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XML to Table Converter – Convert XML to HTML Table Online

XML to Table Converter turns XML into a readable HTML table in your browser — nested elements, attributes and CDATA sections included. Paste a document or upload a file, and you get a sortable, searchable table you can export to Excel or CSV. Nothing is uploaded to a server, so it is safe for API responses and configuration files that contain real data.

How to Convert XML to Table - Step by Step Guide

Step 1

Input Your XML Data

Start by entering your XML data that needs to be converted to a readable table format:

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Paste XML data: Copy XML from your applications, XML files, or web services

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Upload XML files: Select .xml files from your computer for conversion

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Use sample data: Click "Sample" to load example XML and see the table conversion 📊

Example: XML Input

Here's a typical XML structure ready for table conversion:

<?xml version="1.0" encoding="UTF-8"?>
<employees>
  <employee id="1" active="true">
    <name>Maeve Winters</name>
    <email>[email protected]</email>
    <department>Engineering</department>
    <salary>95000</salary>
    <skills>
      <skill>JavaScript</skill>
      <skill>React</skill>
      <skill>Node.js</skill>
    </skills>
  </employee>
  <employee id="2" active="false">
    <name>Maria Santos</name>
    <email>[email protected]</email>
    <department>Marketing</department>
    <salary>85000</salary>
    <skills>
      <skill>SEO</skill>
      <skill>Analytics</skill>
    </skills>
  </employee>
</employees>

Step 2

Automatic Table Generation

The tool automatically parses your XML and generates a structured HTML table with proper formatting:

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Element parsing: Converts XML elements into table rows and columns

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Attribute handling: Includes XML attributes as separate columns

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Nested structure: Handles complex XML hierarchies with sub-tables

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Real-time conversion: See table results instantly as you input XML data

Example: Generated HTML Table

The same XML, now converted to a readable table: ✨

ID	Active	Name	Email	Department	Salary	Skills
1	true	Maeve Winters	[email protected]	Engineering	95000	JavaScript, React, Node.js
2	false	Maria Santos	[email protected]	Marketing	85000	SEO, Analytics

Step 3

Export Your Table

Get your formatted table ready for use! 🎯 Multiple export options available:

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Copy HTML table: One-click copying for immediate use in web pages

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Download as Excel: Save as a .xlsx file for spreadsheet analysis

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Share with others: Generate shareable links for table collaboration

Example: Converted Employee Data Table

The employee XML data above converts into this organized table structure:

ID	Name	Email	Department	Salary	Status	Skills
1	Maeve Winters	[email protected]	Engineering	$95,000	Active	JavaScript, React, Node.js
2	Maria Santos	[email protected]	Marketing	$85,000	Inactive	SEO, Analytics

Perfect for HR analysis, payroll processing, and employee reporting in Excel format.

How XML Structures Become Table Columns

Repeated elements become rows

When the same tag appears more than once inside a parent, each occurrence becomes a row and the child tags become columns. So five <order> elements under <orders> give you a five-row table keyed on whatever fields the orders contain. If one order carries a field the others do not, that column still appears — the cells that have no value are simply left empty rather than shifting the other columns out of alignment.

Attributes sit alongside elements, prefixed with @

XML lets you put data in two places, and which one a system chose is often an accident of whoever wrote the schema. <user id="7">Ada</user> and<user><id>7</id><name>Ada</name></user> carry the same information. Attributes are shown as columns prefixed with @, so @id and id stay distinguishable instead of quietly overwriting each other — which matters when a document uses both.

CDATA sections are read, not skipped

<![CDATA[ ... ]]> exists so a document can carry markup, ampersands or angle brackets without escaping them, which is why SOAP payloads and RSS feeds lean on it so heavily. It is also a common blind spot: a parser that only collects plain text nodes will treat a CDATA element as empty and hand back a blank cell, with no error to tell you anything was lost. This converter reads CDATA as ordinary text, so an HTML fragment or an escaped payload inside a feed arrives intact.

Long ID numbers keep every digit

Long identifiers are where many converters quietly lose accuracy. Once a number runs past roughly fifteen digits it can no longer be held exactly by the standard numeric type most web tools use, so the last few digits get rounded away and you are handed a value of the right length but the wrong number, with nothing to flag it. Identifiers of that size are everywhere in real data — SIM and device identifiers, account and card numbers, distributed system IDs and long reference codes. This converter keeps values of that length as text so the digits you paste are the digits you get back, in the table and in the spreadsheet export, where the cells are marked as text to stop the spreadsheet applying its own rounding.

Namespaces, empty tags and mixed content

Namespace prefixes are kept as written, so <soap:Body> and a plain <Body> remain separate columns rather than being merged. Self-closing and empty elements produce an empty cell instead of disappearing, which keeps a sparse export lined up with its headers. Where an element holds both text and child tags, the loose text is kept in a _text column beside them.

Everything runs in your browser

The parsing happens on your machine using the browser's own XML parser — nothing is posted to a server, and there is no upload step to wait through. That is mostly a privacy point: API responses and configuration files tend to contain customer records, tokens and connection strings, and pasting those into a tool that ships them somewhere is a decision worth avoiding. It also means file size is bounded by your own memory rather than an upload limit, though a very large document will still take a moment to render.

Frequently Asked Questions

What XML formats are supported?

This tool supports all standard XML formats including XML 1.0 and 1.1, with or without namespaces. It handles complex nested structures, attributes, CDATA sections, and mixed content elements.

How are XML attributes handled in the table?

XML attributes are automatically converted to table columns with clear labeling. The tool preserves attribute names and values, making them easily identifiable in the resulting table structure.

Can I convert large XML files?

Yes, the tool can handle large XML files efficiently. For very large files, the conversion happens in chunks to maintain browser performance and provide real-time feedback. You can also convert XML to JSON for API usage.

What export formats are available?

You can export your converted tables as HTML (copy to clipboard), Excel (.xlsx), or generate shareable links. Each format preserves the table structure and formatting, with Excel maintaining nested structures for comprehensive data analysis.

How do I convert nested XML with multiple levels to HTML table online?

Paste your nested XML into the converter, and it automatically handles multi-level hierarchies by creating sub-tables within cells. The tool preserves parent-child relationships and displays deeply nested XML elements in an organized table structure, making complex XML data easy to read and analyze.

Can I export XML table to Excel with attributes preserved?

Yes! Click the "Export to Excel" button to download a .xlsx file that maintains all XML attributes as separate columns. Element text content, attribute values, and nested structures are all preserved in the Excel export, making it perfect for data analysis and reporting.

How to parse XML from SOAP API responses into readable tables?

Simply paste your SOAP API XML response into the converter. The tool automatically parses SOAP envelopes, headers, and body elements, converting them into structured tables. It handles XML namespaces and complex SOAP structures, making API response data easy to understand and share.

What's the best way to visualize XML configuration files as tables?

Upload or paste your XML configuration file (app.config, web.config, settings.xml) into the converter. The tool displays configuration settings as organized tables with clear key-value pairs, nested sections as sub-tables, and attributes as separate columns for easy review and documentation.

Does the converter handle CDATA sections?

Yes. CDATA content is read as ordinary text, so an HTML fragment or an escaped payload wrapped in a CDATA section shows up in the table instead of appearing as an empty cell. It is worth checking this in any converter you use: a parser that only collects plain text nodes treats a CDATA element as empty and hands back a blank cell with no error to tell you something was dropped.

Will long ID numbers stay accurate?

Yes. Numbers longer than about fifteen digits cannot be stored exactly by the numeric type most web tools rely on, which is why some converters return an ID of the right length but the wrong value. Identifiers that long are kept as text here, so every digit survives both the table and the spreadsheet export, where the cells are marked as text to prevent further rounding.

Is my XML data uploaded to a server?

No. Parsing happens in your browser using its built-in XML parser, so the document never leaves your machine and there is no upload step to wait through. That matters for API responses and configuration files, which routinely contain customer records, access tokens or connection strings.

How are XML namespaces such as soap: handled?

Namespace prefixes are preserved exactly as written, so soap:Body and a plain Body stay separate columns rather than being merged. Namespace declarations show up as attributes on the element that declares them, which keeps a SOAP envelope readable without stripping information you may still need.