-- 2. If the aggregate contains positional elements we
- -- (a) translate the positional elements in a series of assignments
+ -- (a) Translate the positional elements in a series of assignments
-- (b) Generate a final loop to cover the others choice if any.
-- Note that this final loop has to be a while loop since the case
-- cannot be handled by a for loop. Thus for the following
- -- array (L .. H) := (.. positional elements.., others =>E);
+ -- array (L .. H) := (.. positional elements.., others => E);
-- we always generate something like:
-- Construct "for L_J in Index_Base range L .. H"
L_Iteration_Scheme :=
- Make_Iteration_Scheme
- (Loc,
+ Make_Iteration_Scheme (Loc,
Loop_Parameter_Specification =>
- Make_Loop_Parameter_Specification
- (Loc,
+ Make_Loop_Parameter_Specification (Loc,
Defining_Identifier => L_J,
Discrete_Subtype_Definition => L_Range));