/// <summary>
/// Browser DOM access test implementation.
/// </summary>
/// <param name="browserType">The type of the browser being tested.</param>
private void BrowserFindElementImplementation(BrowserType browserType)
{
ObjectResolver.RegisterType <IProcessManager, ProcessManager>();
var browserInstances = new Dictionary <BrowserType, int> {
{ browserType, 1 }
};
using (var manager = new BrowserManager(browserInstances))
{
var browser = manager.AcquireBrowser(browserType);
browser.NavigateTo($"{Constants.VulnerabilitiesAddress}SimplePageWithForm.html");
browser.WaitForPageLoad(10);
var element = browser.FindWebElement(By.Id("textInputId"));
element.ShouldNotBeNull();
element.TagName.Equals("input").ShouldBeTrue();
element.SendKeys("Hello");
System.Threading.Thread.Sleep(1000);
element.SendKeys(" world");
element.GetAttribute("value").Equals("Hello world").ShouldBeTrue();
element = browser.FindWebElement(By.Name("textInputName"));
element.GetAttribute("value").Equals("Hello world").ShouldBeTrue();
}
}
/// <summary>
/// Browser handles missing page implementation.
/// </summary>
/// <param name="browserType">
/// Browser type.
/// </param>
private void BrowserHandlesMissingPageImplementation(BrowserType browserType)
{
ObjectResolver.RegisterType <IProcessManager, ProcessManager>();
var browserInstances = new Dictionary <BrowserType, int> {
{ browserType, 1 }
};
const int MaxWait = 10;
using (var manager = new BrowserManager(browserInstances))
{
var browser = manager.AcquireBrowser(browserType);
var stopWatch = new Stopwatch();
stopWatch.Start();
// make the request, wait for up to 10 seconds.
browser.NavigateTo(
"http://ieonline.microsoft.com/pinnedconfig?action=1&CurrentPage=1&itemId=1&nextQuestionId=1&nextQuestionUserId=1");
browser.WaitForPageLoad(MaxWait);
stopWatch.Stop();
// expect a browser specific 404 message
browser.PageSource.ShouldContain("Page not found");
stopWatch.ElapsedMilliseconds.ShouldBeLessThan((MaxWait * 1000) + 1500);
}
}
/// <summary>
/// Browser waits for XML document implementation.
/// </summary>
/// <param name="browserType">
/// Browser type.
/// </param>
private void BrowserWaitsForXmlDocumentImplementation(BrowserType browserType)
{
ObjectResolver.RegisterType <IProcessManager, ProcessManager>();
var browserInstances = new Dictionary <BrowserType, int> {
{ browserType, 1 }
};
const int MaxWait = 10;
using (var manager = new BrowserManager(browserInstances))
{
var browser = manager.AcquireBrowser(browserType);
var stopWatch = new Stopwatch();
stopWatch.Start();
// make the request, wait for up to 10 seconds.
browser.NavigateTo($"{Constants.VulnerabilitiesAddress}XmlResponse.aspx");
browser.WaitForPageLoad(MaxWait);
stopWatch.Stop();
// FF and Chrome will return the XML content, IE returns the XML with styles applied.
browser.PageSource.ShouldContain("content");
stopWatch.ElapsedMilliseconds.ShouldBeLessThan((MaxWait + 1) * 1000);
}
}
/// <summary>
/// Browser proxy injects mandatory headers implementation.
/// </summary>
/// <param name="browserType">
/// Browser type.
/// </param>
private void BrowserProxyInjectsMandatoryHeadersImplementation(BrowserType browserType)
{
/*
* WARNING: Terminating this test while the proxy is running can lead to adverse side effects
* such as loss of web connectivity. Please allow the call to FiddlerProxy.Cleanup
* to complete.
*/
ObjectResolver.RegisterType <IProcessManager, ProcessManager>();
var browserInstances = new Dictionary <BrowserType, int> {
{ browserType, 1 }
};
try
{
FiddlerProxy.Initialize(new[] { "TestKey:TestValue" }, Constants.FiddlerPort);
using (var manager = new BrowserManager(browserInstances))
{
var browser = manager.AcquireBrowser(browserType);
browser.NavigateTo($"{Constants.VulnerabilitiesAddress}dumpheaders.aspx");
browser.WaitForPageLoad(10);
// Then the expected request header should be present in the page
browser.PageSource.ShouldContain("TestKey : TestValue");
}
// turn off the proxy and make sure the header is not injected
FiddlerProxy.Initialize(new string[0], 0);
using (var manager = new BrowserManager(browserInstances))
{
var browser = manager.AcquireBrowser(browserType);
browser.NavigateTo($"{Constants.VulnerabilitiesAddress}dumpheaders.aspx");
browser.WaitForPageLoad(10);
// Then the expected request header should be present in the page
browser.PageSource.ShouldNotContain("TestKey : TestValue");
}
}
finally
{
FiddlerProxy.Cleanup(Constants.FiddlerPort);
FiddlerProxy.Cleanup(0);
}
}
public void BrowserReportsTheCorrectProcessIdentifiersChrome()
{
ObjectResolver.RegisterType <IProcessManager, ProcessManager>();
using (var manager = new BrowserManager(this.chromeOnly))
{
var browser = manager.AcquireBrowser(BrowserType.Chrome);
var browserProcesses =
Process.GetProcessesByName("chrome").Select(p => p.Id);
var driverprocess =
Process.GetProcessesByName("chromedriver").First();
// Chrome opens separate processes for the rendering engine, plugins and each tab.
browserProcesses.ShouldContain(browser.ProcessId);
browser.ParentProcessId.ShouldEqual(driverprocess.Id);
}
}
public void TestFiddlerProxySessionFingerprint()
{
ObjectResolver.RegisterType <IProcessManager, ProcessManager>();
const BrowserType BrowserType = BrowserType.Chrome;
var browserInstances = new Dictionary <BrowserType, int> {
{ BrowserType, 1 }
};
try
{
FiddlerProxy.Initialize(new string[0], Constants.FiddlerPort);
using (var manager = new BrowserManager(browserInstances))
{
var browser = manager.AcquireBrowser(BrowserType);
// expected headers for this browser process
FiddlerProxy.RegisterInstanceHeaders(
browser.ProcessId,
"My User Agent 1.0",
"TestKey: Process" + browser.ProcessId);
browser.NavigateTo($"{Constants.VulnerabilitiesAddress}dumpheaders.aspx");
browser.WaitForPageLoad(10);
// Then the expected request header should be present in the page
browser.PageSource.ShouldContain("User-Agent : My User Agent 1.0");
browser.PageSource.ShouldContain("TestKey : Process" + browser.ProcessId);
var fiddlerResponseSessionKey = Library.Constants.FiddlerResponseSessionKey.FormatIc(
browser.ProcessId,
browser.Url);
// validate the proxy session fingerprint
var fiddlerSession = FiddlerProxy.ResponseSession[fiddlerResponseSessionKey];
fiddlerSession.bHasResponse.ShouldBeTrue();
fiddlerSession.ResponseBody.Length.ShouldBeGreaterThan(0);
fiddlerSession.oResponse.headers.Count().ShouldBeGreaterThan(0);
}
}
finally
{
FiddlerProxy.Cleanup(Constants.FiddlerPort);
}
}
/// <summary>
/// Fiddler reporting the wrong
/// browser process Id when more than one instance of Chrome was present. Here we test explicitly
/// for that circumstance across all browsers.
/// </summary>
/// <param name="browserType">
/// Browser type.
/// </param>
private void BrowserProxyInjectsPerRequestHeadersMultipleImplementation(
BrowserType browserType)
{
/*
* WARNING: Terminating this test while the proxy is running can lead to adverse side effects
* such as loss of web connectivity. Please allow the call to FiddlerProxy.Cleanup
* to complete.
*/
ObjectResolver.RegisterType <IProcessManager, ProcessManager>();
var browserInstances = new Dictionary <BrowserType, int> {
{ browserType, 3 }
};
try
{
FiddlerProxy.Initialize(new string[0], Constants.FiddlerPort);
using (var manager = new BrowserManager(browserInstances))
{
for (int i = 0; i < 3; i++)
{
var browser = manager.AcquireBrowser(browserType);
// expected headers for this browser process
FiddlerProxy.RegisterInstanceHeaders(
browser.ProcessId,
"My User Agent 1.0",
"TestKey: Process" + browser.ProcessId);
browser.NavigateTo($"{Constants.VulnerabilitiesAddress}dumpheaders.aspx");
browser.WaitForPageLoad(10);
// Then the expected request header should be present in the page
browser.PageSource.ShouldContain("User-Agent : My User Agent 1.0");
browser.PageSource.ShouldContain("TestKey : Process" + browser.ProcessId);
}
}
}
finally
{
FiddlerProxy.Cleanup(Constants.FiddlerPort);
}
}
/// <summary>
/// Browser can add and remove cookies implementation.
/// </summary>
private void BrowserCanAddAndRemoveCookiesImplementation()
{
ObjectResolver.RegisterType <IProcessManager, ProcessManager>();
var browserInstances = new Dictionary <BrowserType, int> {
{ BrowserType.Chrome, 1 }
};
var expiry = DateTime.Now.AddDays(1);
using (var manager = new BrowserManager(browserInstances))
{
var browser = manager.AcquireBrowser(BrowserType.Chrome);
// a new browser should have no cookies
browser.AllCookies.Count.ShouldEqual(0);
// adding a cookie without first loading the page should have no effect
browser.AddCookie("TEST", "Hello", ".bing.com", "/", expiry);
browser.AllCookies.Count.ShouldEqual(0);
// navigating to a page should return some cookies
// NOTE - this uses bing.com since adding cookies to localhost is problematic.
browser.NavigateTo("http://bing.com");
browser.WaitForPageLoad(2000);
browser.AllCookies.Count.ShouldBeGreaterThan(0);
// we should be able to add and retrieve a new cookie
browser.AddCookie("TEST", "Hello", ".bing.com", "/", expiry);
var cookies = browser.AllCookies;
var cookie = cookies["TEST"];
cookie.ShouldNotBeNull();
cookie.Value.ShouldEqual("Hello");
cookie.Path.ShouldEqual("/");
cookie.Domain.ShouldEqual(".bing.com");
// we should be able to remove all cookies
browser.DeleteAllCookies();
browser.AllCookies.Count.ShouldEqual(0);
}
}
/// <summary>
/// The browser_does_not_wait_for_ajax_requests_to_complete_ implementation.
/// </summary>
/// <param name="browserType">
/// The browser type.
/// </param>
private void BrowserDoesNotWaitForAjaxRequestsToCompleteImplementation(BrowserType browserType)
{
ObjectResolver.RegisterType <IProcessManager, ProcessManager>();
var browserInstances = new Dictionary <BrowserType, int> {
{ browserType, 1 }
};
// the request will take 5 seconds to complete
const int Delay = 5;
using (var manager = new BrowserManager(browserInstances))
{
var browser = manager.AcquireBrowser(browserType);
// make the request, wait for up to 3 seconds.
browser.NavigateTo($"{Constants.VulnerabilitiesAddress}delayajax.html?a=" + Delay);
browser.WaitForPageLoad(3);
// Then the AJAX response should not be present in the page
browser.PageSource.ShouldNotContain("Done!");
}
}
/// <summary>
/// The browser_waits_for_a_page_with_a_slow_load_time_ implementation.
/// </summary>
/// <param name="browserType">
/// The browser type.
/// </param>
private void BrowserWaitsForAPageWithASlowLoadTimeImplementation(BrowserType browserType)
{
ObjectResolver.RegisterType <IProcessManager, ProcessManager>();
var browserInstances = new Dictionary <BrowserType, int> {
{ browserType, 1 }
};
// the request will take 5 seconds to complete
const int Delay = 5;
using (var manager = new BrowserManager(browserInstances))
{
var browser = manager.AcquireBrowser(browserType);
// make the request, wait for up to 10 seconds.
browser.NavigateTo($"{Constants.VulnerabilitiesAddress}delay.html?a=" + Delay);
browser.WaitForPageLoad(Constants.BrowserWaitForPageLoadInMilliseconds);
// Then the page complete response should be present in the page
browser.PageSource.ShouldContain("Done!");
}
}
/// <summary>
/// Browser does not download files implementation.
/// </summary>
private void BrowserDoesNotDownloadFilesImplementation()
{
ObjectResolver.RegisterType <IProcessManager, ProcessManager>();
var browserInstances = new Dictionary <BrowserType, int> {
{ BrowserType.Chrome, 1 }
};
using (var manager = new BrowserManager(browserInstances))
{
const int MaxWait = 10;
var browser = manager.AcquireBrowser(BrowserType.Chrome);
var stopWatch = new Stopwatch();
stopWatch.Start();
browser.NavigateTo($"{Constants.VulnerabilitiesAddress}file.js");
browser.WaitForPageLoad(MaxWait);
stopWatch.Stop();
stopWatch.ElapsedMilliseconds.ShouldBeLessThan((MaxWait + 1) * 1000);
}
}