public ColumnSortInfo(ColumnSortInfo csi) { nIndex = csi.nIndex; nSortPriority = csi.nSortPriority; bAscending = csi.bAscending; DataType = csi.DataType; }
public ColumnSortInfo(int Index, int SortPriority, bool Ascending, DatalistDataTypes dataType) { nIndex = Index; nSortPriority = SortPriority; bAscending = Ascending; DataType = dataType; }
public void Add(string dispName, DatalistDataTypes valType, int width, ColumnType ColType, bool bAllowEdit) { Column ToAdd = new Column(dispName, valType, width, ColType, bAllowEdit); //lock (List.SyncRoot) { Add(ToAdd); } }
public void AddSortPriority(int nIndex, DatalistDataTypes dataType, int nSortPriority, bool bAscending) { if (nIndex >= 0 && nSortPriority >= 0 && AllowedToSort(dataType)) { if (m_mapSortPriority.ContainsKey(nSortPriority)) { throw new InvalidOperationException("Column already in sort order mapping!"); } m_mapSortPriority.Add(nSortPriority, new ColumnSortInfo(nIndex, nSortPriority, bAscending, dataType)); } }
internal Column(string dispName, DatalistDataTypes valType, int width, ColumnType ColType, bool bAllowEdit) { m_Text = dispName; m_ValueType = valType; m_Type = ColType; m_bAllowUserEdit = bAllowEdit; m_bAscending = false; //m_Selected = false; m_nIndex = -1; m_nSortPriority = -1; m_StoredWidth = width; m_Width = width; }
public Column() { m_Text = ""; m_ValueType = DatalistDataTypes.String; m_Parent = null; m_Type = ColumnType.TextNoWrap; m_bAllowUserEdit = false; m_bAscending = false; //m_Selected = false; m_nIndex = -1; m_nSortPriority = -1; m_StoredWidth = 100; m_Width = 100; }
public void AddColumn(string dispName, DatalistDataTypes valType, int width, ColumnType ColType, bool bAllowEdit) { m_RowWnd.AddColumn(dispName, valType, width, ColType, bAllowEdit); }
private int CompareValues(bool bAscending, DatalistDataTypes dataType, object oValue1, object oValue2) { int nCompValue = 0; if (oValue1 == null && oValue2 == null) { nCompValue = 0; } else { if (oValue1 == null) { nCompValue = -1; } else { if (oValue2 == null) { nCompValue = 1; } else { switch (dataType) { case DatalistDataTypes.Boolean: nCompValue = CompareObjects <bool>(oValue1, oValue2); break; case DatalistDataTypes.String: nCompValue = CompareObjects <string>(oValue1, oValue2); break; case DatalistDataTypes.Short: nCompValue = CompareObjects <short>(oValue1, oValue2); break; case DatalistDataTypes.Long: nCompValue = CompareObjects <long>(oValue1, oValue2); break; case DatalistDataTypes.DateTime: nCompValue = CompareObjects <DateTime>(oValue1, oValue2); break; case DatalistDataTypes.Int: nCompValue = CompareObjects <int>(oValue1, oValue2); break; case DatalistDataTypes.Double: nCompValue = CompareObjects <double>(oValue1, oValue2); break; case DatalistDataTypes.Float: nCompValue = CompareObjects <float>(oValue1, oValue2); break; case DatalistDataTypes.Color: case DatalistDataTypes.Object: default: throw new Exception("Could not sort column because sorting is not supported for the data type"); } } } } return(bAscending ? -1 * nCompValue : nCompValue); }
internal static bool AllowedToSort(DatalistDataTypes dataType) { return(dataType != DatalistDataTypes.Color && dataType != DatalistDataTypes.Object); }
internal void AddColumn(string dispName, DatalistDataTypes valType, int width, ColumnType ColType, bool bAllowEdit) { m_Columns.Add(dispName, valType, width, ColType, bAllowEdit); }