ControlsFX 11.2.2 · impl.org.controlsfx.spreadsheet.GridRowSkin

Modifier and Type	Field and Description
private final List<CellView>	cells
private Reference<HashMap<TableColumnBase<S, T>, CellView>>	cellsMap
private final SpreadsheetHandle	handle
private final SpreadsheetView	spreadsheetView

Access	Constructor and Description
public	GridRowSkin(SpreadsheetHandle handle, TableRow<ObservableList<SpreadsheetCell>> gridRow)

Method Summary

Modifier and Type	Method and Description
protected double	computeMaxHeight(double width, double topInset, double rightInset, double bottomInset, double leftInset) Overrides javafx.scene.control.skin.LabeledSkinBase.computeMaxHeight. Computes the maximum allowable height of the Skin, based on the provided width.
protected double	computeMinHeight(double width, double topInset, double rightInset, double bottomInset, double leftInset) Overrides javafx.scene.control.skin.LabeledSkinBase.computeMinHeight. Computes the minimum allowable height of the Skin, based on the provided width.
protected double	computePrefHeight(double width, double topInset, double rightInset, double bottomInset, double leftInset) Overrides javafx.scene.control.skin.LabeledSkinBase.computePrefHeight. Calculates the preferred height of this `SkinBase`.
protected double	computePrefWidth(double height, double topInset, double rightInset, double bottomInset, double leftInset) Overrides javafx.scene.control.skin.LabeledSkinBase.computePrefWidth. Calculates the preferred width of this `SkinBase`.
private CellView	getCell(TableColumnBase<S, T> tcb) This will retrieve a cell for the specified column.
private HashMap<TableColumnBase<S, T>, CellView>	getCellsMap() Return the Cache.
private double	getFixedRowShift(int index) Return the space we need to shift that row if it's fixed.
private double	getTableRowHeight(int row) Return the height of a row.
private void	handleFixedCell(List<CellView> fixedCells, int index) This handles the fixed cells in column.
private boolean	hasLeftBorder(CellView tableCell)
private boolean	hasRightBorder(CellView tableCell)
private boolean	isInvisible(double beginning of the cell x, double total width of the cell width, double hbarValue, double width of the visible portion of the tableView headerWidth, int columnSpan) Return true if the current cell is part of the sceneGraph.
protected void	layoutChildren(double x, final double y, final double w, final double h) Overrides javafx.scene.control.skin.LabeledSkinBase.layoutChildren. The Layout algorithm works like this: - Get the labeled w/h, graphic w/h, text w/h - Compute content w/h based on graphicVPos, graphicHPos, graphicTextGap, and graphic w/h and text w/h - (Note that the text content has been pre-truncated where necessary) - compute content x/y based on content w/h and labeled w/h and the labeled's hpos and vpos - position the graphic and text
private void	putCellsInCache() This will put all current displayed cell into the cache.
private void	removeDeportedCells()
private void	removeUselessCell(int index) Here we want to remove of the sceneGraph cells that are not used.
private void	requestCellUpdate() / fixedCellSize = fixedCellSizeProperty().get(); / fixedCellSizeEnabled = fixedCellSize > 0;

Inherited from javafx.scene.control.skin.CellSkinBase:: cellSizeProperty getCellSize getClassCssMetaData getCssMetaData

cells	back to summary
private final List<CellView> cells

cellsMap	back to summary
private Reference<HashMap<TableColumnBase<S, T>, CellView>> cellsMap

handle	back to summary
private final SpreadsheetHandle handle

spreadsheetView	back to summary
private final SpreadsheetView spreadsheetView

GridRowSkin	back to summary
public GridRowSkin(SpreadsheetHandle handle, TableRow<ObservableList<SpreadsheetCell>> gridRow)

Method Detail

computeMaxHeight	back to summary
protected double computeMaxHeight(double width, double topInset, double rightInset, double bottomInset, double leftInset) Overrides javafx.scene.control.skin.LabeledSkinBase.computeMaxHeight. Doc from javafx.scene.control.skin.LabeledSkinBase.computeMaxHeight. Computes the maximum allowable height of the Skin, based on the provided width. Annotations @Override

computeMaxHeight

back to summary

protected double computeMaxHeight(double width, double topInset, double rightInset, double bottomInset, double leftInset)

Overrides javafx.scene.control.skin.LabeledSkinBase.computeMaxHeight.

Doc from javafx.scene.control.skin.LabeledSkinBase.computeMaxHeight.

Computes the maximum allowable height of the Skin, based on the provided width.

Annotations

@Override

computeMinHeight	back to summary
protected double computeMinHeight(double width, double topInset, double rightInset, double bottomInset, double leftInset) Overrides javafx.scene.control.skin.LabeledSkinBase.computeMinHeight. Doc from javafx.scene.control.skin.LabeledSkinBase.computeMinHeight. Computes the minimum allowable height of the Skin, based on the provided width. Annotations @Override

computeMinHeight

back to summary

protected double computeMinHeight(double width, double topInset, double rightInset, double bottomInset, double leftInset)

Overrides javafx.scene.control.skin.LabeledSkinBase.computeMinHeight.

Doc from javafx.scene.control.skin.LabeledSkinBase.computeMinHeight.

Computes the minimum allowable height of the Skin, based on the provided width.

Annotations

@Override

computePrefHeight back to summary

computePrefHeight	back to summary
protected double computePrefHeight(double width, double topInset, double rightInset, double bottomInset, double leftInset) Overrides javafx.scene.control.skin.LabeledSkinBase.computePrefHeight. Doc from javafx.scene.control.skin.LabeledSkinBase.computePrefHeight. Calculates the preferred height of this `SkinBase`. The default implementation calculates this height as the height of the area occupied by its managed children when they are positioned at their current positions at their preferred heights. Annotations @Override

protected double computePrefHeight(double width, double topInset, double rightInset, double bottomInset, double leftInset)

Overrides javafx.scene.control.skin.LabeledSkinBase.computePrefHeight.

Doc from javafx.scene.control.skin.LabeledSkinBase.computePrefHeight.

Calculates the preferred height of this SkinBase. The default implementation calculates this height as the height of the area occupied by its managed children when they are positioned at their current positions at their preferred heights.

Annotations

@Override

computePrefWidth back to summary

computePrefWidth	back to summary
protected double computePrefWidth(double height, double topInset, double rightInset, double bottomInset, double leftInset) Overrides javafx.scene.control.skin.LabeledSkinBase.computePrefWidth. Doc from javafx.scene.control.skin.LabeledSkinBase.computePrefWidth. Calculates the preferred width of this `SkinBase`. The default implementation calculates this width as the width of the area occupied by its managed children when they are positioned at their current positions at their preferred widths. Annotations @Override

protected double computePrefWidth(double height, double topInset, double rightInset, double bottomInset, double leftInset)

Overrides javafx.scene.control.skin.LabeledSkinBase.computePrefWidth.

Doc from javafx.scene.control.skin.LabeledSkinBase.computePrefWidth.

Calculates the preferred width of this SkinBase. The default implementation calculates this width as the width of the area occupied by its managed children when they are positioned at their current positions at their preferred widths.

Annotations

@Override

getCell	back to summary
private CellView getCell(TableColumnBase<S, T> tcb) This will retrieve a cell for the specified column. If the cell exists in the cache, it's extracted from it. Otherwise, a cell is created.

getCellsMap	back to summary
private HashMap<TableColumnBase<S, T>, CellView> getCellsMap() Return the Cache. Here we use a WeakReference because the WeakHashMap is not working. TableCell added to it are not removed if the GC wants them. So we put the whole cache in WeakReference. In normal condition, the cache is not trashed that much and is efficient. In the case where the user scroll horizontally a lot, that cache can then be trashed in order to avoid OutOfMemoryError.

getCellsMap

back to summary

private HashMap<TableColumnBase<S, T>, CellView> getCellsMap()

Return the Cache. Here we use a WeakReference because the WeakHashMap is not working. TableCell added to it are not removed if the GC wants them. So we put the whole cache in WeakReference. In normal condition, the cache is not trashed that much and is efficient. In the case where the user scroll horizontally a lot, that cache can then be trashed in order to avoid OutOfMemoryError.

getFixedRowShift	back to summary
private double getFixedRowShift(int index) Return the space we need to shift that row if it's fixed. Also update the `GridViewSkin#getCurrentlyFixedRow()` .

getTableRowHeight	back to summary
private double getTableRowHeight(int row) Return the height of a row.

handleFixedCell	back to summary
private void handleFixedCell(List<CellView> fixedCells, int index) This handles the fixed cells in column.

hasLeftBorder	back to summary
private boolean hasLeftBorder(CellView tableCell)

hasRightBorder	back to summary
private boolean hasRightBorder(CellView tableCell)

isInvisible	back to summary
private boolean isInvisible(double x, double width, double hbarValue, double headerWidth, int columnSpan) Return true if the current cell is part of the sceneGraph. Parameters x:double beginning of the cell width:double total width of the cell headerWidth:double width of the visible portion of the tableView

isInvisible

back to summary

private boolean isInvisible(double x, double width, double hbarValue, double headerWidth, int columnSpan)

Return true if the current cell is part of the sceneGraph.

Parameters

x:double: beginning of the cell
width:double: total width of the cell
headerWidth:double: width of the visible portion of the tableView

layoutChildren	back to summary
protected void layoutChildren(double x, final double y, final double w, final double h) Overrides javafx.scene.control.skin.LabeledSkinBase.layoutChildren. Doc from javafx.scene.control.skin.LabeledSkinBase.layoutChildren. The Layout algorithm works like this: - Get the labeled w/h, graphic w/h, text w/h - Compute content w/h based on graphicVPos, graphicHPos, graphicTextGap, and graphic w/h and text w/h - (Note that the text content has been pre-truncated where necessary) - compute content x/y based on content w/h and labeled w/h and the labeled's hpos and vpos - position the graphic and text Annotations @Override

layoutChildren

back to summary

protected void layoutChildren(double x, final double y, final double w, final double h)

Overrides javafx.scene.control.skin.LabeledSkinBase.layoutChildren.

Doc from javafx.scene.control.skin.LabeledSkinBase.layoutChildren.

The Layout algorithm works like this: - Get the labeled w/h, graphic w/h, text w/h - Compute content w/h based on graphicVPos, graphicHPos, graphicTextGap, and graphic w/h and text w/h - (Note that the text content has been pre-truncated where necessary) - compute content x/y based on content w/h and labeled w/h and the labeled's hpos and vpos - position the graphic and text

Annotations

@Override

putCellsInCache	back to summary
private void putCellsInCache() This will put all current displayed cell into the cache.

removeDeportedCells	back to summary
private void removeDeportedCells()

removeUselessCell	back to summary
private void removeUselessCell(int index) Here we want to remove of the sceneGraph cells that are not used. Before we were removing the cells that we were getting from the cache. But that is not enough because some cells can be added somehow, and stay within the row. Since we do not often clear the children because of some deportedCell present inside, we must use that Predicate to clear all CellView not contained in cells and with the same index. Thus we preserve the deported cell.

removeUselessCell

back to summary

private void removeUselessCell(int index)

Here we want to remove of the sceneGraph cells that are not used. Before we were removing the cells that we were getting from the cache. But that is not enough because some cells can be added somehow, and stay within the row. Since we do not often clear the children because of some deportedCell present inside, we must use that Predicate to clear all CellView not contained in cells and with the same index. Thus we preserve the deported cell.

requestCellUpdate	back to summary
private void requestCellUpdate() / fixedCellSize = fixedCellSizeProperty().get(); / fixedCellSizeEnabled = fixedCellSize > 0;

public Class GridRowSkin

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail