Sharding Proxy

C+ 79 completed
Ai Ml
unknown / shell · tiny
26
Files
3,179
LOC
0
Frameworks
5
Languages

Pipeline State

completed
Run ID
#364666
Phase
done
Progress
1%
Started
Finished
2026-04-13 01:31:02
LLM tokens
0

Pipeline Metadata

Stage
Cataloged
Decision
proceed
Novelty
44.88
Framework unique
Isolation
Last stage change
2026-05-10 03:35:31
Deduplication group #55030
Member of a group with 6 similar repo(s) — canonical #31238 view group →
Top concepts (1)
Project Description
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AI Prompt

Create a modular system for implementing sharding within Starknet contracts. I need the core logic to manage state updates efficiently using either TEE attestation or SNOS proofs. The system should feature a central Sharding Contract that coordinates state updates, allowing game contracts to register specific storage slots and define CRDT-like conflict resolution types such as 'Set', 'Add', 'SetLock', and 'Lock'. Please ensure the architecture supports stacking multiple shards for 'Set' and 'Add' types while enforcing strict locking rules for 'SetLock' and 'Lock'.
starknet cairo sharding smart-contracts tee snos crdt web3 solidity
Generated by gemma4:latest

Catalog Information

This project implements a sharding mechanism for Starknet contracts, enabling efficient state management and updates via TEE attestation or SNOS proofs.

Description

The neotheprogramist__sharding_proxy is a modular system that enables sharding in Starknet contracts. It allows contracts to register specific storage slots with a central sharding contract, define conflict resolution types per slot, process state updates via TEE-attested storage commitments or SNOS output, and stack multiple shards on the same slot. The system splits authorization between the Sharding proxy and the Game contract.

الوصف

هذا المشروع يimplement نظام شاردنج لcontracts Starknet، مما يسمح بمراقبة الحالة الفعالة والتحديثات عبر attestation TEE أو SNOS proofs. يمكن contracts تسجيل slots تخزين معفية مع عقد sharding المركزي، تعريف أنواع حل النزاعات لكل slot، processing تحديثات الحالة عبر StorageCommitment التأكد من صحة storage commitments TEE أو SNOS output، و stacking شارد multiple على نفس slot.

Novelty

7/10

Tags

sharding state-management conflict-resolution tee-attestation snos-proofs

Claude Models

claude-opus-4.6

Quality Score

C+
78.8/100
Structure
71
Code Quality
100
Documentation
55
Testing
75
Practices
74
Security
90
Dependencies
50

Strengths

  • CI/CD pipeline configured (github_actions)
  • Good test coverage (33% test-to-source ratio)
  • 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
  • Potential hardcoded secrets in 1 files

Recommendations

  • Add a linter configuration to enforce code style consistency
  • Add a LICENSE file (MIT recommended for open source)
  • Move hardcoded secrets to environment variables or a secrets manager

Security & Health

4.1h
Tech Debt (C)
A
OWASP (100%)
PASS
Quality Gate
A
Risk (3)
All rows scored by the Repobility analyzer (https://repobility.com)
Unknown
License
0.0%
Duplication
Full Security Report AI Fix Prompts SARIF SBOM

Languages

shell
39.5%
markdown
31.2%
yaml
14.2%
toml
9.9%
json
5.1%

Frameworks

None detected

Concepts (1)

Generated by the Repobility scanner · https://repobility.com
CategoryNameDescriptionConfidence
Repobility's GitHub App fixes findings like these · https://github.com/apps/repobility-bot
auto_descriptionProject DescriptionA modular system for implementing sharding in Starknet contracts, enabling efficient state management and updates via TEE attestation or SNOS proofs.80%

Quality Timeline

1 quality score recorded.

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