public void setAcceptableValues(Collection<T> values) { cellList.setRowData(new ArrayList<T>(values)); }
public void setAcceptableValues(Collection<T> values) { cellList.setRowData(new ArrayList<T>(values)); }
public void setAcceptableValues(Collection<T> values) { cellList.setRowData(new ArrayList<T>(values)); }
private void refeshCellList() { cellList.setRowCount(this.values.size(), true); cellList.setRowData(0, this.values); }
public void refresh() { m_autoComplete.setRowData(m_markerContainer.getMarkers()); }
public void refresh() { m_autoComplete.setRowData(m_markerContainer.getMarkers()); }
@Override public void setRowData( final int start, final List<? extends T> values ) { //Store the values, as renderRowValues is used for partial redraws of the whole table this.values = values; //Set our width to the maximum row width of our content setWidth( sizer.getMaximumElementWidth( this.values ) + "px" ); super.setRowData( start, values ); }
@Override public void setRowData( final int start, final List<? extends T> values ) { //Store the values, as renderRowValues is used for partial redraws of the whole table this.values = values; //Set our width to the maximum row width of our content setWidth( sizer.getMaximumElementWidth( this.values ) + "px" ); super.setRowData( start, values ); }
@Override public void setRowData( final int start, final List<? extends T> values ) { //Store the values, as renderRowValues is used for partial redraws of the whole table this.values = values; //Set our width to the maximum row width of our content setWidth( sizer.getMaximumElementWidth( this.values ) + "px" ); super.setRowData( start, values ); }