public void DetectCyclicRedirect()
{
// create redirect processor
var configuration = new Configuration
{
ForceHttpHostPatterns = new[]
{
"www\\.test\\.local"
}
};
var urlParser = new UrlParser();
var urlFormatter = new UrlFormatter();
var redirectProcessor = new RedirectProcessor(
configuration,
new UrlHelper(
configuration,
urlParser,
urlFormatter),
new TestHttpClient(),
urlParser,
urlFormatter,
new RedirectHelper(
configuration,
urlParser,
urlFormatter));
// parsed redirects
var redirects = TestData.TestData.GetParsedRedirects();
// preload redirects
redirectProcessor.PreloadParsedRedirects(
redirects);
// process redirects using redirect processor
var processedRedirects = TestData.TestData.GetProcessedRedirects(
redirects,
new[] { redirectProcessor });
// verify cyclic redirect is detected
var cyclicRedirect = processedRedirects
.FirstOrDefault(pr => pr.Results.Any(r => r.Type.Equals(ResultTypes.CyclicRedirect)));
Assert.IsNotNull(cyclicRedirect);
Assert.AreEqual(
"http://www.test.local/example/path",
cyclicRedirect.ParsedRedirect.OldUrl.Formatted);
Assert.AreEqual(
"http://www.test.local/new-url",
cyclicRedirect.ParsedRedirect.NewUrl.Formatted);
}
public void RedirectProcessorRedirectsOldUrlWithReplaceType()
{
var configuration =
TestData.TestData.DefaultConfiguration;
var urlParser = new UrlParser();
var urlFormatter = new UrlFormatter();
var redirectParser = new RedirectParser(
configuration,
urlParser,
urlFormatter);
// create redirect processor
var testHttpClient =
new TestHttpClient();
var redirectProcessor = new RedirectProcessor(
configuration,
new UrlHelper(
configuration,
urlParser,
urlFormatter),
testHttpClient,
urlParser,
urlFormatter,
new RedirectHelper(
configuration,
urlParser,
urlFormatter));
// parse redirect with old url replace type
var parsedRedirects = TestData.TestData.GetParsedRedirects(
configuration,
new[]
{
new Redirect
{
OldUrl = "/url1",
NewUrl = "/url2",
RedirectType = RedirectType.Replace
}
})
.ToList();
// parse redirects to verify replace redirect works
var parsedRedirects2 = TestData.TestData.GetParsedRedirects(
configuration,
new[]
{
new Redirect
{
OldUrl = "/url1/replace/redirect",
NewUrl = "/url2/replace/redirect"
}
})
.ToList();
// preload parsed redirects
redirectProcessor.PreloadParsedRedirects(
parsedRedirects);
var processedRedirects = new []
{
new ProcessedRedirect
{
ParsedRedirect = parsedRedirects[0]
},
new ProcessedRedirect
{
ParsedRedirect = parsedRedirects2[0]
}
};
// process redirects
foreach (var processedRedirect in processedRedirects)
{
redirectProcessor.Process(
processedRedirect);
}
// verify
var urlResponseResult = processedRedirects[1]
.Results
.FirstOrDefault(x => x.Type == ResultTypes.UrlResponse);
Assert.IsNotNull(urlResponseResult);
Assert.AreEqual(
"http://www.test.local/url2/replace/redirect",
urlResponseResult.Url);
}
public void RedirectProcessorHandlesLowercasedRedirects()
{
var configuration =
TestData.TestData.DefaultConfiguration;
var urlParser = new UrlParser();
var urlFormatter = new UrlFormatter();
var redirectParser = new RedirectParser(
configuration,
urlParser,
urlFormatter);
// create redirect processor
var testHttpClient =
new TestHttpClient();
var redirectProcessor = new RedirectProcessor(
configuration,
new UrlHelper(
configuration,
urlParser,
urlFormatter),
testHttpClient,
urlParser,
urlFormatter,
new RedirectHelper(
configuration,
urlParser,
urlFormatter));
// parse redirects with uppercased old url
var parsedRedirects = TestData.TestData.GetParsedRedirects(
configuration,
new[]
{
new Redirect
{
OldUrl = "/Url1",
NewUrl = "/url2"
}
})
.ToList();
// simulate uppercased url redirects to lowercased url
testHttpClient.Responses[
parsedRedirects[0].OldUrl.Formatted] =
new HttpResponse
{
StatusCode = 301,
Headers = new Dictionary <string, string>
{
{ "Location", "/url1" }
}
};
// preload parsed redirects
redirectProcessor.PreloadParsedRedirects(
parsedRedirects);
// process redirects
var processedRedirect = new ProcessedRedirect
{
ParsedRedirect = parsedRedirects[0]
};
redirectProcessor.Process(
processedRedirect);
// verify
var urlResponseResult = processedRedirect
.Results
.FirstOrDefault(x => x.Type == ResultTypes.UrlResponse);
Assert.IsNotNull(urlResponseResult);
Assert.AreEqual(
"http://www.test.local/url2",
urlResponseResult.Url);
}
public void RedirectProcessorCachesResponse()
{
var configuration =
TestData.TestData.DefaultConfiguration;
var urlParser = new UrlParser();
var urlFormatter = new UrlFormatter();
var redirectParser = new RedirectParser(
configuration,
urlParser,
urlFormatter);
// create redirect processor
var testHttpClient =
new TestHttpClient();
var redirectProcessor = new RedirectProcessor(
configuration,
new UrlHelper(
configuration,
urlParser,
urlFormatter),
testHttpClient,
urlParser,
urlFormatter,
new RedirectHelper(
configuration,
urlParser,
urlFormatter));
// create and parse redirects
var redirects = new List <IRedirect>
{
new Redirect
{
OldUrl = "/url1",
NewUrl = "/url3"
},
new Redirect
{
OldUrl = "/url2",
NewUrl = "/url3"
}
};
var parsedRedirects = new List <IParsedRedirect>();
foreach (var redirect in redirects)
{
parsedRedirects.Add(
redirectParser.ParseRedirect(
redirect));
}
// preload parsed redirects
redirectProcessor.PreloadParsedRedirects(
parsedRedirects);
// verify controlled http client doesn't have any responses
Assert.AreEqual(
0,
testHttpClient.Responses.Count);
// process redirects and verify responses are cached by overriding responses
UrlResponseResult urlResponseResult = null;
var processedRedirects = new List <IProcessedRedirect>();
foreach (var parsedRedirect in parsedRedirects)
{
var processedRedirect = new ProcessedRedirect
{
ParsedRedirect = parsedRedirect
};
redirectProcessor.Process(
processedRedirect);
// get url response result, if url response result is null and
// controlled http client has a response for old url
if (urlResponseResult == null &&
testHttpClient.Responses.ContainsKey(
parsedRedirect.NewUrl.Formatted))
{
urlResponseResult = processedRedirect.Results
.FirstOrDefault(r => r.Type.Equals(
ResultTypes.UrlResponse)) as UrlResponseResult;
}
else
{
// override response with forbidden status code
testHttpClient.Responses[
parsedRedirect.NewUrl.Formatted] =
new HttpResponse
{
StatusCode = 401
};
}
}
// verify url response result for /url3 has status code ok and not forbidden
Assert.IsNotNull(
urlResponseResult);
Assert.AreEqual(
"http://www.test.local/url3",
urlResponseResult.Url);
Assert.AreEqual(
404,
urlResponseResult.StatusCode
);
}
public void DetectTooManyRedirects()
{
var configuration =
TestData.TestData.DefaultConfiguration;
var urlParser = new UrlParser();
var urlFormatter = new UrlFormatter();
var redirectParser = new RedirectParser(
configuration,
urlParser,
urlFormatter);
// create redirect processor
var redirectProcessor = new RedirectProcessor(
configuration,
new UrlHelper(
configuration,
urlParser,
urlFormatter),
new TestHttpClient(),
urlParser,
urlFormatter,
new RedirectHelper(
configuration,
urlParser,
urlFormatter));
// add redirects
var parsedRedirects = new List <IParsedRedirect>();
for (var i = 1; i <= configuration.MaxRedirectCount; i++)
{
var redirect = new Redirect
{
OldUrl = string.Format("/url{0}", i),
NewUrl = string.Format("/url{0}", i + 1)
};
parsedRedirects.Add(
redirectParser.ParseRedirect(
redirect));
}
// preload redirects
redirectProcessor.PreloadParsedRedirects(
parsedRedirects);
// process redirects using redirect processor
var processedRedirects = TestData.TestData.GetProcessedRedirects(
parsedRedirects,
new[] { redirectProcessor });
// verify processed redirects has too many redirects result
var redirectWithTooManyRedirects =
processedRedirects
.Where(pr => pr.Results.Any(r => r.Type.Equals(ResultTypes.TooManyRedirects)))
.ToList();
Assert.AreEqual(
1,
redirectWithTooManyRedirects.Count);
var redirectWithTooManyRedirect = redirectWithTooManyRedirects
.FirstOrDefault();
Assert.IsNotNull(redirectWithTooManyRedirect);
Assert.AreEqual(
"http://www.test.local/url1",
redirectWithTooManyRedirect.ParsedRedirect.OldUrl.Formatted);
Assert.AreEqual(
"http://www.test.local/url2",
redirectWithTooManyRedirect.ParsedRedirect.NewUrl.Formatted);
}
public void DetectOptimizedRedirect()
{
var configuration =
TestData.TestData.DefaultConfiguration;
var urlParser = new UrlParser();
var urlFormatter = new UrlFormatter();
var redirectParser = new RedirectParser(
configuration,
urlParser,
urlFormatter);
// create redirect processor
var redirectProcessor = new RedirectProcessor(
configuration,
new UrlHelper(
configuration,
urlParser,
urlFormatter),
new TestHttpClient(),
urlParser,
urlFormatter,
new RedirectHelper(
configuration,
urlParser,
urlFormatter));
// add redirects for optimizing
var redirect1 = new Redirect
{
OldUrl = "/optimize-url1",
NewUrl = "/optimize-url2"
};
var redirect2 = new Redirect
{
OldUrl = "/optimize-url2",
NewUrl = "/optimize-url3"
};
var parsedRedirects = new List <IParsedRedirect>();
foreach (var redirect in new[] { redirect1, redirect2 })
{
parsedRedirects.Add(
redirectParser.ParseRedirect(
redirect));
}
// preload redirects
redirectProcessor.PreloadParsedRedirects(
parsedRedirects);
// process redirects using redirect processor
var processedRedirects = TestData.TestData.GetProcessedRedirects(
parsedRedirects,
new[] { redirectProcessor });
// verify processed redirects has optimized redirect result
var optimizedRedirects =
processedRedirects
.Where(pr => pr.Results.Any(r => r.Type.Equals(ResultTypes.OptimizedRedirect)))
.ToList();
Assert.AreNotEqual(0, optimizedRedirects.Count);
var optimizedRedirect = optimizedRedirects
.FirstOrDefault(or => or.ParsedRedirect.OldUrl.Formatted.Equals("http://www.test.local/optimize-url1"));
Assert.IsNotNull(optimizedRedirect);
var optimizedRedirectResult = optimizedRedirect.Results
.FirstOrDefault(r => r.Type.Equals(ResultTypes.OptimizedRedirect) &&
r.Url != null && r.Url.Equals("http://www.test.local/optimize-url3"));
Assert.IsNotNull(optimizedRedirectResult);
}
public void DetectUrlResponse()
{
// create test http client
var testHttpClient = new TestHttpClient();
// parsed redirects
var parsedRedirects =
TestData.TestData.GetParsedRedirects();
// add moved response for parsed redirects
foreach (var redirect in parsedRedirects)
{
testHttpClient.Responses[
redirect.OldUrl.Formatted] = new HttpResponse
{
StatusCode = 301,
Headers = new Dictionary <string, string>
{
{ "Location", redirect.NewUrl.Formatted }
}
};
}
// override redirect old url with ok response
testHttpClient.Responses[
"http://www.test.local/new-url"] = new HttpResponse
{
StatusCode = 200
};
// create redirect processor
var configuration = new Configuration
{
DefaultUrl = TestData.TestData.DefaultHost,
ForceHttpHostPatterns = new[]
{
"www\\.test\\.local"
}
};
var urlParser = new UrlParser();
var urlFormatter = new UrlFormatter();
var redirectProcessor = new RedirectProcessor(
configuration,
new UrlHelper(
configuration,
urlParser,
urlFormatter),
testHttpClient,
urlParser,
urlFormatter,
new RedirectHelper(
configuration,
urlParser,
urlFormatter));
// preload redirects
redirectProcessor.PreloadParsedRedirects(
parsedRedirects);
// process redirects
var processedRedirects = TestData.TestData.GetProcessedRedirects(
parsedRedirects,
new[] { redirectProcessor });
// verify redirect processor detects overridden url with response
var urlResponse = redirectProcessor.Results
.FirstOrDefault(x => x.Type.Equals(ResultTypes.UrlResponse));
Assert.IsNotNull(urlResponse);
Assert.AreEqual(
"http://www.test.local/new-url",
urlResponse.Url);
}
public void HttpsRedirectDoesntReturnCyclicRedirect()
{
// create redirect processor
var configuration = new Configuration
{
DefaultUrl = TestData.TestData.DefaultHost,
ForceHttpHostPatterns = new[]
{
"www\\.test\\.local"
}
};
// create url and redirect parser
var urlFormatter = new UrlFormatter();
var urlParser = new UrlParser();
var urlHelper = new UrlHelper(
configuration,
urlParser,
urlFormatter);
var redirectParser = new RedirectParser(
configuration,
urlParser,
urlFormatter);
// create redirect processor
var testHttpClient =
new TestHttpClient();
var redirectProcessor = new RedirectProcessor(
configuration,
urlHelper,
testHttpClient,
urlParser,
urlFormatter,
new RedirectHelper(
configuration,
urlParser,
urlFormatter));
// parse redirects
var redirects = new[] {
new Redirect
{
OldUrl = "http://www.test.local/url1",
NewUrl = "https://www.test.local/url1"
},
new Redirect
{
OldUrl = "https://www.test.local/url1",
NewUrl = "https://www.test.local/url2"
},
new Redirect
{
OldUrl = "https://www.test.local/url2",
NewUrl = "https://www.test.local/url3"
}
};
// parse redirects
var parsedRedirects = new List <IParsedRedirect>();
foreach (var redirect in redirects)
{
parsedRedirects.Add(
redirectParser.ParseRedirect(
redirect));
}
// preload parsed redirects
redirectProcessor.PreloadParsedRedirects(
parsedRedirects);
// process redirects using redirect processor
var processedRedirects = TestData.TestData.GetProcessedRedirects(
parsedRedirects,
new[] { redirectProcessor });
// verify cyclic redirect is not detected
var cyclicRedirect = processedRedirects
.FirstOrDefault(pr => pr.Results.Any(
r => r.Type.Equals(ResultTypes.CyclicRedirect)));
Assert.IsNull(cyclicRedirect);
// verify optimized redirect is detected
var optimizedRedirect = processedRedirects
.FirstOrDefault(pr => pr.Results.Any(
r => r.Type.Equals(ResultTypes.OptimizedRedirect)));
Assert.IsNotNull(optimizedRedirect);
}