public ADOTabularColumn( ADOTabularTable table, string internalReference, string name, string caption, string description, bool isVisible, ADOTabularColumnType columnType, string contents) { Table = table; InternalReference = internalReference; Name = name ?? internalReference; Caption = caption ?? internalReference ?? name; Description = description; IsVisible = isVisible; ColumnType = columnType; Contents = contents; }
public ADOTabularColumnCollection(IADOTabularConnection adoTabConn, ADOTabularTable table) { Contract.Requires(adoTabConn != null, "The adoTabConn parameter must not be null"); Table = table; _adoTabConn = adoTabConn; if (_cols == null) { _cols = _adoTabConn.Visitor.Visit(this); } _colsByRef = new SortedDictionary <string, ADOTabularColumn>(); }
private ADOTabularTable BuildTableFromEntitySet(XmlReader rdr, string eEntitySet) { string caption = null; string description = ""; string refname = null; bool isVisible = true; string name = null; while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == eEntitySet)) { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "ReferenceName": name = rdr.Value; break; case "Caption": caption = rdr.Value; break; case "Description": description = rdr.Value; break; case "Hidden": isVisible = !bool.Parse(rdr.Value); break; case "Name": refname = rdr.Value; break; } } rdr.Read(); } // the names of the properties in the CSDL metadata are somewhat confusing // Name - cannot contain spaces and is used for internally referencing // - maps to InternalReference in ADOTabular // Reference Name - this is the name used by DAX queries/expressions // - will be blank if Name does not contain spaces // - if this is missing the Name property is used // Caption - this is what the end user sees (may be translated) // - if this is missing the Name property is used var tab = new ADOTabularTable(_conn, refname, name, caption, description, isVisible); return(tab); }
public ADOTabularMeasureCollection(IADOTabularConnection adoTabConn, ADOTabularTable table) { _table = table; if (adoTabConn == null) { throw new ArgumentNullException(nameof(adoTabConn)); } _adoTabConn = adoTabConn; if (_measures == null) { _measures = _adoTabConn.Visitor.Visit(this); } }
// TODO - can we delete this?? //public ADOTabularColumn(ADOTabularTable table, DataRow dr, ADOTabularObjectType colType) //{ // Table = table; // ObjectType = colType; // if (colType == ADOTabularObjectType.Column) // { // Caption = dr["HIERARCHY_CAPTION"].ToString(); // Name = dr["HIERARCHY_NAME"].ToString(); // IsVisible = bool.Parse(dr["HIERARCHY_IS_VISIBLE"].ToString()); // Description = dr["DESCRIPTION"].ToString(); // } // else // { // Caption = dr["MEASURE_CAPTION"].ToString(); // Name = dr["MEASURE_NAME"].ToString(); // IsVisible = bool.Parse(dr["MEASURE_IS_VISIBLE"].ToString()); // Description = dr["DESCRIPTION"].ToString(); // } //} public ADOTabularColumn(ADOTabularTable table, string internalReference, string name, string caption, string description, bool isVisible, ADOTabularObjectType columnType, string contents) { Table = table; InternalReference = internalReference; Name = name ?? internalReference; Caption = caption ?? internalReference ?? name; Description = description; IsVisible = isVisible; ObjectType = columnType; Contents = contents; Role = $"{Table.InternalReference}_{InternalReference}"; Variations = new List <ADOTabularVariation>(); }
public ADOTabularColumn(ADOTabularTable table, string internalReference, string name, string caption, string description, bool isVisible, ADOTabularObjectType columnType, string contents) { Contract.Requires(table != null, "The table parameter must not be null"); Table = table; InternalReference = internalReference; Name = name ?? internalReference; Caption = caption ?? internalReference ?? name; Description = description; IsVisible = isVisible; ObjectType = columnType; Contents = contents; Role = $"{Table.InternalReference}_{InternalReference}"; Variations = new List <ADOTabularVariation>(); }
public ADOTabularHierarchy(ADOTabularTable table, string internalName, string name, string caption, string description, bool isVisible, ADOTabularObjectType columnType, string contents, string structure) : base(table, internalName, name, caption, description, isVisible, columnType, contents) { _levels = new List <ADOTabularLevel>(); _structure = structure; if (structure == "Unnatural") { if (description.Length > 0) { Description += '\n'; } Description += "WARNING: Unnatural Hierarchy - may have a negative performance impact"; ObjectType = ADOTabularObjectType.UnnaturalHierarchy; } }
public ADOTabularColumn(ADOTabularTable table, DataRow dr, ADOTabularColumnType colType) { Table = table; ColumnType = colType; if (colType == ADOTabularColumnType.Column) { Caption = dr["HIERARCHY_CAPTION"].ToString(); Name = dr["HIERARCHY_NAME"].ToString(); IsVisible = bool.Parse(dr["HIERARCHY_IS_VISIBLE"].ToString()); Description = dr["DESCRIPTION"].ToString(); } else { Caption = dr["MEASURE_CAPTION"].ToString(); Name = dr["MEASURE_NAME"].ToString(); IsVisible = bool.Parse(dr["MEASURE_IS_VISIBLE"].ToString()); Description = dr["DESCRIPTION"].ToString(); } }
public ADOTabularColumn(ADOTabularTable table, DataRow dr, ADOTabularColumnType colType) { Table = table; ColumnType = colType; if (colType == ADOTabularColumnType.Column) { Caption = dr["HIERARCHY_CAPTION"].ToString(); Name = dr["HIERARCHY_NAME"].ToString(); IsVisible = bool.Parse(dr["HIERARCHY_IS_VISIBLE"].ToString()); Description = dr["DESCRIPTION"].ToString(); } else { Caption = dr["MEASURE_CAPTION"].ToString(); Name = dr["MEASURE_NAME"].ToString(); IsVisible = bool.Parse(dr["MEASURE_IS_VISIBLE"].ToString()); Description = dr["DESCRIPTION"].ToString(); } }
private string GetHierarchStructure(ADOTabularTable table, string hierName, string hierCap) { if (_hierStructure == null) { return(""); } if (_hierStructure.Count == 0) { return(""); } if (!_hierStructure.ContainsKey(table.Caption)) { return(""); } if (!_hierStructure[table.Caption].ContainsKey(hierCap ?? hierName)) { return(""); } return(_hierStructure[table.Caption][hierCap ?? hierName]); }
public ADOTabularColumn(ADOTabularTable table, string internalReference, string name, string caption, string description, bool isVisible, ADOTabularObjectType columnType, string contents) { Contract.Requires(table != null, "The table parameter must not be null"); Table = table; InternalReference = internalReference; Name = name ?? internalReference; Caption = caption ?? internalReference ?? name; Description = description; IsVisible = isVisible; ObjectType = columnType; Contents = contents; Role = $"{Table.InternalReference}_{InternalReference}"; Variations = new List <ADOTabularVariation>(); // tag measures that return the formatString for a calculation group if (columnType == ADOTabularObjectType.Measure && name == $"_{caption} FormatString") { ObjectType = ADOTabularObjectType.MeasureFormatString; Caption += " (FormatString)"; } }
public ADOTabularKpi(ADOTabularTable table, string internalName, string name, string caption, string description, bool isVisible, ADOTabularObjectType columnType, string contents, KpiDetails kpi) : base(table, internalName, name, caption, description, isVisible, columnType, contents) { _kpi = kpi; }
private void ProcessHierarchy(XmlReader rdr, ADOTabularTable table, string eEntityType) { var hierName = ""; string hierCap = null; var hierHidden = false; ADOTabularHierarchy hier = null; ADOTabularLevel lvl = null; string lvlName = ""; string lvlCaption = ""; string lvlRef = ""; while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "Hierarchy")) { if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "Hierarchy") { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Hidden": hierHidden = bool.Parse(rdr.Value); break; case "Name": hierName = rdr.Value; break; case "Caption": hierCap = rdr.Value; break; } } string structure = GetHierarchStructure(table, hierName, hierCap); hier = new ADOTabularHierarchy(table, hierName, hierName, hierCap ?? hierName, "", hierHidden, ADOTabularObjectType.Hierarchy, "", structure); table.Columns.Add(hier); rdr.Read(); } while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "Level")) { if ((rdr.NodeType == XmlNodeType.Element) && (rdr.LocalName == "Level")) { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Name": lvlName = rdr.Value; break; case "Caption": lvlCaption = rdr.Value; break; } } } if ((rdr.NodeType == XmlNodeType.Element) && (rdr.LocalName == "PropertyRef")) { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Name": lvlRef = rdr.Value; break; } } } rdr.Read(); } //End of Level lvl = new ADOTabularLevel(table.Columns.GetByPropertyRef(lvlRef)); lvl.LevelName = lvlName; lvl.Caption = lvlCaption; hier.Levels.Add(lvl); lvlName = ""; lvlCaption = ""; lvlRef = ""; while (true) { if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "Level") { break; } if (rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "Hierarchy") { break; } rdr.Read(); } } }
private KpiDetails ProcessKpi(XmlReader rdr, ADOTabularTable table) { KpiDetails kpi = new KpiDetails(); while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "Kpi")) { while (rdr.MoveToNextAttribute()) { if (rdr.LocalName == "StatusGraphic") { kpi.Graphic = rdr.Value; } } if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "KpiGoal") { while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "KpiGoal")) { if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "PropertyRef") { while (rdr.MoveToNextAttribute()) { if (rdr.LocalName == "Name") { kpi.Goal = rdr.Value; } } } rdr.Read(); } } if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "KpiStatus") { while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "KpiStatus")) { if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "PropertyRef") { while (rdr.MoveToNextAttribute()) { if (rdr.LocalName == "Name") { kpi.Status = rdr.Value; } } } rdr.Read(); } } rdr.Read(); } return(kpi); }
private void ProcessDiplayFolder(XmlReader rdr, ADOTabularTable aDOTabularTable) { var folderName = ""; string folderCap = null; string objRef = ""; while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "DisplayFolder")) { if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "DisplayFolder") { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Name": folderName = rdr.Value; break; case "Caption": folderCap = rdr.Value; break; } } rdr.Read(); } while (rdr.NodeType != XmlNodeType.Element && rdr.NodeType != XmlNodeType.EndElement) { rdr.Read(); } if ((rdr.NodeType == XmlNodeType.Element) && (rdr.LocalName == "PropertyRef")) { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Name": objRef = rdr.Value; break; } } var tabularObj = aDOTabularTable.Columns.GetByPropertyRef(objRef); tabularObj.DisplayFolder = folderCap; objRef = ""; } if (rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "DisplayFolder") { break; } rdr.Read(); //while (true) //{ //if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "Level") break; // if (rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "DisplayFolder") break; // rdr.Read(); //} } }
private void ProcessDisplayFolder(XmlReader rdr, ADOTabularTable table, IADOTabularFolderReference parent) { var folderReference = ""; string folderCaption = null; string objRef = ""; while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "DisplayFolder")) { if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "DisplayFolder") { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Name": folderReference = rdr.Value; break; case "Caption": folderCaption = rdr.Value; break; } } // create folder and add to parent's folders IADOTabularFolderReference folder = new ADOTabularDisplayFolder(folderCaption, folderReference); parent.FolderItems.Add(folder); rdr.ReadToNextElement(); // recurse down to child items ProcessDisplayFolder(rdr, table, folder); rdr.Read(); //rdr.ReadToNextElement(); // read the end element } // Reset DisplayFolder local variables folderCaption = null; folderReference = String.Empty; if ((rdr.NodeType == XmlNodeType.Element) && (rdr.LocalName == "PropertyRef" || rdr.LocalName == "HierarchyRef" )) { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Name": objRef = rdr.Value; break; } } // create reference object IADOTabularObjectReference reference = new ADOTabularObjectReference("", objRef); parent.FolderItems.Add(reference); var column = table.Columns.GetByPropertyRef(objRef); if (column != null) { column.IsInDisplayFolder = true; } objRef = ""; rdr.Read(); } if ((rdr.LocalName != "DisplayFolder" && rdr.LocalName != "PropertyRef" && rdr.LocalName != "DisplaFolders")) { if (rdr.NodeType != XmlNodeType.Element && rdr.NodeType != XmlNodeType.EndElement) { rdr.ReadToNextElement(); } //else // rdr.Read(); } if (rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "DisplayFolders") { rdr.Read(); break; } //rdr.Read(); } }
private void ProcessHierarchy(XmlReader rdr, ADOTabularTable table,string eEntityType) { var hierName = ""; string hierCap = null; var hierHidden = false; ADOTabularHierarchy hier = null; ADOTabularLevel lvl = null; string lvlName = ""; string lvlCaption = ""; string lvlRef = ""; while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "Hierarchy")) { if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "Hierarchy") { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Hidden": hierHidden = bool.Parse(rdr.Value); break; case "Name": hierName = rdr.Value; break; case "Caption": hierCap = rdr.Value; break; } } hier = new ADOTabularHierarchy(table, hierName, hierName, hierCap ?? hierName, "", hierHidden, ADOTabularColumnType.Hierarchy, "", _hierStructure[table.Caption][hierCap ?? hierName]); table.Columns.Add(hier); rdr.Read(); } while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "Level")) { if ((rdr.NodeType == XmlNodeType.Element) && (rdr.LocalName == "Level")) { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Name": lvlName = rdr.Value; break; case "Caption": lvlCaption = rdr.Value; break; } } } if ((rdr.NodeType == XmlNodeType.Element) && (rdr.LocalName == "PropertyRef")) { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Name": lvlRef = rdr.Value; break; } } } rdr.Read(); } //End of Level lvl = new ADOTabularLevel(table.Columns.GetByPropertyRef(lvlRef)); lvl.LevelName = lvlName; lvl.Caption = lvlCaption; hier.Levels.Add(lvl); lvlName = ""; lvlCaption = ""; lvlRef = ""; while ( true ) { if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "Level") break; if (rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "Hierarchy") break; rdr.Read(); } } }
public ADOTabularStandardColumn(ADOTabularTable table, string internalName, string name, string caption, string description, bool isVisible, ADOTabularColumnType columnType, string contents) : base(table, internalName, name, caption, description, isVisible, columnType, contents) { }
private void AddColumnsToTable(XmlReader rdr , ADOTabularTableCollection tables , string eEntityType) { var eProperty = rdr.NameTable.Add("Property"); var eMeasure = rdr.NameTable.Add("Measure"); var eSummary = rdr.NameTable.Add("Summary"); var eStatistics = rdr.NameTable.Add("Statistics"); var eMinValue = rdr.NameTable.Add("MinValue"); var eMaxValue = rdr.NameTable.Add("MaxValue"); // this routine effectively processes and <EntityType> element and it's children string caption = ""; string description = ""; bool isVisible = true; string name = null; string refName = ""; string tableId = ""; string dataType = ""; string contents = ""; string minValue = ""; string maxValue = ""; string formatString = ""; string keyRef = ""; long stringValueMaxLength = 0; long distinctValueCount = 0; bool nullable = true; ADOTabularTable tab = null; IFormatProvider invariantCulture = System.Globalization.CultureInfo.InvariantCulture; List <ADOTabularVariation> _variations = new List <ADOTabularVariation>(); KpiDetails kpi = new KpiDetails(); var colType = ADOTabularObjectType.Column; while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == eEntityType)) { //while (rdr.NodeType == XmlNodeType.Whitespace) //{ // rdr.Read(); //} if (rdr.NodeType == XmlNodeType.Element && rdr.Name == eEntityType) { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Name": tableId = rdr.Value; tab = tables.GetById(tableId); break; } } } if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "Key") { // TODO - store table Key keyRef = GetKeyReference(rdr); } if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "Hierarchy") { ProcessHierarchy(rdr, tab); } if (rdr.NodeType == XmlNodeType.Element && rdr.Name == "bi:EntityType") { // rdr.MoveToAttribute("Contents"); var contentAttr = rdr.GetAttribute("Contents"); bool isDateTable = contentAttr == "Time"; tab.IsDateTable = isDateTable; } if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "DisplayFolder") { Debug.WriteLine("FoundFolder"); ProcessDisplayFolder(rdr, tab, tab); } if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "Kpi") { kpi = ProcessKpi(rdr); } string defaultAggregateFunction; if (rdr.NodeType == XmlNodeType.Element && (rdr.LocalName == eProperty || rdr.LocalName == eMeasure || rdr.LocalName == eSummary || rdr.LocalName == eStatistics || rdr.LocalName == eMinValue || rdr.LocalName == eMaxValue)) { if (rdr.LocalName == eMeasure) { colType = ADOTabularObjectType.Measure; } if (rdr.LocalName == eSummary) { description = rdr.ReadElementContentAsString(); } while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "Name": refName = rdr.Value; break; case "ReferenceName": // reference name will always come after the Name and will override it if present name = rdr.Value; break; case "Type": dataType = rdr.Value; break; case "Caption": caption = rdr.Value; break; case "Contents": contents = rdr.Value; break; case "Hidden": isVisible = !bool.Parse(rdr.Value); break; case "Description": description = rdr.Value; break; case "DistinctValueCount": distinctValueCount = long.Parse(rdr.Value, invariantCulture); break; case "StringValueMaxLength": stringValueMaxLength = long.Parse(rdr.Value, invariantCulture); break; case "FormatString": formatString = rdr.Value; break; case "DefaultAggregateFunction": defaultAggregateFunction = rdr.Value; break; case "Nullable": nullable = bool.Parse(rdr.Value); break; // Precision Scale //TODO - Add RowCount } } } if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "Variations") { _variations = ProcessVariations(rdr); } if (rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == eProperty && rdr.LocalName == "Property") { if (caption.Length == 0) { caption = refName; } if (!string.IsNullOrWhiteSpace(caption)) { if (kpi.IsBlank()) { var col = new ADOTabularColumn(tab, refName, name, caption, description, isVisible, colType, contents) { DataType = Type.GetType($"System.{dataType}"), Nullable = nullable, MinValue = minValue, MaxValue = maxValue, DistinctValues = distinctValueCount, FormatString = formatString, StringValueMaxLength = stringValueMaxLength }; col.Variations.AddRange(_variations); tables.Model.AddRole(col); tab.Columns.Add(col); _conn.Columns.Add(col.OutputColumnName, col); } else { colType = ADOTabularObjectType.KPI; var kpiCol = new ADOTabularKpi(tab, refName, name, caption, description, isVisible, colType, contents, kpi) { DataType = Type.GetType($"System.{dataType}") }; tab.Columns.Add(kpiCol); _conn.Columns.Add(kpiCol.OutputColumnName, kpiCol); } } // reset temp column variables kpi = new KpiDetails(); refName = ""; caption = ""; name = null; description = ""; isVisible = true; contents = ""; dataType = ""; stringValueMaxLength = -1; formatString = ""; defaultAggregateFunction = ""; nullable = true; colType = ADOTabularObjectType.Column; _variations = new List <ADOTabularVariation>(); } if (!rdr.Read()) { break; // quit the read loop if there is no more data } } // Set Key column var keyCol = tab?.Columns.GetByPropertyRef(keyRef); if (keyCol != null) { keyCol.IsKey = true; } //TODO - link up back reference to backing measures for KPIs }
private KpiDetails ProcessKpi(XmlReader rdr, ADOTabularTable table) { KpiDetails kpi = new KpiDetails(); while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "Kpi")) { while (rdr.MoveToNextAttribute()) { if (rdr.LocalName == "StatusGraphic") { kpi.Graphic = rdr.Value; } } if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "KpiGoal") { while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "KpiGoal")) { if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "PropertyRef") { while (rdr.MoveToNextAttribute()) { if (rdr.LocalName == "Name") { kpi.Goal = rdr.Value; } } } rdr.Read(); } } if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "KpiStatus") { while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == "KpiStatus")) { if (rdr.NodeType == XmlNodeType.Element && rdr.LocalName == "PropertyRef") { while (rdr.MoveToNextAttribute()) { if (rdr.LocalName == "Name") { kpi.Status = rdr.Value; } } } rdr.Read(); } } rdr.Read(); } return kpi; }
private ADOTabularTable BuildTableFromEntitySet(XmlReader rdr, string eEntitySet) { string caption = null; string description = ""; string refname = null; bool isVisible = true; string name = null; while (!(rdr.NodeType == XmlNodeType.EndElement && rdr.LocalName == eEntitySet)) { while (rdr.MoveToNextAttribute()) { switch (rdr.LocalName) { case "ReferenceName": name = rdr.Value; break; case "Caption": caption = rdr.Value; break; case "Description": description = rdr.Value; break; case "Hidden": isVisible = !bool.Parse(rdr.Value); break; case "Name": refname = rdr.Value; break; } } rdr.Read(); } // the names of the properties in the CSDL metadata are somewhat confusing // Name - cannot contain spaces and is used for internally referencing // - maps to InternalReference in ADOTabular // Reference Name - this is the name used by DAX queries/expressions // - will be blank if Name does not contain spaces // - if this is missing the Name property is used // Caption - this is what the end user sees (may be translated) // - if this is missing the Name property is used var tab = new ADOTabularTable(_conn, refname, name, caption, description, isVisible); return tab; }
private void TagKpiComponentColumns(ADOTabularTable tab) { foreach( var c in tab.Columns ) { if (c.ColumnType == ADOTabularColumnType.KPI) { var k = (ADOTabularKpi)c; k.Goal.ColumnType = ADOTabularColumnType.KPIGoal; k.Status.ColumnType = ADOTabularColumnType.KPIStatus; } } }
public TreeViewTable(ADOTabularTable table, GetChildrenDelegate getChildren) : base(getChildren) { _table = table; }
public ADOTabularKpi( ADOTabularTable table,string internalName, string name, string caption, string description, bool isVisible, ADOTabularColumnType columnType, string contents, KpiDetails kpi) : base(table, internalName,name, caption,description,isVisible,columnType,contents) { _kpi = kpi; }