Convert TOML to TXT

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

TOML vs TXT Format Comparison

Aspect TOML (Source Format) TXT (Target Format)
Format Overview
TOML
Tom's Obvious Minimal Language

A minimal configuration file format created by Tom Preston-Werner in 2013. Designed to be easy to read with obvious semantics. Maps unambiguously to a hash table and supports typed values including strings, integers, floats, booleans, dates, arrays, and tables.

Configuration Format Formally Specified
TXT
Plain Text File

The most fundamental and universal file format, containing unformatted text with no special encoding or structure. Plain text files are readable by any text editor, operating system, and programming language. The simplest format for storing and sharing textual information.

Universal Format No Dependencies
Technical Specifications
Structure: Key-value pairs with tables and arrays
Encoding: UTF-8 required
Format: Plain text with minimal syntax
Type System: Strings, integers, floats, booleans, dates, arrays, tables
Extensions: .toml
Structure: Unstructured plain text
Encoding: Any (UTF-8, ASCII, Latin-1, etc.)
Format: Raw text with no markup
Line Endings: LF (Unix), CRLF (Windows), CR (legacy Mac)
Extensions: .txt, .text
Syntax Examples

TOML configuration syntax:

[project]
name = "web-app"
version = "3.1.0"
authors = ["Jane Doe", "John Smith"]

[project.urls]
homepage = "https://example.com"
repository = "https://github.com/example"

Plain text output:

Project Configuration
=====================

Name: web-app
Version: 3.1.0
Authors: Jane Doe, John Smith

URLs:
  Homepage: https://example.com
  Repository: https://github.com/example
Content Support
  • String values (basic and literal)
  • Integer and float numbers
  • Boolean values
  • Date and time values (RFC 3339)
  • Arrays (typed)
  • Tables and inline tables
  • Array of tables
  • Comments
  • Any textual content
  • No formatting constraints
  • Unlimited file size
  • Any character encoding
  • No special syntax required
  • Free-form structure
  • Universal readability
Advantages
  • Extremely readable syntax
  • Formally specified (TOML v1.0)
  • Strong typing system
  • Native date/time support
  • Unambiguous parsing
  • Growing ecosystem adoption
  • Absolute universal compatibility
  • Zero dependencies to read
  • Smallest possible file size
  • No software required
  • Future-proof format
  • Easy to search and grep
Disadvantages
  • Limited to configuration data
  • Verbose for deeply nested structures
  • Smaller ecosystem than JSON/YAML
  • No schema validation built-in
  • Not suited for document content
  • No formatting or styling
  • No data structure or typing
  • No machine-parseable structure
  • No metadata support
  • Cannot be parsed back reliably
Common Uses
  • Rust project configuration (Cargo.toml)
  • Python project metadata (pyproject.toml)
  • Hugo static site configuration
  • Netlify deployment settings
  • Application configuration files
  • Notes and documentation
  • Log files and reports
  • README and changelog files
  • Email content
  • Data exchange (universal)
  • Quick reference documents
Best For
  • Application configuration
  • Project metadata
  • Build system settings
  • Deployment configuration
  • Maximum compatibility
  • Quick readable summaries
  • Logging and auditing
  • Email-friendly reports
Version History
Introduced: 2013 (Tom Preston-Werner)
Current Version: TOML v1.0.0 (2021)
Status: Stable, formally specified
Evolution: Reached 1.0 stability milestone
Introduced: Beginning of computing
Standard: MIME type: text/plain
Status: Universal, permanent standard
Evolution: Unchanged since inception
Software Support
Rust: toml crate (native)
Python: tomllib (stdlib 3.11+), tomli
JavaScript: @iarna/toml, toml-js
Other: Go, Java, C#, Ruby libraries
Any OS: Built-in support everywhere
Editors: Notepad, vim, nano, VS Code, all
Languages: Every programming language
Other: cat, less, more, any terminal

Why Convert TOML to TXT?

Converting TOML configuration files to plain text TXT format is essential when you need to share configuration information with people who may not be familiar with TOML syntax. Plain text provides a universally readable format that can be viewed in any text editor, email client, or terminal without special software or knowledge of configuration file formats.

TOML's structured syntax with brackets, equals signs, and typed values is clear to developers but can be confusing for non-technical stakeholders. By converting to a well-formatted plain text document, configuration settings are presented with clear labels, proper indentation, and human-friendly descriptions. This makes the information accessible to project managers, system administrators writing documentation, or anyone who needs a quick reference of current settings.

Plain text conversion is also valuable for logging, auditing, and change management purposes. When configuration changes need to be recorded in change logs, incident reports, or email communications, a plain text representation of the TOML data ensures the information is preserved in a format that will remain readable indefinitely. Unlike structured formats that may require specific parsers, plain text documents are future-proof and can be read decades from now without any special software.

For automated workflows, converting TOML to TXT enables easy integration with monitoring systems, notification services, and reporting tools that work best with plain text input. Configuration summaries can be included in automated emails, Slack messages, or system notifications where formatting support is limited or inconsistent. The simplicity of TXT ensures your configuration data is always legible regardless of the delivery channel.

Key Benefits of Converting TOML to TXT:

  • Universal Readability: Anyone can read plain text without technical knowledge
  • Zero Dependencies: No special software needed to view the output
  • Email Friendly: Include configuration data in emails without formatting issues
  • Audit Trail: Create readable records of configuration states for compliance
  • Search Friendly: Plain text is easily searchable with grep and other tools
  • Future-Proof: TXT format will be readable for as long as computers exist
  • Notification Ready: Embed in alerts, Slack messages, or monitoring dashboards

Practical Examples

Example 1: Server Configuration Summary

Input TOML file (server.toml):

[server]
name = "production-api"
host = "0.0.0.0"
port = 8443
workers = 8

[server.tls]
enabled = true
cert_file = "/etc/ssl/cert.pem"
key_file = "/etc/ssl/key.pem"

Output TXT file (server.txt):

Server Configuration
====================

Server:
  Name: production-api
  Host: 0.0.0.0
  Port: 8443
  Workers: 8

TLS Settings:
  Enabled: true
  Certificate: /etc/ssl/cert.pem
  Key File: /etc/ssl/key.pem

Example 2: Project Metadata Report

Input TOML file (pyproject.toml):

[project]
name = "analytics-engine"
version = "2.5.0"
description = "Real-time analytics processing pipeline"
requires-python = ">=3.10"
license = "MIT"
authors = [
    { name = "Alice Chen", email = "[email protected]" },
    { name = "Bob Kumar", email = "[email protected]" }
]

Output TXT file (pyproject.txt):

Project: analytics-engine
Version: 2.5.0
Description: Real-time analytics processing pipeline
Python Requirement: >=3.10
License: MIT

Authors:
  - Alice Chen ([email protected])
  - Bob Kumar ([email protected])

Example 3: Deployment Configuration Email

Input TOML file (deploy.toml):

[environment]
name = "staging"
region = "eu-west-1"
auto_scaling = true

[resources]
cpu = "2 vCPU"
memory = "4 GB"
storage = "100 GB SSD"

[monitoring]
enabled = true
alert_email = "[email protected]"
check_interval = 60

Output TXT file (deploy.txt):

Deployment Configuration Summary
================================

Environment:
  Name: staging
  Region: eu-west-1
  Auto Scaling: enabled

Resources:
  CPU: 2 vCPU
  Memory: 4 GB
  Storage: 100 GB SSD

Monitoring:
  Enabled: yes
  Alert Email: [email protected]
  Check Interval: 60 seconds

Frequently Asked Questions (FAQ)

Q: What is TXT format?

A: TXT (plain text) is the most basic file format, containing only unformatted text characters. It has no special encoding, markup, or binary data. TXT files are universally readable by every operating system, text editor, and programming language ever created, making it the most compatible file format in existence.

Q: Why convert TOML to plain text instead of another structured format?

A: Plain text is ideal when the goal is human readability rather than machine parsing. Use TXT when sharing configuration summaries via email, including settings in documentation, creating audit logs, or when the recipient doesn't need to programmatically process the data. For machine-readable output, consider JSON or YAML instead.

Q: How is TOML structure preserved in plain text?

A: TOML sections become labeled headings with underline separators, key-value pairs are displayed as "Key: Value" lines, nested tables use indentation, and arrays are rendered as bulleted or numbered lists. The result is a well-organized document that mirrors the TOML hierarchy using visual formatting.

Q: Can I convert the TXT output back to TOML?

A: Generally no. Plain text output is designed for human reading, not machine parsing. The conversion strips away the formal structure and typing that makes TOML machine-readable. If you need round-trip capability, use a structured format like JSON or YAML as the target instead of TXT.

Q: What encoding is used for the TXT output?

A: The TXT output uses UTF-8 encoding by default, which preserves any Unicode characters from the original TOML file. UTF-8 is compatible with ASCII and is the most widely supported encoding across modern systems, editors, and tools.

Q: Are TOML comments included in the TXT output?

A: TOML comments (lines starting with #) can optionally be included in the plain text output as contextual notes. This preserves the documentation value that developers added to the configuration file, making the TXT output even more informative for readers.

Q: How are TOML arrays displayed in plain text?

A: TOML arrays are rendered as comma-separated lists for simple values, or as indented bullet points for complex values and arrays of tables. This makes the data easy to scan and understand without knowing TOML's bracket notation for arrays.

Q: Is the TXT output suitable for automated processing?

A: While TXT is not ideal for programmatic parsing (use JSON or YAML for that), the formatted output can be processed with text tools like grep, awk, and sed for simple extraction tasks. The consistent formatting makes it possible to write scripts that extract specific values from the plain text output.