public bool FindMatchingRule(string testname, out string tapStep, out TestItem_Enum tapTestItem)
{
tapStep = "None";
tapTestItem = TestItem_Enum.POUT;
bool found = false;
foreach (var r in mr.testMappings)
{
switch (r.MatchRule)
{
default:
case "Contains":
if (testname.Contains(r.Keyword))
{
tapStep = r.TestStep;
tapTestItem = r.TestItem;
found = true;
break;
}
break;
}
}
return(found);
}
private void SetTestPoint(ITestStep measStep, TestItem_Enum testItem, string limitHigh, string limitLow)
{
PropertyInfo pInfo;
double lowD, highD;
string tpType, tpField, tpLimitLowField, tpLimitHighField;
Tuple <string, string, string, string> tpInfo;
bool result = supportedTestPoints.TryGetValue(testItem, out tpInfo);
if (result)
{
tpType = tpInfo.Item1;
tpField = tpInfo.Item2;
tpLimitLowField = tpInfo.Item3;
tpLimitHighField = tpInfo.Item4;
}
else
{
throw new Exception("Test Item not exist:" + testItem.ToString());
}
if (tpType == "System.Double")
{
if (!Double.TryParse(limitLow, out lowD))
{
throw new InvalidDataException("Low Limit invalid!");
}
if (!Double.TryParse(limitHigh, out highD))
{
throw new InvalidDataException("High Limit invalid!");
}
}
else
{
throw new Exception("Test Point type is not supported:" + tpType);
}
if (tpField != null)
{
pInfo = measStep.GetType().GetProperty(tpField);
SetProperty(measStep, pInfo, pInfo.Name, pInfo.PropertyType.FullName, "true");
}
pInfo = measStep.GetType().GetProperty(tpLimitLowField);
SetProperty(measStep, pInfo, pInfo.Name, pInfo.PropertyType.FullName, limitLow);
pInfo = measStep.GetType().GetProperty(tpLimitHighField);
SetProperty(measStep, pInfo, pInfo.Name, pInfo.PropertyType.FullName, limitHigh);
}
