Examples with AbstractJClass com.helger.jcodemodel.AbstractJClass used on opensource projects

Example 81 with AbstractJClass

use of com.helger.jcodemodel.AbstractJClass in project adt4j by sviperll.

the class ValueClassConfiguration method wrapValue.

public IJExpression wrapValue(AbstractJType usedWrappedClassType, IJExpression valueExpression) {
    AbstractJClass wrapperClass = customization.wrapperClass();
    if (wrapperClass == null)
        return valueExpression;
    else {
        JInvocation invocation1 = JExpr._new(usedWrappedClassType);
        invocation1.arg(valueExpression);
        return invocation1;
    }
}

Example 82 with AbstractJClass

use of com.helger.jcodemodel.AbstractJClass in project adt4j by sviperll.

the class ValueClassConfiguration method getUpdatersConfiguration.

public GenerationResult<Map<String, FieldConfiguration>> getUpdatersConfiguration(JDefinedClass valueClass, Types types) {
    GenerationProcess generation = new GenerationProcess();
    AbstractJClass usedValueClassType = Source.narrowType(valueClass, valueClass.typeParams());
    Map<String, FieldConfiguration> updatersMap = new TreeMap<>();
    FieldReader reader = new FieldReader(updatersMap);
    VisitorDefinition.VisitorUsage narrowed = visitorDefinition.narrowed(usedValueClassType, visitorDefinition.getResultTypeParameter(), types._RuntimeException);
    for (MethodUsage interfaceMethod : narrowed.methods()) {
        for (VariableDeclaration param : interfaceMethod.params()) {
            generation.processGenerationResult(reader.readUpdater(interfaceMethod, param, param.type().declarable(), false));
        }
        VariableDeclaration param = interfaceMethod.varParam();
        if (param != null) {
            generation.processGenerationResult(reader.readUpdater(interfaceMethod, param, param.type().declarable(), true));
        }
    }
    return generation.createGenerationResult(updatersMap);
}

Example 83 with AbstractJClass

use of com.helger.jcodemodel.AbstractJClass in project adt4j by sviperll.

the class Source method getNullability.

public static GenerationResult<Boolean> getNullability(AbstractJType type, String name, Collection<? extends JAnnotationUse> annotations) {
    boolean hasNonnull = false;
    boolean hasNullable = false;
    for (JAnnotationUse annotationUse : annotations) {
        AbstractJClass annotationClass = annotationUse.getAnnotationClass();
        if (!annotationClass.isError()) {
            String annotationClassName = annotationClass.fullName();
            if (annotationClassName != null) {
                if (annotationClassName.equals("javax.annotation.Nonnull")) {
                    hasNonnull = true;
                }
                if (annotationClassName.equals("javax.annotation.Nullable")) {
                    hasNullable = true;
                }
            }
        }
    }
    if (hasNonnull && hasNullable)
        return new GenerationResult<>(false, Collections.singletonList(MessageFormat.format("Parameter {0} is declared as both @Nullable and @Nonnull", name)));
    if (!type.isReference() && hasNullable)
        return new GenerationResult<>(false, Collections.singletonList(MessageFormat.format("Parameter {0} is non-reference, but declared as @Nullable", name)));
    return new GenerationResult<>(hasNullable, Collections.<String>emptyList());
}

Example 84 with AbstractJClass

use of com.helger.jcodemodel.AbstractJClass in project RoboBinding by RoboBinding.

the class AbstractPresentationModelObjectClassGen method defineTryToCreateProperty.

/*
	@Override
	public SimpleProperty tryToCreateProperty(String name) {
		if(name.equals(PROP1)) {
			PropertyDescriptor descriptor = createPropertyDescriptor(String.class, name, true, true);
			
			AbstractGetSet<?> getSet = new AbstractGetSet<String>(descriptor) {
				@Override
				public String getValue() {
					return presentationModel.getProp1();
				}
				
				@Override
				public void setValue(String newValue) {
					presentationModel.setProp1(newValue);
				}
			};
			
			return new SimpleProperty(this, descriptor, getSet);
		}
		
		if(name.equals(PROP2)) {
			PropertyDescriptor descriptor = createPropertyDescriptor(Integer.class, name, true, true);
			
			AbstractGetSet<?> getSet = new AbstractGetSet<Integer>(descriptor) {
				@Override
				public Integer getValue() {
					return presentationModel.getProp2();
				}
				
				@Override
				public void setValue(Integer newValue) {
					presentationModel.setProp2(newValue);
				}
			};
			
			return new SimpleProperty(this, descriptor, getSet);
		} 
		
		return null;
	}
	 */
public void defineTryToCreateProperty() {
    try {
        JMethod method = declarePublicMethodOverride("tryToCreateProperty", SimpleProperty.class);
        JVar nameParam = method.param(String.class, "name");
        JBlock body = method.body();
        for (PropertyInfo propertyInfo : presentationModelInfo.properties()) {
            JConditional conditional = body._if(nameParam.invoke("equals").arg(propertyInfo.name()));
            JBlock conditionalBody = conditional._then();
            //create PropertyDescriptor.
            AbstractJClass propertyClass = codeModel.ref(propertyInfo.typeName());
            JInvocation createPropertyDescriptor = JExpr.invoke("createPropertyDescriptor").arg(propertyClass.dotclass()).arg(nameParam).arg(JExpr.lit(propertyInfo.isReadable())).arg(JExpr.lit(propertyInfo.isWritable()));
            JVar descriptorVar = conditionalBody.decl(propertyDescriptorClass, "descriptor", createPropertyDescriptor);
            //create AbstractGetSet.
            //JClass narrowedGetSet = getSetClass.narrow(codeModel.ref(propertyInfo.typeName()));
            AbstractJClass narrowedGetSet = getSetClass.narrow(propertyClass);
            JDefinedClass anonymousGetSet = codeModel.anonymousClass(narrowedGetSet);
            if (propertyInfo.isReadable()) {
                JMethod getter = declarePublicMethodOverride(anonymousGetSet, "getValue", propertyClass);
                getter.body()._return(presentationModelFieldWithoutThis.invoke(propertyInfo.getter()));
            }
            if (propertyInfo.isWritable()) {
                JMethod setter = declarePublicMethodOverride(anonymousGetSet, "setValue", Void.TYPE);
                JVar newValueParam = setter.param(propertyClass, "newValue");
                setter.body().add(presentationModelFieldWithoutThis.invoke(propertyInfo.setter()).arg(newValueParam));
            }
            JVar getSetVar = conditionalBody.decl(wildcardGetSetClass, "getSet", JExpr._new(anonymousGetSet).arg(descriptorVar));
            //return SimpleProperty.
            conditionalBody._return(JExpr._new(simplePropertyClass).arg(JExpr._this()).arg(descriptorVar).arg(getSetVar));
        }
        body._return(JExpr._null());
    } catch (Exception e) {
        throw new RuntimeException(e);
    }
}

Example 85 with AbstractJClass

use of com.helger.jcodemodel.AbstractJClass in project RoboBinding by RoboBinding.

the class AbstractPresentationModelObjectClassGen method defineTryToCreateDataSetProperty.

/*
	@Override
	public DataSetProperty tryToCreateDataSetProperty(String name) {
		if(name.equals(DATA_SET_PROP)) {
			PropertyDescriptor descriptor = createDataSetPropertyDescriptor(List.class, name);
			
			AbstractGetSet<?> getSet = new AbstractGetSet<List<String>>(descriptor) {
				@Override
				public List<String> getValue() {
					return presentationModel.getDataSetProp();
				}
			};
			
			RefreshableItemPresentationModelFactory factory = new RefreshableItemPresentationModelFactory() {
				
				@Override
				public RefreshableItemPresentationModel create(int itemViewType) {
					return new StringItemPresentationModel_IPM(new StringItemPresentationModel());
				}
			};	
			
			return new DataSetProperty(this, descriptor, new ListDataSet(factory, getSet));
		}
		
		if(name.equals(DATA_SET_PROP_WITH_FACTORY_METHOD)) {
			PropertyDescriptor descriptor = createDataSetPropertyDescriptor(List.class, name);
			
			AbstractGetSet<?> getSet = new AbstractGetSet<List<String>>(descriptor) {
				@Override
				public List<String> getValue() {
					return presentationModel.getDataSetPropWithFactoryMethod();
				}
			};
			
			RefreshableItemPresentationModelFactory factory = new RefreshableItemPresentationModelFactory() {
				@Override
				public RefreshableItemPresentationModel create(int itemViewType) {
					return new StringItemPresentationModel_IPM(presentationModel.newStringItemPresentationModel());
				}
			};
			
			return new DataSetProperty(this, descriptor, new ListDataSet(factory, getSet));
		} 
		
		
		if(name.equals(DATA_SET_PROP_WITH_VIEW_TYPE_SELECTOR)) {
			PropertyDescriptor descriptor = createDataSetPropertyDescriptor(List.class, name);
			
			AbstractGetSet<?> getSet = new AbstractGetSet<List<String>>(descriptor) {
				@Override
				public List<String> getValue() {
					return presentationModel.getDataSetPropWithViewTypeSelector();
				}
			};
			
			RefreshableItemPresentationModelFactory factory = new RefreshableItemPresentationModelFactory() {
				@Override
				public RefreshableItemPresentationModel create(int itemViewType) {
					return new StringItemPresentationModelPOC_IPM(new StringItemPresentationModelPOC());
				}
			};
			
			ViewTypeSelectable viewTypeSelector = new ViewTypeSelectable() {
				@Override
				@SuppressWarnings({ "rawtypes", "unchecked" }) 
				public int selectViewType(ViewTypeSelectionContext context) {
					return presentationModel.selectViewTypeWithParameter(context);
				}
			};
			
			return new DataSetProperty(this, descriptor, new ListDataSet(factory, getSet), viewTypeSelector);
		} 
		
		if(name.equals(DATA_SET_PROP_WITH_FACTORY_METHOD_AND_VIEW_TYPE_SELECTOR)) {
			PropertyDescriptor descriptor = createDataSetPropertyDescriptor(List.class, name);
			
			AbstractGetSet<?> getSet = new AbstractGetSet<List<String>>(descriptor) {
				@Override
				public List<String> getValue() {
					return presentationModel.getDataSetPropWithViewTypeSelector();
				}
			};
			
			RefreshableItemPresentationModelFactory factory = new RefreshableItemPresentationModelFactory() {
				@Override
				public RefreshableItemPresentationModel create(int itemViewType) {
					return new StringItemPresentationModelPOC_IPM(
							presentationModel.createStringItemPresentationModelWithParameter(itemViewType));
				}
			};
			
			ViewTypeSelectable viewTypeSelector = new ViewTypeSelectable() {
				@Override
				@SuppressWarnings({ "rawtypes", "unchecked" }) 
				public int selectViewType(ViewTypeSelectionContext context) {
					return presentationModel.selectViewTypeWithParameter(context);
				}
			};
			
			return new DataSetProperty(this, descriptor, new ListDataSet(factory, getSet), viewTypeSelector, PreInitializingViews.DEFAULT);
		}
		
		return null;
	}
	 */
public void defineTryToCreateDataSetProperty() {
    JMethod method = declarePublicMethodOverride("tryToCreateDataSetProperty", DataSetProperty.class);
    JVar nameParam = method.param(String.class, "name");
    JBlock body = method.body();
    for (DataSetPropertyInfo propertyInfo : presentationModelInfo.dataSetProperties()) {
        JConditional conditional = body._if(nameParam.invoke("equals").arg(propertyInfo.name()));
        JBlock conditionalBody = conditional._then();
        //create createDataSetPropertyDescriptor.
        AbstractJClass propertyClass = codeModel.ref(propertyInfo.type());
        JInvocation createDataSetPropertyDescriptor = JExpr.invoke("createDataSetPropertyDescriptor").arg(propertyClass.dotclass()).arg(nameParam);
        JVar descriptorVar = conditionalBody.decl(propertyDescriptorClass, "descriptor", createDataSetPropertyDescriptor);
        //create AbstractGetSet.
        AbstractJClass narrowedGetSet = getSetClass.narrow(codeModel.ref(propertyInfo.type()));
        JDefinedClass anonymousGetSet = codeModel.anonymousClass(narrowedGetSet);
        JMethod getter = declarePublicMethodOverride(anonymousGetSet, "getValue", propertyClass);
        getter.body()._return(presentationModelFieldWithoutThis.invoke(propertyInfo.getter()));
        JVar getSetVar = conditionalBody.decl(wildcardGetSetClass, "getSet", JExpr._new(anonymousGetSet).arg(descriptorVar));
        //JVar getSetVar = conditionalBody.decl(getSetClass, "getSet", 
        //		JExpr._new(anonymousGetSet.narrow(propertyClass)).arg(descriptorVar));
        //create RefreshableItemPresentationModelFactory.
        JDefinedClass anonymousFactory = codeModel.anonymousClass(RefreshableItemPresentationModelFactory.class);
        JMethod create = declarePublicMethodOverride(anonymousFactory, "create", RefreshableItemPresentationModel.class);
        JVar itemViewTypeParam = create.param(int.class, "itemViewType");
        AbstractJClass itemPresentationModelObjectClass = codeModel.ref(propertyInfo.itemPresentationModelObjectTypeName());
        JInvocation newItemPresentationModelObject = JExpr._new(itemPresentationModelObjectClass);
        if (propertyInfo.isCreatedByFactoryMethodWithArg()) {
            newItemPresentationModelObject.arg(presentationModelFieldWithoutThis.invoke(propertyInfo.factoryMethod()).arg(itemViewTypeParam));
        } else if (propertyInfo.isCreatedByFactoryMethodWithoutArg()) {
            newItemPresentationModelObject.arg(presentationModelFieldWithoutThis.invoke(propertyInfo.factoryMethod()));
        } else {
            newItemPresentationModelObject.arg(JExpr._new(codeModel.ref(propertyInfo.itemPresentationModelTypeName())));
        }
        create.body()._return(newItemPresentationModelObject);
        JVar factoryVar = conditionalBody.decl(refreshableItemPresentationModelFactoryClass, "factory", JExpr._new(anonymousFactory));
        //new DataSetProperty(this, descriptor, new ListDataSet(factory, getSet));
        JInvocation newDataSetProperty = JExpr._new(dataSetPropertyClass).arg(JExpr._this()).arg(descriptorVar).arg(JExpr._new(codeModel.ref(propertyInfo.dataSetImplementationType())).arg(factoryVar).arg(getSetVar));
        //create viewTypeSelector.
        if (propertyInfo.hasViewTypeSelector()) {
            JDefinedClass anonymousViewTypeSelector = codeModel.anonymousClass(ViewTypeSelectable.class);
            JMethod selectViewType = declarePublicMethodOverride(anonymousViewTypeSelector, "selectViewType", int.class);
            selectViewType.annotate(codeModel.ref(SuppressWarnings.class)).paramArray("value", "rawtypes", "unchecked");
            JVar contextParam = selectViewType.param(ViewTypeSelectionContext.class, "context");
            JInvocation userSelectViewTypeCall;
            if (propertyInfo.viewTypeSelectorAcceptsArg()) {
                userSelectViewTypeCall = presentationModelFieldWithoutThis.invoke(propertyInfo.viewTypeSelector()).arg(contextParam);
            } else {
                userSelectViewTypeCall = presentationModelFieldWithoutThis.invoke(propertyInfo.viewTypeSelector());
            }
            selectViewType.body()._return(userSelectViewTypeCall);
            JVar viewTypeSelectorVar = conditionalBody.decl(viewTypeSelectableClass, "viewTypeSelector", JExpr._new(anonymousViewTypeSelector));
            newDataSetProperty.arg(viewTypeSelectorVar);
        }
        newDataSetProperty.arg(JExpr.enumConstantRef(preInitializingViewsClass, propertyInfo.preInitializingViews().name()));
        //return DataSetProperty.
        conditionalBody._return(newDataSetProperty);
    }
    body._return(JExpr._null());
}