authelia/server/test/routes/verify/get.test.ts
Clement Michaud d8ff186303 Split client and server
Client and server now have their own tsconfig so that the transpilation is only
done on the part that is being modified.

It also allows faster transpilation since tests are now excluded from tsconfig.
They are compiled by ts-node during unit tests execution.
2017-10-07 00:49:42 +02:00

187 lines
6.4 KiB
TypeScript

import Assert = require("assert");
import VerifyGet = require("../../../src/lib/routes/verify/get");
import AuthenticationSession = require("../../../src/lib/AuthenticationSession");
import Sinon = require("sinon");
import winston = require("winston");
import BluebirdPromise = require("bluebird");
import express = require("express");
import ExpressMock = require("../../mocks/express");
import { AccessControllerStub } from "../../mocks/AccessControllerStub";
import ServerVariablesMock = require("../../mocks/ServerVariablesMock");
describe("test authentication token verification", function () {
let req: ExpressMock.RequestMock;
let res: ExpressMock.ResponseMock;
let accessController: AccessControllerStub;
beforeEach(function () {
accessController = new AccessControllerStub();
accessController.isAccessAllowedMock.returns(true);
req = ExpressMock.RequestMock();
res = ExpressMock.ResponseMock();
req.session = {};
req.query = {
redirect: "http://redirect.url"
};
req.app = {
get: Sinon.stub().returns({ logger: winston })
};
AuthenticationSession.reset(req as any);
req.headers = {};
req.headers.host = "secret.example.com";
const mocks = ServerVariablesMock.mock(req.app);
mocks.config = {} as any;
mocks.logger = winston;
mocks.accessController = accessController as any;
});
it("should be already authenticated", function () {
req.session = {};
AuthenticationSession.reset(req as any);
return AuthenticationSession.get(req as any)
.then(function (authSession: AuthenticationSession.AuthenticationSession) {
authSession.first_factor = true;
authSession.second_factor = true;
authSession.userid = "myuser";
authSession.groups = ["mygroup", "othergroup"];
return VerifyGet.default(req as express.Request, res as any);
})
.then(function () {
Sinon.assert.calledWithExactly(res.setHeader, "Remote-User", "myuser");
Sinon.assert.calledWithExactly(res.setHeader, "Remote-Groups", "mygroup,othergroup");
Assert.equal(204, res.status.getCall(0).args[0]);
});
});
function test_session(_authSession: AuthenticationSession.AuthenticationSession, status_code: number) {
return AuthenticationSession.get(req as any)
.then(function (authSession) {
authSession = _authSession;
return VerifyGet.default(req as express.Request, res as any);
})
.then(function () {
Assert.equal(status_code, res.status.getCall(0).args[0]);
});
}
function test_non_authenticated_401(auth_session: AuthenticationSession.AuthenticationSession) {
return test_session(auth_session, 401);
}
function test_unauthorized_403(auth_session: AuthenticationSession.AuthenticationSession) {
return test_session(auth_session, 403);
}
function test_authorized(auth_session: AuthenticationSession.AuthenticationSession) {
return test_session(auth_session, 204);
}
describe("given user tries to access a 2-factor endpoint", function () {
describe("given different cases of session", function () {
it("should not be authenticated when second factor is missing", function () {
return test_non_authenticated_401({
userid: "user",
first_factor: true,
second_factor: false,
email: undefined,
groups: [],
});
});
it("should not be authenticated when first factor is missing", function () {
return test_non_authenticated_401({
userid: "user",
first_factor: false,
second_factor: true,
email: undefined,
groups: [],
});
});
it("should not be authenticated when userid is missing", function () {
return test_non_authenticated_401({
userid: undefined,
first_factor: true,
second_factor: false,
email: undefined,
groups: [],
});
});
it("should not be authenticated when first and second factor are missing", function () {
return test_non_authenticated_401({
userid: "user",
first_factor: false,
second_factor: false,
email: undefined,
groups: [],
});
});
it("should not be authenticated when session has not be initiated", function () {
return test_non_authenticated_401(undefined);
});
it("should not be authenticated when domain is not allowed for user", function () {
return AuthenticationSession.get(req as any)
.then(function (authSession: AuthenticationSession.AuthenticationSession) {
authSession.first_factor = true;
authSession.second_factor = true;
authSession.userid = "myuser";
req.headers.host = "test.example.com";
accessController.isAccessAllowedMock.returns(false);
accessController.isAccessAllowedMock.withArgs("test.example.com", "user", ["group1", "group2"]).returns(true);
return test_unauthorized_403({
first_factor: true,
second_factor: true,
userid: "user",
groups: ["group1", "group2"],
email: undefined
});
});
});
});
});
describe("given user tries to access a basic auth endpoint", function () {
beforeEach(function () {
req.query = {
redirect: "http://redirect.url",
only_basic_auth: "true"
};
});
it("should be authenticated when first factor is validated and not second factor", function () {
return AuthenticationSession.get(req as any)
.then(function (authSession: AuthenticationSession.AuthenticationSession) {
authSession.first_factor = true;
return VerifyGet.default(req as express.Request, res as any);
})
.then(function () {
Assert(res.status.calledWith(204));
Assert(res.send.calledOnce);
});
});
it("should be rejected with 401 when first factor is not validated", function () {
return AuthenticationSession.get(req as any)
.then(function (authSession: AuthenticationSession.AuthenticationSession) {
authSession.first_factor = false;
return VerifyGet.default(req as express.Request, res as any);
})
.then(function () {
Assert(res.status.calledWith(401));
});
});
});
});