Você deseja criar um aplicativo móvel. Quais linguagens de programação você deve aprender?

It depends on the requirements and end goal of the application. Games are generally created using game engines with cross platform ability. If you want to maintain less codebase and need similar superficial experience, one can use cross-platform. If one is targeting only a specific platform like android or ios and needs to leverage native API's a lot or more control over system elements and design , then native is better.

Choosing between native and cross-platform development depends on what you want your app to do, how much money you have, how quickly you need it done, and who you want to use it. Native apps work best for performance and using all the cool features on each device, but they can be more expensive. Cross-platform apps are cheaper and quicker to make because they work on different devices with the same code, but they might not work as smoothly on each device. Think about what matters most to you before you decide.

Evaluate project requirements and priorities carefully. Native Development: Strengths: Optimal performance and seamless user experience. Complete access to platform-specific features and functionalities. Well-established development tools and resources. Considerations: Longer development time and higher costs for multiple platforms. Cross-Platform Development: Strengths: Code reusability across platforms reduces development time and costs. Faster time-to-market with a single codebase. Versatile skill set with knowledge of cross-platform frameworks. Considerations: Potential trade-offs in performance and user experience. Learning curve for mastering new technologies. Possibility of delays in accessing the latest platform features.

Apps are always built for a specific platform (iOS or Android) using specific languages and tools (Swift or Kotlin). They offer superior performance, seamless connectivity with functional tools, and excellent customer service. Since each platform has different requirements, development always requires more time, resources and expertise. In contrast cross-platform frameworks Flutter or React Native allows to deploy applications across multiple platforms using a single code, reducing costs and increasing time to market. Although this approach may provide good performance and overall service, it will face the specific functioning of the platform and create common challenges. The choice depends on requirements, budget and target audience.

Before embarking on the development task, it's essential to contemplate the purposes and target users. This consideration allows us to select the programming language based on the team's expertise and ensures that the quality of the app we produce does not compromise user satisfaction

Due to its speed, safety, and ease of development, enhancing overall app performance and user experience. Swift's concise syntax and powerful features enable efficient coding, reducing development time and facilitating maintenance.

In my experience, I believe that using Swift for iOS app development is a significant advantage, as it allows heavier applications to run smoothly using native frameworks. While I haven't had experiences with any non-native languages, I find Swift very easy to understand and learn.

In contemporary times, many programming languages have emerged with a cross-platform development approach. However, when it comes to native development, I believe it's important to utilize the official language preferred by the platform for its inherent advantages, such as Swift for iOS and Kotlin for Android. While I don't disregard the potential for alternative approaches, I find that prioritizing native languages often yields more effective results.

Cuando tuve la oportunidad de interactuar con el desarrollo en Swift vi que eran muchas capas y que se debia ser muy cuidadoso con los nombres para lograr seguir el flujo. Una desventaja de el desarrollo para iOS es que es obligatorio el uso de MAC y por su puesto la prueba en un IPhone/IPad, no es muy sencillo lograr emular o virtualizar el dispositivo para pruebas.

Swift: Apple's preferred language for iOS development. It combines safety, speed, and modern syntax, enabling developers to create robust and efficient iOS applications. With its rich features and strong community support, Swift streamlines the app development process, making it a top choice for building cutting-edge mobile experiences.

Kotlin, introduced by JetBrains in 2011, swiftly rose as a premier language for Android app development. Its concise syntax and safety focus boost developer productivity and code clarity. Kotlin's performance matches or surpasses Java, its predecessor, while offering modern features like null safety and coroutines. With seamless Java interoperability, it leverages existing codebases. Continuously evolving, Kotlin enjoys strong community support and Google's endorsement, making it the preferred language for innovative and high-quality Android apps. Its robust features and comprehensive tooling support in Android Studio cement its status as a cornerstone of modern Android development.

In contemporary times, many programming languages have emerged with a cross-platform development approach. However, when it comes to native development, I believe it's important to utilize the official language preferred by the platform for its inherent advantages, such as Swift for iOS and Kotlin for Android. While I don't disregard the potential for alternative approaches, I find that prioritizing native languages often yields more effective results.

If you choose Kotlin for your app development, deciding between native and cross-platform development is still crucial. It all boils down to what your app needs, how much you can spend, how quickly you need it done, and who will be using it. Going the native route with Kotlin means your app can perform really well and tap into all the neat features of each device, but it might cost more. Alternatively, if you opt for cross-platform development with Kotlin, it's cheaper and quicker because it works on different devices using the same code. However, it might not run as smoothly on every device. So, think about what's most important for your app before making a decision.

Kotlin's concise syntax and seamless interoperability with Java streamline mobile app development, enhancing developer productivity. Its robust null safety features reduce the risk of null pointer exceptions, ensuring greater reliability in code. With first-class support for coroutines, Kotlin simplifies asynchronous programming, improving performance and code readability. Additionally, Kotlin Multiplatform enables sharing code across multiple platforms, minimizing development time and maintenance overhead. Backed by a vibrant community and strong tooling support, Kotlin emerges as a versatile and future-proof choice for building mobile applications and multiplatform apps.

When it comes to develop native android app, you can choose Java or Kotlin, but with Kotlin there are specifics benefits that stand out over Java nowadays and here are some reasons: -Kotlin helped to create safer code and avoid crashes with null pointer exceptions which is a common problem in Java. -Kotlin is more concise than Java, you can reduce your work and code and have the same results as Java. For me, Kotlin has helped to reduce my time coding and my code is cleaner and easier to read than Java. -Kotlin offers different advanced libraries and support with some components such as Coroutines to handle long-running task, support for Jetpack Compose to create your UI in a declarative and intuitive way.

Personally I did not struggle to learn flutter, I don’t know why, but in my journey as a dev it clicked quicker. I love how its approach to styling isn’t “weby” like react native. The job market is tight on this one but if learning flutter is somewhat easier, I suggest you use it to learn about mobile applications because those lessons will help in any of the other stacks

Flutter is the ideal framework for cross-platform development because of its single codebase approach. In addition, its out-of-box accessibility to BaaS services like Firebase make the process very smooth for early-stage startups.

Flutter es un framework que tiene una curva de aprendizaje muy rapida, tiene widgets con muchisimas funcionalidades y una comunidad muy grande de modo que permite llevar a la realidad cualquier proyecto que se intente ejecutar. El hecho de que se pueda ver casi en tiempo real los cambios que se realizan reduce tiempos de espera, esta capacidad tambien esta disponible en los dispositivos fisicos, no solo en el emulador virtual

Yo soy desarrollador en Kotlin, y si deseas llegar a dispositivos android y ios, deberías elegir este lenguaje. Si eres desarrollador en Swift o Kotlin este el siguiente paso que deberías tomar.

React native provides familiar ground for people with background in web development , javascript specifically. They can extend upon existing knowledge of tags and stylesheets to create performant applications on mobile as well.

Another option for developing cross platform app is react native whixh was discovered by face book to build apps for both android and iOS.React Native is uses JavaScript and you can even do both functional based or component based approach. React Native allows you to create native-like UIs with components, which are similar to widgets in Flutter, but they use the native UI elements of each platform.You can either do cli or expo for building react native app but CLI apps are preferred in market.For react native you should have node modules along with a visual studio code or Atom.

These days, Kotlin language frameworks are permeating various platforms, including websites, mobile applications, servers, and data analytics. For mobile application development, I personally favor utilizing Kotlin for the logic part and the UI tool called Jetpack Compose. It significantly simplifies development time and enhances the user interface. Being built on Kotlin, it facilitates easy adoption. Moreover, the ongoing development efforts to enhance it are progressing rapidly, becoming increasingly dynamic day by day.

Ionic is the choice for beginners to develop hybrid mobile applications from the beginner level front end developer can use ionic

There are multiple of frameworks and coding language other than those defined above such as C# and Xamarin for cross-platform development, or Objective-C and Java for native development, or HTML, CSS, and JavaScript for hybrid development.You can also use no code development such as thunkable and flutter flow but for using those I would suggest you to have atleast some experience in mobile app development for making no codes app.You can even use ionic for developing your mobile apps but these language dont have a wider community and they have less support as compared to those we have discussed earlier

There are a few additional factors to keep in mind: Community and Ecosystem: Consider the size and activity of the language's community. A larger community often means more resources, libraries, and support available. Learning Curve: Evaluate the learning curve associated with the language, especially if you and your team are new to it. Future-proofing: Consider the language's longevity and future prospects. Is it actively maintained and evolving to meet the changing demands of the industry? Platform Support: Ensure that the language you choose is well-supported on the platforms you intend to target.

Few additional factors to keep in mind while choosing the language .Community support ,wider range of useage,less limitations,broader audience and last but not keast client’s preference.