static void TestCycle(object obj)
{
EDSEngine knowledge = ((TheadStartObject)obj).Rules;
System.Collections.Concurrent.ConcurrentQueue <TraceMessage> messages = ((TheadStartObject)obj).Messages;
System.Collections.Concurrent.ConcurrentQueue <string> results = ((TheadStartObject)obj).Results;
for (int cnt = 0; cnt < TESTCNT; cnt++)
{
ConsoleColor color = (ConsoleColor)r.Next(1, 16); //randomly pick any color but black to show this evaluation start/completion
string msg1 = Thread.CurrentThread.ManagedThreadId.ToString() + " - begun " + cnt.ToString() + ": " + testValues[cnt][0].Value + "," + testValues[cnt][1].Value;
messages.Enqueue(new TraceMessage()
{
Message = msg1, Color = color
});
string retval = "";
Dictionary <string, string> thisState = new Dictionary <string, string>();
thisState.Add(testValues[cnt][0].Key, testValues[cnt][0].Value);
thisState.Add(testValues[cnt][1].Key, testValues[cnt][1].Value);
retval = knowledge.GetFirstTableResult("ReverseTest", "OutColor", thisState);
string msg2 = Thread.CurrentThread.ManagedThreadId.ToString() + " - complete " + cnt.ToString() + ": " + retval;
messages.Enqueue(new TraceMessage()
{
Message = msg2, Color = color
});
results.Enqueue(retval);
//write_result(msg);
}
}
static void Main(string[] args)
{
Console.WriteLine("Loading the rules file ColorRules.xml...");
m_TableEvaluator = new EDSEngine("ColorRules.xml");
m_TableEvaluator.InputGetterDelegate = delegate(string attrName, object context)
{
if (mAppData.ContainsKey(attrName))
{
return(mAppData[attrName]);
}
else
{
return("");
}
};
Console.WriteLine("done\n");
Console.WriteLine("Enter red or blue for first paint color:");
mAppData["PaintColor1"] = Console.ReadLine();
Console.WriteLine("Enter yellow or blue for second paint color:");
mAppData["PaintColor2"] = Console.ReadLine();
Console.WriteLine("The result is: " + GetResultingColor() + "\n");
pause();
}
private void SetupApplication()
{
string rulesPath = "HydraulicCylinderRules.xml";
m_rules = new EDSEngine(rulesPath);
m_rootNode = new ROMNode("HydraulicCylinder");
if (!m_rules.IsOpen())
{
MessageBox.Show("Error loading rules file");
Close();
}
m_rules.InputGetterDelegate = delegate(string name, object obj)
{
return(((ROMNode)obj).GetAttribute(name, false));
};
m_rootNode.Rules = m_rules;
m_engine = new LinearEngine(m_rootNode, "HydraulicCylinderDictionary");
m_engine.EvaluateAll();
UpdateControls();
}
static void Main(string[] args)
{
Console.WriteLine("Loading the rules file ColorRules.xml...");
m_TableEvaluator = new EDSEngine("ColorRules.xml");
m_TableEvaluator.InputGetterDelegate = delegate(string attrName, object context)
{
if (mAppData.ContainsKey(attrName))
return mAppData[attrName];
else
return "";
};
Console.WriteLine("done\n");
Console.WriteLine("Enter red or blue for first paint color:");
mAppData["PaintColor1"] = Console.ReadLine();
Console.WriteLine("Enter yellow or blue for second paint color:");
mAppData["PaintColor2"] = Console.ReadLine();
Console.WriteLine("The result is: " + GetResultingColor() + "\n");
pause();
}
static void Main(string[] args)
{
Dictionary <string, string> state = new Dictionary <string, string>();
string dir = System.IO.Directory.GetCurrentDirectory();
string filename = "test_project.gz";
string path = "..\\..\\..\\..\\..\\EDSEngine\\EDSEngineTestApp\\" + filename;
EDSEngine knowledge = new EDSEngine(path);
if (knowledge.IsOpen() == false)
{
knowledge = new EDSEngine(filename);
if (knowledge.IsOpen() == false)
{
write_result("FAILURE: Could not open rules xml file: " + path);
Quit();
}
}
if (knowledge.IsOpen() == true)
{
write_result("OK: File opened");
}
knowledge.SetMaxThreads(2);
knowledge.DebugDelegate = write_debug;
knowledge.EnableRemoteDebugger(false);
InputValueGetterDelegate getValueDelegate = (string attrName, object context) =>
{
if (state.ContainsKey(attrName))
{
return(state[attrName]);
}
else
{
return("");
}
};
knowledge.InputGetterDelegate = getValueDelegate;
var cnt = knowledge.TableCount();
if (cnt == 14)
{
write_result("OK: 14 Tables loaded");
}
else
{
write_result("FAILURE: Not all tables loaded: " + cnt.ToString());
}
string tableName = "testtable1";
write_result("Loading attr output names for " + tableName);
var allOutputNames = knowledge.GetOutputAttrs(tableName);
for (var i = 0; i < allOutputNames.Length; i++)
{
write_result(allOutputNames[i]);
}
if (allOutputNames.Length == 2 && allOutputNames[0] == "anotherOutput" && allOutputNames[1] == "outputAttr1")
{
write_result("OK");
}
else
{
write_result("FAILURE: Did not load all the output names");
}
write_result("Loading attr input names for " + tableName);
var allInputNames = knowledge.GetInputAttrs(tableName);
for (var i = 0; i < allInputNames.Length; i++)
{
write_result(allInputNames[i]);
}
if (allInputNames.Length == 2 && allInputNames[0] == "inputAttr1" && allInputNames[1] == "inputAttr2")
{
write_result("OK");
}
else
{
write_result("FAILURE: Did not load all the input names");
}
write_result("Loading dependency names for " + tableName);
var allDepNames = knowledge.GetInputDependencies(tableName);
for (var i = 0; i < allDepNames.Length; i++)
{
write_result(allDepNames[i]);
}
if (allDepNames.Length == 3 && allDepNames[0] == "inputAttr1" &&
allDepNames[1] == "inputAttr2" &&
allDepNames[2] == "outsideAttr1")
{
write_result("OK");
}
else
{
write_result("FAILURE: Did not load all the dependency names");
}
var outputAttr = "outputAttr1";
write_result("Getting all possible output values for " + outputAttr);
var allOutputs = knowledge.GetAllPossibleOutputs(tableName, outputAttr);
for (var i = 0; i < allOutputs.Length; i++)
{
write_result(allOutputs[i]);
}
if (allOutputs.Length == 10 &&
allOutputs[0] == "1" &&
allOutputs[1] == "2" &&
allOutputs[2] == "get(outsideAttr1) with concat" &&
allOutputs[3] == "4" &&
allOutputs[4] == "5" &&
allOutputs[5] == "py(get(outsideAttr1) + 2)" &&
allOutputs[6] == "js(get(outsideAttr1) + 2)" &&
allOutputs[7] == "js(alterparameter())" &&
allOutputs[8] == "py(alterparameter())" &&
allOutputs[9] == "Threading")
{
write_result("OK");
}
else
{
write_result("FAILURE: Did not load all the possible output values");
}
write_result("getting table type of testtable1");
var isGetAll = knowledge.TableIsGetAll(tableName);
if (isGetAll)
{
write_result(tableName + " was of 'GetAll' type as expected");
}
else
{
write_result("FAILURE: " + tableName + " was not of 'GetAll' type as expected");
}
//testing table evaluation
write_result("testing evaluation of testtable1 with inputAttr1 = 'C', get first only");
state["inputAttr1"] = "C";
var results2 = knowledge.EvaluateTable(tableName, false);
if (results2.Keys.Count == 2 && results2["outputAttr1"].Length == 1 &&
results2["outputAttr1"][0] == "2")
{
write_result("OK: " + results2["outputAttr1"][0]);
}
else
{
write_result("FAILURE: Did not get proper eval result");
}
write_result("testing evaluation of testtable1 with inputAttr1 = 'C', get all");
state["inputAttr1"] = "C";
var results = knowledge.EvaluateTable(tableName, true);
if (results.Keys.Count == 2 && results["outputAttr1"].Length == 3 &&
results["outputAttr1"][0] == "2" &&
results["outputAttr1"][1] == "4" &&
results["outputAttr1"][2] == "5")
{
write_result("OK: " + results["outputAttr1"][0] + "\n" +
results["outputAttr1"][1] + "\n" +
results["outputAttr1"][2]);
}
else
{
write_result("FAILURE: Did not get proper eval result");
}
write_result("testing evaluation of testtable1 with inputAttr1 = 'C', inputAttr2 = 10, get all");
state["inputAttr1"] = "C";
state["inputAttr2"] = "10";
var results3 = knowledge.EvaluateTable(tableName, true);
if (results3.Keys.Count == 2 && results3["outputAttr1"].Length == 4 &&
results3["outputAttr1"][0] == "2" &&
results3["outputAttr1"][1] == " with concat" && //empty becuase we never fed it outsideAttr1
results3["outputAttr1"][2] == "4" &&
results3["outputAttr1"][3] == "5")
{
write_result("OK: " + results3["outputAttr1"][0] + "\n" +
results3["outputAttr1"][1] + "\n" +
results3["outputAttr1"][2] + "\n" +
results3["outputAttr1"][3]);
}
else
{
write_result("FAILURE: Did not get proper eval result");
}
write_result("testing evaluation of testtable1 with inputAttr1 = 'C', inputAttr2 = 58, outsideAttr1 = 28, get all");
state["inputAttr1"] = "C";
state["inputAttr2"] = "58";
state["outsideAttr1"] = "28";
var results4 = knowledge.EvaluateTable(tableName, true);
if (results4.Keys.Count == 2 && results4["outputAttr1"].Length == 5 &&
results4["outputAttr1"][0] == "2" &&
results4["outputAttr1"][1] == "28 with concat" && //empty becuase we never fed it outsideAttr1
results4["outputAttr1"][2] == "4" &&
results4["outputAttr1"][3] == "5" &&
#if PYTHON
results4["outputAttr1"][4] == "30")
#else
results4["outputAttr1"][4] == "py(28 + 2)")
#endif
{
write_result("OK: " + results4["outputAttr1"][0] + "\n" +
results4["outputAttr1"][1] + "\n" +
results4["outputAttr1"][2] + "\n" +
results4["outputAttr1"][3] + "\n" +
results4["outputAttr1"][4]);
}
static void Main(string[] args)
{
Dictionary<string, string> state = new Dictionary<string, string>();
string dir = System.IO.Directory.GetCurrentDirectory();
string filename = "test_project.gz";
string path = "..\\..\\..\\..\\..\\EDSEngine\\EDSEngineTestApp\\" + filename;
EDSEngine knowledge = new EDSEngine(path);
if (knowledge.IsOpen() == false)
{
knowledge = new EDSEngine(filename);
if (knowledge.IsOpen() == false)
{
write_result("FAILURE: Could not open rules xml file: " + path);
Quit();
}
}
if (knowledge.IsOpen() == true)
write_result("OK: File opened");
knowledge.SetMaxThreads(2);
knowledge.DebugDelegate = write_debug;
knowledge.EnableRemoteDebugger(false);
InputValueGetterDelegate getValueDelegate = (string attrName, object context) =>
{
if (state.ContainsKey(attrName))
return state[attrName];
else
return "";
};
knowledge.InputGetterDelegate = getValueDelegate;
var cnt = knowledge.TableCount();
if (cnt == 14)
{
write_result("OK: 14 Tables loaded");
}
else
{
write_result("FAILURE: Not all tables loaded: " + cnt.ToString());
}
string tableName = "testtable1";
write_result("Loading attr output names for " + tableName);
var allOutputNames = knowledge.GetOutputAttrs(tableName);
for (var i = 0; i < allOutputNames.Length; i++)
{
write_result(allOutputNames[i]);
}
if (allOutputNames.Length == 2 && allOutputNames[0] == "anotherOutput" && allOutputNames[1] == "outputAttr1")
{
write_result("OK");
}
else
{
write_result("FAILURE: Did not load all the output names");
}
write_result("Loading attr input names for " + tableName);
var allInputNames = knowledge.GetInputAttrs(tableName);
for (var i = 0; i < allInputNames.Length; i++)
{
write_result(allInputNames[i]);
}
if (allInputNames.Length == 2 && allInputNames[0] == "inputAttr1" && allInputNames[1] == "inputAttr2")
{
write_result("OK");
}
else
{
write_result("FAILURE: Did not load all the input names");
}
write_result("Loading dependency names for " + tableName);
var allDepNames = knowledge.GetInputDependencies(tableName);
for (var i = 0; i < allDepNames.Length; i++)
{
write_result(allDepNames[i]);
}
if (allDepNames.Length == 3 && allDepNames[0] == "inputAttr1" &&
allDepNames[1] == "inputAttr2" &&
allDepNames[2] == "outsideAttr1")
{
write_result("OK");
}
else
{
write_result("FAILURE: Did not load all the dependency names");
}
var outputAttr = "outputAttr1";
write_result("Getting all possible output values for " + outputAttr);
var allOutputs = knowledge.GetAllPossibleOutputs(tableName, outputAttr);
for (var i = 0; i < allOutputs.Length; i++)
{
write_result(allOutputs[i]);
}
if (allOutputs.Length == 10 &&
allOutputs[0] == "1" &&
allOutputs[1] == "2" &&
allOutputs[2] == "get(outsideAttr1) with concat" &&
allOutputs[3] == "4" &&
allOutputs[4] == "5" &&
allOutputs[5] == "py(get(outsideAttr1) + 2)" &&
allOutputs[6] == "js(get(outsideAttr1) + 2)" &&
allOutputs[7] == "js(alterparameter())" &&
allOutputs[8] == "py(alterparameter())" &&
allOutputs[9] == "Threading")
{
write_result("OK");
}
else
{
write_result("FAILURE: Did not load all the possible output values");
}
write_result("getting table type of testtable1");
var isGetAll = knowledge.TableIsGetAll(tableName);
if (isGetAll)
{
write_result(tableName + " was of 'GetAll' type as expected");
}
else
{
write_result("FAILURE: " + tableName + " was not of 'GetAll' type as expected");
}
//testing table evaluation
write_result("testing evaluation of testtable1 with inputAttr1 = 'C', get first only");
state["inputAttr1"] = "C";
var results2 = knowledge.EvaluateTable(tableName, false);
if (results2.Keys.Count == 2 && results2["outputAttr1"].Length == 1 &&
results2["outputAttr1"][0] == "2")
{
write_result("OK: " + results2["outputAttr1"][0]);
}
else
{
write_result("FAILURE: Did not get proper eval result");
}
write_result("testing evaluation of testtable1 with inputAttr1 = 'C', get all");
state["inputAttr1"] = "C";
var results = knowledge.EvaluateTable(tableName, true);
if (results.Keys.Count == 2 && results["outputAttr1"].Length == 3 &&
results["outputAttr1"][0] == "2" &&
results["outputAttr1"][1] == "4" &&
results["outputAttr1"][2] == "5")
{
write_result("OK: " + results["outputAttr1"][0] + "\n" +
results["outputAttr1"][1] + "\n" +
results["outputAttr1"][2]);
}
else
{
write_result("FAILURE: Did not get proper eval result");
}
write_result("testing evaluation of testtable1 with inputAttr1 = 'C', inputAttr2 = 10, get all");
state["inputAttr1"] = "C";
state["inputAttr2"] = "10";
var results3 = knowledge.EvaluateTable(tableName, true);
if (results3.Keys.Count == 2 && results3["outputAttr1"].Length == 4 &&
results3["outputAttr1"][0] == "2" &&
results3["outputAttr1"][1] == " with concat" && //empty becuase we never fed it outsideAttr1
results3["outputAttr1"][2] == "4" &&
results3["outputAttr1"][3] == "5")
{
write_result("OK: " + results3["outputAttr1"][0] + "\n" +
results3["outputAttr1"][1] + "\n" +
results3["outputAttr1"][2] + "\n" +
results3["outputAttr1"][3]);
}
else
{
write_result("FAILURE: Did not get proper eval result");
}
write_result("testing evaluation of testtable1 with inputAttr1 = 'C', inputAttr2 = 58, outsideAttr1 = 28, get all");
state["inputAttr1"] = "C";
state["inputAttr2"] = "58";
state["outsideAttr1"] = "28";
var results4 = knowledge.EvaluateTable(tableName, true);
if (results4.Keys.Count == 2 && results4["outputAttr1"].Length == 5 &&
results4["outputAttr1"][0] == "2" &&
results4["outputAttr1"][1] == "28 with concat" && //empty becuase we never fed it outsideAttr1
results4["outputAttr1"][2] == "4" &&
results4["outputAttr1"][3] == "5" &&
#if PYTHON
results4["outputAttr1"][4] == "30")
#else
results4["outputAttr1"][4] == "py(28 + 2)")
#endif
{
write_result("OK: " + results4["outputAttr1"][0] + "\n" +
results4["outputAttr1"][1] + "\n" +
results4["outputAttr1"][2] + "\n" +
results4["outputAttr1"][3] + "\n" +
results4["outputAttr1"][4]);
}
else
{
write_result("FAILURE: Did not get proper eval result");
}
write_result("testing table chaining");
tableName = "testtable2";
var result5 = knowledge.EvaluateTable(tableName, "out1", true);
if (result5.Length == results4["outputAttr1"].Length &&
result5[0] == "2" &&
result5[1] == "28 with concat" && //empty becuase we never fed it outsideAttr1
result5[2] == "4" &&
result5[3] == "5" &&
#if PYTHON
result5[4] == "30")
#else
result5[4] == "py(28 + 2)")
#endif
{
write_result("OK: " + result5[0] + "\n" +
result5[1] + "\n" +
result5[2] + "\n" +
result5[3] + "\n" +
result5[4]);
}
else
{
write_result("FAILURE: Did not get proper eval result on chain");
}
write_result("testing input get()");
tableName = "testtable3";
state["someAttr"] = "3";
var result6 = knowledge.EvaluateTable(tableName, "outputAttr1", true);
if (result6.Length == 1 && result6[0] == "inputAttr2: 58 is greater than someAttr: 3")
{
write_result("OK: " + result6[0]);
}
else
{
write_result("FAILURE: Did not get proper eval result on get() test");
}
write_result("testing NULL conditions");
state["inputAttr1"] = "";
state["inputAttr2"] = "";
var result7 = knowledge.EvaluateTable("testtable4", "outputAttr1", true);
if (result7.Length == 4 && result7[2] == "both attrs are NULL")
{
write_result(result7[0]);
write_result(result7[1]);
write_result(result7[2]);
write_result(result7[3]);
}
else
{
write_result("FAILURE: Did not get proper eval result on NULL test #1");
}
state["inputAttr1"] = "blah";
state["c"] = "";
result7 = knowledge.EvaluateTable("testtable4", "outputAttr1", true);
if (result7.Length == 2 && result7[0] == "inputAttr2 is NULL")
{
write_result(result7[0]);
write_result(result7[1]);
}
else
{
write_result("FAILURE: Did not get proper eval result on NULL test #2");
}
write_result("testing exclusing evaluation");
state["inputAttr1"] = "A";
var result8 = knowledge.EvaluateTable("exclusion", "outputAttr1", true);
if (result8.Length == 4 && result8[0] == "not X or Y" &&
result8[1] == "not X" &&
result8[2] == "not Y" &&
result8[3] == "fallout")
{
write_result(result8[0]);
write_result(result8[1]);
write_result(result8[2]);
write_result(result8[3]);
}
else
{
write_result("Did not get proper eval result on exclusion test");
}
write_result("allowing a match: Y");
state["inputAttr1"] = "Y";
result8 = knowledge.EvaluateTable("exclusion", "outputAttr1", true);
if (result8.Length == 4 && result8[0] == "is X or Y" &&
result8[1] == "not X" &&
result8[2] == "is Y" &&
result8[3] == "fallout")
{
write_result(result8[0]);
write_result(result8[1]);
write_result(result8[2]);
write_result(result8[3]);
}
else
{
write_result("Did not get proper eval result on exclusion test #2");
}
write_result("testing translation of: A");
var localeValue = knowledge.Localize("A", "en-US");
var reverse = knowledge.DeLocalize(localeValue);
write_result(localeValue + ":" + reverse);
if (localeValue == "A trans" && reverse == "A")
write_result("OK");
else
write_result("FAILURE: translation failed");
write_result("testing reverse evaluation of ReverseTest table");
state["OutColor"] = "green";
var result9 = knowledge.ReverseEvaluateTable("ReverseTest", true);
if (result9.Count == 2 && result9["Color1"][0] == "blue" &&
result9["Color2"][0] == "yellow")
{
write_result("OK");
}
else
{
write_result("FAILURE: reverse evaluation failed");
}
Quit();
}
private void SetupApplication()
{
string rulesPath = "HydraulicCylinderRules.xml";
m_rules = new EDSEngine(rulesPath);
m_rootNode = new ROMNode("HydraulicCylinder");
if (!m_rules.IsOpen())
{
MessageBox.Show("Error loading rules file");
Close();
}
m_rules.InputGetterDelegate = delegate(string name, object obj)
{
return ((ROMNode)obj).GetAttribute(name, false);
};
m_rootNode.Rules = m_rules;
m_engine = new LinearEngine(m_rootNode, "HydraulicCylinderDictionary");
m_engine.EvaluateAll();
UpdateControls();
}
static void Main(string[] args)
{
string filename = "test_project.gz";
string path = "..\\..\\..\\..\\..\\EDSEngine\\EDSEngineTestApp\\" + filename;
EDSEngine knowledge = new EDSEngine(path);
if (knowledge.IsOpen() == false)
{
knowledge = new EDSEngine(filename);
if (knowledge.IsOpen() == false)
{
write_result("FAILURE: Could not open rules xml file: " + path);
Quit();
}
}
if (knowledge.IsOpen() == true)
write_result("OK: File opened");
knowledge.InputGetterDelegate = get_value;
r = new Random();
for (int cnt = 0; cnt < TESTCNT; cnt++)
{
string color1 = colors1[r.Next(0, 2)];
string color2 = colors2[r.Next(0, 2)];
testValues.Add(new KeyValuePair<string, string> [2] { new KeyValuePair<string, string>("Color1", color1), new KeyValuePair<string, string>("Color2", color2) });
}
//single threaded result
TheadStartObject singleThreadedParams = new TheadStartObject() { Rules = knowledge, Messages = _trace };
TestCycle(singleThreadedParams);
System.Collections.Concurrent.ConcurrentQueue<string> singleThreadedResults = singleThreadedParams.Results;
Thread t1 = new Thread(new ParameterizedThreadStart(TestCycle));
Thread t2 = new Thread(new ParameterizedThreadStart(TestCycle));
Thread t3 = new Thread(new ParameterizedThreadStart(TestCycle));
TheadStartObject threadParams1 = new TheadStartObject() { Rules = knowledge, Messages = _trace };
TheadStartObject threadParams2 = new TheadStartObject() { Rules = knowledge, Messages = _trace };
TheadStartObject threadParams3 = new TheadStartObject() { Rules = knowledge, Messages = _trace };
t1.Start(threadParams1);
t2.Start(threadParams2);
t3.Start(threadParams3);
t1.Join();
t2.Join();
t3.Join();
//verify all the results are the same
var equal1 = singleThreadedParams.Results.SequenceEqual<string>(threadParams1.Results);
var equal2 = singleThreadedParams.Results.SequenceEqual<string>(threadParams2.Results);
var equal3 = singleThreadedParams.Results.SequenceEqual<string>(threadParams3.Results);
var equal = equal1 == true && equal2 == true && equal3 == true;
write_result("All tests passed: " + equal.ToString());
write_result("Press 't' key to show trace");
ConsoleKeyInfo keyInfo = Console.ReadKey();
if (keyInfo.KeyChar == 't')
write_trace();
Quit();
}
static void Main(string[] args)
{
string filename = "test_project.gz";
string path = "..\\..\\..\\..\\..\\EDSEngine\\EDSEngineTestApp\\" + filename;
EDSEngine knowledge = new EDSEngine(path);
if (knowledge.IsOpen() == false)
{
knowledge = new EDSEngine(filename);
if (knowledge.IsOpen() == false)
{
write_result("FAILURE: Could not open rules xml file: " + path);
Quit();
}
}
if (knowledge.IsOpen() == true)
{
write_result("OK: File opened");
}
knowledge.InputGetterDelegate = get_value;
r = new Random();
for (int cnt = 0; cnt < TESTCNT; cnt++)
{
string color1 = colors1[r.Next(0, 2)];
string color2 = colors2[r.Next(0, 2)];
testValues.Add(new KeyValuePair <string, string> [2] {
new KeyValuePair <string, string>("Color1", color1), new KeyValuePair <string, string>("Color2", color2)
});
}
//single threaded result
TheadStartObject singleThreadedParams = new TheadStartObject()
{
Rules = knowledge, Messages = _trace
};
TestCycle(singleThreadedParams);
System.Collections.Concurrent.ConcurrentQueue <string> singleThreadedResults = singleThreadedParams.Results;
Thread t1 = new Thread(new ParameterizedThreadStart(TestCycle));
Thread t2 = new Thread(new ParameterizedThreadStart(TestCycle));
Thread t3 = new Thread(new ParameterizedThreadStart(TestCycle));
TheadStartObject threadParams1 = new TheadStartObject()
{
Rules = knowledge, Messages = _trace
};
TheadStartObject threadParams2 = new TheadStartObject()
{
Rules = knowledge, Messages = _trace
};
TheadStartObject threadParams3 = new TheadStartObject()
{
Rules = knowledge, Messages = _trace
};
t1.Start(threadParams1);
t2.Start(threadParams2);
t3.Start(threadParams3);
t1.Join();
t2.Join();
t3.Join();
//verify all the results are the same
var equal1 = singleThreadedParams.Results.SequenceEqual <string>(threadParams1.Results);
var equal2 = singleThreadedParams.Results.SequenceEqual <string>(threadParams2.Results);
var equal3 = singleThreadedParams.Results.SequenceEqual <string>(threadParams3.Results);
var equal = equal1 == true && equal2 == true && equal3 == true;
write_result("All tests passed: " + equal.ToString());
write_result("Press 't' key to show trace");
ConsoleKeyInfo keyInfo = Console.ReadKey();
if (keyInfo.KeyChar == 't')
{
write_trace();
}
Quit();
}
