public void HowToUseRecorder()
{
var rpcClient = new Client(Settings.RpcUri, Settings.StreamingUri, AppKey);
// start recording requests
var recorder = new Recorder(rpcClient);
recorder.Start();
rpcClient.LogIn(Settings.RpcUserName, Settings.RpcPassword);
// get some headlines
var headlines = rpcClient.News.ListNewsHeadlinesWithSource("dj", "UK", 100);
// get a story id from one of the headlines
var storyId = headlines.Headlines[0].StoryId;
// get the body of the story
var storyDetail = rpcClient.News.GetNewsDetail("dj", storyId.ToString());
Assert.IsNotNullOrEmpty(storyDetail.NewsDetail.Story, "story was empty?");
rpcClient.LogOut();
recorder.Stop();
List<RequestInfoBase> requests = recorder.GetRequests();
// let's serialize the recorded requests to simulate typical usage because you typically would use pre-canned data
// to run unit tests agains.
var requestsSerialized = rpcClient.Serializer.SerializeObject(requests);
rpcClient.Dispose();
// now we will use our recorded (and serialized) request data to run the same requests through the client
// without actually sending any requests over the wire.
TestRequestFactory factory = new TestRequestFactory();
rpcClient = new Client(Settings.RpcUri, Settings.StreamingUri, AppKey, new Serializer(), factory);
rpcClient.IncludeIndexInHeaders = true;
requests = rpcClient.Serializer.DeserializeObject<List<RequestInfoBase>>(requestsSerialized);
var finder = new TestWebRequestFinder { Reference = requests };
// setup a callback on the test request factory so that we can populate the response using the recorded data
factory.PrepareResponse = testRequest =>
{
// look for a matching request in our recording using the uri and request body
var match = finder.FindMatchExact(testRequest);
if (match == null)
{
throw new Exception("no matching request found");
}
finder.PopulateRequest(testRequest, match);
};
// now that our request stack is set up, we can make the same calls with repeatable results
rpcClient.LogIn(Settings.RpcUserName, Settings.RpcPassword);
// get some headlines
headlines = rpcClient.News.ListNewsHeadlinesWithSource("dj", "UK", 100);
// get a story id from one of the headlines
storyId = headlines.Headlines[0].StoryId;
storyDetail = rpcClient.News.GetNewsDetail("dj", storyId.ToString());
Assert.IsNotNullOrEmpty(storyDetail.NewsDetail.Story, "story was empty?");
rpcClient.LogOut();
rpcClient.Dispose();
}
public void ReplaySerializedRequests()
{
var serialized = File.ReadAllText("RPC\\RecordedRequests01.txt");
TestRequestFactory factory = new TestRequestFactory();
var rpcClient = new Client(Settings.RpcUri, Settings.StreamingUri, AppKey, new Serializer(), factory);
var requests = rpcClient.Serializer.DeserializeObject<List<RequestInfoBase>>(serialized);
var finder = new TestWebRequestFinder { Reference = requests };
// setup a callback on the test request factory so that we can populate the response using the recorded data
factory.PrepareResponse = testRequest =>
{
// look for a matching request in our recording using the uri and request body
var match = finder.FindMatchExact(testRequest);
if (match == null)
{
throw new Exception("no matching request found");
}
finder.PopulateRequest(testRequest, match);
};
// now that our request stack is set up, we can make the same calls with repeatable results
rpcClient.LogIn(Settings.RpcUserName, Settings.RpcPassword);
Assert.AreEqual("5f28983b-0e0a-4a57-92af-0d07c6fdbc38", rpcClient.Session);
// get some headlines
var headlines = rpcClient.News.ListNewsHeadlinesWithSource("dj", "UK", 100);
Assert.AreEqual(100, headlines.Headlines.Length);
// get a story id from one of the headlines
var storyId = headlines.Headlines[0].StoryId;
Assert.AreEqual(1416482, storyId);
var storyDetail = rpcClient.News.GetNewsDetail("dj", storyId.ToString());
Assert.IsTrue(storyDetail.NewsDetail.Story.Contains("By Anita Greil "));
rpcClient.LogOut();
rpcClient.Dispose();
}
