyone to create custom mobile apps without coding. The proprietary technology was developed over 5 years by a team of engineers and AI experts. app creator At the core of the platform is a powerful AI agent that transforms app requirements into full-fledged apps. Users simply describe what they want their app to do through a conversational interface. The AI asks clarifying questions and suggests relevant features to build a comprehensive app specification. Once the specification is complete, the AI generates optimized code and assets on the fly to build a production-ready cross-platform mobile app. The system handles all the complexities of mobile programming, from database setup to UI design, to deliver a polished app tailored to the user's needs. Our sophisticated mobile app features and templates also allow for manual customizations, enabling app developers to fine-tune the app to their branding taste. Swiftspeed combines rule-based reasoning, statistical machine learning, and neural networks to "learn" app development. Our knowledge base comes pre-trained with thousands of app examples across every app category imaginable. The platform converts basic app descriptions into sophisticated software. The AI handles everything from wireframing and prototyping to writing, testing, and compiling code. It integrates with popular and services to enable advanced functionality. APIs The end result is a unique custom app that matches the user's vision without requiring any specialized skills. Key Benefits and Advantages Here are the several key benefits of using our AI tool compared to traditional app development methods: Faster App Development Swiftspeed develops mobile apps in a fraction of the time required for traditional coding. Whereas manual coding can take months or years for complex apps, our tool can generate full apps in minutes and deploy them across Google Play and the App Stores in Minutes. This accelerated timeframe is possible because the AI handles much of the grunt work involved in coding, freeing up developers to focus on higher-level design and customization. Lower Costs By automating parts of the development process, we drastically reduce the manhours required for coding. This directly translates into lower costs compared to outsourced or in-house development teams. Swiftspeed offers fixed-price app development with full transparency into pricing. There are no hidden fees or surprise overages. Higher Quality Apps AI-generated code often has fewer defects than human-written code. Our AI app creator also integrates best practices and avoids common coding pitfalls, resulting in more stable, higher-quality apps with fewer bugs and security vulnerabilities. The AI can also ensure apps meet the latest standards and app store regulations. Examples and Case Studies - Apps Built With Swiftspeed Swiftspeed app builder has already been used to develop some impressive apps across a variety of industries and use cases. Here are just a few examples: Educational App An education technology company , has launched an e-learning app tailored for students and educators, offering features like interactive course material, real-time progress tracking, virtual classrooms, and a collaborative forum for discussions. aptLearn The app enables enhanced interaction and learning continuity between students and educators, regardless of their location. Role-based access control is implemented to maintain a secure learning environment for all users. Moreover, this app's backend is fortified with advanced integrations to ensure. Ride-Hailing App A budding rideshare startup utilized Swiftspeed's design capabilities and ride-hailing templates to effortlessly create a custom app emulating popular services like Uber. This app interfaces with GPS tracker systems to monitor user trips and integrates with third-party payment gateways for seamless transactions. Users can access various ride options, estimate costs, track their rides in real-time, and share their experiences on social media. An E-Commerce App An e-commerce business launched a sophisticated app designed to optimize the online shopping experience. The app encompasses features such as real-time inventory updates, order tracking, customer support, streamlined shipping schedules, and hassle-free returns processing. This innovative app fosters improved communication and operational fluency between e-commerce operations and fulfillment warehouses. Role-based access control guarantees secure and specified functionality across the company, while the app's backend, powered by robust integrations, ensures top-tier data security and consistent availability for users. Custom Community App A local community organization used Swiftspeed to build a custom app to connect members. Features include event listings, discussion forums, member directories, shared files and photos, push notifications, and volunteer signup management. The easy-to-use app improves community engagement and organizers manage it themselves thanks to Swiftspeed's intuitive interface. Swiftspeed allows users to quickly build fully featured custom apps for any industry or need with minimal technical expertise. These examples showcase the power of Swiftspeed's AI app builder in creating tailored mobile experiences. Conclusion Swiftspeed's AI App Builder is revolutionizing mobile app development. With its innovative technology, We are dramatically changing the landscape of app development and disrupting the status quo. Whereas traditional app development is slow, expensive, and requires extensive coding skills, our platform allows anyone to create a custom app in minutes. We handle all the coding in the background, helping users focus on what matters most: their business. By democratizing app development and making it accessible to more people, we have the potential to release a wave of app innovation. Our technology could also enable new apps to be created for niches and audiences not previously served, such as specialized apps for local communities, small businesses, hobby groups, and more. As AI capabilities continue to advance, we are positioned at the vanguard to enhance automated app development further. The technology holds great promise for making app development faster, easier, and more powerful. About Swiftspeed Swiftspeed was founded in 2018 with the mission to make mobile app development faster, easier, and more accessible. Based in Bell Yard, London, and led by CEO , Swiftspeed aims to democratize app development so anyone can bring their ideas to life. Akinola Abdulakeem Our humble beginnings trace back to a simple question - why should building an app require months of development and six-figure budgets? Our founder saw an opportunity to leverage AI and machine learning to simplify and automate much of the app-building process. After initial research and prototyping, We released the first version of our App Builder in 2018 and . This new innovation allows users with no coding skills to create custom mobile apps by simply describing their needs and design preferences. announced AI Integration in January 2024 The AI generates full native app source code optimized for iOS and Android and makes it accessible to customers. Within our first year, over 200,000 apps were created with the platform. Today, Our App Builder is used by small businesses, entrepreneurs, non-profits, and Fortune 500 companies alike. Our company aspires to become the global leader in no-code mobile app development, empowering ideas and enabling digital transformation. With the pace of Swiftspeed's growth, this vision may soon become a reality.

Swiftspeed: Revolutionalizing App Development With Their New AI App Builder: How It Works

সুইফ্টস্পিড: তাদের নতুন এআই অ্যাপ নির্মাতার সাথে অ্যাপ ডেভেলপমেন্টকে বিপ্লবী করা: এটি কীভাবে কাজ করে

Swiftspeed: Revolutionierung der App-Entwicklung mit ihrem neuen AI App Builder: So funktioniert es

Swiftspeed: revolucionando el desarrollo de aplicaciones con su nuevo creador de aplicaciones de IA: cómo funciona

Swiftspeed : révolutionner le développement d'applications avec leur nouveau générateur d'applications AI : comment cela fonctionne

स्विफ्टस्पीड: अपने नए एआई ऐप बिल्डर के साथ ऐप डेवलपमेंट में क्रांतिकारी बदलाव: यह कैसे काम करता है

Swiftspeed: 新しい AI アプリ ビルダーでアプリ開発に革命を起こす: その仕組み

Swiftspeed: 새로운 AI App Builder를 통한 앱 개발 혁신: 작동 방식

Swiftspeed: revolucionando o desenvolvimento de aplicativos com seu novo AI App Builder: como funciona

Swiftspeed: революция в разработке приложений с помощью нового конструктора приложений с искусственным интеллектом: как это работает

Swiftspeed: Yeni Yapay Zeka Uygulama Oluşturucusu ile Uygulama Geliştirmede Devrim Yaratıyor: Nasıl Çalışır?

Swiftspeed: Cách mạng hóa việc phát triển ứng dụng với Trình tạo ứng dụng AI mới của họ: Cách thức hoạt động

Swiftspeed：通过新的 AI App Builder 彻底改变应用程序开发：它是如何工作的

React Native vs. Native App Development is a dilemma many developers and businesses face when they're ready to build an app. The struggle is real, folks. On the one side, there is , with its cross-platform abilities and faster dev time. On the other hand, there's promising optimal performance and access to all device features. React Native development native app development This choice can feel like standing at a fork in the road without a map. But here's some truth for you - understanding each approach deeply guide your decision-making process effectively. can Overview of React Native and Native App Development In native mobile app development, two significant players dominate the space- native app development and React Native. Comprehending these technologies is essential when designing a web or mobile app. Main Differences Between React Native and Native App Development The core difference between native technologies and these approaches is their interaction with device hardware. In essence, native apps are built separately for iOS devices using , while Android requires . This approach ensures direct access to all native functionalities on each platform. Swift or Objective-C Java or Kotlin On the other hand, , powered by JavaScript and JSX (JavaScript XML), allows developers to create cross-platform applications compatible across multiple platforms simultaneously. This 'write once run anywhere' philosophy has been at the heart of what makes react-native popular among top mobile app development companies today. React-Native Determining Factors: Performance vs Flexibility A key consideration when comparing react-native versus traditional methods revolves around performance versus flexibility. Suppose your project demands high-speed responses from complex animations. Going down the route of native programming languages might be more beneficial due to its superior interaction capabilities with underlying system resources like APIs and native modules, unique only within their respective ecosystems. If, however, rapid deployment over different platforms coupled with easier maintenance because frequent updates are critical towards achieving success- leveraging react-native's ability could prove advantageous given it uses one common codebase, making things simpler, especially during developmental stages. The Role of Budget & Time Constraints Budget constraints can also play a pivotal role; natively developing individual apps can be costlier than utilizing one common codebase through since it requires a specialized skill set per platform, potentially doubling developmental efforts time-wise. React-Native However, if budget isn't a constraint- investing in custom-built solutions via typical ways may provide better long-term returns thanks largely to their superior user experiences stemming seamless integration within respective ecosystems. This makes them particularly suitable when targeting audiences emphasizing aesthetics and functionality, such as those within premium market segments. Hence, while upfront costs may seem steep initially, potential ROI gains could make this a worthwhile investment, especially considering ever-evolving consumer expectations regarding digital interfaces today. Benefits of React Native App Development The world of is vast, with a plethora of options to choose from. One such option that has been gaining traction in recent years is React Native. But what makes it stand out? app development Cross-Platform Compatibility: The Universal Code Advantage Envision a scenario where you could craft code only once and then deploy it across multiple platforms - a programmer's fantasy. That's exactly what React Native brings to the table. This cross-platform compatibility not only slashes development time but also cuts down on costs significantly. It ensures uniformity across different versions of your application providing users with an identical experience regardless of their device type. A Streamlined Process: Efficiency at Its Best The efficiency offered by React Native extends beyond just reusing codes. Thanks to its component-based structure, the native components can be reused within projects, accelerating the entire process. In addition, it is based on , which many web developers are already familiar with. It opens up opportunities for collaboration among mobile development team members who may lack specific expertise in mobile programming languages yet have proficiency in JavaScript. JavaScript's language Rapid Iteration Cycle: Time Is Money After All If you're all about productivity, then you'll love this feature. With capability, changes made during coding can be previewed in real-time without requiring full reloads, resulting in efficient iteration cycles throughout the development phase. hot reloading No more waiting through lengthy build times associated with traditional native developments; you may see how modifications affect performance or design instantly. Broad Community Support: You're Never Alone In This Journey You might think that using something as advanced as React Native, developed by Facebook, would leave you isolated if issues arise during the development process. Still, nothing could be further from the truth. Its is globally dedicated solely to improving proficiency within this framework. Robust community support Got stuck somewhere? Chances are someone else has encountered similar problems before, making solutions readily accessible online and reducing troubleshooting time considerably. So, why wait when there's so much potential awaiting exploration? Dive into the world Of React Native today. Benefits of Native App Development In the ongoing , it's crucial to understand both sides. Let's begin by exploring the advantages of choosing native app development. React Native battle Superior Performance developed using tend to outperform their React Native counterparts' speed and performance. This is because they can directly access device hardware without additional layers or bridges, resulting in a faster response time. Native apps native programming languages and APIs Access to a Full Range of Device Features The advantage of is that developers have unrestricted access to all the features offered by iOS devices or Android platforms, such as the camera, microphone, accelerometer, etc., thus enabling them to create more feature-rich applications. native mobile app development Better User Experience (UX) Natively-developed apps offer an unmatched user experience since they adhere strictly to specific UI standards for each platform - be it – making them intuitive and easy to use for users familiar with these platforms. Android or iOS Detailed Customization Options: A significant benefit that makes React Native fall short compared to native technologies is the customization options available in the latter, from design elements like fonts & icons to intricate animations that can be customized according to your brand’s identity while developing a native application. The above indicates why top mobile app development companies prefer creating robust applications using the original tools provided natively on each operating system. While there are certainly some drawbacks when comparing React Native vs. traditional methods – like longer development time due to its complexity & cost-effectiveness issues - yet overall benefits outweigh the negatives, making this choice worthwhile, especially if you’re looking forward to delivering a superior quality product to end-users. Drawbacks of React Native App Development In the world of mobile app development, choosing between React Native and native app development can be a tough call. While React Native offers several advantages, such as code reuse and quicker time to market, it isn't without drawbacks. Limited Access to Some Native APIs and Features The first major drawback is that React Native may not have full access to all the native device features or functionalities offered by iOS devices or Android phones. This could limit your application's ability to deliver certain user experiences possible with native apps. Performance Issues in Complex Applications Secondly, while React Native applications perform well for most general use cases, they might face performance issues when dealing with complex animations or large datasets. This is because React Native operates over a JavaScript bridge that communicates with native modules, causing delays compared to direct manipulation through . native code Differences in UI Components across Platforms A third challenge comes from differences in UI components across platforms. Even though the aim of using React Native is to build cross-platform apps using one set of codes, some platform-specific discrepancies still exist, especially when considering design elements like shadows or gradients. Lack Of Custom Modules Last but not least, since many custom modules are written by developers within the open-source community rather than professional companies who maintain these libraries regularly, you may find yourself stuck if you need something very specific for your project which does not yet exist within the available pool of resources provided by the React Native community. Drawbacks of Native App Development In mobile app development, the native code approach is often praised for its performance and seamless integration with device features. Despite its advantages, native app development is not without drawbacks. While you may gain advantages in terms of speed or aesthetics when choosing native app development languages like Swift for iOS devices or Java/Kotlin for Android, there are also downsides to consider. Different Codebases For Different Platforms An additional challenge comes into play when considering different platforms - namely iOS vs. Android operating systems, each with unique programming language requirements (Swift/Objective-C & Kotlin/Java, respectively). Maintaining separate codebases can increase complexity over time as updates must be made separately for each platform. Limited shared code between IOS and Android makes react-native technology appealing due to its cross-platform capabilities. You will likely need two teams working simultaneously if you plan to launch your mobile applications across both platforms simultaneously. The Cost Implication Of Going The Native Route If we're talking about budgeting concerns, then yes, indeed. It tends to cost significantly more to build natively since it essentially builds twice the same product but is written in completely different languages catered toward specific OS ecosystems. In contrast to native languages, React-Native allows developers to write single-piece that runs seamlessly regardless of whether users are running Apple or Samsung phones, thanks to universal compatibility offered through employed by the Facebook-developed framework. Javascript the JS bridge mechanism Limited Cross-Platform Compatibility In mobile application development, where time-to-market can make or break success, one significant drawback with native apps is their limited cross-platform compatibility. These applications are designed specifically for one platform - iOS or Android - meaning separate codebases must be maintained for Android, increasing and costs. development time This constraint may lead businesses to reconsider whether investing in individual native apps aligns with their strategic goals and resource availability. Prolonged Time-To-Market The process involved in building two distinct sets of codes (or more depending upon how many OS you want to target) naturally extends the overall timeline compared single shared codebase offered by solutions such React Native framework. Longer times mean delayed product launches and possible missed opportunities, particularly in the fast-paced tech world where trends evolve rapidly and customer expectations rise exponentially daily. With all that said, though, there is no denying the power potential inherent within traditional routes despite the hurdles mentioned above; ultimately, the decision will boil factors including project scope, budget user experience priorities, among others. Maintenance Challenges Maintaining a high-quality user interface and experience within apps built using traditional methods often proves more demanding due to their reliance upon individual updates required by distinct OS providers such as Apple's iOS or Google's Android, necessitating regular codebase updates tailored according to specific system requirements - adding further layers of complication along the way. Demanding Skill Set Requirement Last but not least comes talent acquisition: finding developers proficient in languages used in native programming languages (like Swift or Java) may prove more difficult than sourcing those familiar with JavaScript-based ones, including React Native framework, thus potentially complicating the recruitment process while simultaneously driving up personnel-related expenditures even further. discusses the challenges faced when hiring Javascript developers vs. others. This HackerNoon post FAQs- React Native Vs. Native App Development: Which is better, React Native or native application development? The choice between and native app development depends on your project's needs. For cross-platform compatibility, choose React Native. For platform-specific features, go with native. React Native apps Why is native development better than React Native? Native apps offer superior performance, access to all device APIs, and the best user experience due to their direct interaction with the operating system. What are the benefits of developing an app using React Native over native development? React Native allows for code reuse across platforms, reducing time and cost. It also supports hot reloading, which enhances developer productivity. Besides cost-effectiveness through code reusability, the React Native community offers that can expedite problem-solving during app development. a large community support base Conclusion Choosing between React Native and Native App Development is crucial for your app project. React Native offers benefits like cost-effectiveness, cross-platform compatibility, and faster development time. However, it also has drawbacks, such as potential performance issues and limitations in accessing native features of the device. On the other hand, native app development shines with high-performance mobile apps that can fully leverage device-specific features. Yet, it may demand more resources due to separate coding requirements for different platforms. In conclusion, there's no one-size-fits-all answer when choosing between Native App Development vs. React Native. Making the right choice depends on your needs and constraints.

React Native vs. Native App Development: Making the Right Choice

The Easiest and Hardest Programming Languages to Learn

Programming languages have always been an integral part of automation testing, automation testers, frameworks and even job descriptions. If a legacy project is already tested using Java, the company finds people with expertise in Java for that project. Similarly, if it is a new project and you have to start testing from scratch, the first thing you take a vote on is the most common language known to your team. If nobody knows Python, you probably wouldn’t waste your time training them in it. This process is followed again when choosing a framework for testing. If the decided language is Java, you need a test automation framework supporting Java. Also, vice-versa is true for a legacy project. This list can get as long as it needs to while the conclusion remains the same that the tester becomes a bit restricted in this approach. Practically, a good tester may or may not be good at coding, but he should be perfect in observing functionalities and the application behavior. In short, he should be good at “testing”. We are . rolling into a code free era Codeless tools, as you can guess from the name, follow a similar approach. If you are good at testing software, don’t worry about syntaxes and libraries too much. In the same direction, in this post, we try to explore all the tools that work on two awesome philosophies - being codeless and being open source because software should be for everyone and by everyone. Why use codeless open source testing tools? Being a programmer myself I understand that if you are good at programming, you probably could get an urge to skip this section or maybe the entire post. But the fact is that even if we do love programming, not everybody does and especially in the test automation sector. In a survey done by Katalon with KMS technology on test automation challenges, lack of qualified resources ranked second overall. Source Not only this, . This is a huge problem and codeless tools seem to solve this. only 56% of people think that they themselves or their team has enough technical skills to automate and maintain tests Codeless tools do not require programming for writing test cases. Each tool uses a unique approach like using the English language for test cases, drag and drop UI elements or directly record-and-replay. Open-source tools work in a different domain. It is not concerned about the usage of the framework but rather the development of one. Open-source tools’ development is open to everyone. You and I both can just approach the contribution page and start contributing in whatever way we feel comfortable (given that they are currently accepting contributions). With these briefs, we can proceed towards exploring the tools that work on this combo technology of codeless and open-source. Codeless open-source testing tools The following tools offer a codeless approach with open-source methodology. Please note that the order of appearance of these tools does not resemble any type of priority. Testsigma Testsigma is a cloud-based automation testing tool that allows accelerated test development than conventional ones. With Testsigma you can directly sign-up on the cloud with no setup, or deploy locally using docker image as well as create test scripts in simple English or record user actions, auto-converted to editable steps. You can also run tests directly on the cloud on various browsers and devices. So rather than writing Webdriver driver ; String URL = “https://testsigma.com” driver .get(URL); You can just write Navigate to https://www.testsigma.com The latter one is easier to understand and remember. The platform has built-in visual testing, parametrized or data-driven testing, 2FA testing, and more advanced features for easy test automation. For mobile testing, Testsigma uses real devices and has an innovative mobile test recorder in place to save time. The recorder can convert a user’s actions into tests (in English) and vice-versa. These actions can then be saved or further edited. The tool also uses artificial intelligence for maintenance and can be run locally or on the cloud. Giving the cloud option helps Testsigma provide smooth collaboration between teams and share reports anywhere in the world with a couple of clicks. Furthermore, you can extend the platform using built-in addons and use Testsigma’s SDK to create your own custom addons. You can access Testsigma’s official to know more about it. GitHub repository Selenium IDE Selenium IDE is a codeless and open-source tool for web testing. The tool requires the user to install the extension on the browser you will be testing the web application on. Selenium IDE uses the “record and playback” philosophy in the codeless world. This philosophy asks the user to interact with the application and all these actions are then recorded by the IDE. Later, the same actions can be used on other versions or different test suites. Selenium IDE can also be used with the command line control with a few additional installations: For extending the functionality of Selenium IDE, the tester can also opt for additional plugins. They can introduce you to additional commands or extend support for third-party apps. You can access Selenium IDE’s official to know more about it. GitHub repository SikuliX The official website of SikuliX states that “SikuliX automates anything you see on the screen of your desktop computer running Windows, Mac or some Linux/Unix.” which is a powerful statement in itself. SikuliX works in a codeless way by identifying various GUI elements through image recognition technology powered by OpenCV. It does not require checking out the source code of the application making it easier to operate. SikuliX can also imitate mouse and keyboard interactions. You can access SikuliX’s official to know more about it. GitHub repository Rapise Rapise is a codeless and open-source test automation tool for web testing, mobile app testing and desktop app testing. In short, Rapise can test anything a tester wants. The tool uses record-and-playback functionality in codeless architecture and extends it to another level by providing editing capabilities. With Rapise, the tester can playback the tests in any browser with live validations during recording. It provides a spreadsheet-based editor for editing the recorded tests which look as follows: Rapise also comes with artificial intelligence-based testing technologies that self-heal the objects on change. You can also integrate data-driven tests and keyword-driven tests at the same place. As Rapise says, “You can expand your tests to multiple technologies.” You can access Rapise’s official to know more about it. GitHub repository Testproject Testproject is free-to-use but not truly open source (promoted as scriptless) automation testing tool for web, mobile testing as well as API testing. The tool works on all the major platforms (Windows, macOS and Linux) and can be used to test any browser, version or mobile device (thanks to cross-browser testing collaborations). The cloud-based infrastructure helps testers and teams work together collaboratively from anywhere. Offers add-on support for tool enhancement and integrations from various companies to collaborate and use their features from within the tool. Testproject works with the recorder and can be combined with Selenium and Appium for people who like scripting. Which codeless technique do you like the most? Codeless automation tools bring testers closer to the software without worrying about the programming language he is an expert in or the legacy testing language. Codeless testing lets the tester focus more on the observational part to find the bugs and save time, which in turn leads to faster delivery. But still, tool developers need to assign common criteria through which people would be able to test the software, if not programming. This makes every codeless tool unique. Not to mention how open-source nature brings developers together and enhances even more by contributing in every way possible. I hope after reading this post your heart must have fallen on one of the codeless testing strategies like these. If you have another codeless open-source tool on which you work, drop them in the comments. Happy codeless testing!

Popular Codeless Open Source Testing Tools

As a back-end programming language, Python is considered to be a good choice by many. On the other hand, mobile interfaces will struggle with it. Let’s explore how mobile development in Python works, as well as the benefits and drawbacks of doing so, and why it can be a good option for entrepreneurs. Many programmers are drawn to Python because of its general-purpose nature, clear and neat code, easier programming process, as well as a large number of useful libraries. Python is currently the most popular language. Python is ranked fourth among the most popular technologies, third among the languages most beloved by developers, and first, among the programming languages, developers express interest in, according to the Stack Overflow survey. Python appears to be gaining popularity as a programming language. When it comes to data analysis and web development, machine learning, and other process automation, Python is the most commonly utilized language. However, what about using Python to create mobile apps? There are just 1% of Python developers who only use the programming language for mobile app development. Even if Python isn’t as popular in mobile programming, it doesn’t mean you should ignore it if you’re doing any work with mobile apps. To help you decide if Python is the right choice for your project, we’ll go over the features that make it so popular. Features of Python Increased efficiency as well as greater adaptability in the development process. Easy to understand and understandable syntax if you plan to control development or design your own application or website. It is easy to integrate with other languages such as Java, PHP, and the .NET framework. Due to the open-source nature of the platform, the ecosystem is always growing and evolving. All kinds of data manipulation libraries can be found. What to expect when using Python in mobile app development is discussed here. Also, be familiar with the capabilities of Python for mobile applications development. Python as a Backend Python is a popular choice for server-side programming. For their complex back-end processes, IT behemoths like Instagram, Dropbox, Reddit, Pinterest, Mozilla, and Spotify use this simple language. Django is a Python framework used by Instagram engineers to build their backend applications. The following are some of the reasons: Speed to market is now more crucial than performance speed in today’s competitive market. Allowing the development team to focus on user-facing features, it’s easier to get up to speed and push out the product. As a result, it is easier to hire new employees; Python is a favorite among engineers. Despite the fact that Python is most commonly associated with web programming, it may also be used for server-side development for Android and iOS. The functionality of everything will be the same. Team members typically select between Django and Flask when discussing Python frameworks or Python mobile app frameworks that they use. To construct basic and easy-to-learn python applications is indeed the best option. Django is a Python-based open-source web framework. When it comes to backend apps, the major goal of Django is to make them as fast as possible to develop. It is a technological advancement that is extremely reputable. This framework has been used by numerous large corporations to produce their products, and development and support for it are not expected to stop any time soon. Microframework Flask doesn’t need any specific tools or libraries to work. Python developers that want lightweight frameworks can benefit from Flask, which lacks features such as database abstraction and form validation. The fact that Flask is lightweight and the chance of discovering Flask security issues is low may be an advantage of utilizing this framework. Benefits of Python for Backend The development process is substantially accelerated by the use of simple syntax. There are no concerns with variable types or casting that you would have to deal with in other languages. In web development, Python provides the graphical user interfaces that are needed. The syntactical structure of Python makes it easier to read. In other languages, such as C or Java, it may be difficult to grasp the code because of the different coding patterns. As a team developer, Python is a good choice for enhancing both understanding and productivity. If you don’t want to use an external library or package, Django is a ‘Batteries-included’ package. Everything you’ll require is included. Do you wish to keep track of your activities? There’s a solution for that. Logs? Simply insert this line. What is cache management? You’re good to go now that you’ve added this one. Python integration libraries like Cython and Jython make it easy to cross-platform with other languages like C/C++ and Java. Drawbacks as a Backend Python is an interpretive programming language. Consequently, when it comes to developing applications that require massive layers of sophisticated calculations, it has a somewhat poor performance. For scalable projects in general, Python is not the ideal choice. Because Python has a Global Interpreter Lock (GIL), which prevents it from running many threads at the same time, large projects frequently require multiple tasks to be completed simultaneously. Python uses dynamic typing. For large projects with growing development teams, dynamically typed languages are not appropriate. Growing in complexity and difficulty to maintain over time, the system gradually becomes unmanageable as it expands. When Should You Use Python? The only requirement for developing an app in Python is the speed of development or a small budget, which may be met by using the Python programming language. Because of the many frameworks that are available, the succinct code, and the fact that it is dynamically typed, development expenses can be reduced and applications can be produced more quickly. Calculators might help you better understand how much you’re spending on apps. Data analysis for a mobile app that requires speech and facial recognition systems, picture processing software and neural networks, and machine learning systems. For enterprise software applications, Python is one of the most popular languages due to the fact that it can be easily integrated into the existing Java, PHP and.NET frameworks. Python as a Frontend Both Android and iOS do not officially recognize Python as a language for mobile development since it lacks native mobile interface features. A number of Python frameworks can be used for this purpose, though. Among the most popular are Kivy and Beeware, respectively. Kivi is a Python framework that runs on a variety of operating systems and platforms. Native controls and widgets are not attempted by Kivy. There are no pre-made widgets in this app. All Kivy programs will now look the same regardless of the operating system they are running. This implies that your app’s look and feel will be different from your user’s native apps, but that’s fine. Depending on your audience, this may be a gain or a drawback for you. You don’t have to recompile your code every time you make a change to your code when you’re building apps in python. However, the BeeWare framework provides native interfaces for iOS, Android, Windows, Mac, Linux, Web, and tvOS platforms. Disadvantages as a Frontend The fact that Python is an interpreted language (as previously stated) means that its processing speed is slow. As a result of the use of dynamic structures in Python, it consumes more memory space than other programming languages do. When working on a project with memory constraints, it’s not the best tool to utilize. This area of Python development has a weak developer community. Thus, finding tutorials answers to your problems, and code solutions on the Internet has become more complex. The graphical capabilities of Python are limited. In comparison to native mobile languages like Java, Kotlin, and Swift, the Kivy framework lacks numerous functions and platform-specific features. Python for Mobile QA Testing In mobile testing, Python is utilized. Python for mobile apps provides the required infrastructure for better testing processes, ranging from manual testing to automated solutions. Core Python tools from the open-source framework can be used for both unit and integration testing. Python, for example, can be used to test mobile applications for geolocation by using geolocation testing. The integration testing tools offered to coders allow them to verify only coding errors or the complete codebase. To begin with, Python has a low barrier to entry, making it a popular choice among QA automation specialists. It also has a vibrant developer community, has an intuitive syntax, and is easy to read. Uses in Mobile Development The finest Python use cases for mobile back-ends have already been discussed in detail. The following are some general mobile front-end and back-end usage examples. Apps that don’t require a lot of resources and don’t require a lot of performance. Prototyping with Python is a great way to get started. You can get feedback and iterate much more quickly with Python than with other programming languages because it takes less time to build a project with Python. In reality, developing desktop applications using python is simple. Minimum viable product development (MVP). There are more chances to get into the market early because of the pace of Python mobile app development. Having the ability to run your software on any of the most popular operating systems is also a benefit. Conclusion We hope that we have been able to answer your question on how to create an app in Python. Mobile app development with this is rare, but it can be quite beneficial in specific situations. According to the project’s goal, it varies. Startups benefit from using this language. You can locate developers even if you have a limited budget because the language is simple to learn and widely used. Juniors and interns are good examples. It’s also a great way to try out your app ideas by constructing an app. In data science, machine learning, and artificial intelligence, Python is the finest choice of programming language. AI and ML bots built-in Python, for example, can be incorporated into a Java project. Because Python is not designed for this type of application, using Python for mobile apps is rarely a smart choice for a mobile app front-end. Kivy and Beeware, on the other hand, are promising initiatives. Perhaps a Python mobile app framework for Android or iOS development will be developed sometime. It’s nearly hard to anticipate what will happen in the future because of the rapid pace of technological change. Also published here Stay Connected!

Should anyone build a Mobile App in Python?

Is it possible to write programs on a mobile phone without experiencing pain, hatred, and powerlessness? When we created CodeGym, a practice-oriented online course for learning Java programming, we doubted it. However, times are changing, and technologies are changing. In this article, we are going to talk about how we created the mobile version of CodeGym and what it led us to. Lack of Mobility was a Problem We constantly received feedback from users. They were satisfied with the course, but somewhere in the 4–5 years of CodeGym’s existence, users started to request for the mobile application. There were not so many such requests, but enough to start the research. According to it, a lot of CodeGym students read lectures on their way to work or to study. Later at night, they log into the system from a computer, most often for coding tasks. It was our first hint but we doubted that it’s possible to code from a mobile phone with convenience. So we postponed this idea for a couple of years. However, microlearning has become more and more part of our lives. Thus, the MarketsandMarket agency that by 2024 the global microlearning market will increase by 13.2%, which will amount to $ 2.7 billion. assumes Microlearning is a format for presenting course information, where the course program is divided into modules according to the formula “1 module — 1 thought — 1 skill”. Each lesson is a concentrate of useful information, calculated on average for 10–15 minutes of a student’s time. By the way, when CodeGym lectures were first created, they were quite suitable for the microlearning format and were considered brief. Now, to be honest with you, micro-lectures is understood as an even more concentrated format. By trying to be part of the trend, we also released a few brief videos that covered some Java topics, but that was not enough. The requests for the mobile application continued, and after a while, we began to slowly explore this market. What’s on the Market for Mobile Programming Courses? We knew that it’s easy to read lectures from a mobile phone on the web, so developing an application just for lectures wasn't worth it. The main question was: is it possible to create a really convenient mobile development environment for learning programming? One that would help not waste time, and use your free 5–10 minutes on the road to learn to write code in a convenient way, so that a student wouldn’t want to smash the cellphone into the wall out of disappointment. IDE or Integrated Development Environment is an application that includes a set of tools programmers need for their work. It is used to write code, compile or interpret it, run it, debug it, and automate the build. In the case of the educational mobile IDE, we were interested in writing and compiling code, launching a program, and issuing validator comments To begin with, we explored the solutions that other programming courses had. Basically, at that time, there were multiple-choice tests. Since we are a course about practice, we considered such tests to be purely optional. However, we found some decent mobile IDE, such as Grasshopper and several others. There were exciting ideas for ​​hints in this app: you don’t write letter-by-letter code, but have some pieces of puzzles with pieces of code in them, and they have to be assembled in the correct order. The idea is really interesting, since it allows you to code with one finger, but we were embarrassed that there were only suitable pieces for a specific task. This approach doesn’t help to learn programming well enough: it’s a puzzle, but not a real program creation. You know, programming is still a process of creation that demonstrates not only knowledge but also creativity and ingenuity. Mobile IDE: What should it be? So if we come up with a mobile IDE and it will be convenient from the UX point of view, it makes sense to develop the whole CodeGym application. It will be much easier to adapt to the rest of the course, such as lectures and tasks, and we’ve got how to do this. We considered that code typing from the virtual keyboard letter by letter is still needed. It just shouldn’t be the main mode but complement the puzzles mode. However, the pure puzzles we described above didn’t suit our course, and we figured out how to improve this approach. First, parts of the code were split into groups (punctuation marks, operators, methods, and so on). Secondly, not all “puzzles” were suitable for the solution. Of course, if you load all possible code elements according to this principle, it will be inconvenient to search for the desired element. Hence, the set that the student sees on the mobile screen differs from task to task. The important thing is that not all the options were correct, there were more pieces of code than needed to solve a specific task, so the student needed to scratch the back of their head a little. Also, if a student learned some new way of solving a coding task before reading about it in lectures, and the shown code elements did not cover this new way, they can always switch to the usual letter-by-letter input mode. So, switching from one mode to another gives a user both flexibility and convenience. Thus, theoretically, students could, in 10 minutes during a trip or in a queue to the dentist, reflect on the problem and solve it using one finger. Prototype Development and Testing This approach seemed promising and we developed a clickable prototype for testing. This prototype had no design, just clickable cards with explanations of what was going to be located where. We selected a group of CodeGym students from different levels and prepared a questionnaire for them. For example “you need to open a task in the application, what will you do?”. After collecting their answers, we corrected the prototype and began to create a UI based on it, and also tested it for a month and a half. I’ll go back a bit and say that we expected the application to be just part of the ecosystem of the course, and it will be used by people who are already familiar with the web version of CodeGym. So, we created the first UI keeping this in mind. Choice of Technologies: Android When development started, we still considered the mobile application to be purely an add-on, so we couldn’t afford to allocate many people to develop it. Moreover, we were in no hurry and still working on improving the idea for our mobile IDE. So we decided to develop only an Android application, and later, if successful, tackle iOS. Why Android? It’s simple. First, we already have a ready-made team of Java developers who also know Kotlin and Android well. Secondly, according to and many other analytical companies, as of 2018, when we started developing the app, the market share of Android mobile phones exceeded 80%. Thirdly, a testing ground for the app was the Eastern European Russian language version and the percentage of Android users in this version was even higher. So we hired another Android developer, brought in a UX/UE designer, and got down to work. Statista Development and Testing of the First Version It took a little less than a year to develop an app from the rendered layouts to the launch of the test version on Google Play. The first mobile CodeGym contained neither lectures nor other sections of the website. There was only access to the coding tasks and a mobile IDE. For closed testing, we selected about 2,000 CodeGym students, created a special group on our website, and posted a list of questions about UX, UI, convenience, etc. They actively used the application and answered questions, communicated with each other and the developers. Two weeks later we collected all the questionnaires, aggregated them into a table, and talked with the most active participants in person. We also collected crash data across devices using Firebase Crashlytics, a lightweight crash reporter from Google. In addition, we tracked the percentage of people who opened a task, solved it, and sent the solution for review. According to our internal metrics, this number turned out to be higher than we expected, and this process took place quickly enough, which is undoubtedly a good indicator. We had a fear that using a mobile application would be too tedious and significantly slow down future programmers in achieving their goals. Fortunately, we were wrong. After collecting all this data, including comments on UI, UX, and bugs, we categorized and prioritized them, and started working on improvements and bug fixes. After that, we launched an official release of CodeGym Mobile. Other Aspects of the Mobile App The second most important task after Mobile IDE was the adaptation of the Help section. We needed to make it convenient for the user to ask a question from the phone in one click. That is, just like on the CodeGym website, if users can’t solve a task, they could click on the Help button. This action leads to the creation of a topic with their code and task condition attached. So the user should only write a heading question and press the Send button. After solving this task, we gradually transferred the entire course to a mobile format. Our Mistakes In fact, there weren't many serious mistakes at the strategy level, since we acted deliberately and were in no hurry. We did not have a task to quickly release the application, to occupy some niche or something like that. However, at first, we were clearly too clever with statistics. In order to understand whether the interface is effective, we did a number of UX tests, but since we had a very small sample, we decided to use analytical tools for all possible user scenarios, literally for every click on a button, every scroll. We sent everything into the database and stored it there. The mistake was that we made all this data very complicated, collected a bunch of statistics, and didn’t quite understand how to use it. We didn’t think beforehand about how to summarize the information received. Of course, there were a lot of technical bugs. It would be weird if they were not there :). Well, a pleasant mistake was that we somewhat underestimated the capabilities of the mobile application: it turned out that not only those who already know our website but also new users who find it through Google Play are trying to use it. Recent Improvements We thought that an app without a website had no value in its own right, that it was an add-on to an ecosystem. However, it turned out that there are users who liked our approach and they learn ONLY in the application. Since the interface was tailored for people who know CodeGym, we began to research what might be incomprehensible to newcomers. There were quite a few people who figured out everything and used CodeGym for free (for a long time in the application it was possible to study for free). As it turned out, some users didn’t even know that there was such a website. Nevertheless, we slightly changed the interface and developed an onboarding tour: a user enters the application, a pop-up window appears with explanations of locations and how the course should be taken, and tested different versions of it. In a word, we tried to improve the product itself to make it easier for a person at the very beginning. One of the most recent and most ambitious changes is the introduction of a user-responsive course. This feature appeared on the “big” CodeGym a little bit earlier. When users enter the application for the first time, they are asked what language they want to study in, what is the goal of the learning (to become an android developer, Java developer, etc.). Now, the user is proposed to take a small theory test, which can be skipped if they have never studied Java before. After this procedure, the user clicks on the “Get a course” button and a conditionally personal version of the course is generated. Also, we recently introduced an “app-only” subscription that costs less than a website subscription (website subscription, of course, includes access to a mobile app). As it turned out, many students are ready to study in mobile format only. Results and Plans for the Future The trends in mobile learning and microlearning are inextricably linked. Mobile learning is the fastest growing trend in EdTech (growing 23% annually), so we made the right choice when we listened to our users and started developing the CodeGym app. We managed to develop a really convenient mobile application for learning Java by doing. Considering that programming is a sea of ​​code, we think this is a great result. Mobile CodeGym has really accelerated students' learning and increased product satisfaction. It is very important that the mobile application has led to the fact that there are fewer long (at least two weeks) breaks in learning. As we’ve researched, long breaks are one of the biggest enemies of online learning and the root cause of most potential programmers’ failure. We constantly support the Android application, listen to users, fix bugs, and think about improvements. We are currently developing a version of CodeGym for iOS which is now at the prototyping stage. Perhaps in the future, we will develop a short video format and think about organizing effective voice input in the IDE. First published here

How We Created a Mobile Tool For Learning Code

Without a doubt, assuming you have such expert gear for shooting as a drone, you have a ton of extraordinary shots in stock that simply should be made impeccable. They are diamonds in the rough waiting to be discovered after editing and completing a hypnotizing video. Before you begin distributing your recordings, either for your blog or for your undertaking, you would want to commit yourself to the video-altering process. After that, you can devote your time to video optimisation . In this article we'll share the best video editing programming choices. Various programs have a particular arrangement of tools and capacities available to you. That is why we will inform you about the best solutions that can be utilised  by novices and experienced clients. Best video editing software for drone footage For newbies iMovie Assuming you have a PC on Mac OS, this program is ideally suited for fledgling clients. You don't need to focus to sort out a complex practical set. Supposing you have a film in stock that you might want to improve, this is a perfect choice. This program is great for start-level editing as it has explicit clues to assist you with exploring the editing apparatuses. You are going to crop your video and name titles, add music and apply effects. The program is the right choice for high resolution videos. Surprisingly fast, you will be able to feel like an expert who will master the ability to change settings, adjust transitions, slow down, or speed up shots. Windows Movie Maker It is an extraordinary program for the Windows OS that is not difficult to utilize. Here you can eliminate undesirable backgrounds, add music tracks, tweak titles and make excellent transitions in your file. Unfortunately, newer versions of the operating system no longer have this program in the standard set, but you have the opportunity to download it on the Internet. GoPro Studio This free video-altering programming has been delivered to make flawless video files with many highlights. GoPro Studio can be utilized on two OS: Windows and Mac. There is an adequate clear interface and you don't have to possess a GoPro camera to edit your videos. This program has a standard altering suite to help novices ace editing. Resize videos, add awesome effects, and use a variety of formats to upgrade your files. What's more, you can change tones and control immersion with a wide scope of cutting-edge choices. Shotcut It is free software that offers a starter base of tools for hobbyists. In Shotcut, you can handle a wide variety of video formats, which sometimes even professional programs do not have. The program is compatible with operating systems such as Windows, Mac, and Linux. The interface is rather complicated, but each user gets the opportunity to customize it to suit his needs. Thus, you will remove all unnecessary and leave only those tools that you will use. This program works great even on older devices. For middle-level users WeVideo This product will assist you with drawing nearer to the high-level use in a brief time frame. Here you can change the background for your videos using the green screen. You can alter different video designs and not sit around idly hanging tight for downloads. Clients will want to try an immense setting base of free editing components. It can be used on any gadget. With cloud storage, you don't have to stress over extra space for enormous video documents. The program provides service packages for different types of users. A standard package of services for creating half-hour clips in 720p HD resolution costs $10. More advanced service packages can be purchased for $16 and $40 per year. You can also purchase a commercial video production package for business organizations where up to 3 users can simultaneously edit for $70 per year. DaVinci Resolve Another option for advanced users, which is widespread in the film industry. Compared to Adobe's product, DaVinci Resolve can handle fewer formats. It also lags a little behind in that you cannot adjust titles here. However, its powerful advantage lies in the fact that here you can work professionally with color solutions. By purchasing this software, you will be able to support certain plugins that allow you to work with video files in 3D. You will also have the opportunity to work with several users at the same time. Lightworks Perhaps the most remarkable editor upheld the 3 most used OS. This editorial manager has been created to make superb Hollywood blockbusters. Prior to buying the program, you can test the free demo and find out the arrangement of settings and apparatuses. The program upholds video altering with SD, HD, 2K, 4K resolution. You are offered to overlay music tracks, add enhanced visualizations, stunning effects, and titles. Benefits incorporate the capacity to synchronize pictures and sound, add multi-facet enhancements, and modify the toolbar. The full set-up of instruments can be bought for $240 each year and get two free months. For experts Movavi Video Editor Movavi Video Editor is the best programming tool to exploit various expert devices to make dazzling video files. In this drone video editing programming you can pick enhancements, find ready-made video intros, and change the background. The easy-to-understand interface contains all modern settings and capacities. You just need a couple of moments to comprehend the recommended settings and begin making proficient movies. Additionally, it is possible to make videos even if you are out of town without access to the Internet. Adobe Premiere This product offers a huge load of settings for expert use. That's a great choice if you are going to tune in to the workflow and embody your most creative and non-standard ideas. This program permits you to deal with video documents of any arrangement, even 8K video. By buying this product, you will want to use an application that permits you to alter files on your mobile device. You can improve your videos with shading settings, change the balance of tones and tints, apply or eliminate shadows, and appropriate the addition of special visualizations. Proficient bundles start at $21. You can pick a plan for your use and business associations and partake in the process without limitations. Final Cut Pro It is an advanced software for experts. An enormous number of well-known movies have been altered in this program. The program permits you to work with HDR video. Furthermore, it offers brilliant solutions for working with shading adjustment and sound altering. The fundamental benefit of the is its performance. The program utilizes multi-core processing, which guarantees no halting when working or previewing. Final Cut Pro Conclusion With countless drone shots in stock, you can make extraordinary motion pictures on account of an assortment of video editing programming. Beginners will want to roll out every one of the improvements of iMovie, Windows Movie Maker, GoPro Studio, and FilmoraPro. Clients who comprehend essential instruments will want to upgrade their videos with software like Wevideo, Wondershare Filmora, and Lightworks. Experts will profit from a large group of inventive apparatuses in the Movavi Video Editor, Adobe Premiere, and Final Cut Pro.

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