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django-setup-configuration
Advanced tools
Pluggable configuration setup used with the django management command
:Version: 0.4.0 :Source: https://github.com/maykinmedia/django-setup-configuration :Keywords: Configuration :PythonVersion: 3.10
|build-status| |code-quality| |black| |coverage| |docs|
|python-versions| |django-versions| |pypi-version|
Manage your configuration via django command.
.. contents::
.. section-numbering::
This library will allow you to define one or more "configuration steps" which declare a set of expected configuration values and hooks which can be used to configure some part of your project based on those settings. The steps can be run programmatically or via an included Django management command.
It's intended usage is larger Django projects that require a significant amount of configuration to be provisioned, as well as a way to store configuration in an agnostic format (such as yaml) that is not tightly coupled to your Django models.
.. code-block:: bash
pip install django-setup-configuration
2. Add django_setup_configuration
to the INSTALLED_APPS
setting.
Pydantic <https://docs.pydantic.dev/>
_ model defining the structure and validation rules for your configuration... code-block:: python
from pydantic import Field
from django_setup_configuration import ConfigurationModel, DjangoModelRef
class UserConfigurationModel(ConfigurationModel):
# A regular Pydantic field
add_to_groups: list[str] = Field(
default_factory=list,
description="Groups to add the user to"
)
# Reference Django model fields with automatic type inference
username = DjangoModelRef("auth.User", "username", default="admin")
# You can optionally override the inferred type (overriding the type is
# required for fields that can not be unambiguously mapped to a Python type,
# such as relational fields or third-party fields).
is_staff: Optional[int] = DjangoModelRef("auth.User", "username", default=0)
# If you have no need for overriding any of the inferred attributes, you can reference model fields in a Meta class
class Meta:
django_model_refs = {
User: ["password"]
}
Field Defaults ^^^^^^^^^^^^^^
For regular Pydantic fields, you must explicitly configure defaults using Field (default=...)
or Field(default_factory=lambda: ...)
as specified in the Pydantic documentation <https://docs.pydantic.dev/2.10/concepts/fields/#default-values>
_.
NOTE: Marking a field as Optional
or using ... | None
does not automatically
set the field's default to None
. You must set this explicitly if you want the field to
be optional:
.. code-block:: python
from pydantic import Field
class ConfigModel(ConfigurationModel):
optional_field: int | None = DjangoModelRef(SomeModel, "some_field", default=None)
For DjangoModelRef
, the default value handling follows these rules:
You can provide explicit defaults using the default
or default_factory
kwargs,
similar to regular Pydantic fields:
.. code-block:: python
class ConfigModel(ConfigurationModel):
# Explicit string default
field_with_explicit_default = DjangoModelRef(SomeModel, "some_field", default="foobar")
# Explicit default factory for a list
field_with_explicit_default_factory: list[str] = DjangoModelRef(
SomeModel, "some_other_field", default_factory=list
)
When no explicit default is provided, the default is derived from the referenced Django field:
If the Django field has an explicit default, that default will be used.
If no explicit default is set but the field has null=True
set:
a. The default will be set to ``None``
b. The field will be optional
If no explicit default is provided and the field is not nullable, but has blank=True
and it is a string-type field:
a. The default will be an empty string
b. The field will be optional
.. code-block:: python
from django_setup_configuration import BaseConfigurationStep
from django.contrib.auth.models import Group, User
class UserConfigurationStep(BaseConfigurationStep[UserConfigurationModel]):
"""Configure initial user accounts"""
config_model = UserConfigurationModel
enable_setting = "user_configuration_enabled"
namespace = "user_configuration"
verbose_name = "User Configuration"
def execute(self, model: UserConfigurationModel) -> None:
# Idempotent user creation and configuration
user_qs = User.objects.filter(username=model.username)
if user_qs.exists():
user = user_qs.get()
if not user.check_password(model.password):
user.set_password(model.password)
user.save()
else:
user = User.objects.create_user(
username=model.username,
password=model.password,
is_superuser=True,
)
for group_name in model.add_to_groups:
group = Group.objects.get(name=group_name)
group.user_set.add(user)
Create a YAML configuration file with your settings:
.. code-block:: yaml
user_configuration_enabled: true
user_configuration:
username: alice
password: supersecret
add_to_groups:
- moderators
- editors
some_other_step_enabled_flag: true
some_other_step:
foo: bar
bar: baz
Note that you can combine settings for multiple steps in a single file. The root level
keys are exclusively used for the steps' enable_setting
key, and the namespace
key which encapsulates the configuration model's attributes.
Register your configuration steps in Django settings:
.. code-block:: python
SETUP_CONFIGURATION_STEPS = [
"myapp.configuration_steps.user_configuration.UserConfigurationStep",
]
Note that steps will be executed in the order in which they are defined.
Command Line ^^^^^^^^^^^^
.. code-block:: bash
python manage.py setup_configuration --yaml-file /path/to/config.yaml
Programmatically ^^^^^^^^^^^^^^^^
.. code-block:: python
from django_setup_configuration.runner import SetupConfigurationRunner
runner = SetupConfigurationRunner(
steps=["myapp.configuration_steps.user_configuration.UserConfigurationStep"],
yaml_source="/path/to/config.yaml"
)
# Validate that the configuration settings can be loaded from the source
runner.validate_all_requirements()
# Execute all steps
runner.execute_all()
Note that regardless of the execution method, only enabled steps will be executed. By
default, steps are not enabled, so you will have to explicitly set the enable_setting
flag to true for each step you intend to run.
Direct Model Instantiation ^^^^^^^^^^^^^^^^^^^^^^^^^^
.. code-block:: python
def test_execute_step():
config_model = UserConfigurationModel(
username="alice",
password="supersecret",
add_to_groups=["moderators", "editors"]
)
step = UserConfigurationStep()
step.execute(config_model)
# Add assertions
Model Instantiation from an object or YAML ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
.. code-block:: python
from django_setup_configuration.test_utils import build_step_config_from_sources
def test_execute_step():
config = {
'user_configuration_enabled': True,
'user_configuration': {
'username': 'alice',
'password': 'supersecret',
'groups': ['moderators', 'editors']
}
}
config_model = build_step_config_from_sources(UserConfigurationStep,
object_source=config,
# or yaml_source="/path/to/file.yaml"
)
step = UserConfigurationStep()
step.execute(config_model_instance)
# Add assertions
Using Test Helpers ^^^^^^^^^^^^^^^^^^
.. code-block:: python
from django_setup_configuration.test_utils import execute_single_step
def test_execute_step():
execute_single_step(
UserConfigurationStep,
yaml_source="/path/to/test_config.yaml"
)
# Add assertions
Note that when using execute_single_step
, the enabled flag in your setting source
will be ignored and the step will be executed regardless of its presence or value.
To install and develop the library locally, use:
.. code-block:: bash
pip install -e .[tests,coverage,docs,release]
When running management commands via django-admin
, make sure to add the root
directory to the python path (or use python -m django <command>
):
.. code-block:: bash
export PYTHONPATH=. DJANGO_SETTINGS_MODULE=testapp.settings
django-admin check
# or other commands like:
# django-admin makemessages -l nl
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FAQs
Pluggable configuration setup used with the django management command
We found that django-setup-configuration demonstrated a healthy version release cadence and project activity because the last version was released less than a year ago. It has 1 open source maintainer collaborating on the project.
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