public void OnGet()
{
Deaths = diagnosisService.Deaths();
Recovered = diagnosisService.Recovered();
Diagnoses = diagnosisService.GetDiagnosesWithCorona();
var newDiagnosis = Diagnoses.GroupBy(d => d.Patient.Gender.ToString());
foreach (var item in newDiagnosis)
{
MaleFemale.Add(new StatisticsCore
{
Gender = item.Key,
TotalPatients = item.GroupBy(x => x.Patient.Name).Count()
});
}
var patientDeath = Deaths.GroupBy(d => d.Patient.Gender.ToString());
foreach (var item in patientDeath)
{
PatientDeath.Add(new StatisticsCore
{
Gender = item.Key,
TotalPatients = item.GroupBy(x => x.Patient.Name).Count()
});
}
}
public Body(string FirstName, string LastName, MaleFemale Sex, DateTime BornDate)
{
this.FirstName = FirstName;
this.LastName = LastName;
this.Sex = Sex;
this.BornDate = BornDate;
this.Age = DateTime.Now.AddYears(BornDate.Year * -1).Year;
}
public User(string FirstName, string LastName, MaleFemale Sex, DateTime BornDate, string EMail, int Age, int ID) : base(FirstName, LastName, Sex, BornDate)
{
this.FirstName = FirstName;
this.LastName = LastName;
this.Sex = Sex;
this.BornDate = BornDate;
this.EMail = EMail;
this.Age = Age;
this.Id = ID;
}
public User(string FirstName, string LastName, MaleFemale Sex, DateTime BornDate, string EMail, string Password) : base(FirstName, LastName, Sex, BornDate)
{
this.FirstName = FirstName;
this.LastName = LastName;
this.Sex = Sex;
this.BornDate = BornDate;
this.EMail = EMail;
this.Age = DateTime.Now.AddYears(BornDate.Year * -1).Year;
this.Password = Password;
}
public void JoinTest()
{
Node <User> node = PrepareUsers();
// We find all pairs of male-female.
List <MaleFemale> maleFemale =
Query.Join <MaleFemale, User, User, User, User, uint>(
node, new AutoSelectJoinDelegateExpression <User, uint>(
// We select all females.
delegate(User userx) { return(userx.Male == false); },
// We assign them index 0 (this is necessary for all-to-all relation)
delegate(User user1) { return(0); }
),
// We select all males
node, new AutoSelectJoinDelegateExpression <User, uint>(
// We select all males.
delegate(User usery) { return(usery.Male == true); },
// We assign them index 0 (this is for all-to-all realtion)
delegate(User user2) { return(0); }
),
// Composition of results, could also use KeyValuePair version
delegate(User female, User male)
{
MaleFemale x = new MaleFemale();
x.Male = male;
x.Female = female;
return(x);
}
);
// We find who dates who.
List <MaleFemale> result = Query.Join <MaleFemale, User, User, User, User, string>(
node, new AutoSelectJoinDelegateExpression <User, string>(delegate(User user1) { return(user1.Dates); }),
node, new AutoSelectJoinDelegateExpression <User, string>(delegate(User user2) { return(user2.Name); }),
delegate(User female, User male)
{
MaleFemale x = new MaleFemale();
x.Male = male;
x.Female = female;
return(x);
}
);
}
public Author(string FirstName, string LastName, MaleFemale Sex, DateTime BornDate, DateTime?DeathDate = null) : base(FirstName, LastName, Sex, BornDate)
{
this.DeathDate = DeathDate;
}
