use of org.kie.workbench.common.stunner.svg.gen.model.ShapeDefinition in project kie-wb-common by kiegroup.
the class SVGPrimitiveGeneratorUtils method generateSvgPrimitive.
public static String generateSvgPrimitive(final String instanceId, final Function<PrimitiveDefinition, PrimitiveDefinitionGenerator<PrimitiveDefinition<?>>> generatorProvider, final PrimitiveDefinition child, final Predicate<PrimitiveDefinition> generationFilter) {
String childRaw = null;
try {
final StringBuffer childBuffer = generatorProvider.apply(child).generate(child);
final String scalableRaw = String.valueOf(child.isScalable());
final LayoutDefinition layoutDefinition = child.getLayoutDefinition();
final String childLayoutRaw = formatLayout(layoutDefinition);
if (generationFilter.test(child)) {
if (child instanceof ShapeDefinition) {
childRaw = AbstractGenerator.formatString(NEW_SVG_SHAPE_TEMPLATE, instanceId, childBuffer.toString(), scalableRaw, childLayoutRaw);
} else if (child instanceof GroupDefinition) {
final GroupDefinition groupDefinition = (GroupDefinition) child;
final List<PrimitiveDefinition> children = groupDefinition.getChildren();
if (children.stream().anyMatch(generationFilter)) {
// Generate the group primitive.
childRaw = AbstractGenerator.formatString(NEW_SVG_CONTAINER_TEMPLATE, instanceId, groupDefinition.getId(), childBuffer.toString(), scalableRaw, childLayoutRaw);
// Generate the group children ones.
for (final PrimitiveDefinition childDef : children) {
final String childDefInstanceId = SVGGeneratorFormatUtils.getValidInstanceId(childDef);
final String childDefRaw = generateSvgPrimitive(childDefInstanceId, generatorProvider, childDef, generationFilter);
if (null != childDefRaw) {
childRaw += childDefRaw;
childRaw += AbstractGenerator.formatString(GROUP_ADD_CHILD_TEMPLATE, instanceId, childDefInstanceId);
}
}
}
}
}
} catch (GeneratorException e) {
throw new RuntimeException(e);
}
return childRaw;
}
use of org.kie.workbench.common.stunner.svg.gen.model.ShapeDefinition in project kie-wb-common by kiegroup.
the class SVGViewDefinitionGenerator method generate.
@Override
@SuppressWarnings("unchecked")
public StringBuffer generate(final ViewFactory viewFactory, final ViewDefinition<SVGShapeView> viewDefinition) throws GeneratorException {
StringBuffer result = null;
final String factoryName = viewFactory.getSimpleName();
final String viewId = viewDefinition.getId();
final String methodName = viewDefinition.getFactoryMethodName();
final ShapeDefinition main = viewDefinition.getMain();
if (null != main) {
final Map<String, Object> root = new HashMap<>();
// Generate the children primitives.
final List<String> childrenRaw = new LinkedList<>();
final List<PrimitiveDefinition> children = viewDefinition.getChildren();
for (final PrimitiveDefinition child : children) {
final String childId = SVGGeneratorFormatUtils.getValidInstanceId(child);
String childRaw = SVGPrimitiveGeneratorUtils.generateSvgPrimitive(childId, SVGViewDefinitionGenerator::getGenerator, child);
if (null != childRaw) {
childrenRaw.add(childRaw);
childrenRaw.add(AbstractGenerator.formatString(PRIM_CHILD_TEMPLATE, childId));
}
}
// SVG View children.
final List<String> svgChildrenRaw = new LinkedList<>();
final List<ViewRefDefinition> svgViewRefs = viewDefinition.getSVGViewRefs();
svgViewRefs.forEach(viewRef -> {
final String parent = viewRef.getParent();
final String svgName = viewRef.getFilePath();
final String viewRefId = viewRef.getViewRefId();
final boolean existReferencedView = viewFactory.getViewDefinitions().stream().anyMatch(def -> viewRefId.equals(def.getId()));
if (existReferencedView) {
final String childRaw = formatString(SVG_CHILD_TEMPLATE, parent, factoryName, viewRefId);
svgChildrenRaw.add(childRaw);
} else {
throw new RuntimeException("The view [" + viewRefId + "] references " + "another the view [" + svgName + "], but no factory method " + "for it exists in [" + viewFactory.getImplementedType() + "]");
}
});
// Look for the state shape view.
final List<ShapeDefinition> stateViews = new LinkedList<>();
SVGModelUtils.visit(viewDefinition, p -> {
if (p instanceof ShapeDefinition && SVGPrimitiveGeneratorUtils.CAN_GENERATE_PRIMITIVE_CODE.test(p)) {
final ShapeDefinition shapeDefinition = (ShapeDefinition) p;
shapeDefinition.getStateDefinition().ifPresent(s -> stateViews.add((ShapeDefinition) p));
}
});
final String stateViewIds = stateViews.isEmpty() ? "view" : stateViews.stream().map(d -> SVGGeneratorFormatUtils.getValidInstanceId(d.getId())).collect(Collectors.joining(","));
final String stateViewPolicyType = stateViews.isEmpty() ? ShapeStateDefaultHandler.RenderType.STROKE.name() : ((ShapeDefinition.ShapeStateDefinition) stateViews.get(0).getStateDefinition().get()).name();
final String stateViewPolicy = ShapeStateDefaultHandler.RenderType.class.getName().replace("$", ".") + "." + stateViewPolicyType.toUpperCase();
// Generate the main shape.
final PrimitiveDefinitionGenerator<PrimitiveDefinition<?>> mainGenerator = getGenerator(main);
final StringBuffer mainBuffer = mainGenerator.generate(main);
final LayoutDefinition mainLayoutDefinition = main.getLayoutDefinition();
final String mainLayoutRaw = SVGPrimitiveGeneratorUtils.formatLayout(mainLayoutDefinition);
// Generate the view's text styling stuff.
final StyleSheetDefinition globalStyleSheetDefinition = ((ViewDefinitionImpl) viewDefinition).getGlobalStyleSheetDefinition();
final String viewTextRaw = null != globalStyleSheetDefinition ? SVGShapeTextCodeBuilder.generate("view", viewId, globalStyleSheetDefinition) : "";
// Populate the context and generate using the template.
root.put("viewId", viewId);
root.put("name", methodName);
root.put("mainShape", mainBuffer.toString());
root.put("layout", mainLayoutRaw);
root.put("width", formatDouble(viewDefinition.getWidth()));
root.put("height", formatDouble(viewDefinition.getHeight()));
root.put("text", viewTextRaw);
root.put("stateViewIds", stateViewIds);
root.put("stateViewPolicy", stateViewPolicy);
root.put("children", childrenRaw);
root.put("svgChildren", svgChildrenRaw);
try {
result = writeTemplate(root);
} catch (final GenerationException e) {
throw new GeneratorException(e);
}
}
return result;
}
use of org.kie.workbench.common.stunner.svg.gen.model.ShapeDefinition in project kie-wb-common by kiegroup.
the class SVGGroupTranslator method doTranslate.
@Override
protected GroupDefinition doTranslate(final Element element, final SVGTranslatorContext context) throws TranslatorException {
final String id = getId(element);
final GroupDefinition groupDefinition = new GroupDefinition(id);
final NodeList childNodes = element.getChildNodes();
if (null != childNodes && childNodes.getLength() > 0) {
for (int i = 0; i < childNodes.getLength(); i++) {
final Node child = childNodes.item(i);
if (child instanceof Element) {
final Element childElement = (Element) child;
final SVGElementTranslator<Element, Object> translator = context.getElementTranslator(childElement.getTagName());
if (null != translator) {
final Object childDefinition = translator.translate(childElement, context);
if (childDefinition instanceof ViewRefDefinition) {
context.addSVGViewRef((ViewRefDefinition) childDefinition);
} else if (childDefinition instanceof ShapeDefinition) {
groupDefinition.getChildren().add((PrimitiveDefinition) childDefinition);
} else if (childDefinition instanceof GroupDefinition) {
throw new UnsupportedOperationException("Nested SVG groups are not allowed! [svgId=" + context.getSVGId() + "]");
}
}
}
}
}
return groupDefinition;
}
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