public void SetMatch()
{
//Arrange
var sampleOrderItem = RVCUnitOfWork.SampleOrderItemRepository
.Filter(i => i.SampleDetailID != null && i.Match == null)
.OrderByDescending(i => i.SampleOrderYear)
.FirstOrDefault();
if (sampleOrderItem == null)
{
Assert.Inconclusive("No SampleOrderItme to test.");
}
var parameters = new SetSampleMatchParameters
{
SampleOrderItemKey = sampleOrderItem.ToSampleOrderItemKey(),
Notes = "integrated testing"
};
//Act
var result = Service.SetSampleMatch(parameters);
result.AssertSuccess();
//Assert
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
using (var oldContext = new RioAccessSQLEntities())
{
var match = oldContext.tblSampleRVCMatches.FirstOrDefault(s => s.SampleDetailID == sampleOrderItem.SampleDetailID);
Assert.AreEqual(parameters.Notes, match.Notes);
}
}
public void Sets_InterWarehouseOrderShipmentInformation()
{
//Arrange
const string comments0 = "ShipmentComments! Awesome!";
const string comments1 = "Awesome comments 2.0!";
var order = RVCUnitOfWork.InventoryShipmentOrderRepository.Filter(o => o.OrderType == InventoryShipmentOrderTypeEnum.InterWarehouseOrder, o => o.ShipmentInformation).FirstOrDefault();
if (order == null)
{
Assert.Inconclusive("No suitable InterWarehouseOrder record to test found.");
}
var expectedComments = order.ShipmentInformation.ExternalNotes == comments0 ? comments1 : comments0;
//Act
var result = Service.SetShipmentInformation(new SetInventoryShipmentInformationParameters
{
InventoryShipmentOrderKey = new InventoryShipmentOrderKey(order),
ShippingInstructions = new SetShippingInstructionsParameters
{
ExternalNotes = expectedComments
}
});
var resultString = GetKeyFromConsoleString(ConsoleOutput.SetShipmentTblMove);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var moveNum = int.Parse(resultString);
var tblMove = new RioAccessSQLEntities().tblMoves.FirstOrDefault(o => o.MoveNum == moveNum);
Assert.AreEqual(expectedComments, tblMove.ExternalNotes);
}
public void Deletes_tblContract_and_tblContractDetail_items_and_KillSwitch_will_not_have_been_engaged_if_service_method_and_synchronization_were_successful()
{
//Arrange
var contract = RVCUnitOfWork.ContractRepository.All()
.FirstOrDefault(c => c.ContractId != null && c.ContractItems.Any() && c.ContractItems.All(i => !i.OrderItems.Any()));
if (contract == null)
{
Assert.Inconclusive("Could not find Contract record suitable for testing.");
}
//Act
var result = Service.RemoveCustomerContract(new ContractKey(contract));
var contractKeyString = GetKeyFromConsoleString(ConsoleOutput.RemovedContract);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var contractId = int.Parse(contractKeyString);
using (var oldContext = new RioAccessSQLEntities())
{
Assert.IsNull(oldContext.tblContracts.FirstOrDefault(c => c.ContractID == contractId));
}
}
public void Removes_tblMove_record_as_expected()
{
//Arrange
var orders = RVCUnitOfWork.SalesOrderRepository.Filter(o =>
o.InventoryShipmentOrder.ShipmentInformation.Status != ShipmentStatus.Shipped &&
o.SalesOrderPickedItems.All(i => i.PickedInventoryItem.CurrentLocationId == i.PickedInventoryItem.FromLocationId))
.ToList();
var order = orders.FirstOrDefault(o => o.SalesOrderItems.Any() && o.SalesOrderPickedItems.Any());
if (order == null)
{
order = orders.FirstOrDefault();
if (order == null)
{
Assert.Inconclusive("Could not find CustomerOrder suitable for testing.");
}
}
//Act
var result = Service.DeleteSalesOrder(order.ToSalesOrderKey());
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var orderNumString = GetKeyFromConsoleString(ConsoleOutput.RemovedTblOrder);
var orderNum = int.Parse(orderNumString);
using (var oldContext = new RioAccessSQLEntities())
{
var tblOrder = oldContext.tblOrders.FirstOrDefault(o => o.OrderNum == orderNum);
Assert.IsNull(tblOrder);
}
}
public void Creates_tblProductionSchedule_record_as_expected()
{
//Arrange
var productionLineLocation = RVCUnitOfWork.LocationRepository.FindBy(l => l.LocationType == LocationType.ProductionLine);
if (productionLineLocation == null)
{
Assert.Inconclusive("No ProductionLine location found.");
}
var productionDate = RVCUnitOfWork.ProductionScheduleRepository.SourceQuery.Select(p => p.ProductionDate).DefaultIfEmpty(DateTime.Now.Date).Max().AddDays(1);
//Act
var result = Service.CreateProductionSchedule(new CreateProductionScheduleParameters
{
UserToken = TestUser.UserName,
ProductionDate = productionDate,
ProductionLineLocationKey = productionLineLocation.ToLocationKey()
});
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
string street;
int row;
LocationDescriptionHelper.GetStreetRow(productionLineLocation.Description, out street, out row);
using (var oldContext = new RioAccessSQLEntities())
{
var productionSchedule = oldContext.tblProductionSchedules.FirstOrDefault(p => p.ProductionDate == productionDate && (int)p.LineNumber == row);
Assert.AreEqual(TestUser.EmployeeId, productionSchedule.CreatedBy);
}
}
public void Delete()
{
//Arrange
var sampleOrder = RVCUnitOfWork.SampleOrderRepository.Filter(o => o.SampleID != null)
.OrderByDescending(s => s.Year)
.FirstOrDefault();
if (sampleOrder == null)
{
Assert.Inconclusive("No SampleOrder to test.");
}
//Act
var result = Service.DeleteSampleOrder(sampleOrder.ToSampleOrderKey());
result.AssertSuccess();
//Assert
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
using (var oldContext = new RioAccessSQLEntities())
{
Assert.IsNull(oldContext.tblSamples.FirstOrDefault(s => s.SampleID == sampleOrder.SampleID));
}
}
public void Removes_tblMove_record_as_expected()
{
//Arrange
var treatmentOrder = RVCUnitOfWork.TreatmentOrderRepository.Filter(o => o.InventoryShipmentOrder.OrderStatus != OrderStatus.Fulfilled &&
o.InventoryShipmentOrder.ShipmentInformation.Status != ShipmentStatus.Shipped &&
o.InventoryShipmentOrder.PickedInventory.Items.All(i => i.CurrentLocationId == i.FromLocationId)).FirstOrDefault();
if (treatmentOrder == null)
{
Assert.Inconclusive("No suitable treatment order for testing.");
}
//Act
var result = Service.DeleteTreatmentOrder(new TreatmentOrderKey(treatmentOrder));
result.AssertSuccess();
//Assert
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var resultString = GetKeyFromConsoleString(ConsoleOutput.RemovedTblMove);
var moveNum = int.Parse(resultString);
using (var context = new RioAccessSQLEntities())
{
Assert.IsNull(context.tblMoves.FirstOrDefault(m => m.MoveNum == moveNum));
}
}
public void Updates_existing_tblMove_record_as_expected()
{
//Arrange
const string expectedComments = "pew-pew-pew";
var treatmentOrder = RVCUnitOfWork.TreatmentOrderRepository.FindBy(o => o.InventoryShipmentOrder.ShipmentInformation.ExternalNotes != expectedComments, o => o.InventoryShipmentOrder);
var parameters = new UpdateTreatmentOrderParameters
{
TreatmentOrderKey = new TreatmentOrderKey(treatmentOrder),
UserToken = TestUser.UserName,
SetShipmentInformation = new SetInventoryShipmentInformationParameters
{
ShippingInstructions = new SetShippingInstructionsParameters
{
ExternalNotes = expectedComments
}
}
};
//Act
var result = Service.UpdateTreatmentOrder(parameters);
var resultString = GetKeyFromConsoleString(ConsoleOutput.SyncTblMove);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var moveNum = int.Parse(resultString);
var tblMove = new RioAccessSQLEntities().tblMoves.FirstOrDefault(m => m.MoveNum == moveNum);
Assert.AreEqual(treatmentOrder.InventoryShipmentOrder.MoveNum, tblMove.MoveNum);
Assert.AreEqual(tblMove.ExternalNotes, parameters.SetShipmentInformation.ShippingInstructions.ExternalNotes);
}
public void Updates_tblLocation_record_as_expected()
{
//Arrange
var location = RVCUnitOfWork.LocationRepository.Filter(l => l.LocID != null).FirstOrDefault();
if (location == null)
{
Assert.Inconclusive("Could not find suitable Location to test.");
}
//Act
var result = Service.UpdateLocation(new UpdateLocationParameters
{
UserToken = TestUser.UserName,
LocationKey = new LocationKey(location),
Description = location.Description,
Active = !location.Active,
Locked = true,
});
var resultString = GetKeyFromConsoleString(ConsoleOutput.SyncLocation);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var locId = int.Parse(resultString);
var tblLocation = new RioAccessSQLEntities().tblLocations.FirstOrDefault(l => l.LocID == locId);
Assert.AreNotEqual(!location.Active, tblLocation.InActive);
}
public void Creates_new_Company_record()
{
//Arrange
var companyName = Guid.NewGuid().ToString();
companyName = companyName.Substring(0, Math.Min(companyName.Length, Constants.StringLengths.CompanyName));
//Act
var result = Service.CreateCompany(new CreateCompanyParameters
{
UserToken = TestUser.UserName,
CompanyName = companyName,
Active = true,
CompanyTypes = new[]
{
CompanyType.Freight
}
});
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var companyKey = GetKeyFromConsoleString(ConsoleOutput.SynchedCompany);
using (var oldContext = new RioAccessSQLEntities())
{
var company = oldContext.Companies.FirstOrDefault(c => c.Company_IA == companyKey);
Assert.AreEqual("Freight", company.CType);
}
}
public void Creates_new_tblPackaging_record_as_expected()
{
//Arrange
var parameters = new CreatePackagingProductParameters
{
UserToken = TestUser.UserName,
ProductName = "Test Packaging Product",
ProductCode = "123456",
Weight = 1,
PackagingWeight = 2,
PalletWeight = 3
};
//Act
var result = Service.CreatePackagingProduct(parameters);
result.AssertSuccess();
var resultString = GetKeyFromConsoleString(ConsoleOutput.SynchedTblPackaging);
//Assert
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var pkgId = int.Parse(resultString);
using (var oldContext = new RioAccessSQLEntities())
{
var tblProduct = oldContext.tblPackagings.FirstOrDefault(p => p.PkgID == pkgId);
Assert.AreEqual(parameters.ProductName, tblProduct.Packaging);
Assert.AreEqual(int.Parse(parameters.ProductCode), tblProduct.PkgID);
Assert.AreEqual(parameters.Weight, tblProduct.NetWgt);
Assert.AreEqual(parameters.PackagingWeight, tblProduct.PkgWgt);
Assert.AreEqual(parameters.PalletWeight, tblProduct.PalletWgt);
}
}
public void Creates_tblProduct_record_as_expected()
{
//Arrange
int prodId;
using (var context = new RioAccessSQLEntities())
{
prodId = context.tblProducts.Select(p => p.ProdID).DefaultIfEmpty(0).Max() + 1;
}
//Act
var parameters = new CreateProductParameters
{
UserToken = TestUser.UserName,
ProductCode = prodId.ToString(),
ProductName = "ProductNameTest"
};
var result = Service.CreateNonInventoryProduct(parameters);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var resultString = GetKeyFromConsoleString(ConsoleOutput.SynchedTblProduct);
prodId = int.Parse(resultString);
using (var oldContext = new RioAccessSQLEntities())
{
var tblProduct = oldContext.tblProducts.FirstOrDefault(p => p.ProdID == prodId);
Assert.AreEqual(parameters.ProductName, tblProduct.Product);
Assert.AreEqual(parameters.ProductCode, tblProduct.ProdID.ToString());
Assert.AreEqual(7, tblProduct.ProdGrpID);
Assert.AreEqual(3, tblProduct.PTypeID);
Assert.AreEqual(false, tblProduct.InActive);
}
}
public void Updates_tblRincon_record_and_KillSwitch_will_not_have_been_engaged_if_service_method_and_synchronization_were_successful()
{
//Arrange
const string operatorName = "Dr. Update";
var order = RVCUnitOfWork.IntraWarehouseOrderRepository.Filter(i => i.RinconID != null && i.OperatorName != operatorName).FirstOrDefault();
if(order == null)
{
Assert.Inconclusive("Could not find valid IntraWarehouseOrder to update.");
}
//Act
var result = Service.UpdateIntraWarehouseOrder(new UpdateIntraWarehouseOrderParameters
{
IntraWarehouseOrderKey = new IntraWarehouseOrderKey(order),
UserToken = TestUser.UserName,
OperatorName = operatorName,
MovementDate = new DateTime(2014, 1, 1)
});
var movementString = GetKeyFromConsoleString(ConsoleOutput.SynchronizedIntraWarehouserMovement);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var rinconId = DateTime.ParseExact(movementString, SyncIntraWarehouseOrder.DateTimeFormat, CultureInfo.InvariantCulture);
Assert.AreEqual(operatorName, new RioAccessSQLEntities().tblRincons.FirstOrDefault(r => r.RinconID == rinconId).PrepBy);
}
public void Creates_new_tblQuote_record()
{
//Act
var result = Service.SetSalesQuote(new SalesQuoteParameters
{
UserToken = TestUser.UserName,
QuoteDate = new DateTime(2016, 1, 1),
Items = new List <ISalesQuoteItemParameters>
{
new SalesQuoteItemParameters
{
CustomerProductCode = "code",
ProductKey = RVCUnitOfWork.ProductRepository.SourceQuery.First().ToProductKey(),
PackagingKey = RVCUnitOfWork.PackagingProductRepository.SourceQuery.First().ToPackagingProductKey(),
TreatmentKey = RVCUnitOfWork.InventoryTreatmentRepository.SourceQuery.First().ToInventoryTreatmentKey(),
Quantity = 1
}
}
});
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var quoteNumString = GetKeyFromConsoleString(ConsoleOutput.SyncTblQuote);
var quoteNum = int.Parse(quoteNumString);
using (var oldContext = new RioAccessSQLEntities())
{
Assert.IsNotNull(oldContext.tblQuotes.FirstOrDefault(q => q.QuoteNum == quoteNum));
}
}
public void Updates_tblOrder_record_as_expected()
{
//Arrange
var order = RVCUnitOfWork.SalesOrderRepository.Filter(o => o.OrderStatus != SalesOrderStatus.Invoiced && o.InventoryShipmentOrder.ShipmentInformation.Status == ShipmentStatus.Shipped).FirstOrDefault();
if (order == null)
{
Assert.Inconclusive("No suitable order for testing.");
}
//Act
var result = Service.PostInvoice(order.ToSalesOrderKey());
//Arrange
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var orderNumString = GetKeyFromConsoleString(ConsoleOutput.InvoicedOrder);
var orderNum = int.Parse(orderNumString);
using (var oldContext = new RioAccessSQLEntities())
{
var tblOrder = oldContext.tblOrders.FirstOrDefault(o => o.OrderNum == orderNum);
Assert.AreEqual(tblOrderStatus.Invoiced, (tblOrderStatus)tblOrder.Status);
}
}
public void Serializes_Contract_with_updated_Comments_Note_in_old_context()
{
//Arrange
const string updatedNote = "Updated contract comment!";
var contract = RVCUnitOfWork.ContractRepository
.Filter(c => c.Comments.Notes.Count() == 1 && c.Comments.Notes.All(n => n.Text != updatedNote), c => c.Comments.Notes)
.FirstOrDefault();
if (contract == null)
{
Assert.Inconclusive("No suitable test contract found.");
}
var noteKey = new NoteKey(contract.Comments.Notes.Single());
//Assert
var result = Service.UpdateNote(noteKey, new UpdateNoteParameters
{
UserToken = TestUser.UserName,
Text = updatedNote
});
var contractKeyString = GetKeyFromConsoleString(ConsoleOutput.SynchronizedContract);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var contractId = int.Parse(contractKeyString);
using (var oldContext = new RioAccessSQLEntities())
{
var serialized = oldContext.tblContracts.First(c => c.ContractID == contractId).Serialized;
var serializedContract = SerializableContract.Deserialize(serialized);
Assert.AreEqual(updatedNote, serializedContract.Notes.Single().Text);
}
}
public void Unlocks_Locations_as_expected()
{
//Arrange
var locations = RVCUnitOfWork.LocationRepository.Filter(l => l.LocID != null && l.Locked).OrderBy(l => l.Description).Take(2).ToList();
if (locations.Count != 2)
{
Assert.Inconclusive("Not enough locked locations found.");
}
//Act
var result = Service.UnlockLocations(locations.Select(l => new LocationKey(l).KeyValue));
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
using (var context = new RioAccessSQLEntities())
{
foreach (var location in locations)
{
Assert.IsTrue(context.tblLocations.FirstOrDefault(l => l.LocID == location.LocID).FreezeRow == null);
}
}
}
public void Updates_Contact_record()
{
//Arrange
var contact = RVCUnitOfWork.ContactRepository
.Filter(n => n.Name != "removedAddresses" && n.OldContextID != null && n.Addresses.Count > 1)
.FirstOrDefault();
if (contact == null)
{
Assert.Inconclusive("No suitable Contact to test.");
}
//Act
var result = Service.UpdateContact(new UpdateContactParameters
{
ContactKey = contact.ToContactKey(),
UserToken = TestUser.UserName,
Name = "removedAddresses",
EmailAddress = "*****@*****.**",
PhoneNumber = "nope"
});
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var companyKey = GetKeyFromConsoleString(ConsoleOutput.SynchedCompany);
using (var oldContext = new RioAccessSQLEntities())
{
var oldContact = oldContext.Contacts.SingleOrDefault(c => c.Company_IA == companyKey && c.Contact_IA == "removedAddresses");
Assert.AreEqual(null, oldContact.Address1_IA);
}
}
public void Creates_new_tblWarehouse_record_as_expected()
{
//Arrange
var facility = RVCUnitOfWork.FacilityRepository.All().FirstOrDefault();
if (facility == null)
{
Assert.Inconclusive("No Facility records to test with.");
}
var parameters = new UpdateFacilityParameters
{
UserToken = TestUser.UserName,
FacilityKey = new FacilityKey(facility),
Name = facility.Name == "Test Facility Inc." ? "Happy Fun-Times Inc." : "Test Facility Inc.",
Address = new Address()
};
var result = Service.UpdateFacility(parameters);
var resultString = GetKeyFromConsoleString(ConsoleOutput.SyncFacility);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var whid = int.Parse(resultString);
var tblMove = new RioAccessSQLEntities().tblWarehouses.FirstOrDefault(w => w.WHID == whid);
Assert.AreEqual(parameters.Name, tblMove.WhouseAbbr);
}
public void Updates_tblMove_Status_as_expected()
{
var inventory = RVCUnitOfWork.InventoryRepository.All().AsQueryable();
var treatmentOrder = RVCUnitOfWork.TreatmentOrderRepository.FindBy(o => o.InventoryShipmentOrder.OrderStatus == OrderStatus.Scheduled && o.InventoryShipmentOrder.ShipmentInformation.Status == ShipmentStatus.Shipped && o.InventoryShipmentOrder.PickedInventory.Items.Any() &&
o.InventoryShipmentOrder.PickedInventory.Items.All(p => inventory.Any(i => i.LotTypeId == p.LotTypeId && i.LotDateCreated == p.LotDateCreated && i.LotDateSequence == p.LotDateSequence && i.LocationId == p.CurrentLocationId && i.PackagingProductId == p.PackagingProductId && i.TreatmentId == p.TreatmentId && i.ToteKey == p.ToteKey && i.Quantity >= p.Quantity)),
o => o.InventoryShipmentOrder.DestinationFacility.Locations,
o => o.InventoryShipmentOrder.SourceFacility.Locations);
if (treatmentOrder == null)
{
Assert.Inconclusive("No suitable treatment order for testing.");
}
//Act
var result = Service.ReceiveOrder(new ReceiveTreatmentOrderParameters
{
UserToken = TestUser.UserName,
TreatmentOrderKey = new TreatmentOrderKey(treatmentOrder),
DestinationLocationKey = new LocationKey(treatmentOrder.InventoryShipmentOrder.DestinationFacility.Locations.First())
});
result.AssertSuccess();
var resultString = GetKeyFromConsoleString(ConsoleOutput.ReceivedTreatmentOrder);
//Assert
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var moveNum = int.Parse(resultString);
var tblMove = new RioAccessSQLEntities().tblMoves.FirstOrDefault(m => m.MoveNum == moveNum);
Assert.AreEqual((int)tblOrderStatus.Treated, tblMove.Status);
}
public void Creates_new_tblLot_record_and_KillSwitch_will_not_have_been_engaged_if_service_method_and_synchronization_were_successful()
{
//Arrange
var packSchedule = RVCUnitOfWork.PackScheduleRepository.All().Where(p => p.PSNum != null).OrderByDescending(p => p.DateCreated).FirstOrDefault();
if (packSchedule == null)
{
throw new Exception("Could not find valid test PackSchedule.");
}
//Act
var param = new CreateProductionBatchParameters
{
PackScheduleKey = new PackScheduleKey(packSchedule),
UserToken = TestUser.UserName,
Instructions = new[]
{
"Instruction 0",
"Instruction 1",
"Instruction 2"
}
};
var result = Service.CreateProductionBatch(param);
var lotString = GetKeyFromConsoleString(ConsoleOutput.AddedLot);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var newLot = int.Parse(lotString);
Assert.IsNotNull(new RioAccessSQLEntities().tblLots.FirstOrDefault(t => t.Lot == newLot));
}
public void Creates_new_tblMove_record_as_expected()
{
//Arrange
var source = RVCUnitOfWork.FacilityRepository.Filter(f => f.Name.Contains("rincon")).First();
var destination = RVCUnitOfWork.FacilityRepository.All().First(f => f.FacilityType == FacilityType.Treatment);
var treatment = RVCUnitOfWork.InventoryTreatmentRepository.All().First();
var parameters = new CreateTreatmentOrderParameters
{
UserToken = TestUser.UserName,
SourceFacilityKey = new FacilityKey(source),
DestinationFacilityKey = new FacilityKey(destination),
TreatmentKey = new InventoryTreatmentKey(treatment),
SetShipmentInformation = new SetInventoryShipmentInformationParameters
{
ShippingInstructions = new SetShippingInstructionsParameters
{
ExternalNotes = "When will my ship come in..."
}
}
};
//Act
var result = Service.CreateInventoryTreatmentOrder(parameters);
result.AssertSuccess();
var resultString = GetKeyFromConsoleString(ConsoleOutput.SyncTblMove);
//Assert
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var moveNum = int.Parse(resultString);
var tblMove = new RioAccessSQLEntities().tblMoves.FirstOrDefault(m => m.MoveNum == moveNum);
Assert.AreEqual(tblMove.ExternalNotes, parameters.SetShipmentInformation.ShippingInstructions.ExternalNotes);
}
public void Updates_tblBatchInstr_record_and_KillSwitch_will_not_have_been_engaged_if_service_method_and_synchronization_were_successful()
{
//Arrange
const string testnote = "TestNote!";
var productionBatch = RVCUnitOfWork.ProductionBatchRepository.Filter(b => b.InstructionNotebook.Notes.Count(n => n.Text != testnote) >= 1, b => b.InstructionNotebook.Notes).FirstOrDefault();
if (productionBatch == null)
{
Assert.Inconclusive("No suitable test ProductionBatch found.");
}
var note = productionBatch.InstructionNotebook.Notes.First();
//Act
var result = Service.UpdateNote(new NoteKey(note), new UpdateNoteParameters
{
UserToken = TestUser.UserName,
Text = testnote
});
var lotKeyString = GetKeyFromConsoleString(ConsoleOutput.UpdatedBatchInstructions);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var lot = int.Parse(lotKeyString);
using (var oldContext = new RioAccessSQLEntities())
{
var instructions = oldContext.tblBatchInstrs.Where(i => i.Lot == lot);
Assert.AreEqual(1, instructions.Count(i => i.Step == note.Sequence && i.Action == testnote));
Assert.AreEqual(0, instructions.Count(i => i.Action == note.Text));
}
}
public void Updates_tblContract_records_status_as_expected()
{
//Arrange
var contracts = RVCUnitOfWork.ContractRepository.All()
.Where(c => c.ContractStatus != ContractStatus.Rejected)
.OrderByDescending(c => c.ContractDate).Take(3).ToList();
//Act
var result = Service.SetCustomerContractsStatus(new SetContractsStatusParameters
{
ContractStatus = ContractStatus.Rejected,
ContractKeys = contracts.Select(c => c.ToContractKey().KeyValue)
});
var contractKeyString = GetKeyFromConsoleString(ConsoleOutput.SyncContractsStatus);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var ids = contractKeyString.Split(',').Select(c => int.Parse(c.Trim(' '))).ToArray();
using (var oldContext = new RioAccessSQLEntities())
{
foreach (var id in ids)
{
Assert.AreEqual("Rejected", oldContext.tblContracts.FirstOrDefault(n => n.ContractID == id).KStatus);
}
}
}
public void Updates_existing_tblLot_record_and_KillSwitch_will_not_have_engaged_if_service_method_and_synchronization_were_successful()
{
//Arrange
var lot = RVCUnitOfWork.LotRepository.Filter(l => l.LotTypeId == (decimal)LotTypeEnum.FinishedGood && l.QualityStatus != LotQualityStatus.Rejected).FirstOrDefault();
if (lot == null)
{
throw new Exception("Could not find Lot that has not been rejected.");
}
//Act
var result = Service.SetLotQualityStatus(new SetLotStatusParameters
{
UserToken = TestUser.UserName,
LotKey = new LotKey(lot),
QualityStatus = LotQualityStatus.Rejected
});
var lotString = GetKeyFromConsoleString(ConsoleOutput.UpdatedLot);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var newLot = int.Parse(lotString);
var tblLot = new RioAccessSQLEntities().tblLots.FirstOrDefault(l => l.Lot == newLot);
Assert.AreEqual((int?)LotStat.Rejected, tblLot.LotStat);
}
public void Will_create_new_tblLotHistory_record_if_setting_lot_hold_status_results_in_a_LotStat_change()
{
//Arrange
var chileLot = RVCUnitOfWork.ChileLotRepository.Filter(c => c.Lot.Hold == null && c.Lot.QualityStatus == LotQualityStatus.Released).FirstOrDefault();
if (chileLot == null)
{
throw new Exception("Could not find Accepted ChileLot without hold.");
}
var lotNumber = LotNumberBuilder.BuildLotNumber(chileLot);
var expectedLotAttributeHistories = new RioAccessSQLEntities().tblLotAttributeHistories.Count(h => h.Lot == lotNumber) + 1;
//Act
var result = Service.SetLotHoldStatus(new SetLotHoldStatusParameters
{
UserToken = TestUser.UserName,
LotKey = chileLot.ToLotKey(),
Hold = new LotHold
{
HoldType = LotHoldType.HoldForCustomer,
Description = "HOLDIT!"
}
});
var lotString = GetKeyFromConsoleString(ConsoleOutput.UpdatedLot);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
Assert.AreEqual(lotNumber, int.Parse(lotString));
Assert.AreEqual(expectedLotAttributeHistories, new RioAccessSQLEntities().tblLotAttributeHistories.Count(h => h.Lot == lotNumber));
}
public void Updates_existing_tblLot_record_and_KillSwitch_will_not_have_been_engaged_if_service_method_and_synchronization_were_successful()
{
//Arrange
var chileLot = RVCUnitOfWork.ChileLotRepository.Filter(c => c.Lot.Hold == null && c.Lot.LotDefects.All(d => d.Resolution != null),
c => c.Lot.LotDefects).FirstOrDefault();
if (chileLot == null)
{
throw new Exception("Could not find ChileLot with single InHouseContamination defect.");
}
//Act
var result = Service.SetLotHoldStatus(new SetLotHoldStatusParameters
{
UserToken = TestUser.UserName,
LotKey = new LotKey(chileLot),
Hold = new LotHold
{
HoldType = LotHoldType.HoldForCustomer,
Description = "TestTestTest"
}
});
var lotString = GetKeyFromConsoleString(ConsoleOutput.UpdatedLot);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var newLot = int.Parse(lotString);
var tblLot = new RioAccessSQLEntities().tblLots.FirstOrDefault(a => a.Lot == newLot);
Assert.AreEqual((int?)LotStat.Completed_Hold, tblLot.LotStat);
}
public void Updates_existing_tblLot_record_and_KillSwitch_will_not_have_been_engaged_if_service_method_and_synchronization_were_successful()
{
//Arrange
var chileLots = RVCUnitOfWork.ChileLotRepository.Filter(c => !c.Lot.LotDefects.Any() && c.ChileProduct.ProductAttributeRanges.Count() > 1,
c => c.ChileProduct.ProductAttributeRanges)
.OrderByDescending(c => c.LotDateCreated)
.Take(3)
.ToList();
if (chileLots.Count < 3)
{
throw new Exception("Could not find ChileLots with no defects.");
}
var attributes = StaticAttributeNames.AttributeNames.Select(n => new
{
nameKey = new AttributeNameKey(n),
value = chileLots[0].ChileProduct.ProductAttributeRanges
.Where(r => r.AttributeShortName == n.ShortName)
.Select(r => (r.RangeMax * 2) + 1)
.DefaultIfEmpty(0)
.First()
}).ToArray();
var dateTested = new DateTime(2029, 3, 30);
//Act
var result = Service.AddLotAttributes(new AddLotAttributesParameters
{
UserToken = TestUser.UserName,
LotKeys = chileLots.Select(c => c.ToLotKey().KeyValue).ToArray(),
Attributes = attributes.ToDictionary(a => a.nameKey.KeyValue, a => new AttributeValueParameters
{
AttributeInfo = new AttributeInfoParameters
{
Value = a.value,
Date = dateTested
},
} as IAttributeValueParameters)
});
var lotString = GetKeyFromConsoleString(ConsoleOutput.UpdatedLot);
//Assert
result.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
foreach (var lot in lotString.Split(new [] { ", " }, StringSplitOptions.None))
{
var newLot = int.Parse(lot);
var tblLot = new RioAccessSQLEntities().tblLots.FirstOrDefault(a => a.Lot == newLot);
foreach (var attribute in attributes)
{
var getter = tblLot.AttributeGet(attribute.nameKey);
if (getter != null)
{
Assert.AreEqual((decimal?)attribute.value, getter());
}
}
}
}
public void Removes_tblOrderDetail_record_as_expected()
{
//Arrange
var customer = RVCUnitOfWork.CustomerRepository.All().FirstOrDefault();
var contractItem = RVCUnitOfWork.ContractItemRepository.All().FirstOrDefault(i => i.Contract.CustomerId == customer.Id);
var inventory = RVCUnitOfWork.InventoryRepository.Filter(i =>
i.LotTypeId == (decimal)LotTypeEnum.FinishedGood &&
i.Lot.ProductionStatus == LotProductionStatus.Produced &&
i.Lot.QualityStatus == LotQualityStatus.Released,
i => i.Location.Facility)
.FirstOrDefault();
if (inventory == null)
{
Assert.Inconclusive("No valid test inventory found.");
}
var sourceFacility = inventory.Location.Facility;
var parameters = TestHelper.CreateObjectGraph <CreateSalesOrderParameters>();
parameters.UserToken = TestUser.UserName;
parameters.CustomerKey = customer.ToCustomerKey();
parameters.FacilitySourceKey = sourceFacility.ToFacilityKey();
parameters.OrderItems = new List <SalesOrderItemParameters>
{
new SalesOrderItemParameters
{
ContractItemKey = contractItem.ToContractItemKey(),
ProductKey = contractItem.ToChileProductKey(),
PackagingKey = contractItem.ToPackagingProductKey(),
TreatmentKey = contractItem.ToInventoryTreatmentKey(),
Quantity = 123,
CustomerLotCode = "LotCode",
PriceBase = 1,
PriceFreight = 2,
PriceTreatment = 3,
PriceWarehouse = 4,
PriceRebate = 5
}
};
//Act / Assert
var createResult = Service.CreateSalesOrder(parameters);
createResult.AssertSuccess();
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
var orderNumString = GetKeyFromConsoleString(ConsoleOutput.SyncTblOrder);
var orderNum = int.Parse(orderNumString);
using (var oldContext = new RioAccessSQLEntities())
{
var tblOrder = oldContext.tblOrders
.Include("tblOrderDetails")
.FirstOrDefault(o => o.OrderNum == orderNum);
Assert.AreEqual(1, tblOrder.tblOrderDetails.Count());
}
}
public void Updates_existing_tblLot_record_and_KillSwitch_will_not_have_been_engaged_if_service_method_and_synchronization_were_successful()
{
//Arrange
var production = RVCUnitOfWork.ChileLotProductionRepository.FindBy(c => c.ProductionType == ProductionType.MillAndWetdown && c.Results.ShiftKey != "UpdateTest" &&
c.Results.ResultItems.All(i => i.ProductionResults.Production.ResultingChileLot.Lot.Inventory.Any(n => n.PackagingProductId == i.PackagingProductId && n.LocationId == i.LocationId && n.Quantity >= i.Quantity)),
c => c.ResultingChileLot);
if (production == null)
{
Assert.Inconclusive("No suitable Mill and Wetdown record found for testing.");
}
var productionDate = DateTime.Now.Date;
var productionLine = RVCUnitOfWork.LocationRepository.Filter(l => l.LocationType == LocationType.ProductionLine).First();
var pickedInventory = RVCUnitOfWork.InventoryRepository.Filter(i => i.Lot.Hold == null && i.Lot.QualityStatus == LotQualityStatus.Released && i.Location.Facility.Name.Contains("rincon")).First();
var warehouseLocation = RVCUnitOfWork.LocationRepository.Filter(l => l.LocID != null).First();
var packagingProduct = RVCUnitOfWork.PackScheduleRepository.All().First();
//Act
var result = Service.UpdateMillAndWetdown(new UpdateMillAndWetdownParameters
{
UserToken = TestUser.UserName,
LotKey = production.ToLotKey(),
ChileProductKey = production.ResultingChileLot.ToChileProductKey(),
ShiftKey = "UpdateTest",
ProductionLineKey = productionLine.ToLocationKey(),
ProductionBegin = productionDate.AddDays(-1),
ProductionEnd = productionDate.AddHours(12),
PickedItems = new[]
{
new MillAndWetdownPickedItemParameters
{
InventoryKey = pickedInventory.ToInventoryKey(),
Quantity = pickedInventory.Quantity
}
},
ResultItems = new[]
{
new MillAndWetdownResultItemParameters
{
PackagingProductKey = packagingProduct.ToPackagingProductKey(),
LocationKey = warehouseLocation.ToLocationKey(),
Quantity = 10
}
}
});
result.AssertSuccess();
var lotString = GetKeyFromConsoleString(ConsoleOutput.UpdatedLot);
//Assert
MockKillSwitch.Verify(k => k.Engage(), Times.Never());
using (var context = new RioAccessSQLEntities())
{
var lot = int.Parse(lotString);
Assert.IsNotNull(context.tblLots.FirstOrDefault(t => t.Lot == lot));
}
}