Trainee ConvertXElementToTrainee(XElement element)
{
Trainee trainee = new Trainee();
StructTypes.Adress myAdress = new StructTypes.Adress();
foreach (PropertyInfo item in typeof(Trainee).GetProperties())
{
if (item.Name != "_adressOfTrainee")
{
TypeConverter typeConverter = TypeDescriptor.GetConverter(item.PropertyType);
object convertValue = typeConverter.ConvertFromString(element.Element(item.Name).Value);
item.SetValue(trainee, convertValue);
}
}
//Special to the struct adress;
myAdress.street = element.Element("_adressOfTrainee").Element("street").Value;
myAdress.houseNumber = int.Parse(element.Element("_adressOfTrainee").Element("houseNumber").Value);
myAdress.city = element.Element("_adressOfTrainee").Element("city").Value;
trainee._adressOfTrainee = myAdress;
return(trainee);
}
//This function return a List of testers that living from a X distance from a Adress that we receive.
IEnumerable <Tester> testersDistance(StructTypes.Adress adress, double disX)
{
listTesterToCheck = dalImp.testersList();
listTesterToCheck.ToList();
Random rnd = new Random();
var ourList = from t in listTesterToCheck
//this will be our distance between adress tester and adress that we receive
let numb = rnd.Next(1, 200)
where numb == disX
select new Tester(t);
ourList.ToList();
return(ourList);
}
Test ConvertXElementToTest(XElement element)
{
Test test = new Test();
StructTypes.Adress myLeavingAdress = new StructTypes.Adress();
StructTypes.Adress myEndAdress = new StructTypes.Adress();
StructTypes.testReport myTestReport = new StructTypes.testReport();
foreach (PropertyInfo item in typeof(Test).GetProperties())
{
if (item.Name != "_leavingAdress" && item.Name != "_endAdress" && item.Name != "_reportsOfTest")
{
TypeConverter typeConverter = TypeDescriptor.GetConverter(item.PropertyType);
object convertValue = typeConverter.ConvertFromString(element.Element(item.Name).Value);
item.SetValue(test, convertValue);
}
}
//Special to the struct leaving adress;
myLeavingAdress.street = element.Element("_leavingAdress").Element("street").Value;
myLeavingAdress.houseNumber = int.Parse(element.Element("_leavingAdress").Element("houseNumber").Value);
myLeavingAdress.city = element.Element("_leavingAdress").Element("city").Value;
test._leavingAdress = myLeavingAdress;
//Special to the struct end adress;
myEndAdress.street = element.Element("_endAdress").Element("street").Value;
myEndAdress.houseNumber = int.Parse(element.Element("_endAdress").Element("houseNumber").Value);
myEndAdress.city = element.Element("_endAdress").Element("city").Value;
test._endAdress = myEndAdress;
//Special to the struct report of test;
myTestReport.keepDistance = bool.Parse(element.Element("_reportsOfTest").Element("keepDistance").Value);
myTestReport.parkingBrewers = bool.Parse(element.Element("_reportsOfTest").Element("parkingBrewers").Value);
myTestReport.lookingAtMirrors = bool.Parse(element.Element("_reportsOfTest").Element("lookingAtMirrors").Value);
myTestReport.winkersSignal = bool.Parse(element.Element("_reportsOfTest").Element("winkersSignal").Value);
myTestReport.pickUpTheHandbreak = bool.Parse(element.Element("_reportsOfTest").Element("pickUpTheHandbreak").Value);
myTestReport.PedestrainCrossing = bool.Parse(element.Element("_reportsOfTest").Element("PedestrainCrossing").Value);
myTestReport.lookAtTheSigns = bool.Parse(element.Element("_reportsOfTest").Element("lookAtTheSigns").Value);
myTestReport.givingRightOfWay = bool.Parse(element.Element("_reportsOfTest").Element("givingRightOfWay").Value);
test._reportsOfTest = myTestReport;
return(test);
}
Tester ConvertXElementToTester(XElement element)
{
Tester tester = new Tester();
StructTypes.Adress myAdress = new StructTypes.Adress();
foreach (PropertyInfo item in typeof(Tester).GetProperties())
{
if (item.Name != "_adressOfTester" && item.Name != "_schedule" && /*item.Name != "_testsOfTester" &&*/ item.Name != "_maxDistanceToDoTest")
{
TypeConverter typeConverter = TypeDescriptor.GetConverter(item.PropertyType);
object convertValue = typeConverter.ConvertFromString(element.Element(item.Name).Value);
item.SetValue(tester, convertValue);
}
}
//Special to the max distance to test because double is having problems...
tester._maxDistanceToDoTest = double.Parse(element.Element("_maxDistanceToDoTest").Value);
//Special to the struct adress;
myAdress.street = element.Element("_adressOfTester").Element("street").Value;
myAdress.houseNumber = int.Parse(element.Element("_adressOfTester").Element("houseNumber").Value);
myAdress.city = element.Element("_adressOfTester").Element("city").Value;
tester._adressOfTester = myAdress;
//Special to the schedule of tester
for (int i = 0; i < BE.Configuration.hoursOfWork; i++)
{
for (int j = 0; j < BE.Configuration.daysOfWeek; j++)
{
tester._schedule[i][j] = bool.Parse(element.Element("_schedule").Element("_" + i + "_" + j).Value);
}
}
//We deleted this
////Special to the list of tests of each tester
//foreach(XElement item in testerRoot.Elements("_testsOfTester"))
//{
// tester._testsOfTester.Add(ConvertXElementToTest(item));
//}
return(tester);
}
