URL Encoder / Decoder

Enter the text that you wish to encode or decode:

About URL Encoder / Decoder

A Dialogue on URL Encoders and Decoders Available Online
A quick and trustworthy online URL encoder/decoder is now available at no cost from Prosno SEO Tools.

You may use our online URL Encoder/Decoder tool if you need to include non-standard characters into a URL parameter (a technique known as percent encoding). Invalid characters are replaced by a percent sign (%) and two hexadecimal integers during the URL encoding process. One possible use of URL decoding is tracing the origin of an email marketing or newsletter.

How to encode and decode URLs online.
To use the free online URL Encoder/Decoder tool from Prosno SEO Tools, just copy and paste some text into the box on this page (https://Prosnojhuli.com/online-url-encoder-decoder/). Anytime you use the "Encode" or "Decode" buttons, the outcomes will be shown promptly.

If you have a JavaScript URL that is badly encoded and difficult to understand, this may assist. A typical URL might consist of a few alphanumeric characters followed by one or two that cannot be written as a percent sign (%). After that point, the plus sign (+) will be used to denote spaces inside a text.

Internet Protocol addresses (URLs) may only be sent to the server in ASCII for concerns of security. These URLs utilize characters that aren't included in the ASCII character set, therefore they'll need to be translated to ASCII before they can be used. Potentially harmful ASCII characters in URLs are replaced with the percent symbol (%) followed by two hexadecimal numbers. Depending on the URL encoding, a space may be represented as a plus sign (+) or a percent sign (%).

Explain what URL encoding and decoding are and how they work for the average person.
Uniform Resource Locator encoding is often used in the query string (URI). The encoding of special characters in URLs is the only thing most users care about. You may encode or decode URLs using this free online tool.

The benefits of encoding URLs are explained.
According to RFC 1738, only a limited range of characters may be used in URLs. Here's a quick rundown of who they are:

Using the letters A through Z (ABCDEFGHIJKLMNOPQRSTUVWXYZ) (Hyphen or Dash) A–Z (abcdefghijklmnopqrstuvwxyz) (abcdefghijklmnopqrstuvwxyz) The digits 0 through 9 are highlighted (0123456789). (Period)
Money sign Bang or Exclamation $! Plus Sign Plus Sign Exponentiation Sign (Also known as a star or asterisk)
For illustration: As an example: ((Open Parenthesis)'(Single Quotation Mark)) (Closing Bracket)
So, how exactly does URL Encoding function?
Online URL encoding (also known as "percent-encoding") lets you include context-sensitive information in a URI. Though more often known as "URL encoding," this encoding is really a subset of the larger Uniform Resource Identifier (URI) family, which also contains "Uniform Resource Names" (URNs) (URN).

URL encoding is used for both preparing data and submitting it online, in this case via HTTP queries sent to an HTML form.

The percent sign (%) is substituted for every unmodified character, followed by the character's two-digit hexadecimal value in the corresponding ISO character set. Here are a few illustrations:

There is a %24 for the dollar sign ($), a %2B for the plus sign (+), a %26 for the ampersand (&), and a %2C for the comma (,). Can you tell me what happens if I replace the colon with a semicolon and then compare equals to equals? Amount of Commercial Attributes (40%) = %3F Questionable Belief
What is the precise limit on the number of character types that may be used in a URI?
You can only use certain types of characters in a URI, called "reserved characters" and "unreserved characters," respectively (or a percent sign as part of a percent-encoding). In computer code, "reserved" characters are those that may take on other meanings depending on context. In a URL, the slash character, for instance, denotes a division (URL). But reserved characters have unique meaning whereas unreserved ones don't.

Reserved characters are represented by separate groups of characters using a technique called percent-encoding. With each update to the rules governing URIs and URI schemes, the list of reserved characters and the situations in which they take on particular significance changes somewhat.

Give an explanation of how percent-encoding works for regular characters.
To avoid confusion, a URI must be encoded with a percent sign (%) if the scheme for which it is being used requires the use of a special character from the reserved set.

Once converted to their ASCII bytes and represented as a pair of hexadecimal numbers, reserved characters may be encoded using percent signs. After the percent sign (%) in a URI, the preceding numbers stand in for the reserved character. Each byte value is presented in the manner described above after being translated to its UTF-8 byte arrangement, which is the standard method for dealing with non-ASCII characters.

Reserving percent-encoding for letters that have no fixed use in any particular context does not alter their meaning. To provide an example: Despite being a reserved character, most URI systems make no special use of the slash character (/). If a character doesn't accomplish anything special, there's no need to encode it with a % sign.

Non-reserved characters never need percent-based encoding.
While two URIs are comparable if the only difference between them is whether an unreserved character is percent-encoded or appears literally, URI mainframes may not always pick up on this similarity. If maximum compatibility is desired, URI authors should avoid using percent-encoding for characters that are not reserved.

Is there any way to save the % symbol in a code?
If you need to use a percent sign (%) as data in a URI, you'll need to percent-encode it as "%25" for that octet first.

When we say that certain data is "Percent-encoded," what precisely do we mean?
In various URI schemes, the URI itself may consist of user-supplied data, such as an IP address or the path of a user-defined file system.

Each character in a URI scheme should have an associated data value, and this mapping should be included in the URI scheme's documentation.