public void ImportProductPrices(DateTime?fromDate)
{
_log.InfoFormat("Enter ImportProductPrices() for fromDate: {0}", fromDate);
this.Db.ReadOnly = true;
if (fromDate == null)
{
try
{
_log.Debug("fromDate is Null.Setting fromDate equal to Latest ModifiedOn Date on Products table");
fromDate = this.Db.Context.Products.Max(m => m.ModifiedOn);
_log.DebugFormat("fromDate: {0}", fromDate);
}
catch (Exception ex)
{
_log.Debug("Setting fromDate equal to Latest ModifiedOn Date on Products table Failed.Set fromdate to Null");
fromDate = null;
}
}
if (fromDate < DateTime.Today.AddDays(-365))
{
Log.Debug("fromDate is one year older than Current Date.Set fromDate to Null");
fromDate = null;
}
// load all products
var import = this.GetProducts(fromDate);
if (import.Count == 0)
{
return;
}
// Ignore products with blank product numbers
var daikinProducts = import.Where(p => !string.IsNullOrWhiteSpace(p.ProductNumber)).ToList();
// Add/update products
var products = new List <DPO.Data.Product>();
// Map imported products to DPO Product and Spec structure
foreach (var daikinProduct in daikinProducts)
{
var product = new DPO.Data.Product
{
ListPrice = daikinProduct.Price ?? 0,
ProductNumber = daikinProduct.ProductNumber ?? string.Empty
};
products.Add(product);
}
_log.Info("Start Update Product Prices");
Db.UpdateProductPrices(products);
_log.Info("Finished ImportProductPrices()");
}
public void ImportProductData(DateTime?fromDate, Dictionary <string, DPO.Data.Product> currentProductsLookup)
{
_log.InfoFormat("Enter ImportProductData for fromDate: {0}", fromDate);
this.Db.ReadOnly = true;
if (fromDate == null)
{
try
{
_log.Debug("fromDate is null. try Set fromDate equal to Maximum ModifiedOn date on Products table ");
fromDate = this.Db.Context.Products.Max(m => m.ModifiedOn);
}
catch (Exception ex)
{
fromDate = null;
Log.Debug("can not set fromdate. default to null");
}
}
if (fromDate < DateTime.Today.AddDays(-365))
{
fromDate = null;
_log.Debug("fromDate is one year older than current date. Set fromDate to null");
}
// load all products
var import = this.GetProducts(fromDate);
if (import.Count == 0)
{
_log.DebugFormat("No product have been loaded from CRM for fromDate: {0}. Return to caller", fromDate);
return;
}
// Import any new and get all specification labels
_log.Debug("Get ProductSpecificationLabels");
var specficationLabels = ProcessProductSpecificationLabels();
_log.Debug("Get ProductSpecificationLabelLookup");
var specificationLabelLookup = Db.Context.ProductSpecificationLabels.Local.ToDictionary(d => d.Name);
// Ignore products withj blank product numbers
var daikinProducts = import.Where(p => !string.IsNullOrWhiteSpace(p.ProductNumber)).ToList();
// Add/update products
var products = new List <DPO.Data.Product>();
// Map imported products to DPO Product and Spec structure
foreach (var daikinProduct in daikinProducts)
{
var product = new DPO.Data.Product
{
BrandId = daikinProduct.Brand ?? 1,
ProductCategoryId = daikinProduct.UnitCategory ?? 1,
ProductClassCode = daikinProduct.ProductClassCode ?? string.Empty,
ProductFamilyId = daikinProduct.Family ?? 1,
ProductNumber = daikinProduct.ProductNumber ?? string.Empty,
Name = daikinProduct.Name ?? string.Empty,
ModifiedOn = daikinProduct.ModifiedOn,
EERNonDucted = daikinProduct.EERNonducted,
IEERNonDucted = daikinProduct.IEERNonducted,
SEERNonDucted = daikinProduct.SEERNonducted,
COP47NonDucted = daikinProduct.COP47Nonducted,
HSPFNonDucted = daikinProduct.HSPFNonducted,
CoolingCapacityRated = daikinProduct.CoolingCapacityRated,
HeatingCapacityRated = daikinProduct.HeatingCapacityRated,
ProductPowerVoltageTypeId = daikinProduct.PowerVoltage,
ProductSpecifications = new List <ProductSpecification>(),
ProductModelTypeId = daikinProduct.ModelType ?? 1,
ProductMarketTypeId = daikinProduct.MarketType ?? 1,
ProductStatusId = daikinProduct.ReleaseStatus ?? (int)ProductStatusTypeEnum.Other,
SubmittalSheetTypeId = daikinProduct.SubmittalDatasheetTemplate ?? (int)SubmittalSheetTypeEnum.Other,
AllowCommissionScheme = (daikinProduct.AllowExternalCommission.HasValue && daikinProduct.AllowExternalCommission.Value == true),
UnitInstallationTypeId = daikinProduct.UnitInstallationType ?? 1,
ProductCompressorStageId = daikinProduct.CompressorType,
ProductMotorSpeedTypeId = daikinProduct.MotorType,
ProductGasValveTypeId = daikinProduct.GasValveType,
ProductInstallationConfigurationTypeId = daikinProduct.InstallationConfiguration,
ProductHeatExchangerTypeId = daikinProduct.HeatExchangerType,
CoolingCapacityNominal = daikinProduct.CoolingCapacityNominal.HasValue ? daikinProduct.CoolingCapacityNominal.Value : 0,
AirFlowRateHighCooling = daikinProduct.AirFlowRateHigh.HasValue ? daikinProduct.AirFlowRateHigh.Value : 0
};
// Fill Product specifications
foreach (var prop in specficationLabels)
{
var value = (prop.GetValue.Invoke(daikinProduct) + string.Empty).Trim();
// Ignore empty properties, if changed to empty they will be removed
if (!string.IsNullOrWhiteSpace(value))
{
product.ProductSpecifications.Add(new ProductSpecification
{
ProductSpecificationLabelId = specificationLabelLookup[prop.PropertyName].ProductSpecificationLabelId,
Value = value
});
}
}
products.Add(product);
}
_log.Debug("Start UpdateProductAndProductSpecifications for all products");
Db.UpdateProductAndProductSpecifications(products, currentProductsLookup);
_log.Info("Finished execute ImportProductData()");
}
