django-pymissive 1.0.1

Django library for multi-channel missive management (email, SMS, push, postal, etc.)

Django Missive

🚀 Une bibliothèque Django complète pour gérer l'envoi de missives multi-canaux : emails, SMS, WhatsApp, courrier postal, et notifications in-app.

✨ Features

Fonctionnalités principales

• 📧 Multi-canaux : 14 types supportés (Email, SMS, WhatsApp, Telegram, Signal, Messenger, RCS, Courrier postal, LRE, Appels vocaux, Notifications push, Slack, Teams)
• 🔌 15+ providers intégrés : SendGrid, Mailgun, Twilio, La Poste, Telegram, FCM, APN, Slack, Teams, etc.
• 📎 Pièces jointes flexibles : Fichiers locaux OU URLs externes (S3, Google Drive)
• 🔔 Webhooks unifiés : Un seul endpoint /missive/webhook/{provider}/
• 📊 Tracking complet : Historique, statuts, événements
• 🎯 Modèle Recipient : Centralisation des coordonnées (email, téléphone, adresse)
• 🔍 Validation intégrée : Tests de risque d'échec avant envoi
• 👨‍💼 Admin Django complet : Interface de gestion avec actions de validation
• 🔗 GenericForeignKey : Lien flexible avec vos modèles métier
• 📝 Templates réutilisables : Créez des templates de missives
• 📊 Monitoring avancé : Services, crédits, SLA et health check pour chaque provider
• 🔄 Fallback automatique : Bascule vers un provider de secours en cas de panne

Architecture technique

• ✅ Compatible Django 3.2+ et Python 3.9+
• ✅ Structure modulaire par mixins (providers/base/)
• ✅ Tests unitaires complets (8/8 ✅)
• ✅ Documentation exhaustive (16 fichiers .md)
• ✅ CI/CD avec GitHub Actions
• ✅ Type hints et mypy
• ✅ Code formaté avec Black + isort

Installation

🔧 Mode développement (projet local)

# Core uniquement (Django + validation)
pip install -r requirements.txt

# Développement (tests, linters)
pip install -r requirements-dev.txt

# Tous les providers
pip install -r requirements-all.txt

📦 Mode production (futur - après publication PyPI)

# Installation de base
pip install django-missive

# Avec providers spécifiques
pip install django-missive[email]        # Email (SendGrid, Mailgun, SES)
pip install django-missive[sms]          # SMS & Vocal (Twilio, Vonage)
pip install django-missive[messaging]    # Telegram, Signal, Messenger
pip install django-missive[push]         # Notifications push (FCM, APN)
pip install django-missive[professional] # Slack, Teams
pip install django-missive[postal]       # Courrier, LRE
pip install django-missive[all]          # Tous les providers

Quick Start

1. Add django_pymissive to your INSTALLED_APPS in settings.py:

INSTALLED_APPS = [
    ...
    'django_pymissive',
]

2. Run migrations:

python manage.py migrate django_pymissive

3. Include the URLconf in your project urls.py:

from django.urls import path, include

urlpatterns = [
    ...
    path('missive/', include('django_pymissive.urls')),  # Webhooks
]

This will create the following URLs:

• /missive/webhook/{provider}/ - Webhook unifié pour tous les providers

4. Configure providers in settings.py:

# Configuration Django Missive
MISSIVE_PROVIDERS = {
    # Providers par type de missive (utilise python-missive)
    'EMAIL': {
        'backend': 'pymissive.providers.sendgrid.SendGridProvider',
        'config': {
            'SENDGRID_API_KEY': os.getenv('SENDGRID_API_KEY'),
        }
    },
    'SMS': {
        'backend': 'pymissive.providers.twilio.TwilioProvider',
        'config': {
            'TWILIO_ACCOUNT_SID': os.getenv('TWILIO_ACCOUNT_SID'),
            'TWILIO_AUTH_TOKEN': os.getenv('TWILIO_AUTH_TOKEN'),
            'TWILIO_PHONE_NUMBER': '[phone]',
        }
    },
    'POSTAL': {
        'backend': 'pymissive.providers.laposte.LaPosteProvider',
        'config': {
            'LAPOSTE_API_KEY': os.getenv('LAPOSTE_API_KEY'),
        }
    },
}

# Email par défaut
DEFAULT_FROM_EMAIL = '[e-mail]'

🚀 Usage rapide

Envoyer un email

from django_pymissive.models import Missive, MissiveType, MissiveEventType

# Créer une missive email
missive = Missive.objects.create(
    sender=request.user,
    missive_type=MissiveType.EMAIL,
    recipient_email="[e-mail]",
    subject="Commande confirmée",
    body="<p>Votre commande #123 est confirmée</p>",
    body_text="Votre commande #123 est confirmée",
    status=MissiveEventType.PENDING,
)

# L'envoi peut être géré via des tâches asynchrones ou manuellement

Utiliser le modèle pour créer des missives

from django_pymissive.models import Missive, MissiveType, MissiveEventType

# Créer un destinataire avec toutes ses coordonnées
missive = Missive.objects.create(
    sender=request.user,
    missive_type=MissiveType.EMAIL,
    recipient_first_name="Jean",
    recipient_last_name="Dupont",
    recipient_email="[e-mail]",
    recipient_phone="[phone]",
    recipient_address_line1="123 Rue de la Paix",
    recipient_postal_code="75001",
    recipient_city="Paris",
    recipient_country="FR",
    subject="Bienvenue",
    body="<p>Bonjour Jean, bienvenue!</p>",
    status=MissiveEventType.PENDING,
)

# Créer un SMS avec les mêmes coordonnées
sms = Missive.objects.create(
    sender=request.user,
    missive_type=MissiveType.SMS,
    recipient_phone="[phone]",
    body="Votre code de vérification: 123456",
    status=MissiveEventType.PENDING,
)

Monitoring des providers (via python-missive)

from pymissive.providers.sendgrid import SendGridProvider

# Configurer et vérifier le provider
provider = SendGridProvider(config={
    'SENDGRID_API_KEY': 'your-api-key'
})

# Vérifier la configuration
is_configured = provider.is_configured()
print(f"Provider configuré: {is_configured}")

# Envoyer un email de test
result = provider.send_email(
    from_email='[e-mail]',
    to_email='[e-mail]',
    subject='Test',
    body='<p>Test message</p>'
)

Valider et envoyer

from django_pymissive.models import Missive, MissiveEventType

# Récupérer une missive
missive = Missive.objects.get(id=123)

# Vérifier qu'elle est prête à être envoyée
if missive.status == MissiveEventType.PENDING:
    # Marquer comme envoyée (l'envoi réel se fait via le provider configuré)
    missive.status = MissiveEventType.SENT
    missive.save()

Development

Quick Start

This project includes service.py - a cross-platform development tool that works on all operating systems.

# Setup development environment
python service.py dev install-dev

# Run tests
python service.py dev test

# Format code
python service.py dev format

# Build package
python service.py dev build

Linux/macOS users can make it executable:

chmod +x service.py
./service.py dev install-dev
./service.py dev test

Available Commands

Development:

• python service.py dev venv - Create virtual environment
• python service.py dev install - Install in production mode
• python service.py dev install-dev - Install in development mode

Testing:

• python service.py dev test - Run tests with pytest
• python service.py dev test-verbose - Run tests with verbose output
• python service.py dev coverage - Run tests with coverage report

Code Quality:

• python service.py quality lint - Run linters (flake8, mypy)
• python service.py quality format - Format code (black, isort)
• python service.py quality check - Run all checks (lint + format check)

Building:

• python service.py dev build - Build wheel and source distribution
• python service.py dev clean - Remove all build artifacts
• python service.py dev clean-test - Remove test artifacts (htmlcov, .coverage, etc.)

Publishing:

• python service.py dev upload-test - Upload to TestPyPI
• python service.py dev upload - Upload to PyPI
• python service.py dev release - Full release workflow

Utilities:

• python service.py dev show-version - Show current version
• python service.py dev venv-clean - Recreate virtual environment

Run python service.py dev help to see all available commands.

Django Development Server

Test the library with a Django development server:

# Run migrations and create superuser (admin/admin)
python service.py dev migrate

# Start development server
python service.py dev runserver

Access the admin interface at http://127.0.0.1:8000/admin/ (login: admin/admin)

See docs/development.md for detailed development guide (if available).

Contributing

Contributions are welcome! Please feel free to submit a Pull Request.

1. Fork the repository
2. Create your feature branch (git checkout -b feature/AmazingFeature)
3. Commit your changes (git commit -m 'Add some AmazingFeature')
4. Push to the branch (git push origin feature/AmazingFeature)
5. Open a Pull Request

License

This project is licensed under the MIT License - see the LICENSE file for details.

Changelog

0.1.0 (Initial Release)

• Initial release
• Basic functionality

Support

If you encounter any issues or have questions, please file an issue on the GitHub issue tracker.