http://www.mobileapptelligence.com - Hire Android App Maker? This will certainly come to your mind, if you have boiling business idea or you are running a business. Android is the operating system that brought in revolution in the world of Smartphone and mobile application. Through Android, Google targets to emerge in the world of low cost smart phones. Have you ever thought of developing an Android App? As per the Android Application Developers, developing an android app is an easy task. Before getting into the different phrases of developing android app, it is essential to gain knowledge about android app. Get a Project Quote : http://www.mobileapptelligence.com/enquiry.html What is Android App?
Android App is a software application, which is developed operate and perform on Google's android platform. Android application could be easily available in different platforms like Google Play store, Amazon App stores and various sites specific to Android Apps. These Android apps are compatible with smartphone, tablets and Google TV, operating on Android Platform. Development of Android Application An App developer has the capability of developing mobile application on android, iOS and windows OS. Here we would concentrate on the development of a mobile application for the Google's android operating system. At present there is an increase in the demand for the low-cost Smart phones. Along with the rising demand of the smart phones, the demand for the mobile application for these phones has also increased. Let’s go through the whole process of development of an application on the most used mobile platform called Android OS. Step 1 – Designing the features of the Android Application (For example, an android game development is considered here) The designing of the android app consists of following five steps. These steps are Splash- This is the first screen that the user will be able to view that would comprise of the logo of the android application, the version of android app and any kind of music depending on the requirement. Menu- The menu screen of the android application would provide the user with the option like playing the game, viewing the current score, viewing the previous score and instruction regarding the operation of the android application. Play- The user would be taken to this screen when he/she chooses the option of play from the menu screen. The user can start playing the mobile application from the play option. Score- This screen of the android apps would display the highest score by the current user, the score of the previous user and the last option would be challenging the current user to improve the score by playing the android game for one more time. Help- The option in the android application development provide the user with the instruction in regards to playing of the game. The option would also enable the user to refer to different kinds of query that he has in regards to playing of the android application. Step 2 - Determining the Android App activity requirement The requirement for each activity has to be determined. The splash activity acts as the default activity used while launching the Android Application. The menu activity comprises of different button each corresponding to a particular feature of the application. The play activity is involved in drawing onscreen drawing of stuff, handle the various user inputs, and keep the score following the game dynamics as per the android application developer. Score activity is concerned with loading of score screen to the android application. Help activity is involved in the display of help text instead of displaying the score. Step 3 - Implementation of functionality of the application This involves the controlling of application state, saving the settings and launching of a specific activity. These activities are achieved by the Android Application Development through the below mentioned steps: Using the Android Application context – The application context is used for accessing the settings and the resources that forms a part of multiple activity instances. Retrieving of Android Application Resource- The method of retrieving a resource in the android application development would involve the usage of the unique resource identifier. Accessing the Android Application preference – Shared application preference could be retrieved by implementing the “get shared preference” method of the android application context. Accessing the functionality of other applications- The application context could be used for many other activities for android application development. These includes launching of activity instances, retrieval of assets package of the android application, request for system level service provider, management of private application files, inspection and enforcement of application permissions Working with the Android Activity- This would involve the implementation of android activity for every screen of android application. Launching of Android Application activity- Launching of the Android Application Development could be conducted through designating launch activity within the manifest file, launching through the activity context and launching of the child activity from the parent activity. Management of the activity state- Android application manages their own state, which includes the memory, resource and data. This means that the activity of the android application which is not in use would face automatic shut down. Implementation of activity callback- Activity call back methods like on create, setting layout with set content view, on resume, on pause, stop audio, video or animation and on destroy. Android Application Development & android game development could take place with the implementation of three components namely context, intent and activity.
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http://www.mobileapptelligence.com - How to make android app? This will certainly come to your mind, if you have boiling business idea or you are running a business. Android is the operating system that brought in revolution in the world of Smartphone and mobile application. Through Android, Google targets to emerge in the world of low cost smart phones. Have you ever thought of developing an Android App? As per the Android Application Developers, developing an android app is an easy task. Before getting into the different phrases of developing android app, it is essential to gain knowledge about android app. Get a Project Quote : http://www.mobileapptelligence.com/enquiry.html What is Android App?
Android App is a software application, which is developed operate and perform on Google's android platform. Android application could be easily available in different platforms like Google Play store, Amazon App stores and various sites specific to Android Apps. These Android apps are compatible with smartphone, tablets and Google TV, operating on Android Platform. Development of Android Application An App developer has the capability of developing mobile application on android, iOS and windows OS. Here we would concentrate on the development of a mobile application for the Google's android operating system. At present there is an increase in the demand for the low-cost Smart phones. Along with the rising demand of the smart phones, the demand for the mobile application for these phones has also increased. Let’s go through the whole process of development of an application on the most used mobile platform called Android OS. Step 1 – Designing the features of the Android Application (For example, an android game development is considered here) The designing of the android app consists of following five steps. These steps are Splash- This is the first screen that the user will be able to view that would comprise of the logo of the android application, the version of android app and any kind of music depending on the requirement. Menu- The menu screen of the android application would provide the user with the option like playing the game, viewing the current score, viewing the previous score and instruction regarding the operation of the android application. Play- The user would be taken to this screen when he/she chooses the option of play from the menu screen. The user can start playing the mobile application from the play option. Score- This screen of the android apps would display the highest score by the current user, the score of the previous user and the last option would be challenging the current user to improve the score by playing the android game for one more time. Help- The option in the android application development provide the user with the instruction in regards to playing of the game. The option would also enable the user to refer to different kinds of query that he has in regards to playing of the android application. Step 2 - Determining the Android App activity requirement The requirement for each activity has to be determined. The splash activity acts as the default activity used while launching the Android Application. The menu activity comprises of different button each corresponding to a particular feature of the application. The play activity is involved in drawing onscreen drawing of stuff, handle the various user inputs, and keep the score following the game dynamics as per the android application developer. Score activity is concerned with loading of score screen to the android application. Help activity is involved in the display of help text instead of displaying the score. Step 3 - Implementation of functionality of the application This involves the controlling of application state, saving the settings and launching of a specific activity. These activities are achieved by the Android Application Development through the below mentioned steps: Using the Android Application context – The application context is used for accessing the settings and the resources that forms a part of multiple activity instances. Retrieving of Android Application Resource- The method of retrieving a resource in the android application development would involve the usage of the unique resource identifier. Accessing the Android Application preference – Shared application preference could be retrieved by implementing the “get shared preference” method of the android application context. Accessing the functionality of other applications- The application context could be used for many other activities for android application development. These includes launching of activity instances, retrieval of assets package of the android application, request for system level service provider, management of private application files, inspection and enforcement of application permissions Working with the Android Activity- This would involve the implementation of android activity for every screen of android application. Launching of Android Application activity- Launching of the Android Application Development could be conducted through designating launch activity within the manifest file, launching through the activity context and launching of the child activity from the parent activity. Management of the activity state- Android application manages their own state, which includes the memory, resource and data. This means that the activity of the android application which is not in use would face automatic shut down. Implementation of activity callback- Activity call back methods like on create, setting layout with set content view, on resume, on pause, stop audio, video or animation and on destroy. Android Application Development & android game development could take place with the implementation of three components namely context, intent and activity. How to make android app? This will certainly come to your mind, if you have boiling business idea or you are running a business. Android is the operating system that brought in revolution in the world of Smartphone and mobile application. Through Android, Google targets to emerge in the world of low cost smart phones. Have you ever thought of developing an Android App? As per the Android Application Developers, developing an android app is an easy task. Before getting into the different phrases of developing android app, it is essential to gain knowledge about android app. Hire Android Application Development Company – Get a Project Quote – http://www.mobileapptelligence.com/enquiry.html What is Android App? Android App is a software application, which is developed operate and perform on Google's android platform. Android application could be easily available in different platforms like Google Play store, Amazon App stores and various sites specific to Android Apps. These Android apps are compatible with smartphone, tablets and Google TV, operating on Android Platform. Development of Android Application An App developer has the capability of developing mobile application on android, iOS and windows OS. Here we would concentrate on the development of a mobile application for the Google's android operating system. At present there is an increase in the demand for the low-cost Smart phones. Along with the rising demand of the smart phones, the demand for the mobile application for these phones has also increased. Let’s go through the whole process of development of an application on the most used mobile platform called Android OS. Step 1 – Designing the features of the Android Application (For example, an android game development is considered here)
The designing of the android app consists of following five steps. These steps are Splash- This is the first screen that the user will be able to view that would comprise of the logo of the android application, the version of android app and any kind of music depending on the requirement. Menu- The menu screen of the android application would provide the user with the option like playing the game, viewing the current score, viewing the previous score and instruction regarding the operation of the android application. Play- The user would be taken to this screen when he/she chooses the option of play from the menu screen. The user can start playing the mobile application from the play option. Score- This screen of the android apps would display the highest score by the current user, the score of the previous user and the last option would be challenging the current user to improve the score by playing the android game for one more time. Help- The option in the android application development provide the user with the instruction in regards to playing of the game. The option would also enable the user to refer to different kinds of query that he has in regards to playing of the android application. Step 2 - Determining the Android App activity requirement The requirement for each activity has to be determined. The splash activity acts as the default activity used while launching the Android Application. The menu activity comprises of different button each corresponding to a particular feature of the application. The play activity is involved in drawing onscreen drawing of stuff, handle the various user inputs, and keep the score following the game dynamics as per the android application developer. Score activity is concerned with loading of score screen to the android application. Help activity is involved in the display of help text instead of displaying the score. Step 3 - Implementation of functionality of the application This involves the controlling of application state, saving the settings and launching of a specific activity. These activities are achieved by the Android Application Development through the below mentioned steps: Using the Android Application context – The application context is used for accessing the settings and the resources that forms a part of multiple activity instances. Retrieving of Android Application Resource- The method of retrieving a resource in the android application development would involve the usage of the unique resource identifier. Accessing the Android Application preference – Shared application preference could be retrieved by implementing the “get shared preference” method of the android application context. Accessing the functionality of other applications- The application context could be used for many other activities for android application development. These includes launching of activity instances, retrieval of assets package of the android application, request for system level service provider, management of private application files, inspection and enforcement of application permissions Working with the Android Activity- This would involve the implementation of android activity for every screen of android application. Launching of Android Application activity- Launching of the Android Application Development could be conducted through designating launch activity within the manifest file, launching through the activity context and launching of the child activity from the parent activity. Management of the activity state- Android application manages their own state, which includes the memory, resource and data. This means that the activity of the android application which is not in use would face automatic shut down. Implementation of activity callback- Activity call back methods like on create, setting layout with set content view, on resume, on pause, stop audio, video or animation and on destroy. Android Application Development & android game development could take place with the implementation of three components namely context, intent and activity. http://www.mobileapptelligence.com - Developing Android Apps & iOS Apps with the help of Cordova and PhoneGap has been capturing the market of mobile application development for quite sometimes now. The mobile app developers have the privilege of using their existing HTML, JS and CSS skills to develop cross-platform mobile application for iOS and Android, along with using the other platforms. Implementing Cordova and PhoneGap has a special benefit, which includes updating the current codebase for a single time and using it for all the platforms, instead of creating a separate code for each platform. This article states about the seven most eminent factors to consider before developing mobile app for iOS and Android through Cordova or PhoneGap. Hire Mobile Application Development Company – Get a Project Quote – http://www.mobileapptelligence.com/enquiry.html Choosing between Cordova and PhoneGap Making a choice between Cordova and PhoneGap may seem to be difficult, but it is indeed very simple. Adobe owns PhoneGap which is accompanied with additional built-up service. One more element associated with PhoneGap is the fact that eventually additional service may or may not be offered and there may be charges associated for future use. Apache is the owner of Cordova and it will always be maintained as the open source project. Both PhoneGap and Cordova have similar API and it is better to choose Cordova, until you want to utilize the additional features of PhoneGap. Deciding the Plug-in Plug-ins forms an eminent part of the Cordova development. Cordova comes with the minimal required APIs and you add the additional API according to the requirement of the project. The entire set of registered plug-in is available to you through the Cordova plug-in registry. There is something called the core set of “blessed” Cordova Plug-ins, which gives access to the battery, camera, geo-location, dialogs and many other features which are available across all the platforms. There is certain third-party plug-ins which makes extra functionality like native sharing, analytics and many platform specific and device specific functionalities available for use. Cross-platform support is limited to the third-party plug-ins. What you need to confirm is the plug-ins and the version available in each platform, before deciding on the platform to use. Deciding the Platform and version Supporting iOS6, iOS7 and iOS8 and Android 4.4 (Kitkat, version 19) would mean that it is blessed with third-party plug-ins along with HTML and CSS3, which are modern browser friendly. The best example is the iOS apps for Face book and Twitter which only supports iOS6 and later. Supporting versions earlier to iOS5 is not easy and Cordova has assigned these versions as 3.5. Version 5.1.1 is implemented in the first generation iPad and this makes these iPad users not able to download your apps unless you customize the application in XCode. The nest is support for 64-bits iOS device like the iPhone 5S for which you will have to use the current version of Cordova (3.5 and greater) or the other option is conducting customization with XCode. The level of complication is more when you want to choose the legacy version for Android, which would depend on your needs. It is advisable to keep a track of the Android developer dashboard for the weekly update and statistics of the Android platform version. Play market don’t form a part of the Android version 2.0 and before that, this makes the downloading of the apps difficult for these users. For Android version 2.3 which is the Gingerbread version 10, is not recommended to be used for the Cordova security guide. Many of the third party plug-ins is also not compatible with the Gingerbread version and it is prohibited from use. The number of users for the Android 3.x which is the Honeycomb version 11-14 has zero number of users, which means that it is not worthy to put in time and effort for testing this version. When we speak about the Android version that is worth using, we can take into consideration version 4.4 which is the kitKat version 19. It renders excellent CSS3 and HTML support. This makes it possible for the mobile App developers to build their own iOS Cordova app for Android and view the same in the 4.4.x version of the Android device. For version 4.0- 4.3, which is the ice-cream sandwich and the Jelly bean version and version 14-18 would require the app developers to put in little more effort, specifically for the implementation of hardware accelerated CSS 3D transforms and scrollable divs. This would land in you spending majority of the UI bug-fixing time working on these versions. Modernizr would be the approach that I would recommend for CSS and platform support as well as version fragmentation. Cordova device plug-in could be used for the detecting the OS and version along with rendering special class to the HTML or the body elements like iOS, Android and Jelly-bean. You can bring in a little variation to this concept by adding a class like “legacy” for some of the platform versions. This helps in simplifying the CSS selectors and allowing similar kind of platform and version differentiation. Considering the Form factor
This is the question that is raised in relation to the device that you would support. Would it be a mobile phone or tablet from-factors or are you interested in providing a responsive and universal experience. These are the factors that would have an effect on the requirement for designer, developer and tester for your project. This is similar to the extra effort required for each platform and platform version or a new level of effort for the designers and developers required for each form-factor and break-point setting. This could be anticipated with the extra level of effort associated with the testing requirement for each platform version with the extra level of effort put in by the designer or the developer. Considering the offline support By offline support we mean the function of the app when there is no availability of internet connection. Certain apps like the calculator don’t require any internet connection, while there are other apps which don’t function in the absence of internet connection. Cordova network or Cordova connection plug-in could be used for detecting the connection type along with handling online and offline detection. Coping-up with XCode and Eclipse There are certain elements associated with Cordova XCode implementation, which may not be liked by most of the app developers. Some examples would be hiding the status bar while launching the application, disabling of the universal application status and customization of some of the Cordova application setting sand plug-ins. When you have the intending of launching the developed app in the app store, it is essential to learn certain basic XCode development. Knowledge regarding Eclipse IDE is essential as it would enable direct change to the AndroidManifest.XML file. Testing of the App It is advisable to have more than one physical device associated with each version or platform. Identification of some of the major devices could be accomplished with the help of simulators and emulators, but having a real device for testing would be an excellent idea. In certain cases emulators give false positive or negative for the bugs. It also helps to get aware of certain specific bugs and issues with the platform, version and device. Debugging of the Cordova application could turn out to be challenging in certain cases. But this challenge could be eased out with the help of chrome and safari dev tools. In case of the Android devices, you must be capable of choosing the tool, inspect the devices along with having full access to the application’s HTML, CSS and JS. You will have access to the developer’s panel with the enabling of debugging of iOS safari and Mac safari. You can reload the app with the help of Command + R instead of opening of safari developer panel, which could be painful. All the important points mentioned for developing iOS and Android app with Cordova and Phone Gap would be helpful for the readers in taking decision. How to make android app? This will certainly come to your mind, if you have boiling business idea or you are running a business. Android is the operating system that brought in revolution in the world of Smartphone and mobile application. Through Android, Google targets to emerge in the world of low cost smart phones. Have you ever thought of developing an Android App? As per the Android Application Developers, developing an android app is an easy task. Before getting into the different phrases of developing android app, it is essential to gain knowledge about android app. Get a Project Quote : http://www.mobileapptelligence.com/enquiry.html What is Android App?
Android App is a software application, which is developed operate and perform on Google's android platform. Android application could be easily available in different platforms like Google Play store, Amazon App stores and various sites specific to Android Apps. These Android apps are compatible with smartphone, tablets and Google TV, operating on Android Platform. Development of Android Application An App developer has the capability of developing mobile application on android, iOS and windows OS. Here we would concentrate on the development of a mobile application for the Google's android operating system. At present there is an increase in the demand for the low-cost Smart phones. Along with the rising demand of the smart phones, the demand for the mobile application for these phones has also increased. Let’s go through the whole process of development of an application on the most used mobile platform called Android OS. Step 1 – Designing the features of the Android Application (For example, an android game development is considered here) The designing of the android app consists of following five steps. These steps are Splash- This is the first screen that the user will be able to view that would comprise of the logo of the android application, the version of android app and any kind of music depending on the requirement. Menu- The menu screen of the android application would provide the user with the option like playing the game, viewing the current score, viewing the previous score and instruction regarding the operation of the android application. Play- The user would be taken to this screen when he/she chooses the option of play from the menu screen. The user can start playing the mobile application from the play option. Score- This screen of the android apps would display the highest score by the current user, the score of the previous user and the last option would be challenging the current user to improve the score by playing the android game for one more time. Help- The option in the android application development provide the user with the instruction in regards to playing of the game. The option would also enable the user to refer to different kinds of query that he has in regards to playing of the android application. Step 2 - Determining the Android App activity requirement The requirement for each activity has to be determined. The splash activity acts as the default activity used while launching the Android Application. The menu activity comprises of different button each corresponding to a particular feature of the application. The play activity is involved in drawing onscreen drawing of stuff, handle the various user inputs, and keep the score following the game dynamics as per the android application developer. Score activity is concerned with loading of score screen to the android application. Help activity is involved in the display of help text instead of displaying the score. Step 3 - Implementation of functionality of the application This involves the controlling of application state, saving the settings and launching of a specific activity. These activities are achieved by the Android Application Development through the below mentioned steps: Using the Android Application context – The application context is used for accessing the settings and the resources that forms a part of multiple activity instances. Retrieving of Android Application Resource- The method of retrieving a resource in the android application development would involve the usage of the unique resource identifier. Accessing the Android Application preference – Shared application preference could be retrieved by implementing the “get shared preference” method of the android application context. Accessing the functionality of other applications- The application context could be used for many other activities for android application development. These includes launching of activity instances, retrieval of assets package of the android application, request for system level service provider, management of private application files, inspection and enforcement of application permissions Working with the Android Activity- This would involve the implementation of android activity for every screen of android application. Launching of Android Application activity- Launching of the Android Application Development could be conducted through designating launch activity within the manifest file, launching through the activity context and launching of the child activity from the parent activity. Management of the activity state- Android application manages their own state, which includes the memory, resource and data. This means that the activity of the android application which is not in use would face automatic shut down. Implementation of activity callback- Activity call back methods like on create, setting layout with set content view, on resume, on pause, stop audio, video or animation and on destroy. Android Application Development & android game development could take place with the implementation of three components namely context, intent and activity. Growth of Mobile eCommerce, Apps & Mobile Wallets in USA & India. Mobile Commerce in USA is growing fast. As per a new survey, more than 400 online retailers based in United States will grow sales derived from smart-phones and tablets to tune of 36.5% ~ $90 billion. While the biggest online merchants in the United States, such as Amazon.com, Wal-Mart Stores and Apple Inc are riding mcommerce wave, mobile application development companies in USA are focusing on mobile engagement (33%), mobile enabled ecommerce (23%), mobile targeting (22 percent) and app innovation (22 percent). Developing Android Apps & iOS Apps with the help of Cordova and PhoneGap has been capturing the market of mobile application development for quite sometimes now. The mobile app developers have the privilege of using their existing HTML, JS and CSS skills to develop cross-platform mobile application for iOS and Android, along with using the other platforms. Implementing Cordova and PhoneGap has a special benefit, which includes updating the current codebase for a single time and using it for all the platforms, instead of creating a separate code for each platform. This article states about the seven most eminent factors to consider before developing mobile app for iOS and Android through Cordova or PhoneGap. Hire Mobile Application Development Company – Get a Project Quote – http://www.mobileapptelligence.com/enquiry.html hoosing between Cordova and PhoneGap
Making a choice between Cordova and PhoneGap may seem to be difficult, but it is indeed very simple. Adobe owns PhoneGap which is accompanied with additional built-up service. One more element associated with PhoneGap is the fact that eventually additional service may or may not be offered and there may be charges associated for future use. Apache is the owner of Cordova and it will always be maintained as the open source project. Both PhoneGap and Cordova have similar API and it is better to choose Cordova, until you want to utilize the additional features of PhoneGap. Deciding the Plug-in Plug-ins forms an eminent part of the Cordova development. Cordova comes with the minimal required APIs and you add the additional API according to the requirement of the project. The entire set of registered plug-in is available to you through the Cordova plug-in registry. There is something called the core set of “blessed” Cordova Plug-ins, which gives access to the battery, camera, geo-location, dialogs and many other features which are available across all the platforms. There is certain third-party plug-ins which makes extra functionality like native sharing, analytics and many platform specific and device specific functionalities available for use. Cross-platform support is limited to the third-party plug-ins. What you need to confirm is the plug-ins and the version available in each platform, before deciding on the platform to use. Deciding the Platform and version Supporting iOS6, iOS7 and iOS8 and Android 4.4 (Kitkat, version 19) would mean that it is blessed with third-party plug-ins along with HTML and CSS3, which are modern browser friendly. The best example is the iOS apps for Face book and Twitter which only supports iOS6 and later. Supporting versions earlier to iOS5 is not easy and Cordova has assigned these versions as 3.5. Version 5.1.1 is implemented in the first generation iPad and this makes these iPad users not able to download your apps unless you customize the application in XCode. The nest is support for 64-bits iOS device like the iPhone 5S for which you will have to use the current version of Cordova (3.5 and greater) or the other option is conducting customization with XCode. The level of complication is more when you want to choose the legacy version for Android, which would depend on your needs. It is advisable to keep a track of the Android developer dashboard for the weekly update and statistics of the Android platform version. Play market don’t form a part of the Android version 2.0 and before that, this makes the downloading of the apps difficult for these users. For Android version 2.3 which is the Gingerbread version 10, is not recommended to be used for the Cordova security guide. Many of the third party plug-ins is also not compatible with the Gingerbread version and it is prohibited from use. The number of users for the Android 3.x which is the Honeycomb version 11-14 has zero number of users, which means that it is not worthy to put in time and effort for testing this version. When we speak about the Android version that is worth using, we can take into consideration version 4.4 which is the kitKat version 19. It renders excellent CSS3 and HTML support. This makes it possible for the mobile App developers to build their own iOS Cordova app for Android and view the same in the 4.4.x version of the Android device. For version 4.0- 4.3, which is the ice-cream sandwich and the Jelly bean version and version 14-18 would require the app developers to put in little more effort, specifically for the implementation of hardware accelerated CSS 3D transforms and scrollable divs. This would land in you spending majority of the UI bug-fixing time working on these versions. Modernizr would be the approach that I would recommend for CSS and platform support as well as version fragmentation. Cordova device plug-in could be used for the detecting the OS and version along with rendering special class to the HTML or the body elements like iOS, Android and Jelly-bean. You can bring in a little variation to this concept by adding a class like “legacy” for some of the platform versions. This helps in simplifying the CSS selectors and allowing similar kind of platform and version differentiation. Considering the Form factor This is the question that is raised in relation to the device that you would support. Would it be a mobile phone or tablet from-factors or are you interested in providing a responsive and universal experience. These are the factors that would have an effect on the requirement for designer, developer and tester for your project. This is similar to the extra effort required for each platform and platform version or a new level of effort for the designers and developers required for each form-factor and break-point setting. This could be anticipated with the extra level of effort associated with the testing requirement for each platform version with the extra level of effort put in by the designer or the developer. Considering the offline support By offline support we mean the function of the app when there is no availability of internet connection. Certain apps like the calculator don’t require any internet connection, while there are other apps which don’t function in the absence of internet connection. Cordova network or Cordova connection plug-in could be used for detecting the connection type along with handling online and offline detection. Coping-up with XCode and Eclipse There are certain elements associated with Cordova XCode implementation, which may not be liked by most of the app developers. Some examples would be hiding the status bar while launching the application, disabling of the universal application status and customization of some of the Cordova application setting sand plug-ins. When you have the intending of launching the developed app in the app store, it is essential to learn certain basic XCode development. Knowledge regarding Eclipse IDE is essential as it would enable direct change to the AndroidManifest.XML file. Testing of the App It is advisable to have more than one physical device associated with each version or platform. Identification of some of the major devices could be accomplished with the help of simulators and emulators, but having a real device for testing would be an excellent idea. In certain cases emulators give false positive or negative for the bugs. It also helps to get aware of certain specific bugs and issues with the platform, version and device. Debugging of the Cordova application could turn out to be challenging in certain cases. But this challenge could be eased out with the help of chrome and safari dev tools. In case of the Android devices, you must be capable of choosing the tool, inspect the devices along with having full access to the application’s HTML, CSS and JS. You will have access to the developer’s panel with the enabling of debugging of iOS safari and Mac safari. You can reload the app with the help of Command + R instead of opening of safari developer panel, which could be painful. All the important points mentioned for developing iOS and Android app with Cordova and Phone Gap would be helpful for the readers in taking decision. Mobile App Usage Stats 2015 According to a leading mobile analytics firm, mobile app usage continued to see significant growth year on year, with overall mobile app usage up by 72.5%. Top mobile app categories including shopping, utilities & productivity and messaging also saw more than 300% growth. With 51% of time spent on mobile devices in comparison to 42% on desktops / laptops by end users in United States, global companies are partnering top mobile app development companies to develop mobile apps, which keep them ahead of curve. Developing Android Apps & iOS Apps with the help of Cordova and PhoneGap has been capturing the market of mobile application development for quite sometimes now. The mobile app developers have the privilege of using their existing HTML, JS and CSS skills to develop cross-platform mobile application for iOS and Android, along with using the other platforms. Implementing Cordova and PhoneGap has a special benefit, which includes updating the current codebase for a single time and using it for all the platforms, instead of creating a separate code for each platform. This article states about the seven most eminent factors to consider before developing mobile app for iOS and Android through Cordova or PhoneGap. Hire Mobile Application Development Company – Get a Project Quote – http://www.mobileapptelligence.com/enquiry.html Choosing between Cordova and PhoneGap Making a choice between Cordova and PhoneGap may seem to be difficult, but it is indeed very simple. Adobe owns PhoneGap which is accompanied with additional built-up service. One more element associated with PhoneGap is the fact that eventually additional service may or may not be offered and there may be charges associated for future use. Apache is the owner of Cordova and it will always be maintained as the open source project. Both PhoneGap and Cordova have similar API and it is better to choose Cordova, until you want to utilize the additional features of PhoneGap. Deciding the Plug-in Plug-ins forms an eminent part of the Cordova development. Cordova comes with the minimal required APIs and you add the additional API according to the requirement of the project. The entire set of registered plug-in is available to you through the Cordova plug-in registry. There is something called the core set of “blessed” Cordova Plug-ins, which gives access to the battery, camera, geo-location, dialogs and many other features which are available across all the platforms. There is certain third-party plug-ins which makes extra functionality like native sharing, analytics and many platform specific and device specific functionalities available for use. Cross-platform support is limited to the third-party plug-ins. What you need to confirm is the plug-ins and the version available in each platform, before deciding on the platform to use. Deciding the Platform and version
Supporting iOS6, iOS7 and iOS8 and Android 4.4 (Kitkat, version 19) would mean that it is blessed with third-party plug-ins along with HTML and CSS3, which are modern browser friendly. The best example is the iOS apps for Face book and Twitter which only supports iOS6 and later. Supporting versions earlier to iOS5 is not easy and Cordova has assigned these versions as 3.5. Version 5.1.1 is implemented in the first generation iPad and this makes these iPad users not able to download your apps unless you customize the application in XCode. The nest is support for 64-bits iOS device like the iPhone 5S for which you will have to use the current version of Cordova (3.5 and greater) or the other option is conducting customization with XCode. The level of complication is more when you want to choose the legacy version for Android, which would depend on your needs. It is advisable to keep a track of the Android developer dashboard for the weekly update and statistics of the Android platform version. Play market don’t form a part of the Android version 2.0 and before that, this makes the downloading of the apps difficult for these users. For Android version 2.3 which is the Gingerbread version 10, is not recommended to be used for the Cordova security guide. Many of the third party plug-ins is also not compatible with the Gingerbread version and it is prohibited from use. The number of users for the Android 3.x which is the Honeycomb version 11-14 has zero number of users, which means that it is not worthy to put in time and effort for testing this version. When we speak about the Android version that is worth using, we can take into consideration version 4.4 which is the kitKat version 19. It renders excellent CSS3 and HTML support. This makes it possible for the mobile App developers to build their own iOS Cordova app for Android and view the same in the 4.4.x version of the Android device. For version 4.0- 4.3, which is the ice-cream sandwich and the Jelly bean version and version 14-18 would require the app developers to put in little more effort, specifically for the implementation of hardware accelerated CSS 3D transforms and scrollable divs. This would land in you spending majority of the UI bug-fixing time working on these versions. Modernizr would be the approach that I would recommend for CSS and platform support as well as version fragmentation. Cordova device plug-in could be used for the detecting the OS and version along with rendering special class to the HTML or the body elements like iOS, Android and Jelly-bean. You can bring in a little variation to this concept by adding a class like “legacy” for some of the platform versions. This helps in simplifying the CSS selectors and allowing similar kind of platform and version differentiation. Considering the Form factor This is the question that is raised in relation to the device that you would support. Would it be a mobile phone or tablet from-factors or are you interested in providing a responsive and universal experience. These are the factors that would have an effect on the requirement for designer, developer and tester for your project. This is similar to the extra effort required for each platform and platform version or a new level of effort for the designers and developers required for each form-factor and break-point setting. This could be anticipated with the extra level of effort associated with the testing requirement for each platform version with the extra level of effort put in by the designer or the developer. Considering the offline support By offline support we mean the function of the app when there is no availability of internet connection. Certain apps like the calculator don’t require any internet connection, while there are other apps which don’t function in the absence of internet connection. Cordova network or Cordova connection plug-in could be used for detecting the connection type along with handling online and offline detection. Coping-up with XCode and Eclipse There are certain elements associated with Cordova XCode implementation, which may not be liked by most of the app developers. Some examples would be hiding the status bar while launching the application, disabling of the universal application status and customization of some of the Cordova application setting sand plug-ins. When you have the intending of launching the developed app in the app store, it is essential to learn certain basic XCode development. Knowledge regarding Eclipse IDE is essential as it would enable direct change to the AndroidManifest.XML file. Testing of the App It is advisable to have more than one physical device associated with each version or platform. Identification of some of the major devices could be accomplished with the help of simulators and emulators, but having a real device for testing would be an excellent idea. In certain cases emulators give false positive or negative for the bugs. It also helps to get aware of certain specific bugs and issues with the platform, version and device. Debugging of the Cordova application could turn out to be challenging in certain cases. But this challenge could be eased out with the help of chrome and safari dev tools. In case of the Android devices, you must be capable of choosing the tool, inspect the devices along with having full access to the application’s HTML, CSS and JS. You will have access to the developer’s panel with the enabling of debugging of iOS safari and Mac safari. You can reload the app with the help of Command + R instead of opening of safari developer panel, which could be painful. All the important points mentioned for developing iOS and Android app with Cordova and Phone Gap would be helpful for the readers in taking decision. Click hhttp://www.mobileapptelligence.com - Developing Android Apps & iOS Apps with the help of Cordova and PhoneGap has been capturing the market of mobile application development for quite sometimes now. The mobile app developers have the privilege of using their existing HTML, JS and CSS skills to develop cross-platform mobile application for iOS and Android, along with using the other platforms. Implementing Cordova and PhoneGap has a special benefit, which includes updating the current codebase for a single time and using it for all the platforms, instead of creating a separate code for each platform. This article states about the seven most eminent factors to consider before developing mobile app for iOS and Android through Cordova or PhoneGap. Hire Mobile Application Development Company – Get a Project Quote – http://www.mobileapptelligence.com/enquiry.html ere to edit. Choosing between Cordova and PhoneGap
Making a choice between Cordova and PhoneGap may seem to be difficult, but it is indeed very simple. Adobe owns PhoneGap which is accompanied with additional built-up service. One more element associated with PhoneGap is the fact that eventually additional service may or may not be offered and there may be charges associated for future use. Apache is the owner of Cordova and it will always be maintained as the open source project. Both PhoneGap and Cordova have similar API and it is better to choose Cordova, until you want to utilize the additional features of PhoneGap. Deciding the Plug-in Plug-ins forms an eminent part of the Cordova development. Cordova comes with the minimal required APIs and you add the additional API according to the requirement of the project. The entire set of registered plug-in is available to you through the Cordova plug-in registry. There is something called the core set of “blessed” Cordova Plug-ins, which gives access to the battery, camera, geo-location, dialogs and many other features which are available across all the platforms. There is certain third-party plug-ins which makes extra functionality like native sharing, analytics and many platform specific and device specific functionalities available for use. Cross-platform support is limited to the third-party plug-ins. What you need to confirm is the plug-ins and the version available in each platform, before deciding on the platform to use. Deciding the Platform and version Supporting iOS6, iOS7 and iOS8 and Android 4.4 (Kitkat, version 19) would mean that it is blessed with third-party plug-ins along with HTML and CSS3, which are modern browser friendly. The best example is the iOS apps for Face book and Twitter which only supports iOS6 and later. Supporting versions earlier to iOS5 is not easy and Cordova has assigned these versions as 3.5. Version 5.1.1 is implemented in the first generation iPad and this makes these iPad users not able to download your apps unless you customize the application in XCode. The nest is support for 64-bits iOS device like the iPhone 5S for which you will have to use the current version of Cordova (3.5 and greater) or the other option is conducting customization with XCode. The level of complication is more when you want to choose the legacy version for Android, which would depend on your needs. It is advisable to keep a track of the Android developer dashboard for the weekly update and statistics of the Android platform version. Play market don’t form a part of the Android version 2.0 and before that, this makes the downloading of the apps difficult for these users. For Android version 2.3 which is the Gingerbread version 10, is not recommended to be used for the Cordova security guide. Many of the third party plug-ins is also not compatible with the Gingerbread version and it is prohibited from use. The number of users for the Android 3.x which is the Honeycomb version 11-14 has zero number of users, which means that it is not worthy to put in time and effort for testing this version. When we speak about the Android version that is worth using, we can take into consideration version 4.4 which is the kitKat version 19. It renders excellent CSS3 and HTML support. This makes it possible for the mobile App developers to build their own iOS Cordova app for Android and view the same in the 4.4.x version of the Android device. For version 4.0- 4.3, which is the ice-cream sandwich and the Jelly bean version and version 14-18 would require the app developers to put in little more effort, specifically for the implementation of hardware accelerated CSS 3D transforms and scrollable divs. This would land in you spending majority of the UI bug-fixing time working on these versions. Modernizr would be the approach that I would recommend for CSS and platform support as well as version fragmentation. Cordova device plug-in could be used for the detecting the OS and version along with rendering special class to the HTML or the body elements like iOS, Android and Jelly-bean. You can bring in a little variation to this concept by adding a class like “legacy” for some of the platform versions. This helps in simplifying the CSS selectors and allowing similar kind of platform and version differentiation. Considering the Form factor This is the question that is raised in relation to the device that you would support. Would it be a mobile phone or tablet from-factors or are you interested in providing a responsive and universal experience. These are the factors that would have an effect on the requirement for designer, developer and tester for your project. This is similar to the extra effort required for each platform and platform version or a new level of effort for the designers and developers required for each form-factor and break-point setting. This could be anticipated with the extra level of effort associated with the testing requirement for each platform version with the extra level of effort put in by the designer or the developer. Considering the offline support By offline support we mean the function of the app when there is no availability of internet connection. Certain apps like the calculator don’t require any internet connection, while there are other apps which don’t function in the absence of internet connection. Cordova network or Cordova connection plug-in could be used for detecting the connection type along with handling online and offline detection. Coping-up with XCode and Eclipse There are certain elements associated with Cordova XCode implementation, which may not be liked by most of the app developers. Some examples would be hiding the status bar while launching the application, disabling of the universal application status and customization of some of the Cordova application setting sand plug-ins. When you have the intending of launching the developed app in the app store, it is essential to learn certain basic XCode development. Knowledge regarding Eclipse IDE is essential as it would enable direct change to the AndroidManifest.XML file. Testing of the App It is advisable to have more than one physical device associated with each version or platform. Identification of some of the major devices could be accomplished with the help of simulators and emulators, but having a real device for testing would be an excellent idea. In certain cases emulators give false positive or negative for the bugs. It also helps to get aware of certain specific bugs and issues with the platform, version and device. Debugging of the Cordova application could turn out to be challenging in certain cases. But this challenge could be eased out with the help of chrome and safari dev tools. In case of the Android devices, you must be capable of choosing the tool, inspect the devices along with having full access to the application’s HTML, CSS and JS. You will have access to the developer’s panel with the enabling of debugging of iOS safari and Mac safari. You can reload the app with the help of Command + R instead of opening of safari developer panel, which could be painful. All the important points mentioned for developing iOS and Android app with Cordova and Phone Gap would be helpful for the readers in taking decision. Developing Android Apps & iOS Apps with the help of Cordova and PhoneGap has been capturing the market of mobile application development for quite sometimes now. The mobile app developers have the privilege of using their existing HTML, JS and CSS skills to develop cross-platform mobile application for iOS and Android, along with using the other platforms. Implementing Cordova and PhoneGap has a special benefit, which includes updating the current codebase for a single time and using it for all the platforms, instead of creating a separate code for each platform. This article states about the seven most eminent factors to consider before developing mobile app for iOS and Android through Cordova or PhoneGap. Hire Mobile Application Development Company – Get a Project Quote – http://www.mobileapptelligence.com/enquiry.html Choosing between Cordova and PhoneGap
Making a choice between Cordova and PhoneGap may seem to be difficult, but it is indeed very simple. Adobe owns PhoneGap which is accompanied with additional built-up service. One more element associated with PhoneGap is the fact that eventually additional service may or may not be offered and there may be charges associated for future use. Apache is the owner of Cordova and it will always be maintained as the open source project. Both PhoneGap and Cordova have similar API and it is better to choose Cordova, until you want to utilize the additional features of PhoneGap. Deciding the Plug-in Plug-ins forms an eminent part of the Cordova development. Cordova comes with the minimal required APIs and you add the additional API according to the requirement of the project. The entire set of registered plug-in is available to you through the Cordova plug-in registry. There is something called the core set of “blessed” Cordova Plug-ins, which gives access to the battery, camera, geo-location, dialogs and many other features which are available across all the platforms. There is certain third-party plug-ins which makes extra functionality like native sharing, analytics and many platform specific and device specific functionalities available for use. Cross-platform support is limited to the third-party plug-ins. What you need to confirm is the plug-ins and the version available in each platform, before deciding on the platform to use. Deciding the Platform and version Supporting iOS6, iOS7 and iOS8 and Android 4.4 (Kitkat, version 19) would mean that it is blessed with third-party plug-ins along with HTML and CSS3, which are modern browser friendly. The best example is the iOS apps for Face book and Twitter which only supports iOS6 and later. Supporting versions earlier to iOS5 is not easy and Cordova has assigned these versions as 3.5. Version 5.1.1 is implemented in the first generation iPad and this makes these iPad users not able to download your apps unless you customize the application in XCode. The nest is support for 64-bits iOS device like the iPhone 5S for which you will have to use the current version of Cordova (3.5 and greater) or the other option is conducting customization with XCode. The level of complication is more when you want to choose the legacy version for Android, which would depend on your needs. It is advisable to keep a track of the Android developer dashboard for the weekly update and statistics of the Android platform version. Play market don’t form a part of the Android version 2.0 and before that, this makes the downloading of the apps difficult for these users. For Android version 2.3 which is the Gingerbread version 10, is not recommended to be used for the Cordova security guide. Many of the third party plug-ins is also not compatible with the Gingerbread version and it is prohibited from use. The number of users for the Android 3.x which is the Honeycomb version 11-14 has zero number of users, which means that it is not worthy to put in time and effort for testing this version. When we speak about the Android version that is worth using, we can take into consideration version 4.4 which is the kitKat version 19. It renders excellent CSS3 and HTML support. This makes it possible for the mobile App developers to build their own iOS Cordova app for Android and view the same in the 4.4.x version of the Android device. For version 4.0- 4.3, which is the ice-cream sandwich and the Jelly bean version and version 14-18 would require the app developers to put in little more effort, specifically for the implementation of hardware accelerated CSS 3D transforms and scrollable divs. This would land in you spending majority of the UI bug-fixing time working on these versions. Modernizr would be the approach that I would recommend for CSS and platform support as well as version fragmentation. Cordova device plug-in could be used for the detecting the OS and version along with rendering special class to the HTML or the body elements like iOS, Android and Jelly-bean. You can bring in a little variation to this concept by adding a class like “legacy” for some of the platform versions. This helps in simplifying the CSS selectors and allowing similar kind of platform and version differentiation. Considering the Form factor This is the question that is raised in relation to the device that you would support. Would it be a mobile phone or tablet from-factors or are you interested in providing a responsive and universal experience. These are the factors that would have an effect on the requirement for designer, developer and tester for your project. This is similar to the extra effort required for each platform and platform version or a new level of effort for the designers and developers required for each form-factor and break-point setting. This could be anticipated with the extra level of effort associated with the testing requirement for each platform version with the extra level of effort put in by the designer or the developer. Considering the offline support By offline support we mean the function of the app when there is no availability of internet connection. Certain apps like the calculator don’t require any internet connection, while there are other apps which don’t function in the absence of internet connection. Cordova network or Cordova connection plug-in could be used for detecting the connection type along with handling online and offline detection. Coping-up with XCode and Eclipse There are certain elements associated with Cordova XCode implementation, which may not be liked by most of the app developers. Some examples would be hiding the status bar while launching the application, disabling of the universal application status and customization of some of the Cordova application setting sand plug-ins. When you have the intending of launching the developed app in the app store, it is essential to learn certain basic XCode development. Knowledge regarding Eclipse IDE is essential as it would enable direct change to the AndroidManifest.XML file. Testing of the App It is advisable to have more than one physical device associated with each version or platform. Identification of some of the major devices could be accomplished with the help of simulators and emulators, but having a real device for testing would be an excellent idea. In certain cases emulators give false positive or negative for the bugs. It also helps to get aware of certain specific bugs and issues with the platform, version and device. Debugging of the Cordova application could turn out to be challenging in certain cases. But this challenge could be eased out with the help of chrome and safari dev tools. In case of the Android devices, you must be capable of choosing the tool, inspect the devices along with having full access to the application’s HTML, CSS and JS. You will have access to the developer’s panel with the enabling of debugging of iOS safari and Mac safari. You can reload the app with the help of Command + R instead of opening of safari developer panel, which could be painful. All the important points mentioned for developing iOS and Android app with Cordova and Phone Gap would be helpful for the readers in taking decision. How to build android apps? This will certainly come to your mind, if you have boiling business idea or you are running a business. Android is the operating system that brought in revolution in the world of Smartphone and mobile application. Through Android, Google targets to emerge in the world of low cost smart phones. Have you ever thought of developing an Android App? As per the Android Application Developers, developing an android app is an easy task. Before getting into the different phrases of developing android app, it is essential to gain knowledge about android app. Get a Project Quote : http://www.mobileapptelligence.com/enquiry.html What is Android App?
Android App is a software application, which is developed operate and perform on Google's android platform. Android application could be easily available in different platforms like Google Play store, Amazon App stores and various sites specific to Android Apps. These Android apps are compatible with smartphone, tablets and Google TV, operating on Android Platform. Development of Android Application An App developer has the capability of developing mobile application on android, iOS and windows OS. Here we would concentrate on the development of a mobile application for the Google's android operating system. At present there is an increase in the demand for the low-cost Smart phones. Along with the rising demand of the smart phones, the demand for the mobile application for these phones has also increased. Let’s go through the whole process of development of an application on the most used mobile platform called Android OS. Step 1 – Designing the features of the Android Application (For example, an android game development is considered here) The designing of the android app consists of following five steps. These steps are Splash- This is the first screen that the user will be able to view that would comprise of the logo of the android application, the version of android app and any kind of music depending on the requirement. Menu- The menu screen of the android application would provide the user with the option like playing the game, viewing the current score, viewing the previous score and instruction regarding the operation of the android application. Play- The user would be taken to this screen when he/she chooses the option of play from the menu screen. The user can start playing the mobile application from the play option. Score- This screen of the android apps would display the highest score by the current user, the score of the previous user and the last option would be challenging the current user to improve the score by playing the android game for one more time. Help- The option in the android application development provide the user with the instruction in regards to playing of the game. The option would also enable the user to refer to different kinds of query that he has in regards to playing of the android application. Step 2 - Determining the Android App activity requirement The requirement for each activity has to be determined. The splash activity acts as the default activity used while launching the Android Application. The menu activity comprises of different button each corresponding to a particular feature of the application. The play activity is involved in drawing onscreen drawing of stuff, handle the various user inputs, and keep the score following the game dynamics as per the android application developer. Score activity is concerned with loading of score screen to the android application. Help activity is involved in the display of help text instead of displaying the score. Step 3 - Implementation of functionality of the application This involves the controlling of application state, saving the settings and launching of a specific activity. These activities are achieved by the Android Application Development through the below mentioned steps: Using the Android Application context – The application context is used for accessing the settings and the resources that forms a part of multiple activity instances. Retrieving of Android Application Resource- The method of retrieving a resource in the android application development would involve the usage of the unique resource identifier. Accessing the Android Application preference – Shared application preference could be retrieved by implementing the “get shared preference” method of the android application context. Accessing the functionality of other applications- The application context could be used for many other activities for android application development. These includes launching of activity instances, retrieval of assets package of the android application, request for system level service provider, management of private application files, inspection and enforcement of application permissions Working with the Android Activity- This would involve the implementation of android activity for every screen of android application. Launching of Android Application activity- Launching of the Android Application Development could be conducted through designating launch activity within the manifest file, launching through the activity context and launching of the child activity from the parent activity. Management of the activity state- Android application manages their own state, which includes the memory, resource and data. This means that the activity of the android application which is not in use would face automatic shut down. Implementation of activity callback- Activity call back methods like on create, setting layout with set content view, on resume, on pause, stop audio, video or animation and on destroy. Android Application Development & android game development could take place with the implementation of three components namely context, intent and activity. |
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