Understanding The Importance Of Hiring Mobile App Development Company In Delhi For Business Enhancement
In the recent years the unprecedented growth of mobile technology has changed the way in which businesses interact with their target audiences. The rapid growth of mobile users across the globe has made it absolutely necessary for business organizations to create a mobile app that can help them to reach out to a greater number of people in more effective and personalized manner. This is why most entrepreneurs today are seeking a professional mobile app development companies that can create an app to meet their specific business needs. Hiring a mobile app development company in Delhi offers them the following benefits.
- Delhi is a major technological hub, which is why the people here are generally more aware about the latest developments in mobile technology that can prove extremely beneficial for any business.
- Being a prominent metropolitan city and the capital city of India, there is an abundance of professionally qualified mobile app developers in Delhi who are capable of designing diverse apps for different businesses.
- Delhi is also one of the largest market places for all types of goods and services which is why business organizations find it quite easy to test their mobile apps in a practical manner and make any changes that are required to make them better and more user-friendly.
- There are countless companies that specialize in mobile app development in Noida and Delhi which makes hiring their services quite easy and cost effective for almost any business organization.
- When it comes to using the latest mobile apps, Delhi is definitely the number one destination as people here love to download and use different types of apps. This in turn enables the businesses to get a fair understanding of the performances and usability of their apps on different platforms and devices.
- With well established and emerging technological hubs like Gurgaon and Noida, Delhi offers the advantage of great expertise and reliability in terms of application development for diverse mobile users.
The above factors make it quite clear why Delhi is the first choice of business organizations seeking effective and reliable mobile app development solutions that can help them enhance the growth and profitability of their venture in a significant and affordable manner!
With the Android mobile devices already having taken the market by storm, it is now time for the Android TV to enhance the television watching experience f millions o viewers across the globe. The Android TV provides great viewing experiences in a casual, cinematic and simple manner. Given the fact that the TV screen is much larger than the other Android devices, it is not difficult to understand that the approach and tools required for developing an effective user interface for the same are quite different.
In order to make the process of developing Android TV apps really simple, Google has come out with the Leanback Support Library. This Library consists of API’s resources and widgets to help which enables developers to create high quality apps for the big screen much easier and faster. In case of developers using Android Studio, the Leanback support library is auto integrated into projects that are created with “TV” as their form factor.
The Leanback Support Library follows a three tier design which includes model, presenter and view. The Model aspect of the design has strict object requirements and enables developers to define a wide range of models which in turn can be use to update any existing app without changing its model. The Presenter aspect takes care of the manner in which the local and online data sources that are connected through object adapters are viewed by the users. The View aspect is used to take care of the standard Android views and make them even better.
The Library also features pre-coded fragments that make it possible to interact and browse the various media catalogues, which can prove useful for developing customized media browsing apps. For example the Browse fragment enables developers to create a primary layout for browsing various categories and numerous media items arranged in rows, in a really simple manner. The Leanback Support Library offers all the classes and objects required for developing a browsing app while the developers are just left with the task of providing a presenter of displaying the media items.
Another really useful fragment offered by the Support Library is the Details fragment, which enables developers to create a layout for providing detailed information with minimal effort. The fragment makes it possible to not only add details about a media item in the form of text and graphics but also related audio and video streams. There are numerous other such features in the Leanback Support Library that make it possible for the developers to create world class TV apps in an effortless manner.
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In order to understand the amazing functionality offered by Android L Camera2 API, having a basic knowledge about the Kitkat Camera API can prove really helpful. The KiaKat Camera API was essentially designed for straightforward camera apps which resulted in restricted access to streaming image data, limited info about camera status and unavailability of manual capture control. The Android L Camera2 APIs have been deigned to overcome all these limitations besides enabling developers to create some really cool camera apps.
The most important aspect about these new APIs is that rather than being designed as a one way, stream they are created in the form of a pipeline. This enables developers to pre-configure output surfaces and attach the same to the camera. Each individual surface can act as the board on which a stream of image buffers can be placed while also enabling users to pass requests through an image capturing session. Each request will produce an individual image and the API’s make it possible to pass multiple requests simultaneously which will be processed asynchronously. The process of sending requests is of course carried out using a program code.
There are also a variety of surface types that can be used as the destination for image buffers. These include Texture View for pre-viewing images, Media Recorder for video recordings and Render Script Allocation for YUV processes. It is also important to consider the size of the surface while creating it and setting the size is again a process which is carried out through appropriate code snippets. Once the surface has been created, it is possible to create a session which again is a programmatic process and is necessary for handling the requests.
Depending on your specific needs, you can choose to create a request builder in easy manner with the help of any one of the multiple request builder templates available with the API. The API’s also makes it possible to submit requests in two different forms. The first is type is capture which is used for a single image captured with the help of a specific Capture Request. The other type is set Repeating Request, which as the name indicates enables you to capture continuous images by repeatedly using a given request until it is exclusively stopped.
Here it is important to understand that you might need to adjust the camera setting as per your specific needs just before submitting the requests. The API’s allow you to modify nay properties of the builder before building a request, including white balance mode, effects and even the flash settings for the camera.
Getting Familiar with the Functionality of Enhanced Notifications Feature in Android L Developer Preview
The Android L developer has created quite a buzz with its new features and enhanced functionality. Enhanced notifications are amongst the various features that have received a significant face lift in the L developer module, making it possible to create and display notifications almost anywhere, including on a locked screen in an Android device. In fact the latest modification to the notifications feature will enable developers to provide a wide range of options to use them in a better manner with their device.
A major change that has been incorporated in L developer is to merge the notifications shades with locked screens. This means that users no longer need to unlock their phones simply to gain access to notifications as they can easily view this information even on their locked screen. Since the functionality is active by default in L developer, programmers generally don’t have to work much in this particular area.
Apart from ensuring ease of access to notifications, the L developer also focuses on diverse security parameters by adding the visibility feature to notifications. The visibility feature comprises of three levels. The first of these levels is private, which is the default setting for all notifications and prevents the contents from being displayed on locked screens. The second level is public in which case the notifications are always displayed irrespective of whether the screen is locked or not. The third level is secret wherein the notifications are not displayed at all when the screen is locked.
Another feature that has been added to notifications in L developer is heads-up, which enables the users to remain alert about important information even when they are performing some activity on the device. The feature ensures that important notifications are displayed in the foreground over any app, when the screen is on and unlocked. These might include notifications for incoming calls and other such important information with the only difference being that now they will appear in a small box just near the top of the screen rather than in the usual full screen mode.
One interesting addition that has been made to the notifications is the ability to categorize notifications based on the level of priority. Moreover, users can also choose which notifications are urgent and hence need to be displayed based on whom they are being sent from. This actually helps in cutting down the need to check the phone to see if the notification received is important enough to get disturbed during an important task.
Android L which is the code name for Android Lollipop is all set to revolutionize the game development scenario. The new technology adds on the current features offered by Google game play to enhance the development experience of gaming professionals. Discussed below are some prominent features that have been added in the latest Android L version for enhanced user experience.
Cloud Save: The cloud save feature offered by Google game play has been enhanced to provide a better user experience by enabling them to upload up to 3MB of game data in addition to a cover image. The image serves as bookmark enabling the users to resume from where they might have left the last time.
Quests: This is a new feature that enables users to trigger events in the game. It allows them to makes the games lively and dynamic in a fun filled and simple manner without the need to download a game update onto their system.
64-Bit Architecture Support: Given the fact that the 64-bit hardware doubles the number of available registries, ensures that providing support for the same ensures a really great gaming experience. To make things simpler, Android L also features support for target platforms including arm64-v8a, x86-64 and mips64.
Open GL ES: For graphic programmers, Android L offers the really cool Open GL ES feature that make for the best of graphic interfaces. The feature can be used to create enhanced visuals for the game besides improving its performance in a significant manner.
Three New Shaders: Although this feature is still in the pipeline, the addition of three new shaders is surely going to take the quality of game graphics to an entirely new level. The use of these shaders will give a more realistic feel to the animated graphics used in a game, making it more thrilling and exciting.
ASTC Support For GPU: ASTC stands for Adaptive Scalable Texture Compression and it enables developers to copy the texture data directly into the graphics memory to minimize loading time. The ASTC basically processes a texture to create a lower size copy of the same, making for extremely minor quality differences which are not visible to the naked eye and hence are preferred for saving resource usage.
Enhanced Audio: Android L features a lower audio input latency which reduces the slag between recording the audio and reproducing it for the users. Support is also provided for multichannel mixing and floating point baffles to ensure a truly mesmerizing user experience through great sound support.
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Google is renowned for providing technologies that ensure a seamless experience for users irrespective of the system on which they use it. In keeping with this tradition the company has come out with the some really innovative features in its latest Android 5.0 Lollipop. The most important of these features are explained in brief as follows.
Material Design: This new feature approaches the visual, motion and interaction design across diverse platforms in a comprehensive manner. It offers a perfect solution for developers who need to design apps for a wide range of devices. Apart from featuring a complete set of tools, material design also offers great flexibility in terms of bold colors, responsive UI patterns and themed elements.
Improved Notifications: Android 5.0 Lollipop comes with a new enhanced set of notifications that offer visibility controls to enable users to manage the information that can be viewed even on locked screens. In addition, the system uses heads-up notifications to display vital information in small floating windows that appear above any app running in the foreground.
WebView Updates: Android 5.0 L features the Chromium 37 update of the web view, which has enhanced the security, stability and bulk fixing features. Most importantly it will now be possible to update the web view directly from Google play as it has been detached from the system.
Project Volta: This feature focuses on ensuring enhanced battery life and providing power optimization features across multiple platforms. It offers a collection of new tools and APIs that help in conserving system power without compromising the efficiency of the app performance in any manner.
Android Runtime (ART): The ART feature offers Android users several advantages such as ahead of time compilation, garbage collection with greater efficiency and better features for development and debugging. This generally helps in enhancing app performance without the need for code modification.
64-bit support: With the 64-bit support, the Android 5.0 makes way for more address space and enhanced performance in case of specific compute workloads. While Java apps can now directly run on this technology, the developed in apps using native code can use the updated NDK released simultaneously.
Advanced Camera Capabilities: This is a feature designed for photo lovers who can now easily capture and process images. In addition, it also enables the user to control aspects such as exposure time, ISO sensitivity, and frame duration, on a per-frame basis.
Connectivity Features: The new connectivity features enable the devices to function in Bluetooth Low Energy (BLE) peripheral mode make their presence known to the nearby devices for easy data sharing.
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Over the past couple of years the tremendous advances in Smartphone technology has ensured that people use these devices not only as means of communication but also for personal entertainment. In fact, streaming a wide range of media files through their mobile devices and Smartphone has become quite common for people using the same. In order to enhance the user experience in terms of usage of media files, Android offers an extremely useful feature in the form of Media Router Framework available in the support library. This feature enables individuals to use their Android device to cast and playback the media files stored on it through other external devices.
The Android media router is essentially acts as a mediation layer enabling the devices to broadcast the selected media content through external supported devices. So, whether the users intend to broadcast a presentation at a professional meet or watch a flick they have downloaded on their Android device, the Media Router Framework enables them to do so in and a simple and hassle free manner.
Listed below are some facts basic about Media Router Framework that can help users understand it better.
- The Media Router Framework should not be confused with the media router available in Android framework as the two are significantly different and offer diverse functionality.
- Since the feature is available in the support library, it is backward compatible with earlier versions starting from Android 2.1 and above.
- In the higher levels, the media router offers API’s capable of providing cast buttons, discovering and selecting media routes and also controlling media playback through web-based protocol.
Having learnt about the basic aspects of Media Routing Framework, it is important to understand the process to initiate media routing. The details for the same are listed below.
- First the users need to click on the cast button that is generally placed on the action bar. The button enables the users to select a media route, disconnect from a route and also control playback on a connected route.
- The users can also add the Cast button to the action bar by adding an action provider manual item that points to the class media route action provider. The route selector essentially serves as filter for segregating media route capablilties.
- The next step is to associate the menu item action provider with the media route selector object within the menu initialization code.
- Once the route selector has been set, it is used by the Framework to provide an appropriate media route to the users. This means that the selector will offer audio routes for audio streaming and video as well as audio routes for video streaming.
- Having obtained the reference for the singleton media router object, the next step is to register the media router callback that provides events for any changes in the media route including route selections, modifications and even change in volume.
To understand the functionality and features of the Media Router Framework in a better manner it is advisable to check out the doc and samples for the same!
One of the major problems faced by mobile users while using apps is the inability to use them in a truly full screen mode. This often takes the fun away from activities such as playing games or watching videos even on a device with a really large screen. To help the users overcome this problem, Android Kitkat 4.4 has been provided with a new feature named Immersive Mode. This feature not only provides the app developers a better control over the visibility of navigation bar but also enhances the user experience by enabling the apps to run in an authentic full screen mode.
A Review of Earlier Versions
Before taking a look at how the Immersive Mode can change revolutionize the app usage experience of Android clients, let us take a look at what the previous versions of full screen API had to offer. Earlier, Android supported two sets of API for full screen namely the windows manager flags and the system UI visibility flags.
The first set essentially enabled users to show or hide the status bar depending on the setting of the flags. These flags were compatible with all versions of Android and maintained the same status even when the users navigated away from the app and later came back to it. The second set of flags was available only from Android version 4.0 onwards. These flags acted almost in a similar manner as the first set except that they were automatically cleared by the system when the users navigated away from an app.
The Immersive Mode
The Immersive Mode essentially consists of two mutually exclusive systems UI visibility flags, referred to as Immersive and Immersive Sticky respectively. The two flags are explained in brief as follows.
Immersive Flags: The immersive flag enables users to enjoy the apps in full screen mode without any interruption in the form of system bars, unless they themselves desire so. The immersive flags present a reminder bubble to the users when they choose to take their apps in the immersive mode for the first time. Although the immersive flags enable the apps to capture all the touch events, the system bars continue to remain hidden even when the users interact in the middle of the screen. In case the users want to get back to the system UI, they simply need to swipe down from the top of the screen. This clears the flags and makes the system bars visible and to hide them again, the flags need to be reset once more.
Immersive Sticky Flags: The immersive sticky flags are almost exactly the same as immersive flags, except the manner in which they display the system bar when the users swipe down from the top of the screen. Firstly the system bars are displayed in a semi-transparent mode and they will also hide automatically in case of user inactivity in that area. Moreover the system does not automatically clear these flags, which means that the state of the system bars does not get reset every time the users swipe down from the top, which is why the flag gets its name of Immersive sticky.
Despite being a relatively new concept, cloud computing has already revolutionized the manner and scope of application development. That is why it is really not surprising that an increasing number of app development companies are focusing on creating better apps through the use of cloud based platforms and tools. This is especially true in case of companies offering mobile app development services, which need to cater to a diverse range of end users in an equally efficient manner. Some of major reasons that make cloud application development services a preferred choice are listed below.
- Developing applications using cloud platforms and tools can help save a lot of time as the developers can gain easy access to resources and even test their apps online without wasting time on downloading or installing the required hardware onto their own systems.
- Since cloud services are accessible from almost anywhere and at any time, developers are free to experiment with new ideas and concept at almost any time, be it while travelling to office, working at home or even brainstorming new ideas in a park.
- The cloud development environment enables developers to test their apps for, compatibility with different devices, practicality and functionality under diverse test scenarios created with the help of different tools and software available through cloud computing.
- Since cloud computing provides a secure networking platform, developers can easily interact and collaborate with their peers and colleagues to find solutions to problems that might be hindering the app development process in a safe and risk free manner.
- The most important aspect of cloud app development that attracts both developers and end users is that it is extremely cost-effective, since the application process does not require companies to invest in resources, software or tools required for creating the apps.
Cloud app development is redefining the process of creating and even testing apps and making them more efficient, affordable and easy to use!
Mobile application development is a preferred career choice amongst most IT professionals. Apart from being a rapidly growing industry, working in the area of mobile application development in India offers unlimited opportunities for software professionals unleash their creativity for developing unique apps that prove helpful to the users. Given below are some other little known facts about this industry that make it so attractive for people seeking a rewarding and progressive career!
- Most often the mobile application development companies in Delhi and other parts of India create apps that target both mobile as well as desktop users.
- A majority of apps developed for mobiles are still developed using the HTML web-technology, although the use of Java script technology is also gaining popularity at a rapid pace.
- The most common HTML5 features preferred by a majority of mobile applications developers include CSS3 styling, local storage, animations and transitions, HTML video and canvas drawing API.
- Mobile application development is done to meet the specifications and requirements of a wide range of device types including Android, MacOS, iPhone, iPad and Windows.
- In general a web and mobile application development company in Delhi create majority of apps targeting the Windows platform, with the Android and the iPhone/iPad platforms taking up the second and third places respectively.
- Mobile app development companies are cutting down their dependence on native mobile technology for creating innovative apps and focusing on creating Hybrid apps that combine the best features of different technologies for enhanced performance.
- With the rapid advances in mobile technology, companies are constantly striving to develop new apps that meet device functionality requirements and other specifications of the latest devices while consuming minimum resources.
The unprecedented growth of mobile app development industry has revolutionized the manner in which people perform their everyday tasks. With the popularity and use of mobile devices becoming increasingly popular, it would not be wrong to say that the future of this industry in extremely bright!