django-lfs ships a whole Django shop, but its changelog stopped in 2017

LFS is the shop itself, not a component for one

LFS, short for Lightning Fast Shop, is an online shop built on Python, Django and jQuery and distributed as the Python package django-lfs. The packaging file in the repository root gives the name as django-lfs, the description as "LFS - Lightning Fast Shop", and the author as Kai Diefenbach of iqpp.de. The repository topics place it under django, ecommerce, online-shop and python.

That framing decides who the project is for. LFS is not a cart widget or a payment library you mount next to your own catalogue; it is a shop application that carries its own product model, product variants, vouchers, stock handling and review features. Its own release notes name each of those areas, including stock decrements and voucher redemption counts. A team that already has a Django site and only wants checkout would be looking in the wrong direction, while a team that needs a full store front and back office in one package gets a lot of ground covered in a single import path.

The repository layout supports that reading. The Python code sits in a top-level lfs package, and the root also holds docs/, setup.py, MANIFEST.in, HISTORY.txt, CREDITS.txt and LICENSE.txt. The changelog records that static files and manage templates were relocated into lfs.manage, so the project keeps its own tooling separate from the customer facing package rather than assuming a surrounding site structure.

There is no install command to copy, only three links to follow

The bundled setup notes give no pip command and no sample settings file, so a first-time user has to start from the addresses they list. The project site, the documentation site and a runnable demo shop are all named directly:

* http://www.getlfs.com
* http://docs.getlfs.com
* http://demo.getlfs.com

The demo shop is the most useful of the three for evaluation because it lets you judge the customer facing behaviour, which in a jQuery based shop is where much of the interface logic lives. The documentation site is where setup instructions are expected to live, since the setup notes only point at it. The project site, hosted on the same iqpp.de domain that appears in the author contact, is the general entry point.

For a working environment rather than a demo, the setup notes point to a separate repository that holds the buildout used for development:

* https://github.com/diefenbach/lfs-buildout-development

So the realistic first run of this project is a two step one: open the demo to see what the shop does, then follow the documentation and buildout for an actual installation. Anyone expecting a quick pip install and a settings block in the setup notes will find neither, and should plan for reading the external documentation instead.

setup.py asks for setuptools and points at a private package index

The packaging metadata is more informative than the setup notes about what the project expects from you. The version is not written inline; it is imported from the package itself:

from lfs import __version__

The metadata block then binds that value into the distribution description:

    name="django-lfs",
    version=__version__,
    description="LFS - Lightning Fast Shop",

The dependency and packaging section is where the interesting constraints sit:

    packages=find_packages(exclude=["ez_setup"]),
    include_package_data=True,
    zip_safe=False,
    dependency_links=["http://pypi.iqpp.de/"],
    install_requires=[
        "setuptools",
    ],

Two things follow from those lines. First, install_requires lists only setuptools, so neither Django nor a database driver is pinned to a version by the package itself, even though the project is built on Django. Second, dependency_links points at http://pypi.iqpp.de/, a package index hosted on the vendor domain, which signals that companion packages such as the payment plugin are distributed outside the main public index. include_package_data=True with a MANIFEST.in means static assets and templates are shipped inside the distribution, and zip_safe=False rules out installation as a zipped egg, which matters for hosts that want writable static directories.

The last push is on 2026-09-18, but the newest documented release is 0.11.0

The repository is not archived and the last push was on 2026-09-18, so the branch is still receiving commits. The published history around that code is much thinner. There are no GitHub releases at all, and the newest entry in the bundled changelog is 0.11.0, dated 2017-03-09:

0.11.0 (2017-03-09)
* Adds Django 1.10 support
* Excludes variants from sitemap
* Add appending slash to all urls
* Use F() expressions to update stock amount (#203)
* Removes django-pagination (use Django's default one instead)
* remove STATIC_URL (user static_url tag instead)

Older entries follow the same pattern, with 0.10.2 dated 2015-04-25, 0.10.1 dated 2015-04-23 and 0.10.0 dated 2015-04-22. A complete history is said to live in HISTORY.txt at the repository root. In practice the gap between the newest documented version and the most recent push is roughly nine years, and no version number in that gap is described in the setup notes.

That gap is the reason to treat this project carefully. The activity on the branch does not tell you which Django versions work, whether the 2017 code still runs on a current Python, or whether the unlisted changes are fixes or breakage. There is no release feed to consult and no tag stream to fall back on, so an adopter would be reading the commit log directly.

The 0.11.0 notes describe a codebase pinned to Django 1.10

Reading that last changelog closely shows what kind of project this is. The 0.11.0 entry adds Django 1.10 support and switches two inventory operations to database level expressions, updating the stock amount and increasing a voucher's use count inside the query rather than in Python. It removes the django-pagination dependency in favour of Django's own pagination and drops the STATIC_URL setting, telling users to use a static_url tag instead. It also appends a trailing slash to all URLs and excludes variants from the sitemap.

The 0.10.0 entry, dated 2015-04-22, adds Django 1.8 support and moves static files and manage templates into lfs.manage. The 0.10.2 entry, dated 2015-04-25, updates the companion payment package lfs-paypal to version 1.3.

Read together, those notes describe a project tracking Django releases from 1.8 to 1.10, that is, the 1.8 to 1.10 era of the framework. Nothing in the documented history shows work for later Django versions, and the removal of STATIC_URL is the kind of change that only matters for a specific set of framework conventions. A team running a modern Django release cannot confirm compatibility from the documentation; the only honest check is to try the code against the Django version in use and read the commits made after 2017-03-09.

The companion plugin arrangement matters too. Payment handling for this shop is delivered by a separate package rather than inside django-lfs, and lfs-paypal is versioned on its own. Integrating a checkout therefore means depending on code that lives in another distribution, hosted on the vendor index.

Assembling the shop in your own models is the alternative approach

The realistic alternative to LFS is not another product with a similar feature list. It is building the shop from parts you already control, and the difference is one of ownership.

Assembled in house, the catalogue, the cart, the stock decrement and the voucher redemption live in your own models and your own views, and the payment integration is a module you control end to end. The cost is that every one of those pieces has to be written and tested by you, including the awkward parts LFS already handles, such as decrementing stock with a database expression so a concurrent order cannot oversell a variant, and incrementing a voucher's use count in the same way. The benefit is that nothing forces a particular storefront structure, and no separate distribution has to be tracked.

With LFS, the shop logic is already written and the flow from product to variants to cart to voucher is settled. The cost is that you own the whole application rather than a library, so your site code has to live alongside a shop that expects its own lfs.manage tooling, its own static file layout, its own URL conventions with a trailing slash, and its own payment plugin. The decision is really about how much of your site you want to hand over to an application.

Where django-lfs is the wrong choice

There are clear boundaries here. If you need an API first shop with a documented public interface, this is not the shape of the project; the repository holds a shop application with a jQuery frontend, not a service with a stated API. If you need tagged releases and a changelog you can plan upgrades against, the absence of GitHub releases and the frozen 0.11.0 entry rule it out. If your team is new to the framework, a codebase whose own documentation lives on an external site and whose recent commits are undocumented is a hard way to start.

The licensing side is straightforward in shape. The project is BSD-3-Clause and the setup.py classifier lists it as an OSI approved BSD license, with the full text in LICENSE.txt at the repository root. As usual with that family of licenses, the obligations concern retaining the copyright notice and the disclaimer when redistributing the code. This is a description of the licence terms, not legal advice, and anyone combining it with the separately licensed payment package should check those terms independently.

One practical caution. The documentation, the demo and the package index all live on addresses outside the repository, on getlfs.com and iqpp.de. If those hosts are unavailable or the domain changes, the guidance you would normally rely on disappears with them. The repository itself still holds the source, the docs/ directory and HISTORY.txt, so a team willing to read the code can proceed, but it is doing this without a supported path.

Editorial conclusion

Adopt django-lfs only if you want a complete shop application, are willing to run a codebase whose documented Django support stops at 1.10, and can host or reach the external documentation and demo sites. Do not choose it for a payment integration, an API product, or a team expecting tagged releases. Before anything else, check the commit history since 2017-03-09 and the contents of the docs/ directory, because that is where the real state of the code lives, not the changelog at the repository root.

Frequently asked questions

Official sources

1. diefenbach/django-lfs on GitHub
2. Issues
3. License: BSD-3-Clause
4. Project website
5. README