Convert Textile to CSV

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

Textile vs CSV Format Comparison

Aspect Textile (Source Format) CSV (Target Format)
Format Overview
Textile
Textile Markup Language

Lightweight markup language developed by Dean Allen in 2002. Used in Redmine and Textpattern CMS for web content. Features a compact table syntax using pipe characters with header cells marked by |_. notation for structured tabular data.

Lightweight Markup Web Publishing
CSV
Comma-Separated Values

Universal plain text format for storing tabular data where each line represents a row and values are separated by commas. The most widely supported format for data exchange between spreadsheets, databases, and analytical tools. Defined by RFC 4180.

Data Format Universal Exchange
Technical Specifications
Structure: Plain text with inline markup
Encoding: UTF-8
Format: Human-readable text markup
Compression: None (plain text)
Extensions: .textile
Structure: Rows and columns (delimiter-separated)
Encoding: UTF-8 / ASCII
Format: RFC 4180 standard
Compression: None (plain text)
Extensions: .csv
Syntax Examples

Textile table syntax:

|_. Name |_. Email |_. Role |
| Alice | [email protected] | Admin |
| Bob | [email protected] | Editor |
| Carol | [email protected] | Viewer |

CSV output format:

Name,Email,Role
Alice,[email protected],Admin
Bob,[email protected],Editor
Carol,[email protected],Viewer
Content Support
  • Rich text formatting
  • Headings and paragraphs
  • Tables with header cells
  • Lists and links
  • Images and block quotes
  • Code blocks
  • CSS class attributes
  • Mixed content types
  • Pure tabular data only
  • Header row (first line)
  • Numeric and text values
  • Quoted fields for special characters
  • Multi-line fields (quoted)
  • Custom delimiters possible
  • No formatting or styling
  • No data types (all text)
Advantages
  • Rich formatting and structure
  • Visual table presentation
  • Mixed content types
  • Header cell distinction
  • Human-readable layout
  • Redmine integration
  • Universal compatibility
  • Opens in Excel, Google Sheets
  • Database import/export standard
  • Extremely simple format
  • Smallest file size for tabular data
  • Programmatically easy to process
  • Works with all data analysis tools
Disadvantages
  • Not a data exchange format
  • Cannot be opened in spreadsheets
  • No database import support
  • Limited ecosystem
  • Declining adoption
  • No formatting (plain data only)
  • No data type information
  • No multi-sheet support
  • Comma conflicts in data
  • Encoding ambiguity (BOM issues)
  • No metadata or schemas
Common Uses
  • Redmine wiki tables
  • Textpattern content
  • Web page data display
  • Documentation tables
  • Project reports
  • Spreadsheet data exchange
  • Database import/export
  • Data analysis and reporting
  • System integration
  • Bulk data upload
  • Scientific data sharing
Best For
  • Formatted web table display
  • Redmine project data
  • Documented tabular content
  • CMS-based tables
  • Data exchange between systems
  • Spreadsheet import/export
  • Database operations
  • Automated data processing
Version History
Introduced: 2002 (Dean Allen)
Current Version: Textile 2
Status: Stable, limited development
Evolution: Minor updates only
Introduced: 1972 (IBM mainframes)
Standard: RFC 4180 (2005)
Status: Universal standard
Evolution: Stable specification
Software Support
Redmine: Native support
Textpattern: Built-in
Pandoc: Read/write support
Other: Limited editor support
Excel: Native open/save
Google Sheets: Import/export
Databases: All major RDBMS
Other: Python, R, pandas, NumPy

Why Convert Textile to CSV?

Converting Textile documents to CSV format extracts tabular data from Textile's markup tables into a universal data format that can be opened in any spreadsheet application, imported into databases, or processed by data analysis tools. This is essential when you need to work with data that was originally formatted as Textile tables in Redmine or other Textile-based platforms.

Textile uses a compact pipe-based syntax for tables with |_. for header cells and | for data cells. While this is excellent for display on web pages, it is not suitable for data processing, analysis, or import into spreadsheet applications. CSV provides a clean, standardized format that strips away formatting and delivers pure data.

The conversion process identifies Textile tables in the source document, extracts header rows and data rows, strips formatting markup, and produces properly formatted CSV output with comma-separated values and quoted fields where necessary. Multiple tables in a single Textile document can be extracted as separate CSV sections.

CSV files can be opened directly in Microsoft Excel, Google Sheets, LibreOffice Calc, Apple Numbers, and any other spreadsheet application. They can also be imported into databases (MySQL, PostgreSQL, SQLite), processed with data analysis tools (Python pandas, R), and used in automated data pipelines.

Key Benefits of Converting Textile to CSV:

  • Spreadsheet Ready: Open directly in Excel, Google Sheets, LibreOffice Calc
  • Database Import: Import tabular data into MySQL, PostgreSQL, SQLite
  • Data Analysis: Process with Python pandas, R, or other analysis tools
  • Universal Format: Supported by virtually every application and platform
  • Clean Data: Strip Textile formatting to get pure data values
  • Automation: Feed data into automated processing pipelines
  • Small File Size: Minimal overhead -- just data and commas

Practical Examples

Example 1: Project Team Table

Input Textile file (team.textile):

h2. Team Members

|_. Name |_. Department |_. Role |_. Start Date |
| Alice Johnson | Engineering | Lead Developer | 2023-01-15 |
| Bob Smith | Design | UX Designer | 2023-03-20 |
| Carol White | Marketing | Content Manager | 2023-06-01 |
| Dave Brown | Engineering | Backend Developer | 2024-02-10 |

Output CSV file (team.csv):

Name,Department,Role,Start Date
Alice Johnson,Engineering,Lead Developer,2023-01-15
Bob Smith,Design,UX Designer,2023-03-20
Carol White,Marketing,Content Manager,2023-06-01
Dave Brown,Engineering,Backend Developer,2024-02-10

Example 2: Issue Tracking Data

Input Textile file (issues.textile):

h2. Open Issues

|_. ID |_. Title |_. Priority |_. Assignee |
| #101 | Login page error | High | Alice |
| #102 | Search not working | Medium | Bob |
| #103 | Update user docs | Low | Carol |

Output CSV file (issues.csv):

ID,Title,Priority,Assignee
#101,Login page error,High,Alice
#102,Search not working,Medium,Bob
#103,Update user docs,Low,Carol

Example 3: Data with Special Characters

Input Textile file (products.textile):

|_. Product |_. Price |_. Description |
| Widget A | $19.99 | Small, lightweight widget |
| Gadget B | $49.99 | "Premium" quality gadget |
| Tool C | $29.99 | Multi-use, durable tool |

Output CSV file (products.csv):

Product,Price,Description
Widget A,$19.99,"Small, lightweight widget"
Gadget B,$49.99,"""Premium"" quality gadget"
Tool C,$29.99,"Multi-use, durable tool"

Frequently Asked Questions (FAQ)

Q: How are Textile tables converted to CSV?

A: The converter parses Textile table rows (lines starting with |), identifies header cells (marked with |_.), strips all Textile formatting, and outputs the data as comma-separated values. Each table row becomes a CSV row, and header cells become the CSV header row. Textile formatting like bold (*) and italic (_) is removed.

Q: What happens to non-table content in the Textile file?

A: Non-table content (headings, paragraphs, lists, images) is not included in the CSV output since CSV is a pure tabular data format. Only Textile tables are extracted and converted. If the Textile file contains multiple tables, they can be extracted as separate CSV sections or files.

Q: How are commas in Textile cell data handled?

A: Per RFC 4180, CSV fields containing commas are enclosed in double quotes. For example, a Textile cell "Small, lightweight widget" becomes "Small, lightweight widget" in CSV (wrapped in quotes). Similarly, fields containing double quotes, newlines, or leading/trailing spaces are properly quoted.

Q: Can I open the converted CSV in Excel?

A: Yes! CSV files open directly in Microsoft Excel, Google Sheets, LibreOffice Calc, Apple Numbers, and any other spreadsheet application. Simply double-click the .csv file or use File > Open. Excel will automatically parse the comma-separated data into rows and columns.

Q: Is the CSV output UTF-8 encoded?

A: Yes, the output CSV file uses UTF-8 encoding, which supports all Unicode characters including international text, symbols, and special characters from the source Textile file. For Excel compatibility on Windows, a UTF-8 BOM (byte order mark) may be included to ensure proper character display.

Q: Can I import the CSV into a database?

A: Absolutely! CSV is the standard format for database data import. You can import CSV files into MySQL (LOAD DATA INFILE), PostgreSQL (COPY command), SQLite (.import command), SQL Server (BULK INSERT), and all other major database systems. Most database management tools also provide GUI import wizards for CSV files.

Q: How does the converter handle Textile header cells?

A: Textile header cells marked with |_. are treated as column headers and placed in the first row of the CSV output. The |_. notation is stripped, leaving just the header text. If no header cells are present, the first data row is treated as the header or all rows are treated as data depending on the structure.

Q: What if my Textile file has multiple tables?

A: When a Textile document contains multiple tables, the converter can extract each table separately. Tables are identified by consecutive lines with pipe characters. Non-table content between tables acts as a separator. You can choose to extract all tables into one CSV or produce separate CSV files for each table.