Best Native Mobile Application course in Thane

Native Mobile Application course in Thane

There is no such thing as the best Course or the worst ones. Sounds strange but this is true! No matter what a training institute claims about its training faculty or infrastructure, you might find that most of the times all the claims were hollow.

Due to the huge demand of Native Mobile Application, training institutes offering Native Mobile Application course in Thane are mushrooming even in dingy lanes across the country. So, you need to check thoroughly over the web about the authenticity of all the claims. What matters is that there should be a good student-teacher ratio, infrastructure, and provision of imparting hands-on training so that the learning outcomes are positive.

A native mobile app is a smartphone application that is coded in a specific programming language, such as Objective C for iOS or Java for Android operating systems. Native mobile apps provide fast performance and a high degree of reliability. They also have access to a phone’s various devices, such as its camera and address book. In addition, users can use some apps without an internet connection. However, this type of app is expensive to develop because it is tied to one type of operating system, forcing the company that creates the app to make duplicate versions that work on other platforms.

native application is a software program that is developed for use on a particular platform or device. Native apps can provide optimized performance and take advantage of the latest technology, such as a GPS, compared to web apps or mobile cloud apps developed to be generic across multiple systems.

Native apps work with the device’s OS in ways that enable them to perform faster and more flexibly than alternative application types. If the app is marketed to users of various device types, developers create a separate app version for each one.

For example, the Facebook application was once written in HTML5 to use the same code for iOS, Android and mobile web. However, the app was slower for iOS users, leading Facebook’s app developers to create separate code for iOS. Complex tasks can be rebalanced, such as networking done in the background of the main thread or program, which drives the With the ability to tap into specific resources, native apps can quickly access multiple services on a device, such as the microphone, accelerometer or push notifications. Examples of native applications range from navigation programs, such as Waze, to social apps, such as Twitter, or games, such as Pokémon Go.

Pokémon Go efficiently accesses system functionalities — GPS for mapping locations, the camera for augmented reality, and the accelerometer to measure acceleration — for the best possible user experience. Pokémon Go can also take advantage of push notifications, which are designed to bring users back to the game over time.

A native app installs directly on a mobile device. Data associated with the native app is stored on the device or remotely — such as in cloud-based storage.

A web app is an application that the user does not download and instead accesses via a web browser over a network. Example web browsers include Google Chrome, Safari and Mozilla Firefox. Web apps provide functionality from bank account access to YouTube video viewing via, for example, Safari on an iPhone.

While native apps are written to the specific device, a majority of web applications can be written in JavaScript, CSS and the standard version of HTML for universal use across various browsers. Web apps can use a single code base because they are not designed around a specific device. Web apps are fast and simple to build, but are not as versatile and quick as native apps

Hybrid App: This type of application has cross-platform compatibility but can still access a phone’s hardware. It is developed using platforms such as Sencha, PhoneGap and Mosync.

Dedicated Web App: A website that is tailored to function on a mobile device. These are tailored to a specific platform and do not work on other smartphones or feature phones.

Generic Mobile App: A mobile website that works with all mobile phones.

In the early stages of the smartphone market, most apps were tailored to the iPhone. However, as the market share for Android phones has grown, the need for cross-platform functionality has become a much bigger issue.

Native Mobile Application course in Thane –

Native mobile Application course in Thane is the creation of software programs that run on specific devices and platforms. So going forward into 2020, Native Mobile Application course is all about building native apps for Android and iOS devices.

The top functional and marketing benefits of Native Mobile Application course in Thane are as follows:

Increased Recognition Builds Customer Loyalty.

Website Creates Awareness and The App Makes the Sale.

A Great Tool for Customer Engagement.

Helps You Stand Out from The Crowd.

Boosts Brand Recognition.

Improved visibility.

Native Mobile Application course in Thane is built for a specific platform, such as iOS for the Apple iPhone or Android for a Samsung device. Native mobile applications are downloaded and installed via an app store and have access to system resources, such as GPS and the camera function. Mobile apps live and run on the device itself.

Talking About the Top 8 Benefits of Native Mobile Application course in Thane That Help Businesses Scale, Native mobile Applications have upper hand in providing brilliant customer experience due to its exceptional features and benefits. Make the important decision only after considering what works best for you

React-Native Course Content

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Module 1:

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Creating Our First React Native App.

Dealing with Limitations of React Native.

Introduction to React Native

What is React Native?

Module 2:

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Diving into the Basics

Module Introduction .

Running our App on an iOS Device.

A Good Development Setup.

Adding Static Images.

Using Network Images.

Adding a Modal.

React vs React Native.

JavaScript – Supported Features.

Creating a New Project .

JSX Elements you Can and Can’t Use .

Switching Away from create-react-native-app.

How to Use the Attached Code.

Running the App on an Android Simulator (+ Setup)

Running our App on a Real Android Device

Preparing XCode (for iOS).

Running our App on an iOS Simulator.

Working on the App: Adding a Textinput.

Styling – Understanding the Basics.

Positioning Elements with Flexbox.

Adding a Button and Managing State.

Creating a Custom Component.

Listening to Touch Events.

Reacting to Press Events.

Using a ScrollView.

Rendering Lists Correctly.

Module 3:

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Using Redux with React Native

Module Introduction.

Setting Up Actions.

Setting Up the Reducer.

Creating the Store.

Connecting React Native to Redux.

A Brief Redux Refresher.

Installing Redux and Creating a Basic Setup.

Module 4:

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Debugging React Native Apps.

Module Introduction.

Debugging+++ with React Native Debugger.

Debugging Redux.

Template Filters and Custom Filters.

Template Filters Coding Examples.

Using the Remote JavaScript Debugging console.log.

Debugging with Breakpoints.

Module 5:

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Linking and Using Third Party Libraries

Module Introduction.

Linking Libraries on iOS.

Linking Libraries on Android.

Using Library Features: Adding Icons.

Installing Libraries.

Automatic Linking.

Module 6:

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Navigation in React Native Apps

Module Introduction.

Navigation in Web Apps vs Native Apps.

Registering and Rendering a Screen.

Adding a Tabs Screen (Tabs Navigation) .

Adding Icons to Tabs.

Connecting Screens to Redux.

Updating Redux.

Pushing Pages (Navigating “Forwards”).

Popping Pages (Navigating “Backwards”).

More Navigator Methods.

Adding a Side Drawer.

Finishing the Drawer.

Exploring Native Navigation Solutions.

Adding React Native Navigation to iOS.

Adding React Native Navigation to Android.

Finishing the Library Setup.

Module 7:

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Styling & Animating React Native Apps (Correctly)

Module Introduction.

Using StyleSheet vs Normal JS Objects.

Vanilla CS vs React Native Styles.

Cascading Text Styles.

Adding a Background Image.

Creating a Re-Usable Custom Button.

Editing the “Share Place” Screen.

Bug Fix: Centering with Margins.

Cleaning Up Dimensions Listeners.

Styling Navigation Items (react-native-navigation).

Preparing the App for Animations.

Using the Animated API.

Animations Summary.

Popping Pages (Navigating “Backwards”).

Styling & Splitting the “Share Place” Screen.

Finishing the “Share Place” Screen.

Styling the Side Drawer.

Quick Bug Fix: PlaceInput Component.

Intro: Cross Platform Styles & Responsiveness.

Intro:Cross-Platform Styling Made Easy!

Using the Platform API

Loading Different Icons for Different Platforms.

Using Different Entry Points (into the App).

Cross-Platform UI Libraries.

The “Responsive Styling” Problem.

Responsive Design Solutions.

Using the Dimensions API.

Adjusting Styles Dynamically (to changing Width / Height).

A Better Responsive Solution.

Flexbox in Action.

Styling with Relative Units.

“Global Styles” with Custom Components.

Synthetic Cascading of Styles.

Styling Text.

Module 8:

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Handling User Input

Dispatching an Auth Action.

Switching Form (Auth) Modes.

Configuring Text Input Components.

Handling the Soft Keyboard.

Module Introduction.

Managing Input/ Control State.

Adding Custom Validation Logic.

Using the Validation State.

Module 9:

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Using Native Device Features – Maps, Camera & Image Gallery

Module Introduction.

Picking a Location on the Map.

Adding a Map Marker.

Animating Map Movement.

Locating the User.

Storing the Picked Location with Redux.

Installing react-native-image-picker.

Fixing Issues with React Native Image Picker.

Using the Image Picker.

Storing the Picked Images.

Image Picker and the Data it Returns.

A Note on Installing React-Native Maps.

Installing react-native-maps.

Rendering a Map.

Module 10:

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Networking – Sending Http Requests

Module Introduction.

Creating the Server

Using the Fetch-API.

Storing Data in Firebase.

Adjusting Firebase Functions (Fixing an Error).

Storing Images.

Fixing Firebase Function Linting Errors.

Finishing the Image Upload Function.

Storing the Remaining Data.

Adding the Activity Indicator.

Handling Errors.

Http, fetch() and Error Handling.

Getting Data from the Server.

Fixing Error.

Sending Http Requests – Theory.

Firebase & The Right Database.

Module 11:

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Authentication in React Native Apps

Module Introduction.

Protecting Routes on Firebase.

Storing the Auth Token in Redux.

Using the Auth Token.

Fetching the Token in a Re-Usable Way.

Adding Places (Authenticated).

Storing the Token in AsyncStorage.

Adding an Auto-Signin Functionality.

Managing the Token Expiration.

Clearing the Auth Storage (AsyncStorage).

Refreshing the Token.

Adding User Logout.

Refreshing the Token Without App Reloads.

How Authentication Works in React Native Apps.

Enabling Firebase Authentication.

Signing Users Up.

Using the Authentication Result (Response).

Supporting Signup and Login.

Adding User Login.

Module 12:

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Publishing to the App Store (iOS).

Publishing the App – Detailed Instructions.

Publishing the App

Module Introduction.

Adding Launcher Icons.

Adding a Splash Screen.

Configuring & Building the App.

Publishing to Google Play Store (Android).

Although the developers have to learn the programming languages and necessary technologies to work on Native Mobile Application, but once they mastered all of them, development becomes easy.

The Native Mobile Application are given the complete support from the respective app store and market place when they are uploaded.

Happy Learning

Are Looking for Native Mobile Application course in Thane, see below Given Institutes –

Native Mobile App Course in Thane [Updated-2024]

Native Mobile Application course in Thane

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