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2026-05-27 23:29:53 +01:00

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name: crypto-curve description: Use when implementing or debugging code that uses @suaveplan/crypto-curve: Elliptic-curve primitives with per-primitive selector layout: secp256k1, ed25519, x25519, p256.

@suaveplan/crypto-curve

Low-level elliptic-curve building blocks for the @suaveplan/crypto stack. Exposes four curves — secp256k1, Ed25519, X25519, and NIST P-256 — each as a standalone subpath export so bundlers only ship the primitives actually used. Every curve provides key generation, signing/verification (or key agreement), and raw byte operations. Implementation flavour ('noble' vs 'native') is selected at build time via the repo-root crypto.config.ts; all Phase 0 implementations route to @noble/curves. Use this package when you need raw curve operations; for high-level AEAD, signing, or sealed-box use @suaveplan/crypto instead.

When to use this skill

Implementing or debugging code that imports @suaveplan/crypto-curve.
The task touches: see package README.
You need API guidance for this package's exports.

Quick reference

import { /* see API Reference below */ } from "@suaveplan/crypto-curve";

Dependencies

Workspace dependencies: @suaveplan/crypto-hash, @suaveplan/crypto-utils, @suaveplan/error, @suaveplan/types

Where to read more

This skill is intentionally short. The package's own documentation is the authoritative source — read these in order:

packages/crypto/crypto-curve/README.md — overview, install, quick-start, module index
packages/crypto/crypto-curve/src/**/*.md — co-located docs per implementation file (Purpose, Features, Basic + Advanced examples, full API reference, Implementation notes — all packages ship ≥200 words per module)
packages/crypto/crypto-curve/package.json exports map — every subpath you can import from

When the user asks an API question, read the relevant co-located .md first; do not answer from training-data memory.

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