Sneppets

Placing ad unit below your blog post title is one of the best spot to maximize revenue. The following are the steps to place your chitika/adsense ad code below your post title. Steps: Go to blogger Dashboard -> Template  Click Edit HTML button. CTRL+F , Search for data:post.body  as shown in the below diagram. Just before  data:post.body  place your converted ad code as shown in the below diagram. Save your template.  That's all you are done. Go and check your post's, you can find ad units below post title as shown in the figure.

After you open your Adsense or Chitika account, don't simply copy and paste the ad code where you want in the website.Because there are many things that you need to consider while placing your ads in your website in order to effectively increase your revenue with Adsense or Chitika. The following are the main/basic mantra's to maximize your revenue. Choosing the Best Spots for your Ad Placement: The following picture shows you the best spots for placing ad units on your website. Place the ad directly below your blog post’s title and then followed by post content. Place the ad within the content of  your blog post. Place the ad directly below the post content and before the comments section. Customize your Ad: Login to your publisher account ,  Choose the appropriate ad format based on the spot for placing your ad unit. Select the color scheme which suits your blog content color scheme Get the Ad code and place in your website. Displaying

As discussed in my previous blog we can do live stream any events like Birthday party, Engagement Function, Marriage Event etc., using amazon EC2 and Adobe Media Server. Problem: Need to use your own  HD Camcorder like Sony HD Camcorder , to capture video source and connect to FMS URL in Adobe Flash Media Live Encoder as shown in figure below and start streaming to FMS server instance running in cloud. But such Camcorder does not have USB streaming capability then how to solve this problem? Solution: You can use EasyCap to capture high quality audio/video  as a connection interface. This connection interface is helping us a lot to do live streaming with HD Camcorder's and other Camera's of Videographer. Hope this is very useful information to people who would like to stream their own events for their beloved one's who are staying away. Happy Webcasting!!! :-)

This tutorial walk through how to launch amazon EC2 instances and the process of configuring live streaming with Adobe Media Server, the platform for streaming HD video with good audio quality. This platform will help to deliver your live video directly to a target audience of almost any size. To get started with amazon EC2: You will primarily use AWS Management Console, a point-and-click web-based interface. Sign up for EC2 – AWS account. Sign in to the AWS Management Console and open the Amazon EC2 console at https://console.aws.amazon.com/ec2/ . From the navigation bar, select the region for the instance . You can also use the default region. Otherwise this choice is important because some EC2 resources can be shared between regions, while others cant.  For example, if you'd like to connect your instance to an existing EBS volume, you must launch the instance in the same region as the volume. Click -> Launch instance – An instance is a virtual server in the clo

Use Case Requirement of my Mobile App: Let us consider the following use case of my mobile app to design a good realtime data model. Use case: Reconcile chat messages in multiple devices. I need to show up history data generated by one device in another device in real time when user login in two different devices using same account details. To implement this we need a central storage server and a synchronization service. Solution: Google Drive can be used as a file storage server and also I need to look for a javascript library or we should implement Operational Transformations (OT) that would allow us to synchronize history data in realtime between multiple devices. And Operational Transformations seems to fit my need for realtime sync. Google Drive Realtime API provides synchronization service for files in Google Drive via the use of Operational Transforms. This API is a JavaScript library hosted by google that provides collaborative objects, events, and method

Google Drive lets users create Docs, Sheets, and Slides, collaborate on them in realtime. The Google Drive Realtime API provides collaboration as service for files in Google Drive via the use of Operational Transforms. Using Google Drive Realtime API, you can now easily build your own collaborative apps. Realtime API is based on the same collaboration technology used by Google Docs. Realtime Collaboration System: What Google Drive Realtime API does for you ? And what you have to do ? Realtime API handles everything for you like network communication, storage, conflict resolution, and other collaborative details: Functions to load and work with Realtime documents. Built-in collaborative objects (Strings, Lists and Maps) Also you can create your own custom collaborative objects. Events for detecting changes to the collaborative data model. A text binder to bind your collaborative objects to the DOM. Google Drive Realtime API provides all the tools you need to

A packaged app (Chrome App) cannot have less restrictive CSP (Content Security Policy) than the default CSP value. And it looks like the Google Drive Realtime API cannot be used in the Packaged app's without any hacks. Because the default packaged app Content Security Policy (CSP) value disallows the use of eval() or new Function(). However, a variety of library uses eval() and eval-like constructs such as new Fucntions() for performance optimization and for ease of expression. It will result in following error: "EvalError when trying to load realtime data model" Steps to resolve this issue: Load GAPI using a webview tag. Load Webview inside standalone localhost. Use a chrome socket. Handle your own OAuth flow and supply the token to the gapi auth client. This way you can make your Chrome Packaged App to work with Google Drive Realtime API.