Python-Markdown VS silkie

AutoPyTabs allows you to write code examples in your documentation targeting a single version of Python and then generates examples targeting higher Python versions on the fly, presenting them in tabs, using popular tabs extensions. This all comes packaged as a markdown extension, MkDocs plugin and a Sphinx, so it can easily be integrated with your documentation workflow.

As a starting point, take a look at the Python-Markdown library. It's available from the Pypi repository, so is easy to install with pip / pipenv / ...

Issue Markdown Full Markdown Support Complete Markdown Support with the Help of Python-Markdown/markdown I wanted to finally Add full markdown support.

I like the simplicity of your platform!

Thanks for the bug report. I've used python-markdown [0] for the markdown parsing–I'll have to double-check the implementation.

[0]: https://python-markdown.github.io/

I believe a lot of the actual replacements (or at least mappings to replacements) are happening in inlinepatterns.py - you can see on lines 106-172 all of the regex patterns that are used for various matches. Line 442 you can see the Processor that was created to handle Asterisks, working with and .

I see the https://github.com/Python-Markdown/markdown , but I am troubling identifying the supporting code that really is doing the leg work ie the core functions and logic supporting it to take markdown and turn it in to html.

Interesting, I also use markdown, but hadn't heard of Django-Markdownx before your today. What I do is create two fields: body_md and body_html, and on save use Python Markdown to turn my markdown in html.

Now we have to add a configuration file for the spelling checker. It uses PySpelling under the hood. When checking Markdown files, it first converts a Markdown text file's buffer using Python Markdown and returns a single SourceText object containing the text as HTML. Then it captures the HTML content, comments, and even attributes and performs the check. It has a lot of configuration options, but here we are going to see only an example with some basics. For further info you can read the docs of the rojopolis/spellcheck-github-actions Github action.

Otherwise, I would use markdown with Python Markdown.

To resolve the above issue, I thought the best approach was to avoid reinventing the wheel and save myself hours of debugging: use a third-party library. After implementing a Python implementation of John Gruber’s Markdown, 36 lines of code were cut down to a single function call. I've not benchmarked my SSG after the change, but in terms of code readability, it's certainly worth the overhead caused by the library.

[metadata] name = silkie version = 1.0.7 ... description = Static site generator with the smoothness of silk long_description = file: README.md long_description_content_type = text/markdown url = https://github.com/oliver-pham/silkie project_urls = Bug Tracker = https://github.com/oliver-pham/silkie/issues classifiers = Programming Language :: Python :: 3 License :: OSI Approved :: MIT License Operating System :: OS Independent [options] packages = silkie python_requires = >=3.9 install_requires = click >= 8.0.0 markdown >= 3.3.0 yattag >= 1.14.0 python-frontmatter >= 1.0.0 [options.entry_points] console_scripts = silkie = silkie.cli:silkie

Last week, I already set up some automation tests for Silkie, my static site generator (SSG). Instead of running tests manually on each Pull Request (PR), I made an attempt to configure GitHub Actions to automate this Continuous Integration (CI) workflow. Moreover, I also helped my friend, Luke, add a test case to his SSG this week.

According to my parter's issue, I create a new test file named. I pull a new PR, the partner's Actions passed it. Before that, I found that many projects have the function of automatic error checking. I wonder how to do it. After lab9, I also created my own GitHub actions. I'm very excited.

After setting up static analysis tools last week, it's time to configure a testing framework for Continuous Integration (CI). There are several options for Silkie, my work-in-progress static site generator, but I decided to give Pytest a try. In this blog, I'll show you how I set up:

If you are tired of maintaining your coding style, I have good news for you. Fortunately, there are developer tools that can automate and streamline mundane development tasks. In this blog, I'll show you how I integrated 2 static code analysis tools and a package manager for pre-commit hooks into Silke, my work-in-progress static site generator.

After wandering the world of static site generators (SSG), I came across an eye-catching, well-documented, and developer-friendly one focusing on documentation sites: Docusaurus. After diving a bit deeper into their documentation, I realized they have many out-of-the-box features, which I can try integrating into Silke, an SSG I wrote from scratch.

This week, I noticed that some functions in my static site generator (SSG) were hardcoded with complex logic and "magic values", so I decided to focus on refactoring them. Without cleaning them up, maintaining them would be a tragedy. For instance, there was a function spanning 36 lines of code with 8 if/elif statements. Some of the statements even have nested if/elif statements themselves. You can find the function referenced in this issue.

This week on my Open Source journey, I attempted to add support for JSON formatted configuration files for an open source Static Site Generator (SSG). The owner of the repo, Tengzhen, also contributed the same feature to my SSG, Silkie. However, I made a step forward by testing his code from a tracking branch before merging it.

After establishing Markdown support for my static site generator (SSG), I decided to enable parsing Markdown horizontal rules along with HTML document language support. However, I developed the two features on separate branches this time, so I could switch between the two if I encountered any obstacle. Little did I know the obstacle was awaiting me at the end.

As for Eugene, he also contributed the same feature to Silkie, my SSG. I noticed his code might need to be fixed and refactored, so we worked together on both Slack and GitHub to resolve those issues. Given our time constraint and Eugene's lack of experience with Python, it was a success that we managed to add a new feature without breaking the existing ones.