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It is possible to store Jupyter notebooks in plain Markdown. This allows youto define a notebook structure entirely using MyST Markdown. For more informationabout MyST Markdown, see MyST Markdown overview.

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Notebooks with Markdown can be read in, executed, and cached by Jupyter Book (see Execute and cache your pages for information on how to cache pages).This allows you to store all of your notebook content in a text format that is much nicer for version control software, while still having all the functionality of a Jupyter notebook.

MyST Notebooks can be parsed directly into Sphinx with the mystnb Sphinx extension, and are similarly-supported as Jupyter Book inputs as well. MyST Notebooks have a 1-to-1 mapping with the notebook, so can be converted to.ipynb files and opened as notebooks in Jupyter. Run the following command from an environment that matches the Python you selected: python -m jupyter notebook -version If this command shows any warnings, you need to upgrade or fix the warnings to continue with this version of Python. If this command says 'no module named jupyter', you need to install Jupyter. How to install Jupyter. Jupyter Notebook comes in.ipynb file format, which is not presentable on GitHub pages by default. This meant that I had to convert Jupyter Notebook into something like.html or.md, the two most commonly used file types in Jekyll. Fortunately, I found a command line conversion tool, named nbconverter that performed this task quite painlessly. A collection of text files make up your book’s content. These can be one of several types of files, such as markdown (.md), Jupyter Notebooks (.ipynb) or reStructuredText (.rst) files (see Types of content source files for a full list). In the above example, there were two files listed: a markdown file and a Jupyter Notebook.

Note

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MyST notebooks uses [MyST-NB to convert between ipynb and text files][myst-nb:index].See its documentation for more information.

To see an example of a MyST notebook, you can look atmany of the pages of this documentation.For example, see ./interactive/hiding.md and ./content/layout.md.

Create a MyST notebook with Jupytext¶

The easiest way to create a MyST notebook is to use Jupytext, a toolthat allows for two-way conversion between .ipynb and a variety of text files.

You can convert an .ipynb file to a MyST notebook with the following command:

A resulting mynotebook.md file will be created.This can then be used as a page in your book.

Important

For full compatibility with myst-parser, it is necessary to use jupytext>=1.6.0.

Jupytext can also automatically synchronize an .ipynb file with your Markdown.To do so, use a Jupyter interface such as Jupyter Lab or the classic notebook interfaceand follow the Jupytext instructions for paired notebooks.

Convert a Markdown file into Jupytext MyST Markdown¶

Jupyter Book has a small CLI to provide common functionality for manipulating andcreating MyST Markdown files that synchronize with Jupytext. To add Jupytext syntaxto a Markdown file (that will tell Jupytext it is a MyST Markdown file), run thefollowing command:

If you do not specify --kernel, then the default kernel will be used if there isonly one available. If there are multiple kernels available, you must specify onemanually.

Structure of MyST notebooks¶

Let’s take a look at the structure that Jupytext creates, which you may also useto create a MyST notebook from scratch. First, let’s take a look at a simple MyST notebook:

There are three main sections to notice:

Frontmatter YAML¶

MyST notebooks need special frontmatter YAML to tell Jupytext that theycan be converted to .ipynb files. The frontmatter YAML block

tells Jupytext that the file is in myst format, and that its code shouldbe run with a Python 3 kernel.

Code cells¶

Code blocks in MyST notebooks are defined with the following MyST directive:

You can optionally add extra metadata to the code cell, which will be convertedinto cell metadata in the .ipynb file. For example, you can add tags to your codecell like so:

You may also explicitly pass the kernel name after {code-cell} to make it clear whichkernel you are running. For example:

Download kaspersky rescue disk 10.0.20.6 free rubackup. However, remember that there is only one kernel allowed per page.

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Markdown content¶

Everything in-between your code cells is parsed as Markdown content using theMyST Markdown parser. See MyST Markdown overview formore information about MyST Markdown.

To explicitly split up Markdown content into two Markdown cells, use the followingpattern:

You may also attach metadata to the cell by adding a Python dictionary after the +++.For example, to add tags to the second cell above:

Warning

Please note that cell breaks and metadata specified in MyST files via the +++ syntaxonly propagate to their .ipynb counterpart. When generating the book’s HTML, Markdowncell information is discarded to avoid conflicting hierarchies in the structure of thedocument. In other words, only code cell tags have an effect on the generated HTML.

This is a short overview of the major components and steps in building a Jupyter Book. See the other pages in this guide for more in-depth information.

The Jupyter Book command-line interface¶

Jupyter Book uses a command-line interface to perform a variety of actions. For example, building and cleaning books. You can run the following command to see what options are at your control:

For more complete information about the CLI, see The command-line interface.

The book building process¶

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Building a Jupyter Book broadly consists of these steps:

  1. Create your book’s content. You structure your book with a collection of folders, files, and configuration. See Anatomy of a Jupyter Book.

  2. Build your book. Using Jupyter Book’s command-line interface you canconvert your pages into either an HTML or a PDF book. See Build your book.

  3. Publish your book online. Once your book is built, you can share it with others. Most common is to build HTML, and host it as a public website. See Publish your book online.

Anatomy of a Jupyter Book¶

There are three things that you need in order to build a Jupyter Book:

  • A configuration file (_config.yml)

  • A table of contents file (_toc.yml)

  • Your book’s content

For example, consider the following folder structure, which makes up a simple Jupyter Book.

We’ll cover each briefly below, and you can find more information about themelsewhere in this documentation.

Book configuration (_config.yml

All of the configuration for your book is in a YAML file called _config.yml.

You can define metadata for your book (such as its title), adda book logo, turn on different “interactive” buttons (such as aBinder button for pages built from a Jupyter Notebook), and more.

Here’s an example of a simple _config.yml file:

  • title: defines a title for the book. It will show up in the left sidebar.

  • logo: defines a path to an image file for your book’s logo (it will also show up in the sidebar).

  • execute: contains a collection of configuration options to control execution and cacheing.

    • execute_notebooks:'off' tells Jupyter Book not to execute any computational content that it finds when building the book. By default, Jupyter Book executes and caches all book content.

More about _config.yml

There is much more that you can do with the _config.yml file. For example, you can Add source repository buttons or add Interactive data visualizations. For a complete list of fields for _config.yml, see Configure book settings.

Table of Contents (_toc.yml

Jupyter Book uses your Table of Contents to define the structure of your book.For example, your chapters, sub-chapters, etc.

This is a YAML file with a collection of pages, each one linking to afile in your book. Here’s an example of the two content files shown above.

Each item in the _toc.yml file points to a single file. The linksshould be relative to your book’s folder and with no extension.Think of the top-most level of your TOC file as book chapters (excluding the landing page). The title of each chapter will be inferred from the title in your files.

The first file specifies the landing page of your book (in this case, it is a markdown file).The landing page is the highest page in your book’s content hierarchy.The second file specifies a content page of your book (in this case, it is a Jupyter Notebook).

More about _toc.yml

You can specify more complex book configurations with your _toc.yml file. For example, you can specify parts, sections, and control custom titles. For more information about your book’s table of contents file, see Structure your book with the Table of Contents.

Book content¶

A collection of text files make up your book’s content. These can be one of several types of files, such as markdown (.md), Jupyter Notebooks (.ipynb) or reStructuredText (.rst) files (see Types of content source files for a full list).

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In the above example, there were two files listed: a markdown file and a Jupyter Notebook.We’ll cover each in the next section.