Fix ptype/o comment formatting

I noticed that ptype/o will print:

    /*    3: 3   |     1 */    signed char a4 : 2;
    /* XXX  3-bit hole  */

That is, "*/" at the end of the "hole" message does not line up with
the other comment ends.  I thought it would be a bit nicer if this did
line up, so I fixed it.  Then, to my surprise, I found that I could
not make ptype-offsets.exp fail.

I still am not sure why it doesn't fail, but changing the tests to use
string_to_regexp and changing the quoting helped.  This in turn showed
that some of the existing test cases were wrong, so I've also updated
them here.

gdb/ChangeLog
2019-05-08  Tom Tromey  <tromey@adacore.com>

	* typeprint.c (print_offset_data::maybe_print_hole): Add extra
	padding at end of comment.

gdb/testsuite/ChangeLog
2019-05-08  Tom Tromey  <tromey@adacore.com>

	* gdb.base/ptype-offsets.exp: Use string_to_regexp.  Fix test
	cases.
	* gdb.base/ptype-offsets.cc (struct abc) <my_int_type>: Now
	"short".
This commit is contained in:
Tom Tromey 2019-04-29 12:11:52 -06:00
parent 988915ee7b
commit 844333e249
5 changed files with 266 additions and 253 deletions

View File

@ -1,3 +1,8 @@
2019-05-08 Tom Tromey <tromey@adacore.com>
* typeprint.c (print_offset_data::maybe_print_hole): Add extra
padding at end of comment.
2019-05-08 Tom Tromey <tromey@adacore.com>
* dwarf2loc.c (dwarf2_evaluate_property) <PROP_ADDR_OFFSET>:

View File

@ -1,3 +1,10 @@
2019-05-08 Tom Tromey <tromey@adacore.com>
* gdb.base/ptype-offsets.exp: Use string_to_regexp. Fix test
cases.
* gdb.base/ptype-offsets.cc (struct abc) <my_int_type>: Now
"short".
2019-05-08 Tom Tromey <tromey@adacore.com>
* gdb.ada/vla.exp: New file.

View File

@ -66,7 +66,7 @@ struct abc
{}
/* Typedef defined in-struct. */
typedef int my_int_type;
typedef short my_int_type;
my_int_type field9;
};

View File

@ -34,217 +34,217 @@ if { [prepare_for_testing "failed to prepare" $testfile $srcfile \
# Test general offset printing, ctor/dtor printing, union, formatting.
gdb_test "ptype /o struct abc" \
[multi_line \
{/\* offset | size \*/ type = struct abc \{} \
{ public:} \
{/\* 8 | 8 \*/ void \*field1;} \
{/\* 16:31 | 4 \*/ unsigned int field2 : 1;} \
{/\* XXX 7-bit hole \*/} \
{/\* XXX 3-byte hole \*/} \
{/\* 20 | 4 \*/ int field3;} \
{/\* 24 | 1 \*/ signed char field4;} \
{/\* XXX 7-byte hole \*/} \
{/\* 32 | 8 \*/ uint64_t field5;} \
{/\* 40 | 8 \*/ union \{} \
{/\* 8 \*/ void \*field6;} \
{/\* 4 \*/ int field7;} \
{} \
{ /\* total size \(bytes\): 8 \*/} \
{ \} field8;} \
{/\* 48 | 4 \*/ my_int_type field9;} \
{/\* XXX 4-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 56 \*/} \
{ \}}]
[string_to_regexp [multi_line \
"/* offset | size */ type = struct abc \{" \
" public:" \
"/* 8 | 8 */ void *field1;" \
"/* 16:31 | 4 */ unsigned int field2 : 1;" \
"/* XXX 7-bit hole */" \
"/* XXX 3-byte hole */" \
"/* 20 | 4 */ int field3;" \
"/* 24 | 1 */ signed char field4;" \
"/* XXX 7-byte hole */" \
"/* 32 | 8 */ uint64_t field5;" \
"/* 40 | 8 */ union \{" \
"/* 8 */ void *field6;" \
"/* 4 */ int field7;" \
"" \
" /* total size (bytes): 8 */" \
" \} field8;" \
"/* 48 | 2 */ my_int_type field9;" \
"/* XXX 6-byte padding */" \
"" \
" /* total size (bytes): 56 */" \
" \}"]]
# Test "ptype /oTM".
gdb_test "ptype /oTM struct abc" \
[multi_line \
{/\* offset | size \*/ type = struct abc \{} \
{ public:} \
{/\* 8 | 8 \*/ void \*field1;} \
{/\* 16:31 | 4 \*/ unsigned int field2 : 1;} \
{/\* XXX 7-bit hole \*/} \
{/\* XXX 3-byte hole \*/} \
{/\* 20 | 4 \*/ int field3;} \
{/\* 24 | 1 \*/ signed char field4;} \
{/\* XXX 7-byte hole \*/} \
{/\* 32 | 8 \*/ uint64_t field5;} \
{/\* 40 | 8 \*/ union \{} \
{/\* 8 \*/ void \*field6;} \
{/\* 4 \*/ int field7;} \
{} \
{ /\* total size \(bytes\): 8 \*/} \
{ \} field8;} \
{/\* 48 | 4 \*/ my_int_type field9;} \
{} \
{ abc\(void\);} \
{ ~abc\(\);} \
{} \
{ typedef int my_int_type;} \
{/\* XXX 4-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 56 \*/} \
{ \}}]
[string_to_regexp [multi_line \
"/* offset | size */ type = struct abc \{" \
" public:" \
"/* 8 | 8 */ void *field1;" \
"/* 16:31 | 4 */ unsigned int field2 : 1;" \
"/* XXX 7-bit hole */" \
"/* XXX 3-byte hole */" \
"/* 20 | 4 */ int field3;" \
"/* 24 | 1 */ signed char field4;" \
"/* XXX 7-byte hole */" \
"/* 32 | 8 */ uint64_t field5;" \
"/* 40 | 8 */ union \{" \
"/* 8 */ void *field6;" \
"/* 4 */ int field7;" \
"" \
" /* total size (bytes): 8 */" \
" \} field8;" \
"/* 48 | 2 */ my_int_type field9;" \
"" \
" abc(void);" \
" ~abc();" \
"" \
" typedef short my_int_type;" \
"/* XXX 6-byte padding */" \
"" \
" /* total size (bytes): 56 */" \
" \}"]]
# Test "ptype /TMo". This should be the same as "ptype /o".
gdb_test "ptype /TMo struct abc" \
[multi_line \
{/\* offset | size \*/ type = struct abc \{} \
{ public:} \
{/\* 8 | 8 \*/ void \*field1;} \
{/\* 16:31 | 4 \*/ unsigned int field2 : 1;} \
{/\* XXX 7-bit hole \*/} \
{/\* XXX 3-byte hole \*/} \
{/\* 20 | 4 \*/ int field3;} \
{/\* 24 | 1 \*/ signed char field4;} \
{/\* XXX 7-byte hole \*/} \
{/\* 32 | 8 \*/ uint64_t field5;} \
{/\* 40 | 8 \*/ union \{} \
{/\* 8 \*/ void \*field6;} \
{/\* 4 \*/ int field7;} \
{} \
{ /\* total size \(bytes\): 8 \*/} \
{ \} field8;} \
{/\* 48 | 4 \*/ my_int_type field9;} \
{/\* XXX 4-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 56 \*/} \
{ \}}]
[string_to_regexp [multi_line \
"/* offset | size */ type = struct abc \{" \
" public:" \
"/* 8 | 8 */ void *field1;" \
"/* 16:31 | 4 */ unsigned int field2 : 1;" \
"/* XXX 7-bit hole */" \
"/* XXX 3-byte hole */" \
"/* 20 | 4 */ int field3;" \
"/* 24 | 1 */ signed char field4;" \
"/* XXX 7-byte hole */" \
"/* 32 | 8 */ uint64_t field5;" \
"/* 40 | 8 */ union \{" \
"/* 8 */ void *field6;" \
"/* 4 */ int field7;" \
"" \
" /* total size (bytes): 8 */" \
" \} field8;" \
"/* 48 | 2 */ my_int_type field9;" \
"/* XXX 6-byte padding */" \
"" \
" /* total size (bytes): 56 */" \
" \}"]]
# Test nested structs.
gdb_test "ptype /o struct pqr" \
[multi_line \
{/\* offset | size \*/ type = struct pqr \{} \
{/\* 0 | 4 \*/ int ff1;} \
{/\* XXX 4-byte hole \*/} \
{/\* 8 | 40 \*/ struct xyz \{} \
{/\* 8 | 4 \*/ int f1;} \
{/\* 12 | 1 \*/ signed char f2;} \
{/\* XXX 3-byte hole \*/} \
{/\* 16 | 8 \*/ void \*f3;} \
{/\* 24 | 24 \*/ struct tuv \{} \
{/\* 24 | 4 \*/ int a1;} \
{/\* XXX 4-byte hole \*/} \
{/\* 32 | 8 \*/ signed char \*a2;} \
{/\* 40 | 4 \*/ int a3;} \
{} \
{ /\* total size \(bytes\): 24 \*/} \
{ \} f4;} \
{} \
{ /\* total size \(bytes\): 40 \*/} \
{ \} ff2;} \
{/\* XXX 28-byte hole \*/} \
{/\* 72 | 1 \*/ signed char ff3;} \
{/\* XXX 7-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 56 \*/} \
{ \}}]
[string_to_regexp [multi_line \
"/* offset | size */ type = struct pqr \{" \
"/* 0 | 4 */ int ff1;" \
"/* XXX 4-byte hole */" \
"/* 8 | 40 */ struct xyz \{" \
"/* 8 | 4 */ int f1;" \
"/* 12 | 1 */ signed char f2;" \
"/* XXX 3-byte hole */" \
"/* 16 | 8 */ void *f3;" \
"/* 24 | 24 */ struct tuv \{" \
"/* 24 | 4 */ int a1;" \
"/* XXX 4-byte hole */" \
"/* 32 | 8 */ signed char *a2;" \
"/* 40 | 4 */ int a3;" \
"/* XXX 4-byte padding */" \
"" \
" /* total size (bytes): 24 */" \
" \} f4;" \
"" \
" /* total size (bytes): 40 */" \
" \} ff2;" \
"/* 48 | 1 */ signed char ff3;" \
"/* XXX 7-byte padding */" \
"" \
" /* total size (bytes): 56 */" \
" \}"]]
# Test that the offset is properly reset when we are printing a union
# and go inside two inner structs.
# This also tests a struct inside a struct inside a union.
gdb_test "ptype /o union qwe" \
[multi_line \
{/\* offset | size \*/ type = union qwe \{} \
{/\* 24 \*/ struct tuv \{} \
{/\* 0 | 4 \*/ int a1;} \
{/\* XXX 4-byte hole \*/} \
{/\* 8 | 8 \*/ signed char \*a2;} \
{/\* 16 | 4 \*/ int a3;} \
{/\* XXX 4-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 24 \*/} \
{ \} fff1;} \
{/\* 40 \*/ struct xyz \{} \
{/\* 0 | 4 \*/ int f1;} \
{/\* 4 | 1 \*/ signed char f2;} \
{/\* XXX 3-byte hole \*/} \
{/\* 8 | 8 \*/ void \*f3;} \
{/\* 16 | 24 \*/ struct tuv \{} \
{/\* 16 | 4 \*/ int a1;} \
{/\* XXX 4-byte hole \*/} \
{/\* 24 | 8 \*/ signed char \*a2;} \
{/\* 32 | 4 \*/ int a3;} \
{/\* XXX 4-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 24 \*/} \
{ \} f4;} \
{} \
{ /\* total size \(bytes\): 40 \*/} \
{ \} fff2;} \
{} \
{ /\* total size \(bytes\): 40 \*/} \
{ \}}]
[string_to_regexp [multi_line \
"/* offset | size */ type = union qwe \{" \
"/* 24 */ struct tuv \{" \
"/* 0 | 4 */ int a1;" \
"/* XXX 4-byte hole */" \
"/* 8 | 8 */ signed char *a2;" \
"/* 16 | 4 */ int a3;" \
"/* XXX 4-byte padding */" \
"" \
" /* total size (bytes): 24 */" \
" \} fff1;" \
"/* 40 */ struct xyz \{" \
"/* 0 | 4 */ int f1;" \
"/* 4 | 1 */ signed char f2;" \
"/* XXX 3-byte hole */" \
"/* 8 | 8 */ void *f3;" \
"/* 16 | 24 */ struct tuv \{" \
"/* 16 | 4 */ int a1;" \
"/* XXX 4-byte hole */" \
"/* 24 | 8 */ signed char *a2;" \
"/* 32 | 4 */ int a3;" \
"/* XXX 4-byte padding */" \
"" \
" /* total size (bytes): 24 */" \
" \} f4;" \
"" \
" /* total size (bytes): 40 */" \
" \} fff2;" \
"" \
" /* total size (bytes): 40 */" \
" \}"]]
# Test printing a struct that contains a union, and that also
# contains a struct.
gdb_test "ptype /o struct poi" \
[multi_line \
{/\* offset | size \*/ type = struct poi \{} \
{/\* 0 | 4 \*/ int f1;} \
{/\* XXX 4-byte hole \*/} \
{/\* 8 | 40 \*/ union qwe \{} \
{/\* 24 \*/ struct tuv \{} \
{/\* 8 | 4 \*/ int a1;} \
{/\* XXX 4-byte hole \*/} \
{/\* 16 | 8 \*/ signed char \*a2;} \
{/\* 24 | 4 \*/ int a3;} \
{/\* XXX 4-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 24 \*/} \
{ \} fff1;} \
{/\* 40 \*/ struct xyz \{} \
{/\* 8 | 4 \*/ int f1;} \
{/\* 12 | 1 \*/ signed char f2;} \
{/\* XXX 3-byte hole \*/} \
{/\* 16 | 8 \*/ void \*f3;} \
{/\* 24 | 24 \*/ struct tuv \{} \
{/\* 24 | 4 \*/ int a1;} \
{/\* XXX 4-byte hole \*/} \
{/\* 32 | 8 \*/ signed char \*a2;} \
{/\* 40 | 4 \*/ int a3;} \
{/\* XXX 4-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 24 \*/} \
{ \} f4;} \
{/\* XXX 32-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 40 \*/} \
{ \} fff2;} \
{} \
{ /\* total size \(bytes\): 40 \*/} \
{ \} f2;} \
{/\* 72 | 2 \*/ uint16_t f3;} \
{/\* XXX 6-byte hole \*/} \
{/\* 80 | 56 \*/ struct pqr \{} \
{/\* 80 | 4 \*/ int ff1;} \
{/\* XXX 4-byte hole \*/} \
{/\* 88 | 40 \*/ struct xyz \{} \
{/\* 88 | 4 \*/ int f1;} \
{/\* 92 | 1 \*/ signed char f2;} \
{/\* XXX 3-byte hole \*/} \
{/\* 96 | 8 \*/ void \*f3;} \
{/\* 104 | 24 \*/ struct tuv \{} \
{/\* 104 | 4 \*/ int a1;} \
{/\* XXX 4-byte hole \*/} \
{/\* 112 | 8 \*/ signed char \*a2;} \
{/\* 120 | 4 \*/ int a3;} \
{/\* XXX 4-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 24 \*/} \
{ \} f4;} \
{} \
{ /\* total size \(bytes\): 40 \*/} \
{ \} ff2;} \
{/\* 152 | 1 \*/ signed char ff3;} \
{/\* XXX 7-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 56 \*/} \
{ \} f4;} \
{} \
{ /\* total size \(bytes\): 112 \*/} \
{ \}}]
[string_to_regexp [multi_line \
"/* offset | size */ type = struct poi \{" \
"/* 0 | 4 */ int f1;" \
"/* XXX 4-byte hole */" \
"/* 8 | 40 */ union qwe \{" \
"/* 24 */ struct tuv \{" \
"/* 8 | 4 */ int a1;" \
"/* XXX 4-byte hole */" \
"/* 16 | 8 */ signed char *a2;" \
"/* 24 | 4 */ int a3;" \
"/* XXX 4-byte padding */" \
"" \
" /* total size (bytes): 24 */" \
" \} fff1;" \
"/* 40 */ struct xyz \{" \
"/* 8 | 4 */ int f1;" \
"/* 12 | 1 */ signed char f2;" \
"/* XXX 3-byte hole */" \
"/* 16 | 8 */ void *f3;" \
"/* 24 | 24 */ struct tuv \{" \
"/* 24 | 4 */ int a1;" \
"/* XXX 4-byte hole */" \
"/* 32 | 8 */ signed char *a2;" \
"/* 40 | 4 */ int a3;" \
"/* XXX 4-byte padding */" \
"" \
" /* total size (bytes): 24 */" \
" \} f4;" \
"" \
" /* total size (bytes): 40 */" \
" \} fff2;" \
"/* XXX 32-byte padding */" \
"" \
" /* total size (bytes): 40 */" \
" \} f2;" \
"/* 48 | 2 */ uint16_t f3;" \
"/* XXX 6-byte hole */" \
"/* 56 | 56 */ struct pqr \{" \
"/* 56 | 4 */ int ff1;" \
"/* XXX 4-byte hole */" \
"/* 64 | 40 */ struct xyz \{" \
"/* 64 | 4 */ int f1;" \
"/* 68 | 1 */ signed char f2;" \
"/* XXX 3-byte hole */" \
"/* 72 | 8 */ void *f3;" \
"/* 80 | 24 */ struct tuv \{" \
"/* 80 | 4 */ int a1;" \
"/* XXX 4-byte hole */" \
"/* 88 | 8 */ signed char *a2;" \
"/* 96 | 4 */ int a3;" \
"/* XXX 4-byte padding */" \
"" \
" /* total size (bytes): 24 */" \
" \} f4;" \
"" \
" /* total size (bytes): 40 */" \
" \} ff2;" \
"/* 104 | 1 */ signed char ff3;" \
"/* XXX 7-byte padding */" \
"" \
" /* total size (bytes): 56 */" \
" \} f4;" \
"" \
" /* total size (bytes): 112 */" \
" \}"]]
# Test printing a struct with several bitfields, laid out in various
# ways.
@ -262,58 +262,59 @@ gdb_test "ptype /o struct poi" \
# 0x7fffffffd548: 0xff 0xff 0xff 0xff 0xff 0xff 0xff 0xff
# 0x7fffffffd550: 0xff 0x00 0x00 0x00 0x00 0x00 0x00 0x00
gdb_test "ptype /o struct tyu" \
[multi_line \
{/\* offset | size \*/ type = struct tyu \{} \
{/\* 0:31 | 4 \*/ int a1 : 1;} \
{/\* 0:28 | 4 \*/ int a2 : 3;} \
{/\* 0: 5 | 4 \*/ int a3 : 23;} \
{/\* 3: 3 | 1 \*/ signed char a4 : 2;} \
{/\* XXX 3-bit hole \*/} \
{/\* XXX 4-byte hole \*/} \
{/\* 8 | 8 \*/ int64_t a5;} \
{/\* 16:27 | 4 \*/ int a6 : 5;} \
{/\* 16:56 | 8 \*/ int64_t a7 : 3;} \
{/\* XXX 7-byte padding \*/} \
{} \
{ /\* total size \(bytes\): 24 \*/} \
{ \}}]
[string_to_regexp [multi_line \
"/* offset | size */ type = struct tyu \{" \
"/* 0:31 | 4 */ int a1 : 1;" \
"/* 0:28 | 4 */ int a2 : 3;" \
"/* 0: 5 | 4 */ int a3 : 23;" \
"/* 3: 3 | 1 */ signed char a4 : 2;" \
"/* XXX 3-bit hole */" \
"/* XXX 4-byte hole */" \
"/* 8 | 8 */ int64_t a5;" \
"/* 16:27 | 4 */ int a6 : 5;" \
"/* 16:56 | 8 */ int64_t a7 : 3;" \
"/* XXX 7-byte padding */" \
"" \
" /* total size (bytes): 24 */" \
" \}"]]
gdb_test "ptype /o struct asd" \
[multi_line \
{/\* offset | size \*/ type = struct asd \{} \
{/\* 0 | 32 \*/ struct asd::jkl \{} \
{/\* 0 | 8 \*/ signed char \*f1;} \
{/\* 8 | 8 \*/ union \{} \
{/\* 8 \*/ void \*ff1;} \
{} \
{ /\* total size \(bytes\): 8 \*/} \
{ \} f2;} \
{/\* 16 | 8 \*/ union \{} \
{/\* 8 \*/ signed char \*ff2;} \
{} \
{ /\* total size \(bytes\): 8 \*/} \
{ \} f3;} \
{/\* 24:27 | 4 \*/ int f4 : 5;} \
{/\* 24:26 | 4 \*/ unsigned int f5 : 1;} \
{/\* XXX 2-bit hole \*/} \
{/\* XXX 1-byte hole \*/} \
{/\* 26 | 2 \*/ short f6;} \
{} \
{ /\* total size \(bytes\): 32 \*/} \
{ \} f7;} \
{/\* 32 | 8 \*/ unsigned long f8;} \
{/\* 40 | 8 \*/ signed char \*f9;} \
{/\* 48:28 | 4 \*/ int f10 : 4;} \
{/\* 48:27 | 4 \*/ unsigned int f11 : 1;} \
{/\* 48:26 | 4 \*/ unsigned int f12 : 1;} \
{/\* 48:25 | 4 \*/ unsigned int f13 : 1;} \
{/\* 48:24 | 4 \*/ unsigned int f14 : 1;} \
{/\* XXX 7-byte hole \*/} \
{/\* 56 | 8 \*/ void \*f15;} \
{/\* 64 | 8 \*/ void \*f16;} \
{} \
{ /\* total size \(bytes\): 72 \*/} \
{ \}}]
[string_to_regexp [multi_line \
"/* offset | size */ type = struct asd \{" \
"/* 0 | 32 */ struct asd::jkl \{" \
"/* 0 | 8 */ signed char *f1;" \
"/* 8 | 8 */ union \{" \
"/* 8 */ void *ff1;" \
"" \
" /* total size (bytes): 8 */" \
" \} f2;" \
"/* 16 | 8 */ union \{" \
"/* 8 */ signed char *ff2;" \
"" \
" /* total size (bytes): 8 */" \
" \} f3;" \
"/* 24:27 | 4 */ int f4 : 5;" \
"/* 24:26 | 4 */ unsigned int f5 : 1;" \
"/* XXX 2-bit hole */" \
"/* XXX 1-byte hole */" \
"/* 26 | 2 */ short f6;" \
"/* XXX 4-byte padding */" \
"" \
" /* total size (bytes): 32 */" \
" \} f7;" \
"/* 32 | 8 */ unsigned long f8;" \
"/* 40 | 8 */ signed char *f9;" \
"/* 48:28 | 4 */ int f10 : 4;" \
"/* 48:27 | 4 */ unsigned int f11 : 1;" \
"/* 48:26 | 4 */ unsigned int f12 : 1;" \
"/* 48:25 | 4 */ unsigned int f13 : 1;" \
"/* 48:24 | 4 */ unsigned int f14 : 1;" \
"/* XXX 7-byte hole */" \
"/* 56 | 8 */ void *f15;" \
"/* 64 | 8 */ void *f16;" \
"" \
" /* total size (bytes): 72 */" \
" \}"]]
# Test that we don't print any header when issuing a "ptype /o" on a
# non-struct, non-union, non-class type.
@ -332,10 +333,10 @@ gdb_test_multiple "$test" "$test" {
# Test that printing a struct with a static member of itself doesn't
# get us into an infinite loop.
gdb_test "ptype/o static_member" \
[multi_line \
{/\* offset | size \*/ type = struct static_member \{} \
{ static static_member Empty;} \
{\/* 0 | 4 \*/ int abc;} \
{} \
{ /\* total size \(bytes\): 4 \*/} \
{ \}}]
[string_to_regexp [multi_line \
"/* offset | size */ type = struct static_member \{" \
" static static_member Empty;" \
"\/* 0 | 4 */ int abc;" \
"" \
" /* total size (bytes): 4 */" \
" \}"]]

View File

@ -94,11 +94,11 @@ print_offset_data::maybe_print_hole (struct ui_file *stream,
unsigned int hole_bit = hole % TARGET_CHAR_BIT;
if (hole_bit > 0)
fprintf_filtered (stream, "/* XXX %2u-bit %s */\n", hole_bit,
fprintf_filtered (stream, "/* XXX %2u-bit %s */\n", hole_bit,
for_what);
if (hole_byte > 0)
fprintf_filtered (stream, "/* XXX %2u-byte %s */\n", hole_byte,
fprintf_filtered (stream, "/* XXX %2u-byte %s */\n", hole_byte,
for_what);
}
}