They allow you to create websites easily and at a much affordable price. For example, to create a site on the WordPress. If you want to learn, see our step-by-step guide on how to make a website in WordPress. If you want to create a site with self-hosted WordPress WordPress.
A blog is a type of website that is focused on providing information on different topics. The content of the blog appears in reverse chronological order newer posts appear on top.
Blogs are primarily run by an individual or a group of people and they aim to convey information in a conversational and informal way. Blogs often share general information, experience, reviews, critics, suggestions, or reactions through their posts.
A reader can get an insight into what the post is trying to convey. When blogging was started in the early days, it was used as a personal diary where writers would share their daily lives activities.
With time, people have started blogging to share information on various other topics like education, health care, business, fitness, tech, motivation, etc. Some people seem to find it a little uneasy to distinguish between blogs and websites. Here are some of the things that differentiate blogs and websites. For more information, see our detailed article on what is a blog. We hope this article helped you to get a clear picture of what a website is, how it works, types and uses, and how to get one for your business or company.
If you already have a site, then please feel free to share your experience with us. They mean the same thing. It also means the website. If you want to build your own website, then you can pick one of the best site builders and start right away. Also, follow us on Facebook and Twitter for more useful blogs and articles. I am indeed very impressed by your simple, precise and concise tutorial of what is a website.
I am wiser and better informed. I will get to you when I am ready to open my website. Subscribe to our blog and get exclusive content every week! We don't like spam, so we won't spam you with junk email. Facebook Tweet LinkedIn Pin.
What is a Website? What is a Website Used For? And Types of Websites. Top Websites on the Internet. How Does a Website Work? Internet addresses are in the form nnn. This address is known as an IP address. IP stands for Internet Protocol; more on this later.
The picture below illustrates two computers connected to the Internet; your computer with IP address 1. The Internet is represented as an abstract object in-between. As this paper progresses, the Internet portion of Diagram 1 will be explained and redrawn several times as the details of the Internet are exposed. In any case, if you are connected to the Internet, your computer has a unique IP address.
It's called ping , probably after the sound made by older submarine sonar systems. If you're using a flavor of Unix, get to a command prompt. Type ping www. The pinged computer will respond with a reply. The ping program will count the time expired until the reply comes back if it does. Also, if you enter a domain name i. More on domain names and address resolution later.
Protocol Stacks and Packets So your computer is connected to the Internet and has a unique address. How does it 'talk' to other computers connected to the Internet? An example should serve here: Let's say your IP address is 1. The message you want to send is "Hello computer 5. Obviously, the message must be transmitted over whatever kind of wire connects your computer to the Internet. Let's say you've dialed into your ISP from home and the message must be transmitted over the phone line.
Therefore the message must be translated from alphabetic text into electronic signals, transmitted over the Internet, then translated back into alphabetic text. How is this accomplished? Through the use of a protocol stack. Every computer needs one to communicate on the Internet and it is usually built into the computer's operating system i.
Windows, Unix, etc. Hardware Layer Converts binary packet data to network signals and back. If we were to follow the path that the message "Hello computer 5. If the message to be sent is long, each stack layer that the message passes through may break the message up into smaller chunks of data. This is because data sent over the Internet and most computer networks are sent in manageable chunks. On the Internet, these chunks of data are known as packets. Each packet is assigned a port number.
We need to know which program on the destination computer needs to receive the message because it will be listening on a specific port. This is where each packet receives it's destination address, 5. Now that our message packets have a port number and an IP address, they are ready to be sent over the Internet. The hardware layer takes care of turning our packets containing the alphabetic text of our message into electronic signals and transmitting them over the phone line.
On the other end of the phone line your ISP has a direct connection to the Internet. The ISPs router examines the destination address in each packet and determines where to send it. Often, the packet's next stop is another router. More on routers and Internet infrastructure later.
Eventually, the packets reach computer 5. As the packets go upwards through the stack, all routing data that the sending computer's stack added such as IP address and port number is stripped from the packets.
When the data reaches the top of the stack, the packets have been re-assembled into their original form, "Hello computer 5.
But what's in-between? What actually makes up the Internet? Let's look at another diagram: Diagram 3 Here we see Diagram 1 redrawn with more detail. The physical connection through the phone network to the Internet Service Provider might have been easy to guess, but beyond that might bear some explanation.
The ISP maintains a pool of modems for their dial-in customers. This is managed by some form of computer usually a dedicated one which controls data flow from the modem pool to a backbone or dedicated line router. This setup may be refered to as a port server, as it 'serves' access to the network. Billing and usage information is usually collected here as well.
From here the packets will usually journey through several routers and over several backbones, dedicated lines, and other networks until they find their destination, the computer with address 5. But wouldn't it would be nice if we knew the exact route our packets were taking over the Internet? As it turns out, there is a way This one is called traceroute and it shows the path your packets are taking to a given Internet destination.
When you type a web address in your browser, the browser looks at the DNS to find the website's real address before it can retrieve the website. The browser needs to find out which server the website lives on, so it can send HTTP messages to the right place see below. This is like looking up the address of the shop so you can access it.
HTTP : Hypertext Transfer Protocol is an application protocol that defines a language for clients and servers to speak to each other. This is like the language you use to order your goods.
Component files : A website is made up of many different files, which are like the different parts of the goods you buy from the shop. Assets : This is a collective name for all the other stuff that makes up a website, such as images, music, video, Word documents, and PDFs. When you type a web address into your browser for our analogy that's like walking to the shop : The browser goes to the DNS server, and finds the real address of the server that the website lives on you find the address of the shop.
The browser sends an HTTP request message to the server, asking it to send a copy of the website to the client you go to the shop and order your goods. If the server approves the client's request, the server sends the client a " OK" message, which means "Of course you can look at that website! Here it is", and then starts sending the website's files to the browser as a series of small chunks called data packets the shop gives you your goods, and you bring them back to your house.
The browser assembles the small chunks into a complete web page and displays it to you the goods arrive at your door — new shiny stuff, awesome! As the browser builds the DOM tree and applies the styles from the CSSOM tree and executes the JavaScript, a visual representation of the page is painted to the screen, and the user sees the page content and can begin to interact with it.
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