public void AddOrUpdateVariables_should_update_variable_when_already_set()
{
// Arrange
var sessionVariables = new SessionVariables();
// Act
sessionVariables.AddOrUpdateVariables(new Dictionary<string, string>()
{
{"nano", "leaf"},
{"light", "bulb"},
});
sessionVariables.AddOrUpdateVariables(new Dictionary<string, string>()
{
{"nano", "leaf2"},
{"light", "bulb2"}
});
// Assert
Assert.That(sessionVariables.GetVariableValue("nano"), Is.EqualTo("leaf2"));
Assert.That(sessionVariables.GetVariableValue("light"), Is.EqualTo("bulb2"));
}
internal TestCaseResult RunCase(Case testCase, SessionVariables variables, VerificationsMatcher verificationMatcher)
{
var testResult = new TestCaseResult();
testResult.TestCase = testCase;
try
{
string resolvedUrl = variables.ReplacePlainTextVariablesIn(testCase.Url);
testResult.ActualUrl = resolvedUrl;
HttpResponse response = _httpClient.ExecuteRequest(testCase.Method, resolvedUrl, testCase.PostType, testCase.PostBody, testCase.Headers);
testResult.ResponseTime = response.ResponseTime;
testResult.HttpResponse = response;
if (response.StatusCode == testCase.VerifyResponseCode)
{
testResult.ResponseCodeSuccess = true;
string content = response.ToString();
// Put the parseresponse regex values in the current variable set
Dictionary<string, string> parsedVariables = ParseResponseMatcher.MatchParseResponses(testCase.ParseResponses, content);
variables.AddOrUpdateVariables(parsedVariables);
// Verify positives
testResult.VerifyPositiveResults = verificationMatcher.MatchPositive(testCase.VerifyPositives, content);
// Verify Negatives
testResult.VerifyNegativeResults = verificationMatcher.MatchNegative(testCase.VerifyNegatives, content);
}
else
{
testResult.ResponseCodeSuccess = false;
}
if (testResult.Success == false)
{
testResult.Message = testCase.ErrorMessage;
}
if (ShouldLogRequest(testResult, testCase))
{
_httpClient.LogLastRequest();
}
if (ShouldLogResponse(testResult, testCase))
{
_httpClient.LogLastResponse();
}
_resultWriter.Write(testResult);
if (testCase.Sleep > 0)
Thread.Sleep(testCase.Sleep * 1000);
}
catch (Exception ex)
{
testResult.ResponseCodeSuccess = false;
testResult.ExceptionMessage = ex.Message;
}
return testResult;
}
public TestCaseSession Run(CaseCollection testCollection)
{
_isStopPending = false;
_currentResults = new List<TestCaseResult>();
var session = new TestCaseSession();
session.StartTime = DateTime.UtcNow;
// Add all config variables and ones in this <testcase>
var variables = new SessionVariables();
variables.AddGlobalVariables(_config);
variables.AddOrUpdateVariables(testCollection.Variables);
var verificationsMatcher = new VerificationsMatcher(variables);
// Ensure we loop atleast once:
int repeatTotal = (testCollection.Repeat > 0) ? testCollection.Repeat : 1;
List<Case> testCases = testCollection.TestCases.ToList();
TimeSpan minResponseTime = TimeSpan.MaxValue;
TimeSpan maxResponseTime = TimeSpan.MinValue;
int totalCasesRun = 0;
CasesRun = 0;
TotalCases = testCases.Count;
RepeatCount = 0;
for (int i = 0; i < repeatTotal; i++)
{
foreach (Case testCase in testCases)
{
if (_isStopPending)
break;
try
{
TestCaseResult result = RunCase(testCase, variables, verificationsMatcher);
session.TestCaseResults.Add(result);
_currentResults.Add(result);
if (result.ResponseTime < minResponseTime)
minResponseTime = result.ResponseTime;
if (result.ResponseTime > maxResponseTime)
maxResponseTime = result.ResponseTime;
}
catch (Exception ex)
{
Log.Error(ex, "An exception occurred running case {0}", testCase.Id);
}
finally
{
totalCasesRun++;
CasesRun++;
RepeatCount = i;
}
}
if (_isStopPending)
break;
}
session.EndTime = DateTime.UtcNow;
session.TotalRunTime = session.EndTime - session.StartTime;
session.TotalCasesRun = totalCasesRun;
session.MinResponseTime = minResponseTime;
session.MaxResponseTime = maxResponseTime;
return session;
}
