About this skill

Problem Solved

In agent workflows such as Claude Code, Codex, and Cursor, ECC elliptic curve cryptography tasks are often handled through scattered scripts or ad hoc prompts, without a consistent entry point. @user_922b1001/ecc-wrap provides an ECC-focused wrap, giving agents a reusable path for elliptic curve cryptography tasks instead of re-explaining context every time.

How It Works

The available metadata is sparse, with the main signals in the name, tags, and target environment: ECC, wrap, github, and automation. Based on these fields, it looks like an agent-facing automation wrapper: it groups ECC-related elliptic curve cryptography steps into reusable calls that can fit with repositories, automation scripts, or development tooling. The exact ECC operations remain subject to the actual tool documentation.

Boundaries

The current materials do not specify curve parameters, key lengths, signature algorithms, encryption modes, dependencies, or example commands. For production key management, signature validation, or sensitive data protection, verify key generation, private key storage, randomness sources, and algorithm compatibility before use; do not assume full ECC coverage from the title alone.

Screenshots

Use Cases

Invoke ECC elliptic curve cryptography flows inside Claude Code sessions via a wrap-style entry point.
Fold ECC-related steps into reusable Codex agent automation scripts.
Organize ECC automation tasks around GitHub repositories in Cursor.
Debug how agents invoke elliptic curve cryptography workflows through the `wrap` interface.

Best For

Engineers maintaining Claude Code plugins or agent workflows who need a unified ECC entry point.
Developers writing Codex automation scripts who need to wrap elliptic curve cryptography steps into reusable tasks.
Engineers using Cursor for repository assistance who need GitHub-related ECC automation.
Engineers debugging agent toolchains who need to inspect ECC `wrap` inputs, outputs, and invocation patterns.