XML to JSON Converter

An XML to JSON converter is an online tool that transforms XML data into JSON format. JSON is a lightweight data interchange format widely used in modern web applications and APIs. This tool makes it easy to convert complex XML files into JSON, which is often preferred for its simplicity and compatibility with various programming languages and tools.

Yes, our XML to JSON converter is completely free to use. You can access it from any device with an internet connection without any hidden costs or limitations.

Our XML to JSON converter requires no downloads or installations. It is a fully online, browser-based tool, meaning you can start converting your XML data to JSON immediately without setting up any software.

To convert XML to JSON, simply paste your XML data into the converter's text area or upload your XML file. Click the "Convert" button, and the tool will generate the corresponding JSON output. You can then copy the JSON or download the file for immediate use.

Converting XML to JSON means transforming your XML data into JSON format. This process is particularly useful for integrating data into modern web applications, APIs, and data analysis tools predominantly using JSON. The conversion simplifies the data structure and makes it easier to work with in various programming environments.

Yes, XML to JSON converter supports complex XML structures, including nested elements, attributes, and mixed content. The tool accurately processes these elements and converts them into the appropriate JSON format, preserving the hierarchical structure and data relationships found in the original XML.

Absolutely! Our XML to JSON converter is fully responsive and works seamlessly on desktops, tablets, and smartphones. You can convert your XML data to JSON on the go without any issues.

Yes, your XML data is safe and private. Our XML to JSON converter processes your data directly in your browser, meaning it is not stored on any servers. This ensures that your work remains confidential and secure throughout the conversion process.

Converting XML to JSON offers several key benefits: 1) Easier Data Manipulation: JSON is simpler and more flexible than XML, making it easier to manipulate and integrate into modern applications. 2) Better Integration: JSON is widely used in APIs, web services, and modern data interchange formats, making it easier to work with across different platforms and programming environments. 3) Improved Compatibility: JSON is compatible with most programming languages, allowing for seamless integration into various tools and systems. 4) Simplified Data Structure: JSON's lightweight nature simplifies the data structure, reducing the complexity found in XML and making the data more manageable.

The XML to JSON converter accurately handles XML attributes and nested elements by converting them into corresponding JSON structures. Attributes in XML are typically converted to key-value pairs within the JSON object, while nested elements are preserved as nested objects or arrays within the JSON output. This ensures that the hierarchical structure and relationships in the original XML are maintained in the JSON format.

Yes, using the XML to JSON converter can be an educational experience. By converting XML to JSON, you can see how different data structures and elements are transformed between these two formats. This helps you understand the key differences between XML and JSON and how data is represented in each format.

After converting your XML data to JSON, you can easily share the JSON output by copying it and sending it to others. If you want to host or share your JSON data online, consider using Static.app to host your JSON files. Static.app provides a simple platform to generate a public URL for your JSON file, making it easy to distribute and access.

While the XML to JSON converter is a powerful tool, it does have some limitations: 1) Focus on Standard XML: The converter is optimized for standard XML structures and may not fully support non-standard or custom XML formats. 2) Handling of Complex Mixed Content: In cases where XML contains complex mixed content (text interspersed with elements), the conversion to JSON might not perfectly replicate the original structure. 3) No Data Validation: The converter focuses on data transformation and does not validate the input XML or the output JSON for correctness or compliance with specific schemas. For validation, you would need to use additional tools designed for that purpose.

There is no single best one; it depends on what you need. FreeFormatter gives you the most conversion settings (indentation, attribute prefixes, and encoding), CodeBeautify can load XML from a URL and minify the output, and ConvertSimple, like Static.app, converts entirely in your browser. Static.app's converter is free with no signup and no ads, converts client-side, blocks external entities so untrusted XML stays XXE-safe, and is the only one of these that can then publish your JSON as a live website on a custom domain with free SSL.

No. Static.app converts your XML to JSON directly in your browser, so the data is not uploaded during conversion. This matches ConvertSimple, which also runs client-side, and differs from FreeFormatter, which processes on its servers (holding the data briefly in memory and not storing it). For extra safety our tool does not resolve external entities, which are the basis of XXE attacks, and its server fallback also rejects DOCTYPE declarations.

Yes. After you convert XML to JSON, use the Host your JSON button to upload the file to Static.app and publish it as a live website on a custom domain with free SSL. Pure converter and formatter websites like FreeFormatter, CodeBeautify, and ConvertSimple let you copy or download the JSON but cannot host it for you.

Use xmltodict, the usual library for XML to JSON in Python 3. Install it with "pip install xmltodict", then call xmltodict.parse() on the file contents and json.dumps() on the result, which takes only a few lines. Attributes arrive with an "at" sign prefix, which you can change with attr_prefix, and force_list lets you keep a single repeated element as a JSON array instead of an object. Current releases need Python 3.9 or later. If you cannot add a dependency, xml.etree.ElementTree in the standard library will parse the document, but you have to walk the tree and build the dictionary yourself.

Add the org.json dependency to your pom.xml or build.gradle and call XML.toJSONObject(xmlString), then toString(2) on the returned JSONObject for indented output. It is a one-call conversion with no configuration. If your project already uses Jackson, the alternative is jackson-dataformat-xml: read the document with XmlMapper and write it back out with a plain ObjectMapper. Note that org.json infers types, so a numeric-looking element becomes a JSON number rather than a string, unless you use the keepStrings overload.

Use Newtonsoft.Json. Install it with "dotnet add package Newtonsoft.Json", load your file into an XmlDocument or XDocument, then call JsonConvert.SerializeXmlNode(doc, Newtonsoft.Json.Formatting.Indented). System.Text.Json has no XML reader, so this remains the standard approach in .NET. Qualify Formatting in full, because System.Xml declares an enum with the same name and the bare version is ambiguous. For untrusted input, set XmlResolver to null on the XmlDocument so external entities are never resolved.

fast-xml-parser is the one most Node projects use. Run "npm install fast-xml-parser", create an XMLParser instance, and pass it your XML string. It handles large documents well and lets you control attribute handling through ignoreAttributes and attributeNamePrefix. Pass ignoreDeclaration so the XML declaration does not become a stray "?xml" key. Be aware that it converts numeric-looking text into JSON numbers by default. xml2js is the older alternative and works fine, but its API is callback or promise based and it is slower on big files.

Power Automate has no XML to JSON action, so you do it with an expression. Put your XML in a Compose action, rename it Compose_XML, then add a second Compose with the expression json(xml(outputs('Compose_XML'))). The xml() function turns the string into an XML value and json() converts that value into a JSON object later actions can address with dot notation. No premium connector or licence is needed. Type the expression without a leading "at" sign because the editor adds it, and reference XML attributes with bracket notation, since they arrive as keys carrying an "at" sign prefix.

In WSO2 Micro Integrator, ESB and EI you never call a converter. Synapse holds the payload as XML internally, so you set the outgoing message type and the JSON message formatter serializes it on the way out. Add a property with name messageType and value application/json in the axis2 scope before your Respond or Send mediator, and set ContentType to the same value so the caller sees the right header. The JSON builder and formatter are enabled by default in deployment.toml. If you also need to reshape the payload, run a PayloadFactory or Data Mapper mediator before those properties.

Not on its own. xmlstarlet is an XPath toolkit with no JSON output mode, so the dependable command line pattern is to let it validate the document and narrow it to one subtree, then pass that to yq, which reads both formats: run "xmlstarlet sel -t -c /catalog data.xml > catalog.xml" and then "yq -p xml -o json catalog.xml". If the file already has a single root, skip straight to yq. Note that the yq packaged in Debian and Ubuntu repositories is a different project with no -p xml flag, so install mikefarah/yq from its releases page. Keep the xmlstarlet step to one root element, because selecting several nodes prints sibling fragments with no wrapper and yq rejects that.