/** * Returns a short string representation of this constraints object. This method can use the given * <code>FormLayout</code> to display extra information how default alignments are mapped to * concrete alignments. Therefore it asks the related column and row as specified by this * constraints object. * * @param layout the layout to be presented as a string * @return a short string representation of this constraints object */ public String toShortString(FormLayout layout) { StringBuffer buffer = new StringBuffer("("); buffer.append(formatInt(gridX)); buffer.append(", "); buffer.append(formatInt(gridY)); buffer.append(", "); buffer.append(formatInt(gridWidth)); buffer.append(", "); buffer.append(formatInt(gridHeight)); buffer.append(", \""); buffer.append(hAlign.abbreviation()); if (hAlign == DEFAULT && layout != null) { buffer.append('='); ColumnSpec colSpec = gridWidth == 1 ? layout.getColumnSpec(gridX) : null; buffer.append(concreteAlignment(hAlign, colSpec).abbreviation()); } buffer.append(", "); buffer.append(vAlign.abbreviation()); if (vAlign == DEFAULT && layout != null) { buffer.append('='); RowSpec rowSpec = gridHeight == 1 ? layout.getRowSpec(gridY) : null; buffer.append(concreteAlignment(vAlign, rowSpec).abbreviation()); } buffer.append("\""); if (!(EMPTY_INSETS.equals(insets))) { buffer.append(", "); buffer.append(insets); } buffer.append(')'); return buffer.toString(); }
/** * Sets the component's bounds using the given component and cell bounds. * * @param c the component to set bounds * @param layout the FormLayout instance that computes the bounds * @param cellBounds the cell's bounds * @param minWidthMeasure measures the minimum width * @param minHeightMeasure measures the minimum height * @param prefWidthMeasure measures the preferred width * @param prefHeightMeasure measures the preferred height */ void setBounds( Control c, FormLayout layout, Rectangle cellBounds, FormLayout.Measure minWidthMeasure, FormLayout.Measure minHeightMeasure, FormLayout.Measure prefWidthMeasure, FormLayout.Measure prefHeightMeasure) { ColumnSpec colSpec = gridWidth == 1 ? layout.getColumnSpec(gridX) : null; RowSpec rowSpec = gridHeight == 1 ? layout.getRowSpec(gridY) : null; Alignment concreteHAlign = concreteAlignment(this.hAlign, colSpec); Alignment concreteVAlign = concreteAlignment(this.vAlign, rowSpec); Insets concreteInsets = this.insets != null ? this.insets : EMPTY_INSETS; int cellX = cellBounds.x + concreteInsets.getLeft(); int cellY = cellBounds.y + concreteInsets.getTop(); int cellW = cellBounds.width - concreteInsets.getLeft() - concreteInsets.getRight(); int cellH = cellBounds.height - concreteInsets.getTop() - concreteInsets.getBottom(); int compW = componentSize(c, colSpec, cellW, minWidthMeasure, prefWidthMeasure); int compH = componentSize(c, rowSpec, cellH, minHeightMeasure, prefHeightMeasure); int x = origin(concreteHAlign, cellX, cellW, compW); int y = origin(concreteVAlign, cellY, cellH, compH); int w = extent(concreteHAlign, cellW, compW); int h = extent(concreteVAlign, cellH, compH); c.setBounds(x, y, w, h); }