gpg/__tests__/gpg.test.ts

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import * as fs from 'fs';
import * as gpg from '../src/gpg';
import {parseKeygripFromGpgColonsOutput} from '../src/gpg';
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const userInfos = [
{
key: 'test-key',
pgp: fs.readFileSync('__tests__/fixtures/test-key.pgp', {
encoding: 'utf8',
flag: 'r'
}),
pgp_base64: fs.readFileSync('__tests__/fixtures/test-key-base64.pgp', {
encoding: 'utf8',
flag: 'r'
}),
passphrase: fs.readFileSync('__tests__/fixtures/test-key.pass', {
encoding: 'utf8',
flag: 'r'
}),
name: 'Joe Tester',
email: 'joe@foo.bar',
keyID: '7D851EB72D73BDA0',
primary_key_fingerprint: '27571A53B86AF0C799B38BA77D851EB72D73BDA0',
fingerprint: '27571A53B86AF0C799B38BA77D851EB72D73BDA0',
fingerprints: ['27571A53B86AF0C799B38BA77D851EB72D73BDA0', '5A282E1460C0BC419615D34DD523BD50DD70B0BA'],
keygrips: ['3E2D1142AA59E08E16B7E2C64BA6DDC773B1A627', 'BA83FC8947213477F28ADC019F6564A956456163']
},
{
key: 'test-subkey',
pgp: fs.readFileSync('__tests__/fixtures/test-subkey.pgp', {
encoding: 'utf8',
flag: 'r'
}),
pgp_base64: fs.readFileSync('__tests__/fixtures/test-subkey-base64.pgp', {
encoding: 'utf8',
flag: 'r'
}),
passphrase: fs.readFileSync('__tests__/fixtures/test-subkey.pass', {
encoding: 'utf8',
flag: 'r'
}),
name: 'Joe Bar',
email: 'joe@bar.foo',
keyID: '6071D218380FDCC8',
primary_key_fingerprint: '87F257B89CE462100BEC0FFE6071D218380FDCC8',
fingerprint: 'C17D11ADF199F12A30A0910F1F80449BE0B08CB8',
fingerprints: ['87F257B89CE462100BEC0FFE6071D218380FDCC8', 'C17D11ADF199F12A30A0910F1F80449BE0B08CB8'],
keygrips: ['F5C3ABFAAB36B427FD98C4EDD0387E08EA1E8092', 'DEE0FC98F441519CA5DE5D79773CB29009695FEB']
}
];
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describe('getVersion', () => {
it('returns GnuPG and libgcrypt version', async () => {
await gpg.getVersion().then(version => {
console.log(version);
expect(version.gnupg).not.toEqual('');
expect(version.libgcrypt).not.toEqual('');
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});
});
});
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describe('getDirs', () => {
it('returns GnuPG dirs', async () => {
await gpg.getDirs().then(dirs => {
console.log(dirs);
expect(dirs.libdir).not.toEqual('');
expect(dirs.datadir).not.toEqual('');
expect(dirs.homedir).not.toEqual('');
});
});
});
describe('configureAgent', () => {
it('configures GnuPG agent', async () => {
await gpg.configureAgent(gpg.agentConfig);
});
});
for (let userInfo of userInfos) {
describe(userInfo.key, () => {
describe('importKey', () => {
it('imports key (as armored string) to GnuPG', async () => {
await gpg.importKey(userInfo.pgp).then(output => {
console.log(output);
expect(output).not.toEqual('');
});
});
it('imports key (as base64 string) to GnuPG', async () => {
await gpg.importKey(userInfo.pgp_base64).then(output => {
console.log(output);
expect(output).not.toEqual('');
});
});
});
describe('getKeygrips', () => {
it('returns the keygrips', async () => {
await gpg.importKey(userInfo.pgp);
await gpg.getKeygrips(userInfo.fingerprint).then(keygrips => {
console.log(keygrips);
expect(keygrips.length).toEqual(userInfo.keygrips.length);
for (let i = 0; i < keygrips.length; i++) {
expect(keygrips[i]).toEqual(userInfo.keygrips[i]);
}
});
});
});
describe('getKeygrip', () => {
it('returns the keygrip for a given fingerprint', async () => {
await gpg.importKey(userInfo.pgp);
for (let [i, fingerprint] of userInfo.fingerprints.entries()) {
await gpg.getKeygrip(fingerprint).then(keygrip => {
console.log(`Fingerprint: ${fingerprint}; Index: ${i}; Keygrip: ${keygrip}`);
expect(keygrip.length).toEqual(userInfo.keygrips[i].length);
expect(keygrip).toEqual(userInfo.keygrips[i]);
});
}
});
});
describe('presetPassphrase', () => {
it('presets passphrase', async () => {
await gpg.importKey(userInfo.pgp);
await gpg.configureAgent(gpg.agentConfig);
for (let keygrip of await gpg.getKeygrips(userInfo.fingerprint)) {
await gpg.presetPassphrase(keygrip, userInfo.passphrase).then(output => {
console.log(output);
expect(output).not.toEqual('');
});
}
});
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});
describe('deleteKey', () => {
it('removes key from GnuPG', async () => {
await gpg.importKey(userInfo.pgp);
await gpg.deleteKey(userInfo.primary_key_fingerprint);
});
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});
});
}
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describe('killAgent', () => {
it('kills GnuPG agent', async () => {
await gpg.killAgent();
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});
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});
describe('parseKeygripFromGpgColonsOutput', () => {
it('returns the keygrip of a given fingerprint from a GPG command output using the option: --with-colons', async () => {
const outputUsingTestKey = fs.readFileSync('__tests__/fixtures/test-key-gpg-output.txt', {
encoding: 'utf8',
flag: 'r'
});
const keygripPrimaryTestKey = parseKeygripFromGpgColonsOutput(outputUsingTestKey, '27571A53B86AF0C799B38BA77D851EB72D73BDA0');
expect(keygripPrimaryTestKey).toBe('3E2D1142AA59E08E16B7E2C64BA6DDC773B1A627');
const keygripSubkeyTestKey = parseKeygripFromGpgColonsOutput(outputUsingTestKey, '5A282E1460C0BC419615D34DD523BD50DD70B0BA');
expect(keygripSubkeyTestKey).toBe('BA83FC8947213477F28ADC019F6564A956456163');
const outputUsingTestSubkey = fs.readFileSync('__tests__/fixtures/test-subkey-gpg-output.txt', {
encoding: 'utf8',
flag: 'r'
});
const keygripPrimaryTestSubkey = parseKeygripFromGpgColonsOutput(outputUsingTestSubkey, '87F257B89CE462100BEC0FFE6071D218380FDCC8');
expect(keygripPrimaryTestSubkey).toBe('F5C3ABFAAB36B427FD98C4EDD0387E08EA1E8092');
const keygripSubkeyTestSubkey = parseKeygripFromGpgColonsOutput(outputUsingTestSubkey, 'C17D11ADF199F12A30A0910F1F80449BE0B08CB8');
expect(keygripSubkeyTestSubkey).toBe('DEE0FC98F441519CA5DE5D79773CB29009695FEB');
});
});