11cb0ef41Sopenharmony_ci'use strict';
21cb0ef41Sopenharmony_ci
31cb0ef41Sopenharmony_ciconst common = require('../common');
41cb0ef41Sopenharmony_ciif (!common.hasCrypto)
51cb0ef41Sopenharmony_ci  common.skip('missing crypto');
61cb0ef41Sopenharmony_ci
71cb0ef41Sopenharmony_ciconst assert = require('assert');
81cb0ef41Sopenharmony_ciconst {
91cb0ef41Sopenharmony_ci  generateKeyPair,
101cb0ef41Sopenharmony_ci} = require('crypto');
111cb0ef41Sopenharmony_ciconst {
121cb0ef41Sopenharmony_ci  testSignVerify,
131cb0ef41Sopenharmony_ci  spkiExp,
141cb0ef41Sopenharmony_ci  sec1Exp,
151cb0ef41Sopenharmony_ci} = require('../common/crypto');
161cb0ef41Sopenharmony_ci
171cb0ef41Sopenharmony_ci// Test async explicit elliptic curve key generation, e.g. for ECDSA,
181cb0ef41Sopenharmony_ci// with a SEC1 private key with paramEncoding explicit.
191cb0ef41Sopenharmony_ci{
201cb0ef41Sopenharmony_ci  generateKeyPair('ec', {
211cb0ef41Sopenharmony_ci    namedCurve: 'prime256v1',
221cb0ef41Sopenharmony_ci    paramEncoding: 'explicit',
231cb0ef41Sopenharmony_ci    publicKeyEncoding: {
241cb0ef41Sopenharmony_ci      type: 'spki',
251cb0ef41Sopenharmony_ci      format: 'pem'
261cb0ef41Sopenharmony_ci    },
271cb0ef41Sopenharmony_ci    privateKeyEncoding: {
281cb0ef41Sopenharmony_ci      type: 'sec1',
291cb0ef41Sopenharmony_ci      format: 'pem'
301cb0ef41Sopenharmony_ci    }
311cb0ef41Sopenharmony_ci  }, common.mustSucceed((publicKey, privateKey) => {
321cb0ef41Sopenharmony_ci    assert.strictEqual(typeof publicKey, 'string');
331cb0ef41Sopenharmony_ci    assert.match(publicKey, spkiExp);
341cb0ef41Sopenharmony_ci    assert.strictEqual(typeof privateKey, 'string');
351cb0ef41Sopenharmony_ci    assert.match(privateKey, sec1Exp);
361cb0ef41Sopenharmony_ci
371cb0ef41Sopenharmony_ci    testSignVerify(publicKey, privateKey);
381cb0ef41Sopenharmony_ci  }));
391cb0ef41Sopenharmony_ci}
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