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-- Testcase --
{%
import { pk as pk_mbedtls } from 'crypto_mbedtls';
import { pk as pk_openssl } from 'crypto_openssl';
import { test_keygen } from './files/keygen.uc';
curves = [
'P-192',
'P-224',
'P-256',
'P-384',
'P-521',
'brainpoolP256r1',
'brainpoolP384r1',
'brainpoolP512r1',
'secp192k1',
'secp224k1',
'secp256k1',
];
for (c in curves) {
test_keygen(pk_openssl, pk_mbedtls, "EC", "SHA256", c);
test_keygen(pk_mbedtls, pk_openssl, "EC", "SHA256", c);
}
test_keygen(pk_openssl, pk_mbedtls, "RSA", "SHA256", 2048);
test_keygen(pk_mbedtls, pk_openssl, "RSA", "SHA256", 2048);
test_keygen(pk_openssl, pk_openssl, "ED25519", null);
%}
-- End --
-- Expect stdout --
true
true
true
true
true
true
true
true
true
true
true
true
true
true
true
true
true
true
true
true
true
true
true
true
true
-- End --
-- Expect stderr --
-- End --
-- File keygen.uc --
export
function test_keygen(pk_init, other_pk_init, type, md_alg, ...args)
{
let pk = pk_init();
let res = pk.keygen(type, ...args);
let pkey = pk.get_public_key();
const data = "Message";
const signature = pk.sign(md_alg, data);
let other_pk = other_pk_init();
other_pk.set_public_key(pkey);
const verify = other_pk.verify(md_alg, data, signature);
print(verify, '\n');
};
-- End --
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