com.hazelcast.org.codehaus.janino.Unparser Maven / Gradle / Ivy
/*
* Janino - An embedded Java[TM] com.hazelcast.com.iler
*
* Copyright (c) 2001-2010 Arno Unkrig. All rights reserved.
* Copyright (c) 2015-2016 TIBCO Software Inc. All rights reserved.
*
* Redistribution and use in source and binary forms, with or without modification, are permitted provided that the
* following conditions are met:
*
* 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the
* following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the
* following disclaimer in the documentation and/or other materials provided with the distribution.
* 3. Neither the name of the copyright holder nor the names of its contributors may be used to endorse or promote
* products derived from this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES,
* INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
* DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
* SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
* WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
package com.hazelcast.org.codehaus.janino;
import java.io.BufferedReader;
import java.io.BufferedWriter;
import java.io.FileReader;
import java.io.IOException;
import java.io.OutputStreamWriter;
import java.io.PrintWriter;
import java.io.StringReader;
import java.io.Writer;
import java.util.HashMap;
import java.util.HashSet;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import java.util.Set;
import com.hazelcast.org.codehaus.com.hazelcast.com.ons.nullanalysis.Nullable;
import com.hazelcast.org.codehaus.janino.Java.Annotation;
import com.hazelcast.org.codehaus.janino.Java.ArrayInitializerOrRvalue;
import com.hazelcast.org.codehaus.janino.Java.ArrayType;
import com.hazelcast.org.codehaus.janino.Java.Block;
import com.hazelcast.org.codehaus.janino.Java.BlockStatement;
import com.hazelcast.org.codehaus.janino.Java.CompilationUnit.ImportDeclaration;
import com.hazelcast.org.codehaus.janino.Java.ConstructorDeclarator;
import com.hazelcast.org.codehaus.janino.Java.ConstructorInvocation;
import com.hazelcast.org.codehaus.janino.Java.EnumConstant;
import com.hazelcast.org.codehaus.janino.Java.FieldDeclaration;
import com.hazelcast.org.codehaus.janino.Java.FunctionDeclarator;
import com.hazelcast.org.codehaus.janino.Java.Initializer;
import com.hazelcast.org.codehaus.janino.Java.Lvalue;
import com.hazelcast.org.codehaus.janino.Java.MemberAnnotationTypeDeclaration;
import com.hazelcast.org.codehaus.janino.Java.MemberEnumDeclaration;
import com.hazelcast.org.codehaus.janino.Java.MethodDeclarator;
import com.hazelcast.org.codehaus.janino.Java.PackageDeclaration;
import com.hazelcast.org.codehaus.janino.Java.PackageMemberAnnotationTypeDeclaration;
import com.hazelcast.org.codehaus.janino.Java.PackageMemberClassDeclaration;
import com.hazelcast.org.codehaus.janino.Java.PackageMemberEnumDeclaration;
import com.hazelcast.org.codehaus.janino.Java.Rvalue;
import com.hazelcast.org.codehaus.janino.Java.TryStatement;
import com.hazelcast.org.codehaus.janino.Java.TryStatement.LocalVariableDeclaratorResource;
import com.hazelcast.org.codehaus.janino.Java.TryStatement.VariableAccessResource;
import com.hazelcast.org.codehaus.janino.Java.Type;
import com.hazelcast.org.codehaus.janino.Visitor.AnnotationVisitor;
import com.hazelcast.org.codehaus.janino.util.AutoIndentWriter;
/**
* Unparses (un-com.hazelcast.com.iles) an AST to a {@link Writer}. See {@link #main(String[])} for a usage example.
*/
public
class Unparser {
private final Visitor.ImportVisitor
importUnparser = new Visitor.ImportVisitor() {
@Override @Nullable public Void
visitSingleTypeImportDeclaration(Java.CompilationUnit.SingleTypeImportDeclaration stid) {
Unparser.this.pw.println("import " + Java.join(stid.identifiers, ".") + ';');
return null;
}
@Override @Nullable public Void
visitTypeImportOnDemandDeclaration(Java.CompilationUnit.TypeImportOnDemandDeclaration tiodd) {
Unparser.this.pw.println("import " + Java.join(tiodd.identifiers, ".") + ".*;");
return null;
}
@Override @Nullable public Void
visitSingleStaticImportDeclaration(Java.CompilationUnit.SingleStaticImportDeclaration ssid) {
Unparser.this.pw.println("import static " + Java.join(ssid.identifiers, ".") + ';');
return null;
}
@Override @Nullable public Void
visitStaticImportOnDemandDeclaration(Java.CompilationUnit.StaticImportOnDemandDeclaration siodd) {
Unparser.this.pw.println("import static " + Java.join(siodd.identifiers, ".") + ".*;");
return null;
}
};
private final Visitor.TypeDeclarationVisitor
typeDeclarationUnparser = new Visitor.TypeDeclarationVisitor() {
@Override @Nullable public Void
visitLocalClassDeclaration(Java.LocalClassDeclaration lcd) {
Unparser.this.unparseNamedClassDeclaration(lcd);
return null;
}
@Override @Nullable public Void
visitPackageMemberClassDeclaration(PackageMemberClassDeclaration pmcd) {
Unparser.this.unparseNamedClassDeclaration(pmcd);
return null;
}
@Override @Nullable public Void
visitPackageMemberInterfaceDeclaration(Java.PackageMemberInterfaceDeclaration pmid) {
Unparser.this.unparseInterfaceDeclaration(pmid);
return null;
}
@Override @Nullable public Void
visitAnonymousClassDeclaration(Java.AnonymousClassDeclaration acd) {
Unparser.this.unparseType(acd.baseType);
Unparser.this.pw.println(" {");
Unparser.this.pw.print(AutoIndentWriter.INDENT);
Unparser.this.unparseClassDeclarationBody(acd);
Unparser.this.pw.print(AutoIndentWriter.UNINDENT + "}");
return null;
}
@Override @Nullable public Void
visitEnumConstant(EnumConstant ec) {
Unparser.this.unparseAnnotations(ec.getAnnotations());
Unparser.this.pw.append(ec.name);
if (ec.optionalArguments != null) {
Unparser.this.unparseFunctionInvocationArguments(ec.optionalArguments);
}
if (!Unparser.classDeclarationBodyIsEmpty(ec)) {
Unparser.this.pw.println(" {");
Unparser.this.pw.print(AutoIndentWriter.INDENT);
Unparser.this.unparseClassDeclarationBody(ec);
Unparser.this.pw.print(AutoIndentWriter.UNINDENT + "}");
}
return null;
}
@Override @Nullable public Void
visitPackageMemberEnumDeclaration(PackageMemberEnumDeclaration pmed) {
Unparser.this.unparseEnumDeclaration(pmed);
return null;
}
@Override @Nullable public Void
visitMemberAnnotationTypeDeclaration(MemberAnnotationTypeDeclaration matd) {
Unparser.this.unparseAnnotationTypeDeclaration(matd);
return null;
}
@Override @Nullable public Void
visitPackageMemberAnnotationTypeDeclaration(PackageMemberAnnotationTypeDeclaration pmatd) {
Unparser.this.unparseAnnotationTypeDeclaration(pmatd);
return null;
}
@Override @Nullable public Void
visitMemberEnumDeclaration(MemberEnumDeclaration med) {
Unparser.this.unparseEnumDeclaration(med);
return null;
}
@Override @Nullable public Void
visitMemberInterfaceDeclaration(Java.MemberInterfaceDeclaration mid) {
Unparser.this.unparseInterfaceDeclaration(mid);
return null;
}
@Override @Nullable public Void
visitMemberClassDeclaration(Java.MemberClassDeclaration mcd) {
Unparser.this.unparseNamedClassDeclaration(mcd);
return null;
}
};
private final Visitor.TypeBodyDeclarationVisitor
typeBodyDeclarationUnparser = new Visitor.TypeBodyDeclarationVisitor() {
// SUPPRESS CHECKSTYLE LineLength:7
@Override @Nullable public Void visitMemberEnumDeclaration(MemberEnumDeclaration med) { Unparser.this.unparseEnumDeclaration(med); return null; }
@Override @Nullable public Void visitMemberClassDeclaration(Java.MemberClassDeclaration mcd) { Unparser.this.unparseNamedClassDeclaration(mcd); return null; }
@Override @Nullable public Void visitMemberInterfaceDeclaration(Java.MemberInterfaceDeclaration mid) { Unparser.this.unparseInterfaceDeclaration(mid); return null; }
@Override @Nullable public Void visitFunctionDeclarator(FunctionDeclarator fd) { Unparser.this.unparseFunctionDeclarator(fd); return null; }
@Override @Nullable public Void visitInitializer(Initializer i) { Unparser.this.unparseInitializer(i); return null; }
@Override @Nullable public Void visitFieldDeclaration(FieldDeclaration fd) { Unparser.this.unparseFieldDeclaration(fd); return null; }
@Override @Nullable public Void visitMemberAnnotationTypeDeclaration(MemberAnnotationTypeDeclaration matd) { Unparser.this.unparseAnnotationTypeDeclaration(matd); return null; }
};
private final Visitor.BlockStatementVisitor
blockStatementUnparser = new Visitor.BlockStatementVisitor() {
// SUPPRESS CHECKSTYLE LineLength:2
@Override @Nullable public Void visitFieldDeclaration(Java.FieldDeclaration fd) { Unparser.this.unparseFieldDeclaration(fd); return null; }
@Override @Nullable public Void visitInitializer(Java.Initializer i) { Unparser.this.unparseInitializer(i); return null; }
@Override @Nullable public Void
visitBlock(Java.Block b) {
if (b.statements.isEmpty()) {
Unparser.this.pw.print("{}");
return null;
}
Unparser.this.pw.println('{');
Unparser.this.pw.print(AutoIndentWriter.INDENT);
Unparser.this.unparseStatements(b.statements);
Unparser.this.pw.print(AutoIndentWriter.UNINDENT + "}");
return null;
}
@Override @Nullable public Void
visitBreakStatement(Java.BreakStatement bs) {
Unparser.this.pw.print("break");
if (bs.optionalLabel != null) Unparser.this.pw.print(' ' + bs.optionalLabel);
Unparser.this.pw.print(';');
return null;
}
@Override @Nullable public Void
visitContinueStatement(Java.ContinueStatement cs) {
Unparser.this.pw.print("continue");
if (cs.optionalLabel != null) Unparser.this.pw.print(' ' + cs.optionalLabel);
Unparser.this.pw.print(';');
return null;
}
@Override @Nullable public Void
visitAssertStatement(Java.AssertStatement as) {
Unparser.this.pw.print("assert ");
Unparser.this.unparseAtom(as.expression1);
Rvalue oe2 = as.optionalExpression2;
if (oe2 != null) {
Unparser.this.pw.print(" : ");
Unparser.this.unparseAtom(oe2);
}
Unparser.this.pw.print(';');
return null;
}
@Override @Nullable public Void
visitDoStatement(Java.DoStatement ds) {
Unparser.this.pw.print("do ");
Unparser.this.unparseBlockStatement(ds.body);
Unparser.this.pw.print("while (");
Unparser.this.unparseAtom(ds.condition);
Unparser.this.pw.print(");");
return null;
}
@Override @Nullable public Void
visitEmptyStatement(Java.EmptyStatement es) {
Unparser.this.pw.print(';');
return null;
}
@Override @Nullable public Void
visitExpressionStatement(Java.ExpressionStatement es) {
Unparser.this.unparseAtom(es.rvalue);
Unparser.this.pw.print(';');
return null;
}
@Override @Nullable public Void
visitForStatement(Java.ForStatement fs) {
Unparser.this.pw.print("for (");
if (fs.optionalInit != null) {
Unparser.this.unparseBlockStatement(fs.optionalInit);
} else {
Unparser.this.pw.print(';');
}
Rvalue oc = fs.optionalCondition;
if (oc != null) {
Unparser.this.pw.print(' ');
Unparser.this.unparseAtom(oc);
}
Unparser.this.pw.print(';');
Rvalue[] ou = fs.optionalUpdate;
if (ou != null) {
Unparser.this.pw.print(' ');
for (int i = 0; i < ou.length; ++i) {
if (i > 0) Unparser.this.pw.print(", ");
Unparser.this.unparseAtom(ou[i]);
}
}
Unparser.this.pw.print(") ");
Unparser.this.unparseBlockStatement(fs.body);
return null;
}
@Override @Nullable public Void
visitForEachStatement(Java.ForEachStatement fes) {
Unparser.this.pw.print("for (");
Unparser.this.unparseFormalParameter(fes.currentElement, false);
Unparser.this.pw.print(" : ");
Unparser.this.unparseAtom(fes.expression);
Unparser.this.pw.print(") ");
Unparser.this.unparseBlockStatement(fes.body);
return null;
}
@Override @Nullable public Void
visitIfStatement(Java.IfStatement is) {
Unparser.this.pw.print("if (");
Unparser.this.unparseAtom(is.condition);
Unparser.this.pw.print(") ");
Unparser.this.unparseBlockStatement(is.thenStatement);
BlockStatement es = is.elseStatement;
if (es != null) {
Unparser.this.pw.println(" else");
Unparser.this.unparseBlockStatement(es);
}
return null;
}
@Override @Nullable public Void
visitLabeledStatement(Java.LabeledStatement ls) {
Unparser.this.pw.println(ls.label + ':');
Unparser.this.unparseBlockStatement(ls.body);
return null;
}
@Override @Nullable public Void
visitLocalClassDeclarationStatement(Java.LocalClassDeclarationStatement lcds) {
Unparser.this.unparseTypeDeclaration(lcds.lcd);
return null;
}
@Override @Nullable public Void
visitLocalVariableDeclarationStatement(Java.LocalVariableDeclarationStatement lvds) {
Unparser.this.unparseAnnotations(lvds.modifiers.annotations);
Unparser.this.unparseModifiers(lvds.modifiers.accessFlags);
Unparser.this.unparseType(lvds.type);
Unparser.this.pw.print(' ');
Unparser.this.pw.print(AutoIndentWriter.TABULATOR);
Unparser.this.unparseVariableDeclarator(lvds.variableDeclarators[0]);
for (int i = 1; i < lvds.variableDeclarators.length; ++i) {
Unparser.this.pw.print(", ");
Unparser.this.unparseVariableDeclarator(lvds.variableDeclarators[i]);
}
Unparser.this.pw.print(';');
return null;
}
@Override @Nullable public Void
visitReturnStatement(Java.ReturnStatement rs) {
Unparser.this.pw.print("return");
Rvalue orv = rs.optionalReturnValue;
if (orv != null) {
Unparser.this.pw.print(' ');
Unparser.this.unparseAtom(orv);
}
Unparser.this.pw.print(';');
return null;
}
@Override @Nullable public Void
visitSwitchStatement(Java.SwitchStatement ss) {
Unparser.this.pw.print("switch (");
Unparser.this.unparseAtom(ss.condition);
Unparser.this.pw.println(") {");
for (Java.SwitchStatement.SwitchBlockStatementGroup sbsg : ss.sbsgs) {
Unparser.this.pw.print(AutoIndentWriter.UNINDENT);
try {
for (Java.Rvalue rv : sbsg.caseLabels) {
Unparser.this.pw.print("case ");
Unparser.this.unparseAtom(rv);
Unparser.this.pw.println(':');
}
if (sbsg.hasDefaultLabel) Unparser.this.pw.println("default:");
} finally {
Unparser.this.pw.print(AutoIndentWriter.INDENT);
}
for (Java.BlockStatement bs : sbsg.blockStatements) {
Unparser.this.unparseBlockStatement(bs);
Unparser.this.pw.println();
}
}
Unparser.this.pw.print('}');
return null;
}
@Override @Nullable public Void
visitSynchronizedStatement(Java.SynchronizedStatement ss) {
Unparser.this.pw.print("synchronized (");
Unparser.this.unparseAtom(ss.expression);
Unparser.this.pw.print(") ");
Unparser.this.unparseBlockStatement(ss.body);
return null;
}
@Override @Nullable public Void
visitThrowStatement(Java.ThrowStatement ts) {
Unparser.this.pw.print("throw ");
Unparser.this.unparseAtom(ts.expression);
Unparser.this.pw.print(';');
return null;
}
@Override @Nullable public Void
visitTryStatement(Java.TryStatement ts) {
Unparser.this.pw.print("try ");
if (!ts.resources.isEmpty()) {
Unparser.this.pw.print("(");
Unparser.this.unparseResource(ts.resources.get(0));
for (int i = 1; i < ts.resources.size(); i++) {
Unparser.this.pw.print("; ");
Unparser.this.unparseResource(ts.resources.get(0));
}
Unparser.this.pw.print(") ");
}
Unparser.this.unparseBlockStatement(ts.body);
for (Java.CatchClause cc : ts.catchClauses) {
Unparser.this.pw.print(" catch (");
Unparser.this.unparseFormalParameter(cc.caughtException, false);
Unparser.this.pw.print(") ");
Unparser.this.unparseBlockStatement(cc.body);
}
Block f = ts.finallY;
if (f != null) {
Unparser.this.pw.print(" finally ");
Unparser.this.unparseBlockStatement(f);
}
return null;
}
@Override @Nullable public Void
visitWhileStatement(Java.WhileStatement ws) {
Unparser.this.pw.print("while (");
Unparser.this.unparseAtom(ws.condition);
Unparser.this.pw.print(") ");
Unparser.this.unparseBlockStatement(ws.body);
return null;
}
@Override @Nullable public Void
visitAlternateConstructorInvocation(Java.AlternateConstructorInvocation aci) {
Unparser.this.pw.print("this");
Unparser.this.unparseFunctionInvocationArguments(aci.arguments);
return null;
}
@Override @Nullable public Void
visitSuperConstructorInvocation(Java.SuperConstructorInvocation sci) {
if (sci.optionalQualification != null) {
Unparser.this.unparseLhs(sci.optionalQualification, ".");
Unparser.this.pw.print('.');
}
Unparser.this.pw.print("super");
Unparser.this.unparseFunctionInvocationArguments(sci.arguments);
return null;
}
};
private final Visitor.AtomVisitor
atomUnparser = new Visitor.AtomVisitor() {
@Override @Nullable public Void
visitType(Type t) {
t.accept(new Visitor.TypeVisitor() {
@Override @Nullable public Void
visitArrayType(Java.ArrayType at) {
Unparser.this.unparseType(at.com.hazelcast.com.onentType);
Unparser.this.pw.print("[]");
return null;
}
@Override @Nullable public Void
visitPrimitiveType(Java.PrimitiveType bt) {
Unparser.this.pw.print(bt.toString());
return null;
}
@Override @Nullable public Void
visitReferenceType(Java.ReferenceType rt) {
Unparser.this.pw.print(rt.toString());
return null;
}
@Override @Nullable public Void
visitRvalueMemberType(Java.RvalueMemberType rmt) {
Unparser.this.pw.print(rmt.toString());
return null;
}
@Override @Nullable public Void
visitSimpleType(Java.SimpleType st) {
Unparser.this.pw.print(st.toString());
return null;
}
});
return null;
}
@Override @Nullable public Void
visitPackage(Java.Package p) { Unparser.this.pw.print(p.toString()); return null; }
@Override @Nullable public Void
visitRvalue(Java.Rvalue rv) {
rv.accept(new Visitor.RvalueVisitor() {
@Override @Nullable public Void
visitLvalue(Lvalue lv) {
lv.accept(new Visitor.LvalueVisitor() {
@Override @Nullable public Void
visitAmbiguousName(Java.AmbiguousName an) {
Unparser.this.pw.print(an.toString());
return null;
}
@Override @Nullable public Void
visitArrayAccessExpression(Java.ArrayAccessExpression aae) {
Unparser.this.unparseLhs(aae.lhs, "[ ]");
Unparser.this.pw.print('[');
Unparser.this.unparseAtom(aae.index);
Unparser.this.pw.print(']');
return null;
}
@Override @Nullable public Void
visitFieldAccess(Java.FieldAccess fa) {
Unparser.this.unparseLhs(fa.lhs, ".");
Unparser.this.pw.print('.' + fa.field.getName());
return null;
}
@Override @Nullable public Void
visitFieldAccessExpression(Java.FieldAccessExpression fae) {
Unparser.this.unparseLhs(fae.lhs, ".");
Unparser.this.pw.print('.' + fae.fieldName);
return null;
}
@Override @Nullable public Void
visitSuperclassFieldAccessExpression(Java.SuperclassFieldAccessExpression scfae) {
if (scfae.optionalQualification != null) {
Unparser.this.unparseType(scfae.optionalQualification);
Unparser.this.pw.print(".super." + scfae.fieldName);
} else
{
Unparser.this.pw.print("super." + scfae.fieldName);
}
return null;
}
@Override @Nullable public Void
visitLocalVariableAccess(Java.LocalVariableAccess lva) {
Unparser.this.pw.print(lva.toString());
return null;
}
@Override @Nullable public Void
visitParenthesizedExpression(Java.ParenthesizedExpression pe) {
Unparser.this.pw.print('(');
Unparser.this.unparseAtom(pe.value);
Unparser.this.pw.print(')');
return null;
}
});
return null;
}
@Override @Nullable public Void
visitMethodInvocation(Java.MethodInvocation mi) {
if (mi.optionalTarget != null) {
Unparser.this.unparseLhs(mi.optionalTarget, ".");
Unparser.this.pw.print('.');
}
Unparser.this.pw.print(mi.methodName);
Unparser.this.unparseFunctionInvocationArguments(mi.arguments);
return null;
}
@Override @Nullable public Void
visitNewClassInstance(Java.NewClassInstance nci) {
if (nci.optionalQualification != null) {
Unparser.this.unparseLhs(nci.optionalQualification, ".");
Unparser.this.pw.print('.');
}
assert nci.type != null;
Unparser.this.pw.print("new " + nci.type.toString());
Unparser.this.unparseFunctionInvocationArguments(nci.arguments);
return null;
}
@Override @Nullable public Void
visitAssignment(Java.Assignment a) {
Unparser.this.unparseLhs(a.lhs, a.operator);
Unparser.this.pw.print(' ' + a.operator + ' ');
Unparser.this.unparseRhs(a.rhs, a.operator);
return null;
}
@Override @Nullable public Void
visitArrayLength(Java.ArrayLength al) {
Unparser.this.unparseLhs(al.lhs, ".");
Unparser.this.pw.print(".length");
return null;
}
@Override @Nullable public Void
visitBinaryOperation(Java.BinaryOperation bo) {
Unparser.this.unparseLhs(bo.lhs, bo.operator);
Unparser.this.pw.print(' ' + bo.operator + ' ');
Unparser.this.unparseRhs(bo.rhs, bo.operator);
return null;
}
@Override @Nullable public Void
visitCast(Java.Cast c) {
Unparser.this.pw.print('(');
Unparser.this.unparseType(c.targetType);
Unparser.this.pw.print(") ");
Unparser.this.unparseRhs(c.value, "cast");
return null;
}
@Override @Nullable public Void
visitClassLiteral(Java.ClassLiteral cl) {
Unparser.this.unparseType(cl.type);
Unparser.this.pw.print(".class");
return null;
}
@Override @Nullable public Void
visitConditionalExpression(Java.ConditionalExpression ce) {
Unparser.this.unparseLhs(ce.lhs, "?:");
Unparser.this.pw.print(" ? ");
Unparser.this.unparseLhs(ce.mhs, "?:");
Unparser.this.pw.print(" : ");
Unparser.this.unparseRhs(ce.rhs, "?:");
return null;
}
@Override @Nullable public Void
visitCrement(Java.Crement c) {
if (c.pre) {
Unparser.this.pw.print(c.operator);
Unparser.this.unparseUnaryOperation(c.operand, c.operator + "x");
} else
{
Unparser.this.unparseUnaryOperation(c.operand, "x" + c.operator);
Unparser.this.pw.print(c.operator);
}
return null;
}
@Override @Nullable public Void
visitInstanceof(Java.Instanceof io) {
Unparser.this.unparseLhs(io.lhs, "instanceof");
Unparser.this.pw.print(" instanceof ");
Unparser.this.unparseType(io.rhs);
return null;
}
// SUPPRESS CHECKSTYLE LineLength:8
@Override @Nullable public Void visitIntegerLiteral(Java.IntegerLiteral il) { Unparser.this.pw.print(il.value); return null; }
@Override @Nullable public Void visitFloatingPointLiteral(Java.FloatingPointLiteral fpl) { Unparser.this.pw.print(fpl.value); return null; }
@Override @Nullable public Void visitBooleanLiteral(Java.BooleanLiteral bl) { Unparser.this.pw.print(bl.value); return null; }
@Override @Nullable public Void visitCharacterLiteral(Java.CharacterLiteral cl) { Unparser.this.pw.print(cl.value); return null; }
@Override @Nullable public Void visitStringLiteral(Java.StringLiteral sl) { Unparser.this.pw.print(sl.value); return null; }
@Override @Nullable public Void visitNullLiteral(Java.NullLiteral nl) { Unparser.this.pw.print(nl.value); return null; }
@Override @Nullable public Void visitSimpleConstant(Java.SimpleConstant sl) { Unparser.this.pw.print("[" + sl.value + ']'); return null; }
@Override @Nullable public Void
visitNewArray(Java.NewArray na) {
Unparser.this.pw.print("new ");
Unparser.this.unparseType(na.type);
for (Rvalue dimExpr : na.dimExprs) {
Unparser.this.pw.print('[');
Unparser.this.unparseAtom(dimExpr);
Unparser.this.pw.print(']');
}
for (int i = 0; i < na.dims; ++i) {
Unparser.this.pw.print("[]");
}
return null;
}
@Override @Nullable public Void
visitNewInitializedArray(Java.NewInitializedArray nai) {
Unparser.this.pw.print("new ");
ArrayType at = nai.arrayType;
assert at != null;
Unparser.this.unparseType(at);
Unparser.this.pw.print(" ");
Unparser.this.unparseArrayInitializerOrRvalue(nai.arrayInitializer);
return null;
}
@Override @Nullable public Void
visitParameterAccess(Java.ParameterAccess pa) {
Unparser.this.pw.print(pa.toString());
return null;
}
@Override @Nullable public Void
visitQualifiedThisReference(Java.QualifiedThisReference qtr) {
Unparser.this.unparseType(qtr.qualification);
Unparser.this.pw.print(".this");
return null;
}
@Override @Nullable public Void
visitSuperclassMethodInvocation(Java.SuperclassMethodInvocation smi) {
Unparser.this.pw.print("super." + smi.methodName);
Unparser.this.unparseFunctionInvocationArguments(smi.arguments);
return null;
}
@Override @Nullable public Void
visitThisReference(Java.ThisReference tr) { Unparser.this.pw.print("this"); return null; }
@Override @Nullable public Void
visitUnaryOperation(Java.UnaryOperation uo) {
Unparser.this.pw.print(uo.operator);
Unparser.this.unparseUnaryOperation(uo.operand, uo.operator + "x");
return null;
}
@Override @Nullable public Void
visitNewAnonymousClassInstance(Java.NewAnonymousClassInstance naci) {
if (naci.optionalQualification != null) {
Unparser.this.unparseLhs(naci.optionalQualification, ".");
Unparser.this.pw.print('.');
}
Unparser.this.pw.print("new " + naci.anonymousClassDeclaration.baseType.toString() + '(');
for (int i = 0; i < naci.arguments.length; ++i) {
if (i > 0) Unparser.this.pw.print(", ");
Unparser.this.unparseAtom(naci.arguments[i]);
}
Unparser.this.pw.println(") {");
Unparser.this.pw.print(AutoIndentWriter.INDENT);
Unparser.this.unparseClassDeclarationBody(naci.anonymousClassDeclaration);
Unparser.this.pw.print(AutoIndentWriter.UNINDENT + "}");
return null;
}
});
return null;
}
@Override @Nullable public Void
visitConstructorInvocation(ConstructorInvocation ci) {
Unparser.this.unparseBlockStatement(ci);
Unparser.this.pw.println(';');
return null;
}
};
private final Visitor.ElementValueVisitor
elementValueUnparser = new Visitor.ElementValueVisitor() {
@Override @Nullable public Void
visitRvalue(Rvalue rv) throws RuntimeException {
rv.accept(Unparser.this.atomUnparser);
return null;
}
@Override @Nullable public Void
visitAnnotation(Annotation a) {
a.accept(Unparser.this.annotationUnparser);
return null;
}
@Override @Nullable public Void
visitElementValueArrayInitializer(Java.ElementValueArrayInitializer evai) {
if (evai.elementValues.length == 0) {
Unparser.this.pw.append("{}");
return null;
}
Unparser.this.pw.append("{ ");
evai.elementValues[0].accept(this);
for (int i = 1; i < evai.elementValues.length; i++) {
Unparser.this.pw.append(", ");
evai.elementValues[i].accept(this);
}
Unparser.this.pw.append(" }");
return null;
}
};
private final AnnotationVisitor
annotationUnparser = new AnnotationVisitor() {
@Override @Nullable public Void
visitMarkerAnnotation(Java.MarkerAnnotation ma) {
Unparser.this.pw.append('@').append(ma.type.toString()).append(' ');
return null;
}
@Override @Nullable public Void
visitNormalAnnotation(Java.NormalAnnotation na) {
Unparser.this.pw.append('@').append(na.type.toString()).append('(');
for (int i = 0; i < na.elementValuePairs.length; i++) {
Java.ElementValuePair evp = na.elementValuePairs[i];
if (i > 0) Unparser.this.pw.print(", ");
Unparser.this.pw.append(evp.identifier).append(" = ");
evp.elementValue.accept(Unparser.this.elementValueUnparser);
}
Unparser.this.pw.append(") ");
return null;
}
@Override @Nullable public Void
visitSingleElementAnnotation(Java.SingleElementAnnotation sea) {
Unparser.this.pw.append('@').append(sea.type.toString()).append('(');
sea.elementValue.accept(Unparser.this.elementValueUnparser);
Unparser.this.pw.append(") ");
return null;
}
};
private void
unparseInitializer(Java.Initializer i) {
if (i.statiC) Unparser.this.pw.print("static ");
Unparser.this.unparseBlockStatement(i.block);
}
private void
unparseFieldDeclaration(Java.FieldDeclaration fd) {
Unparser.this.unparseDocComment(fd);
Unparser.this.unparseAnnotations(fd.modifiers.annotations);
Unparser.this.unparseModifiers(fd.modifiers.accessFlags);
Unparser.this.unparseType(fd.type);
Unparser.this.pw.print(' ');
for (int i = 0; i < fd.variableDeclarators.length; ++i) {
if (i > 0) Unparser.this.pw.print(", ");
Unparser.this.unparseVariableDeclarator(fd.variableDeclarators[i]);
}
Unparser.this.pw.print(';');
}
/**
* Where the {@code visit...()} methods print their text. Notice that this {@link PrintWriter} does not print to
* the output directly, but through an {@link AutoIndentWriter}.
*/
protected final PrintWriter pw;
/**
* Testing of parsing/unparsing.
*
* Reads com.hazelcast.com.ilation units from the files named on the com.hazelcast.com.and line and unparses them to {@link System#out}.
*
*/
public static void
main(String[] args) throws Exception {
Writer w = new BufferedWriter(new OutputStreamWriter(System.out));
for (String fileName : args) {
// Parse each com.hazelcast.com.ilation unit.
FileReader r = new FileReader(fileName);
Java.CompilationUnit cu;
try {
cu = new Parser(new Scanner(fileName, r)).parseCompilationUnit();
} finally {
r.close();
}
// Unparse each com.hazelcast.com.ilation unit.
Unparser.unparse(cu, w);
}
w.flush();
}
/**
* Unparses the given {@link Java.CompilationUnit} to the given {@link Writer}.
*/
public static void
unparse(Java.CompilationUnit cu, Writer w) {
Unparser uv = new Unparser(w);
uv.unparseCompilationUnit(cu);
uv.close();
}
public
Unparser(Writer w) {
this.pw = new PrintWriter(new AutoIndentWriter(w), true);
}
/**
* Flushes all generated code.
*/
public void
close() { this.pw.flush(); }
/**
* @param cu The com.hazelcast.com.ilation unit to unparse
*/
public void
unparseCompilationUnit(Java.CompilationUnit cu) {
PackageDeclaration opd = cu.optionalPackageDeclaration;
if (opd != null) {
this.pw.println();
this.pw.println("package " + opd.packageName + ';');
}
if (!cu.importDeclarations.isEmpty()) {
this.pw.println();
for (Java.CompilationUnit.ImportDeclaration id : cu.importDeclarations) {
id.accept(this.importUnparser);
}
}
for (Java.PackageMemberTypeDeclaration pmtd : cu.packageMemberTypeDeclarations) {
this.pw.println();
this.unparseTypeDeclaration(pmtd);
this.pw.println();
}
}
public void
unparseImportDeclaration(ImportDeclaration id) { id.accept(this.importUnparser); }
private void
unparseConstructorDeclarator(Java.ConstructorDeclarator cd) {
this.unparseDocComment(cd);
this.unparseAnnotations(cd.modifiers.annotations);
this.unparseModifiers(cd.modifiers.accessFlags);
Java.AbstractClassDeclaration declaringClass = cd.getDeclaringClass();
this.pw.print(
declaringClass instanceof Java.NamedClassDeclaration
? ((Java.NamedClassDeclaration) declaringClass).name
: "UNNAMED"
);
this.unparseFunctionDeclaratorRest(cd);
List oss = cd.optionalStatements;
if (oss == null) {
this.pw.print(';');
return;
}
this.pw.print(' ');
ConstructorInvocation oci = cd.optionalConstructorInvocation;
if (oci != null) {
this.pw.println('{');
this.pw.print(AutoIndentWriter.INDENT);
this.unparseBlockStatement(oci);
this.pw.println(';');
if (!oss.isEmpty()) {
this.pw.println();
this.unparseStatements(oss);
}
this.pw.print(AutoIndentWriter.UNINDENT + "}");
} else
if (oss.isEmpty()) {
this.pw.print("{}");
} else
{
this.pw.println('{');
this.pw.print(AutoIndentWriter.INDENT);
this.unparseStatements(oss);
this.pw.print(AutoIndentWriter.UNINDENT + "}");
}
}
private void
unparseMethodDeclarator(Java.MethodDeclarator md) {
// For methods declared as members of an *interface*, the default access flags are "public abstract".
boolean declaringTypeIsInterface = md.getDeclaringType() instanceof Java.InterfaceDeclaration;
final List oss = md.optionalStatements;
this.unparseDocComment(md);
this.unparseAnnotations(md.modifiers.annotations);
this.unparseModifiers(
md.modifiers.remove(declaringTypeIsInterface ? Mod.PUBLIC | Mod.ABSTRACT : 0).accessFlags
);
this.unparseType(md.type);
this.pw.print(' ' + md.name);
this.unparseFunctionDeclaratorRest(md);
if (oss == null) {
this.pw.print(';');
} else
if (oss.isEmpty()) {
this.pw.print(" {}");
} else
{
this.pw.println(" {");
this.pw.print(AutoIndentWriter.INDENT);
this.unparseStatements(oss);
this.pw.print(AutoIndentWriter.UNINDENT);
this.pw.print('}');
}
}
private void
unparseStatements(List statements) {
int state = -1;
for (Java.BlockStatement bs : statements) {
int x = (
bs instanceof Java.Block ? 1 :
bs instanceof Java.LocalClassDeclarationStatement ? 2 :
bs instanceof Java.LocalVariableDeclarationStatement ? 3 :
bs instanceof Java.SynchronizedStatement ? 4 :
99
);
if (state != -1 && state != x) this.pw.println(AutoIndentWriter.CLEAR_TABULATORS);
state = x;
this.unparseBlockStatement(bs);
this.pw.println();
}
}
private void
unparseVariableDeclarator(Java.VariableDeclarator vd) {
this.pw.print(vd.name);
for (int i = 0; i < vd.brackets; ++i) this.pw.print("[]");
ArrayInitializerOrRvalue oi = vd.optionalInitializer;
if (oi != null) {
this.pw.print(" = ");
this.unparseArrayInitializerOrRvalue(oi);
}
}
private void
unparseFormalParameter(Java.FunctionDeclarator.FormalParameter fp, boolean hasEllipsis) {
if (fp.finaL) this.pw.print("final ");
this.unparseType(fp.type);
if (hasEllipsis) this.pw.write("...");
this.pw.print(" " + AutoIndentWriter.TABULATOR + fp.name);
}
// Helpers
public void
unparseBlockStatement(Java.BlockStatement bs) { bs.accept(this.blockStatementUnparser); }
public void
unparseTypeDeclaration(Java.TypeDeclaration td) { td.accept(this.typeDeclarationUnparser); }
public void
unparseType(Java.Type t) { t.accept(this.atomUnparser); }
public void
unparseAtom(Java.Atom a) { a.accept(this.atomUnparser); }
/**
* Iff the {@code operand} is unnatural for the {@code unaryOperator}, encloses the {@code operand} in parentheses.
* Example: "a+b" is an unnatural operand for unary "!x".
*
* @param unaryOperator ++x --x +x -x ~x !x x++ x--
*/
private void
unparseUnaryOperation(Java.Rvalue operand, String unaryOperator) {
int cmp = Unparser.com.hazelcast.com.arePrecedence(unaryOperator, operand);
this.unparse(operand, cmp < 0);
}
/**
* Iff the {@code lhs} is unnatural for the {@code binaryOperator}, encloses the {@code lhs} in parentheses.
* Example: "a+b" is an unnatural lhs for operator "*".
*
* @param binaryOperator = +=... ?: || && | ^ & == != < > <= >= instanceof << >> >>> + - * / % cast
*/
private void
unparseLhs(Java.Atom lhs, String binaryOperator) {
int cmp = Unparser.com.hazelcast.com.arePrecedence(binaryOperator, lhs);
this.unparse(lhs, cmp < 0 || (cmp == 0 && Unparser.isLeftAssociate(binaryOperator)));
}
/**
* Iff the {@code rhs} is unnatural for the {@code binaryOperator}, enclose the {@code rhs} in parentheses.
* Example: "a+b" is an unnatural rhs for operator "*".
*/
private void
unparseRhs(Java.Rvalue rhs, String binaryOperator) {
int cmp = Unparser.com.hazelcast.com.arePrecedence(binaryOperator, rhs);
this.unparse(rhs, cmp < 0 || (cmp == 0 && Unparser.isRightAssociate(binaryOperator)));
}
private void
unparse(Java.Atom operand, boolean natural) {
if (!natural) this.pw.print("((( ");
this.unparseAtom(operand);
if (!natural) this.pw.print(" )))");
}
/**
* Returns {@code true} iff operator is right associative e.g. {@code a = b = c} evaluates as
* {@code a = (b = c)}.
*
* @return Return true iff operator is right associative
*/
private static boolean
isRightAssociate(String operator) { return Unparser.RIGHT_ASSOCIATIVE_OPERATORS.contains(operator); }
/**
* Returns {@code true} iff operator is left associative e.g. {@code a - b - c} evaluates as
* {@code (a - b) - c}.
*/
private static boolean
isLeftAssociate(String operator) { return Unparser.LEFT_ASSOCIATIVE_OPERATORS.contains(operator); }
/**
* Returns a value
*
* - < 0 iff the {@code operator} has lower precedence than the {@code operand}
* - ==; 0 iff the {@code operator} has equal precedence than the {@code operand}
* - > 0 iff the {@code operator} has higher precedence than the {@code operand}
*
*/
private static int
com.hazelcast.com.arePrecedence(String operator, Java.Atom operand) {
if (operand instanceof Java.BinaryOperation) {
return (
Unparser.getOperatorPrecedence(operator)
- Unparser.getOperatorPrecedence(((Java.BinaryOperation) operand).operator)
);
} else
if (operand instanceof Java.UnaryOperation) {
return (
Unparser.getOperatorPrecedence(operator)
- Unparser.getOperatorPrecedence(((Java.UnaryOperation) operand).operator + "x")
);
} else
if (operand instanceof Java.ConditionalExpression) {
return Unparser.getOperatorPrecedence(operator) - Unparser.getOperatorPrecedence("?:");
} else
if (operand instanceof Java.Instanceof) {
return Unparser.getOperatorPrecedence(operator) - Unparser.getOperatorPrecedence("instanceof");
} else
if (operand instanceof Java.Cast) {
return Unparser.getOperatorPrecedence(operator) - Unparser.getOperatorPrecedence("cast");
} else
if (operand instanceof Java.MethodInvocation || operand instanceof Java.FieldAccess) {
return Unparser.getOperatorPrecedence(operator) - Unparser.getOperatorPrecedence(".");
} else
if (operand instanceof Java.NewArray) {
return Unparser.getOperatorPrecedence(operator) - Unparser.getOperatorPrecedence("new");
} else
if (operand instanceof Java.Crement) {
Java.Crement c = (Java.Crement) operand;
return (
Unparser.getOperatorPrecedence(operator)
- Unparser.getOperatorPrecedence(c.pre ? c.operator + "x" : "x" + c.operator)
);
} else
{
// All other rvalues (e.g. literal) have higher precedence than any operator.
return -1;
}
}
private static int
getOperatorPrecedence(String operator) {
return ((Integer) Unparser.OPERATOR_PRECEDENCE.get(operator)).intValue();
}
private static final Set LEFT_ASSOCIATIVE_OPERATORS = new HashSet();
private static final Set RIGHT_ASSOCIATIVE_OPERATORS = new HashSet();
private static final Set UNARY_OPERATORS = new HashSet();
/**
* Maps (pseudo-)operators like {@code "?:"} and {@code "x++"} to precedences (higher value
* means higher precedence).
*/
private static final Map OPERATOR_PRECEDENCE = new HashMap();
static {
Object[] operators = {
Unparser.RIGHT_ASSOCIATIVE_OPERATORS, "=", "*=", "/=", "%=", "+=", "-=", "<<=", ">>=", ">>>=", "&=", "^=", "|=", // SUPPRESS CHECKSTYLE LineLength
Unparser.RIGHT_ASSOCIATIVE_OPERATORS, "?:",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, "||",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, "&&",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, "|",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, "^",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, "&",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, "==", "!=",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, "<", ">", "<=", ">=", "instanceof",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, "<<", ">>", ">>>",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, "+", "-",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, "*", "/", "%",
Unparser.RIGHT_ASSOCIATIVE_OPERATORS, "cast",
Unparser.UNARY_OPERATORS, "++x", "--x", "+x", "-x", "~x", "!x",
Unparser.UNARY_OPERATORS, "x++", "x--",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, "new",
Unparser.LEFT_ASSOCIATIVE_OPERATORS, ".", "[ ]",
};
int precedence = 0;
LOOP1: for (int i = 0;;) {
@SuppressWarnings("unchecked") final Set s = (Set) operators[i++];
precedence++;
for (;;) {
if (i == operators.length) break LOOP1;
if (!(operators[i] instanceof String)) break;
String operator = (String) operators[i++];
s.add(operator);
Unparser.OPERATOR_PRECEDENCE.put(operator, precedence);
}
}
}
private void
unparseNamedClassDeclaration(Java.NamedClassDeclaration ncd) {
this.unparseDocComment(ncd);
this.unparseAnnotations(ncd.getAnnotations());
this.unparseModifiers(ncd.getModifierFlags());
this.pw.print("class " + ncd.name);
Type oet = ncd.optionalExtendedType;
if (oet != null) {
this.pw.print(" extends ");
this.unparseType(oet);
}
if (ncd.implementedTypes.length > 0) this.pw.print(" implements " + Java.join(ncd.implementedTypes, ", "));
this.pw.println(" {");
this.pw.print(AutoIndentWriter.INDENT);
this.unparseClassDeclarationBody(ncd);
this.pw.print(AutoIndentWriter.UNINDENT + "}");
}
private void
unparseArrayInitializerOrRvalue(Java.ArrayInitializerOrRvalue aiorv) {
if (aiorv instanceof Java.Rvalue) {
this.unparseAtom((Java.Rvalue) aiorv);
} else
if (aiorv instanceof Java.ArrayInitializer) {
Java.ArrayInitializer ai = (Java.ArrayInitializer) aiorv;
if (ai.values.length == 0) {
this.pw.print("{}");
} else
{
this.pw.print("{ ");
this.unparseArrayInitializerOrRvalue(ai.values[0]);
for (int i = 1; i < ai.values.length; ++i) {
this.pw.print(", ");
this.unparseArrayInitializerOrRvalue(ai.values[i]);
}
this.pw.print(" }");
}
} else
{
throw new InternalCompilerException(
"Unexpected array initializer or rvalue class "
+ aiorv.getClass().getName()
);
}
}
// Multi-line!
private void
unparseClassDeclarationBody(Java.AbstractClassDeclaration cd) {
for (Java.ConstructorDeclarator ctord : cd.constructors) {
this.pw.println();
ctord.accept(this.typeBodyDeclarationUnparser);
this.pw.println();
}
this.unparseTypeDeclarationBody(cd);
for (Java.BlockStatement vdoi : cd.variableDeclaratorsAndInitializers) {
this.pw.println();
vdoi.accept(this.blockStatementUnparser);
this.pw.println();
}
}
/**
* @return Whether {@link #unparseClassDeclarationBody(Java.AbstractClassDeclaration)} will produce no
* output
*/
private static boolean
classDeclarationBodyIsEmpty(Java.AbstractClassDeclaration cd) {
return (
cd.constructors.isEmpty()
&& cd.getMethodDeclarations().isEmpty()
&& cd.getMemberTypeDeclarations().isEmpty()
&& cd.variableDeclaratorsAndInitializers.isEmpty()
);
}
private void
unparseInterfaceDeclaration(Java.InterfaceDeclaration id) {
this.unparseDocComment(id);
this.unparseAnnotations(id.getAnnotations());
this.unparseModifiers(id.getModifierFlags());
this.pw.print("interface ");
this.pw.print(id.name);
if (id.extendedTypes.length > 0) this.pw.print(" extends " + Java.join(id.extendedTypes, ", "));
this.pw.println(" {");
this.pw.print(AutoIndentWriter.INDENT);
this.unparseTypeDeclarationBody(id);
for (Java.TypeBodyDeclaration cnstd : id.constantDeclarations) {
cnstd.accept(this.typeBodyDeclarationUnparser);
this.pw.println();
}
this.pw.print(AutoIndentWriter.UNINDENT + "}");
}
// Multi-line!
private void
unparseTypeDeclarationBody(Java.TypeDeclaration td) {
for (Java.MethodDeclarator md : td.getMethodDeclarations()) {
this.pw.println();
md.accept(this.typeBodyDeclarationUnparser);
this.pw.println();
}
for (Java.MemberTypeDeclaration mtd : td.getMemberTypeDeclarations()) {
this.pw.println();
((Java.TypeBodyDeclaration) mtd).accept(this.typeBodyDeclarationUnparser);
this.pw.println();
}
}
private void
unparseFunctionDeclaratorRest(Java.FunctionDeclarator fd) {
boolean big = fd.formalParameters.parameters.length >= 4;
this.pw.print('(');
if (big) { this.pw.println(); this.pw.print(AutoIndentWriter.INDENT); }
for (int i = 0; i < fd.formalParameters.parameters.length; ++i) {
if (i > 0) {
if (big) {
this.pw.println(',');
} else
{
this.pw.print(", ");
}
}
this.unparseFormalParameter(
fd.formalParameters.parameters[i],
i == fd.formalParameters.parameters.length - 1 && fd.formalParameters.variableArity
);
}
if (big) { this.pw.println(); this.pw.print(AutoIndentWriter.UNINDENT); }
this.pw.print(')');
if (fd.thrownExceptions.length > 0) this.pw.print(" throws " + Java.join(fd.thrownExceptions, ", "));
}
private void
unparseDocComment(Java.DocCommentable dc) {
String optionalDocComment = dc.getDocComment();
if (optionalDocComment != null) {
this.pw.print("/**");
BufferedReader br = new BufferedReader(new StringReader(optionalDocComment));
for (;;) {
String line;
try {
line = br.readLine();
} catch (IOException e) {
throw new InternalCompilerException(null, e);
}
if (line == null) break;
this.pw.println(line);
this.pw.print(" *");
}
this.pw.println("/");
}
}
private void
unparseAnnotations(Java.Annotation[] annotations) {
for (Annotation a : annotations) a.accept(this.annotationUnparser);
}
private void
unparseModifiers(short modifiers) {
if (modifiers != 0) {
this.pw.print(Mod.shortToString(modifiers) + ' ');
}
}
private void
unparseFunctionInvocationArguments(Java.Rvalue[] arguments) {
boolean big = arguments.length >= 5;
this.pw.print('(');
if (big) { this.pw.println(); this.pw.print(AutoIndentWriter.INDENT); }
for (int i = 0; i < arguments.length; ++i) {
if (i > 0) {
if (big) {
this.pw.println(',');
} else
{
this.pw.print(", ");
}
}
this.unparseAtom(arguments[i]);
}
if (big) { this.pw.println(); this.pw.print(AutoIndentWriter.UNINDENT); }
this.pw.print(')');
}
private void
unparseEnumDeclaration(Java.EnumDeclaration ed) {
this.unparseDocComment(ed);
this.unparseAnnotations(ed.getAnnotations());
this.unparseModifiers(ed.getModifierFlags());
this.pw.print("enum " + ed.getName());
Type[] its = ed.getImplementedTypes();
if (its.length > 0) this.pw.print(" implements " + Java.join(its, ", "));
this.pw.println(" {");
this.pw.print(AutoIndentWriter.INDENT);
Iterator it = ed.getConstants().iterator();
if (it.hasNext()) {
for (;;) {
this.typeDeclarationUnparser.visitEnumConstant(it.next());
if (!it.hasNext()) break;
this.pw.print(", ");
}
}
this.pw.println();
this.pw.println(';');
this.unparseClassDeclarationBody((Java.AbstractClassDeclaration) ed);
this.pw.print(AutoIndentWriter.UNINDENT + "}");
}
private void
unparseAnnotationTypeDeclaration(Java.AnnotationTypeDeclaration atd) {
this.unparseDocComment(atd);
this.unparseAnnotations(atd.getAnnotations());
this.unparseModifiers(atd.getModifierFlags());
this.pw.print("@interface ");
this.pw.print(atd.getName());
this.pw.println(" {");
this.pw.print(AutoIndentWriter.INDENT);
this.unparseTypeDeclarationBody(atd);
this.pw.print(AutoIndentWriter.UNINDENT + "}");
}
private void
unparseFunctionDeclarator(Java.FunctionDeclarator fd) {
fd.accept(new Visitor.FunctionDeclaratorVisitor() {
// SUPPRESS CHECKSTYLE LineLength:2
@Override @Nullable public Void visitConstructorDeclarator(ConstructorDeclarator cd) { Unparser.this.unparseConstructorDeclarator(cd); return null; }
@Override @Nullable public Void visitMethodDeclarator(MethodDeclarator md) { Unparser.this.unparseMethodDeclarator(md); return null; }
});
}
private void
unparseResource(TryStatement.Resource r) {
r.accept(new Visitor.TryStatementResourceVisitor() {
@Override @Nullable public Void
visitLocalVariableDeclaratorResource(LocalVariableDeclaratorResource lvdr) {
Unparser.this.unparseAnnotations(lvdr.modifiers.annotations);
Unparser.this.unparseModifiers(lvdr.modifiers.accessFlags);
Unparser.this.unparseType(lvdr.type);
Unparser.this.pw.print(' ');
Unparser.this.unparseVariableDeclarator(lvdr.variableDeclarator);
return null;
}
@Override @Nullable public Void
visitVariableAccessResource(VariableAccessResource var) {
Unparser.this.unparseAtom(var.variableAccess);
return null;
}
});
}
}