public void TestReallyBigString()
{
Stopwatch s = Stopwatch.StartNew();
ComplexTree <object> mt = JSONParser.CalculateComplexity(longlongstring);
JSONParseThread.s = longlongstring;
JSONParseThread.ParseThread(mt[0]);
JSONNode n = mt[0].node;
//Task t = Task.Factory.StartNew(() => { JSONNode n = JSONParseThread.ParseThread(mt[0], longlongstring); });
//t.Wait();
s.Stop();
Console.WriteLine(s.Elapsed);
Console.WriteLine(mt[0][0].Count);
/*
* Task t = Task.Factory.StartNew(()=>JSONParser.ParseStart((JSONNode n) =>
* {
* s.Stop();
* Console.WriteLine(s.ElapsedTicks);
* File.WriteAllText(AppDomain.CurrentDomain.BaseDirectory + "testout.txt", s.ElapsedTicks + "");
* return null;
* }, longlongstring));
* t.Wait();
*/
Console.WriteLine("test function finished");
}
static public object ParseBySingleThread(string s)
{
ComplexTree <object> mt = JSONParser.CalculateComplexity(s);
JSONParseThread.s = s;
JSONNode n = JSONParseThread.Parse(mt[0]);
return(n);
}
public void ComplexityTimeConsumeTest()
{
Stopwatch s = new Stopwatch();
s.Start();
JSONParseThread.Initialize();
ComplexTree <object> t = JSONParser.CalculateComplexity(longlongstring);
s.Stop();
Console.WriteLine(s.Elapsed);
Console.WriteLine(t[0].Count);
}
static public object ParseByMultiThread(string s)
{
ComplexTree <object> mt = JSONParser.CalculateComplexity(s);
JSONParseThread.s = s;
//JSONNode n = JSONParseThread.Parse(mt[0]);
JSONParseThread.ParseThread(mt[0]);
//Console.WriteLine(mt[0].StartPoint + " " + mt[0].EndPoint + " " + mt[0].Count);
JSONNode n = mt[0].node;
return(n);
}
public void TestBigStringSingleThread()
{
Stopwatch s = Stopwatch.StartNew();
JSONParseThread.Initialize();
ComplexTree <object> mt = JSONParser.CalculateComplexity(longlongstring);
JSONParseThread.s = longlongstring;
JSONNode n = JSONParseThread.Parse(mt[0]);
s.Stop();
Console.WriteLine(s.Elapsed);
Console.WriteLine(n[0][0].value);
}
public void Remove_TheRootFromAThreeLevelTree_TheCorrectTree()
{
var firstNode = Node(9);
var rootNode = ComplexTree.RootElement;
var bst = ComplexTree.Create();
bst.Remove(firstNode.Key);
bst.Remove(rootNode.Key);
NodeAssert.NotNullAndEqual(bst.Root, Node(10));
NodeAssert.BothChildrenAreNotNull(bst.Root);
NodeAssert.NotNullAndEqual(bst.Root.Right, Node(12));
NodeAssert.BothChildrenAreNotNull(bst.Root.Right);
NodeAssert.BothChildrenAreNull(bst.Root.Right.Left);
NodeAssert.BothChildrenAreNotNull(bst.Root.Right.Right);
NodeAssert.NotNullAndEqual(bst.Root.Left, Node(4));
NodeAssert.BothChildrenAreNotNull(bst.Root.Left);
NodeAssert.BothChildrenAreNotNull(bst.Root.Left.Left);
NodeAssert.BothChildrenAreNotNull(bst.Root.Left.Right);
}
public void ParseTest3()
{
string jsonstring = "[1,\"t\",true]";
ComplexTree <object> t = JSONParser.CalculateComplexity(jsonstring);
JSONNode n = JSONParseThread.Parse(t[0]);
}
public void ParseTest2()
{
string jsonstring = "{\"test\":12345}";
ComplexTree <object> t = JSONParser.CalculateComplexity(jsonstring);
JSONNode n = JSONParseThread.Parse(t[0]);
}
public void ComplexityBasic()
{
ComplexTree <object> t = JSONParser.CalculateComplexity("{\"test\":{\"as{df\":123}, \"qq\":{}}");
}
