URL Encoder/decoder - this tool helps us to encode or decode URL

URL Decode and Encode - Online

URL Encoder/decoder - this tool helps us to encode or decode URL
URL Encoder/decoder - this tool helps us to encode or decode URL

  • Input a string of text and encode or decode it as you like.
  • Handy for turning encoded JavaScript URLs from complete gibberish into readable gibberish.
  • If you'd like to have the URL Decoder/Encoder for offline use, just view source and save to your hard drive.

Meet URL Decode and Encode, a basic online apparatus that does precisely what it says; unravels URL encoding and encodes into it rapidly and without any problem. URL encode your information in a problem free way, or decipher it into comprehensible organization. 

URL encoding, otherwise called percent-encoding, is a component for encoding data in a Uniform Resource Identifier (URI) in specific situations. In spite of the fact that it is known as URL encoding it seems to be, indeed, utilized all the more for the most part inside the primary Uniform Resource Identifier (URI) set, which incorporates both Uniform Resource Locator (URL) and Uniform Resource Name (URN). As such it is likewise utilized in the arrangement of information of the "application/x-www-structure URL encoded" media type, as is frequently utilized in the accommodation of HTML structure information in HTTP demands. 

Propelled alternatives 

Character set: if there should be an occurrence of literary information the encoding plan doesn't contain their character set, so you need to determine which one was utilized during the encoding procedure. It is typically UTF-8, however it can be some other; on the off chance that you don't know, at that point play with the accessible alternatives including the auto-identify one. This data is utilized to change over the decoded information into our site's character set, so all letters and images can be shown appropriately. Note this is unessential for documents, since no web-safe transformations must be concerned them. 

Unravel each line independently: The encoded information,, as a rule,, comprise of consistent content, even newlines are changed over into their percent-encoded structures. Earlier translating all non-encoded whitespaces are taken from the contribution to deal with its respectability. This choice is valuable on the off chance that you expected to disentangle various free information sections isolated with line breaks. 

Live mode: When you turn on this alternative the entered information is decoded quickly with your program's worked in JavaScript capacities - without sending any data to our servers. Right now this mode underpins just the UTF-8 character set. 

Protected and secure 

All interchanges with our servers are made through secure SSL encoded associations (https). Transferred records are erased from our servers following being handled, and the subsequent downloadable document is erased directly after the first download endeavor, or 15 minutes of idleness. We don't keep or review the substance of the entered information or transferred documents in any capacity. Peruse our security arrangement beneath for additional subtleties. 

Totally free 

Our device is allowed to utilize. From now you don't need to download any product for such assignments. 

Subtleties of the URL encoding 

Sorts of URI characters 

The characters permitted in a URI are either saved or open (or a percent character as a feature of a percent-encoding). Held characters are those characters that occasionally have exceptional significance. For instance, forward slice characters are utilized to isolate various pieces of a URL (or all the more for the most part, a URI). Open characters have no such implications. Utilizing percent-encoding, saved characters are spoken to utilizing uncommon character groupings. The arrangements of saved and open characters and the conditions under which certain saved characters have unique significance have changed somewhat with every modification of details that administer URIs and URI plans. 

RFC 3986 area 2.2 Reserved Characters (January 2005) 

! * ' ( ) ; : @ & = + $ , / ? # [

RFC 3986 area 2.3 Unreserved Characters (January 2005) 


a b c d e f g h i j k l m n o p q r s t u v w x y

0 1 2 3 4 5 6 7 8 9 - _.

Different characters in a URI must be percent-encoded. 

Percent-encoding held characters 

At the point when a character from the held set (a "saved character") has uncommon importance (a "saved reason") in a specific setting, and a URI conspire says that it is important to utilize that character for some other reason, at that point the character must be percent-encoded. Percent-encoding a saved character includes changing over the character to its comparing byte esteem in ASCII and afterward speaking to that an incentive as a couple of hexadecimal digits. The digits, went before by a percent sign ("%"), are then utilized in the URI instead of the held character. (For a non-ASCII character, it is ordinarily changed over to its byte succession in UTF-8, and afterward every byte esteem is spoken to as above.) 

The held character "/", for instance, whenever utilized in the "way" segment of a URI, has the uncommon importance of being a delimiter between way fragments. In the event that, as indicated by a given URI conspire, "/" should be in a way portion, at that point the three characters "%2F" or "%2f" must be utilized in the fragment rather than a crude "/". 

Held characters after percent-encoding 

! # $ & ' ( ) * + , / : ; = ? @ [

%21 %23 %24 %26 %27 %28 %29 %2A %2B %2C %2F %3A %3B %3D %3F %40 %5B %5D 

Held characters that have no saved reason in a specific setting may likewise be percent-encoded however are not semantically unique in relation to those that are most certainly not. 

In the "question" segment of a URI (the part after a ? character), for instance, "/" is as yet thought to be a held character however it regularly has no saved reason, except if a specific URI conspire says something else. The character shouldn't be percent-encoded when it has no saved reason. 

URIs that vary just by whether a saved character is percent-encoded or shows up truly are regularly viewed as not proportionate (signifying a similar asset) except if it very well may be resolved that the held characters being referred to have no saved reason. This assurance is reliant upon the principles built up for held characters by singular URI plans. 

Percent-encoding open characters 

Characters from the open set never should be percent-encoded. 

URIs that contrast just by whether an open character is percent-encoded or shows up actually are comparable by definition, however URI processors, by and by, may not generally perceive this identicalness. For instance, URI buyers shouldn't treat "%41" uniquely in contrast to "An" or "%7E" uniquely in contrast to "~", yet some do. For most extreme interoperability, URI makers are disheartened from percent-encoding open characters. 

Percent-encoding the percent character 

Since the percent ("%") character fills in as the marker for percent-encoded octets, it must be percent-encoded as "%25" for that octet to be utilized as information inside a URI. 

Percent-encoding self-assertive information 

Most URI plans include the portrayal of self-assertive information, for example, an IP address or document framework way, as segments of a URI. URI plot details should, yet regularly don't, give an unequivocal mapping between URI characters and every single imaginable datum esteems being spoken to by those characters. 

Twofold information 

Since the production of RFC 1738 of every 1994 it has been specified[1] that conspires that accommodate the portrayal of twofold information in a URI must partition the information into 8-piece bytes and percent-encode every byte in a similar way as above. Byte esteem 0F (hexadecimal), for instance, ought to be spoken to by "%0F", however byte esteem 41 (hexadecimal) can be spoken to by "An", or "%41". The utilization of unencoded characters for alphanumeric and other open characters is commonly favored as it brings about shorter URLs. 

Character information 

The system for percent-encoding twofold information has frequently been extrapolated, some of the time improperly or without being completely indicated, to apply to character-based information. In the World Wide Web's early stages, when managing information characters in the ASCII collection and utilizing their comparing bytes in ASCII as the reason for deciding percent-encoded successions, this training was moderately innocuous; it was recently expected that characters and bytes mapped coordinated and were tradable. The need to speak to characters outside the ASCII extend, be that as it may, developed rapidly and URI plans and conventions regularly neglected to give standard principles to getting ready character information for consideration in a URI. Web applications thusly started utilizing diverse multi-byte, stateful, and other non-ASCII-perfect encodings as the reason for percent-encoding, prompting ambiguities and trouble deciphering URIs dependably. 

For instance, numerous URI plans and conventions dependent on RFCs 1738 and 2396 assume that the information characters will be changed over to bytes as per some undefined character encoding before being spoken to in a URI by open characters or percent-encoded bytes. On the off chance that the plan doesn't permit the URI to give an indication regarding what encoding was utilized, or if the encoding clashes with the utilization of ASCII to percent-encode held and open characters, at that point the URI can't be dependably deciphered. A few plans neglect to represent encoding by any means, and rather simply recommend that information characters map straightforwardly to URI characters, which surrenders it over to usage to choose whether and how to percent-encode information characters that are in neither the saved nor open sets. 

Regular characters after percent-encoding (ASCII or UTF-8 based) 

newline space " % - . < > \ ^ _ ' { | }

%0A or %0D or %0D%0A %20 %22 %25 %2D %2E %3C %3E %5C %5E %5F %60 %7B %7C %7D %7E 

Self-assertive character information is in some cases percent-encoded and utilized in non-URI circumstances, for example, for secret key obscurity programs, or other framework explicit interpretation conventions.

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