public DataTable getHMISDataTable(HMISData.HMISDataRequest Request)
{
DataTable ret = new DataTable("HMIS");
ret.Columns.Add("controlzone");
ret.Columns.Add("material_nodeid");
ret.Columns.Add("material");
ret.Columns.Add("class");
ret.Columns.Add("hazardcategory");
ret.Columns.Add("hazardclass");
ret.Columns.Add("storage_solid_maq");
ret.Columns.Add("storage_solid_qty");
ret.Columns.Add("storage_liquid_maq");
ret.Columns.Add("storage_liquid_qty");
ret.Columns.Add("storage_gas_maq");
ret.Columns.Add("storage_gas_qty");
ret.Columns.Add("closed_solid_maq");
ret.Columns.Add("closed_solid_qty");
ret.Columns.Add("closed_liquid_maq");
ret.Columns.Add("closed_liquid_qty");
ret.Columns.Add("closed_gas_maq");
ret.Columns.Add("closed_gas_qty");
ret.Columns.Add("open_solid_maq");
ret.Columns.Add("open_solid_qty");
ret.Columns.Add("open_liquid_maq");
ret.Columns.Add("open_liquid_qty");
HMISData Data = getHMISData(Request);
foreach (HMISData.HMISMaterial Material in Data.Materials)
{
DataRow thisRow = ret.NewRow();
thisRow["controlzone"] = Data.ControlZone;
thisRow["material_nodeid"] = Material.NodeId;
thisRow["material"] = Material.Material;
thisRow["class"] = Material.Class;
thisRow["hazardcategory"] = Material.HazardCategory;
thisRow["hazardclass"] = Material.HazardClass;
thisRow["storage_solid_maq"] = Material.Storage.Solid.MAQ;
thisRow["storage_solid_qty"] = Math.Round(Material.Storage.Solid.Qty, RoundPrecision);
thisRow["storage_liquid_maq"] = Material.Storage.Liquid.MAQ;
thisRow["storage_liquid_qty"] = Math.Round(Material.Storage.Liquid.Qty, RoundPrecision);
thisRow["storage_gas_maq"] = Material.Storage.Gas.MAQ;
thisRow["storage_gas_qty"] = Math.Round(Material.Storage.Gas.Qty, RoundPrecision);
thisRow["closed_solid_maq"] = Material.Closed.Solid.MAQ;
thisRow["closed_solid_qty"] = Math.Round(Material.Closed.Solid.Qty, RoundPrecision);
thisRow["closed_liquid_maq"] = Material.Closed.Liquid.MAQ;
thisRow["closed_liquid_qty"] = Math.Round(Material.Closed.Liquid.Qty, RoundPrecision);
thisRow["closed_gas_maq"] = Material.Closed.Gas.MAQ;
thisRow["closed_gas_qty"] = Math.Round(Material.Closed.Gas.Qty, RoundPrecision);
thisRow["open_solid_maq"] = Material.Open.Solid.MAQ;
thisRow["open_solid_qty"] = Math.Round(Material.Open.Solid.Qty, RoundPrecision);
thisRow["open_liquid_maq"] = Material.Open.Liquid.MAQ;
thisRow["open_liquid_qty"] = Math.Round(Material.Open.Liquid.Qty, RoundPrecision);
ret.Rows.Add(thisRow);
}
return(ret);
}
private void _setFireClasses(CswPrimaryKey ControlZoneId, HMISData Data)
{
CswNbtNode ControlZone = _CswNbtResources.Nodes.GetNode(ControlZoneId);
Double MAQOffset = Double.NaN;
CswNbtMetaDataNodeTypeProp MAQOffsetNTP = _CswNbtResources.MetaData.getNodeTypeProp(ControlZone.NodeTypeId, "MAQ Offset %");
if (null != MAQOffsetNTP)
{
MAQOffset = ControlZone.Properties[MAQOffsetNTP].AsNumber.Value;
}
MAQOffset = Double.IsNaN(MAQOffset) ? 100.0 : MAQOffset;
CswNbtMetaDataNodeTypeProp FireClassSetNameNTP = _CswNbtResources.MetaData.getNodeTypeProp(ControlZone.NodeTypeId, "Fire Class Set Name");
CswPrimaryKey FCEASId = ControlZone.Properties[FireClassSetNameNTP].AsRelationship.RelatedNodeId;
Data.FireClassExemptAmountSet = ControlZone.Properties[FireClassSetNameNTP].AsRelationship.CachedNodeName;
if (null != FCEASId)
{
List <HMISData.HMISMaterial> HazardClassList = new List <HMISData.HMISMaterial>();
CswNbtMetaDataObjectClass FCEAOC = _CswNbtResources.MetaData.getObjectClass(CswEnumNbtObjectClass.FireClassExemptAmountClass);
foreach (CswNbtObjClassFireClassExemptAmount FCEANode in FCEAOC.getNodes(false, false))
{
if (FCEANode.SetName.RelatedNodeId == FCEASId)
{
HMISData.HMISMaterial EmptyHazardClass = new HMISData.HMISMaterial
{
HazardClass = FCEANode.HazardClass.Value,
HazardCategory = FCEANode.HazardCategory.Text,
Class = FCEANode.Class.Text,
SortOrder = FCEANode.SortOrder.Value
};
_setFireClassMAQData(EmptyHazardClass, FCEANode, MAQOffset);
HazardClassList.Add(EmptyHazardClass);
}
}
HazardClassList.Sort((s1, s2) => s1.SortOrder.CompareTo(s2.SortOrder));
Data.Materials = new Collection <HMISData.HMISMaterial>(HazardClassList);
}
}
public HMISData getHMISData(HMISData.HMISDataRequest Request)
{
HMISData Data = new HMISData();
CswPrimaryKey ControlZoneId = null;
if (false == string.IsNullOrEmpty(Request.ControlZoneId))
{
ControlZoneId = CswConvert.ToPrimaryKey(Request.ControlZoneId);
}
else if (false == string.IsNullOrEmpty(Request.ControlZone))
{
if (CswTools.IsInteger(Request.ControlZone))
{
ControlZoneId = new CswPrimaryKey("nodes", CswConvert.ToInt32(Request.ControlZone));
}
else
{
CswNbtView ControlZoneView = getControlZonesView(Request.ControlZone);
ICswNbtTree ControlZoneTree = _CswNbtResources.Trees.getTreeFromView(ControlZoneView, RequireViewPermissions: false, IncludeSystemNodes: true, IncludeHiddenNodes: true);
if (ControlZoneTree.getChildNodeCount() > 0)
{
ControlZoneTree.goToNthChild(0);
ControlZoneId = ControlZoneTree.getNodeIdForCurrentPosition();
}
}
}
if (CswTools.IsPrimaryKey(ControlZoneId))
{
Data.ControlZone = _CswNbtResources.Nodes.getNodeName(ControlZoneId);
string HMISSql = @"with loc as (select n.nodeid
from nodes n
join nodetypes t on t.nodetypeid = n.nodetypeid
join object_class oc on t.objectclassid = oc.objectclassid
join (select j.nodeid, j.field1_fk
from object_class_props ocp
join nodetype_props ntp on ocp.objectclasspropid = ntp.objectclasspropid
join jct_nodes_props j on ntp.nodetypepropid = j.nodetypepropid
where ocp.propname = 'Control Zone'
) cz on (cz.nodeid = n.nodeid)
where oc.objectclass = 'LocationClass'
and cz.field1_fk = " + ControlZoneId.PrimaryKey + @"
),
mat as (select n.nodeid, n.nodename materialname, hc.clobdata hazardclasses, sf.gestaltsearch specialflags, ps.field1 physstate
from nodes n
join nodetypes t on t.nodetypeid = n.nodetypeid
join object_class oc on t.objectclassid = oc.objectclassid
join (select j.nodeid, j.clobdata
from object_class_props ocp
join nodetype_props ntp on ocp.objectclasspropid = ntp.objectclasspropid
join jct_nodes_props j on ntp.nodetypepropid = j.nodetypepropid
where ocp.propname = 'Hazard Classes'
) hc on (hc.nodeid = n.nodeid)
join (select j.nodeid, j.gestaltsearch
from object_class_props ocp
join nodetype_props ntp on ocp.objectclasspropid = ntp.objectclasspropid
join jct_nodes_props j on ntp.nodetypepropid = j.nodetypepropid
where ocp.propname = 'Special Flags'
) sf on (sf.nodeid = n.nodeid)
join (select j.nodeid, j.field1
from object_class_props ocp
join nodetype_props ntp on ocp.objectclasspropid = ntp.objectclasspropid
join jct_nodes_props j on ntp.nodetypepropid = j.nodetypepropid
where ocp.propname = 'Physical State'
) ps on (ps.nodeid = n.nodeid)
where oc.objectclass = 'ChemicalClass'
and (sf.gestaltsearch is null or sf.gestaltsearch not like '%not reportable%')";
if (string.IsNullOrEmpty(Request.Class))
{
HMISSql += " and hc.clobdata is not null";
}
else
{
HMISSql += " and hc.clobdata like '%" + Request.Class + @"%'";
}
HMISSql += @" ),
cont as (select SUM(q.field2_numeric) total_qty_kg,
SUM(q.field3_numeric) total_qty_lt,
ut.field1 usetype,
m.field1_fk materialid
from nodes n
join nodetypes t on t.nodetypeid = n.nodetypeid
join object_class oc on t.objectclassid = oc.objectclassid
join (select j.nodeid, j.field1_fk
from object_class_props ocp
join nodetype_props ntp on ocp.objectclasspropid = ntp.objectclasspropid
join jct_nodes_props j on ntp.nodetypepropid = j.nodetypepropid
where ocp.propname = 'Location'
) l on (l.nodeid = n.nodeid)
join (select j.nodeid, j.field2_numeric, j.field3_numeric
from object_class_props ocp
join nodetype_props ntp on ocp.objectclasspropid = ntp.objectclasspropid
join jct_nodes_props j on ntp.nodetypepropid = j.nodetypepropid
where ocp.propname = 'Quantity'
) q on (q.nodeid = n.nodeid)
join (select j.nodeid, j.field1
from object_class_props ocp
join nodetype_props ntp on ocp.objectclasspropid = ntp.objectclasspropid
join jct_nodes_props j on ntp.nodetypepropid = j.nodetypepropid
where ocp.propname = 'Use Type'
) ut on (ut.nodeid = n.nodeid)
join (select j.nodeid, j.field1_fk
from object_class_props ocp
join nodetype_props ntp on ocp.objectclasspropid = ntp.objectclasspropid
join jct_nodes_props j on ntp.nodetypepropid = j.nodetypepropid
where ocp.propname = 'Material'
) m on (m.nodeid = n.nodeid)
where oc.objectclass = 'ContainerClass'
and ut.field1 is not null
and l.field1_fk in (select nodeid from loc)
and (q.field2_numeric > 0
or q.field3_numeric > 0)
group by ut.field1, m.field1_fk
)
select c.*, mat.hazardclasses, mat.specialflags, mat.materialname, mat.physstate
from cont c
join mat on (c.materialid = mat.nodeid)";
CswArbitrarySelect HMISSelect = _CswNbtResources.makeCswArbitrarySelect("HMIS_Select", HMISSql);
DataTable HMISTable = HMISSelect.getTable();
if (string.IsNullOrEmpty(Request.Class))
{
// Get totals for all classes
_setFireClasses(ControlZoneId, Data);
foreach (DataRow row in HMISTable.Rows)
{
CswCommaDelimitedString HazardClasses = new CswCommaDelimitedString();
HazardClasses.FromString(CswConvert.ToString(row["hazardclasses"]));
if (HazardClasses.Contains("FL-1A") || HazardClasses.Contains("FL-1B") || HazardClasses.Contains("FL-1C"))
{
HazardClasses.Add("FL-Comb");
}
foreach (String HazardClass in HazardClasses)
{
HMISData.HMISMaterial HMISMaterial = Data.Materials.FirstOrDefault(EmptyHazardClass => EmptyHazardClass.HazardClass == HazardClass);
if (null != HMISMaterial) //This would only be null if the Material's HazardClass options don't match the Default FireClass nodes
{
_addQuantityDataToHMISMaterial(HMISMaterial,
CswConvert.ToString(row["usetype"]),
CswConvert.ToDouble(row["total_qty_kg"]),
CswConvert.ToDouble(row["total_qty_lt"]),
CswConvert.ToString(row["physstate"]),
new CswPrimaryKey("nodes", CswConvert.ToInt32(row["materialid"])));
}
}
} // foreach( DataRow row in HMISTable )
} // if( string.IsNullOrEmpty( Request.Class ) )
else
{
// Get material information for one class
foreach (DataRow row in HMISTable.Rows)
{
HMISData.HMISMaterial NewMaterial = new HMISData.HMISMaterial
{
Material = CswConvert.ToString(row["materialname"]),
NodeId = CswConvert.ToInt32(row["materialid"]),
HazardClass = Request.Class
};
_addQuantityDataToHMISMaterial(NewMaterial,
CswConvert.ToString(row["usetype"]),
CswConvert.ToDouble(row["total_qty_kg"]),
CswConvert.ToDouble(row["total_qty_lt"]),
CswConvert.ToString(row["physstate"]),
new CswPrimaryKey("nodes", CswConvert.ToInt32(row["materialid"])));
Data.Materials.Add(NewMaterial);
}
} // if-else( string.IsNullOrEmpty( Request.Class ) )
} // if( CswTools.IsPrimaryKey( ControlZoneId ) )
return(Data);
}