Code:
/ Net / Net / 3.5.50727.3053 / DEVDIV / depot / DevDiv / releases / Orcas / SP / wpf / src / Framework / MS / Internal / PtsHost / RowParagraph.cs / 1 / RowParagraph.cs
//---------------------------------------------------------------------------- // // Copyright (C) Microsoft Corporation. All rights reserved. // // File: RowParagraph.cs // // Description: RowParagraph represents a single row in a table // // History: // 10/04/2005 : ghermann - created // //--------------------------------------------------------------------------- using System; using System.Diagnostics; using System.Security; using System.Windows; using System.Windows.Documents; using MS.Internal.PtsTable; using MS.Internal.Text; using MS.Internal.PtsHost.UnsafeNativeMethods; namespace MS.Internal.PtsHost { // --------------------------------------------------------------------- // RowParagraph represents a single row. // --------------------------------------------------------------------- internal sealed class RowParagraph : BaseParagraph { //------------------------------------------------------ // // Constructors // //----------------------------------------------------- #region Constructors // ------------------------------------------------------------------ // Constructor. // // element - Element associated with paragraph. // structuralCache - Content's structural cache // ------------------------------------------------------------------ internal RowParagraph(DependencyObject element, StructuralCache structuralCache) : base(element, structuralCache) { } // ----------------------------------------------------------------- // IDisposable.Dispose // ------------------------------------------------------------------ public override void Dispose() { if(_cellParagraphs != null) { for(int index = 0; index < _cellParagraphs.Length; index++) { _cellParagraphs[index].Dispose(); } } _cellParagraphs = null; base.Dispose(); } #endregion Constructors //----------------------------------------------------- // // Internal Methods // //----------------------------------------------------- #region Internal Methods //------------------------------------------------------------------- // GetParaProperties //-------------------------------------------------------------------- internal override void GetParaProperties( ref PTS.FSPAP fspap) // OUT: paragraph properties { Invariant.Assert(false); // No para properties for row. } //------------------------------------------------------------------- // CreateParaclient //-------------------------------------------------------------------- internal override void CreateParaclient( out IntPtr paraClientHandle) // OUT: opaque to PTS paragraph client { Invariant.Assert(false); // No valid para client for a row paragraph. paraClientHandle = IntPtr.Zero; } // ------------------------------------------------------------------ // UpdGetParaChange - RowParagraph is always new // ----------------------------------------------------------------- internal override void UpdGetParaChange( out PTS.FSKCHANGE fskch, // OUT: kind of change out int fNoFurtherChanges) // OUT: no changes after? { base.UpdGetParaChange(out fskch, out fNoFurtherChanges); fskch = PTS.FSKCHANGE.fskchNew; } ////// GetRowProperties /// /// Flow direction for table /// Row properties structure internal void GetRowProperties( uint fswdirTable, // IN: out PTS.FSTABLEROWPROPS rowprops) // OUT: { // local variables PTS.FSKROWHEIGHTRESTRICTION fskrowheight; int dvrAboveBelow; bool isLastRowOfRowGroup = (Row.Index == Row.RowGroup.Rows.Count - 1); // Note: PTS generally does not accept rows with no real cells // (Defintinion: real cell is // a) cell with no vertical merge; // OR // b) vertically merged cell ending in this row) // However PTS accepts a row with no real cells if it has explicit height set. // So fskrowheight is set to "0" if // a) user said so; // b) no real cells found; GetRowHeight(out fskrowheight, out dvrAboveBelow); // initialize output parameter(s) rowprops = new PTS.FSTABLEROWPROPS(); rowprops.fskrowbreak = PTS.FSKROWBREAKRESTRICTION.fskrowbreakAnywhere; rowprops.fskrowheight = fskrowheight; rowprops.dvrRowHeightRestriction = 0; rowprops.dvrAboveRow = dvrAboveBelow; rowprops.dvrBelowRow = dvrAboveBelow; int cellSpacing = TextDpi.ToTextDpi(Table.InternalCellSpacing); // Clip MBP values to structural cache's current format context size. Also use current format context's page height to // clip cell spacing MbpInfo mbpInfo = MbpInfo.FromElement(Table); if (Row.Index == 0 && Table.IsFirstNonEmptyRowGroup(Row.RowGroup.Index)) { rowprops.dvrAboveTopRow = mbpInfo.BPTop + cellSpacing / 2; } else { rowprops.dvrAboveTopRow = dvrAboveBelow; } if (isLastRowOfRowGroup && Table.IsLastNonEmptyRowGroup(Row.RowGroup.Index)) { rowprops.dvrBelowBottomRow = mbpInfo.BPBottom + cellSpacing / 2; } else { rowprops.dvrBelowBottomRow = dvrAboveBelow; } rowprops.dvrAboveRowBreak = cellSpacing / 2; rowprops.dvrBelowRowBreak = cellSpacing / 2; rowprops.cCells = Row.FormatCellCount; } ////// FInterruptFormattingTable /// /// Current height progress /// Do interrupt? internal void FInterruptFormattingTable( int dvr, out int fInterrupt) { fInterrupt = PTS.False; } ////// CalcHorizontalBBoxOfRow /// /// Cell amount /// Cell names /// Cell clients /// Bounding box /// Bounding box ////// Critical, because it is unsafe method. /// [SecurityCritical] internal unsafe void CalcHorizontalBBoxOfRow( int cCells, IntPtr* rgnmCell, IntPtr* rgpfsCell, out int urBBox, out int durBBox) { Debug.Assert(cCells == Row.FormatCellCount); urBBox = 0; durBBox = 0; for(int index = 0; index < cCells; index++) { if(rgpfsCell[index] != IntPtr.Zero) { CellParaClient cellParaClient = PtsContext.HandleToObject(rgpfsCell[index]) as CellParaClient; PTS.ValidateHandle(cellParaClient); durBBox = TextDpi.ToTextDpi(cellParaClient.TableParaClient.TableDesiredWidth); break; } } } ////// GetCells /// /// Cell amount reserves by PTS for the row /// Array of cell names /// Array of vertical merge flags ////// Critical - takes pointers that cannot be validated by this method /// [SecurityCritical] internal unsafe void GetCells( int cCells, IntPtr* rgnmCell, PTS.FSTABLEKCELLMERGE* rgkcellmerge) { Invariant.Assert(cCells == Row.FormatCellCount); // To protect against a buffer overflow, we must check that we aren't writing more // cells than were allocated. So we check against the cell count we have - // Row.FormatCellCount. But that's calculated elsewhere. What if it's stale? // There aren't any direct values available to compare against at the start of // this function, so we need two separate asserts. Bug 1149633. Invariant.Assert(cCells >= Row.Cells.Count); // Protect against buffer overflow int i = 0; // first, submit all non vertically merged cells for (int j = 0; j < Row.Cells.Count; ++j) { TableCell cell = Row.Cells[j]; if (cell.RowSpan == 1) { rgnmCell[i] = _cellParagraphs[j].Handle; rgkcellmerge[i] = PTS.FSTABLEKCELLMERGE.fskcellmergeNo; i++; } } // i now contains the exact number of non-rowspan cells on this row. Use it to verify // total number of cells, before we possibly write off end of allocated array. Invariant.Assert(cCells == i + _spannedCells.Length); // Protect against buffer overflow // second, submit all vertically merged cells if (_spannedCells.Length > 0) { bool lastRow = Row.Index == Row.RowGroup.Rows.Count - 1; for (int j = 0; j < _spannedCells.Length; ++j) { Debug.Assert (_spannedCells[j] != null); TableCell cell = _spannedCells[j].Cell; rgnmCell[i] = _spannedCells[j].Handle; if (cell.RowIndex == Row.Index) { rgkcellmerge[i] = lastRow ? PTS.FSTABLEKCELLMERGE.fskcellmergeNo : PTS.FSTABLEKCELLMERGE.fskcellmergeFirst; } else if (Row.Index - cell.RowIndex + 1 < cell.RowSpan) { rgkcellmerge[i] = lastRow ? PTS.FSTABLEKCELLMERGE.fskcellmergeLast : PTS.FSTABLEKCELLMERGE.fskcellmergeMiddle; } else { Debug.Assert(Row.Index - cell.RowIndex + 1 == cell.RowSpan); rgkcellmerge[i] = PTS.FSTABLEKCELLMERGE.fskcellmergeLast; } i++; } } } ////// Calculates the spanned cells for this paragraph from the spanned cells for the previous paragraph. /// This needs to be done to share the spanned cell paragraphs. /// internal void CalculateRowSpans() { RowParagraph rowPrevious = null; if(Row.Index != 0 && Previous != null) { rowPrevious = ((RowParagraph)Previous); } Invariant.Assert(_cellParagraphs == null); _cellParagraphs = new CellParagraph[Row.Cells.Count]; for(int cellIndex = 0; cellIndex < Row.Cells.Count; cellIndex++) { _cellParagraphs[cellIndex] = new CellParagraph(Row.Cells[cellIndex], StructuralCache); } Invariant.Assert(_spannedCells == null); _spannedCells = new CellParagraph[Row.SpannedCells.Length]; for(int index = 0; index < _spannedCells.Length; index++) { _spannedCells[index] = FindCellParagraphForCell(rowPrevious, Row.SpannedCells[index]); } } ////// Returns row height for this row, depending on cell content (Real/Foreign/Etc) /// internal void GetRowHeight(out PTS.FSKROWHEIGHTRESTRICTION fskrowheight, out int dvrAboveBelow) { bool isLastRowOfRowGroup = (Row.Index == Row.RowGroup.Rows.Count - 1); if (Row.HasRealCells || (isLastRowOfRowGroup && _spannedCells.Length > 0)) { // Use current format context's page height to limit vertical cell spacing fskrowheight = PTS.FSKROWHEIGHTRESTRICTION.fskrowheightNatural; dvrAboveBelow = TextDpi.ToTextDpi(Table.InternalCellSpacing / 2.0); } else { fskrowheight = PTS.FSKROWHEIGHTRESTRICTION.fskrowheightExactNoBreak; dvrAboveBelow = 0; } } #endregion Internal Methods //------------------------------------------------------ // // Internal Properties // //----------------------------------------------------- #region Internal Properties ////// Table owner accessor /// internal TableRow Row { get { return (TableRow)Element; } } ////// Table /// internal Table Table { get { return Row.Table; } } ////// Cell Paragraphs /// internal CellParagraph[] Cells { get { return _cellParagraphs; } } #endregion Internal Properties //----------------------------------------------------- // // Private Methods // //----------------------------------------------------- #region Private Methods ////// Helper method to scan our cell list for a cell paragraph, and if not found, look at the spanning cell paragraphs /// from previous row, if one exists. /// private CellParagraph FindCellParagraphForCell(RowParagraph previousRow, TableCell cell) { for(int index = 0; index < _cellParagraphs.Length; index++) { if(_cellParagraphs[index].Cell == cell) { return _cellParagraphs[index]; } } if(previousRow != null) { for(int index = 0; index < previousRow._spannedCells.Length; index++) { if(previousRow._spannedCells[index].Cell == cell) { return previousRow._spannedCells[index]; } } } Invariant.Assert(false, "Structural integrity for table not correct."); return null; } #endregion Private Methods //------------------------------------------------------ // // Private Fields // //----------------------------------------------------- #region Private Fields private CellParagraph[] _cellParagraphs; // collection of cells belonging to the row private CellParagraph[] _spannedCells; // row spanned cell storage #endregion Private Fields } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. All rights reserved. //---------------------------------------------------------------------------- // // Copyright (C) Microsoft Corporation. All rights reserved. // // File: RowParagraph.cs // // Description: RowParagraph represents a single row in a table // // History: // 10/04/2005 : ghermann - created // //--------------------------------------------------------------------------- using System; using System.Diagnostics; using System.Security; using System.Windows; using System.Windows.Documents; using MS.Internal.PtsTable; using MS.Internal.Text; using MS.Internal.PtsHost.UnsafeNativeMethods; namespace MS.Internal.PtsHost { // --------------------------------------------------------------------- // RowParagraph represents a single row. // --------------------------------------------------------------------- internal sealed class RowParagraph : BaseParagraph { //------------------------------------------------------ // // Constructors // //----------------------------------------------------- #region Constructors // ------------------------------------------------------------------ // Constructor. // // element - Element associated with paragraph. // structuralCache - Content's structural cache // ------------------------------------------------------------------ internal RowParagraph(DependencyObject element, StructuralCache structuralCache) : base(element, structuralCache) { } // ----------------------------------------------------------------- // IDisposable.Dispose // ------------------------------------------------------------------ public override void Dispose() { if(_cellParagraphs != null) { for(int index = 0; index < _cellParagraphs.Length; index++) { _cellParagraphs[index].Dispose(); } } _cellParagraphs = null; base.Dispose(); } #endregion Constructors //----------------------------------------------------- // // Internal Methods // //----------------------------------------------------- #region Internal Methods //------------------------------------------------------------------- // GetParaProperties //-------------------------------------------------------------------- internal override void GetParaProperties( ref PTS.FSPAP fspap) // OUT: paragraph properties { Invariant.Assert(false); // No para properties for row. } //------------------------------------------------------------------- // CreateParaclient //-------------------------------------------------------------------- internal override void CreateParaclient( out IntPtr paraClientHandle) // OUT: opaque to PTS paragraph client { Invariant.Assert(false); // No valid para client for a row paragraph. paraClientHandle = IntPtr.Zero; } // ------------------------------------------------------------------ // UpdGetParaChange - RowParagraph is always new // ----------------------------------------------------------------- internal override void UpdGetParaChange( out PTS.FSKCHANGE fskch, // OUT: kind of change out int fNoFurtherChanges) // OUT: no changes after? { base.UpdGetParaChange(out fskch, out fNoFurtherChanges); fskch = PTS.FSKCHANGE.fskchNew; } ////// GetRowProperties /// /// Flow direction for table /// Row properties structure internal void GetRowProperties( uint fswdirTable, // IN: out PTS.FSTABLEROWPROPS rowprops) // OUT: { // local variables PTS.FSKROWHEIGHTRESTRICTION fskrowheight; int dvrAboveBelow; bool isLastRowOfRowGroup = (Row.Index == Row.RowGroup.Rows.Count - 1); // Note: PTS generally does not accept rows with no real cells // (Defintinion: real cell is // a) cell with no vertical merge; // OR // b) vertically merged cell ending in this row) // However PTS accepts a row with no real cells if it has explicit height set. // So fskrowheight is set to "0" if // a) user said so; // b) no real cells found; GetRowHeight(out fskrowheight, out dvrAboveBelow); // initialize output parameter(s) rowprops = new PTS.FSTABLEROWPROPS(); rowprops.fskrowbreak = PTS.FSKROWBREAKRESTRICTION.fskrowbreakAnywhere; rowprops.fskrowheight = fskrowheight; rowprops.dvrRowHeightRestriction = 0; rowprops.dvrAboveRow = dvrAboveBelow; rowprops.dvrBelowRow = dvrAboveBelow; int cellSpacing = TextDpi.ToTextDpi(Table.InternalCellSpacing); // Clip MBP values to structural cache's current format context size. Also use current format context's page height to // clip cell spacing MbpInfo mbpInfo = MbpInfo.FromElement(Table); if (Row.Index == 0 && Table.IsFirstNonEmptyRowGroup(Row.RowGroup.Index)) { rowprops.dvrAboveTopRow = mbpInfo.BPTop + cellSpacing / 2; } else { rowprops.dvrAboveTopRow = dvrAboveBelow; } if (isLastRowOfRowGroup && Table.IsLastNonEmptyRowGroup(Row.RowGroup.Index)) { rowprops.dvrBelowBottomRow = mbpInfo.BPBottom + cellSpacing / 2; } else { rowprops.dvrBelowBottomRow = dvrAboveBelow; } rowprops.dvrAboveRowBreak = cellSpacing / 2; rowprops.dvrBelowRowBreak = cellSpacing / 2; rowprops.cCells = Row.FormatCellCount; } ////// FInterruptFormattingTable /// /// Current height progress /// Do interrupt? internal void FInterruptFormattingTable( int dvr, out int fInterrupt) { fInterrupt = PTS.False; } ////// CalcHorizontalBBoxOfRow /// /// Cell amount /// Cell names /// Cell clients /// Bounding box /// Bounding box ////// Critical, because it is unsafe method. /// [SecurityCritical] internal unsafe void CalcHorizontalBBoxOfRow( int cCells, IntPtr* rgnmCell, IntPtr* rgpfsCell, out int urBBox, out int durBBox) { Debug.Assert(cCells == Row.FormatCellCount); urBBox = 0; durBBox = 0; for(int index = 0; index < cCells; index++) { if(rgpfsCell[index] != IntPtr.Zero) { CellParaClient cellParaClient = PtsContext.HandleToObject(rgpfsCell[index]) as CellParaClient; PTS.ValidateHandle(cellParaClient); durBBox = TextDpi.ToTextDpi(cellParaClient.TableParaClient.TableDesiredWidth); break; } } } ////// GetCells /// /// Cell amount reserves by PTS for the row /// Array of cell names /// Array of vertical merge flags ////// Critical - takes pointers that cannot be validated by this method /// [SecurityCritical] internal unsafe void GetCells( int cCells, IntPtr* rgnmCell, PTS.FSTABLEKCELLMERGE* rgkcellmerge) { Invariant.Assert(cCells == Row.FormatCellCount); // To protect against a buffer overflow, we must check that we aren't writing more // cells than were allocated. So we check against the cell count we have - // Row.FormatCellCount. But that's calculated elsewhere. What if it's stale? // There aren't any direct values available to compare against at the start of // this function, so we need two separate asserts. Bug 1149633. Invariant.Assert(cCells >= Row.Cells.Count); // Protect against buffer overflow int i = 0; // first, submit all non vertically merged cells for (int j = 0; j < Row.Cells.Count; ++j) { TableCell cell = Row.Cells[j]; if (cell.RowSpan == 1) { rgnmCell[i] = _cellParagraphs[j].Handle; rgkcellmerge[i] = PTS.FSTABLEKCELLMERGE.fskcellmergeNo; i++; } } // i now contains the exact number of non-rowspan cells on this row. Use it to verify // total number of cells, before we possibly write off end of allocated array. Invariant.Assert(cCells == i + _spannedCells.Length); // Protect against buffer overflow // second, submit all vertically merged cells if (_spannedCells.Length > 0) { bool lastRow = Row.Index == Row.RowGroup.Rows.Count - 1; for (int j = 0; j < _spannedCells.Length; ++j) { Debug.Assert (_spannedCells[j] != null); TableCell cell = _spannedCells[j].Cell; rgnmCell[i] = _spannedCells[j].Handle; if (cell.RowIndex == Row.Index) { rgkcellmerge[i] = lastRow ? PTS.FSTABLEKCELLMERGE.fskcellmergeNo : PTS.FSTABLEKCELLMERGE.fskcellmergeFirst; } else if (Row.Index - cell.RowIndex + 1 < cell.RowSpan) { rgkcellmerge[i] = lastRow ? PTS.FSTABLEKCELLMERGE.fskcellmergeLast : PTS.FSTABLEKCELLMERGE.fskcellmergeMiddle; } else { Debug.Assert(Row.Index - cell.RowIndex + 1 == cell.RowSpan); rgkcellmerge[i] = PTS.FSTABLEKCELLMERGE.fskcellmergeLast; } i++; } } } ////// Calculates the spanned cells for this paragraph from the spanned cells for the previous paragraph. /// This needs to be done to share the spanned cell paragraphs. /// internal void CalculateRowSpans() { RowParagraph rowPrevious = null; if(Row.Index != 0 && Previous != null) { rowPrevious = ((RowParagraph)Previous); } Invariant.Assert(_cellParagraphs == null); _cellParagraphs = new CellParagraph[Row.Cells.Count]; for(int cellIndex = 0; cellIndex < Row.Cells.Count; cellIndex++) { _cellParagraphs[cellIndex] = new CellParagraph(Row.Cells[cellIndex], StructuralCache); } Invariant.Assert(_spannedCells == null); _spannedCells = new CellParagraph[Row.SpannedCells.Length]; for(int index = 0; index < _spannedCells.Length; index++) { _spannedCells[index] = FindCellParagraphForCell(rowPrevious, Row.SpannedCells[index]); } } ////// Returns row height for this row, depending on cell content (Real/Foreign/Etc) /// internal void GetRowHeight(out PTS.FSKROWHEIGHTRESTRICTION fskrowheight, out int dvrAboveBelow) { bool isLastRowOfRowGroup = (Row.Index == Row.RowGroup.Rows.Count - 1); if (Row.HasRealCells || (isLastRowOfRowGroup && _spannedCells.Length > 0)) { // Use current format context's page height to limit vertical cell spacing fskrowheight = PTS.FSKROWHEIGHTRESTRICTION.fskrowheightNatural; dvrAboveBelow = TextDpi.ToTextDpi(Table.InternalCellSpacing / 2.0); } else { fskrowheight = PTS.FSKROWHEIGHTRESTRICTION.fskrowheightExactNoBreak; dvrAboveBelow = 0; } } #endregion Internal Methods //------------------------------------------------------ // // Internal Properties // //----------------------------------------------------- #region Internal Properties ////// Table owner accessor /// internal TableRow Row { get { return (TableRow)Element; } } ////// Table /// internal Table Table { get { return Row.Table; } } ////// Cell Paragraphs /// internal CellParagraph[] Cells { get { return _cellParagraphs; } } #endregion Internal Properties //----------------------------------------------------- // // Private Methods // //----------------------------------------------------- #region Private Methods ////// Helper method to scan our cell list for a cell paragraph, and if not found, look at the spanning cell paragraphs /// from previous row, if one exists. /// private CellParagraph FindCellParagraphForCell(RowParagraph previousRow, TableCell cell) { for(int index = 0; index < _cellParagraphs.Length; index++) { if(_cellParagraphs[index].Cell == cell) { return _cellParagraphs[index]; } } if(previousRow != null) { for(int index = 0; index < previousRow._spannedCells.Length; index++) { if(previousRow._spannedCells[index].Cell == cell) { return previousRow._spannedCells[index]; } } } Invariant.Assert(false, "Structural integrity for table not correct."); return null; } #endregion Private Methods //------------------------------------------------------ // // Private Fields // //----------------------------------------------------- #region Private Fields private CellParagraph[] _cellParagraphs; // collection of cells belonging to the row private CellParagraph[] _spannedCells; // row spanned cell storage #endregion Private Fields } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. 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