// the find
codeguru577/telehealth-backend
A small Flask API for CRUD on patient records, backed by SQLite through SQLAlchemy, with a Celery worker on Redis for background jobs and a single shared bearer token for auth. It is a learning-scale project for wiring Flask, Celery, and SQLAlchemy together, not a base for handling real patient data.
- Patient IDs are UUIDs, so records can't be enumerated by sequential integer and don't need a central ID allocator.
- Every endpoint is documented with request and response bodies, which is more than most projects this size bother with.
- The README gives a reason for putting Celery and Redis in the stack (keeping slow work out of the request path) instead of just listing the dependency.
- The README says the code should port to PostgreSQL. SQLAlchemy makes that plausible, though nothing in the README shows it has been tested.
- Authentication is one static string, `secret-token-123`, written into the README. Anyone who can read the repo has the credential. There is no per-user identity, no expiry, and no way to revoke a token.
- The data is names, emails, and phone numbers for patients, and the README says nothing about encryption at rest, audit logging, per-user access control, or HIPAA/GDPR. Calling this a telehealth backend without any of that is misleading.
- No endpoint in the documented API enqueues a notification, so the Celery worker can't be reached from the documented surface. The asynchronous path is either undocumented or not built yet.
- The full Redis C source tree is committed under `redis-stable/`, which is probably why GitHub tags this as a C project. The setup steps run `redis-stable/src/redis-server` instead of an installed Redis, and `cd telehealth-api` doesn't match the `telehealth-backend` clone directory, so the instructions don't work as written.