public void Should_Count_Hispanic_On_Bool()
{
var patients = new PatientDemographic[]
{
new PatientDemographic
{
IsHispanic = false
},
new PatientDemographic
{
IsHispanic = false
},
new PatientDemographic
{
IsHispanic = false
},
new PatientDemographic
{
IsHispanic = true
}
};
var stats = reduce(patients);
var hispanic = stats.BinarySplitData.First(b => b.Category == "Hispanic");
var yes = hispanic.Left;
var no = hispanic.Right;
Assert.True(yes.Value == 1 && no.Value == 3);
}
public static int?CalculateAge(this PatientDemographic patient)
{
if (patient.Age.HasValue)
{
return(patient.Age.Value);
}
if (!patient.BirthDate.HasValue)
{
return(null);
}
if (patient.IsDeceased.HasValue && patient.IsDeceased.Value && !patient.DeathDate.HasValue)
{
return(null);
}
DateTime upper = DateTime.Today;
if (patient.IsDeceased.HasValue && patient.IsDeceased.Value && patient.DeathDate.HasValue)
{
upper = patient.DeathDate.Value;
}
var bday = patient.BirthDate.Value;
var age = upper.Year - bday.Year;
if (upper < bday.AddYears(age))
{
age--;
}
return(age);
}
public void Should_Count_Married_On_Bool()
{
var patients = new PatientDemographic[]
{
new PatientDemographic
{
IsMarried = false
},
new PatientDemographic
{
IsMarried = false
},
new PatientDemographic
{
IsMarried = false
},
new PatientDemographic
{
IsMarried = true
}
};
var stats = reduce(patients);
var married = stats.BinarySplitData.First(b => b.Category == "Married");
var yes = married.Left;
var no = married.Right;
Assert.True(yes.Value == 1 && no.Value == 3);
}
public void Should_Only_Count_Binary_Gender_On_Match()
{
var patients = new PatientDemographic[]
{
new PatientDemographic
{
Gender = "Nonbinary"
},
new PatientDemographic
{
Gender = "female"
},
new PatientDemographic
{
Gender = "female"
},
new PatientDemographic
{
Gender = "male"
}
};
var stats = reduce(patients);
var gender = stats.BinarySplitData.First(b => b.Category == "Gender");
var female = gender.Left;
var male = gender.Right;
Assert.True(male.Value == 1 && female.Value == 2);
}
public void Should_Only_GenderAgeBucket_If_Aged_All_NonBinary()
{
var patients = new PatientDemographic[]
{
new PatientDemographic
{
Age = 80
},
new PatientDemographic
{
},
new PatientDemographic
{
Age = 50
},
new PatientDemographic
{
Age = 48
}
};
var stats = reduce(patients);
var abg = stats.AgeByGenderData;
var eighty = abg.GetBucket("75-84");
var fifty = abg.GetBucket("45-54");
Assert.Equal(1, eighty.Others);
Assert.Equal(2, fifty.Others);
}
public void Should_Only_Count_AARP_If_Aged()
{
var patients = new PatientDemographic[]
{
new PatientDemographic
{
Age = 80
},
new PatientDemographic
{
},
new PatientDemographic
{
Age = 50
},
new PatientDemographic
{
Age = 32
}
};
var stats = reduce(patients);
var aarp = stats.BinarySplitData.First(b => b.Category == "AARP");
var yes = aarp.Left;
var no = aarp.Right;
Assert.True(yes.Value == 1 && no.Value == 2);
}
public void CalculateAge_Should_Return_Null_If_No_BirthDate()
{
var patient = new PatientDemographic {
};
var age = patient.CalculateAge();
Assert.Null(age);
}
public void CalculateAge_Should_Return_Current_Age_If_Not_Deceased()
{
var patient = new PatientDemographic
{
BirthDate = new DateTime(1990, 1, 1),
IsDeceased = false
};
var age = patient.CalculateAge();
Assert.True(age.HasValue && age.Value >= 28);
}
public void CalculateAge_Should_Return_Null_If_Deceased_No_DeathDate()
{
var patient = new PatientDemographic
{
BirthDate = new DateTime(1990, 1, 1),
IsDeceased = true
};
var age = patient.CalculateAge();
Assert.Null(age);
}
public void CalculateAge_Should_Return_Age_At_Death_If_Deceased_With_Date()
{
var patient = new PatientDemographic
{
BirthDate = new DateTime(1990, 1, 1),
IsDeceased = true,
DeathDate = new DateTime(2018, 1, 1)
};
var age = patient.CalculateAge();
Assert.Equal(28, age.Value);
}
public void Should_GenderAge_Ok()
{
var patients = new PatientDemographic[]
{
new PatientDemographic
{
Age = 80,
Gender = "male"
},
new PatientDemographic
{
Gender = "female"
},
new PatientDemographic
{
Age = 50,
Gender = "female"
},
new PatientDemographic
{
Age = 48,
Gender = "female"
},
new PatientDemographic
{
Age = 48,
Gender = "male"
}
};
var stats = reduce(patients);
var abg = stats.AgeByGenderData;
var eighty = abg.GetBucket("75-84");
var fifty = abg.GetBucket("45-54");
Assert.Equal(1, eighty.Males);
Assert.Equal(1, fifty.Males);
Assert.Equal(2, fifty.Females);
}
