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pl.fhframework.model.forms.optimized.ColumnOptimized Maven / Gradle / Ivy
package pl.fhframework.model.forms.optimized;
import com.fasterxml.jackson.annotation.JsonIgnore;
import lombok.Getter;
import lombok.Setter;
import pl.fhframework.BindingResult;
import pl.fhframework.annotations.*;
import pl.fhframework.binding.ModelBinding;
import pl.fhframework.core.FhFormException;
import pl.fhframework.core.forms.IHasBoundableLabel;
import pl.fhframework.core.forms.IterationContext;
import pl.fhframework.core.forms.iterators.IMultipleIteratorComponentFactory;
import pl.fhframework.core.forms.iterators.IMultipleIteratorRepeatable;
import pl.fhframework.core.forms.iterators.IRepeatableIteratorInfo;
import pl.fhframework.forms.ICompilerAwareComponent;
import pl.fhframework.model.dto.ElementChanges;
import pl.fhframework.model.forms.*;
import pl.fhframework.model.forms.designer.BindingExpressionDesignerPreviewProvider;
import pl.fhframework.model.forms.table.AdHocTableColumnOptimizedComponentFactory;
import pl.fhframework.model.forms.table.LowLevelRowMetadata;
import pl.fhframework.model.forms.table.RowIteratorMetadata;
import java.util.ArrayList;
import java.util.LinkedList;
import java.util.List;
import java.util.Optional;
import java.util.stream.Collectors;
import static pl.fhframework.annotations.DesignerXMLProperty.PropertyFunctionalArea.*;
/**
* ColumnOptimized is component grouping together other components wrapped as TableCellOptimized component. It is used
* on server side to construct columns of TableOptimized components and has is not processed by javascript
* directly.
*/
@DesignerControl(defaultWidth = -1)
@Control(parents = {TableOptimized.class, ColumnOptimized.class}, invalidParents = {TablePaged.class, ColumnPaged.class})
@OverridenPropertyAnnotations(
designerXmlProperty = @DesignerXMLProperty(readOnlyInDesigner = false, functionalArea = LOOK_AND_STYLE, priority = 100),
property = "width"
)
@OverridenPropertyAnnotations(
designerXmlProperty = @DesignerXMLProperty(skip = true),
property = "height"
)
@DocumentedComponent(documentationExample = true, value = "It is used to construct columns of TableOptimized components.", icon = "fa fa-columns")
public class ColumnOptimized extends GroupingComponent implements CompactLayout, IMultipleIteratorRepeatable, ICompilerAwareComponent, IHasBoundableLabel {
public static final String ATTR_LABEL = "label";
public static final String ATTR_VALUE = "value";
public static final String AUTOMATIC_LABEL_ID_SUFFIX = "_value_based_label";
@JsonIgnore
@XMLMetadataSubelementParent
protected TableOptimized table;
@Getter
private String label;
@JsonIgnore
@Getter
@Setter
@XMLProperty(value = ATTR_LABEL)
@DesignerXMLProperty(commonUse = true, functionalArea = CONTENT, priority = 30, allowedTypes = String.class,
previewValueProvider = BindingExpressionDesignerPreviewProvider.class)
@DocumentedComponentAttribute(boundable = true, value = "Component label. Supports FHML - FH Markup Language.")
private ModelBinding labelModelBinding;
@JsonIgnore
@Getter
@Setter
@XMLProperty
@DocumentedComponentAttribute(value = "Id of formatter which will format object to String. It must be consistend with value of pl.fhframework.formatter.FhFormatter annotation.")
@DesignerXMLProperty(functionalArea = SPECIFIC, priority = 90)
private String formatter;
/**
* This is value binding
*/
@Getter
@Setter
@JsonIgnore
@XMLProperty(value = ATTR_VALUE, skipCompiler = true)
@DesignerXMLProperty(commonUse = true, functionalArea = CONTENT, priority = 20, previewValueProvider = BindingExpressionDesignerPreviewProvider.class)
@DocumentedComponentAttribute("Represents text value for created component.")
private ModelBinding value;
@Getter
@Setter
private Integer rowspan;
@Getter
@Setter
private Boolean fixedHeader;
@JsonIgnore
@Getter
@Setter
private Integer level;
@Getter
@Setter
private boolean subColumnsExists;
@Getter
@Setter
@XMLProperty
private String iterationRef;
@JsonIgnore
private List iteratorInfos;
/**
* Prototype cell, which will be repeated for rows
*/
@JsonIgnore
@Getter
@Setter
private TableCellOptimized prototype;
@JsonIgnore
@Setter
protected IMultipleIteratorComponentFactory interatorComponentFactory;
@JsonIgnore
private OutputLabel implicitOutputLabel;
public ColumnOptimized(Form form) {
super(form);
prototype = new TableCellOptimized(form);
prototype.setArtificial(true);
prototype.setGroupingParentComponent(this);
interatorComponentFactory = new AdHocTableColumnOptimizedComponentFactory(this);
}
public void init() {
// TableOptimized does this for every column while repeater runs init for every component - doubles init on columns
if (isInitDone()) {
return;
}
if (getWidth() != null && getWidth().endsWith("%")) {
setWidth(getWidth().substring(0, getWidth().length() - 1));
}
// subcolumns exist
subColumnsExists = false;
if (getSubcomponents().stream().anyMatch(c -> c instanceof ColumnOptimized)) {
subColumnsExists = true;
}
super.init();
if (getGroupingParentComponent() instanceof ColumnOptimized) {
setLevel(((ColumnOptimized) getGroupingParentComponent()).getLevel() + 1);
} else {
setLevel(1);
}
refreshImplicitOutputLabel();
if (labelModelBinding != null) {
BindingResult bindingResult = labelModelBinding.getBindingResult();
if (bindingResult != null) {
label = (String) bindingResult.getValue();
}
}
prototype.init();
prototype.doActionForEverySubcomponent(c -> c.init());
this.fixedHeader = this.table.fixedHeader;
}
@Override
public void beforeCompilation() {
refreshImplicitOutputLabel();
}
private void refreshImplicitOutputLabel() {
if (implicitOutputLabel != null) {
getPrototype().removeSubcomponent(implicitOutputLabel);
}
if (value != null) {
implicitOutputLabel = new OutputLabel(getForm());
implicitOutputLabel.setValueBinding(value.clone(implicitOutputLabel));
if (getId() != null) {
implicitOutputLabel.setId(getId() + AUTOMATIC_LABEL_ID_SUFFIX);
}
implicitOutputLabel.setArtificial(true);
implicitOutputLabel.setWidth("md-12");
getPrototype().getSubcomponents().add(implicitOutputLabel);
implicitOutputLabel.setGroupingParentComponent(getPrototype());
implicitOutputLabel.setFormatter(formatter);
}
}
@Override
public void addSubcomponent(FormElement formElement) {
if (formElement instanceof ColumnOptimized) {
if (!getPrototype().getSubcomponents().isEmpty() || getValue() != null) {
throw new FhFormException("ColumnOptimized cannot have both form elements (or value) and subcolumns");
}
super.addSubcomponent(formElement);
} else {
if (!getSubcolumns().isEmpty()) {
throw new FhFormException("ColumnOptimized cannot have both form elements and subcolumns");
}
getPrototype().getSubcomponents().add(formElement);
}
}
@Override
protected ElementChanges updateView() {
ElementChanges elementChanges = super.updateView();
BindingResult bindingResult = labelModelBinding != null ? labelModelBinding.getBindingResult() : null;
if (bindingResult != null) {
String newLabelValue = this.convertBindingValueToString(bindingResult);
if (!areValuesTheSame(newLabelValue, label)) {
this.refreshView();
this.label = newLabelValue;
elementChanges.addChange(ATTR_LABEL, this.label);
}
}
return elementChanges;
}
@Override
public List getIteratorInfos() {
// init once
if (iteratorInfos == null || getForm().getViewMode() != Form.ViewMode.NORMAL) {
List iterators = new ArrayList<>();
for (IRepeatableIteratorInfo iterator : getTable().getAllIterators()) {
iterators.add(iterator);
// stop on column's iterator
if (iterationRef == null // no iterationRef -> main interator (add first only)
|| iterator.getName().equals(iterationRef)) {
break;
}
}
iteratorInfos = iterators;
}
return iteratorInfos;
}
@Override
public List getRepeatedComponents() {
return (List) getPrototype().getSubcomponents();
}
@Override
public boolean isComponentFactorySupported() {
// only leaf columns can have original subcomponents and use component factory
return getSubcolumns().isEmpty();
}
@Override
public TableOptimized getGroupingComponentForNewComponents() {
return getTable();
}
@Override
public Component getIteratorDefiningComponent() {
return getTable();
}
@JsonIgnore
public List getSubcolumns() {
return getSubcomponents().stream().filter(subComponent -> subComponent instanceof ColumnOptimized).map(comp -> (ColumnOptimized) comp).collect(Collectors.toList());
}
public TableOptimized getTable() {
if (table == null) {
table = ((ColumnOptimized) getGroupingParentComponent()).getTable();
}
return table;
}
public void setTable(TableOptimized table) {
this.table = table;
this.iteratorInfos = null;
}
private TableCellOptimized createCell(LowLevelRowMetadata lowLevelRowMetadata) {
TableCellOptimized tableCell = createEmptyCell();
RowIteratorMetadata mainTableIteratorMetadata = lowLevelRowMetadata.getIteratorData().get(getTable().getIterator());
tableCell.setRowIndex(mainTableIteratorMetadata.getIndex());
final int mainTableIteratorIndex = mainTableIteratorMetadata.getIndex();
// call fatory to produce cell components
List cellComponents = interatorComponentFactory.createComponentsForIterators(
getTable(), getTable(), lowLevelRowMetadata.getIteratorsIndices());
for (FormElement cellComponent : cellComponents) {
getForm().addToElementIdToFormElement(cellComponent);
getTable().getBindedSubcomponents().add(new IterationContext(mainTableIteratorIndex, cellComponent));
tableCell.getSubcomponents().add(cellComponent);
cellComponent.setGroupingParentComponent(tableCell);
}
return tableCell;
}
public List createTableCells(LowLevelRowMetadata lowLevelRowMetadata) {
return createTableCells(this, lowLevelRowMetadata);
}
private List createTableCells(ColumnOptimized columnOrSubcolumn, LowLevelRowMetadata lowLevelRowMetadata) {
List tableCells = new ArrayList<>();
List subColumns = columnOrSubcolumn.getSubcolumns();
if (subColumns.size() == 0) {
if (table.getForm().getViewMode() == Form.ViewMode.NORMAL) {
createTableCell(columnOrSubcolumn, lowLevelRowMetadata, getTable().getColumns()).ifPresent(tableCells::add);
} else if (table.getForm().getForm().getViewMode() == Form.ViewMode.PREVIEW) { // designer edit mode not supported yet
createTableCellForDesigner(columnOrSubcolumn, lowLevelRowMetadata, getTable().getColumns()).ifPresent(tableCells::add);
}
} else {
for (ColumnOptimized subColumnElement : subColumns) {
tableCells.addAll(createTableCells(subColumnElement, lowLevelRowMetadata));
}
}
return tableCells;
}
private Optional createTableCell(ColumnOptimized column, LowLevelRowMetadata lowLevelRowMetadata, List columns) {
column.setRowspan(getMaxColumnDepthForLevel(column.getLevel(), columns));
// get row iterator
RowIteratorMetadata rowIteratorMetadata = getRowIteratorMetadata(lowLevelRowMetadata, column.getIterationRef());
TableCellOptimized tableCell = null;
if (rowIteratorMetadata != null) {
// if it is first occurrence of TableCellOptimized (used in case of rowSpan)
if (rowIteratorMetadata.isFirstOccurrence()) {
tableCell = column.createCell(lowLevelRowMetadata);
tableCell.setRowspan(rowIteratorMetadata.getRowSpan().get());
}
} else {
// if there's no iterator for that row, it means that there's no value for bindings (there's no mapped binding)
// therefore you have to create empty OutputLabel form component to emulate displaying empty data
tableCell = createEmptyCell();
OutputLabel emptyLabel = createEmptyOutputLabel();
emptyLabel.setGroupingParentComponent(tableCell);
tableCell.addSubcomponent(emptyLabel);
}
if (tableCell != null) {
tableCell.init();
tableCell.setProcessComponentStateChange(false);
tableCell.setGroupingParentComponent(column);
}
return Optional.ofNullable(tableCell);
}
private Optional createTableCellForDesigner(ColumnOptimized column, LowLevelRowMetadata lowLevelRowMetadata, List columns) {
TableCellOptimized tableCell = createEmptyCell();
tableCell.setRowspan(1);
tableCell.setProcessComponentStateChange(false);
tableCell.setGroupingParentComponent(this);
// designer preview mode
for (FormElement prototypeCellComponent : prototype.getSubcomponents()) {
getForm().addToElementIdToFormElement(prototypeCellComponent);
getTable().getBindedSubcomponents().add(new IterationContext(0, prototypeCellComponent));
prototypeCellComponent.setGroupingParentComponent(tableCell); // normally done by factory
tableCell.getSubcomponents().add(prototypeCellComponent);
}
return Optional.of(tableCell);
}
protected OutputLabel createEmptyOutputLabel() {
OutputLabel emptyLabel = new OutputLabel(getForm());
return emptyLabel;
}
private RowIteratorMetadata getRowIteratorMetadata(LowLevelRowMetadata lowLevelRowMetadata, String columnIterationRef) {
if (columnIterationRef == null) {
columnIterationRef = getTable().getIterator();
}
return lowLevelRowMetadata.getIteratorData().get(columnIterationRef);
}
private void collectSubColumns(int level, List columns, List collectedColumns) {
columns.stream().filter(component -> component instanceof ColumnOptimized).forEach(column -> {
if (column.getLevel() == level) {
collectedColumns.add(column);
} else if (column.getLevel() < level) {
collectSubColumns(level, column.getSubcomponents().stream().filter(subComponent -> subComponent instanceof ColumnOptimized).map(comp -> (ColumnOptimized) comp).collect(Collectors.toList()), collectedColumns);
}
});
}
protected int getMaxColumnDepthForLevel(int level, List components) {
int initialDepth = 0;
int maxDepth = 1;
LinkedList columns = new LinkedList<>();
collectSubColumns(level, components, columns);
for (ColumnOptimized column : columns) {
maxDepth = Integer.max(maxDepth, getMaxColumnDepth(column, initialDepth));
}
return maxDepth;
}
private int getMaxColumnDepth(ColumnOptimized column, int initialDepth) {
List subcolumns = column.getSubcolumns();
initialDepth++;
if (subcolumns.size() == 0) {
return initialDepth;
} else {
int maxDepth = initialDepth;
for (ColumnOptimized subColumnElement : subcolumns) {
maxDepth = Integer.max(getMaxColumnDepth(subColumnElement, initialDepth), maxDepth);
}
return maxDepth;
}
}
protected TableCellOptimized createEmptyCell() {
TableCellOptimized tableCell = new TableCellOptimized(getForm());
tableCell.setHorizontalAlign(getHorizontalAlign());
tableCell.setVerticalAlign(getVerticalAlign());
return tableCell;
}
}
