internal HierarchyCollectionInternal(AdomdConnection connection, Set axis, string cubeName) : base(connection) { this.connection = connection; this.axis = axis; this.cubeName = cubeName; this.internalTableCollection = axis.AxisDataset; }
internal Axis(AdomdConnection connection, IDSFDataSet dataset, string cubeName, CellSet cellSet, int axisOrdinal) { this.cellset = cellSet; this.axisOrdinal = axisOrdinal; this.set = new Set(connection, dataset, cubeName, this); this.positions = new PositionCollection(connection, this.set, cubeName); }
public Cell this[ICollection indexes] { get { if (indexes.Count != this.cellset.Axes.Count) { throw new ArgumentException(SR.CellIndexer_InvalidNumberOfAxesIndexers(this.cellset.Axes.Count, indexes.Count), "indexes"); } int num = 0; int num2 = 1; IEnumerator enumerator = indexes.GetEnumerator(); for (int i = 0; i < indexes.Count; i++) { enumerator.MoveNext(); IDSFDataSet iDSFDataSet = this.cellset.Formatter.AxesList[i]; int num3 = iDSFDataSet[0].Rows.Count; if (!(enumerator.Current is int)) { throw new ArgumentException(SR.CellIndexer_InvalidIndexType(i), "indexes"); } int num4 = (int)enumerator.Current; if (num4 < 0 || num4 >= num3) { throw new ArgumentOutOfRangeException("index #" + i.ToString(CultureInfo.CurrentCulture), num4, SR.CellIndexer_IndexOutOfRange(i, num3)); } num += num2 * num4; num2 *= num3; } return(new Cell(this.cellset.Formatter.CellTable, num, this.GetRowByOrdinal(num), this.cellset)); } }
internal AxisTupleMemberCollection(AdomdConnection connection, Tuple tuple, string cubeName) { this.connection = connection; this.tuple = tuple; this.internalAxisMembers = tuple.Axis.AxisDataset; this.cubeName = cubeName; }
internal Set(AdomdConnection connection, IDSFDataSet dataset, string cubeName, Axis axis) { this.axisDataset = dataset; this.cubeName = cubeName; this.hierarchies = new HierarchyCollection(connection, this, cubeName); this.tuples = new TupleCollection(connection, this, cubeName); this.axis = axis; }
public Axis this[int index] { get { if (index < 0 || index >= this.Count) { throw new ArgumentOutOfRangeException("index"); } IDSFDataSet dataset = this.internalCollection[index]; return(new Axis(this.connection, dataset, this.cubeName, this.cellset, index)); } }
private MemberCollection ExecuteMembersQuery(string memberMdxQuery, Level parentLevel, Member parentMember, int memberAxisPosition, int memberHierarhcyPosition) { if (memberAxisPosition < 0) { throw new ArgumentOutOfRangeException("memberAxisPosition"); } if (memberHierarhcyPosition < 0) { throw new ArgumentOutOfRangeException("memberHierarhcyPosition"); } AdomdConnection connection = this.Connection; if (connection == null) { throw new NotSupportedException(SR.NotSupportedWhenConnectionMissing); } AdomdUtils.CheckConnectionOpened(connection); AdomdCommand adomdCommand = new AdomdCommand(memberMdxQuery, connection); CellSet cellSet = adomdCommand.ExecuteCellSet(); if (memberAxisPosition >= cellSet.Axes.Count) { throw new ArgumentOutOfRangeException("memberAxisPosition"); } Axis axis = cellSet.Axes[memberAxisPosition]; IDSFDataSet axisDataset = axis.Set.AxisDataset; DataTable memberHierarchyDataTable = null; if (memberHierarhcyPosition != 0 || axisDataset.Count != 0) { if (memberHierarhcyPosition >= axisDataset.Count) { throw new ArgumentOutOfRangeException("memberHierarhcyPosition"); } memberHierarchyDataTable = axisDataset[memberHierarhcyPosition]; } return(new MemberCollection(connection, memberHierarchyDataTable, this.Name, parentLevel, parentMember)); }
internal int Add(IDSFDataSet set) { return(this.collection.Add(set)); }
internal OlapInfoAxis(IDSFDataSet axisDataSet) { this.axisDataSet = axisDataSet; }
internal OlapInfoHierarchyCollection(IDSFDataSet hierarchiesDataSet) { this.hierarchiesDataSet = hierarchiesDataSet; }