Torc

C 66 completed
Iot
monorepo / rust · small
55
Files
2,846
LOC
0
Frameworks
3
Languages

Pipeline State

completed
Run ID
#339747
Phase
done
Progress
1%
Started
Finished
2026-04-13 01:31:02
LLM tokens
0

Pipeline Metadata

Stage
Cataloged
Decision
proceed
Novelty
54.05
Framework unique
Isolation
Last stage change
2026-05-10 01:27:56
Deduplication group #62453
Member of a group with 1 similar repo(s) — this repo is canonical view group →
Top concepts (2)
Project DescriptionDocumentation
Repobility (the analyzer behind this table) · https://repobility.com

AI Prompt

Create a project that implements networked motor control using a single Ethernet cable per node, leveraging PoE++. The system should use a common firmware across all nodes, allowing them to probe their hardware upon boot and announce themselves via UDP multicast. The goal is to enable a central "brain" device to discover these nodes, match them to a fleet manifest, and assign specific roles, like "motor-fl," along with necessary PID configurations. The core logic should focus on the protocol and firmware aspects for this motor control system.
rust firmware networking motor-control ethernet poe embedded protocol monorepo
Generated by gemma4:latest

Catalog Information

A firmware and protocol that enables networked motor control over a single Ethernet cable using PoE++.

Description

This firmware runs on identical nodes that each control a motor. By using PoE++ a single Ethernet cable supplies both power and data, eliminating separate CAN or VESC wiring. Nodes automatically discover themselves on the network, announce their capabilities, and await configuration from a central controller. The controller assigns roles and PID parameters over UDP multicast, allowing seamless integration of new hardware. The system supports rapid replacement of failed nodes within seconds, with no manual reprogramming required.

الوصف

يعمل البرنامج على وحدات متطابقة تتحكم في محركات محددة. يستخدم PoE++ لتوفير الطاقة والبيانات عبر كابل إيثرنت واحد، ما يلغي الحاجة إلى أسلاك CAN أو VESC منفصلة. تقوم كل وحدة بالكشف عن نفسها على الشبكة وإعلان قدراتها، ثم تنتظر التكوين من جهاز تحكم مركزي. يرسل الجهاز المركزي الأدوار ومعلمات PID عبر UDP multicast، ما يتيح دمج الأجهزة الجديدة بسلاسة. يدعم النظام استبدال العقد الفاشلة خلال ثوانٍ، دون الحاجة لإعادة برمجة يدوية. يحقق هذا الحل تبسيطاً كبيراً في الأسلاك ويزيد من موثوقية الأنظمة الروبوتية.

Novelty

8/10

Tags

motor-control networked poe single-cable real-time robotics firmware embedded

Technologies

serde tokio

Claude Models

claude-opus-4.6

Quality Score

C
65.6/100
Structure
44
Code Quality
100
Documentation
65
Testing
0
Practices
80
Security
100
Dependencies
60

Strengths

  • Consistent naming conventions (snake_case)
  • Low average code complexity \u2014 well-structured code
  • Good security practices \u2014 no major issues detected

Weaknesses

  • No LICENSE file \u2014 legal ambiguity for contributors
  • No tests found \u2014 high risk of regressions
  • No CI/CD configuration \u2014 manual testing and deployment

Recommendations

  • Add a test suite \u2014 start with critical path integration tests
  • Set up CI/CD (GitHub Actions recommended) to automate testing and deployment
  • Add a linter configuration to enforce code style consistency
  • Add a LICENSE file (MIT recommended for open source)
  • Address 30 TODO/FIXME items \u2014 consider tracking them as issues

Security & Health

11.6h
Tech Debt (D)
A
OWASP (100%)
PASS
Quality Gate
A
Risk (10)
Repobility · code-quality intelligence platform · https://repobility.com
MIT
License
9.6%
Duplication
Full Security Report AI Fix Prompts SARIF SBOM

Languages

rust
70.8%
markdown
22.5%
toml
6.7%

Frameworks

None detected

Concepts (2)

Generated by the Repobility scanner · https://repobility.com
CategoryNameDescriptionConfidence
Repobility · code-quality intelligence platform · https://repobility.com
auto_descriptionProject Description\ \ \ \ \ \ \ \\ / \80%
auto_categoryDocumentationdocs70%

Quality Timeline

1 quality score recorded.

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