package main

import (
	"crypto/secp256k1"
	"smesh.lol/web/common/mls"
)

func main() {
	pass := 0
	fail := 0

	// secp256k1 constant-time signed-radix-16 edge case (digits[64]==1).
	if err := secp256k1.TestSignedRadix16(); err != nil {
		println("FAIL secp256k1-radix16: " | err.Error())
		fail++
	} else {
		println("PASS secp256k1-radix16")
		pass++
	}

	// Tree math (pure integer arithmetic — no crypto needed).
	if err := mls.TestTreeMath(); err != nil {
		println("FAIL tree-math: " | err.Error())
		fail++
	} else {
		println("PASS tree-math")
		pass++
	}

	// Crypto basics (needs jsbridge: SHA256, Ed25519, X25519, ChaCha20).
	if err := mls.TestCryptoBasics(); err != nil {
		println("FAIL crypto-basics: " | err.Error())
		fail++
	} else {
		println("PASS crypto-basics")
		pass++
	}

	// Crypto basics for cipher suite 0x0001 (P-256 + AES-128-GCM + ECDSA).
	if err := mls.TestCryptoBasics0x0001(); err != nil {
		println("FAIL crypto-basics-0x0001: " | err.Error())
		fail++
	} else {
		println("PASS crypto-basics-0x0001")
		pass++
	}

	// Key schedule (RFC 9420 §8 — full derivation chain over 5 epochs).
	if err := mls.TestKeySchedule(); err != nil {
		println("FAIL key-schedule: " | err.Error())
		fail++
	} else {
		println("PASS key-schedule")
		pass++
	}

	// Secret tree (RFC 9420 §9 — 1/8/32-leaf ratchets, handshake + application).
	if err := mls.TestSecretTree(); err != nil {
		println("FAIL secret-tree: " | err.Error())
		fail++
	} else {
		println("PASS secret-tree")
		pass++
	}

	// Transcript hashes (RFC 9420 §5.3.1 — confirmed + interim hash chain).
	if err := mls.TestTranscriptHashes(); err != nil {
		println("FAIL transcript-hashes: " | err.Error())
		fail++
	} else {
		println("PASS transcript-hashes")
		pass++
	}

	// Message protection (RFC 9420 §6 — pub/priv sign/verify, encrypt/decrypt).
	if err := mls.TestMessageProtection(); err != nil {
		println("FAIL message-protection: " | err.Error())
		fail++
	} else {
		println("PASS message-protection")
		pass++
	}

	if fail > 0 {
		println("FAILED")
	} else {
		println("ALL PASSED")
	}
}