Flask application generator for boosting your development.
Features
Well Defined Project Structure
Use factory pattern to generate Flask app.
Use Blueprints to organize controllers.
Split controllers, models, forms, utilities, assets, Jinja2 pages, Jinja2 macros into different directories.
Organize Jinja2 page assets (HTML, JavaScript, CSS) to the same directory.
Organize Jinja2 macro assets (HTML, JavaScript, CSS) to the same directory.
API-Only Project Structure
Batteries Included
Use Flask-SQLAlchemy and Flask-Migrate as database tools.
Use Searchable-Mixin for search every Models [Optional]
Use ActiveRecord-Like-Mixin for search every Models [Optional]
Use JWTAuth for authentication [Optional]
Use JsonSchema for validate incoming requests [Optional]
Use Flask-WTF to validate forms.
Use Flask-Security for user management.
Use Flask-Dance for social user authentication (Sample with facebook and google).
Use Bulma as frontend framework.
Dockerfile – Sample dockerfile for development
docker-compose.yml – Sample docker-compose for deployment
Use Gunicorn to run Flask app and Supervisor to manage Gunicorn processes.
Use Fabric as deployment tool.
Use Sentry to log exceptions.
Use Nginx to serve static files.
Use sub script command to generate admin and form from a model.
Scaffold Commands
Generate project files: turbo new <project>
Generate API-only project files: turbo new --api <project>
Generate controller files: turbo new controller <controller>
Generate action files: turbo new action <controller> <action> [-t]
Generate form files: turbo new form <form>
Generate model files: turbo new model <model>
Generate macro files: turbo new macro <category> <macro> or boost new macro <macro>
Installation
pip install flask-turbo-boost
Development Guide
Init project
turbo new <your_project_name>
Setup backend requirements
cd <your_project_dir> virtualenv venv . venv/bin/activate (venv\Scripts\activate in Windows) pip install -r requirements.txt
Note: if you failed in pip install -r requirements.txt in Windows, try to install package binaries directly:
pycrpyto: try to follow this article compiling-pycrypto-on-win7-64, or get the complied pycrypyto library directly: archive_pycrpyto_library.
Init database
Create database with name your_project_name and encoding utf8.
Update SQLALCHEMY_DATABASE_URI in config/development.py as needed.
Then init tables:
flask db upgrade
Run app
Run local server:
flask run
Scaffold commands
turbo new <project> turbo new --api <project> turbo new controller <controller> turbo new action <controller> <action> [-t] turbo new form <form> turbo new model <model> turbo new macro <category> <macro> turbo new macro <macro> turbo -v turbo -h
First Production Deploy
Config server
Install mysql-server, python-virtualenv, git, supervisor, nginx, g++, python-dev, libmysqlclient-dev, libxml2-dev, libxslt-dev on your server.
Install requirements
git clone **.git cd <your_project_dir> virtualenv venv . venv/bin/activate pip install -r requirements.txt
Config app
Save config/production_sample.py as config/production.py, update configs in config/production.py as needed and transfer it to server.
Note: remember to update SECRET_KEY in config/production.py! You can generate random secret key as follows:
>>> import os >>> os.urandom(24)
Init database
Create database with name your_project_name and encoding utf8.
And run:
export MODE=PRODUCTION flask db upgrade
Copy config files
Update project root path as needed in deploy/nginx.conf and deploy/supervisor.conf.
cp deploy/flask_env.sh /etc/profile.d/ cp deploy/nginx.conf /etc/nginx/conf.d/<your_project_name>.conf cp deploy/supervisor.conf /etc/supervisor/conf.d/<your_project_name>.conf
Start app
service nginx restart service supervisor restart
Daily Production Deploy
Update HOST_STRING in config with the format user@ip.
Commit your codes and run:
git push && fab deploy
P.S. If you wanna to deploy flask with Apache2, see this post.
License
MIT
1 maintainer
Metadata
1 maintainer
Release files for Flask-Turbo-Boost 0.2.8
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