# Telemedicine Platform

Comprehensive telemedicine platform with video conferencing, appointment scheduling, and prescription management.

## Features

- **Video/Audio/Chat Consultations**: Multi-modal virtual consultations
- **Appointment Scheduling**: Automated scheduling with reminders
- **E-Prescription Management**: Digital prescriptions with pharmacy integration
- **End-to-End Encryption**: HIPAA-compliant encrypted communications
- **Medical Records Access**: Secure patient record integration
- **Vital Signs Monitoring**: Real-time vital sign collection

## Installation

```bash
# Rust
cargo add ggen-telemedicine-platform

# TypeScript/Node.js
npm install @ggen/telemedicine-platform

# Python
pip install ggen-telemedicine-platform
```

## Quick Start

### Rust

```rust
use ggen_telemedicine_platform::*;

let mut platform = TelemedicinePlatform::new();
let consultation = platform.create_consultation(
    "CONS-001".to_string(),
    ConsultationType::Video,
    "PROV-001".to_string(),
    "PAT-001".to_string(),
)?;

platform.start_consultation("CONS-001")?;
```

### TypeScript

```typescript
import { TelemedicinePlatform, ConsultationType } from '@ggen/telemedicine-platform';

const platform = new TelemedicinePlatform();
const consultation = platform.createConsultation(
  'CONS-001',
  ConsultationType.Video,
  'PROV-001',
  'PAT-001'
);

platform.startConsultation('CONS-001');
```

### Python

```python
from ggen_telemedicine_platform import TelemedicinePlatform, ConsultationType

platform = TelemedicinePlatform()
consultation = platform.create_consultation(
    'CONS-001',
    ConsultationType.VIDEO,
    'PROV-001',
    'PAT-001'
)

platform.start_consultation('CONS-001')
```

## SPARQL Queries

Query active consultations:

```sparql
PREFIX tele: <http://example.org/telemedicine#>

SELECT ?consultation ?provider ?patient
WHERE {
    ?consultation a tele:VideoConsultation ;
        tele:hasProvider ?provider ;
        tele:hasPatient ?patient ;
        tele:hasStatus "in-progress" .
}
```

## Architecture

- **Ontology**: 312 lines RDF/OWL defining telemedicine domain
- **SPARQL Templates**: 12 queries for common operations
- **Multi-Language Support**: Rust, TypeScript, Python implementations
- **TDD Coverage**: 500+ lines of Chicago-style TDD tests

## Compliance

- HIPAA compliant
- GDPR compliant
- End-to-end encryption (AES-256)
- Audit logging
- Patient consent management

## Testing

```bash
# Rust
cargo test

# TypeScript
npm test

# Python
pytest
```

## License

MIT License - see LICENSE file for details
