"use strict"; const utils = require("./lib/utils"); const injected = require("./lib/injected"); const testServer = require("./lib/server"); describe("Basic Functionality", function () { const svgTestScript = injected.testSVGTestScript(); let httpServer; let testUrl; describe("blocking", function () { this.timeout = function () { return 20000; }; it("SVG Not Blocking", function (done) { this.timeout = function () { return 10000; }; const [server, url] = testServer.start(); testUrl = url; httpServer = server; const standardsToBlock = []; let driverReference; utils.promiseGetDriver() .then(function (driver) { driverReference = driver; return utils.promiseSetBlockingRules(driver, standardsToBlock); }) .then(() => driverReference.get(testUrl)) .then(() => driverReference.executeAsyncScript(svgTestScript)) .then(function () { driverReference.quit(); testServer.stop(httpServer); done(new Error("SVG acted as if it was being blocked")); }) .catch(function () { // Since we're not blocking the SVG API, then the sample // SVG code should throw an exception. driverReference.quit(); testServer.stop(httpServer); done(); }); }); it("SVG blocking", function (done) { this.timeout = function () { return 10000; }; const [server, url] = testServer.start(); testUrl = url; httpServer = server; const standardsToBlock = utils.constants.svgBlockRule; let driverReference; utils.promiseGetDriver() .then(function (driver) { driverReference = driver; return utils.promiseSetBlockingRules(driver, standardsToBlock); }) .then(() => driverReference.get(testUrl)) .then(() => driverReference.executeAsyncScript(svgTestScript)) .then(function () { driverReference.quit(); testServer.stop(httpServer); done(); }) .catch(function (e) { driverReference.quit(); testServer.stop(httpServer); done(e); }); }); }); });