Lines Matching refs:qualifier

679 An :arc-term:`ownership qualifier` is a type qualifier which applies only to
681 to its element type, and adding an ownership qualifier to an array type so
684 A program is ill-formed if it attempts to apply an ownership qualifier to a
685 type which is already ownership-qualified, even if it is the same qualifier.
686 There is a single exception to this rule: an ownership qualifier may be applied
688 qualifier provided by the template argument.
691 top-level ownership qualifier is deleted.
695 retainable object owner type which lacks an ownership qualifier.
700   lvalues of retainable object pointer type have an ownership qualifier.  The
701   ability to override an ownership qualifier during template substitution is
726 An ownership qualifier may be written anywhere that any other type qualifier
729 If an ownership qualifier appears in the *declaration-specifiers*, the
732 * if the type specifier is a retainable object owner type, the qualifier
736   or block pointer declarator, the qualifier initially applies to
741 * If the qualifier is so applied at a position in the declaration
744   the qualifier applies instead to that block declarator and this rule
747 If an ownership qualifier appears on the declarator name, or on the declared
750 If an ownership qualifier appears anywhere else in a declarator, it applies to
759   to "move" the qualifier to a place where it will be meaningful.  The
830 object of retainable object pointer type.  Each qualifier specifies different
918 qualifier to a weak-unavailable type or if the value operand of a weak
1044 ``U oq *``, where ``oq`` is an ownership qualifier, then the argument is a
1391 explicit ownership qualifier, its type is implicitly adjusted to have
1437 owner type that does not have an explicit ownership qualifier, it is adjusted
1446   since they generally need to have a qualifier applied to the before being
2079 loop, and the variable has no explicit ownership qualifier, then it is
2221 (possibly qualified) ``void`` or a pointer to a (possibly qualifier) ``struct``