public void DescendantsCounting()
{
Base myBase = new Base();
var myList = new List <object>();
// These should be counted!
for (int i = 0; i < 100; i++)
{
var smolBase = new Base();
smolBase["test"] = i;
myList.Add(smolBase);
}
// Primitives should not be counted!
for (int i = 0; i < 10; i++)
{
myList.Add(i);
}
myList.Add("Hello");
myList.Add(new { hai = "bai" });
myBase["@detachTheList"] = myList;
var dictionary = new Dictionary <string, object>();
for (int i = 0; i < 10; i++)
{
var smolBase = new Base()
{
applicationId = i.ToString()
};
dictionary[$"key {i}"] = smolBase;
}
dictionary["string value"] = "bol";
dictionary["int value"] = 42;
dictionary["THIS IS RECURSIVE SURPRISE"] = myBase;
myBase["@detachTheDictionary"] = dictionary;
var count = myBase.GetTotalChildrenCount();
Assert.AreEqual(112, count);
var tableTest = new DiningTable();
var tableKidsCount = tableTest.GetTotalChildrenCount();
Assert.AreEqual(10, tableKidsCount);
// Explicitely test for recurisve references!
var recursiveRef = new Base()
{
applicationId = "random"
};
recursiveRef["@recursive"] = recursiveRef;
var supriseCount = recursiveRef.GetTotalChildrenCount();
Assert.AreEqual(2, supriseCount);
}
public void CorrectDecompositionTracking()
{
var d5 = new Base();
((dynamic)d5).name = "depth five"; // end v
var d4 = new Base();
((dynamic)d4).name = "depth four";
((dynamic)d4)["@detach"] = d5;
var d3 = new Base();
((dynamic)d3).name = "depth three";
((dynamic)d3)["@detach"] = d4;
var d2 = new Base();
((dynamic)d2).name = "depth two";
((dynamic)d2)["@detach"] = d3;
((dynamic)d2)["@joker"] = new object[] { d5 };
var d1 = new Base();
((dynamic)d1).name = "depth one";
((dynamic)d1)["@detach"] = d2;
((dynamic)d1)["@joker"] = d5; // consequently, d5 depth in d1 should be 1
var transport = new MemoryTransport();
var result = Operations.Send(d1, new List <ITransport>()
{
transport
}, false).Result;
var test = Operations.Receive(result, localTransport: transport).Result;
Assert.IsNotNull(test.id);
Assert.AreEqual(test.id, d1.GetId(true));
var d1_ = JsonConvert.DeserializeObject <dynamic>(transport.Objects[d1.GetId(true)]);
var d2_ = JsonConvert.DeserializeObject <dynamic>(transport.Objects[d2.GetId(true)]);
var d3_ = JsonConvert.DeserializeObject <dynamic>(transport.Objects[d3.GetId(true)]);
var d4_ = JsonConvert.DeserializeObject <dynamic>(transport.Objects[d4.GetId(true)]);
var d5_ = JsonConvert.DeserializeObject <dynamic>(transport.Objects[d5.GetId(true)]);
var depthOf_d5_in_d1 = int.Parse((string)d1_.__closure[d5.GetId(true)]);
Assert.AreEqual(1, depthOf_d5_in_d1);
var depthOf_d4_in_d1 = int.Parse((string)d1_.__closure[d4.GetId(true)]);
Assert.AreEqual(3, depthOf_d4_in_d1);
var depthOf_d5_in_d3 = int.Parse((string)d3_.__closure[d5.GetId(true)]);
Assert.AreEqual(2, depthOf_d5_in_d3);
var depthOf_d4_in_d3 = int.Parse((string)d3_.__closure[d4.GetId(true)]);
Assert.AreEqual(1, depthOf_d4_in_d3);
var depthOf_d5_in_d2 = int.Parse((string)d2_.__closure[d5.GetId(true)]);
Assert.AreEqual(1, depthOf_d5_in_d2);
}