A python wrapper for the rentry markdown service.
This package allows for accessing the rentry API through the command line or as a module in your project.
rentry.py can be installed via pip:
pip install rentry.py
Or added to your project via poetry:
poetry add rentry.py
The command interface offers every endpoint as terminal commands. Those commands and their arguments are detailed below.
help: Show this help message.read: Get the raw markdown of a page with aSECRET_RAW_ACCESS_CODEset or if you provide an--auth-token.rentry read <--page-id PAGE_ID> [--auth-token AUTH_TOKEN]
fetch: Fetch the data for a page you have the edit code for.rentry fetch <--page-id PAGE_ID> <--edit-code EDIT_CODE>
exists: Check if a page exists.rentry exists <--page-id PAGE_ID>
create: Create a new page.rentry create <--markdown MARKDOWN> [--page-id PAGE_ID] [--edit-code EDIT_CODE] [--metadata METADATA]
update: Update a page you have the edit or modify code for.rentry update <--page-id PAGE_ID> <--edit-code EDIT_CODE> [--new-page-id NEW_PAGE_ID] [--new-edit-code NEW_EDIT_CODE] [--new-modify-code NEW_MODIFY_CODE] [--markdown MARKDOWN] [--metadata METADATA] [--overwrite]
delete: Delete a page you have the edit code for.rentry delete <--page-id PAGE_ID> <--edit-code EDIT_CODE>
--page-id--edit-code- When used with the
updatecommand this can be a modify code instead. - Modify codes start with
m:and do not allow updating the edit or modify codes or deleting the page.
- When used with the
--auth-token- Auth tokens are acquired by contacting rentry support.
--new-page-id- Must be between 2 and 100 characters.
- Must contain only latin letters, numbers, underscores and hyphens.
- Will cause the existing modify code to reset if set.
--new-edit-code- Must be between 1 and 100 characters.
- Can't start with
m:as that is reserved for modify codes.
--new-modify-code- Must start with
m:and be between 1 and 100 characters. - Provide
m:to remove the modify code.
- Must start with
--markdown- Must be between 1 and 200,000 characters.
--metadata- A JSON string containing
'{"string": "string"}'key-value pairs.
- A JSON string containing
--overwrite- Whether to overwrite the existing markdown and metadata with the new values.
--base-url- The base URL to use.
- Defaults to
https://rentry.cobut can be set tohttps://rentry.org. - All data is shared between the two domains.
rentry read --page-id pyrentry fetch --page-id py --edit-code pyEditCoderentry exists --page-id pyrentry create --content "Hello, World!" --page-id py --edit-code pyEditCoderentry delete --page-id py --edit-code pyEditCode --base-url "https://rentry.org"
The module interface offers every endpoint as methods: read(), fetch(), exists(), create(), update(), and delete(). The read() method is an alias of the raw endpoint and the create() method is an alias of the new endpoint.
Instantiate a synchronous or asynchronous client to get started with rentry.py.
import asyncio
from rentry import RentryAsyncClient, RentryAsyncPage, RentrySyncClient, RentrySyncPage
sync_client = RentrySyncClient()
async_client = RentryAsyncClient()You can customize the API base url by passing the client either "https://rentry.co" (default) or "https://rentry.org". Both domains work the same and all data is shared between them.
If one isn't passed, a CSRF token will be generated automatically by requesting one from rentry and it will be stored in csrf_token. The headers returned by the API imply these CSRF tokens last one year. It's unclear if anything will void them before that cutoff, however a new one can be generated at any time by calling client.refresh_session(). Alternatively, if you would like to generate a new CSRF token on each request, which would end up doubling the number of requests in total, you can pass use_session = False to the client.
You can then call the endpoints directly on the clients.
markdown: str = sync_client.read("py")
print(markdown)
# A python wrapper for the rentry markdown service.Or, you can utilize the pages returned by fetch(), create(), and update().
py_page: RentrySyncPage = sync_client.fetch("py", "1234")
print(py_page.exists())
# True
py_page.delete()
print(py_page.exists())
# False
py_page.create()
print(py_page.exists())
# True
new_page: RentrySyncPage = sync_client.create("Hello, World!")
print(new_page.markdown)
# Hello, World!
print(new_page.page_url)
# https://rentry.co/<randomly_generated_string>
print(new_page.edit_code)
# <randomly_generated_string>By default when you receive a RentrySyncPage or RentryAsyncPage their stats attribute will be empty. It's required to call fetch() to receive the extra page data. You can avoid doing this manually by passing fetch = True to create() or update().
print(new_page.stats.published_date)
# None
new_page.delete()
new_page.create(fetch = True)
print(new_page.stats.published_date)
# 2025-02-22 01:15:30If you would like to identify yourself to the rentry API, you can do so by passing a user_agent to the client.
sync_client = RentrySyncClient(user_agent = "My Cool Project")This will make your request appear as rentry.py/<version> (My Cool Project) to the API.
This is not required and at this time it is unknown if rentry will even make use of this information in any way.
You can gain more control over your page style by making use of RentryPageMetadata. This is a mirror of the options listed at rentry/metadata-how. You can also see a basic example of how metadata works at rentry/metadata-example.
There are multiple ways to utilize the RentryPageMetadata object. The first is to build it through passing arguments. The second is through building it with a JSON string. The third is through building it with a dict.
from rentry import RentryPageMetadata, RentrySyncClient, RentrySyncPage
sync_client = RentrySyncClient()
metadata_one = RentryPageMetadata(PAGE_TITLE="This is an example.")
metadata_two = RentryPageMetadata.build('{"PAGE_TITLE": "This is an example."}')
metadata_three = RentryPageMetadata.build({"PAGE_TITLE": "This is an example."})
page: RentrySyncPage = sync_client.create("Hello, World", metadata = metadata_one)
print(page.metadata.PAGE_TITLE)
# This is an example.The validations done to the metadata are extensive. They can be found in the docstring or in the tutorial link above. Most of rentry's validations have been mirrored in the class, meaning if you attempt to use invalid metadata an error will be raised before sending a request to the API. There are two exceptions to this.
The first is ACCESS_EASY_READ which requires an existing rentry url as its value. Checking that would require an API call of its own, so the class simply doesn't check it before sending the request to the API. The API will send a non-200 response if the URL does not exist, so an error is raised then instead.
The second is CONTENT_FONT which requires an existing font on Google Fonts. It's possible to query the Google Fonts API, however rentry itself also does not validate fonts. If an invalid value is used here it will silently fail to load on the page.
Auth tokens are how you access the raw endpoint through the read() method. No other endpoint requires auth tokens at this time.
You obtain an auth token by contacting rentry support with your request. There are two ways to make use of the auth token once acquired.
The first is through setting the SECRET_RAW_ACCESS_CODE metadata on a page. By doing so, anyone will be able to access the raw endpoint for your page. If you have an auth token, you can add it to your page like so: SECRET_RAW_ACCESS_CODE = auth_token. Once you save your changes the token will internally be obfuscated by rentry, so there is no need to worry about your token being stolen by someone else with edit access. However, as of 2025-02-22, there is a bug where if you save a SECRET_RAW_ACCESS_CODE to your page, even after you remove it users will be able to access the raw endpoint for your page. The only solution to stop it is to delete the page.
The second is by providing your auth token to the client as the auth_token argument. This will grant you access to any page's raw version regardless of if they have a SECRET_RAW_ACCESS_CODE set or not.
