public ReportTableRowList SolveIt()
{
if (!_isInitialized)
throw new Exception("Class is not Initialized yet");
var returnList = new ReportTableRowList();
switch (_solverMethod)
{
case SolvingMethod.Method1:
returnList = Method1(_caseLength, _scriptReader);
break;
case SolvingMethod.Method2:
returnList = Method2(_caseLength, _scriptReader);
break;
default:
break;
}
return returnList;
}
public static ReportTableRowList SolveIt(int length)
{
var returnList = new ReportTableRowList();
var scriptReader = new PythonScriptReader();
int cumulativeLifeTime = 0;
while (length > 0)
{
int randomDelayNumber = scriptReader.GenerateNumber(1, 100);
int mappedDelayTimeValue = scriptReader.MapDelayTime(randomDelayNumber);
int life1 = scriptReader.MapLifeTime(scriptReader.GenerateNumber(1, 100));
int life2 = scriptReader.MapLifeTime(scriptReader.GenerateNumber(1, 100));
int life3 = scriptReader.MapLifeTime(scriptReader.GenerateNumber(1, 100));
int firstFailure = new List<int> {life1, life2, life3}.Min();
cumulativeLifeTime += firstFailure;
returnList.PushRow(new ReportTableRowClass(life1, life2, life3, firstFailure, cumulativeLifeTime,
randomDelayNumber, mappedDelayTimeValue));
length--;
}
return returnList;
}
public static ReportTableRowList SolveIt(int length)
{
var returnList = new ReportTableRowList();
var scriptReader = new PythonScriptReader();
int cumulativeLifeTime = 0;
while (length > 0)
{
int randomLifeTimeNumber = scriptReader.GenerateNumber(1, 100);
int mappedLifeTimeValue = scriptReader.MapLifeTime(randomLifeTimeNumber);
int randomDelayNumber = scriptReader.GenerateNumber(1, 100);
int mappedDelayTimeValue = scriptReader.MapDelayTime(randomDelayNumber);
cumulativeLifeTime += mappedLifeTimeValue;
returnList.PushRow(new ReportTableRowClass(randomLifeTimeNumber, mappedLifeTimeValue,
cumulativeLifeTime,
randomDelayNumber, mappedDelayTimeValue));
length--;
}
return returnList;
}
public Method1(ReportTableRowList dataList1, ReportTableRowList dataList2, ReportTableRowList dataList3, TimeSpan time)
{
InitializeComponent();
_eventList = new List<ReportTableRowList> {dataList1, dataList2, dataList3};
_time = time;
}
private ReportTableRowList Method1(int length, IScriptReader scriptReader)
{
var list = new ReportTableRowList();
int cumulativeLifeTime = 0;
while (length > 0)
{
int randomLifeTimeNumber = scriptReader.GenerateNumber(0, 100);
int mappedLifeTimeValue = scriptReader.MapLifeTime(randomLifeTimeNumber);
int randomDelayNumber = scriptReader.GenerateNumber(0, 100);
int mappedDelayTimeValue = scriptReader.MapDelayTime(randomDelayNumber);
cumulativeLifeTime += mappedLifeTimeValue;
list.PushRow(new ReportTableRowClass(randomLifeTimeNumber, mappedLifeTimeValue,
cumulativeLifeTime,
randomDelayNumber, mappedDelayTimeValue));
length--;
}
return list;
}
private ReportTableRowList Method2(int length, IScriptReader scriptReader)
{
var list = new ReportTableRowList();
int cumulativeLifeTime = 0;
while (length > 0)
{
int randomDelayNumber = scriptReader.GenerateNumber(1, 100);
int mappedDelayTimeValue = scriptReader.MapDelayTime(randomDelayNumber);
int life1 = scriptReader.MapLifeTime(scriptReader.GenerateNumber(1, 100));
int life2 = scriptReader.MapLifeTime(scriptReader.GenerateNumber(1, 100));
int life3 = scriptReader.MapLifeTime(scriptReader.GenerateNumber(1, 100));
int firstFailure = new List<int> {life1, life2, life3}.Min();
cumulativeLifeTime += firstFailure;
list.PushRow(new ReportTableRowClass(life1, life2, life3, firstFailure, cumulativeLifeTime,
randomDelayNumber, mappedDelayTimeValue));
length--;
}
return list;
}
public Method2(ReportTableRowList data)
{
InitializeComponent();
_eventList = new List<ReportTableRowList> {data};
}
