URL Encoder / Decoder
Enter the text that you wish to encode or decode:
URL Encoder / Decoder tool
Beyondlink SEO Tools bring you the smartest and fastest online URL Encoder/Decoder tool for free!
This online URL Encoder/Decoder tool is extremely helpful when adding special characters to a URL parameter which is also known and often referred to as percent-encoding. The process of URL encoding involves the replacement of unallowable characters with a % (percent sign) and additional two hexadecimal values. While URL decoding works if you want to know an email campaign or the newsletter’s source.
How to use this Online URL Encoder/Decoder?
The Beyondlink SEO Tools free online URL Encoder/Decoder tool works when you add a string of text to the space provided on this link https://smallseotools.com/online-url-encoder-decoder/. Then, all you have to do is to click on the “Encode” or “Decode” button, and it will show the results instantly.
This will come in handy when you want to turn encoded JavaScript URLs with barely readable text into more readable text. The URL normally contains a non-alphanumeric letter or character that will be encoded into “%” (percent symbol), followed by a few alphanumeric texts. Then, the white spaces in a text will be encoded by the “+” symbol.
URLs can only be carried over to the Internet using the ASCII character set. Since these URLs come with characters outside the ASCII set, the URL needs to be converted into a usable ASCII format. This URL encoding is used to replace unsafe ASCII characters with a percent sign (%) followed by two hexadecimal digits. URL encoding replaces a space with either a plus sign (+) or with %20.
URL Encoding and URL Decoding
URL encoding is generally used in the query string or also known as the Uniform Resource Identifier (URI). Users only really want to use URL encoding on the special symbols. This free online URL Encoder/Decoder tool will do the job if you want to get your URL encoded or decoded.
How does URL Encoding work?
URL encoding converts non-ASCII characters into a format that can be transmitted over the Internet. URL encoding replaces non-ASCII characters with a "%" followed by hexadecimal digits. URLs cannot contain spaces. URL encoding normally replaces a space with a plus (+) sign, or %20.
Types of URI characters
The characters that are acceptable in a URI are either reserved or unreserved (or a percent sign as part of a percent-encoding). Reserved characters refer to characters that could have special meaning. A good example of this is a slash character which is commonly used to separate different parts of a URL. On the other hand, unreserved characters have no special meanings.
In using percent encoding, the reserved characters are represented using a unique character arrangement. The sets of reserved and unreserved characters and the conditions under which certain reserved characters have special meaning have changed marginally with each modification of specifications that manage URIs and URI schemes.
How does the Percent-encoding of unreserved characters work?
When a certain character from the reserved set has special meaning in a certain environment, and a URI scheme says that it's important to use that specific character for a different purpose, also the character should be percent-decoded.
Doing percent-encoding of a reticent character generally involves converting the character to its corresponding byte value in ASCII and also representing that value as a brace of hexadecimal integers. The integers before a percent sign() are also used in the URI in place of the reticent character. And for the bones
that are not-ASCII characters, it's typically converted to its byte arrangement in UTF- 8, and also each byte value is represented as mentioned over.
The reserved characters that have no reticent purpose in a specific environment may also be percent-decoded but aren't semantically different from the bones
that are not. Let’s have this as an illustration “/ ” is still considered a reticent character but generally, it has no reticent purpose unless a certain URI scheme says else. This is the reason why a character doesn't need to be percent-decoded when it has no reticent purpose.
