@Override protected Point computeSize(Composite composite, int wHint, int hHint, boolean flushCache) { return computeTableTreeSize(getControl(composite), wHint, hHint); }
final int numberOfColumns = getColumnCount(scrollable); final int[] widths = new int[numberOfColumns]; ColumnLayoutData col = getLayoutData(scrollable, i); if (col instanceof ColumnPixelData) { ColumnPixelData cpd = (ColumnPixelData) col; int pixels = cpd.width; if (cpd.addTrim) { pixels += getColumnTrim(); for (int i = 0; i < numberOfWeightColumns; i++) { int colIndex = weightColumnIndices[i]; ColumnWeightData cw = (ColumnWeightData) getLayoutData( scrollable, colIndex); final int minWidth = cw.minimumWidth; setColumnWidths(scrollable, widths); scrollable.update(); inupdateMode = false;
protected void layout(Composite composite, boolean flushCache) { Rectangle area = composite.getClientArea(); Scrollable table = getControl(composite); int tableWidth = table.getSize().x; int trim = computeTrim(area, table, tableWidth); int width = Math.max(0, area.width - trim); if (width > 1) layoutTableTree(table, width, area, tableWidth < area.width); // For the first time we need to relayout because Scrollbars are not // calculate appropriately if (relayout) { relayout = false; composite.layout(); } }
int size = getColumnCount(scrollable); for (int i = 0; i < size; ++i) { ColumnLayoutData layoutData = getLayoutData(scrollable, i); if (layoutData instanceof ColumnPixelData) { ColumnPixelData col = (ColumnPixelData) layoutData; width += col.width; if (col.addTrim) { width += getColumnTrim();
@Override protected void layout(Composite composite, boolean flushCache) { super.layout(composite, flushCache); if( addListener ) { addListener=false; ((Tree)getControl(composite)).addTreeListener(listener); } }
final int numberOfColumns = getColumnCount(scrollable); final int[] widths = new int[numberOfColumns]; ColumnLayoutData col = getLayoutData(scrollable, i); if (col instanceof ColumnPixelData) { ColumnPixelData cpd = (ColumnPixelData) col; int pixels = cpd.width; if (cpd.addTrim) { pixels += getColumnTrim(); for (int i = 0; i < numberOfWeightColumns; i++) { int colIndex = weightColumnIndices[i]; ColumnWeightData cw = (ColumnWeightData) getLayoutData( scrollable, colIndex); final int minWidth = cw.minimumWidth; setColumnWidths(scrollable, widths); scrollable.update(); inupdateMode = false;
@Override protected void layout(Composite composite, boolean flushCache) { Rectangle area = composite.getClientArea(); Scrollable table = getControl(composite); int tableWidth = table.getSize().x; int trim = computeTrim(area, table, tableWidth); int width = Math.max(0, area.width - trim); if (width > 1) layoutTableTree(table, width, area, tableWidth < area.width); // For the first time we need to relayout because Scrollbars are not // calculate appropriately if (relayout) { relayout = false; composite.layout(); } }
width += scrollable.getVerticalBar().getSize().x; int size = getColumnCount(scrollable); for (int i = 0; i < size; ++i) { ColumnLayoutData layoutData = getLayoutData(scrollable, i); if (layoutData instanceof ColumnPixelData) { ColumnPixelData col = (ColumnPixelData) layoutData; width += col.width; if (col.addTrim) { width += getColumnTrim();
@Override protected void layout(Composite composite, boolean flushCache) { super.layout(composite, flushCache); if( addListener ) { addListener=false; ((Tree)getControl(composite)).addTreeListener(listener); } }
final int numberOfColumns = getColumnCount(scrollable); final int[] widths = new int[numberOfColumns]; ColumnLayoutData col = getLayoutData(scrollable, i); if (col instanceof ColumnPixelData) { ColumnPixelData cpd = (ColumnPixelData) col; int pixels = cpd.width; if (cpd.addTrim) { pixels += getColumnTrim(); for (int i = 0; i < numberOfWeightColumns; i++) { int colIndex = weightColumnIndices[i]; ColumnWeightData cw = (ColumnWeightData) getLayoutData( scrollable, colIndex); final int minWidth = cw.minimumWidth; setColumnWidths(scrollable, widths); scrollable.update(); inupdateMode = false;
@Override protected void layout(Composite composite, boolean flushCache) { Rectangle area = composite.getClientArea(); Scrollable table = getControl(composite); int tableWidth = table.getSize().x; int trim = computeTrim(area, table, tableWidth); int width = Math.max(0, area.width - trim); if (width > 1) layoutTableTree(table, width, area, tableWidth < area.width); // For the first time we need to relayout because Scrollbars are not // calculate appropriately if (relayout) { relayout = false; composite.layout(); } }
width += scrollable.getVerticalBar().getSize().x; int size = getColumnCount(scrollable); for (int i = 0; i < size; ++i) { ColumnLayoutData layoutData = getLayoutData(scrollable, i); if (layoutData instanceof ColumnPixelData) { ColumnPixelData col = (ColumnPixelData) layoutData; width += col.width; if (col.addTrim) { width += getColumnTrim();
@Override protected Point computeSize(Composite composite, int wHint, int hHint, boolean flushCache) { return computeTableTreeSize(getControl(composite), wHint, hHint); }
protected void layout(Composite composite, boolean flushCache) { super.layout(composite, flushCache); if( addListener ) { addListener=false; ((Tree)getControl(composite)).addTreeListener(listener); } }
protected Point computeSize(Composite composite, int wHint, int hHint, boolean flushCache) { return computeTableTreeSize(getControl(composite), wHint, hHint); }