keyserver/test/unit/pgp-test.js

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'use strict';
const fs = require('fs');
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const log = require('npmlog');
const openpgp = require('openpgp');
const PGP = require('../../src/service/pgp');
describe('PGP Unit Tests', () => {
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let sandbox;
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let pgp;
let key1Armored;
let key2Armored;
let key3Armored;
beforeEach(() => {
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sandbox = sinon.sandbox.create();
sandbox.stub(log);
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key1Armored = fs.readFileSync(`${__dirname}/../key1.asc`, 'utf8');
key2Armored = fs.readFileSync(`${__dirname}/../key2.asc`, 'utf8');
key3Armored = fs.readFileSync(`${__dirname}/../key3.asc`, 'utf8');
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pgp = new PGP();
});
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afterEach(() => {
sandbox.restore();
});
describe('parseKey', () => {
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it('should should throw error on key parsing', () => {
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sandbox.stub(openpgp.key, 'readArmored').returns({err: [new Error()]});
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expect(pgp.parseKey.bind(pgp, key3Armored)).to.throw(/Failed to parse/);
expect(log.error.calledOnce).to.be.true;
});
it('should should throw error when more than one key', () => {
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sandbox.stub(openpgp.key, 'readArmored').returns({keys: [{}, {}]});
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expect(pgp.parseKey.bind(pgp, key3Armored)).to.throw(/only one key/);
});
it('should should throw error when more than one key', () => {
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sandbox.stub(openpgp.key, 'readArmored').returns({
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keys: [{
primaryKey: {},
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verifyPrimaryKey() { return false; }
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}]
});
expect(pgp.parseKey.bind(pgp, key3Armored)).to.throw(/primary key verification/);
});
it('should only accept 16 char key id', () => {
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sandbox.stub(openpgp.key, 'readArmored').returns({
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keys: [{
primaryKey: {
fingerprint: '4277257930867231ce393fb8dbc0b3d92b1b86e9',
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getKeyId() {
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return {
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toHex() { return 'asdf'; }
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};
}
},
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verifyPrimaryKey() { return openpgp.enums.keyStatus.valid; }
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}]
});
expect(pgp.parseKey.bind(pgp, key3Armored)).to.throw(/only v4 keys/);
});
it('should only accept version 4 fingerprint', () => {
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sandbox.stub(openpgp.key, 'readArmored').returns({
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keys: [{
primaryKey: {
fingerprint: '4277257930867231ce393fb8dbc0b3d92b1b86e',
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getKeyId() {
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return {
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toHex() { return 'dbc0b3d92b1b86e9'; }
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};
}
},
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verifyPrimaryKey() { return openpgp.enums.keyStatus.valid; }
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}]
});
expect(pgp.parseKey.bind(pgp, key3Armored)).to.throw(/only v4 keys/);
});
it('should only accept valid user ids', () => {
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sandbox.stub(pgp, 'parseUserIds').returns([]);
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expect(pgp.parseKey.bind(pgp, key3Armored)).to.throw(/invalid user ids/);
});
it('should be able to parse RSA key', () => {
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const params = pgp.parseKey(key1Armored);
expect(params.keyId).to.equal('dbc0b3d92b1b86e9');
expect(params.fingerprint).to.equal('4277257930867231ce393fb8dbc0b3d92b1b86e9');
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expect(params.userIds[0].name).to.equal('safewithme testuser');
expect(params.userIds[0].email).to.equal('safewithme.testuser@gmail.com');
expect(params.created.getTime()).to.exist;
expect(params.algorithm).to.equal('rsa_encrypt_sign');
expect(params.keySize).to.equal(2048);
expect(params.publicKeyArmored).to.equal(key1Armored);
});
it('should be able to parse RSA/ECC key', () => {
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const params = pgp.parseKey(key2Armored);
expect(params.keyId).to.equal('b8e4105cc9dedc77');
expect(params.fingerprint).to.equal('e3317db04d3958fd5f662c37b8e4105cc9dedc77');
expect(params.userIds.length).to.equal(1);
expect(params.created.getTime()).to.exist;
expect(params.algorithm).to.equal('rsa_encrypt_sign');
expect(params.keySize).to.equal(4096);
expect(params.publicKeyArmored).to.equal(pgp.trimKey(key2Armored));
});
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it('should be able to parse komplex key', () => {
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const params = pgp.parseKey(key3Armored);
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expect(params.keyId).to.equal('4001a127a90de8e1');
expect(params.fingerprint).to.equal('04062c70b446e33016e219a74001a127a90de8e1');
expect(params.userIds.length).to.equal(4);
expect(params.created.getTime()).to.exist;
expect(params.algorithm).to.equal('rsa_encrypt_sign');
expect(params.keySize).to.equal(4096);
expect(params.publicKeyArmored).to.equal(pgp.trimKey(key3Armored));
});
});
describe('trimKey', () => {
it('should be the same as key1', () => {
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const trimmed = pgp.trimKey(key1Armored);
expect(trimmed).to.equal(key1Armored);
});
it('should not be the same as key2', () => {
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const trimmed = pgp.trimKey(key2Armored);
expect(trimmed).to.not.equal(key2Armored);
});
});
describe('validateKeyBlock', () => {
const KEY_BEGIN = '-----BEGIN PGP PUBLIC KEY BLOCK-----';
const KEY_END = '-----END PGP PUBLIC KEY BLOCK-----';
it('should return true for valid key block', () => {
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const input = KEY_BEGIN + KEY_END;
expect(pgp.validateKeyBlock(input)).to.be.true;
});
it('should return false for invalid key block', () => {
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const input = KEY_END + KEY_BEGIN;
expect(pgp.validateKeyBlock(input)).to.be.false;
});
it('should return false for invalid key block', () => {
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const input = KEY_END;
expect(pgp.validateKeyBlock(input)).to.be.false;
});
it('should return false for invalid key block', () => {
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const input = KEY_BEGIN;
expect(pgp.validateKeyBlock(input)).to.be.false;
});
});
describe('parseUserIds', () => {
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let key;
beforeEach(() => {
key = openpgp.key.readArmored(key1Armored).keys[0];
});
it('should parse a valid user id', () => {
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const parsed = pgp.parseUserIds(key.users, key.primaryKey);
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expect(parsed[0].name).to.equal('safewithme testuser');
expect(parsed[0].email).to.equal('safewithme.testuser@gmail.com');
});
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it('should throw for an empty user ids array', () => {
expect(pgp.parseUserIds.bind(pgp, [], key.primaryKey)).to.throw(/no user id/);
});
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it('should return no user id for an invalid signature', () => {
key.users[0].userId.userid = 'fake@example.com';
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const parsed = pgp.parseUserIds(key.users, key.primaryKey);
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expect(parsed.length).to.equal(0);
});
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it('should throw for a invalid email address', () => {
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sandbox.stub(key.users[0], 'isValidSelfCertificate').returns(true);
key.users[0].userId.userid = 'safewithme testuser <safewithme.testusergmail.com>';
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const parsed = pgp.parseUserIds(key.users, key.primaryKey);
expect(parsed.length).to.equal(0);
});
});
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});