wirio-settings

Overview

Lightning-fast, strongly typed, and zero boilerplate settings library for Python:

Great defaults from day one: It automatically looks for settings files and environment variables, with recommended configurations and zero boilerplate.
Rust-powered core: Built with Rust under the hood for speed, reliability, and low runtime overhead.
Cloud secrets when we need them: Azure Key Vault, AWS Secrets Manager and GCP Secret Manager integrations are available with one line of code, with safe authentication.
Works naturally with Pydantic models: Load your app settings directly into models.
Async-ready by design: Built to work smoothly with modern async Python apps and cloud SDKs.
A practical replacement: Replace pydantic-settings and python-dotenv with one unified settings library.
Roadmap: Planned capabilities include automatic reload on settings changes (events, sentinels, time, async), pluggable configuration stores, feature flags, lifetimes, prefixes, filters, custom delimiters and aliases.

📦 Installation

uv add wirio-settings

✨ Quickstart with fixed strings

from wirio_settings import SettingsManager


settings_manager = SettingsManager()
database_password = settings_manager.get_required_value("database_password")

✨ Quickstart with Pydantic models

from pydantic import BaseModel
from wirio_settings import SettingsManager


class ApplicationSettings(BaseModel):
    database_password: str


application_settings = SettingsManager().get_model(ApplicationSettings)

✨ Quickstart with Pydantic models and Azure Key Vault

from pydantic import BaseModel
from wirio_settings import SettingsManager


class ApplicationSettings(BaseModel):
    database_password: str


application_settings = (
    SettingsManager()
    .add_azure_key_vault("https://example.vault.azure.net/")
    .get_model(ApplicationSettings)
)

Source priority

wirio-settings supports multiple sources. When the same key exists in multiple sources, the last added sources have more priority.

The following sources are loaded, by default, in this order:

settings.yaml
settings.{environment}.yaml.
Environment variables

Considerations:

Files are optional. If a file is not found, it's skipped.
{environment} is the value of the WIRIO_ENVIRONMENT environment variable. If the variable is not set, its value is local. This would load, for example, settings.production.yaml if WIRIO_ENVIRONMENT=production. It standardizes the environment detection and allows us to store all settings in code, with version control.
In the default settings, environment variables have higher priority than YAML files because the source is added after them. This means that if a key exists in both settings.yaml and environment variables, the value from environment variables will be used.
If we add more sources, those will have higher priority than the defaults. For example, if we add Azure Key Vault as a source, it will override the defaults.
```
SettingsManager().add_azure_key_vault("https://example.vault.azure.net/")
```

Naming convention

Each source (environment variables, YAML, Azure Key Vault...) has its own naming convention for keys. wirio-settings uses snake case for settings keys. When loading from sources, keys are normalized to snake case. For example, the APP_NAME environment variable maps to app_name.

Recommended usage

It depends on your usage, but the recommended setup is having the following files:

settings.yaml with the shared settings.
settings.{environment}.yaml with the environment-specific settings. For example, settings.production.yaml, settings.staging.yaml, settings.local.yaml, etc.

Then, we declare the settings manager, loading the default sources:

settings_manager = SettingsManager()

Now, settings_manager has settings loaded.

Let's say our API is deployed in production, so we have read the key_vault_url setting from settings.production.yaml. We can now add Azure Key Vault as a source and read the rest of the settings from there:

settings_manager.add_azure_key_vault(
    settings_manager.get_required_value("key_vault_url")
)

After that, we have all settings to construct our Pydantic model:

application_settings = settings_manager.get_model(ApplicationSettings)

Read one value

Use get_required_value when the key must exist.

openai_api_key = settings_manager.get_required_value("openai_api_key")

By default, the settings system returns values as strings. To validate and convert to another type, pass the type as a second argument.

timeout_seconds = settings_manager.get_required_value("maximum_retries", int)

Use get_value for optional keys.

openai_api_key = settings_manager.get_value("openai_api_key")
timeout_seconds = settings_manager.get_value("maximum_retries", int)

Defaults and required fields

If a model field has a default, that default is used when no value is found.

from pydantic import BaseModel


class ApplicationSettings(BaseModel):
    app_name: str
    port: int | None = None

Here, port defaults to None when missing. If a required field is missing, get_model raises KeyError.

Sections

Use get_section to read a section. For example, we can read the next YAML:

logging:
  log_level: WARNING

log_level = settings_manager.get_section("logging").get_required_value(
    "log_level"
)

SettingsSection supports:

The section value itself with section.get_required_value() or section.get_required_value(type).
A child value with section.get_required_value("child.key") or section.get_required_value("child.key", type).

If a section has only children and no value at its own path, section.get_value() returns None.

Nested keys

Nested keys use .:

database.host
database.port
logging.log_level.default

All sources

YAML file

settings_manager.add_yaml_file("file.yaml")

Comments are supported in YAML files.

JSON file

settings_manager.add_json_file("file.json")

Comments are not supported in JSON files.

Environment variables

settings_manager.add_environment_variables()

Azure Key Vault

settings_manager.add_azure_key_vault(
    "https://example.vault.azure.net",
)

If no explicit credentials are provided, DefaultAzureCredential is used.

DefaultAzureCredential tries credentials in this order and uses the first one that succeeds:

Environment credential (AZURE_CLIENT_ID, AZURE_CLIENT_SECRET, AZURE_TENANT_ID)
Workload identity credential
Developer tools credential (Azure CLI / Azure Developer CLI)
Managed identity credential. This is the System-assigned managed identity by default. If we want to use a User-assigned managed identity, set the AZURE_CLIENT_ID environment variable.

If you want to use explicit service principal credentials, provide all three values:

settings_manager.add_azure_key_vault(
    "https://example.vault.azure.net",
    client_id="...",
    client_secret="...",
    tenant_id="...",
)

When using explicit credentials, tenant_id, client_id, and client_secret must all be provided.

Azure permissions: Usually, the Key Vault Secrets User role is used to read secrets.

AWS Secrets Manager

settings_manager.add_aws_secrets_manager(
    "secret-id",
)

The secret value must be a JSON object. wirio-settings reads and flattens that JSON into settings keys.

By default, the provider uses the credential provider chain. For example, the IAM role, the shared AWS configuration profile, or AWS_* environment variables.

If explicit credentials are provided, they override environment authentication for this provider instance:

settings_manager.add_aws_secrets_manager(
    secret_id="secret-id",
    access_key_id="...",
    secret_access_key="...",
)

GCP Secret Manager

settings_manager.add_gcp_secret_manager(
    "project-id"
)

If no credentials are provided, Application Default Credentials (ADC) are used. We can also pass custom GCP credentials with the credentials_json parameter.

Key-per-file directory

settings_manager.add_key_per_file("secrets")

Given a directory, each file name becomes a setting key and the file content becomes the setting value.

This source is useful when secrets are mounted as files by the runtime instead of exposed as environment variables. It lets us keep application code unchanged while switching the secret delivery mechanism.

Common use cases:

Kubernetes with Secrets Store CSI Driver where providers such as Azure Key Vault mount each secret as a file.
Docker/Kubernetes secret mounts (for example, /run/secrets).
Platform-managed secret volumes in production environments where file-based delivery is preferred.

Example directory:

secrets/
    database_password
    openai_api_key

Then values are available as database_password and openai_api_key.

Contributing

Generate test coverage report

rustup component add llvm-tools-preview

cargo install cargo-llvm-cov

make test-coverage

Development Status
- 5 - Production/Stable
Intended Audience
- Developers
Programming Language
- Python :: 3.13
- Python :: 3.14

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SHA256	`26b806700acc99f33dc4d67556028ec1048599f5d99044578d84a9ece0a79076`
MD5	`c598276d9f8e7e4a1e1411c59b0dcfc3`
BLAKE2b-256	`baaf2e6494553c61e0418856bffe7abcb38e6d8790ff9a4ee93f71ff1cdf2fbf`

Algorithm	Hash digest
SHA256	`e3ab642b5a757e36b83b087fb5e4864745aedd1b65f7e21655170f8cc1430c54`
MD5	`223a4f71cb9da7273b10b4783b0d3123`
BLAKE2b-256	`706846cb27e9c01109bdfbb3d664d7afecf2f4ba2d2702e443af573ba9d0fc04`

wirio-settings 0.4.0

Overview

📦 Installation

✨ Quickstart with fixed strings

✨ Quickstart with Pydantic models

✨ Quickstart with Pydantic models and Azure Key Vault

Source priority

Naming convention

Recommended usage

Read one value

Defaults and required fields

Sections

Nested keys

All sources

YAML file

JSON file

Environment variables

Azure Key Vault

AWS Secrets Manager

GCP Secret Manager

Key-per-file directory

Contributing

Generate test coverage report

Project links

Key dates

1 maintainer

Credits

GitHub Statistics

License expression

Requires

Tags

Classifiers

Download files

Source Distribution

Built Distributions

File details

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File hashes

Algorithm	Hash digest
SHA256	`7a9ef0c4114878129167b838f8e1cce74ae8e933e22538d394519205aea06ad3`
MD5	`278ded1b4e805417c64f30c04ccfcf7f`
BLAKE2b-256	`59c894ee82fd6ad2fe8576313b63913e25a00eed2674d00f24dfa67f354aaee1`

Algorithm	Hash digest
SHA256	`e1559a0dfa56765624ec3046c44442ea554ef5e394b9ac5ae4a4e691fe9fdcad`
MD5	`4a52c4f84530f3671db5a172cb602357`
BLAKE2b-256	`ac99a6d61425ce0c0eb29c256c71bfd441b361cb3bd757632b5bf2b31b2ff97a`

Algorithm	Hash digest
SHA256	`a001edb9ba05b88d089427f6a0f34355d4121a34a6dbbb605656568d5368556c`
MD5	`b8dfb10377f4b235345fabee62813cb1`
BLAKE2b-256	`80c4d2d94e0d1fb712bc04c6c4e774ffdf114dfe339a37bad13e1f1f1e6614c9`

Algorithm	Hash digest
SHA256	`81c576ffdf4c25aba917fab502c2e13b77255efca21feedbcbef04c35e19e7f4`
MD5	`2eeb824066bef15ffd37c00545b29b97`
BLAKE2b-256	`b2b4a1b6851da9f7617bbd4fb2e8a363a7fb739509363bd51d38e152ed8d4c8e`

Algorithm	Hash digest
SHA256	`35d854c718d93825068f0eba2e5e2003977e048be1678401655d47a4e6ed8dc6`
MD5	`8f0da1c63b1e53f0458923a0febf2992`
BLAKE2b-256	`ded60d48075f313435ebeb68732c930297cd4aea5ac01bc6bd0fd010dcf947d0`

Algorithm	Hash digest
SHA256	`2608f24087cd461b256c7e3ff8a186d6cde76cf2d4d69e9d5e6c77605c348665`
MD5	`3ea81b58936f8a736db3ca12d35c793d`
BLAKE2b-256	`9eef851f1fae0bd8d0bd5844f704fd844d8854783ab8916ee2f5b66c362f87cf`

Algorithm	Hash digest
SHA256	`13db0678e794b7cfbee450b3db8c3995c7ce7d37e81e1276256097d62bc0f4d6`
MD5	`850d544d381e90a781d8fc670fff32d8`
BLAKE2b-256	`5d8b531154c322fc2a7174c65676a77a93e8643b147fc0f339cf4f11341c2716`

Algorithm	Hash digest
SHA256	`406d37f68ea4a9f72869d10780d838db399534a856f4fb64f91a432c4019e42c`
MD5	`677674e27950e17412f51776f4b90890`
BLAKE2b-256	`390b54d54e53d5cfc7db9e4e908a516481329216f0541fed2bd872c90b1c6cdb`

Algorithm	Hash digest
SHA256	`d0f434117a3bc08516cadfe4725119b1d19d8c1e691de2fb7f0f6f1eddac7c33`
MD5	`f6f8152f7e647316c4933a7c2d12aca4`
BLAKE2b-256	`053367d2aea3940b9149ad973f47893607d3fea1aa8f2c57df2ff2f2fca7156f`

Algorithm	Hash digest
SHA256	`f0bdda20dbf4d8c477eb47bd0247ec47330f6422a95c12dd1a37ec9f65ce9982`
MD5	`8edbda90dc4f1f01c1c81c446953714e`
BLAKE2b-256	`94177a193e0598c540f949ec5e93d97f0fea627be3518f875c5b850475b12b01`