private void implementInvoke() {
BlockExpression block = getBlock();
IParsedElement body = block.getBody();
DynamicFunctionSymbol value;
if (body instanceof Expression) {
Expression expression = (Expression) body;
ReturnStatement syntheticReturnStatement = new ReturnStatement();
syntheticReturnStatement.setValue(expression);
syntheticReturnStatement.initLocation(
expression.getLocation().getOffset(),
expression.getLocation().getLength(),
expression.getLineNum(),
expression.getColumn(),
expression.getLocation().getScriptPartId());
value =
new DynamicFunctionSymbol(
null,
INVOKE_METHOD_NAME,
convertToObjectSignature(block),
convertToObjectSymbols(block),
syntheticReturnStatement);
} else {
value =
new DynamicFunctionSymbol(
null,
INVOKE_METHOD_NAME,
convertToObjectSignature(block),
convertToObjectSymbols(block),
(IStatement) body);
}
value.setClassMember(true);
value.setPublic(true);
value.setFinal(true);
getParseInfo().addMemberFunction(value);
}
private IFunctionType convertToObjectSignature(BlockExpression blk) {
IFunctionType functionType = blk.getType();
IType[] iTypes = new IType[functionType.getParameterTypes().length];
for (int i = 0; i < iTypes.length; i++) {
iTypes[i] = JavaTypes.OBJECT();
}
return new FunctionType(blk.getFunctionName(), JavaTypes.OBJECT(), iTypes);
}
private void initType(ICompilableType enclosingClass) {
setEnclosingType(enclosingClass);
BlockExpression block = getBlock();
if (block.getArgs().size() < IBlock.MAX_ARGS) {
IType functionClassForArity =
FunctionClassUtil.getFunctionClassForArity(block.getArgs().size());
setSuperType(functionClassForArity);
} else {
// This is a bad block that will have errors, so just set up a super type with zero args
setSuperType(FunctionClassUtil.getFunctionClassForArity(0));
}
}
private List<ISymbol> convertToObjectSymbols(BlockExpression blk) {
List<ISymbol> syms = new ArrayList<ISymbol>();
for (ISymbol iSymbol : blk.getArgs()) {
Symbol symbol = new Symbol((Symbol) iSymbol);
symbol.setType(JavaTypes.OBJECT());
syms.add(symbol);
}
return syms;
}
