public boolean canInheritFrom(SourceMethod method) {
return isMapMapping() == method.isMapMapping()
&& isIterableMapping() == method.isIterableMapping()
&& isEnumMapping() == method.isEnumMapping()
&& getResultType().isAssignableTo(method.getResultType())
&& allParametersAreAssignable(getSourceParameters(), method.getSourceParameters());
}
private void reportErrorWhenAmbigousReverseMapping(
List<SourceMethod> candidates,
SourceMethod method,
InheritInverseConfigurationPrism reversePrism) {
List<String> candidateNames = new ArrayList<String>();
for (SourceMethod candidate : candidates) {
candidateNames.add(candidate.getName());
}
String name = reversePrism.name();
if (name.isEmpty()) {
messager.printMessage(
method.getExecutable(),
reversePrism.mirror,
Message.INHERITINVERSECONFIGURATION_DUPLICATES,
Strings.join(candidateNames, "(), "));
} else {
messager.printMessage(
method.getExecutable(),
reversePrism.mirror,
Message.INHERITINVERSECONFIGURATION_INVALID_NAME,
Strings.join(candidateNames, "(), "),
name);
}
}
public boolean isSame(SourceMethod method) {
return getSourceParameters().size() == 1
&& method.getSourceParameters().size() == 1
&& equals(
first(getSourceParameters()).getType(), first(method.getSourceParameters()).getType())
&& equals(getResultType(), method.getResultType());
}
private void reportErrorWhenInheritForwardAlsoHasInheritReverseMapping(SourceMethod method) {
InheritInverseConfigurationPrism reversePrism =
InheritInverseConfigurationPrism.getInstanceOn(method.getExecutable());
if (reversePrism != null) {
messager.printMessage(
method.getExecutable(), reversePrism.mirror, Message.INHERITCONFIGURATION_BOTH);
}
}
private void reportErrorIfNoImplementationTypeIsRegisteredForInterfaceReturnType(
SourceMethod method) {
if (method.getReturnType().getTypeMirror().getKind() != TypeKind.VOID
&& method.getReturnType().isInterface()
&& method.getReturnType().getImplementationType() == null) {
messager.printMessage(
method.getExecutable(), Message.GENERAL_NO_IMPLEMENTATION, method.getReturnType());
}
}
private void mergeInheritedOptions(
SourceMethod method,
MapperConfiguration mapperConfig,
List<SourceMethod> availableMethods,
List<SourceMethod> initializingMethods) {
if (initializingMethods.contains(method)) {
// cycle detected
initializingMethods.add(method);
messager.printMessage(
method.getExecutable(),
Message.INHERITCONFIGURATION_CYCLE,
Strings.join(initializingMethods, " -> "));
return;
}
initializingMethods.add(method);
MappingOptions mappingOptions = method.getMappingOptions();
List<SourceMethod> applicablePrototypeMethods = method.getApplicablePrototypeMethods();
MappingOptions inverseMappingOptions =
getInverseMappingOptions(availableMethods, method, initializingMethods, mapperConfig);
MappingOptions templateMappingOptions =
getTemplateMappingOptions(
join(availableMethods, applicablePrototypeMethods),
method,
initializingMethods,
mapperConfig);
if (templateMappingOptions != null) {
mappingOptions.applyInheritedOptions(
templateMappingOptions, false, method, messager, typeFactory);
} else if (inverseMappingOptions != null) {
mappingOptions.applyInheritedOptions(
inverseMappingOptions, true, method, messager, typeFactory);
} else if (mapperConfig.getMappingInheritanceStrategy() == AUTO_INHERIT_FROM_CONFIG) {
if (applicablePrototypeMethods.size() == 1) {
mappingOptions.applyInheritedOptions(
first(applicablePrototypeMethods).getMappingOptions(),
false,
method,
messager,
typeFactory);
} else if (applicablePrototypeMethods.size() > 1) {
messager.printMessage(
method.getExecutable(),
Message.INHERITCONFIGURATION_MULTIPLE_PROTOTYPE_METHODS_MATCH,
Strings.join(applicablePrototypeMethods, ", "));
}
}
mappingOptions.markAsFullyInitialized();
}
private static List<SourceMethod> filterAfterMappingMethods(List<SourceMethod> methods) {
List<SourceMethod> result = new ArrayList<SourceMethod>();
for (SourceMethod method : methods) {
if (method.isAfterMappingMethod()) {
result.add(method);
}
}
return result;
}
private void reportErrorWhenNonMatchingName(
SourceMethod onlyCandidate, SourceMethod method, InheritConfigurationPrism prims) {
messager.printMessage(
method.getExecutable(),
prims.mirror,
Message.INHERITCONFIGURATION_NO_NAME_MATCH,
prims.name(),
onlyCandidate.getName());
}
private void reportErrorWhenNonMatchingName(
SourceMethod onlyCandidate,
SourceMethod method,
InheritInverseConfigurationPrism reversePrism) {
messager.printMessage(
method.getExecutable(),
reversePrism.mirror,
Message.INHERITINVERSECONFIGURATION_NO_NAME_MATCH,
reversePrism.name(),
onlyCandidate.getName());
}
private static boolean isValidCandidate(
SourceMethod candidate, Method method, List<Parameter> parameterAssignments) {
if (parameterAssignments == null) {
return false;
}
if (!candidate.matches(extractSourceTypes(parameterAssignments), method.getResultType())) {
return false;
}
return (candidate.getReturnType().isVoid()
|| candidate.getReturnType().isTypeVar()
|| candidate.getReturnType().isAssignableTo(method.getResultType()));
}
/**
* Returns the configuring inverse method's options in case the given method is annotated with
* {@code @InheritInverseConfiguration} and exactly one such configuring method can unambiguously
* be selected (as per the source/target type and optionally the name given via
* {@code @InheritInverseConfiguration}).
*/
private MappingOptions getInverseMappingOptions(
List<SourceMethod> rawMethods,
SourceMethod method,
List<SourceMethod> initializingMethods,
MapperConfiguration mapperConfig) {
SourceMethod resultMethod = null;
InheritInverseConfigurationPrism reversePrism =
InheritInverseConfigurationPrism.getInstanceOn(method.getExecutable());
if (reversePrism != null) {
// method is configured as being reverse method, collect candidates
List<SourceMethod> candidates = new ArrayList<SourceMethod>();
for (SourceMethod oneMethod : rawMethods) {
if (oneMethod.reverses(method)) {
candidates.add(oneMethod);
}
}
String name = reversePrism.name();
if (candidates.size() == 1) {
// no ambiguity: if no configuredBy is specified, or configuredBy specified and match
if (name.isEmpty()) {
resultMethod = candidates.get(0);
} else if (candidates.get(0).getName().equals(name)) {
resultMethod = candidates.get(0);
} else {
reportErrorWhenNonMatchingName(candidates.get(0), method, reversePrism);
}
} else if (candidates.size() > 1) {
// ambiguity: find a matching method that matches configuredBy
List<SourceMethod> nameFilteredcandidates = new ArrayList<SourceMethod>();
for (SourceMethod candidate : candidates) {
if (candidate.getName().equals(name)) {
nameFilteredcandidates.add(candidate);
}
}
if (nameFilteredcandidates.size() == 1) {
resultMethod = nameFilteredcandidates.get(0);
} else if (nameFilteredcandidates.size() > 1) {
reportErrorWhenSeveralNamesMatch(nameFilteredcandidates, method, reversePrism);
} else {
reportErrorWhenAmbigousReverseMapping(candidates, method, reversePrism);
}
}
}
return extractInitializedOptions(resultMethod, rawMethods, mapperConfig, initializingMethods);
}
private MappingOptions extractInitializedOptions(
SourceMethod resultMethod,
List<SourceMethod> rawMethods,
MapperConfiguration mapperConfig,
List<SourceMethod> initializingMethods) {
if (resultMethod != null) {
if (!resultMethod.getMappingOptions().isFullyInitialized()) {
mergeInheritedOptions(resultMethod, mapperConfig, rawMethods, initializingMethods);
}
return resultMethod.getMappingOptions();
}
return null;
}
private void reportMappingError(Message msg, Object... objects) {
messager.printMessage(
method.getExecutable(),
mapping.getMirror(),
mapping.getSourceAnnotationValue(),
msg,
objects);
}
private void reportErrorWhenNoSuitableConstrutor(
SourceMethod method, InheritInverseConfigurationPrism reversePrism) {
messager.printMessage(
method.getExecutable(),
reversePrism.mirror,
Message.INHERITINVERSECONFIGURATION_NO_SUITABLE_CONSTRUCTOR,
reversePrism.name());
}
private void reportErrorWhenSeveralNamesMatch(
List<SourceMethod> candidates, SourceMethod method, InheritConfigurationPrism prism) {
messager.printMessage(
method.getExecutable(),
prism.mirror,
Message.INHERITCONFIGURATION_DUPLICATE_MATCHES,
prism.name(),
Strings.join(candidates, ", "));
}
/**
* Returns the configuring forward method's options in case the given method is annotated with
* {@code @InheritConfiguration} and exactly one such configuring method can unambiguously be
* selected (as per the source/target type and optionally the name given via
* {@code @InheritConfiguration}). The method cannot be marked forward mapping itself (hence
* 'ohter'). And neither can it contain an {@code @InheritReverseConfiguration}
*/
private MappingOptions getTemplateMappingOptions(
List<SourceMethod> rawMethods,
SourceMethod method,
List<SourceMethod> initializingMethods,
MapperConfiguration mapperConfig) {
SourceMethod resultMethod = null;
InheritConfigurationPrism forwardPrism =
InheritConfigurationPrism.getInstanceOn(method.getExecutable());
if (forwardPrism != null) {
reportErrorWhenInheritForwardAlsoHasInheritReverseMapping(method);
List<SourceMethod> candidates = new ArrayList<SourceMethod>();
for (SourceMethod oneMethod : rawMethods) {
// method must be similar but not equal
if (method.canInheritFrom(oneMethod) && !(oneMethod.equals(method))) {
candidates.add(oneMethod);
}
}
String name = forwardPrism.name();
if (candidates.size() == 1) {
// no ambiguity: if no configuredBy is specified, or configuredBy specified and match
SourceMethod sourceMethod = first(candidates);
if (name.isEmpty()) {
resultMethod = sourceMethod;
} else if (sourceMethod.getName().equals(name)) {
resultMethod = sourceMethod;
} else {
reportErrorWhenNonMatchingName(sourceMethod, method, forwardPrism);
}
} else if (candidates.size() > 1) {
// ambiguity: find a matching method that matches configuredBy
List<SourceMethod> nameFilteredcandidates = new ArrayList<SourceMethod>();
for (SourceMethod candidate : candidates) {
if (candidate.getName().equals(name)) {
nameFilteredcandidates.add(candidate);
}
}
if (nameFilteredcandidates.size() == 1) {
resultMethod = first(nameFilteredcandidates);
} else if (nameFilteredcandidates.size() > 1) {
reportErrorWhenSeveralNamesMatch(nameFilteredcandidates, method, forwardPrism);
} else {
reportErrorWhenAmbigousMapping(candidates, method, forwardPrism);
}
}
}
return extractInitializedOptions(resultMethod, rawMethods, mapperConfig, initializingMethods);
}
private static List<SourceMethod> filterCandidatesByType(
Method method,
List<SourceMethod> callbackMethods,
Map<SourceMethod, List<Parameter>> parameterAssignmentsForSourceMethod,
MappingBuilderContext ctx) {
List<SourceMethod> candidates = new ArrayList<SourceMethod>();
List<Parameter> availableParams = getAvailableParameters(method, ctx);
for (SourceMethod callback : callbackMethods) {
List<Parameter> parameterAssignments =
ParameterAssignmentUtil.getParameterAssignments(
availableParams, callback.getParameters());
if (isValidCandidate(callback, method, parameterAssignments)) {
parameterAssignmentsForSourceMethod.put(callback, parameterAssignments);
candidates.add(callback);
}
}
return candidates;
}
/**
* Creates a copy of this reference, which is adapted to the given method
*
* @param method the method to create the copy for
* @return the copy
*/
public SourceReference copyForInheritanceTo(SourceMethod method) {
List<Parameter> replacementParamCandidates = new ArrayList<Parameter>();
for (Parameter sourceParam : method.getSourceParameters()) {
if (sourceParam.getType().isAssignableTo(parameter.getType())) {
replacementParamCandidates.add(sourceParam);
}
}
Parameter replacement = parameter;
if (replacementParamCandidates.size() == 1) {
replacement = first(replacementParamCandidates);
}
return new SourceReference(replacement, propertyEntries, isValid);
}
public LifecycleCallbackMethodReference(
SourceMethod method,
MapperReference mapperReference,
List<ParameterBinding> parameterBindings,
Type methodReturnType,
Type methodResultType,
Set<String> existingVariableNames) {
super(method, mapperReference, parameterBindings);
this.declaringType = method.getDeclaringMapper();
this.methodReturnType = methodReturnType;
this.methodResultType = methodResultType;
if (hasReturnType()) {
this.targetVariableName = Strings.getSaveVariableName("target", existingVariableNames);
existingVariableNames.add(this.targetVariableName);
} else {
this.targetVariableName = null;
}
}
private Decorator getDecorator(
TypeElement element, List<SourceMethod> methods, String implName, String implPackage) {
DecoratedWithPrism decoratorPrism = DecoratedWithPrism.getInstanceOn(element);
if (decoratorPrism == null) {
return null;
}
TypeElement decoratorElement = (TypeElement) typeUtils.asElement(decoratorPrism.value());
if (!typeUtils.isAssignable(decoratorElement.asType(), element.asType())) {
messager.printMessage(element, decoratorPrism.mirror, Message.DECORATOR_NO_SUBTYPE);
}
List<MappingMethod> mappingMethods = new ArrayList<MappingMethod>(methods.size());
for (SourceMethod mappingMethod : methods) {
boolean implementationRequired = true;
for (ExecutableElement method :
ElementFilter.methodsIn(decoratorElement.getEnclosedElements())) {
if (elementUtils.overrides(method, mappingMethod.getExecutable(), decoratorElement)) {
implementationRequired = false;
break;
}
}
Type declaringMapper = mappingMethod.getDeclaringMapper();
if (implementationRequired && !(mappingMethod.isDefault() || mappingMethod.isStatic())) {
if ((declaringMapper == null) || declaringMapper.equals(typeFactory.getType(element))) {
mappingMethods.add(new DelegatingMethod(mappingMethod));
}
}
}
boolean hasDelegateConstructor = false;
boolean hasDefaultConstructor = false;
for (ExecutableElement constructor :
ElementFilter.constructorsIn(decoratorElement.getEnclosedElements())) {
if (constructor.getParameters().isEmpty()) {
hasDefaultConstructor = true;
} else if (constructor.getParameters().size() == 1) {
if (typeUtils.isAssignable(element.asType(), first(constructor.getParameters()).asType())) {
hasDelegateConstructor = true;
}
}
}
if (!hasDelegateConstructor && !hasDefaultConstructor) {
messager.printMessage(element, decoratorPrism.mirror, Message.DECORATOR_CONSTRUCTOR);
}
Decorator decorator =
new Decorator.Builder()
.elementUtils(elementUtils)
.typeFactory(typeFactory)
.mapperElement(element)
.decoratorPrism(decoratorPrism)
.methods(mappingMethods)
.hasDelegateConstructor(hasDelegateConstructor)
.options(options)
.versionInformation(versionInformation)
.implName(implName)
.implPackage(implPackage)
.extraImports(getExtraImports(element))
.build();
return decorator;
}
private List<MappingMethod> getMappingMethods(
MapperConfiguration mapperConfig, List<SourceMethod> methods) {
List<MappingMethod> mappingMethods = new ArrayList<MappingMethod>();
for (SourceMethod method : methods) {
if (!method.overridesMethod()) {
continue;
}
mergeInheritedOptions(method, mapperConfig, methods, new ArrayList<SourceMethod>());
MappingOptions mappingOptions = method.getMappingOptions();
boolean hasFactoryMethod = false;
if (method.isIterableMapping()) {
IterableMappingMethod.Builder builder = new IterableMappingMethod.Builder();
FormattingParameters formattingParameters = null;
SelectionParameters selectionParameters = null;
NullValueMappingStrategyPrism nullValueMappingStrategy = null;
if (mappingOptions.getIterableMapping() != null) {
formattingParameters = mappingOptions.getIterableMapping().getFormattingParameters();
selectionParameters = mappingOptions.getIterableMapping().getSelectionParameters();
nullValueMappingStrategy =
mappingOptions.getIterableMapping().getNullValueMappingStrategy();
}
IterableMappingMethod iterableMappingMethod =
builder
.mappingContext(mappingContext)
.method(method)
.formattingParameters(formattingParameters)
.selectionParameters(selectionParameters)
.nullValueMappingStrategy(nullValueMappingStrategy)
.build();
hasFactoryMethod = iterableMappingMethod.getFactoryMethod() != null;
mappingMethods.add(iterableMappingMethod);
} else if (method.isMapMapping()) {
MapMappingMethod.Builder builder = new MapMappingMethod.Builder();
SelectionParameters keySelectionParameters = null;
FormattingParameters keyFormattingParameters = null;
SelectionParameters valueSelectionParameters = null;
FormattingParameters valueFormattingParameters = null;
NullValueMappingStrategyPrism nullValueMappingStrategy = null;
if (mappingOptions.getMapMapping() != null) {
keySelectionParameters = mappingOptions.getMapMapping().getKeySelectionParameters();
keyFormattingParameters = mappingOptions.getMapMapping().getKeyFormattingParameters();
valueSelectionParameters = mappingOptions.getMapMapping().getValueSelectionParameters();
valueFormattingParameters = mappingOptions.getMapMapping().getValueFormattingParameters();
nullValueMappingStrategy = mappingOptions.getMapMapping().getNullValueMappingStrategy();
}
MapMappingMethod mapMappingMethod =
builder
.mappingContext(mappingContext)
.method(method)
.keyFormattingParameters(keyFormattingParameters)
.keySelectionParameters(keySelectionParameters)
.valueFormattingParameters(valueFormattingParameters)
.valueSelectionParameters(valueSelectionParameters)
.nullValueMappingStrategy(nullValueMappingStrategy)
.build();
hasFactoryMethod = mapMappingMethod.getFactoryMethod() != null;
mappingMethods.add(mapMappingMethod);
} else if (method.isValueMapping()) {
// prefer value mappings over enum mapping
ValueMappingMethod valueMappingMethod =
new ValueMappingMethod.Builder()
.mappingContext(mappingContext)
.souceMethod(method)
.valueMappings(mappingOptions.getValueMappings())
.build();
mappingMethods.add(valueMappingMethod);
} else if (method.isEnumMapping()) {
messager.printMessage(method.getExecutable(), Message.ENUMMAPPING_DEPRECATED);
EnumMappingMethod.Builder builder = new EnumMappingMethod.Builder();
MappingMethod enumMappingMethod =
builder.mappingContext(mappingContext).souceMethod(method).build();
if (enumMappingMethod != null) {
mappingMethods.add(enumMappingMethod);
}
} else {
NullValueMappingStrategyPrism nullValueMappingStrategy = null;
SelectionParameters selectionParameters = null;
if (mappingOptions.getBeanMapping() != null) {
nullValueMappingStrategy = mappingOptions.getBeanMapping().getNullValueMappingStrategy();
selectionParameters = mappingOptions.getBeanMapping().getSelectionParameters();
}
BeanMappingMethod.Builder builder = new BeanMappingMethod.Builder();
BeanMappingMethod beanMappingMethod =
builder
.mappingContext(mappingContext)
.souceMethod(method)
.nullValueMappingStrategy(nullValueMappingStrategy)
.selectionParameters(selectionParameters)
.build();
if (beanMappingMethod != null) {
hasFactoryMethod = beanMappingMethod.getFactoryMethod() != null;
mappingMethods.add(beanMappingMethod);
}
}
if (!hasFactoryMethod) {
// A factory method is allowed to return an interface type and hence, the generated
// implementation as well. The check below must only be executed if there's no factory
// method that could be responsible.
reportErrorIfNoImplementationTypeIsRegisteredForInterfaceReturnType(method);
}
}
return mappingMethods;
}
public SourceReference build() {
String sourceName = mapping.getSourceName();
if (sourceName == null) {
return null;
}
boolean isValid = true;
boolean foundEntryMatch;
String[] sourcePropertyNames = new String[0];
String[] segments = sourceName.split("\\.");
Parameter parameter = null;
List<PropertyEntry> entries = new ArrayList<PropertyEntry>();
if (method.getSourceParameters().size() > 1) {
// parameterName is mandatory for multiple source parameters
if (segments.length > 0) {
String sourceParameterName = segments[0];
parameter = method.getSourceParameter(sourceParameterName);
if (parameter == null) {
reportMappingError(Message.PROPERTYMAPPING_INVALID_PARAMETER_NAME, sourceParameterName);
isValid = false;
}
}
if (segments.length > 1 && parameter != null) {
sourcePropertyNames = Arrays.copyOfRange(segments, 1, segments.length);
entries = getSourceEntries(parameter.getType(), sourcePropertyNames);
foundEntryMatch = (entries.size() == sourcePropertyNames.length);
} else {
// its only a parameter, no property
foundEntryMatch = true;
}
} else {
// parameter name is not mandatory for single source parameter
sourcePropertyNames = segments;
parameter = method.getSourceParameters().get(0);
entries = getSourceEntries(parameter.getType(), sourcePropertyNames);
foundEntryMatch = (entries.size() == sourcePropertyNames.length);
if (!foundEntryMatch) {
// Lets see if the expression contains the parameterName, so
// parameterName.propName1.propName2
if (parameter.getName().equals(segments[0])) {
sourcePropertyNames = Arrays.copyOfRange(segments, 1, segments.length);
entries = getSourceEntries(parameter.getType(), sourcePropertyNames);
foundEntryMatch = (entries.size() == sourcePropertyNames.length);
} else {
// segment[0] cannot be attributed to the parameter name.
parameter = null;
}
}
}
if (!foundEntryMatch) {
if (parameter != null) {
reportMappingError(
Message.PROPERTYMAPPING_NO_PROPERTY_IN_PARAMETER,
parameter.getName(),
Strings.join(Arrays.asList(sourcePropertyNames), "."));
} else {
reportMappingError(
Message.PROPERTYMAPPING_INVALID_PROPERTY_NAME, mapping.getSourceName());
}
isValid = false;
}
return new SourceReference(parameter, entries, isValid);
}
private List<MappingMethod> getMappingMethods(
MapperConfiguration mapperConfig, List<SourceMethod> methods) {
List<MappingMethod> mappingMethods = new ArrayList<MappingMethod>();
for (SourceMethod method : methods) {
if (!method.overridesMethod()) {
continue;
}
mergeInheritedOptions(method, mapperConfig, methods, new ArrayList<SourceMethod>());
MappingOptions mappingOptions = method.getMappingOptions();
boolean hasFactoryMethod = false;
if (method.isIterableMapping()) {
IterableMappingMethod.Builder builder = new IterableMappingMethod.Builder();
String dateFormat = null;
List<TypeMirror> qualifiers = null;
TypeMirror qualifyingElementTargetType = null;
NullValueMappingStrategyPrism nullValueMappingStrategy = null;
if (mappingOptions.getIterableMapping() != null) {
dateFormat = mappingOptions.getIterableMapping().getDateFormat();
qualifiers = mappingOptions.getIterableMapping().getQualifiers();
qualifyingElementTargetType =
mappingOptions.getIterableMapping().getQualifyingElementTargetType();
nullValueMappingStrategy =
mappingOptions.getIterableMapping().getNullValueMappingStrategy();
}
IterableMappingMethod iterableMappingMethod =
builder
.mappingContext(mappingContext)
.method(method)
.dateFormat(dateFormat)
.qualifiers(qualifiers)
.qualifyingElementTargetType(qualifyingElementTargetType)
.nullValueMappingStrategy(nullValueMappingStrategy)
.build();
hasFactoryMethod = iterableMappingMethod.getFactoryMethod() != null;
mappingMethods.add(iterableMappingMethod);
} else if (method.isMapMapping()) {
MapMappingMethod.Builder builder = new MapMappingMethod.Builder();
String keyDateFormat = null;
String valueDateFormat = null;
List<TypeMirror> keyQualifiers = null;
List<TypeMirror> valueQualifiers = null;
TypeMirror keyQualifyingTargetType = null;
TypeMirror valueQualifyingTargetType = null;
NullValueMappingStrategyPrism nullValueMappingStrategy = null;
if (mappingOptions.getMapMapping() != null) {
keyDateFormat = mappingOptions.getMapMapping().getKeyFormat();
valueDateFormat = mappingOptions.getMapMapping().getValueFormat();
keyQualifiers = mappingOptions.getMapMapping().getKeyQualifiers();
valueQualifiers = mappingOptions.getMapMapping().getValueQualifiers();
keyQualifyingTargetType = mappingOptions.getMapMapping().getKeyQualifyingTargetType();
valueQualifyingTargetType = mappingOptions.getMapMapping().getValueQualifyingTargetType();
nullValueMappingStrategy = mappingOptions.getMapMapping().getNullValueMappingStrategy();
}
MapMappingMethod mapMappingMethod =
builder
.mappingContext(mappingContext)
.method(method)
.keyDateFormat(keyDateFormat)
.valueDateFormat(valueDateFormat)
.keyQualifiers(keyQualifiers)
.valueQualifiers(valueQualifiers)
.keyQualifyingTargetType(keyQualifyingTargetType)
.valueQualifyingTargetType(valueQualifyingTargetType)
.nullValueMappingStrategy(nullValueMappingStrategy)
.build();
hasFactoryMethod = mapMappingMethod.getFactoryMethod() != null;
mappingMethods.add(mapMappingMethod);
} else if (method.isEnumMapping()) {
EnumMappingMethod.Builder builder = new EnumMappingMethod.Builder();
MappingMethod enumMappingMethod =
builder.mappingContext(mappingContext).souceMethod(method).build();
if (enumMappingMethod != null) {
mappingMethods.add(enumMappingMethod);
}
} else {
NullValueMappingStrategyPrism nullValueMappingStrategy = null;
TypeMirror resultType = null;
List<TypeMirror> qualifiers = null;
if (mappingOptions.getBeanMapping() != null) {
nullValueMappingStrategy = mappingOptions.getBeanMapping().getNullValueMappingStrategy();
resultType = mappingOptions.getBeanMapping().getResultType();
qualifiers = mappingOptions.getBeanMapping().getQualifiers();
}
BeanMappingMethod.Builder builder = new BeanMappingMethod.Builder();
BeanMappingMethod beanMappingMethod =
builder
.mappingContext(mappingContext)
.souceMethod(method)
.nullValueMappingStrategy(nullValueMappingStrategy)
.qualifiers(qualifiers)
.resultType(resultType)
.build();
if (beanMappingMethod != null) {
hasFactoryMethod = beanMappingMethod.getFactoryMethod() != null;
mappingMethods.add(beanMappingMethod);
}
}
if (!hasFactoryMethod) {
// A factory method is allowed to return an interface type and hence, the generated
// implementation as well. The check below must only be executed if there's no factory
// method that could be responsible.
reportErrorIfNoImplementationTypeIsRegisteredForInterfaceReturnType(method);
}
}
return mappingMethods;
}