Eid Mubarak

Eid-Al-Adha is one of the major holidays of Islam. According to Muslim tradition, it celebrates the sacrifice that Abraham was willing to make of his own son Ishmael when he was commanded to show his commitment to Allah. At Allah's direction, the angel Gabriel substituted a lamb for Ishmael, after Allah was convinced that Abraham would indeed sacrifice Ishmael to prove his faith.



On this day, Muslims celebrate in several ways. A large feast is the high point of the day. The name of the holiday, Eid Al-Adha, means "The Feast of the Sacrifice." An animal is sacrificed, in much the same way that Abraham sacrificed a lamb. One-third of the meat is given to the poor, and the rest goes to the holiday feast. Children get gifts to commemorate the holiday, and special prayers are said throughout the day. Eid al-Adha, (Arabic: “Festival of Sacrifice”)also spelt ʿĪd al-Aḍḥā, also called ʿĪd al-Qurbān or al-ʿĪd al-Kabīr (“Major Festival”), Turkish Kurban Bayram, the second of two great Muslim festivals, the other being Eid al-Fitr.


eid discount
Eid al-Adha marks the culmination of the hajj (pilgrimage) rites at Minā, Saudi Arabia, near Mecca, but is celebrated by Muslims throughout the world. As with Eid al-Fitr, it is distinguished by the performance of communal prayer (ṣalāt) at daybreak on its first day. It begins on the 10th of Dhu’l-Hijja, the last month of the Islamic calendar, and continues for an additional three days (though the Muslim use of a lunar calendar means that it may occur during any season of the year). During the festival, families that can afford to sacrifice a ritually acceptable animal (sheep, goat, camel, or cow) do so and then divide the flesh equally among themselves, the poor, and friends and neighbours. Eid al-Adha is also a time for visiting with friends and family and for exchanging gifts.

What is a Web Application?

A website is defined by its content, while a web application is defined by its interaction with the user. That is, a website can plausibly consist of a static content repository that's dealt out to all visitors, while a web application depends on interaction and requires programmatic user input and data processing.



For example, a news site would be a website, but a spreadsheet or a collaborative calendar would be web applications. The news site shows essentially the same information to all visitors, while the calendar processes individual data.



Practically, most websites with quickly changing content will also rely on a sophisticated programmatic (and/or database) backend. At least in principle, they're only defined by their output. The web application, on the other hand, is essentially a program that runs remotely, and it depends fundamentally on a processing and a data storage backend.


Web apps have several advantages over desktop applications. Since they run inside web browsers, developers do not need to develop web apps for multiple platforms.


For example, a single application that runs in Chrome will work on both Windows and OS X.
Developers do not need to distribute software updates to users when the web app is updated. By updating the application on the server, all users have access to the updated version.

A web Application

From a user standpoint, a web app may provide a more consistent user interface across multiple platforms because the appearance is dependent on the browser rather than the operating system. Additionally, the data you enter into a web app is processed and saved remotely. This allows you to access the same data from multiple devices, rather than transferring files between computer systems.



While web applications offer several benefits, they do have some disadvantages compared to desktop applications. Since they do not run directly from the operating system, they have limited access to system resources, such as the CPU, memory, and the file system.



Therefore, high-end programs, such as video production and other media apps generally perform better as desktop applications. Web apps are also entirely dependent on the web browser. If your browser crashes, for example, you may lose your unsaved progress. Also, browser updates may cause incompatibilities with web apps, creating unexpected issues.



Web applications have been around since before the World Wide Web gained mainstream popularity. For example, Larry Wall developed Perl, a popular server-side scripting language, in 1987. That was seven years before the internet started gaining popularity outside of academic and technology circles.



The first mainstream web applications were relatively simple, but the late 90s saw a push toward more complex web applications. Nowadays, millions of Americans use the application to file their income taxes online, perform online banking tasks, stay in touch with friends and loved ones and so much more.



Web applications are usually coded in such as JavaScript and HTML as these languages rely on the browser to render the program executable. Some of the applications are dynamic, requiring server-side processing. Others are static with no processing required at the server.



The web application requires a web server to manage requests from the client, an application server to perform the tasks requested, and, sometimes, a database to store the information. Application server technology ranges from ASP.NET, ASP and ColdFusion, to PHP and JSP.



The user triggers a request to the web server over the Internet, either through a web browser or the application’s user interface. The web server forwards this request to the appropriate web application server.

Web application server performs the requested task – such as querying the database or processing the data – then generates the results of the requested data.


Web application server sends results to the web server with the requested information or processed data.
The web server responds to the client with the requested information that then appears on the user’s display Increased Internet usage among companies and individuals has influenced the way businesses are run.



This has led to the widespread adoption of web applications as companies shift from traditional models to cloud-based and the grid models. Web applications give businesses the ability to streamline their operations, increase efficiency, and reduce costs.



These online apps such as email clients, word processors, spreadsheets, and other programs provide the same functionality as the desktop versions. However, they have an added advantage of working across multiple platforms, having a broader reach and being easily accessible from anywhere.

History of the dynamic web

A website, or individual web page, can be static or dynamic. A
static website contains information that does not change.
It remains the same, or static, for every viewer of the
site.
A dynamic website contains information that changes, depending on the
viewer, the time of the day, the time zone,
the viewer's native language, and other factors.

A history of the dynamic web


Most used programming languages on the web today:
As is generally well known, the early days of the internet and the world wide web
were not particularly dynamic.
While dial-up BBSes and early websites allowed unprecedented access to people around the world, the visual
display of that information was not of the highest
priority.
Bandwidth was at a premium (insert joke about current monopoly
telco practices here)
, so it was generally by
necessity that information is presented in a manner that was not overly
taxing on download size.
While this edict has largely held true over
the years, and even into today, the available bandwidth that visitors have, and the technologies used to get that
information to them, have greatly improved and provided us all with
wave after wave of exciting new things to discover on the web.

Today we enjoy websites that are full of content and services that let us take care of anything imaginable online (well,
almost). But the ride to our “Web 2.0” world of today has taken quite a while. It has been about 14 years since the
first web page with dynamic content was created.
This is a look at the history of the dynamic web, especially the server-side programming languages and frameworks that
make it all possible.

From static to dynamicHistory of dynamic web


When the Web first started, there were only static HTML pages. The internet had been around for some time already, but
it was only after the introduction of HTML (and with it, web browsers) that what we call the World-Wide Web got started.
A lot has happened since then. We would like to place the birth of the dynamic web to when CGI, Common Gateway
The interface was first introduced in 1993, 14 years ago. CGI was a way to let a website run scripts (usually Perl scripts
back then) on the web server and display the output.
Now the web has evolved tremendously and is powered by server-side technologies and languages such as PHP, Java,
ASP.NET, Python, Ruby (with Ruby on Rails), and many others.
(You may gasp in horror that we have not yet mentioned JavaScript and AJAX, but remember that the focus of this article
is on the server side, not the client side.)
So, how did we get from A to B? For your viewing pleasure, we have created a handy little timeline.

The future of the dynamic web


These days websites are in many cases full-fledged browser-based applications. The line between web and desktop
applications is blurring more for every day that passes.
There is a strong movement towards RIA (Rich Internet
Applications
) where some notable initiatives are JavaFX from
Sun, Flex from Adobe and Silverlight from Microsoft. These frameworks allow for richer,
more interactive and responsive web applications that can have more elements of regular desktop applications.
It seems very likely that the difference between what is a desktop application and what is a web application will
eventually, disappear.
A positive side effect of putting more power and flexibility on the client side, versus the way many web applications
work today is that it not only sidesteps limitations of HTML/CSS and JavaScript, but it will also make it easier for
websites (web applications) to scale in the future since the load on the backend servers would lessen.
One thing we know for sure: Whatever the future of the web holds, it’s going to be an interesting ride.

Glossary (to fill in the blanks if you have any)


CGI (Common Gateway Interface)
A standard protocol for interfacing external application software with an information server, usually a web server.
Perl
Perl was a highly used language on the early web and still is very much alive today. Large websites using Perl include
Amazon.com, LiveJournal.com, Ticketmaster.com and IMDb.com.
Python
A programming language that keeps gaining popularity. Some projects that use Python are the Zope application server,
YouTube and Google has mentioned that they use Python extensively.
PHP
Most likely the most used server-side scripting language in the world. Over 19 million internet domains are currently
hosted on servers with PHP installed. Examples of popular server-side PHP applications include phpBB, WordPress, and
MediaWiki.
ColdFusion
Adobe’s ColdFusion framework still has a strong following. According to Adobe, ColdFusion is in use at 75 of the Fortune
100 companies.
ASP and ASP.NET
Microsoft’s framework for dynamic web pages. Examples of sites using ASP.NET are MySpace.com, Dell.com, Match.com and
Monster.com. Common languages used with ASP.NET include Visual Basic and C#.
Lasso
Scripting language and framework loved by the Apple Mac community.
Java Servlet
Server-side Java. Sun’s Java language has a strong developer following. Some sites that use Java are eBay.com,
LinkedIn.com and Hi5.com.
Ruby on Rails
A complete framework built around the Ruby scripting language. The philosophy of Ruby on Rails has been adopted to other
languages with framework releases such as Django (Python), CakePHP (PHP), Symfony (PHP) and many more. Basecamp and
Twitter are two websites running on Ruby on Rails.

History of the World Wide Web

A Little History of the World Wide Web


from 1945 to 1995 web history



1945

Vannevar Bush writes an article in Atlantic Monthly about a photo-electrical-mechanical device called a Memex, for
memory extension, which could make and follow links between documents on microfiche.
Doug Engelbart prototypes an "oNLine System" (NLS) which does hypertext browsing editing, email, and so on. He invents
the mouse for this purpose. See the Bootstrap Institute Library.
Ted Nelson coins the word Hypertext in A File Structure for the Complex, the Changing, and the Indeterminate. 20th
National Conference, New York, Association for Computing Machinery, 1965. See also: Literary Machines. Note: There used
to be a link here to "Hypertext and Hypermedia: A Selected Bibliography" by Terence Harpold, but the site hosting the
resource did not maintain the link.
Andy van Dam and others build the Hypertext Editing System and FRESS in 1967.

1980

While consulting for CERN June-December of 1980, Tim Berners-Lee writes a notebook program,
"Enquire-Within-Upon-Everything", which allows links to be made between arbitrary nodes. Each node had a title, a type,
and a list of bidirectional typed links. "ENQUIRE" ran on Norsk Data machines under SINTRAN-III. See: Enquire user
manual as scanned images or as HTML page(alt).

1989

March
"Information Management: A Proposal" written by Tim BL and circulated for comments at CERN (TBL). Paper "HyperText and
CERN" produced as background (text or WriteNow format).

1990

May Proposal recirculated.
September
Mike Sendall, Tim's boss, the purchase of a NeXT cube, and allows Tim to go ahead and write a global hypertext system.
October
Tim starts work on a hypertext GUI browser+editor using the NeXTStep development environment. He makes up "WorldWideWeb"
as a name for the program. (See the first browser screenshot) "World Wide Web" as a name for the project (over
Information Mesh, Mine of Information, and Information Mine).
Project original proposal reformulated with encouragement from CN and ECP divisional management. Robert Cailliau (ECP)
joins and is of the version.
November
Initial WorldWideWeb program development continues on the NeXT (TBL) . This was a "what you see is what you get" ()
browser/editor with the inline creation of links. The first web server was nxoc01.cern.ch, later called info.cern.ch,
and the first web page http://nxoc01.cern.ch/hypertext/WWW/TheProject.html Unfortunately CERN no longer supports the
historical site. Note from this era too, the least recently modified web page we know of, last changed Tue, 13 Nov 1990
15:17:00 GMT (Though the URI changed.)
November
Technical Student Nicola Pellow (CN) joins and starts work on the line-mode browser. Bernd Pollermann (CN) helps to get
CERNVM "FIND" index running. TBL gives a colloquium on hypertext in general.
Christmas
Line mode browser and WorldWideWeb browser/editor demonstrable. Access is possible to hypertext files, CERNVM "FIND",
and Internet news articles.

1991

February for ECP division. 26 February 1991 Presentation of the project to the ECP/PT group.
March
Line mode browser (www) released to the audience on vax, rs6000, sun4.
May
Workplan produced for CN/AS group.
17 May
Presentation to "C5" Committee. A general release of WWW on central CERN machines.
12 June
CERN Computer Seminar on WWW.
August
The file available on the net by FTP, posted on alt.hypertext (6th, 6th, 19th Aug), comp.sys.next.announce (20th),
comp.text.sgml and comp.mail.multi-media (22nd). Jean-Francois Groff joins the project.
October
VMS/HELP and WAIS gateways installed. Mailing lists www-interest (now www-announce) and www-talk@info.cern.ch (see
archive) started. One year status report. Anonymous telnet service started.
December
Presented poster and demonstration at Hypertext'91 in San Antonio, Texas (US). the browser installed on VM/CMS. CERN
computer newsletter announces W3 to the HEP world.
Dec 12: Paul Kunz installs first Web server outside of Europe, at SLAC.

1992

15 January
Line mode browser releases 1.1 available by anonymous FTP (see news). Presentation to AIHEP'92 at La Londe (FR).
12 February
Line mode v 1.2 on alt.hypertext, comp.infosystems, comp.mail.multi-media, .sting, comp.archives.admin, and mailing
lists.
April
29th April: Release of Finnish "Erwise" GUI client for X mentioned in by TimBL.
May
Pei Wei's "Viola" GUI browser for X test version dated May 15. (See by TimBL)
At CERN, Presentation and demo at JENC3, Innsbruck (AT). Technical Student Carl Barker (ECP) joins the project.
June
Presentation and demo at HEPVM (Lyon). People at FNAL (Fermi National Accelerator Laboratory (US)), NIKHEF (Nationaal
Instituut Hoge Energie Fysika, (NL)), DESY (Deutsches Elektronen Synchrotron, Hamburg, (DE)) join with WWW servers.
July
Distribution of WWW through CernLib, including Viola. WWW library code ported to DECnet. Report to the Advisory Board on
Computing.
August
Introduction of CVS for code management at CERN.
September
Plenary session demonstration to the HEP community at CHEP'92 in Annecy (FR).
November
Jump back in time to a snapshot of the WWW Project Page as of 3 Nov 1992 and the WWW project web of the time, including
the list of all 26 reliable servers, NCSA's having just been added, but no sign of Mosaic.

1993

January
By now, Midas (Tony Johnson, SLAC), Erwise (HUT), and Viola (Pei Wei, O'Reilly Associates) browsers are available for X;
CERN Mac browser (ECP) released as alpha. Around 50 known HTTP servers.
February
NCSA release a first alpha version of Marc Andreessen's "Mosaic for X". Computing seminar at CERN. The University of
Minnesota announced that they would begin to charge licensing fees for Gopher's use, which caused many volunteers and
employees to stop using it and switch to WWW.
March
WWW (Port 80 HTTP) traffic measures 0.1% of NSF backbone traffic. WWW presented at Online Publishing 93, Pittsburgh.
The Acceptable Use Policy prohibiting commercial use of the Internet re-interpreted., so that it allowed.
April
April 30: Date on the declaration by CERN's directors that WWW technology would be freely usable by anyone, with no fees
being payable to CERN. A milestone document.
July
Ari Luotonen (ECP) joins the project at CERN. He implements access, proceeds to re-write the CERN server.
July 28-30
O'Reilly hosts first WWW Wizards Workshop in Cambridge Mass (US).
September
WWW (Port 80 ) traffic measures 1% of NSF backbone traffic. NCSA releases working versions of Mosaic browser for all
common platforms: X, PC/Windows Macintosh.
September 6-10: On a bus at a seminar Information at Newcastle University, MIT's Prof. David Gifford suggests Tim BL
contact Michael Dertouzos of MIT/LCS as a possible consortium host site.
October
Over 200 known HTTP servers. The European Commission, the Fraunhofer Gesellschaft CERN start the first Web-based project
of the European Union (DG XIII): WISE. Using the Web of technological information to Europe's fewer regions.
December
WWW receives IMA award. John Markov writes a page and a half on WWW and Mosaic in "The New York Times" (US) business
section. "The Guardian" (UK) publishes a page on WWW, "The Economist" (UK) analyses the Internet and WWW.
Robert Cailliau gets go-ahead from CERN Management to the First International WWW Conference at CERN.

1994

January
O'Reilly, Spry, etc. announce the "Internet in a box" product to bring the Web into homes.
March
Marc Andreessen and colleagues leave NCSA to form "Mosaic Communications Corp" (later Netscape).
May 25-27
First International WWW Conference, CERN, Geneva. Heavily oversubscribed (800 apply, 400 allowed in): the "Woodstock of
the Web". VRML is conceived here. TBL's closing keynote hints at the organization. (Some of Tim's slides on Semantic
Web)
June
M. Bangemann report on European Commission Information Superhighway plan. Over 1500 registered servers.
Load on the first Web server (info.cern.ch) 1000 times what it has been 3 years earlier.
Over June '91 to June 94, stead
July
MIT/CERN agreement to start W3 Organisation is announced by Bangemann in Boston. MIT press release. Reports in Wall
Street Journal, Boston Globe etc.
August
The founding of the IW3C2: the International WWW Conference Committee, in Boston, by NCSA and CERN.
September
The European Commission and CERN propose the WebCore project for the development of the Web core technology in Europe.
1 October
World Wide Web Consortium founded.
October
Second International WWW Conference: "Mosaic and the Web", Chicago. Also heavily oversubscribed: 2000 apply, 1300
allowed in.
14 December
First W3 Consortium Meeting at M.I.T. in Cambridge (USA).
15 December
First meeting with European Industry and the European Consortium branch, at the European Commission, Brussels.
16 December
CERN Council unanimously approves the construction of the LHC (Large Hadron Collider) accelerator, CERN's next machine
and a competitor to the US' already defunct SSC (Superconducting Supercollider). Stringent budget conditions are however
imposed. CERN thus decides not to continue WWW development, and in concertation with the European Commission and INRIA
(the Institute National pour la Recherche en Informatique et Automotive, FR) transfers the WebCore project to INRIA.

1995

February
the Web is the main reason for the theme of the G7 meeting hosted by the European Commission in the European Parliament
buildings in Brussels (BE).
March
CERN holds a two-day seminar for the European Media (press, radio, TV), attended by 250 reporters, to show WWW. It is
demonstrated on 60 machines, with 30 pupils from the local International High School helping the reporters "surf the
Web."
April
Third International WWW Conference: "Tools and Applications", hosted by the Fraunhofer Gesellschaft, in Darmstadt (DE)
June
The founding of the Web Society in Graz (AT), by the Technical University of Graz (home of Hyper-G), CERN, the
University of
Minnesota (home of Gopher) and INRIA.

Get your free website design

Get your free website design


There are millions of charities in the world, and with so many worthy causes, Charity is possible in various forms.
We are VertigoSourcing, decided to donate 13 thousand dollars (1million taka) to non-profitable organizations.


As a part of this scheme, we are going to build 60 websites for free of cost. There are thousands and thousands of
charitable organizations all around the globe. We’ll help those organizations to reach a bigger audience, inspire
more people to support their cause, and raise more money.


Contact as soon as possible to get your free website design. To succeed in these fields, we'll need your help,
please share, like thumbs up as much you can, both oral and written and be able to influence others.
Your share will help to reach the right audience. You could join a good cause by just Sharing, spread the offer who
need it most.


Networking is an amazing benefit of volunteering, as many charitable organizations have a strict budget.
They may not be able to afford to invest much money in advertising or marketing.


Public relations is a great way to build awareness for a charity, grow the brand, communicate to a target audience
and encourage support. Social media is a cost-effective way to communicate with supporters, sponsors and people who
will benefit from the charity. For an organization with a tight budget, it’s a very helpful tool to disperse
messages, gain feedback, engage your target audience and promote the charity.


One way you can encourage donations or participation is by making it easy for people to share their support for the
charity. If someone donates your website you can encourage them to tell their friends by including share buttons on
the donation page.





[table
type="table-striped"]















animals


Animals



arts


Arts,
Culture, Humanities


religion

Religion



education


Education



research


Research
& Public Policy



health


Health


public

Human and
Civil Rights


international

International



human


Human
Services



community-development


Community
Development



environment


Environment



Public, Societal Benefit


Public,
Social Benefit


[/table]



Raising awareness of the charity in the hope that more people donate to it is vital. This can come in the form of
publicity, marketing and communications. Representing the organization at events, organizing large-scale fundraisers
and awareness campaigns or liaising with benefactors who will be making substantial donations.


The voluntary sector is benefitting hugely from social media, as it enables fast, effective targeting of potential
donors. Volunteers and contributors for fundraising and other campaigns aimed at internet users. This area is
growing all the time and there are now dedicated digital jobs available in this sector.

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 5. Glue for Yoast SEO & AMP

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Description
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Upload your site to a different location with a drag and drop into WordPress.


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Start with Jetpack to gain website-tracking features and more.

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