Pyges is a highly customizable Python-based static site generator and runtime designed for flexibility.
The pyges module revolves around the Site class. To create one first create a Config and specify your src folder, this is the folder where all of your site will be generated from.
from pyges import Site, Config
config = Config(src="src")Next, create a Site instance supplying it the already created Config
site = Site(config)Apart from the styles.css style sheet, CNAME file and Assets folder that have to be created inside the src folder. HTML pages can be created from Markdown files using the site.add decorator.
from pyges.nodes import Html
@site.add("index.md")
def index(content: str) -> Html:
return Html(content)In the above example Pyges will read the index.md markdown file transform it to an HTML string and pass it as an an argument - content in our case to the decorated function. Then, inside the function body an Html tag with the index.md HTML content is created.
After building the site using
if __name__ == '__main__':
site.build()a file named index.html will be saved in the out folder (out by default) at the same relative path as index.md was to src.
For example, in case src/index.md contained:
# Test
This is index.mdAfter building the site out/index.html will contain:
<html>
<h1>Test</h1>
<p>The <i>index</i> function will return the following HTML</p>
</html>In case there's a folder that consists of pages that should have the same template, instead of adding a creator function for each one the folder name can be supplied to the site.add decorator. For example
from pyges.nodes import Html, Article
@site.add("blogs")
def blog(content: str) -> Html:
return Html(Article(content))Pyges has support for (soon) all HTML tags, meaning a creator function (a name for a function decorated with the site.add add) can utilize all of those to create a specific page as for it's needs. Not only that, but using simple yaml syntax in the start of any Markdown file in conjunction with inheriting from the Scheme dataclass for it's validation, creates a creates a robust method to access any page metadata.
In the end, a customizable and rich templating system can be achieved, let's improve the previous example, be adding to each blog the following yaml configuration
---
name: <name>
date: <date>
---
// blog //This is specified as mentioned using a dataclass the inherits from Scheme
import datetime
@dataclass
class Blog(Scheme):
name: str
date: datetime.dateNow our improved blog function can look like this:
@site.add("blogs/", scheme=Blog)
def blog(content: str, name: str, date: datetime.date) -> Html:
return Html(
Article(
[
Div([H(size=1, value=name), P(str(date))]),
content,
]
)
)Notice that all Blog scheme properties are passed to the creator function.
Another great feature, is the ability to get all pages created by a specific creator, this is done by the site.pages method. Let's say we want to create a page to show all blogs created by blog, we can do that in the following manner
@site.add("blogs.md")
def blog(content: str) -> Html:
return Html(
[
P(content)
Article(
[
Div(b.name)
for b in sorted(
site.pages(creator=blog),
key=lambda x: x.properties["date"],
)
],
)
]
)Lastly, when developing a website, instead of building it every time, use the site.debug method, this will open a flask runtime, that updates changes automatically as you work!
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