public void UnmergeBatch(BatchKey key)
{
if (GetBatchExists(key))
{
StaticBatches[key].Unmerge();
}
}
private void PopulateComponentAmounts(BatchKey compositionId, List <BatchReportEntryBase> resultReport)
{
var compositionPartials = m_batchRepository.GetBatches(compositionId);
var usedAmounts = new Dictionary <string, Amount>(resultReport.Count);
foreach (var composition in compositionPartials)
{
foreach (var componentEntity in composition.Components)
{
var componentBatch = componentEntity.Component;
var componentBatchKey = new BatchKey(componentBatch.MaterialId, componentBatch.BatchNumber).UnsafeToString();
var usedAmount = new Amount(componentEntity.Volume, componentEntity.Unit);
if (usedAmounts.TryGetValue(componentBatchKey, out var rollingSum))
{
usedAmount = m_amountProcessor.Add(rollingSum, usedAmount);
}
usedAmounts[componentBatchKey] = usedAmount;
}
}
foreach (var row in resultReport.OfType <BatchReportEntry>())
{
var usageKey = new BatchKey(row.MaterialId, row.BatchNumber).UnsafeToString();
if (usedAmounts.TryGetValue(usageKey, out var amount))
{
row.CustomField1 = amount.ToString();
}
}
}
public void Register(KAnimConverter.IAnimConverter controller)
{
if (!isReady)
{
Debug.LogError($"Batcher isnt finished setting up, controller [{controller.GetName()}] is registering too early.");
}
BatchKey batchKey = BatchKey.Create(controller);
Vector2I vector2I = ControllerToChunkXY(controller);
if (!batchSets.TryGetValue(batchKey, out BatchSet value))
{
value = new BatchSet(GetBatchGroup(new BatchGroupKey(batchKey.groupID)), batchKey, vector2I);
batchSets[batchKey] = value;
if (value.key.materialType == KAnimBatchGroup.MaterialType.UI)
{
uiBatchSets.Add(new BatchSetInfo
{
batchSet = value,
isActive = false,
spatialIdx = vector2I
});
}
else
{
culledBatchSetInfos.Add(new BatchSetInfo
{
batchSet = value,
isActive = false,
spatialIdx = vector2I
});
}
}
value.Add(controller);
}
protected BatchReportEntryBase(BatchKey batchKey)
{
//To ensure key was resolved
batchKey.UnsafeToString();
BatchKey = batchKey;
}
public IEnumerable <Tuple <IPurchaseOrder, decimal> > GetOrdersByUsedBatch(BatchKey bqatch, int pageSize, int pageNumber)
{
var orderIds = new List <Tuple <long, decimal> >();
m_database.Sql().Call("GetOrderIdsByUsedBatch").WithParam("@projectId", m_session.Project.Id)
.WithParam("@materialId", bqatch.GetMaterialId(m_batchFacade))
.WithParam("@batchNumber", bqatch.GetBatchNumber(m_batchFacade))
.WithParam("@skip", pageSize * pageNumber).WithParam("@take", pageSize).ReadRows <long, int, string, decimal>(
(orderId, prio, orderNum, qty) =>
{
orderIds.Add(new Tuple <long, decimal>(orderId, qty));
});
var entities = m_database.SelectFrom <IPurchaseOrder>()
.Where(o => o.Id.InCsv(orderIds.Select(i => i.Item1)))
.Execute().ToList();
foreach (var id in orderIds)
{
var ett = entities.FirstOrDefault(e => e.Id == id.Item1);
if (ett != null)
{
yield return(new Tuple <IPurchaseOrder, decimal>(ett, id.Item2));
}
}
}
public void SetBatchPreferrence(BatchKey batchKey)
{
var materialId = batchKey.GetMaterialId(m_batchRepository);
var batchNumber = batchKey.GetBatchNumber(m_batchRepository);
var existingPreferrence = LoadPreferrences().FirstOrDefault(p => p.MaterialId == materialId) ?? m_database.New <IPackingPreferredBatch>(
p =>
{
p.MaterialId = materialId;
p.UserId = m_session.User.Id;
});
if (existingPreferrence.BatchNumber?.Equals(batchNumber, StringComparison.InvariantCultureIgnoreCase) !=
true)
{
m_cache.Remove(GetPreferredBatchesCacheKey());
}
else if ((DateTime.Now - existingPreferrence.LastActivity).TotalMinutes < 5)
{
//to reduce db writes
return;
}
existingPreferrence.BatchNumber = batchNumber;
existingPreferrence.LastActivity = DateTime.Now;
m_database.Save(existingPreferrence);
}
private BatchReportModel LoadSegments(BatchKey key, int pageNumber)
{
var segments = m_batchRepository.GetBatches(key).OrderBy(b => b.Created).ToList();
var entry = new BatchSegmentsReportEntry(key);
foreach (var b in segments)
{
entry.Segments.Add(new BatchSegmentModel
{
SegmentId = b.Id,
Amount = new Amount(b.Volume, m_unitRepository.GetUnit(b.UnitId)).ToString(),
Author = m_userRepository.GetUserNick(b.AuthorId),
Date = StringUtil.FormatDate(b.Created),
Price = $"{StringUtil.FormatPrice(b.ProductionWorkPrice ?? 0m)} CZK",
HasRecipe = b.RecipeId != null
});
}
var result = new BatchReportModel();
result.Report.Add(entry);
return(result);
}
public IEnumerable <StockEventViewModel> GetBatchEvents(string batchId, string eventTypeName)
{
var etype =
m_eventRepository.GetAllEventTypes().FirstOrDefault(etp => etp.TabTitle == eventTypeName).Ensure();
var rawEvents =
m_eventRepository.GetBatchEvents(BatchKey.Parse(batchId))
.Where(e => e.TypeId == etype.Id)
.Select(e => new StockEventViewModel(e));
var result = new List <StockEventViewModel>();
foreach (var rawEvent in rawEvents)
{
var sameGrpEvt = result.FirstOrDefault(e => e.GroupingKey.Equals(rawEvent.GroupingKey));
if (sameGrpEvt != null)
{
sameGrpEvt.Join(rawEvent, m_amountProcessor);
continue;
}
result.Add(rawEvent);
}
return(result);
}
public void AddToBatches(BatchKey key, RuntimeSurfaceGeometry surfaceGeometry)
{
if (!separateLights)
{
key.sourceLight = null;
key.layeredTransparentSideSourceLight = null;
}
#if USE_TEXTURE_ARRAYS
if (!separateTextures)
{
key.sourceShapeDescriptor = ShapeDescriptor.Empty;
key.layeredTransparentSideShapeDescriptor = ShapeDescriptor.Empty;
}
#endif
if (!separateShaders)
{
key.sourceMaterial = null;
key.layeredTransparentSideSourceMaterial = null;
}
if (!StaticBatches.ContainsKey(key))
{
StaticBatches[key] = new SurfaceBatch(GetUniqueMaterials(key), key.sourceMedia);
}
StaticBatches[key].AddSurface(surfaceGeometry);
}
private BatchReportModel LoadSaleEvents(BatchKey key, int pageNumber)
{
var events = m_saleEventRepository.GetAllocationsByBatch(key).ToList();
var aggregatedAllocations = new List <SaleEventAllocationModel>(events.Count);
foreach (var evt in events)
{
if (aggregatedAllocations.Any(ag => ag.Populate(evt, m_amountProcessor)))
{
continue;
}
var newRecord = new SaleEventAllocationModel();
newRecord.Populate(evt, m_amountProcessor);
aggregatedAllocations.Add(newRecord);
}
var entry = new BatchSaleEventsReportEntry(key);
entry.SaleEvents.AddRange(aggregatedAllocations.OrderByDescending(a => a.SortDt));
var result = new BatchReportModel();
result.Report.Add(entry);
return(result);
}
private BatchReportModel LoadOrders(BatchKey key, int ordersPageNumber)
{
var orders = m_ordersFacade.GetOrdersByUsedBatch(key, c_pageSize, ordersPageNumber).ToList();
var entry = new BatchOrdersReportEntry(key)
{
CanLoadMoreOrders = orders.Count == c_pageSize,
NextOrdersPage = ordersPageNumber + 1
};
foreach (var entity in orders)
{
entry.Orders.Add(new BatchOrderModel
{
OrderId = entity.Item1.Id,
Customer = entity.Item1.CustomerEmail,
OrderNumber = entity.Item1.OrderNumber,
PurchaseDate = StringUtil.FormatDateTime(entity.Item1.PurchaseDate),
Status = m_orderStatusRepository.Translate(entity.Item1.OrderStatusId),
Quantity = StringUtil.FormatDecimal(entity.Item2),
IsAllocation = !OrderStatus.IsSent(entity.Item1.OrderStatusId),
AllocationHandle = OrderStatus.IsSent(entity.Item1.OrderStatusId) ? null : $"{entity.Item1.Id}|{key.ToString(m_batchFacade)}"
});
}
var result = new BatchReportModel();
result.Report.Add(entry);
return(result);
}
public BatchSet(KAnimBatchGroup batchGroup, BatchKey batchKey, Vector2I spacialIdx)
{
idx = spacialIdx;
key = batchKey;
dirty = true;
group = batchGroup;
batches = new List <KAnimBatch>();
}
private BatchReportEntry MapEntry(DbDataReader row)
{
#region Column ordinals
const int batchId = 0;
const int inventoryName = 1;
const int batchNumber = 2;
const int materialName = 3;
const int materialId = 4;
const int batchVolume = 5;
const int unit = 6;
const int batchCreateDt = 7;
const int batchCloseDt = 8;
const int batchLockDt = 9;
const int batchAvailable = 10;
const int batchProductionDt = 11;
const int numberOfComponents = 13;
const int numberOfCompositions = 14;
const int numberOfOrders = 16;
const int price = 17;
const int invoiceNr = 18;
const int numberOfStockEvents = 19;
const int numberOfSaleEvents = 20;
const int numberOfSegments = 21;
const int availableAmountValue = 22;
const int availableAmountUnitId = 23;
#endregion
var key = BatchKey.Parse(row.GetString(batchId));
var entry = new BatchReportEntry(key)
{
InventoryName = row.GetString(inventoryName),
BatchNumber = row.IsDBNull(batchNumber) ? "?" : row.GetString(batchNumber),
MaterialName = row.GetString(materialName),
MaterialId = row.GetInt32(materialId),
CreateDt = StringUtil.FormatDateTime(row.GetDateTime(batchCreateDt)),
IsClosed = !row.IsDBNull(batchCloseDt),
IsLocked = !row.IsDBNull(batchLockDt),
IsAvailable = row.GetBoolean(batchAvailable),
NumberOfComponents = row.GetInt32(numberOfComponents),
NumberOfCompositions = row.GetInt32(numberOfCompositions),
NumberOfOrders = row.GetInt32(numberOfOrders),
Price = row.IsDBNull(price) ? string.Empty : $"{StringUtil.FormatDecimal(row.GetDecimal(price))} CZK",
InvoiceNumber = row.IsDBNull(invoiceNr) ? string.Empty : string.Join(", ", row.GetString(invoiceNr).Split(';').Distinct()),
HasStockEvents = (!row.IsDBNull(numberOfStockEvents)) && (row.GetInt32(numberOfStockEvents) > 0),
NumberOfSaleEvents = row.GetInt32(numberOfSaleEvents),
NumberOfSegments = row.GetInt32(numberOfSegments),
AvailableAmountValue = row.GetDecimal(availableAmountValue),
AvailableAmountUnitId = row.GetInt32(availableAmountUnitId),
TotalAmountValue = row.GetDecimal(batchVolume),
TotalAmountUnitName = row.GetString(unit)
};
return(entry);
}
public IEnumerable <IMaterialBatch> GetBatches(BatchKey key)
{
var materialId = key.GetMaterialId(this);
var batchNumber = key.GetBatchNumber(this);
var entities = m_database.SelectFrom <IMaterialBatch>().Where(b => b.ProjectId == m_session.Project.Id)
.Where(b => b.CloseDt == null).Where(b => b.MaterialId == materialId && b.BatchNumber == batchNumber)
.OrderBy(b => b.Created).Execute().ToList();
return(entities.Select(e => new MaterialBatchAdapter(e, m_serviceLocator)));
}
private BatchReportModel LoadPriceComponents(BatchKey key, int queryLoadPriceComponentsPage)
{
var entry = new PriceComponentsReportEntry(key);
entry.PriceComponents.AddRange(m_batchFacade.GetPriceComponents(key));
var result = new BatchReportModel();
result.Report.Add(entry);
return(result);
}
public void DeleteBatch(BatchKey batchKey)
{
using (var tx = m_database.OpenTransaction())
{
foreach (var b in m_batchRepository.GetBatches(batchKey))
{
DeleteBatch(b.Id);
}
tx.Commit();
}
}
public IEnumerable <IMaterialStockEvent> GetBatchEvents(BatchKey key)
{
var batchNumber = key.GetBatchNumber(m_batchRepository);
var materialId = key.GetMaterialId(m_batchRepository);
return
(m_database.SelectFrom <IMaterialStockEvent>()
.Join(e => e.Batch)
.Where(m => m.ProjectId == m_session.Project.Id)
.Where(m => m.Batch.MaterialId == materialId && m.Batch.BatchNumber == batchNumber)
.Execute().Select(b => new MaterialStockEventAdapter(m_serviceLocator, b)));
}
public void RemoveFromBatches(BatchKey key, RuntimeSurfaceGeometry surfaceGeometry)
{
if (GetBatchExists(key))
{
var occupied = StaticBatches[key].RemoveSurface(surfaceGeometry);
if (!occupied)
{
StaticBatches.Remove(key);
}
}
}
public BatchKey ToKey()
{
if (!string.IsNullOrWhiteSpace(BatchId))
{
return(BatchKey.Parse(BatchId));
}
if (string.IsNullOrWhiteSpace(BatchNumberQuery) || MaterialId == null)
{
throw new InvalidOperationException("Cannot complete batch key");
}
return(new BatchKey(MaterialId.Value, BatchNumberQuery));
}
public IEnumerable <ISaleEventAllocation> GetAllocationsByBatch(BatchKey key)
{
var batchNumber = key.GetBatchNumber(m_batchFacade);
var materialId = key.GetMaterialId(m_batchFacade);
var allocs = m_database.SelectFrom <ISaleEventAllocation>()
.Join(a => a.Batch)
.Where(b => b.Batch.MaterialId == materialId &&
b.Batch.BatchNumber == batchNumber &&
b.Batch.ProjectId == m_session.Project.Id)
.Execute();
return(allocs.Select(a => new SaleEventAllocationAdapter(m_serviceLocator, a)));
}
public void CutOrderAllocation(string handle)
{
// "orderId|batchKey"
var parts = handle.Split('|');
var orderId = int.Parse(parts[0]);
if (parts.Length == 2)
{
var key = BatchKey.Parse(parts[1]);
m_batchFacade.CutOrderAllocation(orderId, key);
}
else if (parts.Length == 1)
{
m_batchFacade.CutOrderAllocation(orderId, null);
}
}
public IEnumerable <PriceComponentModel> GetPriceComponents(BatchKey key)
{
var batches = m_batchRepository.GetBatches(key).Select(b => b.Id);
var result = new List <PriceComponentModel>();
foreach (var bid in batches)
{
var segmentComponents = GetPriceComponents(bid, false);
foreach (var sc in segmentComponents)
{
var existing = result.FirstOrDefault(c =>
c.Text.Equals(sc.Text, StringComparison.InvariantCultureIgnoreCase));
if (existing != null)
{
existing.RawValue += sc.RawValue;
existing.IsWarning = existing.IsWarning || sc.IsWarning;
continue;
}
result.Add(sc);
}
}
var warnings = new List <PriceComponentModel>();
for (var i = result.Count - 1; i >= 0; i--)
{
if (result[i].IsWarning)
{
warnings.Insert(0, result[i]);
result.RemoveAt(i);
}
}
result.AddRange(warnings);
AddSumPriceComponent(result);
return(result);
}
/// <summary>
/// Use key = null to delete all allocations from this order
/// </summary>
/// <param name="orderId"></param>
/// <param name="key"></param>
public void CutOrderAllocation(long orderId, BatchKey key)
{
var order = m_orderRepository.GetOrder(orderId).Ensure();
if (OrderStatus.IsSent(order.OrderStatusId))
{
throw new InvalidOperationException("Tato objednávka již byla odeslána");
}
var assignmentsToCut = new List <IOrderItemMaterialBatch>();
foreach (var item in order.Items)
{
foreach (var orderItemMaterialBatch in item.AssignedBatches.Where(i => key?.Match(i.MaterialBatch, this) ?? true))
{
assignmentsToCut.Add(orderItemMaterialBatch);
}
foreach (var kitChild in item.KitChildren)
{
foreach (var orderItemMaterialBatch in kitChild.AssignedBatches.Where(i => key?.Match(i.MaterialBatch, this) ?? true))
{
assignmentsToCut.Add(orderItemMaterialBatch);
}
}
}
if (!assignmentsToCut.Any())
{
m_log.Error($"CutOrderAllocation - no allocations found orderId={orderId}, key={key?.ToString(this)}");
}
m_database.DeleteAll(assignmentsToCut);
foreach (var cutBatchId in assignmentsToCut.Select(a => a.MaterialBatchId).Distinct())
{
ReleaseBatchAmountCache(cutBatchId);
}
}
private static void GetGiftBatches(Int32 ADaySpan)
{
DateTime GiftsSince = DateTime.Now.AddDays(0 - ADaySpan);
String SqlQuery = "SELECT " +
"a_batch_number_i AS BatchNumber, " +
"a_ledger_number_i AS LedgerNumber " +
"FROM PUB_a_batch " +
"WHERE a_batch_description_c LIKE 'Gift Batch %' " +
"AND a_date_of_entry_d > '" + GiftsSince.ToString("yyyy-MM-dd") + "' "
;
DataSet GiftBatchDS = DBAccess.GDBAccessObj.Select(SqlQuery, "GiftBatchTbl", FTransaction);
GiftBatches.Clear();
foreach (DataRow Row in GiftBatchDS.Tables["GiftBatchTbl"].Rows)
{
BatchKey NewKey = new BatchKey();
NewKey.BatchNumber = Convert.ToInt32(Row["BatchNumber"]);
NewKey.LedgerNumber = Convert.ToInt32(Row["LedgerNumber"]);
GiftBatches.Add(NewKey);
}
}
private void CreateReceivablesCreditMemo(int KeyCompany, DataTable tblVenta, string sCultureName, int RecordPos, string sChequera)
{
Context Context = new Context();
Context.OrganizationKey = (OrganizationKey) new CompanyKey()
{
Id = KeyCompany
};
Context.CultureName = sCultureName;
ReceivablesDocumentKey receivablesDocumentKey = new ReceivablesDocumentKey();
CustomerKey customerKey = new CustomerKey();
customerKey.Id = Convert.ToString(tblVenta.Rows[RecordPos]["idCliente"]);
BatchKey batchKey = new BatchKey();
batchKey.Id = tblVenta.Rows[RecordPos]["IDLote"].ToString();
MoneyAmount moneyAmount = new MoneyAmount();
moneyAmount.Currency = Convert.ToString(tblVenta.Rows[RecordPos]["IDMoneda"]);
moneyAmount.Value = Convert.ToDecimal(tblVenta.Rows[RecordPos]["MontoXCobrar"]);
ReceivablesCreditMemo receivablesCreditMemo = new ReceivablesCreditMemo();
string str = tblVenta.Rows[RecordPos]["NoDocumento"].ToString();
receivablesDocumentKey.Id = str;
receivablesCreditMemo.Key = receivablesDocumentKey;
if (tblVenta.Rows[RecordPos]["Fecha"].ToString() != "")
{
receivablesCreditMemo.Date = new DateTime?(Convert.ToDateTime(tblVenta.Rows[RecordPos]["Fecha"]));
}
receivablesCreditMemo.BatchKey = batchKey;
receivablesCreditMemo.CustomerKey = customerKey;
receivablesCreditMemo.SalesAmount = moneyAmount;
Policy policyByOperation = this.wsDynamicsGP.GetPolicyByOperation("CreateReceivablesCreditMemo", Context);
this.wsDynamicsGP.CreateReceivablesCreditMemo(receivablesCreditMemo, Context, policyByOperation);
}
private void PopulateCompositionAmounts(BatchKey componentBatchId, List <BatchReportEntryBase> report)
{
foreach (var reportRow in report.OfType <BatchReportEntry>())
{
var componentBatches = m_batchRepository.GetBatches(componentBatchId).ToList();
if (!componentBatches.Any())
{
continue;
}
Amount theAmount = null;
foreach (var compnentBatch in componentBatches)
{
foreach (var compositionBatch in m_batchRepository.GetBatches(reportRow.BatchKey))
{
foreach (var componentEntity in compositionBatch.Components)
{
var componentBatch = componentEntity.Component;
if (componentBatch.MaterialId != componentBatchId.GetMaterialId(m_batchRepository) ||
(!componentBatch.BatchNumber.Equals(componentBatchId.GetBatchNumber(m_batchRepository),
StringComparison.InvariantCultureIgnoreCase)))
{
continue;
}
var usedAmount = new Amount(componentEntity.Volume, componentEntity.Unit);
theAmount = m_amountProcessor.Add(theAmount, usedAmount);
}
}
}
reportRow.CustomField1 = theAmount?.ToString();
}
}
private bool GetBatchExists(BatchKey key)
{
return(StaticBatches.ContainsKey(key));
}
// Note: this is private, as it's best to just use MergeAllBatches
// there's no real advantage to being precise with merging,
// since MergeAllBatched only merges unmerged ones.
private void MergeBatch(BatchKey key)
{
StaticBatches[key].Merge(deleteOriginalObjects);
}
public bool GetBatchIsMerged(BatchKey key)
{
return(GetBatchExists(key) && StaticBatches[key].IsMerged);
}
public Material[] GetUniqueMaterials(BatchKey key)
{
if (!separateLights)
{
key.sourceLight = null;
key.layeredTransparentSideSourceLight = null;
}
#if USE_TEXTURE_ARRAYS
if (!separateTextures)
{
key.sourceShapeDescriptor = ShapeDescriptor.Empty;
key.layeredTransparentSideShapeDescriptor = ShapeDescriptor.Empty;
}
#endif
var materialCount = key.layeredTransparentSideSourceMaterial ? 2 : 1;
if (!separateShaders)
{
key.sourceMaterial = null;
key.layeredTransparentSideSourceMaterial = null;
}
if (SurfaceMaterials.ContainsKey(key))
{
if (separateShaders)
{
return(SurfaceMaterials[key]);
}
return(materialCount == 2 ?
new Material[]
{
SurfaceMaterials[key][0],
SurfaceMaterials[key][0]
} :
SurfaceMaterials[key]);
}
Material[] uniqueMaterials = new Material[materialCount];
#if USE_TEXTURE_ARRAYS
if (!separateLights &&
!separateTextures &&
separateShaders)
{
// Everything should be consolidated, so use the source materials directly
// TODO: !!! - This code becomes unnecessary once the arrays are properly reassigned (see notes below)
uniqueMaterials[0] = key.sourceMaterial;
if (materialCount == 2)
{
uniqueMaterials[1] = key.layeredTransparentSideSourceMaterial;
}
}
else
#endif
{
uniqueMaterials[0] = new Material(key.sourceMaterial);
if (key.sourceLight != null)
{
uniqueMaterials[0].name += $" Light({key.sourceLight.NativeIndex})";
}
if (key.layeredTransparentSideSourceMaterial)
{
uniqueMaterials[1] = new Material(key.layeredTransparentSideSourceMaterial);
if (key.layeredTransparentSideSourceLight != null)
{
uniqueMaterials[1].name += $" Light({key.layeredTransparentSideSourceLight.NativeIndex})";
}
}
#if USE_TEXTURE_ARRAYS
// TODO: !!! Need to make sure that the Texture2DArray gets reassigned when it changes
// (such as on level load or if a new texture starts being used).
// Doesn't matter if materials aren't being split (above), since the original material is used.
#endif
}
SurfaceMaterials[key] = uniqueMaterials;
key.sourceMedia?.SubscribeMaterial(uniqueMaterials[0]);
return(uniqueMaterials);
}