What is Firefox?

Firefox is a browser that more and more people are using instead of Internet Explorer or AOL. It is free, and was created by Mozilla.org, the original creators of the Netscape browser. Firefox was officially released in November 2004. It’s popularity is increasing rapidly, with over 200+ million downloads so far.

What is the history of Firefox?

The Firefox project began as an experimental branch of the Mozilla project by Dave Hyatt, Joe Hewitt and Blake Ross. They believed the commercial requirements of Netscape’s sponsorship and developer-driven feature creep compromised the utility of the Mozilla browser. To combat what they saw as the Mozilla Suite’s software bloat, they created a stand-alone browser, with which they intended to replace the Mozilla Suite. On April 3, 2003, the Mozilla Organization announced that they planned to change their focus from the Mozilla Suite to Firefox and Thunderbird.

The Firefox project went through many versions before 1.0 was released on November 9, 2004. After a series of stability and security fixes, the Mozilla Foundation released its first major update, Firefox version 1.5, on November 29, 2005. Firefox 1.5.0.12 is the final version officially supported under Windows 95.

Now Firefox 7, released September 27, 2011, uses as much as 50% less memory than Firefox 4 as a result of the MemShrink project to reduce Firefox memory usage. Mozilla Firefox 7.0.1 is currently the latest stable release.

My browser seems fine to me. Why use Firefox?

Firefox has many built-in features that are not available with older browsers, such as:

• Popup Blocking – Stop annoying popup ads in their tracks with Firefox’s built in popup blocker.
• Tabbed Browsing – View more than one web page in a single window with this time saving feature. Open links in the background so that they’re ready for viewing when you’re ready to read them.
• Privacy and Security – Built with your security in mind, Firefox keeps your computer safe from malicious spyware. A comprehensive set of privacy tools keep your online activity your business.
• Smarter Search – Google Search is built right into the toolbar, and there is a plethora of other search tools including Smart Keywords (type “dict <word>” in the Location bar), and the new Find bar (which finds text as you type without covering up anything).

What does Firefox look like?

Firefox looks similar to other browsers. One major difference is the tabs. Each site opens in a different tab. To switch between sites, just click the tab. Tabs can save lots of time since the pages don’t have to be re-loaded. There are many options for setting up tabs, including opening all your favorite sites automatically when you start your browser.
Is it hard to switch to Firefox?
No! Simple and intuitive, yet fully featured, Firefox has all the functions you’re used to – Bookmarks, History, Full Screen, Text Zooming to make pages with small text easier to read, etc.

Setup’s a Snap! At only 8MB (Windows), Firefox takes just a few minutes to download over a slow connection and seconds over a fast connection. The installer gets you set up quickly, and the new Easy Transition system imports all of your settings – Favorites, passwords and other data from Internet Explorer and other browsers – so you can start surfing right away.

What about more advanced features?
Firefox has many features for people who want more from their browser, such as:

• Live Bookmarks – RSS integration lets you read the latest news headlines and read updates to your favorite sites that are syndicated.
• Hassle-Free Downloading – Files you download are automatically saved to your Desktop so they’re easy to find. Fewer prompts mean files download quicker.
• S, M, L or XL—It’s Your Choice – Firefox is the most customizable browser on the planet. Customize your toolbars to add additional buttons, install new Extensions that add new features, add new Themes to browse with style, and use the adaptive search system to allow you to search an infinite number of engines. Firefox is as big or small as you want.
• A Developer’s Best Friend – Firefox comes with a standard set of developer tools including a powerful JavaScript and CSS error/warning console, and an optional Document Inspector that gives detailed insight about your pages.

Some parts of this post were originally published on the mozilla.org website. Used with permission:

http://www.mozilla.org/products/firefox

http://www.mozilla.org/foundation/licensing/website-markup.html

Thank you     http://en.wikipedia.org/wiki/Firefox#History

• Top Browser Share Trend

Career planning is a process of understanding oneself, exploring career options, making wise decisions and moving forward. What complicates it is that people, careers and organizations are constantly changing.

Therefore, career planning is not something done one time early in your career. Rather, it’s an ongoing process throughout your life. It doesn’t matter what’s your profession, your industry or your place of employment. The reality is lives change, professions change, industries change, organizations change and so your career will change. You can bet on it!

Who Am I?

The foundation of career planning, today and for the future is based on a very clear understanding of who you are as an individual and as a professional person. As a career coach, I’ve found that the greater the congruency between who you are – your skills, values, interests and personality – and your career choices, the greater personal career satisfaction.

Since everyone has a unique mix of skills, strengths and limitations that change over time, the first step in career planning is to look at who you are and what your career is all about. Also, gaining clarity about yourself will help you make better decisions in the future when challenges and opportunities emerge.

Identity Questions

Here are some simple, but profound, questions to start you on this journey. You may want to choose someone, or several people, to help you reflect and provide additional feedback.

• What do I see as my personal strengths?
• What are some of my personal limitations?
• What are my core values – what’s important to me?
• What are my abilities – things I’m good at and enjoy doing?
• What have I done, or I am doing now, that makes me feel proud?
• What are the significant influences on my life that have affected my career?
• Do I have talents that I feel are underdeveloped – how can I start utilizing them?
• What are my current obligations or commitments? How might they affect my career?
• If I could turn the clock back, what career choices or decisions would I make differently?
• If I could turn the clock ahead, what are some things I would like to accomplish in my life?

What Do You Know?

What have you learned about yourself from this self assessment? Perhaps you would like to have deeper insights. There are career assessment tools that provide personalized information on skills, interests, personality and values or career anchors. Would you like to know more, then let’s start a dialogue.

What makes a great life and a great career?

• Life Comes at You Fast – Be Prepared, Plan and Anticipate
• The Power of Attitude – We Can Change our Lives with Optimism
• NETWORK – Increase your connections
• Feedback is a Gift – Information is Power
• Do a Great Job Every Day
• Remember, a Fulfilling Life Is a Journey Not Just a Destination.

Hi Friends

I will expect your wishes for my new Blogspots.

They will give some ideas below categorizes.

• Social Marketing.
• Search Engines.
• Top ways in online earnings.
• Computer Hardware & Software.
• Computer Tips

My new Blog-spot address

1. www.techsharesite.blogspot.com
2. internetmoneyearning.blogspot.com

writerbaran

10. Dattoos: Interactive Tattoos
No one brings concept design to reality like Frog Design. Winners of numerous design awards over the years, Frog has become synonymous with powerful technology meeting artistic design. So when we found Frog’s Dattoo (interactive tattoo) concept, it was like finding futurist gold. Designed by Hartmut Esslinger, Dattoos would conceivably bring us to that final convergence of man and machine. The Dattoos would offer: DNA-reader and identification technology, nanosensors and interactive “touch reading,” full voice interaction, bionic nano chips and various cybernetic components. While Dattoos would definitely look cool, what Esslinger is imagining here is nothing short of the Borg. But hey, who said being a mindless drone working within a hive mind had to be drab?

9. Astrium Spaceplane

The race to full-on space tourism is in full swing, but we’re still in the early stages of the industry, so naturally style and comfort has taken a backseat to safety and practicality. The Astrium Spaceplane looks to up the ante and allow spacefaring travelers the opportunity to look into infinity whilst nestled in comfortable and familiar surroundings. Australian designer Marc Newson’s concept vehicle doesn’t propel passengers into a far-out science-fiction realm, but if the near term of space tourism really looks like this the spaceports will likely be jam-packed and delayed like your favorite local commercial airport in no time.

8. Custom Kicks
Sneaker culture has transcended the world of fashion and transformed into an art form unto itself. Brand loyalty and price-tag importance has fallen by the wayside as pure originality and exclusive design have become the mark of a true sneaker aficionado. But nowadays, finding one of those unseen designs has become even more difficult. Enter Custom Kicks, a concept designed by the Inventables studio. Custom Kicks would allow wearers to instantly change the design of their shoes on the fly with a mere push of a button. Using a tiny iPod-like device, sneaker fanatics would beam a new pre-designed pattern to their feet and immediately up the ante on the fashion wars. We want this yesterday.

7. Nikon 360
In Star Trek: Voyager and Deep Space Nine, characters used a holographic camera to snap instant three-dimensional replicas of certain moments in time. We’re not quite there yet, but in the meantime the idea behind the Nikon 360 concept camera seems like a reasonable facsimile. According to Ye Chen, designer of the device, the camera would take an all-round picture using a built-in inclinometer indicating the horizontal position prior to execution. Sure, panoramic photos are already in existence, but they take a little more work. With the Nikon 360, capturing surround-vision images would become literally a snap.

6. Honda Cub Motocycle
Sam Jibert’s Honda Cub Motocycle concept vehicle takes the macho out of the road hog and adds just enough clean design and geek friendliness to ensure a consumer hit. Looking like a cross between a 19th-century bicycle and a modern-day crotch rocket, the Honda Cub Motocycle is not only cute but enviro-friendly since it uses a hydrogen fuel cell. If Dean Kamen’s Segway had been this cool-looking, maybe Steve Jobs’ initial prediction that it would change the way cities were built would have come true.

5. Pills To Go
British designer Priestman Goode has envisioned a product so simple and practical, it’s astounding to think that this isn’t already available. Pills To Go combines two caplets of your favorite medicinal salve with a hearty gulp of water all in one package. So simple, so convenient, yet as of now, still a futuristic concept. When eventually brought to market by some company – and you can rest assured that it will definitely happen – Pills To Go is sure to be one of the biggest sellers of all time.

4. WPA Wearable Power Suit
Vlady Spetkovsky designed the WPA wearable power suit as a project for the Bezalel Academy of art and design in Israel. Although Spetkovsky doesn’t offer much detail regarding what the suit would actually do, after watching his animated 3D movie showing the suit in action it’s reasonable to assume that it would increase the strength and speed of the wearer via an accumulator-powered exoskeleton. That’s right friends, with suits like this, one day we’ll all get to live out our superhero fantasies.

3. B-Membrain Computer
The B-Membrain won’t transport you into another dimension or suddenly become self-aware and declare that all humans are obsolete, but it does offer something we can all relate to: sexy hardware. Winner of Intel Korea’s recent PC Design Contest (Challenger category), the B-Membrain does away with the computer monitor and instead beams images to any surface via a built-in projector. As for input, the keyboard is described by its designer Won-Suk Lee as a touchscreen interface. Sure, the B-Membrain looks weird and you’d probably have trouble figuring out where to put to the oddly shaped contraption, but never has a more sci-fi-ish computer been so within reach.

2. Credit Card of the Future
Paying bills will never be fun, but in the future there’s a chance that you’ll at least be able to pay the piper in style. To that end, designer Jacob Palmborg mocked up a universal payment device that simultaneously links to all of your banking and credit accounts. The unnamed device would keep a real-time accounting of just how much you’ve spent, and what your near-term financial forecast looks like based on recent purchase activity. And if that’s not Big Brother enough for you, the device would only be accessible via biometric (think thumbprint, eyescan, etc.) verification. With RFID tap-and-pay bankcards already being used throughout the U.S., it seems like this little gadget’s emergence is just a matter of time.

1. Timeflex Stick-On Watch
It’s been awhile since a cross-demographic product has swept the country, but something like the Timeflex stick-on watch might just do the trick. Imagined as a non-permanent, self-gumming timepiece, the Timeflex would make the perfect accessory for style-conscious millennials (read: teens), on-the-go professionals, and athletes (swimmers, rock climbers, runners, etc.). The outlines of the device are meant to be fluorescent, with the interior sporting a transparent surface so you can show off your fashion-forward sensibility, and a little skin in process.

Thanks

Best Article Every Day

A smarter approach is to separate your programs and data.  For example, I store the operating system and programs on my C: drive and all data on my D: drive.

But simply moving your data is not enough–you need to tell applications and the operating system where to find it.

To change the default location of the “My Documents” folder:

1. Click the Windows Start button.  The “Start” menu appears.
2. Right-click on My Documents, then seelct Properties from the popup menu.
3. Ensure the Target tab is selected.
4. Click the Move button.
5. The “Select a Destination” dialog appears.  Select the folder where you want to store your documents, then click OK.
6. The ”Move Documents” confirmation dialog appears.  Click Yes to move your documents to the new location.

IMPORTANT: If at any time during this process you decide to cancel, be sure to click the Cancel button in the “My Documents Properties” dialog as well.

writerbaran

Windows 7 is gaining more populous due to its golden features and gadgets, However you should activate your account to use win7 more than 30 days of trial period. But as i think you all know about “slmgr -rearm” command which increasing the trial period from 30 days to 120 days.

The hack(trick) shown here may be small but by using this hack you can use win7 for approx one year without activation. So lets see the process..

• Step-1: Go to Start ►All Programs ►Accessories, Now right-click on command prompt and select “Run as administrator”

• Step-2: Now enter the command given below

slmgr -rearm

Now you will be promoted for a restart, so make a restart. Once you have been restarted your trial period will reset to 30 days again. You can use this commend for 3 times, so that you will get 120 days of trial period(30+30+30+30=120)

• Step-3: Now here comes the real game, just navigate to Start ►Run and type “regedit”. So that you will be navigated to Registry Editor.

Once you are once again navigate to the location given below

HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows NT\CurrentVersion\SoftwareProtectionPlatform

• Step-4: Once you navigate you’ll see a key called “skipRearm” on the right side of panel, Just change its value to “1″

That’s it, by doing this trick you will be able to use the command “slmgr -rearm” another 8 times so that you will be able to get another 240 days of trial period which you can use without activation.
By the whole thing you able to get 120+240=360 days of trial period.

This is not Authorize way to activate windows7.If you use this method if you get any issue.I will not take any action for that issue

Yours

writerbaran

This create for your fun before your PC.
This is a fun little trick that can create a shaking screen on your web browser (i.e. Internet Explorer,Firefox,chrome& etc..)

The trick is simply a small Java Script that causes your browser window to move to different positions, causing a shake of your entire screen. It’s kind of cool to watch and see what Java Script can do! Try it out..

Use this trick at your own risk.

Here’s how:
Copy this entire line and paste it onto your address box, then press Enter:

javascript:function Shw(n) {if (self.moveBy) {for (i = 35; i > 0; i–) {for (j = n; j > 0; j–) {self.moveBy(1,i);self.moveBy(i,0);self.moveBy(0,-i);self.moveBy(-i,0); } } }} Shw(6)

A programming language is used to write computer programs such as

• Applications
• Utilities
• Servers
• Systems Programs

Each and every operation in your computer performs has instructions that someone had to write in a programming language. These had to be created, compiled and tested- a long and complex task.

Since the 1950s, computer scientists have devised thousands of programming languages. Many are obscure, perhaps created for a Ph.D. thesis and never heard of since. Others became popular for a while then faded due to lack of support or because they were limited to a particular computer system. Some are variants of existing languages, adding new features like parallelism- the ability to run many parts of a program on different computers in parallel.

These languages include Machine, Assembler, C or C++. Machine Language refers to the “ones and zeroes” that digital processors use as instructions A computer motherboard with the CPU, RAM and ROM), the instructions to boot the computer are limited to a small amount of memory in the boot ROM chip and so are usually written in assembler. Operating systems like Linux or Windows are written in C and C++.

A program is written as a series of human understandable computer instructions that can be read by a compiler and linker, and translated into machine code so that a computer can understand and run it.

Then see the real meaning of programming languages: A vocabulary and set of grammatical rules for instructing a computer to perform specific tasks.

The term programming language usually refers to high-level languages, such as BASIC, C, C++, COBOL, , Java and Pascal. Each language has a unique set of keywords (words that it understands) and a special syntax for organizing program instructions.

High-level programming languages, while simple compared to human languages, are more complex than the languages the computer actually understands, called machine languages. Each different type of CPU has its own unique machine language.

Lying between machine languages and high-level languages are languages called assembly languages. Assembly languages are similar to machine languages, but they are much easier to program in because they allow a programmer to substitute names for numbers. Machine languages consist of numbers only.

Lying above high-level languages are languages called fourth-generation languages (usually abbreviated 4GL). 4GLs are far removed from machine languages and represent the class of computer languages closest to human languages.

Regardless of what language you use, you eventually need to convert your program into machine language so that the computer can understand it.

There are two ways to do this:

• compile the program
• interpret the program

See difference between about these two methods compile and interpreter.

An Interpreted language is processed at runtime. Every line is read, analyzed, and executed. Having to reprocess a line every time in a loop is what makes interpreted languages so slow. This overhead means that interpreted code runs between 5 – 10 times slower than compiled code. The interpreted languages like Basic or JavaScript are the slowest. Their advantage does not need to be recompiled after changes and that is handy when you’re learning to program.

Because compiled programs almost always run faster than interpreted, languages such as C and C++ tend to be the most popular for writing games. Java and C# both compile to an interpreted language which is very efficient. Because the Virtual Machine that interprets Java and the .NET framework that runs C# are heavily optimized, it’s claimed that applications in those languages are as fast if not faster as compiled C++.

Then see the best language to program a best program.

The question of which language is best is one that consumes a lot of time and energy among computer professionals. Every language has its strengths and weaknesses. For example, FORTRAN is a particularly good language for processing numerical data, but it does not lend itself very well to organizing large programs. Pascal is very good for writing well-structured and readable programs, but it is not as flexible as the C programming language. C++ embodies powerful object-oriented features, but it is complex and difficult to learn.

The choice of which language to use depends on the type of computer the program is to run on, what sort of program it is, and the expertise of the programmer.

Visit the below sites and get more knowledge in programming languages

• http://alternatives.rzero.com/lang.html
• http://www.acooke.org/comp-lang.html