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How to Flush DNS

You can flush your DNS cache as per following.

1) For Windows- Start -> Run -> type cmd
- in command prompt, type ipconfig /flushdns
- Done! You Window DNS cache has just been flush.

2) For Linux

- To restart the nscd daemon, type /etc/rc.d/init.d/nscd restart in your terminal
- Once you run the command your linux DNS cache will flush.

3) For Mac OS X

- type lookupd -flushcache in your terminal to flush the DNS resolver cache.
ex: bash-2.05a$ lookupd -flushcache
- Once you run the command your DNS cache (in Mac OS X) will flush.

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Portable Apps

Thanks to the people who really contribute their time and much more their passion in developing applications that would make this world a better place to live in. opensource is the thing that has fascinated me sine long, infact the very day I first recognized the Internet, and went into the hosting business, I have made a point to contribute my share to the fabulous opensource community. The other day I was viewing a documentary on the Goolge boys who made history and billionaires of themselves by doing just this, help make the world a better place to live in.

Portable Apps Suite your computer, without a computer™ as they call it is something everyone should know and learn about. I have loved applications that have standalone executable files without installations, thats whats portability is all about. When you are in a business like web hosting such applications mean a lot to you when you are on the move. It makes a big difference when you have all your tools loaded on a flash drive or a portable hard drive. You can connect to your machines and clients and have records at hand all the time. Web Hosting is all about this after all. One of the favorite standalone application of mine has been putty and utorrent, thanks to my friends who pointed out to me these things.

PortableApps.com is the one place where you can find these wonderful mouth watering softwares. It also has a portable OS, MAC 7. Running a Mac from a Flash Disk, thats something you got to look at. Carry all your bookmarks, passwords, tools and even media players in your pocket. Well thats what has made me feel comfortable with the growth of technology and the open source community. Best of all these apps are totally free, no spyware, no adware, you dont even need to give your email address, nor buy any hardware. Well you are free to donate a small sum, whatever you like to. The site contains a portable version of office suite, filezilla, firefox, thunderbird, a PDF reader, an IM tool and much more.


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Remote Control an Apple Mac from a Windows PC and vice-versa

Want to use your Mac from a PC or vice-versa ? Get Yuuguu.

Yuuguu is a free computer screen sharing software cum IM client that's available both on Mac and the Windows platform.

Wondering why another screen sharing app when we already have Microsoft Tahiti or the popular Crossloop ? The answer is simple - Yuuguu is a cross-platform product meaning the participants may be on Mac or Windows computers but they can still share screens and chat together. CrossLoop and Tahiti are currently available only for Windows PC's

The Yuuguu screen sharing client interface resembles Google Talk - you add friends, invite them to your desktop or vice-versa and can even IM them during the screen-sharing session.

The whole process is very non-geeky and you need not make any adjustments to your Firewall or unblock any ports.

What's missing - No annotation tools or cursor highlights. And it is not possible to share a specific application, you'll have to share your entire desktop with all the running applications.

Yuuguu Homepage | Download Yuuguu

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How to Access Blocked Websites

Blocking access to undesirable Web sites through the use of Internet protocol filters has been a common government tactic since commercial Internet access first became available here in 1995. China and Saudi Arabia are believed to extend greater censorship over the net than any other country in the world under the pretext of information control.

Most of the blacklisted sites in Saudi Arabia are either sexually explicit or about religion, women, health, drugs and pop culture. They even block access to websites about bathing suits. So if you want to buy something to swim in, they seem to treat that as if it were pornographic in Saudi Arabia.

In China, webites containing sexually explicit content were among those blocked, but they also included sites on sensitive topics such as Tibet, Taiwan, and dissident activity. China also blocks access to Google News, Typepad and Blogger hosted blogs.

But what if an innocent website is accidentally blocked by your ISP or your government. There are always legitimate reasons to visit these blocked websites. We have listed a few methods to help you access blocked websites in school, college, office or at home.

Approach 1: There are websites Anonymizer who fetch the blocked site/ page from their servers and display it to you. As far as the service provider is concerned you are viewing a page from Anonymizer and not the blocked site.

Approach 2: To access the blocked Web site. type the IP number instead of the URL in the address bar. But if the ISP software maps the IP address to the web server (reverse DNS lookup), the website will remain blocked.

Approach 3: Use a URL redirection service like tinyurl.com or snipurl.com. These domain forward services sometimes work as the address in the the url box remain the redirect url and do not change to the banned site.

Approach 4: Use Google Mobile Search. Google display the normal HTML pages as if you are viewing them on a mobile phone. During the translation, Google removes the javascript content and CSS scripts and breaks a longer page into several smaller pages. View this website in Google Mobile

Approach 5: Enter the URL in Google or Yahoo search and then visit the cached copy of the page. To retrieve the page more quickly from Google's cache, click "Cached Text Only" while the browser is loading the page from cache.

Approach 6: A recent Oreilly story on accessing blocked websites suggested an approach to access restricted web sites using Google language tools service as a proxy server. Basically, you have Google translate your page from English to English (or whatever language you like). Assuming that Google isn’t blacklisted in your country or school, you should be able to access any site with this method. Visit this site via Google Proxy

Approach 7: Anonymous Surfing Surf the internet via a proxy server. A proxy server (or proxies) is a normal computer that hides the identity of computers on its network from the Internet. Which means that only the address of the proxy server is visible to the world and not of those computers that are using it to browse the Internet. Just visit the proxy server website with your Web browser and enter a URL (website address) in the form provided.

This page has a long list of proxies. You can either choose one yourself or let the service choose a random proxy for you. Also bookmark the DMOZ directory of free web-based proxy services and DMOZ directory of free proxy servers

Update: China appears to have moved beyond simply blocking access to a Web site with IP filters and may now be employing packet filters to scan individual packets for undesirable information, said Duncan Clark, managing director at telecommunication analyst BDA China Co. Ltd.

Source: Internet Filtering Worldwide

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Remote Desktop Connection

Windows XP Professional includes a basic PC remote control tool which lets you log onto your PC remotely from anywhere. Do you know how to use it?

It’s called Remote Desktop Connection, and when you’ve properly configured your PC, this handy utility will let you log into your computer from anywhere in the world and control it as if you were sitting in front of it instead of half a world away.

If you’re running Windows XP Professional, you already have all the software you need to connect remotely to your PC. Whether you’d like to monitor a server, grab files from your home PC at work, or just keep an eye on your machines when you’re out, connecting remotely is easy to do. However, due to the vagaries of network configurations and various other quirks beyond your control, you may not be able to actually connect. Until now.

Preparing your system

First, you need to know the IP address of the computer you want to connect to. The only sure-fire way to always be able to connect to your PC’s is to use an ISP that provides you with a static IP address. Most ISPs give customers dynamic IP addresses, which can change every few days or even hours. Because your IP address is the way you’ll locate your computer on the net, you’ll need to know what your IP address is and monitor it as it changes.

The good news is that there are loads of programs that will notify you of IP address changes, whenever they occur. We like IP Address Monster (www.ipmonster.com). It’s a small program that runs in your system tray and can be configured to e-mail you whenever your IP address changes.

IP Address Monster should be your first stop to remote connectivity. This handy utility will keep tabs on your Internet address and send you an e-mail whenever it changes.

Now that you know your IP address, you need to make sure that Remote Desktop Connection is enabled. Make sure your firewall is configured to allow incoming connections on port 3389 (firewalls vary, so check your documentation to find out how to open the port).

You can turn on Remote Desktop Connection in the System Control Panel (Start, Control Panel, System). Check the Remote tab and make sure “Allow users to connect remotely to this computer” is checked. You’ll also need to have at least one user account that requires a password because accounts without passwords are prohibited from logging into Remote Desktop.

To enabling Remote Desktop, open the System Control Panel, go to the Remote tab, and check this box.

It’s important to make sure the passwords on the machine you’re going to remotely log into are “good” ones. This means you should use a mixture of letters and numbers, avoid words that are found in dictionaries, and change the password regularly to protect yourself from mischief.

Making the connection

At this point, your PC should be prepped and patiently waiting for a connection. To log in, you need to open the Remote Desktop Connection client on your remote PC. Go to Start, Programs, Accessories, Communications, Remote Desktop Connection. Input the IP address you want to connect to (courtesy of IP Address Monster) in the Computer field. Then enter your username and password.

Now you’ll want to tweak a few settings to optimize your remote experience. Whiz-bang features gobble up bandwidth, so you should tune your settings to match your home net connection. We recommend you start with a minimal feature set. Press the Options button, then the Display tab. Change the display settings to full-screen, 256-color. This looks acceptable and consumes practically no bandwidth. You’ll also want to browse to the Experience tab and change the Performance setting to reflect your home PC’s connection speed.

Switching to a lower color resolution and a smaller display area will greatly minimize the amount of data that has to transfer between your computer and the remote PC.

Once you’ve tuned the connection a bit, you’re ready to connect. Press the Connect key and you’re in!

What to do next

At this point, you should be connected. You can run programs and manipulate files just like you’re sitting in front of your PC. In fact, you can even use your PC’s e-mail and web browsers. Do you want to start downloading Desert Combat now so you can start playing it when you get home That’s easy enough; just log into your PC using Remote Desktop, open your web browser, and download the file. It will be sitting on your machine waiting for you as soon as you get home. If all your PCs are running Windows XP Pro, and you enable drive-sharing in the Local Resources tab, you can transfer files from remote PC to local PC. You can even remotely transfer files between local PCs on your home network.

Once connected, you can interact with printer ports and networked hard drives. This is a handy way to delete those “special interest” videos you downloaded before your wife finds them.

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The History of Web Hosting – A Galactic Network

It may interest you to know that before 1991 web hosting as you know it today did not exist.

Then again, you probably wouldn’t recognize the internet before 1991, either. But to look at the history of website hosting, you have to look at the history of the internet itself. The internet may be the greatest media advancement since radio and television, but the internet as we know it today is powered by nearly 50 million websites forming its central nervous system.

Without websites, where could you go when you when you went online?

The Early Days

The original concept of the internet has been attributed to J.C.R. Licklider in August of 1962 at MIT. Licklider wrote a series of articles where he envisioned a “Galactic Network” concept based on the idea of a series of globally interconnected computers where resources and information could be accessed from any site.

Sound familiar?

Licklider was soon to head up ARPA (Advanced Research Projects Agency), the Computer Sciences program at MIT. There he would convince his successors the importance of his ideas about computer networking.

Interestingly enough, ARPA was developed by the military at the same time as NASA to find a way for the Americans to catch up to the U.S.S.R. in the space race after the launch of Sputnik. The early work on computer networking revolved around a concept known as “packet switching”, based on the idea that network data could be sent through phone lines as tiny packages instead of the traditional solid circuit lines of the day.

That way, the connections would only be used as long as there were packets of information running through them, freeing up space on the line or “bandwidth” for more computer activity. Later, while working on a way to allow telecommunications systems survive a nuclear war, Paul Baran would develop the actual “Hot Potato” design of networking that would lay the foundation for what would one day be the internet. The next step was to get the computers to actually talk to each other.

Is There Anybody Out There?

In 1965, Lawrence G. Roberts and Thomas Merril connected the TX-2 computer located in Massachusetts with the Q-32 computer in California via a dial-up telephone line supplied by AT&T and the first computer network was born. However, the computers were agonizingly slow, communicating at a steady 2.4 kbps.

The lack of speed convinced Roberts and Merril that the solid circuit-switching of the AT&T phone system was terribly inadequate and Baran’s packet switching method was the only way to go. Amazingly, it was soon discovered that the same work on packet theory had been taking place in three separate places simultaneously without any of the researchers aware of each other.

In 1966 Roberts unveiled his plans for “ARPANET”, the first wide-area network ever developed. In 1969, those ideas turned into a reality when they successfully linked computers at UCLA, The Stanford Research Institute, The University of California Santa Barbara, and the University of Utah. Each computer was a “host” or node in the connection, making them all able to interact with one another. Over the next 2 years, they would add 19 more hosts and 13 nodes to their little network.

The internet was a healthy baby, but it still had a lot of growing to do.

You’ve Got Mail!

In 1971 Roy Tomlinson wrote the first basic e-mail program, and it was quickly broadened by Lawrence G. Roberts. With this, researchers could finally send and receive messages over their network.

This would prove to be the biggest development in the internet’s short history; e-mail use has become the backbone of internet communications and is used by hundreds of millions of people every day to connect with each other.

When the researchers integrated the popular program into ARPANET, they made several design modifications before deciding on the “@” symbol for e-mail addresses.

The ‘70s also saw the birth of TELENET, the first commercial version of an internet provider, as well as several other networks. Also, TCP was officially split into TCP/IP in an attempt to unify all of the budding networks that were springing up in North America and around the globe.

TCP/IP stands for Transmissions Control Protocol and Internet Protocol. TCP is the host to host connection used by computers and IP passes the individual packets of information between computers.

The internet was growing, but it was still a very different animal than what we know today.

Coming of Age

The eighties saw rapid growth and development in the computer sciences field. Specifically, the TCP/IP format was first used to tie the ARPANET system to several other networks. The format allowed the networks to access each other while operating individually. Officially, it was the first definition of the term “Internet”, meaning a series of networks linked together by the TCP/IP format.

With all of these new networks and the growth of the old networks, it became necessary for scientists to be able to disseminate between the various sources and institutions. In 1984 the introduction of the Domain Name System, or DNS, became a standard for computers to be able to differentiate themselves from one another. Six domains were introduced: edu (Education), gov (Government), mil (Military), com (Commercial), net (Network Resources), and org (Organization). On March 15, 1985, Symbolics.com became the first registered domain name.

Welcome to the World Wide Web

1991 was an important year in the development of the internet. Already an entity in its own right, it was about to get a lot bigger. It started with the National Science Foundation (NSF) when they decided it was time to lift commercial restrictions on the web. This in turn opened the internet up to limitless commercial possibilities. Electronic commerce was born, and with it came companies who were starting to think there might be a future in website hosting services.

Later that year, the folks at CERN unleashed the World Wide Web (www) onto the world, which incorporated Tim Berner-Lee’s new HTML computer Language. HTML stands for HyperText Markup Language, and uses specifications for Uniform Resource Locators URLs).

Aside from giving the world a mouthful of new abbreviations to memorize, it also became the universal standard for locating website addresses.

The internet was no longer simply a playground for universities and computer enthusiasts. With each new addition to its format, it became easier to use and easier to explain. At the same time, it grew in complexity. The business world saw the potential of the medium and seized on their chance.

Website hosting, once expensive and complicated, is now cheap and only somewhat complicated. It began with large companies renting out extra space on their servers and has now become big business in itself. There are at least as many companies that offer web hosting as there are companies that provide internet service.

As computers continue to evolve, the internet itself evolves. And with each new change come new changes to the way the business of website hosting is packaged to potential customers.

So where do you want to go today?

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Bill Schnarr is a successful freelance copywriter, one of experience and diversity. He provides valuable tips and advice for consumers purchasing asp hosting services, e-commerce hosting services and free internet phone. His numerous articles offer moneysaving tips and valuable insight on typically confusing topics.

This article on the "History of Web Hosting" reprinted with permission.

© 2004 - Net Guides Publishing, Inc.


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