dworshak-access 0.1.28

dworshak-access is a light-weight library for local credential access. It exposes the get_secret() function, to allow a program to leverage credentials that have been established using the Drowshak CLI tool, which is a separate package.

dworshak-access is a light-weight library for local credential access. By adding dworshak-access as a dependency to your Python project, you enable your program or script to leverage credentials that have been established using the sister package, the Drowshak CLI tool.

Functions exposed in dworshak-access:

• initialize_vault() -> VaultStatus – Create the vault directory, encryption key, and SQLite database. Safe to call multiple times.
• check_vault() -> VaultStatus – Check the health of the vault.
• store_secret(service: str, item: str, plaintext: str) – Encrypt and store a credential in the vault.
• get_secret(service: str, item: str) -> str | None – Retrieve and decrypt a credential.
• remove_secret(service: str, item: str) -> bool – Remove a credential from the vault.
• list_credentials() -> list[tuple[str, str]] – List all stored service/item pairs.
• export_vault(output_path: Path | str | None = None) -> str | None - Export vault to JSON file.

All secrets are stored Fernet-encrypted in the database under the secret column. No opaque blobs — every entry is meaningful and decryptable via the library.

Example

uv add dworshak-access

from dworshak_access import initialize_vault, store_secret, get_secret, list_credentials

# Initialize the vault (create key and DB if missing)
initialize_vault()

# Store credentials
store_secret("rjn_api", "username", "admin")
store_secret("rjn_api", "password", "s3cr3t")

# Retrieve credentials
username = get_secret("rjn_api", "username")
password = get_secret("rjn_api", "password")

# List stored items
for service, item in list_credentials():
    print(f"{service}/{item}")

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Cryptography Library (When Building dworshak-access From Source or When Using It A Dependency in Your Project)

The only external Python library used is crytography, for the Fernet class.

On a Termux system, cryptography can (A) be built from source or (B) the precompiled python-crytography dedicated Termux package can be used.

A. Allow cryptography to build from source (uv is better at this compared to using pip)

pkg install rust binutils
uv sync

B. Use python-cryptography (This is faster but pollutes your local venv with other system site packages.)

pkg install python-cryptography
uv venv --system-site-packages
uv sync

uv venv --system-site-packages is a modern,faster alternative to python -m venv .venv --system-site-packages. Because uv manages the build-time dependencies (setuptools-rust and cffi) in an isolated environment and coordinates the hand-off to the Rust compiler more robustly than pip, it is the recommended way to install cryptography from source on Termux.

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Sister Project:

CLI: Dworshak

GitHub: https://github.com/City-of-Memphis-Wastewater/dworshak

PyPI: https://pypi.org/project/dworshak/

pipx install dworshak

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