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mongodb_oidc.prose.test.ts
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import { readFile } from 'node:fs/promises';
import * as path from 'node:path';
import { expect } from 'chai';
import * as sinon from 'sinon';
import {
type Collection,
MongoClient,
type MongoDBOIDC,
type OIDCCallbackParams,
type OIDCResponse
} from '../../mongodb';
const createCallback = (tokenFile = 'test_user1', expiresInSeconds?: number, extraFields?: any) => {
return async (params: OIDCCallbackParams) => {
const token = await readFile(path.join(process.env.OIDC_TOKEN_DIR, tokenFile), {
encoding: 'utf8'
});
// Assert the correct properties are set.
expect(params).to.have.property('timeoutContext');
expect(params).to.have.property('version');
return generateResult(token, expiresInSeconds, extraFields);
};
};
// Generates the result the request or refresh callback returns.
const generateResult = (token: string, expiresInSeconds?: number, extraFields?: any) => {
const response: OIDCResponse = { accessToken: token, refreshToken: token };
if (expiresInSeconds) {
response.expiresInSeconds = expiresInSeconds;
}
if (extraFields) {
return { ...response, ...extraFields };
}
return response;
};
describe('OIDC Auth Spec Tests', function () {
beforeEach(function () {
if (process.env.ENVIRONMENT !== 'test') {
this.skipReason = 'GCP OIDC prose tests require a Test OIDC environment.';
this.skip();
}
});
describe('Machine Authentication Flow Prose Tests', function () {
const uriSingle = process.env.MONGODB_URI_SINGLE;
describe('1. Callback Authentication', function () {
let client: MongoClient;
let collection: Collection;
afterEach(async function () {
await client?.close();
});
describe('1.1 Callback is called during authentication', function () {
const callbackSpy = sinon.spy(createCallback('test_machine'));
// Create an OIDC configured client.
// Perform a find operation that succeeds.
// Assert that the callback was called 1 time.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('test');
});
it('successfully authenticates', async function () {
await collection.findOne();
expect(callbackSpy).to.have.been.calledOnce;
});
});
describe('1.2 Callback is called once for multiple connections', function () {
const callbackSpy = sinon.spy(createCallback());
// Create an OIDC configured client.
// Start 10 threads and run 100 find operations in each thread that all succeed.
// Assert that the callback was called 1 time.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('test');
});
it('only calls the callback once', async function () {
for (let i = 0; i < 100; i++) {
await collection.findOne();
}
expect(callbackSpy).to.have.been.calledOnce;
});
});
});
describe('2. OIDC Callback Validation', function () {
let client: MongoClient;
let collection: Collection;
afterEach(async function () {
await client?.close();
});
describe('2.1 Valid Callback Inputs', function () {
const callbackSpy = sinon.spy(createCallback());
// Create an OIDC configured client with an OIDC callback that validates its inputs and returns a valid access token.
// Perform a find operation that succeeds.
// Assert that the OIDC callback was called with the appropriate inputs, including the timeout parameter if possible.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('test');
});
it('successfully authenticates', async function () {
await collection.findOne();
// IdpInfo can change, so we assert we called once and validate existence in the callback itself.
expect(callbackSpy).to.have.been.calledOnce;
});
});
describe('2.2 OIDC Callback Returns Null', function () {
const callbackSpy = sinon.spy(() => null);
// Create an OIDC configured client with an OIDC callback that returns null.
// Perform a find operation that fails.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('test');
});
it('does not successfully authenticate', async function () {
const error = await collection.findOne().catch(error => error);
expect(error).to.exist;
});
});
describe('2.3 OIDC Callback Returns Missing Data', function () {
const callbackSpy = sinon.spy(() => {
return { field: 'value' };
});
// Create an OIDC configured client with an OIDC callback that returns data not conforming to the OIDCCredential with missing fields.
// Perform a find operation that fails.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('test');
});
it('does not successfully authenticate', async function () {
const error = await collection.findOne().catch(error => error);
expect(error).to.exist;
});
});
describe('2.4 Invalid Client Configuration with Callback', function () {
const callbackSpy = sinon.spy(createCallback());
// Create an OIDC configured client with an OIDC callback and auth mechanism property ENVIRONMENT:test.
// Assert it returns a client configuration error.
it('fails validation', async function () {
try {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy,
ENVIRONMENT: 'test'
},
retryReads: false
});
} catch (error) {
expect(error).to.exist;
}
});
});
});
describe('3. Authentication Failure', function () {
let client: MongoClient;
let collection: Collection;
afterEach(async function () {
await client?.close();
});
describe('3.1 Authentication failure with cached tokens fetch a new token and retry auth', function () {
const callbackSpy = sinon.spy(createCallback());
// Create an OIDC configured client.
// Poison the Client Cache with an invalid access token.
// Perform a find operation that succeeds.
// Assert that the callback was called 1 time.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false
});
const provider = client.s.authProviders.getOrCreateProvider('MONGODB-OIDC', {
OIDC_CALLBACK: callbackSpy
}) as MongoDBOIDC;
provider.workflow.cache.put({ idpServerResponse: { accessToken: 'bad' } });
collection = client.db('test').collection('test');
});
it('successfully authenticates', async function () {
await collection.findOne();
expect(callbackSpy).to.have.been.calledOnce;
});
});
describe('3.2 Authentication failures without cached tokens return an error', function () {
const callbackSpy = sinon.spy(() => {
return { accessToken: 'bad' };
});
// Create an OIDC configured client with an OIDC callback that always returns invalid access tokens.
// Perform a find operation that fails.
// Assert that the callback was called 1 time.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false
});
const provider = client.s.authProviders.getOrCreateProvider('MONGODB-OIDC', {
OIDC_CALLBACK: callbackSpy
}) as MongoDBOIDC;
provider.workflow.cache.put({ idpServerResponse: { accessToken: 'bad' } });
collection = client.db('test').collection('test');
});
it('does not successfully authenticate', async function () {
const error = await collection.findOne().catch(error => error);
expect(error).to.exist;
expect(callbackSpy).to.have.been.calledOnce;
});
});
describe('3.3 Unexpected error code does not clear the cache', function () {
let utilClient: MongoClient;
const callbackSpy = sinon.spy(createCallback());
// Create a MongoClient with a callback that returns a valid token.
// Set a fail point for saslStart commands of the form:
// {
// configureFailPoint: "failCommand",
// mode: {
// times: 1
// },
// data: {
// failCommands: [
// "saslStart"
// ],
// errorCode: 20 // IllegalOperation
// }
// }
// Perform a find operation that fails.
// Assert that the callback has been called once.
// Perform a find operation that succeeds.
// Assert that the callback has been called once.
// Close the client.
beforeEach(async function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false
});
utilClient = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: createCallback()
},
retryReads: false
});
collection = client.db('test').collection('test');
await utilClient
.db()
.admin()
.command({
configureFailPoint: 'failCommand',
mode: {
times: 1
},
data: {
failCommands: ['saslStart'],
errorCode: 20
}
});
});
afterEach(async function () {
await utilClient.db().admin().command({
configureFailPoint: 'failCommand',
mode: 'off'
});
await utilClient.close();
});
it('successfully authenticates the second time', async function () {
const error = await collection.findOne().catch(error => error);
expect(error).to.exist;
expect(callbackSpy).to.have.been.calledOnce;
await collection.findOne();
expect(callbackSpy).to.have.been.calledOnce;
});
});
});
describe('4. Reauthentication', function () {
let client: MongoClient;
let collection: Collection;
let callbackCount = 0;
afterEach(async function () {
callbackCount = 0;
await client?.close();
});
const createBadCallback = () => {
return async () => {
if (callbackCount === 0) {
const token = await readFile(path.join(process.env.OIDC_TOKEN_DIR, 'test_user1'), {
encoding: 'utf8'
});
callbackCount++;
return generateResult(token);
}
return generateResult('bad');
};
};
describe('4.1 Reauthentication Succeeds', function () {
let utilClient: MongoClient;
const callbackSpy = sinon.spy(createCallback());
// Create an OIDC configured client.
// Set a fail point for find commands of the form:
// {
// configureFailPoint: "failCommand",
// mode: {
// times: 1
// },
// data: {
// failCommands: [
// "find"
// ],
// errorCode: 391 // ReauthenticationRequired
// }
// }
// Perform a find operation that succeeds.
// Assert that the callback was called 2 times (once during the connection handshake, and again during reauthentication).
// Close the client.
beforeEach(async function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false
});
utilClient = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: createCallback()
},
retryReads: false
});
collection = client.db('test').collection('test');
await utilClient
.db()
.admin()
.command({
configureFailPoint: 'failCommand',
mode: {
times: 1
},
data: {
failCommands: ['find'],
errorCode: 391
}
});
});
afterEach(async function () {
await utilClient.db().admin().command({
configureFailPoint: 'failCommand',
mode: 'off'
});
await utilClient.close();
});
it('successfully authenticates', async function () {
await collection.findOne();
expect(callbackSpy).to.have.been.calledTwice;
});
});
describe('4.2 Read Commands Fail If Reauthentication Fails', function () {
let utilClient: MongoClient;
const callbackSpy = sinon.spy(createBadCallback());
// Create a MongoClient whose OIDC callback returns one good token and then bad tokens after the first call.
// Perform a find operation that succeeds.
// Set a fail point for find commands of the form:
// {
// configureFailPoint: "failCommand",
// mode: {
// times: 1
// },
// data: {
// failCommands: [
// "find"
// ],
// errorCode: 391 // ReauthenticationRequired
// }
// }
// Perform a find operation that fails.
// Assert that the callback was called 2 times.
// Close the client.
beforeEach(async function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false
});
utilClient = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: createCallback()
},
retryReads: false
});
collection = client.db('test').collection('test');
await utilClient
.db()
.admin()
.command({
configureFailPoint: 'failCommand',
mode: {
times: 1
},
data: {
failCommands: ['find'],
errorCode: 391
}
});
});
afterEach(async function () {
await utilClient.db().admin().command({
configureFailPoint: 'failCommand',
mode: 'off'
});
await utilClient.close();
});
it('does not successfully authenticate', async function () {
const error = await collection.findOne().catch(error => error);
expect(error).to.exist;
expect(callbackSpy).to.have.been.calledTwice;
});
});
describe('4.3 Write Commands Fail If Reauthentication Fails', function () {
let utilClient: MongoClient;
const callbackSpy = sinon.spy(createBadCallback());
// Create a MongoClient whose OIDC callback returns one good token and then bad tokens after the first call.
// Perform an insert operation that succeeds.
// Set a fail point for insert commands of the form:
// {
// configureFailPoint: "failCommand",
// mode: {
// times: 1
// },
// data: {
// failCommands: [
// "insert"
// ],
// errorCode: 391 // ReauthenticationRequired
// }
// }
// Perform an insert operation that fails.
// Assert that the callback was called 2 times.
// Close the client.
beforeEach(async function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false
});
utilClient = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: createCallback()
},
retryReads: false
});
collection = client.db('test').collection('test');
await collection.insertOne({ n: 1 });
await utilClient
.db()
.admin()
.command({
configureFailPoint: 'failCommand',
mode: {
times: 1
},
data: {
failCommands: ['insert'],
errorCode: 391
}
});
});
afterEach(async function () {
await utilClient.db().admin().command({
configureFailPoint: 'failCommand',
mode: 'off'
});
await utilClient.close();
});
it('does not successfully authenticate', async function () {
const error = await collection.insertOne({ n: 2 }).catch(error => error);
expect(error).to.exist;
expect(callbackSpy).to.have.been.calledTwice;
});
});
describe('4.4 Speculative Authentication should be ignored on Reauthentication', function () {
let utilClient: MongoClient;
const callbackSpy = sinon.spy(createCallback());
const saslStarts = [];
// - Create an OIDC configured client.
// - Populate the *Client Cache* with a valid access token to enforce Speculative Authentication.
// - Perform an `insert` operation that succeeds.
// - Assert that the callback was not called.
// - Assert there were no `SaslStart` commands executed.
// - Set a fail point for `insert` commands of the form:
// ```javascript
// {
// configureFailPoint: "failCommand",
// mode: {
// times: 1
// },
// data: {
// failCommands: [
// "insert"
// ],
// errorCode: 391 // ReauthenticationRequired
// }
// }
// ```
// - Perform an `insert` operation that succeeds.
// - Assert that the callback was called once.
// - Assert there were `SaslStart` commands executed.
// - Close the client.
beforeEach(async function () {
utilClient = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: createCallback()
},
retryReads: false
});
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_CALLBACK: callbackSpy
},
retryReads: false,
monitorCommands: true
});
client.on('commandStarted', event => {
if (event.commandName === 'saslStart') {
saslStarts.push(event);
}
});
const provider = client.s.authProviders.getOrCreateProvider('MONGODB-OIDC', {
OIDC_CALLBACK: callbackSpy
}) as MongoDBOIDC;
const token = await readFile(path.join(process.env.OIDC_TOKEN_DIR, 'test_user1'), {
encoding: 'utf8'
});
provider.workflow.cache.put({ accessToken: token });
collection = client.db('test').collection('test');
});
afterEach(async function () {
await utilClient.db().admin().command({
configureFailPoint: 'failCommand',
mode: 'off'
});
await utilClient.close();
});
it('successfully authenticates', async function () {
await collection.insertOne({ name: 'test' });
expect(callbackSpy).to.not.have.been.called;
expect(saslStarts).to.be.empty;
await utilClient
.db()
.admin()
.command({
configureFailPoint: 'failCommand',
mode: {
times: 1
},
data: {
failCommands: ['insert'],
errorCode: 391
}
});
await collection.insertOne({ name: 'test' });
expect(callbackSpy).to.have.been.calledOnce;
expect(saslStarts.length).to.equal(1);
});
});
});
});
describe('Human Authentication Flow Prose Tests', function () {
const uriSingle = process.env.MONGODB_URI_SINGLE;
const uriMulti = process.env.MONGODB_URI_MULTI;
describe('1. OIDC Human Callback Authentication', function () {
let client: MongoClient;
let collection: Collection;
afterEach(async function () {
await client?.close();
});
describe('1.1 Single Principal Implicit Username', function () {
const callbackSpy = sinon.spy(createCallback());
// Create an OIDC configured client.
// Perform a find operation that succeeds.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('testHuman');
});
it('successfully authenticates', async function () {
const result = await collection.findOne();
expect(result).to.be.null;
});
});
describe('1.2 Single Principal Explicit Username', function () {
const callbackSpy = sinon.spy(createCallback());
// Create an OIDC configured client with MONGODB_URI_SINGLE and a username of test_user1@${OIDC_DOMAIN}.
// Perform a find operation that succeeds.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
auth: {
username: `test_user1@${process.env.OIDC_DOMAIN}`,
password: undefined
},
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('testHuman');
});
it('successfully authenticates', async function () {
const result = await collection.findOne();
expect(result).to.be.null;
});
});
describe('1.3 Multiple Principal User 1', function () {
const callbackSpy = sinon.spy(createCallback());
// Create an OIDC configured client with MONGODB_URI_MULTI and username of test_user1@${OIDC_DOMAIN}.
// Perform a find operation that succeeds.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriMulti, {
auth: {
username: `test_user1@${process.env.OIDC_DOMAIN}`,
password: undefined
},
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('testHuman');
});
it('successfully authenticates', async function () {
const result = await collection.findOne();
expect(result).to.be.null;
});
});
describe('1.4 Multiple Principal User 2', function () {
const callbackSpy = sinon.spy(createCallback('test_user2'));
// Create an OIDC configured client with MONGODB_URI_MULTI and username of test_user2@${OIDC_DOMAIN}. that reads the test_user2 token file.
// Perform a find operation that succeeds.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriMulti, {
auth: {
username: `test_user2@${process.env.OIDC_DOMAIN}`,
password: undefined
},
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('testHuman');
});
it('successfully authenticates', async function () {
const result = await collection.findOne();
expect(result).to.be.null;
});
});
describe('1.5 Multiple Principal No User', function () {
const callbackSpy = sinon.spy(createCallback(null));
// Create an OIDC configured client with MONGODB_URI_MULTI and no username.
// Assert that a find operation fails.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriMulti, {
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('testHuman');
});
it('does not successfully authenticate', async function () {
const error = await collection.findOne().catch(error => error);
expect(error).to.exist;
});
});
describe('1.6 Allowed Hosts Blocked', function () {
context('when provided an empty ALLOWED_HOSTS', function () {
const callbackSpy = sinon.spy(createCallback());
// Create an OIDC configured client with an ALLOWED_HOSTS that is an empty list.
// Assert that a find operation fails with a client-side error.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy,
ALLOWED_HOSTS: []
},
retryReads: false
});
collection = client.db('test').collection('testHuman');
});
it('does not successfully authenticate', async function () {
const error = await collection.findOne().catch(error => error);
expect(error).to.exist;
});
});
context('when provided invalid ALLOWED_HOSTS', function () {
const callbackSpy = sinon.spy(createCallback());
// Create a client that uses the URL mongodb://localhost/?authMechanism=MONGODB-OIDC&ignored=example.com,
// a human callback, and an ALLOWED_HOSTS that contains ["example.com"].
// Assert that a find operation fails with a client-side error.
// Close the client.
// NOTE: For Node we remove the ignored=example.com URI option as we error on unrecognised options.
beforeEach(function () {
client = new MongoClient('mongodb://localhost/?authMechanism=MONGODB-OIDC', {
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy,
ALLOWED_HOSTS: ['example.com']
},
retryReads: false
});
collection = client.db('test').collection('testHuman');
});
it('does not successfully authenticate', async function () {
const error = await collection.findOne().catch(error => error);
expect(error).to.exist;
});
});
});
describe('1.7 Allowed Hosts in Connection String Ignored', function () {
const callbackSpy = sinon.spy(createCallback());
// Create an OIDC configured client with the connection string:
// mongodb+srv://example.com/?authMechanism=MONGODB-OIDC&authMechanismProperties=ALLOWED_HOSTS:%5B%22example.com%22%5D and a Human Callback.
// Assert that the creation of the client raises a configuration error.
it('fails on client creation', async function () {
expect(() => {
new MongoClient(
`${uriSingle}&authMechanismProperties=ALLOWED_HOSTS:%5B%22example.com%22%5D`,
{
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy
}
}
);
}).to.throw();
});
});
describe('1.8 Machine IdP with Human Callback', function () {
const callbackSpy = sinon.spy(createCallback('test_machine'));
// This test MUST only be run when OIDC_IS_LOCAL is set. This indicates that the server is local and not using Atlas.
// In this case, MONGODB_URI_SINGLE will be configured with a human user test_user1, and a machine user test_machine.
// This test uses the machine user with a human callback, ensuring that the missing clientId in the PrincipalStepRequest
// response is handled by the driver.
// Create an OIDC configured client with MONGODB_URI_SINGLE and a username of test_machine that uses the test_machine token.
// Perform a find operation that succeeds.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
auth: {
username: `test_machine`,
password: undefined
},
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('testHuman');
});
it('successfully authenticates', async function () {
const result = await collection.findOne();
expect(result).to.be.null;
});
});
});
describe('2. OIDC Human Callback Validation', function () {
let client: MongoClient;
let collection: Collection;
afterEach(async function () {
await client?.close();
});
describe('2.1 Valid Callback Inputs', function () {
const callbackSpy = sinon.spy(createCallback());
// Create an OIDC configured client with a human callback that validates its inputs and returns a valid access token.
// Perform a find operation that succeeds. Verify that the human callback was called with the appropriate inputs, including the timeout parameter if possible.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('testHuman');
});
it('successfully authenticates', async function () {
const result = await collection.findOne();
expect(result).to.be.null;
});
});
describe('2.2 Human Callback Returns Missing Data', function () {
const callbackSpy = sinon.spy(() => {
return { field: 'value' };
});
// Create an OIDC configured client with a human callback that returns data not conforming to the OIDCCredential with missing fields.
// Perform a find operation that fails.
// Close the client.
beforeEach(function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy
},
retryReads: false
});
collection = client.db('test').collection('testHuman');
});
it('does not successfully authenticate', async function () {
const error = await collection.findOne().catch(error => error);
expect(error).to.exist;
});
});
describe('2.3 Refresh Token Is Passed To The Callback', function () {
let utilClient: MongoClient;
const callbackSpy = sinon.spy(createCallback());
// Create a MongoClient with a human callback that checks for the presence of a refresh token.
// Perform a find operation that succeeds.
// Set a fail point for find commands of the form:
// {
// configureFailPoint: "failCommand",
// mode: {
// times: 1
// },
// data: {
// failCommands: [
// "find"
// ],
// errorCode: 391
// }
// }
// Perform a find operation that succeeds.
// Assert that the callback has been called twice.
// Assert that the refresh token was provided to the callback once.
beforeEach(async function () {
client = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: callbackSpy
},
retryReads: false
});
utilClient = new MongoClient(uriSingle, {
authMechanismProperties: {
OIDC_HUMAN_CALLBACK: createCallback()
},
retryReads: false
});
collection = client.db('test').collection('testHuman');
await collection.findOne();
await utilClient
.db()
.admin()
.command({
configureFailPoint: 'failCommand',
mode: {
times: 1
},
data: {
failCommands: ['find'],
errorCode: 391
}
});
});
afterEach(async function () {
await utilClient.db().admin().command({
configureFailPoint: 'failCommand',
mode: 'off'
});
await utilClient.close();
});
it('successfully authenticates', async function () {
await collection.findOne();
expect(callbackSpy).to.have.been.calledTwice;
expect(callbackSpy.lastCall.firstArg.refreshToken).to.not.be.null;
});
});
});
describe('3. Speculative Authentication', function () {
let client: MongoClient;
let collection: Collection;
afterEach(async function () {
await client?.close();
});
describe('3.1 Uses speculative authentication if there is a cached token', function () {
let utilClient: MongoClient;
const callbackSpy = sinon.spy(createCallback());