protected FindRecordingResultList GetRecordingSearchResults(string searchToken, int?minResults, int?maxResults, string waitTime, string stepName)
{
FindRecordingResultList response = null;
GetRecordingSearchResults request = new GetRecordingSearchResults();
request.SearchToken = searchToken;
request.WaitTime = waitTime;
request.MaxResultsSpecified = maxResults.HasValue;
request.MaxResults = maxResults.GetValueOrDefault();
request.MinResultsSpecified = minResults.HasValue;
request.MinResults = minResults.GetValueOrDefault();
RunStep(() => { response = Client.GetRecordingSearchResults(request).ResultList; }, stepName);
DoRequestDelay();
return(response);
}
public void GetRecordingSearchResultsInvalidTokenTest()
{
RunTest(
() =>
{
string searchToken = Guid.NewGuid().ToString().Substring(0, 8);
RunStep(
() =>
{
GetRecordingSearchResults request = new GetRecordingSearchResults();
request.SearchToken = searchToken;
Client.GetRecordingSearchResults(request);
}, string.Format("Get recordings search result with invalid token ({0})", searchToken),
Definitions.Onvif.OnvifFaults.InvalidToken,
true);
});
}
public void GetRecordingSearchResultsAfterEndSearchTest()
{
int testKeepAlive = _searchKeepAlive;
bool searchEnded = true;
string searchToken = string.Empty;
RunTest(
() =>
{
string keepAlive = string.Format("PT{0}S", testKeepAlive);
SearchScope scope = new SearchScope();
searchToken = FindRecordings(scope, null, keepAlive);
searchEnded = false;
EndSearch(searchToken);
searchEnded = true;
RunStep(
() =>
{
GetRecordingSearchResults request = new GetRecordingSearchResults();
request.SearchToken = searchToken;
Client.GetRecordingSearchResults(request);
},
"Get recordings search result",
Definitions.Onvif.OnvifFaults.InvalidToken,
true);
},
() =>
{
if (!searchEnded)
{
ReleaseSearch(searchToken, testKeepAlive * 1000);
}
});
}
protected List <RecordingInformation> GetAllRecordingsSearchResults(string searchToken, int?minResults, int?maxResults, string waitTime, out SearchState state)
{
DateTime requestSent = DateTime.MinValue;
DateTime responseReceived = DateTime.MinValue;
Action <string> logRequest = new Action <string>((s) => { requestSent = DateTime.Now; });
Action <string> logResponse = new Action <string>((s) => { responseReceived = DateTime.Now; });
_trafficListener.RequestSent += logRequest;
_trafficListener.ResponseReceived += logResponse;
TimeSpan ts = new TimeSpan(0);
if (!string.IsNullOrEmpty(waitTime))
{
ts = XmlConvert.ToTimeSpan(waitTime);
ts = ts.Add(new TimeSpan(0, 0, 1));
}
try
{
List <RecordingInformation> recordingsList = new List <RecordingInformation>();
FindRecordingResultList response = null;
GetRecordingSearchResults request = new GetRecordingSearchResults();
request.SearchToken = searchToken;
request.WaitTime = waitTime;
request.MaxResultsSpecified = maxResults.HasValue;
request.MaxResults = maxResults.GetValueOrDefault();
request.MinResultsSpecified = minResults.HasValue;
request.MinResults = minResults.GetValueOrDefault();
DateTime started = DateTime.Now;
DateTime dueTo = started.AddSeconds(_searchTimeout);
DateTime lastResponse = DateTime.Now;
bool completed = true;
LogTestEvent(string.Format("All results should be received by {0}{1}",
dueTo.StdTimeToString(), Environment.NewLine));
do
{
RunStep(
() =>
{
response = Client.GetRecordingSearchResults(request).ResultList;
}, "Get Recording Search results");
lastResponse = DateTime.Now;
// no request delay here!
if (response.RecordingInformation != null)
{
recordingsList.AddRange(response.RecordingInformation);
}
if (lastResponse > dueTo)
{
completed = false;
break;
}
if (maxResults.HasValue)
{
int count = 0;
if (response.RecordingInformation != null)
{
count = response.RecordingInformation.Length;
}
state = response.SearchState;
Assert(count <= maxResults.Value, string.Format("Number of recordings received ({0}) is more than maxResults ({1})", count, maxResults.Value), "Check that maxResults parameter is not exceeded");
}
if (!string.IsNullOrEmpty(waitTime))
{
TimeSpan duration = responseReceived - requestSent;
Assert(duration < ts,
string.Format("Response received {0}.{1} seconds after request is sent (waitTime is {2})", duration.Seconds, duration.Milliseconds.ToString("000"), waitTime),
"Check that waitTime is taken into account");
}
} while (response.SearchState != SearchState.Completed);
state = response.SearchState;
Assert(completed, string.Format("Completed state has not been achieved (last response received at {0}, State: {1})", lastResponse.StdTimeToString(), response.SearchState), "Check that search has been completed in due time");
return(recordingsList);
}
finally
{
_trafficListener.RequestSent -= logRequest;
_trafficListener.ResponseReceived -= logResponse;
}
}
