public SystemParameterList GetGroupFamilyMedicAntecedent(ref OperationResult pobjOperationResult, int pintParentParameterId)
{
//mon.IsActive = true;
try
{
SigesoftEntitiesModel dbContext = new SigesoftEntitiesModel();
var query = (from A in dbContext.systemparameter
where A.i_ParameterId == pintParentParameterId && A.i_GroupId == 149
select new SystemParameterList
{
v_Value1 = A.v_Value1
}).FirstOrDefault();
SystemParameterList objData = query;
pobjOperationResult.Success = 1;
return(objData);
}
catch (Exception ex)
{
pobjOperationResult.Success = 0;
pobjOperationResult.ExceptionMessage = ex.Message;
return(null);
}
}
public RequestSorterTests()
{
this.users = new[]
{
new ApplicationUser {
Id = Guid.NewGuid().ToString(), CommuteDistance = 2
},
new ApplicationUser {
Id = Guid.NewGuid().ToString(), CommuteDistance = 4
},
new ApplicationUser {
Id = Guid.NewGuid().ToString(), CommuteDistance = 6
},
new ApplicationUser {
Id = Guid.NewGuid().ToString(), CommuteDistance = 8
},
new ApplicationUser {
Id = Guid.NewGuid().ToString(), CommuteDistance = 10
}
};
this.requests = new List <Request>();
this.allocations = new List <Allocation>();
this.reservations = new List <Reservation>();
this.systemParameter = new SystemParameterList {
NearbyDistance = 4
};
}
private void grdDataHabitaciones_AfterSelectChange(object sender, Infragistics.Win.UltraWinGrid.AfterSelectChangeEventArgs e)
{
if (grdDataHabitaciones.Selected.Rows.Count == 0)
{
return;
}
OperationResult objOperationResult = new OperationResult();
SystemParameterList habHospit = new SystemParameterList();
if (_mode == "NewASEGU")
{
#region Conexion SAM
ConexionSigesoft conectasam = new ConexionSigesoft();
conectasam.opensigesoft();
#endregion
var cadena1 = "select r_HospitalBedPrice from protocol where v_ProtocolId ='" + _v_ProtocoloId + "'";
SqlCommand comando = new SqlCommand(cadena1, connection: conectasam.conectarsigesoft);
SqlDataReader lector = comando.ExecuteReader();
string hab = "0.00";
while (lector.Read())
{
hab = lector.GetValue(0).ToString();
}
lector.Close();
txtPrecio.Text = double.Parse(hab).ToString("N2");
txtPrecio.Enabled = false;
}
else
{
int HabitacionId = int.Parse(grdDataHabitaciones.Selected.Rows[0].Cells["i_HabitacionId"].Value.ToString());
habHospit = _hospitalizacionBL.GetHabitaciónH(ref objOperationResult, HabitacionId);
txtPrecio.Text = double.Parse(habHospit.v_Value2).ToString("N2");
}
}
public SystemParameterList GetParentNameSystemParameter(ref OperationResult pobjOperationResult, string pstrValue, int pintGroupId)
{
//mon.IsActive = true;
try
{
SigesoftEntitiesModel dbContext = new SigesoftEntitiesModel();
var query = (from A in dbContext.systemparameter
where A.v_Value1 == pstrValue && A.i_GroupId == pintGroupId
select new SystemParameterList
{
i_ParentParameterId = A.i_ParentParameterId.Value,
}).FirstOrDefault();
var query2 = (from A in dbContext.systemparameter
where A.i_ParameterId == query.i_ParentParameterId && A.i_GroupId == pintGroupId
select new SystemParameterList
{
v_Value1 = A.v_Value1,
}).FirstOrDefault();
SystemParameterList objData = query2;
pobjOperationResult.Success = 1;
return(objData);
}
catch (Exception ex)
{
pobjOperationResult.Success = 0;
pobjOperationResult.ExceptionMessage = ex.Message;
return(null);
}
}
private void cboHabitación_SelectedIndexChanged(object sender, EventArgs e)
{
OperationResult objOperationResult = new OperationResult();
SystemParameterList habHospit = new SystemParameterList();
if (cboHabitación.SelectedValue == null)
{
return;
}
if (cboHabitación.SelectedValue.ToString() == "-1")
{
txtPrecio.Text = ".";
return;
}
if (_mode == "NewASEGU")
{
#region Conexion SAM
ConexionSigesoft conectasam = new ConexionSigesoft();
conectasam.opensigesoft();
#endregion
var cadena1 = "select r_HospitalBedPrice from protocol where v_ProtocolId ='" + _v_ProtocoloId + "'";
SqlCommand comando = new SqlCommand(cadena1, connection: conectasam.conectarsigesoft);
SqlDataReader lector = comando.ExecuteReader();
string hab = "";
while (lector.Read())
{
hab = lector.GetValue(0).ToString();
}
lector.Close();
txtPrecio.Text = hab;
txtPrecio.Enabled = false;
}
else
{
habHospit = _hospitalizacionBL.GetHabitaciónH(ref objOperationResult, int.Parse(cboHabitación.SelectedValue.ToString()));
txtPrecio.Text = habHospit.v_Value2;
}
}
public IReadOnlyList <Request> Sort(
LocalDate date,
IReadOnlyList <Request> requests,
IReadOnlyList <Allocation> existingAllocations,
IReadOnlyList <Reservation> reservations,
SystemParameterList systemParameterList)
{
var requestsToSort = requests
.Where(r => r.Date == date && IsNotAlreadyAllocated(r, existingAllocations))
.ToArray();
var exisingAllocationsRatios = requestsToSort.ToDictionary(
r => r,
r => CalculateExistingAllocationRatio(r, requests, existingAllocations, reservations));
RandomiseMissingAllocationRatios(exisingAllocationsRatios);
return(requestsToSort
.OrderBy(r => HasReservation(r, reservations))
.ThenBy(r => LivesFarAway(r, systemParameterList))
.ThenBy(r => exisingAllocationsRatios[r])
.ToArray());
}
private static int LivesFarAway(Request request, SystemParameterList systemParameterList) => request.ApplicationUser.CommuteDistance == null || request.ApplicationUser.CommuteDistance > systemParameterList.NearbyDistance ? 0 : 1;
private void btnMoveEPP_Click(object sender, EventArgs e)
{
OperationResult objOperationResult = new OperationResult();
SystemParameterBL objSystemParameterBL = new SystemParameterBL();
SystemParameterList objSystemParameterList = new SystemParameterList();
TypeOfEEPList objTypeOfEEP = new TypeOfEEPList();
if (treeViewEPP.SelectedNode == null)
{
return;
}
//Si la lista temporal es null se la setea con una lista vacia
if (_TempTypeOfEEPList == null)
{
_TempTypeOfEEPList = new List <TypeOfEEPList>();
}
int ParameterId = int.Parse(treeViewEPP.SelectedNode.Name.ToString());
History.frmOtroEPP frmOtroEpp = new History.frmOtroEPP();
string OtroEpp = "";
if (ParameterId == 16)
{
frmOtroEpp.ShowDialog();
OtroEpp = frmOtroEpp.EppName;
objSystemParameterList = objSystemParameterBL.GetParentNameSystemParameter(ref objOperationResult, frmOtroEpp.ParameterId);
}
else
{
objSystemParameterList = objSystemParameterBL.GetParentNameSystemParameter(ref objOperationResult, ParameterId);
}
History.frmEppPercentage frm = new History.frmEppPercentage(objSystemParameterList.v_Value1, 0);
frm.ShowDialog();
if (frm.DialogResult == System.Windows.Forms.DialogResult.OK)
{
if (objSystemParameterList != null)
{
TypeOfEEPList findResult = new TypeOfEEPList();
//Busco en la lista temporal si ya se agrego el item seleccionado
if (ParameterId == 16)
{
findResult = _TempTypeOfEEPList.Find(p => p.i_TypeofEEPId == frmOtroEpp.ParameterId);
}
else
{
findResult = _TempTypeOfEEPList.Find(p => p.i_TypeofEEPId == ParameterId);
}
if (findResult == null)
{
objTypeOfEEP.v_TypeofEEPId = Guid.NewGuid().ToString();
if (ParameterId == 16)
{
objTypeOfEEP.i_TypeofEEPId = frmOtroEpp.ParameterId;
objTypeOfEEP.v_TypeofEEPName = OtroEpp;
}
else
{
objTypeOfEEP.i_TypeofEEPId = ParameterId;
objTypeOfEEP.v_TypeofEEPName = objSystemParameterList.v_Value1;
}
objTypeOfEEP.r_Percentage = frm._Porcentage;
objTypeOfEEP.i_RecordStatus = (int)RecordStatus.Agregado;
objTypeOfEEP.i_RecordType = (int)RecordType.Temporal;
_TempTypeOfEEPList.Add(objTypeOfEEP);
}
else
{
if (findResult.i_RecordStatus == (int)RecordStatus.EliminadoLogico)
{
if (findResult.i_RecordType == (int)RecordType.NoTemporal)// El registro Tiene in ID de BD
{
findResult.i_TypeofEEPId = ParameterId;
findResult.v_TypeofEEPName = objSystemParameterList.v_Value1;
findResult.r_Percentage = frm._Porcentage;
findResult.i_RecordStatus = (int)RecordStatus.Grabado;
}
else if (findResult.i_RecordType == (int)RecordType.Temporal) // El registro tiene un ID temporal [GUID]
{
findResult.i_TypeofEEPId = ParameterId;
findResult.v_TypeofEEPName = objSystemParameterList.v_Value1;
findResult.r_Percentage = frm._Porcentage;
findResult.i_RecordStatus = (int)RecordStatus.Agregado;
}
}
else
{
MessageBox.Show("Por favor seleccione otro item. ya existe", "Error de validación", MessageBoxButtons.OK, MessageBoxIcon.Warning);
return;
}
}
var dataList = _TempTypeOfEEPList.FindAll(p => p.i_RecordStatus != (int)RecordStatus.EliminadoLogico);
// Cargar grilla
grdDataEPP.DataSource = new TypeOfEEPList();
grdDataEPP.DataSource = dataList;
grdDataEPP.Refresh();
}
}
}
private void btnMoveDanger_Click(object sender, EventArgs e)
{
OperationResult objOperationResult = new OperationResult();
SystemParameterBL objSystemParameterBL = new SystemParameterBL();
SystemParameterList objSystemParameterList = new SystemParameterList();
WorkstationDangersList objWorkstationDangers = new WorkstationDangersList();
if (treeViewDangers.SelectedNode == null)
{
return;
}
//Si la lista temporal es null se la setea con una lista vacia
if (_TempWorkstationDangersList == null)
{
_TempWorkstationDangersList = new List <WorkstationDangersList>();
}
int ParameterId = int.Parse(treeViewDangers.SelectedNode.Name.ToString());
History.frmOtroPeligro frmOtroPeligro = new History.frmOtroPeligro();
string OtroDangrer = "";
if (ParameterId == 35)
{
frmOtroPeligro.ShowDialog();
OtroDangrer = frmOtroPeligro.DangerName;
objSystemParameterList = objSystemParameterBL.GetParentNameSystemParameter(ref objOperationResult, frmOtroPeligro.ParameterId, 145);
}
else
{
objSystemParameterList = objSystemParameterBL.GetParentNameSystemParameter(ref objOperationResult, ParameterId, 145);
}
History.frmRuidoPopup frm = new History.frmRuidoPopup();
if (objSystemParameterList != null)
{
WorkstationDangersList findResult = new WorkstationDangersList();
//Busco en la lista temporal si ya se agrego el item seleccionado
if (ParameterId == 35)
{
findResult = _TempWorkstationDangersList.Find(p => p.i_DangerId == frmOtroPeligro.ParameterId);
}
else
{
findResult = _TempWorkstationDangersList.Find(p => p.i_DangerId == ParameterId);
}
if (findResult == null)
{
// Levantar popup para registrar datos propios de ruido
if (ParameterId == (int)PeligrosEnElPuesto.Ruido)
{
frm.ShowDialog();
if (frm.DialogResult == DialogResult.Cancel)
{
return;
}
objWorkstationDangers.v_TimeOfExposureToNoise = frm.FuenteRuido;
objWorkstationDangers.i_NoiseLevel = frm.NivelRuidoId;
objWorkstationDangers.i_NoiseSource = frm.TiempoExposicionRuidoId;
}
objWorkstationDangers.v_WorkstationDangersId = Guid.NewGuid().ToString();
objWorkstationDangers.v_ParentName = objSystemParameterList.v_Value1;
if (ParameterId == 35)
{
objWorkstationDangers.v_DangerName = OtroDangrer;
objWorkstationDangers.i_DangerId = frmOtroPeligro.ParameterId;
}
else
{
objWorkstationDangers.i_DangerId = ParameterId;
objWorkstationDangers.v_DangerName = treeViewDangers.SelectedNode.Text.ToString();
}
objWorkstationDangers.i_RecordStatus = (int)RecordStatus.Agregado;
objWorkstationDangers.i_RecordType = (int)RecordType.Temporal;
_TempWorkstationDangersList.Add(objWorkstationDangers);
}
else
{
// Levantar popup para registrar datos propios de ruido
if (ParameterId == (int)PeligrosEnElPuesto.Ruido)
{
if (findResult.i_RecordStatus == (int)RecordStatus.EliminadoLogico)
{
frm.ShowDialog();
if (frm.DialogResult == DialogResult.Cancel)
{
return;
}
}
else
{
MessageBox.Show("Por favor seleccione otro item. ya existe", "Error de validación", MessageBoxButtons.OK, MessageBoxIcon.Warning);
return;
}
}
if (findResult.i_RecordStatus == (int)RecordStatus.EliminadoLogico)
{
if (findResult.i_RecordType == (int)RecordType.NoTemporal)// El registro Tiene in ID de BD
{
findResult.i_DangerId = ParameterId;
findResult.v_DangerName = objSystemParameterList.v_Value1;
findResult.v_DangerName = treeViewDangers.SelectedNode.Text.ToString();
findResult.v_TimeOfExposureToNoise = frm.FuenteRuido;
findResult.i_NoiseLevel = frm.NivelRuidoId;
findResult.i_NoiseSource = frm.TiempoExposicionRuidoId;
findResult.i_RecordStatus = (int)RecordStatus.Grabado;
}
else if (findResult.i_RecordType == (int)RecordType.Temporal) // El registro tiene un ID temporal [GUID]
{
findResult.i_DangerId = ParameterId;
findResult.v_DangerName = objSystemParameterList.v_Value1;
findResult.v_DangerName = treeViewDangers.SelectedNode.Text.ToString();
findResult.v_TimeOfExposureToNoise = frm.FuenteRuido;
findResult.i_NoiseLevel = frm.NivelRuidoId;
findResult.i_NoiseSource = frm.TiempoExposicionRuidoId;
findResult.i_RecordStatus = (int)RecordStatus.Agregado;
}
}
else
{
MessageBox.Show("Por favor seleccione otro item. ya existe", "Error de validación", MessageBoxButtons.OK, MessageBoxIcon.Warning);
return;
}
}
var dataList = _TempWorkstationDangersList.FindAll(p => p.i_RecordStatus != (int)RecordStatus.EliminadoLogico);
//var peopleInOrder = people.OrderBy(person => person.LastName);
// Cargar grilla
grdDataDangers.DataSource = new WorkstationDangersList();
grdDataDangers.DataSource = dataList;
grdDataDangers.Refresh();
}
}
public void UpdateSystemParameterList(SystemParameterList updated) => throw new NotImplementedException();
public void Test_Get()
{
// Arrange
var firstDate = 6.November(2018);
var lastDate = 7.November(2018);
var activeDates = new[] { firstDate, lastDate };
var principal = new ClaimsPrincipal();
var loggedInUser = new ApplicationUser {
FirstName = "Colm", LastName = "Wilkinson"
};
var otherUser = new ApplicationUser {
FirstName = "Philip", LastName = "Quast"
};
var applicationUsers = new[] { loggedInUser, otherUser };
var systemParameterList = new SystemParameterList {
ReservableSpaces = 3
};
// Set up mock date calculator
var mockDateCalculator = new Mock <IDateCalculator>(MockBehavior.Strict);
mockDateCalculator
.Setup(d => d.GetActiveDates())
.Returns(activeDates);
// Set up reservation repository
var mockReservationRepository = new Mock <IReservationRepository>(MockBehavior.Strict);
mockReservationRepository
.Setup(r => r.GetReservations(firstDate, lastDate))
.Returns(
new[]
{
new Reservation {
ApplicationUser = loggedInUser, Date = firstDate, Order = 0
},
new Reservation {
ApplicationUser = otherUser, Date = firstDate, Order = 1
},
new Reservation {
ApplicationUser = otherUser, Date = lastDate, Order = 0
}
});
// Set up system parameter list repository
var mockSystemParameterListRepository = new Mock <ISystemParameterListRepository>(MockBehavior.Strict);
mockSystemParameterListRepository
.Setup(p => p.GetSystemParameterList())
.Returns(systemParameterList);
// Set up user manager
var mockUserManager = TestHelpers.CreateMockUserManager(principal, loggedInUser);
mockUserManager
.SetupGet(u => u.Users)
.Returns(applicationUsers.AsQueryable());
// Act
var model = new EditReservationsModel(
mockDateCalculator.Object,
mockSystemParameterListRepository.Object,
mockReservationRepository.Object,
mockUserManager.Object)
{
PageContext = { HttpContext = new DefaultHttpContext {
User = principal
} }
};
model.OnGet();
// Assert
Assert.NotNull(model.Calendar);
Assert.Single(model.Calendar.Weeks);
Assert.Equal(5.November(2018), model.Calendar.Weeks[0].Days[0].Date);
Assert.Equal(activeDates, model.Calendar.ActiveDates());
var expectedSelectedUserIds = new Dictionary <LocalDate, IReadOnlyList <string> >
{
{ firstDate, new[] { loggedInUser.Id, otherUser.Id, null } },
{ lastDate, new[] { otherUser.Id, null, null } }
};
foreach (var activeDate in activeDates)
{
Assert.NotNull(model.Calendar.Data(activeDate).SpaceReservations);
Assert.Equal(systemParameterList.ReservableSpaces, model.Calendar.Data(activeDate).SpaceReservations.Count);
for (var order = 0; order < model.Calendar.Data(activeDate).SpaceReservations.Count; order++)
{
var spaceReservation = model.Calendar.Data(activeDate).SpaceReservations[order];
var expectedDisplayValues = new[] { $"Space {order + 1}", otherUser.FullName, loggedInUser.FullName };
var expectedKeys = new[]
{
$"{activeDate.ForRoundTrip()}|{order}|",
$"{activeDate.ForRoundTrip()}|{order}|{otherUser.Id}",
$"{activeDate.ForRoundTrip()}|{order}|{loggedInUser.Id}"
};
Assert.Equal(expectedDisplayValues, spaceReservation.Options.Select(d => d.DisplayValue));
Assert.Equal(expectedKeys, spaceReservation.Options.Select(d => d.Key));
var expectedSelectedUserId = expectedSelectedUserIds[activeDate][order];
foreach (var displayReservation in spaceReservation.Options)
{
var expectedIsSelected =
expectedSelectedUserId != null &&
displayReservation.Key.EndsWith(expectedSelectedUserId);
Assert.Equal(expectedIsSelected, displayReservation.IsSelected);
}
}
}
}
public static void Test_Create(TestData testData)
{
var allocationDate = 26.February(2018);
var otherUsers = new[]
{
new ApplicationUser {
Id = Guid.NewGuid().ToString()
},
new ApplicationUser {
Id = Guid.NewGuid().ToString()
}
};
var otherDateRequests = new[]
{
new Request {
Date = 25.February(2018), ApplicationUser = otherUsers[0]
},
new Request {
Date = 27.February(2018), ApplicationUser = otherUsers[1]
}
};
var otherDateReservations = new[]
{
new Reservation {
Date = 25.February(2018), ApplicationUser = otherUsers[0]
},
new Reservation {
Date = 27.February(2018), ApplicationUser = otherUsers[1]
}
};
var otherDateAllocations = new[]
{
new Allocation {
Date = 25.February(2018), ApplicationUser = otherUsers[0]
},
new Allocation {
Date = 27.February(2018), ApplicationUser = otherUsers[1]
}
};
// Arrange
var users = Enumerable
.Range(0, testData.TotalUsers)
.Select(x => new ApplicationUser {
Id = Guid.NewGuid().ToString()
})
.ToArray();
var newRequests = Enumerable
.Range(0, testData.TotalNewRequests)
.Select(x => new Request {
ApplicationUser = users[x], Date = allocationDate
})
.ToArray();
var alreadyAllocatedRequests = Enumerable
.Range(testData.TotalNewRequests, testData.TotalAlreadyAllocatedRequests)
.Select(x => new Request {
ApplicationUser = users[x], Date = allocationDate
})
.ToArray();
var existingAllocations = Enumerable
.Range(testData.TotalNewRequests, testData.TotalAlreadyAllocatedRequests)
.Select(x => new Allocation {
ApplicationUser = users[x], Date = allocationDate
})
.Concat(otherDateAllocations)
.ToArray();
var allRequests = newRequests
.Concat(alreadyAllocatedRequests)
.Concat(otherDateRequests)
.ToArray();
var reservations = testData.UsersWithReservations
.Select(i => new Reservation {
ApplicationUser = users[i], Date = allocationDate
})
.Concat(otherDateReservations)
.ToArray();
var systemParameter = new SystemParameterList
{
ReservableSpaces = testData.ReservableSpaces,
TotalSpaces = testData.TotalSpaces
};
var mockSorter = new Mock <IRequestSorter>(MockBehavior.Strict);
var sortedRequests = testData.SortOrder.Select(o => newRequests[o]).ToArray();
mockSorter
.Setup(s => s.Sort(allocationDate, allRequests, existingAllocations, reservations, systemParameter))
.Returns(sortedRequests);
var expectedAllocatedRequests = sortedRequests
.Take(testData.TotalExpectedAllocations)
.ToArray();
// Act
var singleDayAllocationCreator = new SingleDayAllocationCreator(mockSorter.Object);
var result = singleDayAllocationCreator.Create(
allocationDate, allRequests, reservations, existingAllocations, systemParameter, testData.ShortLeadTime);
// Assert
Assert.Equal(expectedAllocatedRequests.Length, result.Count);
foreach (var expectedAllocatedRequest in expectedAllocatedRequests)
{
Assert.NotNull(result.SingleOrDefault(a =>
a.ApplicationUser == expectedAllocatedRequest.ApplicationUser &&
a.Date == expectedAllocatedRequest.Date));
}
}
public static void Test_Create()
{
// Arrange
var shortLeadTimeAllocationDates = new[] { 27.February(2018), 28.February(2018) };
var longLeadTimeAllocationDates = new[] { 1.March(2018), 2.March(2018) };
var mockDateCalculator = new Mock <IDateCalculator>(MockBehavior.Strict);
mockDateCalculator
.Setup(d => d.GetShortLeadTimeAllocationDates())
.Returns(shortLeadTimeAllocationDates);
mockDateCalculator
.Setup(d => d.GetLongLeadTimeAllocationDates())
.Returns(longLeadTimeAllocationDates);
var firstDate = 29.December(2017); // 60 days before first short lead time allocation date
var lastDate = 2.March(2018);
var requests = new[]
{
new Request {
Date = 27.February(2018)
},
new Request {
Date = 27.February(2018)
},
new Request {
Date = 3.January(2018)
},
new Request {
Date = 1.March(2018)
}
};
var mockRequestRepository = new Mock <IRequestRepository>(MockBehavior.Strict);
mockRequestRepository
.Setup(r => r.GetRequests(firstDate, lastDate))
.Returns(requests);
var reservations = new[]
{
new Reservation {
Date = 27.February(2018)
},
new Reservation {
Date = 27.February(2018)
},
new Reservation {
Date = 22.February(2018)
},
new Reservation {
Date = 13.January(2018)
}
};
var mockReservationRepository = new Mock <IReservationRepository>(MockBehavior.Strict);
mockReservationRepository
.Setup(r => r.GetReservations(firstDate, lastDate))
.Returns(reservations);
var originalExistingAllocations = new[]
{
new Allocation {
Date = 27.February(2018)
},
new Allocation {
Date = 27.February(2018)
},
new Allocation {
Date = 31.December(2017)
}
};
var mockAllocationRepository = new Mock <IAllocationRepository>(MockBehavior.Strict);
mockAllocationRepository
.Setup(a => a.GetAllocations(firstDate, lastDate))
.Returns(originalExistingAllocations);
var systemParameterList = new SystemParameterList();
var mockSystemParameterListRepository = new Mock <ISystemParameterListRepository>(MockBehavior.Strict);
mockSystemParameterListRepository.Setup(s => s.GetSystemParameterList()).Returns(systemParameterList);
var newAllocations = shortLeadTimeAllocationDates
.Concat(longLeadTimeAllocationDates)
.SelectMany(d => new[] { new Allocation {
Date = d
}, new Allocation {
Date = d
} })
.ToArray();
var mockSingleDayAllocationCreator = new Mock <ISingleDayAllocationCreator>(MockBehavior.Strict);
foreach (var date in shortLeadTimeAllocationDates.Concat(longLeadTimeAllocationDates))
{
mockSingleDayAllocationCreator
.Setup(c => c.Create(
date,
requests,
reservations,
It.Is(ExpectedExistingAllocations(originalExistingAllocations, newAllocations, date)),
systemParameterList,
shortLeadTimeAllocationDates.Contains(date)))
.Returns(newAllocations.Where(a => a.Date == date).ToArray());
}
mockAllocationRepository
.Setup(a => a.AddAllocations(It.IsAny <IReadOnlyList <Allocation> >()));
// Act
var result = new AllocationCreator(
mockRequestRepository.Object,
mockReservationRepository.Object,
mockAllocationRepository.Object,
mockSystemParameterListRepository.Object,
mockDateCalculator.Object,
mockSingleDayAllocationCreator.Object).Create();
// Assert
Assert.Equal(newAllocations, result);
mockAllocationRepository.Verify(r => r.AddAllocations(newAllocations), Times.Once);
}