FM / runtime

/var/www/greso.tech/server/nsm/node_modules/jose/dist/node/cjs/runtime/

/var/www/greso.tech/server/nsm/node_modules/jose/dist/node/cjs/runtime

Name	Size	Mode	Actions
aeskw.js	2524	0644	edit dl rm
asn1.js	1960	0644	edit dl rm
asn1_sequence_decoder.js	1386	0644	edit dl rm
asn1_sequence_encoder.js	3632	0644	edit dl rm
base64url.js	1105	0644	edit dl rm
cbc_tag.js	532	0644	edit dl rm
check_cek_length.js	1447	0644	edit dl rm
check_modulus_length.js	1743	0644	edit dl rm
ciphers.js	263	0644	edit dl rm
decrypt.js	3801	0644	edit dl rm
digest.js	234	0644	edit dl rm
dsa_digest.js	711	0644	edit dl rm
ecdhes.js	3175	0644	edit dl rm
encrypt.js	3226	0644	edit dl rm
fetch_jwks.js	1460	0644	edit dl rm
flags.js	573	0644	edit dl rm
generate.js	4256	0644	edit dl rm
get_named_curve.js	3618	0644	edit dl rm
get_sign_verify_key.js	1014	0644	edit dl rm
hmac_digest.js	506	0644	edit dl rm
is_key_like.js	543	0644	edit dl rm
is_key_object.js	292	0644	edit dl rm
jwk_to_key.js	5535	0644	edit dl rm
key_to_jwk.js	7180	0644	edit dl rm
node_key.js	3676	0644	edit dl rm
pbes2kw.js	2302	0644	edit dl rm
random.js	256	0644	edit dl rm
rsaes.js	2534	0644	edit dl rm
sign.js	948	0644	edit dl rm
timing_safe_equal.js	198	0644	edit dl rm
verify.js	1282	0644	edit dl rm
webcrypto.js	354	0644	edit dl rm
zlib.js	453	0644	edit dl rm

Edit: /var/www/greso.tech/server/nsm/node_modules/jose/dist/node/cjs/runtime/ecdhes.js (3175B)

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.ecdhAllowed = exports.generateEpk = exports.deriveKey = void 0;
const crypto_1 = require("crypto");
const util_1 = require("util");
const get_named_curve_js_1 = require("./get_named_curve.js");
const buffer_utils_js_1 = require("../lib/buffer_utils.js");
const errors_js_1 = require("../util/errors.js");
const webcrypto_js_1 = require("./webcrypto.js");
const crypto_key_js_1 = require("../lib/crypto_key.js");
const is_key_object_js_1 = require("./is_key_object.js");
const invalid_key_input_js_1 = require("../lib/invalid_key_input.js");
const is_key_like_js_1 = require("./is_key_like.js");
const generateKeyPair = (0, util_1.promisify)(crypto_1.generateKeyPair);
async function deriveKey(publicKee, privateKee, algorithm, keyLength, apu = new Uint8Array(0), apv = new Uint8Array(0)) {
    let publicKey;
    if ((0, webcrypto_js_1.isCryptoKey)(publicKee)) {
        (0, crypto_key_js_1.checkEncCryptoKey)(publicKee, 'ECDH');
        publicKey = crypto_1.KeyObject.from(publicKee);
    }
    else if ((0, is_key_object_js_1.default)(publicKee)) {
        publicKey = publicKee;
    }
    else {
        throw new TypeError((0, invalid_key_input_js_1.default)(publicKee, ...is_key_like_js_1.types));
    }
    let privateKey;
    if ((0, webcrypto_js_1.isCryptoKey)(privateKee)) {
        (0, crypto_key_js_1.checkEncCryptoKey)(privateKee, 'ECDH', 'deriveBits');
        privateKey = crypto_1.KeyObject.from(privateKee);
    }
    else if ((0, is_key_object_js_1.default)(privateKee)) {
        privateKey = privateKee;
    }
    else {
        throw new TypeError((0, invalid_key_input_js_1.default)(privateKee, ...is_key_like_js_1.types));
    }
    const value = (0, buffer_utils_js_1.concat)((0, buffer_utils_js_1.lengthAndInput)(buffer_utils_js_1.encoder.encode(algorithm)), (0, buffer_utils_js_1.lengthAndInput)(apu), (0, buffer_utils_js_1.lengthAndInput)(apv), (0, buffer_utils_js_1.uint32be)(keyLength));
    const sharedSecret = (0, crypto_1.diffieHellman)({ privateKey, publicKey });
    return (0, buffer_utils_js_1.concatKdf)(sharedSecret, keyLength, value);
}
exports.deriveKey = deriveKey;
async function generateEpk(kee) {
    let key;
    if ((0, webcrypto_js_1.isCryptoKey)(kee)) {
        key = crypto_1.KeyObject.from(kee);
    }
    else if ((0, is_key_object_js_1.default)(kee)) {
        key = kee;
    }
    else {
        throw new TypeError((0, invalid_key_input_js_1.default)(kee, ...is_key_like_js_1.types));
    }
    switch (key.asymmetricKeyType) {
        case 'x25519':
            return generateKeyPair('x25519');
        case 'x448': {
            return generateKeyPair('x448');
        }
        case 'ec': {
            const namedCurve = (0, get_named_curve_js_1.default)(key);
            return generateKeyPair('ec', { namedCurve });
        }
        default:
            throw new errors_js_1.JOSENotSupported('Invalid or unsupported EPK');
    }
}
exports.generateEpk = generateEpk;
const ecdhAllowed = (key) => ['P-256', 'P-384', 'P-521', 'X25519', 'X448'].includes((0, get_named_curve_js_1.default)(key));
exports.ecdhAllowed = ecdhAllowed;

"use strict"; Object.defineProperty(exports, "__esModule", { value: true }); exports.ecdhAllowed = exports.generateEpk = exports.deriveKey = void 0; const crypto_1 = require("crypto"); const util_1 = require("util"); const get_named_curve_js_1 = require("./get_named_curve.js"); const buffer_utils_js_1 = require("../lib/buffer_utils.js"); const errors_js_1 = require("../util/errors.js"); const webcrypto_js_1 = require("./webcrypto.js"); const crypto_key_js_1 = require("../lib/crypto_key.js"); const is_key_object_js_1 = require("./is_key_object.js"); const invalid_key_input_js_1 = require("../lib/invalid_key_input.js"); const is_key_like_js_1 = require("./is_key_like.js"); const generateKeyPair = (0, util_1.promisify)(crypto_1.generateKeyPair); async function deriveKey(publicKee, privateKee, algorithm, keyLength, apu = new Uint8Array(0), apv = new Uint8Array(0)) { let publicKey; if ((0, webcrypto_js_1.isCryptoKey)(publicKee)) { (0, crypto_key_js_1.checkEncCryptoKey)(publicKee, 'ECDH'); publicKey = crypto_1.KeyObject.from(publicKee); } else if ((0, is_key_object_js_1.default)(publicKee)) { publicKey = publicKee; } else { throw new TypeError((0, invalid_key_input_js_1.default)(publicKee, ...is_key_like_js_1.types)); } let privateKey; if ((0, webcrypto_js_1.isCryptoKey)(privateKee)) { (0, crypto_key_js_1.checkEncCryptoKey)(privateKee, 'ECDH', 'deriveBits'); privateKey = crypto_1.KeyObject.from(privateKee); } else if ((0, is_key_object_js_1.default)(privateKee)) { privateKey = privateKee; } else { throw new TypeError((0, invalid_key_input_js_1.default)(privateKee, ...is_key_like_js_1.types)); } const value = (0, buffer_utils_js_1.concat)((0, buffer_utils_js_1.lengthAndInput)(buffer_utils_js_1.encoder.encode(algorithm)), (0, buffer_utils_js_1.lengthAndInput)(apu), (0, buffer_utils_js_1.lengthAndInput)(apv), (0, buffer_utils_js_1.uint32be)(keyLength)); const sharedSecret = (0, crypto_1.diffieHellman)({ privateKey, publicKey }); return (0, buffer_utils_js_1.concatKdf)(sharedSecret, keyLength, value); } exports.deriveKey = deriveKey; async function generateEpk(kee) { let key; if ((0, webcrypto_js_1.isCryptoKey)(kee)) { key = crypto_1.KeyObject.from(kee); } else if ((0, is_key_object_js_1.default)(kee)) { key = kee; } else { throw new TypeError((0, invalid_key_input_js_1.default)(kee, ...is_key_like_js_1.types)); } switch (key.asymmetricKeyType) { case 'x25519': return generateKeyPair('x25519'); case 'x448': { return generateKeyPair('x448'); } case 'ec': { const namedCurve = (0, get_named_curve_js_1.default)(key); return generateKeyPair('ec', { namedCurve }); } default: throw new errors_js_1.JOSENotSupported('Invalid or unsupported EPK'); } } exports.generateEpk = generateEpk; const ecdhAllowed = (key) => ['P-256', 'P-384', 'P-521', 'X25519', 'X448'].includes((0, get_named_curve_js_1.default)(key)); exports.ecdhAllowed = ecdhAllowed;