Android Based Mobile Notifier

Android Based Mobile Notifier

GOOGLE CLOUD MESSAGING: Google Cloud Messaging for Android (GCM) is a service that allows you to send data from your server to your users’ Android-powered device, and also to receive messages from devices on the same connection [5]. Google Cloud Messaging for Android (GCM) is, according to the description on the Android developer website, “a service that helps developers sends data from servers to their Android applications on Android devices.”This service can send a message of up to 4 kb to an application on an Android device, most often to tell the application to retrieve a larger set of data. GCM will now handle all queuing and delivery for messages to Android applications. GCM also supports multicast messages, multiple senders, and time-to-live messages. Developers can get started using GCM over at the API guide on Google’s Android developer website. It allows 3rd-party application servers to send messages to their Android applications. An Android application on an Android device doesn’t need to be running to receive messages. The system will wake up the Android application via Intent broadcast when the message arrives, as long as the application is set up with the proper broadcast receiver and permissions. GCM will be taking the place of Google’s previous mobile application service, Android Cloud to Device Messaging (C2DM). C2DM has been officially deprecated in favor of GCM.Considering today’s dynamic business environment, processes in an enterprise in the future will not be confined to single cloud but span across multiple clouds. It has been anticipated that with the growth and ascent of smart phones, tablets, social media and other intelligent devices which are now participating in the complete enterprise ecosystem, the interaction patterns between the cloud components and consumers are becoming even more complex. Hence, organizations obligated to ensure that their applications and processes are able to intelligently and efficiently interact with each other, so as to guarantee optimum utilization. Code Shoppy
Android Based Mobile Notifier
There is a risk of process disaggregation, as point solutions are implemented in the cloud to replace the systems that were tightly integrated as part of an internal or fully outsourced IT landscape. As an example, let us consider an e-mail service utilizing cloud. Now, moving e-mail services to the cloud may appear extremely cost effective, but by making the move, other business processes that relied heavily on a close e-mail system integration to work efficiently, may become broken or cause errors. Of course, the integration links could be rebuilt, but one of the major advantages of a cloud delivery model is flexibility and agility – and by building custom integration links between all cloud instances, flexibility and agility are removed Cloud portability becomes increasingly important, as the potential number of entities participating in the cloud will grow significantly. This will in turn result in choices for customers to move business processes across clouds and/or orchestrate with other clouds, without disrupting their businesses. 3. With multiple client devices like mobiles, smartphones and tablets, along with the increasing use of social media, it is very difficult to guarantee that messages will get transmitted reliably to their destinations. Therefore, there is a definite need of orchestration and messaging which can connect all social, cloud, location and mobile platforms seamlessly to orchestrate the business processes and allow cloud portability by mirroring workloads across clouds, so that if one cloud fails the other cloud takes over the business process. Such integrated messaging will be a necessity for effective and efficient future business process management with the highest levels of integrity, reliability and security. The principle of the Cloud Messaging Platform resolves these issues and challenges, by maintaining layers of abstraction between the component parts of a cloud delivery eco-system whilst still allowing the different elements to interact through standards based messaging protocols. Cloud messaging will also help in supporting hybrid environments that involve legacy applications which are not suitable for porting to the cloud. Legacy application challenges are often seen as a major stumbling block for cloud strategies, but cloud messaging shall allow integration links with legacy environments to be maintained without forfeiting the cost and flexibility of moving the rest of the IT landscape to the cloud.
We have tested and implemented latest push notification offering by Google i.e. utilizing the Google cloud messaging framework [5] [7] with our android application, we tested it with our third party server using Eclipse as the development tool. We used PHP pages with JSON encoding to send message from web application on the server to the mobile application. We implemented this method by following standard setup procedures provided on the android developer site. We are using GCM APIs to connect with GCM server and register our mobile devices to store that unique Registration Id.
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