Skip to main content

Addthis replaced with ShareThis

Update 02/05: I am in the process of *lightening* up the page. So removed the sharethis javascript popup. The sharing button now opens a new window, the sharing feature is updated to use addtoany.com (click the share button, its very simple api, just pass two params to a url). I realised the features given below even though are nice-to-have, dont *actually* add that much for this blog with small audience.

I changed the sharing articles snippet from AddThis to ShareThis. Of all the things, I hate about Addthis, It bloats your page with a bunch of generated script tags if you have multiple shared snippets. Like lets say if you add the gadget code into each post. The home page of the blog will have multiple script tags that are calling the same addthis.js. This will slow down the rendering of the page. And then, because, AddThis pretty much stopped updating? The dashboard is just so pale.

It has also been in webware sometime back, boasting to be the next digg. I am not sure about that, but here are the things I found.
  • It is pretty neat. No multiple generated script tags hitting more js calls.
  • Dynamic interface, fetches digg count et al.
  • Has its own first level social network, All shared items go into users own MyShareBox they can share from there too.
  • Good reporting.
  • Highly Customisible. Promising API. Very sparsely documented (read "badly")
  • Good community (forum).. not that addthis doesnot have one, but I found this better.

Popular posts from this blog

Powered By

As it goes, We ought to give thanks to people who power us. This page will be updated, like the version page , to show all the tools, and people this site is Powered By! Ubuntu GIMP Firebug Blogger Google [AppEngine, Ajax and other Apis] AddtoAny Project Fondue jQuery

How to Make a Local (Offline) Repository in Ubuntu / Debian

If you are in a place where you dont have internet (or have a bad one) You want to download .deb packages and install them offline. Each deb file is packaged as a seperate unit but may contain dependencies (recursively). apt-get automagically solves all the dependencies and installs all that are necessary. Manually install deb files one by one resolving each dependency would be tedious. A better approach is to make your own local repository. Before you actually make a repo, You need *all* deb files. You dont practically have to mirror all of the packages from the internet, but enough to resolve all dependencies. Also, You have to make sure, you are getting debs of the correct architecture of your system (i386 etc) # 1. make a dir accessible (atleast by root) sudo mkdir /var/my-local-repo # 2. copy all the deb files to this directory. # 3. make the directory as a sudo dpkg-scanpackages /var/my-local-repo /dev/null > \ /var/my-local-repo/Packages # 4. add the local repo to sour...

classpath*: making your Modular Spring Resources

Spring gives multiple options to load XML resources for building contexts. the reference documentation does explain this feature quite well. However, I am taking my shot at explaining the different practical scenarios ( by order of growing modularisation) For Example, A simplest Spring based web Context Loader can be configured with resources like this <context-param> <param-name>contextConfigLocation</param-name> <param-value>applicationContext.xml</param-value> </context-param> <listener> <listener-class>org.springframework.web.context.ContextLoaderListener</listener-class> </listener> You just need to put applicationContext.xml in WEB-INF/ folder of your webapp. However, Typically an application is n-tiered. You can also have multiple files setup and in relative paths. like <param-value> context-files/applicationContext.xml context-files/dao.xml context-files/service.xml </param-value> ...