public void v_OwnerInformation()
{
Helper.WaitForElement(By.TagName("h2")).Text.Should().Match("Owner Information");
GraphWalkerRestClient.setData("numOfPets = " + Helper.WaitForElements(By.XPath("//th[text()=\"Visit Date\"]")).Count + ";");
JObject jsonData = GraphWalkerRestClient.getData();
Console.WriteLine(" Number of pets (the data is fetched from PetClinic and set in the model): " + jsonData.GetValue("numOfPets"));
}
private void run(string fileModelName)
{
GraphWalkerRestClient.load(fileModelName);
// As long as we have elemnts from GraphWalkers path generation
// to fetch, we'll continue
while (GraphWalkerRestClient.hasNext())
{
// Get the next element name from GraphWalker.
// The element might either be an edge or a vertex.
JObject nextStep = GraphWalkerRestClient.getNext();
// Create a mapping from the model name to an actual class.
Type type = Type.GetType("PetClinic." + nextStep.GetValue("modelName").ToString());
ConstructorInfo ctor = type.GetConstructor(System.Type.EmptyTypes);
// Invoke a method to call. If the currentElementName is null,
// it means that it's an edge with no name. In practicality, this is a noop, a no operation.
// No method to call, so we should move on to next step.
if (nextStep.GetValue("currentElementName") != null)
{
Console.WriteLine("Model and element to be called: " +
nextStep.GetValue("modelName").ToString()
+ "." +
nextStep.GetValue("currentElementName").ToString());
object instance = ctor.Invoke(null);
// Create a mapping from the element name to an actual method.
MethodInfo methodInfo = type.GetMethod(nextStep.GetValue("currentElementName").ToString());
methodInfo.Invoke(instance, new object[] {});
}
}
// Get the statistics from the test
Console.WriteLine(GraphWalkerRestClient.getStatistics());
}
