These implicit pragmas are still respected by the binder in
@option{^-p^/PESSIMISTIC_ELABORATION^} mode, so a
safe elaboration order is assured.
+
+Note that @option{^-p^/PESSIMISTIC_ELABORATION^} is not intended for
+production use; it is more for debugging/experimental use.
@end table
@node Output Control
Enumeration literals are in mixed case. Overrides ^-n^/NAME_CASING^ casing
setting.
+@cindex @option{^-nt@var{x}^/TYPE_CASING^} (@command{gnatpp})
+@item ^-neD^/TYPE_CASING=AS_DECLARED^
+Names introduced by type and subtype declarations are always
+cased as they appear in the declaration in the source file.
+Overrides ^-n^/NAME_CASING^ casing setting.
+
+@item ^-ntU^/TYPE_CASING=UPPER_CASE^
+Names introduced by type and subtype declarations are always in
+upper case. Overrides ^-n^/NAME_CASING^ casing setting.
+
+@item ^-ntL^/TYPE_CASING=LOWER_CASE^
+Names introduced by type and subtype declarations are always in
+lower case. Overrides ^-n^/NAME_CASING^ casing setting.
+
+@item ^-ntM^/TYPE_CASING=MIXED_CASE^
+Names introduced by type and subtype declarations are always in
+mixed case. Overrides ^-n^/NAME_CASING^ casing setting.
+
@cindex @option{^-p@var{x}^/PRAGMA_CASING^} (@command{gnatpp})
@item ^-pL^/PRAGMA_CASING=LOWER_CASE^
Pragma names are lower case
the generic declaration explicitly indicates whether
or not such instantiations are permitted. If a generic formal parameter
has explicit unknown discriminants, indicated by using @code{(<>)} after the
-type name, then it can be instantiated with indefinite types, but no
+subtype name, then it can be instantiated with indefinite types, but no
stand-alone variables can be declared of this type. Any attempt to declare
such a variable will result in an illegality at the time the generic is
declared. If the @code{(<>)} notation is not used, then it is illegal
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