TeXFlow

A document authoring and composition MCP server that provides a pipeline for document creation: Content → Processing → Output. TeXFlow transforms your ideas into typeset documents using LaTeX, Markdown, and modern document processing tools.

🚀 Key Innovation: Collaborative Document Editing

This server introduces collaborative editing capabilities that prevent conflicts when multiple agents (human or AI) work on the same documents:

Change Detection: Automatically detects when documents are modified externally
Diff Visualization: Shows unified diffs of what changed between edits
Conflict Prevention: Refuses to overwrite external changes, protecting everyone's work
AI-to-AI Collaboration: Enables multiple AI agents to work together on documents without conflicts

Core Value Proposition

TeXFlow enables MCP-compatible AI clients (Claude Desktop, Dive AI, or custom implementations) to have document workflow capabilities with project-based organization. Your AI assistant becomes a document authoring companion that can:

Create and manage document projects with organized structure
Author content in Markdown or LaTeX with proper project context
Transform documents through a sophisticated processing pipeline
Generate beautiful PDFs with professional typography
Print or export documents in various formats

🚀 Quick Start with Projects

# Create a new document project
create_project("my-paper", "article")
# Created project 'my-paper' at ~/Documents/TeXFlow/my-paper

# Write content (automatically saved to project)
save_markdown("# Introduction\n\nThis is my paper.", "intro.md")
# Markdown saved to project 'my-paper': content/intro.md

# Generate PDF (automatically saved to project/output/pdf/)
markdown_to_pdf(file_path="intro.md", output_path="intro.pdf")
# PDF saved to project 'my-paper': output/pdf/intro.pdf

# Switch between projects
use_project("thesis-2024")
list_projects()  # See all your document projects

🎯 Semantic Tool Organization

TeXFlow's tools are organized into 9 semantic operations for easier discovery and use:

📄 Document - Create, edit, convert, and validate documents
🖨️ Output - Print and export to various formats
📁 Project - Organize work into logical units
🔍 Discover - Find documents, fonts, and resources
📦 Organizer - Archive, move, clean documents and auxiliary files
🖨️ Printer - Manage printing hardware
💡 Workflow - Get guidance and automation
📋 Templates - Start from pre-built document templates
📚 Reference - LaTeX documentation search and help

See Tool Reference for detailed documentation of all tools.

Features

📁 Project-Based Document Management

Create organized document projects with templates (article, thesis, letter)
Automatic project structure with content/, output/, and assets/ directories
Switch between projects seamlessly
Project-aware file paths for better organization
All documents in one project stay together

Printing

List available CUPS printers with status information
Print plain text directly
Print Markdown documents (rendered to PDF via pandoc)
Print files from the filesystem
Automatic file type detection

Document Creation & Saving

Convert Markdown to PDF without printing
Save Markdown content to .md files
Save LaTeX content to .tex files
Print LaTeX documents with full XeLaTeX compilation
Smart path handling with Documents folder default
Automatic file renaming to avoid overwrites

Printer Management

Get detailed printer information
Set default printer
Enable/disable printers
Update printer descriptions and locations

Collaborative Document Editing 🤝

Read documents with line numbers for precise editing
Make targeted edits with string replacement and validation
Track external changes with modification time and content hashing
Show diffs when documents are edited outside the AI session
Prevent conflicts between multiple editors (human or AI)
Check document status to see what changed since last read
Enable safe concurrent editing workflows

Document Archiving & Version Management 📦

Archive (soft delete) documents to hidden .texflow_archive folder
List and browse archived documents
Restore archived documents to original or new location
Find versions of a document (current and archived)
Bulk cleanup with pattern matching (e.g., archive _old files)
Preserves document history with timestamps

Smart Features

Dependency checking at startup
Conditional tool registration based on available dependencies
Clear feedback when dependencies are missing
Automatic file type detection and appropriate handling

Prerequisites

Required

Linux system with CUPS installed
Python 3.10+

Optional (for additional features)

pandoc - For markdown to PDF conversion
- Debian/Ubuntu: apt install pandoc
- Fedora: dnf install pandoc
- Arch: pacman -S pandoc
weasyprint - For HTML to PDF conversion
- Debian/Ubuntu: apt install weasyprint
- Fedora: dnf install weasyprint
- Arch: pacman -S python-weasyprint
rsvg-convert - For SVG to PDF conversion
- Debian/Ubuntu: apt install librsvg2-bin
- Fedora: dnf install librsvg2-tools
- Arch: pacman -S librsvg

LaTeX/XeLaTeX - For PDF generation from markdown and LaTeX documents

Core Requirements:

XeLaTeX engine for PDF compilation
Latin Modern fonts for proper text rendering
Standard LaTeX packages for document formatting

Installation by Distribution:

Debian/Ubuntu:

# Essential packages
apt install texlive-xetex texlive-fonts-recommended texlive-latex-recommended

# For TikZ diagrams and graphics (if needed)
apt install texlive-pictures

# For LaTeX validation (chktex)
apt install chktex

Fedora:

# Essential packages
dnf install texlive-xetex texlive-collection-fontsrecommended

# For TikZ diagrams and graphics (if needed)
dnf install texlive-collection-pictures

# For LaTeX validation (chktex)
dnf install texlive-chktex

Arch:

# Essential packages
pacman -S texlive-xetex texlive-fontsrecommended

# For TikZ diagrams and graphics (if needed)
pacman -S texlive-pictures

# For LaTeX validation (chktex)
pacman -S texlive-binextra

What Each Package Provides:

texlive-xetex: XeLaTeX engine and fontspec package
texlive-fonts-recommended: Latin Modern, Computer Modern, and other standard fonts
texlive-latex-recommended: Essential LaTeX packages (geometry, etc.)
texlive-pictures: TikZ package for creating diagrams and graphics
chktex/texlive-binextra: LaTeX validation tools for checking syntax

The server checks for these dependencies at startup and enables features that have their requirements met. Missing dependencies are reported with installation instructions.

Installation

# Install system dependencies (choose your distribution)

# Debian/Ubuntu - Full installation with all features
sudo apt-get install cups pandoc texlive-xetex texlive-fonts-recommended \
                     texlive-latex-recommended texlive-pictures chktex \
                     weasyprint librsvg2-bin

# Fedora - Full installation with all features  
sudo dnf install cups pandoc texlive-xetex texlive-collection-fontsrecommended \
                 texlive-collection-pictures texlive-chktex \
                 weasyprint librsvg2-tools

# Arch - Full installation with all features
sudo pacman -S cups pandoc texlive-xetex texlive-fontsrecommended \
               texlive-pictures texlive-binextra \
               python-weasyprint librsvg

# Clone and install
git clone https://github.com/aaronsb/texflow-mcp
cd texflow-mcp
uv sync

Quick Start

Option 1: Run directly from GitHub (Recommended)

No installation needed! Just ensure you have uv installed and run:

# Install uv if you haven't already
curl -LsSf https://astral.sh/uv/install.sh | sh

# Run TeXFlow directly from GitHub
uvx --from git+https://github.com/aaronsb/texflow-mcp.git texflow

Option 2: Clone and run locally

# Clone the repository
git clone https://github.com/aaronsb/texflow-mcp
cd texflow-mcp

# Run the server
uv run texflow

Usage

Quick Start - 9 Unified Tools

TeXFlow provides 9 semantic tools that intelligently guide your document workflow:

1. `document` - Create, edit, and transform documents

# Create with auto-format detection
document(action="create", content="# My Paper", intent="research")

# Convert existing files (don't recreate!)
document(action="convert", source="notes.md", target_format="latex")

# Edit with conflict detection
document(action="edit", path="paper.tex", old_string="draft", new_string="final")

2. `output` - Print or export documents

# Print existing file (preferred)
output(action="print", source="report.pdf")

# Export to PDF
output(action="export", source="notes.md", output_path="notes.pdf")

3. `project` - Organize your work

# Create project with AI-guided structure
project(action="create", name="thesis", description="PhD thesis on quantum computing")

# Switch projects
project(action="switch", name="thesis")

4. `printer` - Manage printing hardware

printer(action="list")  # Show all printers
printer(action="set_default", name="Office_Laser")

5. `discover` - Find resources

discover(action="documents", folder="drafts")  # Find documents
discover(action="fonts", style="serif")  # Browse fonts

6. `archive` - Manage versions

archive(action="versions", filename="paper.tex")  # Find all versions
archive(action="cleanup", pattern="*_old*")  # Clean old files

7. `workflow` - Get intelligent guidance

workflow(action="suggest", task="write paper with citations")
workflow(action="next_steps")  # What to do next

Each tool provides hints for next steps, guiding you through complex workflows.

Complete Tool Reference

For detailed documentation of all 9 tools, see Tool Reference.

Legacy Tool Documentation

For users still using individual tools, the original tool documentation follows below. Note that the unified semantic tools above are the recommended approach.

`print_text`

Prints plain text content.

{
  "name": "print_text",
  "arguments": {
    "content": "Hello, World!",
    "printer": "Brother_HL_L2350DW"  // optional
  }
}

`print_markdown`

Prints Markdown content rendered as PDF via pandoc and XeLaTeX.

Supports:

Standard markdown formatting (headers, lists, tables, code blocks)
LaTeX math expressions (inline with $, display with $$)
Latin scripts including European languages
Greek and Cyrillic alphabets
Basic symbols and punctuation

Limited support for:

Complex Unicode (emoji, box drawing characters)
Right-to-left scripts (Arabic, Hebrew)
CJK characters (Chinese, Japanese, Korean)

{
  "name": "print_markdown",
  "arguments": {
    "content": "# My Document\n\nThis is **bold** text.\n\nMath: $E = mc^2$",
    "printer": "HP_LaserJet",  // optional
    "title": "My Document"     // optional
  }
}

`print_file`

Prints a file from the filesystem.

{
  "name": "print_file",
  "arguments": {
    "path": "/path/to/document.pdf",
    "printer": "Canon_PIXMA"  // optional
  }
}

`get_printer_info`

Get detailed information about a specific printer including status, make/model, location, and URI.

{
  "name": "get_printer_info",
  "arguments": {
    "printer_name": "My_Printer"
  }
}

`set_default_printer`

Change the default printer.

{
  "name": "set_default_printer",
  "arguments": {
    "printer_name": "CanonG3260"
  }
}

`enable_printer` / `disable_printer`

Control printer availability for accepting jobs.

{
  "name": "enable_printer",
  "arguments": {
    "printer_name": "My_Printer"
  }
}

`update_printer_info`

Update printer description and/or location.

{
  "name": "update_printer_info",
  "arguments": {
    "printer_name": "My_Printer",
    "description": "Office Color Laser",
    "location": "Room 201"
  }
}

`markdown_to_pdf`

Convert markdown to PDF and save to a file (without printing).

Supports:

Same markdown features as print_markdown
Saves PDF to specified path instead of printing

{
  "name": "markdown_to_pdf",
  "arguments": {
    "content": "# My Document\n\nSave this as PDF.",
    "output_path": "report.pdf",  // Saves to ~/Documents/report.pdf by default
    "title": "My Document"
  }
}

`print_latex`

Print LaTeX content (compiled to PDF via XeLaTeX).

Supports:

Full LaTeX syntax and packages
Mathematical formulas and equations
TikZ diagrams and graphics
Bibliography and citations
Custom document classes

{
  "name": "print_latex",
  "arguments": {
    "content": "\\documentclass{article}\n\\begin{document}\nHello LaTeX!\n\\end{document}",
    "printer": "My_Printer",  // optional
    "title": "My LaTeX Doc"  // optional
  }
}

`save_markdown`

Save markdown content to a .md file.

{
  "name": "save_markdown",
  "arguments": {
    "content": "# My Document\n\nThis is my markdown content.",
    "filename": "notes.md"  // Saves to ~/Documents/notes.md by default
  }
}

`save_latex`

Save LaTeX content to a .tex file.

{
  "name": "save_latex",
  "arguments": {
    "content": "\\documentclass{article}\n\\begin{document}\nHello LaTeX!\n\\end{document}",
    "filename": "document.tex"  // Saves to ~/Documents/document.tex by default
  }
}

`list_documents`

List PDF and Markdown files in the Documents folder.

{
  "name": "list_documents",
  "arguments": {
    "folder": "reports"  // Optional: list files in ~/Documents/reports
  }
}

`print_from_documents`

Print a PDF or Markdown file from the Documents folder.

{
  "name": "print_from_documents",
  "arguments": {
    "filename": "report.pdf",     // or just "report" - will find .pdf or .md
    "printer": "My_Printer",  // optional
    "folder": "reports"           // optional subfolder
  }
}

Features:

Automatically finds .pdf or .md extension if not specified
Converts Markdown files to PDF before printing
Works with subfolders in Documents

`markdown_to_latex`

Convert a Markdown file to LaTeX format for further customization.

{
  "name": "markdown_to_latex",
  "arguments": {
    "file_path": "research_notes.md",  // Path to markdown file
    "output_path": "research_paper.tex",  // Optional: output path
    "title": "My Research Paper",  // Optional: document title
    "standalone": true  // Optional: create complete document (default: true)
  }
}

Features:

Converts Markdown to editable LaTeX format
Preserves math expressions, tables, and formatting
Adds conversion metadata as comments
Allows fine-tuning before final PDF compilation
Part of the markdown → LaTeX → PDF workflow

Workflow example:

1. save_markdown(content="...", filename="notes.md")
2. markdown_to_latex(file_path="notes.md")  # Creates notes.tex
3. edit_document(file_path="notes.tex", ...)  # Optional: customize
4. latex_to_pdf(file_path="notes.tex", output_path="final.pdf")

`list_available_fonts`

List fonts available for use with XeLaTeX documents.

{
  "name": "list_available_fonts",
  "arguments": {
    "style": "serif"  // Optional: filter by 'serif', 'sans', 'mono', or None for all
  }
}

Features:

Lists all system fonts compatible with XeLaTeX
Filter by font style (serif, sans-serif, monospace)
Groups fonts alphabetically for easy browsing
Provides usage examples for LaTeX documents
Shows popular font recommendations

`validate_latex`

Validate LaTeX content for syntax errors before compilation.

{
  "name": "validate_latex",
  "arguments": {
    "content": "\\documentclass{article}\n\\begin{document}\nHello!\n\\end{document}"
  }
}

Features:

Uses lacheck and chktex for syntax checking (if available)
Performs test compilation with XeLaTeX
Returns detailed error reports and warnings
Helps catch errors before printing

`read_document`

Read a document file with line numbers for editing.

{
  "name": "read_document",
  "arguments": {
    "file_path": "proposal.tex",  // or full path
    "offset": 1,                  // starting line (optional, default: 1)
    "limit": 50                   // number of lines (optional, default: 50)
  }
}

Features:

Returns content with line numbers in cat -n format
Works with any text file in Documents folder
Smart path handling (defaults to ~/Documents/)
Supports reading portions of large files

`edit_document`

Edit a document file by replacing exact string matches.

{
  "name": "edit_document",
  "arguments": {
    "file_path": "proposal.tex",
    "old_string": "Hello World",
    "new_string": "Hello CUPS MCP",
    "expected_replacements": 1    // optional, default: 1
  }
}

Features:

Exact string replacement with occurrence validation
Returns context snippet showing changes
Prevents accidental replacements with count validation
Same smart path handling as read_document
Collaborative editing support: Detects external file changes and shows diffs
Prevents overwrites when user has edited file externally
Automatically tracks file modifications for safe concurrent editing

`check_document_status`

Check if a document has been modified externally and show changes.

{
  "name": "check_document_status",
  "arguments": {
    "file_path": "proposal.tex"  // or full path
  }
}

Features:

Tracks document modification times and content hashes
Detects external changes made by users or other programs
Shows unified diff of what changed since last read
Helps coordinate collaborative editing between AI and users
Essential for preventing conflicting edits in shared documents

Path handling for save tools:

Simple filename (e.g., report.pdf) → Saves to ~/Documents/
Full path (e.g., /home/user/Documents/report.pdf) → Uses exact path
Path with ~ (e.g., ~/Downloads/report.pdf) → Expands to home directory

Automatic features:

Creates Documents directory if it doesn't exist
Generates unique filename if file already exists (adds _1, _2, etc.)
Returns clear error messages for permission issues or other failures

AI Agent Guidelines

Printer Selection Logic

When using the printing tools, AI agents should follow this logic:

First print request:
- If user doesn't specify, ask: "Would you like to print or save as PDF?"
- If printing and no default printer exists, ask which printer to use
- Remember the chosen printer for the session
Subsequent requests:
- Use the remembered printer from the first request
- Only change if user explicitly specifies a different printer

File Paths

When saving PDFs with markdown_to_pdf:

Use simple filenames (e.g., report.pdf) which save to ~/Documents/
Don't assume the user's home directory path
Let the tool handle path expansion

This ensures users aren't repeatedly asked about printer selection and files are saved to predictable locations.

Configuration for Claude Desktop and Claude Code

Important: Workspace Path

TeXFlow requires a workspace path where all your document projects will be stored. This is passed as the last argument to the texflow command.

For Claude Desktop

Claude Desktop uses a JSON configuration file to manage MCP servers. The location depends on your operating system:

macOS: ~/Library/Application Support/Claude/claude_desktop_config.json
Windows: %APPDATA%\Claude\claude_desktop_config.json
Linux: ~/.config/Claude/claude_desktop_config.json

Method 1: Run from GitHub (Recommended)

Add this to your claude_desktop_config.json:

{
  "mcpServers": {
    "texflow": {
      "command": "uvx",
      "args": ["--from", "git+https://github.com/aaronsb/texflow-mcp.git", "texflow", "/home/aaron/Documents/TeXFlow"]
    }
  }
}

Note: Replace /home/aaron/Documents/TeXFlow with your desired workspace path.

Method 2: Run from local directory

If you've cloned the repository locally:

{
  "mcpServers": {
    "texflow": {
      "command": "uv",
      "args": ["--directory", "/path/to/texflow-mcp", "run", "texflow", "/home/aaron/Documents/TeXFlow"]
    }
  }
}

Note: Replace /path/to/texflow-mcp with the actual path to your cloned repository.

After editing the config file, restart Claude Desktop for the changes to take effect.

For Claude Code

Claude Code provides a CLI command to add MCP servers. You can choose between different scopes:

--scope user: Available across all your projects (recommended)
--scope project: Only available in the current project
--scope local: Available only on this machine

Method 1: Run from GitHub (Recommended)

# Add with user scope (available in all projects)
claude mcp add --scope user texflow uvx -- --from git+https://github.com/aaronsb/texflow-mcp.git texflow ~/Documents/TeXFlow

# Or with project scope (current project only)
claude mcp add --scope project texflow uvx -- --from git+https://github.com/aaronsb/texflow-mcp.git texflow ~/Documents/TeXFlow

Method 2: Run from local directory

If you've cloned the repository:

# Add with user scope
claude mcp add --scope user texflow uv -- --directory /path/to/texflow-mcp run texflow ~/Documents/TeXFlow

# Or with project scope
claude mcp add --scope project texflow uv -- --directory /path/to/texflow-mcp run texflow ~/Documents/TeXFlow

Note: The -- after the scope is required to separate Claude Code options from the command arguments.

Workspace Path Options

You can specify the workspace path in three ways:

Command line argument: ~/Documents/TeXFlow as shown in the examples above
Environment variable: Set TEXFLOW_WORKSPACE=~/Documents/TeXFlow in your shell or system environment
Default: If neither is provided, defaults to ~/Documents/TeXFlow

All TeXFlow projects and documents will be created within this workspace directory.

Verifying Installation

After installation, you can verify TeXFlow is working by asking Claude to:

List available TeXFlow projects: "Use texflow to list my projects"
Check system dependencies: "Check texflow system dependencies"
Create a test project: "Create a new texflow project called 'test'"

AI-to-AI Collaboration 🤖🤝🤖

The collaborative editing features enable fascinating multi-agent workflows:

Use Cases

Parallel Document Development: Multiple AI agents can work on different sections simultaneously
Review Workflows: One AI drafts, another reviews and edits
Specialized Collaboration: Domain-specific AIs (e.g., technical writer + code reviewer) working together
Iterative Refinement: AIs can build upon each other's contributions with full visibility

How It Works

Agent A reads and edits a document, establishing a baseline
Agent B detects Agent A's changes through the diff system
Agent B reviews the changes before making its own contributions
Each agent maintains awareness of others' modifications through the tracking system

Example Workflow

# Agent 1 (Technical Writer AI)
- Creates initial documentation structure
- Writes API reference sections

# Agent 2 (Code Examples AI)  
- Detects Agent 1's additions
- Adds code examples to each API section
- Preserves Agent 1's documentation

# Agent 3 (Review AI)
- Sees combined work from both agents
- Fixes inconsistencies
- Adds cross-references

This opens up entirely new possibilities for AI collaboration on complex documentation and content creation tasks.

Examples

Common Workflows

Academic Paper with Citations

# Create project structure
project(action="create", name="ml-paper", description="Machine learning research paper")

# Create bibliography
document(action="create", content="@article{smith2023,...}", path="refs.bib")

# Create main document
document(action="create", content="\\documentclass{article}...", path="paper.tex")

# Export to PDF
output(action="export", source="paper.tex", output_path="paper.pdf")

Convert and Edit Workflow

# Convert existing Markdown notes to LaTeX
document(action="convert", source="notes.md", target_format="latex")

# Edit the converted file
document(action="edit", path="notes.tex", old_string="TODO", new_string="Introduction")

# Generate PDF
output(action="export", source="notes.tex")

Workflow Features

The system prevents common AI workflow issues:

Smart Content Detection: The server detects when LaTeX content has already been saved and warns against regenerating it
Clear Tool Guidance: Tool descriptions guide the preferred workflow (save → use file path)
Better Error Handling: LaTeX error parser provides specific package installation instructions

Example of the improved workflow:

# Step 1: Save LaTeX content
save_latex(content="...", filename="paper.tex")
# Returns: "LaTeX saved successfully to: /home/user/Documents/paper.tex"

# Step 2: Convert to PDF using file path (not content!)
latex_to_pdf(file_path="/home/user/Documents/paper.tex", output_path="paper.pdf")
# Efficient: Uses saved file instead of regenerating content

Documentation

📖 Tool Reference - Complete guide to all 9 semantic tools
🤝 Collaborative Editing Guide - Deep dive into collaboration features
🎯 LaTeX Reference Design - Design of the LaTeX documentation tool
📄 System Dependencies - System requirements and dependency management
👨‍🍳 Recipe Book Example - Practical example creating a recipe book
🚀 Complete Workflow Example - End-to-end workflow examples

Future Enhancements

HTML to PDF printing (via weasyprint)
SVG to PDF printing (via rsvg-convert)
Image format handling and scaling
Print job status tracking
Print job cancellation
Printer options (paper size, orientation, etc.)
Base64 encoded content support

License

MIT

TeXFlow

TeXFlow

🚀 Key Innovation: Collaborative Document Editing

Core Value Proposition

🚀 Quick Start with Projects

🎯 Semantic Tool Organization

Features

📁 Project-Based Document Management

Printing

Document Creation & Saving

Printer Management

Collaborative Document Editing 🤝

Document Archiving & Version Management 📦

Smart Features

Prerequisites

Required

Optional (for additional features)

Installation

Quick Start

Option 1: Run directly from GitHub (Recommended)

Option 2: Clone and run locally

Usage

Quick Start - 9 Unified Tools

1. document - Create, edit, and transform documents

2. output - Print or export documents

3. project - Organize your work

4. printer - Manage printing hardware

5. discover - Find resources

6. archive - Manage versions

7. workflow - Get intelligent guidance

Complete Tool Reference

Legacy Tool Documentation

print_text

print_markdown

print_file

get_printer_info

set_default_printer

enable_printer / disable_printer

update_printer_info

markdown_to_pdf

print_latex

save_markdown

save_latex

list_documents

print_from_documents

markdown_to_latex

list_available_fonts

validate_latex

read_document

edit_document

check_document_status

AI Agent Guidelines

Printer Selection Logic

File Paths

Configuration for Claude Desktop and Claude Code

Important: Workspace Path

For Claude Desktop

Method 1: Run from GitHub (Recommended)

Method 2: Run from local directory

For Claude Code

Method 1: Run from GitHub (Recommended)

Method 2: Run from local directory

Workspace Path Options

Verifying Installation

AI-to-AI Collaboration 🤖🤝🤖

Use Cases

How It Works

Example Workflow

Examples

Common Workflows

Academic Paper with Citations

Convert and Edit Workflow

Workflow Features

Documentation

Future Enhancements

License

Be the First to Experience MCP Now

1. `document` - Create, edit, and transform documents

2. `output` - Print or export documents

3. `project` - Organize your work

4. `printer` - Manage printing hardware

5. `discover` - Find resources

6. `archive` - Manage versions

7. `workflow` - Get intelligent guidance

`print_text`

`print_markdown`

`print_file`

`get_printer_info`

`set_default_printer`

`enable_printer` / `disable_printer`

`update_printer_info`

`markdown_to_pdf`

`print_latex`

`save_markdown`

`save_latex`

`list_documents`

`print_from_documents`

`markdown_to_latex`

`list_available_fonts`

`validate_latex`

`read_document`

`edit_document`

`check_document_status`