/// <summary>
/// is used to save Product container
/// </summary>
/// <param name="warehouseId">Warehouse where we create container</param>
/// <param name="locatorId">Locator - in which locator we place container</param>
/// <param name="value">Search key of the container</param>
/// <param name="name">name of teh container</param>
/// <param name="height">height of the container</param>
/// <param name="width">width of the container</param>
/// <param name="parentContainerId">Parent of the nw container</param>
/// <returns>Save Or Not Saved message</returns>
/// <writer>Amit Bansal</writer>
public string SaveProductContainer(int warehouseId, int locatorId, string value, string name, Decimal height, Decimal width, int parentContainerId)
{
MLocator m_locator = null;
MWarehouse m_warehouse = null;
// when warehouse ID is ZERO, then extract it from Locator
if (warehouseId == 0 && locatorId > 0)
{
m_locator = MLocator.Get(_ctx, locatorId);
warehouseId = m_locator.GetM_Warehouse_ID();
}
// when locator ID is ZERO, then extract it either from Parent Conatiner or from Warehouse
else if (warehouseId > 0 && locatorId == 0)
{
if (parentContainerId == 0)
{
m_warehouse = MWarehouse.Get(_ctx, warehouseId);
locatorId = m_warehouse.GetDefaultM_Locator_ID();
}
else
{
locatorId = Util.GetValueOfInt(DB.ExecuteScalar("SELECT M_Locator_ID FROM M_ProductContainer WHERE M_ProductContainer_ID = " + parentContainerId, null, null));
}
}
// need to check warehouse and locator shoyld be active during ceation of Product Container
m_warehouse = MWarehouse.Get(_ctx, warehouseId);
m_locator = MLocator.Get(_ctx, locatorId);
if (!m_warehouse.IsActive())
{
return(Msg.GetMsg(_ctx, "VIS_WarehouseNotActive"));
}
else if (!m_locator.IsActive())
{
return(Msg.GetMsg(_ctx, "VIS_LocatorNotActive"));
}
// Create Product Container in Locator Organization
//MProductContainer container = new MProductContainer(_ctx, 0, null);
//container.SetAD_Org_ID(m_locator.GetAD_Org_ID());
//container.SetValue(value);
//container.SetName(name);
//container.SetM_Warehouse_ID(warehouseId);
//container.SetM_Locator_ID(locatorId);
//container.SetHeight(height);
//container.SetWidth(width);
//container.SetRef_M_Container_ID(parentContainerId);
//if (!container.Save())
//{
// ValueNamePair pp = VLogger.RetrieveError();
// return Msg.GetMsg(_ctx, "VIS_ContainernotSaved") + " " + (pp != null ? pp.GetName() : "");
//}
//else
//{
// return "";
//}
return("");
}
/// <summary>
/// Get Product Container in term of Tree Structure
/// </summary>
/// <param name="warehouse">Warehouse -- which warehouse container we have to show</param>
/// <param name="locator">Locato - which locator container we have to show</param>
/// <param name="container">not used this parameter functionality -- Tree structure mismatched</param>
/// <returns></returns>
public List <TreeContainer> GetContainerAsTree(int warehouse, int locator, int container, string validation)
{
if (warehouse == 0 && locator > 0)
{
MLocator m_locator = MLocator.Get(_ctx, locator);
warehouse = m_locator.GetM_Warehouse_ID();
}
List <TreeContainer> keyVal = new List <TreeContainer>();
string sql = @"SELECT value , '.' || LPAD (' ', LEVEL * 1) || Name AS Name,
LEVEL , name || '_' || value AS ContainerName , m_productcontainer_id
FROM m_productcontainer WHERE IsActive = 'Y'";
if (warehouse > 0)
{
sql += " AND m_warehouse_id = " + warehouse;
}
if (locator > 0)
{
sql += " AND M_Locator_ID = " + locator;
}
if (container > 0)
{
sql += " AND M_ProductContainer_ID != " + container;
}
if (!String.IsNullOrEmpty(validation))
{
sql += " AND " + validation;
}
sql += " START WITH NVL(ref_m_container_id,0) =0 CONNECT BY NVL(ref_m_container_id,0) = PRIOR m_productcontainer_id";
sql = MRole.GetDefault(_ctx).AddAccessSQL(sql, "M_ProductContainer", MRole.SQL_FULLYQUALIFIED, MRole.SQL_RO); // fully qualidfied - RO
DataSet ds = DB.ExecuteDataset(sql);
if (ds != null && ds.Tables[0].Rows.Count > 0)
{
for (int i = 0; i < ds.Tables[0].Rows.Count; i++)
{
keyVal.Add(new TreeContainer()
{
Value = Util.GetValueOfString(ds.Tables[0].Rows[i]["value"]),
Name = Util.GetValueOfString(ds.Tables[0].Rows[i]["Name"]),
Level = Util.GetValueOfInt(ds.Tables[0].Rows[i]["LEVEL"]),
ContainerName = Util.GetValueOfString(ds.Tables[0].Rows[i]["ContainerName"]),
M_ProductContainer_ID = Util.GetValueOfInt(ds.Tables[0].Rows[i]["M_ProductContainer_ID"])
});
}
ds.Dispose();
}
return(keyVal);
}
// API to generate component transaction lines in M_WorkOrderTransactionLine. It should be possible to generate component lines
// for all push / pull components in a specific operation and all push / pull components in all operations in a work order
/**
* api to generate component transaction lines in M_WorkOrderTransactionLine. Skips Optional operations unless they are either the starting operation sequence or ending operation sequence in the list of operations specified
* @param ctx
* @param M_WorkOrderTransaction_ID Work Order Transaction
* @param Qty Number of Work Order Product Assemblies for which to generate components
* @param OperationFrom Starting operation sequence number
* @param OperationTo Ending operation sequence number
* @param SupplyType Component Supply Type. Valid values are P (Push), O (Operation Pull), A (Assembly Pull)
* @param M_Locator_ID Supply Locator for the components in case of Push supply type
* @param trx
* @return Array of MVAMFGMWrkOdrTrnsctionLine
*/
public ViennaAdvantage.Model.MVAMFGMWrkOdrTrnsctionLine[] GenerateComponentTxnLine(Ctx ctx, int M_WorkOrderTransaction_ID,
Decimal?Qty, Decimal?OperationFrom, Decimal?OperationTo,
String SupplyType, int M_Locator_ID, Trx trx)
{
int _countGOM01 = 0;
Tuple <String, String, String> mInfo = null;
if (Env.HasModulePrefix("GOM01_", out mInfo))
{
_countGOM01 = 1;
}
if (OperationFrom != null && OperationFrom.Value.CompareTo(OperationTo) > 0)
{
log.Severe("Operation Numbers not correct.");
return(null);
}
ViennaAdvantage.Model.MVAMFGMWrkOdrTransaction wot = new ViennaAdvantage.Model.MVAMFGMWrkOdrTransaction(ctx, M_WorkOrderTransaction_ID, trx);
if (0 == M_WorkOrderTransaction_ID || !((wot.GetDocStatus().Equals(X_VAMFG_M_WrkOdrTransaction.DOCSTATUS_Drafted) || wot.GetDocStatus().Equals(X_VAMFG_M_WrkOdrTransaction.DOCSTATUS_InProgress)) &&
(wot.GetVAMFG_WorkOrderTxnType().Equals(X_VAMFG_M_WrkOdrTransaction.VAMFG_WORKORDERTXNTYPE_1_ComponentIssueToWorkOrder) ||
wot.GetVAMFG_WorkOrderTxnType().Equals(X_VAMFG_M_WrkOdrTransaction.VAMFG_WORKORDERTXNTYPE_ComponentReturnFromWorkOrder))))
{
log.Severe("Cannot create component lines against give WO Txn.");
return(null);
}
if (Qty != null && Qty.Value.CompareTo(Decimal.Zero) <= 0)
{
log.Severe("Number of product assemblies must be positive");
return(null);
}
//ArrayList<MVAMFGMWrkOdrTrnsctionLine> wotLines = new ArrayList<MVAMFGMWrkOdrTrnsctionLine>();
// List<MVAMFGMWrkOdrTrnsctionLine> wotLines = new List<MVAMFGMWrkOdrTrnsctionLine>();
ArrayList wotLines = new ArrayList();
int lastMandatoryWOO = DB.GetSQLValue(trx, "SELECT MAX(VAMFG_SeqNo) FROM VAMFG_M_WorkOrderOperation " +
"WHERE VAMFG_M_WorkOrder_ID = " + wot.GetVAMFG_M_WorkOrder_ID() + " AND VAMFG_IsOptional<>'Y'");
// automatically consider AssemblyPull Supply Type when the OperationTo is greater than the last Work Order Operation.
// This in turn should take care of optional operations.
bool assemblyPull = lastMandatoryWOO == OperationTo;
StringBuilder response = new StringBuilder("");
// Getting the WorkOrder product assembly quantity
Decimal woQty = DB.GetSQLValue(trx, "SELECT VAMFG_QtyEntered FROM VAMFG_M_WorkOrder " +
"WHERE VAMFG_M_WorkOrder_ID = " + wot.GetVAMFG_M_WorkOrder_ID());
// Get component requirements based on the operations moved through in this transaction and then make lines
StringBuilder sqlBuf = new StringBuilder("SELECT woc.M_Product_ID, woc.C_UOM_ID, woc.VAMFG_QtyRequired, " +
" woc.VAMFG_SupplyType, woc.M_AttributeSetInstance_ID, woc.M_Locator_ID, woc.BasisType," +
" woo.VAMFG_M_WorkOrderOperation_ID, woc.VAMFG_QtyAvailable, woc.VAMFG_QtySpent," +
" woc.VAMFG_QtyAllocated, woc.VAMFG_QtyDedicated,woc.isqualitycorrection" +
" FROM VAMFG_M_WorkOrderOperation woo INNER JOIN VAMFG_M_WorkOrderComponent woc ON woo.VAMFG_M_WorkOrderOperation_ID = woc.VAMFG_M_WorkOrderOperation_ID" +
" WHERE woo.VAMFG_M_WorkOrder_ID = " + wot.GetVAMFG_M_WorkOrder_ID() + " AND woc.VAMFG_QtyRequired != 0 AND (woo.VAMFG_IsOptional <> 'Y' OR ");
if (OperationFrom != null && OperationFrom.Value.CompareTo(Decimal.Zero) > 0)
{
sqlBuf.Append(" woo.VAMFG_SeqNo =" + VAdvantage.Utility.Util.GetValueOfInt(OperationFrom));
sqlBuf.Append(" OR woo.VAMFG_SeqNo =" + VAdvantage.Utility.Util.GetValueOfInt(OperationTo));
sqlBuf.Append(")");
}
else
{
sqlBuf.Append(" woo.VAMFG_SeqNo =0");
sqlBuf.Append(" OR woo.VAMFG_SeqNo =0");
sqlBuf.Append(")");
}
// Set OperationTo sequence no
if (OperationTo != null && OperationTo.Value.CompareTo(Decimal.Zero) > 0)
{
sqlBuf.Append(" AND ((woo.VAMFG_SeqNo BETWEEN " + VAdvantage.Utility.Util.GetValueOfInt(OperationFrom) + " AND " + VAdvantage.Utility.Util.GetValueOfInt(OperationTo));
sqlBuf.Append(")");
}
else
{
sqlBuf.Append(" AND ((woo.VAMFG_SeqNo BETWEEN " + lastMandatoryWOO + " AND 0");
sqlBuf.Append(")");
}
if (assemblyPull) // if assembly pull, then get component lines from all operations except
{
sqlBuf.Append(" OR woc.VAMFG_SupplyType = 'A'");
}
sqlBuf.Append(" ) ORDER BY woo.VAMFG_SeqNo, woc.M_Product_ID, woc.VAMFG_QtyRequired "); // close the statement and add ORDER BY clause
String sql = sqlBuf.ToString();
// SqlParameter[] param = null;
IDataReader idr = null;
DataTable dt = new DataTable();
try
{
//pstmt.setInt(1, wot.GetVAMFG_M_WorkOrder_ID()); // woo.VAMFG_M_WorkOrder_ID
//param = new SqlParameter[5];
//param[0] = new SqlParameter("@param1", wot.GetVAMFG_M_WorkOrder_ID());
//// Set OperationFrom sequence no
//if (OperationFrom != null && OperationFrom.Value.CompareTo(Decimal.Zero) > 0)
//{
// param[1] = new SqlParameter("@param2", VAdvantage.Utility.Util.GetValueOfInt(OperationFrom));
// param[3] = new SqlParameter("@param4", VAdvantage.Utility.Util.GetValueOfInt(OperationFrom));
// //pstmt.setInt(2, OperationFrom.intValue());
// //pstmt.setInt(4, OperationFrom.intValue());
//}
//else
//{
// param[1] = new SqlParameter("@param2", 0);
// param[3] = new SqlParameter("@param4", 0);
// //pstmt.setInt(2, 0);
// //pstmt.setInt(4, 0);
//}
//// Set OperationTo sequence no
//if (OperationTo != null && OperationTo.Value.CompareTo(Decimal.Zero) > 0)
//{
// param[2] = new SqlParameter("@param3", VAdvantage.Utility.Util.GetValueOfInt(OperationTo));
// param[4] = new SqlParameter("@param5", VAdvantage.Utility.Util.GetValueOfInt(OperationTo));
// //pstmt.setInt(3, OperationTo.intValue());
// //pstmt.setInt(5, OperationTo.intValue());
//}
//else
//{
// param[2] = new SqlParameter("@param3", lastMandatoryWOO);
// param[4] = new SqlParameter("@param5", 0);
// //pstmt.setInt(3, lastMandatoryWOO);
// //pstmt.setInt(5, 0);
//}
//rs = pstmt.executeQuery();
idr = DB.ExecuteReader(sql.ToString(), null, trx);
//dt.Load(idr);
//idr.Close();
int productID = 0;
int uomID = 0;
Decimal qtyEntered = Decimal.Zero; // Quantity in the Product Transaction Line
Decimal QtyInKg = Decimal.Zero; // Quantity in KG at Product Transaction Line
int asiID = 0;
int locatorID = 0;
// set the component line no to 10 greater than existing
int compLineNo = DB.GetSQLValue(trx, "SELECT COALESCE(MAX(VAMFG_Line),0)+10 FROM VAMFG_M_WrkOdrTrnsctionLine " +
"WHERE VAMFG_M_WrkOdrTransaction_ID =" + M_WorkOrderTransaction_ID);
bool checkInventory = wot.GetVAMFG_WorkOrderTxnType().Equals(X_VAMFG_M_WrkOdrTransaction.VAMFG_WORKORDERTXNTYPE_1_ComponentIssueToWorkOrder);
while (idr.Read())
{
productID = VAdvantage.Utility.Util.GetValueOfInt(idr[0]);
uomID = VAdvantage.Utility.Util.GetValueOfInt(idr[1]);
Decimal qtyRequired = VAdvantage.Utility.Util.GetValueOfDecimal(idr[2]);
String wocSupplyType = VAdvantage.Utility.Util.GetValueOfString(idr[3]);
asiID = VAdvantage.Utility.Util.GetValueOfInt(idr[4]);
locatorID = VAdvantage.Utility.Util.GetValueOfInt(idr[5]);
String basisType = VAdvantage.Utility.Util.GetValueOfString(idr[6]);
int wooID = VAdvantage.Utility.Util.GetValueOfInt(idr[7]);
string IsQualityCorr = VAdvantage.Utility.Util.GetValueOfString(idr[12]);
// If qty=0, then no value was passed for Qty
// for Component Issue assume issue needs to be generated for remaining amount
// for Component Return assume return needs to be generated for unused quantity
Decimal qtyIssued = VAdvantage.Utility.Util.GetValueOfDecimal(idr[8]);
Decimal qtySpent = VAdvantage.Utility.Util.GetValueOfDecimal(idr[9]);
Decimal qtyAllocated = VAdvantage.Utility.Util.GetValueOfDecimal(idr[10]);
Decimal qtyDedicated = VAdvantage.Utility.Util.GetValueOfDecimal(idr[11]);
// continue if component line is quality correction
if (IsQualityCorr == "Y")
{
continue;
}
if (Qty == null)
{
if (wot.GetVAMFG_WorkOrderTxnType().Equals(X_VAMFG_M_WrkOdrTransaction.VAMFG_WORKORDERTXNTYPE_1_ComponentIssueToWorkOrder))
{
// qtyEntered = (qtyRequired.multiply(woQty)).subtract(qtyIssued).subtract(qtyAllocated).subtract(qtyDedicated);
qtyEntered = Decimal.Subtract(Decimal.Subtract(Decimal.Subtract(Decimal.Multiply(qtyRequired, woQty), qtyIssued), qtyAllocated), qtyDedicated);
}
else // automatically assume ComponentReturn txn
{
qtyEntered = Decimal.Subtract(qtyIssued, qtySpent);
}
}
else
{
qtyEntered = Decimal.Multiply(qtyRequired, Qty.Value);
if (wot.GetVAMFG_WorkOrderTxnType().Equals(X_VAMFG_M_WrkOdrTransaction.VAMFG_WORKORDERTXNTYPE_ComponentReturnFromWorkOrder)
//&& qtyEntered.setScale(MUOM.getPrecision(ctx, uomID), Decimal.ROUND_HALF_UP).compareTo(qtyIssued.subtract(qtySpent)) > 0)
&& Decimal.Round((qtyEntered), VAdvantage.Model.MUOM.GetPrecision(ctx, uomID), MidpointRounding.AwayFromZero).CompareTo(Decimal.Subtract(qtyIssued, qtySpent)) > 0)
{
log.Warning("Not enough quantities to return from Work Order");
continue;
}
}
// For Pull type: If quantity requirement has been filled or there are not enough quantities to issue
// then don't generate a line -> goto next line processing
//if (qtyEntered.setScale(MUOM.getPrecision(ctx, uomID), Decimal.ROUND_HALF_UP).compareTo(Decimal.Zero) <= 0)
// continue;
if (Decimal.Round((qtyEntered), VAdvantage.Model.MUOM.GetPrecision(ctx, uomID), MidpointRounding.AwayFromZero).CompareTo(Decimal.Zero) <= 0)
{
continue;
}
if (SupplyType.Equals(wocSupplyType) ||
(wocSupplyType.Equals(X_VAMFG_M_WorkOrderComponent.VAMFG_SUPPLYTYPE_AssemblyPull) && assemblyPull &&
!SupplyType.Equals(X_VAMFG_M_WorkOrderComponent.VAMFG_SUPPLYTYPE_Push)))
{
ViennaAdvantage.Model.MVAMFGMWrkOdrTrnsctionLine compIssueLine = new ViennaAdvantage.Model.MVAMFGMWrkOdrTrnsctionLine(ctx, 0, trx);
// set the client + org derived from the transaction header
compIssueLine.SetClientOrg(wot);
// Work done to add attributeset Instance ID for finished products
compIssueLine.SetRequiredColumns(M_WorkOrderTransaction_ID, productID, asiID, uomID, qtyEntered, wooID, basisType);
// Added by Bharat on 26 Dec 2017 to set Business Partner Information on Line
compIssueLine.SetC_BPartner_ID(wot.GetC_BPartner_ID());
compIssueLine.SetC_BPartner_Location_ID(wot.GetC_BPartner_Location_ID());
if (locatorID != 0) // Implicit assumption : Only Pull components will have a locator populated in the WOC
{
// compIssueLine.SetM_Locator_ID(locatorID);
((X_VAMFG_M_WrkOdrTrnsctionLine)compIssueLine).SetM_Locator_ID(locatorID);
}
else
{
// Check if the locator passed is under the Warehouse of the Work Order
// If no, then skip generating transaction line for this component
ViennaAdvantage.Model.MVAMFGMWorkOrder wo = new ViennaAdvantage.Model.MVAMFGMWorkOrder(ctx, wot.GetVAMFG_M_WorkOrder_ID(), trx);
MLocator loc = new MLocator(ctx, M_Locator_ID, trx);
if (loc.GetM_Warehouse_ID() != wo.GetM_Warehouse_ID())
{
log.Warning("Locator passed is not under the Warehouse of the WorkOrder");
continue;
}
((X_VAMFG_M_WrkOdrTrnsctionLine)compIssueLine).SetM_Locator_ID(M_Locator_ID);
}
if (asiID > 0)
{
compIssueLine.SetM_AttributeSetInstance_ID(asiID);
}
compIssueLine.SetVAMFG_Line(compLineNo);
compLineNo += 10;
// Added by Bharat on 20/12/2016 to Set Density and Liter values for production execution Process of Gulf Oil.
if (_countGOM01 > 0)
{
Decimal density = wot.GetGOM01_Density();
QtyInKg = Decimal.Multiply(qtyEntered, density);
QtyInKg = Decimal.Round((QtyInKg), VAdvantage.Model.MUOM.GetPrecision(ctx, uomID));
Decimal ltrQty = density > 0 ? QtyInKg / density : 0;
compIssueLine.SetGOM01_Quantity(QtyInKg);
compIssueLine.SetGOM01_ActualQuantity(QtyInKg);
compIssueLine.SetGOM01_Density(density);
compIssueLine.SetGOM01_Litre(Decimal.Round((ltrQty), VAdvantage.Model.MUOM.GetPrecision(ctx, uomID)));
compIssueLine.SetGOM01_FromProcess(true);
}
// End Bharat
wotLines.Add(compIssueLine);
VAdvantage.Model.MProduct product = new VAdvantage.Model.MProduct(ctx, productID, trx);
if (checkInventory)
{
if (_countGOM01 > 0)
{
response.Append(product.GetName() + ": ").Append(VerifyQuantity(product, wot, QtyInKg, asiID)).Append(" ");
}
else
{
response.Append(product.GetName() + ": ").Append(VerifyQuantity(product, wot, qtyEntered, asiID)).Append(" ");
}
}
if (compIssueLine.Save())
{
}
}
}
}
catch (Exception e)
{
log.Log(Level.SEVERE, sqlBuf.ToString(), e);
log.Severe("SQL failure in checking component requirements");
return(null);
}
finally
{
if (idr != null)
{
idr.Close();
idr = null;
}
}
//Not using this here we have save line one by one
//if (save)
//{
// if (!VAdvantage.Model.PO.SaveAll(trx, wotLines))
// {
// log.Severe("Could not save component transaction lines.");
// return null;
// }
//}
log.SaveInfo("Info", response.ToString());
//return wotLines.toArray(new MVAMFGMWrkOdrTrnsctionLine[] { });
ViennaAdvantage.Model.MVAMFGMWrkOdrTrnsctionLine[] newObject = null;
try
{
newObject = (ViennaAdvantage.Model.MVAMFGMWrkOdrTrnsctionLine[])wotLines.ToArray(typeof(ViennaAdvantage.Model.MVAMFGMWrkOdrTrnsctionLine));
//newObject = new MVAMFGMWrkOdrTrnsctionLine[] { };
//newObject = Convert.ChangeType(wotLines.ToArray(), typeof(MVAMFGMWrkOdrTrnsctionLine[]));
//newObject = lst.ToArray();
return(newObject);
}
catch { }
return((ViennaAdvantage.Model.MVAMFGMWrkOdrTrnsctionLine[])wotLines.ToArray());
}