public void CheckQuantityOnOrderAndQuantityCommitted() { CrudProxy proxy = new InventoryItemProxy(); InventoryItemDto dto1 = this.GetInventoryItem(); dto1.RrpInclTax = 7.75M; proxy.Insert(dto1); Assert.IsTrue(dto1.Uid > 0, "Uid must be > 0 after save."); InvoiceDto saleOrder = this.GetSaleOrder(dto1); CrudProxy invoice = new InvoiceProxy(); invoice.Insert(saleOrder); dto1 = (InventoryItemDto)proxy.GetByUid(dto1.Uid); Assert.AreEqual(5, dto1.QuantityCommitted, "Incorrect # of stocks committed (used by sale orders)"); InvoiceDto po = this.GetPurchaseOrder(dto1); po.PurchaseOrderNumber = "<Auto Number>"; invoice.Insert(po); dto1 = (InventoryItemDto)proxy.GetByUid(dto1.Uid); Assert.AreEqual(5, dto1.QuantityCommitted, "Incorrect # of stocks committed (used by sale orders)"); dto1 = (InventoryItemDto)proxy.GetByUid(dto1.Uid); Assert.AreEqual(20, dto1.QuantityOnOrder, "Incorrect # of stocks on order(used by purchase orders)"); }
public void TestAutoNumberingOfPurchaseIncrementNextAvailableNumber() { CrudProxy proxy = new InvoiceProxy(); var dto1 = this.GetUnpaidServicePurchase(); proxy.Insert(dto1); Assert.IsTrue(dto1.Uid > 0, "Uid must be > 0 after save."); Assert.IsNotNullOrEmpty(dto1.PurchaseOrderNumber); string alphaComponent1; var numericalComponentDto1 = GetNumericalComponentOfPurchaseNumber(dto1.PurchaseOrderNumber, out alphaComponent1); var dto2 = this.GetUnpaidServicePurchase(); proxy.Insert(dto2); Assert.IsTrue(dto2.Uid > 0, "Uid must be > 0 after save."); Assert.IsNotNullOrEmpty(dto2.PurchaseOrderNumber); string alphaComponent2; var numericalComponentDto2 = GetNumericalComponentOfPurchaseNumber(dto2.PurchaseOrderNumber, out alphaComponent2); Assert.AreEqual(alphaComponent1, alphaComponent2); Assert.AreEqual(numericalComponentDto2, numericalComponentDto1 + 1); }
private void SetupTransactions() { CrudProxy proxy = new InvoiceProxy(); _sale1 = GetServiceSale(); proxy.Insert(_sale1); Assert.IsTrue(_sale1.Uid > 0, "Sale tran uid must be > 0 after insert."); _purchase1 = GetServicePurchase(); proxy.Insert(_purchase1); Assert.IsTrue(_purchase1.Uid > 0, "Purchase tran uid must be > 0 after insert."); }
public void TestDeletePurchasePayment() { CrudProxy proxy = new InvoiceProxy(); InvoiceDto purchase1 = this.GetUnpaidItemPurchase(); InvoiceDto purchase2 = this.GetUnpaidServicePurchase(); proxy.Insert(purchase1); proxy.Insert(purchase2); InvoicePaymentDto paymentInfo1 = new InvoicePaymentDto(TransactionType.PurchasePayment); paymentInfo1.Date = DateTime.Today.Date; paymentInfo1.PaymentAccountUid = this.Westpac.Uid; paymentInfo1.Reference = Guid.NewGuid().ToString(); paymentInfo1.Summary = "Payment for 2 Outstanding Invoices"; paymentInfo1.Fee = 3.99m; InvoicePaymentItemDto item = null; item = new InvoicePaymentItemDto(); item.InvoiceUid = purchase2.Uid; item.Amount = 20.05M; paymentInfo1.Items.Add(item); item = new InvoicePaymentItemDto(); item.InvoiceUid = purchase1.Uid; item.Amount = 23.75M; paymentInfo1.Items.Add(item); proxy = new InvoicePaymentProxy(); proxy.Insert(paymentInfo1); Assert.IsTrue(paymentInfo1.Uid > 0, "Uid must be > 0 after save."); InvoicePaymentDto paymentInfo2 = (InvoicePaymentDto)proxy.GetByUid(paymentInfo1.Uid); AssertEqual(paymentInfo1, paymentInfo2); proxy = new InvoicePaymentProxy(); proxy.DeleteByUid(paymentInfo1.Uid); try { proxy.GetByUid(paymentInfo1.Uid); } catch (RestException ex) { Assert.AreEqual("RecordNotFoundException", ex.Type); } }
protected void SetupTransactions() { InvoiceDto dto = this.GetServiceSale(); InvoiceProxy proxy = new InvoiceProxy(); proxy.Insert(dto); Assert.IsTrue(dto.Uid > 0, "Invalid uid after save."); }
public void TestInsertAndGetItemPurchase() { CrudProxy proxy = new InvoiceProxy(); InvoiceDto dto1 = this.GetUnpaidItemPurchase(); proxy.Insert(dto1); Assert.IsTrue(dto1.Uid > 0, "Uid must be > 0 after save."); InvoiceDto dto2 = (InvoiceDto)proxy.GetByUid(dto1.Uid); AssertEqual(dto1, dto2); }
//Should select next available number after taken one. public void TestAutoNumberingOfPurchaseNextAvailableNumberNotAvailable() { CrudProxy proxy = new InvoiceProxy(); var dto1 = this.GetUnpaidServicePurchase(); proxy.Insert(dto1); Assert.IsTrue(dto1.Uid > 0, "Uid must be > 0 after save."); string alphaComponent; var numericalComponentDto1 = GetNumericalComponentOfPurchaseNumber(dto1.PurchaseOrderNumber, out alphaComponent); Assert.IsNotNull(numericalComponentDto1, "PurchaseOrderNumber returned did not contain a numerical component"); //manually insert an invoice. var nextAvailablePONumber = alphaComponent + (numericalComponentDto1 + 1).ToString(); var dto2 = this.GetUnpaidServicePurchase(nextAvailablePONumber); proxy.Insert(dto2); Assert.IsTrue(dto2.Uid > 0, "Uid must be > 0 after save."); //create next auto numbering invoice. var dto3 = this.GetUnpaidServicePurchase(); proxy.Insert(dto3); Assert.IsTrue(dto3.Uid > 0, "Uid must be > 0 after save."); var savedDto = (InvoiceDto)proxy.GetByUid(dto3.Uid); Assert.IsNotNull(savedDto.PurchaseOrderNumber); Assert.AreEqual(savedDto.PurchaseOrderNumber, alphaComponent + (numericalComponentDto1 + 2).ToString()); }
public void TestInsertAndGetServicePurchaseWithShipToContact() { CrudProxy proxy = new InvoiceProxy(); InvoiceDto dto1 = this.GetUnpaidServicePurchase(); dto1.ShipToContactUid = MrSmith.Uid; proxy.Insert(dto1); Assert.IsTrue(dto1.Uid > 0, "Uid must be > 0 after save."); InvoiceDto dto2 = (InvoiceDto)proxy.GetByUid(dto1.Uid); AssertEqual(dto1, dto2); }
public void TestAutoNumberingOfPurchaseNextAvailableNumberIsAvailable() { CrudProxy proxy = new InvoiceProxy(); var dto1 = this.GetUnpaidServicePurchase(); proxy.Insert(dto1); Assert.IsTrue(dto1.Uid > 0, "Uid must be > 0 after save."); var savedDto = (InvoiceDto)proxy.GetByUid(dto1.Uid); AssertEqual(dto1, savedDto); Assert.IsNotNullOrEmpty(dto1.PurchaseOrderNumber); }
public void Run() { CrudProxy proxy = new InvoiceProxy(); for (int i = 1; i <= 50; i++) { InvoiceDto serviceDto = this.GetServiceSale(); proxy.Insert(serviceDto); Console.WriteLine("Service invoice #{0}: {1}", i, serviceDto.Uid); } proxy = new InvoiceProxy(); for (int i = 1; i <= 50; i++) { InvoiceDto itemDto = this.GetItemSale(); proxy.Insert(itemDto); Console.WriteLine("Item invoice #{0}: {1}", i, itemDto.Uid); } }
public void DeleteReferenced() { ComboItemProxy proxy = new ComboItemProxy(); ComboItemDto comboItem = this.GetComboItem01(); proxy.Insert(comboItem); // We need to insert stock first using a purchase CrudProxy invoiceProxy = new InvoiceProxy(); InvoiceDto dto = new InvoiceDto(TransactionType.Purchase, InvoiceLayout.Item); dto.Date = DateTime.Today.Date; dto.ContactUid = this.MrSmith.Uid; dto.Summary = "Using a combo item."; dto.Notes = "From REST"; dto.DueOrExpiryDate = dto.Date.AddMonths(1); dto.Status = InvoiceStatus.Invoice; dto.InvoiceNumber = "I123"; dto.PurchaseOrderNumber = "<Auto Number>"; decimal unitsToBuild = 12.25M; // "purchase" all the items that are part of this combo item so we have valid stock ItemInvoiceItemDto item = new ItemInvoiceItemDto(); item.Quantity = 5; item.InventoryItemUid = comboItem.Uid; item.Description = "Purchasing: " + comboItem.Description; item.TaxCode = TaxCode.ExpInclGst; item.UnitPriceInclTax = 99.95M; dto.Items.Add(item); invoiceProxy.Insert(dto); try { proxy.DeleteByUid(comboItem.Uid); Assert.Fail("Expected exception was not thrown."); } catch (RestException ex) { Assert.AreEqual("The specified inventory item is referenced by some Transactions and/or Combo Items and therefore cannot be deleted.", ex.Message); } }
private void PurchaseItemsForInventory() { InvoiceDto dto = new InvoiceDto(TransactionType.Purchase, InvoiceLayout.Item); dto.Date = DateTime.Today.Date; dto.ContactUid = this.MrSmith.Uid; dto.Summary = "Test Insert Item Purchase"; dto.Notes = "From REST"; dto.DueOrExpiryDate = dto.Date.AddMonths(1); dto.Status = InvoiceStatus.Invoice; dto.InvoiceNumber = "I123"; dto.PurchaseOrderNumber = "<Auto Number>"; ItemInvoiceItemDto item = null; item = new ItemInvoiceItemDto(); item.Quantity = 100; item.InventoryItemUid = this.HardDisk.Uid; item.Description = this.HardDisk.Description; item.TaxCode = TaxCode.ExpInclGst; item.UnitPriceInclTax = 99.95M; dto.Items.Add(item); item = new ItemInvoiceItemDto(); item.Quantity = 5000; item.InventoryItemUid = this.Cat5Cable.Uid; item.Description = this.Cat5Cable.Description; item.TaxCode = TaxCode.ExpInclGst; item.UnitPriceInclTax = 0.95M; dto.Items.Add(item); item = new ItemInvoiceItemDto(); item.Quantity = 1; item.InventoryItemUid = this.Shipping1.Uid; item.Description = this.Shipping1.Description; item.TaxCode = TaxCode.ExpInclGst; item.UnitPriceInclTax = 111.11M; dto.Items.Add(item); CrudProxy proxy = new InvoiceProxy(); proxy.Insert(dto); }
public void TestInsertAndGetItemPurchase_Invoice_Totals_Test() { //Arange var proxy = new InvoiceProxy(); var input = GetUnpaidItemPurchase(); input.Items.Clear(); var item = new ItemInvoiceItemDto { Quantity = 100, InventoryItemUid = this.HardDisk.Uid, Description = this.HardDisk.Description, TaxCode = TaxCode.SaleInclGst, UnitPriceInclTax = 99.95M }; input.Items.Add(item); item = new ItemInvoiceItemDto { Quantity = 5000, InventoryItemUid = this.Cat5Cable.Uid, Description = this.Cat5Cable.Description, TaxCode = TaxCode.SaleInclGst, UnitPriceInclTax = 0.95M }; input.Items.Add(item); //act var item1 = ((ItemInvoiceItemDto)input.Items[0]); var item2 = ((ItemInvoiceItemDto)input.Items[1]); var totalItem1 = (item1.UnitPriceInclTax * item1.Quantity); var totalItem2 = (item2.UnitPriceInclTax * item2.Quantity); var totalTax1 = totalItem1 - (Math.Round(totalItem1 / (1 + 0.100000m), 2, MidpointRounding.AwayFromZero)); var totalTax2 = totalItem2 - (Math.Round(totalItem2 / (1 + 0.100000m), 2, MidpointRounding.AwayFromZero)); proxy.Insert(input); var output = (InvoiceDto)proxy.GetByUid(input.Uid); var outputLineItem1 = ((ItemInvoiceItemDto)output.Items[0]); var outputLineItem2 = ((ItemInvoiceItemDto)output.Items[1]); //assert //Test Line Item Totals. Assert.AreEqual(outputLineItem1.TotalAmountInclTax, totalItem1); Assert.AreEqual(outputLineItem1.TotalTaxAmount, totalTax1); Assert.AreEqual(outputLineItem1.TotalAmountExclTax, outputLineItem1.TotalAmountInclTax - totalTax1); Assert.AreEqual(outputLineItem2.TotalAmountInclTax, totalItem2); Assert.AreEqual(outputLineItem2.TotalTaxAmount, totalTax2); Assert.AreEqual(outputLineItem2.TotalAmountExclTax, outputLineItem2.TotalAmountInclTax - totalTax2); //Test Invoice Totals. Assert.AreEqual(output.TotalAmountInclTax, outputLineItem1.TotalAmountInclTax + outputLineItem2.TotalAmountInclTax); Assert.AreEqual(output.TotalTaxAmount, outputLineItem1.TotalTaxAmount + outputLineItem2.TotalTaxAmount); Assert.AreEqual(output.TotalAmountExclTax, outputLineItem1.TotalAmountExclTax + outputLineItem2.TotalAmountExclTax); }
public void BuildComboItem() { ComboItemProxy proxy = new ComboItemProxy(); ComboItemDto comboItemDto = this.GetComboItem01(); proxy.Insert(comboItemDto); ComboItemDto comboItem = (ComboItemDto)proxy.GetByUid(comboItemDto.Uid); // We need to insert stock first using a purchase CrudProxy invoiceProxy = new InvoiceProxy(); InvoiceDto dto = new InvoiceDto(TransactionType.Purchase, InvoiceLayout.Item); dto.Date = DateTime.Today.Date; dto.ContactUid = this.MrSmith.Uid; dto.Summary = "Add stock do we can build ComboItems"; dto.Notes = "From REST"; dto.DueOrExpiryDate = dto.Date.AddMonths(1); dto.Status = InvoiceStatus.Invoice; dto.InvoiceNumber = "I123"; dto.PurchaseOrderNumber = "<Auto Number>"; decimal unitsToBuild = 12.25M; foreach (ComboItemLineItemDto itemInCombo in comboItem.Items) { // "purchase" all the items that are part of this combo item so we have valid stock ItemInvoiceItemDto item = new ItemInvoiceItemDto(); item.Quantity = itemInCombo.Quantity * unitsToBuild; item.InventoryItemUid = itemInCombo.Uid; item.Description = "Purchasing: " + itemInCombo.Code; item.TaxCode = TaxCode.ExpInclGst; item.UnitPriceInclTax = 99.95M; dto.Items.Add(item); } invoiceProxy.Insert(dto); // Download stock info before InventoryItemProxy inventoryItemProxy = new InventoryItemProxy(); InventoryItemDto inventoryItem = (InventoryItemDto)inventoryItemProxy.GetByUid(comboItemDto.Uid); decimal stockOnHand = inventoryItem.StockOnHand; // Build the item! BuildComboItemResult result = proxy.Build(comboItemDto.Uid, unitsToBuild); Assert.AreNotEqual(0, result.Uid); Assert.IsNotNull(result.LastUpdatedUid); inventoryItem = (InventoryItemDto)inventoryItemProxy.GetByUid(comboItemDto.Uid); decimal newStockOnHand = inventoryItem.StockOnHand; Assert.AreEqual(stockOnHand + unitsToBuild, newStockOnHand, "We have one extra item in stock"); // Read Inventory Transfer details InventoryTransferProxy transferProxy = new InventoryTransferProxy(); InventoryTransferDto transfer = (InventoryTransferDto)transferProxy.GetByUid(result.Uid); Assert.AreEqual(comboItem.Items.Count + 1, transfer.Items.Count); // +1 as we have the combo item the first one // confirm first item is the combo with +1 InventoryTransferItemDto comboItemTransfer = (InventoryTransferItemDto)transfer.Items[0]; Assert.AreEqual(comboItemDto.Uid, comboItemTransfer.InventoryItemUid); Assert.AreEqual(unitsToBuild, comboItemTransfer.Quantity); for (int i = 0; i < comboItem.Items.Count; i++) { ComboItemLineItemDto line = comboItem.Items[i]; InventoryTransferItemDto item = (InventoryTransferItemDto)transfer.Items[i + 1]; Assert.AreEqual(line.Uid, item.InventoryItemUid); Assert.AreEqual(line.Quantity * unitsToBuild, -item.Quantity); } }