Convert ORG to Base64

Drag and drop files here or click to select.
Max file size 100mb.
Uploading progress:

ORG vs Base64 Format Comparison

Aspect ORG (Source Format) Base64 (Target Format)
Format Overview
ORG
Emacs Org-mode

Plain text markup format created for Emacs in 2003. Designed for note-taking, task management, project planning, and literate programming. Features hierarchical structure with collapsible sections, TODO states, scheduling, and code execution.

Emacs Native Literate Programming
Base64
Binary-to-Text Encoding

A binary-to-text encoding scheme that represents binary data in ASCII string format. Uses 64 printable characters (A-Z, a-z, 0-9, +, /) to encode data safely for transmission over text-based protocols like email and HTTP.

Data Encoding Safe Transmission
Technical Specifications
Structure: Hierarchical outline with * headers
Encoding: UTF-8
Format: Plain text with markup
Processor: Emacs Org-mode, Pandoc
Extensions: .org
Structure: Linear ASCII string
Encoding: 64 ASCII characters
Format: RFC 4648 standard
Overhead: ~33% size increase
Extensions: .b64, .base64, .txt
Encoding Examples

Org-mode syntax:

#+TITLE: My Notes
#+AUTHOR: John Doe

* Introduction

This is a simple note.

- Item 1
- Item 2

Base64 encoded output:

IytUSVRMRTogTXkgTm90ZXMKIy
tBVVRIT1I6IEpvaG4gRG9lCgoq
IEludHJvZHVjdGlvbgoKVGhpcy
BpcyBhIHNpbXBsZSBub3RlLgoK
LSBJdGVtIDEKLSBJdGVtIDI=
Content Support
  • Hierarchical headers with * levels
  • TODO states and task management
  • Scheduling and deadlines
  • Tags and properties
  • Tables with spreadsheet formulas
  • Literate programming (Babel)
  • Code blocks with execution
  • Links and cross-references
  • LaTeX math support
  • Encodes any binary or text data
  • Preserves exact byte content
  • Safe for email transmission
  • URL-safe variants available
  • HTTP header compatible
  • JSON/XML embedding
  • Data URI scheme support
  • Reversible encoding
  • Universal decoder support
Advantages
  • Powerful task management
  • Literate programming support
  • Code execution (40+ languages)
  • Spreadsheet-like tables
  • Agenda and scheduling
  • Deep Emacs integration
  • Extensive customization
  • Universal compatibility
  • Safe for any transport
  • No data loss in transmission
  • Works with any protocol
  • Simple encode/decode
  • Standard across platforms
  • Embeddable in text formats
  • Firewall friendly
Disadvantages
  • Requires Emacs for full features
  • Steep learning curve
  • Limited outside Emacs ecosystem
  • Complex syntax for advanced features
  • Less portable than other formats
  • 33% larger than original
  • Not human-readable
  • Not searchable
  • No compression
  • Requires decoding to use
Common Uses
  • Personal knowledge management
  • Task and project management
  • Literate programming
  • Research notes
  • Journaling and logging
  • Agenda and scheduling
  • Email attachments (MIME)
  • Data URIs in HTML/CSS
  • API data transmission
  • JSON payload encoding
  • XML CDATA sections
  • Database blob storage
Best For
  • Emacs users
  • Task management
  • Literate programming
  • Personal notes
  • Data transmission
  • Embedding in text
  • API integration
  • Safe storage
Version History
Introduced: 2003 (Carsten Dominik)
Current Version: 9.6+ (2024)
Status: Active development
Primary Tool: GNU Emacs
Introduced: 1987 (Privacy Enhanced Mail)
Standard: RFC 4648 (2006)
Status: Stable, universal standard
Variants: Standard, URL-safe, MIME
Software Support
Emacs: Native support (Org-mode)
Vim/Neovim: org.nvim, vim-orgmode
VS Code: Org Mode extension
Other: Logseq, Obsidian (plugins)
Languages: All major languages (built-in)
Browsers: atob()/btoa() native
Command Line: base64 (Unix/Linux/Mac)
Online: Many web-based tools

Why Convert ORG to Base64?

Converting Org-mode documents to Base64 encoding is essential when you need to transmit your text content safely through systems that may not handle special characters, line breaks, or UTF-8 encoding properly. Base64 ensures your Org content arrives intact.

Base64 encoding is widely used in email systems (MIME), APIs, and web applications. If you need to send Org-mode content as part of an API request, embed it in JSON payloads, or include it in HTML data URIs, Base64 encoding prevents data corruption.

For developers integrating Org-mode content into web applications, Base64 encoding allows you to embed entire Org documents in JavaScript, include them in configuration files, or pass them through URL parameters without worrying about escaping issues.

The encoding is also useful for archiving and backup purposes. Base64-encoded Org files can be safely stored in databases, transmitted through message queues, or included in XML documents without escaping concerns.

Key Benefits of Converting ORG to Base64:

  • Safe Transmission: No data corruption in transit
  • API Compatible: Works with JSON/XML payloads
  • Universal Support: Decode in any programming language
  • Email Safe: Transmit via SMTP without issues
  • Embedding: Include in HTML, CSS, or JavaScript
  • Database Storage: Store as text without encoding issues
  • Reversible: Easily decode back to original

Practical Examples

Example 1: API Data Transmission

Input ORG file (config.org):

#+TITLE: Server Configuration
* Database Settings
:PROPERTIES:
:HOST: localhost
:PORT: 5432
:END:

Output Base64 (for JSON API):

{
  "config_data": "IytUSVRMRTogU2VydmVyIENvbmZpZ3VyYXRpb24KKiBEYXRhYmFzZSBTZXR0aW5ncwo6UFJPUEVSVEVTJKHPIT..."
}

Example 2: Data URI Embedding

Input ORG file (notes.org):

* Quick Notes
- Remember to check email
- Review the report

Output Base64 (as data URI):

data:text/plain;base64,KiBRdWljayBOb3Rlcwot
IFJlbWVtYmVyIHRvIGNoZWNrIGVtYWlsCi0gUmV2
aWV3IHRoZSByZXBvcnQ=

Example 3: Email Attachment Encoding

Input ORG file (report.org):

#+TITLE: Monthly Report
#+DATE: 2024-01-15

* Summary
Project completed on schedule.

Output Base64 (MIME format):

Content-Type: application/octet-stream
Content-Transfer-Encoding: base64
Content-Disposition: attachment; filename="report.org"

IytUSVRMRTogTW9udGhseSBSZXBvcnQKIytEQVRF
OiAyMDI0LTAxLTE1CgoqIFN1bW1hcnkKUHJvamVj
dCBjb21wbGV0ZWQgb24gc2NoZWR1bGUu

Frequently Asked Questions (FAQ)

Q: What is Base64 encoding?

A: Base64 is a binary-to-text encoding scheme that represents binary data using 64 ASCII characters (A-Z, a-z, 0-9, +, /). It's used to safely transmit data through text-based systems that might not handle binary data or special characters correctly.

Q: Why does Base64 make files larger?

A: Base64 encoding uses 4 characters to represent every 3 bytes of data, resulting in approximately 33% size increase. This overhead is the trade-off for universal text compatibility and safe transmission.

Q: Can I decode Base64 back to the original ORG file?

A: Yes, Base64 encoding is fully reversible. You can decode the Base64 output using any programming language's built-in functions, command-line tools (base64 -d), or online decoders to get back your exact original Org-mode content.

Q: Is Base64 encryption?

A: No, Base64 is encoding, not encryption. Anyone can decode Base64 content. It provides no security or privacy - it's purely for data format transformation. If you need security, encrypt your data before Base64 encoding.

Q: What's the difference between Base64 and URL-safe Base64?

A: Standard Base64 uses + and / characters which have special meaning in URLs. URL-safe Base64 replaces these with - and _ to avoid escaping issues when the encoded data is part of a URL or query parameter.

Q: How do I decode Base64 in JavaScript?

A: In browsers, use atob(encodedString) to decode Base64. For Node.js, use Buffer.from(encodedString, 'base64').toString('utf-8'). Both will return your original Org-mode content.

Q: Can I search for text in Base64-encoded content?

A: No, you cannot search for the original text within Base64-encoded content. The encoding transforms the text into a different character sequence. You must decode first, then search the decoded content.

Q: Is Base64 suitable for large Org files?

A: Base64 works for any file size, but remember the 33% size increase. For large files, consider compression before encoding (e.g., gzip then Base64) to reduce the final size while maintaining transmission safety.