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This is a very small fork of lombok.ast as some Android tools needed a few modifications. The normal repository for lombok.ast is here https://github.com/rzwitserloot/lombok.ast and our changes for 0.2.3 are in this pull request: https://github.com/rzwitserloot/lombok.ast/pull/8
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/*
* Copyright (C) 2010-2011 The Project Lombok Authors.
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in
* all copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
* THE SOFTWARE.
*/
package lombok.ast.javac;
import static lombok.ast.ConversionPositionInfo.setConversionPositionInfo;
import java.lang.reflect.Field;
import java.lang.reflect.Method;
import java.util.ArrayList;
import java.util.Collections;
import java.util.Map;
import java.util.NoSuchElementException;
import java.util.TreeMap;
import lombok.val;
import lombok.ast.AlternateConstructorInvocation;
import lombok.ast.Annotation;
import lombok.ast.AnnotationDeclaration;
import lombok.ast.AnnotationElement;
import lombok.ast.AnnotationMethodDeclaration;
import lombok.ast.ArrayAccess;
import lombok.ast.ArrayCreation;
import lombok.ast.ArrayDimension;
import lombok.ast.ArrayInitializer;
import lombok.ast.Assert;
import lombok.ast.BinaryExpression;
import lombok.ast.BinaryOperator;
import lombok.ast.Block;
import lombok.ast.BooleanLiteral;
import lombok.ast.Break;
import lombok.ast.Case;
import lombok.ast.Cast;
import lombok.ast.Catch;
import lombok.ast.CharLiteral;
import lombok.ast.ClassDeclaration;
import lombok.ast.ClassLiteral;
import lombok.ast.Comment;
import lombok.ast.CompilationUnit;
import lombok.ast.ConstructorDeclaration;
import lombok.ast.ConstructorInvocation;
import lombok.ast.Continue;
import lombok.ast.ConversionPositionInfo;
import lombok.ast.Default;
import lombok.ast.DoWhile;
import lombok.ast.EmptyDeclaration;
import lombok.ast.EmptyStatement;
import lombok.ast.EnumConstant;
import lombok.ast.EnumDeclaration;
import lombok.ast.EnumTypeBody;
import lombok.ast.Expression;
import lombok.ast.ExpressionStatement;
import lombok.ast.FloatingPointLiteral;
import lombok.ast.For;
import lombok.ast.ForEach;
import lombok.ast.ForwardingAstVisitor;
import lombok.ast.Identifier;
import lombok.ast.If;
import lombok.ast.ImportDeclaration;
import lombok.ast.InlineIfExpression;
import lombok.ast.InstanceInitializer;
import lombok.ast.InstanceOf;
import lombok.ast.IntegralLiteral;
import lombok.ast.InterfaceDeclaration;
import lombok.ast.JavadocContainer;
import lombok.ast.KeywordModifier;
import lombok.ast.LabelledStatement;
import lombok.ast.MethodDeclaration;
import lombok.ast.MethodInvocation;
import lombok.ast.Modifiers;
import lombok.ast.Node;
import lombok.ast.NormalTypeBody;
import lombok.ast.NullLiteral;
import lombok.ast.PackageDeclaration;
import lombok.ast.Position;
import lombok.ast.RawListAccessor;
import lombok.ast.Return;
import lombok.ast.Select;
import lombok.ast.StaticInitializer;
import lombok.ast.StrictListAccessor;
import lombok.ast.StringLiteral;
import lombok.ast.Super;
import lombok.ast.SuperConstructorInvocation;
import lombok.ast.Switch;
import lombok.ast.Synchronized;
import lombok.ast.This;
import lombok.ast.Throw;
import lombok.ast.Try;
import lombok.ast.TypeDeclaration;
import lombok.ast.TypeReference;
import lombok.ast.TypeReferencePart;
import lombok.ast.TypeVariable;
import lombok.ast.UnaryExpression;
import lombok.ast.UnaryOperator;
import lombok.ast.VariableDeclaration;
import lombok.ast.VariableDefinition;
import lombok.ast.VariableDefinitionEntry;
import lombok.ast.VariableReference;
import lombok.ast.While;
import lombok.ast.WildcardKind;
import lombok.javac.CommentInfo;
import com.google.common.collect.ImmutableMap;
import com.google.common.collect.Lists;
import com.google.common.collect.Maps;
import com.sun.tools.javac.code.Flags;
import com.sun.tools.javac.tree.JCTree;
import com.sun.tools.javac.tree.JCTree.JCAnnotation;
import com.sun.tools.javac.tree.JCTree.JCArrayAccess;
import com.sun.tools.javac.tree.JCTree.JCArrayTypeTree;
import com.sun.tools.javac.tree.JCTree.JCAssert;
import com.sun.tools.javac.tree.JCTree.JCAssign;
import com.sun.tools.javac.tree.JCTree.JCAssignOp;
import com.sun.tools.javac.tree.JCTree.JCBinary;
import com.sun.tools.javac.tree.JCTree.JCBlock;
import com.sun.tools.javac.tree.JCTree.JCBreak;
import com.sun.tools.javac.tree.JCTree.JCCase;
import com.sun.tools.javac.tree.JCTree.JCCatch;
import com.sun.tools.javac.tree.JCTree.JCClassDecl;
import com.sun.tools.javac.tree.JCTree.JCCompilationUnit;
import com.sun.tools.javac.tree.JCTree.JCConditional;
import com.sun.tools.javac.tree.JCTree.JCContinue;
import com.sun.tools.javac.tree.JCTree.JCDoWhileLoop;
import com.sun.tools.javac.tree.JCTree.JCEnhancedForLoop;
import com.sun.tools.javac.tree.JCTree.JCExpression;
import com.sun.tools.javac.tree.JCTree.JCExpressionStatement;
import com.sun.tools.javac.tree.JCTree.JCFieldAccess;
import com.sun.tools.javac.tree.JCTree.JCForLoop;
import com.sun.tools.javac.tree.JCTree.JCIdent;
import com.sun.tools.javac.tree.JCTree.JCIf;
import com.sun.tools.javac.tree.JCTree.JCImport;
import com.sun.tools.javac.tree.JCTree.JCInstanceOf;
import com.sun.tools.javac.tree.JCTree.JCLabeledStatement;
import com.sun.tools.javac.tree.JCTree.JCLiteral;
import com.sun.tools.javac.tree.JCTree.JCMethodDecl;
import com.sun.tools.javac.tree.JCTree.JCMethodInvocation;
import com.sun.tools.javac.tree.JCTree.JCModifiers;
import com.sun.tools.javac.tree.JCTree.JCNewArray;
import com.sun.tools.javac.tree.JCTree.JCNewClass;
import com.sun.tools.javac.tree.JCTree.JCParens;
import com.sun.tools.javac.tree.JCTree.JCPrimitiveTypeTree;
import com.sun.tools.javac.tree.JCTree.JCReturn;
import com.sun.tools.javac.tree.JCTree.JCSkip;
import com.sun.tools.javac.tree.JCTree.JCStatement;
import com.sun.tools.javac.tree.JCTree.JCSwitch;
import com.sun.tools.javac.tree.JCTree.JCSynchronized;
import com.sun.tools.javac.tree.JCTree.JCThrow;
import com.sun.tools.javac.tree.JCTree.JCTry;
import com.sun.tools.javac.tree.JCTree.JCTypeApply;
import com.sun.tools.javac.tree.JCTree.JCTypeCast;
import com.sun.tools.javac.tree.JCTree.JCTypeParameter;
import com.sun.tools.javac.tree.JCTree.JCUnary;
import com.sun.tools.javac.tree.JCTree.JCVariableDecl;
import com.sun.tools.javac.tree.JCTree.JCWhileLoop;
import com.sun.tools.javac.tree.JCTree.JCWildcard;
import com.sun.tools.javac.tree.JCTree.TypeBoundKind;
import com.sun.tools.javac.util.List;
import com.sun.tools.javac.util.ListBuffer;
public class JcTreeConverter {
private enum FlagKey {
BLOCKS_ARE_INITIALIZERS,
SKIP_IS_DECL,
VARDEF_IS_DEFINITION,
NO_VARDECL_FOLDING,
CONTAINING_TYPE_NAME,
TYPE_REFERENCE,
METHODS_ARE_ANNMETHODS;
}
private java.util.List result;
private Map endPosTable;
private ConvertingVisitor visitor = new ConvertingVisitor();
private Map params;
private static final Field JCWILDCARD_KIND, JCTREE_TAG;
private static final Method JCTREE_GETTAG;
static {
Field f;
Method m;
f = null;
try {
f = JCWildcard.class.getDeclaredField("kind");
} catch (NoSuchFieldException e) {}
JCWILDCARD_KIND = f;
f = null;
try {
f = JCTree.class.getDeclaredField("tag");
} catch (NoSuchFieldException e) {}
JCTREE_TAG = f;
m = null;
try {
m = JCTree.class.getDeclaredMethod("getTag");
} catch (NoSuchMethodException e) {}
JCTREE_GETTAG = m;
}
public JcTreeConverter() {
this(null, null);
}
public JcTreeConverter(Map endPosTable, Map params) {
this.endPosTable = endPosTable;
this.params = params == null ? ImmutableMap.of() : params;
}
private boolean hasFlag(FlagKey key) {
return params.containsKey(key);
}
private Object getFlag(FlagKey key) {
return params.get(key);
}
java.util.List getAll() {
return result;
}
Node get() {
if (result.isEmpty()) {
return null;
}
if (result.size() == 1) {
return result.get(0);
}
throw new RuntimeException("Expected only one result but got " + result.size());
}
private void set(JCTree node, Node value) {
if (result != null) throw new IllegalStateException("result is already set");
if (value != null && value.getPosition().isUnplaced()) setPos(node, value);
java.util.List result = Lists.newArrayList();
if (value != null) result.add(value);
this.result = result;
}
private Node toTree(JCTree node, FlagKey... keys) {
Map map = Maps.newEnumMap(FlagKey.class);
for (FlagKey key : keys) map.put(key, key);
return toTree(node, map);
}
private Node toTree(JCTree node, Map params) {
if (node == null) return null;
JcTreeConverter newConverter = new JcTreeConverter(endPosTable, params);
node.accept(newConverter.visitor);
try {
return newConverter.get();
} catch (RuntimeException e) {
System.err.printf("Node '%s' (%s) did not produce any results\n", node, node.getClass().getSimpleName());
throw e;
}
}
private void addJavadoc(JavadocContainer container, JCModifiers mods) {
if ((mods.flags & Flags.DEPRECATED) != 0) {
container.astJavadoc(new Comment().astBlockComment(true).astContent("*\n * @deprecated\n "));
}
}
private Node toVariableDefinition(java.util.List decls, FlagKey... keys) {
Map map = Maps.newEnumMap(FlagKey.class);
for (FlagKey key : keys) map.put(key, key);
return toVariableDefinition(decls, map);
}
private Position getPosition(JCTree node) {
if (node == null) return Position.UNPLACED;
int start = node.pos;
Integer end_ = null;
if (endPosTable != null) end_ = endPosTable.get(node);
int end = end_ == null ? node.getEndPosition(endPosTable) : end_;
return new Position(start, end);
}
private Node toVariableDefinition(java.util.List decls, Map keys) {
boolean createDeclaration = !keys.containsKey(FlagKey.VARDEF_IS_DEFINITION);
if (decls == null || decls.isEmpty()) {
VariableDefinition def = new VariableDefinition();
return createDeclaration ? new VariableDeclaration().astDefinition(def) : def;
}
JCVariableDecl first = decls.get(0);
int startPosFirst = first.pos;
JCExpression baseType = first.vartype;
while (baseType instanceof JCArrayTypeTree) {
// if written as int[] a[], b; then the base Type is *NOT* a's type, but a's type with any number of JCATT's dewrapped.
// The only way to tell the difference is by checking positions, unfortunately: If end pos of type is after start pos of decl, it's a split.
int endPosType = baseType.getEndPosition(endPosTable);
if (endPosType != -1 && startPosFirst != -1 && endPosType > startPosFirst) {
baseType = ((JCArrayTypeTree) baseType).elemtype;
} else {
break;
}
}
VariableDefinition def = new VariableDefinition();
def.astModifiers((Modifiers) toTree(first.mods));
setPos(decls.get(decls.size()-1), def);
if (decls.size() > 1) def.setPosition(new Position(startPosFirst, def.getPosition().getEnd()));
int baseDims = countDims(baseType);
if ((first.mods.flags & Flags.VARARGS) != 0) {
def.astVarargs(true);
setConversionPositionInfo(def, "...", getPosition(baseType));
if (baseType instanceof JCArrayTypeTree) baseType = ((JCArrayTypeTree) baseType).elemtype;
}
def.rawTypeReference(toTree(baseType, FlagKey.TYPE_REFERENCE));
def.astVarargs((first.mods.flags & Flags.VARARGS) != 0);
for (JCVariableDecl varDecl : decls) {
int extraDims = countDims(varDecl.vartype) - baseDims;
VariableDefinitionEntry entry = new VariableDefinitionEntry();
entry.astArrayDimensions(extraDims);
entry.astName(setPos(varDecl, new Identifier().astValue(varDecl.name.toString())));
entry.rawInitializer(toTree(varDecl.init));
setPos(varDecl, entry);
if (extraDims > 0) {
JCArrayTypeTree arrayType = (JCArrayTypeTree) varDecl.vartype;
for (int i = 0; i < extraDims; i++) {
if (arrayType != null) setConversionPositionInfo(entry, "[]" + (extraDims - i - 1), getPosition(arrayType));
arrayType = arrayType.elemtype instanceof JCArrayTypeTree ? (JCArrayTypeTree) arrayType.elemtype : null;
}
}
def.astVariables().addToEnd(entry);
}
if (createDeclaration) {
VariableDeclaration decl = new VariableDeclaration().astDefinition(def);
decl.setPosition(def.getPosition());
addJavadoc(decl, first.mods);
return decl;
}
return def;
}
private static int countDims(JCExpression type) {
int dims = 0;
while (type instanceof JCArrayTypeTree) {
type = ((JCArrayTypeTree) type).elemtype;
dims++;
}
return dims;
}
private void fillList(java.util.List nodes, RawListAccessor list, FlagKey... keys) {
Map map = Maps.newEnumMap(FlagKey.class);
for (FlagKey key : keys) map.put(key, key);
fillList(nodes, list, map);
}
private void fillList(java.util.List nodes, RawListAccessor list, Map keys) {
if (nodes == null) return;
// int i, j; is represented with multiple JCVariableDeclarations, but in lombok.ast, it's 1 node. We need to
// gather up sequential JCVD nodes, check if their modifier objects are == equal, and call a special method
// to convert them.
java.util.List varDeclQueue = new ArrayList();
boolean fold = !keys.containsKey(FlagKey.NO_VARDECL_FOLDING);
for (JCTree node : nodes) {
if (node instanceof JCVariableDecl) {
if (fold && (varDeclQueue.isEmpty() || varDeclQueue.get(0).mods == ((JCVariableDecl) node).mods)) {
varDeclQueue.add((JCVariableDecl) node);
continue;
} else {
if (!varDeclQueue.isEmpty()) list.addToEnd(toVariableDefinition(varDeclQueue, keys));
varDeclQueue.clear();
varDeclQueue.add((JCVariableDecl) node);
continue;
}
}
if (!varDeclQueue.isEmpty()) list.addToEnd(toVariableDefinition(varDeclQueue, keys));
varDeclQueue.clear();
list.addToEnd(toTree(node, keys));
}
if (!varDeclQueue.isEmpty()) list.addToEnd(toVariableDefinition(varDeclQueue, keys));
}
private static JCTree removeParens(JCTree node) {
if (!(node instanceof JCParens)) return node;
return ((JCParens) node).getExpression();
}
public void visit(JCCompilationUnit cu) {
visit(cu, cu.endPositions);
}
public void visit(JCTree node, Map endPosTable) {
this.endPosTable = endPosTable;
node.accept(visitor);
}
public Node getResult() {
return get();
}
public Node getResultWithJavadoc(java.util.List comments) {
ListBuffer javadocs = ListBuffer.lb();
for (CommentInfo commentInfo : comments) {
if (commentInfo.isJavadoc()) javadocs.append(commentInfo);
}
Node result = getResult();
if (javadocs.isEmpty()) return result;
val nodePositions = new TreeMap();
result.accept(new ForwardingAstVisitor() {
private void addToMap(Node positionNode, Node linked) {
if (positionNode == null) return;
int start = positionNode.getPosition().getStart();
if (start == -1) return;
if (linked instanceof JavadocContainer || !nodePositions.containsKey(start)) {
nodePositions.put(start, linked);
}
}
private void addToMap(StrictListAccessor nodes, Node linked) {
if (nodes == null) return;
for (Node node : nodes) {
addToMap(node, linked);
}
}
@Override public boolean visitNode(Node node) {
int start = node.getPosition().getStart();
addToMap(node, node);
try {
if (node instanceof VariableDeclaration) {
addToMap(((VariableDeclaration)node).astDefinition().astModifiers(), node);
addToMap(((VariableDeclaration)node).astDefinition().astModifiers().astAnnotations(), node);
addToMap(((VariableDeclaration)node).astDefinition().astTypeReference(), node);
addToMap(((VariableDeclaration)node).astDefinition().astVariables().first().astName(), node);
} else if (node instanceof TypeDeclaration) {
addToMap(((TypeDeclaration)node).astModifiers(), node);
addToMap(((TypeDeclaration)node).astModifiers().astAnnotations(), node);
} else if (node instanceof MethodDeclaration) {
addToMap(((MethodDeclaration)node).astModifiers(), node);
addToMap(((MethodDeclaration)node).astModifiers().astAnnotations(), node);
addToMap(((MethodDeclaration)node).astTypeVariables().first(), node);
addToMap(((MethodDeclaration)node).astReturnTypeReference(), node);
addToMap(((MethodDeclaration)node).astMethodName(), node);
} else if (node instanceof ConstructorDeclaration) {
addToMap(((ConstructorDeclaration)node).astModifiers(), node);
addToMap(((ConstructorDeclaration)node).astModifiers().astAnnotations(), node);
addToMap(((ConstructorDeclaration)node).astTypeVariables().first(), node);
addToMap(((ConstructorDeclaration)node).astTypeName(), node);
} else if (node instanceof EnumConstant) {
addToMap(((EnumConstant)node).astName(), node);
addToMap(((EnumConstant)node).astAnnotations(), node);
} else if (node instanceof AnnotationMethodDeclaration) {
addToMap(((AnnotationMethodDeclaration)node).astModifiers(), node);
addToMap(((AnnotationMethodDeclaration)node).astModifiers().astAnnotations(), node);
addToMap(((AnnotationMethodDeclaration)node).astReturnTypeReference(), node);
addToMap(((AnnotationMethodDeclaration)node).astMethodName(), node);
} else if (node instanceof PackageDeclaration) {
addToMap(((PackageDeclaration)node).astAnnotations(), node);
}
} catch (NullPointerException e) {
// Syntax errors in file - javadoc won't get linked up correctly.
}
if (node instanceof JavadocContainer || !nodePositions.containsKey(start)) {
nodePositions.put(start, node);
}
return false;
}
});
for (CommentInfo javadoc : javadocs) {
try {
Integer key = nodePositions.tailMap(javadoc.endPos).firstKey();
Node node = nodePositions.get(key);
if (node instanceof JavadocContainer) {
attachJavadocToNode(javadoc, (JavadocContainer) node);
}
} catch (NoSuchElementException e) {
// Then the javadoc obviously is 'floating', as its the last thing in the file.
}
}
return result;
}
private void attachJavadocToNode(CommentInfo javadoc, JavadocContainer node) {
String content = javadoc.content;
if (content.startsWith("/*") && content.endsWith("*/")) content = content.substring(2, content.length() - 2);
Comment comment = new Comment().astBlockComment(true).astContent(content);
comment.setPosition(new Position(javadoc.pos, javadoc.endPos));
node.astJavadoc(comment);
if (!node.getPosition().isUnplaced()) {
int oldStart = node.getPosition().getStart();
if (oldStart == -1 || comment.getPosition().getStart() < oldStart) {
node.setPosition(new Position(comment.getPosition().getStart(), node.getPosition().getEnd()));
}
}
}
private N setPos(JCTree node, N astNode) {
if (astNode != null && node != null) {
int start = node.pos;
Integer end_ = endPosTable.get(node);
if (node instanceof JCUnary) end_ = node.getEndPosition(endPosTable);
int end = end_ == null ? node.getEndPosition(endPosTable) : end_;
if (start != com.sun.tools.javac.util.Position.NOPOS && end != com.sun.tools.javac.util.Position.NOPOS) {
astNode.setPosition(new Position(start, end));
}
}
return astNode;
}
private void fillWithIdentifiers(JCTree node, StrictListAccessor list) {
if (node instanceof JCIdent) {
JCIdent id = (JCIdent) node;
list.addToEnd(setPos(node, new Identifier().astValue(id.name.toString())));
} else if (node instanceof JCFieldAccess) {
JCFieldAccess sel = (JCFieldAccess) node;
fillWithIdentifiers(sel.selected, list);
list.addToEnd(setPos(node, new Identifier().astValue(sel.name.toString())));
}
}
private static void setConversionStructureInfo(Node node, String key) {
ConversionPositionInfo.setConversionPositionInfo(node, key, Position.UNPLACED);
}
private class ConvertingVisitor extends JCTree.Visitor {
@Override public void visitTree(JCTree node) {
throw new UnsupportedOperationException("visit" + node.getClass().getSimpleName() + " not implemented");
}
@Override public void visitTopLevel(JCCompilationUnit node) {
CompilationUnit unit = new CompilationUnit();
if (node.pid != null) {
PackageDeclaration pkg = new PackageDeclaration();
fillWithIdentifiers(node.pid, pkg.astParts());
unit.astPackageDeclaration(setPos(node.pid, pkg));
fillList(node.packageAnnotations, pkg.rawAnnotations());
}
for (JCTree def : node.defs) {
if (def instanceof JCImport) {
unit.rawImportDeclarations().addToEnd(toTree(def));
} else {
unit.rawTypeDeclarations().addToEnd(toTree(def, FlagKey.SKIP_IS_DECL));
}
}
setConversionStructureInfo(unit, "converted");
set(node, unit);
}
@Override public void visitImport(JCImport node) {
ImportDeclaration imp = new ImportDeclaration();
fillWithIdentifiers(node.getQualifiedIdentifier(), imp.astParts());
Identifier last = imp.astParts().last();
if (last != null && "*".equals(last.astValue())) {
imp.astParts().remove(last);
imp.astStarImport(true);
setConversionPositionInfo(imp, ".*", last.getPosition());
}
imp.astStaticImport(node.isStatic());
set(node, imp);
}
private static final long ENUM_CONSTANT_FLAGS = Flags.PUBLIC | Flags.STATIC | Flags.FINAL | Flags.ENUM;
@Override public void visitClassDef(JCClassDecl node) {
long flags = node.mods.flags;
String name = node.getSimpleName().toString();
TypeDeclaration typeDecl;
Map flagKeyMap = Maps.newHashMap();
flagKeyMap.put(FlagKey.CONTAINING_TYPE_NAME, name);
flagKeyMap.put(FlagKey.BLOCKS_ARE_INITIALIZERS, FlagKey.BLOCKS_ARE_INITIALIZERS);
flagKeyMap.put(FlagKey.SKIP_IS_DECL, FlagKey.SKIP_IS_DECL);
if ((flags & (Flags.ENUM | Flags.INTERFACE)) == 0) {
ClassDeclaration classDecl = new ClassDeclaration();
typeDecl = classDecl;
fillList(node.implementing, classDecl.rawImplementing(), FlagKey.TYPE_REFERENCE);
classDecl.rawExtending(toTree(node.extending, FlagKey.TYPE_REFERENCE));
fillList(node.typarams, classDecl.rawTypeVariables());
NormalTypeBody body = new NormalTypeBody();
fillList(node.defs, body.rawMembers(), flagKeyMap);
classDecl.astBody(body);
} else if ((flags & Flags.ANNOTATION) != 0) {
AnnotationDeclaration annDecl = new AnnotationDeclaration();
typeDecl = annDecl;
NormalTypeBody body = new NormalTypeBody();
flagKeyMap.put(FlagKey.METHODS_ARE_ANNMETHODS, FlagKey.METHODS_ARE_ANNMETHODS);
fillList(node.defs, body.rawMembers(), flagKeyMap);
annDecl.astBody(body);
} else if ((flags & Flags.INTERFACE) != 0) {
InterfaceDeclaration itfDecl = new InterfaceDeclaration();
typeDecl = itfDecl;
fillList(node.typarams, itfDecl.rawTypeVariables());
fillList(node.implementing, itfDecl.rawExtending(), FlagKey.TYPE_REFERENCE);
NormalTypeBody body = new NormalTypeBody();
fillList(node.defs, body.rawMembers(), flagKeyMap);
itfDecl.astBody(body);
} else if ((flags & Flags.ENUM) != 0) {
EnumDeclaration enumDecl = new EnumDeclaration();
typeDecl = enumDecl;
EnumTypeBody body = new EnumTypeBody();
fillList(node.implementing, enumDecl.rawImplementing(), FlagKey.TYPE_REFERENCE);
java.util.List defs = new ArrayList();
for (JCTree def : node.defs) {
if (def instanceof JCVariableDecl) {
JCVariableDecl vd = (JCVariableDecl) def;
if (vd.mods != null && (vd.mods.flags & ENUM_CONSTANT_FLAGS) == ENUM_CONSTANT_FLAGS) {
// This is an enum constant, not a field of the enum class.
EnumConstant ec = new EnumConstant();
setPos(def, ec);
ec.astName(new Identifier().astValue(vd.getName().toString()));
fillList(vd.mods.annotations, ec.rawAnnotations());
if (vd.init instanceof JCNewClass) {
JCNewClass init = (JCNewClass) vd.init;
fillList(init.getArguments(), ec.rawArguments());
if (init.getClassBody() != null) {
NormalTypeBody constantBody = setPos(init, new NormalTypeBody());
fillList(init.getClassBody().getMembers(), constantBody.rawMembers());
ec.astBody(constantBody);
}
setConversionPositionInfo(ec, "newClass", getPosition(init));
}
body.astConstants().addToEnd(ec);
continue;
}
}
defs.add(def);
}
fillList(defs, body.rawMembers(), flagKeyMap);
enumDecl.astBody(body);
} else {
throw new IllegalStateException("Unknown type declaration: " + node);
}
typeDecl.astName(new Identifier().astValue(name));
typeDecl.astModifiers((Modifiers) toTree(node.mods));
addJavadoc(typeDecl, node.mods);
set(node, typeDecl);
}
@Override public void visitModifiers(JCModifiers node) {
Modifiers m = new Modifiers();
fillList(node.annotations, m.rawAnnotations());
for (KeywordModifier mod : KeywordModifier.fromReflectModifiers((int) node.flags)) m.astKeywords().addToEnd(mod);
setConversionStructureInfo(m, "converted");
set(node, m);
}
@Override public void visitBlock(JCBlock node) {
Node n;
Block b = new Block();
fillList(node.stats, b.rawContents());
setPos(node, b);
if (hasFlag(FlagKey.BLOCKS_ARE_INITIALIZERS)) {
if ((node.flags & Flags.STATIC) != 0) {
n = setPos(node, new StaticInitializer().astBody(b));
} else {
// For some strange reason, solitary ; in a type body are represented not as JCSkips, but as JCBlocks with no endpos. Don't ask me why!
if (b.rawContents().isEmpty() && node.endpos == -1) {
n = setPos(node, new EmptyDeclaration());
} else {
n = setPos(node, new InstanceInitializer().astBody(b));
}
}
} else {
n = b;
}
set(node, n);
}
@Override public void visitSkip(JCSkip node) {
if (hasFlag(FlagKey.SKIP_IS_DECL)) {
set(node, new EmptyDeclaration());
} else {
set(node, new EmptyStatement());
}
}
@Override public void visitVarDef(JCVariableDecl node) {
if (hasFlag(FlagKey.VARDEF_IS_DEFINITION)) {
set(node, toVariableDefinition(Collections.singletonList(node), FlagKey.VARDEF_IS_DEFINITION));
} else {
set(node, toVariableDefinition(Collections.singletonList(node)));
}
}
@Override public void visitTypeIdent(JCPrimitiveTypeTree node) {
String primitiveType = JcTreeBuilder.PRIMITIVES.inverse().get(node.typetag);
if (primitiveType == null) throw new IllegalArgumentException("Uknown primitive type tag: " + node.typetag);
TypeReferencePart part = setPos(node, new TypeReferencePart().astIdentifier(setPos(node, new Identifier().astValue(primitiveType))));
set(node, new TypeReference().astParts().addToEnd(part));
}
@Override public void visitIdent(JCIdent node) {
String name = node.getName().toString();
if ("this".equals(name)) {
This t = new This();
set(node, t);
setConversionPositionInfo(t, "this", getPosition(node));
return;
}
if ("super".equals(name)) {
Super s = new Super();
set(node, s);
setConversionPositionInfo(s, "super", getPosition(node));
return;
}
Identifier id = setPos(node, new Identifier().astValue(name));
if (hasFlag(FlagKey.TYPE_REFERENCE)) {
TypeReferencePart part = setPos(node, new TypeReferencePart().astIdentifier(id));
set(node, new TypeReference().astParts().addToEnd(part));
return;
}
set(node, new VariableReference().astIdentifier(id));
}
@Override public void visitSelect(JCFieldAccess node) {
String name = node.getIdentifier().toString();
Identifier id = setPos(node, new Identifier().astValue(name));
Node selected = toTree(node.selected, params);
if (hasFlag(FlagKey.TYPE_REFERENCE)) {
TypeReference parent = (TypeReference) selected;
parent.astParts().addToEnd(setPos(node, new TypeReferencePart().astIdentifier(id)));
set(node, parent);
return;
}
if ("this".equals(name)) {
This t = new This();
setConversionPositionInfo(t, "this", getPosition(node));
set(node, t.rawQualifier(toTree(node.getExpression(), FlagKey.TYPE_REFERENCE)));
return;
}
if ("super".equals(name)) {
Super s = new Super();
setConversionPositionInfo(s, "super", getPosition(node));
set(node, s.rawQualifier(toTree(node.getExpression(), FlagKey.TYPE_REFERENCE)));
return;
}
if ("class".equals(name)) {
ClassLiteral c = new ClassLiteral();
setConversionPositionInfo(c, "class", getPosition(node));
set(node, c.rawTypeReference(toTree(node.getExpression(), FlagKey.TYPE_REFERENCE)));
return;
}
set(node, new Select().astIdentifier(id).rawOperand(toTree(node.getExpression())));
}
@Override public void visitTypeApply(JCTypeApply node) {
TypeReference ref = (TypeReference) toTree(node.clazz, FlagKey.TYPE_REFERENCE);
TypeReferencePart last = ref.astParts().last();
fillList(node.arguments, last.rawTypeArguments(), FlagKey.TYPE_REFERENCE);
setPos(node, ref);
setConversionPositionInfo(last, "<", getPosition(node));
set(node, ref);
}
@Override public void visitWildcard(JCWildcard node) {
TypeReference ref = (TypeReference) toTree(node.getBound(), FlagKey.TYPE_REFERENCE);
if (ref == null) ref = new TypeReference();
switch (node.getKind()) {
case UNBOUNDED_WILDCARD:
ref.astWildcard(WildcardKind.UNBOUND);
break;
case EXTENDS_WILDCARD:
ref.astWildcard(WildcardKind.EXTENDS);
setConversionPositionInfo(ref, "extends", getTypeBoundKindPosition(node));
break;
case SUPER_WILDCARD:
ref.astWildcard(WildcardKind.SUPER);
setConversionPositionInfo(ref, "super", getTypeBoundKindPosition(node));
break;
}
set(node, ref);
}
private Position getTypeBoundKindPosition(JCWildcard node) {
try {
Object o = JCWILDCARD_KIND.get(node);
if (o instanceof TypeBoundKind) {
return getPosition((TypeBoundKind) o);
}
} catch (Exception e) {}
return Position.UNPLACED;
}
private int getTag(JCTree node) {
if (JCTREE_GETTAG != null) {
try {
return (Integer) JCTREE_GETTAG.invoke(node);
} catch (Exception e) {}
}
try {
return (Integer) JCTREE_TAG.get(node);
} catch (Exception e) {
throw new IllegalStateException("Can't get node tag");
}
}
@Override public void visitTypeParameter(JCTypeParameter node) {
TypeVariable var = new TypeVariable();
var.astName(setPos(node, new Identifier().astValue(node.name.toString())));
fillList(node.bounds, var.rawExtending(), FlagKey.TYPE_REFERENCE);
set(node, var);
}
@Override public void visitTypeArray(JCArrayTypeTree node) {
TypeReference ref = (TypeReference) toTree(node.getType(), FlagKey.TYPE_REFERENCE);
int currentDim = ref.astArrayDimensions();
ref.astArrayDimensions(currentDim + 1);
setConversionPositionInfo(ref, "[]" + currentDim, getPosition(node));
set(node, ref);
}
@Override public void visitLiteral(JCLiteral node) {
Object val = node.getValue();
boolean negative = false;
Expression literal = null;
switch (node.getKind()) {
case INT_LITERAL:
int intValue = ((Number)val).intValue();
negative = intValue < 0;
if (intValue == Integer.MIN_VALUE) literal = new IntegralLiteral().astIntValue(Integer.MIN_VALUE);
else if (negative) literal = new IntegralLiteral().astIntValue(-intValue);
else literal = new IntegralLiteral().astIntValue(intValue);
break;
case LONG_LITERAL:
long longValue = ((Number)val).longValue();
negative = longValue < 0;
if (longValue == Long.MIN_VALUE) literal = new IntegralLiteral().astLongValue(Long.MIN_VALUE);
else if (negative) literal = new IntegralLiteral().astLongValue(-longValue);
else literal = new IntegralLiteral().astLongValue(longValue);
break;
case FLOAT_LITERAL:
set(node, new FloatingPointLiteral().astFloatValue(((Number)val).floatValue()));
return;
case DOUBLE_LITERAL:
set(node, new FloatingPointLiteral().astDoubleValue(((Number)val).doubleValue()));
return;
case BOOLEAN_LITERAL:
set(node, new BooleanLiteral().astValue((Boolean)val));
return;
case CHAR_LITERAL:
set(node, new CharLiteral().astValue((Character)val));
return;
case STRING_LITERAL:
set(node, new StringLiteral().astValue(val == null ? "" : val.toString()));
return;
case NULL_LITERAL:
set(node, new NullLiteral());
return;
}
if (literal != null) {
if (negative) set(node, new UnaryExpression().astOperand(setPos(node, literal)).astOperator(UnaryOperator.UNARY_MINUS));
else set(node, literal);
} else {
throw new IllegalArgumentException("Unknown JCLiteral type tag:" + node.typetag);
}
}
@Override public void visitParens(JCParens node) {
Expression expr = (Expression) toTree(node.getExpression());
expr.astParensPositions().add(getPosition(node));
set(node, expr);
}
@Override public void visitTypeCast(JCTypeCast node) {
Cast cast = new Cast();
cast.rawOperand(toTree(node.getExpression()));
cast.rawTypeReference(toTree(node.getType(), FlagKey.TYPE_REFERENCE));
set(node, cast);
}
@Override public void visitUnary(JCUnary node) {
UnaryExpression expr = new UnaryExpression();
expr.rawOperand(toTree(node.getExpression()));
expr.astOperator(JcTreeBuilder.UNARY_OPERATORS.inverse().get(getTag(node)));
set(node, expr);
}
@Override public void visitBinary(JCBinary node) {
BinaryExpression expr = new BinaryExpression();
expr.rawLeft(toTree(node.getLeftOperand()));
expr.rawRight(toTree(node.getRightOperand()));
expr.astOperator(JcTreeBuilder.BINARY_OPERATORS.inverse().get(getTag(node)));
set(node, expr);
}
@Override public void visitNewClass(JCNewClass node) {
ConstructorInvocation inv = new ConstructorInvocation();
fillList(node.getArguments(), inv.rawArguments());
fillList(node.getTypeArguments(), inv.rawConstructorTypeArguments(), FlagKey.TYPE_REFERENCE);
inv.rawTypeReference(toTree(node.getIdentifier(), FlagKey.TYPE_REFERENCE));
inv.rawQualifier(toTree(node.getEnclosingExpression()));
Node n = toTree(node.getClassBody());
if (n instanceof TypeDeclaration) {
NormalTypeBody body = ((ClassDeclaration) n).astBody();
if (body != null) body.unparent();
inv.rawAnonymousClassBody(setPos(node.getClassBody(), body));
}
set(node, inv);
}
@Override public void visitTypeTest(JCInstanceOf node) {
InstanceOf io = new InstanceOf();
io.rawTypeReference(toTree(node.getType(), FlagKey.TYPE_REFERENCE));
io.rawObjectReference(toTree(node.getExpression()));
set(node, io);
}
@Override public void visitConditional(JCConditional node) {
InlineIfExpression iie = new InlineIfExpression();
iie.rawCondition(toTree(node.getCondition()));
iie.rawIfTrue(toTree(node.getTrueExpression()));
iie.rawIfFalse(toTree(node.getFalseExpression()));
set(node, iie);
}
@Override public void visitAssign(JCAssign node) {
BinaryExpression expr = new BinaryExpression();
expr.rawRight(toTree(node.getExpression()));
expr.rawLeft(toTree(node.getVariable()));
expr.astOperator(BinaryOperator.ASSIGN);
set(node, expr);
}
@Override public void visitAssignop(JCAssignOp node) {
BinaryExpression expr = new BinaryExpression();
expr.rawRight(toTree(node.getExpression()));
expr.rawLeft(toTree(node.getVariable()));
expr.astOperator(JcTreeBuilder.BINARY_OPERATORS.inverse().get(getTag(node)));
set(node, expr);
}
@Override public void visitExec(JCExpressionStatement node) {
Node expr = toTree(node.getExpression());
if (expr instanceof SuperConstructorInvocation || expr instanceof AlternateConstructorInvocation) {
setConversionPositionInfo(expr, "exec", getPosition(node));
set(node, expr);
return;
}
ExpressionStatement exec = new ExpressionStatement();
exec.rawExpression(expr);
set(node, exec);
}
@Override public void visitApply(JCMethodInvocation node) {
MethodInvocation inv = new MethodInvocation();
JCTree sel = node.getMethodSelect();
Identifier id = new Identifier();
if (sel instanceof JCIdent) {
String name = ((JCIdent) sel).getName().toString();
if ("this".equals(name)) {
AlternateConstructorInvocation aci = new AlternateConstructorInvocation();
fillList(node.getTypeArguments(), aci.rawConstructorTypeArguments(), FlagKey.TYPE_REFERENCE);
fillList(node.getArguments(), aci.rawArguments());
set(node, aci);
setConversionPositionInfo(aci, "this", getPosition(sel));
return;
}
if ("super".equals(name)) {
SuperConstructorInvocation sci = new SuperConstructorInvocation();
fillList(node.getTypeArguments(), sci.rawConstructorTypeArguments(), FlagKey.TYPE_REFERENCE);
fillList(node.getArguments(), sci.rawArguments());
set(node, sci);
setConversionPositionInfo(sci, "super", getPosition(sel));
return;
}
setPos(sel, id.astValue(name));
sel = null;
} else if (sel instanceof JCFieldAccess) {
String name = ((JCFieldAccess) sel).getIdentifier().toString();
if ("super".equals(name)) {
SuperConstructorInvocation sci = new SuperConstructorInvocation();
fillList(node.getTypeArguments(), sci.rawConstructorTypeArguments(), FlagKey.TYPE_REFERENCE);
fillList(node.getArguments(), sci.rawArguments());
sci.rawQualifier(toTree(((JCFieldAccess) sel).getExpression()));
set(node, sci);
setConversionPositionInfo(sci, "super", getPosition(sel));
return;
}
setPos(sel, id.astValue(name));
sel = ((JCFieldAccess) sel).getExpression();
}
inv.astName(id).rawOperand(toTree(sel));
fillList(node.getTypeArguments(), inv.rawMethodTypeArguments(), FlagKey.TYPE_REFERENCE);
fillList(node.getArguments(), inv.rawArguments());
set(node, inv);
}
@Override public void visitNewArray(JCNewArray node) {
ArrayInitializer init = null;
if (node.getInitializers() != null) {
init = setPos(node, new ArrayInitializer());
fillList(node.getInitializers(), init.rawExpressions());
}
if (node.getType() == null) {
set(node, init == null ? new ArrayInitializer() : init);
return;
}
ArrayCreation crea = new ArrayCreation();
JCTree type = node.getType();
java.util.List inits = Lists.newArrayList();
while (type instanceof JCArrayTypeTree) {
inits.add(getPosition(type));
type = ((JCArrayTypeTree) type).getType();
}
crea.rawComponentTypeReference(toTree(type, FlagKey.TYPE_REFERENCE));
if (node.getDimensions() != null) for (JCExpression dim : node.getDimensions()) {
crea.astDimensions().addToEnd(setPos(dim, new ArrayDimension().rawDimension(toTree(dim))));
}
if (init != null) crea.astDimensions().addToEnd(new ArrayDimension());
// new boolean [][][] {} in javac has one less dimension for some reason.
for (Position i : inits) {
ArrayDimension dim = new ArrayDimension();
dim.setPosition(i);
crea.astDimensions().addToEnd(dim);
}
crea.astInitializer(init);
set(node, crea);
}
@Override public void visitIndexed(JCArrayAccess node) {
ArrayAccess aa = new ArrayAccess();
aa.rawIndexExpression(toTree(node.getIndex()));
aa.rawOperand(toTree(node.getExpression()));
set(node, aa);
}
@Override public void visitAssert(JCAssert node) {
set(node, new Assert().rawAssertion(toTree(node.getCondition())).rawMessage(toTree(node.getDetail())));
}
@Override public void visitDoLoop(JCDoWhileLoop node) {
DoWhile dw = new DoWhile();
JCExpression cond = node.getCondition();
setConversionPositionInfo(dw, "()", getPosition(cond));
set(node, dw.rawCondition(toTree(removeParens(cond))).rawStatement(toTree(node.getStatement())));
}
@Override public void visitContinue(JCContinue node) {
Continue c = new Continue();
if (node.getLabel() != null) {
c.astLabel(new Identifier().astValue(node.getLabel().toString()));
}
set(node, c);
}
@Override public void visitBreak(JCBreak node) {
Break b = new Break();
if (node.getLabel() != null) {
b.astLabel(new Identifier().astValue(node.getLabel().toString()));
}
set(node, b);
}
@Override public void visitForeachLoop(JCEnhancedForLoop node) {
ForEach fe = new ForEach();
fe.rawIterable(toTree(node.getExpression()));
fe.rawStatement(toTree(node.getStatement()));
fe.rawVariable(toTree(node.getVariable(), FlagKey.VARDEF_IS_DEFINITION));
set(node, fe);
}
@Override public void visitIf(JCIf node) {
If i = new If();
JCExpression cond = node.getCondition();
setConversionPositionInfo(i, "()", getPosition(cond));
i.rawCondition(toTree(removeParens(cond)));
i.rawStatement(toTree(node.getThenStatement()));
i.rawElseStatement(toTree(node.getElseStatement()));
set(node, i);
}
@Override public void visitLabelled(JCLabeledStatement node) {
Identifier lbl = new Identifier().astValue(node.getLabel().toString());
set(node, new LabelledStatement().rawStatement(toTree(node.getStatement())).astLabel(lbl));
}
@Override public void visitForLoop(JCForLoop node) {
For f = new For();
f.rawCondition(toTree(node.getCondition()));
f.rawStatement(toTree(node.getStatement()));
for (JCExpressionStatement upd : node.getUpdate()) {
Node updateNode = toTree(upd.getExpression());
setConversionPositionInfo(updateNode, "exec", getPosition(upd));
f.rawUpdates().addToEnd(updateNode);
}
List initializers = node.getInitializer();
// Multiple vardefs in a row need to trigger the JCVD version AND be washed through fillList to be turned into 1 VD.
if (!initializers.isEmpty() && initializers.get(0) instanceof JCVariableDecl) {
Block tmp = new Block();
fillList(initializers, tmp.rawContents(), FlagKey.VARDEF_IS_DEFINITION);
Node varDecl = tmp.rawContents().first();
if (varDecl != null) varDecl.unparent();
f.rawVariableDeclaration(varDecl);
} else {
for (JCStatement init : initializers) {
if (init instanceof JCExpressionStatement) {
Node initNode = toTree(((JCExpressionStatement) init).getExpression());
setConversionPositionInfo(initNode, "exec", getPosition(init));
f.rawExpressionInits().addToEnd(initNode);
} else {
f.rawExpressionInits().addToEnd(toTree(init));
}
}
}
set(node, f);
}
@Override public void visitSwitch(JCSwitch node) {
Switch s = new Switch();
JCExpression cond = node.getExpression();
setConversionPositionInfo(s, "()", getPosition(cond));
s.rawCondition(toTree(removeParens(cond)));
Block b = new Block();
s.astBody(b);
for (JCCase c : node.getCases()) {
JCExpression rawExpr = c.getExpression();
if (rawExpr == null) b.rawContents().addToEnd(setPos(c, new Default()));
else b.rawContents().addToEnd(setPos(c, new Case().rawCondition(toTree(rawExpr))));
fillList(c.getStatements(), b.rawContents());
}
set(node, s);
}
@Override public void visitSynchronized(JCSynchronized node) {
Synchronized s = new Synchronized();
JCExpression cond = node.getExpression();
setConversionPositionInfo(s, "()", getPosition(cond));
set(node, s.rawLock(toTree(removeParens(cond))).rawBody(toTree(node.getBlock())));
}
@Override public void visitTry(JCTry node) {
Try t = new Try();
t.rawBody(toTree(node.getBlock()));
t.rawFinally(toTree(node.getFinallyBlock()));
fillList(node.getCatches(), t.rawCatches());
set(node, t);
}
@Override public void visitCatch(JCCatch node) {
set(node, new Catch()
.rawExceptionDeclaration(toTree(node.getParameter(), FlagKey.VARDEF_IS_DEFINITION))
.rawBody(toTree(node.getBlock())));
}
@Override public void visitThrow(JCThrow node) {
set(node, new Throw().rawThrowable(toTree(node.getExpression())));
}
@Override public void visitWhileLoop(JCWhileLoop node) {
While w = new While();
JCExpression cond = node.getCondition();
setConversionPositionInfo(w, "()", getPosition(cond));
set(node, w.rawCondition(toTree(removeParens(cond))).rawStatement(toTree(node.getStatement())));
}
@Override public void visitReturn(JCReturn node) {
set(node, new Return().rawValue(toTree(node.getExpression())));
}
@Override public void visitMethodDef(JCMethodDecl node) {
String name = node.getName() == null ? null : node.getName().toString();
if ("".equals(name)) {
ConstructorDeclaration cd = new ConstructorDeclaration();
cd.astModifiers((Modifiers) toTree(node.getModifiers()));
cd.rawBody(toTree(node.getBody()));
fillList(node.getThrows(), cd.rawThrownTypeReferences(), FlagKey.TYPE_REFERENCE);
fillList(node.getTypeParameters(), cd.rawTypeVariables());
fillList(node.getParameters(), cd.rawParameters(), FlagKey.NO_VARDECL_FOLDING, FlagKey.VARDEF_IS_DEFINITION);
String typeName = (String) getFlag(FlagKey.CONTAINING_TYPE_NAME);
cd.astTypeName(setPos(node, new Identifier().astValue(typeName)));
addJavadoc(cd, node.mods);
set(node, cd);
return;
}
if (hasFlag(FlagKey.METHODS_ARE_ANNMETHODS)) {
AnnotationMethodDeclaration md = new AnnotationMethodDeclaration();
md.astModifiers((Modifiers) toTree(node.getModifiers()));
md.astMethodName(setPos(node, new Identifier().astValue(name)));
md.rawReturnTypeReference(toTree(node.getReturnType(), FlagKey.TYPE_REFERENCE));
md.rawDefaultValue(toTree(node.getDefaultValue()));
addJavadoc(md, node.mods);
set(node, md);
return;
}
MethodDeclaration md = new MethodDeclaration();
md.rawBody(toTree(node.getBody()));
md.astModifiers((Modifiers) toTree(node.getModifiers()));
md.astMethodName(setPos(node, new Identifier().astValue(name)));
fillList(node.getThrows(), md.rawThrownTypeReferences(), FlagKey.TYPE_REFERENCE);
fillList(node.getTypeParameters(), md.rawTypeVariables());
fillList(node.getParameters(), md.rawParameters(), FlagKey.NO_VARDECL_FOLDING, FlagKey.VARDEF_IS_DEFINITION);
md.rawReturnTypeReference(toTree(node.getReturnType(), FlagKey.TYPE_REFERENCE));
addJavadoc(md, node.mods);
set(node, md);
}
@Override public void visitAnnotation(JCAnnotation node) {
Annotation a = new Annotation();
a.rawAnnotationTypeReference(toTree(node.getAnnotationType(), FlagKey.TYPE_REFERENCE));
for (JCExpression elem : node.getArguments()) {
AnnotationElement e = new AnnotationElement();
if (elem instanceof JCAssign) {
JCExpression rawName = ((JCAssign) elem).getVariable();
if (rawName instanceof JCIdent) e.astName(setPos(rawName, new Identifier().astValue(((JCIdent)rawName).getName().toString())));
elem = ((JCAssign) elem).getExpression();
}
e.rawValue(toTree(elem));
a.astElements().addToEnd(e);
}
set(node, a);
}
}
}
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