protected HoldingContainer generateEvalBody(
ClassGenerator<?> g, HoldingContainer[] inputVariables, String body, JVar[] workspaceJVars) {
// g.getBlock().directStatement(String.format("//---- start of eval portion of %s function.
// ----//", functionName));
JBlock sub = new JBlock(true, true);
JBlock topSub = sub;
HoldingContainer out = null;
MajorType returnValueType = returnValue.type;
// add outside null handling if it is defined.
if (nullHandling == NullHandling.NULL_IF_NULL) {
JExpression e = null;
for (HoldingContainer v : inputVariables) {
if (v.isOptional()) {
if (e == null) {
e = v.getIsSet();
} else {
e = e.mul(v.getIsSet());
}
}
}
if (e != null) {
// if at least one expression must be checked, set up the conditional.
returnValueType = returnValue.type.toBuilder().setMode(DataMode.OPTIONAL).build();
out = g.declare(returnValueType);
e = e.eq(JExpr.lit(0));
JConditional jc = sub._if(e);
jc._then().assign(out.getIsSet(), JExpr.lit(0));
sub = jc._else();
}
}
if (out == null) out = g.declare(returnValueType);
// add the subblock after the out declaration.
g.getEvalBlock().add(topSub);
JVar internalOutput =
sub.decl(
JMod.FINAL,
g.getHolderType(returnValueType),
returnValue.name,
JExpr._new(g.getHolderType(returnValueType)));
addProtectedBlock(g, sub, body, inputVariables, workspaceJVars, false);
if (sub != topSub)
sub.assign(internalOutput.ref("isSet"), JExpr.lit(1)); // Assign null if NULL_IF_NULL mode
sub.assign(out.getHolder(), internalOutput);
if (sub != topSub)
sub.assign(internalOutput.ref("isSet"), JExpr.lit(1)); // Assign null if NULL_IF_NULL mode
return out;
}
private void genInitFields(
Refs r, Map<Ref, JFieldVar> fieldVarMap, JVar viewVar, Collection<Ref> refs, JBlock body) {
for (Ref ref : refs) {
JFieldVar fieldVar = fieldVarMap.get(ref);
JFieldRef idVar = (ref.isAndroidId ? r.androidRClass : r.rClass).staticRef("id").ref(ref.id);
if (ref instanceof View) {
JClass viewType = r.ref(((View) ref).type);
body.assign(fieldVar, cast(viewType, viewVar.invoke("findViewById").arg(idVar)));
} else if (ref instanceof Include) {
JClass includeType = r.ref(getClassName(((Include) ref).layout));
body.assign(fieldVar, _new(includeType).arg(viewVar));
}
}
}
@Override
public void generate(JDefinedClass cls, GenerationContext context) {
if (classSpec.getFields().isEmpty()) {
return; // No equals needed.
}
// Import the objects class, for hash coding.
JClass objects = context.getTypeManager().getClassDirect("java.util.Objects");
// Create the equals method.
JMethod hashMethod = cls.method(JMod.PUBLIC, int.class, "hashCode");
hashMethod.annotate(Override.class);
JBlock body = hashMethod.body();
// Check if the object is null.
JVar hash = body.decl(JType.parse(context.getCodeModel(), "int"), "hash", JExpr.lit(3));
// Do check for each field.
for (DataFieldSpecification fieldSpec : classSpec.getFields()) {
List<String> parts = NameFormat.namesToList(fieldSpec.getFieldName());
String camelCaseFieldName = NameFormat.camelCase(parts, false);
// Get the field value.
JExpression thisField = JExpr.refthis(camelCaseFieldName);
// Accumulate the hash code.
JExpression fieldHashCode = objects.staticInvoke("hashCode").arg(thisField);
body.assign(hash, JExpr.lit(79).mul(hash).plus(fieldHashCode));
}
// Return the processed hash value.
body._return(hash);
}
private void addConstructors(JDefinedClass jclass, List<String> properties) {
// no properties to put in the constructor => default constructor is good enough.
if (properties.isEmpty()) {
return;
}
// add a no-args constructor for serialization purposes
JMethod noargsConstructor = jclass.constructor(JMod.PUBLIC);
noargsConstructor.javadoc().add("No args constructor for use in serialization");
// add the public constructor with property parameters
JMethod fieldsConstructor = jclass.constructor(JMod.PUBLIC);
JBlock constructorBody = fieldsConstructor.body();
Map<String, JFieldVar> fields = jclass.fields();
for (String property : properties) {
JFieldVar field = fields.get(property);
if (field == null) {
throw new IllegalStateException(
"Property "
+ property
+ " hasn't been added to JDefinedClass before calling addConstructors");
}
fieldsConstructor.javadoc().addParam(property);
JVar param = fieldsConstructor.param(field.type(), field.name());
constructorBody.assign(JExpr._this().ref(field), param);
}
}
@Override
public void process(Element element, JCodeModel codeModel, EBeanHolder holder) {
Classes classes = holder.classes();
String fieldName = element.getSimpleName().toString();
Res resInnerClass = androidValue.getRInnerClass();
JFieldRef idRef =
annotationHelper.extractOneAnnotationFieldRef(holder, element, resInnerClass, true);
JBlock methodBody = holder.init.body();
TypeMirror fieldTypeMirror = element.asType();
String fieldType = fieldTypeMirror.toString();
// Special case for loading animations
if (CanonicalNameConstants.ANIMATION.equals(fieldType)) {
methodBody.assign(
ref(fieldName),
classes.ANIMATION_UTILS.staticInvoke("loadAnimation").arg(holder.contextRef).arg(idRef));
} else {
if (holder.resources == null) {
holder.resources =
methodBody.decl(
classes.RESOURCES, "resources_", holder.contextRef.invoke("getResources"));
}
String resourceMethodName = androidValue.getResourceMethodName();
// Special case for @HtmlRes
if (element.getAnnotation(HtmlRes.class) != null) {
methodBody.assign(
ref(fieldName),
classes
.HTML
.staticInvoke("fromHtml")
.arg(invoke(holder.resources, resourceMethodName).arg(idRef)));
} else {
methodBody.assign(ref(fieldName), invoke(holder.resources, resourceMethodName).arg(idRef));
}
}
}
protected void setOnFinishInflate() {
onFinishInflate = generatedClass.method(PUBLIC, codeModel().VOID, "onFinishInflate");
onFinishInflate.annotate(Override.class);
onFinishInflate.javadoc().append(ALREADY_INFLATED_COMMENT);
JBlock ifNotInflated = onFinishInflate.body()._if(getAlreadyInflated().not())._then();
ifNotInflated.assign(getAlreadyInflated(), JExpr.TRUE);
getInit();
viewNotifierHelper.invokeViewChanged(ifNotInflated);
onFinishInflate.body().invoke(JExpr._super(), "onFinishInflate");
}
@Override
public void process(Element element, HasInstanceState holder) {
String fieldName = element.getSimpleName().toString();
JBlock saveStateBody = holder.getSaveStateMethodBody();
JVar saveStateBundleParam = holder.getSaveStateBundleParam();
JMethod restoreStateMethod = holder.getRestoreStateMethod();
JBlock restoreStateBody = restoreStateMethod.body();
JVar restoreStateBundleParam = holder.getRestoreStateBundleParam();
AnnotationHelper annotationHelper = new AnnotationHelper(processingEnv);
BundleHelper bundleHelper = new BundleHelper(annotationHelper, element);
APTCodeModelHelper codeModelHelper = new APTCodeModelHelper();
JFieldRef ref = ref(fieldName);
saveStateBody
.invoke(saveStateBundleParam, bundleHelper.getMethodNameToSave())
.arg(fieldName)
.arg(ref);
JInvocation restoreMethodCall =
JExpr.invoke(restoreStateBundleParam, bundleHelper.getMethodNameToRestore()).arg(fieldName);
if (bundleHelper.restoreCallNeedCastStatement()) {
JClass jclass = codeModelHelper.typeMirrorToJClass(element.asType(), holder);
JExpression castStatement = JExpr.cast(jclass, restoreMethodCall);
restoreStateBody.assign(ref, castStatement);
if (bundleHelper.restoreCallNeedsSuppressWarning()) {
if (restoreStateMethod.annotations().size() == 0) {
restoreStateMethod.annotate(SuppressWarnings.class).param("value", "unchecked");
}
}
} else {
restoreStateBody.assign(ref, restoreMethodCall);
}
}
private void setter(
JCodeModel codeModel,
JDefinedClass clazz,
JFieldVar field,
String fieldName,
String remarks) {
// setter
JMethod setter = clazz.method(JMod.PUBLIC, codeModel.VOID, "set" + fieldName);
JVar param = setter.param(field.type(), toFirstCharLower(fieldName)); // メソッド引数
/* Addign java doc for method */
addMethodDoc(setter, remarks + "設定", param);
JBlock block2 = setter.body();
block2.assign(JExpr._this().ref(field), param); // ローカル変数からインスタンス変数へセット
}
private void convertArguments(JBlock parent, VarArgParser parser) {
int index = 0;
for (VarArgParser.PositionalArg posArg : parser.getPositionalArguments()) {
parent.assign(
posArg.getVariable(), convert(posArg.getFormal(), args.component(lit(index++))));
}
JForLoop forLoop = parent._for();
JVar loopCounter =
forLoop.init(codeModel._ref(int.class), "i", lit(parser.getPositionalArguments().size()));
forLoop.test(loopCounter.lt(JExpr.direct("args.length")));
forLoop.update(loopCounter.incr());
forLoop
.body()
.invoke(parser.getVarArgBuilder(), "add")
.arg(argNames.component(loopCounter))
.arg(args.component(loopCounter));
}
private JExpression buildInterceptorChain(
JDefinedClass definedClass,
ASTMethod method,
Map<ASTParameter, JVar> parameterMap,
Set<InjectionNode> interceptors,
Map<InjectionNode, JFieldVar> interceptorNameMap) {
try {
JDefinedClass methodExecutionClass =
definedClass._class(
JMod.PRIVATE | JMod.FINAL,
namer.generateClassName(MethodInterceptorChain.MethodExecution.class));
methodExecutionClass._implements(MethodInterceptorChain.MethodExecution.class);
// setup constructor with needed parameters
JMethod constructor = methodExecutionClass.constructor(JMod.PUBLIC);
JBlock constructorbody = constructor.body();
List<JExpression> methodParameters = new ArrayList<JExpression>();
for (ASTParameter parameter : method.getParameters()) {
JType parameterType = parameterMap.get(parameter).type();
JVar param = constructor.param(parameterType, namer.generateName(parameterType));
JFieldVar field =
methodExecutionClass.field(
JMod.PRIVATE, parameterType, namer.generateName(parameterType));
constructorbody.assign(field, param);
methodParameters.add(field);
}
// getMethod()
JMethod getMethod =
methodExecutionClass.method(
JMod.PUBLIC, Method.class, MethodInterceptorChain.MethodExecution.GET_METHOD);
JInvocation getMethodInvocation =
definedClass.dotclass().invoke(CLASS_GET_METHOD).arg(method.getName());
getMethod.body()._return(getMethodInvocation);
getMethod._throws(NoSuchMethodException.class);
for (ASTParameter astParameter : method.getParameters()) {
getMethodInvocation.arg(codeModel.ref(astParameter.getASTType().getName()).dotclass());
}
// invoke()
JMethod invokeMethod =
methodExecutionClass.method(
JMod.PUBLIC, Object.class, MethodInterceptorChain.MethodExecution.INVOKE);
// add all throws of contained method
for (ASTType throwable : method.getThrowsTypes()) {
invokeMethod._throws(codeModel.ref(throwable.getName()));
}
JInvocation superCall = definedClass.staticRef(SUPER_REF).invoke(method.getName());
for (JExpression methodParam : methodParameters) {
superCall.arg(methodParam);
}
if (method.getReturnType().equals(ASTVoidType.VOID)) {
invokeMethod.body().add(superCall);
invokeMethod.body()._return(JExpr._null());
} else {
invokeMethod.body()._return(superCall);
}
JInvocation methodExecutionInvocation = JExpr._new(methodExecutionClass);
for (ASTParameter astParameter : method.getParameters()) {
methodExecutionInvocation.arg(parameterMap.get(astParameter));
}
JInvocation newInterceptorInvocation =
JExpr._new(codeModel.ref(MethodInterceptorChain.class))
.arg(methodExecutionInvocation)
.arg(JExpr._this());
for (InjectionNode interceptor : interceptors) {
newInterceptorInvocation.arg(interceptorNameMap.get(interceptor));
}
return newInterceptorInvocation;
} catch (JClassAlreadyExistsException e) {
throw new TransfuseAnalysisException("Class already defined while generating inner class", e);
}
}
private void buildMethodInterceptor(
JDefinedClass definedClass,
ConstructorInjectionPoint proxyConstructorInjectionPoint,
JMethod constructor,
JBlock constructorBody,
Map<ASTMethod, Map<InjectionNode, JFieldVar>> interceptorFields,
Map.Entry<ASTMethod, Set<InjectionNode>> methodInterceptorEntry)
throws ClassNotFoundException {
ASTMethod method = methodInterceptorEntry.getKey();
if (method.getAccessModifier().equals(ASTAccessModifier.PRIVATE)) {
throw new TransfuseAnalysisException("Unable to provide AOP on private methods");
}
if (!interceptorFields.containsKey(methodInterceptorEntry.getKey())) {
interceptorFields.put(
methodInterceptorEntry.getKey(), new HashMap<InjectionNode, JFieldVar>());
}
Map<InjectionNode, JFieldVar> injectionNodeInstanceNameMap =
interceptorFields.get(methodInterceptorEntry.getKey());
// setup interceptor fields
for (InjectionNode interceptorInjectionNode : methodInterceptorEntry.getValue()) {
String interceptorInstanceName = namer.generateName(interceptorInjectionNode);
JFieldVar interceptorField =
definedClass.field(
JMod.PRIVATE,
codeModel.ref(interceptorInjectionNode.getClassName()),
interceptorInstanceName);
injectionNodeInstanceNameMap.put(interceptorInjectionNode, interceptorField);
JVar interceptorParam =
constructor.param(
codeModel.ref(interceptorInjectionNode.getClassName()),
namer.generateName(interceptorInjectionNode));
constructorBody.assign(interceptorField, interceptorParam);
proxyConstructorInjectionPoint.addInjectionNode(interceptorInjectionNode);
}
JType returnType = codeModel.parseType(method.getReturnType().getName());
JMethod methodDeclaration =
definedClass.method(
method.getAccessModifier().getCodeModelJMod(), returnType, method.getName());
JBlock body = methodDeclaration.body();
// define method parameter
Map<ASTParameter, JVar> parameterMap = new HashMap<ASTParameter, JVar>();
for (ASTParameter parameter : method.getParameters()) {
parameterMap.put(
parameter,
methodDeclaration.param(
JMod.FINAL,
codeModel.ref(parameter.getASTType().getName()),
namer.generateName(parameter.getASTType())));
}
// aop interceptor
Map<InjectionNode, JFieldVar> interceptorNameMap =
interceptorFields.get(methodInterceptorEntry.getKey());
JArray paramArray = JExpr.newArray(codeModel.ref(Object.class));
for (ASTParameter astParameter : method.getParameters()) {
paramArray.add(parameterMap.get(astParameter));
}
JInvocation interceptorInvocation =
buildInterceptorChain(
definedClass,
method,
parameterMap,
methodInterceptorEntry.getValue(),
interceptorNameMap)
.invoke("invoke");
interceptorInvocation.arg(paramArray);
if (method.getReturnType().equals(ASTVoidType.VOID)) {
body.add(interceptorInvocation);
} else {
body._return(JExpr.cast(returnType.boxify(), interceptorInvocation));
}
}
