void TypeCompiler::visitName(NameAST *node)
{
NameCompiler name_cc(m_session, m_visitor);
name_cc.run(node);
m_type = name_cc.qualifiedName();
m_templateArgs = name_cc.templateArguments();
}
void DeclaratorCompiler::run(DeclaratorAST *node)
{
_M_id.clear();
_M_parameters.clear();
_M_array.clear();
_M_function = false;
_M_reference = false;
_M_variadics = false;
_M_indirection = 0;
if (node)
{
NameCompiler name_cc(_M_binder);
DeclaratorAST *decl = node;
while (decl && decl->sub_declarator)
decl = decl->sub_declarator;
Q_ASSERT (decl != 0);
name_cc.run(decl->id);
_M_id = name_cc.name();
_M_function = (node->parameter_declaration_clause != 0);
if (node->parameter_declaration_clause && node->parameter_declaration_clause->ellipsis)
_M_variadics = true;
visitNodes(this, node->ptr_ops);
visit(node->parameter_declaration_clause);
if (const ListNode<ExpressionAST*> *it = node->array_dimensions)
{
it->toFront();
const ListNode<ExpressionAST*> *end = it;
do
{
QString elt;
if (ExpressionAST *expr = it->element)
{
const Token &start_token = _M_token_stream->token((int) expr->start_token);
const Token &end_token = _M_token_stream->token((int) expr->end_token);
elt += QString::fromUtf8(&start_token.text[start_token.position],
(int) (end_token.position - start_token.position)).trimmed();
}
_M_array.append (elt);
it = it->next;
}
while (it != end);
}
}
}
void TypeCompiler::visitParameterDeclaration(ParameterDeclarationAST* node)
{
TypeCompiler tc(m_session, m_visitor);
tc.run(node->type_specifier, node->declarator);
NameCompiler name_cc(m_session, m_visitor);
if (tc.type().isFunctionPointer() && node->declarator && node->declarator->sub_declarator)
name_cc.run(node->declarator->sub_declarator->id);
else if (node->declarator)
name_cc.run(node->declarator->id);
m_realType.appendParameter(Parameter(name_cc.name(), Type::registerType(tc.type())));
}
void TypeCompiler::run(const DeclaratorAST* declarator)
{
if (declarator->ptr_ops)
run(declarator->ptr_ops);
if (declarator->array_dimensions) {
const ListNode<ExpressionAST*>* it = declarator->array_dimensions->toFront(), *end = it;
int dim = 0;
m_realType.setArrayDimensions(declarator->array_dimensions->count());
do {
PrimaryExpressionAST* primary = ast_cast<PrimaryExpressionAST*>(it->element);
if (primary) {
QByteArray token = m_session->token_stream->token(primary->token).symbolByteArray();
bool ok = false;
int length = token.toInt(&ok);
if (ok) {
m_realType.setArrayLength(dim++, length);
} else {
m_realType.setPointerDepth(m_realType.pointerDepth() + 1);
}
} else {
m_realType.setPointerDepth(m_realType.pointerDepth() + 1);
}
it = it->next;
} while (it != end);
if (dim != m_realType.arrayDimensions()) {
m_realType.setArrayDimensions(dim);
}
}
NameCompiler name_cc(m_session, m_visitor);
name_cc.run(declarator->id);
if (declarator->parameter_declaration_clause && declarator->sub_declarator && name_cc.qualifiedName().isEmpty()) {
m_realType.setIsFunctionPointer(true);
visit(declarator->parameter_declaration_clause);
}
}
void TypeCompiler::visitName(NameAST *node) {
NameCompiler name_cc(_M_binder);
name_cc.run(node);
_M_type = name_cc.qualifiedName();
}
void TypeCompiler::visitName(NameAST *node)
{
NameCompiler name_cc(m_session);
name_cc.run(node);
m_type = name_cc.qualifiedName();
}
