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A better persistence layer for python

Project description

TODO:

Migrations - need a way of building out serverless resources. Build an AutoUI project in NPM

Extras

Move Triggers to extras. Dynamic storage File storage Consider building a user app Consider building a rate limiting app (Rate Limit access control)

Outside the scope of this project: Repo Synchronization

2 modes:

Pre existing storage defined programmatically Storage derived from datastore state

caching right the way through to the client.

sqlalchemy integration Revisit the filtered_storage class - make sure reads are not done unless required, and that they are definitely not repeated change authorization permissions to scopes make authorization jwt encodable / decodable

Demos...

Actions & Triggers. Not part of core! Recipes / Goodies Also timestamping built using this

Triggers action_name may correspond to lambda name in aws trigger_type: before_create|after_create|...update|delete|web|timer

Action name: str param_schema return_schema access_control: is_executable(authorization)

Can also be periodic:

Add redis support

Add remote http support

Rate Limiting - Not Part of Core! But useful.

Demo a distributed lock.

Demo a custom index.

Deploying new versions of this Servey to Pypi

pip install setuptools wheel
python setup.py sdist bdist_wheel
pip install twine
python -m twine upload dist/*

Project details


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