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Front-end components for the IDL language of the Mind programming model.
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/**
* Copyright (C) 2009 STMicroelectronics
*
* This file is part of "Mind Compiler" is free software: you can redistribute
* it and/or modify it under the terms of the GNU Lesser General Public License
* as published by the Free Software Foundation, either version 3 of the
* License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful, but WITHOUT
* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
* FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more
* details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program. If not, see
implements
ParserConstants {
public static final String IDL_DTD = "idl-dtd";
private final XMLNodeFactory nodeFactory;
private final String idlDtd;
private final BeginTokenVisitor beginTokenVisitor = new BeginTokenVisitor();
private final EndTokenVisitor endTokenVisitor = new EndTokenVisitor();
private String filename;
@Inject
protected JTBProcessor(final XMLNodeFactory nodeFactory,
@Named(IDL_DTD) final String idlDtd) {
this.nodeFactory = nodeFactory;
this.idlDtd = idlDtd;
try {
nodeFactory.checkDTD(idlDtd);
} catch (final SAXException e) {
throw new CompilerError(GenericErrors.INTERNAL_ERROR, e,
"Error in dtd file '" + idlDtd + "'");
}
}
/**
* @param filename the filename to set
*/
public void setFilename(final String filename) {
this.filename = filename;
}
/**
* Translate the given JTB AST into a "fractal-adl like" AST.
*
* @param fileContent a JTB AST obtained by the {@link Parser ADL Parser}.
* @return the top level {@link InterfaceDefinition} corresponding to the
* given JTB AST.
*/
public InterfaceDefinition toInterfaceDefinition(final ITFFile fileContent) {
return (InterfaceDefinition) visit(fileContent, null);
}
/**
* Translate the given JTB AST into a "fractal-adl like" AST.
*
* @param fileContent a JTB AST obtained by the {@link Parser ADL Parser}.
* @return the top level {@link SharedTypeDefinition} corresponding to the
* given JTB AST.
*/
public SharedTypeDefinition toSharedTypeDefinition(final IDTFile fileContent) {
return (SharedTypeDefinition) visit(fileContent, null);
}
private Node newNode(final String name) {
return newNode(name, null);
}
private Node newNode(final String name, final NodeToken source) {
return newNode(name, source, source);
}
private Node newNode(final String name, final NodeToken beginToken,
final NodeToken endToken) {
Node node;
try {
node = nodeFactory.newXMLNode(idlDtd, name);
} catch (final SAXException e) {
throw new CompilerError(GenericErrors.INTERNAL_ERROR, e,
"Unable to create node");
}
setSource(node, beginToken, endToken);
return node;
}
private Node newNode(final String name,
final org.ow2.mind.idl.jtb.syntaxtree.Node syntaxNode) {
return newNode(name, syntaxNode.accept(beginTokenVisitor), syntaxNode
.accept(endTokenVisitor));
}
private void setSource(final Node node, final NodeToken source) {
setSource(node, source, source);
}
private void setSource(final Node node, final NodeToken beginToken,
final NodeToken endToken) {
if (beginToken == null)
node.astSetSource(filename);
else if (endToken == null)
node.astSetSource(NodeErrorLocator.fullLocation(filename,
beginToken.beginLine, beginToken.endLine, beginToken.beginColumn,
beginToken.endColumn));
else
node.astSetSource(NodeErrorLocator.fullLocation(filename,
beginToken.beginLine, endToken.endLine, beginToken.beginColumn,
endToken.endColumn));
}
private void setSource(final Node node,
final org.ow2.mind.idl.jtb.syntaxtree.Node syntaxNode) {
setSource(node, syntaxNode.accept(beginTokenVisitor), syntaxNode
.accept(endTokenVisitor));
}
private void copySource(final Node node, final Node from) {
if (from == null)
node.astSetSource(filename);
else
node.astSetSource(from.astGetSource());
}
private void setName(final Node argu, final String name) {
final Map m = argu.astGetAttributes();
m.put("name", name);
argu.astSetAttributes(m);
}
// ---------------------------------------------------------------------------
// File level grammar
// ---------------------------------------------------------------------------
@Override
public Object visit(final ITFFile n, final Node argu) {
assert argu == null;
final InterfaceDefinition itf = (InterfaceDefinition) newNode("itf", n);
// process include directives
n.f0.accept(this, itf);
// process type and constant definitions
n.f1.accept(this, itf);
// process interface definition
n.f2.accept(this, itf);
return itf;
}
@Override
public Object visit(final IDTFile n, final Node argu) {
assert argu == null;
final SharedTypeDefinition idtFile = (SharedTypeDefinition) newNode("idt",
n);
// process include directives
n.f8.accept(this, idtFile);
// process type and constant definitions
n.f9.accept(this, idtFile);
return idtFile;
}
@Override
public Object visit(final IncludeDirective n, final Node argu) {
final IncludeContainer container = castNodeError(argu,
IncludeContainer.class);
final Include include = (Include) newNode("include", n);
include.setPath(n.f2.tokenImage);
container.addInclude(include);
return include;
}
// ---------------------------------------------------------------------------
// Type Definition grammar
// ---------------------------------------------------------------------------
@Override
public Object visit(final org.ow2.mind.idl.jtb.syntaxtree.TypeDefinition n,
final Node argu) {
assert argu != null;
final TypeCollectionContainer container = castNodeError(argu,
TypeCollectionContainer.class);
final Object def = n.f0.accept(this, argu);
if (def instanceof List) {
for (final Object d : (List) def) {
assert d instanceof Type;
container.addType((Type) d);
}
} else {
assert def instanceof Type;
container.addType((Type) def);
}
return null;
}
@Override
public Object visit(final TypeDefSpecification n, final Node argu) {
final TypeDefinition typedef = (TypeDefinition) newNode("typedef", n);
// process qualified type specification
n.f1.accept(this, typedef);
// process type qualifiers
n.f1.f0.accept(this, typedef);
// process declarators
return n.f2.accept(this, typedef);
}
@Override
public Object visit(final QualifiedTypeSpecification n, final Node argu) {
assert argu != null;
final TypeContainer typeContainer = castNodeError(argu, TypeContainer.class);
// process type specification
final Type type = castNodeError(n.f1.accept(this, argu), Type.class);
typeContainer.setType(type);
return type;
}
@Override
public Object visit(final org.ow2.mind.idl.jtb.syntaxtree.TypeQualifier n,
final Node argu) {
assert argu != null;
final TypeQualifier typeQualifier = castNodeError(argu, TypeQualifier.class);
if (((NodeToken) n.f0.choice).kind == CONST) {
typeQualifier.setIsConst(TypeQualifier.TRUE);
} else {
assert ((NodeToken) n.f0.choice).kind == VOLATILE;
typeQualifier.setIsVolatile(TypeQualifier.TRUE);
}
return argu;
}
@Override
public Object visit(final TypeSpecification n, final Node argu) {
return n.f0.accept(this, argu);
}
@Override
public Object visit(final TypeDefName n, final Node argu) {
assert argu != null;
final TypeContainer typeContainer = castNodeError(argu, TypeContainer.class);
final TypeDefReference typeDefReference = (TypeDefReference) newNode(
"typedefRef", n);
typeDefReference.setName(fullyQualifiedName(n.f0));
typeContainer.setType(typeDefReference);
return typeDefReference;
}
@Override
public Object visit(final TypeSpecifiers n, final Node argu) {
final PrimitiveType primitiveType = (PrimitiveType) newNode(
"primitiveType", n);
final StringBuilder sb = new StringBuilder();
final Iterator iter = n.f0.nodes
.iterator();
while (iter.hasNext()) {
final org.ow2.mind.idl.jtb.syntaxtree.Node syntaxNode = iter.next();
sb.append(((NodeToken) ((NodeChoice) syntaxNode).choice).tokenImage);
if (iter.hasNext()) sb.append(" ");
}
primitiveType.setName(sb.toString());
return primitiveType;
}
@Override
public Object visit(final StructOrUnionSpecification n, final Node argu) {
return n.f0.accept(this, argu);
}
@Override
public Object visit(final StructOrUnionDefinition n, final Node argu) {
final Type type;
// process StructOrUnion and identifier
final NodeToken structOrUnion = (NodeToken) n.f0.f0.choice;
if (structOrUnion.kind == STRUCT) {
final StructDefinition struct = (StructDefinition) newNode("struct", n);
if (n.f1.present()) struct.setName(((NodeToken) n.f1.node).tokenImage);
type = struct;
} else {
assert structOrUnion.kind == UNION;
final UnionDefinition union = (UnionDefinition) newNode("union", n);
if (n.f1.present()) union.setName(((NodeToken) n.f1.node).tokenImage);
type = union;
}
// process members
n.f3.accept(this, type);
return type;
}
@Override
public Object visit(final StructOrUnionReference n, final Node argu) {
final Type type;
// process StructOrUnion and identifier
final NodeToken structOrUnion = (NodeToken) n.f0.f0.choice;
if (structOrUnion.kind == STRUCT) {
final StructReference struct = (StructReference) newNode("structRef", n);
struct.setName(n.f1.tokenImage);
type = struct;
} else {
assert structOrUnion.kind == UNION;
final UnionReference union = (UnionReference) newNode("unionRef", n);
union.setName(n.f1.tokenImage);
type = union;
}
return type;
}
@Override
public Object visit(final StructMember n, final Node argu) {
assert argu != null;
final MemberContainer memberContainer = castNodeError(argu,
MemberContainer.class);
final Member member = (Member) newNode("member", n);
// process annotations
n.f0.accept(this, member);
// process qualified type specification
n.f1.accept(this, member);
// process type qualifiers
n.f1.f0.accept(this, member);
// process declarators
final List members = (List) n.f2.accept(this, member);
// process bit-field size (if any)
if (n.f3.present()) {
n.f3.accept(this, member);
}
for (final Object m : members) {
memberContainer.addMember((Member) m);
}
return null;
}
@Override
public Object visit(final EnumSpecification n, final Node argu) {
return n.f0.accept(this, argu);
}
@Override
public Object visit(final org.ow2.mind.idl.jtb.syntaxtree.EnumDefinition n,
final Node argu) {
// process StructOrUnion and identifier
final EnumDefinition enummeration = (EnumDefinition) newNode("enum", n);
if (n.f1.present())
enummeration.setName(((NodeToken) n.f1.node).tokenImage);
// process members
n.f3.accept(this, enummeration);
return enummeration;
}
@Override
public Object visit(final org.ow2.mind.idl.jtb.syntaxtree.EnumReference n,
final Node argu) {
// process StructOrUnion and identifier
final EnumReference enummeration = (EnumReference) newNode("enumRef", n);
enummeration.setName(n.f1.tokenImage);
return enummeration;
}
@Override
public Object visit(final org.ow2.mind.idl.jtb.syntaxtree.EnumMember n,
final Node argu) {
assert argu != null;
final EnumDefinition enummeration = castNodeError(argu,
EnumDefinition.class);
final EnumMember member = (EnumMember) newNode("enumMember", n);
// process annotations
n.f0.accept(this, member);
// process member name
member.setName(n.f1.tokenImage);
// process value (if any)
n.f2.accept(this, member);
enummeration.addEnumMember(member);
return null;
}
// ---------------------------------------------------------------------------
// Declarators grammar
// ---------------------------------------------------------------------------
@Override
public Object visit(final Declarators n, final Node argu) {
assert argu != null;
final TypeContainer container = castNodeError(argu, TypeContainer.class);
final Type typeSpecifier = container.getType();
final List result = new ArrayList();
// visit first declarator
TypeContainer n1 = cloneTree(container);
n1.setType(typeSpecifier);
n.f0.accept(this, n1);
setSource(n1, n.f0);
result.add(n1);
// visit other declarators (if any)
for (final org.ow2.mind.idl.jtb.syntaxtree.Node syntaxNode : n.f1.nodes) {
n1 = cloneTree(container);
n1.setType(cloneTypeSpecifier(typeSpecifier));
syntaxNode.accept(this, n1);
setSource(n1, ((NodeSequence) syntaxNode).elementAt(1));
result.add(n1);
}
return result;
}
@Override
public Object visit(final Declarator n, Node argu) {
assert argu != null;
// process pointers
argu = (Node) n.f0.accept(this, argu);
// process direct declarator
argu = (Node) n.f1.accept(this, argu);
return argu;
}
@Override
public Object visit(final PointerSpecification n, Node argu) {
assert argu != null;
// process qualified pointer spec
for (int i = 0; i < n.f0.size(); i++) {
argu = (Node) n.f0.elementAt(i).accept(this, argu);
}
return argu;
}
@Override
public Object visit(final QualifierPointerSpecification n, final Node argu) {
assert argu != null;
final TypeContainer typeContainer = castNodeError(argu, TypeContainer.class);
final PointerOf pointerOf = (PointerOf) newNode("pointerOf", n);
// process type qualifier
n.f1.accept(this, pointerOf);
// insert pointerOf node as direct sub-node of given typeContainer.
pointerOf.setType(typeContainer.getType());
typeContainer.setType(pointerOf);
return argu;
}
@Override
public Object visit(final DirectDeclarator n, Node argu) {
assert argu != null;
if (n.f0.choice instanceof NodeToken) {
// direct declarator is an identifier
final NodeToken id = (NodeToken) n.f0.choice;
setName(argu, id.tokenImage);
setSource(argu, id);
// process array specifications in reverse order
for (int i = n.f1.size() - 1; i >= 0; i--) {
argu = (Node) n.f1.elementAt(i).accept(this, argu);
}
} else {
// direct declarator is an inner declarator;
assert n.f0.choice instanceof NodeSequence;
// process array specifications first in reverse order
for (int i = n.f1.size() - 1; i >= 0; i--) {
argu = (Node) n.f1.elementAt(i).accept(this, argu);
}
argu = (Node) ((NodeSequence) n.f0.choice).elementAt(1)
.accept(this, argu);
}
return argu;
}
@Override
public Object visit(final AbstractDeclarator n, Node argu) {
assert argu != null;
// process pointers
argu = (Node) n.f0.accept(this, argu);
// process abstract direct declarator
argu = (Node) n.f1.accept(this, argu);
return argu;
}
@Override
public Object visit(final AbstractDirectDeclarator n, Node argu) {
assert argu != null;
if (n.f0.which == 0) {
final AbstractDeclarator abstractDeclarator = (AbstractDeclarator) ((NodeSequence) n.f0.choice)
.elementAt(1);
final NodeListOptional arraySpecification = (NodeListOptional) ((NodeSequence) n.f0.choice)
.elementAt(3);
// process array specifications first in reverse order
for (int i = arraySpecification.size() - 1; i >= 0; i--) {
argu = (Node) arraySpecification.elementAt(i).accept(this, argu);
}
argu = (Node) abstractDeclarator.accept(this, argu);
} else {
final NodeList arraySpecification = (NodeList) n.f0.choice;
// process array specifications first in reverse order
for (int i = arraySpecification.size() - 1; i >= 0; i--) {
argu = (Node) arraySpecification.elementAt(i).accept(this, argu);
}
}
return argu;
}
@Override
public Object visit(final ArraySpecification n, final Node argu) {
assert argu != null;
final TypeContainer typeContainer = castNodeError(argu, TypeContainer.class);
final ArrayOf arrayOf = (ArrayOf) newNode("arrayOf", n);
// process array size (if any)
n.f1.accept(this, arrayOf);
// insert arrayOf node as direct sub-node of given typeContainer.
arrayOf.setType(typeContainer.getType());
typeContainer.setType(arrayOf);
return argu;
}
// ---------------------------------------------------------------------------
// Constant Definition grammar
// ---------------------------------------------------------------------------
@Override
public Object visit(
final org.ow2.mind.idl.jtb.syntaxtree.ConstantDefinition n,
final Node argu) {
assert argu != null;
final TypeCollectionContainer container = castNodeError(argu,
TypeCollectionContainer.class);
final ConstantDefinition constDef = (ConstantDefinition) newNode(
"constant", n);
constDef.setName(n.f2.tokenImage);
constDef.setValue(n.f3.tokenImage);
container.addType(constDef);
return constDef;
}
// ---------------------------------------------------------------------------
// Interface Definition grammar
// ---------------------------------------------------------------------------
@Override
public Object visit(
final org.ow2.mind.idl.jtb.syntaxtree.InterfaceDefinition n,
final Node argu) {
assert argu != null;
final InterfaceDefinition itfDef = castNodeError(argu,
InterfaceDefinition.class);
// process interface definition
n.f0.accept(this, itfDef);
setSource(itfDef, n);
// process "unmanaged" qualifier
if (n.f2.present()) {
itfDef.setIsUnmanaged(InterfaceDefinition.TRUE);
}
// process name
itfDef.setName(fullyQualifiedName(n.f3));
// process inheritence specification
n.f4.accept(this, itfDef);
// process body
n.f5.accept(this, itfDef);
return itfDef;
}
@Override
public Object visit(final InterfaceInheritanceSpecification n, final Node argu) {
assert argu != null;
final InterfaceDefinition itfDef = castNodeError(argu,
InterfaceDefinition.class);
itfDef.setExtends(fullyQualifiedName(n.f1));
return itfDef;
}
@Override
public Object visit(final MethodDefinition n, final Node argu) {
assert argu != null;
final InterfaceDefinition itfDef = castNodeError(argu,
InterfaceDefinition.class);
final Method method = (Method) newNode("method", n);
// process annotations
n.f0.accept(this, method);
// set name
method.setName(n.f3.tokenImage);
// process return type
n.f1.accept(this, method);
// process type qualifiers
n.f1.f0.accept(this, method);
// process pointer specification
n.f2.accept(this, method);
// process parameters
n.f4.accept(this, method);
// check parameter names
final Parameter[] parameters = method.getParameters();
final Set usedParamNames = new HashSet(parameters.length);
boolean hasNullParamName = false;
for (final Parameter param : parameters) {
final String paramName = param.getName();
if (paramName != null)
usedParamNames.add(paramName);
else
hasNullParamName = true;
}
if (hasNullParamName) {
int i = 0;
for (final Parameter param : parameters) {
String paramName = param.getName();
if (paramName == null) {
// find a paramName that is not already used.
do {
paramName = "p" + (i++);
} while (!usedParamNames.add(paramName));
param.setName(paramName);
}
}
}
// add method in interface definition
itfDef.addMethod(method);
return method;
}
@Override
public Object visit(final ParameterList n, final Node argu) {
assert argu != null;
final Method method = castNodeError(argu, Method.class);
// process parameters
n.f0.accept(this, argu);
n.f1.accept(this, argu);
// process ...
if (n.f2.present()) {
final VaArgs vaArgs = (VaArgs) newNode("vaArgs");
method.setVaArgs(vaArgs);
}
return method;
}
@Override
public Object visit(final org.ow2.mind.idl.jtb.syntaxtree.Parameter n,
final Node argu) {
assert argu != null;
final Method method = castNodeError(argu, Method.class);
final Parameter parameter = (Parameter) newNode("parameter", n);
// process annotations
n.f0.accept(this, parameter);
// process qualifiers
n.f1.accept(this, parameter);
// process type specification
n.f2.accept(this, parameter);
// process type qualifiers
n.f2.f0.accept(this, parameter);
// process declarator
n.f3.accept(this, parameter);
// add parameter in method
method.addParameter(parameter);
return parameter;
}
@Override
public Object visit(final ParameterQualifier n, final Node argu) {
assert argu != null;
final Parameter parameter = castNodeError(argu, Parameter.class);
if (((NodeToken) n.f0.choice).kind == IN) {
parameter.setIsIn(Parameter.TRUE);
} else {
assert ((NodeToken) n.f0.choice).kind == OUT;
parameter.setIsOut(Parameter.TRUE);
}
return parameter;
}
// ---------------------------------------------------------------------------
// Expression grammar
// ---------------------------------------------------------------------------
@Override
public Object visit(
final org.ow2.mind.idl.jtb.syntaxtree.ConstantExpression n,
final Node argu) {
assert argu != null;
final ConstantExpressionContainer container = castNodeError(argu,
ConstantExpressionContainer.class);
final ConstantExpression expr = (ConstantExpression) n.f0
.accept(this, argu);
container.setConstantExpression(expr);
return expr;
}
@Override
public Object visit(final LogicalOrExpression n, final Node argu) {
if (n.f1.present()) {
return visitBinaryExpression(BinaryOperation.LOGICAL_OR, n.f0,
((NodeSequence) n.f1.node).elementAt(1), n, argu);
} else {
return n.f0.accept(this, argu);
}
}
@Override
public Object visit(final LogicalAndExpression n, final Node argu) {
if (n.f1.present()) {
return visitBinaryExpression(BinaryOperation.LOGICAL_AND, n.f0,
((NodeSequence) n.f1.node).elementAt(1), n, argu);
} else {
return n.f0.accept(this, argu);
}
}
@Override
public Object visit(final OrExpression n, final Node argu) {
if (n.f1.present()) {
return visitBinaryExpression(BinaryOperation.OR, n.f0,
((NodeSequence) n.f1.node).elementAt(1), n, argu);
} else {
return n.f0.accept(this, argu);
}
}
@Override
public Object visit(final XorExpression n, final Node argu) {
if (n.f1.present()) {
return visitBinaryExpression(BinaryOperation.XOR, n.f0,
((NodeSequence) n.f1.node).elementAt(1), n, argu);
} else {
return n.f0.accept(this, argu);
}
}
@Override
public Object visit(final AndExpression n, final Node argu) {
if (n.f1.present()) {
return visitBinaryExpression(BinaryOperation.AND, n.f0,
((NodeSequence) n.f1.node).elementAt(1), n, argu);
} else {
return n.f0.accept(this, argu);
}
}
@Override
public Object visit(final ShiftExpression n, final Node argu) {
if (n.f1.present()) {
final BinaryOperation expr = visitBinaryExpression(null, n.f0,
((NodeSequence) n.f1.node).elementAt(1), n, argu);
// process operand
((NodeSequence) n.f1.node).elementAt(0).accept(this, expr);
return expr;
} else {
return n.f0.accept(this, argu);
}
}
@Override
public Object visit(final AdditiveExpression n, final Node argu) {
if (n.f1.present()) {
final BinaryOperation expr = visitBinaryExpression(null, n.f0,
((NodeSequence) n.f1.node).elementAt(1), n, argu);
// process operand
((NodeSequence) n.f1.node).elementAt(0).accept(this, expr);
return expr;
} else {
return n.f0.accept(this, argu);
}
}
@Override
public Object visit(final MulExpression n, final Node argu) {
if (n.f1.present()) {
final BinaryOperation expr = visitBinaryExpression(null, n.f0,
((NodeSequence) n.f1.node).elementAt(1), n, argu);
// process operand
((NodeSequence) n.f1.node).elementAt(0).accept(this, expr);
return expr;
} else {
return n.f0.accept(this, argu);
}
}
@Override
public Object visit(final CastExpression n, final Node argu) {
if (n.f0.choice instanceof UnaryExpression) {
return n.f0.accept(this, argu);
} else {
final CastOperation expr = (CastOperation) newNode("castOperation", n);
// process type specification
((NodeSequence) n.f0.choice).elementAt(1).accept(this, expr);
// process declarator
((NodeSequence) n.f0.choice).elementAt(2).accept(this, expr);
// process inner cast expression
expr
.setConstantExpression((ConstantExpression) ((NodeSequence) n.f0.choice)
.elementAt(4).accept(this, expr));
return expr;
}
}
@Override
public Object visit(final UnaryExpression n, final Node argu) {
if (n.f0.present()) {
final UnaryOperation expr = (UnaryOperation) newNode("unaryOperation", n);
n.f0.accept(this, expr);
expr.setConstantExpression((ConstantExpression) n.f1.accept(this, expr));
return expr;
} else {
return n.f1.accept(this, argu);
}
}
@Override
public Object visit(final PrimaryExpression n, final Node argu) {
if (n.f0.choice instanceof org.ow2.mind.idl.jtb.syntaxtree.Literal) {
return n.f0.accept(this, argu);
} else {
return ((NodeSequence) n.f0.choice).elementAt(1).accept(this, argu);
}
}
@Override
public Object visit(final org.ow2.mind.idl.jtb.syntaxtree.Literal n,
final Node argu) {
final NodeToken literal = (NodeToken) n.f0.choice;
final Literal expr = (Literal) newNode("literal", literal);
expr.setExpr(literal.tokenImage);
return expr;
}
@Override
public Object visit(final ShiftOperation n, final Node argu) {
assert argu != null;
final BinaryOperation expr = castNodeError(argu, BinaryOperation.class);
switch (((NodeToken) n.f0.choice).kind) {
case LSHIFT :
expr.setOperation(BinaryOperation.LEFT_SHIFT);
break;
case RSHIFT :
expr.setOperation(BinaryOperation.RIGHT_SHIFT);
break;
}
return expr;
}
@Override
public Object visit(final AdditiveOperation n, final Node argu) {
assert argu != null;
final BinaryOperation expr = castNodeError(argu, BinaryOperation.class);
switch (((NodeToken) n.f0.choice).kind) {
case PLUS :
expr.setOperation(BinaryOperation.ADD);
break;
case MINUS :
expr.setOperation(BinaryOperation.SUB);
break;
}
return expr;
}
@Override
public Object visit(final MulOperation n, final Node argu) {
assert argu != null;
final BinaryOperation expr = castNodeError(argu, BinaryOperation.class);
switch (((NodeToken) n.f0.choice).kind) {
case STAR :
expr.setOperation(BinaryOperation.MULL);
break;
case SLASH :
expr.setOperation(BinaryOperation.DIV);
break;
case PERCENT :
expr.setOperation(BinaryOperation.MOD);
break;
}
return expr;
}
@Override
public Object visit(final org.ow2.mind.idl.jtb.syntaxtree.UnaryOperation n,
final Node argu) {
assert argu != null;
final UnaryOperation expr = castNodeError(argu, UnaryOperation.class);
switch (((NodeToken) n.f0.choice).kind) {
case AMP :
expr.setOperation(UnaryOperation.AMP);
break;
case STAR :
expr.setOperation(UnaryOperation.STAR);
break;
case PLUS :
expr.setOperation(UnaryOperation.PLUS);
break;
case MINUS :
expr.setOperation(UnaryOperation.MINUS);
break;
case TILDE :
expr.setOperation(UnaryOperation.TILDE);
break;
case NOT :
expr.setOperation(UnaryOperation.NOT);
break;
}
return expr;
}
// ---------------------------------------------------------------------------
// Value grammar
// ---------------------------------------------------------------------------
@Override
public Node visit(final StringValue n, final Node argu) {
assert argu != null;
final StringLiteral value = (StringLiteral) newNode("string", n.f0);
value.setValue(n.f0.tokenImage);
if (argu instanceof SingleValueContainer) {
((SingleValueContainer) argu).setValue(value);
} else {
castNodeError(argu, MultipleValueContainer.class).addValue(value);
}
return value;
}
@Override
public Node visit(final IntegerValue n, final Node argu) {
assert argu != null;
final NumberLiteral value = (NumberLiteral) newNode("integer", n.f1);
if (n.f0.present()) {
value.setValue(((NodeToken) ((NodeChoice) n.f0.node).choice).tokenImage
+ n.f1.tokenImage);
} else {
value.setValue(n.f1.tokenImage);
}
if (argu instanceof SingleValueContainer) {
((SingleValueContainer) argu).setValue(value);
} else {
castNodeError(argu, MultipleValueContainer.class).addValue(value);
}
return value;
}
@Override
public Node visit(final BooleanValue n, final Node argu) {
assert argu != null;
final BooleanLiteral value = (BooleanLiteral) newNode("boolean", n.f0);
if (n.f0.tokenImage.equals(BooleanLiteral.TRUE)) {
value.setValue(BooleanLiteral.TRUE);
} else {
value.setValue(BooleanLiteral.FALSE);
}
if (argu instanceof SingleValueContainer) {
((SingleValueContainer) argu).setValue(value);
} else {
castNodeError(argu, MultipleValueContainer.class).addValue(value);
}
return value;
}
@Override
public Node visit(final NullValue n, final Node argu) {
assert argu != null;
final NullLiteral value = (NullLiteral) newNode("null", n.f0);
if (argu instanceof SingleValueContainer) {
((SingleValueContainer) argu).setValue(value);
} else {
castNodeError(argu, MultipleValueContainer.class).addValue(value);
}
return value;
}
// ---------------------------------------------------------------------------
// Annotation grammar
// ---------------------------------------------------------------------------
@Override
public Node visit(final org.ow2.mind.idl.jtb.syntaxtree.Annotation n,
final Node argu) {
assert argu != null;
final AnnotationNode annotation = (AnnotationNode) newNode("annotation",
n.f0);
// process type
annotation.setType(fullyQualifiedName(n.f1));
// process parameters
n.f2.accept(this, annotation);
castNodeError(argu, AnnotationContainer.class).addAnnotation(annotation);
return annotation;
}
@Override
public Node visit(final AnnotationParameters n, final Node argu) {
assert argu != null;
final AnnotationNode annotation = (AnnotationNode) argu;
if (n.f1.present()) {
if (((NodeChoice) n.f1.node).choice instanceof AnnotationValue) {
final AnnotationArgument defaultParam = (AnnotationArgument) newNode(
"annotationArgument", n.f0);
defaultParam.setName(AnnotationArgument.DEFAULT_NAME);
annotation.addAnnotationArgument(defaultParam);
// process default value
n.f1.accept(this, defaultParam);
} else {
n.f1.accept(this, annotation);
}
}
return annotation;
}
@Override
public Node visit(final AnnotationValuePair n, final Node argu) {
assert argu != null;
final AnnotationNode annotation = (AnnotationNode) argu;
final AnnotationArgument param = (AnnotationArgument) newNode(
"annotationArgument", n.f0);
annotation.addAnnotationArgument(param);
// process name
param.setName(n.f0.tokenImage);
// process value
n.f2.accept(this, param);
return annotation;
}
@Override
public Node visit(final AnnotationAnnotationValue n, final Node argu) {
assert argu != null;
final AnnotationNode value = (AnnotationNode) newNode("annotationValue",
n.f0.f0);
// process type
value.setType(fullyQualifiedName(n.f0.f1));
// process parameters
n.f0.f2.accept(this, value);
if (argu instanceof SingleValueContainer) {
((SingleValueContainer) argu).setValue(castNodeError(value, Value.class));
} else {
castNodeError(argu, MultipleValueContainer.class).addValue(
castNodeError(value, Value.class));
}
return value;
}
@Override
public Node visit(final ArrayAnnotationValue n, final Node argu) {
assert argu != null;
final Array value = (Array) newNode("array", n.f0);
// process sub values
n.f1.accept(this, value);
if (argu instanceof SingleValueContainer) {
((SingleValueContainer) argu).setValue(value);
} else {
castNodeError(argu, MultipleValueContainer.class).addValue(value);
}
return value;
}
// ---------------------------------------------------------------------------
// Utility
// ---------------------------------------------------------------------------
private String fullyQualifiedName(final FullyQualifiedName n) {
String name = n.f0.tokenImage;
for (final org.ow2.mind.idl.jtb.syntaxtree.Node node : n.f1.nodes) {
name += "." + ((NodeToken) ((NodeSequence) node).elementAt(1)).tokenImage;
}
return name;
}
private Type cloneTypeSpecifier(final Type typeSpecifier) {
if (typeSpecifier instanceof StructDefinition) {
final StructDefinition structDef = (StructDefinition) typeSpecifier;
if (structDef.getName() == null) {
// anonymous struct definition, clone the whole definition
return cloneTree(structDef);
} else {
// named struct definition, generated a structRef node
final StructReference structRef = (StructReference) newNode("structRef");
copySource(structRef, structDef);
structRef.setName(structDef.getName());
return structRef;
}
} else if (typeSpecifier instanceof UnionDefinition) {
final UnionDefinition unionDef = (UnionDefinition) typeSpecifier;
if (unionDef.getName() == null) {
// anonymous union definition, clone the whole definition
return cloneTree(unionDef);
} else {
// named union definition, generated a unionRef node
final UnionReference unionRef = (UnionReference) newNode("unionRef");
copySource(unionRef, unionDef);
unionRef.setName(unionDef.getName());
return unionRef;
}
} else if (typeSpecifier instanceof EnumDefinition) {
final EnumDefinition enumDef = (EnumDefinition) typeSpecifier;
if (enumDef.getName() == null) {
// anonymous enum definition, clone the whole definition
return cloneTree(enumDef);
} else {
// named enum definition, generated a enumRef node
final EnumReference enumRef = (EnumReference) newNode("unionRef");
copySource(enumRef, enumDef);
enumRef.setName(enumDef.getName());
return enumRef;
}
} else {
// in other cases simply clone the type specifier
return cloneTree(typeSpecifier);
}
}
private BinaryOperation visitBinaryExpression(final String operator,
final org.ow2.mind.idl.jtb.syntaxtree.Node left,
final org.ow2.mind.idl.jtb.syntaxtree.Node right,
final org.ow2.mind.idl.jtb.syntaxtree.Node location, final Node argu) {
final BinaryOperation operation = (BinaryOperation) newNode(
"binaryOperation", location);
operation.setOperation(operator);
operation.addConstantExpression((ConstantExpression) left.accept(this,
operation));
operation.addConstantExpression((ConstantExpression) right.accept(this,
argu));
return operation;
}
}