This patch extends r276951 to work for C++ too.
2019-10-22 Richard Sandiford <richard.sandiford@arm.com>
gcc/cp/
* cp-tree.h (STF_USER_VISIBLE): New constant.
(strip_typedefs, strip_typedefs_expr): Take a flags argument.
* tree.c (strip_typedefs, strip_typedefs_expr): Likewise,
updating mutual calls accordingly. When STF_USER_VISIBLE is true,
only look through typedefs if user_facing_original_type_p.
* error.c (dump_template_bindings, type_to_string): Pass
STF_USER_VISIBLE to strip_typedefs.
(dump_type): Likewise, unless pp_c_flag_gnu_v3 is set.
gcc/testsuite/
* g++.dg/diagnostic/aka5.h: New test.
* g++.dg/diagnostic/aka5a.C: Likewise.
* g++.dg/diagnostic/aka5b.C: Likewise.
* g++.target/aarch64/diag_aka_1.C: Likewise.
From-SVN: r277281
+2019-10-22 Richard Sandiford <richard.sandiford@arm.com>
+
+ * cp-tree.h (STF_USER_VISIBLE): New constant.
+ (strip_typedefs, strip_typedefs_expr): Take a flags argument.
+ * tree.c (strip_typedefs, strip_typedefs_expr): Likewise,
+ updating mutual calls accordingly. When STF_USER_VISIBLE is true,
+ only look through typedefs if user_facing_original_type_p.
+ * error.c (dump_template_bindings, type_to_string): Pass
+ STF_USER_VISIBLE to strip_typedefs.
+ (dump_type): Likewise, unless pp_c_flag_gnu_v3 is set.
+
2019-10-21 Kamlesh Kumar <kamleshbhalui@gmail.com>
Jason Merrill <jason@redhat.com>
#define TFF_NO_TEMPLATE_BINDINGS (1 << 13)
#define TFF_POINTER (1 << 14)
+/* These constants can be used as bit flags to control strip_typedefs.
+
+ STF_USER_VISIBLE: use heuristics to try to avoid stripping user-facing
+ aliases of internal details. This is intended for diagnostics,
+ where it should (for example) give more useful "aka" types. */
+const unsigned int STF_USER_VISIBLE = 1U;
+
/* Returns the TEMPLATE_DECL associated to a TEMPLATE_TEMPLATE_PARM
node. */
#define TEMPLATE_TEMPLATE_PARM_TEMPLATE_DECL(NODE) \
extern bool check_abi_tag_redeclaration (const_tree, const_tree,
const_tree);
extern bool check_abi_tag_args (tree, tree);
-extern tree strip_typedefs (tree, bool * = NULL);
-extern tree strip_typedefs_expr (tree, bool * = NULL);
+extern tree strip_typedefs (tree, bool * = NULL,
+ unsigned int = 0);
+extern tree strip_typedefs_expr (tree, bool * = NULL,
+ unsigned int = 0);
extern tree copy_binfo (tree, tree, tree,
tree *, int);
extern int member_p (const_tree);
pop_deferring_access_checks ();
/* Strip typedefs. We can't just use TFF_CHASE_TYPEDEF because
pp_simple_type_specifier doesn't know about it. */
- t = strip_typedefs (t);
+ t = strip_typedefs (t, NULL, STF_USER_VISIBLE);
dump_type (pp, t, TFF_PLAIN_IDENTIFIER);
}
}
|| DECL_SELF_REFERENCE_P (decl)
|| (!flag_pretty_templates
&& DECL_LANG_SPECIFIC (decl) && DECL_TEMPLATE_INFO (decl)))
- t = strip_typedefs (t);
+ {
+ unsigned int stf_flags = (!(pp->flags & pp_c_flag_gnu_v3)
+ ? STF_USER_VISIBLE : 0);
+ t = strip_typedefs (t, NULL, stf_flags);
+ }
else if (alias_template_specialization_p (t))
{
dump_alias_template_specialization (pp, t, flags);
&& !uses_template_parms (typ))
{
int aka_start, aka_len; char *p;
- tree aka = strip_typedefs (typ);
+ tree aka = strip_typedefs (typ, NULL, STF_USER_VISIBLE);
if (quote && *quote)
pp_end_quote (cxx_pp, show_color);
pp_string (cxx_pp, " {aka");
return cp_build_type_attribute_variant (result, new_attribs);
}
-/* Builds a qualified variant of T that is not a typedef variant.
+/* Builds a qualified variant of T that is either not a typedef variant
+ (the default behavior) or not a typedef variant of a user-facing type
+ (if FLAGS contains STF_USER_FACING).
+
E.g. consider the following declarations:
typedef const int ConstInt;
typedef ConstInt* PtrConstInt;
stripped. */
tree
-strip_typedefs (tree t, bool *remove_attributes)
+strip_typedefs (tree t, bool *remove_attributes, unsigned int flags)
{
tree result = NULL, type = NULL, t0 = NULL;
for (; t; t = TREE_CHAIN (t))
{
gcc_assert (!TREE_PURPOSE (t));
- tree elt = strip_typedefs (TREE_VALUE (t), remove_attributes);
+ tree elt = strip_typedefs (TREE_VALUE (t), remove_attributes, flags);
if (elt != TREE_VALUE (t))
changed = true;
vec_safe_push (vec, elt);
switch (TREE_CODE (t))
{
case POINTER_TYPE:
- type = strip_typedefs (TREE_TYPE (t), remove_attributes);
+ type = strip_typedefs (TREE_TYPE (t), remove_attributes, flags);
result = build_pointer_type (type);
break;
case REFERENCE_TYPE:
- type = strip_typedefs (TREE_TYPE (t), remove_attributes);
+ type = strip_typedefs (TREE_TYPE (t), remove_attributes, flags);
result = cp_build_reference_type (type, TYPE_REF_IS_RVALUE (t));
break;
case OFFSET_TYPE:
- t0 = strip_typedefs (TYPE_OFFSET_BASETYPE (t), remove_attributes);
- type = strip_typedefs (TREE_TYPE (t), remove_attributes);
+ t0 = strip_typedefs (TYPE_OFFSET_BASETYPE (t), remove_attributes, flags);
+ type = strip_typedefs (TREE_TYPE (t), remove_attributes, flags);
result = build_offset_type (t0, type);
break;
case RECORD_TYPE:
if (TYPE_PTRMEMFUNC_P (t))
{
- t0 = strip_typedefs (TYPE_PTRMEMFUNC_FN_TYPE (t), remove_attributes);
+ t0 = strip_typedefs (TYPE_PTRMEMFUNC_FN_TYPE (t),
+ remove_attributes, flags);
result = build_ptrmemfunc_type (t0);
}
break;
case ARRAY_TYPE:
- type = strip_typedefs (TREE_TYPE (t), remove_attributes);
- t0 = strip_typedefs (TYPE_DOMAIN (t), remove_attributes);
+ type = strip_typedefs (TREE_TYPE (t), remove_attributes, flags);
+ t0 = strip_typedefs (TYPE_DOMAIN (t), remove_attributes, flags);
result = build_cplus_array_type (type, t0);
break;
case FUNCTION_TYPE:
&& (TYPE_ATTRIBUTES (t) || TYPE_USER_ALIGN (t)))
is_variant = true;
- type = strip_typedefs (TREE_TYPE (t), remove_attributes);
+ type = strip_typedefs (TREE_TYPE (t), remove_attributes, flags);
tree canon_spec = (flag_noexcept_type
? canonical_eh_spec (TYPE_RAISES_EXCEPTIONS (t))
: NULL_TREE);
if (arg_node == void_list_node)
break;
arg_type = strip_typedefs (TREE_VALUE (arg_node),
- remove_attributes);
+ remove_attributes, flags);
gcc_assert (arg_type);
if (arg_type == TREE_VALUE (arg_node) && !changed)
continue;
tree arg = TREE_VEC_ELT (args, i);
tree strip_arg;
if (TYPE_P (arg))
- strip_arg = strip_typedefs (arg, remove_attributes);
+ strip_arg = strip_typedefs (arg, remove_attributes, flags);
else
- strip_arg = strip_typedefs_expr (arg, remove_attributes);
+ strip_arg = strip_typedefs_expr (arg, remove_attributes,
+ flags);
TREE_VEC_ELT (new_args, i) = strip_arg;
if (strip_arg != arg)
changed = true;
else
ggc_free (new_args);
}
- tree ctx = strip_typedefs (TYPE_CONTEXT (t), remove_attributes);
+ tree ctx = strip_typedefs (TYPE_CONTEXT (t), remove_attributes, flags);
if (!changed && ctx == TYPE_CONTEXT (t) && !typedef_variant_p (t))
return t;
tree name = fullname;
break;
case DECLTYPE_TYPE:
result = strip_typedefs_expr (DECLTYPE_TYPE_EXPR (t),
- remove_attributes);
+ remove_attributes, flags);
if (result == DECLTYPE_TYPE_EXPR (t))
result = NULL_TREE;
else
tf_none));
break;
case UNDERLYING_TYPE:
- type = strip_typedefs (UNDERLYING_TYPE_TYPE (t), remove_attributes);
+ type = strip_typedefs (UNDERLYING_TYPE_TYPE (t),
+ remove_attributes, flags);
result = finish_underlying_type (type);
break;
default:
{
if (typedef_variant_p (t))
{
- /* Explicitly get the underlying type, as TYPE_MAIN_VARIANT doesn't
- strip typedefs with attributes. */
- result = TYPE_MAIN_VARIANT (DECL_ORIGINAL_TYPE (TYPE_NAME (t)));
- result = strip_typedefs (result);
+ if ((flags & STF_USER_VISIBLE)
+ && !user_facing_original_type_p (t))
+ return t;
+ result = strip_typedefs (DECL_ORIGINAL_TYPE (TYPE_NAME (t)),
+ remove_attributes, flags);
}
else
result = TYPE_MAIN_VARIANT (t);
}
- gcc_assert (!typedef_variant_p (result));
+ gcc_assert (!typedef_variant_p (result)
+ || ((flags & STF_USER_VISIBLE)
+ && !user_facing_original_type_p (result)));
if (COMPLETE_TYPE_P (result) && !COMPLETE_TYPE_P (t))
/* If RESULT is complete and T isn't, it's likely the case that T
sizeof(TT) is replaced by sizeof(T). */
tree
-strip_typedefs_expr (tree t, bool *remove_attributes)
+strip_typedefs_expr (tree t, bool *remove_attributes, unsigned int flags)
{
unsigned i,n;
tree r, type, *ops;
/* Some expressions have type operands, so let's handle types here rather
than check TYPE_P in multiple places below. */
if (TYPE_P (t))
- return strip_typedefs (t, remove_attributes);
+ return strip_typedefs (t, remove_attributes, flags);
code = TREE_CODE (t);
switch (code)
case TRAIT_EXPR:
{
- tree type1 = strip_typedefs (TRAIT_EXPR_TYPE1 (t), remove_attributes);
- tree type2 = strip_typedefs (TRAIT_EXPR_TYPE2 (t), remove_attributes);
+ tree type1 = strip_typedefs (TRAIT_EXPR_TYPE1 (t),
+ remove_attributes, flags);
+ tree type2 = strip_typedefs (TRAIT_EXPR_TYPE2 (t),
+ remove_attributes, flags);
if (type1 == TRAIT_EXPR_TYPE1 (t)
&& type2 == TRAIT_EXPR_TYPE2 (t))
return t;
tree it;
for (it = t; it; it = TREE_CHAIN (it))
{
- tree val = strip_typedefs_expr (TREE_VALUE (it), remove_attributes);
+ tree val = strip_typedefs_expr (TREE_VALUE (it),
+ remove_attributes, flags);
vec_safe_push (vec, val);
if (val != TREE_VALUE (it))
changed = true;
for (i = 0; i < n; ++i)
{
tree op = strip_typedefs_expr (TREE_VEC_ELT (t, i),
- remove_attributes);
+ remove_attributes, flags);
vec->quick_push (op);
if (op != TREE_VEC_ELT (t, i))
changed = true;
vec<constructor_elt, va_gc> *vec
= vec_safe_copy (CONSTRUCTOR_ELTS (t));
n = CONSTRUCTOR_NELTS (t);
- type = strip_typedefs (TREE_TYPE (t), remove_attributes);
+ type = strip_typedefs (TREE_TYPE (t), remove_attributes, flags);
for (i = 0; i < n; ++i)
{
constructor_elt *e = &(*vec)[i];
- tree op = strip_typedefs_expr (e->value, remove_attributes);
+ tree op = strip_typedefs_expr (e->value, remove_attributes, flags);
if (op != e->value)
{
changed = true;
e->value = op;
}
gcc_checking_assert
- (e->index == strip_typedefs_expr (e->index, remove_attributes));
+ (e->index == strip_typedefs_expr (e->index, remove_attributes,
+ flags));
}
if (!changed && type == TREE_TYPE (t))
case REINTERPRET_CAST_EXPR:
case CAST_EXPR:
case NEW_EXPR:
- type = strip_typedefs (type, remove_attributes);
+ type = strip_typedefs (type, remove_attributes, flags);
/* fallthrough */
default:
for (i = 0; i < n; ++i)
- ops[i] = strip_typedefs_expr (TREE_OPERAND (t, i), remove_attributes);
+ ops[i] = strip_typedefs_expr (TREE_OPERAND (t, i),
+ remove_attributes, flags);
break;
}
+2019-10-22 Richard Sandiford <richard.sandiford@arm.com>
+
+ * g++.dg/diagnostic/aka5.h: New test.
+ * g++.dg/diagnostic/aka5a.C: Likewise.
+ * g++.dg/diagnostic/aka5b.C: Likewise.
+ * g++.target/aarch64/diag_aka_1.C: Likewise.
+
2019-10-22 Iain Sandoe <iain@sandoe.co.uk>
* gcc.dg/Wnonnull.c: Provide prototypes for strlen and memcpy.
--- /dev/null
+#ifdef IS_SYSTEM_HEADER
+#pragma GCC system_header
+#endif
+
+typedef enum __internal_enum { A, B } user_enum;
+typedef user_enum *user_enum_ptr;
+
+typedef struct __internal_struct { int i; } user_struct;
+typedef user_struct user_struct_copy;
+typedef user_struct *user_struct_ptr;
+
+typedef union __internal_union { int i; } user_union;
+typedef user_union user_union_copy;
+typedef user_union *user_union_ptr;
+
+typedef unsigned int user_vector __attribute__((__vector_size__(16)));
+typedef user_vector user_vector_copy;
+typedef user_vector *user_vector_ptr;
+
+typedef int user_int;
+typedef user_int user_int_copy;
+typedef user_int *user_int_ptr;
--- /dev/null
+#define IS_SYSTEM_HEADER
+#include "aka5.h"
+
+typedef user_enum user_enum_copy;
+
+struct s { int i; };
+
+user_enum ue1;
+user_enum_copy ue2;
+user_enum_ptr ue_ptr1;
+user_enum *ue_ptr2;
+const user_enum *const_ue_ptr1;
+const user_enum_copy *const_ue_ptr2;
+volatile user_enum *volatile_ue_ptr1;
+volatile user_enum_copy *volatile_ue_ptr2;
+user_enum (*ue_array_ptr1)[10];
+user_enum_copy (*ue_array_ptr2)[10];
+user_enum (*ue_fn_ptr1) (void);
+void (*ue_fn_ptr2) (user_enum);
+void (*ue_fn_ptr3) (user_enum, ...);
+user_enum_copy (*ue_fn_ptr4) (void);
+void (*ue_fn_ptr5) (user_enum_copy);
+void (*ue_fn_ptr6) (user_enum_copy, ...);
+user_enum (*__attribute__((__transaction_unsafe__)) unsafe_ue_fn_ptr1) (void);
+user_enum_copy (*__attribute__((__transaction_unsafe__)) unsafe_ue_fn_ptr2) (void);
+
+user_struct us1;
+user_struct_copy us2;
+user_struct_ptr us_ptr1;
+user_struct *us_ptr2;
+const user_struct *const_us_ptr1;
+const user_struct_copy *const_us_ptr2;
+
+user_union uu1;
+user_union_copy uu2;
+user_union_ptr uu_ptr1;
+user_union *uu_ptr2;
+const user_union *const_uu_ptr1;
+const user_union_copy *const_uu_ptr2;
+
+user_vector uv1;
+user_vector_copy uv2;
+user_vector_ptr uv_ptr1;
+user_vector *uv_ptr2;
+const user_vector *const_uv_ptr1;
+const user_vector_copy *const_uv_ptr2;
+
+user_int ui1;
+user_int_copy ui2;
+user_int_ptr ui_ptr1;
+user_int *ui_ptr2;
+const user_int *const_ui_ptr1;
+const user_int_copy *const_ui_ptr2;
+volatile user_int *volatile_ui_ptr1;
+volatile user_int_copy *volatile_ui_ptr2;
+user_int (*ui_array_ptr1)[10];
+user_int_copy (*ui_array_ptr2)[10];
+user_int (*ui_fn_ptr1) (void);
+void (*ui_fn_ptr2) (user_int);
+void (*ui_fn_ptr3) (user_int, ...);
+user_int_copy (*ui_fn_ptr4) (void);
+void (*ui_fn_ptr5) (user_int_copy);
+void (*ui_fn_ptr6) (user_int_copy, ...);
+user_int (*__attribute__((__transaction_unsafe__)) unsafe_ui_fn_ptr1) (void);
+user_int_copy (*__attribute__((__transaction_unsafe__)) unsafe_ui_fn_ptr2) (void);
+
+void f (s s1)
+{
+ ue1 = s1; // { dg-error {cannot convert 's' to 'user_enum' in assignment} }
+ ue2 = s1; // { dg-error {cannot convert 's' to 'user_enum_copy' {aka 'user_enum'} in assignment} }
+ ue_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum_ptr' {aka 'user_enum\*'} in assignment} }
+ ue_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum\*' in assignment} }
+ const_ue_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'const user_enum\*' in assignment} }
+ const_ue_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'const user_enum_copy\*' {aka 'const user_enum\*'} in assignment} }
+ volatile_ue_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'volatile user_enum\*' in assignment} }
+ volatile_ue_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'volatile user_enum_copy\*' {aka 'volatile user_enum\*'} in assignment} }
+ ue_array_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum \(\*\)\[10\]' in assignment} }
+ ue_array_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum_copy \(\*\)\[10\]' {aka 'user_enum \(\*\)\[10\]'} in assignment} }
+ ue_fn_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum \(\*\)\(\)' in assignment} }
+ ue_fn_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_enum\)' in assignment} }
+ ue_fn_ptr3 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_enum, \.\.\.\)' in assignment} }
+ ue_fn_ptr4 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum_copy \(\*\)\(\)' {aka 'user_enum \(\*\)\(\)'} in assignment} }
+ ue_fn_ptr5 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_enum_copy\)' {aka 'void \(\*\)\(user_enum\)'} in assignment} }
+ ue_fn_ptr6 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_enum_copy, \.\.\.\)' {aka 'void \(\*\)\(user_enum, \.\.\.\)'} in assignment} }
+ unsafe_ue_fn_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)' in assignment} }
+ unsafe_ue_fn_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum_copy \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)' {aka 'user_enum \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)'} in assignment} }
+
+ us1 = s1; // { dg-error {no match for 'operator=' in 'us1 = s1' \(operand types are 'user_struct' and 's'\)} }
+ us2 = s1; // { dg-error {no match for 'operator=' in 'us2 = s1' \(operand types are 'user_struct_copy' {aka 'user_struct'} and 's'\)} }
+ us_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_struct_ptr' {aka 'user_struct\*'} in assignment} }
+ us_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_struct\*' in assignment} }
+ const_us_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'const user_struct\*' in assignment} }
+ const_us_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'const user_struct_copy\*' {aka 'const user_struct\*'} in assignment} }
+
+ uu1 = s1; // { dg-error {no match for 'operator=' in 'uu1 = s1' \(operand types are 'user_union' and 's'\)} }
+ uu2 = s1; // { dg-error {no match for 'operator=' in 'uu2 = s1' \(operand types are 'user_union_copy' {aka 'user_union'} and 's'\)} }
+ uu_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_union_ptr' {aka 'user_union\*'} in assignment} }
+ uu_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_union\*' in assignment} }
+ const_uu_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'const user_union\*' in assignment} }
+ const_uu_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'const user_union_copy\*' {aka 'const user_union\*'} in assignment} }
+
+ uv1 = s1; // { dg-error {cannot convert 's' to 'user_vector' in assignment} }
+ uv2 = s1; // { dg-error {cannot convert 's' to 'user_vector_copy' {aka 'user_vector'} in assignment} }
+ uv_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_vector_ptr' {aka 'user_vector\*'} in assignment} }
+ uv_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_vector\*' in assignment} }
+ const_uv_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'const user_vector\*' in assignment} }
+ const_uv_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'const user_vector_copy\*' {aka 'const user_vector\*'} in assignment} }
+
+ ui1 = s1; // { dg-error {cannot convert 's' to 'user_int' {aka 'int'} in assignment} }
+ ui2 = s1; // { dg-error {cannot convert 's' to 'user_int_copy' {aka 'int'} in assignment} }
+ ui_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_int_ptr' {aka 'int\*'} in assignment} }
+ ui_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_int\*' {aka 'int\*'} in assignment} }
+ const_ui_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'const user_int\*' {aka 'const int\*'} in assignment} }
+ const_ui_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'const user_int_copy\*' {aka 'const int\*'} in assignment} }
+ volatile_ui_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'volatile user_int\*' {aka 'volatile int\*'} in assignment} }
+ volatile_ui_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'volatile user_int_copy\*' {aka 'volatile int\*'} in assignment} }
+ ui_array_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_int \(\*\)\[10\]' {aka 'int \(\*\)\[10\]'} in assignment} }
+ ui_array_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_int_copy \(\*\)\[10\]' {aka 'int \(\*\)\[10\]'} in assignment} }
+ ui_fn_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_int \(\*\)\(\)' {aka 'int \(\*\)\(\)'} in assignment} }
+ ui_fn_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_int\)' {aka 'void \(\*\)\(int\)'} in assignment} }
+ ui_fn_ptr3 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_int, \.\.\.\)' {aka 'void \(\*\)\(int, \.\.\.\)'} in assignment} }
+ ui_fn_ptr4 = &s1; // { dg-error {cannot convert 's\*' to 'user_int_copy \(\*\)\(\)' {aka 'int \(\*\)\(\)'} in assignment} }
+ ui_fn_ptr5 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_int_copy\)' {aka 'void \(\*\)\(int\)'} in assignment} }
+ ui_fn_ptr6 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_int_copy, \.\.\.\)' {aka 'void \(\*\)\(int, \.\.\.\)'} in assignment} }
+ unsafe_ui_fn_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_int \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)' {aka 'int \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)'} in assignment} }
+ unsafe_ui_fn_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_int_copy \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)' {aka 'int \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)'} in assignment} }
+}
--- /dev/null
+#include "aka5.h"
+
+typedef user_enum user_enum_copy;
+
+struct s { int i; };
+
+user_enum ue1;
+user_enum_copy ue2;
+user_enum_ptr ue_ptr1;
+user_enum *ue_ptr2;
+const user_enum *const_ue_ptr1;
+const user_enum_copy *const_ue_ptr2;
+volatile user_enum *volatile_ue_ptr1;
+volatile user_enum_copy *volatile_ue_ptr2;
+user_enum (*ue_array_ptr1)[10];
+user_enum_copy (*ue_array_ptr2)[10];
+user_enum (*ue_fn_ptr1) (void);
+void (*ue_fn_ptr2) (user_enum);
+void (*ue_fn_ptr3) (user_enum, ...);
+user_enum_copy (*ue_fn_ptr4) (void);
+void (*ue_fn_ptr5) (user_enum_copy);
+void (*ue_fn_ptr6) (user_enum_copy, ...);
+user_enum (*__attribute__((__transaction_unsafe__)) unsafe_ue_fn_ptr1) (void);
+user_enum_copy (*__attribute__((__transaction_unsafe__)) unsafe_ue_fn_ptr2) (void);
+
+user_struct us1;
+user_struct_copy us2;
+user_struct_ptr us_ptr1;
+user_struct *us_ptr2;
+const user_struct *const_us_ptr1;
+const user_struct_copy *const_us_ptr2;
+
+user_union uu1;
+user_union_copy uu2;
+user_union_ptr uu_ptr1;
+user_union *uu_ptr2;
+const user_union *const_uu_ptr1;
+const user_union_copy *const_uu_ptr2;
+
+user_vector uv1;
+user_vector_copy uv2;
+user_vector_ptr uv_ptr1;
+user_vector *uv_ptr2;
+const user_vector *const_uv_ptr1;
+const user_vector_copy *const_uv_ptr2;
+
+user_int ui1;
+user_int_copy ui2;
+user_int_ptr ui_ptr1;
+user_int *ui_ptr2;
+const user_int *const_ui_ptr1;
+const user_int_copy *const_ui_ptr2;
+volatile user_int *volatile_ui_ptr1;
+volatile user_int_copy *volatile_ui_ptr2;
+user_int (*ui_array_ptr1)[10];
+user_int_copy (*ui_array_ptr2)[10];
+user_int (*ui_fn_ptr1) (void);
+void (*ui_fn_ptr2) (user_int);
+void (*ui_fn_ptr3) (user_int, ...);
+user_int_copy (*ui_fn_ptr4) (void);
+void (*ui_fn_ptr5) (user_int_copy);
+void (*ui_fn_ptr6) (user_int_copy, ...);
+user_int (*__attribute__((__transaction_unsafe__)) unsafe_ui_fn_ptr1) (void);
+user_int_copy (*__attribute__((__transaction_unsafe__)) unsafe_ui_fn_ptr2) (void);
+
+void f (s s1)
+{
+ ue1 = s1; // { dg-error {cannot convert 's' to 'user_enum' {aka '__internal_enum'} in assignment} }
+ ue2 = s1; // { dg-error {cannot convert 's' to 'user_enum_copy' {aka '__internal_enum'} in assignment} }
+ ue_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum_ptr' {aka '__internal_enum\*'} in assignment} }
+ ue_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum\*' {aka '__internal_enum\*'} in assignment} }
+ const_ue_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'const user_enum\*' {aka 'const __internal_enum\*'} in assignment} }
+ const_ue_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'const user_enum_copy\*' {aka 'const __internal_enum\*'} in assignment} }
+ volatile_ue_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'volatile user_enum\*' {aka 'volatile __internal_enum\*'} in assignment} }
+ volatile_ue_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'volatile user_enum_copy\*' {aka 'volatile __internal_enum\*'} in assignment} }
+ ue_array_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum \(\*\)\[10\]' {aka '__internal_enum \(\*\)\[10\]'} in assignment} }
+ ue_array_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum_copy \(\*\)\[10\]' {aka '__internal_enum \(\*\)\[10\]'} in assignment} }
+ ue_fn_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum \(\*\)\(\)' {aka '__internal_enum \(\*\)\(\)'} in assignment} }
+ ue_fn_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_enum\)' {aka 'void \(\*\)\(__internal_enum\)'} in assignment} }
+ ue_fn_ptr3 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_enum, \.\.\.\)' {aka 'void \(\*\)\(__internal_enum, \.\.\.\)'} in assignment} }
+ ue_fn_ptr4 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum_copy \(\*\)\(\)' {aka '__internal_enum \(\*\)\(\)'} in assignment} }
+ ue_fn_ptr5 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_enum_copy\)' {aka 'void \(\*\)\(__internal_enum\)'} in assignment} }
+ ue_fn_ptr6 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_enum_copy, \.\.\.\)' {aka 'void \(\*\)\(__internal_enum, \.\.\.\)'} in assignment} }
+ unsafe_ue_fn_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)' {aka '__internal_enum \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)'} in assignment} }
+ unsafe_ue_fn_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_enum_copy \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)' {aka '__internal_enum \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)'} in assignment} }
+
+ us1 = s1; // { dg-error {no match for 'operator=' in 'us1 = s1' \(operand types are 'user_struct' {aka '__internal_struct'} and 's'\)} }
+ us2 = s1; // { dg-error {no match for 'operator=' in 'us2 = s1' \(operand types are 'user_struct_copy' {aka '__internal_struct'} and 's'\)} }
+ us_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_struct_ptr' {aka '__internal_struct\*'} in assignment} }
+ us_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_struct\*' {aka '__internal_struct\*'} in assignment} }
+ const_us_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'const user_struct\*' {aka 'const __internal_struct\*'} in assignment} }
+ const_us_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'const user_struct_copy\*' {aka 'const __internal_struct\*'} in assignment} }
+
+ uu1 = s1; // { dg-error {no match for 'operator=' in 'uu1 = s1' \(operand types are 'user_union' {aka '__internal_union'} and 's'\)} }
+ uu2 = s1; // { dg-error {no match for 'operator=' in 'uu2 = s1' \(operand types are 'user_union_copy' {aka '__internal_union'} and 's'\)} }
+ uu_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_union_ptr' {aka '__internal_union\*'} in assignment} }
+ uu_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_union\*' {aka '__internal_union\*'} in assignment} }
+ const_uu_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'const user_union\*' {aka 'const __internal_union\*'} in assignment} }
+ const_uu_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'const user_union_copy\*' {aka 'const __internal_union\*'} in assignment} }
+
+ uv1 = s1; // { dg-error {cannot convert 's' to 'user_vector' {aka '__vector\([48]\) unsigned int'} in assignment} }
+ uv2 = s1; // { dg-error {cannot convert 's' to 'user_vector_copy' {aka '__vector\([48]\) unsigned int'} in assignment} }
+ uv_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_vector_ptr' {aka '__vector\([48]\) unsigned int\*'} in assignment} }
+ uv_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_vector\*' {aka '__vector\([48]\) unsigned int\*'} in assignment} }
+ const_uv_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'const user_vector\*' {aka 'const __vector\([48]\) unsigned int\*'} in assignment} }
+ const_uv_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'const user_vector_copy\*' {aka 'const __vector\([48]\) unsigned int\*'} in assignment} }
+
+ ui1 = s1; // { dg-error {cannot convert 's' to 'user_int' {aka 'int'} in assignment} }
+ ui2 = s1; // { dg-error {cannot convert 's' to 'user_int_copy' {aka 'int'} in assignment} }
+ ui_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_int_ptr' {aka 'int\*'} in assignment} }
+ ui_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_int\*' {aka 'int\*'} in assignment} }
+ const_ui_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'const user_int\*' {aka 'const int\*'} in assignment} }
+ const_ui_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'const user_int_copy\*' {aka 'const int\*'} in assignment} }
+ volatile_ui_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'volatile user_int\*' {aka 'volatile int\*'} in assignment} }
+ volatile_ui_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'volatile user_int_copy\*' {aka 'volatile int\*'} in assignment} }
+ ui_array_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_int \(\*\)\[10\]' {aka 'int \(\*\)\[10\]'} in assignment} }
+ ui_array_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_int_copy \(\*\)\[10\]' {aka 'int \(\*\)\[10\]'} in assignment} }
+ ui_fn_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_int \(\*\)\(\)' {aka 'int \(\*\)\(\)'} in assignment} }
+ ui_fn_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_int\)' {aka 'void \(\*\)\(int\)'} in assignment} }
+ ui_fn_ptr3 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_int, \.\.\.\)' {aka 'void \(\*\)\(int, \.\.\.\)'} in assignment} }
+ ui_fn_ptr4 = &s1; // { dg-error {cannot convert 's\*' to 'user_int_copy \(\*\)\(\)' {aka 'int \(\*\)\(\)'} in assignment} }
+ ui_fn_ptr5 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_int_copy\)' {aka 'void \(\*\)\(int\)'} in assignment} }
+ ui_fn_ptr6 = &s1; // { dg-error {cannot convert 's\*' to 'void \(\*\)\(user_int_copy, \.\.\.\)' {aka 'void \(\*\)\(int, \.\.\.\)'} in assignment} }
+ unsafe_ui_fn_ptr1 = &s1; // { dg-error {cannot convert 's\*' to 'user_int \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)' {aka 'int \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)'} in assignment} }
+ unsafe_ui_fn_ptr2 = &s1; // { dg-error {cannot convert 's\*' to 'user_int_copy \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)' {aka 'int \(__attribute__\(\(transaction_unsafe\)\) \*\)\(\)'} in assignment} }
+}
+
--- /dev/null
+#include <arm_neon.h>
+
+typedef int16x4_t myvec;
+
+void f (float x)
+{
+ __Int8x8_t y1 = x; // { dg-error {cannot convert 'float' to '__Int8x8_t' in initialization} }
+ __Int8x8_t *ptr1 = &x; // { dg-error {cannot convert 'float\*' to '__Int8x8_t\*' in initialization} }
+ int8x8_t y2 = x; // { dg-error {cannot convert 'float' to 'int8x8_t' in initialization} }
+ int8x8_t *ptr2 = &x; // { dg-error {cannot convert 'float\*' to 'int8x8_t\*' in initialization} }
+ myvec y3 = x; // { dg-error {cannot convert 'float' to 'myvec' {aka 'int16x4_t'} in initialization} }
+ myvec *ptr3 = &x; // { dg-error {cannot convert 'float\*' to 'myvec\*' {aka 'int16x4_t\*'} in initialization} }
+}
projects / gcc.git / commitdiff