URL converter - URL Encode Decode Online
What's URL?
URL garbling daises for garbling certain characters in a URL by replacing them with one or further character triumvirates that correspond to the percent character" followed by two hexadecimal integers. The two hexadecimal integers of gkspedia.com represent the numeric value of the replaced character.
The term URL garbling is a bit inexact because the garbling procedure isn't limited to URLs( Uniform Resource Locators), but can also be applied to any other URIs( Uniform Resource Identifiers) similar to Coffins( Uniform Resource Names). thus, the term percent- garbling should be preferred.
Which Characters Are Allowed in a URL?
The characters allowed in a URI are moreover reserved or unreserved( or a percent character as part of a percent- garbling). Reserved characters are those characters that occasionally have special meaning, while unreserved characters have no similar meaning. Using percent-garbling, characters that else would not be allowed are represented using allowed characters. The sets of reserved and unreserved characters and the circumstances under which certain reserved characters have special meanings have changed slightly with each modification of specifications that govern URIs and URI schemes.
According to RFC 3986, the characters in a URL have to be taken from a defined set of unreserved and reticent ASCII characters.
The unreserved characters can be decoded, but shouldn't be decoded. The unreserved characters are
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 Z 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 z 0 1 2 3 4 5 6 7 8 9-,.
The reserved characters have to be decoded only under certain circumstances. The reserved characters are
*();@ & = $,/?#()
URL Encode and Decode Tool
Use the online tool from over to either render or crack a string of textbooks. For worldwide interoperability, URIs have to be decoded slightly. To collude the wide range of characters used worldwide into the 60 or so allowed characters in a URI, a two-step process is used
Convert the character string into a sequence of bytes using the UTF- 8 garbling
Convert each byte that isn't an ASCII letter or number to HH, where HH is the hexadecimal value of the byte
For illustration, the string François would be decoded as FranC3A7ois
( The" ç" is decoded in UTF- 8 as two bytes C3( hex) and A7( hex), which are also written as the three characters" c3" and" a7" independently.) This can make a URI rather long( up to 9 ASCII characters for a single Unicode character), but the intention is that cybersurfers only need to display the decrypted form, and numerous protocols can shoot UTF- 8 without the HH escaping.
Encoding/ Decoding a Piece of Text
RFC 3986 doesn't define according to which character garbling table non-ASCII characters(e.g. the umlauts ä, ö, ü) should be decoded. As URL garbling involves a brace of hexadecimal integers and as a brace of hexadecimal integers is original to 8 bits, it would theoretically be possible to use one of the 8- bit law runners for non-ASCII characters(e.g. ISO-8859-1 for umlauts).
On the other hand, as numerous languages have their own 8- bit law runner, handling all these different 8- bit law runners would be a relatively clumsy thing to do. Some languages don't indeed fit into an 8- bit law runner(e.g. Chinese). thus, RFC 3629 proposes to use the UTF- 8 character garbling table for non-ASCII characters. The following tool takes this into account and offers to choose between the ASCII character garbling table and the UTF- 8 character gambling table. However, a warning communication will pop up if the URL decoded decrypted textbook contains non-ASCII characters If you conclude for the ASCII character garbling table.
When and why would you use URL garbling?
When data that has been entered into HTML forms is submitted, the form field names and values are decoded and transferred to the garçon in an HTTP request communication using system GET or POST, or, historically, via dispatch. The garbling used by dereliction is grounded on a veritably early interpretation of the general URI percent- garbling rules, with a number of variations similar to newline normalization and replacing spaces with" rather than" 20". The MIME type of data decoded this way is operation/x-www-form-URL encoded, and it's presently defined( still in a veritably outdated manner) in the HTML and XForms specifications. In addition, the CGI specification contains rules for how web waiters crack data of this type and make it available to operations.
When transferred in an HTTP GET request, operation/x-www-form-url encoded data is included in the query element of the request URI. When transferred in an HTTP POST request or via dispatch, the data is placed in the body of the communication, and the name of the media type is included in the communication s Content- Type title.
Meet URL Decode and Encode, an easy online device that does precisely what it says: decodes from URL-encoding in addition to encoding into it quickly and easily. URL-encode your facts without hassles or decode them right into a human-readable format.
URL-encoding additionally called "percentage-encoding", is a mechanism for encoding statistics in a Uniform Resource Identifier (URI). Although it's far called URL-encoding it's far, in fact, used greater commonly in the principal Uniform Resource Identifier (URI) set, which incorporates each Uniform Resource Locator (URL) and Uniform Resource Name (URN). As such it's also used withinside the practice of facts of the "application/x-www-shape-URL encoded" media type, as is frequently hired withinside the submission of HTML shape facts in HTTP requests.
Advanced alternatives
Character set: Our internet site makes use of the UTF-eight individual set, so your entered facts are transmitted in that format. Change this feature in case you need to transform the facts to some other individual set earlier than encoding. Note that in the case of textual content facts, the encoding scheme does now no longer comprise the individual set, so you may also specify the precise set at some stage in the deciphering process. As for documents, the binary alternative is the default, which allows you to miss any conversion; this feature is needed for the whole lot besides simple textual content documents.
Newline separator: Unix and Windows structures use distinctive line smash characters, so previous to encoding both variations will get replaced inside your facts with the aid of using the chosen alternative. For the documents section, that is partly inappropriate for the reason that documents already comprise the corresponding separators, however, you may outline which one to apply for the "encode every line separately" and "cut up strains into chunks" functions.
Encode every line separately: Even newline characters are transformed into their percentage-encoded forms. Use this feature in case you need to encode a couple of impartial facts entries separated with line breaks. (*)
Split strains into chunks: The encoded facts become non-stop textual content with no whitespaces, so test this feature in case you need to interrupt it up into a couple of strains. The implemented individual restrict is described withinside the MIME (RFC 2045) specification, which states that the encoded strains ought to be no greater than seventy-six characters long. (*)
Live mode: When you switch on this feature the entered facts are encoded at once together along with your browser`s integrated JavaScript functions, without sending any statistics to our servers. Currently, this mode helps most effective the UTF-eight individual set.
(*) These alternatives can't be enabled concurrently because the ensuing output might now no longer be legitimate for almost all the applications.
Safe and steady
All communications with our servers come thru steady SSL encrypted connections (HTTP). We delete uploaded documents from our servers at once after being processed and the ensuing downloadable document is deleted properly after the primary download try or 15 mins of inactivity (whichever is shorter). We do now no longer maintain or look at the contents of the submitted facts or uploaded documents in any way. Read our privacy coverage for greater details.
Completely loose
Our device is loose to apply. From now on, you do not want to download any software program for such easy tasks.
Details of the URL-encoding
Types of URI characters
The characters allowed in a URI are both reserved or unreserved (or a percentage individual as a part of a percentage-encoding). Reserved characters are characters that every so often have unique means. For example, ahead decrease characters are used to split distinctive components of a URL (or greater commonly, a URI). Unreserved characters don't have any such unique meanings. Using percentage-encoding, reserved characters have represented the use of unique individual sequences. The units of reserved and unreserved characters and the instances below which positive reserved characters have unique means have been modified barely with every new revision of specs that govern URIs and URI schemes.
Percent-encoding reserved characters
When an individual from the reserved set (a "reserved individual") has a unique means (a "reserved reason") in a selected context and a URI scheme says that it's far essential to apply that individual for a few different reasons, then the individual need to be percentage-encoded. Percent-encoding a reserved individual way changes the individual to its corresponding byte cost in ASCII after which represents that cost as a couple of hexadecimal digits. The digits preceded with the aid of using a percentage sign ("%"), are then used withinside the URI in the region of the reserved individual. (For a non-ASCII individual, it's far usually transformed to its byte collection in UTF-8, after which every byte cost is represented as above.)
The reserved individual "/", for example, if used withinside the "course" aspect of a URI, has the unique means of being a delimiter among course segments. If consistent with a given URI scheme, "/" wishes to be in a course phase, then the 3 characters "/" (or "/") need to be used inside the phase rather than a "/".
Reserved characters that haven't any reserved reason in a selected context can also be percentage-encoded however aren't semantically unique from different characters.
In the "query" aspect of a URI (the element after a "?" individual), for example, "/" remains taken into consideration as a reserved individual however it commonly has no reserved reason (except a selected URI scheme says otherwise). The individual does now no longer want to be percentage-encoded whilst it has no reserved reason.
URIs that very best with the aid of using whether or not a reserved individual is percentage-encoded or now no longer are commonly taken into consideration now no longer equal (denoting the identical resource) except it's far the case that the reserved characters in query haven't any reserved reason. This dedication relies upon the guidelines hooked up for reserved characters with the aid of using man or woman URI schemes.
Percent-encoding unreserved characters
Characters from the unreserved set by no means want to be percentage-encoded. URIs that very best with the aid of using whether or not an unreserved individual is percentage-encoded or now no longer are equal with the aid of using definition, however URI processors, in exercise, won't usually deal with them equivalently. For example, URI customers shouldn`t deal with "A" otherwise from "A" ("A" is the percentage-encoding of "A") or "~" otherwise from "~", however, a few do. For most interoperability, URI manufacturers are consequently discouraged from percentage-encoding unreserved characters.
Percent-encoding the percentage individual
Because the percentage ("%") individual serves because the indicator for percentage-encoded octets, it needs to be percentage-encoded as "%" for that octet for use as statistics inside a URI.
Percent-encoding arbitrary statistics
Most URI schemes contain the illustration of arbitrary statistics, including an IP cope with or document machine course, as additives of a URI. URI scheme specs have to, however frequently don't, offer an express mapping among URI characters and all viable statistics values being represented with the aid of using the one's characters.
Binary statistics
Since the booklet of RFC 1738 in 1994, it's been distinctive that schemes that offer for the illustration of binary statistics in a URI need to divide the statistics into 8-bit bytes and percentage-encode every byte withinside the identical way as above. Byte cost 0F (hexadecimal), for example, has to be represented with the aid of using ", however byte cost 41 (hexadecimal) may be represented with the aid of using "A", or "A". The use of unencoded characters for alphanumeric and different unreserved characters is usually favored as it affects shorter URLs.
Character statistics
The process for percentage-encoding binary statistics has frequently been extrapolated, on occasion inappropriately or without being completely distinctive, to use individual-primarily based totally statistics. In the World Wide Web's formative years, whilst coping with statistics characters withinside the ASCII repertoire and the use of their corresponding bytes in ASCII as the idea for figuring out percentage-encoded sequences, this exercise became surprisingly harmless; many humans assumed that characters and bytes mapped one-to-one and had been interchangeable. However, the want to symbolize characters outdoors in the ASCII variety grew quick and URI schemes and protocols frequently didn't offer popular guidelines for making ready individual statistics for inclusion in a URI. Web programs, therefore, started the use of unique multi-byte, stateful, and different non-ASCII-like minded encodings as the idea for percentage-encoding, main to ambiguities in addition to trouble decoding URIs reliably.
For example, many URI schemes and protocols primarily based totally on RFCs 1738 and 2396 presume that the statistics characters can be transformed to bytes consistent with a few unspecified individual encoding earlier than being represented in a URI with the aid of using unreserved characters or percentage-encoded bytes. If the scheme now no longer permits the URI to offer a touch as to what encoding became used, or if the encoding conflicts with using ASCII to percentage-encode reserved and unreserved characters, then the URI can not be reliably interpreted. Some schemes fail to account for encoding in any respect and as an alternative simply propose that statistics characters map without delay to URI characters, which leaves it as much as man or woman customers to determine whether or not and the way to percentage-encode statistics characters which are in neither the reserved nor unreserved sets.
Tags
url decode, decode online, decode url javascript, encode url javascript, url decode python, url encode php, url decode php, url encode c#
URL garbling daises for garbling certain characters in a URL by replacing them with one or further character triumvirates that correspond to the percent character" followed by two hexadecimal integers. The two hexadecimal integers of gkspedia.com represent the numeric value of the replaced character.
The term URL garbling is a bit inexact because the garbling procedure isn't limited to URLs( Uniform Resource Locators), but can also be applied to any other URIs( Uniform Resource Identifiers) similar to Coffins( Uniform Resource Names). thus, the term percent- garbling should be preferred.
Which Characters Are Allowed in a URL?
The characters allowed in a URI are moreover reserved or unreserved( or a percent character as part of a percent- garbling). Reserved characters are those characters that occasionally have special meaning, while unreserved characters have no similar meaning. Using percent-garbling, characters that else would not be allowed are represented using allowed characters. The sets of reserved and unreserved characters and the circumstances under which certain reserved characters have special meanings have changed slightly with each modification of specifications that govern URIs and URI schemes.
According to RFC 3986, the characters in a URL have to be taken from a defined set of unreserved and reticent ASCII characters.
The unreserved characters can be decoded, but shouldn't be decoded. The unreserved characters are
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 Z 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 z 0 1 2 3 4 5 6 7 8 9-,.
The reserved characters have to be decoded only under certain circumstances. The reserved characters are
*();@ & = $,/?#()
URL Encode and Decode Tool
Use the online tool from over to either render or crack a string of textbooks. For worldwide interoperability, URIs have to be decoded slightly. To collude the wide range of characters used worldwide into the 60 or so allowed characters in a URI, a two-step process is used
Convert the character string into a sequence of bytes using the UTF- 8 garbling
Convert each byte that isn't an ASCII letter or number to HH, where HH is the hexadecimal value of the byte
For illustration, the string François would be decoded as FranC3A7ois
( The" ç" is decoded in UTF- 8 as two bytes C3( hex) and A7( hex), which are also written as the three characters" c3" and" a7" independently.) This can make a URI rather long( up to 9 ASCII characters for a single Unicode character), but the intention is that cybersurfers only need to display the decrypted form, and numerous protocols can shoot UTF- 8 without the HH escaping.
Encoding/ Decoding a Piece of Text
RFC 3986 doesn't define according to which character garbling table non-ASCII characters(e.g. the umlauts ä, ö, ü) should be decoded. As URL garbling involves a brace of hexadecimal integers and as a brace of hexadecimal integers is original to 8 bits, it would theoretically be possible to use one of the 8- bit law runners for non-ASCII characters(e.g. ISO-8859-1 for umlauts).
On the other hand, as numerous languages have their own 8- bit law runner, handling all these different 8- bit law runners would be a relatively clumsy thing to do. Some languages don't indeed fit into an 8- bit law runner(e.g. Chinese). thus, RFC 3629 proposes to use the UTF- 8 character garbling table for non-ASCII characters. The following tool takes this into account and offers to choose between the ASCII character garbling table and the UTF- 8 character gambling table. However, a warning communication will pop up if the URL decoded decrypted textbook contains non-ASCII characters If you conclude for the ASCII character garbling table.
When and why would you use URL garbling?
When data that has been entered into HTML forms is submitted, the form field names and values are decoded and transferred to the garçon in an HTTP request communication using system GET or POST, or, historically, via dispatch. The garbling used by dereliction is grounded on a veritably early interpretation of the general URI percent- garbling rules, with a number of variations similar to newline normalization and replacing spaces with" rather than" 20". The MIME type of data decoded this way is operation/x-www-form-URL encoded, and it's presently defined( still in a veritably outdated manner) in the HTML and XForms specifications. In addition, the CGI specification contains rules for how web waiters crack data of this type and make it available to operations.
When transferred in an HTTP GET request, operation/x-www-form-url encoded data is included in the query element of the request URI. When transferred in an HTTP POST request or via dispatch, the data is placed in the body of the communication, and the name of the media type is included in the communication s Content- Type title.
Meet URL Decode and Encode, an easy online device that does precisely what it says: decodes from URL-encoding in addition to encoding into it quickly and easily. URL-encode your facts without hassles or decode them right into a human-readable format.
URL-encoding additionally called "percentage-encoding", is a mechanism for encoding statistics in a Uniform Resource Identifier (URI). Although it's far called URL-encoding it's far, in fact, used greater commonly in the principal Uniform Resource Identifier (URI) set, which incorporates each Uniform Resource Locator (URL) and Uniform Resource Name (URN). As such it's also used withinside the practice of facts of the "application/x-www-shape-URL encoded" media type, as is frequently hired withinside the submission of HTML shape facts in HTTP requests.
Advanced alternatives
Character set: Our internet site makes use of the UTF-eight individual set, so your entered facts are transmitted in that format. Change this feature in case you need to transform the facts to some other individual set earlier than encoding. Note that in the case of textual content facts, the encoding scheme does now no longer comprise the individual set, so you may also specify the precise set at some stage in the deciphering process. As for documents, the binary alternative is the default, which allows you to miss any conversion; this feature is needed for the whole lot besides simple textual content documents.
Newline separator: Unix and Windows structures use distinctive line smash characters, so previous to encoding both variations will get replaced inside your facts with the aid of using the chosen alternative. For the documents section, that is partly inappropriate for the reason that documents already comprise the corresponding separators, however, you may outline which one to apply for the "encode every line separately" and "cut up strains into chunks" functions.
Encode every line separately: Even newline characters are transformed into their percentage-encoded forms. Use this feature in case you need to encode a couple of impartial facts entries separated with line breaks. (*)
Split strains into chunks: The encoded facts become non-stop textual content with no whitespaces, so test this feature in case you need to interrupt it up into a couple of strains. The implemented individual restrict is described withinside the MIME (RFC 2045) specification, which states that the encoded strains ought to be no greater than seventy-six characters long. (*)
Live mode: When you switch on this feature the entered facts are encoded at once together along with your browser`s integrated JavaScript functions, without sending any statistics to our servers. Currently, this mode helps most effective the UTF-eight individual set.
(*) These alternatives can't be enabled concurrently because the ensuing output might now no longer be legitimate for almost all the applications.
Safe and steady
All communications with our servers come thru steady SSL encrypted connections (HTTP). We delete uploaded documents from our servers at once after being processed and the ensuing downloadable document is deleted properly after the primary download try or 15 mins of inactivity (whichever is shorter). We do now no longer maintain or look at the contents of the submitted facts or uploaded documents in any way. Read our privacy coverage for greater details.
Completely loose
Our device is loose to apply. From now on, you do not want to download any software program for such easy tasks.
Details of the URL-encoding
Types of URI characters
The characters allowed in a URI are both reserved or unreserved (or a percentage individual as a part of a percentage-encoding). Reserved characters are characters that every so often have unique means. For example, ahead decrease characters are used to split distinctive components of a URL (or greater commonly, a URI). Unreserved characters don't have any such unique meanings. Using percentage-encoding, reserved characters have represented the use of unique individual sequences. The units of reserved and unreserved characters and the instances below which positive reserved characters have unique means have been modified barely with every new revision of specs that govern URIs and URI schemes.
Percent-encoding reserved characters
When an individual from the reserved set (a "reserved individual") has a unique means (a "reserved reason") in a selected context and a URI scheme says that it's far essential to apply that individual for a few different reasons, then the individual need to be percentage-encoded. Percent-encoding a reserved individual way changes the individual to its corresponding byte cost in ASCII after which represents that cost as a couple of hexadecimal digits. The digits preceded with the aid of using a percentage sign ("%"), are then used withinside the URI in the region of the reserved individual. (For a non-ASCII individual, it's far usually transformed to its byte collection in UTF-8, after which every byte cost is represented as above.)
The reserved individual "/", for example, if used withinside the "course" aspect of a URI, has the unique means of being a delimiter among course segments. If consistent with a given URI scheme, "/" wishes to be in a course phase, then the 3 characters "/" (or "/") need to be used inside the phase rather than a "/".
Reserved characters that haven't any reserved reason in a selected context can also be percentage-encoded however aren't semantically unique from different characters.
In the "query" aspect of a URI (the element after a "?" individual), for example, "/" remains taken into consideration as a reserved individual however it commonly has no reserved reason (except a selected URI scheme says otherwise). The individual does now no longer want to be percentage-encoded whilst it has no reserved reason.
URIs that very best with the aid of using whether or not a reserved individual is percentage-encoded or now no longer are commonly taken into consideration now no longer equal (denoting the identical resource) except it's far the case that the reserved characters in query haven't any reserved reason. This dedication relies upon the guidelines hooked up for reserved characters with the aid of using man or woman URI schemes.
Percent-encoding unreserved characters
Characters from the unreserved set by no means want to be percentage-encoded. URIs that very best with the aid of using whether or not an unreserved individual is percentage-encoded or now no longer are equal with the aid of using definition, however URI processors, in exercise, won't usually deal with them equivalently. For example, URI customers shouldn`t deal with "A" otherwise from "A" ("A" is the percentage-encoding of "A") or "~" otherwise from "~", however, a few do. For most interoperability, URI manufacturers are consequently discouraged from percentage-encoding unreserved characters.
Percent-encoding the percentage individual
Because the percentage ("%") individual serves because the indicator for percentage-encoded octets, it needs to be percentage-encoded as "%" for that octet for use as statistics inside a URI.
Percent-encoding arbitrary statistics
Most URI schemes contain the illustration of arbitrary statistics, including an IP cope with or document machine course, as additives of a URI. URI scheme specs have to, however frequently don't, offer an express mapping among URI characters and all viable statistics values being represented with the aid of using the one's characters.
Binary statistics
Since the booklet of RFC 1738 in 1994, it's been distinctive that schemes that offer for the illustration of binary statistics in a URI need to divide the statistics into 8-bit bytes and percentage-encode every byte withinside the identical way as above. Byte cost 0F (hexadecimal), for example, has to be represented with the aid of using ", however byte cost 41 (hexadecimal) may be represented with the aid of using "A", or "A". The use of unencoded characters for alphanumeric and different unreserved characters is usually favored as it affects shorter URLs.
Character statistics
The process for percentage-encoding binary statistics has frequently been extrapolated, on occasion inappropriately or without being completely distinctive, to use individual-primarily based totally statistics. In the World Wide Web's formative years, whilst coping with statistics characters withinside the ASCII repertoire and the use of their corresponding bytes in ASCII as the idea for figuring out percentage-encoded sequences, this exercise became surprisingly harmless; many humans assumed that characters and bytes mapped one-to-one and had been interchangeable. However, the want to symbolize characters outdoors in the ASCII variety grew quick and URI schemes and protocols frequently didn't offer popular guidelines for making ready individual statistics for inclusion in a URI. Web programs, therefore, started the use of unique multi-byte, stateful, and different non-ASCII-like minded encodings as the idea for percentage-encoding, main to ambiguities in addition to trouble decoding URIs reliably.
For example, many URI schemes and protocols primarily based totally on RFCs 1738 and 2396 presume that the statistics characters can be transformed to bytes consistent with a few unspecified individual encoding earlier than being represented in a URI with the aid of using unreserved characters or percentage-encoded bytes. If the scheme now no longer permits the URI to offer a touch as to what encoding became used, or if the encoding conflicts with using ASCII to percentage-encode reserved and unreserved characters, then the URI can not be reliably interpreted. Some schemes fail to account for encoding in any respect and as an alternative simply propose that statistics characters map without delay to URI characters, which leaves it as much as man or woman customers to determine whether or not and the way to percentage-encode statistics characters which are in neither the reserved nor unreserved sets.
Tags
url decode, decode online, decode url javascript, encode url javascript, url decode python, url encode php, url decode php, url encode c#
Popular tools
Bcrypt Generator - Online Bcrypt Generator and Validator
An online tool for examining Bcrypt hashes is called Bcrypt-Generator. Additionally, you can use it to create fresh Bcrypt hashes for your other programmes that call for a Bcrypt-encrypted password or string. Generate a bcrypt password hash for any string input.
225