OSQAr Example (Python): Temperature Monitor
===========================================

.. toctree::
   :maxdepth: 2
   :caption: Contents:

   01_requirements
   02_architecture
   03_verification
   04_implementation
   05_test_results
   06_lifecycle_management

Overview
========

**The contents of this example have been fully generated by LLMs. It shall only serve as a reference on how a toolchain setup could look like.**

This **Python** example is intentionally easy to run on a developer workstation to demonstrate OSQAr concepts (needs IDs, traceability, JUnit import, and Sphinx rendering).

It is **not** intended as an embedded implementation language for safety-related systems. For safety-related embedded projects, prefer **C** or **Rust** (and treat C++ with caution).

This documentation specifies the **Thermal Sensor Interface Module (TSIM)**, a domain-agnostic safety component for monitoring temperature in safety-critical systems.

**Applicable Standards**: ISO 26262 (Automotive Functional Safety), IEC 61508 (Functional Safety), ISO 13849 (Machinery Safety)

**Safety Goal**: Monitor temperature and provide safe state notification to prevent thermal damage or unsafe operation.

**Domain Applicability**: This component pattern applies to:

- Medical devices (incubators, sterilizers)
- Industrial machinery (process monitoring)
- Robotics (motor/actuator thermal management)
- Automotive (battery/power system monitoring)
- Aerospace (component thermal limits)

Key Documents
=============

1. :doc:`01_requirements` - Safety, functional, and design requirements
2. :doc:`02_architecture` - System architecture and data flow
3. :doc:`03_verification` - Test methods and verification approach
4. :doc:`04_implementation` - Code examples and test suite implementation
5. :doc:`05_test_results` - Automated test integration and traceability reporting

Compliance Artifacts
====================

This documentation serves as:

- **Requirements Specification** for qualification under ISO 26262 / IEC 61508
- **Traceability Matrix** linking requirements → design → verification
- **Verification & Validation Plan** with test case mapping