| Name | encryption-vault JSON |
| Version |
0.9.0
JSON |
| download |
| home_page | None |
| Summary | Tkinter desktop app for managing PGP keys, AES vault, and credential storage. |
| upload_time | 2025-10-30 20:09:52 |
| maintainer | None |
| docs_url | None |
| author | PDFSage |
| requires_python | >=3.9 |
| license | None |
| keywords |
encryption
pgp
aes
keyring
tkinter
|
| VCS |
 |
| bugtrack_url |
|
| requirements |
No requirements were recorded.
|
| Travis-CI |
No Travis.
|
| coveralls test coverage |
No coveralls.
|
# Encryption Vault
Encryption Vault packages the PDFSage desktop utility for managing PGP key material, AES passwords, and credential storage into a redistributable Python module. Installing the project from PyPI exposes a console entry point named `encryption` that launches the Tkinter user interface.
## Features
- Generate, import, and store PGP key pairs with optional secure vault persistence.
- Manage multiple public/private keys and their passphrases from the PGP Vault tab.
- Set a default key in the PGP Vault to auto-fill the Encrypt and Decrypt panes whenever the app opens.
- Cloud sync now maintains a Firebase Storage backup so large vaults stay in sync even if Firestore writes fail.
- Encrypt, decrypt, sign, and verify messages using GnuPG.
- AES-256 encryption helpers for text and files.
- Built-in password and payment card vault backed by the system keyring service.
- Friendly password generator with Apple-style segments, memorable passphrases, and legacy high-entropy mode.
- Hash calculator for MD5 and SHA-256 integrity checks.
## Installation
```bash
pip install encryption-vault
```
Ensure you have a working GnuPG installation (`gpg` available on your PATH) before launching the application.
## Usage
After the package is installed, launch the GUI from any terminal:
```bash
encryption
```
This command invokes the packaged Tkinter application. The first launch will prompt you to create or select a master account vaulted in the local keyring. Private-key passphrases entered during decryption or signing are saved automatically alongside the key material so they can be recalled from the vault tab when needed.
### Sign-in options
Choose the sign-in method that fits your workflow:
- **Firebase (cloud sync)** – authenticate with your Firebase email and password to sync vault data across devices.
- **Local vault** – create a device-only account secured locally without touching Firebase. Ideal for fully offline usage.
- **Offline cache** – bypass authentication entirely and reuse the most recently cached data (read/write while offline, sync when you later sign in).
### Password generator styles
The credentials tab now offers three generation strategies:
* **Apple-style** (default) – four-character segments separated by hyphens, avoiding look-alike symbols while guaranteeing a mix of upper, lower, and numeric characters.
* **Memorable** – short passphrases assembled from a curated English word list with an optional numeric suffix.
* **Random** – legacy full-character-set generator for maximum entropy.
Each strategy prompts for style-specific parameters (segments, word count, etc.) before the secret is copied to the clipboard.
## Development
Install dependencies and run the app locally without packaging:
```bash
pip install -r requirements.txt
python -m encryption_vault.app
```
To build the wheel and source distribution:
```bash
python -m build
```
The project is configured to publish to PyPI via the `workflow.yml` GitHub Actions workflow once valid credentials are provided.
### Deploying Firebase security rules
The repository includes production-ready Firestore rules in `firestore.rules` and matching Storage rules in `storage.rules`. Deploy them with the Firebase CLI:
```bash
firebase deploy --only firestore:rules,storage:rules
```
Ensure you are authenticated (`firebase login`) and targeting the `erosolar-encryption-b2c60` project or an alternative project of your choice (`firebase use <project-id>`).
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"description": "# Encryption Vault\n\nEncryption Vault packages the PDFSage desktop utility for managing PGP key material, AES passwords, and credential storage into a redistributable Python module. Installing the project from PyPI exposes a console entry point named `encryption` that launches the Tkinter user interface.\n\n## Features\n- Generate, import, and store PGP key pairs with optional secure vault persistence.\n- Manage multiple public/private keys and their passphrases from the PGP Vault tab.\n- Set a default key in the PGP Vault to auto-fill the Encrypt and Decrypt panes whenever the app opens.\n- Cloud sync now maintains a Firebase Storage backup so large vaults stay in sync even if Firestore writes fail.\n- Encrypt, decrypt, sign, and verify messages using GnuPG.\n- AES-256 encryption helpers for text and files.\n- Built-in password and payment card vault backed by the system keyring service.\n- Friendly password generator with Apple-style segments, memorable passphrases, and legacy high-entropy mode.\n- Hash calculator for MD5 and SHA-256 integrity checks.\n\n## Installation\n```bash\npip install encryption-vault\n```\n\nEnsure you have a working GnuPG installation (`gpg` available on your PATH) before launching the application.\n\n## Usage\nAfter the package is installed, launch the GUI from any terminal:\n```bash\nencryption\n```\nThis command invokes the packaged Tkinter application. The first launch will prompt you to create or select a master account vaulted in the local keyring. Private-key passphrases entered during decryption or signing are saved automatically alongside the key material so they can be recalled from the vault tab when needed.\n\n### Sign-in options\nChoose the sign-in method that fits your workflow:\n\n- **Firebase (cloud sync)** \u2013 authenticate with your Firebase email and password to sync vault data across devices.\n- **Local vault** \u2013 create a device-only account secured locally without touching Firebase. Ideal for fully offline usage.\n- **Offline cache** \u2013 bypass authentication entirely and reuse the most recently cached data (read/write while offline, sync when you later sign in).\n\n### Password generator styles\nThe credentials tab now offers three generation strategies:\n\n* **Apple-style** (default) \u2013 four-character segments separated by hyphens, avoiding look-alike symbols while guaranteeing a mix of upper, lower, and numeric characters.\n* **Memorable** \u2013 short passphrases assembled from a curated English word list with an optional numeric suffix.\n* **Random** \u2013 legacy full-character-set generator for maximum entropy.\n\nEach strategy prompts for style-specific parameters (segments, word count, etc.) before the secret is copied to the clipboard.\n\n## Development\nInstall dependencies and run the app locally without packaging:\n```bash\npip install -r requirements.txt\npython -m encryption_vault.app\n```\n\nTo build the wheel and source distribution:\n```bash\npython -m build\n```\nThe project is configured to publish to PyPI via the `workflow.yml` GitHub Actions workflow once valid credentials are provided.\n\n### Deploying Firebase security rules\nThe repository includes production-ready Firestore rules in `firestore.rules` and matching Storage rules in `storage.rules`. Deploy them with the Firebase CLI:\n\n```bash\nfirebase deploy --only firestore:rules,storage:rules\n```\n\nEnsure you are authenticated (`firebase login`) and targeting the `erosolar-encryption-b2c60` project or an alternative project of your choice (`firebase use <project-id>`).\n",
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