What are mobile applications?
Native applications are those that are developed using the programming language that is specific to the operating system of the device. Objective-C and Swift are the languages used to write apps for iOS, whereas Android apps are created in Java. All of the capabilities of the mobile device, including the camera, GPS, and accelerometer, can be accessed by native applications.Web applications are mobile webpages that have been customized to work on mobile devices and have the appearance and feel of a native application. They are executed in a web browser and are written in the markup languages HTML, CSS, and JavaScript. Web apps are unable to access all of the capabilities of a device; nevertheless, they can be programmed to function even when the device is not connected to the internet, and they can be added to the home screen of a device much like native apps.
Native apps and web apps are the two components that make up hybrid apps. They are written in a language such as C# that is capable of being compiled into native code and are then executed in a web view that is contained within a native application. The hybrid app can utilize part of the capabilities of the smartphone, but not all of them at the same time.
Typically, mobile applications are designed for a particular operating system or platform, such as iOS or Android. On the other hand, there exist tools for cross-platform mobile development that enable developers to design applications that are compatible with more than one operating system.
Because there are so many different apps available to download from the app store, it can be difficult to choose which ones to install. When selecting an app, it is essential to think about its intended use in addition to its pricing, reviews, and ratings.
Making money off of a mobile app can be done in a variety of different ways. The most frequent method is known as "in-app purchases," and it enables users to buy virtual objects or unlock new capabilities within the program. Other possibilities include models based on subscription fees, pay-per-download fees, and advertising.
The process of developing a mobile application is a complicated one that requires planning, development, testing, and marketing. Before beginning a project, it is essential to have a complete comprehension of the steps involved in the app development process.
The first thing that needs to be done is to think of a concept for an app. The identification of a problem that needs to be solved or a task that needs to be finished is one way to accomplish this goal. After the viability of the concept has been established, the following stage is to develop a prototype.
After the prototype has been produced, the next step is to begin the development process.
In order to accomplish this, you will need to design the user interface, code the app, and test it on a variety of devices. Once the development of the app is complete, it must next be distributed to app stores for review and approval.
After the app has been reviewed and given the green light, it is time to begin marketing it.
This can be accomplished through public relations, social media, or paid advertisements.
The objective is to get as many people as possible to become familiar with the application and encourage them to download and make use of it.
Create a final year project on a mobile application that Targets all mobile platforms using only one mobile application!!
Have you heard about PhoneGap? Well, no matter, if you haven’t yet. Here, I have briefed about what are the features that it has brought to be crucial in creating an appealing final year project.
PhoneGap is the cross-platform Framework that is used to wrap your Web View into the native mobile application. PhoneGap targets multiple platforms with only one mobile application. That can be the most interesting technology for your final year project on mobile applications.
What Platforms are supported by PhoneGap?
There is no any Mobile Platform that PhoneGap does not support. Here are some Platforms that have mentioned for example are: iOS, Android, Windows 8, Windows Phone 7 and 8, BlackBerry 5.x+, WebOS, Symbian, Tizen.
What knowledge of languages required for developing a final year project in PhoneGap?
You may be bothered about the technologies that you need to learn, but there is good news for you that PhoneGap demands knowledge of HTML, CSS and JavaScript only. You can create a normal page using it. There is no requirement of any core language to build up a project using PhoneGap. No need to learn JAVA, Objective C or J2ME.
You can use a user interface like jQuery, Sencha, Twitter Bootstrap, Kendo UI, Skeleton or any other user interface to employ enhanced features into your application.
How PhoneGap supports different features of your mobile application?
PhoneGap wraps the Web View that you have created using HTML, CSS and Javascript into a Native Application. It is necessary to convert a Web View into the native application as a Web view does not support some mobile functionality like access to the camera.
PhoneGap has a Bridging mechanism that permits Javascript to invoke native code contained in the application. PhoneGap serves the lacking functionality by introducing plugins that supports the mobile capabilities like: Accelerometer, contacts,camera, file system, media playback, network availability and recording. Even PhoneGap provides various plugins that enables developer to access more device features like push notification, Bluetooth, Facebook connect etc.
How to start with PhoneGap? If you are keen to dive into the Mobile application development project using PhoneGap, TOPS Technologies will guide you throughout your project. TOPS Technologies is one of the best outsourcing company who has developed many of mobile applications using various technologies. TOPS Technologies provides you final year project training in your desired technology. If you look for PhoneGap, then yes TOPS Technologies will provide you a live project training in PhoneGap. To know more about PhoneGap join us today by visiting nearer branch.
