public virtual bool ReadRawData(
DGObjects objs,
string tableNameSQL,
string orderSQL,
string conditionSQL)
{
objs.rawDataSet = Globals.iS3Service.DataService.Query(tableNameSQL, orderSQL, conditionSQL);
// Add a field 'IsSelected' to the first DataTable, so we can
// set and track the selection state of each row
if (objs.rawDataSet.Tables != null &&
objs.rawDataSet.Tables.Count > 0)
{
DataTable dt = objs.rawDataSet.Tables[0];
DataColumn column = null;
if (dt.Columns.Contains("IsSelected"))
{
column = dt.Columns["IsSelected"];
}
else
{
column = dt.Columns.Add("IsSelected", typeof(bool));
}
foreach (DataRow row in dt.Rows)
{
row.SetField(column, false);
}
}
return(true);
}
public void ReloadAll(string conditionSQL = null)
{
if (Globals.project == null)
{
return;
}
Domain domainMon = Globals.project.getDomain(DomainType.Monitoring);
if (domainMon == null)
{
return;
}
DbContext dbContext = Globals.project.getDbContext();
foreach (var def in domainMon.objsDefinitions.Values)
{
if (def.Type == "MonPoint")
{
DGObjects objs = domainMon.objsContainer[def.Name];
Globals.mainframe.output("\nLoading " + objs.definition.Name + "...");
ReloadObjs(objs, dbContext, conditionSQL);
}
}
Globals.mainframe.output("\nDone.\n");
Globals.mainframe.output("");
}
//资源树左击事件
private void DomainTreeView_MouseLeftButtonUp(object sender, MouseButtonEventArgs e)
{
try
{
//获取点击树节点绑定的TreeDefinition
TreeDefinition treeDefinition = DomainTreeView.SelectedItem as TreeDefinition;
if (treeDefinition == null)
{
return;
}
//获取点击对象的DGObjects实例
DGObjects refObjs = Globals.project.getDomain(treeDefinition.Domain).GetDGObjects(treeDefinition.RefObjID);
if (refObjs == null)
{
return;
}
//根据点击的树，添加对应的Filter（临时）
refObjs.definition.Filter = treeDefinition.Filter;
//传递对象组选择事件到上一级
if (DGObjectsSelectionChangedHandler != null)
{
DGObjectsSelectionChangedHandler(this, new DGObjectsSelectionChangedEvent()
{
newObjs = refObjs,
});
}
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
}
}
void _ReadWaterProperties(
DGObjects objs,
string tableNameSQL,
string conditionSQL,
string orderSQL)
{
ReadRawData(objs, tableNameSQL, orderSQL, conditionSQL);
DataTable table = objs.rawDataSet.Tables[0];
foreach (DataRow reader in table.Rows)
{
if (IsDbNull(reader, "ID"))
continue;
WaterProperty wp = new WaterProperty(reader);
wp.ID = ReadInt(reader, "ID").Value;
wp.BoreholeName = ReadString(reader, "BoreholeName");
wp.Cl = ReadDouble(reader, "Cl");
wp.SO4 = ReadDouble(reader, "SO4");
wp.Mg = ReadDouble(reader, "Mg");
wp.NH = ReadDouble(reader, "NH");
wp.pH = ReadDouble(reader, "pH");
wp.CO2 = ReadDouble(reader, "CO2");
wp.Corrosion = ReadString(reader, "Corrosion");
objs[wp.key] = wp;
}
}
public override bool LoadObjs(DGObjects objs)
{
GeologyDGObjectLoader loader2 = new GeologyDGObjectLoader();
bool success = loader2.LoadSoilProperties(objs);
return(success);
}
private decimal getvalue7()
{
string domain = "Construction";
string objType_name = "SCHE";
DGObjects objs = Globals.project.objsDefIndex[objType_name];
Type objType = iS3Property.GetType(domain, objType_name);
MethodInfo mi = typeof(iS3Property).GetMethod("GetProperty").MakeGenericMethod(objType);
Pile ageo_mileage;
foreach (DGObject ageo in objs.objContainer)
{
List <PropertyDef> _propertyDefs = mi.Invoke(new iS3Property(), new object[] { ageo }) as List <PropertyDef>;
string st1, st2;
st1 = _propertyDefs.Find(s => s.key.Equals("PROG_CCJD")).value;
st2 = _propertyDefs.Find(s => s.key.Equals("PROG_ECJD")).value;
if ((st1 == null) || (st2 == null))
{
continue;
}
ageo_mileage = DrawObjects.getSectionPos(st1);
decimal v1 = ageo_mileage.pilepoint;
ageo_mileage = DrawObjects.getSectionPos(st2);
decimal v2 = ageo_mileage.pilepoint;
if (Math.Abs(v1 - v2) > 120)
{
return(2);
}
}
return(0);
}
void _ReadSecondlining(
DGObjects objs,
string tableNameSQL,
string conditionSQL,
string orderSQL)
{
ReadRawData(objs, tableNameSQL, orderSQL, conditionSQL);
DataTable table = objs.rawDataSet.Tables[0];
foreach (DataRow row in table.Rows)
{
if (IsDbNull(row, "ID"))
{
continue;
}
Secondlining sl = new Secondlining(row);
sl.id = ReadInt(row, "ID").Value;
sl.name = ReadString(row, "ID");
//sl.name = ReadString(row, "name");
//sl.fullName = ReadString(row, "FullName");
//sl.description = ReadString(row, "Description");
//sl.shape = ReadShape(row);
//sl.concretetype = ReadString(row, "二衬混凝土型号");
//sl.thickness = ReadDouble(row, "二衬厚度").Value;
//sl.radius_roof = ReadDouble(row, "拱顶内轮廓半径").Value;
//sl.radius_foot = ReadDouble(row, "拱脚内轮廓半径").Value;
//sl.radius_invert = ReadDouble(row, "仰拱内轮廓半径").Value;
//sl.length = ReadDouble(row, "二衬长度").Value;
objs[sl.key] = sl;
}
}
// Summary:
// Project loaded call back function
// Remarks:
// When project data is loaded, the relationship between MonGroup
// and MonPoint need to be established.
void mainframe_projectLoaded(object sender, EventArgs e)
{
if (Globals.project == null)
{
return;
}
Domain domainMon = Globals.project.getDomain(DomainType.Monitoring);
if (domainMon == null)
{
return;
}
foreach (var def in domainMon.objsDefinitions.Values)
{
if (def.Type == "MonGroup")
{
DGObjects objs = domainMon.objsContainer[def.Name];
foreach (var obj in objs.values)
{
MonGroup group = obj as MonGroup;
if (group == null)
{
continue;
}
resumeGroup2PointRelationship(group, domainMon);
}
}
}
}
public override bool LoadObjs(DGObjects objs)
{
GeologyDGObjectLoader loader2 = new GeologyDGObjectLoader();
bool success = loader2.LoadStratumSections(objs);
return(success);
}
void _ReadRiverWaters(
DGObjects objs,
string tableNameSQL,
string conditionSQL,
string orderSQL)
{
ReadRawData(objs, tableNameSQL, orderSQL, conditionSQL);
DataTable table = objs.rawDataSet.Tables[0];
foreach (DataRow reader in table.Rows)
{
if (IsDbNull(reader, "ID"))
continue;
RiverWater rw = new RiverWater(reader);
rw.ID = ReadInt(reader, "ID").Value;
rw.ObservationLocation = ReadString(reader, "ObservationLocation");
rw.HighestTidalLevel = ReadDouble(reader, "HighestTidalLevel");
rw.HighestTidalLevelDate = ReadDateTime(reader, "HighestTidalLevelDate");
rw.LowestTidalLevel = ReadDouble(reader, "LowestTidalLevel");
rw.LowestTidalLevelDate = ReadDateTime(reader, "LowestTidalLevelDate");
rw.AvHighTidalLevel = ReadDouble(reader, "AvHighTidalLevel");
rw.AvLowTidalLevel = ReadDouble(reader, "AvLowTidalLevel");
rw.AvTidalRange = ReadDouble(reader, "AvTidalRange");
rw.DurationOfRise = ReadTimeSpan(reader, "DurationOfRise").ToString();
rw.DurationOfFall = ReadTimeSpan(reader, "DurationOfFall").ToString();
objs[rw.key] = rw;
}
}
// Read boreholes
//
public bool ReadBoreholes(DGObjects objs, string tableNameSQL,
List<int> objsIDs)
{
string conditionSQL = WhereSQL(objsIDs);
return ReadBoreholes(objs, tableNameSQL, conditionSQL, null);
}
void _ReadStrata(
DGObjects objs,
string tableNameSQL,
string conditionSQL,
string orderSQL)
{
ReadRawData(objs, tableNameSQL, orderSQL, conditionSQL);
DataTable table = objs.rawDataSet.Tables[0];
foreach (DataRow row in table.Rows)
{
if (IsDbNull(row, "ID"))
continue;
Stratum st = new Stratum(row);
st.Name = ReadString(row, "Name");
st.FullName = ReadString(row, "FullName");
st.Description = ReadString(row, "Description");
st.ID = ReadInt(row, "ID").Value;
st.GeologyAge = ReadString(row, "GeologicalAge");
st.FormationType = ReadString(row, "FormationType");
st.Compaction = ReadString(row, "Compaction");
st.ElevationRange = ReadString(row, "ElevationOfStratumBottom");
st.ThicknessRange = ReadString(row, "Thickness");
st.shape = ReadShape(row);
objs[st.key] = st;
}
}
public override bool LoadObjs(DGObjects objs)
{
NATMstrctureDGObjectLoader loader = new NATMstrctureDGObjectLoader();
bool success = loader.LoadSecondlining(objs);
return(success);
}
public override bool LoadObjs(DGObjects objs)
{
GeologyDGObjectLoader loader2 = new GeologyDGObjectLoader();
bool success = loader2.LoadRiverWaters(objs);
return(success);
}
// Summary:
// Read monitoring points
public bool ReadMonPoints(DGObjects objs, string tableNameSQL,
List <int> objsIDs)
{
string conditionSQL = WhereSQL(objsIDs);
return(ReadMonPoints(objs, tableNameSQL, conditionSQL, null));
}
void _ReadMonGroups(DGObjects objs, string tableNameSQL,
string conditionSQL, string orderSQL)
{
DataTable table = objs.rawDataSet.Tables[0];
foreach (DataRow row in table.Rows)
{
if (IsDbNull(row, "ID") || IsDbNull(row, "Name"))
{
continue;
}
MonGroup obj = new MonGroup(row);
obj.id = ReadInt(row, "ID").Value;
obj.name = ReadString(row, "Name");
obj.fullName = ReadString(row, "FullName");
obj.description = ReadString(row, "Description");
obj.shape = ReadShape(row);
obj.groupShape = ReadString(row, "groupShape");
string str = ReadString(row, "monPntNames");
if (str != null)
{
obj.monPntNames = str.Split(_separator);
}
objs[obj.key] = obj;
}
}
private decimal getvalue8()
{
string domain = "Construction";
string objType_name = "SKTH";
DGObjects objs = Globals.project.objsDefIndex[objType_name];
Type objType = iS3Property.GetType(domain, objType_name);
MethodInfo mi = typeof(iS3Property).GetMethod("GetProperty").MakeGenericMethod(objType);
foreach (DGObject ageo in objs.objContainer)
{
List <PropertyDef> _propertyDefs = mi.Invoke(new iS3Property(), new object[] { ageo }) as List <PropertyDef>;
string t1 = _propertyDefs.Find(s => s.key.Equals("SKTH_CHAI")).value;
Pile ageo_mileage;
if ((t1 == null) || (t1 == ""))
{
continue;
}
ageo_mileage = DrawObjects.getSectionPos(t1);
bool pos_flag = false;
if (ageo_mileage.piletype == Piletype.point)
{
if ((risk_position >= ageo_mileage.pilepoint - 40) && (risk_position <= ageo_mileage.pilepoint + 40))
{
pos_flag = true;
}
}
else
{
if ((risk_position >= ageo_mileage.startpile) && (risk_position <= ageo_mileage.endpile))
{
pos_flag = true;
}
}
if (pos_flag == true)
{
string st1;
st1 = _propertyDefs.Find(s => s.key.Equals("SKTH_WATG")).value;
if (st1 == null)
{
continue;
}
if (st1.Contains("淋雨状"))
{
return(3);
}
else
{
if (st1.Contains("大股"))
{
return(5);
}
}
}
}
return(0);
}
void _ReadConfinedWaters(
DGObjects objs,
string tableNameSQL,
string conditionSQL,
string orderSQL)
{
ReadRawData(objs, tableNameSQL, orderSQL, conditionSQL);
DataTable table = objs.rawDataSet.Tables[0];
foreach (DataRow reader in table.Rows)
{
if (IsDbNull(reader, "ID"))
continue;
ConfinedWater cw = new ConfinedWater(reader);
cw.ID = ReadInt(reader, "ID").Value;
cw.BoreholeName = ReadString(reader, "BoreholeName");
cw.SiteName = ReadString(reader, "SiteName");
cw.TopElevation = ReadDouble(reader, "TopElevation");
cw.ObservationDepth = ReadDouble(reader, "ObservationDepth");
cw.StratumName = ReadString(reader, "StatumName");
cw.Layer = ReadInt(reader, "Layer");
cw.WaterTable = ReadDouble(reader, "WaterTable");
cw.ObservationDate = ReadDateTime(reader, "ObservationDate");
objs[cw.key] = cw;
}
}
public override bool LoadObjs(DGObjects objs, DbContext dbContext)
{
GeologyDGObjectLoader loader = new GeologyDGObjectLoader(dbContext);
bool success = loader.LoadBoreholes(objs);
return(success);
}
void _ReadBoreholes(
DGObjects objs,
string tableNameSQL,
string conditionSQL,
string orderSQL)
{
ReadRawData(objs, tableNameSQL, orderSQL, conditionSQL);
DataTable table = objs.rawDataSet.Tables[0];
foreach (DataRow row in table.Rows)
{
if (IsDbNull(row, "ID"))
continue;
Borehole bh = new Borehole(row);
bh.ID = ReadInt(row, "ID").Value;
bh.Name = ReadString(row, "Name");
bh.FullName = ReadString(row, "FullName");
bh.Description = ReadString(row, "Description");
bh.shape = ReadShape(row);
bh.Type = ReadString(row, "BoreholeType");
bh.Top = ReadDouble(row, "TopElevation").Value;
bh.Base = bh.Top - ReadDouble(row, "BoreholeLength").Value;
bh.Mileage = ReadDouble(row, "Mileage");
objs[bh.key] = bh;
}
}
public override bool LoadObjs(DGObjects objs, DbContext dbContext)
{
GeologyDGObjectLoader loader2 = new GeologyDGObjectLoader(dbContext);
bool success = loader2.LoadStrata(objs);
return(success);
}
// Summary:
// Object selection event listener (function).
// It will broadcast the event to views and datagrid.
public async void objSelectionChangedListener(object sender,
ObjSelectionChangedEventArgs e)
{
// get detail information of obj from server
//
Dictionary <string, IEnumerable <DGObject> > detailDict = new Dictionary <string, IEnumerable <DGObject> >();
if (e.addedObjs != null)
{
foreach (string key in e.addedObjs.Keys)
{
List <DGObject> tempList = new List <DGObject>();
IEnumerable <DGObject> objs = e.addedObjs[key];
List <DGObject> objlist = objs.ToList();
DGObjects dGObjects = Globals.project.objsDefIndex[key];
List <DGObject> detailObjList = new List <DGObject>();
foreach (DGObject _obj in objlist)
{
DGObject obj = await _obj.parent.QueryObjByID(_obj.ID);
tempList.Add(obj);
}
detailDict[key] = tempList.AsEnumerable();
}
}
e.addedObjs = detailDict;
// Distribution the objselectionchanged events
//
if (objSelectionChangedTrigger != null)
{
objSelectionChangedTrigger(sender, e);
}
}
public virtual bool ReadDGObjects(DGObjects objs, string tableNameSQL,
List <int> IDs)
{
string condition = WhereSQL(IDs);
return(ReadDGObjects(objs, tableNameSQL, null, null, condition));
}
public void Func(string Params)
{
//获取数据
Project _prj = Globals.project;
Domain _constructionDoamin2 = _prj.getDomain("Construction");
DGObjects _tfsiDGObjects2 = _constructionDoamin2.DGObjectsList.Where(x => x.definition.Type == "TFSI").FirstOrDefault();
//通知对象组改变事件
Globals.mainFrame.DGObjectsSelectionChangedListener(this, new DGObjectsSelectionChangedEvent()
{
newObjs = _tfsiDGObjects2
});
//二维视图改变
IMainFrame mainFrame = Globals.mainFrame;
//获取要添加图元的视图view
IView2D _inputView = (mainFrame.views.Where(x => x.name == "右幅剖面图").FirstOrDefault()) as IView2D;
List <string> dynamiclayerlist = new List <string>()
{
"TFSI"
};
_inputView.Opendynamiclayers(dynamiclayerlist, "地质剖面");
iS3Legned legeng_SPZL = new iS3Legned()
{
legndTitle = "地质预报图例",
iS3SymbolList = new List <iS3Symbol>()
{
new iS3Symbol()
{
colorName = "Green", label = "地质预报", symbolType = SymbolType.Rectangle
}
}
};
_inputView.holder.setlegend(legeng_SPZL);
_inputView.holder.setLegendShow(true);
_inputView = (mainFrame.views.Where(x => x.name == "左幅剖面图").FirstOrDefault()) as IView2D;
dynamiclayerlist = new List <string>()
{
"TFSI"
};
_inputView.Opendynamiclayers(dynamiclayerlist, "地质剖面");
legeng_SPZL = new iS3Legned()
{
legndTitle = "地质预报图例",
iS3SymbolList = new List <iS3Symbol>()
{
new iS3Symbol()
{
colorName = "Green", label = "地质预报", symbolType = SymbolType.Rectangle
}
}
};
_inputView.holder.setlegend(legeng_SPZL);
_inputView.holder.setLegendShow(true);
}
private void ViewHolder_SelectionChanged(object sender, RadSelectionChangedEventArgs e)
{
if (((sender as RadPaneGroup).SelectedItem as RadDocumentPane) == null)
{
return;
}
if (((sender as RadPaneGroup).SelectedItem as RadDocumentPane).Name == "Map3D")
{
if ((temp2 != null) && (my3dView != null))
{
if (!map3DState)
{
temp.Child = null;
temp2.Content = my3dView;
map3DState = true;
}
}
}
else
{
if ((temp != null) && (my3dView != null))
{
if (map3DState)
{
temp2.Content = null;
temp.Child = my3dView;
map3DState = false;
}
}
}
if (((sender as RadPaneGroup).SelectedItem as RadDocumentPane).Name == "右幅剖面图")
{
Domain _constructionDoamin2 = _prj.getDomain("Construction");
DGObjects _gprfDGObjects2 = _constructionDoamin2.DGObjectsList.Where(x => x.definition.Type == "ACHE").FirstOrDefault();
if (_lastDGObjects == null)
{
_lastDGObjects = _gprfDGObjects2;
}
ComonObjsViewHolder.viewholderindex = 0;
DGObjectsSelectionChangedListener(this, new DGObjectsSelectionChangedEvent()
{
newObjs = _lastDGObjects
});
}
if (((sender as RadPaneGroup).SelectedItem as RadDocumentPane).Name == "左幅剖面图")
{
Domain _constructionDoamin2 = _prj.getDomain("Construction");
DGObjects _gprfDGObjects2 = _constructionDoamin2.DGObjectsList.Where(x => x.definition.Type == "ACHE").FirstOrDefault();
if (_lastDGObjects == null)
{
_lastDGObjects = _gprfDGObjects2;
}
ComonObjsViewHolder.viewholderindex = 1;
DGObjectsSelectionChangedListener(this, new DGObjectsSelectionChangedEvent()
{
newObjs = _lastDGObjects
});
}
}
public override bool LoadObjs(DGObjects objs)
{
MonitoringDGObjectLoader loader =
new MonitoringDGObjectLoader();
bool success = loader.LoadMonGroups(objs);
return(success);
}
public override bool LoadObjs(DGObjects objs, DbContext dbContext)
{
MonitoringDGObjectLoader loader =
new MonitoringDGObjectLoader(dbContext);
bool success = loader.LoadMonPoints(objs);
return(success);
}
public override bool LoadObjs(DGObjects objs)
{
StructureDGObjectLoader loader =
new StructureDGObjectLoader();
bool success = loader.LoadPillar(objs);
return(success);
}
void _ReadSoilProperties(
DGObjects objs,
string tableNameSQL,
string conditionSQL,
string orderSQL)
{
ReadRawData(objs, tableNameSQL, orderSQL, conditionSQL);
DataTable table = objs.rawDataSet.Tables[0];
foreach (DataRow reader in table.Rows)
{
if (IsDbNull(reader, "ID"))
continue;
SoilProperty soilProp = new SoilProperty(reader);
soilProp.ID = ReadInt(reader, "ID").Value;
soilProp.Name = ReadString(reader, "Name");
soilProp.StratumID = ReadInt(reader, "StratumID").Value;
soilProp.StratumSectionID = ReadInt(reader, "StratumSectionID");
soilProp.StaticProp.w = ReadDouble(reader, "w");
soilProp.StaticProp.gama = ReadDouble(reader, "gama");
soilProp.StaticProp.c = ReadDouble(reader, "c");
soilProp.StaticProp.fai = ReadDouble(reader, "fai");
soilProp.StaticProp.cuu = ReadDouble(reader, "cuu");
soilProp.StaticProp.faiuu = ReadDouble(reader, "faiuu");
soilProp.StaticProp.Cs = ReadDouble(reader, "Cs");
soilProp.StaticProp.qu = ReadDouble(reader, "qu");
soilProp.StaticProp.K0 = ReadDouble(reader, "K0");
soilProp.StaticProp.Kv = ReadDouble(reader, "Kv");
soilProp.StaticProp.Kh = ReadDouble(reader, "Kh");
soilProp.StaticProp.e = ReadDouble(reader, "e");
soilProp.StaticProp.av = ReadDouble(reader, "av");
soilProp.StaticProp.Cu = ReadDouble(reader, "Cu");
soilProp.StaticProp.G = ReadDouble(reader, "G");
soilProp.StaticProp.Sr = ReadDouble(reader, "Sr");
soilProp.StaticProp.ccq = ReadDouble(reader, "ccq");
soilProp.StaticProp.faicq = ReadDouble(reader, "faicq");
soilProp.StaticProp.c_s = ReadDouble(reader, "c_s");
soilProp.StaticProp.fais = ReadDouble(reader, "fais");
soilProp.StaticProp.a01_02 = ReadDouble(reader, "a01_02");
soilProp.StaticProp.Es01_02 = ReadDouble(reader, "Es01_02");
soilProp.StaticProp.ccu = ReadDouble(reader, "ccu");
soilProp.StaticProp.faicu = ReadDouble(reader, "faicu");
soilProp.StaticProp.cprime = ReadDouble(reader, "cprime");
soilProp.StaticProp.faiprime = ReadDouble(reader, "faiprime");
soilProp.StaticProp.E015_0025 = ReadDouble(reader, "E015_0025");
soilProp.StaticProp.E02_0025 = ReadDouble(reader, "E02_0025");
soilProp.StaticProp.E04_0025 = ReadDouble(reader, "E04_0025");
SoilDynamicProperty dynamicProp = new SoilDynamicProperty();
soilProp.DynamicProp.G0 = ReadDouble(reader, "G0");
soilProp.DynamicProp.ar = ReadDouble(reader, "ar");
soilProp.DynamicProp.br = ReadDouble(reader, "br");
objs[soilProp.key] = soilProp;
}
}
void _ReadMonReadings(DGObjects objs)
{
if (objs.rawDataSet.Tables.Count <= 1)
{
return;
}
DataTable dt = objs.rawDataSet.Tables[1];
foreach (DataRow row in dt.Rows)
{
if (IsDbNull(row, "monPointName") || IsDbNull(row, "time"))
{
continue;
}
// if both the reading and the value are null, skip it
if (IsDbNull(row, "reading") && IsDbNull(row, "value"))
{
continue;
}
MonReading reading = new MonReading();
reading.monPointName = ReadString(row, "monPointName");
reading.time = ReadDateTime(row, "time").Value;
reading.component = ReadString(row, "component");
reading.reading = ReadString(row, "reading");
reading.unit = ReadString(row, "unit");
double?value = ReadDouble(row, "value");
if (value == null)
{
try
{
reading.value = Double.Parse(reading.reading);
}
catch (Exception)
{
// do nothing
}
}
else
{
reading.value = value.Value;
}
MonPoint monPnt;
if (objs.containsKey(reading.monPointName))
{
monPnt = objs[reading.monPointName] as MonPoint;
}
else
{
continue;
}
_AddReading(monPnt, reading);
}
}
public bool Load(DGObjects objs)
{
DGObjectsDefinition def = objs.definition;
if (def == null)
return false;
bool success = _dbLoader.ReadDGObjects(objs,
def.TableNameSQL, def.DefNamesSQL, def.OrderSQL, def.ConditionSQL);
return success;
}
