Angular Mobile Web App | Debugging On Ios And Android

Install Ionic Tooling

Run the following in the command line terminal to install the Ionic CLI (

ionic

),

native-run

, used to run native binaries on devices and simulators/emulators, and

cordova-res

, used to generate native app icons and splash screens:

To open a terminal in Visual Studio Code, go to Terminal -> New Terminal.


npm install -g @ionic/cli native-run cordova-res


The

-g

option means install globally. When packages are installed globally,

EACCES

permission errors can occur.

Consider setting up npm to operate globally without elevated permissions. See Resolving Permission Errors for more information.

Angular features

Angular is a framework powered by Google, loved by developers, and used by leading corporations worldwide. Below you will find the benefits that made it famous.

Typescript provides a series of benefits that other JavaScript frameworks cannot match. It is due to the language’s “typing” feature, which streamlines scaling and bug identification. Typescript saves time in the development process and reduces chances for errors by allowing developers to debug while they code.

The Angular team is dedicated to supporting the most important libraries and solutions. With Angular, you don’t have to depend on code from unreliable sources- meaning you can avoid crashes or disruptions in service. Furthermore, the Angular documentation is regularly updated so that users can always access relevant information.

Developers don’t waste time searching for answers to issues since they’ve already prepared everything. Angular unifies architecture and code, allowing you to communicate with people worldwide.

The Angular team supports the majority of libraries. Consequently, you’ll find fewer bugs, better security, and assurance that the package you pick will continue to function soon.

The beauty of Angular is that all the testing tools you need are readily available, so developers can build software more quickly and feel confident making refactors anytime. Another big plus is that developers don’t need to focus on rereading code, as frequent testing helps them reduce errors. It leads to significant time and money savings.

Modularity is essential in current software engineering. It allows for more effortless app scalability and the replacement or reuse of components. Thanks to generic components, coding modules becomes a quick process. In addition, Angular’s lazy loading deferrers module downloads until it’s necessary for the user.

It’s the official Google UI component library for web applications, offering both mobile and desktop support. Using this library, you can build your application much faster because the components are based on the community’s best practices that have been well-tested and improved upon. It will speed up your progress immeasurably. The documentation is also excellent, so you can be confident that you know what you’re doing.

A couple of words about performance

Only old versions were tested. However, it’s enough for general understanding and evaluation.

Last update: March 2016

Requirements: iOS 8 + device (iPhone 5S)

• Native – Xcode 6.3.2
• NativeScript – NativeScript for iOS 1.6.0
• Xamarin – Xamarin Studio 5.10.2
• Appcelerator – Appcelerator CLI 4.1.0
• Cordova – Apache Cordova 5.1.1
• React Native – 0.19

We will start with the simplest: startup time of a simplest app with a single button:

Platform	Run 1	Run 2	Run 3
Native	111ms	105ms	108ms
React Native	358ms	361ms	353ms
Xamarin Forms	484ms	471ms	469ms
Cordova	613ms	612ms	609ms
NativeScript	674ms	672ms	670ms

As you can see, NativeScript ranks last. When an app loads, a reflection of JS code call to corresponding native objects is being built. It takes time. The official website offers tips to speed up the startup time, e.g. code minification and packaging in a single bundle. However, this refers only once to startup time. This mechanism is not required after the launch.

Now we’d like to discuss work with primitive data types. The following tables illustrate data transmissions between the native and JS parts:

Here is transmission of average data packages (1 kilobyte) between the JS and native parts.

Platform	Run 1	Run 2	Run 3
Native	5ms	4ms	4ms
Xamarin	27ms	27ms	28ms
NativeScript	989ms	998ms	980ms
Cordova	613ms	612ms	609ms
Appcelerator	34444ms	33969ms	35916ms
React Native	130600ms	125140ms	127220ms
Cordova	351420ms	357940ms	356740ms

However, test and real life are two different things. Real native apps require a special approach to ensure and increase responsiveness.

The evolution of Angular: from AngularJS to Angular

Angular is frequently mixed up with AngularJS due to the name similarity. In reality, both frameworks are fundamentally different in architecture and capabilities. Plus, AngularJS was discontinued in January 2022 and is no longer supported. Nevertheless, both technologies have more in common than the name.

AngularJS, also known simply as Angular 1, made its debut in 2010 under the stewardship of Google. It was a groundbreaking JavaScript framework designed to simplify web app development. AngularJS pioneered two-way data binding, enabling sharing data between a component class and its template.

It also prioritized declarative programming – over the imperative approach recommended for business logic – in building user interfaces and joining software components. Overall, it helped enhance user experience while heavily reducing the amount of boilerplate code developers had to write, saving time and costs.

The framework quickly gained popularity and became a cornerstone for building dynamic web applications. However, in the tech industry, things change fast. Soon, AngularJS started to show limitations related to building large-scale applications. Performance was also far from stellar.

A few years into its evolution, the framework struggled to keep pace with modern web requirements. As hurdles piled up, Google’s Angular team had no other option but to rethink their approach. In 2016, the company released Angular 2.

The new iteration was not an incremental update but a complete rewrite of the framework. It successfully addressed the shortcomings of AngularJS and provided developers with a more robust and flexible toolset for building exceptional user interfaces.

One of the key differences between Angular and AngularJS is the language used. While AngularJS relied on JavaScript, Angular adopted TypeScript, a statically typed superset of JavaScript. TypeScript brought strong typing, enhanced tooling, and improved code maintainability to the table, making Angular applications more robust.

Another vital update is the change from two-way data binding to one-way data flow. Angular introduced a unidirectional data flow model, making it easier to manage the state of applications and reducing unexpected side effects. This change helped developers build more predictable and maintainable code.

Angular 2 and its later versions (an interesting tidbit is that the number 3 was left out due to a router’s package versioning misalignment) were structured as a collection of reusable components, emphasizing code reusability.

Since its “refurbishment,” the framework has been heavily focused on performance optimization, aided by features like Ahead-of-Time (AOT) compilation or change detection mechanisms. These and other refinements helped to deal with the predecessor’s major drawbacks, making Angular web and mobile applications faster and more efficient.

Download Required Tools

Download and install these right away to ensure an optimal Ionic development experience:

• Node.js for interacting with the Ionic ecosystem. Download the LTS version here.
• A code editor for… writing code! We are fans of Visual Studio Code.
• Command-line interface/terminal (CLI):
  • Windows users: for the best Ionic experience, we recommend the built-in command line (cmd) or the Powershell CLI, running in Administrator mode.
  • Mac/Linux users, virtually any terminal will work.

Apps you can (and should) build with Angular

Angular may be a tool for you to build your next project. It speeds up the process of development, opens new opportunities, providers off-shelf solutions and scalability. As always, such a choice always depends on the project and the client’s needs. Here’s our choice of products that can be created with Angular.

Single-Page Applications (SPA)

This is one of the most popular solutions for websites. The user interacts with the application on a single page, where the information appears dynamically. SPAs are so popular because they provide an improved user experience (UX) in comparison to traditional multi-page applications. Angular’s routing and data management make building SPAs easier and deliver top performance.

Enterprise Web Apps

Big organizations, such as corporations or government institutions, often need sophisticated software. Angular has been a go-to framework for big teams. First, it is scalable. Second, the components can be reused in other projects. Third, the architecture is unified, which helps to keep the development process in order. Fourth, it delivers high security standards.

Mobile apps

Angular is an excellent tool for building any kind of mobile app. Naturally, you can use this framework to build a web application that runs on any device. However, you can combine Angular with NativeScript, another open-source framework that allows building iOS and Android.

On the other hand, you can use Ionic to create a hybrid app that provides almost native-like experience but shares the majority of code between the iOS and Android platforms.

Progressive Web Applications (PWA)

PWA needs to adapt to the user’s screen, load quickly, and be available offline. This is an important step forward for web applications, as in the past, they were often worthless when the mobile user lost connectivity.

To build a PWA with Angular, you can use the command “ng add @angular/pwa”, which speeds up the setup process. Of course, additional work of the developers is required to ensure that all PWA rules are met and the application will work properly.

Server-side rendered (SSR) apps

Web applications can be rendered either in the browser or on the server. In the second case, the server is responsible for preparing (pre-populating) custom user data, which vastly improves the load time of the site.

It also improves the site’s visibility in search engine result pages (SERPs), which will do wonders for promoting your product and reaching the right audience. Angular Universal is a useful pre-rendering solution that makes SSR development much more straightforward.

Interfaces with beautiful animations

Awesome UI animations are increasingly often the source of web apps’ competitive advantage. They may be compelling, but if done wrong, they may make people hate using your app. Angular’s team knows it perfectly well and they created a module as a part of the official library that makes designing and implementing animations a delight for your team.

Much more

Angular may be the best choice for any kind of web app, including Content Management Systems (CMS), e-commerce applications, static websites, design systems, banking websites, and more. However, it all depends on your project’s specifications, the size of your team and organization, and your product scope.

To sum it up, Angular is an excellent choice for web application of any kind. It offers all the most sought-after features but, most importantly, it’s supported by Google and has a vibrant community around the framework.

Your team can use official tools and components which cut development costs, introduce better structure, and make scaling your project easier. Additionally, choosing Angular gives you access to a vast pool of talent that will not only know the technology but understand the code behind your product.

Angular is a popular framework backed by a huge community, favored by many developers, and used by leading corporations, including Google, Microsoft, and Samsung. Find out how it can streamline mobile app development.

In software development, efficiency is paramount. Building maintainable and scalable applications requires a lot of proficiency and experience, which enable you to leverage the right development tools to optimize the cost-benefit ratio without compromising quality.

That’s exactly the role of frameworks. They are convenient toolboxes comprising reusable libraries, preset tools, SDKs, ready-to-use components, etc. Frameworks provide engineers with a structured, time-tested approach to streamline the software development process, ultimately contributing to superior user experience and cost reduction.

Code sharing

One of the best features of Native Script is code sharing. As we mentioned above, there are no differences from Angular 2. If native functionality is required, it is simply injected as a provider or a service into the app.

Here is a real app (based on cross-platform Seed), where not a line was changed, except for layout templates.

iOS Simulator, Android Emulator, and Chrome. This is a demo app, which contains all the key points of a real app, several pages, localization, routing, and a simplest data structure. Besides that, this app is assembled as a desktop one, using ElectronJS for macOS and Windows as a basis. The source data can be downloaded here: github.com/NathanWalker/angular-seed-advanced

We should mention the opportunity of making a native app with Ionic 2 and NativeScript: hybridtonative.com/#developing-a-ui-with-ionic-2. This is a massive document that describes the step-by-step process of making a native app out of an existing PhoneGap/Ionic application.

One more advantage is an option of using ES6 by default. As we mentioned, NativeScript utilizes the V8 virtual machine in Android and JavaScript Core in iOS. All the ES6, which is available in the abovementioned machines, can be used directly in NativeScript.

• Extension of existing native apps
• Native modules in С++ are similar to Node.js add-ons
• Node.JS API by the end of the year
• Work with Android widgets
• Tests with Mocha.js, Appium, etc.
• Universal Windows Platform
• Telerik App Builder
• WebInspector & NodeInspector for debugging
• Default Themes
• v.2.4

Angular to Mobile App: Disadvantages

Here are a few drawbacks of working with an angular mobile app.

Learning curve

In its fundamental forms, the Angular mobile framework is simple to understand. The learning curve becomes high as you get closer to the advanced phases.

Several of Angular’s distinctive features are rather complicated, app developers, especially beginners, can find it challenging to deal with DI, factories, and values.

Debugging

• When creating an application, debugging is essential. The scopes are simple to use, but they can be challenging.

• When developers don’t know which scope is utilized or what value it has in the program, they can become perplexed at times.

Migration from AngularJS mobile app development

• Angular and AngularJS differ greatly hence it leaves migration as the one and only possibility. An AngularJS-based solution can’t be modified to use When creating an application, debugging is essential. The scopes are simple to use, but they can be challenging.

• When developers don’t know which scope is utilized or what value it has in the program, they can become perplexed at times.

Angular

• Angular for mobile app development gives comprehensive suggestions for upgradation and provides a wide variety of migrating solutions.

• The migration in an angular mobile app isn’t tedious however it requires money and ample effort.

SEO compatibility and too many versions

Angular has evolved through time. AngularJS was first released as a JavaScript framework, and there have been several versions since. This can result in confusion, making the development process a bit uncomfortable and tedious.

If SEO is your main goal, using an alternative platform is advised since this one does not adhere to the best standards. The developers avoid using Angular frameworks for projects that depend heavily on SEO since it has poor compatibility.

Popularity is slipping

Fresher technologies like ReactJS and VueJS have emerged causing the Angular mobile framework’s attractiveness to decline.

There was a time when the biggest argument among app developers was whether to use React or Angular frameworks. Lately, we have observed an increased interest in a newer tool known as VueJS or Vue.js.

Angular Projects

Angular projects offer a great way to build single-page client applications by implementing HTML and Typescript functionalities. So, if you are a beginner, the best thing you can do is work on some real-time angular projects. An activity-based learning approach works best for understanding the architecture of web frameworks. So, let us explore what the Angular platform is all about.

Also, Check out our free courses

We, here at upGrad, believe in a practical approach as theoretical knowledge alone won’t be of help in a real-time work environment. In this article, we will be exploring some interesting Angular projects which beginners can work on to put their knowledge to test.

You can also consider doing our Python Bootcamp course from upGrad to upskill your career.

Learn to build applications like Swiggy, Quora, IMDB and more

But first, let’s address the more pertinent question that must be lurking in your mind: why to build Angular projects?

When it comes to careers in software development, it is a must for aspiring developers to work on their own projects. Developing real-world projects is the best way to hone your skills and materialize your theoretical knowledge into practical experience. The more you experiment with different angular projects, the more knowledge you gain.

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As you start working on angular projects, you will not only be able to test your strengths and weaknesses, but you will also gain exposure that can be immensely helpful to boost your career. In this tutorial, you will find interesting angular projects for beginners to get hands-on experience.

In this article, you will find top angular projects for beginners to get hands-on experience on Python

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Why It’s Ideal For Your Business?

Applications today require traits such as automation, performance, flexibility and scalability. You can find all these characteristics in Angular. This is precisely the reason why it is favored by C-suite executives and businesses to propel their business growth. Since its inception in 2009, Angular has progressed greatly. Utilizing the framework for the angular mobile app has several advantages.

Powered by Google

• The fact that Google created and maintains Angular is one of its finest features. The community has a strong sense of trust in it since it is supported by a reliable firm.

• The app developers have faith in angular mobile development knowing that it will be supported by Google. The problems that crop up will be fixed with the assistance given by the community.

Two-way data binding

Two-way data binding is one of the Angular framework’s key benefits. The important thing to note in the two-way data binding syntax is that data can move both ways defined as the source and the controller.

Any modifications made to the data in the structure are simultaneously mirrored in the view and vice-versa. To give you an example, the moment a visitor uses the mobile Angular UI, the model or structure is spontaneously updated.

Supports localization

The practice of making an app “internationalized” ensures that it is created and ready for usage in locales with various linguistic options.

• Your angular mobile app is known to be localized when it has been made to present a certain set of languages for a given location.

• Most issues relating to various languages, depending on the location, dates, numbers, hours, and other issues, can be handled with ease by angular mobile.

Component-based Architecture

Component-based architecture simply implies that each element of the app’s user interface and supporting functionality make up a distinct component.

• It enables the team to change the autonomous portions of the application’s system. This can be done without worrying that the updates would negatively impact other elements. Components can also be reused.

• An app developer can create a component once and utilize it in a variety of other aspects that are comparable throughout the angular mobile app. This kind of structure enhances the readability of the code. It makes it much simpler for novice developers to comprehend.

High Performance

Hierarchical dependency injection

Classes no longer rely on themselves. Instead, through dependency injection, they obtain information from external sources. This feature dissociates elements from the dependencies.

Differential loading

The creation of different bundles for different browsers reduces the bundle size and loading time. This improves the performance drastically in an angular mobile app.

Angular Universal

Universal services make it possible to display apps on a server. Google’s facilities in this regard for pre-rendering or re-rendering the app are remarkable.

Ivy renderer

The default AOT (ahead-of-time) compiler for Ivy facilitates quicker app compilation. It aids in performance optimization for complex Angular Android and iOS applications.

Reusability of code

• One of the main benefits of using Angular is the facility to reuse code. You can partition the UI components of your project into many distinct pieces using the Angular mobile framework.

• Additionally, each UI element is autonomous and encased with its respective functionality.

• As a result, the code segments used to generate the elements can be reused when there is a need to grow the app or develop a fresh one with comparable features.

TypeScript, Cross-platform, and Productivity

• TypeScript, used for Angular mobile development, offers better tools, clearer code, and more scalability.

• You can provide app-like experiences by utilizing the features of contemporary web platforms and building progressive web apps. It offers zero-step installation, offline functionality, and superior performance. The app developers can also utilize techniques from NativeScript, Cordova, or Ionic to create an Angular native app.

• Angular is productive. It offers all the resources required to support applications and component parts.

• Using only one command, the convenient CLI that comes with Angular can create applications and components that are ready for production.

What it looks like in the code

Calls of native methods in the app look like this:

// iOS var array = new NSMutableArray(); array.addObject(new NSObject()); // Android var context = …; var button = new android.widget.Button(context); // “My Button” is converted to java.lang.String button.setText(“My Button”);

In the first example, you work with a native array of objects in iOS. In the second one, you create a native button and assign a text to it. This is the most fascinating thing. Even in NativeScript all plugins for interaction with native functionality, e.g. accelerometer, are written in pure JS.

The following code was taken from a real project. It shows how it’s possible to disable selected colors for iOS in NativeScript ListView:

var listView = this.page.getViewById(“list_view”); listView.on(ListView.itemLoadingEvent, (args: ItemEventData)=> { // disable select colors if it iOS if (args.ios) { args.ios.selectionStyle = UITableViewCellSelectionStyle.UITableViewCellSelectStyleNone; } });

Angular mobile app development models: cross-platform and hybrid

Angular is primarily considered a web technology, but in fact, it’s a cross-platform powerhouse, perfectly fit for developing mobile applications. Obviously, decisions about tech stack are not easy. A lot depends on the project’s requirements and the skills of your developers.

Let’s make things clear from the start: you can’t use Angular to create native mobile apps for iOS and Android. If the native approach is your priority, you need to go for native technologies, i.e., Swift/Objective-C for iOS and Java/Kotlin for Android. Still, Angular can help you deliver high-performance mobile apps with great UIs if you couple it with complementary technologies.

Google’s framework is an excellent choice if you’re fine with a non-native approach and want to develop hybrid apps or cross-platform apps. For the latter option, Angular is often used in combination with NativeScript, which acts as a bridge between Angular codebase and the native APIs of iOS and Android.

Instead of using a webview like hybrid applications, NativeScript translates Angular components and code into native UI components and functionality. This means that your app runs directly on the device, providing a native-like user experience.

Ionic, on the other hand, takes a hybrid approach by using web technologies (HTML, CSS, JavaScript programming language) to create mobile apps that run inside a webview. While it provides a consistent and responsive UI, Ionic apps are not truly native since they rely on web technology wrapped in a native container.

Still, Ionic apps offer a consistent user interface and are known for their quick development cycle and broad code reuse.

Step 4: Integrate With Electron

To be able to run your Ionic Angular app on a desktop operating system, you will need to integrate it with Electron. We can accomplish this using the @capacitor-community/electron package, which is a community-maintained Electron plugin for Capacitor.

To install the plugin in your application, run the following command in the terminal:


npm install @capacitor-community/electron


You will also need to register the plugin in your

capacitor.config.json

file by adding it to the

plugins

array:


{ "plugins": { "Electron": { "path": "./node_modules/@capacitor-community/electron" } } }


Then you can use the following command to add the Electron platform to your project:


npx cap add electron


To run the app on the electron, you can use the command:


npx cap open electron


This will open the electron development environment and you can run the app and debug it.

Note: The @capacitor-community/electron package is a community-maintained package and may not be as stable or feature-complete as official Capacitor plugins. It’s recommended to test your app thoroughly before deploying to production.

In conclusion, with the help of the @capacitor-community/electron package, you can easily integrate your Ionic Angular app with Electron and run it on Windows, Mac and Linux. With this Electron support and the Capacitor support for iOS and Android, you are able to provide a much more comprehensive solution for your end-users and increase the reach of your app.

What is Angular?

Angular is a comprehensive framework for building web applications quickly and easily. It offers programmers a set of ready-to-use tools, libraries, and code snippets that can be supplemented with custom code. Angular has an efficient architecture and comes with pre-built components that make development faster by providing general functionality that can be customized to meet specific needs. It saves engineers from reinventing the wheel whenever they encounter common problems in different applications.

Google introduced Angular in May 2016, making it a relatively young technology. Since then, numerous new versions have been released; the framework has become one of the most popular among application developers. According to the definition, Angular’s primary goal is to make developers’ lives easier.

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Angular Bare Bones project

This project can teach you about Angular routing as a simple service or with multiple components. The easy-to-understand code makes it a popular choice among beginners. Here is a stepwise flow of the topic:

• Basic Node.js installation
• Angular CLI installation
• App dependency injection using npm
• App launch with a simple command

Angular Bare Bones project shows Angular routing, which handles different routing components like RouterLink, RouterOutlet, RouterModule, and other imported routes. Its easy-to-understand code makes sure this project is suitable for Angular beginners. You may need a single feature component i.e. Barebones introduced with data dependency and flexible routing between the homepage and feature component.

You need to install Node.js and Angular CLI (using npm install -g @angular/cli) for implementing this project. Subsequently, you need to run npm install for installing app dependencies. Finally, run the ng serve -o to start the Bare Bones angular new project depending on the event-driven Angular model.

Data binding in forms

The Angular Forms project is another starter assignment that can help you get acquainted with the inner workings of the architecture. It demonstrates the approaches of template-driven (with NgModel) and reactive forms and how they can be tied with a backend service. Additionally, it discusses various examples of custom validators, binding to different form controls, and accessing submitted data. This is one of the most straightforward Angular projects for you to work on.

Check out: Web Development Project Ideas

Angular projects on local storage

This is one of the interesting angular projects. You can hone your Angular skills by replicating a project on the LocalStorage module. This exercise will help you grasp how to access a browser’s local storage with cookies fallback. You can also check out the NGX store library to get the hang of methods related to LocalStorage, SessionStorage, cookies, and injectable services. It adds Angular decorators for saving and storing variables and managing data changes.

Customer service manager

The tile of this project is ‘Integrating Angular with Node.js RESTful Services.’ Using MongoDB as the backend database, the application can perform CRUD (Create, Read, Update, and Delete) operations. You can run it locally or use the Docker container option. Template-driven and reactive forms, custom components, and RxJS observables are some of the concepts covered under the scope of this customer service app.

Learn more: CRUD Operations in MongoDB: Tutorial with Examples

Admin Panel Framework

One of the best ideas to start experimenting you hands-on angular projects for students is working on admin panel framework. You can practice designing a customizable admin panel framework with the BlurAdmin project. This Angular2-based project uses Bootstrap, Sass, AngularJs, Jquery, charts, etc. It is an MIT-licensed solution that comes with easy customization, responsive layouts, and high-resolution templates – all available free of cost.

Read: Web Designing Project Ideas & Topics

AngularJS in Patterns

As the title suggests, this document contains information about design patterns that are used inside Angular frameworks. The paper lists and explains the fundamental concepts of object-oriented design and architectural patterns. In the process, it covers several AngularJS components, including directives, filters, services, controllers, scope, etc.

Native mobile apps or mobile development with Angular: which will work better for your project?

Angular is undoubtedly one of the top JavaScript frameworks. Its main competitors in the mobile app development compartment include React Native and Flutter, both with their own advantages and limitations.

It’s not easy to choose which technology will work best for your project. Building mobile apps is challenging in many ways, and it requires both tech savviness and in-depth business needs assessment.

If your goal is immaculate quality, consider developing a native mobile app. If you prioritize an accelerated development process and business efficiency, you should consider Angular with its extensive libraries, active community, enhanced scalability, and many advanced features.

With a team of experienced developers able to combine Angular with the right technologies to leverage the framework’s robust features, you can deliver a top-notch Angular mobile app at reduced cost and time.

If you care to find out more, reach out for a consultation!

Have you ever wished you could publish your existing web application as a mobile app? In this article I will provides a detailed guide for building cross-platform mobile and desktop applications using Ionic, Angular, Capacitor, and Electron.

I will covers all the necessary steps, including installing Ionic and Angular, adding Capacitor, and integrating the app with iOS, Android, or with desktop environments using Electron.

Additionally, I will provides some valuable advice on how to debug on iOS and Android devices, and how to integrate with Electron using the @capacitor-community/electron package. I hope this article helps you get starting learning how to efficiently and effectively build high-quality, cross-platform mobile apps.

What is Angular Native made of?

Angular Native is not a brand name. It’s more of a bundle of two technologies, Angular 2 and NativeScript. We are going to see how it works, exemplify it with real cases, and cover strengths and weaknesses of both platforms.

NativeScript is a platform developed by Telerik (currently Progress) for cross-platform mobile app development, which is backed by Google at the moment. The latest releases of NativeScript are marketed not as a standalone technology, but in an inseparable bundle with Angular 2. This allows to write apps for mobile, desktop and web.

But now let’s proceed to each of the two parts.

So which one fits your project better – ReactNative or NativeScript?

ReactNative developers will help you create a rather simple app and launch it quickly on the market. As the software product owner, you might leave out a couple of ideas regarding design or functionality in case there is no corresponding plugin for a needed component or feature. ReactNative works best if your software product stands out not with its design, but rather with the business logic.

NativeScript – requires more effort to ensure responsiveness for the end-user—the same responsiveness that is achieved in ReactNative with Web Workers in case of complex calculations. In return, you get absolute control over any native functionality and high level of customization of any control directly from JS code. Your developer does not need to know Objective-C or Java to write a new plugin or a wrapper for a 3rd-party native library. What’s more, it’s possible to extend classes of native components using JS.

These two tools address different cases and have different pros and cons.

Conclusion

Angular for mobile app development has advantages and disadvantages like every programming software. Understanding the drawbacks vs. advantages of utilizing this tool for specific project types is crucial.

Every organization and its requirements are unique. You can look at hiring an app development company to construct a mobile app. They can help you weigh the pros and cons.

If you want to create a reliable and dynamic web application or a mobile application the easiest way is to outsource app development services.

We know that every firm has unique objectives, offerings, marketing plans, and customer demands. Therefore, before you start developing an app, We advise that you consider every significant aspect, including the purpose, objectives, and process.

BluEnt is an app development company that provides a variety of products and services to assist you in creating a successful web application! Its app development services and expertise is at par with international norms.

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Your First Ionic App: Angular

The great thing about Ionic is that with one codebase, you can build for any platform using just HTML, CSS, and JavaScript. Follow along as we learn the fundamentals of Ionic app development by creating a realistic app step by step.

Here’s the finished app running on all 3 platforms:

Looking for the previous version of this guide that covered Ionic 4 and Cordova? See here.

Useful links

Here is a list of useful links. We’d recommend the official documentation as a great start.

• nativescript.org
• hybridtonative.com
• nativescript.github.io
• developer.telerik.com/featured/nativescript-a-technical-overview
• developer.telerik.com/featured/nativescript-works
• developer.telerik.com/featured/nativescript-android
• github.com/NativeScript/sample-iOS-Profiling/tree/performance-tests
• developer.telerik.com/featured/benefits-single-threading-model-nativescript
• quora.com/What-are-the-key-difference-between-ReactNative-and-NativeScript/answer/Valentin-Stoychev
• github.com/NativeScript/NativeScript/issues/1563
• medium.com/@enchev/extend-your-existing-android-app-with-angular-2-and-nativescript
• github.com/NativeScript/docs/blob/master/publishing/creating-launch-screens-android

Conclusion

With this, we have covered the essential topics related to Angular development. In this article, we have covered 22 Angular projects. Besides knowing the framework inside-out, you should also be trained in TypeScript, npm, HTML, CSS, RxJs, and so on. We discussed the applications of all these tools to give you a well-rounded list. So, level up your coding skills with the above Angular project ideas and develop impressive applications with confidence! If you wish to improve your angular skills, you need to get your hands on these Angular projects. Now go ahead and put to test all the knowledge that you’ve gathered through our angular project ideas guide to build your very own angular projects!

If you’re interested to learn more about full-stack software development, check out upGrad & IIIT-B’s Executive PG Program in Full-stack Software Development which is designed for working professionals and offers 500+ hours of rigorous training, 9+ projects and assignments, IIIT-B Alumni status, practical hands-on capstone projects & job assistance with top firms.

Can you imagine your life without a smartphone? We bet you can’t. People spend hours each day navigating through their smartphones. Multiply this by the total number of smartphone users, and you won’t be surprised by the staggering volume of mobile traffic. And the numbers continuously grow. This makes mobile applications a must for any business that wants to survive and succeed.

Therefore, mobile development has huge potential for growth in the near future. With two dominating OS on the market of smartphones, iOS and Android, there are two main approaches to creating mobile applications. The first one is native mobile development for each OS. The second one is cross-platform development.But what if business owners need both web and mobile apps with high levels of interoperability? Are there technologies that allow this? In this case, Angular mobile app development may come in handy.

We’ve prepared a guide on Angular mobile apps, the main features and peculiarities of Angular development, as well as the top Angular mobile apps on the market. Let’s start!

What is Angular Mobile Development

As we can see, engineers often select Angular and Angularjs for mobile applications development. You can use frameworks like Ionic, Onsen Ui, Monaca, and NativeScript as additional tools. Angular js mobile app has Angular on the client side of mobile applications due to front-end code reutilizing between mobile and web platforms. At the same time, you can choose any server-side programming language like PHP, Java, or Python to write the back-end.

Angularjs mobile app development is mainly used to save time via simplification of the time-consuming, laborious, and repetitive work of coding. In addition, Angular allows building one hybrid mobile app rather than creating separate apps for each OS.

Debugging on iOS and Android

Once your Ionic Angular app is integrated with iOS and Android using Capacitor, you can use standard debugging tools to debug your app on each mobile platform.

For iOS:

• Open your Xcode project and select the “myAppName” target
• Select the “myAppName” target and go to “Signing & Capabilities”
• Select your development team, then press “Run” to start debugging on an iOS simulator or an iOS device.

For Android:

• Open your Android Studio project and select the “myAppName” target
• Select the “myAppName” target and press the “Run” button to start debugging on an Android emulator or an Android device.

Additionally, you can also use the browser’s developer tools to debug your app while it runs on the device. To do this, you can use the

npx cap serve

command to start a local development server for your app. Then, you can connect to this server from your device using the browser’s developer tools.

Note: Make sure that your device and your computer are on the same network and use the IP address of your computer to connect.

AngularAngular JS

Angular has a long history. AngularJS is already ten years old and is one of the oldest web application frameworks. Over that time, the community around Angular, supported by Google, has solved countless problems and introduced new features and solutions.

However, with time it turned out that the framework doesn’t fit modern web application development. All the experience gathered over a decade has been used to create something brand new. Angular 2+ was released in 2016. At first, the community approached Angular 2+ with caution. Critics claimed that the framework had many flaws. However, the Angular Team managed to improve it, and with time the framework won developers’ trust.

The new structure took over the Angular name, while the old one is called AngularJS, which will be supported until June 2021.

Key Features of Using Angular for Mobile Apps

Mobile apps Angular development is growing in popularity. Here are some of the main features of this framework:

• A huge community of developers supports the framework due to its open-source nature.
• Front-end code reusability between web and mobile components.
• Built-in support on HTML, AJAX, etc.
• Incorporated compartmentalized user interface and business logic functions
• Improved support for error handling
• Seamless updates via the Angular CLI

Let’s now take a look at the advantages and disadvantages of using Angular for mobile app development.

Why should you use a framework at all?

With frameworks, you can build software much faster.

First, developers don’t have to repeat the same coding somebody had done before. Using a framework you get the solutions to tasks such as routing, lazy loading, code splitting, and server-side rendering.

These are difficult and challenging problems. However, they have already been solved by the framework’s development team, then tested over time by countless users. The framework allows you to use these generic functionalities in your project. Consequently, your development team can focus on what is the core of your application and adds unique value to your product.

Additionally, frameworks are continually being improved. With each version of Angular, everybody gets a better, more stable product with more features.

Frameworks unify software architecture. Angular, with a clean code structure and well-written documentation, makes it easier for everyone in your team to be on the same page. Using a framework, you get access to a large talent pool of engineers that will quickly understand the code behind your product and will be able to fix or expand it rapidly.

What’s critical about open-source frameworks is the community around them. You want the tech that you choose to be popular and be used worldwide by the best engineers, so that the library components are of quality, up to date, and your team can ask questions on sites like Stack Overflow. Here’s the section about Angular, with questions being answered every few minutes.

The future perspective for the framework you choose is also essential. Angular is supported by Google, and TypeScript by Microsoft. The recent re-launch of Angular v2 is proof of the framework’s bright future. Apart from taking care of the community, the corporations do the things that sometimes are neglected in a purely open-source project, such as focusing on cybersecurity.

Cons of Angular for Mobile App Development

At the same time, Angular mobile app development has several disadvantages, including:

• It is older than its main competitors, ReactJS and VueJS.
• Angular has multiple versions, and its SEO compatibility could be better.
• Angular can be quite complex to use. Software developers, especially beginners, often find it challenging to deal with such features as DI, factories, or values.

Angular framework: for web, mobile, or both?

The market offers a great deal of solutions for various types of software projects. One of the top choices for modern web application development is Angular – a comprehensive and open-source front-end framework for creating dynamic and responsive web applications.

Valued for its versatility and robustness, Angular is a solid fit for a wide range of projects, including single-page applications (SPA), progressive web applications (PWA), complex enterprise web apps, and more. A lesser-known fact is that the framework’s capacity extends beyond building pure web apps to the realm of mobile app development.

Leveraging technologies like NativeScript and Ionic, Angular allows developers to craft top-quality mobile experiences, saving you the cost of onboarding additional developers with expertise in other purely mobile-oriented frameworks.

With supporting solutions, Angular applications can be transpiled into truly native code, harnessing the full power of a device’s capabilities and delivering a consistent look and feel across various platforms.

Let’s dig into the key strengths of Angular for mobile development, but first, let’s take a short dive into its history to avoid confusion with another popular framework.

Key features and advantages of Angular for mobile development

With its ability to target multiple platforms simultaneously, Angular is one of the best toolsets for secure mobile app development. Well-crafted Angular-based software doesn’t fall far behind native apps in terms of performance or user experience while offering cost efficiency and a much shorter time to market.

Let’s look at the key features and strengths of Google’s open-source framework.

Code reusability

Angular’s component-based architecture promotes reusing code. Developers can create reusable UI components, services, and logic, minimizing redundant code, speeding up development, and streamlining maintenance and updates. Again: lower costs, faster results.

Convenient CLI

Angular CLI simplifies project setup, scaffolding, and maintenance, ensuring a smooth development process. It comes with various optimization techniques, such as ahead-of-time (AOT) compilation, that minimize bundle size and enhance app performance.

TypeScript

Angular’s use of TypeScript enhances code quality and maintainability by identifying errors at compile time instead of runtime. Such an approach effectively reduces the likelihood of bugs making it to the production phase.

TypeScript also ensures consistency in data structures and interfaces across the app, contributing to maximized performance.

Native app-like experience

With technologies like NativeScript and Ionic, Angular mobile apps can be transpiled into native code, leveraging the capabilities of a mobile device for a seamless user experience.

Both Angular frameworks provide the means to create efficient and visually appealing near-native apps, all while benefiting from the productivity and code reusability of the Angular ecosystem.

State management

Angular provides robust solutions for state management, i.e., handling application inputs across multiple related data flows. They include built-in support for reactive programming through RxJS and NgRx for more complex state management scenarios.

State management tools facilitate controlling the application’s state and managing numerous interactions, contributing to the responsiveness, maintainability, and scalability of Angular mobile apps.

Progressive Web App (PWA) support

Angular offers strong support for progressive web application development with features like service workers and the @angular/pwa package, simplifying PWA implementation.

Angular service workers (JavaScript middleware acting as a proxy server between an app, a browser, and the network) provide offline support, background synchronization, and efficient caching of assets and data.

Additionally, Angular’s responsive design capabilities make it easier to create PWAs that adapt seamlessly to a user’s mobile screen size.

Angular mobile app development models: cross-platform and hybrid

Angular is primarily considered a web technology, but in fact, it’s a cross-platform powerhouse, perfectly fit for developing mobile applications. Obviously, decisions about tech stack are not easy. A lot depends on the project’s requirements and the skills of your developers.

Let’s make things clear from the start: you can’t use Angular to create native mobile apps for iOS and Android. If the native approach is your priority, you need to go for native technologies, i.e., Swift/Objective-C for iOS and Java/Kotlin for Android. Still, Angular can help you deliver high-performance mobile apps with great UIs if you couple it with complementary technologies.

Google’s framework is an excellent choice if you’re fine with a non-native approach and want to develop hybrid apps or cross-platform apps. For the latter option, Angular is often used in combination with NativeScript, which acts as a bridge between Angular codebase and the native APIs of iOS and Android.

Instead of using a webview like hybrid applications, NativeScript translates Angular components and code into native UI components and functionality. This means that your app runs directly on the device, providing a native-like user experience.

Ionic, on the other hand, takes a hybrid approach by using web technologies (HTML, CSS, JavaScript programming language) to create mobile apps that run inside a webview. While it provides a consistent and responsive UI, Ionic apps are not truly native since they rely on web technology wrapped in a native container.

Still, Ionic apps offer a consistent user interface and are known for their quick development cycle and broad code reuse.

Step 4: Integrate With iOS, Android, and Electron

Assuming you have the prerequisite mobile SDKs installed from above, you can now integrate these into your project.

To build your Ionic Angular app for iOS, run the following command in your terminal:


npx cap add ios npx cap open ios


To build your Ionic Angular app for Android, run the following command in your terminal:


npx cap add android npx cap open android


To run your app on iOS or Android, you can use the Ionic DevApp, which is a mobile app that allows you to test Ionic apps on your device without having to go through the process of building and deploying.

What is Angular?

It is an open-source platform developed mainly by Google’s Angular team. The vast contributor community also includes many individual developers and corporate organizations. Here is an overview of constructing web and mobile apps with Angular:

• The first step involves writing code using Typescript, HTML, CSS, etc.
• Then, the Typescript code needs to be compiled to Javascript.
• Finally, the application is hosted on a web server.
• An angular view combines a component and template.
• Navigation between different views is defined by services (i.e., router provided by the dependency injector).
• Automatic synchronization or data-binding occurs between the model and view components in the model, offering a reactive user experience.

Therefore, the building blocks of the Angular workspace are fit for designing impressive Single Page Applications (SPAs).

Read: How To Implement Pagination in Angular JS?

Apps You Can Build With Angular

Angular may be a valuable tool for modern web application development. Let’s take a look at some of the sorts of apps that are possible with Angular:

• Single Page Applications (SPA)
  

Due to the framework’s routing and data management features, single-page applications based on Angular platforms have quick load times.

By using Angular to build your spa, you are provided with fantastic UI support and unparalleled performance that will result in a lag-free, dynamic user experience. SPAs, or single-page applications, have surged in popularity due to the excellent user experience compared to standard multipage applications. With Angular’s easy routing and data management, it has become simple to construct a SPA that loads quickly and provides users with a great experience.

Angular mobile and web applications have high-class, secure, scalable software, which is crucial for large enterprises and corporations like Google, YouTube, or Microsoft. In addition, Angular has an MVC architecture and code reuse, which reduces Angular mobile app development time.

Angular is a fantastic tool for building mobile apps. Reusing front-end code between mobile and web devices makes creating Angular mobile app development easier in less time. Cross-platform web applications are frequently developed using Angular frameworks.

You can create high-end mobile applications by combining Angular with NativeScript. Another great option for creating hybrid apps is to combine Angular with Ionic, which provides an almost native experience while allowing most of the code to be shared between iOS and Android.

• Progressive Web Applications (PWA)
  

Progressive Web Apps have changed the game regarding mobile web applications. By providing functionality similar to a native app, they offer users a great experience while ensuring that experienced developers can quickly adapt the application to different screen sizes and ensure fast loading times. Plus, with offline support and features that mimic the look and feel of a real app, progressive web apps are quickly becoming the standard for mobile development.

Creating a PWA application with Angular opens the door to sophisticated capabilities such as responsive design, mobile-like functionality, and an unrivaled offline experience.

Of course, PWAs require additional work and poisoning programmers with appropriate experience.

• Server-side Rendered (SSR) Apps
  

Angular makes it easier to create an SSR, which improves and speeds up performance. Apps web applications can be displayed in a browser or on a server. When the server prepares or pre-populates custom user data, loading times are reduced significantly.

For SSR applications, Angular improves page load speed and site traffic on Google’s search results page (SERP), making it the preferred option for many developers.

Suppose animations are the key distinguishing feature of your software development project. In that case, you must consider using Angular for the development process.

Engaging, surprising animations are the features of the EdTech application and all educational platforms. Of course, they can also be used in other industries because well-developed animations steal users’ hearts, which translates into market success.

No matter your organization’s size, Angular is the best choice for building applications across domains and industries. Its high performance, robust features, ready-to-use components, and extensive libraries create a powerful support system for all types of businesses.

The features and scope of the project will ultimately determine which software to choose. Angular provides all the necessary features, but it is also powered by Google and has a strong online presence within its community.

What We’ll Build

We’ll create a Photo Gallery app that offers the ability to take photos with your device’s camera, display them in a grid, and store them permanently on the device.

Highlights include:

• One Angular-based codebase that runs on the web, iOS, and Android using Ionic Framework UI components.
• Deployed as a native iOS and Android mobile app using Capacitor, Ionic’s official native app runtime.
• Photo Gallery functionality powered by the Capacitor Camera, Filesystem, and Preferences APIs.

Find the complete app code referenced in this guide on GitHub.

Who uses Angular?

The best way to show that technology is effective and efficient is if market leaders use it for their projects. For Angular, this is true, as some of the biggest companies in the world rely on it.

Google created Angular and was the first to utilize it for various projects: Google Ads, Google Store, Google Cloud Source Repositories, G Suite, and Gmail.

Angular can be used for interactive support for Microsoft Office users and other applications like FindTime, Microsoft Events, or Microsoft Flow.

Apple generally favors developing its technologies and systems; however, it borrowed Angular from other developers to create an after-sales support service.

The Angular framework handles Adobe product user support.

Cisco Systems, a technology giant, needed a search engine that could keep up with its large and ever-growing data. So it built its own using Angular.

Angular was used to develop the main portions of McDonald’s’ website and mobile versions.

WIX is one of the largest CMS platforms, and Angular was instrumental in helping her build support for her users.

Step 2: Create a New Ionic Angular Project

Once the Ionic CLI is installed, you can use it to create a new Ionic-enabled Angular project. To do this, run the following command in your terminal:


ionic start myAppName tabs --type=angular


This command will create a new Angular project with Ionic, the name “myAppName”, and the tabs starter template.

Advantages of using Angular

Newer versions of Angular are significantly faster development tools than React and Redux. Due to its modern features and multi-platform capabilities, we can find many real-life examples of Angular projects around us. We have mentioned some of them below.

• Gmail
• Youtube TV
• Netflix
• Xbox Live
• Deutsche Bank API program

The software industry has a high demand for professionals with Angular skills. It is one of the most widely used Javascript frameworks among technology-powered businesses. And the projects are not restricted to Fortune 500 companies and cash-rich enterprises. Even early-stage startups use Angular for client-side operations. So, it is one of the top skills to learn and master if you are aspiring to become a front-end developer or software engineer.

Here are more advantages of using Angular:

Easy to learn:

People familiar with HTML, CSS, and JavaScript can rapidly grasp Angular. This framework benefits programmers with more opportunities in web development. Many free courses and tutorials on Angular are available online. You can quickly learn how to test and design your web application using these Angular courses and tutorials. You need less time on developing web applications after being thoroughly familiar with Angular. It is easy to develop an angular sample project because it’s easy to learn.

The programmers don’t depend on third-party software to back up their applications. They can save a lot of time and resources when working on Angular projects.

A declarative UI:

Angular uses HTML to define the app’s UI. HTML is an interpretive language. So, it is more intuitive and less complex than describing the UI systematically in JavaScript. The interface written in JavaScript is more robust to reorganise than that in JavaScript. HTML is also used to impact the app’s execution. The special HTML attributes determine which controllers to use for each element. The declarative approach simplifies app development similar to the WYSIWYG approach.

Two-way binding feature:

Angular instantly synchronises the view and the model. Any change in the data in the model is reflected in the view. The model is modified as per the changes in the viewdata. The two-way data binding feature significantly streamlines the application’s presentation layer. So, it offers an easier approach to DOM display to develop the UI.

Real-time testing:

The angular framework lets you efficiently test your web app. It supports end-to-end and unit testing. You can use its testing features to determine how to manage their dependencies. So, programmers can easily test their applications and identify flaws in an angular sample project.

Less coding:

Using Angular means that you don’t have to compose your MVC pipeline. Angular uses HTML to present succinct and defined views. It is easy to compose data models. The data-binding feature eliminates the need for manually putting data into the view. The directives are dissimilar from the app code. So, another programming team can write them in parallel with minor integration issues.

Filters flexibility:

Filters first filter the data and then pass it to the view. It supports functions like filtering an array depending on a parameter, reversing an array’s order, including pagination, or formatting a number’s decimal places. You can use any of these filter functions when working on an angular new project.

Optimised Server Communication:

Connecting Angular apps to backend servers and APIs is a smooth experience. Features like the HTTPClient module handle all the complex networking code under the hood when fetching or saving data. There’s no need to worry about streams or low-level connection handling. Developers can focus on the application logic rather than implementing boilerplate networking code. It just works out of the box!

Code Consistency and Organization:

Angular promotes good project organisation through its components, services, modules, and routing conventions. Following these consistent patterns makes navigating even the largest Angular codebases easy to find exactly what you need. The ecosystem is also robust, with endless third-party libraries that nicely extend Angular’s capabilities while fitting into the predictable Angular architecture.

Active Open Source Community:

With Angular being one of the most popular frameworks, it has an enormous community contributing to its growth. There is a wealth of collective wisdom available online, including documentation, guides, tools and discussion forums. Whenever developers hit roadblocks, chances are that another user has faced and solved the issue already. The Angular community ecosystem drastically accelerates development and troubleshooting.

Model-View-ViewModel Architecture:

Angular adheres to a logical component architecture that separates concerns into different layers: models hold business data and logic, views handle visual presentation and UI, and view-models are intermediaries connecting the two. This pattern yields many advantages such as promoting loose coupling between layers, allowing parallel workstreams and isolating changes for reduced regression risk. The MVVM architecture scales exceptionally well in the long run.

So, here are a few Angular Projects which beginners can work on:

Also visit upGrad’s Degree Counselling page for all undergraduate and postgraduate programs.

Difficulties for software developers:

• Command-line interface. The problem is that simulators don’t always launch on the first try. There’s a large stack that loads for quite a while.

• You cannot put a container in a view. That’s the reason why emulators may crash during composition of a component structure from standard layout templates.

• Unfortunately, currently there is no inspector that would help check the layout. It’s native development, and components are different for every platform (e.g. listview for Android and UI table for iOS).

• No option of using standard HTML elements in layouts. There is no HTML here. Stylization of off-the-shelf templates is hindered by the impossibility to see basic CSS properties. No wonder—native development is less flexible. It provides fewer opportunities for stylization and customization of elements than web development.

Now let’s proceed to the positive impressions:

Command-line interface, off-the-shelf animations, keyframe animation, off-the-shelf layout elements, which are rendered according to the specifics of every platform.

Now, what were the negative impressions?

First of all, NativeScript development is less convenient than web development. It does not have the set of tools as broad and convenient as the one for web development. Stylization with a custom design is also problematic.

Here is an opinion of a developer who was not involved; he simply sees the NativeScript-based apps on the market:

App demos are regularly studied by developers on framework websites.

ReactNative gains the upper hand because it’s asynchronous, and the developer does not need to understand the specifics of native development. However, it will never provide you with the same stylization without a native developer, as opposed to Angular Native. The latter is closer to native rather than the web.

We have a test case: a project called Property Cross, made for evaluation of different platforms for cross-platform development. Currently, we have an app there, which utilizes an older version of NativeScript (1.7, as opposed to the current 2.5). Feel free to visit GitHub and check the implementation of the same app with a variety of frameworks.

You can see animations, transitions, rounded images, and stylization of native controls.

In-Demand Software Development Skills

Storybook

This is an open-source tool that is explicitly created for building UI components in isolation for Angular, React, and Vue. Storybook is unique as it can run outside of an application, thereby making it possible to develop UI components in isolation. When you build UI components this way, it improves the reusability and testability factors of an app and also boosts the development speed.

Storybook boasts of an easy-to-use API that you can configure in minutes and even extend to fit your dynamic needs. It includes numerous add-on features for component design, documentation, testing, etc. With Storybook, you need not worry about application-specific dependencies.

It makes development easier and faster by isolating components. It helps you to work on one component at once. You can develop whole UIs without launching a complex dev stack, force some data into your database, or route around your application.

Storybook helps you to develop complex pages and tiny atomic components in your web application. You can also use it to build a UI.

It helps you to document components for reuse and visually test your components to avoid bugs. You can use a network of add-ons that allows you to fine-tune responsive layouts or validate accessibility. It integrates with famous JavaScript UI frameworks and supports server-rendered frameworks like Ruby on Rails. You can explore its features when working on a sample angular project.

AngularSpree

This is one of the interesting angular projects. AngularSpree is an e-commerce application. It is a plug-and-play frontend app for AviaCommerce API developed on Angular(7), Redux, and Observables & ImmutableJs. Although it was initially designed for AviaCommerce, you can use AngularSpree with any e-commerce app having an API interface, Magento, Opencart, and Spreecommerce.

AngularSpree comes with a range of excellent standard features for e-commerce applications, including reading, sorting, managing coupons, and updating product lists, to name a few.

Compodoc

If you are looking for an efficient documentation tool for your Angular apps, Compodoc is just the tool you need! Compodoc can create static documentation for all Angular applications. It can generate documentation for the standard Angular APIs, such as components, modules, common classes, injectables, routes, directives, and pipes.

Compodoc has eight themes extracted from some of the most popular documentation tools, including Gitbook, Read the Docs, Vagrant, Stripe, Postmark, Laravel, and Material design. Also, Compodoc has a robust search engine, such as lunr.js, that can easily search and show the information you want to access. The best part – Compodoc provides out-of-the-box support for Angular-CLI projects.

In Compodoc documentations, the content rests on the right side, whereas the primary endpoints are situated on the left side. It uses the elements discovered during parsing to create the table of contents in the documentation.

Compodoc is a CLI-friendly Angular project that helps you to create documentation of any digital products. It supports all famous APIs of the Angular framework. These APIs are modules, routes, directives, components, classes, and other obligatory elements of Angular. One of its best features is that it provides support for Angular-CLI projects.

The built-in search engine known as lunr.js boasts user-friendly navigation that lets the developers access essential information in real-time. It can quickly search and show the information you need to access. Compdoc supports a total of eight themes. They can be accessed from efficient automation tools like Gitbook, Vagrant, Postmark, Read the Docs, Stripe, Laravel, and Material design. You can use any of these themes when working on a sample angular project.

NGX-Admin

NGX-Admin is probably the most popular Angular project on GitHub. It consists of six beautiful visual themes (default, material dark, material light, dark, cosmic, and corporate), two dashboards (IoT and E-commerce), and over 40+ Angular components with 60+ usage examples. It comes with detailed documentation and enjoys GitHub community support.

NGX-Admin is perfectly compatible with Angular Material and Nebular (you can choose the best option from both). Also, it is relatively easy to integrate NGX-Admin with any backend of your choice, like Java, PHP, .Net, and .Net Core, among others.

NGX-charts

NGX-charts is a declarative charting framework for Angular. It supports several chart types, including bar, pie, line, area, heatmaps, treemaps, and much more. What sets NGX-charts apart from other charting tools is that it doesn’t wrap d3. While it uses Angular to render and animate SVG elements with all its binding elements, it leverages d3 for its top-notch math functions, scales, and axis and shape generators. Since Angular handles all the renderings, it brings forth tremendous possibilities for the Angular platform.

NGX-charts are aesthetically appealing and you can customize the styles completely by using CSS. If you want, you can also create custom charts by using the different components of this tool that are accessible via the NGX-charts module.

NGRX

NGRX is a host of Reactive libraries for Angular. It is a community-oriented Angular project. The NGRX Store provides Reactive state management for Angular apps based on Redux. It lets you unify the application events and derive the Reactive state via RxJS.

There’s also NGRX Effects that offers the requisite framework for isolating the side effects from components by correlating the observables of actions to the store. On the other hand, NGRX Schematics eliminates the need for writing common boilerplate, thus, allowing you to focus solely on app development.

Also Read: MEAN Stack Project Ideas for Beginners

5 Top Angular Mobile Apps

Still wonder if you should be using Angular for mobile apps? Here are five incredibly successful projects created with the help of Angular.

Gmail

Gmail is the most popular email service, used by more than 1.5 billion people. Do you remember what we told you about localization? The Angular framework allows Gmail to support more than 100 languages.

YouTube

Another leader but in the domain of video-streaming. Its applications, for example, the PlayStation version of the YouTube app, actively use Angular and AngularJS.

Xbox

You’ve definitely heard of Xbox if you like video games. The website and mobile app of this online gaming and content distribution service share an immersive and highly appealing design and interface.

Mixer

Mixer, the video game streaming software and service released by Microsoft, adopted Angular into its video streaming application, primarily for real-time single-page data updates.

Forbes

If you like reading business magazines, you know Forbes, a true industry leader. Do pages load quickly? Is the app easy to use? Angular JS in the front-end part boosts page loading speed and ensures an excellent user experience.

What Makes an Angular App Mobile Compatible?

As we have found out, Angular’s primary purpose is to enhance web application development. Nevertheless, engineers actively use Angular for mobile apps as well. So, what makes Angular applications mobile-compatible?

Bult and Vetted by Google

Google is one of the largest tech companies, operating multiple products with a huge audience. The majority of these products can be easily accessed via mobile phones. The fact that the Google-backed team created Angular and continuously updates it means this technology has immense potential for future evolution and improvement.

Efficient Design Architecture

Angular’s modular, cross-platform architecture enables quick application development. It also improves app loading speed. Moreover, it allows engineers to implement immersive, almost native-like, UI design that improves customer experience.

Code Reusability

Using modular code design, developers can easily reuse code. For instance, mobile and web components’ reusability speeds up the development process. This feature is especially important for small and medium-sized businesses.

Faster End-to-End App Development

Angular’s model-view-controller (MVC) architecture facilitates application development by integrating this logic into the development, testing, maintenance, and updating of applications. This allows businesses to reduce the time-to-market.

Directives

Angular includes directives that allow manipulating the structure of the Document Object Model (DOM) trees and, in this way, altering their behavior and data. This technology also improves the app’s performance.

Built-in Support

Multiple pre-built code libraries and components help engineers in everyday activities. Such libraries as RxJS facilitate the development process. In addition, many APIs and fron-tend libraries extend functionality so that developers have no need to use extra tools.

Photo Gallery!!!

There are three tabs. Click on the Tab2 tab. It’s a blank canvas, aka the perfect spot to transform into a Photo Gallery. The Ionic CLI features Live Reload, so when you make changes and save them, the app is updated immediately!

Open the photo-gallery app folder in your code editor of choice, then navigate to

/src/app/tab2/tab2.page.html

. We see:

Tab 2






Tab 2


ion-header

represents the top navigation and toolbar, with “Tab 2” as the title (there are two of them due to iOS Collapsible Large Title support). Rename both

ion-title

elements to:



Photo Gallery



We put the visual aspects of our app into . In this case, it’s where we’ll add a button that opens the device’s camera as well as displays the image captured by the camera. Start by adding a floating action button (FAB) to the bottom of the page and set the camera image as the icon.

Next, open

src/app/tabs/tabs.page.html

. Change the label to “Photos” and the icon name to “images”:

Photos

Save all changes to see them automatically applied in the browser. That’s just the start of all the cool things we can do with Ionic. Up next, implement camera taking functionality on the web, then build it for iOS and Android.

What Apps Can I Build With Angular? A Short Guide for Entrepreneurs and Managers

Angular is perfect for building single-page web apps, mobile apps with compelling animations, progressive web apps that work offline, enterprise apps, e-commerce apps, and more.

Here’s why Google’s Angular is worth considering when looking for a technology to build any digital product.

Angular has gained huge popularity in recent years, and with good reason.
Angular app development has been proving to be a
trusted option for major corporations, such as for example: Google, YouTube or Microsoft.

Summary:

In this article, you will learn about 22 exciting angular project ideas & topics for freshers.

1. Soundnode
2. Notepad application
3. Angular Hello World project
4. Angular Bare Bones project
5. Data binding in forms
6. Angular projects on local storage
7. Customer service manager
8. Admin Panel Framework
9. AngularJS in Patterns
10. Standard chat application
11. Electronic musical instrument
12. Angular 2 chess game
13. URL shortener
14. Interactive tables and grids in Angular
15. AngularJS Google Maps (AGM)
16. Angular CLI
17. Storybook
18. AngularSpree
19. Compodoc
20. NGX-Admin
21. NGX-charts
22. NGRX

Read more to know each in detail.

Angular framework: for web, mobile, or both?

The market offers a great deal of solutions for various types of software projects. One of the top choices for modern web application development is Angular – a comprehensive and open-source front-end framework for creating dynamic and responsive web applications.

Valued for its versatility and robustness, Angular is a solid fit for a wide range of projects, including single-page applications (SPA), progressive web applications (PWA), complex enterprise web apps, and more. A lesser-known fact is that the framework’s capacity extends beyond building pure web apps to the realm of mobile app development.

Leveraging technologies like NativeScript and Ionic, Angular allows developers to craft top-quality mobile experiences, saving you the cost of onboarding additional developers with expertise in other purely mobile-oriented frameworks.

With supporting solutions, Angular applications can be transpiled into truly native code, harnessing the full power of a device’s capabilities and delivering a consistent look and feel across various platforms.

Let’s dig into the key strengths of Angular for mobile development, but first, let’s take a short dive into its history to avoid confusion with another popular framework.

Pros of Angular for Mobile App Development

We have already covered some of the main pros of Angular with regard to building mobile applications. Below you can find more strengths of using Angular for mobile apps.

• High-quality and secure mobile app development due to maximized performance.
• Easier and more efficient development process due to fast routing.
• Angular’s team, backed by Google, supports the most vital libraries and solutions.
• Angular offers all development tools “out-of-the-box” and unifies the architecture and the code.
• The two-way data binding syntax: data can move both ways, defined as the source and the controller.
• Easy localization process.

Key features and advantages of Angular for mobile development

With its ability to target multiple platforms simultaneously, Angular is one of the best toolsets for secure mobile app development. Well-crafted Angular-based software doesn’t fall far behind native apps in terms of performance or user experience while offering cost efficiency and a much shorter time to market.

Let’s look at the key features and strengths of Google’s open-source framework.

Code reusability

Angular’s component-based architecture promotes reusing code. Developers can create reusable UI components, services, and logic, minimizing redundant code, speeding up development, and streamlining maintenance and updates. Again: lower costs, faster results.

Convenient CLI

Angular CLI simplifies project setup, scaffolding, and maintenance, ensuring a smooth development process. It comes with various optimization techniques, such as ahead-of-time (AOT) compilation, that minimize bundle size and enhance app performance.

TypeScript

Angular’s use of TypeScript enhances code quality and maintainability by identifying errors at compile time instead of runtime. Such an approach effectively reduces the likelihood of bugs making it to the production phase.

TypeScript also ensures consistency in data structures and interfaces across the app, contributing to maximized performance.

Native app-like experience

With technologies like NativeScript and Ionic, Angular mobile apps can be transpiled into native code, leveraging the capabilities of a mobile device for a seamless user experience.

Both Angular frameworks provide the means to create efficient and visually appealing near-native apps, all while benefiting from the productivity and code reusability of the Angular ecosystem.

State management

Angular provides robust solutions for state management, i.e., handling application inputs across multiple related data flows. They include built-in support for reactive programming through RxJS and NgRx for more complex state management scenarios.

State management tools facilitate controlling the application’s state and managing numerous interactions, contributing to the responsiveness, maintainability, and scalability of Angular mobile apps.

Progressive Web App (PWA) support

Angular offers strong support for progressive web application development with features like service workers and the @angular/pwa package, simplifying PWA implementation.

Angular service workers (JavaScript middleware acting as a proxy server between an app, a browser, and the network) provide offline support, background synchronization, and efficient caching of assets and data.

Additionally, Angular’s responsive design capabilities make it easier to create PWAs that adapt seamlessly to a user’s mobile screen size.

FAQ

Any questions about Angular mobile apps?

What is the difference between React NativeAngular?

When it comes to the comparison of React vs Angular for mobile apps, the main differences are:

• Angular is a full-featured MVC framework, while React is a library
• To use React, you need JavaScript programming language. Angular uses TypeScript.
• React uses one-way data binding, while Angular uses two-way binding
• With React, you can use React Native to build native, cross-platform mobile apps. In the case of Angular, you’ll use Ionic, a hybrid mobile framework.

Can Angular be used for mobile apps?

Yes, it can be used to build hybrid web and mobile apps.

Is Angular good for mobile app development?

Yes, it allows quickly building flexible mobile apps due to code reusability and advanced UI.

Can Angular be used for Android?

You can use Angular to build the front-end part of mobile apps. You can combine Angular with NativeScript to build applications for Android.

Is Angular mobile-friendly?

All the popular mobile browsers like Safari and Opera Mini support Angular. Moreover, it can be used to build hybrid or even native-like mobile apps.

Why do you need to use Angular for robust web app development?

Angular is a perfect option for building strong, scalable web applications due to its fast development speed, flexibility, and efficiency. In addition, due to the modular structure, you can easily reuse Angular programming code, which facilitates integration with other platforms.

This blog has been updated on – December 27, 2023

Is your business struggling with sales, leads, or viewership? Enter the Angular mobile app. This kind of high-performing mobile app is what can make your company stand out from the rest.

Angular, a component of JavaScript, is a widely used tool for angular mobile app development. The developer community enthusiastically endorsed it once Google released it in the year 2009.

There are many different technologies available in the market today. Nevertheless, Angular is one of the best ones that can be used for app development.

Let’s go over the core advantages and disadvantages of Angular mobile in comparison to other frameworks.

Table of Contents:

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Steps to create a project in Angular:

1. You can follow the below steps to get started with a sample angular project.
2. Create a folder on your desktop and name it “First-Angular-Project”.
3. Open that folder, and from the clipboard, you need to copy the folder path.
4. Open Visual Studio Code.
5. Open “Open Folder” from the “File” menu. Now select “First-Angular-Project” from the “Desktop”.

Native mobile apps or mobile development with Angular: which will work better for your project?

Angular is undoubtedly one of the top JavaScript frameworks. Its main competitors in the mobile app development compartment include React Native and Flutter, both with their own advantages and limitations.

It’s not easy to choose which technology will work best for your project. Building mobile apps is challenging in many ways, and it requires both tech savviness and in-depth business needs assessment.

If your goal is immaculate quality, consider developing a native mobile app. If you prioritize an accelerated development process and business efficiency, you should consider Angular with its extensive libraries, active community, enhanced scalability, and many advanced features.

With a team of experienced developers able to combine Angular with the right technologies to leverage the framework’s robust features, you can deliver a top-notch Angular mobile app at reduced cost and time.

If you care to find out more, reach out for a consultation!

Angular is a popular framework backed by a huge community, favored by many developers, and used by leading corporations, including Google, Microsoft, and Samsung. Find out how it can streamline mobile app development.

In software development, efficiency is paramount. Building maintainable and scalable applications requires a lot of proficiency and experience, which enable you to leverage the right development tools to optimize the cost-benefit ratio without compromising quality.

That’s exactly the role of frameworks. They are convenient toolboxes comprising reusable libraries, preset tools, SDKs, ready-to-use components, etc. Frameworks provide engineers with a structured, time-tested approach to streamline the software development process, ultimately contributing to superior user experience and cost reduction.

Angular Code Examples

Event Binding

Event binding lets you listen for events like clicks, touches, keystrokes, etc. and respond to them by calling a method. You use round brackets to bind to an event. For example:

“`

Click me

“`

When a user clicks this button, Angular will call the onClick() method that is defined elsewhere. This allows the application logic to react to events appropriately.

Property binding

Another useful data binding technique is property binding. This allows you to set values for HTML element properties dynamically. By using square brackets, you can specify data to bind from your component:

“`

“`

Here, the value property of the input element is bound to the userName variable in the component class. When that value changes, the input will automatically update.

Loops with *ngFor and String Interpolation

Displaying lists of data is very common in applications, and Angular’s *ngFor directive makes it easy to loop through arrays. By using *ngFor, you can tell Angular to repeat a chunk of HTML for each item:

“`

{{item.name}}

“`

This will display each item’s name property within its div. Everything from simple lists to complex grids can be constructed with *ngFor.

Why should you practice Angular projects?

Beginner software developers should practice Angular projects to learn more. You can develop real-world Angular projects to implement your theoretical knowledge into practical projects. You gain more knowledge if you practice more with various Angular projects.

You can assess your strength and weakness when working on Angular projects. It is better to begin with an angular sample project to identify and correct your flaws.

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Prerequisites

Before we begin, it’s important to note that you will need to have Node.js and Node Package Manager (NPM) installed on your computer. If you don’t have these tools installed, you can download them from the official Node.js website.

Also, to integrate your Angular app with iOS and Android, you will need to have the corresponding SDKs (Software Development Kits) installed on your computer. For iOS you will need Xcode (which means you will need to be working on a Mac), and for Android you will need Android Studio.

Angular’s superpowers

Here are the eight most critical strengths of Angular from the business perspective.

1. Typescript. It’s a massive advantage over JavaScript frameworks. Typescript saves time and reduces the number of possible errors, as the developers can debug their work while coding. That’s because the language allows “typing” of an app, making it easier to scale it up and find bugs. Typescript is the future.
2. Ecosystem. An active community does wonders for your software development project. Angular’s team supports the most important libraries and solutions. You don’t have to rely on third-party code, with no guarantee of maintenance in the future. With Angular, you get access to documentation that is constantly being improved.What’s more, Angular delivers all the development tools “out-of-the-box”, which makes everything easier. Developers don’t waste time searching for some exotic problem solvers or discussing if tool A is better than tool B. It unifies the architecture and the code. Angular lets you reach a global audience with easy internationalization.
3. Structure with flexibility. Angular does what a framework is supposed to do. It hands you off-the-shelf solutions to most of the problems. Still, your developers can diverge from the mainstream Angular whenever they feel it’s necessary. However, the Angular libraries are of such quality that it doesn’t happen often.
4. Official libraries. The project’s professional team supports the most used libraries. As a result, you get fewer bugs, better security, and a guarantee that the package you decide to use as a core piece of your application will be supported for the foreseeable future. Official components also make it easier to introduce or replace developers in your project, as they probably know the libraries.
5. Testing framework. With Angular, you get all the testing tools out-of-the-box. This is huge, as you can develop software faster and refactor it at any time. Developers don’t have to focus on re-reading the code again and again, as frequent tests help them reduce the number of errors. It saves a lot of engineers’ time and your money. Additionally, you can easily automate the work of quality assurance specialists.
6. Modular development structure. This is a must-have feature for modern software technologies. Modularity makes it so much easier to scale your application. The components can be reused or replaced. You can use generic components and write your modules quickly. Angular’s lazy loading feature downloads a module only when a user needs it (for example, navigates to a page where the module is used). First, the app loads and runs much faster. It also requires fewer resources. However, since the loading is repetitively deferred to later, the user may need more time to reach the modules omitted in the initial load.
7. Angular Material UI component library. It can be a superpower if your app follows Material Design. This is the official Google library of interface components for web applications for both mobile and desktop. Using it will speed up development drastically. The official team supports Angular Material. The components are based on the best practices, well-tested, constantly improved by the community, well-documented, and their performance cost is minimized. You can build your app much faster if you decide to use this library.
8. Experience and trust. Angular has already stood the test of time. The community consists of experienced developers from all over the world. Google keeps on investing money in one of its flagship technology projects. The job market for Angular developersis sound. Countless enterprise use cases ensure that the highest security standards are maintained.

Click and read more about the benefits of Angular.

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Standard chat application

A typical chat application comprises three main models, namely: Message, Thread, and User. These models hold individual chat messages, metadata for a group of messages, and data on individual users, respectively. There are specific services to manage the streams for each of the models. To accomplish the goal, you apply Angular CLI, RxJS, write injectable services using Angular 2, and much else.

You can refer to a sample case here. Start by cloning the repo, change it into ‘repo directory’, and then, install and run to launch the project. This is an excellent angular projects for beginners.

Electronic musical instrument

Try your hand at a synthesizer pad capable of responding to user interactions. For this app, you could use the Web Audio API, which works in Chrome, Safari, and Opera. The API lets you create, load, and manipulate audio directly into your browser and turns it into a personal mini-studio. This is one of the interesting angular projects.

Viktor NV-1 is a famous example of a synth that can be played with a keyboard, mouse, finger, and midi. You can also share and save presets with others. So, download the source code and fine-tune your AngularJS skills with this innovative device.

Angular 2 chess game

It is a plugin-oriented chess component meant for Angular applications. In other words, this module is a shell UI with plugins. Since numerous chess implementations already exist, a plugin system wraps up the work and saves time. Moreover, the Angular 2 chess game supports a variety of game variants. You can use the Engine plugin for games having different rules and the UI alternative for 3D and native implementations.

URL shortener

This is one of the trending angular projects. Polr is an open-source web application written in PHP and powered by Lumen. It uses MySQL as the primary database and provides a robust interface to manage your links. You can host it on your domain to shorten URLs, brand them, and provide an overall modern theme. You can download and go through the Polr repository to familiarize yourself with the tool. You can even develop your own URL shortener along the same lines leveraging TypeScript, Express, and MongoDB.

Interactive tables and grids in Angular

You can use the Smart Table module to compose tables in a declarative manner (through a set of directives or plugins). These tables are lightweight (less than 4kb minified) with no dependencies apart from Angular. They also have built-in features for sorting, filtering, row selection, etc. The design is extensible and developer-friendly, facilitating modifications and customizations to meet your unique needs.

AngularJS Google Maps (AGM)

This is one of the interesting angular projects to create. AGM is a CoffeeScript and Javascript-based library that allows you to set up Google maps within your Angular applications. It holds directives for a range of objects, such as markers, lines, windows, and shapes. You can easily find the source code for AGM as it is hosted on GitHub. Do make sure that you have installed Node.js before beginning with this project.

Angular CLI

This is a popular command-line interface tool designed for initializing, developing, scaffolding, and maintaining Angular applications. With Angular CLI, you can create new projects that can run from the get-go. Angular CLI will help incorporate all the necessary elements in the project (based on the best Angular practices) so that it is ready to run immediately.

And this is the perfect idea for your next angular project!

The new projects you create will contain all the elements within a well-structured directory along with the source code. Moreover, Angular CLI also lets to run both unit tests and end-to-end tests.

Introduction

Let’s start my describing each of the tools we’ll be working with.

If you’re reading this article, you probably already know that Angular is a framework for building complex, single-page web applications (SPAs) and dynamic user interfaces. It uses a component-based architecture, in which individual pieces of functionality are broken down into reusable components that combine into larger applications.

Ionic is a popular open-source mobile app development framework that provides a set of pre-built UI components and tools for developing hybrid mobile applications that can be deployed to multiple platforms, including iOS, Android, and the web. One of the most common ways to use Ionic is in conjunction with Angular.

Capacitor is an open-source cross-platform native runtime that provides a set of APIs for accessing native device functionality, such as camera, geolocation, and sensors. Capacitor was created by the Ionic team, and it is designed to work seamlessly with the Ionic Framework, as well as other popular frameworks like React, Vue, and Angular.

Finally, Electron provides a runtime environment that allows developers to wrap web applications and run them as desktop applications on Windows, macOS, and Linux.

Now let’s combine these tools so we can create iOS, Android, and desktop apps using Angular.

AngularAngular JS: What is the Difference

You can often find mentions of Angular and Angularjs for mobile apps development. What’s the difference? In fact, AngularJS is the first version of the framework, introduced in 2010, and Angular is the framework that followed it. New challenges and approaches in software development demanded upgrades, and Angular 2 was released in 2016. The new technology took over the Angular name, while the old one remained AngularJS.

The first noticeable difference is the programming language. AngularJS uses JavaScript, a text-based language used to create interactive elements. Angular 2 uses TypeScript, a subset of JavaScript created by Microsoft that incorporates static type definitions.

The next dissimilarity lies in the architecture, the way how these frameworks structure the application. AngularJS uses MVC architecture, while Angular 2 uses MVVM or model-view-view-model architecture. The first one divides the application into three primary interconnected elements. The second one aims at simplifying the interface.

Another thing to mention is mobile compatibility. AngularJS release took place prior to the boom of smartphone popularity. Consequently, AngularJS is less compatible with creating mobile applications in comparison to Angular for mobile apps.

Finally, we can’t but mention the ease of use. In general, systems used in AngularJS are easier to learn than those in Angular 2. The development environment for Angular 2 is much more challenging to establish too. So, it’s wise to compare the size of the project and the complexity of development. AngularJS is better for smaller projects with less experienced developers, while Angular 2 is a good choice for larger projects.

Performance in real apps

In order to ensure high responsiveness in native apps, flows are used. All business logic, all calculations are in a separate UI flow, which helps the app react to any interaction with the end user instantly.

Here is an interesting fact about ReactNative—the reason why it fell behind NativeScript in tests. Both technologies have different realization of architecture. In NativeScript, interaction with native code is synchronous. In ReactNative, JS code is in a separate flow, and interaction with the native functionality is asynchronous—there is no need to take care of it.

This illustration is taken from the London React keynote. This is why they have a lapse in performance at the moment when flows in ReactNative transmit data between each other.

The end-user does not care how many milliseconds it takes to run an operation. They need an app that looks great, works fast and does everything that has been promised. In this regard, flows become the killer feature of ReactNative. NativeScript solves this problem differently, supports standards, and suggests the use of Web Workers in apps.

They have the same APIs as browsers and the same functionality, with a subtle difference: if you work with Web Workers in the browser, there will be no access to DOM. Access to UI is granted; however, its use becomes an obstacle to all flows. Web Workers are the optimal solution here.

Conclusion

With the help of Capacitor, Ionic, and Electron, we can easily integrate our Angular apps with iOS, Android, and desktop OSes, and debug them using standard debugging tools. This allows for a streamlined development process and faster time to market for your mobile and desktop apps.

Meet Angular Native – a new platform that allows to create native software using cross-platform technologies to cover iOS and Android. In other words, you get the best of both worlds – native performance and code sharing capabilities.

How is it possible? How does it work? Can it become the perfect budget-saving solution to base your software product on? Read further to see!

Summing-Up

We hope this guide provided you with a general idea about Angular mobile app development. Angular is among the most efficient technologies for building different applications. Its unique features, such as code reusability or enhanced security, allow the creation of competitive web and mobile solutions.

The versatility of Angular allows businesses to acquire powerful applications equally suitable for web and mobile environments. In addition, active community and support from Google guarantee its continuous development and evolution.

Fireart is among the leaders when it comes to Angular software development. Healthcare, fitness, e-commerce, finance & banking—a client from any industry can expect a powerful and unique Angular-based product of the highest quality. In-depth target user research, experienced engineering and design teams, and excellent management ensure cost-effective and best-of-breed solutions with no last-minute surprises.

Finally, flexible Angular mobile app development, including market research, product conceptualization, designing and prototyping, programming, testing, maintaining, etc., guarantees complete transparency. So try it yourself and get your top Angular mobile apps.

What is Angular?

If you are not a software engineer, here’s a brief introduction to this technology. Angular is a free and open-source TypeScript-based framework created and maintained by the Angular Team at Google. It was primarily designed for developing dynamic web apps. However, over time using Angular for mobile apps became popular as well.Along with React and Vue, Angular is one of the most popular frameworks, forming the so-called Big 3. The main advantages of this framework include enhanced scalability, high adaptability, and an accelerated development process. In addition, Angular-based solutions are feature-rich and simple to use. Summing up, Angular is a great option for building user-centric dynamic web applications.

Create an App

Next, create an Ionic Angular app that uses the “Tabs” starter template and adds Capacitor for native functionality:


ionic start photo-gallery tabs --type=angular --capacitor


When prompted to choose between

NgModules

and

Standalone

, opt for

NgModules

as this tutorial follows the

NgModules

approach.

This starter project comes complete with three pre-built pages and best practices for Ionic development. With common building blocks already in place, we can add more features easily!

Next, change into the app folder:


cd photo-gallery


Next we’ll need to install the necessary Capacitor plugins to make the app’s native functionality work:


npm install @capacitor/camera @capacitor/preferences @capacitor/filesystem


PWA Elements

Some Capacitor plugins, including the Camera API, provide the web-based functionality and UI via the Ionic PWA Elements library.

It’s a separate dependency, so install it next:


npm install @ionic/pwa-elements


Next, import

@ionic/pwa-elements

by editing

src/main.ts

.


import { defineCustomElements } from '@ionic/pwa-elements/loader';

// Call the element loader before the bootstrapModule/bootstrapApplication calldefineCustomElements(window);

That’s it! Now for the fun part – let’s see the app in action.

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