Xamarin mobile development is suitable for building an intuitive mobile app experience that integrates seamlessly with different platforms. With our Xamarin app development services businesses get access to top-of-the-line applications based on C# with a unified code for Android, iOS, Mac, and Windows.
We believe in opening up new opportunities for our clients. At present investing in C# development and .NET code bases allows businesses to create a prominent mark in their domain and reach a larger customer base.
Xamarin for Android makes use of the same set of interface controls as Java combined with the accessibility of C#. Our team leverages the capabilities of Visual Studio and .NET BCL. As a result the programmers are capable of using native UI controllers and APIs for crafting compelling Android apps within a short period.
We at TAV specialize in creating full native iOS apps that cater to specific requirements of the clients. Xamarin.iOS allow our vetted engineers to create cost effective, time efficient, and full features apps that deliver a seamless end user experience.
Xamarin comes with integrated development functionalities that let the programmers to create applications for Mac as well as PC with Visual Studio. As a result, our experts are capable of producing reliable macOS apps and UWP with intuitive feature sets.
We follow industry best practices for QA and testing of our software. Our consultants provide valuable strategies including automation tool selection, testing environment setup, contingency planning, risk analysis, and more. TAV offers apps that go through multiple rounds of code evaluation, performance testing, and functionality testing.
Our company has several years of hands-on expertise in Xamarin development. We provide clients with insightful recommendations on concept, architecture, and solution design. Besides we also excel in reviewing codes, test automation, optimization, and integration of best practices for full lifecycle management.
TAV brings complete maintenance services to take care of all the essential work for the smooth functioning of the apps. We also take care of existing Xamarin-based applications and address issues that might have gone undetected. Our developers reach the bottom of the problem and help create a more efficient development solution.
Xamarin specialists deliver tailormade Xamarin solutions from scratch to boost the performance of legacy and new projects
Leverage an extensive range of modern technology stacks for Xamarin development to craft specialized solutions
Xamarin is not like conventional web-based hybrid solutions. It allows developers to create cross-platform compatible applications that offer native-like interfaces. Over the years the performance of Xamarin has improved significantly to keep up with native development standards.
Xamarin comprises of abstraction from various native APIs and allows users to build cross-platform applications with full code reusability. Besides it makes use of C# as the primary coding language and . NET-based framework for coding. .NET developers can easily build Xamarin applications and manage the code with Visual Studio.
Another notable benefit of using Xamarin app development services is that clients can choose to design their own solutions so that the interface offers a consistent feel across platforms. Also one can choose to display UI standards across all platforms. Hence it is more reasonable for businesses to leverage such platforms for branding.
Xamarin lets developers seamlessly integrate modern cloud services like AWS, Azure, and Google Cloud Platform for their apps. Flawless implementation of cloud services helps build functionalities like authentication, data storage, push notifications, analytics, and more.
TAV Tech Solutions takes a strategic approach to delivering high-quality solutions to transform and sustain organizations
Years
Employees
Projects
Countries
Technology Stacks
Industries
TAV Tech Solutions has earned several awards and recognitions for our contribution to the industry
Xamarin is a powerful framework that allows you to build apps for iOS, Android and Windows from a single codebase. This means less development time and more efficiency.
At its heart, Xamarin uses C# and .NET, a type-safe language for application development. This is great if you already know C# as it reduces the learning curve.
One of the key features of Xamarin is the ability to access native APIs. This means your app can use platform specific features while having a shared codebase, so you get both development efficiency and user experience.
Xamarin offers two primary development approaches:
By adopting Xamarin, developers gain access to a comprehensive ecosystem, including extensive documentation from Microsoft and a wide array of third-party libraries. This robust support system facilitates smoother development processes and problem-solving.
Xamarin’s capabilities extend beyond mere code sharing. It empowers developers to deliver native experiences that resonate with users across various devices. Whether the project at hand is a consumer-facing application or an enterprise solution, Xamarin provides the necessary tools to bring these visions to fruition across the mobile ecosystem.
The Xamarin framework comprises several essential components that facilitate efficient cross-platform mobile development:
Xamarin.Forms: This component enables rapid UI development across platforms. Developers can create a single interface that functions on iOS, Android, and Windows, significantly reducing development time and effort.
Xamarin.iOS and Xamarin.Android: These platform-specific libraries provide direct access to native APIs, allowing developers to create applications that align closely with platform-specific design guidelines and functionality.
Xamarin.Essentials: This library offers a unified API for accessing common device features across platforms, simplifying the process of integrating native functionality into cross-platform applications.
Visual Studio Integration: Xamarin seamlessly integrates with Visual Studio, providing developers with a comprehensive IDE for coding, debugging, and testing applications.
XAML: This XML-based language allows for declarative UI design, facilitating the separation of an application’s visual elements from its underlying logic.
.NET Standard Libraries: These libraries enable the sharing of non-UI code across platforms, enhancing development efficiency for complex business logic implementations.
Xamarin Test Cloud: This service allows developers to test their applications on a wide array of real devices, ensuring compatibility and performance across different hardware configurations.
Hot Reload: This feature enables developers to observe UI changes in real-time as they code, streamlining the iterative design process.
Xamarin.Mac: This component extends Xamarin’s reach to macOS application development, further broadening its cross-platform capabilities.
NuGet Integration: Xamarin’s integration with NuGet package management simplifies the process of adding and managing third-party libraries within projects.
Xamarin Profiler: This tool assists developers in identifying and resolving performance issues, ensuring optimal application functionality.
These components collectively create a robust ecosystem for cross-platform development. Xamarin’s flexibility allows developers to share code efficiently across platforms while retaining the ability to implement platform-specific customizations as needed.
When considering mobile application development approaches, it is essential to evaluate the advantages and disadvantages of both Xamarin and native development methodologies.
The choice between Xamarin and native development depends on various factors, including project requirements, team expertise, and long-term maintenance considerations. Xamarin may be particularly suitable for business and enterprise applications where rapid cross-platform development is prioritized. Conversely, native development might be preferable for applications requiring complex graphics, intensive performance optimization, or immediate access to platform-specific features.
It is crucial to carefully evaluate these factors in the context of each specific project to determine the most appropriate development approach.
To begin development with Xamarin, follow these steps to set up your development environment:
Obtain Visual Studio from the official Microsoft website. Select the Community edition for free access or choose a paid version for additional features. During installation, ensure the “Mobile development with .NET” workload is selected.
Visual Studio will manage the majority of the Xamarin setup process, including the installation of Xamarin.Android, Xamarin.iOS, and Xamarin.Forms.
Access the Android SDK Manager through Visual Studio to install the latest Android SDK and any necessary additional tools.
For Mac users, no additional setup is required. Windows users will need access to a Mac to build and run iOS applications, which can be achieved by connecting to a Mac build host from Visual Studio on Windows.
For Android development, utilize the Android Device Manager in Visual Studio to create and manage Android emulators. For iOS development, Xcode’s iOS Simulator is the primary tool (note that a Mac is required for iOS development).
In Visual Studio, initiate a new project by selecting “Mobile App (Xamarin.Forms)” and choosing an appropriate template.
Build and run your new project on an emulator or physical device to verify the correct setup of your development environment.
Consider installing supplementary tools such as the Xamarin Live Player for real-time previewing on devices and the Xamarin Profiler for performance optimization.
Examine Xamarin sample applications available on GitHub to gain insights into practical implementations.
Join Xamarin forums and follow official Xamarin channels on social media platforms to stay informed about updates and best practices.
It is important to note that setting up the development environment is the initial step in the Xamarin development process. Developers are encouraged to thoroughly explore Visual Studio’s features, experiment with sample projects, and consult official documentation as needed throughout their development journey.
Xamarin.Forms is a UI framework that enables developers to construct native interfaces for iOS, Android, and Windows from a single, shared codebase. This framework significantly enhances development efficiency across multiple platforms.
Xamarin.Forms employs XAML (eXtensible Application Markup Language) for declarative UI definition. This markup language facilitates easy visualization and structuring of the interface.
Developers can utilize Styles and ResourceDictionaries to maintain visual consistency across an application. This approach allows for centralized management of UI element appearances.
For scenarios requiring different appearances on iOS and Android, developers can employ OnPlatform and OnIdiom to fine-tune the UI for each platform.
Xamarin.Forms offers a robust data binding system, enabling seamless connections between UI elements and data models.
When additional platform-specific refinement is necessary, custom renderers allow developers to access native UI components while still operating within the Xamarin.Forms framework.
Xamarin.Forms prioritizes efficiency and consistency, providing developers with tools to create visually appealing, native-feeling UIs without the need to master multiple platform-specific frameworks. This framework is suitable for a wide range of applications, from simple utilities to complex enterprise solutions.
To optimize Xamarin development with C#, consider the following best practices for writing clean, efficient, and maintainable code:
Effective C# coding in Xamarin extends beyond syntax considerations. It involves creating a structure that is easily comprehensible, maintainable, and extensible. Strive to keep methods concise, classes focused, and continuously seek opportunities for code improvement.
Let’s connect and build innovative software solutions to unlock new revenue-earning opportunities for your venture