Convert HEX to MediaWiki
Max file size 100mb.
HEX vs MediaWiki Format Comparison
| Aspect | HEX (Source Format) | MediaWiki (Target Format) |
|---|---|---|
| Format Overview |
HEX
Hexadecimal Encoding
Base-16 number system representation of binary data. Each byte is encoded as two hexadecimal digits (0-9, A-F). Widely used in computing for memory dumps, network analysis, color codes, MAC addresses, and low-level data inspection where precise byte-level representation is required. Base-16 Encoding Format |
MediaWiki
Wiki Markup Language
The markup language used by Wikipedia and thousands of other MediaWiki-powered wikis. Features a rich syntax for creating structured articles with headings, tables, links, templates, categories, and references. The most widely deployed wiki markup in the world. Wiki Markup Wikipedia Standard |
| Technical Specifications |
Structure: Hexadecimal string
Characters: 0-9, A-F (case-insensitive) Representation: 2 hex digits per byte Extensions: .hex, .txt Base: Base-16 (hexadecimal) |
Structure: Plain text with wiki markup tags
Encoding: UTF-8 Syntax: Wikitext markup language Extensions: .wiki, .mediawiki, .txt Engine: MediaWiki parser (PHP) |
| Syntax Examples |
HEX represents data as byte values: 3D3D 2048 6561 6469 6E67 203D 3D 2727 2742 6F6C 6427 2727 2A20 4C69 7374 2069 7465 6D |
MediaWiki uses wikitext markup: == Heading ==
'''Bold text''' and ''italic text''
* Unordered list item
# Ordered list item
{| class="wikitable"
|-
! Header 1 !! Header 2
|-
| Cell 1 || Cell 2
|}
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| Version History |
Origin: Ancient numeral systems
Computing Use: Since early computing era Status: Fundamental data standard Evolution: Unchanged representation |
Introduced: 2002 (MediaWiki software)
Current Version: MediaWiki 1.41+ (2024) Status: Actively developed by Wikimedia Foundation Evolution: Parsoid, VisualEditor, Wikidata integration |
| Software Support |
Hex Editors: HxD, Hex Fiend, xxd
Debuggers: gdb, lldb, WinDbg Languages: All major programming languages CLI Tools: hexdump, xxd, od |
Platforms: Wikipedia, Wikimedia projects
Editors: VisualEditor, WikiEditor Converters: Pandoc, mwlib Other: Semantic MediaWiki, Wikibase |
Why Convert HEX to MediaWiki?
Converting HEX data to MediaWiki format is valuable when you need to decode hexadecimal-encoded content into wiki markup that can be used directly on Wikipedia, internal corporate wikis, or any MediaWiki-powered platform. This conversion decodes the raw hex bytes back to text and preserves any MediaWiki formatting syntax, making the content immediately publishable on wiki platforms.
MediaWiki markup is the foundation of Wikipedia, the world's largest encyclopedia, and thousands of other wiki installations. When wiki content has been encoded in hexadecimal for secure storage, transmission through restricted channels, or database backup purposes, converting it back to MediaWiki format restores the full article structure including headings, tables, internal links, template calls, categories, and references that make wiki content functional and well-organized.
The conversion process faithfully decodes each hex byte pair back to its original character, preserving all MediaWiki syntax elements. This includes section headings marked with equals signs, bold and italic markup using apostrophes, list items with asterisks and hash signs, and the complex table syntax that MediaWiki uses. The result is a fully functional wiki page ready for immediate use.
This tool is especially useful for wiki administrators recovering content from hex-encoded backups, developers working with wiki APIs that return encoded data, and content migrators who need to decode archived wiki articles. The decoded MediaWiki output maintains perfect fidelity to the original source, ensuring that all formatting, links, and structural elements are preserved exactly as they were before encoding.
Key Benefits of Converting HEX to MediaWiki:
- Wiki-Ready Output: Decoded content can be pasted directly into any MediaWiki editor
- Full Markup Recovery: All MediaWiki syntax including tables, templates, and links preserved
- Wikipedia Compatible: Output follows Wikipedia's formatting standards and guidelines
- Content Restoration: Recover encoded wiki articles from backups and databases
- API Integration: Process hex-encoded data from MediaWiki API responses
- Lossless Decoding: Every character of the original wiki markup is perfectly restored
- Collaborative Publishing: Decoded content is ready for collaborative editing workflows
Practical Examples
Example 1: Recovering a Wiki Article Header
Input HEX file (article.hex):
3D3D 2049 6E74 726F 6475 6374 696F 6E20 3D3D 0A0A 5468 6973 2061 7274 6963 6C65 2064 6573 6372 6962 6573 2074 6865 2027 2727 6865 7861 6465 6369 6D61 6C27 2727 2073 7973 7465 6D2E
Output MediaWiki file (article.wiki):
== Introduction == This article describes the '''hexadecimal''' system.
Example 2: Decoding a Wiki Table from Hex
Input HEX file (table.hex):
7B7C 2063 6C61 7373 3D22 7769 6B69 7461 626C 6522 0A7C 2D0A 2120 4E61 6D65 2021 2120 5661 6C75 650A 7C2D 0A7C 2041 6C70 6861 207C 7C20 310A 7C2D 0A7C 2042 6574 6120 7C7C 2032 0A7C 7D
Output MediaWiki file (table.wiki):
{| class="wikitable"
|-
! Name !! Value
|-
| Alpha || 1
|-
| Beta || 2
|}
Example 3: Restoring a Wiki List with Links
Input HEX file (links.hex):
3D3D 2052 6566 6572 656E 6365 7320 3D3D 0A0A 2A20 5B5B 4865 7861 6465 6369 6D61 6C5D 5D0A 2A20 5B5B 4269 6E61 7279 206E 756D 6265 725D 5D0A 2A20 5B5B 4153 4349 495D 5D
Output MediaWiki file (links.wiki):
== References == * [[Hexadecimal]] * [[Binary number]] * [[ASCII]]
Frequently Asked Questions (FAQ)
Q: What is MediaWiki markup?
A: MediaWiki markup (also called wikitext) is the formatting language used by Wikipedia and all MediaWiki-powered wikis. It uses simple text conventions like == for headings, ''' for bold, '' for italic, and * for lists to create structured, richly formatted articles. It also supports tables, internal links, templates, categories, and references.
Q: Can I paste the output directly into Wikipedia?
A: Yes, the decoded MediaWiki markup can be pasted directly into the Wikipedia source editor (not the visual editor). The formatting, links, tables, and other markup elements will render correctly on the wiki page. Make sure to use the source editing mode when pasting wikitext content.
Q: Will wiki tables be preserved in the conversion?
A: Yes, all MediaWiki table syntax is fully preserved during the hex decoding process. Table delimiters, header cells, data cells, row separators, CSS classes, and styling attributes are all decoded correctly. The resulting tables will render properly on any MediaWiki installation.
Q: Does the conversion handle MediaWiki templates?
A: Yes. Template calls, including their parameters, are decoded accurately from the hex data. The decoded output preserves all template syntax so that templates will function correctly when the content is placed on a MediaWiki site that has those templates defined.
Q: What if my hex data contains non-wiki text?
A: The converter will decode the hex data to text regardless of its content. If the original text was not MediaWiki markup, the output will be plain text saved with a .wiki or .mediawiki extension. It can still be used on a wiki page, but will appear as unformatted content.
Q: Are internal wiki links preserved?
A: Yes, internal links using double bracket syntax are fully preserved. Links to other wiki pages, piped links with display text, and links to specific sections within articles are all decoded accurately from the hexadecimal source.
Q: Can I convert MediaWiki back to HEX?
A: Yes, our platform also supports the reverse conversion. You can encode MediaWiki markup to hexadecimal format for secure storage, transmission, or any other purpose that requires hex encoding of text data.
Q: What MediaWiki versions are compatible with the output?
A: The decoded MediaWiki markup is compatible with all versions of MediaWiki. The core wikitext syntax has remained stable since the early versions of MediaWiki, so the output works on both old and new installations, including Wikipedia and all Wikimedia Foundation projects.