public AddAgeClassViewModel(int tournamentId)
{
_ageClass = new AgeClass()
{
TournamentId = tournamentId
};
}
public static void Main(string[] args)
{
AgeClass Asmuo = new AgeClass("Justina", "Bauz", new DateTime(2018, 2, 13));
Console.WriteLine("Vardas - {0}, Pavarde - {1}, Gimimo Metai - {2}, Metai - {3}", Asmuo.Vardas, Asmuo.Pavarde,
Asmuo.GimimoMetai, Asmuo.GetAge());
}
public void GetAgeTest()
{
AgeClass Asmuo = new AgeClass("Juste", "Bauz", new DateTime(2018, 2, 13));
int expected = 1;
int actual = Asmuo.GetAge();
Assert.AreEqual(expected, actual);
}
public void GetAgeTest()
{
AgeClass Age = new AgeClass();
Age.GimimoMetai = DateTime(2018, 2, 13);
int expected = 1;
int actual = Age.GetAge();
Assert.AreEqual(expected, actual);
}
public object[] AgeData(int?number1, int?number2, int?number3)
{
List <AgeClass> agc = new List <AgeClass>();
DataContext da = new DataContext();
string age = "", age1 = "", age2 = "", age3 = "", age4 = "", age5 = "";
int Count = 0, Count1 = 0, Count2 = 0, Count3 = 0, Count4 = 0, Count5 = 0;
if (!number1.HasValue && !number2.HasValue && !number3.HasValue)
{
foreach (Patient p in da.Patients)
{
int Age = Convert.ToInt32(p.Age);
if (Age < 13)
{
age = "Less than 13";
Count++;
}
if ((Age >= 13) && (Age <= 18))
{
age1 = "13 - 18";
Count1++;
}
if ((Age >= 19) && (Age <= 30))
{
age2 = "19 - 30";
Count2++;
}
if ((Age >= 31) && (Age <= 45))
{
age3 = "31 - 45";
Count3++;
}
if ((Age >= 46) && (Age <= 60))
{
age4 = "46 - 60";
Count4++;
}
if (Age >= 61)
{
age5 = "61 Above";
Count5++;
}
}
AgeClass obj = new AgeClass(age, Count);
AgeClass obj1 = new AgeClass(age1, Count1);
AgeClass obj2 = new AgeClass(age2, Count2);
AgeClass obj3 = new AgeClass(age3, Count3);
AgeClass obj4 = new AgeClass(age4, Count4);
AgeClass obj5 = new AgeClass(age5, Count5);
agc.Add(obj);
agc.Add(obj1);
agc.Add(obj2);
agc.Add(obj3);
agc.Add(obj4);
agc.Add(obj5);
}
if (number1.HasValue)
{
age1 = number1.ToString();
var ag = (from e in da.Patients.ToList()
where e.Age == number1.Value.ToString()
select e.Age).ToList();
foreach (var p in ag)
{
Count1++;
}
AgeClass obj1 = new AgeClass(age1, Count1);
agc.Add(obj1);
}
if (number2.HasValue && number3.HasValue)
{
foreach (Patient p in da.Patients)
{
int Age = Convert.ToInt32(p.Age);
if ((Age >= number2.Value) && (Age <= number3.Value))
{
age1 = number2.Value.ToString() + "-" + number3.Value.ToString();
Count1++;
}
}
AgeClass obj1 = new AgeClass(age1, Count1);
agc.Add(obj1);
}
var chartData = new object[agc.Count + 1];
chartData[0] = new object[] {
"Age Group",
"Age Count"
};
int count = 0;
foreach (var i in agc)
{
count++;
chartData[count] = new object[] { i.AgeG, i.count };
}
return(chartData);
}
public void LoadData()
{
ISession session = NHibernateHelper.GetCurrentSession();
ITransaction tx = session.BeginTransaction();
females = Individual.LoadAllFemales(session);
adult = session.Get <AgeClass>("A");
unknown = session.Get <ReproductiveState>("U");
BindingList <ReproductiveState> states = new BindingList <ReproductiveState>(session
.CreateQuery("from ReproductiveState").List <ReproductiveState>());
this.comboBoxState.DataSource = states;
this.comboBoxStateNew.DataSource = new BindingList <ReproductiveState>(states);
// Get troop visit before this date
TroopVisit mostRecentTroopVisit = session
.CreateQuery("select tv from TroopVisit as tv " +
"left join fetch tv.Troop as t " +
//"left join fetch tv.Observers " +
"where t.TroopID = :troopID and " +
"tv.Date < :date " +
"order by tv.Date desc")
.SetParameter <string>("troopID", DailyData.Current.TroopVisit.Troop.TroopID)
.SetParameter <DateTime>("date", DailyData.Current.TroopVisit.Date.Date)
.SetMaxResults(1)
.UniqueResult <TroopVisit>();
// If we have a previous troop visit date, then lets get all the
// previous reproductive states
if (mostRecentTroopVisit != null)
{
initialReproductiveStates = (List <IndividualReproductiveState>)session
.CreateQuery("select r from IndividualReproductiveState as r " +
"left join fetch r.TroopVisit as tv " +
"left join fetch tv.Observers " +
"where tv = :troopVisit ")
.SetParameter <TroopVisit>("troopVisit", mostRecentTroopVisit)
.SetResultTransformer(new DistinctRootEntityResultTransformer())
.List <IndividualReproductiveState>();
}
List <IndividualReproductiveState> tempReproductivestateList = new List <IndividualReproductiveState>(initialReproductiveStates);
// Lets also get all the current ones for today, if they are already entered
if (DailyData.Current.RetrievedData)
{
todaysReproductiveStates = (List <IndividualReproductiveState>)session
.CreateQuery("select r from IndividualReproductiveState as r " +
"left join fetch r.TroopVisit as tv " +
"left join fetch tv.Observers " +
"where tv = :troopVisit ")
.SetParameter <TroopVisit>("troopVisit", DailyData.Current.TroopVisit)
.SetResultTransformer(new DistinctRootEntityResultTransformer())
.List <IndividualReproductiveState>();
// List todays entries if there are any
foreach (IndividualReproductiveState s in todaysReproductiveStates)
{
bool replacement = false;
for (int i = 0; i < todaysReproductiveStates.Count; i++)
{
if (tempReproductivestateList[i].Individual.ID == s.Individual.ID)
{
tempReproductivestateList[i] = s;
replacement = true;
break;
}
}
if (!replacement)
{
tempReproductivestateList.Add(s);
}
}
}
tx.Commit();
females = females.FindAll(new Predicate <Individual>(x =>
x.CurrentTroop(DailyData.Current.TroopVisit.Date) != null &&
x.CurrentTroop(DailyData.Current.TroopVisit.Date).TroopID == DailyData.Current.TroopVisit.Troop.TroopID));
// Add any new individuals from previous page
females.AddRange(DailyData.Current.NewIndividuals.FindAll(
new Predicate <Individual>(x =>
x.Sex == Individual.SexEnum.F)));
// Remove females who already have entries
foreach (IndividualReproductiveState irs in tempReproductivestateList)
{
int index = females.FindIndex(new Predicate <Individual>(x =>
x.ID == irs.Individual.ID));
if (index >= 0)
{
females.RemoveAt(index);
}
}
if (females.Count == 0)
{
this.comboBoxFemales.Enabled = false;
this.buttonAdd.Enabled = false;
this.comboBoxStateNew.Enabled = false;
}
else
{
this.comboBoxFemales.DataSource = females;
}
// Set missing individuals to unknown automatically
// Check to see if the individual was not seen today, replace with unknown if so
for (int i = 0; i < tempReproductivestateList.Count; i++)
{
IndividualReproductiveState current = tempReproductivestateList[i];
// We do not need to replace exising unknow entries for today
if (current.State != unknown &&
current.TroopVisit.Date.Date != DailyData.Current.TroopVisit.Date.Date &&
DailyData.Current.MissingToday.FindIndex(
x => x.ID == current.Individual.ID) > -1)
{
IndividualReproductiveState irs = new IndividualReproductiveState();
irs.TroopVisit = DailyData.Current.TroopVisit;
irs.Individual = current.Individual;
irs.State = unknown;
irs.Comments = "AUTOMATICALLY GENERATED ENTRY :- Not seen on this troop visit.";
tempReproductivestateList[i] = irs;
}
}
// Finally lets remove any individuals who have been listed as migrated
// fropm the list
foreach (Individual i in DailyData.Current.MigratedToday)
{
int index = tempReproductivestateList.FindIndex(x => x.Individual.ID == i.ID);
if (index >= 0)
{
tempReproductivestateList.RemoveAt(index);
}
}
this.boundReproductiveStates = new SortableBindingList <IndividualReproductiveState>(tempReproductivestateList);
this.dataGridView1.DataSource = boundReproductiveStates;
FinishedLoading(this, null);
}
