Mercurial > prosody-hg
diff spec/util_crypto_spec.lua @ 13537:fb970df95374
util.crypto: Add more ECC methods
pkey_meth_derive: to derive a shared symmetric key from two ECC keys
pkey_meth_public_raw: to get the raw form of the public key
import_public_ec_raw: to import the raw form of the public key
generate_p256_keypair: key generation for the P-256 curve
| author | Stephen Paul Weber <singpolyma@singpolyma.net> |
|---|---|
| date | Tue, 29 Oct 2024 09:15:50 -0500 |
| parents | d3ae47d8a7a7 |
| children |
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--- a/spec/util_crypto_spec.lua Tue Oct 29 15:05:14 2024 +0100 +++ b/spec/util_crypto_spec.lua Tue Oct 29 09:15:50 2024 -0500 @@ -3,6 +3,7 @@ describe("util.crypto", function () local crypto = require "util.crypto"; local random = require "util.random"; + local encodings = require "util.encodings"; describe("generate_ed25519_keypair", function () local keypair = crypto.generate_ed25519_keypair(); @@ -10,6 +11,26 @@ assert.equal("ED25519", keypair:get_type()); end) + describe("generate_p256_keypair", function () + local keypair = crypto.generate_p256_keypair(); + assert.is_not_nil(keypair); + assert.equal("id-ecPublicKey", keypair:get_type()); + end) + + describe("export/import raw", function () + local keypair = crypto.generate_p256_keypair(); + assert.is_not_nil(keypair); + local raw = keypair:public_raw() + local imported = crypto.import_public_ec_raw(raw, "P-256") + assert.equal(keypair:public_pem(), imported:public_pem()); + end) + + describe("derive", function () + local key = crypto.import_private_pem(test_keys.ecdsa_private_pem); + local peer_key = crypto.import_public_pem(test_keys.ecdsa_public_pem); + assert.equal("n1v4KeKmOVwjC67fiKtjJnqcEaasbpZa2fLPNHW51co=", encodings.base64.encode(key:derive(peer_key))) + end) + describe("import_private_pem", function () it("can import ECDSA keys", function () local ecdsa_key = crypto.import_private_pem(test_keys.ecdsa_private_pem);