Decode javascript online11/21/2023 ![]() However, this unminifying tool will only parse out the code based on the minified code. This unminification happens within your browser itself, so you don’t need to worry about a server going through your private or proprietary code. It supports JavaScript (JS), CSS, HTML, XML, and JSON code. It can do this with files or with copied code snippets. This unminifying tool will take minified code and expand it so it is easier for humans to read. What does this unminify tool do (and not do)? ![]() It can drastically reduce the sizes of code files, which simultaneously reduces load times. Minification is the act of removing all these “useless” bits and parsing down the code to only what the computer needs to see. While this is very helpful for the coder - and any other developers that would wish to read it - it’s not helpful for web pages, slowing down loading times needlessly. They’ll make notes to themselves, split out the code onto multiple lines so it’s easier to read, and even write out explanations of what’s happening so they can reference it later. When a developer writes code, they will usually write for their own eyes to read it. That’s where our totally free unminify tool comes in! What is minification? ![]() If you accidentally lost the originals or are reverse-engineering some code from another developer, you might need to unminify some already minified code. In the below example, we decode an encoded URL using decodeURI() and decodeURIComponent() methods into its original form.Ĭonst encodedURLComponent = encodeURIComponent(url) ĭocument.write('Decoded URL: ' + decodedURI)Ĭonst decodedURLComponent = decodeURIComponent(encodedURLComponent) ĭocument.If you’ve minified some code for your website or web app, you should have kept the original, unminified code for future reference. These functions will return the decoded format of the encoded URL. The decodeURI only decodes the URI part, whereas this method decodes the URL, including the domain name.Įncoded_URI URI − It takes input for the encoded URL created by the encodeURI() function.Įncoded_URL URL − It takes input for the encoded URL created by the encodeURIComponent() function. The decoding of a URL can be done using the following methods −ĭecodeURI() function − The decodeURI() function is used to decode the URI, i.e., converting the special characters back to the original URI language.ĭecodeURIComponent() function − This function decodes the complete URL back to its original form. In the below example, we encode a URL using encodeURI() and encodeURIComponent() methods.ĭocument.write('Encoded URL: ' + encodedURI)Ĭonst encodedURLComponent=encodeURIComponent(url) ĭocument.write('Encoded URL Component: ' + encodedURLComponent) ![]() The above functions return the encoded URL. The component encodes the domain name also.ĮncodeURIComponent(complete_url_string ) ParameterĬomplete_uri_string string − It holds the URL to be encoded.Ĭomplete_url_string string − It holds the complete URL string to be encoded. Some of the characters that are not encoded are: (, / ? : & = + $ #).ĮncodeURIComponent() function − This function encodes the whole URL instead of just the URI. The conversion of the special characters can be done by using the following method from JavaScript −ĮncodeURI() function − The encodeURI() function is used for encoding the complete URI, i.e., converting the special characters from the URI into browser understandable language. Many browsers automatically encode and decode the URL and the response string.Į.g., A space " " is encoded as a + or %20. The query params must also be encoded in the URL string, where the server will decode this. It is a usual task in web development, and this is generally done while making a GET request to the API with the query params. Encoding and decoding the URI and the URI components is required by the URL of any website to reach or redirect the user.
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