/** @param idLoopIndex */
public void setLoopIndex(Identifier idLoopIndex) {
if (idLoopIndex == null) {
// VariableDeclarator decl = new VariableDeclarator (new NameID ("i"));
//// addDeclaration (new VariableDeclaration (Globals.SPECIFIER_INDEX, decl))
/// *
// Traversable t = this;
// while (!(t instanceof SymbolTable))
// t = t.getParent ();
// ((SymbolTable) t).addDeclaration (new VariableDeclaration (Globals.SPECIFIER_INDEX,
// decl));
// */
// super.addDeclaration (new VariableDeclaration (Globals.SPECIFIER_INDEX, decl));
//
// m_idLoopIndex = SymbolTools.getTemp (new Identifier (decl));
// m_idLoopIndex = CodeGeneratorUtil.createIdentifier (Globals.SPECIFIER_INDEX, "i__",
// RangeIterator.m_nAnonymousLoopsCount++);
VariableDeclarator decl =
new VariableDeclarator(
CodeGeneratorUtil.createNameID("i__", RangeIterator.m_nAnonymousLoopsCount++));
m_idLoopIndex = new Identifier(decl);
// TODO: add VariableDeclaration(...)
} else {
/*
m_idLoopIndex = (Identifier) idLoopIndex.clone ();
if (m_idLoopIndex.getSymbol () == null)
addDeclaration (new VariableDeclaration (Globals.SPECIFIER_INDEX, new VariableDeclarator (m_idLoopIndex)));
*/
m_idLoopIndex = idLoopIndex;
}
m_idLoopIndex.setParent(this);
}
public Expression processFunctionCall(Expression id, List<Expression> listArgs) {
if (id instanceof NameID) {
String strFunctionName = ((NameID) id).getName();
// special function to be replaced with other operations
if ("mod".equals(strFunctionName)) {
assertParamCount(2, strFunctionName, listArgs);
return new BinaryExpression(listArgs.get(0), BinaryOperator.MODULUS, listArgs.get(1));
}
if ("floor".equals(strFunctionName)) {
assertParamCount(1, strFunctionName, listArgs);
return new Typecast(CodeGeneratorUtil.specifiers(Globals.SPECIFIER_INDEX), listArgs.get(0));
}
// function names to replace
if ("ceiling".equals(strFunctionName)) id = new NameID("ceil");
return new FunctionCall(id, listArgs);
}
return id;
}
