private void _addCapitalTracking(ProductForWareshousingCreationDto product, Guid storageId, Guid warehousingId, ProductStorageEntity productStorage)
{
// create capital price tracking
productStorage.CapitalPrice = ProductStorageHelper.CalculateCapitalPrice(
productStorage.Inventory, productStorage.CapitalPrice, product.InputAmount, product.InputPrice
);
productStorage.Inventory += product.InputAmount;
CapitalPriceTrackingDto capitalPriceTracking = new CapitalPriceTrackingDto
{
WarehousingId = warehousingId,
Amount = product.InputAmount,
InputPrice = product.InputPrice,
CapitalPrice = productStorage.CapitalPrice,
Inventory = productStorage.Inventory
};
productStorage.CapitalPriceTrackings = productStorage.CapitalPriceTrackings ?? "[]";
var capitalPriceTrackings = JsonConvert.DeserializeObject <List <CapitalPriceTrackingDto> >(productStorage.CapitalPriceTrackings);
capitalPriceTrackings.Add(capitalPriceTracking);
productStorage.CapitalPriceTrackings = JsonConvert.SerializeObject(capitalPriceTrackings);
_context.ProductStorages.Update(productStorage);
}
public async Task <List <CapitalPriceTrackingDetailDto> > ChangeInitialCapitalPriceTracking(Guid productStorageId, CapitalPriceTrackingDto updatedDto)
{
var productStorage = await _entity.SingleOrDefaultAsync(ps => ps.Id == productStorageId);
if (productStorage == null)
{
throw new Exception("Can not find product storage with id=" + productStorageId);
}
var capitalPriceTrackings = (productStorage.CapitalPriceTrackings == null) ?
new List <CapitalPriceTrackingDto>() : JsonConvert.DeserializeObject <List <CapitalPriceTrackingDto> >(productStorage.CapitalPriceTrackings);
if (capitalPriceTrackings.Count > 0)
{
if (_isDefaultRecord(capitalPriceTrackings[0]))
{
capitalPriceTrackings = ProductStorageHelper.UpdateCapitalPriceTracking(0, updatedDto, capitalPriceTrackings);
productStorage.CapitalPriceTrackings = JsonConvert.SerializeObject(capitalPriceTrackings);
productStorage.Inventory = capitalPriceTrackings[capitalPriceTrackings.Count - 1].Inventory;
productStorage.CapitalPrice = capitalPriceTrackings[capitalPriceTrackings.Count - 1].CapitalPrice;
_entity.Update(productStorage);
await _context.SaveChangesAsync();
List <CapitalPriceTrackingDetailDto> capitalPriceTrackingDetails = await GetCapitalPriceHistory(productStorageId);
return(capitalPriceTrackingDetails);
}
else
{
throw new Exception("This is not default record");
}
}
return(null);
}
private void _removeCapitalTrackingAndUpdateCapitalPriceInventory(ProductStorageEntity productStorage, ProductForBillCreationDto product, Guid billId)
{
// update capital price with average
if (productStorage.CapitalPriceTrackings == null)
{
throw new Exception("CapitalPriceTrackings is NULL with ProductStorage.Id=" + productStorage.Id);
}
var capitalPriceTrackings = JsonConvert.DeserializeObject <List <CapitalPriceTrackingDto> >(productStorage.CapitalPriceTrackings);
var startedIndex = capitalPriceTrackings.FindIndex(c => c.BillId == billId);
capitalPriceTrackings.RemoveAt(startedIndex);
for (int i = startedIndex; i < capitalPriceTrackings.Count; i++)
{
capitalPriceTrackings[i].Inventory = capitalPriceTrackings[i - 1].Inventory + capitalPriceTrackings[i].Amount;
capitalPriceTrackings[i].CapitalPrice =
ProductStorageHelper.CalculateCapitalPrice(
capitalPriceTrackings[i - 1].Inventory,
capitalPriceTrackings[i - 1].CapitalPrice,
capitalPriceTrackings[i].Amount,
capitalPriceTrackings[i].InputPrice
);
}
productStorage.CapitalPriceTrackings = JsonConvert.SerializeObject(capitalPriceTrackings);
productStorage.CapitalPrice = capitalPriceTrackings[capitalPriceTrackings.Count - 1].CapitalPrice;
productStorage.Inventory = capitalPriceTrackings[capitalPriceTrackings.Count - 1].Inventory;
_context.ProductStorages.Update(productStorage);
}
private void _updateCapitalTrackingCapitalPriceAndInventory(ProductStorageEntity productStorage, ProductForBillCreationDto product, double newAmount, Guid billId)
{
// update capital price with average
if (productStorage.CapitalPriceTrackings == null)
{
throw new Exception("CapitalPriceTrackings is NULL with ProductStorage.Id=" + productStorage.Id);
}
var capitalPriceTrackings = JsonConvert.DeserializeObject <List <CapitalPriceTrackingDto> >(productStorage.CapitalPriceTrackings);
var startedIndex = capitalPriceTrackings.FindIndex(c => c.BillId == billId);
if (startedIndex < 0) // product is new on bill, we need to create a new tracking
{
var newCapitalPriceTrackingDto = new CapitalPriceTrackingDto()
{
BillId = billId,
Amount = newAmount,
CapitalPrice = productStorage.CapitalPrice,
Inventory = productStorage.Inventory - newAmount
};
capitalPriceTrackings.Add(newCapitalPriceTrackingDto);
}
else
{
capitalPriceTrackings[startedIndex].Amount = newAmount;
for (int i = startedIndex; i < capitalPriceTrackings.Count; i++)
{
if (capitalPriceTrackings[i].BillId != Guid.Empty) // this is a bill. we need to decrease the invetory
{
capitalPriceTrackings[i].Inventory = capitalPriceTrackings[i - 1].Inventory - capitalPriceTrackings[i].Amount;
}
else
{
capitalPriceTrackings[i].Inventory = capitalPriceTrackings[i - 1].Inventory + capitalPriceTrackings[i].Amount;
}
if (capitalPriceTrackings[i].BillId == Guid.Empty) // this is not a bill. we only update capital price for warehousing and inventory
{
capitalPriceTrackings[i].CapitalPrice =
ProductStorageHelper.CalculateCapitalPrice(
capitalPriceTrackings[i - 1].Inventory,
capitalPriceTrackings[i - 1].CapitalPrice,
capitalPriceTrackings[i].Amount,
capitalPriceTrackings[i].InputPrice
);
}
else
{
capitalPriceTrackings[i].CapitalPrice = capitalPriceTrackings[i - 1].CapitalPrice;
}
}
}
productStorage.CapitalPriceTrackings = JsonConvert.SerializeObject(capitalPriceTrackings);
productStorage.CapitalPrice = capitalPriceTrackings[capitalPriceTrackings.Count - 1].CapitalPrice;
productStorage.Inventory = capitalPriceTrackings[capitalPriceTrackings.Count - 1].Inventory;
_context.ProductStorages.Update(productStorage);
}
public async Task <bool> FixAllCapitalPriceTracking()
{
bool finished = false;
var bills = await _context.Bills.Where(b => b.IsActive == true).ToListAsync();
foreach (var bill in bills)
{
var productList = JsonConvert.DeserializeObject <List <ProductForBillCreationDto> >(bill.ProductList);
foreach (var product in productList)
{
var productStorage = await _context.ProductStorages.SingleOrDefaultAsync(ps => ps.ProductId == product.Id && ps.StorageId == bill.StorageId);
var capitalPriceTrackings = (productStorage.CapitalPriceTrackings == null) ?
new List <CapitalPriceTrackingDto>() : JsonConvert.DeserializeObject <List <CapitalPriceTrackingDto> >(productStorage.CapitalPriceTrackings);
CapitalPriceTrackingDto defaultRecord = new CapitalPriceTrackingDto();
if (capitalPriceTrackings.Count == 0)
{
capitalPriceTrackings.Add(defaultRecord);
}
else if (capitalPriceTrackings[0].WarehousingId != Guid.Empty && capitalPriceTrackings[0].BillId != Guid.Empty)
{
capitalPriceTrackings.Add(defaultRecord);
}
var existed = capitalPriceTrackings.Find(c => c.BillId == bill.Id);
if (existed == null)
{
capitalPriceTrackings.Add(new CapitalPriceTrackingDto {
BillId = bill.Id,
InputPrice = 0,
Amount = product.Amount,
CapitalPrice = capitalPriceTrackings[capitalPriceTrackings.Count - 1].CapitalPrice,
Inventory = capitalPriceTrackings[capitalPriceTrackings.Count - 1].Inventory + product.Amount
});
}
productStorage.CapitalPriceTrackings = JsonConvert.SerializeObject(capitalPriceTrackings);
_context.ProductStorages.Update(productStorage);
}
}
;
await _context.SaveChangesAsync();
var warehousings = await _context.Warehousings.Where(b => b.IsActive == true).ToListAsync();
foreach (var warehousing in warehousings)
{
var productList = JsonConvert.DeserializeObject <List <ProductForWareshousingCreationDto> >(warehousing.ProductList);
foreach (var product in productList)
{
var productStorage = await _context.ProductStorages.SingleOrDefaultAsync(ps => ps.ProductId == product.Id && ps.StorageId == warehousing.StorageId);
var capitalPriceTrackings = (productStorage.CapitalPriceTrackings == null) ?
new List <CapitalPriceTrackingDto>() : JsonConvert.DeserializeObject <List <CapitalPriceTrackingDto> >(productStorage.CapitalPriceTrackings);
CapitalPriceTrackingDto defaultRecord = new CapitalPriceTrackingDto();
if (capitalPriceTrackings.Count == 0)
{
capitalPriceTrackings.Add(defaultRecord);
}
else if (capitalPriceTrackings[0].WarehousingId != Guid.Empty && capitalPriceTrackings[0].BillId != Guid.Empty)
{
capitalPriceTrackings.Add(defaultRecord);
}
var existed = capitalPriceTrackings.Find(c => c.WarehousingId == warehousing.Id);
if (existed == null)
{
var lastestRecord = capitalPriceTrackings[capitalPriceTrackings.Count - 1];
capitalPriceTrackings.Add(new CapitalPriceTrackingDto
{
BillId = warehousing.Id,
InputPrice = product.InputPrice,
Amount = product.InputAmount,
CapitalPrice = ProductStorageHelper.CalculateCapitalPrice(lastestRecord.Inventory, lastestRecord.CapitalPrice, product.InputAmount, product.InputPrice),
Inventory = lastestRecord.Inventory + product.InputAmount
});
}
productStorage.CapitalPriceTrackings = JsonConvert.SerializeObject(capitalPriceTrackings);
_context.ProductStorages.Update(productStorage);
}
}
;
await _context.SaveChangesAsync();
var productStorages = await _context.ProductStorages.ToListAsync();
foreach (var productStorage in productStorages)
{
var capitalPriceTrackings = (productStorage.CapitalPriceTrackings == null) ?
new List <CapitalPriceTrackingDto>() : JsonConvert.DeserializeObject <List <CapitalPriceTrackingDto> >(productStorage.CapitalPriceTrackings);
CapitalPriceTrackingDto defaultRecord = new CapitalPriceTrackingDto();
if (capitalPriceTrackings.Count == 0 || !_isDefaultRecord(capitalPriceTrackings[0]))
{
capitalPriceTrackings.Insert(0, defaultRecord);
}
List <int> removeIndexs = new List <int>();
for (int i = 1; i < capitalPriceTrackings.Count; i++)
{
if (_isDefaultRecord(capitalPriceTrackings[i]))
{
removeIndexs.Add(i);
}
else if (capitalPriceTrackings[i].BillId != Guid.Empty)
{
capitalPriceTrackings[i].InputPrice = 0;
capitalPriceTrackings[i].CapitalPrice = capitalPriceTrackings[i - 1].CapitalPrice;
capitalPriceTrackings[i].Inventory = capitalPriceTrackings[i - 1].Inventory - capitalPriceTrackings[i].Amount;
}
else if (capitalPriceTrackings[i].WarehousingId != Guid.Empty)
{
capitalPriceTrackings[i].CapitalPrice = ProductStorageHelper
.CalculateCapitalPrice(
capitalPriceTrackings[i - 1].Inventory,
capitalPriceTrackings[i - 1].CapitalPrice,
capitalPriceTrackings[i].Amount,
capitalPriceTrackings[i].InputPrice);
capitalPriceTrackings[i].Inventory = capitalPriceTrackings[i - 1].Inventory
+ capitalPriceTrackings[i].Amount;
}
}
foreach (int index in removeIndexs)
{
capitalPriceTrackings.RemoveAt(index);
}
productStorage.Inventory = capitalPriceTrackings[capitalPriceTrackings.Count - 1].Inventory;
productStorage.CapitalPrice = capitalPriceTrackings[capitalPriceTrackings.Count - 1].CapitalPrice;
productStorage.CapitalPriceTrackings = JsonConvert.SerializeObject(capitalPriceTrackings);
_context.ProductStorages.Update(productStorage);
}
await _context.SaveChangesAsync();
finished = true;
return(finished);
}
new public async Task <Guid> EditAsync(Guid id, WarehousingForCreationDto updationDto)
{
var warehousing = await _entity.SingleOrDefaultAsync(w => w.Id == id);
if (warehousing == null)
{
throw new Exception("Can not find warehousing with id = " + id);
}
if (!warehousing.IsActive)
{
throw new Exception("The destroyed warehousing can not be edited");
}
var oldProducts = JsonConvert.DeserializeObject <List <ProductForWareshousingCreationDto> >(warehousing.ProductList);
var editedProducts = updationDto.ProductList;
double productMoney = 0;
// when a old product is removed in new product list, we remove inventory
foreach (var oldProduct in oldProducts)
{
var editedProduct = editedProducts.SingleOrDefault(p => p.Id == oldProduct.Id);
if (editedProduct == null)
{
await _removeCapitalTracking(oldProduct, updationDto.StorageId, id);
}
}
foreach (var editedProduct in editedProducts)
{
// calculate product money
productMoney += editedProduct.InputAmount * editedProduct.InputPrice;
/* when not finding edited product on old product list, let add a new cappital tracking into
* ProductStorage of edited product */
var oldProduct = oldProducts.SingleOrDefault(p => p.Id == editedProduct.Id);
if (oldProduct == null)
{
var productStorage = await _context.ProductStorages.SingleOrDefaultAsync(p => p.ProductId == editedProduct.Id &&
p.StorageId == warehousing.StorageId);
_addCapitalTracking(editedProduct, updationDto.StorageId, id, productStorage);
}
else
{
var productStorage = await _context.ProductStorages.SingleOrDefaultAsync(p => p.ProductId == editedProduct.Id &&
p.StorageId == warehousing.StorageId);
// if we find a old product is same with edited product, we need to to update ProductProductionDate
if (editedProduct.DetailInputAmountList != null && editedProduct.DetailInputAmountList.Count > 0)
{
_updateInventoryDetail(editedProduct, oldProduct, productStorage);
}
// if we find old product is same with edited product, we need to update capital tracking of product storage
var capitalPriceTrackings = JsonConvert.DeserializeObject <List <CapitalPriceTrackingDto> >(productStorage.CapitalPriceTrackings);
int index = capitalPriceTrackings.FindIndex(c => c.WarehousingId == id);
if (index == -1) // hot fix, this shit. duplicate warehousing when create cause error on destroy, it remove all warehousing
{
var lastestRecord = capitalPriceTrackings[capitalPriceTrackings.Count - 1];
CapitalPriceTrackingDto capitalPriceTrackingDto = new CapitalPriceTrackingDto()
{
WarehousingId = id,
BillId = Guid.Empty,
InventoryId = Guid.Empty,
Amount = editedProduct.InputAmount,
Inventory = lastestRecord.Inventory + editedProduct.InputAmount,
CapitalPrice = ProductStorageHelper.CalculateCapitalPrice(
lastestRecord.Inventory,
lastestRecord.CapitalPrice,
editedProduct.InputAmount,
editedProduct.InputPrice
)
};
capitalPriceTrackings.Add(capitalPriceTrackingDto);
index = capitalPriceTrackings.Count - 1;
}
double deltaInventory = editedProduct.InputAmount - oldProduct.InputAmount;
var result = ChangeCapitalPriceTrackingsResultHelper.ChangeCapitalPriceTrackings(index,
deltaInventory, editedProduct.InputPrice, capitalPriceTrackings, false);
if (!setting.IsAllowNegativeInventoryBill && result.Inventory < 0)
{
throw new Exception("change_warehousing_make_negative_inventory");
}
// remove tracking record
capitalPriceTrackings.RemoveAt(index);
// save new information
productStorage.Inventory = result.Inventory;
productStorage.CapitalPrice = result.CapitalPrice;
productStorage.CapitalPriceTrackings = result.CapitalPriceTrackingsJson;
_context.Update(productStorage);
}
}
foreach (PropertyInfo propertyInfo in updationDto.GetType().GetProperties())
{
if (warehousing.GetType().GetProperty(propertyInfo.Name) != null &&
propertyInfo.Name != "ProductList" &&
propertyInfo.Name != "SupplierBillList" &&
propertyInfo.Name != "InputDate"
)
{
warehousing.GetType().GetProperty(propertyInfo.Name).SetValue(warehousing, propertyInfo.GetValue(updationDto, null));
}
}
warehousing.SupplierBillList = JsonConvert.SerializeObject(updationDto.SupplierBillList);
warehousing.UpdatedDateTime = DateTime.Now;
var user = await _userManager.GetUserAsync(_httpContextAccessor.HttpContext.User);
warehousing.UpdatedUserId = user.Id;
warehousing.ProductList = JsonConvert.SerializeObject(updationDto.ProductList);
warehousing.ProductMoney = productMoney;
warehousing.SummaryMoney = warehousing.ProductMoney + warehousing.TaxMoney;
warehousing.DebtMoney = warehousing.SummaryMoney - updationDto.PaymentMoney;
_entity.Update(warehousing);
var created = await _context.SaveChangesAsync();
if (created < 1)
{
throw new InvalidOperationException("Database context could not create Warehousing.");
}
return(warehousing.Id);
}
public async Task <Guid> DestroyAsync(Guid id)
{
var bill = await _entity.SingleOrDefaultAsync(r => r.Id == id);
if (bill == null)
{
throw new Exception("Can not find object with this Id.");
}
if (!bill.IsActive)
{
throw new Exception("The bill has destroyed status. We can only destroy active bill.");
}
bill.IsActive = false;
// descrease accumulation points
var customer = await _context.Customers.SingleOrDefaultAsync(c => c.Id == bill.CustomerId);
if (customer == null)
{
throw new Exception("Can not find customer with id=" + bill.CustomerId);
}
customer.AccumulationPoint = customer.AccumulationPoint - bill.PointEarning + bill.UsedPoints;
_context.Customers.Update(customer);
ProductForBillCreationDto[] products = JsonConvert.DeserializeObject <ProductForBillCreationDto[]>(bill.ProductList);
foreach (var product in products)
{
if (product.IsService)
{
continue;
}
var productStorages = await _context.ProductStorages.Where(ps => ps.StorageId == bill.StorageId && ps.ProductId == product.Id).ToListAsync();
foreach (var productStorage in productStorages)
{
// remove tracking record of capital
var capitalPriceTrackings = JsonConvert.DeserializeObject <List <CapitalPriceTrackingDto> >(productStorage.CapitalPriceTrackings);
int removedIndex = -1;
for (var i = 0; i < capitalPriceTrackings.Count; i++)
{
if (capitalPriceTrackings[i].BillId != Guid.Empty && capitalPriceTrackings[i].BillId == id)
{
removedIndex = i;
break;
}
}
if (removedIndex > -1)
{
var removedTracking = capitalPriceTrackings[removedIndex];
capitalPriceTrackings.RemoveAt(removedIndex);
for (var i = removedIndex; i < capitalPriceTrackings.Count; i++)
{
capitalPriceTrackings[i].Inventory = capitalPriceTrackings[i].Inventory + removedTracking.Amount;
if (capitalPriceTrackings[i].WarehousingId != Guid.Empty)
{
// calculate capital price after remove position for warehousing
capitalPriceTrackings[i].CapitalPrice =
ProductStorageHelper.CalculateCapitalPrice(
capitalPriceTrackings[i - 1].Inventory,
capitalPriceTrackings[i - 1].CapitalPrice,
capitalPriceTrackings[i].Amount,
capitalPriceTrackings[i].InputPrice
);
}
}
}
// calculate capital price again
productStorage.Inventory = capitalPriceTrackings[capitalPriceTrackings.Count - 1].Inventory;
productStorage.CapitalPrice = capitalPriceTrackings[capitalPriceTrackings.Count - 1].CapitalPrice;
productStorage.CapitalPriceTrackings = JsonConvert.SerializeObject(capitalPriceTrackings);
// update detail output amount
_addOrUpdateProductProductionDate(productStorage, product, false);
_context.ProductStorages.Update(productStorage);
}
}
await _context.SaveChangesAsync();
return(bill.Id);
}
