public static SYS_MedicalEntity GetDoctorEntity(IObjectSet<SYS_MedicalEntity> dbSet, Doctor doctor)
{
var result = doctor == null ? null
: (dbSet.FirstOrDefault(me => me.Name == doctor.MedicalEntityName && me.Code == doctor.MedicalEntityCode)
?? dbSet.FirstOrDefault(me => me.Name == doctor.MedicalEntityName)
?? dbSet.FirstOrDefault(me => me.Code == doctor.MedicalEntityCode));
return result;
}
public static SYS_MedicalSpecialty GetDoctorSpecialty(IObjectSet<SYS_MedicalSpecialty> dbSet, Doctor doctor)
{
var result = doctor == null ? null
: (dbSet.FirstOrDefault(ms => ms.Name == doctor.MedicalSpecialtyName && ms.Code == doctor.MedicalSpecialtyCode)
?? dbSet.FirstOrDefault(ms => ms.Name == doctor.MedicalSpecialtyName)
// Note: Code has dupplicates in the database.
?? dbSet.FirstOrDefault(ms => ms.Code == doctor.MedicalSpecialtyCode));
return result;
}
public void InitDoctor()
{
if (this.wasInitDoctorCalled)
return;
this.wasInitDoctorCalled = true;
// the URL's doctor identifier (doctor's name)
var doctorIdentifier = this.RouteData.Values["doctor"] as string;
// Getting list of all doctors in this practice.
var allDoctors = this.db.Doctors
.Include("Users")
.Include("Users.Person")
.ToList();
// Resolved: uniqueness of UrlIdentifier is ensured.
// issue: 2 doctors with the same name would cause this query to fail
// the doctor being visualized (not the user as a doctor)
var doctor = allDoctors
.FirstOrDefault(d => d.UrlIdentifier == doctorIdentifier);
Debug.Assert(doctor != null, "doctor must not be null");
//if (doctor == null)
// return;
this.Doctor = doctor;
var doctorViewModels = allDoctors.Select(doc => new DoctorViewModel
{
Id = doc.Id,
Name = doc.Users.ElementAt(0).Person.FullName,
UrlIdentifier = doc.UrlIdentifier,
ImageUrl = GravatarHelper.GetGravatarUrl(doc.Users.ElementAt(0).Person.EmailGravatarHash, GravatarHelper.Size.s32),
CRM = doc.CRM,
MedicalSpecialty = doc.MedicalSpecialtyName,
IsScheduleConfigured = doc.CFG_Schedule != null,
MedicalEntity = string.Format(
string.IsNullOrEmpty(doc.MedicalEntityJurisdiction) ? "{0}" : "{0}-{1}",
doc.MedicalEntityCode,
doc.MedicalEntityJurisdiction),
})
.ToList();
this.ViewBag.Doctor = doctorViewModels.FirstOrDefault(doc => doc.Id == doctor.Id);
this.ViewBag.AllDoctors = doctorViewModels;
}
/// <summary>
/// Fills a new doctor with common useful data: default medical-certificates and a default health-insurance.
/// </summary>
/// <param name="doctor">The new doctor to receive some useful objects to work with.</param>
public static void FillNewDoctorUtilityBelt(Doctor doctor)
{
{
var medicalCertificate = new ModelMedicalCertificate
{
Name = "Comparecimento em consulta",
Text = "O paciente <%Paciente%> compareceu a uma consulta no horário de <%HoraInicio%> até <%HoraFim%>.",
PracticeId = doctor.PracticeId,
};
medicalCertificate.Fields.Add(new ModelMedicalCertificateField { Name = "HoraInicio", PracticeId = doctor.PracticeId, });
medicalCertificate.Fields.Add(new ModelMedicalCertificateField { Name = "HoraFim", PracticeId = doctor.PracticeId, });
doctor.ModelMedicalCertificates.Add(medicalCertificate);
}
{
var medicalCertificate = new ModelMedicalCertificate
{
Name = "Paciente necessita repouso",
Text = "O paciente <%Paciente%> necessita de repouso do dia <%DiaInicio%> até o dia <%DiaFim%>.",
PracticeId = doctor.PracticeId,
};
medicalCertificate.Fields.Add(new ModelMedicalCertificateField { Name = "DiaInicio", PracticeId = doctor.PracticeId, });
medicalCertificate.Fields.Add(new ModelMedicalCertificateField { Name = "DiaFim", PracticeId = doctor.PracticeId, });
doctor.ModelMedicalCertificates.Add(medicalCertificate);
}
doctor.HealthInsurances.Add(new HealthInsurance
{
Name = "Particular",
IsParticular = true,
IsActive = true,
PracticeId = doctor.PracticeId,
ReturnTimeInterval = 30,
});
}
private static bool ValidateTime(
CerebelloEntitiesAccessFilterWrapper db,
Doctor doctor,
DateTime localDate,
string startTimeText,
string endTimeText,
ModelStateDictionary modelState,
ModelStateDictionary inconsistencyMessages,
DateTime localNow)
{
if (string.IsNullOrEmpty(startTimeText) || string.IsNullOrEmpty(endTimeText))
return false;
var hasError = false;
var startRegexMatch = TimeDataTypeAttribute.Regex.Match(startTimeText);
var endRegexMatch = TimeDataTypeAttribute.Regex.Match(endTimeText);
var integerHourStart = int.Parse(startRegexMatch.Groups[1].Value) * 100 + int.Parse(startRegexMatch.Groups[2].Value);
var integerHourEnd = int.Parse(endRegexMatch.Groups[1].Value) * 100 + int.Parse(endRegexMatch.Groups[2].Value);
var monthAndDay = localDate.Month * 100 + localDate.Day;
// Validation: cannot be holliday.
var isHolliday = db.SYS_Holiday.Any(h => h.MonthAndDay == monthAndDay);
if (isHolliday)
{
inconsistencyMessages.AddModelError<AppointmentViewModel>(
model => model.LocalDateTime,
"O campo '{0}' é inválido. Este dia é um feriado.");
hasError = true;
}
//var doctor = this.Doctor;
// Validation: cannot be day-off.
var isDayOff = db.CFG_DayOff
.Where(d => d.DoctorId == doctor.Id).Any(d => d.Date == localDate.Date);
if (isDayOff)
{
inconsistencyMessages.AddModelError<AppointmentViewModel>(
model => model.LocalDateTime,
"O campo '{0}' é inválido. Este dia está no intervalo de dias sem expediente do médico.");
hasError = true;
}
// Validation: cannot set an appointment date to the past.
var localStartDate = localDate.Date + DateTimeHelper.GetTimeSpan(startTimeText);
if (localStartDate < localNow)
{
inconsistencyMessages.AddModelError<AppointmentViewModel>(
model => model.LocalDateTime,
"A data e hora indicadas estão no passado.");
hasError = true;
}
// Validation: end time cannot be the same as start time.
if (integerHourStart == integerHourEnd)
{
modelState.AddModelError<AppointmentViewModel>(
model => model.End,
"O campo '{0}' não pode ser igual ao horário de início.");
hasError = true;
}
// Validation: end time must come after the start time.
else if (integerHourStart > integerHourEnd)
{
modelState.AddModelError<AppointmentViewModel>(
model => model.End,
"O campo '{0}' não pode ser menor que o horário de início.");
hasError = true;
}
Action<string, string, string, string> checkModelTimingError = (workdayStart, workdayEnd, lunchStart, lunchEnd) =>
{
if (string.IsNullOrEmpty(workdayStart) || string.IsNullOrEmpty(workdayEnd))
{
modelState.AddModelError<AppointmentViewModel>(
model => model.LocalDateTime,
"O campo '{0}' é inválido. Não existem configurações de horário para esta data.");
hasError = true;
}
else
{
// Verify the lunch time.
// lunch time can only be a problem when it's set, because it's optional
// when the start time is set, so it is the end time
// I'm checking both here but it could be just one
if (!string.IsNullOrEmpty(lunchStart) && !string.IsNullOrEmpty(lunchEnd))
{
var lunchStartInteger = GetTimeAsInteger(lunchStart);
var lunchEndInteger = GetTimeAsInteger(lunchEnd);
bool lunchIsAfter = integerHourStart < lunchStartInteger && integerHourEnd <= lunchStartInteger;
bool lunchIsBefore = integerHourStart >= lunchEndInteger && integerHourEnd > lunchEndInteger;
if (lunchIsAfter == lunchIsBefore)
{
inconsistencyMessages.AddModelError<AppointmentViewModel>(
model => model.LocalDateTime,
"A data e hora marcada está no horário de almoço do médico.");
hasError = true;
}
}
// Verify the work time.
{
var workdayStartInteger = GetTimeAsInteger(workdayStart);
var workdayEndInteger = GetTimeAsInteger(workdayEnd);
if (integerHourStart < workdayStartInteger)
{
modelState.AddModelError<AppointmentViewModel>(
model => model.Start,
"O campo '{0}' não é um horário válido devido às configurações de horário de trabalho.");
hasError = true;
}
if (integerHourEnd > workdayEndInteger)
{
modelState.AddModelError<AppointmentViewModel>(
model => model.End,
"O campo '{0}' não é um horário válido devido às configurações de horário de trabalho.");
hasError = true;
}
}
}
};
switch (localDate.Date.DayOfWeek)
{
case DayOfWeek.Sunday:
checkModelTimingError(
doctor.CFG_Schedule.SundayWorkdayStartTime,
doctor.CFG_Schedule.SundayWorkdayEndTime,
doctor.CFG_Schedule.SundayLunchStartTime,
doctor.CFG_Schedule.SundayLunchEndTime);
break;
case DayOfWeek.Monday:
checkModelTimingError(
doctor.CFG_Schedule.MondayWorkdayStartTime,
doctor.CFG_Schedule.MondayWorkdayEndTime,
doctor.CFG_Schedule.MondayLunchStartTime,
doctor.CFG_Schedule.MondayLunchEndTime);
break;
case DayOfWeek.Tuesday:
checkModelTimingError(
doctor.CFG_Schedule.TuesdayWorkdayStartTime,
doctor.CFG_Schedule.TuesdayWorkdayEndTime,
doctor.CFG_Schedule.TuesdayLunchStartTime,
doctor.CFG_Schedule.TuesdayLunchEndTime);
break;
case DayOfWeek.Wednesday:
checkModelTimingError(
doctor.CFG_Schedule.WednesdayWorkdayStartTime,
doctor.CFG_Schedule.WednesdayWorkdayEndTime,
doctor.CFG_Schedule.WednesdayLunchStartTime,
doctor.CFG_Schedule.WednesdayLunchEndTime);
break;
case DayOfWeek.Thursday:
checkModelTimingError(
doctor.CFG_Schedule.ThursdayWorkdayStartTime,
doctor.CFG_Schedule.ThursdayWorkdayEndTime,
doctor.CFG_Schedule.ThursdayLunchStartTime,
doctor.CFG_Schedule.ThursdayLunchEndTime);
break;
case DayOfWeek.Friday:
checkModelTimingError(
doctor.CFG_Schedule.FridayWorkdayStartTime,
doctor.CFG_Schedule.FridayWorkdayEndTime,
doctor.CFG_Schedule.FridayLunchStartTime,
doctor.CFG_Schedule.FridayLunchEndTime);
break;
case DayOfWeek.Saturday:
checkModelTimingError(
doctor.CFG_Schedule.SaturdayWorkdayStartTime,
doctor.CFG_Schedule.SaturdayWorkdayEndTime,
doctor.CFG_Schedule.SaturdayLunchStartTime,
doctor.CFG_Schedule.SaturdayLunchEndTime);
break;
}
return !hasError;
}
/// <summary>
/// Returns the series of all day slots ordered.
/// </summary>
/// <param name="localDateTime"></param>
/// <param name="doctor"></param>
/// <returns></returns>
private static IEnumerable<Tuple<DateTime, DateTime>> GetDaySlotsInLocalTime(DateTime localDateTime, Doctor doctor)
{
if (localDateTime.Kind != DateTimeKind.Unspecified)
throw new ArgumentException("'localDateTime' must be expressed in local practice time-zone.", "localDateTime");
string workdayStartTimeAsString = null;
string workdayEndTimeAsString = null;
string lunchStartTimeAsString = null;
string lunchEndTimeAsString = null;
if (doctor.CFG_Schedule == null)
throw new Exception("You should have checked to see if 'doctor.CFG_Schedule' is null before calling this method.");
switch (localDateTime.DayOfWeek)
{
case DayOfWeek.Sunday:
if (!doctor.CFG_Schedule.Sunday)
return new List<Tuple<DateTime, DateTime>>();
workdayStartTimeAsString = doctor.CFG_Schedule.SundayWorkdayStartTime;
workdayEndTimeAsString = doctor.CFG_Schedule.SundayWorkdayEndTime;
lunchStartTimeAsString = doctor.CFG_Schedule.SundayLunchStartTime;
lunchEndTimeAsString = doctor.CFG_Schedule.SundayLunchEndTime;
break;
case DayOfWeek.Monday:
if (!doctor.CFG_Schedule.Monday)
return new List<Tuple<DateTime, DateTime>>();
workdayStartTimeAsString = doctor.CFG_Schedule.MondayWorkdayStartTime;
workdayEndTimeAsString = doctor.CFG_Schedule.MondayWorkdayEndTime;
lunchStartTimeAsString = doctor.CFG_Schedule.MondayLunchStartTime;
lunchEndTimeAsString = doctor.CFG_Schedule.MondayLunchEndTime;
break;
case DayOfWeek.Tuesday:
if (!doctor.CFG_Schedule.Tuesday)
return new List<Tuple<DateTime, DateTime>>();
workdayStartTimeAsString = doctor.CFG_Schedule.TuesdayWorkdayStartTime;
workdayEndTimeAsString = doctor.CFG_Schedule.TuesdayWorkdayEndTime;
lunchStartTimeAsString = doctor.CFG_Schedule.TuesdayLunchStartTime;
lunchEndTimeAsString = doctor.CFG_Schedule.TuesdayLunchEndTime;
break;
case DayOfWeek.Wednesday:
if (!doctor.CFG_Schedule.Wednesday)
return new List<Tuple<DateTime, DateTime>>();
workdayStartTimeAsString = doctor.CFG_Schedule.WednesdayWorkdayStartTime;
workdayEndTimeAsString = doctor.CFG_Schedule.WednesdayWorkdayEndTime;
lunchStartTimeAsString = doctor.CFG_Schedule.WednesdayLunchStartTime;
lunchEndTimeAsString = doctor.CFG_Schedule.WednesdayLunchEndTime;
break;
case DayOfWeek.Thursday:
if (!doctor.CFG_Schedule.Thursday)
return new List<Tuple<DateTime, DateTime>>();
workdayStartTimeAsString = doctor.CFG_Schedule.ThursdayWorkdayStartTime;
workdayEndTimeAsString = doctor.CFG_Schedule.ThursdayWorkdayEndTime;
lunchStartTimeAsString = doctor.CFG_Schedule.ThursdayLunchStartTime;
lunchEndTimeAsString = doctor.CFG_Schedule.ThursdayLunchEndTime;
break;
case DayOfWeek.Friday:
if (!doctor.CFG_Schedule.Friday)
return new List<Tuple<DateTime, DateTime>>();
workdayStartTimeAsString = doctor.CFG_Schedule.FridayWorkdayStartTime;
workdayEndTimeAsString = doctor.CFG_Schedule.FridayWorkdayEndTime;
lunchStartTimeAsString = doctor.CFG_Schedule.FridayLunchStartTime;
lunchEndTimeAsString = doctor.CFG_Schedule.FridayLunchEndTime;
break;
case DayOfWeek.Saturday:
if (!doctor.CFG_Schedule.Saturday)
return new List<Tuple<DateTime, DateTime>>();
workdayStartTimeAsString = doctor.CFG_Schedule.SaturdayWorkdayStartTime;
workdayEndTimeAsString = doctor.CFG_Schedule.SaturdayWorkdayEndTime;
lunchStartTimeAsString = doctor.CFG_Schedule.SaturdayLunchStartTime;
lunchEndTimeAsString = doctor.CFG_Schedule.SaturdayLunchEndTime;
break;
}
DateTime todayBeginning = localDateTime.Date;
var workdayStartTime = todayBeginning + DateTimeHelper.GetTimeSpan(workdayStartTimeAsString);
var workdayEndTime = todayBeginning + DateTimeHelper.GetTimeSpan(workdayEndTimeAsString);
var lunchStartTime = !string.IsNullOrEmpty(lunchStartTimeAsString) ? todayBeginning + DateTimeHelper.GetTimeSpan(lunchStartTimeAsString) : (DateTime?)null;
var lunchEndTime = !string.IsNullOrEmpty(lunchEndTimeAsString) ? todayBeginning + DateTimeHelper.GetTimeSpan(lunchEndTimeAsString) : (DateTime?)null;
// ok. Now with all the info we need, let' start building these slots
var result = new List<Tuple<DateTime, DateTime>>();
var time = workdayStartTime;
var appointmentTimeSpan = new TimeSpan(0, doctor.CFG_Schedule.AppointmentTime, 0);
while (true)
{
var timeEnd = time + appointmentTimeSpan;
// the time computation depends on whether or not theres a lunch time configured
// when there's lunch time
if (lunchStartTime.HasValue)
{
if ((time >= workdayStartTime && timeEnd <= lunchStartTime) || (time >= lunchEndTime && timeEnd <= workdayEndTime))
{
// in this case this span (time to timeEnd) is absolutely valid and we must add it to the slots
result.Add(new Tuple<DateTime, DateTime>(time, timeEnd));
time = time + appointmentTimeSpan;
}
else if (time >= workdayStartTime && timeEnd > lunchStartTime && timeEnd < workdayEndTime)
{
// this is an exception case in which the appointment would end in the middle of the lunch time
Debug.Assert(lunchEndTime != null, "lunchEndTime != null");
// the time is restarted after lunch
time = lunchEndTime.Value;
}
else
// in this case we're getting an inconsistent time and the time slots for the day are over
break;
}
// when there's no lunch time
else
{
if (time >= workdayStartTime && timeEnd <= workdayEndTime)
{
// in this case this span (time to timeEnd) is absolutely valid and we must add it to the slots
result.Add(new Tuple<DateTime, DateTime>(time, timeEnd));
time = time + appointmentTimeSpan;
}
// in this case we're getting an inconsistent time and the time slots for the day are over
else
break;
}
}
return result;
}
/// <summary>
/// Returns the next free time of a doctor, in local practice time-zone.
/// </summary>
/// <param name="db"></param>
/// <param name="doctor"></param>
/// <param name="startingFromLocalTime">
/// The date and time to start scanning for free times.
/// This must be a time in the practice time-zone.
/// </param>
/// <returns></returns>
public static Tuple<DateTime, DateTime> FindNextFreeTimeInPracticeLocalTime(
CerebelloEntitiesAccessFilterWrapper db,
Doctor doctor,
DateTime startingFromLocalTime)
{
if (startingFromLocalTime.Kind != DateTimeKind.Unspecified)
throw new ArgumentException("'startingFromLocalTime' must be expressed in local practice time-zone.", "startingFromLocalTime");
var practice = doctor.Users.FirstOrDefault().Practice;
var currentDateStartLocal = startingFromLocalTime.Date;
while (true)
{
// getting a list of valid dates to look for slots
// - days-off are invalid
DateTime[] validLocalDates;
{
var currentDateEndLocal = currentDateStartLocal.AddDays(30.0);
while (true)
{
var daysOffDates = db.CFG_DayOff
.Where(df => df.DoctorId == doctor.Id)
.Where(df => df.Date >= currentDateStartLocal && df.Date < currentDateEndLocal)
.Select(df => df.Date)
.ToArray();
validLocalDates = DateTimeHelper.Range(currentDateStartLocal, 30, d => d.AddDays(1.0)).ToArray();
validLocalDates = validLocalDates.Except(daysOffDates).ToArray();
if (validLocalDates.Length > 0)
break;
currentDateStartLocal = currentDateEndLocal;
}
}
// For each valid date, we look inside them for available slots.
foreach (var eachValidLocalDate in validLocalDates)
{
var currentDateStartUtc = ConvertToUtcDateTime(practice, eachValidLocalDate);
var currentDateEndUtc = ConvertToUtcDateTime(practice, eachValidLocalDate.AddDays(1.0).AddTicks(-1));
// take all appointments of that day
var appointments = db.Appointments
.Where(a => a.DoctorId == doctor.Id)
.Where(a => a.End >= currentDateStartUtc && a.Start <= currentDateEndUtc)
.OrderBy(a => a.Start)
.ToList();
var slots = GetDaySlotsInLocalTime(eachValidLocalDate, doctor)
.Where(s => s.Item1 >= startingFromLocalTime)
.Select(s => new
{
StartUtc = ConvertToUtcDateTime(practice, s.Item1),
EndUtc = ConvertToUtcDateTime(practice, s.Item2)
})
.ToList();
// Looking for available slots of time in the current day.
foreach (var slot in slots)
{
if (!IsTimeAvailableUtc(slot.StartUtc, slot.EndUtc, appointments))
continue;
return Tuple.Create(
ConvertToLocalDateTime(practice, slot.StartUtc),
ConvertToLocalDateTime(practice, slot.EndUtc));
};
}
}
}
private Tuple<DateTime, DateTime> FindNextFreeValidTimeInPracticeLocalTime(Doctor doctor, DateTime localNow, DateTime localStartingFrom)
{
var localStartingFrom2 = localStartingFrom;
while (true)
{
var slot = FindNextFreeTimeInPracticeLocalTime(this.db, doctor, localStartingFrom2);
var vm = new AppointmentViewModel
{
LocalDateTime = slot.Item1.Date,
Start = slot.Item1.ToString("HH:mm"),
End = slot.Item2.ToString("HH:mm"),
};
this.DoDateAndTimeValidation(vm, localNow, null);
if (vm.DateAndTimeValidationState == DateAndTimeValidationState.Passed)
{
return slot;
}
localStartingFrom2 = slot.Item2;
}
}
/// <summary>
/// Creates and saves the given number of fake patients
/// </summary>
public static List<Patient> CreateFakePatients(Doctor doctor, CerebelloEntities db, int count)
{
var maleFirstNames = new[]
{
"André",
"Anderson",
"Alan",
"Artur",
"Bruno",
"Carlos",
"Daniel",
"Danilo",
"Ernani",
"Fabiano",
"Fábio",
"Guilherme",
"Hélcio",
"Jorge",
"Leonardo",
"Marcelo",
"Miguel", // po cara! eu tb! // blz! haha
"Nelson",
"Osvaldo",
"Patrício",
"Roberto",
"Ronan",
"Thiago"
};
var femaleFirstNames = new[]
{
"Alice",
"Aline",
"Bianca",
"Bruna",
"Carla",
"Daniela",
"Elaine",
"Fabíola",
"Fabiana",
"Giovana",
"Íngridi",
"Jaqueline",
"Larissa",
"Marcela",
"Natália",
"Paula",
"Quelen",
"Renata",
"Silvana",
"Tatiana",
"Valquíria",
"Zilá"
};
var middleNames = new[]
{
"Albuquerque",
"Almeida",
"Bastos",
"Queiróz",
"Teixeira",
"Silva",
"Rodrigues",
"Santos",
"Pena",
"Bicudo",
"Gonçalves",
"Machado",
"Vianna",
"Souza",
"Moreira",
"Vieira",
"Correia",
"Reis",
"Delgado"
};
var professions = new[]
{
"Pedreiro(a)",
"Arquiteto(a)",
"Programador(a)",
"Economista",
"Engenheiro(a)",
"Padeiro(a)",
"Eletricista",
"Vendedor(a)",
"Consultor(a)",
"Biólogo(a)",
"Carpinteiro(a)",
"Advogado(a)"
};
using (var rc = RandomContext.Create())
{
var random = rc.Random;
var result = new List<Patient>();
for (var i = 0; i < count; i++)
{
// gender (random upper bound is exclusive)
var gender = random.Next(0, 2);
// first name
var possibleFirstNames = gender == 0 ? maleFirstNames : femaleFirstNames;
var firstName = possibleFirstNames[random.Next(possibleFirstNames.Length)];
// middle names
var chosenMiddleNames = new string[random.Next(2, 4)];
for (var j = 0; j < chosenMiddleNames.Length; j++)
chosenMiddleNames[j] = middleNames[random.Next(middleNames.Length)];
var birthDate = new DateTime(
random.Next(1950, 2000),
random.Next(1, 13),
random.Next(1, 29),
00,
00,
000,
DateTimeKind.Utc);
var patient = new Patient
{
Person = new Person
{
FullName = firstName + " " + string.Join(" ", chosenMiddleNames),
Gender = (short)gender,
DateOfBirth = birthDate,
MaritalStatus = (short?)random.Next(0, 4),
BirthPlace = "Brasileiro(a)",
CPF = "87324128910",
Profession = professions[random.Next(professions.Length)],
CreatedOn = Firestarter.UtcNow,
PracticeId = doctor.PracticeId,
},
Doctor = doctor,
PracticeId = doctor.PracticeId,
};
// it's important do remove diacritics because StmpClient crashes on non-ascii characters
patient.Person.Email = StringHelper.RemoveDiacritics((firstName + string.Join("", chosenMiddleNames)).ToLower() + "@fakemail.com");
Debug.Assert(!patient.Person.Addresses.Any());
patient.Person.Addresses.Add(
new Address
{
CEP = random.Next(36000000, 37000000).ToString(CultureInfo.InvariantCulture),
StateProvince = "MG",
City = "Juiz de Fora",
Neighborhood = "Centro",
Street =
"Rua " + middleNames[random.Next(middleNames.Length)] + " " +
middleNames[random.Next(middleNames.Length)],
Complement = "",
PracticeId = doctor.PracticeId,
});
result.Add(patient);
db.Patients.AddObject(patient);
}
db.SaveChanges();
return result;
}
}
/// <summary>
/// Create a new Doctor object.
/// </summary>
/// <param name="id">Initial value of the Id property.</param>
/// <param name="cRM">Initial value of the CRM property.</param>
/// <param name="urlIdentifier">Initial value of the UrlIdentifier property.</param>
/// <param name="medicalEntityCode">Initial value of the MedicalEntityCode property.</param>
/// <param name="medicalEntityName">Initial value of the MedicalEntityName property.</param>
/// <param name="medicalSpecialtyCode">Initial value of the MedicalSpecialtyCode property.</param>
/// <param name="medicalSpecialtyName">Initial value of the MedicalSpecialtyName property.</param>
/// <param name="practiceId">Initial value of the PracticeId property.</param>
public static Doctor CreateDoctor(global::System.Int32 id, global::System.String cRM, global::System.String urlIdentifier, global::System.String medicalEntityCode, global::System.String medicalEntityName, global::System.String medicalSpecialtyCode, global::System.String medicalSpecialtyName, global::System.Int32 practiceId)
{
Doctor doctor = new Doctor();
doctor.Id = id;
doctor.CRM = cRM;
doctor.UrlIdentifier = urlIdentifier;
doctor.MedicalEntityCode = medicalEntityCode;
doctor.MedicalEntityName = medicalEntityName;
doctor.MedicalSpecialtyCode = medicalSpecialtyCode;
doctor.MedicalSpecialtyName = medicalSpecialtyName;
doctor.PracticeId = practiceId;
return doctor;
}
/// <summary>
/// Deprecated Method for adding a new object to the Doctors EntitySet. Consider using the .Add method of the associated ObjectSet<T> property instead.
/// </summary>
public void AddToDoctors(Doctor doctor)
{
base.AddObject("Doctors", doctor);
}
public void DelDoctor(Doctor doctor)
{
this.DelUser(doctor.Users.Single());
}
internal static void FillDoctorViewModel(User user, SYS_MedicalEntity medicalEntity, SYS_MedicalSpecialty medicalSpecialty, UserViewModel viewModel, Doctor doctor)
{
viewModel.MedicCRM = doctor.CRM;
viewModel.MedicalSpecialtyId = medicalSpecialty != null ? medicalSpecialty.Id : (int?)null;
viewModel.MedicalSpecialtyName = medicalSpecialty != null ? medicalSpecialty.Name : null;
viewModel.MedicalEntityId = medicalEntity != null ? medicalEntity.Id : (int?)null;
viewModel.MedicalEntityName = medicalEntity != null ? medicalEntity.Name : null;
viewModel.MedicalEntityJurisdiction = (int)(TypeEstadoBrasileiro)Enum.Parse(
typeof(TypeEstadoBrasileiro),
user.Doctor.MedicalEntityJurisdiction);
}
