authelia/test/system/main.ts

92 lines
3.6 KiB
TypeScript

process.env.NODE_TLS_REJECT_UNAUTHORIZED = "0";
import Request = require("request");
import Assert = require("assert");
import BluebirdPromise = require("bluebird");
import Util = require("util");
import Endpoints = require("../../src/server/endpoints");
const RequestAsync = BluebirdPromise.promisifyAll(Request) as typeof Request;
const DOMAIN = "test.local";
const PORT = 8080;
const HOME_URL = Util.format("https://%s.%s:%d", "home", DOMAIN, PORT);
const SECRET_URL = Util.format("https://%s.%s:%d", "secret", DOMAIN, PORT);
const SECRET1_URL = Util.format("https://%s.%s:%d", "secret1", DOMAIN, PORT);
const SECRET2_URL = Util.format("https://%s.%s:%d", "secret2", DOMAIN, PORT);
const MX1_URL = Util.format("https://%s.%s:%d", "mx1.mail", DOMAIN, PORT);
const MX2_URL = Util.format("https://%s.%s:%d", "mx2.mail", DOMAIN, PORT);
const BASE_AUTH_URL = Util.format("https://%s.%s:%d", "auth", DOMAIN, PORT);
const FIRST_FACTOR_URL = Util.format("%s/api/firstfactor", BASE_AUTH_URL);
const LOGOUT_URL = Util.format("%s/logout", BASE_AUTH_URL);
describe("test example environment", function () {
function str_contains(str: string, pattern: string) {
return str.indexOf(pattern) != -1;
}
function test_homepage_is_correct(body: string) {
Assert(str_contains(body, BASE_AUTH_URL + Endpoints.LOGOUT_GET + "?redirect=" + HOME_URL + "/"));
Assert(str_contains(body, HOME_URL + "/secret.html"));
Assert(str_contains(body, SECRET_URL + "/secret.html"));
Assert(str_contains(body, SECRET1_URL + "/secret.html"));
Assert(str_contains(body, SECRET2_URL + "/secret.html"));
Assert(str_contains(body, MX1_URL + "/secret.html"));
Assert(str_contains(body, MX2_URL + "/secret.html"));
Assert(str_contains(body, "Access the secret"));
}
it("should access the home page", function () {
return RequestAsync.getAsync(HOME_URL)
.then(function (response: Request.RequestResponse) {
Assert.equal(200, response.statusCode);
test_homepage_is_correct(response.body);
});
});
it("should access the authentication page", function () {
return RequestAsync.getAsync(BASE_AUTH_URL)
.then(function (response: Request.RequestResponse) {
Assert.equal(200, response.statusCode);
Assert(response.body.indexOf("Sign in") > -1);
});
});
it("should fail first factor when wrong credentials are provided", function () {
return RequestAsync.postAsync(FIRST_FACTOR_URL, {
json: true,
body: {
username: "john",
password: "wrong password"
}
})
.then(function (response: Request.RequestResponse) {
Assert.equal(401, response.statusCode);
});
});
it("should redirect when correct credentials are provided during first factor", function () {
return RequestAsync.postAsync(FIRST_FACTOR_URL, {
json: true,
body: {
username: "john",
password: "password"
}
})
.then(function (response: Request.RequestResponse) {
Assert.equal(302, response.statusCode);
});
});
it("should redirect to home page when logout is called", function () {
return RequestAsync.getAsync(Util.format("%s?redirect=%s", LOGOUT_URL, HOME_URL))
.then(function (response: Request.RequestResponse) {
Assert.equal(200, response.statusCode);
Assert(response.body.indexOf("Access the secret") > -1);
});
});
});