public static void ValidateTestConditions()
{
bool currentTest = true;
int counter = 1;
foreach (clsCondition item in conditionList)
{
StringToConsole.AddToListToPrint("Condition: " + counter + ". " + item.Condition + " : Expected - " + item.ExpectedOutput + " and got - " + item.Input + ". Condition met = " + item.ActualOutCome.ToString());
if (!item.ActualOutCome)
{
currentTest = false;
}
counter++;
}
if (currentTest)
{
StringToConsole.AddToListToPrint("Test Passed");
}
else
{
StringToConsole.AddToListToPrint("Test Failed");
}
StringToConsole.PrintList();
conditionList.Clear();
}
public static void ValidateTestConditions(string inDescription)
{
bool currentTest = true;
int counter = 1;
clsTestResults tR = new clsTestResults();
tR.Description = inDescription;
tR.Input = conditionList[0].Input;
foreach (clsCondition item in conditionList)
{
StringToConsole.AddToListToPrint("Condition: " + counter + ". " + item.Condition + ". Input was- " + item.Input + " : Expected output was - " + item.ExpectedOutput + " Actual output was - " + item.Result + ". Condition met = " + item.Result.ToString());
if (!item.Result)
{
currentTest = false;
}
tR.LstCondition.Add(item);
counter++;
}
if (currentTest)
{
StringToConsole.AddToListToPrint("Test Passed");
tR.Result = "Pass";
}
else
{
StringToConsole.AddToListToPrint("Test Failed");
tR.Result = "Fail";
}
outResults.Add(tR);
StringToConsole.PrintList();
conditionList.Clear();
}
private static void PrintRules()
{
StringToConsole.PrintToConsole("");
StringToConsole.PrintToConsole("Printing Rules");
StringToConsole.PrintToConsole("");
foreach (int[] item in GeneratedRules)
{
string[] ConvertedArray = new string[item.Length];
for (int i = 0; i < item.Length; i++)
{
ConvertedArray[i] = item[i].ToString();
}
StringToConsole.Print(ConvertedArray);
}
}
//this method classifies the input using entire dataset instead of generating rules. It works fine but not very efficient on large datasets
public static string BruteClassifyInput(string input, int accuracy)
{
ConvertedList = InputToArray(input);
// StringToConsole.PrintToConsole("input:" + input);
// StringToConsole.Print(ConvertedList);
RetrieveDataSet();
FilterMatchingRows(accuracy);
foreach (clsClassifiedInput item in MatchingRows)
{
StringToConsole.PrintToConsole("input:" + item.Input);
StringToConsole.Print(item.Attributes);
}
SelectMostProbableClass();
StringToConsole.PrintToConsole(Classification);
return(Classification);
}
public static void ValidateTest(bool inActualOutcome, string inInput, string inExpectedOutput)
{
if (inActualOutcome)
{
StringToConsole.AddToListToPrint("Test Passed");
StringToConsole.AddToListToPrint("Expected:" + inExpectedOutput);
StringToConsole.AddToListToPrint("And got:" + inInput);
StringToConsole.PrintList();
}
else
{
StringToConsole.AddToListToPrint("Test Failed");
StringToConsole.AddToListToPrint("Expected:" + inExpectedOutput);
StringToConsole.AddToListToPrint("And got:" + inInput);
StringToConsole.PrintList();
}
}
private static void PrintRulesForClass(int classIndex)
{
StringToConsole.PrintToConsole("");
StringToConsole.PrintToConsole("Printing Rules with class index: " + classIndex);
StringToConsole.PrintToConsole("");
foreach (int[] item in GeneratedRules)
{
if (item[item.Length - 1] == classIndex)
{
string[] ConvertedArray = new string[item.Length];
for (int i = 0; i < item.Length; i++)
{
ConvertedArray[i] = item[i].ToString();
}
StringToConsole.Print(ConvertedArray);
}
}
}
private static void PrintResults()
{
StringToConsole.PrintToConsole("");
StringToConsole.PrintToConsole("Test Results");
StringToConsole.PrintToConsole("Invalid Classifications: " + invalidClassifications + " out of " + TestingSet.Length);
foreach (String[] item in ClassifiedIncorrectly)
{
StringToConsole.Print(item);
}
StringToConsole.PrintToConsole("");
StringToConsole.PrintToConsole("Valid Classifications: " + correctClassifications + " out of " + TestingSet.Length);
foreach (String[] item in ClassifiedCorrectly)
{
StringToConsole.Print(item);
}
StringToConsole.PrintToConsole("");
StringToConsole.PrintToConsole("No rules match: " + undefinedClassifications + " out of " + TestingSet.Length);
foreach (String[] item in Unclassified)
{
StringToConsole.Print(item);
}
}
