From blogstorm blog, i founded “4 Ways to Get Banned from the Technorati Top 100”. Here, that’s a reasons, why technorati banned your blog:

1. Create a popular plugin
2. Be evil & exchange links
3. Create some blogging software
4. Design a popular blog theme

That’s blog

alenxking.org - Alex King | Denver Web Developer

johnchow.com – I Make Money Online by Telling People How Much Money I Make Online

photomatt.net – Photo Matt >> Unlucky In Cards

binarymoon.co.uk – The home of Ben Gillbanks

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Gegereka provides an object search, but Google and all the similar systems – context search. It means that if you want to find a film, a song, a font file, or a library, and you enter the corresponding search request in Google, you’ll get the list of the web-pages, where the needed item is mentioned, but you won’t get the file itself, until you find the direct link to Download.

(Unfortunately in most cases you will not get the file itself.) However, if you input a request in Gegereka, you’ll get the file at once.

That’s a some different between Gegereka search and, for example, Google or AltaVista search.

With Gegereka, we can:

[1] can enter the server containing the file, go along file's path (folder1/folder2/folder3/) and try to save it directly from folder.

[2] Some file storages are open for content browsing, but close for content access. Forget this FTP, you’ll find another suitable server for sure.

[3] FTP servers, in contrast with web servers, are not steady. Sometimes they are open only for one day, for example, for exchanging information. It also happens that a FTP server owner doesn’t want to share the information with the whole world; in this case he can close the access to it. Don’t be upset if you come across this situation – Gegereka finds millions of new files every day, and a lot of other servers will be open for you.

[4] it’s simple. Open the server, containing the file, go along file path (folder1/folder2/folder3/) and you’ll see its size.

[5] more got to: gegereka.com

Search Here now, www.gegereka.com

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It is a tool for checking foreground and background color combinations of all DOM elements and determining if they provide sufficient contrast when viewed by someone having color deficits.
All the tests are based on the algorithms suggested by the World Wide Web Consortium (W3C).

Luminosity Constrast Ratio (WCAG 2.0)
(L1+.05) / (L2+.05) where L is luminosity and is defined as .2126*R + .7152*G + .0722B using linearised R, G, and B values. Linearised R (for example) = (R/FS)^2.2 where FS is full scale value (255 for 8 bit color channels). L1 is the higher value (of text or background) and L2 is the lower value.

Text or diagrams and their background must have a luminosity contrast ratio of at least 4.5:1 for level 2 conformance to guideline 1.4, and at least 7:1 for level 3 conformance to guideline 1.4.

Color brigthness (WCAG 1.0)
((Red value X 299) + (Green value X 587) + (Blue value X 114)) / 1000
The range for color brightness difference is 125.
The range for color difference is 500.

Example:

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