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Implementations of various Elliptic Curve Cryptography primitives.

TheElliptic Curve Digital Signature Algorithm (ECDSA) as well as itsAdaptor Signature variant are implemented over the curve secp256k1. In addition to the typicalr ands values, generated ECDSA signatures also include a recovery bitv that allows for public key recovery.

ASchnorr Signature implementation is available which also features anAdaptor Signature variant. Both implementations are using the secp256k1 curve.

Two proof implementations allow for proving knowledge of a discrete logarithm, as well as the equality of two discrete logarithms.

Using the provided abstractions, different curves can be easily integrated and existing algorithms reused.

1. git clone <url>
2. asdf install (optional)
3. go test -count 1 -race ./...

go run<package-path>go build [<package-path>]gotest [<package-path>][/...] [-v] [-cover] [-race] [-short] [-parallel<number>]gotest -bench=. [<package-path>] [-count<number>] [-benchmem] [-benchtime 2s] [-memprofile<name>]gotest -coverprofile<name> [<package-path>]go tool cover -html<name>go tool cover -func<name>go fmt [<package-path>]go mod init [<module-path>]go mod tidy

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