/// <summary>
/// Create New Standard Costs
/// </summary>
/// <param name="as1">accounting schema</param>
private void CreateNew(MAcctSchema as1)
{
if (!as1.GetCostingLevel().Equals(MAcctSchema.COSTINGLEVEL_Client))
{
String txt = "Costing Level prevents creating new Costing records for " + as1.GetName();
log.Warning(txt);
AddLog(0, null, null, txt);
return;
}
String sql = "SELECT * FROM M_Product p "
+ "WHERE NOT EXISTS (SELECT * FROM M_Cost c WHERE c.M_Product_ID=p.M_Product_ID"
+ " AND c.M_CostType_ID=" + as1.GetM_CostType_ID() + " AND c.C_AcctSchema_ID=" + as1.GetC_AcctSchema_ID() + " AND c.M_CostElement_ID=" + _ce.GetM_CostElement_ID()
+ " AND c.M_AttributeSetInstance_ID=0) "
+ "AND AD_Client_ID=" + as1.GetAD_Client_ID();
if (_M_Product_Category_ID != 0)
{
sql += " AND M_Product_Category_ID=" + _M_Product_Category_ID;
}
int counter = 0;
DataTable dt = null;
IDataReader idr = null;
try
{
idr = DB.ExecuteReader(sql, null, null);
dt = new DataTable();
dt.Load(idr);
idr.Close();
foreach (DataRow dr in dt.Rows)
{
if (CreateNew(new MProduct(GetCtx(), dr, null), as1))
{
counter++;
}
}
}
catch (Exception e)
{
if (idr != null)
{
idr.Close();
}
log.Log(Level.SEVERE, sql, e);
}
finally
{
dt = null;
if (idr != null)
{
idr.Close();
}
}
log.Info("#" + counter);
AddLog(0, null, new Decimal(counter), "Created for " + as1.GetName());
}
public override List <Fact> CreateFacts(MAcctSchema as1)
{
List <Fact> facts = new List <Fact>();
MProductCategoryAcct pca = null;
String costingMethodOfSchema = as1.GetCostingMethod();
String costingLevelOfSchema = as1.GetCostingLevel();
// Get the costing method and the costing level of the product Category for the current accounting schema.
if (mpc != null)
{
pca = MProductCategoryAcct.Get(GetCtx(), mpc.GetM_Product_Category_ID(), as1.GetC_AcctSchema_ID(), null);
if (pca.GetCostingMethod() != null)
{
costingMethod = pca.GetCostingMethod();
}
else
{
costingMethod = costingMethodOfSchema;
}
if (pca.GetCostingLevel() != null)
{
costingLevel = pca.GetCostingLevel();
}
else
{
costingLevel = costingLevelOfSchema;
}
// proceed only if the costing method is standard
if (!costingMethod.Equals(X_C_AcctSchema.COSTINGMETHOD_StandardCosting))
{
return(facts);
}
}
Fact fact = new Fact(this, as1, Fact.POST_Actual);
FactLine dr = null;
FactLine cr = null;
for (int i = 0; i < _lines.Length; i++)
{
DocLine line = _lines[i];
if (mpc == null)
{
pca = MProductCategoryAcct.Get(GetCtx(), MProduct.Get(GetCtx(), line.GetM_Product_ID()).
GetM_Product_Category_ID(),
as1.GetC_AcctSchema_ID(), null);
if (pca.GetCostingMethod() != null)
{
costingMethod = pca.GetCostingMethod();
}
else
{
costingMethod = costingMethodOfSchema;
}
if (pca.GetCostingLevel() != null)
{
costingLevel = pca.GetCostingLevel();
}
else
{
costingLevel = costingLevelOfSchema;
}
// proceed only if the costing method is standard
if (!costingMethod.Equals(X_C_AcctSchema.COSTINGMETHOD_StandardCosting))
{
return(facts);
}
}
Decimal currentCost = Env.ZERO;
Decimal oldCost = Env.ZERO;
Decimal Qty = Env.ZERO;
String sql = " SELECT Sum(CurrentCostPrice), Sum(LastCostPrice), Sum(CurrentQty)"
+ " FROM M_Cost WHERE M_Product_ID = " + line.GetM_Product_ID()
+ " AND C_AcctSchema_ID = " + as1.GetC_AcctSchema_ID()
+ " AND M_CostElement_ID = " + m_ce.GetM_CostElement_ID()
+ " AND M_CostType_ID = " + as1.GetM_CostType_ID()
+ " AND AD_Client_ID = " + GetAD_Client_ID();
if (costingLevel.Equals(X_C_AcctSchema.COSTINGLEVEL_Client))
{
sql += " AND AD_Org_ID = 0"
+ " AND M_AttributeSetInstance_ID = 0";
}
else if (costingLevel.Equals(X_C_AcctSchema.COSTINGLEVEL_Organization))
{
sql += " AND M_AttributeSetInstance_ID = 0";
}
else if (costingLevel.Equals(X_C_AcctSchema.COSTINGLEVEL_BatchLot))
{
sql += " AND AD_Org_ID = 0";
}
IDataReader idr = null;
try
{
idr = DB.ExecuteReader(sql, null, GetTrx());
while (idr.Read())
{
currentCost = Util.GetValueOfDecimal(idr[0]);
oldCost = Util.GetValueOfDecimal(idr[1]);
Qty = Util.GetValueOfDecimal(idr[2]);
line.SetQty(Qty, costupdate.IsSOTrx());
Decimal PriceCost = Decimal.Subtract(currentCost, oldCost);
Decimal amt = Env.ZERO;
if (Env.Signum(PriceCost) != 0)
{
amt = Decimal.Multiply(Qty, PriceCost);
}
line.SetAmount(amt);
if (Env.Signum(amt) == 0)
{
continue;
}
MAccount db_acct, cr_acct;
/* Decide the Credit and Debit Accounts */
if (Env.Signum(amt) == 1)
{
db_acct = line.GetAccount(ProductCost.ACCTTYPE_P_Asset, as1);
cr_acct = line.GetAccount(ProductCost.ACCTTYPE_P_CostAdjustment, as1);
}
else
{
cr_acct = line.GetAccount(ProductCost.ACCTTYPE_P_Asset, as1);
db_acct = line.GetAccount(ProductCost.ACCTTYPE_P_CostAdjustment, as1);
}
/* Create Credit and Debit lines*/
dr = fact.CreateLine(line, db_acct, as1.GetC_Currency_ID(), Math.Abs(amt), null);
if (dr == null)
{
log.SaveError("NoProductCosts", "No Product Costs");
return(null);
}
cr = fact.CreateLine(line, cr_acct, as1.GetC_Currency_ID(), null, Math.Abs(amt));
if (cr == null)
{
log.SaveError("NoProductCosts", "No Product Costs");
return(null);
}
}
idr.Close();
}
catch (Exception e)
{
log.Log(Level.SEVERE, sql, e);
}
finally
{
if (idr != null)
{
idr.Close();
idr = null;
}
}
}
facts.Add(fact);
return(facts);
}
