cscope 15 /home/loongarch/BPFire/src               0000853740
	@fake-environ/uname.c

3 
	~<�dio.h
>

4 
	~<�r�g.h
>

5 
	~<dlf�.h
>

6 
	~<�dlib.h
>

7 
	~<uni�d.h
>

8 
	~<sys/ty�s.h
>

9 
	~<sys/��.h
>

10 
	~<f��.h
>

11 
	~<sys/sy�og.h
>

12 
	~<sys/ut�ame.h
>

14 #i�de�
RTLD_NEXT


15 

	#RTLD_NEXT
 ((*�-1l)

	)

18 (*
	tu�me_t
)(
	tut�ame
 * 
	tbuf
);

20 *
	$g�_libc_func
(cڡ *
fun�ame
) {

21 *
�r�
;

23 *
func
 = 
	`dlsym
(
RTLD_NEXT
, 
fun�ame
);

24 i�((
�r�
 = 
	`d˼�
()�!�
NULL
) {

25 
	`�r�tf
(
�d�r
, "I c�'�lo���ib�fun�i� `%s'���: %s", 
fun�ame
, 
�r�
);

26 
	`_ex�
(
EXIT_FAILURE
);

29  
func
;

30 
	}
}

32 
	$u�me
(
ut�ame
 *
buf
) {

33 *
�v
 = 
NULL
;

36 
u�me_t
 
��_u�me
 = (u�me_t)
	`g�_libc_func
("uname");

37 
�t
 = 
	`��_u�me
((
ut�ame
 *�
buf
);

40 i�((
�v
 = 
	`g��v
("UTS_RELEASE")�!�
NULL
) {

41 
	`���y
(
buf
->
��a�
, 
�v
, 
_UTSNAME_RELEASE_LENGTH
);

45 i�((
�v
 = 
	`g��v
("UTS_MACHINE")�!�
NULL
) {

46 
	`���y
(
buf
->
mach�e
, 
�v
, 
_UTSNAME_MACHINE_LENGTH
);

49  
�t
;

50 
	}
}

	@installer/hw.c

21 #i�de�
_GNU_SOURCE


22 

	#_GNU_SOURCE


	)

25 
	~<as��.h
>

26 
	~<blkid/blkid.h
>

27 
	~<��o.h
>

28 
	~<f��.h
>

29 
	~<libudev.h
>

30 
	~<l�ux/lo�.h
>

31 
	~<m�h.h
>

32 
	~<�dio.h
>

33 
	~<�dlib.h
>

34 
	~<�r�g.h
>

35 
	~<sys/io�l.h
>

36 
	~<sys/mou�.h
>

37 
	~<sys/��.h
>

38 
	~<sys/sw�.h
>

39 
	~<sys/sys�fo.h
>

40 
	~<sys/ut�ame.h
>

41 
	~<uni�d.h
>

43 
	~<libsmo�h.h
>

45 
	~"hw.h
"

47 
FILE
* 
�og
;

49 
	$sy�em_chro�
(cڡ * 
ou�ut
, cڡ * 
�th
, cڡ * 
cmd
) {

50 
chro�_cmd
[
STRING_SIZE
];

52 
	`���tf
(
chro�_cmd
, (chro�_cmd), "/u�/sb�/chro� %�%s", 
�th
, 
cmd
);

54  
	`mysy�em
(
ou�ut
, 
chro�_cmd
);

55 
	}
}

57 
	$hw_mkd�
(cڡ *
d�
) {

58 
tmp
[
STRING_SIZE
];

59 *
p
 = 
NULL
;

60 
size_t
 
�n
;

61 
r
;

63 
	`���tf
(
tmp
, �mp),"%s",
d�
);

64 
�n
 = 
	`���
(
tmp
);

66 i�(
tmp
[
�n
 - 1] == '/') {

67 
tmp
[
�n
 - 1] = 0;

70 
p
 = 
tmp
 + 1; *p;�++) {

71 i�(*
p
 == '/') {

72 *
p
 = 0;

75 i�(
	`ac�ss
(
tmp
, 
X_OK
) != 0) {

76 
r
 = 
	`mkd�
(
tmp
, 
S_IRWXU
|
S_IRWXG
|
S_IRWXO
);

78 i�(
r
) {

79  
r
;

83 *
p
 = '/';

88 i�(
	`ac�ss
(
tmp
, 
X_OK
) != 0) {

89 
r
 = 
	`mkd�
(
tmp
, 
S_IRWXU
|
S_IRWXG
|
S_IRWXO
);

91 i�(
r
) {

92  
r
;

97 
	}
}

99 
hw
* 
	$hw_��
() {

100 
hw
* hw = 
	`��oc
(1, (*hw));

101 
	`as��
(
hw
);

104 
hw
->
udev
 = 
	`udev_�w
();

105 i�(!
hw
->
udev
) {

106 
	`�r�tf
(
�d�r
, "Could�ot create udev instance\n");

107 
	`ex�
(1);

111 
ut�ame
 
u�me_d�a
;

112 
�t
 = 
	`u�me
(&
u�me_d�a
);

113 i�(
�t
 == 0)

114 
	`���tf
(
hw
->
�ch
, (hw->�ch), "%s", 
u�me_d�a
.
mach�e
);

117 i�((
	`�rcmp
(
hw
->
�ch
, "x86_64") == 0) || (strcmp(hw->arch, "aarch64") == 0))

118 
hw
->
efi
 = 1;

120  
hw
;

121 
	}
}

123 
	$hw_�
(
hw
* hw) {

124 i�(
hw
->
udev
)

125 
	`udev_u�ef
(
hw
->
udev
);

127 
	`�
(
hw
);

128 
	}
}

130 
	$�r��tsw�h
(cڡ * 
a
, cڡ * 
b
) {

131  (
	`��cmp
(
a
, 
b
, 
	`���
(b)) == 0);

132 
	}
}

134 
	$�tup_lo�_devi�
(cڡ * 
sour�
, cڡ * 
devi�
) {

135 
devi�_fd
 = -1;

137 
f�e_fd
 = 
	`ݒ
(
sour�
, 
O_RDWR
);

138 i�(
f�e_fd
 < 0)

139 
ERROR
;

141 i�((
devi�_fd
 = 
	`ݒ
(
devi�
, 
O_RDWR
)) < 0)

142 
ERROR
;

144 i�(
	`io�l
(
devi�_fd
, 
LOOP_SET_FD
, 
f�e_fd
) < 0)

145 
ERROR
;

147 
	`�o�
(
f�e_fd
);

148 
	`�o�
(
devi�_fd
);

152 
ERROR
:

153 i�(
f�e_fd
 >= 0)

154 
	`�o�
(
f�e_fd
);

156 i�(
devi�_fd
 >= 0) {

157 
	`io�l
(
devi�_fd
, 
LOOP_CLR_FD
, 0);

158 
	`�o�
(
devi�_fd
);

162 
	}
}

164 
	$hw_mou�
(cڡ * 
sour�
, cڡ * 
�rg�
, cڡ * 
fs
, 
�ags
) {

165 cڡ * 
lo�_devi�
 = "/dev/loop0";

168 i�(
	`ac�ss
(
�rg�
, 
X_OK
) != 0)

169 
	`mkd�
(
�rg�
, 
S_IRWXU
|
S_IRWXG
|
S_IRWXO
);

171 
��
 
�
;

172 
	`��
(
sour�
, &
�
);

174 i�(
	`S_ISREG
(
�
.
�_mode
)) {

175 
r
 = 
	`�tup_lo�_devi�
(
sour�
, 
lo�_devi�
);

176 i�(
r
 == 0) {

177 
sour�
 = 
lo�_devi�
;

183  
	`mou�
(
sour�
, 
�rg�
, 
fs
, 
�ags
, 
NULL
);

184 
	}
}

186 
	$hw_b�d_mou�
(cڡ * 
sour�
, cڡ * 
�efix
) {

187 i�(!
sour�
 || !
�efix
) {

188 
��o
 = 
EINVAL
;

192 
�rg�
[
PATH_MAX
];

193 
r
;

196 
r
 = 
	`���tf
(
�rg�
, Ѭg��- 1, "%s/%s", 
�efix
, 
sour�
);

197 i�(
r
 < 0)

201 
	`mkd�
(
�rg�
, 
S_IRWXU
|
S_IRWXG
|
S_IRWXO
);

203  
	`hw_mou�
(
sour�
, 
�rg�
, 
NULL
, 
MS_BIND
);

204 
	}
}

206 
	$hw_umou�
(cڡ * 
sour�
, cڡ * 
�efix
) {

207 
�rg�
[
PATH_MAX
];

208 
r
;

210 i�(
�efix
)

211 
r
 = 
	`���tf
(
�rg�
, Ѭg��- 1, "%s/%s", 
�efix
, 
sour�
);

213 
r
 = 
	`���tf
(
�rg�
, Ѭg��- 1, "%s", 
sour�
);

214 i�(
r
 < 0)

215  
r
;

218 
r
 = 
	`umou�2
(
�rg�
, 0);

219 i�(
r
) {

220 
��o
) {

222 
EBUSY
:

223 
	`��p
(1);

225 
r
 = 
	`umou�2
(
�rg�
, 
MNT_FORCE
);

229 
EINVAL
:

230 
r
 = 0;

234 
ENOENT
:

235 
r
 = 0;

240  
r
;

241 
	}
}

243 
	$hw_��_sour�_medium
(cڡ * 
�th
) {

244 
�t
 = 
	`hw_mou�
(
�th
, 
SOURCE_MOUNT_PATH
, "iso9660", 
MS_RDONLY
);

246 i�(
�t
 != 0) {

248 
�t
 = 
	`hw_mou�
(
�th
, 
SOURCE_MOUNT_PATH
, "�fs3", 
MS_RDONLY
);

250 i�(
�t
 != 0) {

252 
�t
 = 
	`hw_mou�
(
�th
, 
SOURCE_MOUNT_PATH
, "v�t", 
MS_RDONLY
);

257 i�(
�t
 != 0)

258  
�t
;

261 
�t
 = 
	`ac�ss
(
SOURCE_TEST_FILE
, 
R_OK
);

264 
	`hw_umou�
(
SOURCE_MOUNT_PATH
, 
NULL
);

266  
�t
;

267 
	}
}

269 * 
	$hw_f�d_sour�_medium
(
hw
* hw) {

270 * 
�t
 = 
NULL
;

272 
udev_�um��e
* 
�um��e
 = 
	`udev_�um��e_�w
(
hw
->
udev
);

274 
	`udev_�um��e_add_m�ch_subsy�em
(
�um��e
, "block");

275 
	`udev_�um��e_s�n_devi�s
(
�um��e
);

277 
udev_li�_��y
* 
devi�s
 = 
	`udev_�um��e_g�_li�_��y
(
�um��e
);

279 
udev_li�_��y
* 
dev_li�_��y
;

280 
	`udev_li�_��y_fܗch
(
dev_li�_��y
, 
devi�s
) {

281 cڡ * 
�th
 = 
	`udev_li�_��y_g�_�me
(
dev_li�_��y
);

282 
udev_devi�
* 
dev
 = 
	`udev_devi�_�w_�om_sy��h
(
hw
->
udev
, 
�th
);

284 cڡ * 
dev_�th
 = 
	`udev_devi�_g�_devnode
(
dev
);

287 i�(
	`�r��tsw�h
(
dev_�th
, "/dev/loop") || strstartswith(dev_path, "/dev/fd") ||

288 
	`�r��tsw�h
(
dev_�th
, "/dev/ram") || strstartswith(dev_path, "/dev/md"))

291 i�(
	`hw_��_sour�_medium
(
dev_�th
) == 0) {

292 
�t
 = 
	`�rdup
(
dev_�th
);

295 
	`udev_devi�_u�ef
(
dev
);

298 i�(
�t
)

302 
	`udev_�um��e_u�ef
(
�um��e
);

304  
�t
;

305 
	}
}

307 
hw_disk
** 
	$hw_���_disks
() {

308 
hw_disk
** 
�t
 = 
	`m�loc
((*�t�* (
HW_MAX_DISKS
 + 1));

310  
�t
;

311 
	}
}

313 
	$hw_block_devi�_g�_size
(cڡ * 
dev
) {

314 
fd
 = 
	`ݒ
(
dev
, 
O_RDONLY
);

315 i�(
fd
 < 0)

318 
size
 = 
	`blkid_g�_dev_size
(
fd
);

319 
	`�o�
(
fd
);

321  
size
;

322 
	}
}

324 
hw_disk
** 
	$hw_f�d_disks
(
hw
* hw, cڡ * 
sour�drive
) {

325 
hw_disk
** 
�t
 = 
	`hw_���_disks
();

326 
hw_disk
** 
disks
 = 
�t
;

327 
size_�r
[32];

330 cڡ * 
sour�disk
 = 
NULL
;

331 
syssour�
[
PATH_MAX
];

332 ()
	`���tf
(
syssour�
, (syssour��- 1, "/sys/�ass/block/%s", 
sour�drive
 + 5);

333 
udev_devi�
* 
s_dev
 = 
	`udev_devi�_�w_�om_sy��h
(
hw
->
udev
, 
syssour�
);

334 cڡ * 
s_devty�
 = 
	`udev_devi�_g�_�ݔty_v�ue
(
s_dev
, "DEVTYPE");

335 i�(
s_devty�
 && (
	`�rcmp
(s_devtype, "partition") == 0)) {

336 
udev_devi�
* 
p_dev
 = 
	`udev_devi�_g�_���_w�h_subsy�em_devty�
(
s_dev
,"block","disk");

337 i�(
p_dev
) {

338 
sour�disk
 = 
	`udev_devi�_g�_devnode
(
p_dev
);

341 i�(!
sour�disk
�sour�disk = 
sour�drive
;

343 
udev_�um��e
* 
�um��e
 = 
	`udev_�um��e_�w
(
hw
->
udev
);

345 
	`udev_�um��e_add_m�ch_subsy�em
(
�um��e
, "block");

346 
	`udev_�um��e_s�n_devi�s
(
�um��e
);

348 
udev_li�_��y
* 
devi�s
 = 
	`udev_�um��e_g�_li�_��y
(
�um��e
);

350 
udev_li�_��y
* 
dev_li�_��y
;

351 
i
 = 
HW_MAX_DISKS
;

352 
	`udev_li�_��y_fܗch
(
dev_li�_��y
, 
devi�s
) {

353 cڡ * 
�th
 = 
	`udev_li�_��y_g�_�me
(
dev_li�_��y
);

354 
udev_devi�
* 
dev
 = 
	`udev_devi�_�w_�om_sy��h
(
hw
->
udev
, 
�th
);

356 cڡ * 
dev_�th
 = 
	`udev_devi�_g�_devnode
(
dev
);

359 i�(
	`�r��tsw�h
(
dev_�th
, "/dev/loop") || strstartswith(dev_path, "/dev/fd") ||

360 
	`�r��tsw�h
(
dev_�th
, "/dev/ram") || strstartswith(dev_path, "/dev/sr") ||

361 
	`�r��tsw�h
(
dev_�th
, "/dev/md")) {

362 
	`udev_devi�_u�ef
(
dev
);

367 i�(
sour�disk
 && (
	`�rcmp
(
dev_�th
, sourcedisk) == 0)) {

368 
	`udev_devi�_u�ef
(
dev
);

373 cڡ * 
devty�
 = 
	`udev_devi�_g�_�ݔty_v�ue
(
dev
, "DEVTYPE");

374 i�(
devty�
 && (
	`�rcmp
(devtype, "disk") != 0)) {

375 
	`udev_devi�_u�ef
(
dev
);

380 
size
 = 
	`hw_block_devi�_g�_size
(
dev_�th
);

381 i�(
size
 == 0) {

382 
	`udev_devi�_u�ef
(
dev
);

386 
hw_disk
* 
disk
 = 
	`m�loc
((*disk));

387 i�(
disk
 =�
NULL
)

388  
NULL
;

390 
disk
->
�f
 = 1;

392 
	`���tf
(
disk
->
�th
, (disk->�th), "%s", 
dev_�th
);

393 cڡ * 
p
 = 
disk
->
�th
 + 5;

395 
disk
->
size
 = size;

398 cڡ * 
v�d�
 = 
	`udev_devi�_g�_�ݔty_v�ue
(
dev
, "ID_VENDOR");

399 i�(!
v�d�
)

400 
v�d�
 = 
	`udev_devi�_g�_sy��r_v�ue
(
dev
, "vendor");

401 i�(!
v�d�
)

402 
v�d�
 = 
	`udev_devi�_g�_sy��r_v�ue
(
dev
, "manufacturer");

404 i�(
v�d�
)

405 
	`���tf
(
disk
->
v�d�
, (disk->vendor), "%s", vendor);

407 *
disk
->
v�d�
 = '\0';

410 cڡ * 
mod�
 = 
	`udev_devi�_g�_�ݔty_v�ue
(
dev
, "ID_MODEL");

411 i�(!
mod�
)

412 
mod�
 = 
	`udev_devi�_g�_sy��r_v�ue
(
dev
, "model");

413 i�(!
mod�
)

414 
mod�
 = 
	`udev_devi�_g�_sy��r_v�ue
(
dev
, "product");

416 i�(
mod�
)

417 
	`���tf
(
disk
->
mod�
, (disk->model), "%s", model);

419 *
disk
->
mod�
 = '\0';

422 
	`���tf
(
size_�r
, (size_�r), "%4.1fGB", ()
disk
->
size
 / 
	`pow
(1024, 3));

424 i�(*
disk
->
v�d�
 && *disk->
mod�
) {

425 
	`���tf
(
disk
->
des��ti�
, (disk->description),

426 "%�- %�- %�- %s", 
size_�r
, 
p
, 
disk
->
v�d�
, disk->
mod�
);

428 } i�(*
disk
->
v�d�
 || *disk->
mod�
) {

429 
	`���tf
(
disk
->
des��ti�
, (disk->description),

430 "%�- %�- %s", 
size_�r
, 
p
, (*
disk
->
v�d�
�? disk->v�d� : disk->
mod�
);

433 
	`���tf
(
disk
->
des��ti�
, (disk->description),

434 "%�- %s", 
size_�r
, 
p
);

438 
disk
->
des��ti�
[41] = '\0';

440 *
disks
++ = 
disk
;

442 i�(--
i
 == 0)

445 
	`udev_devi�_u�ef
(
dev
);

448 
	`udev_�um��e_u�ef
(
�um��e
);

450 *
disks
 = 
NULL
;

452  
�t
;

453 
	}
}

455 
	$hw_�_disks
(
hw_disk
** 
disks
) {

456 
hw_disk
** 
disk
 = 
disks
;

458 *
disk
 !�
NULL
) {

459 i�(--(*
disk
)->
�f
 == 0)

460 
	`�
(*
disk
);

462 
disk
++;

465 
	`�
(
disks
);

466 
	}
}

468 
	$hw_cou�_disks
(
hw_disk
** 
disks
) {

469 
�t
 = 0;

471 *
disks
++)

472 
�t
++;

474  
�t
;

475 
	}
}

477 
hw_disk
** 
	$hw_���_disks
(
hw_disk
** 
disks
, * 
���i�
) {

478 
hw_disk
** 
�t
 = 
	`hw_���_disks
();

479 
hw_disk
** 
���ed_disks
 = 
�t
;

481 
num_disks
 = 
	`hw_cou�_disks
(
disks
);

483 
i
 = 0; i < 
num_disks
; i++) {

484 i�(!
���i�
 || s�e�i�[
i
]) {

485 
hw_disk
 *
���ed_disk
 = 
disks
[
i
];

486 
���ed_disk
->
�f
++;

488 *
���ed_disks
++ = 
���ed_disk
;

493 *
���ed_disks
 = 
NULL
;

495  
�t
;

496 
	}
}

498 
hw_disk
** 
	$hw_���_f��_disk
(
hw_disk
** 
disks
) {

499 
hw_disk
** 
�t
 = 
	`hw_���_disks
();

500 
hw_disk
** 
���ed_disks
 = 
�t
;

502 
num_disks
 = 
	`hw_cou�_disks
(
disks
);

503 
	`as��
(
num_disks
 > 0);

505 
i
 = 0; i < 
num_disks
; i++) {

506 
hw_disk
 *
disk
 = 
disks
[
i
];

507 
disk
->
�f
++;

509 *
���ed_disks
++ = 
disk
;

514 *
���ed_disks
 = 
NULL
;

516  
�t
;

517 
	}
}

519 
	$hw_sw�_size
(
hw_de���i�
* 
de�
) {

520 
mem�y
 = 
	`hw_mem�y
();

522 
sw�_size
 = 
mem�y
 / 4;

525 i�(
sw�_size
 < 
	`MB2BYTES
(128))

526 
sw�_size
 = 
	`MB2BYTES
(128);

529 i�(
sw�_size
 > 
	`MB2BYTES
(1024))

530 
sw�_size
 = 
	`MB2BYTES
(1024);

532  
sw�_size
;

533 
	}
}

535 
	$hw_bo�_size
(
hw_de���i�
* 
de�
) {

536  
	`MB2BYTES
(512);

537 
	}
}

539 
	$hw_devi�_has_p_suffix
(cڡ 
hw_de���i�
* 
de�
) {

541 i�(
de�
->
is_�id
)

546 
ϡ_ch�
 = 
	`���
(
de�
->
�th
) - 1;

547 i�((
de�
->
�th
[
ϡ_ch�
] >= '0') && (dest->path[last_char] <= '9'))

551 
	}
}

553 
	$hw_�lcuϋ_���i�_�b�
(
hw
* hw, 
hw_de���i�
* 
de�
, 
di�b�_sw�
) {

554 
�th
[
DEV_SIZE
];

555 
��_idx
 = 1;

557 
	`���tf
(
�th
, թh), "%s%s", 
de�
->path,

558 
	`hw_devi�_has_p_suffix
(
de�
) ? "p" : "");

559 
de�
->
��_bo�_idx
 = 0;

562 i�(
de�
->
is_�id
) {

563 
de�
->
size
 = (de�->
disk1
->siz�>�de�->
disk2
->size) ?

564 
de�
->
disk2
->
size
 : de�->
disk1
->size;

568 
de�
->
size
 -�
	`MB2BYTES
(2);

570 
de�
->
size
 = de�->
disk1
->size;

575 
de�
->
size
 -�
	`MB2BYTES
(1);

578 
de�
->
size
 -�
	`MB2BYTES
(1);

581 i�(
de�
->
size
 <�
	`MB2BYTES
(2048))

585 
de�
->
��_�b�
 = 
HW_PART_TABLE_MSDOS
;

588 i�(
de�
->
size
 >�
	`MB2BYTES
(2047 * 1024))

589 
de�
->
��_�b�
 = 
HW_PART_TABLE_GPT
;

592 i�(
de�
->
is_�id
)

593 
de�
->
��_�b�
 = 
HW_PART_TABLE_GPT
;

597 i�(
de�
->
��_�b�
 =�
HW_PART_TABLE_GPT
) {

598 
	`���tf
(
de�
->
��_bo�ldr
, (dest->part_bootldr),

599 "%s%d", 
�th
, 
��_idx
);

601 
de�
->
size_bo�ldr
 = 
	`MB2BYTES
(4);

603 
de�
->
��_bo�_idx
 = 
��_idx
++;

605 *
de�
->
��_bo�ldr
 = '\0';

606 
de�
->
size_bo�ldr
 = 0;

610 if(
de�
->
f�esy�em
 =�
HW_FS_BTRFS
) {

611 
de�
->
size_bo�
 = 0;

613 
de�
->
size_bo�
 = 
	`hw_bo�_size
(dest);

617 i�(
hw
->
efi
)

618 
de�
->
size_bo�_efi
 = 
	`MB2BYTES
(32);

620 
de�
->
size_bo�_efi
 = 0;

623 
�a�_��
 = 
de�
->
size
 - \

624 (
de�
->
size_bo�ldr
 + de�->
size_bo�
 + de�->
size_bo�_efi
);

627 i�(
�a�_��
 <�
	`MB2BYTES
(2048))

628 
di�b�_sw�
 = 1;

631 i�(
di�b�_sw�
)

632 
de�
->
size_sw�
 = 0;

634 
de�
->
size_sw�
 = 
	`hw_sw�_size
(dest);

637 
�a�_��
 -�
de�
->
size_sw�
;

640 
de�
->
size_ro�
 = 
�a�_��
;

643 i�(
de�
->
size_bo�
 > 0) {

644 i�(
de�
->
��_bo�_idx
 == 0)

645 
de�
->
��_bo�_idx
 = 
��_idx
;

647 
	`���tf
(
de�
->
��_bo�
, (de�->��_bo�), "%s%d", 
�th
, 
��_idx
++);

649 *
de�
->
��_bo�
 = '\0';

651 i�(
de�
->
size_bo�_efi
 > 0) {

652 
de�
->
��_bo�_efi_idx
 = 
��_idx
;

654 
	`���tf
(
de�
->
��_bo�_efi
, (dest->part_boot_efi),

655 "%s%d", 
�th
, 
��_idx
++);

657 *
de�
->
��_bo�_efi
 = '\0';

658 
de�
->
��_bo�_efi_idx
 = 0;

661 i�(
de�
->
size_sw�
 > 0)

662 
	`���tf
(
de�
->
��_sw�
, (de�->��_sw�), "%s%d", 
�th
, 
��_idx
++);

664 *
de�
->
��_sw�
 = '\0';

667 i�(
de�
->
��_bo�_idx
 == 0)

668 
de�
->
��_bo�_idx
 = 
��_idx
;

670 
	`���tf
(
de�
->
��_ro�
, (de�->��_ro�), "%s%d", 
�th
, 
��_idx
++);

673 
	}
}

675 
hw_de���i�
* 
	$hw_make_de���i�
(
hw
* hw, 
��_ty�
, 
hw_disk
** 
disks
,

676 
di�b�_sw�
, 
f�esy�em
) {

677 
hw_de���i�
* 
de�
 = 
	`m�loc
((*dest));

680 
de�
->
f�esy�em
 = filesystem;

682 i�(
��_ty�
 =�
HW_PART_TYPE_NORMAL
) {

683 
de�
->
disk1
 = *
disks
;

684 
de�
->
disk2
 = 
NULL
;

686 
	`���y
(
de�
->
�th
, de�->
disk1
->path, (dest->path));

688 } i�(
��_ty�
 =�
HW_PART_TYPE_RAID1
) {

689 
de�
->
disk1
 = *
disks
++;

690 
de�
->
disk2
 = *
disks
;

691 
de�
->
�id_�v�
 = 1;

693 
	`���tf
(
de�
->
�th
, (dest->path), "/dev/md0");

697 
de�
->
is_�id
 = (
��_ty�
 > 
HW_PART_TYPE_NORMAL
);

699 
r
 = 
	`hw_�lcuϋ_���i�_�b�
(
hw
, 
de�
, 
di�b�_sw�
);

700 i�(
r
)

701  
NULL
;

703  
de�
;

704 
	}
}

706 
	$hw_mem�y
() {

707 
sys�fo
 
si
;

709 
r
 = 
	`sys�fo
(&
si
);

710 i�(
r
 < 0)

713  
si
.
tٮ�m
;

714 
	}
}

716 
	$hw_z�o_out_devi�
(cڡ * 
�th
, 
by�s
) {

717 
block
[512];

718 
	`mem�t
(
block
, 0, (block));

720 
blocks
 = 
by�s
 / (
block
);

722 
fd
 = 
	`ݒ
(
�th
, 
O_WRONLY
);

723 i�(
fd
 < 0)

726 
by�s_wr��n
 = 0;

727 
blocks
-- > 0) {

728 
by�s_wr��n
 +�
	`wr�e
(
fd
, 
block
, (block));

731 
	`fsync
(
fd
);

732 
	`�o�
(
fd
);

734  
by�s_wr��n
;

735 
	}
}

737 
	$�y_ݒ
(cڡ * 
�th
) {

738 
FILE
* 
f
 = 
	`fݒ
(
�th
, "r");

739 i�(
f
) {

740 
	`f�o�
(
f
);

745 
	}
}

747 
	$hw_���_���i�s
(
hw_de���i�
* 
de�
, cڡ * 
ou�ut
) {

753 
r
 = 
	`hw_z�o_out_devi�
(
de�
->
�th
, 
	`MB2BYTES
(10));

754 i�(
r
 <= 0)

755  
r
;

757 * 
cmd
 = 
NULL
;

758 
	`a�r�tf
(&
cmd
, "/u�/sb�/��ed -�%�-��tim�", 
de�
->
�th
);

761 i�(
de�
->
��_�b�
 =�
HW_PART_TABLE_MSDOS
)

762 
	`a�r�tf
(&
cmd
, "%s mklabel msdos", cmd);

763 i�(
de�
->
��_�b�
 =�
HW_PART_TABLE_GPT
)

764 
	`a�r�tf
(&
cmd
, "%s mklabel gpt", cmd);

766 
��_��t
 = 
	`MB2BYTES
(1);

768 i�(*
de�
->
��_bo�ldr
) {

769 
	`a�r�tf
(&
cmd
, "%s mkpart %s�xt2 %lluB %lluB", cmd,

770 (
de�
->
��_�b�
 =�
HW_PART_TABLE_GPT
) ? "BOOTLDR" : "primary",

771 
��_��t
,��t_���+ 
de�
->
size_bo�ldr
 - 1);

773 
��_��t
 +�
de�
->
size_bo�ldr
;

776 i�(*
de�
->
��_bo�
) {

777 
	`a�r�tf
(&
cmd
, "%s mkpart %s�xt2 %lluB %lluB", cmd,

778 (
de�
->
��_�b�
 =�
HW_PART_TABLE_GPT
) ? "BOOT" : "primary",

779 
��_��t
,��t_���+ 
de�
->
size_bo�
 - 1);

781 
��_��t
 +�
de�
->
size_bo�
;

784 i�(*
de�
->
��_bo�_efi
) {

785 
	`a�r�tf
(&
cmd
, "%s mkpart %s fat32 %lluB %lluB", cmd,

786 (
de�
->
��_�b�
 =�
HW_PART_TABLE_GPT
) ? "ESP" : "primary",

787 
��_��t
,��t_���+ 
de�
->
size_bo�_efi
 - 1);

789 
��_��t
 +�
de�
->
size_bo�_efi
;

792 i�(*
de�
->
��_sw�
) {

793 
	`a�r�tf
(&
cmd
, "%s mkpart %s�inux-swap %lluB %lluB", cmd,

794 (
de�
->
��_�b�
 =�
HW_PART_TABLE_GPT
) ? "SWAP" : "primary",

795 
��_��t
,��t_���+ 
de�
->
size_sw�
 - 1);

797 
��_��t
 +�
de�
->
size_sw�
;

800 i�(*
de�
->
��_ro�
) {

801 
	`a�r�tf
(&
cmd
, "%s mkpart %s�xt2 %lluB %lluB", cmd,

802 (
de�
->
��_�b�
 =�
HW_PART_TABLE_GPT
) ? "ROOT" : "primary",

803 
��_��t
,��t_���+ 
de�
->
size_ro�
 - 1);

805 
��_��t
 +�
de�
->
size_ro�
;

808 i�(
de�
->
��_bo�_idx
 > 0)

809 
	`a�r�tf
(&
cmd
, "%���%d bo� on", cmd, 
de�
->
��_bo�_idx
);

811 i�(
de�
->
��_bo�_efi_idx
 > 0)

812 
	`a�r�tf
(&
cmd
, "%���%d�� on", cmd, 
de�
->
��_bo�_efi_idx
);

814 i�(
de�
->
��_�b�
 =�
HW_PART_TABLE_GPT
) {

815 i�(*
de�
->
��_bo�ldr
) {

816 
	`a�r�tf
(&
cmd
, "%���%d bios_grub on", cmd, 
de�
->
��_bo�_idx
);

820 
r
 = 
	`mysy�em
(
ou�ut
, 
cmd
);

823 i�(
r
 == 0) {

824 
cou��
 = 10;

826 
cou��
-- > 0) {

827 
	`��p
(1);

829 i�(*
de�
->
��_bo�ldr
 && (
	`�y_ݒ
(dest->part_bootldr) != 0))

832 i�(*
de�
->
��_bo�
 && (
	`�y_ݒ
(dest->part_boot) != 0))

835 i�(*
de�
->
��_bo�_efi
 && (
	`�y_ݒ
(dest->part_boot_efi) != 0))

838 i�(*
de�
->
��_sw�
 && (
	`�y_ݒ
(dest->part_swap) != 0))

841 i�(*
de�
->
��_ro�
 && (
	`�y_ݒ
(dest->part_root) != 0))

849 i�(
cmd
)

850 
	`�
(
cmd
);

852  
r
;

853 
	}
}

855 
	$hw_���_b�fs_subv�ume
(cڡ * 
ou�ut
, cڡ * 
subv�ume
) {

856 
comm�d
 [
STRING_SIZE
];

857 
r
;

860 
r
 = 
	`���tf
(
comm�d
, (comm�d), "/u�/b�/b�f�subv�um���� %s/%s", 
DESTINATION_MOUNT_PATH
, 
subv�ume
);

861 i�(
r
 < 0)

862  
r
;

865 
r
 = 
	`mysy�em
(
ou�ut
, 
comm�d
);

866 i�(
r
)

867  
r
;

870 
	}
}

872 
	$hw_���_b�fs_�yout
(cڡ * 
�th
, cڡ * 
ou�ut
) {

873 cڡ 
b�fs_subv�umes
* 
subv�ume
 = 
NULL
;

874 
cmd
[
STRING_SIZE
];

875 
v�ume
[
STRING_SIZE
];

876 
r
;

878 
r
 = 
	`���tf
(
cmd
, (cmd), "/u�/b�/mkfs.b�f�-�%s", 
�th
);

879 i�(
r
 < 0)

880  
r
;

883 
r
 = 
	`mysy�em
(
ou�ut
, 
cmd
);

884 i�(
r
)

885  
r
;

888 
r
 = 
	`hw_mou�
(
�th
, 
DESTINATION_MOUNT_PATH
, "btrfs", 0);

889 i�(
r
)

890  
r
;

893  
subv�ume
 = 
b�fs_subv�umes
; subv�ume->
�me
; subvolume++ ) {

894 
r
 = 
	`���tf
(
v�ume
, (v�ume), "%s", 
subv�ume
->
�me
);

897 i�(
r
 < 0)

898  
r
;

901 
r
 = 
	`hw_���_b�fs_subv�ume
(
ou�ut
, 
v�ume
);

902 i�(
r
)

903  
r
;

907 
r
 = 
	`hw_umou�
(
DESTINATION_MOUNT_PATH
, 0);

908 i�(
r
)

909  
r
;

912 
	}
}

914 
	$hw_f�m�_f�esy�em
(cڡ * 
�th
, 
fs
, cڡ * 
ou�ut
) {

915 
cmd
[
STRING_SIZE
] = "\0";

916 
r
;

919 i�(
fs
 =�
HW_FS_SWAP
) {

920 
	`���tf
(
cmd
, (cmd), "/sb�/mksw� -v1 %�&>/dev/nu�", 
�th
);

923 } i�(
fs
 =�
HW_FS_EXT4
) {

924 
	`���tf
(
cmd
, (cmd), "/sb�/mke2f�-FF -T�xt4 %s", 
�th
);

927 } i�(
fs
 =�
HW_FS_XFS
) {

928 
	`���tf
(
cmd
, (cmd), "/sb�/mkfs.xf�-�%s", 
�th
);

931 } i�(
fs
 =�
HW_FS_BTRFS
) {

932 
r
 = 
	`hw_���_b�fs_�yout
(
�th
, 
ou�ut
);

934  
r
;

937 } i�(
fs
 =�
HW_FS_FAT32
) {

938 
	`���tf
(
cmd
, (cmd), "/sb�/mkfs.v�%s", 
�th
);

941 
	`as��
(*
cmd
);

943 
r
 = 
	`mysy�em
(
ou�ut
, 
cmd
);

945  
r
;

946 
	}
}

948 
	$hw_���_f�esy�ems
(
hw_de���i�
* 
de�
, cڡ * 
ou�ut
) {

949 
r
;

952 i�(*
de�
->
��_bo�
) {

953 
r
 = 
	`hw_f�m�_f�esy�em
(
de�
->
��_bo�
, de�->
f�esy�em
, 
ou�ut
);

954 i�(
r
)

955  
r
;

959 i�(*
de�
->
��_bo�_efi
) {

960 
r
 = 
	`hw_f�m�_f�esy�em
(
de�
->
��_bo�_efi
, 
HW_FS_FAT32
, 
ou�ut
);

961 i�(
r
)

962  
r
;

966 i�(*
de�
->
��_sw�
) {

967 
r
 = 
	`hw_f�m�_f�esy�em
(
de�
->
��_sw�
, 
HW_FS_SWAP
, 
ou�ut
);

968 i�(
r
)

969  
r
;

973 
r
 = 
	`hw_f�m�_f�esy�em
(
de�
->
��_ro�
, de�->
f�esy�em
, 
ou�ut
);

974 i�(
r
)

975  
r
;

978 
	}
}

980 
	$hw_mou�_b�fs_subv�umes
(cڡ * 
sour�
) {

981 cڡ 
b�fs_subv�umes
* 
subv�ume
 = 
NULL
;

982 
�th
[
STRING_SIZE
];

983 
�ti�s
[
STRING_SIZE
];

984 
r
;

987 
subv�ume
 = 
b�fs_subv�umes
; subv�ume->
�me
; subvolume++) {

989 
r
 = 
	`���tf
(
�th
, թh), "%s%s", 
DESTINATION_MOUNT_PATH
, 
subv�ume
->
mou�_�th
);

990 i�(
r
 < 0)

991  
r
;

994 
r
 = 
	`���tf
(
�ti�s
, (�ti�s), "subv�=%s,%s", 
subv�ume
->
�me
, 
BTRFS_MOUNT_OPTIONS
);

995 i�(
r
 < 0)

996  
r
;

999 
r
 = 
	`hw_mkd�
(
�th
);

1002 if(
r
 !�0 && 
��o
 !�
EEXIST
)

1003  
r
;

1006 
	`�r�tf
(
�og
, "Mou��g subv�um�%�t�%s\n", 
subv�ume
->
�me
, subv�ume->
mou�_�th
);

1009 
r
 = 
	`mou�
(
sour�
, 
�th
, "b�fs", 0, 
�ti�s
);

1010 i�(
r
)

1011  
r
;

1015 
	}
}

1017 
	$hw_mou�_f�esy�ems
(
hw_de���i�
* 
de�
, cڡ * 
�efix
) {

1018 
�rg�
[
STRING_SIZE
];

1019 
r
;

1021 
	`as��
(*
�efix
 == '/');

1023 cڡ * 
f�esy�em
;

1024 
de�
->
f�esy�em
) {

1025 
HW_FS_EXT4
:

1026 
f�esy�em
 = "ext4";

1029 
HW_FS_XFS
:

1030 
f�esy�em
 = "xfs";

1033 
HW_FS_BTRFS
:

1034 
f�esy�em
 = "btrfs";

1037 
HW_FS_FAT32
:

1038 
f�esy�em
 = "vfat";

1042 
	`as��
(0);

1046 i�(
de�
->
f�esy�em
 =�
HW_FS_BTRFS
) {

1047 
r
 = 
	`hw_mou�_b�fs_subv�umes
(
de�
->
��_ro�
);

1048 i�(
r
)

1049  
r
;

1051 
r
 = 
	`hw_mou�
(
de�
->
��_ro�
, 
�efix
, 
f�esy�em
, 0);

1052 i�(
r
)

1053  
r
;

1057 
	`���tf
(
�rg�
, Ѭg�), "%s%s", 
�efix
, 
HW_PATH_BOOT
);

1058 
r
 = 
	`mkd�
(
�rg�
, 
S_IRWXU
|
S_IRWXG
|
S_IRWXO
);

1060 i�(
r
) {

1061 
	`hw_umou�_f�esy�ems
(
de�
, 
�efix
);

1063  
r
;

1066 i�(*
de�
->
��_bo�
) {

1067 
r
 = 
	`hw_mou�
(
de�
->
��_bo�
, 
�rg�
, 
f�esy�em
, 0);

1068 i�(
r
) {

1069 
	`hw_umou�_f�esy�ems
(
de�
, 
�efix
);

1071  
r
;

1076 i�(*
de�
->
��_bo�_efi
) {

1077 
	`���tf
(
�rg�
, Ѭg�), "%s%s", 
�efix
, 
HW_PATH_BOOT_EFI
);

1078 
	`mkd�
(
�rg�
, 
S_IRWXU
|
S_IRWXG
|
S_IRWXO
);

1080 
r
 = 
	`hw_mou�
(
de�
->
��_bo�_efi
, 
�rg�
, "vfat", 0);

1081 i�(
r
) {

1082 
	`hw_umou�_f�esy�ems
(
de�
, 
�efix
);

1084  
r
;

1089 i�(*
de�
->
��_sw�
) {

1090 
r
 = 
	`sw��
(
de�
->
��_sw�
, 0);

1091 i�(
r
) {

1092 
	`hw_umou�_f�esy�ems
(
de�
, 
�efix
);

1094  
r
;

1099 
r
 = 
	`hw_b�d_mou�
("/dev", 
�efix
);

1100 i�(
r
)

1101  
r
;

1103 
r
 = 
	`hw_b�d_mou�
("/�oc", 
�efix
);

1104 i�(
r
)

1105  
r
;

1107 
r
 = 
	`hw_b�d_mou�
("/sys", 
�efix
);

1108 i�(
r
)

1109  
r
;

1111 
r
 = 
	`hw_b�d_mou�
("/sys/f�mw�e/efi/efiv�s", 
�efix
);

1112 i�(
r
 && 
��o
 !�
ENOENT
)

1113  
r
;

1116 
	}
}

1118 
	$hw_umou�_b�fs_�yout
() {

1119 cڡ 
b�fs_subv�umes
* 
subv�ume
 = 
NULL
;

1120 
�th
[
STRING_SIZE
];

1121 
cou��
 = 0;

1122 
��y
 = 1;

1123 
r
;

1127 
��y
 = 0;

1130 
subv�ume
 = 
b�fs_subv�umes
; subv�ume->
�me
; subvolume++) {

1132 
r
 = 
	`���tf
(
�th
, թh), "%s%s", 
DESTINATION_MOUNT_PATH
, 
subv�ume
->
mou�_�th
);

1133 i�(
r
 < 0)

1134  
r
;

1137 
r
 = 
	`umou�2
(
�th
, 0);

1140 i�(
r
) {

1141 
��o
) {

1142 
EBUSY
:

1144 
��y
 = 1;

1150 
EINVAL
:

1153 
ENOENT
:

1157 
	`�r�tf
(
�og
, "Could�� umou� %��om %�- E��: %d\n", 
subv�ume
->
�me
, 
�th
, 
r
);

1158  
r
;

1163 
	`�r�tf
(
�og
, "Umou�ed %��om %s\n", 
subv�ume
->
�me
, 
�th
);

1167 i�(
��y
 == 0)

1171 i�(
cou��
 == 5)

1175 
cou��
++;

1177 
	}
}

1179 
	$hw_umou�_f�esy�ems
(
hw_de���i�
* 
de�
, cڡ * 
�efix
) {

1180 
r
;

1183 
	`hw_sync
();

1186 i�(*
de�
->
��_bo�_efi
) {

1187 
r
 = 
	`hw_umou�
(
HW_PATH_BOOT_EFI
, 
�efix
);

1188 i�(
r
)

1193 i�(*
de�
->
��_bo�
) {

1194 
r
 = 
	`hw_umou�
(
HW_PATH_BOOT
, 
�efix
);

1195 i�(
r
)

1200 i�(*
de�
->
��_sw�
) {

1201 
	`sw�off
(
de�
->
��_sw�
);

1205 
r
 = 
	`hw_umou�
("/sys/f�mw�e/efi/efiv�s", 
�efix
);

1206 i�(
r
)

1209 
r
 = 
	`hw_umou�
("/sys", 
�efix
);

1210 i�(
r
)

1213 
r
 = 
	`hw_umou�
("/�oc", 
�efix
);

1214 i�(
r
)

1217 
r
 = 
	`hw_umou�
("/dev", 
�efix
);

1218 i�(
r
)

1222 if(
de�
->
f�esy�em
 =�
HW_FS_BTRFS
) {

1223 
r
 = 
	`hw_umou�_b�fs_�yout
();

1225 
r
 = 
	`hw_umou�
(
�efix
, 
NULL
);

1228 i�(
r
)

1232 
	}
}

1234 
	$hw_de�roy_�id_su�rblocks
(cڡ 
hw_de���i�
* 
de�
, cڡ * 
ou�ut
) {

1235 
cmd
[
STRING_SIZE
];

1237 
	`hw_��_�l_�id_��ys
(
ou�ut
);

1238 
	`hw_��_�l_�id_��ys
(
ou�ut
);

1240 i�(
de�
->
disk1
) {

1241 
	`���tf
(
cmd
, (cmd), "/sb�/mdadm --z�o-su�rblock %s", 
de�
->
disk1
->
�th
);

1242 
	`mysy�em
(
ou�ut
, 
cmd
);

1245 i�(
de�
->
disk2
) {

1246 
	`���tf
(
cmd
, (cmd), "/sb�/mdadm --z�o-su�rblock %s", 
de�
->
disk2
->
�th
);

1247 
	`mysy�em
(
ou�ut
, 
cmd
);

1251 
	}
}

1253 
	$hw_�tup_�id
(
hw_de���i�
* 
de�
, cڡ * 
ou�ut
) {

1254 * 
cmd
 = 
NULL
;

1255 
r
;

1257 
	`as��
(
de�
->
is_�id
);

1262 
r
 = 
	`hw_de�roy_�id_su�rblocks
(
de�
, 
ou�ut
);

1264 
	`a�r�tf
(&
cmd
, "echo \"y\" | /sbin/mdadm --create --verbose --metadata=%s --auto=mdp %s",

1265 
RAID_METADATA
, 
de�
->
�th
);

1267 
de�
->
�id_�v�
) {

1269 
	`a�r�tf
(&
cmd
, "%s --level=1 --raid-devices=2", cmd);

1273 
	`as��
(0);

1276 i�(
de�
->
disk1
) {

1277 
	`a�r�tf
(&
cmd
, "%�%s", cmd, 
de�
->
disk1
->
�th
);

1280 
r
 = 
	`hw_z�o_out_devi�
(
de�
->
disk1
->
�th
, 
	`MB2BYTES
(10));

1281 i�(
r
 <= 0)

1282  
r
;

1285 i�(
de�
->
disk2
) {

1286 
	`a�r�tf
(&
cmd
, "%�%s", cmd, 
de�
->
disk2
->
�th
);

1289 
r
 = 
	`hw_z�o_out_devi�
(
de�
->
disk2
->
�th
, 
	`MB2BYTES
(10));

1290 i�(
r
 <= 0)

1291  
r
;

1294 
r
 = 
	`mysy�em
(
ou�ut
, 
cmd
);

1295 
	`�
(
cmd
);

1298 i�(
r
 == 0) {

1299 
cou��
 = 10;

1300 
cou��
-- > 0) {

1301 
	`��p
(1);

1306 i�(
	`�y_ݒ
(
de�
->
�th
) == 0)

1311  
r
;

1312 
	}
}

1314 
	$hw_��_�l_�id_��ys
(cڡ * 
ou�ut
) {

1315  
	`mysy�em
(
ou�ut
, "/sbin/mdadm --stop --scan --verbose");

1316 
	}
}

1318 
	$hw_���l_bo�l�d�
(
hw
* hw, 
hw_de���i�
* 
de�
, cڡ * 
ou�ut
) {

1319 
cmd
[
STRING_SIZE
];

1321 
	`���tf
(
cmd
, (cmd), "/u�/b�/���l-bo�l�d� %s", 
de�
->
�th
);

1322 
r
 = 
	`sy�em_chro�
(
ou�ut
, 
DESTINATION_MOUNT_PATH
, 
cmd
);

1323 i�(
r
)

1324  
r
;

1326 
	`hw_sync
();

1329 
	}
}

1331 * 
	$hw_g�_uuid
(cڡ * 
dev
) {

1332 
blkid_�obe
 
p
 = 
	`blkid_�w_�obe_�om_f��ame
(
dev
);

1333 cڡ * 
buf�r
 = 
NULL
;

1334 * 
uuid
 = 
NULL
;

1336 i�(!
p
)

1337  
NULL
;

1339 
	`blkid_do_�obe
(
p
);

1340 
	`blkid_�obe_lookup_v�ue
(
p
, "UUID", &
buf�r
, 
NULL
);

1342 i�(
buf�r
)

1343 
uuid
 = 
	`�rdup
(
buf�r
);

1345 
	`blkid_�_�obe
(
p
);

1347  
uuid
;

1348 
	}
}

1350 

	#FSTAB_FMT
 "UUID=%�%-8�%-4�%-10�%d %d\n"

	)

1352 
	$hw_wr�e_f�ab
(
hw_de���i�
* 
de�
) {

1353 cڡ 
b�fs_subv�umes
* 
subv�ume
 = 
NULL
;

1354 
FILE
* 
f
 = 
	`fݒ
(
DESTINATION_MOUNT_PATH
 "/etc/fstab", "w");

1355 i�(!
f
)

1358 * 
uuid
 = 
NULL
;

1359 
mou�_�ti�s
[
STRING_SIZE
];

1362 i�(*
de�
->
��_bo�
) {

1363 
uuid
 = 
	`hw_g�_uuid
(
de�
->
��_bo�
);

1365 i�(
uuid
) {

1366 
	`�r�tf
(
f
, 
FSTAB_FMT
, 
uuid
, "/boot", "auto", "defaults,nodev,noexec,nosuid", 1, 2);

1367 
	`�
(
uuid
);

1372 i�(*
de�
->
��_bo�_efi
) {

1373 
uuid
 = 
	`hw_g�_uuid
(
de�
->
��_bo�_efi
);

1375 i�(
uuid
) {

1376 
	`�r�tf
(
f
, 
FSTAB_FMT
, 
uuid
, "/boot/efi", "auto", "defaults", 1, 2);

1377 
	`�
(
uuid
);

1383 i�(*
de�
->
��_sw�
) {

1384 
uuid
 = 
	`hw_g�_uuid
(
de�
->
��_sw�
);

1386 i�(
uuid
) {

1387 
	`�r�tf
(
f
, 
FSTAB_FMT
, 
uuid
, "swap", "swap", "defaults,pri=1", 0, 0);

1388 
	`�
(
uuid
);

1393 
uuid
 = 
	`hw_g�_uuid
(
de�
->
��_ro�
);

1394 i�(
uuid
) {

1395 if(
de�
->
f�esy�em
 =�
HW_FS_BTRFS
) {

1397 
subv�ume
 = 
b�fs_subv�umes
; subv�ume->
�me
; subvolume++) {

1399 
r
 = 
	`���tf
(
mou�_�ti�s
, (mou�_�ti�s), "de�u�s,%s,subv�=%s", 
BTRFS_MOUNT_OPTIONS
, 
subv�ume
->
�me
);

1400 i�(
r
 < 0) {

1401  
r
;

1405 
	`�r�tf
(
f
, 
FSTAB_FMT
, 
uuid
, 
subv�ume
->
mou�_�th
, "b�fs", 
mou�_�ti�s
, 1, 1);

1408 
	`�r�tf
(
f
, 
FSTAB_FMT
, 
uuid
, "/", "auto", "defaults", 1, 1);

1411 
	`�
(
uuid
);

1414 
	`f�o�
(
f
);

1417 
	}
}

1419 
	$hw_sync
() {

1420 
	`sync
();

1421 
	`sync
();

1422 
	`sync
();

1423 
	}
}

1425 
	$hw_��t_�tw�k�g
(cڡ * 
ou�ut
) {

1426  
	`mysy�em
(
ou�ut
, "/usr/bin/start-networking.sh");

1427 
	}
}

1429 * 
	$hw_f�d_backup_f�e
(cڡ * 
ou�ut
, cڡ * 
��ch_�th
) {

1430 
�th
[
STRING_SIZE
];

1432 
	`���tf
(
�th
, թh), "%s/backup.�f", 
��ch_�th
);

1433 
r
 = 
	`ac�ss
(
�th
, 
R_OK
);

1435 i�(
r
 == 0)

1436  
	`�rdup
(
�th
);

1438  
NULL
;

1439 
	}
}

1441 
	$hw_���e_backup
(cڡ * 
ou�ut
, cڡ * 
backup_�th
, cڡ * 
de���i�
) {

1442 
comm�d
[
STRING_SIZE
];

1444 
	`���tf
(
comm�d
, (command), "/bin/tar xzpf %s -C %s "

1446 
backup_�th
, 
de���i�
, destination, destination);

1447 
rc
 = 
	`mysy�em
(
ou�ut
, 
comm�d
);

1449 i�(
rc
)

1453 
	}
}

	@installer/hw.h

21 #i�de�
HEADER_HW_H


22 

	#HEADER_HW_H


	)

24 
	~<libudev.h
>

26 

	#DESTINATION_MOUNT_PATH
 "/h�ddisk"

	)

27 

	#SOURCE_MOUNT_PATH
 "/cdrom"

	)

28 

	#SOURCE_TEST_FILE
 
SOURCE_MOUNT_PATH
 "/" 
DISTRO_SNAME
 "-" 
DISTRO_VERSION
 ".med�"

	)

30 

	#HW_MAX_DISKS
 32

	)

31 

	#STRING_SIZE
 1024

	)

32 

	#DEV_SIZE
 128

	)

34 

	#HW_PATH_BOOT
 "/bo�"

	)

35 

	#HW_PATH_BOOT_EFI
 "/bo�/efi"

	)

36 

	#HW_PATH_DATA
 "/v�"

	)

38 

	#HW_PART_TYPE_NORMAL
 0

	)

39 

	#HW_PART_TYPE_RAID1
 1

	)

41 

	#HW_PART_TABLE_MSDOS
 0

	)

42 

	#HW_PART_TABLE_GPT
 1

	)

44 

	#HW_FS_SWAP
 0

	)

45 

	#HW_FS_EXT4
 1

	)

46 

	#HW_FS_XFS
 2

	)

47 

	#HW_FS_FAT32
 3

	)

48 

	#HW_FS_BTRFS
 4

	)

50 

	#HW_FS_DEFAULT
 
HW_FS_EXT4


	)

52 

	#RAID_METADATA
 "1.0"

	)

54 

	#SERIAL_BAUDRATE
 115200

	)

56 

	#BTRFS_MOUNT_OPTIONS
 "com�ess=z�d:1"

	)

58 

	#BYTES2MB
(
x
�((x�/ 1024 / 1024)

	)

59 

	#MB2BYTES
(
x
�(()(x�* 1024 * 1024)

	)

61 
	shw
 {

62 
udev
 *
	mudev
;

63 
	m�ch
[
STRING_SIZE
];

66 
	mefi
;

69 
	shw_disk
 {

70 
	m�th
[
DEV_SIZE
];

71 
	msize
;

73 
	mdes��ti�
[
STRING_SIZE
];

74 
	mv�d�
[
STRING_SIZE
];

75 
	mmod�
[
STRING_SIZE
];

78 
	m�f
;

81 
	shw_de���i�
 {

82 
	m�th
[
DEV_SIZE
];

84 
	mis_�id
;

85 
	m�id_�v�
;

86 cڡ 
hw_disk
* 
	mdisk1
;

87 cڡ 
hw_disk
* 
	mdisk2
;

89 
	m��_�b�
;

90 
	m��_bo�ldr
[
DEV_SIZE
];

91 
	m��_bo�
[
DEV_SIZE
];

92 
	m��_bo�_efi
[
DEV_SIZE
];

93 
	m��_sw�
[
DEV_SIZE
];

94 
	m��_ro�
[
DEV_SIZE
];

95 
	m��_bo�_idx
;

96 
	m��_bo�_efi_idx
;

98 
	mf�esy�em
;

100 
	msize
;

101 
	msize_bo�ldr
;

102 
	msize_bo�
;

103 
	msize_bo�_efi
;

104 
	msize_sw�
;

105 
	msize_ro�
;

109 cڡ 
	sb�fs_subv�umes
 {

110 cڡ * 
	m�me
;

111 cڡ * 
	mmou�_�th
;

112 } 
	gb�fs_subv�umes
[] = {

125 { 
NULL
 },

128 
hw
* 
hw_��
();

129 
hw_�
(
hw
* hw);

131 
hw_mou�
(cڡ * 
sour�
, cڡ * 
�rg�
, cڡ * 
fs
, 
�ags
);

132 
hw_umou�
(cڡ * 
sour�
, cڡ * 
�efix
);

134 * 
hw_f�d_sour�_medium
(
hw
* hw);

136 
hw_disk
** 
hw_f�d_disks
(
hw
* hw, cڡ * 
sour�drive
);

137 
hw_�_disks
(
hw_disk
** 
disks
);

138 
hw_cou�_disks
(
hw_disk
** 
disks
);

139 
hw_disk
** 
hw_���_disks
(hw_disk** 
disks
, * 
���i�
);

140 
hw_disk
** 
hw_���_f��_disk
(hw_disk** 
disks
);

142 
hw_de���i�
* 
hw_make_de���i�
(
hw
* hw, 
��_ty�
, 
hw_disk
** 
disks
,

143 
di�b�_sw�
, 
f�esy�em
);

145 
hw_mem�y
();

147 
hw_���_���i�s
(
hw_de���i�
* 
de�
, cڡ * 
ou�ut
);

148 
hw_���_f�esy�ems
(
hw_de���i�
* 
de�
, cڡ * 
ou�ut
);

150 
hw_mou�_f�esy�ems
(
hw_de���i�
* 
de�
, cڡ * 
�efix
);

151 
hw_umou�_f�esy�ems
(
hw_de���i�
* 
de�
, cڡ * 
�efix
);

153 
hw_de�roy_�id_su�rblocks
(cڡ 
hw_de���i�
* 
de�
, cڡ * 
ou�ut
);

154 
hw_�tup_�id
(
hw_de���i�
* 
de�
, cڡ * 
ou�ut
);

155 
hw_��_�l_�id_��ys
(cڡ * 
ou�ut
);

157 
hw_���l_bo�l�d�
(
hw
* hw, 
hw_de���i�
* 
de�
, cڡ * 
ou�ut
);

158 
hw_wr�e_f�ab
(
hw_de���i�
* 
de�
);

160 * 
hw_f�d_backup_f�e
(cڡ * 
ou�ut
, cڡ * 
��ch_�th
);

161 
hw_���e_backup
(cڡ * 
ou�ut
, cڡ * 
backup_�th
, cڡ * 
de���i�
);

163 
hw_��t_�tw�k�g
(cڡ * 
ou�ut
);

165 
hw_sync
();

	@installer/main.c

10 

	#_GNU_SOURCE


	)

12 
	~<as��.h
>

13 
	~<��o.h
>

14 
	~<libsmo�h.h
>

15 
	~<�dio.h
>

16 
	~<�dlib.h
>

17 
	~<�r�g.h
>

18 
	~<sys/mou�.h
>

20 
	~"hw.h
"

23 
	~<lib��.h
>

24 

	#_
(
x
�
	`dg��xt
("����r", x)

	)

26 

	#INST_FILECOUNT
 30000

	)

27 

	#SOURCE_TEMPFILE
 "/tmp/dow��ds/image.iso"

	)

29 

u�
[
STRING_SIZE
];

31 
FILE
* 
	g�og
 = 
NULL
;

33 
	$�wtCheckli�
(cڡ * 
t��
, cڡ * 
mes�ge
,

34 
width
, 
height
, 
num_���s
,

35 cڡ ** 
���s
, * 
��es
) {

36 
�t
;

37 cڡ 
li�_height
 = 4;

39 
cb��es
[
num_���s
];

41 
i
 = 0; i < 
num_���s
; i++) {

42 
cb��es
[
i
] = 
��es
[i] ? '*' : ' ';

45 
	`�wtC���dW�dow
(
width
, 
height
, 
t��
);

47 
�wtCompڒt
 
�xtbox
 = 
	`�wtTextbox
(1, 1, 
width
 - 2, 
height
 - 6 - 
li�_height
,

48 
NEWT_FLAG_WRAP
);

49 
	`�wtTextboxS�Text
(
�xtbox
, 
mes�ge
);

51 
t�
 = 
	`�wtTextboxG�NumL�es
(
�xtbox
) + 2;

53 
�wtCompڒt
 
f�m
 = 
	`�wtF�m
(
NULL
, NULL, 0);

55 
�wtCompڒt
 
sb
 = 
NULL
;

56 i�(
li�_height
 < 
num_���s
) {

57 
sb
 = 
	`�wtV�ti�lS��lb�
(

58 
width
 - 4, 
t�
 + 1, 
li�_height
,

59 
NEWT_COLORSET_CHECKBOX
, 
NEWT_COLORSET_ACTCHECKBOX
);

61 
	`�wtF�mAddCompڒt
(
f�m
, 
sb
);

64 
�wtCompڒt
 
subf�m
 = 
	`�wtF�m
(
sb
, 
NULL
, 0);

65 
	`�wtF�mS�Background
(
subf�m
, 
NEWT_COLORSET_CHECKBOX
);

67 
	`�wtF�mS�Height
(
subf�m
, 
li�_height
);

68 
	`�wtF�mS�Width
(
subf�m
, 
width
 - 10);

70 
i
 = 0; i < 
num_���s
; i++) {

71 
�wtCompڒt
 
cb
 = 
	`�wtCheckbox
(4, 
t�
 + 
i
, 
���s
[i], 
cb��es
[i],

72 
NULL
, &
cb��es
[
i
]);

74 
	`�wtF�mAddCompڒt
(
subf�m
, 
cb
);

77 
	`�wtF�mAddCompڒts
(
f�m
, 
�xtbox
, 
subf�m
, 
NULL
);

79 
�wtCompڒt
 
b�_okay
 = 
	`�wtBu��
((
width
 - 18�/ 3, 
height
 - 4, 
	`_
("OK"));

80 
�wtCompڒt
 
b�_�n�l
 = 
	`�wtBu��
((
width
 - 18�/ 3 * 2 + 9, 
height
 - 4, 
	`_
("Cancel"));

81 
	`�wtF�mAddCompڒts
(
f�m
, 
b�_okay
, 
b�_�n�l
, 
NULL
);

83 
�wtCompڒt
 
�sw�
 = 
	`�wtRunF�m
(
f�m
);

85 i�((
�sw�
 =�
NULL
�|| (�sw� =�
b�_�n�l
)) {

86 
�t
 = -1;

88 
�t
 = 0;

90 
i
 = 0; i < 
num_���s
; i++) {

91 
��es
[
i
] = (
cb��es
[i] != ' ');

93 i�(
��es
[
i
])

94 
�t
++;

98 
	`�wtF�mDe�roy
(
f�m
);

99 
	`�wtP�W�dow
();

101  
�t
;

102 
	}
}

104 
	$�wtW�OkC��l
(cڡ * 
t��
, cڡ * 
mes�ge
, 
width
, 
height
,

105 cڡ * 
b�_txt_ok
, cڡ * 
b�_txt_�n�l
) {

106 
�t
 = 1;

108 
b�_width_ok
 = 
	`���
(
b�_txt_ok
);

109 
b�_width_�n�l
 = 
	`���
(
b�_txt_�n�l
);

112 
m�_width
 = 
b�_width_ok
 + 
b�_width_�n�l
 + 5;

113 i�(
width
 < 
m�_width
)

114 
width
 = 
m�_width
;

116 
b�_pos_ok
 = (
width
 / 3�- (
b�_width_ok
 / 2) - 1;

117 
b�_pos_�n�l
 = (
width
 * 2 / 3�- (
b�_width_�n�l
 / 2) - 1;

120 (
b�_pos_ok
 + 
b�_width_ok
 + 5�> 
b�_pos_�n�l
) {

122 i�((
b�_pos_�n�l
 + 
b�_width_�n�l
 + 2�< 
width
) {

123 ++
b�_pos_�n�l
;

128 i�(
b�_pos_ok
 > 1) {

129 --
b�_pos_ok
;

139 
	`�wtC���dW�dow
(
width
, 
height
, 
t��
);

141 
�wtCompڒt
 
f�m
 = 
	`�wtF�m
(
NULL
, NULL, 0);

143 
�wtCompڒt
 
�xtbox
 = 
	`�wtTextbox
(1, 1, 
width
 - 2, 
height
 - 6, 
NEWT_FLAG_WRAP
);

144 
	`�wtTextboxS�Text
(
�xtbox
, 
mes�ge
);

145 
	`�wtF�mAddCompڒt
(
f�m
, 
�xtbox
);

147 
�wtCompڒt
 
b�_ok
 = 
	`�wtBu��
(
b�_pos_ok
, 
height
 - 4, 
b�_txt_ok
);

148 
�wtCompڒt
 
b�_�n�l
 = 
	`�wtBu��
(
b�_pos_�n�l
, 
height
 - 4, 
b�_txt_�n�l
);

150 
	`�wtF�mAddCompڒts
(
f�m
, 
b�_ok
, 
b�_�n�l
, 
NULL
);

152 
�wtCompڒt
 
�sw�
 = 
	`�wtRunF�m
(
f�m
);

154 i�(
�sw�
 =�
b�_ok
) {

155 
�t
 = 0;

158 
	`�wtF�mDe�roy
(
f�m
);

159 
	`�wtP�W�dow
();

161  
�t
;

162 
	}
}

164 
	$wr�e_�ng_c�figs
(cڡ * 
�ng
) {

165 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

168 
	`��a�keyv�ue
(
kv
, "LANGUAGE", (*)
�ng
);

169 
	`��a�keyv�ue
(
kv
, "HOSTNAME", 
DISTRO_SNAME
);

170 
	`��a�keyv�ue
(
kv
, "THEME", "ipfire");

171 
	`wr�ekeyv�ues
(
kv
, "/h�ddisk" 
CONFIG_ROOT
 "/main/settings");

172 
	`�keyv�ues
(
kv
);

175 
	}
}

177 * 
	$g�_sy�em_��a�
() {

178 
sy�em_��a�
[
STRING_SIZE
] = "\0";

180 
FILE
* 
f
 = 
	`fݒ
("/etc/system-release", "r");

181 i�(
f
) {

182 
	`fg�s
(
sy�em_��a�
, (sy�em_��a�), 
f
);

183 
	`f�o�
(
f
);

186  
	`�rdup
(
sy�em_��a�
);

187 
	}
}

189 * 
	$���_�r�g
(cڡ * 
�r
, 
width
) {

190 i�(!
�r
)

191  
NULL
;

193 * 
�r�g
 = 
NULL
;

194 
�r_�n
 = 
	`���
(
�r
);

196 i�(
�r_�n
 =�
width
) {

197 
�r�g
 = 
	`�rdup
(
�r
);

199 } i�(
�r_�n
 > 
width
) {

200 
�r�g
 = 
	`�rdup
(
�r
);

201 
�r�g
[
width
 - 1] = '\0';

204 
�d�t_�ngth
 = (
width
 - 
�r_�n
) / 2;

205 
�d�t
[
�d�t_�ngth
 + 1];

207 
i
 = 0; i < 
�d�t_�ngth
; i++) {

208 
�d�t
[
i
] = ' ';

210 
�d�t
[
�d�t_�ngth
] = '\0';

212 i�(
	`a�r�tf
(&
�r�g
, "%s%s", 
�d�t
, 
�r
) < 0)

213  
NULL
;

216  
�r�g
;

217 
	}
}

219 

	#DEFAULT_LANG
 "�.utf8"

	)

220 

	#NUM_LANGS
 13

	)

222 
	s�ng
 {

223 cڡ * 
	mcode
;

224 * 
	m�me
;

225 } 
	g�nguages
[
NUM_LANGS
 + 1] = {

239 { 
NULL
, NULL },

242 
	sc�fig
 {

243 
	mulj�ded
;

244 
	m�r�l_c�s�e
;

245 
	mnovga
;

246 
	m�qu�e_�tw�k�g
;

247 
	m�rf�m_dow��d
;

248 
	mdi�b�_sw�
;

249 
	mdow��d_u�
[
STRING_SIZE
];

250 
	mpo����l
[
STRING_SIZE
];

251 cڡ * 
	m�nguage
;

252 } 
	gc�fig
 = {

253 .
ulj�ded
 = 0,

254 .
	g�r�l_c�s�e
 = 0,

255 .
	gnovga
 = 0,

256 .
	g�qu�e_�tw�k�g
 = 0,

257 .
	g�rf�m_dow��d
 = 0,

258 .
	gdi�b�_sw�
 = 0,

259 .
	gdow��d_u�
 = 
DOWNLOAD_URL
,

260 .
	gpo����l
 = "\0",

261 .
	g�nguage
 = 
DEFAULT_LANG
,

264 
	$�r�_comm�d_l�e
(
FILE
* 
�og
, 
c�fig
* 
c
) {

265 
buf�r
[
STRING_SIZE
];

266 
cmdl�e
[
STRING_SIZE
];

268 
FILE
* 
f
 = 
	`fݒ
("/proc/cmdline", "r");

269 i�(!
f
) {

270 
	`�r�tf
(
�og
, "Could�ot open /proc/cmdline: %m");

274 
r
 = 
	`�d
(&
cmdl�e
, 1, (cmdl�e�- 1, 
f
);

275 i�(
r
 > 0) {

277 i�(
cmdl�e
[
r
-1] == '\n')

278 
cmdl�e
[
r
-1] = '\0';

280 * 
tok�
 = 
	`��ok
(
cmdl�e
, " ");

281 
tok�
) {

282 
	`���tf
(
buf�r
, (buf�r), "%s", 
tok�
);

284 * 
v�
 = 
buf�r
;

285 * 
key
 = 
	`�r�p
(&
v�
, "=");

288 i�((
	`�rcmp
(
key
, "c�s�e"�=�0�&& (
	`��cmp
(
v�
, "ttyS", 4) == 0))

289 
c
->
�r�l_c�s�e
 = 1;

292 i�(
	`�rcmp
(
key
, "novga") == 0)

293 
c
->
novga
 = 1;

296 i�(
	`�rcmp
(
tok�
, "installer.net") == 0)

297 
c
->
�qu�e_�tw�k�g
 = 1;

300 i�(
	`�rcmp
(
tok�
, "installer.unattended") == 0)

301 
c
->
ulj�ded
 = 1;

304 i�(
	`�rcmp
(
tok�
, "installer.disable-swap") == 0)

305 
c
->
di�b�_sw�
 = 1;

308 i�(
	`�rcmp
(
key
, "installer.download-url") == 0) {

309 
	`���tf
(
c
->
dow��d_u�
, (c->dow��d_u�), "%s", 
v�
);

310 
c
->
�rf�m_dow��d
 = 1;

313 
c
->
�qu�e_�tw�k�g
 = 1;

316 } i�(
	`�rcmp
(
key
, "installer.postinstall") == 0) {

317 
	`���tf
(
c
->
po����l
, (c->po����l), "%s", 
v�
);

320 
c
->
�qu�e_�tw�k�g
 = 1;

323 
tok�
 = 
	`��ok
(
NULL
, " ");

327 
	`f�o�
(
f
);

328 
	}
}

330 
	$ma�
(
�gc
, *
�gv
[]) {

331 
hw
* hw = 
	`hw_��
();

332 cڡ * 
logf�e
 = 
NULL
;

335 * 
sy�em_��a�
 = 
	`g�_sy�em_��a�
();

337 * 
sour�drive
 = 
NULL
;

338 
hw_de���i�
* 
de���i�
 = 
NULL
;

339 
hw_disk
** 
���ed_disks
 = 
NULL
;

340 
rc
 = 0;

341 
comm�d�r�g
[
STRING_SIZE
];

342 
choi�
;

343 
mes�ge
[
STRING_SIZE
];

344 
t��
[
STRING_SIZE
];

345 
�lok
 = 0;

347 
	`��o��
(
LC_ALL
, "");

348 
	`�tho��me
(
DISTRO_SNAME
, 
	`���
(DISTRO_SNAME));

351 i�(
�gc
 >= 2) {

352 
logf�e
 = 
�gv
[1];

354 i�(!(
�og
 = 
	`fݒ
(
logf�e
, "w+")))

360 
	`�r�tf
(
�og
, "Install�rogram started.\n");

361 i�(
hw
->
efi
)

362 
	`�r�tf
(
�og
, "EFI mode�nabled\n");

364 
	`�wtIn�
();

365 
	`�wtCls
();

368 
s��n_c�s
 = 0;

369 
s��n_rows
 = 0;

371 
	`�wtG�S��nSize
(&
s��n_c�s
, &
s��n_rows
);

374 * 
roًxt
 = 
	`���_�r�g
(
sy�em_��a�
, 
s��n_c�s
);

375 i�(
roًxt
)

376 
	`�wtD�wRo�Text
(0, 0, 
roًxt
);

378 
	`���tf
(
t��
, љ�), "%�- %s", 
DISTRO_NAME
, 
DISTRO_SLOGAN
);

381 
	`�r�_comm�d_l�e
(
�og
, &
c�fig
);

383 i�(
c�fig
.
ulj�ded
) {

384 
	`��shW�dow
(
t��
, 
	`_
("Warning: Unattended installation will start in 10 seconds..."), 10);

388 
	`mysy�em
(
logf�e
, "/sbin/modprobe vfat");

389 
	`mysy�em
(
logf�e
, "/sbin/modprobe�tfs3");

390 
	`hw_��_�l_�id_��ys
(
logf�e
);

392 i�(!
c�fig
.
ulj�ded
) {

394 * 
�ng�mes
[
NUM_LANGS
 + 1];

396 
i
 = 0; i < 
NUM_LANGS
; i++) {

397 i�(
	`�rcmp
(
�nguages
[
i
].
code
, 
DEFAULT_LANG
) == 0)

398 
choi�
 = 
i
;

400 
�ng�mes
[
i
] = 
�nguages
[i].
�me
;

402 
�ng�mes
[
NUM_LANGS
] = 
NULL
;

404 
rc
 = 
	`�wtW�M�u
(
	`_
("Language selection"), _("Select�he�anguage you wish�o use for�he installation."),

405 50, 5, 5, 8, 
�ng�mes
, &
choi�
, 
	`_
("OK"), 
NULL
);

407 
	`as��
(
choi�
 <�
NUM_LANGS
);

409 
	`�r�tf
(
�og
, "S�e�ed��guage: %�(%s)\n", 
�nguages
[
choi�
].
�me
,��guages[choi�].
code
);

410 
c�fig
.
�nguage
 = 
�nguages
[
choi�
].
code
;

412 
	`��o��
(
LC_ALL
, 
c�fig
.
�nguage
);

413 
	`��nv
("LANGUAGE", 
c�fig
.
�nguage
, 1);

417 * 
h���e
 = 
NULL
;

418 i�(
c�fig
.
ulj�ded
)

419 
h���e
 = 
	`���_�r�g
(
	`_
("Ulj�ded mode"), 
s��n_c�s
);

421 
h���e
 = 
	`���_�r�g
(
	`_
("<Tab>/<A�-Tab> b�w���em�t�| <S��> s�e��| <F12>�ex�s��n"), 
s��n_c�s
);

423 i�(
h���e
)

424 
	`�wtPushH�pL�e
(
h���e
);

426 i�(!
c�fig
.
ulj�ded
) {

427 
	`���tf
(
mes�ge
, (message),

428 
	`_
("Welcome�o�he %s installation�rogram.\n\n"

429 "S�e��g C���ڇny o�th�f�low�g s��n�w�Ȼboفh�compu�r."), 
DISTRO_NAME
);

430 
	`�wtW�Mes�ge
(
t��
, 
	`_
("S�� in���ti�"), 
mes�ge
);

435 i�(!
c�fig
.
�rf�m_dow��d
) {

436 
sour�drive
 = 
	`hw_f�d_sour�_medium
(
hw
);

437 
	`�r�tf
(
�og
, "Sour� drive: %s\n", 
sour�drive
);

442 i�(!
sour�drive
)

443 
c�fig
.
�rf�m_dow��d
 = 1;

445 i�(
c�fig
.
�rf�m_dow��d
) {

446 i�(!
c�fig
.
ulj�ded
) {

448 
�as�
[
STRING_SIZE
];

449 i�(
c�fig
.
�rf�m_dow��d
) {

450 
	`���tf
(
�as�
, (reason),

451 
	`_
("The installer will�ow�ry downloading�he installation image."));

453 
	`���tf
(
�as�
, (reason),

454 
	`_
("No source drive could be found.\n\n"

457 
	`���tf
(
mes�ge
, (mes�ge), "%�%s", 
�as�
,

458 
	`_
("Please make sure�o connect your machine�o��etwork�nd "

461 
rc
 = 
	`�wtW�OkC��l
(
t��
, 
mes�ge
, 55, 12,

462 
	`_
("Download installation image"), _("Cancel"));

464 i�(
rc
 != 0)

465 
EXIT
;

469 
c�fig
.
�qu�e_�tw�k�g
 = 1;

473 i�(
c�fig
.
�qu�e_�tw�k�g
) {

475 
	`��usw�dow
(60, 4, 
t��
, 
	`_
("Trying�o start�etworking (DHCP)..."));

477 
rc
 = 
	`hw_��t_�tw�k�g
(
logf�e
);

478 
	`�wtP�W�dow
();

481 i�(
rc
 == 0) {

486 
rc
 = 
	`�wtW�OkC��l
(
t��
, 
	`_
("Networking could�ot be started "

489 "DHCP s�v��nd��ry."), 50, 10, 
	`_
("Retry"), _("Cancel"));

491 i�(
rc
)

492 
EXIT
;

497 i�(
c�fig
.
�rf�m_dow��d
) {

498 
	`�r�tf
(
�og
, "Dow��d URL: %s\n", 
c�fig
.
dow��d_u�
);

499 
	`���tf
(
comm�d�r�g
, (commandstring), "/usr/bin/downloadsource.sh %s %s",

500 
SOURCE_TEMPFILE
, 
c�fig
.
dow��d_u�
);

502 !
sour�drive
) {

503 
rc
 = 
	`runcomm�dw�h��us
(
comm�d�r�g
, 
t��
, 
	`_
("Dow��d�g in���ti� image..."), 
logf�e
);

505 
FILE
* 
f
 = 
	`fݒ
(
SOURCE_TEMPFILE
, "r");

506 i�(
f
) {

507 
sour�drive
 = 
	`�rdup
(
SOURCE_TEMPFILE
);

508 
	`f�o�
(
f
);

510 
�as�
[
STRING_SIZE
] = "-";

511 i�(
rc
 == 2)

512 
	`���tf
(
�as�
, (
STRING_SIZE
), 
	`_
("BLAKE2 checksum mismatch"));

514 
	`���tf
(
mes�ge
, (message),

515 
	`_
("The installation image could�ot be downloaded.\n Reason: %s\n\n%s"),

516 
�as�
, 
c�fig
.
dow��d_u�
);

518 
rc
 = 
	`�wtW�OkC��l
(
t��
, 
mes�ge
, 75, 12, 
	`_
("Retry"), _("Cancel"));

519 i�(
rc
)

520 
EXIT
;

526 
	`as��
(
sour�drive
);

528 
r
 = 
	`hw_mou�
(
sour�drive
, 
SOURCE_MOUNT_PATH
, "iso9660", 
MS_RDONLY
);

529 i�(
r
��
	`hw_mou�
(
sour�drive
, 
SOURCE_MOUNT_PATH
, "�fs3", 
MS_RDONLY
);

530 i�(
r
��
	`hw_mou�
(
sour�drive
, 
SOURCE_MOUNT_PATH
, "v�t", 
MS_RDONLY
);

531 i�(
r
)

533 
	`���tf
(
mes�ge
, (mes�ge), 
	`_
("Could�ot mount %s�o %s:\n %s\n"),

534 
sour�drive
, 
SOURCE_MOUNT_PATH
, 
	`����
(
��o
));

535 
	`�r�box
(
mes�ge
);

536 
EXIT
;

539 
��_ty�
 = 
HW_PART_TYPE_NORMAL
;

542 
hw_disk
** 
disks
 = 
	`hw_f�d_disks
(
hw
, 
sour�drive
);

543 
num_���ed_disks
 = 0;

547 
num_disks
 = 
	`hw_cou�_disks
(
disks
);

551 i�(
num_disks
 == 0) {

552 
	`�r�box
(
	`_
("No hard disk found."));

553 
EXIT
;

558 } i�((
num_disks
 =�1�|| (
c�fig
.
ulj�ded
 &&�um_disks >= 1)) {

559 
���ed_disks
 = 
	`hw_���_f��_disk
(
disks
);

564 cڡ * 
disk_�mes
[
num_disks
];

565 
disk_���i�
[
num_disks
];

567 
i
 = 0; i < 
num_disks
; i++) {

568 
disk_�mes
[
i
] = 
disks
[i]->
des��ti�
;

569 
disk_���i�
[
i
] = 0;

572 !
���ed_disks
) {

573 
rc
 = 
	`�wtCheckli�
(
	`_
("Disk Selection"),

574 
	`_
("Select�he disk(s) you want�o install IPFire on. "

577 50, 20, 
num_disks
, 
disk_�mes
, 
disk_���i�
);

580 i�(
rc
 < 0) {

581 
EXIT
;

584 } i�(
rc
 == 0) {

585 
	`�r�box
(
	`_
("No disk has been selected.\n\n"

589 
���ed_disks
 = 
	`hw_���_disks
(
disks
, 
disk_���i�
);

596 i�(
c�fig
.
ulj�ded
)

599 
num_���ed_disks
 = 
	`hw_cou�_disks
(
���ed_disks
);

601 i�(
num_���ed_disks
 == 1) {

602 
	`���tf
(
mes�ge
, (message),

603 
	`_
("The installation�rogram will�ow�repare�he chosen harddisk:\n\n %s\n\n"

604 "D�you�g��t�c�t�ue?"), (*
���ed_disks
)->
des��ti�
);

605 
rc
 = 
	`�wtW�OkC��l
(
	`_
("Disk S�up"), 
mes�ge
, 50, 10,

606 
	`_
("Delete�ll data"), _("Cancel"));

608 i�(
rc
 == 0)

611 } i�(
num_���ed_disks
 == 2) {

612 
	`���tf
(
mes�ge
, (message),

613 
	`_
("The installation�rogram will�ow set up� RAID configuration on�he selected harddisks:\n\n %s\n %s\n\n"

614 "D�you�g��t�c�t�ue?"), 
���ed_disks
[0]->
des��ti�
, selected_disks[1]->description);

615 
rc
 = 
	`�wtW�OkC��l
(
	`_
("RAID S�up"), 
mes�ge
, 50, 14,

616 
	`_
("Delete�ll data"), _("Cancel"));

618 i�(
rc
 == 0) {

619 
��_ty�
 = 
HW_PART_TYPE_RAID1
;

626 
	`�r�box
(
	`_
("Your disk configuration is currently�ot supported."));

627 
	`�r�tf
(
�og
, "Num disk����ed: %d\n", 
num_���ed_disks
);

630 i�(
���ed_disks
) {

631 
	`hw_�_disks
(
���ed_disks
);

632 
���ed_disks
 = 
NULL
;

636 
	`hw_�_disks
(
disks
);

639 
f�esy�em
 = 
HW_FS_DEFAULT
;

641 i�(!
c�fig
.
ulj�ded
) {

642 
	sf�esy�ems
 {

643 
f�y�
;

644 * 
des��ti�
;

645 } 
f�esy�ems
[] = {

646 { 
HW_FS_EXT4
, 
	`_
("ext4 Filesystem") },

647 { 
HW_FS_XFS
, 
	`_
("XFS Filesystem") },

648 { 
HW_FS_BTRFS
, 
	`_
("BTRFS Filesystem (EXPERIMENTAL)") },

649 { 0, 
NULL
 },

651 
num_f�esy�ems
 = (
f�esy�ems
) / (*filesystems);

653 * 
fs_�mes
[
num_f�esy�ems
];

654 
fs_choi�
 = 0;

655 
i
 = 0; i < 
num_f�esy�ems
; i++) {

656 i�(
HW_FS_DEFAULT
 =�
f�esy�ems
[
i
].
f�y�
)

657 
fs_choi�
 = 
i
;

659 
fs_�mes
[
i
] = 
f�esy�ems
[i].
des��ti�
;

662 
rc
 = 
	`�wtW�M�u
(
	`_
("Filesystem Selection"), _("Please choose your filesystem:"),

663 50, 5, 5, 5, 
fs_�mes
, &
fs_choi�
, 
	`_
("OK"), _("C��l"), 
NULL
);

665 i�(
rc
 == 2)

666 
EXIT
;

668 
f�esy�em
 = 
f�esy�ems
[
fs_choi�
].
f�y�
;

671 
de���i�
 = 
	`hw_make_de���i�
(
hw
, 
��_ty�
, 
���ed_disks
, 
c�fig
.
di�b�_sw�
, 
f�esy�em
);

673 i�(!
de���i�
) {

674 
	`�r�box
(
	`_
("Your harddisk is�oo small."));

675 
EXIT
;

678 
	`�r�tf
(
�og
, "De���i� drive: %s\n", 
de���i�
->
�th
);

679 
	`�r�tf
(
�og
, " bo�ldr: %�(%�uMB)\n", 
de���i�
->
��_bo�ldr
, 
	`BYTES2MB
(de���i�->
size_bo�ldr
));

680 
	`�r�tf
(
�og
, " bo� : %�(%�uMB)\n", 
de���i�
->
��_bo�
, 
	`BYTES2MB
(de���i�->
size_bo�
));

681 
	`�r�tf
(
�og
, " ESP : %�(%�uMB)\n", 
de���i�
->
��_bo�_efi
, 
	`BYTES2MB
(de���i�->
size_bo�_efi
));

682 
	`�r�tf
(
�og
, " sw� : %�(%�uMB)\n", 
de���i�
->
��_sw�
, 
	`BYTES2MB
(de���i�->
size_sw�
));

683 
	`�r�tf
(
�og
, "�o� : %�(%�uMB)\n", 
de���i�
->
��_ro�
, 
	`BYTES2MB
(de���i�->
size_ro�
));

684 
	`�r�tf
(
�og
, "Mem�y : %�uMB\n", 
	`BYTES2MB
(
	`hw_mem�y
()));

687 i�(!
c�fig
.
ulj�ded
) {

688 i�(!
c�fig
.
di�b�_sw�
 && !*
de���i�
->
��_sw�
) {

689 
rc
 = 
	`�wtW�Choi�
(
t��
, 
	`_
("OK"), _("Cancel"),

690 
	`_
("Your harddisk is very small, but you can continue without� swap�artition."));

692 i�(
rc
 != 1)

693 
EXIT
;

698 i�(
de���i�
->
is_�id
) {

699 
	`��usw�dow
(60, 4, 
t��
, 
	`_
("Building RAID..."));

701 
rc
 = 
	`hw_�tup_�id
(
de���i�
, 
logf�e
);

702 i�(
rc
) {

703 
	`�r�box
(
	`_
("Unable�o build�he RAID."));

704 
EXIT
;

707 
	`�wtP�W�dow
();

711 
	`hw_de�roy_�id_su�rblocks
(
de���i�
, 
logf�e
);

715 
	`��usw�dow
(60, 4, 
t��
, 
	`_
("Partitioning disk..."));

717 
rc
 = 
	`hw_���_���i�s
(
de���i�
, 
logf�e
);

718 i�(
rc
) {

719 
	`�r�box
(
	`_
("Unable�o�artition�he disk."));

720 
EXIT
;

723 
	`�wtP�W�dow
();

726 
	`��usw�dow
(60, 4, 
t��
, 
	`_
("Creating filesystems..."));

728 
rc
 = 
	`hw_���_f�esy�ems
(
de���i�
, 
logf�e
);

729 i�(
rc
) {

730 
	`�r�box
(
	`_
("Unable�o create filesystems."));

731 
EXIT
;

734 
rc
 = 
	`hw_mou�_f�esy�ems
(
de���i�
, 
DESTINATION_MOUNT_PATH
);

735 i�(
rc
) {

736 
	`�r�box
(
	`_
("Unable�o mount filesystems."));

737 
EXIT
;

740 
	`�wtP�W�dow
();

743 
	`���tf
(
comm�d�r�g
, 
STRING_SIZE
,

746 i�(
	`runcomm�dw�h�og�ss
(60, 4, 
t��
, 
comm�d�r�g
, 
INST_FILECOUNT
,

747 
	`_
("In��l�g�h�sy�em..."), 
logf�e
)) {

748 
	`�r�box
(
	`_
("Unable�o install�he system."));

749 
EXIT
;

753 
rc
 = 
	`hw_wr�e_f�ab
(
de���i�
);

754 i�(
rc
) {

755 
	`�r�tf
(
�og
, "Could�ot write /etc/fstab\n");

756 
EXIT
;

760 
	`wr�e_�ng_c�figs
(
c�fig
.
�nguage
);

763 
	`���tf
(
comm�d�r�g
, 
STRING_SIZE
, "/u�/sb�/chro� /h�ddisk /u�/b�/�� -�\"�qu��'" 
CONFIG_ROOT
 "/lang.pl'; &Lang::BuildCacheLang\"");

764 i�(
	`runcomm�dw�h��us
(
comm�d�r�g
, 
t��
, 
	`_
("In��l�g�h��nguag��che..."), 
logf�e
)) {

765 
	`�r�box
(
	`_
("Unable�o install�he�anguage cache."));

766 
EXIT
;

770 
	`���tf
(
comm�d�r�g
, 
STRING_SIZE
, "/usr/sbin/chroot /harddisk /sbin/udevadm�rigger");

771 i�(
	`runcomm�dw�h��us
(
comm�d�r�g
, 
t��
, 
	`_
("Trigg� udev�ػd�e���t�i�s..."), 
logf�e
)) {

772 
	`�r�box
(
	`_
("Error�riggering udev�o�edetect�artitions."));

773 
EXIT
;

777 
	`��usw�dow
(60, 4, 
t��
, 
	`_
("Installing�he bootloader..."));

780 i�(
c�fig
.
�r�l_c�s�e
) {

782 
FILE
* 
f
 = 
	`fݒ
(
DESTINATION_MOUNT_PATH
 "/etc/default/grub", "a");

783 i�(!
f
) {

784 
	`�r�box
(
	`_
("Unable�o open /etc/default/grub for writing."));

785 
EXIT
;

788 
	`�r�tf
(
f
, "GRUB_TERMINAL=\"serial\"\n");

789 
	`�r�tf
(
f
, "GRUB_SERIAL_COMMAND=\"�r��--un�=0 --��d=%d\"\n", 
SERIAL_BAUDRATE
);

790 
	`f�o�
(
f
);

792 
	`��a�
(
DESTINATION_MOUNT_PATH
 "/etc/default/grub", "panic=10", "panic=10 console=ttyS0,115200n8");

796 i�(
c�fig
.
novga
) {

798 
FILE
* 
f
 = 
	`fݒ
(
DESTINATION_MOUNT_PATH
 "/etc/default/grub", "a");

799 i�(!
f
) {

800 
	`�r�box
(
	`_
("Unable�o open /etc/default/grub for writing."));

801 
EXIT
;

804 
	`�r�tf
(
f
, "GRUB_GFXMODE=\"none\"\n");

805 
	`f�o�
(
f
);

808 
rc
 = 
	`hw_���l_bo�l�d�
(
hw
, 
de���i�
, 
logf�e
);

809 i�(
rc
) {

810 
	`�r�box
(
	`_
("Unable�o install�he bootloader."));

811 
EXIT
;

814 
	`�wtP�W�dow
();

817 * 
backup_f�e
 = 
	`hw_f�d_backup_f�e
(
logf�e
, 
SOURCE_MOUNT_PATH
);

818 i�(
backup_f�e
) {

819 
rc
 = 0;

820 i�(!
c�fig
.
ulj�ded
) {

821 
rc
 = 
	`�wtW�OkC��l
(
t��
, 
	`_
("A backup file has been found on�he installation image.\n\n"

822 "D�you w��tػ�ܐth�backup?"), 50, 10, 
	`_
("Yes"), _("No"));

825 i�(
rc
 == 0) {

826 
rc
 = 
	`hw_���e_backup
(
logf�e
, 
backup_f�e
, 
DESTINATION_MOUNT_PATH
);

828 i�(
rc
) {

829 
	`�r�box
(
	`_
("An�rror occured when�he backup file was�estored."));

830 
EXIT
;

834 
	`�
(
backup_f�e
);

838 i�(*
c�fig
.
po����l
) {

839 
	`���tf
(
comm�d�r�g
, (commandstring),

840 "/u�/b�/execu�-po����l.sh %�%s", 
DESTINATION_MOUNT_PATH
, 
c�fig
.
po����l
);

842 i�(
	`runcomm�dw�h��us
(
comm�d�r�g
, 
t��
, 
	`_
("Rušg�o�-����s��t..."), 
logf�e
)) {

843 
	`�r�box
(
	`_
("Post-install script failed."));

844 
EXIT
;

849 
	`��usw�dow
(60, 4, 
t��
, 
	`_
("Umounting filesystems..."));

851 
rc
 = 
	`hw_umou�_f�esy�ems
(
de���i�
, 
DESTINATION_MOUNT_PATH
);

852 i�(
rc
) {

854 
	`���tf
(
mes�ge
, (message),

855 
	`_
("Could�� umou��� f�esy�em�suc�ssfu�y:\n\� %s"), 
	`����
(
��o
));

856 
	`�r�box
(
mes�ge
);

857 
EXIT
;

861 
	`hw_umou�
(
SOURCE_MOUNT_PATH
, 
NULL
);

864 i�(
	`�rcmp
(
sour�drive
, 
SOURCE_TEMPFILE
) == 0) {

865 
rc
 = 
	`uƚk
(
sour�drive
);

866 i�(
rc
)

867 
	`�r�tf
(
�og
, "Could�� f��dow��ded ISO image: %s\n", 
sour�drive
);

871 
	`���tf
(
comm�d�r�g
, 
STRING_SIZE
, "/u�/b�/eje� %s", 
sour�drive
);

872 
	`mysy�em
(
logf�e
, 
comm�d�r�g
);

874 
	`�wtP�W�dow
();

877 i�(
de���i�
->
is_�id
)

878 
	`hw_��_�l_�id_��ys
(
logf�e
);

882 i�(
c�fig
.
ulj�ded
) {

883 
	`��shW�dow
(
t��
, 
	`_
("Unattended installation has finished. The system will be shutting down in� moment..."), 5);

886 
	`���tf
(
mes�ge
, (mes�ge), 
	`_
(

891 "you�%s�f܁h�web c�figu�ti� c�s�e."), 
DISTRO_NAME
, 
DISTRO_SNAME
, DISTRO_NAME);

892 
	`�wtW�Mes�ge
(
	`_
("C�g�tu�ti�s!"), _("Rebo�"), 
mes�ge
);

895 
�lok
 = 1;

897 
EXIT
:

898 
	`�r�tf
(
�og
, "Install�rogram�nded.\n");

899 
	`f�ush
(
�og
);

900 
	`f�o�
(
�og
);

902 i�(!
�lok
)

903 
	`�wtW�Mes�ge
(
t��
, 
	`_
("OK"), _("Setup has failed. Press Ok�o�eboot."));

905 
	`�wtF�ished
();

908 i�(
sy�em_��a�
)

909 
	`�
(
sy�em_��a�
);

911 i�(
roًxt
)

912 
	`�
(
roًxt
);

914 i�(
h���e
)

915 
	`�
(
h���e
);

917 i�(
sour�drive
)

918 
	`�
(
sour�drive
);

920 i�(
de���i�
)

921 
	`�
(
de���i�
);

923 
	`hw_��_�l_�id_��ys
(
logf�e
);

925 i�(
���ed_disks
)

926 
	`hw_�_disks
(
���ed_disks
);

928 i�(
hw
)

929 
	`hw_�
(
hw
);

931 
	`f�o��l
();

933 i�(
�lok
 == 1)

937 
	}
}

	@libsmooth/libsmooth.h

11 #i�de�
___LIBSMOOTH_H


12 

	#___LIBSMOOTH_H


	)

14 
	~<�dio.h
>

15 
	~<�dlib.h
>

16 
	~<�r�g.h
>

17 
	~<�y�.h
>

18 
	~<wch�.h
>

19 
	~<lo��.h
>

20 
	~<uni�d.h
>

21 
	~<sys/f�e.h
>

22 
	~<sys/ty�s.h
>

23 
	~<sys/��.h
>

24 
	~<f��.h
>

25 
	~<�wt.h
>

26 
	~<d��t.h
>

27 
	~<sys/mou�.h
>

29 
	~<sys/sock�.h
>

30 
	~<�t��/�.h
>

31 
	~<��/��.h
>

33 
	~<l�ux/cdrom.h
>

34 
	~<sys/io�l.h
>

36 

	#STRING_SIZE
 1024

	)

38 
	skeyv�ue
 {

39 
	mkey
[
STRING_SIZE
];

40 
	mv�ue
[
STRING_SIZE
];

41 
keyv�ue
 *
	m�xt
;

45 
�r��
(*
s
);

46 
mysy�em
(cڡ * 
ou�ut
, cڡ *
comm�d
);

47 
�r�box
(*
mes�ge
);

48 
��usw�dows��l
(
width
, 
height
, cڡ *
t��
, cڡ *
�xt
, ...);

49 
dis�aim�box
(*
mes�ge
);

50 
��usw�dow
(
width
, 
height
, cڡ *
t��
, cڡ *
�xt
, ...);

51 
runcomm�dw�h�og�ss
(
width
, 
height
, cڡ *
t��
, cڡ *
comm�d
,

52 
l�es
, *
�xt
, ...);

53 
runcomm�dw�h��us
(cڡ *
comm�d
, cڡ * 
t��
, cڡ *
mes�ge
, cڡ * 
ou�ut
);

54 
runhidd�comm�dw�h��us
(cڡ *
comm�d
, cڡ * 
t��
, cڡ *
mes�ge
, cڡ * 
ou�ut
);

55 
��shW�dow
(cڡ * 
t��
, cڡ * 
mes�ge
, 
timeout
);

56 
checkf�modu�
(cڡ *
modu�
);

57 
��a�
(
f��ame1
[], *
�om
, *
to
);

58 * 
g�_v�si�
();

61 
keyv�ue
 *
��keyv�ues
();

62 
�keyv�ues
(
keyv�ue
 *
h�d
);

63 
�adkeyv�ues
(
keyv�ue
 *
h�d
, *
f��ame
);

64 
wr�ekeyv�ues
(
keyv�ue
 *
h�d
, *
f��ame
);

65 
f�dkey
(
keyv�ue
 *
h�d
, *
key
, *
v�ue
);

66 
��ndkeyv�ue
(
keyv�ue
 *
h�d
, *
key
, *
v�ue
);

67 
��a�keyv�ue
(
keyv�ue
 *
h�d
, *
key
, *
v�ue
);

	@libsmooth/main.c

10 
	~"libsmo�h.h
"

12 
	~<lib��.h
>

13 

	#_
(
x
�
	`dg��xt
("libsmo�h", x)

	)

16 
	$�r��
(*
s
) {

17 *
t
 = 
	`�rchr
(
s
, '\n');

18 i�(
t
)

19 *
t
 = '\0';

20 
	}
}

23 
	$mysy�em
(cڡ * 
ou�ut
, cڡ *
comm�d
) {

24 
mycomm�d
[
STRING_SIZE
];

26 i�(
ou�ut
 =�
NULL
)

27 
ou�ut
 = "/dev/null";

29 
	`���tf
(
mycomm�d
, (mycomm�d), "%�>>%�2>&1", 
comm�d
, 
ou�ut
);

31 
FILE
* 
f
 = 
	`fݒ
(
ou�ut
, "w+");

32 
	`�r�tf
(
f
, "Rušg comm�d: %s\n", 
comm�d
);

33 
	`f�o�
(
f
);

35  
	`sy�em
(
mycomm�d
);

36 
	}
}

38 
	$�r�box
(*
mes�ge
) {

39 
	`�wtW�Mes�ge
(
	`_
("E��"), _("OK"), 
mes�ge
);

40 
	}
}

42 
	$��usw�dow
(
width
, 
height
, cڡ *
t��
, cڡ *
�xt
, ...) {

43 
�wtCompڒt
 
t
, 
f
;

44 *
buf
 = 
NULL
;

45 
size
 = 0;

46 
i
 = 0;

47 
va_li�
 
�gs
;

49 
	`va_��t
(
�gs
, 
�xt
);

52 
size
 += 1000;

53 i�(
buf
�
	`�
(buf);

54 
buf
 = 
	`m�loc
(
size
);

55 
i
 = 
	`v���tf
(
buf
, 
size
, 
�xt
, 
�gs
);

56 } 
i
 =�
size
);

58 
	`va_�d
(
�gs
);

60 
	`�wtC���dW�dow
(
width
, 
height
, 
t��
);

62 
t
 = 
	`�wtTextbox
(1, 1, 
width
 - 2, 
height
 - 2, 
NEWT_TEXTBOX_WRAP
);

63 
	`�wtTextboxS�Text
(
t
, 
buf
);

64 
f
 = 
	`�wtF�m
(
NULL
, NULL, 0);

66 
	`�
(
buf
);

68 
	`�wtF�mAddCompڒt
(
f
, 
t
);

70 
	`�wtD�wF�m
(
f
);

71 
	`�wtRe�esh
();

72 
	`�wtF�mDe�roy
(
f
);

73 
	}
}

75 
	$runcomm�dw�h��us
(cڡ *
comm�d
, cڡ * 
t��
, cڡ *
mes�ge
, cڡ * 
ou�ut
) {

76 
	`��usw�dow
(60, 4, 
t��
, 
mes�ge
);

78 
rc
 = 
	`mysy�em
(
ou�ut
, 
comm�d
);

79 
	`�wtP�W�dow
();

81  
rc
;

82 
	}
}

84 
	$runhidd�comm�dw�h��us
(cڡ *
comm�d
, cڡ * 
t��
, cڡ *
mes�ge
, cڡ * 
ou�ut
) {

85 
	`��usw�dow
(60, 4, 
t��
, 
mes�ge
);

87 
rc
 = 
	`mysy�em
(
ou�ut
, 
comm�d
);

88 
	`�wtP�W�dow
();

90  
rc
;

91 
	}
}

93 
	$��shW�dow
(cڡ * 
t��
, cڡ * 
mes�ge
, 
timeout
) {

94 
	`��usw�dow
(60, 4, 
t��
, 
mes�ge
);

97 
	`��p
(
timeout
);

98 
	`�wtP�W�dow
();

101 
	}
}

104 
	$runcomm�dw�h�og�ss
(
width
, 
height
, cڡ *
t��
, cڡ *
comm�d
,

105 
l�es
, *
�xt
, ...) {

106 
�wtCompڒt
 
t
, 
f
, 
s
;

107 *
buf
 = 
NULL
;

108 
size
 = 0;

109 
i
 = 0;

110 
va_li�
 
�gs
;

111 
rc
 = 0;

112 
FILE
 *
p
;

113 
buf�r
[
STRING_SIZE
];

114 
�og�ss
 = 0;

115 
mycomm�d
[
STRING_SIZE
];

117 
	`va_��t
(
�gs
, 
�xt
);

120 
size
 += 1000;

121 i�(
buf
�
	`�
(buf);

122 
buf
 = 
	`m�loc
(
size
);

123 
i
 = 
	`v���tf
(
buf
, 
size
, 
�xt
, 
�gs
);

124 } 
i
 =�
size
);

126 
	`va_�d
(
�gs
);

128 
	`�wtC���dW�dow
(
width
, 
height
, 
t��
);

130 
t
 = 
	`�wtTextbox
(1, 1, 
width
 - 2, 
height
 - 2, 
NEWT_TEXTBOX_WRAP
);

131 
	`�wtTextboxS�Text
(
t
, 
buf
);

132 
f
 = 
	`�wtF�m
(
NULL
, NULL, 0);

134 
	`�
(
buf
);

136 
	`�wtF�mAddCompڒt
(
f
, 
t
);

138 
s
 = 
	`�wtS��
(1, 3, 
width
 - 2, 
l�es
);

139 
	`�wtS��S�
(
s
, 
�og�ss
);

141 
	`�wtF�mAddCompڒt
(
f
, 
s
);

143 
	`�wtD�wF�m
(
f
);

144 
	`�wtRe�esh
();

146 i�(!(
p
 = 
	`pݒ
(
comm�d
, "r")))

148 
rc
 = 1;

149 
EXIT
;

151 
	`�tvbuf
(
p
, 
NULL
, 
_IOLBF
, 255);

153 
	`fg�s
(
buf�r
, 
STRING_SIZE
, 
p
)) {

154 
	`�wtS��S�
(
s
, ++
�og�ss
);

155 
	`�wtRe�esh
();

158 
rc
 = 
	`p�o�
(
p
);

160 
EXIT
:

161 
	`�wtF�mDe�roy
(
f
);

162 
	`�wtP�W�dow
();

164  
rc
;

165 
	}
}

167 
	$checkf�modu�
(cڡ *
modu�
) {

168 
FILE
 *
f�e
;

169 
buf�r
[
STRING_SIZE
];

170 
�su�
 = 0;

172 i�(!(
f�e
 = 
	`fݒ
("/proc/modules", "r")))

174 
	`�r�tf
(
�d�r
, "Unable�o open /proc/modules in checkformodule()\n");

178 
	`fg�s
(
buf�r
, 
STRING_SIZE
, 
f�e
))

180 i�(
	`��cmp
(
buf�r
, 
modu�
, 
	`���
(module)) == 0)

182 i�(
buf�r
[
	`���
(
modu�
)] == ' ')

184 
�su�
 = 1;

185 
EXIT
;

190 
EXIT
:

191 
	`f�o�
(
f�e
);

193  
�su�
;

194 
	}
}

196 
	$_��a�_�r�g
(
�r�g
[], *
�om
, *
to
)

198 
�om�n
 = 
	`���
(
�om
);

199 
tޒ
 = 
	`���
(
to
);

200 *
��t
, *
p1
, *
p2
;

201 
��t
 = 
�r�g
; *start != '\0'; start++)

203 
p1
 = 
�om
;

204 
p2
 = 
��t
;

205 *
p1
 != '\0')

207 if(*
p1
 !�*
p2
)

209 
p1
++;

210 
p2
++;

212 if(*
p1
 == '\0')

214 if(
�om�n
 !�
tޒ
)

216 
	`memmove
(
��t
 + 
tޒ
, s�� + 
�om�n
,

217 
	`���
(
��t
 + 
�om�n
) + 1);

219 
p1
 = 
to
; *p1 != '\0';�1++)

220 *
��t
++ = *
p1
;

225 
	}
}

227 
	$��a�
(
f��ame1
[], *
�om
, *
to
) {

228 
FILE
 *
f�e1
, *
f�e2
;

229 
f��ame2
[1000];

230 
�mp
[1000];

231 
�t
 = 0;

234 
	`�r�y
 (
f��ame2
, 
f��ame1
);

235 
	`�r�t
 (
f��ame2
, ".new");

236 i�(!(
f�e1
 = 
	`fݒ
 (
f��ame1
, "r")))  1;

237 i�(!(
f�e2
 = 
	`fݒ
 (
f��ame2
, "w"))) {

238 
	`f�o�
(
f�e1
);

243 
	`fg�s
 (
�mp
, 1000, 
f�e1
�!�
NULL
) {

244 i�(
	`���
(
to
) > 0) {

246 
�t
 = 
	`_��a�_�r�g
 (
�mp
, 
�om
, 
to
);

249 
	`�uts
(
�mp
, 
f�e2
);

252 i�(!
	`�r�r
(
�mp
, 
�om
))

253 
	`�uts
(
�mp
, 
f�e2
);

258 
	`f�o�
 (
f�e1
);

259 
	`f�o�
 (
f�e2
);

262 
	`��me
 (
f��ame2
, 
f��ame1
);

264  (
�t
);

265 
	}
}

269 
	gg_t��
[
STRING_SIZE
] = "";

270 * 
	$g�_v�si�
() {

271 
FILE
 *
f_t��
;

272 i�((
f_t��
 = 
	`fݒ
 ("/etc/issue", "r"))) {

273 
	`fg�s
 (
g_t��
, 
STRING_SIZE
, 
f_t��
);

274 
	`f�o�
 (
f_t��
);

275 i�(
g_t��
[
	`���
(g_title) - 1] == '\n') g_title[strlen(g_title) - 1] = '\0';

277  
g_t��
;

278 
	}
}

	@libsmooth/varval.c

15 
	~"libsmo�h.h
"

19 
keyv�ue
 *
	$��keyv�ues
()

21 
keyv�ue
 *
h�d
 = 
	`m�loc
((keyvalue));

23 
	`�r�y
(
h�d
->
key
, "KEY");

24 
	`�r�y
(
h�d
->
v�ue
, "VALUE");

25 
h�d
->
�xt
 = 
NULL
;

27  
h�d
;

28 
	}
}

31 
	$�keyv�ues
(
keyv�ue
 *
h�d
)

33 
keyv�ue
 *
cur
 = 
h�d
->
�xt
;

34 
keyv�ue
 *
�xt
;

36 
cur
)

38 
�xt
 = 
cur
->next;

39 
	`�
(
cur
);

40 
cur
 = 
�xt
;

42 
	}
}

46 
	$�adkeyv�ues
(
keyv�ue
 *
h�d
, *
f��ame
)

48 
FILE
 *
f�e
;

49 
buf�r
[
STRING_SIZE
];

50 *
�mp
;

51 *
key
, *
v�ue
;

53 i�(!(
f�e
 = 
	`fݒ
(
f��ame
, "r")))

56 i�(
	`�ock
(
	`f��o
(
f�e
), 
LOCK_SH
))

58 
	`f�o�
(
f�e
);

62 
	`fg�s
(
buf�r
, 
STRING_SIZE
, 
f�e
))

64 
�mp
 = 
buf�r
;

65 *
�mp
)

67 i�(*
�mp
 =='\n') *temp = '\0';

68 
�mp
++;

70 i�(!
	`���
(
buf�r
))

72 i�(!(
�mp
 = 
	`�rchr
(
buf�r
, '=')))

74 
	`�ock
(
	`f��o
(
f�e
), 
LOCK_UN
);

75 
	`f�o�
(
f�e
);

78 *
�mp
 = '\0';

79 
key
 = 
buf�r
; 
v�ue
 = 
�mp
 + 1;

82 i�(
v�ue
[0] == '\'')

84 
v�ue
++;

85 i�((
�mp
 = 
	`��chr
(
v�ue
, '\'')))

86 *
�mp
 = '\0';

89 
	`�ock
(
	`f��o
(
f�e
), 
LOCK_UN
);

90 
	`f�o�
(
f�e
);

94 i�(
	`���
(
key
))

95 
	`��ndkeyv�ue
(
h�d
, 
key
, 
v�ue
);

98 
	`�ock
(
	`f��o
(
f�e
), 
LOCK_UN
);

99 
	`f�o�
(
f�e
);

102 
	}
}

105 
	$wr�ekeyv�ues
(
keyv�ue
 *
h�d
, *
f��ame
)

107 
FILE
 *
f�e
;

108 
keyv�ue
 *
cur
 = 
h�d
->
�xt
;

110 i�(!(
f�e
 = 
	`fݒ
(
f��ame
, "w")))

113 i�(
	`�ock
(
	`f��o
(
f�e
), 
LOCK_EX
))

115 
	`f�o�
(
f�e
);

120 
cur
)

124 i�(!
	`�rchr
(
cur
->
v�ue
, ' '))

125 
	`�r�tf
(
f�e
, "%s=%s\n", 
cur
->
key
, cur->
v�ue
);

127 
	`�r�tf
(
f�e
, "%s=\'%s\'\n", 
cur
->
key
, cur->
v�ue
);

128 
cur
 = cur->
�xt
;

130 
	`�ock
(
	`f��o
(
f�e
), 
LOCK_UN
);

131 
	`f�o�
(
f�e
);

134 
	}
}

139 
	$f�dkey
(
keyv�ue
 *
h�d
, *
key
, *
v�ue
)

141 
keyv�ue
 *
cur
 = 
h�d
->
�xt
;

143 
cur
)

145 i�(
	`�rcmp
(
key
, 
cur
->key) == 0)

147 
	`���y
(
v�ue
, 
cur
->v�ue, 
STRING_SIZE
);

148 
v�ue
[
STRING_SIZE
-1] = '\0';

151 
cur
 = cur->
�xt
;

155 
	}
}

159 
	$��ndkeyv�ue
(
keyv�ue
 *
h�d
, *
key
, *
v�ue
)

161 
keyv�ue
 *
�w
 = 
	`m�loc
((keyvalue));

162 
keyv�ue
 *
cur
 = 
h�d
->
�xt
;

163 
keyv�ue
 *
��
 = 
h�d
;

165 
	`���y
(
�w
->
key
, key, 
STRING_SIZE
);

166 
	`���y
(
�w
->
v�ue
, v�ue, 
STRING_SIZE
);

167 
�w
->
key
[
STRING_SIZE
-1] = '\0';

168 
�w
->
v�ue
[
STRING_SIZE
-1] = '\0';

169 
�w
->
�xt
 = 
NULL
;

171 
cur
)

173 
��
 = 
cur
;

174 
cur
 = cur->
�xt
;

176 
��
->
�xt
 = 
�w
;

177 
	}
}

181 
	$��a�keyv�ue
(
keyv�ue
 *
h�d
, *
key
, *
v�ue
)

183 
keyv�ue
 *
cur
 = 
h�d
->
�xt
;

185 
cur
)

187 i�(
	`�rcmp
(
cur
->
key
, key) == 0)

189 
	`���y
(
cur
->
v�ue
, v�ue, 
STRING_SIZE
);

190 
cur
->
v�ue
[
STRING_SIZE
-1] = '\0';

193 
cur
 = cur->
�xt
;

196 
	`��ndkeyv�ue
(
h�d
, 
key
, 
v�ue
);

197 
	}
}

	@misc-progs/addonctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~<sys/��.h
>

14 
	~<f��.h
>

15 
	~<d��t.h
>

16 
	~<�m�ch.h
>

17 
	~<��o.h
>

18 
	~"�tuid.h
"

20 

	#BUFFER_SIZE
 1024

	)

22 cڡ *
	g��d_�th
 = "/etc/rc.d/init.d";

23 cڡ *
	g�ab�d_�th
 = "/etc/rc.d/rc3.d";

24 cڡ *
	gdi�b�d_�th
 = "/etc/rc.d/rc3.d/off";

26 cڡ *
	gu�ge
 =

45 *
	$f�d_f�e_�_d�
(cڡ *
�th
, cڡ *
f�����
)

47 
d��t
 *
��y
;

48 
DIR
 *
dp
;

49 *
found
 = 
NULL
;

51 
dp
 = 
	`ݒd�
(
�th
);

52 i�(
dp
) {

53 
��y
 = 
	`�add�
(
dp
);

54 !
found
 && 
��y
) {

55 i�(
	`�m�ch
(
f�����
, 
��y
->
d_�me
, 
FNM_PATHNAME
) == 0)

56 
found
 = 
	`�rdup
(
��y
->
d_�me
);

58 
��y
 = 
	`�add�
(
dp
);

61 
	`�o�d�
(
dp
);

64  
found
;

65 
	}
}

74 **
	$g�_add�_�rvi�s
(cڡ *
add�
, *
�rvi�s�t
, cڡ *
f��r
, *
�tu�code
) {

75 cڡ *
m�af�e_�efix
 = "/opt/pakfire/db/installed/meta-";

76 cڡ *
m�ad�a_key
 = "Services";

77 cڡ *
keyv�ue_d�im
 = ":";

78 cڡ *
�rvi�_d�im
 = " ";

79 *
tok�
;

80 **
�rvi�s
 = 
NULL
;

81 *
�rvi�
;

82 *
l�e
 = 
NULL
;

83 
size_t
 
l�e_�n
 = 0;

84 
i
 = 0;

85 *
m�af�e
 = 
NULL
;

87 *
�tu�code
 = 0;

89 i�(!
add�
) {

90 
��o
 = 
EINVAL
;

91 *
�tu�code
 = 1;

92  
NULL
;

95 *
�tu�code
 = 
	`a�r�tf
(&
m�af�e
, "%s%s", 
m�af�e_�efix
, 
add�
);

96 i�(*
�tu�code
 == -1)

97  
NULL
;

99 
FILE
 *
�
 = 
	`fݒ
(
m�af�e
,"r");

100 i�(!
�
) {

101 i�(
��o
 =�
ENOENT
) {

102 *
�tu�code
 = 1;

104 *
�tu�code
 = -1;

106  
NULL
;

110 
	`g�l�e
(&
l�e
, &
l�e_�n
, 
�
�!�-1 && !
�rvi�s
) {

112 *
�wl�e
 = 
	`�rchr
(
l�e
, '\n');

113 i�(
�wl�e
) *newline = 0;

116 
tok�
 = 
	`��ok
(
l�e
, 
keyv�ue_d�im
);

117 i�(!
tok�
 || 
	`�rcmp
�ok�, 
m�ad�a_key
) != 0)

121 
tok�
 = 
	`��ok
(
NULL
, 
keyv�ue_d�im
);

122 i�(!
tok�
)

126 
�rvi�
 = 
	`��ok
(
tok�
, 
�rvi�_d�im
);

127 
�rvi�
) {

128 i�(!
f��r
 || 
	`�rcmp
(f��r, 
�rvi�
) == 0) {

129 
�rvi�s
 = 
	`��lo��ay
(�rvi�s, 
i
+1 , (*));

130 i�(!
�rvi�s
) {

131 *
�tu�code
 = -1;

135 
�rvi�s
[
i
] = 
	`�rdup
(
�rvi�
);

136 i�(!
�rvi�s
[
i
++]) {

137 *
�tu�code
 = -1;

142 
�rvi�
 = 
	`��ok
(
NULL
, 
�rvi�_d�im
);

146 i�(
l�e
�
	`�
(line);

147 
	`f�o�
(
�
);

148 
	`�
(
m�af�e
);

150 *
�rvi�s�t
 = 
i
;

152  
�rvi�s
;

153 
	}
}

156 
	$��s��t_a�i�
(cڡ *
�rvi�
, cڡ *
a�i�
) {

157 *
��s��t
 = 
NULL
;

158 *
�gv
[] = {

159 
a�i�
,

160 
NULL


162 
r
 = 0;

164 
r
 = 
	`a�r�tf
(&
��s��t
, "%s/%s", 
��d_�th
, 
�rvi�
);

165 i�(
r
 != -1)

166 
r
 = 
	`run
(
��s��t
, 
�gv
);

168 i�(
��s��t
�
	`�
(initscript);

170  
r
;

171 
	}
}

179 
	$move_��s��t_by_���n
(cڡ *
�c_�th
, cڡ *
de�_�th
, cڡ *
f�����
) {

180 *
�c
 = 
NULL
;

181 *
de�
 = 
NULL
;

182 
r
 = 2;

183 *
f��ame
 = 
NULL
;

185 
f��ame
 = 
	`f�d_f�e_�_d�
(
�c_�th
, 
f�����
);

186 i�(
f��ame
) {

188 
r
 = 
	`a�r�tf
(&
�c
, "%s/%s", 
�c_�th
, 
f��ame
);

189 i�(
r
 != -1) {

190 
r
 = 
	`a�r�tf
(&
de�
, "%s/%s", 
de�_�th
, 
f��ame
);

191 i�(
r
 != -1)

192 
r
 = 
	`��me
(
�c
, 
de�
);

195 i�(
�c
�
	`�
(src);

196 i�(
de�
�
	`�
(dest);

199 
f��ame
 = 
	`f�d_f�e_�_d�
(
de�_�th
, 
f�����
);

200 i�(
f��ame
)

201 
r
 = 1;

204 i�(
f��ame
�
	`�
(filename);

206  
r
;

207 
	}
}

215 
	$togg�_�rvi�
(cڡ *
�rvi�
, cڡ *
a�i�
) {

216 cڡ *
�c_�th
, *
de�_�th
;

217 *
f�����
 = 
NULL
;

218 
r
 = 0;

220 i�(
	`a�r�tf
(&
f�����
, "S??%s", 
�rvi�
) == -1)

223 i�(
	`�rcmp
(
a�i�
, "enable") == 0) {

224 
�c_�th
 = 
di�b�d_�th
;

225 
de�_�th
 = 
�ab�d_�th
;

227 
�c_�th
 = 
�ab�d_�th
;

228 
de�_�th
 = 
di�b�d_�th
;

232 
r
 = 
	`mkd�
(
di�b�d_�th
, 
S_IRWXU
 + 
S_IRGRP
 + 
S_IXGRP
 + 
S_IROTH
 + 
S_IXOTH
);

233 i�(
r
 !�-1 || 
��o
 =�
EEXIST
)

234 
r
 = 
	`move_��s��t_by_���n
(
�c_�th
, 
de�_�th
, 
f�����
);

236 
	`�
(
f�����
);

238  
r
;

239 
	}
}

247 
	$g�_bo�_��us
(*
�rvi�
) {

248 *
f�����
 = 
NULL
;

249 *
f��ame
 = 
NULL
;

250 
r
 = 2;

252 i�(
	`a�r�tf
(&
f�����
, "S??%s", 
�rvi�
) == -1)

255 
f��ame
 = 
	`f�d_f�e_�_d�
(
�ab�d_�th
, 
f�����
);

256 i�(
f��ame
)

257 
r
 = 1;

259 
f��ame
 = 
	`f�d_f�e_�_d�
(
di�b�d_�th
, 
f�����
);

260 i�(
f��ame
)

261 
r
 = 0;

263 
r
 = 2;

266 i�(
f��ame
�
	`�
(filename);

267 
	`�
(
f�����
);

269  
r
;

270 
	}
}

272 
	$ma�
(
�gc
, *
�gv
[]) {

273 **
�rvi�s
 = 
NULL
;

274 
�rvi�s�t
 = 0;

275 *
add�
 = 
�gv
[1];

276 *
a�i�
 = 
�gv
[2];

277 *
�rvi�_f��r
 = 
NULL
;

278 
r
 = 0;

280 i�(!(
	`���tuid
()))

281 
	`ex�
(1);

283 i�(
�gc
 < 3) {

284 
	`�r�tf
(
�d�r
, "\nMiss�g�rgum�ts.\n\n%s\n\n", 
u�ge
);

285 
	`ex�
(1);

289 i�(
�gc
 =�4 && 
	`�rcmp
(
a�i�
, "list-services") != 0)

290 
�rvi�_f��r
 = 
�gv
[3];

292 i�(
	`���
(
add�
) > 32) {

293 
	`�r�tf
(
�d�r
, "\nS��g�o��rge.\n\n%s\n\n", 
u�ge
);

294 
	`ex�
(1);

298 i�(!
	`is_v�id_�gum�t_�num
(
add�
)) {

299 
	`�r�tf
(
�d�r
, "Inv�id�dd-ڂame: %s.\n", 
add�
);

300 
	`ex�
(2);

304 
rc
 = 0;

305 
�rvi�s
 = 
	`g�_add�_�rvi�s
(
add�
, &
�rvi�s�t
, 
�rvi�_f��r
, &
rc
);

306 i�(!
�rvi�s
) {

307 
rc
) {

309 
	`�r�tf
(
�d�r
, "\nSystem�rror occured. (Error: %m)\n\n");

313 i�(
�rvi�_f��r
)

314 
	`�r�tf
(
�d�r
, "\nNأrvi� '%s' found f܇dd� '%s'. U� 'li�-�rvi�s'��g���i� o�ava�ab� s�vi�s\n\n%s\n\n", 
�rvi�_f��r
, 
add�
, 
u�ge
);

316 
	`�r�tf
(
�d�r
, "\nAdd� '%s' ha�nأrvi�s.\n\n", 
add�
);

320 
	`�r�tf
(
�d�r
, "\nAdd� '%s'�� found.\n\n%s\n\n", 
add�
, 
u�ge
);

323 
	`ex�
(1);

327 i�(
	`�rcmp
(
a�i�
, "start") == 0 ||

328 
	`�rcmp
(
a�i�
, "stop") == 0 ||

329 
	`�rcmp
(
a�i�
, "restart") == 0 ||

330 
	`�rcmp
(
a�i�
, "reload") == 0 ||

331 
	`�rcmp
(
a�i�
, "status") == 0) {

333 
i
 = 0; i < 
�rvi�s�t
; i++) {

334 i�(
	`��s��t_a�i�
(
�rvi�s
[
i
], 
a�i�
) < 0) {

335 
r
 = 1;

336 
	`�r�tf
(
�d�r
, "\nSystem�rror occured. (Error: %m)\n\n");

341 } i�(
	`�rcmp
(
a�i�
, "enable") == 0 ||

342 
	`�rcmp
(
a�i�
, "disable") == 0) {

344 
i
 = 0; i < 
�rvi�s�t
; i++) {

345 
r
 = 
	`togg�_�rvi�
(
�rvi�s
[
i
], 
a�i�
)) {

347 
	`�r�tf
(
�d�r
, "\nSystem�rror occured. (Error: %m)\n\n");

351 
	`��tf
("%sd s�vi� %s\n", 
a�i�
, 
�rvi�s
[
i
]);

355 
	`�r�tf
(
�d�r
, "S�vi� %�i���ady %sd. Sk�p�g...\n", 
�rvi�s
[
i
], 
a�i�
);

359 
	`�r�tf
(
�d�r
, "\nU�bˁ�%��rvi� %s. (S�vi� ha�n�v�id�u�ev� syml�k).\n\n", 
a�i�
, 
�rvi�s
[
i
]);

364 i�(
r
 == -1) {

365 
r
 = 1;

370 } i�(
	`�rcmp
(
a�i�
, "boot-status") == 0) {

372 
i
 = 0; i < 
�rvi�s�t
; i++) {

373 
	`g�_bo�_��us
(
�rvi�s
[
i
])) {

375 
r
 = 1;

376 
	`�r�tf
(
�d�r
, "\nSystem�rror occured. (Error: %m)\n\n");

380 
	`��tf
("%�i�di�b�d o�bo�.\n", 
�rvi�s
[
i
]);

384 
	`��tf
("%�i��ab�d o�bo�.\n", 
�rvi�s
[
i
]);

388 
	`��tf
("%�i�nهva�ab� f� bo�. (S�vi� ha�n�v�id syml�k i�e�h� %�� %s).\n", 
�rvi�s
[
i
], 
�ab�d_�th
, 
di�b�d_�th
);

393 i�(
r
 == 1) {

398 } i�(
	`�rcmp
(
a�i�
, "list-services") == 0) {

400 
	`��tf
("\nS�vi��f܇dd� %s:\n", 
add�
);

401 
i
 = 0; i < 
�rvi�s�t
; i++) {

402 
	`��tf
(" %s\n", 
�rvi�s
[
i
]);

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	`��tf
("\n");

407 
	`�r�tf
(
�d�r
, "\nBad�rgum��giv�.\n\n%s\n\n", 
u�ge
);

408 
r
 = 1;

412 
i
 = 0; i < 
�rvi�s�t
; i++)

413 
	`�
(
�rvi�s
[
i
]);

414 
	`�
(
�rvi�s
);

416  
r
;

417 
	}
}

	@misc-progs/backupctrl.c

8 
	~"�tuid.h
"

10 
	$ma�
(
�gc
, ** 
�gv
) {

11 i�(!
	`���tuid
())

12 
	`ex�
(1);

14  
	`run
("/v�/�f�e/backup/b�/backup.�", 
�gv
 + 1);

15 
	}
}

	@misc-progs/captivectrl.c

6 

	#_BSD_SOURCE


	)

7 

	#_XOPEN_SOURCE


	)

9 
	~<�dio.h
>

10 
	~<�dlib.h
>

11 
	~<�r�g.h
>

12 
	~<time.h
>

14 
	~"libsmo�h.h
"

15 
	~"�tuid.h
"

17 

	#CAPTIVE_PORTAL_SETTINGS
 
CONFIG_ROOT
 "/��ive/���gs"

	)

18 

	#ETHERNET_SETTINGS
 
CONFIG_ROOT
 "/�h��t/���gs"

	)

20 

	#CLIENTS
 
CONFIG_ROOT
 "/��ive/���s"

	)

21 

	#IPTABLES
 "/sb�/��bˠ--wa�"

	)

22 

	#HTTP_PORT
 80

	)

23 

	#REDIRECT_PORT
 1013

	)

25 
	s���
 {

26 
	m�h�addr
[
STRING_SIZE
];

27 
	m�addr
[
STRING_SIZE
];

28 
time_t
 
	mtime_��t
;

29 
	mexp�es
;

31 
���
* 
	m�xt
;

32 } 
	t���_t
;

34 
time_t
 
	$�r�_time
(cڡ * 
s
) {

35 
t
 = 0;

37 i�(
	`ss�nf
(
s
, "%d", &
t
) == 1) {

38  (
time_t
)
t
;

42 
	}
}

44 * 
	$f�m�_time
(cڡ 
time_t
* 
t
) {

45 
buf�r
[
STRING_SIZE
];

47 
tm
*�m = 
	`gmtime
(
t
);

48 i�(
tm
 =�
NULL
)

49  
NULL
;

51 
	`�r�ime
(
buf�r
, (buf�r), "%Y-%m-%dT%H:%M", 
tm
);

53  
	`�rdup
(
buf�r
);

54 
	}
}

56 
���_t
* 
	$�ad_���s
(* 
f��ame
) {

57 
FILE
* 
f
 = 
NULL
;

59 i�(!(
f
 = 
	`fݒ
(
f��ame
, "r"))) {

60 
	`�r�tf
(
�d�r
, "Could�� o��c�figu�ti� f�e: %s\n", 
f��ame
);

61  
NULL
;;

64 
l�e
[
STRING_SIZE
];

66 
���_t
* 
���_f��
 = 
NULL
;

67 
���_t
* 
���_ϡ
 = 
NULL
;

68 
���_t
* 
���_cu�
;

70 (
	`fg�s
(
l�e
, 
STRING_SIZE
, 
f
�!�
NULL
)) {

71 i�(
l�e
[
	`���
(line) - 1] == '\n')

72 
l�e
[
	`���
(line) - 1] = '\0';

75 i�(*
l�e
 == '#')

78 
���_cu�
 = (
���_t
*)
	`m�loc
((client_t));

79 
	`mem�t
(
���_cu�
, 0, (
���_t
));

81 i�(
���_f��
 =�
NULL
)

82 
���_f��
 = 
���_cu�
;

84 
���_ϡ
->
�xt
 = 
���_cu�
;

85 
���_ϡ
 = 
���_cu�
;

87 
cou�
 = 0;

88 * 
l���
 = 
l�e
;

90 i�(!*
l���
)

93 * 
w�d
 = 
l���
;

94 *
l���
 != '\0') {

95 i�(*
l���
 == ',') {

96 *
l���
 = '\0';

97 
l���
++;

100 
l���
++;

103 
cou�
++) {

106 
	`�r�y
(
���_cu�
->
�h�addr
, 
w�d
);

111 
	`�r�y
(
���_cu�
->
�addr
, 
w�d
);

116 
���_cu�
->
time_��t
 = 
	`�r�_time
(
w�d
);

121 
���_cu�
->
exp�es
 = 
	`�oi
(
w�d
);

130 i�(
f
)

131 
	`f�o�
(
f
);

133  
���_f��
;

134 
	}
}

136 
	$�ush_cha�s
() {

138 
	`��_sy�em
(
IPTABLES
 " -F CAPTIVE_PORTAL");

139 
	`��_sy�em
(
IPTABLES
 " -F CAPTIVE_PORTAL_CLIENTS");

142 
	`��_sy�em
(
IPTABLES
 " -t�at -F CAPTIVE_PORTAL");

143 
	}
}

145 
	$�tup_dns_f��rs
() {

146 cڡ * 
��os
[] = { "udp", "t�", 
NULL
 };

150 cڡ * 
lim��
 = "-m hashlimit --hashlimit-name dns-filter"

153 
comm�d
[
STRING_SIZE
];

155 cڡ ** 
��o
 = 
��os
;

156 *
��o
) {

157 
	`���tf
(
comm�d
, (comm�d), 
IPTABLES
 " -A CAPTIVE_PORTAL_CLIENTS -p %s"

158 " --dp܈53 %�-j RETURN", *
��o
, 
lim��
);

160 
r
 = 
	`��_sy�em
(
comm�d
);

161 i�(
r
)

162  
r
;

164 
��o
++;

168 
	}
}

170 
	$add_���_ru�s
(cڡ 
���_t
* 
���s
) {

171 
comm�d
[
STRING_SIZE
];

172 
m�ch
[
STRING_SIZE
];

174 
���s
) {

175 
size_t
 
�n
 = 0;

177 i�(*
���s
->
�addr
 && cl��s->
exp�es
 > 0) {

178 
�n
 +�
	`���tf
(
m�ch
 +�en, (match) -�en,

179 "-�%s", 
���s
->
�addr
);

182 
�n
 +�
	`���tf
(
m�ch
 +�en, (match) -�en,

183 " -m ma�--mac-sour� %s", 
���s
->
�h�addr
);

185 i�(
���s
->
exp�es
 > 0) {

186 
time_t
 
exp�es
 = 
���s
->
time_��t
 + clients->expires;

188 * 
time_��t
 = 
	`f�m�_time
(&
���s
->time_start);

189 * 
time_�d
 = 
	`f�m�_time
(&
exp�es
);

191 
�n
 +�
	`���tf
(
m�ch
 +�en, (match) -�en,

193 
time_��t
, 
time_�d
);

195 
	`�
(
time_��t
);

196 
	`�
(
time_�d
);

200 
	`���tf
(
comm�d
, (comm�d), 
IPTABLES
 " -A CAPTIVE_PORTAL_CLIENTS"

201 " %�-j RETURN", 
m�ch
);

202 
	`��_sy�em
(
comm�d
);

205 
	`���tf
(
comm�d
, (comm�d), 
IPTABLES
 " -t�at -A CAPTIVE_PORTAL"

206 " %�-j RETURN", 
m�ch
);

207 
	`��_sy�em
(
comm�d
);

210 
���s
 = cl��s->
�xt
;

214 
	}
}

216 * 
	$g�_key
(
keyv�ue
* 
���gs
, * 
key
) {

217 
v�ue
[
STRING_SIZE
];

219 i�(!
	`f�dkey
(
���gs
, 
key
, 
v�ue
))

220  
NULL
;

222  
	`�rdup
(
v�ue
);

223 
	}
}

225 
	$add_��r��_ru�
(cڡ * 
�tf
, 
�low_webif_ac�ss
) {

226 
r
;

227 
comm�d
[
STRING_SIZE
];

229 i�((
�tf
 =�
NULL
�|| (
	`���
(intf) == 0)) {

230 
	`�r�tf
(
�d�r
, "Empty interface given\n");

234 
	`���tf
(
comm�d
, (comm�d), 
IPTABLES
 " -A CAPTIVE_PORTAL -i %s"

235 " -j CAPTIVE_PORTAL_CLIENTS", 
�tf
);

236 
r
 = 
	`��_sy�em
(
comm�d
);

237 i�(
r
)

238  
r
;

240 i�(
�low_webif_ac�ss
) {

241 
	`���tf
(
comm�d
, (comm�d), 
IPTABLES
 " -A CAPTIVE_PORTAL_CLIENTS"

242 " -�%�-�t� --dp܈444 -j RETURN", 
�tf
);

243 
r
 = 
	`��_sy�em
(
comm�d
);

244 i�(
r
)

245  
r
;

249 
	`���tf
(
comm�d
, (comm�d), 
IPTABLES
 " -t�at -A CAPTIVE_PORTAL -i %s"

250 " -�t� --dp܈%d -j REDIRECT --to-p�t�%d", 
�tf
, 
HTTP_PORT
, 
REDIRECT_PORT
);

251 
r
 = 
	`��_sy�em
(
comm�d
);

252 i�(
r
)

253  
r
;

256 
	`���tf
(
comm�d
, (comm�d), 
IPTABLES
 " -A CAPTIVE_PORTAL_CLIENTS"

257 " -�%�-�t� --dp܈%d -j RETURN", 
�tf
, 
REDIRECT_PORT
);

258 
r
 = 
	`��_sy�em
(
comm�d
);

259 i�(
r
)

260  
r
;

263 
	}
}

265 
	$add_��r��_ru�s
(
keyv�ue
* 
��ive_p܏l_���gs
, keyv�ue* 
�h��t_���gs
) {

266 cڡ * 
�tf
;

267 * 
���g
;

268 
r
 = 0;

270 
���g
 = 
	`g�_key
(
��ive_p܏l_���gs
, "ENABLE_GREEN");

271 i�(
���g
 && (
	`�rcmp
(setting, "on") == 0)) {

272 
	`�
(
���g
);

274 
�tf
 = 
	`g�_key
(
�h��t_���gs
, "GREEN_DEV");

275 
r
 = 
	`add_��r��_ru�
(
�tf
, 1);

276 i�(
r
)

277  
r
;

280 
���g
 = 
	`g�_key
(
��ive_p܏l_���gs
, "ENABLE_BLUE");

281 i�(
���g
 && (
	`�rcmp
(setting, "on") == 0)) {

282 
	`�
(
���g
);

284 
�tf
 = 
	`g�_key
(
�h��t_���gs
, "BLUE_DEV");

285 
r
 = 
	`add_��r��_ru�
(
�tf
, 0);

286 i�(
r
)

287  
r
;

291 
r
 = 
	`�tup_dns_f��rs
();

292 i�(
r
)

293  
r
;

296 
r
 = 
	`��_sy�em
(
IPTABLES
 " -A CAPTIVE_PORTAL_CLIENTS -j DROP");

297 i�(
r
)

298  
r
;

300  
r
;

301 
	}
}

303 
	$ma�
(
�gc
, ** 
�gv
) {

304 
r
 = 0;

305 * 
�tf
 = 
NULL
;

306 
���_t
* 
���s
 = 
NULL
;

308 
keyv�ue
* 
��ive_p܏l_���gs
 = 
NULL
;

309 
keyv�ue
* 
�h��t_���gs
 = 
NULL
;

311 i�(!(
	`���tuid
()))

312 
	`ex�
(2);

314 
�h��t_���gs
 = 
	`��keyv�ues
();

315 i�(!
	`�adkeyv�ues
(
�h��t_���gs
, 
ETHERNET_SETTINGS
)) {

316 
	`�r�tf
(
�d�r
, "Could�ل�d %s\n", 
ETHERNET_SETTINGS
);

317 
r
 = 1;

318 
END
;

321 
��ive_p܏l_���gs
 = 
	`��keyv�ues
();

322 i�(!
	`�adkeyv�ues
(
��ive_p܏l_���gs
, 
CAPTIVE_PORTAL_SETTINGS
)) {

323 
	`�r�tf
(
�d�r
, "Could�ل�d %s\n", 
CAPTIVE_PORTAL_SETTINGS
);

324 
r
 = 1;

325 
END
;

328 
���s
 = 
	`�ad_���s
(
CLIENTS
);

331 
	`�ush_cha�s
();

334 
r
 = 
	`add_���_ru�s
(
���s
);

335 i�(
r
)

336 
END
;

339 
r
 = 
	`add_��r��_ru�s
(
��ive_p܏l_���gs
, 
�h��t_���gs
);

340 i�(
r
)

341 
END
;

343 
END
:

344 
���s
) {

345 
���_t
* 
h�d
 = 
���s
;

346 
���s
 = cl��s->
�xt
;

348 
	`�
(
h�d
);

351 i�(
�h��t_���gs
)

352 
	`�keyv�ues
(
�h��t_���gs
);

354 i�(
��ive_p܏l_���gs
)

355 
	`�keyv�ues
(
��ive_p܏l_���gs
);

357 i�(
�tf
)

358 
	`�
(
�tf
);

360  
r
;

361 
	}
}

	@misc-progs/clamavctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~<f��.h
>

14 
	~"�tuid.h
"

16 
	$ma�
(
�gc
, *
�gv
[]) {

18 i�(!(
	`���tuid
()))

19 
	`ex�
(1);

21 i�(
�gc
 < 2) {

22 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\nclamavctrl (start|stop|restart)\n\n");

23 
	`ex�
(1);

26 i�(
	`�rcmp
(
�gv
[1], "start") == 0) {

27 
	`��_sy�em
("/etc/rc.d/init.d/clamav start");

28 } i�(
	`�rcmp
(
�gv
[1], "stop") == 0) {

29 
	`��_sy�em
("/etc/rc.d/init.d/clamav stop");

30 } i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

31 
	`��_sy�em
("/etc/rc.d/init.d/clamav�estart");

32 } i�(
	`�rcmp
(
�gv
[1], "enable") == 0) {

33 
	`��_sy�em
("ln -fs ../init.d/clamav /etc/rc.d/rc3.d/S33clamav >/dev/null 2>&1");

34 
	`��_sy�em
("ln -fs ../init.d/clamav /etc/rc.d/rc0.d/K67clamav >/dev/null 2>&1");

35 
	`��_sy�em
("ln -fs ../init.d/clamav /etc/rc.d/rc6.d/K67clamav >/dev/null 2>&1");

36 
	`��_sy�em
("/etc/rc.d/init.d/clamav start");

37 } i�(
	`�rcmp
(
�gv
[1], "disable") == 0) {

38 
	`��_sy�em
("/etc/rc.d/init.d/clamav stop");

39 
	`��_sy�em
("rm -f /etc/rc.d/rc*.d/*clamav >/dev/null 2>&1");

41 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\nclamavctrl (start|stop|restart)\n\n");

42 
	`ex�
(1);

46 
	}
}

	@misc-progs/collectdctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~"�tuid.h
"

15 
	$ma�
(
�gc
, *
�gv
[]) {

16 i�(!(
	`���tuid
()))

17 
	`ex�
(1);

19 i�(
�gc
 < 2) {

20 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\ncollectdctrl (start|stop|restart)\n\n");

21 
	`ex�
(1);

24 i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

25 
	`��_sy�em
("/etc/rc.d/init.d/collectd�estart");

27 } i�(
	`�rcmp
(
�gv
[1], "stop") == 0) {

28 
	`��_sy�em
("/etc/rc.d/init.d/collectd stop");

30 } i�(
	`�rcmp
(
�gv
[1], "start") == 0) {

31 
	`��_sy�em
("/etc/rc.d/init.d/collectd start");

34 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\ncollectdctrl (start|stop|restart)\n\n");

35 
	`ex�
(1);

39 
	}
}

	@misc-progs/ddnsctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

13 
	~"�tuid.h
"

15 cڡ *
	gc�ff�e
 = "/var/ipfire/ddns/ddns.conf";

17 
	$ma�
(
�gc
, *
�gv
[]) {

18 
cmd
[
STRING_SIZE
];

20 i�(!(
	`���tuid
()))

21 
	`ex�
(1);

23 i�(
�gc
 < 2) {

24 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\nddnsctrl (update-all)\n\n");

25 
	`ex�
(1);

28 i�(
	`�rcmp
(
�gv
[1], "update-all") == 0) {

29 
	`���tf
(
cmd
, (cmd), "/u�/b�/ddn�--c�fig %�upd�e-��>/dev/nu� 2>&1", 
c�ff�e
);

30 
	`��_sy�em
(
cmd
);

32 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\nddnsctrl (update-all)\n\n");

33 
	`ex�
(1);

37 
	}
}

	@misc-progs/dhcpctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~<f��.h
>

14 
	~"�tuid.h
"

16 
	$ma�
(
�gc
, *
�gv
[]) {

18 i�(!(
	`���tuid
()))

19 
	`ex�
(1);

21 i�(
�gc
 < 2) {

22 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\ndhcpctrl (start|stop|restart|reload)\n\n");

23 
	`ex�
(1);

26 i�(
	`�rcmp
(
�gv
[1], "start") == 0) {

27 
	`��_sy�em
("/etc/rc.d/init.d/dhcp start");

28 } i�(
	`�rcmp
(
�gv
[1], "stop") == 0) {

29 
	`��_sy�em
("/etc/rc.d/init.d/dhcp stop");

30 } i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

31 
	`��_sy�em
("/etc/rc.d/init.d/dhcp�estart");

32 } i�(
	`�rcmp
(
�gv
[1], "reload") == 0) {

33 
	`��_sy�em
("/etc/rc.d/init.d/dhcp�eload");

34 } i�(
	`�rcmp
(
�gv
[1], "enable") == 0) {

35 
	`��_sy�em
("ln -fs ../init.d/dhcp /etc/rc.d/rc3.d/S30dhcp >/dev/null 2>&1");

36 
	`��_sy�em
("ln -fs ../init.d/dhcp /etc/rc.d/rc0.d/K30dhcp >/dev/null 2>&1");

37 
	`��_sy�em
("ln -fs ../init.d/dhcp /etc/rc.d/rc6.d/K30dhcp >/dev/null 2>&1");

38 } i�(
	`�rcmp
(
�gv
[1], "disable") == 0) {

39 
	`��_sy�em
("rm -f /etc/rc.d/rc*.d/*dhcp >/dev/null 2>&1");

41 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\ndhcpctrl (start|stop|restart|reload)\n\n");

42 
	`ex�
(1);

46 
	}
}

	@misc-progs/extrahdctrl.c

8 
	~"�tuid.h
"

10 
	$ma�
(
�gc
, ** 
�gv
) {

11 i�(!
	`���tuid
())

12 
	`ex�
(1);

14  
	`run
("/v�/�f�e/ex�ahd/b�/ex�ahd.�", 
�gv
 + 1);

15 
	}
}

	@misc-progs/fireinfoctrl.c

12 
	~<�dlib.h
>

13 
	~"�tuid.h
"

15 
	$ma�
()

17 i�(!(
	`���tuid
()))

18 
	`ex�
(1);

20 
	`��_sy�em
("/usr/bin/sendprofile");

23 
	}
}

	@misc-progs/firewallctrl.c

8 
	~<uni�d.h
>

10 
	~"�tuid.h
"

12 
	$ma�
(
�gc
, *
�gv
[]) {

13 i�(!(
	`���tuid
()))

14 
	`ex�
(1);

16 
�tv�
 = 
	`��_sy�em
("/usr/lib/firewall/rules.pl");

20 i�(
�tv�
 == 0) {

21 
	`uƚk
("/var/ipfire/firewall/reread");

25 
	}
}

	@misc-progs/getconntracktable.c

10 
	~<�dio.h
>

11 
	~<�dlib.h
>

12 
	~"�tuid.h
"

14 
	$ma�
() {

15 i�(!(
	`���tuid
()))

16 
	`ex�
(1);

18 
FILE
 *
�
 = 
	`fݒ
("/proc/net/nf_conntrack", "r");

19 i�(
�
 =�
NULL
) {

20 
	`ex�
(1);

24 
l�ebuf
[
STRING_SIZE
];

25 
	`fg�s
(
l�ebuf
, 
STRING_SIZE
, 
�
)) {

26 
	`��tf
("%s", 
l�ebuf
);

29 
	`f�o�
(
�
);

31 
	}
}

	@misc-progs/getipstat.c

16 
	~<�dio.h
>

17 
	~<�r�g.h
>

18 
	~<uni�d.h
>

19 
	~<�dlib.h
>

20 
	~<sys/ty�s.h
>

21 
	~"�tuid.h
"

23 
	$ma�
(
�gc
, ** 
�gv
)

30 *
�gs
[] = {"--li�", "--v�bo�", "--num�ic", "--wa�", "5", 
NULL
, NULL, NULL, NULL};

31 *
u�ge
 = "getipstat [-x][-f|-n|-m]";

32 
pcou�
 = 5;

33 
�b�_�t
 = 0;

35 
�t
;

37 i�(!(
	`���tuid
()))

38 
	`ex�
(1);

41 i�(
�gc
 > 1) {

42 (
�t
 = 
	`g��t
(
�gc
, 
�gv
, "xfnm")) != -1) {

43 
�t
) {

45 
�gs
[
pcou�
++] = "--exact";

48 
�b�_�t
++;

51 i�(
�b�_�t
 == 0) {

52 
�gs
[
pcou�
++] = "--table";

53 
�gs
[
pcou�
++] = "nat";

55 
�b�_�t
++;

58 i�(
�b�_�t
 == 0) {

59 
�gs
[
pcou�
++] = "--table";

60 
�gs
[
pcou�
++] = "mangle";

62 
�b�_�t
++;

65 
	`�r�tf
(
�d�r
, "\nBad�rgum��giv�.\n\n%s\n", 
u�ge
);

66 
	`ex�
(1);

69 i�(
�b�_�t
 > 1) {

70 
	`�r�tf
(
�d�r
, "\nArgum�t�-f/-n/-m�� mutu�y�x�usive.\n\n%s\n", 
u�ge
);

71 
	`ex�
(1);

75  
	`run
("/sb�/��b�s", 
�gs
);

76 
	}
}

	@misc-progs/iowrap.c

14 
	~<�dio.h
>

15 
	~<sys/ty�s.h
>

16 
	~<sys/��.h
>

17 
	~<f��.h
>

18 
	~<uni�d.h
>

20 
	$ma�
(
�gc
, *
�gv
[])

23 i�(
�gc
 >= 2)

25 
fd
;

27 i�((
fd
 = 
	`ݒ
(
�gv
[1], 
O_RDWR
)) == -1)

29 
	`��tf
("Couldn't open device\n");

32 
	`dup2
(
fd
, 0);

33 
	`dup2
(
fd
, 1);

34 
	`dup2
(
fd
, 2);

38 i�(
�gc
 >= 3)

39 
	`execvp
(
�gv
[2], &argv[2]);

41 
	`��tf
("No command\n");

44 
	}
}

	@misc-progs/ipfirereboot.c

24 
	~<�dio.h
>

25 
	~<�r�g.h
>

26 
	~<�dlib.h
>

27 
	~"�tuid.h
"

31 

	#OP_REBOOT
 "bo�"

	)

32 

	#OP_REBOOT_FS
 "bo�fs"

	)

33 

	#OP_SHUTDOWN
 "down"

	)

35 
	$ma�
(
�gc
, **
�gv
)

38 i�(!(
	`���tuid
()))

42 i�(
�gc
==1)

44 
	`�r�tf
 (
�d�r
, "Missing�eboot command!\n");

48 i�(
�gc
==2 && 
	`�rcmp
(
�gv
[1], 
OP_SHUTDOWN
)==0)

50 
	`��_sy�em
("/sbin/shutdown -h�ow");

54 i�(
�gc
==2 && 
	`�rcmp
(
�gv
[1], 
OP_REBOOT
)==0)

56 
	`��_sy�em
("/sbin/shutdown -r�ow");

60 i�(
�gc
==2 && 
	`�rcmp
(
�gv
[1], 
OP_REBOOT_FS
)==0)

62 
	`��_sy�em
("/sbin/shutdown -F -r�ow");

66 
	`�r�tf
 (
�d�r
, "Bad�eboot command!\n");

68 
	}
}

	@misc-progs/ipsecctrl.c

8 
	~"libsmo�h.h
"

9 
	~<�dio.h
>

10 
	~<�dlib.h
>

11 
	~<�r�g.h
>

12 
	~<uni�d.h
>

13 
	~<sys/ty�s.h
>

14 
	~<sys/��.h
>

15 
	~<sig�l.h
>

17 
	~"�tuid.h
"

18 
	~"�tut�.h
"

35 
	$u�ge
() {

36 
	`�r�tf
 (
�d�r
, "Usage:\n");

37 
	`�r�tf
 (
�d�r
, "\tipsecctrl S [connectionkey]\n");

38 
	`�r�tf
 (
�d�r
, "\tipsecctrl D [connectionkey]\n");

39 
	`�r�tf
 (
�d�r
, "\tipsecctrl R\n");

40 
	`�r�tf
 (
�d�r
, "\tipsecctrl I\n");

41 
	`�r�tf
 (
�d�r
, "\t\tS : Start/Restart Connection\n");

42 
	`�r�tf
 (
�d�r
, "\t\tD : Stop Connection\n");

43 
	`�r�tf
 (
�d�r
, "\t\tR : Reload Certificates�nd Secrets\n");

44 
	`�r�tf
 (
�d�r
, "\t\tI : Print Statusinfo\n");

45 
	}
}

47 
	$��c_�l�d
() {

51 
	`��_sy�em
("/usr/sbin/ipsec�ereadall >/dev/null 2>&1");

52 
	`��_sy�em
("/usr/sbin/ipsec�eload >/dev/null 2>&1");

53 
	}
}

58 
	$decode_l�e
 (*
s
,

59 **
key
,

60 **
�me
,

61 **
ty�


63 
cou�
 = 0;

64 *
key
 = 
NULL
;

65 *
�me
 = 
NULL
;

66 *
ty�
 = 
NULL
;

68 i�(
s
[
	`���
(s) - 1] == '\n')

69 
s
[
	`���
(s) - 1] = '\0';

71 *
�su�
 = 
	`�r�p
(&
s
, ",");

72 
�su�
) {

73 i�(
cou�
 == 0)

74 *
key
 = 
�su�
;

75 i�((
cou�
 =�1�&& 
	`�rcmp
(
�su�
, "on") != 0)

77 i�(
cou�
 == 2)

78 *
�me
 = 
�su�
;

79 i�(
cou�
 == 4)

80 *
ty�
 = 
�su�
;

81 
cou�
++;

82 
�su�
 = 
	`�r�p
(&
s
, ",");

86 i�(! *
�me
)

89 i�(
	`�r�n
(*
�me
, 
LETTERS_NUMBERS
�!�
	`���
(*name)) {

90 
	`�r�tf
(
�d�r
, "Bad c���iڂame: %s\n", *
�me
);

94 i�(! (
	`�rcmp
(*
ty�
, "host") == 0 || strcmp(*type, "net") == 0)) {

95 
	`�r�tf
(
�d�r
, "Bad c���iځy�: %s\n", *
ty�
);

101 
	}
}

106 
	$tu�_c���i�_�
(*
�me
, *
ty�
) {

112 
comm�d
[
STRING_SIZE
];

115 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1,

116 "/u�/sb�/���dow�%�>/dev/nu�", 
�me
);

117 
	`��_sy�em
(
comm�d
);

120 
	`��_sy�em
("/usr/lib/firewall/ipsec-policy >/dev/null");

123 
	`��_sy�em
("/usr/local/bin/ipsec-interfaces >/dev/null");

126 
	`��c_�l�d
();

129 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1,

130 "/u�/sb�/����rok�up-nb %�>/dev/nu�", 
�me
);

131 
	`��_sy�em
(
comm�d
);

132 
	}
}

137 
	$tu�_c���i�_off
 (*
�me
) {

142 
comm�d
[
STRING_SIZE
];

145 
	`��c_�l�d
();

148 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1,

149 "/u�/sb�/���dow�%�>/dev/nu�", 
�me
);

150 
	`��_sy�em
(
comm�d
);

153 
	`��_sy�em
("/usr/lib/firewall/ipsec-policy >/dev/null");

156 
	`��_sy�em
("/usr/local/bin/ipsec-interfaces >/dev/null");

157 
	}
}

159 
	$ma�
(
�gc
, *
�gv
[]) {

160 
keyv�ue
 *
kv
 = 
NULL
;

162 i�(
�gc
 < 2) {

163 
	`u�ge
();

164 
	`ex�
(1);

166 i�(!(
	`���tuid
()))

167 
	`ex�
(1);

169 
FILE
 *
f�e
 = 
NULL
;

171 i�(
	`�rcmp
(
�gv
[1], "I") == 0) {

172 
	`��_sy�em
("/usr/sbin/ipsec status");

173 
	`ex�
(0);

176 i�(
	`�rcmp
(
�gv
[1], "R") == 0) {

177 
	`��c_�l�d
();

178 
	`ex�
(0);

183 
	`sig�l
(
SIGCHLD
, 
SIG_DFL
);

186 i�(
�gc
 == 2) {

187 i�(
	`�rcmp
(
�gv
[1], "D") == 0) {

188 
	`��_sy�em
("/usr/sbin/ipsec stop >/dev/null 2>&1");

189 
	`��_sy�em
("/usr/lib/firewall/ipsec-policy >/dev/null");

190 
	`��_sy�em
("/usr/local/bin/ipsec-interfaces >/dev/null");

191 
	`ex�
(0);

196 
kv
=
	`��keyv�ues
();

197 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/vpn/settings"))

199 
	`�r�tf
(
�d�r
, "Cannot�ead vpn settings\n");

200 
	`ex�
(1);

205 
s
[
STRING_SIZE
];

206 
	`f�dkey
(
kv
, "ENABLED", 
s
);

207 
	`�keyv�ues
(
kv
);

208 i�(
	`�rcmp
 (
s
, "on") != 0)

209 
	`ex�
(0);

212 
s
[
STRING_SIZE
];

215 i�((
�gc
 =�2�&& 
	`�rcmp
(
�gv
[1], "S") == 0) {

216 
	`��_sy�em
("/usr/lib/firewall/ipsec-policy >/dev/null");

217 
	`��_sy�em
("/usr/local/bin/ipsec-interfaces >/dev/null");

218 
	`��_sy�em
("/usr/sbin/ipsec�estart >/dev/null");

219 
	`ex�
(0);

224 i�((
�gc
 =�2�|| 
	`�r�n
(
�gv
[2], 
NUMBERS
�!�
	`���
(argv[2])) {

225 
	`�r�tf
(
�d�r
, "Bad�rg: %s\n", 
�gv
[2]);

226 
	`u�ge
();

227 
	`ex�
(1);

231 i�(!(
f�e
 = 
	`fݒ
(
CONFIG_ROOT
 "/vpn/config", "r"))) {

232 
	`�r�tf
(
�d�r
, "Couldn't open vpn settings file");

233 
	`ex�
(1);

235 
	`fg�s
(
s
, 
STRING_SIZE
, 
f�e
�!�
NULL
) {

236 *
key
;

237 *
�me
;

238 *
ty�
;

239 i�(!
	`decode_l�e
(
s
,&
key
,&
�me
,&
ty�
))

243 i�(
	`�rcmp
(
�gv
[2], 
key
) != 0)

247 i�(
	`�rcmp
(
�gv
[1], "S") == 0)

248 
	`tu�_c���i�_�
 (
�me
, 
ty�
);

249 i�(
	`�rcmp
(
�gv
[1], "D") == 0)

250 
	`tu�_c���i�_off
 (
�me
);

252 
	`�r�tf
(
�d�r
, "Bad command\n");

253 
	`ex�
(1);

256 
	`f�o�
(
f�e
);

259 
	}
}

	@misc-progs/list.h

3 #i�de�
LIST_H


4 

	#LIST_H


	)

6 
	sli�
 {

7 
li�
 *
	m�xt
, *
	m�ev
;

8 } 
	tli�_t
;

10 
�l�e
 
	$li�_l�k
(
li�
 *
a
, li� *
b
)

12 
a
->
�xt
 = 
b
;

13 
b
->
�ev
 = 
a
;

14 
	}
}

16 
�l�e
 
	$li�_add
(
li�
 *
h�d
, li� *
�em
)

18 
li�
 *
f��
 = 
h�d
->
�xt
;

19 
	`li�_l�k
(
h�d
, 
�em
);

20 
	`li�_l�k
(
�em
, 
f��
);

21 
	}
}

23 
�l�e
 
	$li�_add_�d
(
li�
 *
h�d
, li� *
�em
)

25 
li�
 *
ϡ
 = 
h�d
->
�ev
;

26 
	`li�_l�k
(
�em
, 
h�d
);

27 
	`li�_l�k
(
ϡ
, 
�em
);

28 
	}
}

30 
�l�e
 
li�_t
 *
	$li�_d�
(
li�
 *
�em
)

32 
li�
 *
�ev
 = 
�em
->�ev, *
�xt
 = item->next;

33 
	`li�_l�k
(
�ev
, 
�xt
);

34  
�xt
;

35 
	}
}

37 
�l�e
 
	$li�_��
(
li�
 *
h�d
)

39 
	`li�_l�k
(
h�d
, head);

40 
	}
}

43 
�l�e
 
	$li�_d�_add
(
li�_t
 *
h�d
,�i�_�*
�em
)

45 
li�_t
 *
�ev
 = 
�em
->�ev, *
�xt
 = item->next;

46 
	`li�_l�k
(
�ev
, 
�xt
);

47 
�xt
 = 
h�d
->next;

48 
	`li�_l�k
(
h�d
, 
�em
);

49 
	`li�_l�k
(
�em
, 
�xt
);

50 
	}
}

64 
�l�e
 
	$li�_d�_add_�d
(
li�_t
 *
h�d
,�i�_�*
�em
)

66 
li�_t
 *
�ev
 = 
�em
->�ev, *
�xt
 = item->next;

67 
	`li�_l�k
(
�ev
, 
�xt
);

68 
�ev
 = 
h�d
->prev;

69 
	`li�_l�k
(
�em
, 
h�d
);

70 
�em
->
�ev
 =�rev;

71 
�ev
->
�xt
 = 
�em
;

72 
	}
}

74 
�l�e
 
	$li�_d�_��
(
li�
 *
�em
)

76 
li�
 *
�ev
 = 
�em
->�ev, *
�xt
 = item->next;

77 
	`li�_l�k
(
�em
, item);

78 
	`li�_l�k
(
�ev
, 
�xt
);

79 
	}
}

81 
�l�e
 
	$li�_jo�
(
li�
 *
a
, li� *
b
)

83 
li�_t
 *
�
 = 
a
->
�ev
;

84 
li�_t
 *
be
 = 
b
->
�ev
;

85 
b
->
�ev
 = 
�
;

86 
a
->
�ev
 = 
be
;

87 
�
->
�xt
 = 
b
;

88 
be
->
�xt
 = 
a
;

89 
	}
}

91 
�l�e
 
	$li�_em�y
(
li�
 *
h�d
)

93  
h�d
->
�xt
 == head;

94 
	}
}

96 

	#LIST
(
L
�
li�
 L = {&L, &L}

	)

98 

	#li�_��y
(
L
, 
T
, 
M
�((T*)((*)(L�- ()(&((T*)0)->M)))

	)

99 

	#li�_�em
(
L
, 
T
, 
M
�((T*)((*)(L�- ()(&((T*)0)->M)))

	)

101 

	#li�_f��
(
H
, 
T
, 
M
�
	`li�_�em
((H)->
�xt
, T, M)

	)

102 

	#li�_ϡ
(
H
, 
T
, 
M
�
	`li�_�em
((H)->
�ev
, T, M)

	)

103 

	#li�_�xt
(
O
, 
M
�
	`li�_�em
((O)->M.
�xt
, 
	`ty�of
(*(O)), M)

	)

106 
�l�e
 
li�
 *
	$li�_g�
(
li�
 *
h�d
)

108 
li�
 *
�em
 = 
h�d
->
�xt
;

109 
li�
 *
�xt
 = 
�em
->next;

110 
	`li�_l�k
(
h�d
, 
�xt
);

111  
�em
;

112 
	}
}

115 
�l�e
 
li�
 *
	$li�_g�_��
(
li�
 *
h�d
)

117 
li�
 *
�em
 = 
h�d
->
�xt
;

118 
li�
 *
�xt
 = 
�em
->next;

119 
	`li�_l�k
(
�em
, item);

120 
	`li�_l�k
(
h�d
, 
�xt
);

121  
�em
;

122 
	}
}

124 

	#li�_g�_��y
(
H
, 
T
, 
M
�
	`li�_�em
(
	`li�_g�
((H)), T, M)

	)

125 

	#li�_g�_��_��y
(
H
, 
T
, 
M
�
	`li�_�em
(
	`li�_g�_��
((H)), T, M)

	)

126 

	#li�_g�_�em
(
H
, 
T
, 
M
�
	`li�_�em
(
	`li�_g�
((H)), T, M)

	)

127 

	#li�_g�_��_�em
(
H
, 
T
, 
M
�
	`li�_�em
(
	`li�_g�_��
((H)), T, M)

	)

	@misc-progs/logwatch.c

12 
	~<�dio.h
>

13 
	~<uni�d.h
>

14 
	~<�dlib.h
>

15 
	~<�r�g.h
>

16 
	~<g�.h
>

17 
	~<pwd.h
>

18 
	~<sys/ty�s.h
>

19 
	~"libsmo�h.h
"

20 
	~"�tuid.h
"

41 
	$ma�
()

43 
buf�r
[
STRING_SIZE
];

44 
keyv�ue
 *
kv
 = 
NULL
;

45 
�sswd
 *
pw
;

46 
gid_t
 
groups
[2];

47 * 
�gv
[4];

49 if(
	`g�uid
())

51 
	`�r�tf
(
�d�r
, "logwatch should be�an by�oot\n");

52 
	`ex�
(1);

56 
kv
=
	`��keyv�ues
();

58 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/logging/settings"))

60 
	`�r�tf
(
�d�r
, "Cannot�ead syslog settings\n");

61 
	`ex�
(1);

64 i�(!
	`f�dkey
(
kv
, "LOGWATCH_LEVEL", 
buf�r
))

66 
	`�r�tf
(
�d�r
, "Cannot�ead LOGWATCH_LEVEL\n");

67 
	`ex�
(1);

70 i�(
	`�rcmp
(
buf�r
,"Low") && strcmp(buffer,"Med") && strcmp(buffer,"High"))

72 
	`�r�tf
(
�d�r
, "Bad LOGWATCH_LEVEL: %s\n", 
buf�r
);

73 
	`ex�
(1);

76 
	`�keyv�ues
(
kv
);

80 if(!(
pw
 = 
	`g�pw�m
("logwatch")))

82 
	`�r�tf
(
�d�r
,"Couldn't find�ogwatch user.\n");

83 
	`ex�
(1);

86 
	`mem�t
(
pw
->
pw_�sswd
, 0, 
	`���
(pw->pw_passwd));

87 
	`�dpw�t
();

90 if(!
pw
->
pw_uid
 || !pw->
pw_gid
)

92 
	`�r�tf
(
�d�r
,"logwatch user�ppears�o be UID or GID 0,�borting.\n");

93 
	`ex�
(1);

97 
groups
[0] = groups[1] = 
pw
->
pw_gid
;

98 i�(
	`�tgroups
(1,
groups
)�{ 
	`���
("Couldn'����grou�li�"); 
	`ex�
(1); }

99 i�(
	`�tgid
(
pw
->
pw_gid
)�{ 
	`���
("Couldn'��tgid�ogw�ch)"); 
	`ex�
(1); }

100 i�(
	`�tuid
(
pw
->
pw_uid
)�{ 
	`���
("Couldn'��tuid�ogw�ch)"); 
	`ex�
(1); }

103 
�gv
[0] = "logwatch.pl";

104 
�gv
[1] = "--detail";

105 
�gv
[2] = 
buf�r
;

106 
�gv
[3] = 
NULL
;

107 
	`execve
("/u�/sh�e/logw�ch/s��ts/logw�ch.�", 
�gv
, 
�u�ed_�v
);

110 
	`���
("logwatch:�xecve failed");

111 
	`ex�
(1);

112 
	}
}

	@misc-progs/netutil.h

2 #i�de�
NETUTIL_H


3 

	#NETUTIL_H
 1

	)

5 
	~<�dlib.h
>

7 

	#LETTERS
 "abcdefghijklmn�qr�uvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

	)

8 

	#NUMBERS
 "0123456789"

	)

9 

	#LETTERS_NUMBERS
 
LETTERS
 
NUMBERS


	)

10 

	#IP_NUMBERS
 "./" 
NUMBERS


	)

11 

	#PORT_NUMBERS
 ":-" 
NUMBERS


	)

12 

	#VALID_FQDN
 
LETTERS_NUMBERS
 ".-"

	)

14 

	#VALID_IP
(
�
�(
	`���
(ip) > 6 \

15 && 
	`���
(
�
) < 16 \

16 && 
	`�r�n
(
�
, 
NUMBERS
 "."�=�
	`���
(�))

	)

18 

	#VALID_IP_AND_MASK
(
�
�(
	`���
(ip) > 6 \

19 && 
	`���
(
�
) < 32 \

20 && 
	`�r�n
(
�
, 
IP_NUMBERS
�=�
	`���
(�))

	)

22 

	#VALID_PORT
(
p�t
�(
	`���
(port) \

23 && 
	`���
(
p�t
) < 6 \

24 && 
	`�r�n
(
p�t
, 
NUMBERS
�=�
	`���
��t))

	)

26 

	#VALID_PORT_RANGE
(
p�t
�(
	`���
(port) \

27 && 
	`���
(
p�t
) < 12 \

28 && 
	`�r�n
(
p�t
, 
PORT_NUMBERS
�=�
	`���
��t))

	)

30 

	#VALID_SHORT_MASK
(
�
�(
	`���
(ip) > 1 \

31 && 
	`���
(
�
) < 3 \

32 && 
	`�r�n
(
�
, 
NUMBERS
�=�
	`���
(�))

	)

36 

	#VALID_DEVICE
(
dev
�(
	`���
(dev) \

37 && 
	`���
(
dev
) < 16 \

38 && 
	`�r�n
(
dev
, 
LETTERS_NUMBERS
 ":."�=�
	`���
(dev))

	)

44 

	#VALID_PROTOCOL
(
��
�(
	`���
(prot) \

45 && 
	`���
(
��
) <16 \

46 && 
	`�r�n
(
��
, 
LETTERS_NUMBERS
 "-"�=�
	`���
�r�))

	)

	@misc-progs/openvpnctrl.c

1 

	#_DEFAULT_SOURCE


	)

2 

	#_XOPEN_SOURCE
 500

	)

3 
	~<sig�l.h
>

4 
	~<�dio.h
>

5 
	~<�r�g.h
>

6 
	~<uni�d.h
>

7 
	~<�dlib.h
>

8 
	~<sys/ty�s.h
>

9 
	~<��/��.h
>

10 
	~<�t��/�.h
>

11 
	~<f��.h
>

12 
	~<�w.h
>

13 
	~"�tuid.h
"

14 
	~"�tut�.h
"

15 
	~"libsmo�h.h
"

17 

	#noov�debug


	)

20 
keyv�ue
 *
	gkv
 = 
NULL
;

21 
FILE
 *
	gi��f�e
 = 
NULL
;

23 
	g�dif
[
STRING_SIZE
];

24 
	gblueif
[
STRING_SIZE
];

25 
	gܪgeif
[
STRING_SIZE
];

26 
	g�ab˻d
[
STRING_SIZE
] = "off";

27 
	g�ab�blue
[
STRING_SIZE
] = "off";

28 
	g�ab�ܪge
[
STRING_SIZE
] = "off";

31 
	gOVPNINPUT
[
STRING_SIZE
] = "OVPNINPUT";

32 
	gOVPNBLOCK
[
STRING_SIZE
] = "OVPNBLOCK";

33 
	gOVPNNAT
[
STRING_SIZE
] = "OVPNNAT";

34 
	gWRAPPERVERSION
[
STRING_SIZE
] = "ipfire-2.2.4";

36 
	sc���i�_�ru�
 {

37 
	m�me
[
STRING_SIZE
];

38 
	mty�
[
STRING_SIZE
];

39 
	m��o
[
STRING_SIZE
];

40 
	m��us
[
STRING_SIZE
];

41 
	mlo�l_sub�t
[
STRING_SIZE
];

42 
	m��s�r_sub�t
[
STRING_SIZE
];

43 
	mr�e
[
STRING_SIZE
];

44 
	mp�t
[
STRING_SIZE
];

45 
c���i�_�ru�
 *
	m�xt
;

48 
c���i�_�ru�
 
	tc���i�
;

50 
	$�cursive_�move_��back
(cڡ * 
�h
, cڡ 
��
* 
sb
, 
ty��ag
, 
FTW
* 
�wbuf
) {

51 
rv
 = 
	`�move
(
�h
);

52 i�(
rv
)

53 
	`���
(
�h
);

55  
rv
;

56 
	}
}

58 
	$�cursive_�move
(cڡ * 
�th
) {

59  
	`n�w
(
�th
, 
�cursive_�move_��back
, 64, 
FTW_DEPTH
 | 
FTW_PHYS
);

60 
	}
}

62 
	$ex�h�d�r
()

64 if(
kv
)

65 
	`�keyv�ues
(
kv
);

66 i�(
i��f�e
)

67 
	`f�o�
(
i��f�e
);

68 
	}
}

70 
	$u�ge
()

72 #ifde�
ov�debug


73 
	`��tf
("W��� f� O�nVPN %s-debug\n", 
WRAPPERVERSION
);

75 
	`��tf
("W��� f� O�nVPN %s\n", 
WRAPPERVERSION
);

77 
	`��tf
("openvpnctrl <option>\n");

78 
	`��tf
(" Valid options�re:\n");

79 
	`��tf
(" -s --start\n");

80 
	`��tf
(" starts OpenVPN (implicitly creates chains�nd firewall�ules)\n");

81 
	`��tf
(" -k --kill\n");

82 
	`��tf
(" kills/stops OpenVPN\n");

83 
	`��tf
(" -r --restart\n");

84 
	`��tf
("�estarts OpenVPN (implicitly creates chains�nd firewall�ules)\n");

85 
	`��tf
(" -sn2n --start-net-2-net\n");

86 
	`��tf
(" starts�ll�et2net connections\n");

87 
	`��tf
(" you may�ass� connection�ame�o�he switch�o only start� specific one\n");

88 
	`��tf
(" -kn2n --kill-net-2-net\n");

89 
	`��tf
(" kills�ll�et2net connections\n");

90 
	`��tf
(" you may�ass� connection�ame�o�he switch�o only start� specific one\n");

91 
	`��tf
(" -drrd --delete-rrd\n");

92 
	`��tf
(" Deletes�he RRD data for� specific client\n");

93 
	`��tf
(" you�eed�o�ass� connection�ame (RW)�o�he switch�o delete�he directory (case sensitive)\n");

94 
	`��tf
(" -d --display\n");

95 
	`��tf
(" displays OpenVPN status�o syslog\n");

96 
	`��tf
(" -fwr --firewall-rules\n");

97 
	`��tf
("�emoves current OpenVPN chains�nd�ules�nd�esets�hem�ccording�o�he config\n");

98 
	`��tf
(" -sdo --start-daemon-only\n");

99 
	`��tf
(" starts OpenVPN daemon only\n");

100 
	`ex�
(1);

101 
	}
}

103 
c���i�
 *
	$g�C���i�s
() {

104 
FILE
 *
�
 = 
NULL
;

106 i�(!(
�
 = 
	`fݒ
(
CONFIG_ROOT
 "/ovpn/ovpnconfig", "r"))) {

107 
	`�r�tf
(
�d�r
, "Could�ot open openvpn�2n configuration file.\n");

108 
	`ex�
(1);

111 
l�e
[
STRING_SIZE
] = "";

112 
�su�
[
STRING_SIZE
] = "";

113 *
�suɱr
;

114 
cou�
;

115 
c���i�
 *
c�n_f��
 = 
NULL
;

116 
c���i�
 *
c�n_ϡ
 = 
NULL
;

117 
c���i�
 *
c�n_cu�
;

119 (
	`fg�s
(
l�e
, 
STRING_SIZE
, 
�
�!�
NULL
)) {

120 i�(
l�e
[
	`���
(line) - 1] == '\n')

121 
l�e
[
	`���
(line) - 1] = '\0';

123 
c�n_cu�
 = (
c���i�
 *)
	`m�loc
((connection));

124 
	`mem�t
(
c�n_cu�
, 0, (
c���i�
));

126 i�(
c�n_f��
 =�
NULL
) {

127 
c�n_f��
 = 
c�n_cu�
;

129 
c�n_ϡ
->
�xt
 = 
c�n_cu�
;

131 
c�n_ϡ
 = 
c�n_cu�
;

133 
cou�
 = 0;

134 *
l���
 = 
l�e
;

136 i�(*
l���
 == '\0')

139 
�suɱr
 = 
�su�
;

140 *
l���
 != '\0') {

141 i�(*
l���
 == ',') {

142 
l���
++;

145 *
�suɱr
++ = *
l���
++;

147 *
�suɱr
 = '\0';

149 i�(
cou�
 == 1) {

150 
	`�r�y
(
c�n_cu�
->
��us
, 
�su�
);

151 } i�(
cou�
 == 2) {

152 
	`�r�y
(
c�n_cu�
->
�me
, 
�su�
);

153 } i�(
cou�
 == 4) {

154 
	`�r�y
(
c�n_cu�
->
ty�
, 
�su�
);

155 } i�(
cou�
 == 7) {

156 
	`�r�y
(
c�n_cu�
->
r�e
, 
�su�
);

157 } i�(
cou�
 == 9) {

158 
	`�r�y
(
c�n_cu�
->
lo�l_sub�t
, 
�su�
);

159 } i�(
cou�
 == 28) {

160 
	`�r�y
(
c�n_cu�
->
��s�r_sub�t
, 
�su�
);

161 } i�(
cou�
 == 29) {

162 
	`�r�y
(
c�n_cu�
->
��o
, 
�su�
);

163 } i�(
cou�
 == 30) {

164 
	`�r�y
(
c�n_cu�
->
p�t
, 
�su�
);

167 
cou�
++;

171 
	`f�o�
(
�
);

173  
c�n_f��
;

174 
	}
}

176 
	$�adPidF�e
(cڡ *
pidf�e
) {

177 
FILE
 *
�
 = 
	`fݒ
(
pidf�e
, "r");

178 i�(
�
 =�
NULL
) {

179 
	`ex�
(1);

182 
pid
 = 0;

183 
	`fs�nf
(
�
, "%d", &
pid
);

184 
	`f�o�
(
�
);

186  
pid
;

187 
	}
}

189 
	$�adEx���Add�ss
(* 
add�ss
) {

190 
FILE
 *
�
 = 
	`fݒ
("/var/ipfire/red/local-ipaddress", "r");

191 i�(!
�
)

192 
ERROR
;

194 
r
 = 
	`fs�nf
(
�
, "%s", 
add�ss
);

195 
	`f�o�
(
�
);

197 i�(
r
 < 0)

198 
ERROR
;

202 i�(!
	`VALID_IP
(
add�ss
))

203 
ERROR
;

207 
ERROR
:

208 
add�ss
 = 
NULL
;

210 
	}
}

212 
	$ov�In�
() {

214 
kv
 = 
	`��keyv�ues
();

215 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ovpn/settings")) {

216 
	`�r�tf
(
�d�r
, "Cannot�ead ovpn settings\n");

217 
	`ex�
(1);

220 i�(!
	`f�dkey
(
kv
, "ENABLED", 
�ab˻d
)) {

221 
	`ex�
(1);

224 i�(!
	`f�dkey
(
kv
, "ENABLED_BLUE", 
�ab�blue
)){

225 
	`ex�
(1);

228 i�(!
	`f�dkey
(
kv
, "ENABLED_ORANGE", 
�ab�ܪge
)){

229 
	`ex�
(1);

231 
	`�keyv�ues
(
kv
);

236 
	`mem�t
(
�dif
, 0, 
STRING_SIZE
);

237 i�((
i��f�e
 = 
	`fݒ
(
CONFIG_ROOT
 "/red/iface", "r")))

239 i�(
	`fg�s
(
�dif
, 
STRING_SIZE
, 
i��f�e
))

241 i�(
�dif
[
	`���
(redif) - 1] == '\n')

242 
�dif
[
	`���
(redif) - 1] = '\0';

244 
	`f�o�
 (
i��f�e
);

245 
i��f�e
 = 
NULL
;

247 i�(!
	`VALID_DEVICE
(
�dif
))

249 
	`mem�t
(
�dif
, 0, 
STRING_SIZE
);

253 
kv
=
	`��keyv�ues
();

254 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")) {

255 
	`�r�tf
(
�d�r
, "Cannot�ead�thernet settings\n");

256 
	`ex�
(1);

259 i�(
	`�rcmp
(
�ab�blue
, "on") == 0) {

260 i�(!
	`f�dkey
(
kv
, "BLUE_DEV", 
blueif
)) {

261 
	`ex�
(1);

265 i�(
	`�rcmp
(
�ab�ܪge
, "on") == 0) {

266 i�(!
	`f�dkey
(
kv
, "ORANGE_DEV", 
ܪgeif
)) {

267 
	`ex�
(1);

270 
	`�keyv�ues
(
kv
);

271 
	}
}

273 
	$execu�Comm�d
(*
comm�d
) {

274 #ifde�
ov�debug


275 
	`��tf
(
	`���t
(
comm�d
, "\n", 2));

277 
	`��_sy�em
(
	`���t
(
comm�d
, " >/dev/null 2>&1", 17));

278 
	}
}

280 
	$addRu�
(cڡ *
cha�
, cڡ *
��r��
, cڡ *
��oc�
, cڡ *
p�t
) {

281 
comm�d
[
STRING_SIZE
];

283 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1, "/sbin/iptables -A %s -i %s -p %s --dport %s -j ACCEPT",

284 
cha�
, 
��r��
, 
��oc�
, 
p�t
);

285 
	`execu�Comm�d
(
comm�d
);

286 
	}
}

288 
	$�ushCha�
(*
cha�
) {

289 
�r
[
STRING_SIZE
];

291 
	`���tf
(
�r
, 
STRING_SIZE
 - 1, "/sb�/��bˠ-F %s", 
cha�
);

292 
	`execu�Comm�d
(
�r
);

293 
	}
}

295 
	$�ushCha�NAT
(*
cha�
) {

296 
�r
[
STRING_SIZE
];

298 
	`���tf
(
�r
, 
STRING_SIZE
 - 1, "/sb�/��bˠ-�Lj-F %s", 
cha�
);

299 
	`execu�Comm�d
(
�r
);

300 
	}
}

302 * 
	$�lcT�ns�rN�Add�ss
(cڡ 
c���i�
* 
c�n
) {

303 *
sub�tmask
 = 
	`�rdup
(
c�n
->
��s�r_sub�t
);

304 *
add�ss
 = 
	`�r�p
(&
sub�tmask
, "/");

306 i�((
add�ss
 =�
NULL
�|| (
sub�tmask
 == NULL)) {

307 
ERROR
;

310 
�_addr_t
 
_add�ss
 = 
	`��_addr
(
add�ss
);

311 
�_addr_t
 
_sub�tmask
 = 
	`��_addr
(
sub�tmask
);

312 
_add�ss
 &�
_sub�tmask
;

314 i�(
	`�rcmp
(
c�n
->
r�e
, "server") == 0) {

315 
_add�ss
 += 1 << 24;

316 } i�(
	`�rcmp
(
c�n
->
r�e
, "client") == 0) {

317 
_add�ss
 += 2 << 24;

319 
ERROR
;

322 
�_addr
 
add�ss_�fo
;

323 
add�ss_�fo
.
s_addr
 = 
_add�ss
;

325  
	`��_��
(
add�ss_�fo
);

327 
ERROR
:

328 
	`�r�tf
(
�d�r
, "Could�� d��m����s�Èadd�ss: %s\n", 
c�n
->
�me
);

330 
	`�
(
add�ss
);

331  
NULL
;

332 
	}
}

334 * 
	$g�Lo�lSub�tAdd�ss
(cڡ 
c���i�
* 
c�n
) {

335 
kv
 = 
	`��keyv�ues
();

336 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")) {

337 
	`�r�tf
(
�d�r
, "Cannot�ead�thernet settings\n");

338 
	`ex�
(1);

341 cڡ *
z�es
[] = {"GREEN", "BLUE", "ORANGE", 
NULL
};

342 cڡ *
z�e
 = 
NULL
;

345 *
sub�tmask
 = 
	`�rdup
(
c�n
->
lo�l_sub�t
);

346 *
add�ss
 = 
	`�r�p
(&
sub�tmask
, "/");

348 i�((
add�ss
 =�
NULL
�|| (
sub�tmask
 == NULL)) {

349 
ERROR
;

352 
�_addr_t
 
_add�ss
 = 
	`��_addr
(
add�ss
);

353 
�_addr_t
 
_sub�tmask
 = 
	`��_addr
(
sub�tmask
);

355 
�_addr_t
 
_Ïddr
 = (
_add�ss
 & 
_sub�tmask
);

356 
�_addr_t
 
_br�d��
 = (
_add�ss
 | ~
_sub�tmask
);

358 
z�e_add�ss_key
[
STRING_SIZE
];

359 
z�e_add�ss
[
STRING_SIZE
];

360 
�_addr_t
 
z�e_addr
;

362 
i
 = 0;

363 
z�es
[
i
]) {

364 
z�e
 = 
z�es
[
i
++];

365 
	`���tf
(
z�e_add�ss_key
, 
STRING_SIZE
, "%s_ADDRESS", 
z�e
);

367 i�(!
	`f�dkey
(
kv
, 
z�e_add�ss_key
, 
z�e_add�ss
))

370 
z�e_addr
 = 
	`��_addr
(
z�e_add�ss
);

371 i�((
z�e_addr
 > 
_Ïddr
�&& (z�e_add�< 
_br�d��
)) {

372 
	`�keyv�ues
(
kv
);

374  
	`�rdup
(
z�e_add�ss
);

378 
ERROR
:

379 
	`�r�tf
(
�d�r
, "Could�� d��m��lo��subÈadd�ss: %s\n", 
c�n
->
�me
);

381 
	`�keyv�ues
(
kv
);

382  
NULL
;

383 
	}
}

385 
	$�tF�ew�lRu�s
() {

386 
comm�d
[
STRING_SIZE
];

387 
��oc�
[
STRING_SIZE
] = "";

388 
dp�t
[
STRING_SIZE
] = "";

389 
dov��
[
STRING_SIZE
] = "";

391 
kv
 = 
	`��keyv�ues
();

392 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ovpn/settings"))

394 
	`�r�tf
(
�d�r
, "Cannot�ead ovpn settings\n");

395 
	`ex�
(1);

399 i�(!
	`f�dkey
(
kv
, "DDEST_PORT", 
dp�t
)){

400 
	`�r�tf
(
�d�r
, "Cannot�ead DDEST_PORT\n");

401 
	`ex�
(1);

404 i�(!
	`f�dkey
(
kv
, "DPROTOCOL", 
��oc�
)){

405 
	`�r�tf
(
�d�r
, "Cannot�ead DPROTOCOL\n");

406 
	`ex�
(1);

409 i�(!
	`f�dkey
(
kv
, "VPN_IP", 
dov��
)){

410 
	`�r�tf
(
�d�r
, "Cannot�ead VPN_IP\n");

412 
	`�keyv�ues
(
kv
);

415 
	`�ushCha�
(
OVPNINPUT
);

416 
	`�ushCha�
(
OVPNBLOCK
);

417 
	`�ushCha�NAT
(
OVPNNAT
);

420 i�(!
	`�rcmp
(
�ab˻d
, "�"�&& 
	`���
(
�dif
))

421 
	`addRu�
(
OVPNINPUT
, 
�dif
, 
��oc�
, 
dp�t
);

422 i�(!
	`�rcmp
(
�ab�blue
, "�"�&& 
	`���
(
blueif
))

423 
	`addRu�
(
OVPNINPUT
, 
blueif
, 
��oc�
, 
dp�t
);

424 i�(!
	`�rcmp
(
�ab�ܪge
, "�"�&& 
	`���
(
ܪgeif
))

425 
	`addRu�
(
OVPNINPUT
, 
ܪgeif
, 
��oc�
, 
dp�t
);

428 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1, "/sbin/iptables -A %s -p icmp"

429 " -m c���ck --����RELATED -j RETURN", 
OVPNBLOCK
);

430 
	`execu�Comm�d
(
comm�d
);

433 
c���i�
 *
c�n
 = 
	`g�C���i�s
();

436 *
lo�l_sub�t_add�ss
 = 
NULL
;

437 *
��s�r_sub�t_add�ss
 = 
NULL
;

438 
c�n
 !�
NULL
) {

439 i�(
	`�rcmp
(
c�n
->
ty�
, "net") == 0) {

440 
	`addRu�
(
OVPNINPUT
, 
�dif
, 
c�n
->
��o
, c�n->
p�t
);

443 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1, "/sbin/iptables -A %s -s %s -j DROP",

444 
OVPNBLOCK
, 
c�n
->
��s�r_sub�t
);

445 
	`execu�Comm�d
(
comm�d
);

447 
lo�l_sub�t_add�ss
 = 
	`g�Lo�lSub�tAdd�ss
(
c�n
);

448 
��s�r_sub�t_add�ss
 = 
	`�lcT�ns�rN�Add�ss
(
c�n
);

450 i�((
lo�l_sub�t_add�ss
�&& (
��s�r_sub�t_add�ss
)) {

451 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1, "/sbin/iptables -t�at -A %s -s %s -j SNAT --to-source %s",

452 
OVPNNAT
, 
��s�r_sub�t_add�ss
, 
lo�l_sub�t_add�ss
);

453 
	`execu�Comm�d
(
comm�d
);

457 
c�n
 = c�n->
�xt
;

459 
	}
}

461 
	$��Auth�ti�t�
() {

462 * 
�gv
[] = {

464 
NULL
,

467 
	`run
("/b�/k���", 
�gv
);

468 
	}
}

470 
	$��D�m�
() {

471 
comm�d
[
STRING_SIZE
];

474 
	`��Auth�ti�t�
();

476 
pid
 = 
	`�adPidF�e
("/var/run/openvpn.pid");

477 i�(
pid
 <= 0) {

478 
	`ex�
(1);

481 
	`�r�tf
(
�d�r
, "K�l�g PID %d.\n", 
pid
);

482 
	`k�l
(
pid
, 
SIGTERM
);

484 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1, "/bin/rm -f /var/run/openvpn.pid");

485 
	`execu�Comm�d
(
comm�d
);

486 
	}
}

488 
	$��tAuth�ti�t�
() {

489 * 
�gv
[] = { "-d", 
NULL
 };

491  
	`run
("/u�/sb�/ݒv�-auth�ti�t�", 
�gv
);

492 
	}
}

494 
	$��tD�m�
() {

495 
comm�d
[
STRING_SIZE
];

497 i�(!((
	`�rcmp
(
�ab˻d
, "�"�=�0�|| (�rcmp(
�ab�blue
, "�"�=�0�|| (�rcmp(
�ab�ܪge
, "on") == 0))) {

498 
	`�r�tf
(
�d�r
, "OpenVPN is�ot�nabled on�ny interface\n");

499 
	`ex�
(1);

501 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/etc/fcron.daily/openvpn-crl-updater");

502 
	`execu�Comm�d
(
comm�d
);

503 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sbin/modprobe�un");

504 
	`execu�Comm�d
(
comm�d
);

505 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/usr/sbin/openvpn --config /var/ipfire/ovpn/server.conf");

506 
	`execu�Comm�d
(
comm�d
);

507 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/bin/chown�oot:nobody /var/run/ovpnserver.log");

508 
	`execu�Comm�d
(
comm�d
);

509 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/bin/chmod 644 /var/run/ovpnserver.log");

510 
	`execu�Comm�d
(
comm�d
);

513 
	`��tAuth�ti�t�
();

515 
	}
}

517 
	$��tN�2N�
(*
�me
) {

518 
c���i�
 *
c�n
 = 
NULL
;

519 
c���i�
 *
c�n_��
;

521 
c�n_��
 = 
	`g�C���i�s
();

523 
c�n_��
) {

524 i�((
	`�rcmp
(
c�n_��
->
ty�
, "�t"�=�0�&& (�rcmp(c�n_��->
�me
,�ame) == 0)) {

525 
c�n
 = 
c�n_��
;

528 
c�n_��
 = c�n_��->
�xt
;

531 i�(
c�n
 =�
NULL
) {

532 
	`�r�tf
(
�d�r
, "Connection�ot found.\n");

536 i�(
	`�rcmp
(
c�n
->
��us
, "on") != 0) {

537 
	`�r�tf
(
�d�r
, "C���i� '%s' i�nك�b�d.\n", 
c�n
->
�me
);

541 
	`�r�tf
(
�d�r
, "S���g c���i� %s...\n", 
c�n
->
�me
);

543 
c�figf�e
[
STRING_SIZE
];

544 
	`���tf
(
c�figf�e
, 
STRING_SIZE
 - 1, 
CONFIG_ROOT
 "/ovpn/n2nconf/%s/%s.conf",

545 
c�n
->
�me
, conn->name);

547 
FILE
 *
�
 = 
	`fݒ
(
c�figf�e
, "r");

548 i�(
�
 =�
NULL
) {

549 
	`�r�tf
(
�d�r
, "Could�ot find configuration file for connection '%s'�t '%s'.\n",

550 
c�n
->
�me
, 
c�figf�e
);

553 
	`f�o�
(
�
);

556 
	`�tF�ew�lRu�s
();

559 
add�ss
[
STRING_SIZE
] = "";

560 
r
 = 
	`�adEx���Add�ss
(
add�ss
);

561 i�(
r
) {

562 
	`�r�tf
(
�d�r
, "Could�ot�ead�he�xternal�ddress\n");

563 
	`ex�
(1);

566 
comm�d
[
STRING_SIZE
];

567 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sbin/modprobe�un");

568 
	`execu�Comm�d
(
comm�d
);

569 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/u�/sb�/ݒv� --lo��%�--c�fig %s", 
add�ss
, 
c�figf�e
);

570 
	`execu�Comm�d
(
comm�d
);

573 
	}
}

575 
	$k�lN�2N�
(*
�me
) {

576 
c���i�
 *
c�n
 = 
NULL
;

577 
c���i�
 *
c�n_��
;

578 
rc
 = 0;

580 
c�n_��
 = 
	`g�C���i�s
();

582 
c�n_��
) {

583 i�(
	`�rcmp
(
c�n_��
->
�me
,�ame) == 0) {

584 
c�n
 = 
c�n_��
;

587 
c�n_��
 = c�n_��->
�xt
;

590 i�(
c�n
 =�
NULL
) {

591 
	`�r�tf
(
�d�r
, "Connection�ot found.\n");

595 
pidf�e
[
STRING_SIZE
];

596 
	`���tf
(
pidf�e
, 
STRING_SIZE
 - 1, "/v�/run/%�2n.pid", 
c�n
->
�me
);

598 
pid
 = 
	`�adPidF�e
(
pidf�e
);

599 i�(
pid
 <= 0) {

600 
	`�r�tf
(
�d�r
, "Could�ل�d�id f��o�c���i� %s.", 
c�n
->
�me
);

604 
	`�r�tf
(
�d�r
, "K�l�g c���i� %�(PID %d)...\n", 
c�n
->
�me
, 
pid
);

605 
	`k�l
(
pid
, 
SIGTERM
);

607 
comm�d
[
STRING_SIZE
];

608 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1, "/b�/rm -�%s", 
pidf�e
);

609 
	`execu�Comm�d
(
comm�d
);

611 
runf�e
[
STRING_SIZE
];

612 
	`���tf
(
runf�e
, 
STRING_SIZE
 - 1, "/v�/run/ݒv�/%s-n2n", 
c�n
->
�me
);

613 
rc
 = 
	`�cursive_�move
(
runf�e
);

614 i�(
rc
)

615 
	`���
(
runf�e
);

618 
	}
}

620 
	$d���rd
(*
�me
) {

621 
�d_d�
[
STRING_SIZE
];

623 
c���i�
 *
c�n
 = 
	`g�C���i�s
();

624 
c�n
) {

625 i�(
	`�rcmp
(
c�n
->
�me
,�ame) != 0) {

626 
c�n
 = c�n->
�xt
;

631 i�(
	`�rcmp
(
c�n
->
ty�
, "host") == 0) {

632 
	`���tf
(
�d_d�
, 
STRING_SIZE
 - 1, "/v�/log/�d/c���d/lo�lho�/ݒv�-%s/", 
�me
);

635 } i�(
	`�rcmp
(
c�n
->
ty�
, "net") == 0) {

636 
	`���tf
(
�d_d�
, 
STRING_SIZE
 - 1, "/v�/log/�d/c���d/lo�lho�/ݒv�-%s-n2n/", 
�me
);

640 
c�n
 = c�n->
�xt
;

644  
	`�cursive_�move
(
�d_d�
);

648 
	}
}

650 
	$��tA�N�2N�
() {

651 
ex�code
 = 0, 
_ex�code
 = 0;

653 
c���i�
 *
c�n
 = 
	`g�C���i�s
();

655 
c�n
) {

657 i�((
	`�rcmp
(
c�n
->
ty�
, "�t"�!�0�|| (�rcmp(c�n->
��us
, "on") != 0)) {

658 
c�n
 = c�n->
�xt
;

662 
_ex�code
 = 
	`��tN�2N�
(
c�n
->
�me
);

663 
c�n
 = c�n->
�xt
;

665 i�(
_ex�code
 > 
ex�code
) {

666 
ex�code
 = 
_ex�code
;

670 
	`ex�
(
ex�code
);

671 
	}
}

673 
	$k�lA�N�2N�
() {

674 
ex�code
 = 0, 
_ex�code
 = 0;

676 
c���i�
 *
c�n
 = 
	`g�C���i�s
();

678 
c�n
) {

680 i�(
	`�rcmp
(
c�n
->
ty�
, "net") != 0) {

681 
c�n
 = c�n->
�xt
;

685 
_ex�code
 = 
	`k�lN�2N�
(
c�n
->
�me
);

686 
c�n
 = c�n->
�xt
;

688 i�(
_ex�code
 > 
ex�code
) {

689 
ex�code
 = 
_ex�code
;

693 
	`ex�
(
ex�code
);

694 
	}
}

696 
	$di��yݒv�
() {

697 
comm�d
[
STRING_SIZE
];

699 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1, "/bin/killall -sSIGUSR2 openvpn");

700 
	`execu�Comm�d
(
comm�d
);

701 
	}
}

703 
	$ma�
(
�gc
, *
�gv
[]) {

704 i�(!(
	`���tuid
()))

705 
	`ex�
(1);

706 if(
�gc
 < 2)

707 
	`u�ge
();

709 if(
�gc
 == 3) {

710 
	`ov�In�
();

712 if�(
	`�rcmp
(
�gv
[1], "-sn2n") == 0) || (strcmp(argv[1], "--start-net-2-net") == 0) ) {

713 
	`��tN�2N�
(
�gv
[2]);

716 if�(
	`�rcmp
(
�gv
[1], "-kn2n") == 0) || (strcmp(argv[1], "--kill-net-2-net") == 0) ) {

717 
	`k�lN�2N�
(
�gv
[2]);

720 if�(
	`�rcmp
(
�gv
[1], "-drrd") == 0) || (strcmp(argv[1], "--delete-rrd") == 0) ) {

721 
	`d���rd
(
�gv
[2]);

724 
	`u�ge
();

728 if(
�gc
 == 2) {

729 if�(
	`�rcmp
(
�gv
[1], "-k") == 0) || (strcmp(argv[1], "--kill") == 0) ) {

730 
	`��D�m�
();

733 if�(
	`�rcmp
(
�gv
[1], "-d") == 0) || (strcmp(argv[1], "--display") == 0) ) {

734 
	`di��yݒv�
();

738 
	`ov�In�
();

740 if�(
	`�rcmp
(
�gv
[1], "-s") == 0) || (strcmp(argv[1], "--start") == 0) ) {

741 
	`�tF�ew�lRu�s
();

742 
	`��tD�m�
();

745 if�(
	`�rcmp
(
�gv
[1], "-sn2n") == 0) || (strcmp(argv[1], "--start-net-2-net") == 0) ) {

746 
	`��tA�N�2N�
();

749 if�(
	`�rcmp
(
�gv
[1], "-kn2n") == 0) || (strcmp(argv[1], "--kill-net-2-net") == 0) ) {

750 
	`k�lA�N�2N�
();

753 if�(
	`�rcmp
(
�gv
[1], "-sdo") == 0) || (strcmp(argv[1], "--start-daemon-only") == 0) ) {

754 
	`��tD�m�
();

757 if�(
	`�rcmp
(
�gv
[1], "-r") == 0) || (strcmp(argv[1], "--restart") == 0) ) {

758 
	`��D�m�
();

759 
	`�tF�ew�lRu�s
();

760 
	`��tD�m�
();

763 if�(
	`�rcmp
(
�gv
[1], "-fwr") == 0) || (strcmp(argv[1], "--firewall-rules") == 0) ) {

764 
	`�tF�ew�lRu�s
();

768 
	`u�ge
();

774 
	`u�ge
();

778 
	}
}

	@misc-progs/pakfire.c

8 
	~"�tuid.h
"

10 
	$ma�
(
�gc
, ** 
�gv
) {

11 i�(!
	`���tuid
())

12 
	`ex�
(1);

14  
	`run
("/�t/�kf�e/�kf�e", 
�gv
 + 1);

15 
	}
}

	@misc-progs/qosctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~<f��.h
>

14 
	~"�tuid.h
"

15 
	~"libsmo�h.h
"

17 

	#QOS_SH
 "/v�/�f�e/qos/b�/qos.sh"

	)

19 
	$ma�
(
�gc
, *
�gv
[]) {

20 
keyv�ue
* 
kv
 = 
NULL
;

21 
fd
 = -1;

22 
r
 = 0;

24 i�(!(
	`���tuid
()))

25 
	`ex�
(1);

27 i�(
�gc
 < 2) {

28 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\nqosctrl (start|stop|restart|status|generate)\n\n");

29 
	`ex�
(1);

32 i�(
	`�rcmp
(
�gv
[1], "generate") == 0) {

33 
kv
 = 
	`��keyv�ues
();

34 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/qos/settings")) {

35 
	`�r�tf
(
�d�r
, "Cannot�ead QoS settings\n");

36 
r
 = 1;

37 
END
;

40 
�ab�d
[
STRING_SIZE
];

41 i�(!
	`f�dkey
(
kv
, "ENABLED", 
�ab�d
))

42 
	`�r�y
(
�ab�d
, "off");

44 i�(
	`�rcmp
(
�ab�d
, "on") == 0)

45 
	`��_sy�em
("/u�/b�/�� /v�/�f�e/qos/b�/makeqoss��ts.� > " 
QOS_SH
);

47 
	`uƚk
(
QOS_SH
);

50 i�((
fd
 = 
	`ݒ
(
QOS_SH
, 
O_RDONLY
)) != -1) {

51 
	`�o�
(
fd
);

54 
END
;

57 
	`��_sy�em
("chmod 755 " 
QOS_SH
 " &>/dev/null");

58 i�(
	`�rcmp
(
�gv
[1], "start") == 0) {

59 
	`��_sy�em
(
QOS_SH
 " start");

60 } i�(
	`�rcmp
(
�gv
[1], "stop") == 0) {

61 
	`��_sy�em
(
QOS_SH
 " clear");

62 } i�(
	`�rcmp
(
�gv
[1], "status") == 0) {

63 
	`��_sy�em
(
QOS_SH
 " status");

64 } i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

65 
	`��_sy�em
(
QOS_SH
 "�estart");

67 i�(
	`�rcmp
(
�gv
[1], "g���e"�=�0�{
	`ex�
(0);}

68 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\nqosctrl (start|stop|restart|status|generate)\n\n");

69 
	`ex�
(1);

72 
END
:

73 i�(
kv
)

74 
	`�keyv�ues
(
kv
);

76  
r
;

77 
	}
}

	@misc-progs/rebuildhosts.c

13 
	~"libsmo�h.h
"

14 
	~<�dio.h
>

15 
	~<�dlib.h
>

16 
	~<uni�d.h
>

17 
	~<�r�g.h
>

18 
	~<sys/ty�s.h
>

19 
	~<sys/��.h
>

21 
	~"�tuid.h
"

22 
	~"�tut�.h
"

24 
FILE
 *
	gho�s
 = 
NULL
;

25 
FILE
 *
	ggw
 = 
NULL
;

26 
keyv�ue
 *
	gkv
 = 
NULL
;

28 
	$ex�h�d�r
()

30 i�(
kv
)

31 
	`�keyv�ues
(
kv
);

32 i�(
ho�s
)

33 
	`f�o�
(
ho�s
);

34 i�(
gw
)

35 
	`f�o�
(
gw
);

36 
	}
}

38 
	$ma�
(
�gc
, *
�gv
[])

40 
ho��me
[
STRING_SIZE
] = "";

41 
doma��me
[
STRING_SIZE
] = "";

42 
g�eway
[
STRING_SIZE
] = "";

43 
add�ss
[
STRING_SIZE
] = "";

45 i�(!(
	`���tuid
()))

46 
	`ex�
(1);

48 
	`�ex�
(
ex�h�d�r
);

50 
kv
 = 
	`��keyv�ues
();

51 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")))

53 
	`�r�tf
(
�d�r
, "Couldn't�ead�thernet settings\n");

54 
	`ex�
(1);

56 
	`f�dkey
(
kv
, "GREEN_ADDRESS", 
add�ss
);

57 
	`�keyv�ues
(
kv
);

59 
kv
 = 
	`��keyv�ues
();

60 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/main/settings")))

62 
	`�r�tf
(
�d�r
, "Couldn't�ead main settings\n");

63 
	`ex�
(1);

65 
	`�r�y
(
ho��me
, 
SNAME
 );

66 
	`f�dkey
(
kv
, "HOSTNAME", 
ho��me
);

67 
	`f�dkey
(
kv
, "DOMAINNAME", 
doma��me
);

68 
	`�keyv�ues
(
kv
);

69 
kv
 = 
NULL
;

71 i�((
gw
 = 
	`fݒ
(
CONFIG_ROOT
 "/red/remote-ipaddress", "r"))) {

72 i�(
	`fg�s
(
g�eway
, 
STRING_SIZE
, 
gw
�=�
NULL
) {

73 
	`�r�tf
(
�d�r
, "Couldn't�ead�emote-ipaddress\n");

74 
	`ex�
(1);

77 
	`�r�tf
(
�d�r
, "Couldn't open�emote-ipaddress file\n");

80 i�(!(
ho�s
 = 
	`fݒ
("/etc/hosts", "w")))

82 
	`�r�tf
(
�d�r
, "Couldn't open /etc/hosts file\n");

83 
	`ex�
(1);

85 
	`�r�tf
(
ho�s
, "127.0.0.1\tlocalhost\n");

86 i�(
	`���
(
doma��me
))

87 
	`�r�tf
(
ho�s
, "%s\t%s.%s\t%s\n",
add�ss
,
ho��me
,
doma��me
,hostname);

89 
	`�r�tf
(
ho�s
, "%s\t%s\n",
add�ss
,
ho��me
);

91 i�(
	`���
(
g�eway
) > 0)

92 
	`�r�tf
(
ho�s
, "%s\tg�eway\n", 
g�eway
);

95 
	}
}

	@misc-progs/rebuildroutes.c

7 
	~"libsmo�h.h
"

8 
	~"�tuid.h
"

10 
	$ma�
(
�gc
, *
�gv
[]) {

11 i�(!(
	`���tuid
()))

12 
	`ex�
(1);

14 
	`��_sy�em
("/etc/init.d/static-routes start >/dev/null 2>&1");

17 
	}
}

	@misc-progs/redctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~<f��.h
>

14 
	~"�tuid.h
"

16 
	$ma�
(
�gc
, *
�gv
[]) {

18 i�(!(
	`���tuid
()))

19 
	`ex�
(1);

21 i�(
�gc
 < 2) {

22 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\nredctrl (start|stop|restart)\n\n");

23 
	`ex�
(1);

26 i�(
	`�rcmp
(
�gv
[1], "start") == 0) {

27 
	`��_sy�em
("/etc/rc.d/init.d/network start�ed");

28 } i�(
	`�rcmp
(
�gv
[1], "stop") == 0) {

29 
	`��_sy�em
("/etc/rc.d/init.d/network stop�ed");

30 } i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

31 
	`��_sy�em
("/etc/rc.d/init.d/network�estart�ed");

33 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\nredctrl (start|stop|restart)\n\n");

34 
	`ex�
(1);

38 
	}
}

	@misc-progs/sambactrl.c

1 
	~<�dio.h
>

2 
	~<�r�g.h
>

3 
	~<�dlib.h
>

4 
	~<uni�d.h
>

5 
	~<sys/ty�s.h
>

6 
	~<f��.h
>

7 
	~"�tuid.h
"

9 

	#BUFFER_SIZE
 1024

	)

11 
	gcomm�d
[
BUFFER_SIZE
];

13 
	$ma�
(
�gc
, *
�gv
[]) {

14 i�(!(
	`���tuid
()))

15 
	`ex�
(1);

18 i�(
�gc
 == 1) {

19 
	`�r�tf
 (
�d�r
, "Missing smbctrl command!\n");

22 } i�(
	`�rcmp
(
�gv
[1], "smbuserdisable") == 0) {

23 i�(!
	`is_v�id_�gum�t_�num
(
�gv
[2])) {

24 
	`�r�tf
(
�d�r
, "Inv�id u��am�'%s'\n", 
�gv
[2]);

25 
	`ex�
(2);

28 
	`���tf
(
comm�d
, 
BUFFER_SIZE
-1, "/u�/b�/smb�sswd -d %�>/dev/nu�", 
�gv
[2]);

29 
	`��_sy�em
(
comm�d
);

31 } i�(
	`�rcmp
(
�gv
[1], "smbuserenable") == 0) {

32 i�(!
	`is_v�id_�gum�t_�num
(
�gv
[2])) {

33 
	`�r�tf
(
�d�r
, "Inv�id u��am�'%s'\n", 
�gv
[2]);

34 
	`ex�
(2);

37 
	`���tf
(
comm�d
, 
BUFFER_SIZE
-1, "/u�/b�/smb�sswd -�%�>/dev/nu�", 
�gv
[2]);

38 
	`��_sy�em
(
comm�d
);

40 } i�(
	`�rcmp
(
�gv
[1], "smbuserdelete") == 0) {

41 i�(!
	`is_v�id_�gum�t_�num
(
�gv
[2])) {

42 
	`�r�tf
(
�d�r
, "Inv�id u��am�'%s'\n", 
�gv
[2]);

43 
	`ex�
(2);

46 
	`���tf
(
comm�d
, 
BUFFER_SIZE
-1, "/u�/b�/smb�sswd -x %�>/dev/nu�", 
�gv
[2]);

47 
	`��_sy�em
(
comm�d
);

49 
	`���tf
(
comm�d
, 
BUFFER_SIZE
-1, "/u�/sb�/u�rd� %�>/dev/nu�", 
�gv
[2]);

50 
	`��_sy�em
(
comm�d
);

52 } i�(
	`�rcmp
(
�gv
[1], "smbsafeconf") == 0) {

53 
	`��_sy�em
("/bin/cat /var/ipfire/samba/global /var/ipfire/samba/shares > /var/ipfire/samba/smb.conf");

55 } i�(
	`�rcmp
(
�gv
[1], "smbstop") == 0) {

56 
	`��_sy�em
("/etc/rc.d/init.d/samba stop >/dev/null");

57 
	`��_sy�em
("/usr/local/bin/sambactrl disable");

59 } i�(
	`�rcmp
(
�gv
[1], "smbstart") == 0) {

60 
	`��_sy�em
("/etc/rc.d/init.d/samba start >/dev/null");

61 
	`��_sy�em
("/usr/local/bin/sambactrl�nable");

63 } i�(
	`�rcmp
(
�gv
[1], "smbrestart") == 0) {

64 
	`��_sy�em
("/etc/rc.d/init.d/samba�estart >/dev/null");

66 } i�(
	`�rcmp
(
�gv
[1], "smbreload") == 0) {

67 
	`��_sy�em
("/etc/rc.d/init.d/samba�eload >/dev/null");

69 } i�(
	`�rcmp
(
�gv
[1], "smbstatus") == 0) {

70 
	`���tf
(
comm�d
, 
BUFFER_SIZE
-1, "/usr/bin/smbstatus 2>/dev/null");

71 
	`��_sy�em
(
comm�d
);

73 } i�(
	`�rcmp
(
�gv
[1], "smbuseradd") == 0) {

74 i�(!
	`is_v�id_�gum�t_�num
(
�gv
[2])) {

75 
	`�r�tf
(
�d�r
, "Inv�id u��am�'%s'\n", 
�gv
[2]);

76 
	`ex�
(2);

79 
	`���tf
(
comm�d
, 
BUFFER_SIZE
-1, "/usr/sbin/groupadd sambauser >/dev/null");

80 
	`��_sy�em
(
comm�d
);

82 
	`���tf
(
comm�d
, 
BUFFER_SIZE
-1, "/u�/sb�/u��dd -�'Samb�U�r' -m -g sambau��-�/b�/�l� %�>/dev/nu�", 
�gv
[2]);

83 
	`��_sy�em
(
comm�d
);

85 
	`run
("/u�/sb�/�mba-ch�ge-�ssw�d", 
�gv
 + 2);

87 } i�(
	`�rcmp
(
�gv
[1], "smbchangepw") == 0) {

88 i�(!
	`is_v�id_�gum�t_�num
(
�gv
[2])) {

89 
	`�r�tf
(
�d�r
, "Inv�id u��am�'%s'\n", 
�gv
[2]);

90 
	`ex�
(2);

93 
	`run
("/u�/sb�/�mba-ch�ge-�ssw�d", 
�gv
 + 2);

95 } i�(
	`�rcmp
(
�gv
[1], "readsmbpasswd") == 0) {

96 
	`��_sy�em
("/bin/chown�oot:nobody /var/ipfire/samba/private >/dev/null");

97 
	`��_sy�em
("/bin/chown�oot:nobody /var/ipfire/samba/private/smbpasswd >/dev/null");

98 
	`��_sy�em
("/bin/chmod 640 /var/ipfire/samba/private/smbpasswd >/dev/null");

99 
	`��_sy�em
("/bin/chmod 650 /var/ipfire/samba/private >/dev/null");

101 } i�(
	`�rcmp
(
�gv
[1], "locksmbpasswd") == 0) {

102 
	`��_sy�em
("/bin/chown�oot:root /var/ipfire/samba/private >/dev/null");

103 
	`��_sy�em
("/bin/chown�oot:root /var/ipfire/samba/private/smbpasswd >/dev/null");

104 
	`��_sy�em
("/bin/chmod 600 /var/ipfire/samba/private/smbpasswd >/dev/null");

105 
	`��_sy�em
("/bin/chmod 600 /var/ipfire/samba/private >/dev/null");

107 } i�(
	`�rcmp
(
�gv
[1], "enable") == 0) {

108 
	`��_sy�em
("touch /var/ipfire/samba/enable");

109 
	`��_sy�em
("ln -snf /etc/rc.d/init.d/samba /etc/rc.d/rc3.d/S45samba");

110 
	`��_sy�em
("ln -snf /etc/rc.d/init.d/samba /etc/rc.d/rc0.d/K48samba");

111 
	`��_sy�em
("ln -snf /etc/rc.d/init.d/samba /etc/rc.d/rc6.d/K48samba");

113 } i�(
	`�rcmp
(
�gv
[1], "disable") == 0) {

114 
	`��_sy�em
("unlink /var/ipfire/samba/enable");

115 
	`��_sy�em
("rm -rf /etc/rc.d/rc*.d/*samba");

117 } i�(
	`�rcmp
(
�gv
[1], "join") == 0) {

118 i�(
�gc
 == 4) {

119 
	`���tf
(
comm�d
, 
BUFFER_SIZE
 - 1, "/usr/bin/net join -U \"%s%%%s\"",

120 
�gv
[2],�rgv[3]);

121  
	`��_sy�em
(
comm�d
);

123 
	`�r�tf
(
�d�r
, "Wrong�umber of�rguments. Need username�nd�assword.\n");

129 
	}
}

	@misc-progs/setaliases.c

16 
	~<�dio.h
>

17 
	~<�dlib.h
>

18 
	~<�r�g.h
>

19 
	~<uni�d.h
>

20 
	~<sys/ty�s.h
>

21 
	~<sys/��.h
>

22 
	~<f��.h
>

24 
	~"libsmo�h.h
"

25 
	~"�tuid.h
"

26 
	~"�tut�.h
"

28 
keyv�ue
 *
	gkv
 = 
NULL
;

29 
FILE
 *
	gf�e
 = 
NULL
;

31 
	$ex�h�d�r
()

33 i�(
kv
�
	`�keyv�ues
(kv);

34 i�(
f�e
�
	`f�o�
(file);

35 
	}
}

37 
	$ma�
()

39 
s
[
STRING_SIZE
];

40 
comm�d
[
STRING_SIZE
];

41 
�d_�tmask
[
STRING_SIZE
];

42 
�d_dev
[
STRING_SIZE
];

43 
de�u�_g�eway
[
STRING_SIZE
];

44 *
��s�
;

45 *
�ab�d
;

46 *
��
;

47 *
comm�t
;

48 * 
�tf
 = 
NULL
;

49 
��s
;

50 
cou�
;

52 i�(!(
	`���tuid
()))

54 
	`�r�tf
(
�d�r
, "Cannot�un setuid\n");

55 
	`ex�
(1);

58 
	`�ex�
(
ex�h�d�r
);

61 
kv
=
	`��keyv�ues
();

64 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings"))

66 
	`�r�tf
(
�d�r
, "Cannot�ead�thernet settings\n");

67 
	`ex�
(1);

71 i�(!
	`f�dkey
(
kv
, "CONFIG_TYPE", 
s
))

73 
	`�r�tf
(
�d�r
, "Cannot�ead CONFIG_TYPE\n");

74 
	`ex�
(1);

79 i�(!((
	`�rcmp
(
s
, "1")==0) || (strcmp(s, "2")==0) || (strcmp(s, "3")==0) || (strcmp(s, "4")==0)))

80 
	`ex�
(0);

86 i�(!
	`f�dkey
(
kv
, "RED_TYPE", 
s
))

88 
	`�r�tf
(
�d�r
, "Cannot�ead RED_TYPE\n");

89 
	`ex�
(1);

93 i�(!(
	`�rcmp
(
s
, "STATIC")==0))

94 
	`ex�
(0);

97 if((!
	`f�dkey
(
kv
, "RED_NETMASK", 
�d_�tmask
)) ||

98 (!
	`f�dkey
(
kv
, "RED_DEV", 
�d_dev
)�|| (!f�dkey(kv, "DEFAULT_GATEWAY", 
de�u�_g�eway
)))

100 
	`�r�tf
(
�d�r
, "Cannot�ead RED settings\n");

101 
	`ex�
(1);

104 i�(!
	`VALID_DEVICE
(
�d_dev
))

106 
	`�r�tf
(
�d�r
, "Bad�ed_dev: %s\n", 
�d_dev
);

107 
	`ex�
(1);

110 i�(!
	`VALID_IP
(
�d_�tmask
))

112 
	`�r�tf
(
�d�r
, "Bad�ed_�tmask : %s\n", 
�d_�tmask
);

113 
	`ex�
(1);

116 i�(!
	`VALID_IP
(
de�u�_g�eway
))

118 
	`�r�tf
(
�d�r
, "Bad de�u�_g�eway : %s\n", 
de�u�_g�eway
);

119 
	`ex�
(1);

123 
��s
 = 0;

125 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1,

126 "��dd��ush sec�d�y dev�ed%d 2>/dev/nu�", 
��s
++);

127 } 
	`��_sy�em
(
comm�d
) == 0);

130 i�(!(
f�e
 = 
	`fݒ
(
CONFIG_ROOT
 "/ethernet/aliases", "r")))

132 
	`�r�tf
(
�d�r
, "Unable�o open�liases configuration file\n");

133 
	`ex�
(1);

136 
��s
=0;

137 
l�ecou��
 = 0;

138 
	`fg�s
(
s
, 
STRING_SIZE
, 
f�e
�!�
NULL
)

140 
l�ecou��
++;

141 i�(
s
[
	`���
(s) - 1] == '\n')

142 
s
[
	`���
(s) - 1] = '\0';

143 
cou�
 = 0;

144 
��s�
 = 
NULL
;

145 
�ab�d
 = 
NULL
;

146 
comm�t
 = 
NULL
;

147 
�tf
 = 
NULL
;

148 
��
 = 
	`��ok
(
s
, ",");

149 
��
)

151 i�(
cou�
 == 0)

152 
��s�
 = 
��
;

153 i�(
cou�
 == 1)

154 
�ab�d
 = 
��
;

155 i�(
cou�
 == 2)

156 
comm�t
 = 
��
;

157 i�(
cou�
 == 3)

158 
�tf
 = 
��
;

159 
cou�
++;

160 
��
 = 
	`��ok
(
NULL
, ",");

163 i�(!(
��s�
 && 
�ab�d
)) {

164 
	`�r�tf
(
�d�r
, "Incomplete data�ine: in %s(%d)\n",

165 
CONFIG_ROOT
 "/ethernet/aliases",

166 
l�ecou��
);

167 
	`ex�
(1);

169 i�(!
	`�rcmp
(
�ab�d
, "on") == 0)

172 i�(!
	`VALID_IP
(
��s�
))

174 
	`�r�tf
(
�d�r
, "Bad�lias : %s in %s(%d)\n",

175 
��s�
,

176 
CONFIG_ROOT
 "/ethernet/aliases",

177 
l�ecou��
);

178 
	`ex�
(1);

182 i�(!
�tf
)

183 
�tf
 = 
�d_dev
;

185 
	`���tf
(
comm�d
, 
STRING_SIZE
 - 1, "ip�ddr�dd %s/%s secondary dev %s 2>/dev/null",

186 
��s�
, 
�d_�tmask
, 
�tf
);

187 
	`��_sy�em
(
comm�d
);

189 
��s
++;

192 
	}
}

	@misc-progs/setuid.c

23 
	~<�y�.h
>

24 
	~<�dio.h
>

25 
	~<�r�g.h
>

26 
	~<��o.h
>

27 
	~<uni�d.h
>

28 
	~<�dlib.h
>

29 
	~<sys/ty�s.h
>

30 
	~<lim�s.h
>

31 
	~<sys/time.h
>

32 
	~<sys/�sour�.h
>

33 
	~<sys/��.h
>

34 
	~<f��.h
>

35 
	~<g�.h
>

36 
	~<sig�l.h
>

37 
	~<sys/wa�.h
>

38 
	~<glob.h
>

39 
	~"�tuid.h
"

41 #i�de�
OPEN_MAX


42 

	#OPEN_MAX
 256

	)

45 

	#MAX_ARGUMENTS
 128

	)

48 * 
	g�u�ed_�v
[4] = {

52 
NULL


55 
	$sy�em_c�e
(* 
comm�d
, ** 
�gs
, 
uid_t
 
uid
, 
gid_t
 
gid
, *
�r�
) {

56 
pid
, 
��us
;

58 * 
�gv
[
MAX_ARGUMENTS
 + 1];

59 
�gc
 = 0;

61 if(!
comm�d
)

65 
�gv
[
�gc
++] = 
comm�d
;

68 i�(
�gs
) {

69 *
�gs
) {

70 
�gv
[
�gc
++] = *
�gs
++;

73 i�(
�gc
 >�
MAX_ARGUMENTS
) {

80 
�gv
[
�gc
] = 
NULL
;

82 
pid
 = 
	`f�k
()) {

87 i�(
gid
 && 
	`�tgid
(gid)) {

88 
	`�r�tf
(
�d�r
, "%s: ", 
�r�
);

89 
	`���
("Couldn't setgid");

90 
	`ex�
(127);

93 i�(
uid
 && 
	`�tuid
(uid)) {

94 
	`�r�tf
(
�d�r
, "%s: ", 
�r�
);

95 
	`���
("Couldn't setuid");

96 
	`ex�
(127);

99 
	`execve
(
comm�d
, 
�gv
, 
�u�ed_�v
);

101 
	`�r�tf
(
�d�r
, "%s: ", 
�r�
);

102 
	`���
("execve failed");

103 
	`ex�
(127);

108 
	`wa�pid
(
pid
, &
��us
, 0);

111 i�(
	`WIFSIGNALED
(
��us
))

112  128 + 
	`WTERMSIG
(
��us
);

115 i�(
	`WIFEXITED
(
��us
))

116  
	`WEXITSTATUS
(
��us
);

119  
EXIT_FAILURE
;

121 
	}
}

123 
	$run
(* 
comm�d
, ** 
�gv
) {

124  
	`sy�em_c�e
(
comm�d
, 
�gv
, 0, 0, "run");

125 
	}
}

135 
	$��_sy�em
(* 
comm�d
) {

136 * 
�gv
[4] = {

139 
comm�d
,

140 
NULL
,

143  
	`sy�em_c�e
(
�gv
[0],�rgv + 1, 0, 0, "safe_system");

144 
	}
}

148 
	$u�riv_sy�em
(* 
comm�d
, 
uid_t
 
uid
, 
gid_t
 
gid
) {

149 * 
�gv
[4] = {

152 
comm�d
,

153 
NULL
,

156  
	`sy�em_c�e
(
�gv
[0],�rgv + 1, 
uid
, 
gid
, "unpriv_system");

157 
	}
}

163 
	$���tuid
() {

164 
fds
, 
i
;

165 
��
 
�
;

166 
�im�
 
�im
;

169 
i
 = 0; i < 
NSIG
; i++) {

170 i�(
i
 !�
SIGKILL
 && i !�
SIGCHLD
)

171 
	`sig�l
(
i
, 
SIG_IGN
);

176 i�((
fds
 = 
	`g�d�b�size
()) == -1)

177 
fds
 = 
OPEN_MAX
;

178 
i
 = 3; i < 
fds
; i++)

179 
	`�o�
(
i
);

182 
i
 = 0; i < 3; i++)

183 if�
	`f��
(
i
, &
�
�=�-1 && ((
��o
 !�
EBADF
�|| (
	`�o�
(i), 
	`ݒ
("/dev/nu�", 
O_RDWR
, 0)) != i))

187 
�im
.
�im_cur
 =�lim.
�im_max
 = 0;

188 i�(
	`��lim�
(
RLIMIT_CORE
, &
�im
)) {

189 
	`���
("Couldn't disable core dumps");

194 i�(
	`�tgroups
(0, 
NULL
)) {

195 
	`���
("Couldn't clear group�ist");

199 i�(
	`�tgid
(0)) {

200 
	`���
("Couldn't setgid(0)");

204 i�(
	`�tuid
(0)) {

205 
	`���
("Couldn't setuid(0)");

210 
	}
}

213 
	$is_v�id_�gum�t_�num
(cڡ * 
�g
) {

214 
size_t
 
l
 = 
	`���
(
�g
);

216 
i
 = 0; i < 
l
; i++) {

217 
c
 = 
�g
[
i
];

220 i�(
c
 == '-' || c == '_')

224 i�(
	`i��um
(
c
))

232 
	}
}

234 
	$is_v�id_�gum�t_num
(cڡ * 
�g
) {

235 
size_t
 
l
 = 
	`���
(
�g
);

237 
i
 = 0; i < 
l
; i++) {

238 
c
 = 
�g
[
i
];

241 i�(
	`isdig�
(
c
))

249 
	}
}

	@misc-progs/setuid.h

9 #i�de�
SETUID_H


10 

	#SETUID_H
 1

	)

12 
	~<�dlib.h
>

13 
	~<sys/ty�s.h
>

17 #i�de�
STRING_SIZE


18 

	#STRING_SIZE
 1024

	)

21 #i�de�
CONFIG_ROOT


22 

	#CONFIG_ROOT
 "/v�/�f�e"

	)

25 #i�de�
SNAME


26 

	#SNAME
 "SNAME��b�f��d"

	)

29 
* 
�u�ed_�v
[4];

31 
run
(* 
comm�d
, ** 
�gv
);

32 
��_sy�em
(* 
comm�d
);

33 
u�riv_sy�em
(* 
comm�d
, 
uid_t
 
uid
, 
gid_t
 
gid
);

34 
���tuid
();

36 
is_v�id_�gum�t_�num
(cڡ * 
�g
);

37 
is_v�id_�gum�t_num
(cڡ * 
�g
);

41 

	#���t
(
�c
, 
d�
, 
size
�
	`���t
(�c, d�, size)

	)

	@misc-progs/smartctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~<f��.h
>

14 
	~"�tuid.h
"

16 
	$ma�
(
�gc
, *
�gv
[]) {

17 i�(!(
	`���tuid
()))

18 
	`ex�
(1);

20 i�(
�gc
 < 2) {

21 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\nsmartctrl <device>\n\n");

22 
	`ex�
(1);

25 i�(!
	`is_v�id_�gum�t_�num
(
�gv
[1])) {

26 
	`�r�tf
(
�d�r
, "Inv�id devi��am�'%s'\n", 
�gv
[1]);

27 
	`ex�
(2);

30 
comm�d
[
STRING_SIZE
];

31 
	`���tf
(
comm�d
, 
STRING_SIZE
, "/v�/run/hddshutdown-%s", 
�gv
[1]);

33 
FILE
 *
�
 = 
	`fݒ
(
comm�d
, "r");

34 i�(
�
 !�
NULL
) {

35 
	`f�o�
(
�
);

37 
	`��tf
("\nDisk %�i�� S�ndby. D�n�h�g be�u� w�w�'�wakeup\n",
�gv
[1]);

38 
	`ex�
(1);

41 
	`���tf
(
comm�d
, 
STRING_SIZE
, "sm�t��-iHA /dev/%s", 
�gv
[1]);

42 
	`��_sy�em
(
comm�d
);

45 
	}
}

	@misc-progs/squidctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~<f��.h
>

14 
	~"�tuid.h
"

16 
	$ma�
(
�gc
, *
�gv
[]) {

18 i�(!(
	`���tuid
()))

19 
	`ex�
(1);

21 i�(
�gc
 < 2) {

22 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\nsquidctrl (start|stop|restart|flush|reconfigure)\n\n");

23 
	`ex�
(1);

26 i�(
	`�rcmp
(
�gv
[1], "start") == 0) {

27 
	`��_sy�em
("/etc/rc.d/init.d/squid start");

28 } i�(
	`�rcmp
(
�gv
[1], "stop") == 0) {

29 
	`��_sy�em
("/etc/rc.d/init.d/squid stop");

30 } i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

31 
	`��_sy�em
("/etc/rc.d/init.d/squid�estart");

32 } i�(
	`�rcmp
(
�gv
[1], "reconfigure") == 0) {

33 
	`��_sy�em
("/etc/rc.d/init.d/squid�econfigure");

34 } i�(
	`�rcmp
(
�gv
[1], "flush") == 0) {

35 
	`��_sy�em
("/etc/rc.d/init.d/squid flush");

36 } i�(
	`�rcmp
(
�gv
[1], "enable") == 0) {

37 
	`��_sy�em
("ln -fs ../init.d/squid /etc/rc.d/rc0.d/K00squid >/dev/null 2>&1");

38 
	`��_sy�em
("ln -fs ../init.d/squid /etc/rc.d/rc6.d/K00squid >/dev/null 2>&1");

39 } i�(
	`�rcmp
(
�gv
[1], "disable") == 0) {

40 
	`��_sy�em
("rm -f /etc/rc.d/rc*.d/*squid >/dev/null 2>&1");

42 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\nsquidctrl (start|stop|restart|flush|reconfigure|setperms)\n\n");

43 
	`ex�
(1);

47 
	}
}

	@misc-progs/sshctrl.c

14 
	~<�dio.h
>

15 
	~<�dlib.h
>

16 
	~<uni�d.h
>

17 
	~<�r�g.h
>

18 
	~<sys/ty�s.h
>

19 
	~<f��.h
>

20 
	~<sig�l.h
>

21 
	~<��o.h
>

22 
	~"libsmo�h.h
"

23 
	~"�tuid.h
"

25 

	#BUFFER_SIZE
 1024

	)

27 
	gcomm�d
[
BUFFER_SIZE
];

29 
	$ma�
(
�gc
, *
�gv
[])

31 i�(
�gc
 < 2) {

32 
fd
, 
c�fig_fd
, 
rc
, 
pid
;

33 
buf�r
[
STRING_SIZE
], 
comm�d
[STRING_SIZE] = "/bin/sed -e '";

34 
keyv�ue
 *
kv
 = 
NULL
;

36 i�(!(
	`���tuid
()))

37 
	`ex�
(1);

39 
kv
 = 
	`��keyv�ues
();

40 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/remote/settings")){

41 
	`�r�tf
(
�d�r
, "Cannot�ead�emote�ccess settings\n");

42 
	`ex�
(1);

51 i�((
c�fig_fd
 = 
	`ݒ
�"/�c/ssh/sshd_c�fig.�w", 
O_WRONLY
|
O_CREAT
|
O_EXCL
, 0644 )) == -1 ){

52 
	`���
("Unable�o open�ew config file");

53 
	`�keyv�ues
(
kv
);

54 
	`ex�
(1);

57 
	`���t
(
comm�d
, "s/^Pr�oc� .*$/Pr�oc� 2/;", 
STRING_SIZE
 - 1 );

59 if(
	`f�dkey
(
kv
, "ENABLE_SSH_KEYS", 
buf�r
�&& !
	`�rcmp
(buffer,"off"))

60 
	`���t
(
comm�d
, "s/^RSAAuth�ti�ti� .*$/RSAAuth�ti�tiڂo/;" "s/^PubkeyAuth�ti�ti� .*$/PubkeyAuth�ti�tiڂo/;", 
STRING_SIZE
 - 1 );

62 
	`���t
(
comm�d
, "s/^RSAAuth�ti�ti� .*$/RSAAuth�ti�ti� yes/;" "s/^PubkeyAuth�ti�ti� .*$/PubkeyAuth�ti�ti� yes/;", 
STRING_SIZE
 - 1 );

64 if(
	`f�dkey
(
kv
, "ENABLE_SSH_PASSWORDS", 
buf�r
�&& !
	`�rcmp
(buffer,"off"))

65 
	`���t
(
comm�d
, "s/^Passw�dAuth�ti�ti� .*$/Passw�dAuth�ti�tiڂo/;", 
STRING_SIZE
 - 1 );

67 
	`���t
(
comm�d
, "s/^Passw�dAuth�ti�ti� .*$/Passw�dAuth�ti�ti� yes/;", 
STRING_SIZE
 - 1 );

69 if(
	`f�dkey
(
kv
, "ENABLE_SSH_PORTFW", 
buf�r
�&& !
	`�rcmp
(buffer,"on"))

70 
	`���t
(
comm�d
, "s/^A�owT�F�w�d�g .*$/A�owT�F�w�d�g yes/;" "s/^P�m�O��.*$/P�m�O���y/;", 
STRING_SIZE
 - 1 );

72 
	`���t
(
comm�d
, "s/^A�owT�F�w�d�g .*$/A�owT�F�w�d�g�o/;" "s/^P�m�O��.*$/P�m�O��n�e/;", 
STRING_SIZE
 - 1 );

74 if(
	`f�dkey
(
kv
, "SSH_PORT", 
buf�r
�&& !
	`�rcmp
(buffer,"on"))

75 
	`���t
(
comm�d
, "s/^P܈.*$/P܈22/;", 
STRING_SIZE
 - 1 );

77 
	`���t
(
comm�d
, "s/^P܈.*$/P܈222/;", 
STRING_SIZE
 - 1 );

79 if(
	`f�dkey
(
kv
, "SSH_AGENT_FORWARDING", 
buf�r
�&& !
	`�rcmp
(buffer,"on"))

80 
	`���t
(
comm�d
, "s/^A�owAg�tF�w�d�g .*$/A�owAg�tF�w�d�g yes/;", 
STRING_SIZE
 - 1 );

82 
	`���t
(
comm�d
, "s/^A�owAg�tF�w�d�g .*$/A�owAg�tF�w�d�g�o/;", 
STRING_SIZE
 - 1 );

84 
	`�keyv�ues
(
kv
);

86 
	`���tf
(
buf�r
, 
STRING_SIZE
 - 1, "' /�c/ssh/sshd_c�fig >&%d", 
c�fig_fd
 );

87 
	`���t
(
comm�d
, 
buf�r
, 
STRING_SIZE
 - 1);

89 if((
rc
 = 
	`u�riv_sy�em
(
comm�d
,99,99)) != 0){

90 
	`�r�tf
(
�d�r
, "�d��u�ed bad�x� code: %d\n", 
rc
);

91 
	`�o�
(
c�fig_fd
);

92 
	`uƚk
("/etc/ssh/sshd_config.new");

93 
	`ex�
(1);

96 
	`�o�
(
c�fig_fd
);

97 i�(
	`��me
("/etc/ssh/sshd_config.new","/etc/ssh/sshd_config") != 0){

98 
	`���
("Unable�o�eplace old config file");

99 
	`uƚk
("/etc/ssh/sshd_config.new");

100 
	`ex�
(1);

103 
	`mem�t
(
buf�r
, 0, 
STRING_SIZE
);

105 i�((
fd
 = 
	`ݒ
("/v�/run/sshd.pid", 
O_RDONLY
)) != -1){

106 i�(
	`�ad
(
fd
, 
buf�r
, 
STRING_SIZE
 - 1) == -1)

107 
	`�r�tf
(
�d�r
, "Couldn't�ead from�id file\n");

109 
pid
 = 
	`�oi
(
buf�r
);

110 i�(
pid
 <= 1)

111 
	`�r�tf
(
�d�r
, "Bad�id value\n");

113 i�(
	`k�l
(
pid
, 
SIGTERM
) == -1)

114 
	`�r�tf
(
�d�r
, "Unable�o send SIGTERM\n");

116 
	`uƚk
("/var/run/sshd.pid");

119 
	`�o�
(
fd
);

122 i�(
��o
 !�
ENOENT
){

123 
	`���
("Unable�o open�id file");

124 
	`ex�
(1);

128 i�((
fd
 = 
	`ݒ
(
CONFIG_ROOT
 "/�m�e/�ab�ssh", 
O_RDONLY
)) != -1){

129 
	`�o�
(
fd
);

130 
	`��_sy�em
("/usr/sbin/sshd");

135 i�(
	`�rcmp
(
�gv
[1], "tempstart") == 0) {

136 i�(!
	`is_v�id_�gum�t_num
(
�gv
[2])) {

137 
	`�r�tf
(
�d�r
, "Inv�id�im�'%s'\n", 
�gv
[2]);

138 
	`ex�
(2);

141 
	`��_sy�em
("/usr/local/bin/sshctrl");

142 
	`��p
(5);

143 
	`uƚk
("/var/ipfire/remote/enablessh");

144 
	`��_sy�em
("cat /var/ipfire/remote/settings | sed 's/ENABLE_SSH=on/ENABLE_SSH=off/' > /var/ipfire/remote/settings2 && mv /var/ipfire/remote/settings2 /var/ipfire/remote/settings");

145 
	`��_sy�em
("chown�obody:nobody /var/ipfire/remote/settings");

146 
	`���tf
(
comm�d
, 
BUFFER_SIZE
-1, "���%�&& /u�/lo�l/b�/ssh�� &", 
�gv
[2]);

147 
	`��_sy�em
(
comm�d
);

149 
	}
}

	@misc-progs/suricatactrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~<f��.h
>

14 
	~"�tuid.h
"

16 
	$ma�
(
�gc
, *
�gv
[]) {

18 i�(!(
	`���tuid
()))

19 
	`ex�
(1);

21 i�(
�gc
 < 2) {

22 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\nsuricatactrl (start|stop|restart|reload)\n\n");

23 
	`ex�
(1);

26 i�(
	`�rcmp
(
�gv
[1], "start") == 0) {

27 
	`��_sy�em
("/etc/rc.d/init.d/suricata start");

28 } i�(
	`�rcmp
(
�gv
[1], "stop") == 0) {

29 
	`��_sy�em
("/etc/rc.d/init.d/suricata stop");

30 } i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

31 
	`��_sy�em
("/etc/rc.d/init.d/suricata�estart");

32 } i�(
	`�rcmp
(
�gv
[1], "reload") == 0) {

33 
	`��_sy�em
("/etc/rc.d/init.d/suricata�eload");

34 } i�(
	`�rcmp
(
�gv
[1], "fix-rules-dir") == 0) {

35 
	`��_sy�em
("chown -R�obody:nobody /var/lib/suricata");

36 } i�(
	`�rcmp
(
�gv
[1], "cron") == 0) {

37 
	`��_sy�em
("rm /etc/fcron.*/suricata >/dev/null 2>&1");

38 i�(
	`�rcmp
(
�gv
[2], "off") == 0) {

40 } i�(
	`�rcmp
(
�gv
[2], "daily") == 0){

41 
	`��_sy�em
("ln -s /usr/local/bin/update-ids-ruleset /etc/fcron.daily/suricata");

42 } i�(
	`�rcmp
(
�gv
[2], "weekly") == 0){

43 
	`��_sy�em
("ln -s /usr/local/bin/update-ids-ruleset /etc/fcron.weekly/suricata");

45 
	`��tf
("invalid�arameter(s)\n");

49 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\nsuricatactrl (start|stop|restart|reload)\n\n");

50 
	`ex�
(1);

54 
	}
}

	@misc-progs/syslogdctrl.c

13 
	~<�dio.h
>

14 
	~<�dlib.h
>

15 
	~<uni�d.h
>

16 
	~<�r�g.h
>

17 
	~<sys/��.h
>

18 
	~<sys/ty�s.h
>

19 
	~<f��.h
>

20 
	~<sig�l.h
>

21 
	~<��o.h
>

23 
	~"libsmo�h.h
"

24 
	~"�tuid.h
"

25 
	~"�tut�.h
"

27 

	#ERR_ANY
 1

	)

28 

	#ERR_SETTINGS
 2

	)

29 

	#ERR_ETC
 3

	)

30 

	#ERR_CONFIG
 4

	)

31 

	#ERR_SYSLOG
 5

	)

33 
	$ma�
()

35 
buf�r
[
STRING_SIZE
], 
comm�d
[STRING_SIZE], 
ho��me
[STRING_SIZE], 
��oc�
[STRING_SIZE];

36 
v�mes�ges
[
STRING_SIZE
], 
asyn�og
[STRING_SIZE];

37 
c�fig_fd
,
rc
,
fd
,
pid
;

38 
��
 
�
;

39 
keyv�ue
 *
kv
 = 
NULL
;

40 
	`mem�t
(
buf�r
, 0, 
STRING_SIZE
);

41 
	`mem�t
(
ho��me
, 0, 
STRING_SIZE
);

42 
	`mem�t
(
��oc�
, 0, 
STRING_SIZE
);

43 
	`mem�t
(
v�mes�ges
, 0, 
STRING_SIZE
);

44 
	`mem�t
(
asyn�og
, 0, 
STRING_SIZE
);

46 i�(!(
	`���tuid
()))

47 
	`ex�
(1);

51 
kv
=
	`��keyv�ues
();

53 i�(!
	`�adkeyv�ues
(
kv
, "/var/ipfire/logging/settings"))

55 
	`�r�tf
(
�d�r
, "Cannot�ead syslog settings\n");

56 
	`ex�
(
ERR_SETTINGS
);

59 i�(!
	`f�dkey
(
kv
, "ENABLE_REMOTELOG", 
buf�r
))

61 
	`�r�tf
(
�d�r
, "Cannot�ead ENABLE_REMOTELOG\n");

62 
	`ex�
(
ERR_SETTINGS
);

65 i�(!
	`f�dkey
(
kv
, "REMOTELOG_ADDR", 
ho��me
))

67 
	`�r�tf
(
�d�r
, "Cannot�ead REMOTELOG_ADDR\n");

68 
	`ex�
(
ERR_SETTINGS
);

71 i�(!
	`f�dkey
(
kv
, "REMOTELOG_PROTOCOL", 
��oc�
))

74 
	`�r�y
(
��oc�
, "udp");

77 i�(
	`�r�n
(
ho��me
, 
VALID_FQDN
�!�
	`���
(hostname))

79 
	`�r�tf
(
�d�r
, "Bad REMOTELOG_ADDR: %s\n", 
ho��me
);

80 
	`ex�
(
ERR_SETTINGS
);

83 
	`�keyv�ues
(
kv
);

90 if(
	`l��
("/�c",&
�
))

92 
	`���
("Unable�o stat /etc");

93 
	`ex�
(
ERR_ETC
);

95 if(!
	`S_ISDIR
(
�
.
�_mode
))

97 
	`�r�tf
(
�d�r
, "/etc is�ot� directory?!\n");

98 
	`ex�
(
ERR_ETC
);

100 i��
�
.
�_uid
 !�0 || st.
�_mode
 & 
S_IWOTH
 ||

101 ((
�
.
�_gid
 !�0�&& (�.
�_mode
 & 
S_IWGRP
)) )

103 
	`�r�tf
(
�d�r
, "/etc is owned/writable by�on-root users\n");

104 
	`ex�
(
ERR_ETC
);

109 i�((
c�fig_fd
 = 
	`ݒ
�"/�c/sy�og.c�f.�w", 
O_WRONLY
|
O_CREAT
|
O_EXCL
, 0644 )) == -1 )

111 
	`���
("Unable�o open�ew config file");

112 
	`ex�
(
ERR_CONFIG
);

115 i�(!
	`�rcmp
(
buf�r
,"on"))

118 i�(
	`�rcmp
(
��oc�
, "tcp") == 0)

121 
	`���tf
(
buf�r
, 
STRING_SIZE
 - 1, "/b�/�d -�'s/^#\\?\\(\\*\\.\\*[[:b�nk:]]\\+\\)@@\\?.\\+$/\\1@@%s/' /�c/sy�og.c��>&%d", 
ho��me
, 
c�fig_fd
);

126 
	`���tf
(
buf�r
, 
STRING_SIZE
 - 1, "/b�/�d -�'s/^#\\?\\(\\*\\.\\*[[:b�nk:]]\\+\\)@@\\?.\\+$/\\1@%s/' /�c/sy�og.c��>&%d", 
ho��me
, 
c�fig_fd
);

132 
	`���tf
(
buf�r
, 
STRING_SIZE
 - 1, "/b�/�d -�'s/^#\\?\\(\\*\\.\\*[[:b�nk:]]\\+@@\\?.\\+\\)$/#\\1/' /�c/sy�og.c��>&%d", 
c�fig_fd
 );

136 i�((
rc
 = 
	`u�riv_sy�em
(
buf�r
,99,99)) != 0)

138 
	`�r�tf
(
�d�r
, "�d��u�ed bad�x� code: %d\n", 
rc
);

139 
	`�o�
(
c�fig_fd
);

140 
	`uƚk
("/etc/syslog.conf.new");

141 
	`ex�
(
ERR_CONFIG
);

143 
	`�o�
(
c�fig_fd
);

145 i�(
	`��me
("/etc/syslog.conf.new", "/etc/syslog.conf") == -1)

147 
	`���
("Unable�o�eplace old config file");

148 
	`uƚk
("/etc/syslog.conf.new");

149 
	`ex�
(
ERR_CONFIG
);

154 i�((
fd
 = 
	`ݒ
("/v�/run/sy�ogd.pid", 
O_RDONLY
)) == -1)

156 if(
��o
 =�
ENOENT
)

159 if((
rc
 = 
	`��_sy�em
("/usr/sbin/syslogd u syslogd -m 0")) == 0 )

163 
	`�r�tf
(
�d�r
,

164 "U�bˁػ���sy�ogd -��u�ed�x� cod�%d\n", 
rc
);

165 
	`ex�
(
ERR_SYSLOG
);

169 
	`���
("Unable�o open�id file");

170 
	`ex�
(
ERR_SYSLOG
);

174 
	`mem�t
(
buf�r
, 0, 
STRING_SIZE
);

175 i�(
	`�ad
(
fd
, 
buf�r
, 
STRING_SIZE
 - 1) == -1)

177 
	`�o�
(
fd
);

178 
	`���
("Couldn't�ead from�id file");

179 
	`ex�
(
ERR_SYSLOG
);

181 
	`�o�
(
fd
);

183 
��o
 = 0;

184 
pid
 = ()
	`���
(
buf�r
, (**)
NULL
, 10);

185 i�(
��o
 || 
pid
 <= 1)

187 
	`�r�tf
(
�d�r
, "Bad�id value\n");

188 
	`ex�
(
ERR_SYSLOG
);

190 i�(
	`k�l
(
pid
, 
SIGHUP
) == -1)

192 
	`�r�tf
(
�d�r
, "Unable�o send SIGHUP\n");

193 
	`ex�
(
ERR_SYSLOG
);

197 
	}
}

	@misc-progs/tcpddosctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~<f��.h
>

14 
	~"�tuid.h
"

16 
	$ma�
(
�gc
, *
�gv
[]) {

18 i�(!(
	`���tuid
()))

19 
	`ex�
(1);

21 i�(
�gc
 < 2) {

22 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\ntcpddosctrl (start|stop|restart)\n\n");

23 
	`ex�
(1);

26 i�(
	`�rcmp
(
�gv
[1], "start") == 0) {

27 
	`��_sy�em
("/etc/rc.d/init.d/tcp-ddos start");

28 } i�(
	`�rcmp
(
�gv
[1], "stop") == 0) {

29 
	`��_sy�em
("/etc/rc.d/init.d/tcp-ddos stop");

30 } i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

31 
	`��_sy�em
("/etc/rc.d/init.d/tcp-ddos�estart");

33 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\ntcpddosctrl (start|stop|restart)\n\n");

34 
	`ex�
(1);

38 
	}
}

	@misc-progs/timectrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~<f��.h
>

14 
	~"�tuid.h
"

16 
	$ma�
(
�gc
, *
�gv
[]) {

18 i�(!(
	`���tuid
()))

19 
	`ex�
(1);

21 i�(
�gc
 < 2) {

22 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\ntimectrl (start|stop|restart)\n\n");

23 
	`ex�
(1);

26 i�(
	`�rcmp
(
�gv
[1], "start") == 0) {

27 
	`��_sy�em
("/etc/rc.d/init.d/ntp start");

28 } i�(
	`�rcmp
(
�gv
[1], "stop") == 0) {

29 
	`��_sy�em
("/etc/rc.d/init.d/ntp stop");

30 } i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

31 
	`��_sy�em
("/etc/rc.d/init.d/ntp�estart");

32 } i�(
	`�rcmp
(
�gv
[1], "enable") == 0) {

33 
	`��_sy�em
("ln -fs ../init.d/ntp /etc/rc.d/rc3.d/S26ntpd >/dev/null 2>&1");

34 
	`��_sy�em
("ln -fs ../init.d/ntp /etc/rc.d/rc0.d/K46ntpd >/dev/null 2>&1");

35 
	`��_sy�em
("ln -fs ../init.d/ntp /etc/rc.d/rc6.d/K46ntpd >/dev/null 2>&1");

36 
	`��_sy�em
("/etc/rc.d/init.d/ntp start");

37 } i�(
	`�rcmp
(
�gv
[1], "disable") == 0) {

38 
	`��_sy�em
("/etc/rc.d/init.d/ntp stop");

39 
	`��_sy�em
("rm -f /etc/rc.d/rc*.d/*ntpd >/dev/null 2>&1");

41 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\ntimectrl (start|stop|restart)\n\n");

42 
	`ex�
(1);

46 
	}
}

	@misc-progs/torctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~"�tuid.h
"

15 
	$ma�
(
�gc
, *
�gv
[]) {

16 i�(!(
	`���tuid
()))

17 
	`ex�
(1);

19 i�(
�gc
 < 2) {

20 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\ntorctrl (restart|stop)\n\n");

21 
	`ex�
(1);

24 i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

25 
	`��_sy�em
("/etc/rc.d/init.d/tor�eload-or-restart");

27 } i�(
	`�rcmp
(
�gv
[1], "stop") == 0) {

28 
	`��_sy�em
("/etc/rc.d/init.d/tor stop");

31 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\ntorctrl (restart|stop)\n\n");

32 
	`ex�
(1);

36 
	}
}

	@misc-progs/unboundctrl.c

8 
	~<�dlib.h
>

9 
	~<�dio.h
>

10 
	~<�r�g.h
>

11 
	~<uni�d.h
>

12 
	~<sys/ty�s.h
>

13 
	~<f��.h
>

14 
	~"�tuid.h
"

16 
	$ma�
(
�gc
, *
�gv
[]) {

18 i�(!(
	`���tuid
()))

19 
	`ex�
(1);

21 i�(
�gc
 < 2) {

22 
	`�r�tf
(
�d�r
, "\nNo�rgument given.\n\nunboundctrl�estart|reload\n\n");

23 
	`ex�
(1);

26 i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

27 
	`��_sy�em
("/etc/rc.d/init.d/unbound�estart");

28 } i�(
	`�rcmp
(
�gv
[1], "reload") == 0) {

29 
	`��_sy�em
("/etc/rc.d/init.d/unbound�eload");

31 
	`�r�tf
(
�d�r
, "\nBad�rgument given.\n\nunboundctrl�estart|reload\n\n");

32 
	`ex�
(1);

36 
	}
}

	@misc-progs/updxlratorctrl.c

1 
	~<�dio.h
>

2 
	~<�r�g.h
>

3 
	~<uni�d.h
>

4 
	~<�dlib.h
>

5 
	~<sys/ty�s.h
>

6 
	~<f��.h
>

7 
	~"�tuid.h
"

9 
	$ma�
(
�gc
, *
�gv
[]){

10 i��
�gc
 < 2 ){

11 
	`��tf
("invalid�arameter(s)\n");

15 i�(!(
	`���tuid
()))

16 
	`ex�
(1);

18 i�(
	`�rcmp
(
�gv
[1], "cron") == 0){

19 
	`��_sy�em
("rm /etc/fcron.*/updxlrator 2&>/dev/null");

21 i�(
	`�rcmp
(
�gv
[2], "daily") == 0){

22 
	`��_sy�em
("ln -s /var/ipfire/updatexlrator/bin/checkup /etc/fcron.daily/updxlrator");

23 } i�(
	`�rcmp
(
�gv
[2], "weekly") == 0){

24 
	`��_sy�em
("ln -s /var/ipfire/updatexlrator/bin/checkup /etc/fcron.weekly/updxlrator");

25 } i�(
	`�rcmp
(
�gv
[2], "monthly") == 0){

26 
	`��_sy�em
("ln -s /var/ipfire/updatexlrator/bin/checkup /etc/fcron.monthly/updxlrator");

28 
	`��tf
("invalid�arameter(s)\n");

33 
	}
}

	@misc-progs/urlfilterctrl.c

1 
	~<�dio.h
>

2 
	~<�r�g.h
>

3 
	~<uni�d.h
>

4 
	~<�dlib.h
>

5 
	~<sys/ty�s.h
>

6 
	~<f��.h
>

7 
	~"�tuid.h
"

9 
	$ma�
(
�gc
, *
�gv
[]){

10 i��
�gc
 < 2 ){

11 
	`��tf
("invalid�arameter(s)\n");

15 i�(!(
	`���tuid
()))

16 
	`ex�
(1);

18 i�(
	`�rcmp
(
�gv
[1], "cron") == 0){

19 
	`��_sy�em
("rm /etc/fcron.*/urlfilter 2&>/dev/null");

21 i�(
	`�rcmp
(
�gv
[2], "daily") == 0){

22 
	`��_sy�em
("ln -s /var/ipfire/urlfilter/bin/autoupdate.pl /etc/fcron.daily/urlfilter");

23 } i�(
	`�rcmp
(
�gv
[2], "weekly") == 0){

24 
	`��_sy�em
("ln -s /var/ipfire/urlfilter/bin/autoupdate.pl /etc/fcron.weekly/urlfilter");

25 } i�(
	`�rcmp
(
�gv
[2], "monthly") == 0){

26 
	`��_sy�em
("ln -s /var/ipfire/urlfilter/bin/autoupdate.pl /etc/fcron.monthly/urlfilter");

27 } i�(
	`�rcmp
(
�gv
[2], "remove") == 0){

30 
	`��tf
("invalid�arameter(s)\n");

35 
	}
}

	@misc-progs/wiohelper.c

21 
	~"�tuid.h
"

23 
	$ma�
()

25 i�(!(
	`���tuid
()))

26 
	`ex�
(1);

28 
	`��_sy�em
("/var/ipfire/wio/wio.pl");

31 
	}
}

	@misc-progs/wioscan.c

9 

	#_GNU_SOURCE


	)

10 
	~<sys/ty�s.h
>

11 
	~<uni�d.h
>

12 
	~<�r�g.h
>

13 
	~<�dlib.h
>

14 
	~<�dio.h
>

15 
	~<p�l.h
>

16 
	~<��o.h
>

17 
	~<�r.h
>

18 
	~<sys/io�l.h
>

19 
	~<sys/sock�.h
>

20 
	~<Íack�/�ck�.h
>

21 
	~<�t/�h��t.h
>

22 
	~<�t/if.h
>

23 
	~<�t/if_�p.h
>

24 
	~<�t��/�h�.h
>

25 
	~<��/��.h
>

26 
	~<�d�t.h
>

27 
	~<f��.h
>

28 
	~<sys/��.h
>

29 
	~<sys/mm�.h
>

31 

	#_STR
(
S
�#S

	)

32 

	#STR
(
S
�
	`_STR
(S)

	)

34 

	#ARP
 
	`ht�s
(
ETHERTYPE_ARP
)

	)

35 

	#IP
 
	`ht�s
(
ETHERTYPE_IP
)

	)

37 
u�t8_t
 
	tu8
;

38 
u�t16_t
 
	tu16
;

39 
u�t32_t
 
	tu32
;

41 
	~"li�.h
"

42 

	#�emof
(
T
�( T/*T)

	)

43 

	#�dof
(
T
�(T+
	`�emof
(T))

	)

44 #i�de�
off�tof


45 

	#off�tof
(
T
,
M
�(()()&((T*)0)->M)

	)

48 

	#HWMAX
 8

	)

50 
	uaddr
 {

51 
sockaddr
 
	m�
;

52 
sockaddr_�
 
	m�
;

53 
sockaddr_�
 
	m�
;

56 
	gsock
;

57 
addr
 
	gb��
;

59 
	s�ts
 {

60 
	ms�t
:1;

61 
	mnoown
:1;

62 
	mn�thn
:1;

63 
	m�oui
:1;

64 
	mi��ge
:1;

65 
	m�ssive
:1;

66 
	mn�nd
;

67 
	mwa�
;

68 } 
	g�ts
 = {
n�nd
:8, 
wa�
:250};

70 
��t_oui
(
�
, 
u8
 
a
[6]);

72 
	ghe
;

73 
��t_he
(
he
 *he);

75 
	shwaddr
 {

76 
u8
 
	m�n
, 
	maddr
[
HWMAX
];

79 
�l�e
 
	$hw_eq
(
hwaddr
 *
h
, 
hl
, 
u8
 *
ha
)

81  
h
->
�n
 =�
hl
 && 
	`memcmp
(h->
addr
, 
ha
, hl) == 0;

82 
	}
}

84 
�l�e
 
	$hw_�t
(
hwaddr
 *
h
, 
hl
, 
u8
 *
ha
)

86 
	`mem�y
(
h
->
addr
, 
ha
, (h->
�n
 = 
hl
));

87 
	}
}

89 
	sif�fo
 {

90 
	m�dex
;

91 *
	m�me
;

92 
u32
 
	m�
, 
	m�t
, 
	mmask
, 
	mb��
;

93 
u16
 
	mhw_ty�
;

94 
hwaddr
 
	mhw
;

95 } 
	gif�fo
;

97 
�l�e
 
u32
 
	$�_�om_�
(
sockaddr
 *
�
)

99  
	`�ohl
(((
sockaddr_�
*)
�
)->
s�_addr
.
s_addr
);

100 
	}
}

104 
li�
 
	ghashtbl
[128];

105 
	she
 {

106 
li�
 
	mhash
;

107 
u32
 
	m�
;

108 
hwaddr
 
	mhw
;

109 
hwaddr
 
	m�om
;

112 
	$��_hash
(�
	`__��ibu�__
((
cڡru��
));

113 
	$��_hash
()

115 
i
;

116 
i
=0;i<
	`�emof
(
hashtbl
);i++�
	`li�_��
(&hashtbl[i]);

117 
	}
}

119 
	$he_f�
(
u32
 
�
, 
he
 **
�t
, 
�loc
)

121 
li�
 *
h
, *
l
;

122 
he
 *he;

123 
v
 = 1;

124 
h
 = &
hashtbl
[
�
 & 
	`�emof
(hashtbl)-1];

125 
l
=
h
->
�xt
;�!=h;�=l->next) {

126 
he
 = 
	`li�_��y
(
l
, he, 
hash
);

127 if(
he
->
�
 == ip)

128 
�t
;

129 if(
he
->
�
 > ip)

132 
v
 = 0;

133 if(
�loc
) {

134 
he
 = (he*)
	`m�loc
( *he);

135 
he
->
�
 = ip;

136 
	`li�_add
(
l
->
�ev
, &
he
->
hash
);

137 
�t
:

138 if(
�t
�*���
he
;

140  
v
;

141 
	}
}

145 
	g�t
;

147 
	$my__io�l
(
i
, 
i�eq
 *
r
, *
t
)

149 if(
	`io�l
(
�t
, 
i
, 
r
) < 0)

150 
	`�r
(1, "io�l(%s,%s)", 
t
, 
r
->
i�_�me
);

151 
	}
}

152 

	#my_io�l
(
I
,
R
�
	`my__io�l
(I,R,#I)

	)

154 
	$f�l_if�fo
(*
�me
)

156 
i�eq
 
�
;

157 
�ags
;

159 
if�fo
.
�dex
 = 
	`if_�m�o�dex
(
�me
);

160 if(!
if�fo
.
�dex
�
	`�rx
(1, "N�such i����: %s", 
�me
);

161 
if�fo
.
�me
 =�ame;

163 
�t
 = 
	`sock�
(
PF_INET
, 
SOCK_DGRAM
, 0);

164 if(
�t
<0�
	`�r
(1, "socket(PF_INET)");

165 
	`�r�y
(
�
.
i�_�me
, 
if�fo
.
�me
);

166 
	`my_io�l
(
SIOCGIFFLAGS
, &
�
);

167 
�ags
 = 
�
.
i�_�ags
;

168 if(
�ags
 & 
IFF_NOARP
�
	`�rx
(1, "%s: ARP�� su�܋d.", 
�me
);

169 
	`my_io�l
(
SIOCGIFADDR
, &
�
);

170 
if�fo
.
�
 = 
	`�_�om_�
(&
�
.
i�_addr
);

171 if(
�ags
 & 
IFF_POINTOPOINT
) {

172 
	`my_io�l
(
SIOCGIFDSTADDR
, &
�
);

173 
if�fo
.
�t
 = 
	`�_�om_�
(&
�
.
i�_d�addr
);

174 
if�fo
.
mask
 = (
u32
)~0;

175 
if�fo
.
b��
 = 0;

177 
	`my_io�l
(
SIOCGIFNETMASK
, &
�
);

178 
if�fo
.
mask
 = 
	`�_�om_�
(&
�
.
i�_�tmask
);

179 
	`my_io�l
(
SIOCGIFBRDADDR
, &
�
);

180 
if�fo
.
b��
 = 
	`�_�om_�
(&
�
.
i�_br�daddr
);

181 
if�fo
.
�t
 = if�fo.
�
 & if�fo.
mask
;

183 
	`�o�
(
�t
);

184 
	}
}

186 
�l�e
 *
	$�r_�
(
u32
 
�
)

188 
�_addr
 
n
;

189 
n
.
s_addr
 = 
	`ht�l
(
�
);

190  
	`��_��
(
n
);

191 
	}
}

193 *
	$�r_hw
(
u8
 *
a
, 
l
)

195 
buf
[3*
HWMAX
];

196 *
d
 = 
buf
;

197 if(!
l
)  "*";

198 if(
l
>
HWMAX
)�=HWMAX;

200 
d
 +�
	`�r�tf
(d, "%02X", *
a
++);

201 if(--
l
 <= 0) ;

202 *
d
++ = ':';

204 *
d
 = 0;

205  
buf
;

206 
	}
}

208 *
	$�r_addr
(
addr
 *addr)

210 
addr
->
�
.
�_�m�y
) {

211 
AF_INET
:  
	`��_��
(
addr
->
�
.
s�_addr
);

212 
AF_PACKET
:  
	`�r_hw
(
addr
->
�
.
�l_addr
,�ddr->�.
�l_h��
);

215 
	}
}

217 
�l�e
 
	$�tup_sock�
()

219 
addr
�ddr;

220 
sock�n_t
 
l
;

222 
sock
 = 
	`sock�
(
PF_PACKET
, 
SOCK_DGRAM
, 0);

223 if(
sock
 < 0�
	`�r
(1, "socket(PF_PACKET)");

225 
	`mem�t
(&
addr
.
�
, 0, �ddr.ll);

226 
addr
.
�
.
�_�m�y
 = 
AF_PACKET
;

227 
addr
.
�
.
�l_��oc�
 = 
ARP
;

228 
addr
.
�
.
�l_if�dex
 = 
if�fo
.
�dex
;

230 if(
	`b�d
(
sock
, &
addr
.
�
, �ddr.
�
)<0)

231 
	`�r
(1, "bind");

232 
l
 =  
addr
.
�
;

233 if(
	`g�sock�me
(
sock
, &
addr
.
�
, &
l
)<0)

234 
	`�r
(1, "getsockname");

236 if(
addr
.
�
.
�l_h��
 > 
HWMAX
)

237 
	`�rx
(1, "h�dw��add�s�to�l�g (%d)", 
addr
.
�
.
�l_h��
);

238 
if�fo
.
hw
.
�n
 = 
addr
.
�
.
�l_h��
;

239 
	`mem�y
(
if�fo
.
hw
.
addr
,�ddr.
�
.
�l_addr
,  ifinfo.hw.addr);

240 
if�fo
.
hw_ty�
 = 
addr
.
�
.
�l_h�y�
;

241 
	}
}

245 
	s��kt
 {

246 
u16
 
	mhrd
, 
	m�o
;

247 
u8
 
	mh�
, 
	m�n
;

248 
u16
 
	m�
;

249 
u8
 
	ma
[2*
HWMAX
+2*4];

256 
�l�e
 
u8
 *
	$g�_sha
(
��kt
 *
pkt
�{�kt->
a
;
	}
}

257 
�l�e
 
u8
 *
	$g�_tha
(
��kt
 *
pkt
�{�kt->
a
+pkt->
h�
+4;
	}
}

258 
�l�e
 
u32
 
	$g�_s�
(
��kt
 *
pkt
�{ 
	`�ohl
(*(
u32
*)�kt->
a
+pkt->
h�
));
	}
}

259 
�l�e
 
u32
 
	$g�_t�
(
��kt
 *
pkt
�{ 
	`�ohl
(*(
u32
*)�kt->
a
+2*pkt->
h�
+4));
	}
}

262 
	$��t_�p
(
��kt
 *
�p
)

264 
u8
 *
p
 = 
�p
->
a
;

265 
	`��tf
("hrd:%04X�ro:%04X ", 
	`�ohs
(
�p
->
hrd
),�tohs׽->
�o
));

266 
	`��tf
("h�:%d��:%d op:%d ", 
�p
->
h�
,��->
�n
, 
	`�ohs
׽->
�
));

267 
	`��tf
("sha:%�", 
	`�r_hw
(
p
, 
�p
->
h�
));�+=arp->hln;

268 
	`��tf
("s�:%�", 
	`�r_�
(
	`�ohl
(*(
u32
*)
p
)));�+=
�p
->
�n
;

269 
	`��tf
("tha:%�", 
	`�r_hw
(
p
, 
�p
->
h�
));�+=arp->hln;

270 
	`��tf
("t�:%s\n", 
	`�r_�
(
	`�ohl
(*(
u32
*)
p
)));

271 
	}
}

274 
	ss�n
 {

275 
u32
 
	m�
, 
	m��t
, 
	m�d
;

276 } 
	gs�n
;

278 

	#IN_RANGE
(
I
�((I�>�
s�n
.
��t
 && (I�<�(
u32
)(s�n.
�d
-1))

	)

280 
	$�nds�n
()

282 
��kt
 
�p
;

283 
ns
;

284 
u8
 *
p
;

286 
�p
.
hrd
 = 
	`ht�s
(
if�fo
.
hw_ty�
);

287 
�p
.
�o
 = 
IP
;

288 
�p
.
h�
 = 
if�fo
.
hw
.
�n
;

289 
�p
.
�n
 = 4;

290 
�p
.
�
 = 
	`ht�s
(1);

291 
p
 = 
�p
.
a
;

292 
	`mem�y
(
p
, 
if�fo
.
hw
.
addr
, if�fo.hw.
�n
);� += ifinfo.hw.len;

293 *(
u32
*)
p
 = 
	`ht�l
(
if�fo
.
�
);� += 4;

294 
	`mem�t
(
p
, 0, 
if�fo
.
hw
.
�n
);� += ifinfo.hw.len;

296 
ns
 = 0;

297 
s�n
.
�
 !�s�n.
�d
) {

298 
v
;

299 if(
s�n
.
�
 =�
if�fo
.
b��
 || 
	`he_f�
(scan.ip, 0, 0)) {

300 
s�n
.
�
++;

303 *(
u32
*)
p
 = 
	`ht�l
(
s�n
.
�
);

304 
v
 = 
	`�ndto
(
sock
, &
�p
, 
p
+4-(
u8
*)&�p, 0, &
b��
.
�
,  b��.
�
);

305 if(
v
<0) {

306 if(
��o
 !�
ENOBUFS
 || 
�ts
.
n�nd
 <= 1)

307 
	`�r
(1, "�nd(%s)", 
	`�r_addr
(&
b��
));

308 
�ts
.
n�nd
--;

311 
s�n
.
�
++;

312 if(++
ns
 >�
�ts
.
n�nd
) ;

314  
ns
;

315 
	}
}

317 
	$com��_��
(
he
 *he, 
addr
 *
�c
, 
h�
, 
u8
 *
sha
)

319 if(
	`hw_eq
(&
he
->
hw
, 
h�
, 
sha
)

320 && 
	`hw_eq
(&
he
->
�om
, 
�c
->
�
.
�l_h��
, src->�.
�l_addr
))

323 
	`�r�tf
(
�d�r
, "%s: ", 
	`�r_�
(
he
->
�
));

324 
	`�r�tf
(
�d�r
, "�c�si��cy: %s", 
	`�r_hw
(
sha
, 
h�
));

325 if(
�c
->
�
.
�l_h��
 !�
h�
 || 
	`memcmp
(�c->�.
�l_addr
, 
sha
, hln))

326 
	`�r�tf
(
�d�r
, " from %s",

327 
	`�r_hw
(
�c
->
�
.
�l_addr
, src->�.
�l_h��
));

328 
	`�r�tf
(
�d�r
, ", wa�%s\n", 
	`�r_hw
(
he
->
hw
.
addr
, he->hw.
�n
));

329 if(!
	`hw_eq
(&
he
->
hw
, he->
�om
.
�n
, he->�om.
addr
))

330 
	`�r�tf
(
�d�r
, " from %s",

331 
	`�r_hw
(
he
->
�om
.
addr
, he->�om.
�n
));

332 
	}
}

334 
	$�p_�cv
(
��kt
 *
pkt
, 
addr
 *
�c
)

336 
sock�n_t
 
l
 =  *
�c
;

337 
v
 = 
	`�cv�om
(
sock
, 
pkt
,  *pkt, 0, &
�c
->
�
, &
l
);

338 if(
v
 < 0�
	`�r
(1, "recvfrom");

339 if(
v
 < 
	`off�tof
(
��kt
, 
a
))

341 if(
pkt
->
�o
 !�
IP
)

343 if(
pkt
->
hrd
 !�
	`ht�s
(
if�fo
.
hw_ty�
�||�kt->
h�
 !�if�fo.
hw
.
�n
)

345 if(
v
 < 
	`off�tof
(
��kt
, 
a
�+ 2*
pkt
->
h�
 + 2*4)

348 
	}
}

350 
	$��ive
()

352 
addr
�ddr;

353 
��kt
 
�p
;

354 
he
 *he;

355 
u32
 
�
;

357 if(!
	`�p_�cv
(&
�p
, &
addr
))

359 if(
�p
.
�
 !�
	`ht�s
(2))

362 
�
 = 
	`g�_s�
(&
�p
);

364 if(!
	`he_f�
(
�
, &
he
, 1)) {

365 
	`hw_�t
(&
he
->
hw
, 
�p
.
h�
, 
	`g�_sha
(&arp));

366 
	`hw_�t
(&
he
->
�om
, 
addr
.
�
.
�l_h��
,�ddr.�.
�l_addr
);

367 if(
�ts
.
s�t
) ;

368 if(
�ts
.
i��ge
 && !
	`IN_RANGE
(
�
)) ;

369 
	`��t_he
(
he
);

371 
	`com��_��
(
he
, &
addr
, 
�p
.
h�
, 
	`g�_sha
(&arp));

372 
	}
}

376 
	$�ssive
()

379 
��kt
 
�p
;

380 
addr
 
�c
;

381 if(!
	`�p_�cv
(&
�p
, &
�c
))

383 
	`��tf
("%s: ", 
	`�r_addr
(&
�c
));

384 
	`��tf
("%�%-15�", 
	`�r_hw
(
	`g�_sha
(&
�p
),�p.
h�
),

385 
	`�r_�
(
	`g�_s�
(&
�p
)));

386 
	`ht�s
(
�p
.
�
)) {

388 
	`��tf
("Q %s", 
	`�r_�
(
	`g�_t�
(&
�p
)));

391 
	`��tf
("A %�%s", 
	`�r_hw
(
	`g�_tha
(&
�p
),�p.
h�
),

392 
	`�r_�
(
	`g�_t�
(&
�p
)));

395 
	`��tf
("%X", 
	`ht�s
(
�p
.
�
));

397 
	`putch�
('\n');

399 
	}
}

403 
	$wa�sock
(
n
)

405 
v
;

406 
p�lfd
�ollfd;

407 
p�lfd
.
fd
 = 
sock
;

408 
p�lfd
.
ev�ts
 = 
POLLIN
;

409 
v
 = 
	`p�l
(&
p�lfd
, 1, 
n
);

410 if(
v
 < 0) {

411 if(
��o
 !�
EINTR
)

412 
	`�r
(1, "poll");

413 
v
 = 0;

415  
v
;

416 
	}
}

418 
	$��t_he
(
he
 *he)

420 
l
, 
w
;

421 if(
�ts
.
noown
 && 
he
->
�
 =�
if�fo
.ip)

423 
	`��tf
("%s,", 
	`�r_hw
(
he
->
hw
.
addr
, he->hw.
�n
));

424 
l
 = 15 - 
	`��tf
("%s", 
	`�r_�
(
he
->
�
));

425 
w
 = 0;

426 if(!
�ts
.
�oui
 && !
	`hw_eq
(&
he
->
�om
, he->
hw
.
�n
, he->hw.
addr
))

427 
w
 = 1, 
l
 = 1;

429 if(
�ts
.
�oui
)

430 
	`��t_oui
(
l
, 
he
->
hw
.
addr
);

431 if(!
�ts
.
n�thn
) {

432 #i�!
def�ed
 
__d��ibc_
 && !def�ed 
__UCLIBC__


433 
nm
[1024];

434 if(!
	`�h�_�oho�
(
nm
, (
�h�_addr
*)
he
->
hw
.
addr
))

435 
	`��tf
("%*s%s", 
l
, "", 
nm
);

438 if(
w
)

439 
	`��tf
(" from %s", 
	`�r_hw
(
he
->
�om
.
addr
, he->�om.
�n
));

440 
	`putch�
('\n');

441 
	}
}

443 
	$�r�_��nge
(*
p
)

445 *
e
;

446 
u32
 
�
=0;

447 
sh
;

449 
sh
 = 24;; sh -= 8) {

450 
v
;

452 
v
 = 
	`��oul
(
p
, &
e
, 10);

453 if(
p
 =�
e
 || 
v
 > 255)

456 
�
 |�
v
 << 
sh
;

458 
p
 = 
e
 + 1;

459 if(*
e
 == '/') {

460 
v
 = 
	`��oul
(
p
, &
e
, 10);

461 if(
p
 =�
e
 || *�|| 
v
 > 32)

463 if(
v
) {

464 
v
 = 32 - v;

465 if(
sh
 > 
v
)

467 
mask
:

468 
v
 = ~0 << v;

470 
s�n
.
��t
 = 
�
 & 
v
;

471 
s�n
.
�d
 = s�n.
��t
 - 
v
;

475 if(!
sh
) ;

477 
v
 = 
sh
;

478 if(!*
e
)

479 
mask
;

481 if(*
e
 != '.')

484 if(!*
p
 || *p == '*' && !p[1])

485 
mask
;

488 
s�n
.
��t
 = 
�
;

489 
s�n
.
�d
 = 
�
 + 1;

491 if(*
e
 == '-') {

492 
u32
 
�d
 = 0, 
m
 = ~0;

495 
v
 = 
	`��oul
(
p
, &
e
, 10);

496 if(
p
 =�
e
 || 
v
 > 255)

498 
p
 = 
e
 + 1;

499 
�d
 =�nd<<8 | 
v
;

500 
m
 <<= 8;

501 } 
m
 && *
e
);

503 if(*
e
)

506 
�d
 |�
�
 & 
m
;

507 if(
�d
 < 
�
)

510 
s�n
.
�d
 =�nd + 1;

513  *
e
 == 0;

514 
	}
}

516 
	$ma�
(
�gc
, **
�gv
)

518 ;;�
	`g��t
(
�gc
, 
�gv
, "fsaepwlh")) {

519 'f': 
�ts
.
s�t
=0; ;

520 's': 
�ts
.
s�t
=1; ;

521 'a': 
�ts
.
noown
=1; ;

522 'e': 
�ts
.
n�thn
=1; ;

523 'p': 
�ts
.
�oui
=1; ;

524 'w': 
�ts
.
n�nd
=2; o�s.
wa�
=1000; ;

525 'l': 
�ts
.
�ssive
=1; ;

527 
	`��tf
(

531 #i�!
def�ed
 
__d��ibc_
 && !def�ed 
__UCLIBC__


540 
EOF
:

541 
�d�t
;

543 
�d�t
:

546 *
dev
 = "eth0";

547 if(
�t�d
<
�gc
 && (*
�gv
[optind] < '0' || *argv[optind] > '9'))

548 
dev
 = 
�gv
[
�t�d
++];

549 
	`f�l_if�fo
(
dev
);

550 
	`�tup_sock�
();

553 if(
�t�d
>=
�gc
) {

554 
s�n
.
��t
 = 
if�fo
.
�t
;

555 
s�n
.
�d
 = (
if�fo
.
�t
 | ~if�fo.
mask
) + 1;

557 if(!
	`�r�_��nge
(
�gv
[
�t�d
]))

558 
	`�rx
(1, "%s: bad IP��ge", 
�gv
[
�t�d
]);

559 
�ts
.
i��ge
 = 1;

562 if(
if�fo
.
hw_ty�
 !�
ARPHRD_ETHER
)

563 
�ts
.
�oui
 = 0, o�s.
n�thn
 = 1;

565 if(
�ts
.
�ssive
)

566 
	`�ssive
();

569 
b��
.
�
.
�_�m�y
 = 
AF_PACKET
;

570 
b��
.
�
.
�l_��oc�
 = 
ARP
;

571 
b��
.
�
.
�l_if�dex
 = 
if�fo
.
�dex
;

572 
b��
.
�
.
�l_h�y�
 = 
if�fo
.
hw_ty�
;

573 
b��
.
�
.
�l_pk�y�
 = 
PACKET_BROADCAST
;

574 
b��
.
�
.
�l_h��
 = 
if�fo
.
hw
.
�n
;

575 
	`mem�t
(
b��
.
�
.
�l_addr
, 0xFF, 
if�fo
.
hw
.
�n
);

577 if(
	`IN_RANGE
(
if�fo
.
�
)) {

579 
he
 *he;

580 
	`he_f�
(
if�fo
.
�
, &
he
, 1);

581 
	`hw_�t
(&
he
->
hw
, 
if�fo
.hw.
�n
, if�fo.hw.
addr
);

582 
	`hw_�t
(&
he
->
�om
, 
if�fo
.
hw
.
�n
, if�fo.hw.
addr
);

583 if(!
�ts
.
s�t
)

584 
	`��t_he
(
he
);

588 
s�n
.
�
 = s�n.
��t
;

589 
	`�nds�n
()) {

590 
	`wa�sock
(10))

591 
	`��ive
();

594 
s�n
.
�
 = s�n.
��t
;

595 
	`�nds�n
()) {

596 
	`wa�sock
(10))

597 
	`��ive
();

599 
	`wa�sock
(
�ts
.
wa�
))

600 
	`��ive
();

602 if(
�ts
.
s�t
�
s�n
.
�
 = 
if�fo
.
�t
; s�n.� !�s�n.
�d
; scan.ip++) {

603 
he
 *he;

604 if(
	`he_f�
(
s�n
.
�
, &
he
, 0))

605 
	`��t_he
(
he
);

608 
	}
}

611 
u�t8_t
 
	tu8
;

612 
	gfd
 = -2;

613 *
	gou��
, *
	gou�nd
;

615 
	$ݒ_oui
()

617 
��
 
�
;

618 
fd
 = 
	`ݒ
("oui", 
O_RDONLY
);

619 if(
fd
 < 0) {

620 
fd
 = 
	`ݒ
(
	`STR
(
OUI
), 
O_RDONLY
);

621 if(
fd
 < 0�
�r
;

623 if(
	`f��
(
fd
, &
�
�< 0 || st.
�_size
 =�0�
�r_�
;

624 
ou��
 = 
	`mm�
(0, 
�
.
�_size
, 
PROT_READ
, 
MAP_PRIVATE
, 
fd
, 0);

625 
ou�nd
 = 
ou��
 + 
�
.
�_size
;

626 if(
ou��
 =�
MAP_FAILED
) {

627 
�r_�
:

628 
	`�o�
(
fd
); fd=-1;

629 
�r
:

630 
	`w�nx
("Can't open OUI database");

633 #ifde�
MADV_SEQUENTIAL


634 
	`madvi�
(
ou��
, 
�
.
�_size
, 
MADV_SEQUENTIAL
);

636 
	}
}

638 
	$��t_oui
(
�
, 
u8
 
a
[6])

640 
addr
[7], *
p
, *
q
;

641 if(
fd
 < 0) {

642 if(
fd
 == -2)

643 
	`ݒ_oui
();

644 if(
fd
 < 0)

647 
	`�r�tf
(
addr
, "%02X%02X%02X", 
a
[0],�[1],�[2]);

649 
p
=
ou��
;�<
ou�nd
;�=
q
+1) {

650 
q
 = 
	`memchr
(
p
, '\n', 
ou�nd
-p);

651 if(!
q
�q=
ou�nd
;

652 if(
q
-
p
 < 8 || 
	`memcmp
�, 
addr
, 6))

655 
p
 += 7;

656 
��t
:

657 
	`��tf
("%*s%.*s", 
�
, "", ()(
q
-
p
),�);

660 if(
a
[0]==0 &&�[1]==0xFF) {

661 
p
 = "(generated)";

662 
q
 = 
p
 + 11;

663 
��t
;

665 
	}
}

	@misc-progs/wirelessclient.c

7 
	~<�dio.h
>

8 
	~<�dlib.h
>

9 
	~<�r�g.h
>

10 
	~"�tuid.h
"

12 
	$ma�
(
�gc
, *
�gv
[]) {

13 i�(!(
	`���tuid
()))

14 
	`ex�
(1);

16 i�(
	`�rcmp
(
�gv
[1], "restart") == 0) {

17 
	`��_sy�em
("/etc/rc.d/init.d/wlanclient�estart >/dev/null 2>&1");

21 i�(
	`�rcmp
(
�gv
[1], "status") == 0) {

22 
	`��_sy�em
("/usr/sbin/wpa_cli status verbose");

27 
	}
}

	@misc-progs/wirelessctrl.c

10 
	~"libsmo�h.h
"

11 
	~<�dio.h
>

12 
	~<�dlib.h
>

13 
	~<uni�d.h
>

14 
	~<f��.h
>

15 
	~<�r�g.h
>

16 
	~<sys/ty�s.h
>

17 
	~<sys/��.h
>

18 
	~<sig�l.h
>

19 
	~<��o.h
>

21 
	~"�tuid.h
"

22 
	~"�tut�.h
"

24 
FILE
 *
	gfd
 = 
NULL
;

25 
	gblue_dev
[
STRING_SIZE
] = "";

26 
	gcomm�d
[
STRING_SIZE
];

28 
	$ex�h�d�r
() {

30 i�(
	`���
(
blue_dev
) > 0) {

31 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSINPUT -�%�-j DROP -m comm��--comm��'DROP_W��ess�put'", 
blue_dev
);

32 
	`��_sy�em
(
comm�d
);

33 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSFORWARD -�%�-j DROP -m comm��--comm��'DROP_W��essf�w�d'", 
blue_dev
);

34 
	`��_sy�em
(
comm�d
);

37 i�(
fd
)

38 
	`f�o�
(
fd
);

39 
	}
}

41 
	$ma�
() {

42 
buf�r
[
STRING_SIZE
];

43 *
�dex
, *
�add�ss
, *
ma�dd�ss
, *
�ab�d
;

44 
keyv�ue
 *
kv
 = 
NULL
;

45 
keyv�ue
* 
��ive_���gs
 = 
NULL
;

47 i�(!(
	`���tuid
()))

48 
	`ex�
(1);

51 
	`��_sy�em
("/sbin/iptables --wait -F WIRELESSINPUT > /dev/null 2> /dev/null");

52 
	`��_sy�em
("/sbin/iptables --wait -F WIRELESSFORWARD > /dev/null 2> /dev/null");

54 
	`mem�t
(
buf�r
, 0, 
STRING_SIZE
);

57 
kv
=
	`��keyv�ues
();

60 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")) {

61 
	`�r�tf
(
�d�r
, "Cannot�ead�thernet settings\n");

62 
	`ex�
(1);

66 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/optionsfw/settings")) {

67 
	`�r�tf
(
�d�r
, "Cannot�ead optionsfw settings\n");

68 
	`ex�
(1);

72 
��ive_���gs
 = 
	`��keyv�ues
();

73 i�(!
	`�adkeyv�ues
(
��ive_���gs
, 
CONFIG_ROOT
 "/captive/settings")) {

74 
	`�r�tf
(
�d�r
, "Could�ot�ead captive�ortal settings\n");

75 
	`ex�
(1);

79 i�(
	`f�dkey
(
kv
, "BLUE_DEV", 
blue_dev
) > 0) {

80 i�((
	`���
(
blue_dev
�> 0�&& !
	`VALID_DEVICE
(blue_dev)) {

81 
	`�r�tf
(
�d�r
, "Bad BLUE_DEV: %s\n", 
blue_dev
);

82 
	`ex�
(1);

86 i�(
	`���
(
blue_dev
) == 0) {

87 
	`ex�
(0);

92 
��ive_�ab�d
[
STRING_SIZE
];

93 i�(
	`f�dkey
(
��ive_���gs
, "ENABLE_BLUE", 
��ive_�ab�d
) > 0) {

94 i�(
	`�rcmp
(
��ive_�ab�d
, "on") == 0) {

99 i�((
fd
 = 
	`fݒ
(
CONFIG_ROOT
 "/wireless/nodrop", "r")))

103 
	`�ex�
(
ex�h�d�r
);

105 i�(!(
fd
 = 
	`fݒ
(
CONFIG_ROOT
 "/wireless/config", "r"))) {

106 
	`ex�
(0);

110 i�(
	`f�dkey
(
kv
, "DROPPROXY", 
buf�r
�&& 
	`�rcmp
(buffer, "on") == 0) {

112 i�(!
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/�oxy/���gs"�|| !(
	`f�dkey
(kv, "PROXY_PORT", 
buf�r
))) {

113 
	`�r�tf
(
�d�r
, "Cannot�ead�roxy settings\n");

114 
	`ex�
(1);

117 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSFORWARD -�%�-�t� ! --dp܈%�-j DROP -m comm��--comm��'DROP_W��essf�w�d'", 
blue_dev
, 
buf�r
);

118 
	`��_sy�em
(
comm�d
);

119 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSINPUT -�%�-�t� ! --dp܈%�-j DROP -m comm��--comm��'DROP_W��ess�put'", 
blue_dev
, 
buf�r
);

120 
	`��_sy�em
(
comm�d
);

124 i�(
	`f�dkey
(
kv
, "DROPSAMBA", 
buf�r
�&& 
	`�rcmp
(buffer, "on") == 0) {

125 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSFORWARD -�%�-�t� -m muɝ܈--p�t�135,137,138,139,445,1025 -j DROP -m comm��--comm��'DROP_W��essf�w�d'", 
blue_dev
);

126 
	`��_sy�em
(
comm�d
);

127 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSINPUT -�%�-�t� -m muɝ܈--p�t�135,137,138,139,445,1025 -j DROP -m comm��--comm��'DROP_W��ess�put'", 
blue_dev
);

128 
	`��_sy�em
(
comm�d
);

129 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSFORWARD -�%�-�ud�-m muɝ܈--p�t�135,137,138,139,445,1025 -j DROP -m comm��--comm��'DROP_W��essf�w�d'", 
blue_dev
);

130 
	`��_sy�em
(
comm�d
);

131 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSINPUT -�%�-�ud�-m muɝ܈--p�t�135,137,138,139,445,1025 -j DROP -m comm��--comm��'DROP_W��ess�put'", 
blue_dev
);

132 
	`��_sy�em
(
comm�d
);

135 
	`fg�s
(
buf�r
, 
STRING_SIZE
, 
fd
)) {

136 
buf�r
[
	`���
(buffer) - 1] = 0;

138 
�dex
 = 
	`��ok
(
buf�r
, ",");

139 
�add�ss
 = 
	`��ok
(
NULL
, ",");

140 
ma�dd�ss
 = 
	`��ok
(
NULL
, ",");

141 
�ab�d
 = 
	`��ok
(
NULL
, ",");

143 i�(
	`�rcmp
(
�ab�d
, "on") == 0) {

145 i�((
	`���
(
ma�dd�ss
�=�17�&& (
	`VALID_IP_AND_MASK
(
�add�ss
))) {

146 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSINPUT -m ma�--mac-sour� %�-�%�-�%�-j RETURN", 
ma�dd�ss
, 
�add�ss
, 
blue_dev
);

147 
	`��_sy�em
(
comm�d
);

148 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSFORWARD -m ma�--mac-sour� %�-�%�-�%�-j RETURN", 
ma�dd�ss
, 
�add�ss
, 
blue_dev
);

149 
	`��_sy�em
(
comm�d
);

152 i�(
	`���
(
ma�dd�ss
) == 17) {

153 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSINPUT -m ma�--mac-sour� %�-�%�-j RETURN", 
ma�dd�ss
, 
blue_dev
);

154 
	`��_sy�em
(
comm�d
);

155 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSFORWARD -m ma�--mac-sour� %�-�%�-j RETURN", 
ma�dd�ss
, 
blue_dev
);

156 
	`��_sy�em
(
comm�d
);

159 i�(
	`VALID_IP_AND_MASK
(
�add�ss
)) {

160 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSINPUT -�%�-�%�-j RETURN", 
�add�ss
, 
blue_dev
);

161 
	`��_sy�em
(
comm�d
);

162 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSFORWARD -�%�-�%�-j RETURN", 
�add�ss
, 
blue_dev
);

163 
	`��_sy�em
(
comm�d
);

170 i�(
	`f�dkey
(
kv
, "DROPWIRELESSINPUT", 
buf�r
�&& 
	`�rcmp
(buffer, "on") == 0) {

171 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSINPUT -�%�-j LOG --log-�efix 'DROP_W��ess�pu�'", 
blue_dev
);

172 
	`��_sy�em
(
comm�d
);

176 i�(
	`f�dkey
(
kv
, "DROPWIRELESSFORWARD", 
buf�r
�&& 
	`�rcmp
(buffer, "on") == 0) {

177 
	`���tf
(
comm�d
, 
STRING_SIZE
-1, "/sb�/��bˠ--wa� -A WIRELESSFORWARD -�%�-j LOG --log-�efix 'DROP_W��essf�w�d '", 
blue_dev
);

178 
	`��_sy�em
(
comm�d
);

182 
	}
}

	@misc-progs/wlanapctrl.c

1 
	~<�dio.h
>

2 
	~<�r�g.h
>

3 
	~<uni�d.h
>

4 
	~<�dlib.h
>

5 
	~<sys/ty�s.h
>

6 
	~<f��.h
>

7 
	~"�tuid.h
"

9 
	$ma�
(
�gc
, *
�gv
[]){

10 i��
�gc
 < 2 ){

11 
	`��tf
("invalid�arameter(s)\n");

15 i�(!(
	`���tuid
()))

16 
	`ex�
(1);

18 i�(
	`�rcmp
(
�gv
[1], "start") == 0){

19 
	`��_sy�em
("cp /var/ipfire/wlanap/hostapd.* /etc/");

20 
	`��_sy�em
("/etc/init.d/hostapd start");

21 }i�(
	`�rcmp
(
�gv
[1], "stop") == 0){

22 
	`��_sy�em
("/etc/init.d/hostapd stop");

23 }i�(
	`�rcmp
(
�gv
[1], "restart") == 0){

24 
	`��_sy�em
("cp /var/ipfire/wlanap/hostapd.* /etc/");

25 
	`��_sy�em
("/etc/init.d/hostapd�estart");

26 }i�(
	`�rcmp
(
�gv
[1], "status") == 0){

27 
	`��_sy�em
("/etc/init.d/hostapd status");

29 
	`��tf
("invalid�arameter(s)\n");

34 
	}
}

	@setup/dhcp.c

12 
	~<lib��.h
>

13 

	#_
(
x
�
	`dg��xt
("�tup", x)

	)

15 
	~"�tup.h
"

17 

	#TOP
 4

	)

19 

	#START_ADDRESS
 0

	)

20 

	#END_ADDRESS
 1

	)

21 

	#PRIMARY_DNS
 2

	)

22 

	#SECONDARY_DNS
 3

	)

23 

	#DEFAULT_LEASE_TIME
 4

	)

24 

	#MAX_LEASE_TIME
 5

	)

25 

	#DOMAIN_NAME_SUFFIX
 6

	)

26 

	#MAX_BOXES
 7

	)

28 
FILE
 *
�og
;

29 
*
mylog
;

31 

automode
;

33 
�wtCompڒt
 
	gdh�f�m
;

34 
�wtCompڒt
 
	g���s
[
MAX_BOXES
];

35 
�wtCompڒt
 
	g�ab�dcheckbox
;

37 
dh�d�log��backdh�
(
�wtCompڒt
 
cm
, *
d�a
);

39 
	$h�d�dh�
()

41 cڡ *
�su�s
[
MAX_BOXES
];

42 
�ab�d�su�
;

43 
����b�d
;

44 
�wtEx�S�u�
 
es
;

45 
�wtCompڒt
 
h�d�
;

46 
�wtCompڒt
 
�b�s
[
MAX_BOXES
];

47 
�wtCompڒt
 
ok
, 
�n�l
;

48 
mes�ge
[1000];

49 *
�b��xts
[
MAX_BOXES
] = {

50 
	`_
("Start�ddress:"),

51 
	`_
("End�ddress:"),

52 
	`_
("Primary DNS:"),

53 
	`_
("Secondary DNS:"),

54 
	`_
("Default�ease (mins):"),

55 
	`_
("Max�ease (mins):"),

56 
	`_
("Domain�ame suffix:")

58 *
v��mes
[
MAX_BOXES
] = {

67 
de�u�s
[
MAX_BOXES
][
STRING_SIZE
];

68 
�su�
;

69 
c
;

70 
�mp
[
STRING_SIZE
];

71 
keyv�ue
 *
ma�kv
 = 
	`��keyv�ues
();

72 
keyv�ue
 *
dh�kv
 = 
	`��keyv�ues
();

73 
keyv�ue
 *
�h��tkv
 = 
	`��keyv�ues
();

74 
�r�
;

75 
FILE
 *
f�e
;

76 
g��add�ss
[
STRING_SIZE
];

77 
g��Ïdd�ss
[
STRING_SIZE
];

78 
g���tmask
[
STRING_SIZE
];

80 
	`mem�t
(
de�u�s
, 0, (�* 
STRING_SIZE
 * 
MAX_BOXES
);

82 i�(!(
	`�adkeyv�ues
(
dh�kv
, 
CONFIG_ROOT
 "/dhcp/settings")))

84 
	`�keyv�ues
(
dh�kv
);

85 
	`�keyv�ues
(
�h��tkv
);

86 
	`�r�box
(
	`_
("Unable�o open settings file"));

89 i�(!(
	`�adkeyv�ues
(
�h��tkv
, 
CONFIG_ROOT
 "/ethernet/settings")))

91 
	`�keyv�ues
(
dh�kv
);

92 
	`�keyv�ues
(
�h��tkv
);

93 
	`�r�box
(
	`_
("Unable�o open settings file"));

96 i�(!(
	`�adkeyv�ues
(
ma�kv
, 
CONFIG_ROOT
 "/main/settings")))

98 
	`�keyv�ues
(
dh�kv
);

99 
	`�keyv�ues
(
�h��tkv
);

100 
	`�keyv�ues
(
ma�kv
);

101 
	`�r�box
(
	`_
("Unable�o open settings file"));

106 
	`f�dkey
(
�h��tkv
, "GREEN_ADDRESS", 
de�u�s
[
PRIMARY_DNS
]);

107 
	`f�dkey
(
ma�kv
, "DOMAINNAME", 
de�u�s
[
DOMAIN_NAME_SUFFIX
]);

108 
	`�r�y
(
de�u�s
[
DEFAULT_LEASE_TIME
], "60");

109 
	`�r�y
(
de�u�s
[
MAX_LEASE_TIME
], "120");

111 
	`�wtC���dW�dow
(55, 18, 
	`_
("DHCP server configuration"));

113 
dh�f�m
 = 
	`�wtF�m
(
NULL
, NULL, 0);

115 
h�d�
 = 
	`�wtTextboxRe�owed
(1, 1,

116 
	`_
("Configure�he DHCP server by�ntering�he settings information."),

118 
	`�wtF�mAddCompڒt
(
dh�f�m
, 
h�d�
);

120 
	`�r�y
(
�mp
, ""); 
	`f�dkey
(
dh�kv
, "ENABLE_GREEN",�emp);

121 i�(
	`�rcmp
(
�mp
, "on") == 0)

122 
����b�d
 = '*';

124 
����b�d
 = ' ';

125 
�ab�dcheckbox
 = 
	`�wtCheckbox
(2, 
TOP
 + 0, 
	`_
("E�b�d"), 
����b�d
, " *", &
�ab�d�su�
);

126 
	`�wtF�mAddCompڒt
(
dh�f�m
, 
�ab�dcheckbox
);

127 
	`�wtCompڒtAddC�lback
(
�ab�dcheckbox
, 
dh�d�log��backdh�
, 
NULL
);

129 
c
 = 0; c < 
MAX_BOXES
; c++)

131 
�b�s
[
c
] = 
	`�wtTextbox
(2, 
TOP
 + 2 + c, 33, 1, 0);

132 
	`�wtTextboxS�Text
(
�b�s
[
c
], 
�b��xts
[c]);

133 
	`�wtF�mAddCompڒt
(
dh�f�m
, 
�b�s
[
c
]);

134 
	`�r�y
(
�mp
, 
de�u�s
[
c
]); 
	`f�dkey
(
dh�kv
, 
v��mes
[c],�emp);

135 
���s
[
c
] = 
	`�wtE�ry
(34, 
TOP
 + 2 + c, 
�mp
, 18, &
�su�s
[c], 0);

136 
	`�wtF�mAddCompڒt
(
dh�f�m
, 
���s
[
c
]);

137 i�(
����b�d
 == ' ')

138 
	`�wtE�ryS�F�gs
(
���s
[
c
], 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

142 
ok
 = 
	`�wtBu��
(10, 
c
 + 7, 
	`_
("OK"));

143 
�n�l
 = 
	`�wtBu��
(34, 
c
 + 7, 
	`_
("Cancel"));

145 
	`�wtF�mAddCompڒts
(
dh�f�m
, 
ok
, 
�n�l
, 
NULL
);

148 
�r�
 = 0;

149 
	`�wtF�mRun
(
dh�f�m
, &
es
);

151 i�(
es
.
u
.
co
 =�
ok
)

154 i�(
�ab�d�su�
 == '*')

156 
	`�r�y
(
mes�ge
, 
	`_
("The following fields�re invalid:\n\n"));

157 i�(
	`��_addr
(
�su�s
[
START_ADDRESS
]�=�
INADDR_NONE
)

159 
	`�r�t
(
mes�ge
, 
	`_
("Start�ddress"));

160 
	`�r�t
(
mes�ge
, "\n");

161 
�r�
 = 1;

163 i�(
	`��_addr
(
�su�s
[
END_ADDRESS
]�=�
INADDR_NONE
)

165 
	`�r�t
(
mes�ge
, 
	`_
("End�ddress"));

166 
	`�r�t
(
mes�ge
, "\n");

167 
�r�
 = 1;

169 i�(
	`���
(
�su�s
[
SECONDARY_DNS
]))

171 i�(
	`��_addr
(
�su�s
[
PRIMARY_DNS
]�=�
INADDR_NONE
)

173 
	`�r�t
(
mes�ge
, 
	`_
("Primary DNS"));

174 
	`�r�t
(
mes�ge
, "\n");

175 
�r�
 = 1;

178 i�(
	`���
(
�su�s
[
SECONDARY_DNS
]))

180 i�(
	`��_addr
(
�su�s
[
SECONDARY_DNS
]�=�
INADDR_NONE
)

182 
	`�r�t
(
mes�ge
, 
	`_
("Secondary DNS"));

183 
	`�r�t
(
mes�ge
, "\n");

184 
�r�
 = 1;

187 i�(!(
	`��
(
�su�s
[
DEFAULT_LEASE_TIME
])))

189 
	`�r�t
(
mes�ge
, 
	`_
("Default�ease�ime"));

190 
	`�r�t
(
mes�ge
, "\n");

191 
�r�
 = 1;

193 i�(!(
	`��
(
�su�s
[
MAX_LEASE_TIME
])))

195 
	`�r�t
(
mes�ge
, 
	`_
("Max.�ease�ime"));

196 
	`�r�t
(
mes�ge
, "\n");

197 
�r�
 = 1;

201 i�(
�r�
)

202 
	`�r�box
(
mes�ge
);

205 
c
 = 0; c < 
MAX_BOXES
; c++)

206 
	`��a�keyv�ue
(
dh�kv
, 
v��mes
[
c
], 
�su�s
[c]);

207 i�(
�ab�d�su�
 == '*')

209 
	`��a�keyv�ue
(
dh�kv
, "ENABLE_GREEN", "on");

210 
	`f�o�
(
	`fݒ
(
CONFIG_ROOT
 "/dhcp/enable_green", "w"));

211 
	`chown
(
CONFIG_ROOT
 "/dhcp/enable_green", 99, 99);

212 
	`mysy�em
(
NULL
, "/usr/local/bin/dhcpctrl�nable");

216 
	`��a�keyv�ue
(
dh�kv
, "ENABLE_GREEN", "off");

217 
	`uƚk
(
CONFIG_ROOT
 "/dhcp/enable_green");

218 
	`mysy�em
(
NULL
, "/usr/local/bin/dhcpctrl disable");

220 
	`��a�keyv�ue
(
dh�kv
, "VALID", "yes");

221 
	`wr�ekeyv�ues
(
dh�kv
, 
CONFIG_ROOT
 "/dhcp/settings");

223 
	`f�dkey
(
�h��tkv
, "GREEN_ADDRESS", 
g��add�ss
);

224 
	`f�dkey
(
�h��tkv
, "GREEN_NETADDRESS", 
g��Ïdd�ss
);

225 
	`f�dkey
(
�h��tkv
, "GREEN_NETMASK", 
g���tmask
);

227 
f�e
 = 
	`fݒ
(
CONFIG_ROOT
 "/dhcp/dhcpd.conf", "w");

228 
	`�r�tf
(
f�e
, "ddns-update-style�one;\n");

229 
	`�r�tf
(
f�e
, "authoritative;\n");

230 
	`�r�tf
(
f�e
, "subÈ%��tmask %s\n", 
g��Ïdd�ss
, 
g���tmask
);

231 
	`�r�tf
(
f�e
, "{\n");

232 
	`�r�tf
(
f�e
, "\t�ti� sub�t-mask %s;\n", 
g���tmask
);

233 
	`�r�tf
(
f�e
, "\t�ti� doma�-�m�\"%s\";\n", 
�su�s
[
DOMAIN_NAME_SUFFIX
]);

234 
	`�r�tf
(
f�e
, "\t�tiڄou�r�%s;\n", 
g��add�ss
);

235 i�(
	`���
(
�su�s
[
PRIMARY_DNS
]))

237 
	`�r�tf
(
f�e
, "\toption domain-name-servers ");

238 
	`�r�tf
(
f�e
, "%s", 
�su�s
[
PRIMARY_DNS
]);

239 i�(
	`���
(
�su�s
[
SECONDARY_DNS
]))

240 
	`�r�tf
(
f�e
, ", %s", 
�su�s
[
SECONDARY_DNS
]);

241 
	`�r�tf
(
f�e
, ";\n");

244 
	`�r�tf
(
f�e
, "\��g�%�%s;\n", 
�su�s
[
START_ADDRESS
],�esu�s[
END_ADDRESS
]);

245 
	`�r�tf
(
f�e
, "\tde�u�-�a�-tim�%d;\n", (�
	`��
(
�su�s
[
DEFAULT_LEASE_TIME
]) * 60);

246 
	`�r�tf
(
f�e
, "\tmax-�a�-tim�%d;\n", (�
	`��
(
�su�s
[
MAX_LEASE_TIME
]) * 60);

247 
	`�r�tf
(
f�e
, "}\n");

248 
	`f�o�
(
f�e
);

249 
	`chown
(
CONFIG_ROOT
 "/dhcp/dhcpd.conf", 99, 99);

250 i�(
automode
 == 0)

251 
	`mysy�em
(
NULL
, "/usr/local/bin/dhcpctrl�nable");

253 
�su�
 = 1;

256 
�su�
 = 0;

257 } 
�r�
);

259 
	`�wtF�mDe�roy
(
dh�f�m
);

260 
	`�wtP�W�dow
();

262 
	`�keyv�ues
(
dh�kv
);

263 
	`�keyv�ues
(
�h��tkv
);

264 
	`�keyv�ues
(
ma�kv
);

266  
�su�
;

267 
	}
}

271 
	$dh�d�log��backdh�
(
�wtCompڒt
 
cm
, *
d�a
)

273 
c
;

275 
c
 = 0; c < 
MAX_BOXES
; c++)

276 
	`�wtE�ryS�F�gs
(
���s
[
c
], 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_TOGGLE
);

278 
	`�wtRe�esh
();

279 
	`�wtD�wF�m
(
dh�f�m
);

280 
	}
}

	@setup/domainname.c

11 
	~<lib��.h
>

12 

	#_
(
x
�
	`dg��xt
("�tup", x)

	)

14 
	~"�tup.h
"

16 
FILE
 *
�og
;

17 
*
mylog
;

19 

automode
;

21 
	$h�d�doma��me
()

23 
doma��me
[
STRING_SIZE
] = "localdomain";

24 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

25 *
v�ues
[] = { 
doma��me
, 
NULL
 };

26 
�wtW�E�ry
 
���s
[] =

27 { { "", &
v�ues
[0], 0,}, { 
NULL
, NULL, 0 } };

28 
rc
;

29 
�su�
;

31 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/main/settings")))

33 
	`�keyv�ues
(
kv
);

34 
	`�r�box
(
	`_
("Unable�o open settings file"));

38 
	`f�dkey
(
kv
, "DOMAINNAME", 
doma��me
);

42 
rc
 = 
	`�wtW�E�r�s
(
	`_
("Domain�ame"), _("Enter Domain�ame"),

43 50, 5, 5, 40, 
���s
, 
	`_
("OK"), _("C��l"), 
NULL
);

45 i�(
rc
 == 1) {

46 
	`�r�y
(
doma��me
, 
v�ues
[0]);

47 i�(!(
	`���
(
doma��me
)))

48 
	`�r�box
(
	`_
("Domain�ame cannot be�mpty."));

49 i�(
	`�rchr
(
doma��me
, ' '))

50 
	`�r�box
(
	`_
("Domain�ame cannot contain spaces."));

51 i�(
	`���
(
doma��me
�!�
	`�r�n
(domainname,

53 
	`�r�box
(
	`_
("Domain�ame may only contain�etters,�umbers, hyphens�nd�eriods."));

56 
	`��a�keyv�ue
(
kv
, "DOMAINNAME", 
doma��me
);

57 
	`wr�ekeyv�ues
(
kv
, 
CONFIG_ROOT
 "/main/settings");

58 
	`wr�eho�sf�es
();

59 
�su�
 = 1;

65 
�su�
 = 0;

69 
	`�
(
v�ues
[0]);

70 
	`�keyv�ues
(
kv
);

72  
�su�
;

73 
	}
}

	@setup/hostname.c

14 
	~<lib��.h
>

15 

	#_
(
x
�
	`dg��xt
("�tup", x)

	)

17 
	~"�tup.h
"

19 
FILE
 *
�og
;

20 
*
mylog
;

22 

automode
;

24 
	$h�d�ho��me
()

26 
ho��me
[
STRING_SIZE
] = "";

27 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

28 *
v�ues
[] = { 
ho��me
, 
NULL
 };

29 
�wtW�E�ry
 
���s
[] =

30 { { "", &
v�ues
[0], 0,}, { 
NULL
, NULL, 0 } };

31 
rc
;

32 
�su�
;

34 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/main/settings")))

36 
	`�keyv�ues
(
kv
);

37 
	`�r�box
(
	`_
("Unable�o open settings file"));

41 
	`�r�y
(
ho��me
, 
SNAME
);

42 
	`f�dkey
(
kv
, "HOSTNAME", 
ho��me
);

46 
rc
 = 
	`�wtW�E�r�s
(
	`_
("Hostname"), _("Enter�he machine's hostname."),

47 50, 5, 5, 40, 
���s
, 
	`_
("OK"), _("C��l"), 
NULL
);

49 i�(
rc
 == 1)

51 
	`�r�y
(
ho��me
, 
v�ues
[0]);

52 i�(!(
	`���
(
ho��me
)))

53 
	`�r�box
(
	`_
("Hostname cannot be�mpty."));

54 i�(
	`�rchr
(
ho��me
, ' '))

55 
	`�r�box
(
	`_
("Hostname cannot contain spaces."));

56 i�(
	`���
(
ho��me
�!�
	`�r�n
(hostname,

58 
	`�r�box
(
	`_
("Hostname may only contain�etters,�umbers�nd hyphens."));

61 
	`��a�keyv�ue
(
kv
, "HOSTNAME", 
ho��me
);

62 
	`wr�ekeyv�ues
(
kv
, 
CONFIG_ROOT
 "/main/settings");

63 
	`wr�eho�sf�es
();

64 
�su�
 = 1;

70 
�su�
 = 0;

74 
	`�
(
v�ues
[0]);

75 
	`�keyv�ues
(
kv
);

77  
�su�
;

78 
	}
}

	@setup/keymap.c

14 
	~<lib��.h
>

15 

	#_
(
x
�
	`dg��xt
("�tup", x)

	)

17 
	~"�tup.h
"

19 
FILE
 *
�og
;

20 
*
mylog
;

22 

automode
;

24 

	#MAX_FILENAMES
 5000

	)

25 

	#KEYMAPROOT
 "/lib/kbd/keym�s/i386/"

	)

27 
	gf��amecou�
;

28 *
	gf��ames
[
MAX_FILENAMES
];

29 *
	gdi��y�mes
[
MAX_FILENAMES
];

31 
�o�ss
(*
�efix
, *
�th
);

32 
cmp
(cڡ *
s1
, cڡ *
s2
);

34 
	$h�d�keym�
()

36 
c
;

37 
choi�
;

38 *
�mp
;

39 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

40 
rc
;

41 
�su�
;

42 
keym�
[
STRING_SIZE
];

43 
comm�d�r�g
[
STRING_SIZE
];

45 
f��amecou�
 = 0;

47 
	`�o�ss
(
KEYMAPROOT
 "azerty", "");

48 
	`�o�ss
(
KEYMAPROOT
 "dvorak", "");

49 
	`�o�ss
(
KEYMAPROOT
 "fgGIod", "");

50 
	`�o�ss
(
KEYMAPROOT
 "qwerty", "");

51 
	`�o�ss
(
KEYMAPROOT
 "qwertz", "");

52 
f��ames
[
f��amecou�
] = 
NULL
;

53 
	`qs�t
(
f��ames
, 
f��amecou�
, (*), 
cmp
);

55 
c
 = 0; 
f��ames
[c]; c++)

57 
di��y�mes
[
c
] = 
	`m�loc
(
STRING_SIZE
);

58 i�((
�mp
 = 
	`��chr
(
f��ames
[
c
], '/')))

59 
	`�r�y
(
di��y�mes
[
c
], 
�mp
 + 1);

61 
	`�r�y
(
di��y�mes
[
c
], 
f��ames
[c]);

62 i�((
�mp
 = 
	`�r�r
(
di��y�mes
[
c
], ".map.gz")))

63 *
�mp
 = '\0';

65 
di��y�mes
[
c
] = 
NULL
;

67 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/main/settings")))

69 
	`�keyv�ues
(
kv
);

70 
	`�r�box
(
	`_
("Unable�o open settings file"));

74 
	`�r�y
(
keym�
, "/lib/kbd/keymaps/i386/qwerty/us.map.gz");

75 
	`f�dkey
(
kv
, "KEYMAP", 
keym�
);

77 
choi�
 = 0;

78 
c
 = 0; 
f��ames
[c]; c++)

80 i�(
	`�rcmp
(
keym�
, 
f��ames
[
c
]) == 0)

81 
choi�
 = 
c
;

84 
rc
 = 
	`�wtW�M�u
(
	`_
("Keyboard mapping"),

85 
	`_
("Choose�he�ype of keyboard you�re using from�he�ist below."),

86 50, 5, 5, 6, 
di��y�mes
, &
choi�
, 
	`_
("OK"), _("C��l"), 
NULL
);

88 
	`�r�y
(
keym�
, 
f��ames
[
choi�
]);

90 i�(
rc
 != 2)

92 
	`��a�keyv�ue
(
kv
, "KEYMAP", 
keym�
);

93 
	`wr�ekeyv�ues
(
kv
, 
CONFIG_ROOT
 "/main/settings");

94 
	`�r�tf
(
comm�d�r�g
, "/b�/l�dkey�%s", 
keym�
);

95 
	`mysy�em
(
NULL
, 
comm�d�r�g
);

96 
�su�
 = 1;

99 
�su�
 = 0;

101 
c
 = 0; 
f��ames
[c]; c++)

103 
	`�
(
f��ames
[
c
]);

104 
	`�
(
di��y�mes
[
c
]);

106 
	`�keyv�ues
(
kv
);

108  
�su�
;

109 
	}
}

111 
	$�o�ss
(*
�efix
, *
�th
)

113 
DIR
 *
d�
;

114 
d��t
 *
de
;

115 
�w�th
[
PATH_MAX
];

117 
	`���tf
(
�w�th
, 
PATH_MAX
, "%s%s", 
�efix
, 
�th
);

119 i�(!(
d�
 = 
	`ݒd�
(
�w�th
)))

121 i�(
f��amecou�
 > 
MAX_FILENAMES
)

124 
f��ames
[
f��amecou�
] = (*�
	`�rdup
(
�w�th
);

125 
f��amecou�
++;

129 (
de
 = 
	`�add�
(
d�
)))

131 i�(
de
->
d_�me
[0] == '.') ;

132 
	`���tf
(
�w�th
, 
PATH_MAX
, "%s/%s", 
�th
, 
de
->
d_�me
);

133 
	`�o�ss
(
�efix
, 
�w�th
);

135 
	`�o�d�
(
d�
);

138 
	}
}

141 
	$cmp
(cڡ *
s1
, cڡ *
s2
)

144 *
c1
 = 
	`�rdup
(* (**�
s1
);

145 *
c2
 = 
	`�rdup
(* (**�
s2
);

147 *
f1
, *
f2
;

148 *
�mp
;

149 
�s
;

151 i�((
�mp
 = 
	`��chr
(
c1
, '/')))

152 
f1
 = 
�mp
 + 1;

154 
f1
 = 
c1
;

155 i�((
�mp
 = 
	`��chr
(
c2
, '/')))

156 
f2
 = 
�mp
 + 1;

158 
f2
 = 
c2
;

160 i�((
�mp
 = 
	`�rchr
(
f1
, '.')))

161 *
�mp
 = '\0';

162 i�((
�mp
 = 
	`�rchr
(
f2
, '.')))

163 *
�mp
 = '\0';

165 
�s
 = 
	`�rcmp
(
f1
, 
f2
);

167 
	`�
(
c1
); f�e(
c2
);

169  
�s
;

170 
	}
}

	@setup/main.c

12 
	~<lib��.h
>

13 

	#_
(
x
�
	`dg��xt
("�tup", x)

	)

15 
	~"�tup.h
"

17 
FILE
 *
	g�og
 = 
NULL
;

18 *
	gmylog
;

20 
	gautomode
 = 0;

22 
nic
 
	gnics
[20] = { { "" , "" , "" , "" } };

23 
knic
 
	gknics
[20] = { { "" , "" , "" , "" } };

25 
	$ma�
(
�gc
, *
�gv
[])

27 
choi�
;

28 *
��i�s
[8];

29 
rc
;

30 
keyv�ue
 *
kv
;

31 
�ng
[
STRING_SIZE
] = "en_US.utf8";

32 
t��
[
STRING_SIZE
];

33 
autook
 = 0;

36 i�(
�gc
 >= 2)

37 
mylog
 = 
�gv
[1];

39 
mylog
 = 
	`�rdup
("/var/log/setup.log");

41 i�(!(
�og
 = 
	`fݒ
(
mylog
, "w+")))

43 
	`��tf
("Couldn't open�og�erminal\n");

47 i�(
�gc
 >= 3)

48 
automode
 = 1;

50 
	`�r�tf
(
�og
, "Setup�rogram started.\n");

52 i�(!
	`��o��
(
LC_CTYPE
,""))

53 
	`�r�tf
(
�og
, "Locale�ot spezified. Check LANG, LC_CTYPE, RC_ALL.");

55 
kv
 = 
	`��keyv�ues
();

56 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/main/settings")))

58 
	`��tf
("%�i�nمrݔly in���d.\n", 
NAME
);

61 
	`f�dkey
(
kv
, "LANGUAGE", 
�ng
);

63 
	`��o��
(
LC_ALL
, 
�ng
);

64 
	`��nv
("LANGUAGE", 
�ng
, 1);

66 
��i�s
[0] = 
	`_
("Keyboard mapping");

67 
��i�s
[1] = 
	`_
("Timezone");

68 
��i�s
[2] = 
	`_
("Hostname");

69 
��i�s
[3] = 
	`_
("Domain�ame");

70 
��i�s
[4] = 
	`_
("Networking");

71 
��i�s
[5] = 
	`_
("'root'�assword");

72 
��i�s
[6] = 
	`_
("'admin'�assword");

73 
��i�s
[7] = 
NULL
;

75 
	`�wtIn�
();

76 
	`�wtCls
();

77 
FILE
 *
f_t��
;

78 i�((
f_t��
 = 
	`fݒ
 ("/etc/issue", "r")))

80 
	`fg�s
 (
t��
, 
STRING_SIZE
, 
f_t��
);

81 i�(
t��
[
	`���
(title) - 1] == '\n')

82 
t��
[
	`���
(title) - 1] = '\0';

83 
	`f�o�
 (
f_t��
);

85 
	`�r�tf
 (
t��
, "%�- %s", 
NAME
, 
SLOGAN
);

87 
	`�wtD�wRo�Text
(14, 0, 
t��
);

88 
	`�wtPushH�pL�e
(
	`_
(" <Tab>/<Alt-Tab> between�lements | <Space> selects"));

90 i�(
automode
 == 0)

92 
choi�
 = 0;

95 
rc
 = 
	`�wtW�M�u
(
	`_
("Section menu"),

96 
	`_
("Select�he item you wish�o configure."), 50, 5, 5, 11,

97 
��i�s
, &
choi�
, 
	`_
("OK"), _("Qu�"), 
NULL
);

99 i�(
rc
 == 2)

102 
choi�
)

105 
	`h�d�keym�
();

109 
	`h�d�timez�e
();

113 
	`h�d�ho��me
();

117 
	`h�d�doma��me
();

121 
	`h�d��tw�k�g
();

125 
	`h�d�roٷssw�d
();

129 
	`h�d�adm��ssw�d
();

139 i�(!(
	`h�d�keym�
()))

140 
EXIT
;

141 i�(!(
	`h�d�timez�e
()))

142 
EXIT
;

143 i�(!(
	`h�d�ho��me
()))

144 
EXIT
;

145 i�(!(
	`h�d�doma��me
()))

146 
EXIT
;

147 i�(!(
	`h�d�roٷssw�d
()))

148 
EXIT
;

149 i�(!(
	`h�d�adm��ssw�d
()))

150 
EXIT
;

151 i�(!(
	`h�d��tw�k�g
()))

152 
EXIT
;

153 i�(!(
	`h�d�dh�
()))

154 
EXIT
;

156 
autook
 = 1;

159 
EXIT
:

160 i�(
automode
 != 0)

162 
	`�r�tf
 (
t��
, "%�- %s", 
NAME
, 
SLOGAN
);

163 i�(
autook
)

164 
	`�wtW�Mes�ge
(
t��
, 
	`_
("OK"), _("Setup is complete."));

166 
	`�wtW�Mes�ge
(
	`_
("Warning"), _("OK"),

167 
	`_
("Initial setup was�ot�ntirely complete. "

171 
	`�r�tf
(
�og
, "Setup�rogram has�ot finished.\n");

172 
	`f�ush
(
�og
);

173 
	`f�o�
(
�og
);

175 
	`�wtF�ished
();

181 
	`�r�tf
(
�og
, "Setup�rogram�nded.\n");

182 
	`f�ush
(
�og
);

183 
	`f�o�
(
�og
);

185 
	`�wtF�ished
();

188 
	}
}

	@setup/misc.c

12 
	~<lib��.h
>

13 

	#_
(
x
�
	`dg��xt
("�tup", x)

	)

15 
	~"�tup.h
"

17 
FILE
 *
�og
;

18 
*
mylog
;

20 

automode
;

22 
	$wr�eho�sf�es
()

24 
keyv�ue
 *
kv
;

25 
ho��me
[
STRING_SIZE
];

26 
doma��me
[
STRING_SIZE
] = "localdomain";

27 
comm�d�r�g
[
STRING_SIZE
];

29 
kv
 = 
	`��keyv�ues
();

30 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/main/settings")))

32 
	`�keyv�ues
(
kv
);

33 
	`�r�box
(
	`_
("Unable�o open settings file"));

36 
	`�r�y
(
ho��me
, 
SNAME
 );

37 
	`f�dkey
(
kv
, "HOSTNAME", 
ho��me
);

38 
	`f�dkey
(
kv
, "DOMAINNAME", 
doma��me
);

39 
	`�keyv�ues
(
kv
);

41 
	`�r�tf
(
comm�d�r�g
, "/b�/ho��m�%s.%s", 
ho��me
, 
doma��me
);

42 i�(
	`mysy�em
(
NULL
, 
comm�d�r�g
))

44 
	`�r�box
(
	`_
("Unable�o set hostname."));

49 
	}
}

	@setup/netstuff.c

11 
	~<libsmo�h.h
>

12 
	~<sig�l.h
>

15 
	~<lib��.h
>

16 

	#_
(
x
�
	`dg��xt
("�tup", x)

	)

18 
	~"�tup.h
"

20 
FILE
 *
�og
;

21 
*
mylog
;

23 

nic
 
nics
[];

24 

knic
 
knics
[];

26 *
	guc�our�rd
[] = { "GREEN", "RED", "ORANGE", "BLUE", 
NULL
 };

27 *
	glc�our�rd
[] = { "g��", "�d", "ܪge", "blue", 
NULL
 };

29 
	gs��ed_nics_�ad_d�e
 = 0;

31 
�wtCompڒt
 
	g�tw�kf�m
;

32 
�wtCompڒt
 
	gadd�s��ry
;

33 
�wtCompڒt
 
	g�tmask��y
;

34 
�wtCompڒt
 
	gg�eway��y
;

35 
�wtCompڒt
 
	g��i�y��dio
;

36 
�wtCompڒt
 
	gdh�ty��dio
;

37 
�wtCompڒt
 
	g�p�ty��dio
;

38 
�wtCompڒt
 
	gdh�ho��m��ry
;

39 
�wtCompڒt
 
	gdh�f��mtu��y
;

40 
�wtCompڒt
 
	gdh��pidcomm���y
;

43 
	$�_�put_f��r
(
�wtCompڒt
 
��y
, * 
d�a
, 
ch
, 
curs�
)

45 i�((
ch
 >�'0' && ch <�'9'�|| ch =�'.' || ch =�'\r' || ch >�
NEWT_KEY_EXTRA_BASE
)

46  
ch
;

48 
	}
}

53 
	$ch�g�dd�ss
(
keyv�ue
 *
kv
, *
c�our
, 
ty��ag
,

54 *
de�u�dh�ho��me
)

56 cڡ *
add�s�esu�
;

57 cڡ *
�tmask�su�
;

58 cڡ *
g�eway�su�
;

59 cڡ *
dh�ho��m�esu�
;

60 cڡ *
dh�f��mtu�su�
;

61 
�wtEx�S�u�
 
es
;

62 
�wtCompڒt
 
h�d�
;

63 
�wtCompڒt
 
add�s�ab�
;

64 
�wtCompڒt
 
�tmask�b�
;

65 
�wtCompڒt
 
g�eway�b�
;

66 
�wtCompڒt
 
dh�ho��m�ab�
;

67 
�wtCompڒt
 
dh�f��mtu�b�
;

68 
�wtCompڒt
 
dh��pidcomm��b�
;

69 
�wtCompڒt
 
ok
, 
�n�l
;

70 
mes�ge
[1000];

71 
�mp
[
STRING_SIZE
];

72 
add�ssf�ld
[
STRING_SIZE
];

73 
�tmaskf�ld
[
STRING_SIZE
];

74 
g�ewayf�ld
[
STRING_SIZE
];

75 
ty�f�ld
[
STRING_SIZE
];

76 
dh�ho��mef�ld
[
STRING_SIZE
];

77 
dh�f��mtuf�ld
[
STRING_SIZE
];

78 
dh��pidcomm�f�ld
[
STRING_SIZE
];

79 
�ab˿pidcomm�
;

80 
�r�
;

81 
�su�
 = 0;

82 
ty�
[
STRING_SIZE
];

83 
��t��i�y�
 = 0;

84 
��tdh�ty�
 = 0;

85 
�����ty�
 = 0;

86 
buf�r
[(
�_addr
)];

89 
	`�r�tf
(
add�ssf�ld
, "%s_ADDRESS", 
c�our
);

90 
	`�r�tf
(
�tmaskf�ld
, "%s_NETMASK", 
c�our
);

91 
	`�r�tf
(
g�ewayf�ld
, "DEFAULT_GATEWAY");

92 
	`�r�tf
(
ty�f�ld
, "%s_TYPE", 
c�our
);

93 
	`�r�tf
(
dh�ho��mef�ld
, "%s_DHCP_HOSTNAME", 
c�our
);

94 
	`�r�tf
(
dh�f��mtuf�ld
, "%s_DHCP_FORCE_MTU", 
c�our
);

95 
	`�r�tf
(
dh��pidcomm�f�ld
, "%s_DHCP_RAPID_COMMIT", 
c�our
);

97 
	`�r�tf
(
mes�ge
, 
	`_
("I���� - %s"), 
c�our
);

98 
	`�wtC���dW�dow
(44, (
ty��ag
 ? 20 : 12), 
mes�ge
);

100 
�tw�kf�m
 = 
	`�wtF�m
(
NULL
, NULL, 0);

102 
	`�r�tf
(
mes�ge
, 
	`_
("E���h�IP�dd�s��f�m�i� f܁h�%���r��."), 
c�our
);

103 
h�d�
 = 
	`�wtTextboxRe�owed
(1, 1, 
mes�ge
, 42, 0, 0, 0);

104 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
h�d�
);

108 i�(
ty��ag
)

110 *
�mp
 = '\0';

113 
	`f�dkey
(
kv
, 
dh��pidcomm�f�ld
, 
�mp
);

114 i�(
	`�rcmp
(
�mp
, "yes") == 0 || strcmp(temp, "true") == 0 || strcmp(temp, "on") == 0 || strcmp(temp, "") == 0)

115 
�ab˿pidcomm�
 = '*';

117 
�ab˿pidcomm�
 = ' ';

119 
	`�r�y
(
�mp
, "STATIC"); 
	`f�dkey
(
kv
, 
ty�f�ld
,�emp);

120 i�(
	`�rcmp
(
�mp
, "STATIC"�=�0�
��t��i�y�
 = 1;

121 i�(
	`�rcmp
(
�mp
, "DHCP"�=�0�
��tdh�ty�
 = 1;

122 i�(
	`�rcmp
(
�mp
, "PPPOE"�=�0�
�����ty�
 = 1;

123 
��i�y��dio
 = 
	`�wtRadiobu��
(2, 4, 
	`_
("S�tic"), 
��t��i�y�
, 
NULL
);

124 
dh�ty��dio
 = 
	`�wtRadiobu��
(2, 5, 
	`_
("DHCP"), 
��tdh�ty�
, 
��i�y��dio
);

125 
�p�ty��dio
 = 
	`�wtRadiobu��
(2, 6, 
	`_
("PPP DIALUP (PPPoE, modem, ATM ...)"),

126 
�����ty�
, 
dh�ty��dio
);

127 
	`�wtF�mAddCompڒts
(
�tw�kf�m
, 
��i�y��dio
, 
dh�ty��dio
,

128 
�p�ty��dio
, 
NULL
);

129 
	`�wtCompڒtAddC�lback
(
��i�y��dio
, 
�tw�kd�log��backty�
, 
NULL
);

130 
	`�wtCompڒtAddC�lback
(
dh�ty��dio
, 
�tw�kd�log��backty�
, 
NULL
);

131 
	`�wtCompڒtAddC�lback
(
�p�ty��dio
, 
�tw�kd�log��backty�
, 
NULL
);

132 
dh�ho��m�ab�
 = 
	`�wtTextbox
(2, 8, 18, 1, 0);

133 
	`�wtTextboxS�Text
(
dh�ho��m�ab�
, 
	`_
("DHCP Hostname:"));

134 
dh�f��mtu�b�
 = 
	`�wtTextbox
(2, 9, 18, 1, 0);

135 
	`�wtTextboxS�Text
(
dh�f��mtu�b�
, 
	`_
("Force DHCP MTU:"));

136 
dh��pidcomm��b�
 = 
	`�wtTextbox
(2, 10, 18, 1, 0);

137 
	`�wtTextboxS�Text
(
dh��pidcomm��b�
, 
	`_
("Rapid Commit:"));

138 
	`�r�y
(
�mp
, 
de�u�dh�ho��me
);

139 
	`f�dkey
(
kv
, 
dh�ho��mef�ld
, 
�mp
);

140 
dh�ho��m��ry
 = 
	`�wtE�ry
(20, 8, 
�mp
, 20, &
dh�ho��m�esu�
, 0);

141 
	`�r�y
(
�mp
, "");

142 
	`f�dkey
(
kv
, 
dh�f��mtuf�ld
, 
�mp
);

143 
dh�f��mtu��y
 = 
	`�wtE�ry
(20, 9, 
�mp
, 20, &
dh�f��mtu�su�
, 0);

144 
dh��pidcomm���y
 = 
	`�wtCheckbox
(20, 10, "", 
�ab˿pidcomm�
, " *", &enablerapidcommit);

145 
	`�wtCompڒtAddC�lback
(
dh��pidcomm���y
, 
�tw�kd�log��backty�
, 
NULL
);

146 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
dh�ho��m�ab�
);

147 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
dh�ho��m��ry
);

148 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
dh�f��mtu�b�
);

149 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
dh�f��mtu��y
);

150 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
dh��pidcomm��b�
);

151 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
dh��pidcomm���y
);

152 i�(
��tdh�ty�
 == 0)

154 
	`�wtE�ryS�F�gs
(
dh�ho��m��ry
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

155 
	`�wtE�ryS�F�gs
(
dh�f��mtu��y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

156 
	`�wtCheckboxS�F�gs
(
dh��pidcomm���y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

160 
add�s�ab�
 = 
	`�wtTextbox
(2, (
ty��ag
 ? 12 : 4) + 0, 18, 1, 0);

161 
	`�wtTextboxS�Text
(
add�s�ab�
, 
	`_
("IP�ddress:"));

162 
	`�r�y
(
�mp
, "");

163 
	`f�dkey
(
kv
, 
add�ssf�ld
, 
�mp
);

164 
add�s��ry
 = 
	`�wtE�ry
(20, (
ty��ag
 ? 12 : 4�+ 0, 
�mp
, 20, &
add�s�esu�
, 0);

165 
	`�wtE�ryS�F��r
(
add�s��ry
, 
�_�put_f��r
, 
NULL
);

166 i�(
ty��ag
 =�1 && 
��t��i�y�
 == 0)

167 
	`�wtE�ryS�F�gs
(
add�s��ry
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

168 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
add�s�ab�
);

169 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
add�s��ry
);

172 
�tmask�b�
 = 
	`�wtTextbox
(2, (
ty��ag
 ? 12 : 4) + 1, 18, 1, 0);

173 
	`�wtTextboxS�Text
(
�tmask�b�
, 
	`_
("Network mask:"));

174 
	`�r�y
(
�mp
, "255.255.255.0"); 
	`f�dkey
(
kv
, 
�tmaskf�ld
,�emp);

175 
�tmask��y
 = 
	`�wtE�ry
(20, (
ty��ag
 ? 12 : 4�+ 1, 
�mp
, 20, &
�tmask�su�
, 0);

176 
	`�wtE�ryS�F��r
(
�tmask��y
, 
�_�put_f��r
, 
NULL
);

177 i�(
ty��ag
 =�1 && 
��t��i�y�
 == 0)

178 
	`�wtE�ryS�F�gs
(
�tmask��y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

180 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
�tmask�b�
);

181 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
�tmask��y
);

183 i�(
ty��ag
)

186 
g�eway�b�
 = 
	`�wtTextbox
(2, (
ty��ag
 ? 12 : 4) + 2, 18, 1, 0);

187 
	`�wtTextboxS�Text
(
g�eway�b�
, 
	`_
("Gateway:"));

188 
	`�r�y
(
�mp
, "");

189 
	`f�dkey
(
kv
, 
g�ewayf�ld
, 
�mp
);

190 
g�eway��y
 = 
	`�wtE�ry
(20, (
ty��ag
 ? 12 : 4�+ 2, 
�mp
, 20, &
g�eway�su�
, 0);

191 
	`�wtE�ryS�F��r
(
g�eway��y
, 
�_�put_f��r
, 
NULL
);

192 i�(
ty��ag
 =�1 && 
��t��i�y�
 == 0)

193 
	`�wtE�ryS�F�gs
(
g�eway��y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

194 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
g�eway�b�
);

195 
	`�wtF�mAddCompڒt
(
�tw�kf�m
, 
g�eway��y
);

199 
ok
 = 
	`�wtBu��
(8, (
ty��ag
 ? 16 : 7), 
	`_
("OK"));

200 
�n�l
 = 
	`�wtBu��
(26, (
ty��ag
 ? 16 : 7), 
	`_
("Cancel"));

202 
	`�wtF�mAddCompڒts
(
�tw�kf�m
, 
ok
, 
�n�l
, 
NULL
);

204 
	`�wtRe�esh
();

205 
	`�wtD�wF�m
(
�tw�kf�m
);

209 
�r�
 = 0;

210 
	`�wtF�mRun
(
�tw�kf�m
, &
es
);

212 i�(
es
.
u
.
co
 =�
ok
)

215 
	`�r�y
(
mes�ge
, 
	`_
("The following fields�re invalid:"));

216 
	`�r�t
(
mes�ge
, "\n\n");

218 
	`�r�y
(
ty�
, "STATIC");

219 i�(
ty��ag
)

220 
	`g�ty�
(
ty�
);

221 i�(
	`�rcmp
(
ty�
, "STATIC") == 0)

223 i�(
	`��_addr
(
add�s�esu�
�=�
INADDR_NONE
)

225 
	`�r�t
(
mes�ge
, 
	`_
("IP�ddress"));

226 
	`�r�t
(
mes�ge
, "\n");

227 
�r�
 = 1;

229 i�(
	`��_��
(
AF_INET
, 
�tmask�su�
, &
buf�r
) == 0)

231 
	`�r�t
(
mes�ge
, 
	`_
("Network mask"));

232 
	`�r�t
(
mes�ge
, "\n");

233 
�r�
 = 1;

235 i�(
ty��ag
 && (
	`��_addr
(
g�eway�su�
�=�
INADDR_NONE
))

237 
	`�r�t
(
mes�ge
, 
	`_
("Gateway"));

238 
	`�r�t
(
mes�ge
, "\n");

239 
�r�
 = 1;

243 i�(
	`�rcmp
(
ty�
, "DHCP") == 0)

245 i�(!
	`���
(
dh�ho��m�esu�
))

247 
	`�r�t
(
mes�ge
, 
	`_
("DHCP hostname"));

248 
	`�r�t
(
mes�ge
, "\n");

249 
�r�
 = 1;

252 i�(
�r�
)

253 
	`�r�box
(
mes�ge
);

257 i�(
ty��ag
)

259 
	`��a�keyv�ue
(
kv
, 
dh�ho��mef�ld
, 
dh�ho��m�esu�
);

260 
	`��a�keyv�ue
(
kv
, 
dh�f��mtuf�ld
, 
dh�f��mtu�su�
);

262 i�(
�ab˿pidcomm�
 == '*')

263 
	`��a�keyv�ue
(
kv
, 
dh��pidcomm�f�ld
, "on");

265 
	`��a�keyv�ue
(
kv
, 
dh��pidcomm�f�ld
, "off");

267 i�(
	`�rcmp
(
ty�
, "STATIC") != 0)

269 
	`��a�keyv�ue
(
kv
, 
add�ssf�ld
, "0.0.0.0");

270 
	`��a�keyv�ue
(
kv
, 
�tmaskf�ld
, "0.0.0.0");

271 
	`��a�keyv�ue
(
kv
, 
g�ewayf�ld
, "0.0.0.0");

275 
	`��a�keyv�ue
(
kv
, 
add�ssf�ld
, 
add�s�esu�
);

276 
	`��a�keyv�ue
(
kv
, 
�tmaskf�ld
, 
�tmask�su�
);

277 
	`��a�keyv�ue
(
kv
, 
g�ewayf�ld
, 
g�eway�su�
);

279 
	`��a�keyv�ue
(
kv
, 
ty�f�ld
, 
ty�
);

283 
	`��a�keyv�ue
(
kv
, 
add�ssf�ld
, 
add�s�esu�
);

284 
	`��a�keyv�ue
(
kv
, 
�tmaskf�ld
, 
�tmask�su�
);

287 
	`���add�ss
(
kv
, 
c�our
);

288 
�su�
 = 1;

294 i�(
es
.
u
.
co
 !�
�n�l
) {

295 
�r�
 = 1;

299 
�r�
);

301 
	`�wtF�mDe�roy
(
�tw�kf�m
);

302 
	`�wtP�W�dow
();

304  
�su�
;

305 
	}
}

308 
	$g�ty�
(*
ty�
)

310 
�wtCompڒt
 
���ed
 = 
	`�wtRadioG�Cu��t
(
��i�y��dio
);

312 i�(
���ed
 =�
��i�y��dio
)

313 
	`�r�y
(
ty�
, "STATIC");

314 i�(
���ed
 =�
dh�ty��dio
)

315 
	`�r�y
(
ty�
, "DHCP");

316 i�(
���ed
 =�
�p�ty��dio
)

317 
	`�r�y
(
ty�
, "PPPOE");

319 
	`�r�y
(
ty�
, "ERROR");

322 
	}
}

324 
	$���add�ss
(
keyv�ue
 *
kv
, *
c�our
)

326 
add�ssf�ld
[
STRING_SIZE
];

327 
Ïdd�ssf�ld
[
STRING_SIZE
];

328 
�tmaskf�ld
[
STRING_SIZE
];

329 
add�ss
[
STRING_SIZE
];

330 
�tmask
[
STRING_SIZE
];

331 
��dd�ss
;

332 
���add�ss
;

333 
���mask
;

334 
�_addr
 
�mp
;

335 *
Ïdd�ss
;

338 
	`�r�tf
(
add�ssf�ld
, "%s_ADDRESS", 
c�our
);

339 
	`�r�tf
(
Ïdd�ssf�ld
, "%s_NETADDRESS", 
c�our
);

340 
	`�r�tf
(
�tmaskf�ld
, "%s_NETMASK", 
c�our
);

342 
	`�r�y
(
add�ss
, ""); 
	`f�dkey
(
kv
, 
add�ssf�ld
,�ddress);

343 
	`�r�y
(
�tmask
, ""); 
	`f�dkey
(
kv
, 
�tmaskf�ld
,�etmask);

346 
��dd�ss
 = 
	`��_addr
(
add�ss
);

347 
���mask
 = 
	`��_addr
(
�tmask
);

349 
���add�ss
 = 
��dd�ss
 & 
���mask
;

350 
�mp
.
s_addr
 = 
���add�ss
;

351 
Ïdd�ss
 = 
	`��_��
(
�mp
);

353 
	`��a�keyv�ue
(
kv
, 
Ïdd�ssf�ld
, 
Ïdd�ss
);

356 
	}
}

360 
	$�tw�kd�log��backty�
(
�wtCompڒt
 
cm
, *
d�a
)

362 
ty�
[
STRING_SIZE
];

364 
	`g�ty�
(
ty�
);

366 i�(
	`�rcmp
(
ty�
, "STATIC") != 0)

368 
	`�wtE�ryS�F�gs
(
add�s��ry
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

369 
	`�wtE�ryS�F�gs
(
�tmask��y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

370 
	`�wtE�ryS�F�gs
(
g�eway��y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

374 
	`�wtE�ryS�F�gs
(
add�s��ry
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_RESET
);

375 
	`�wtE�ryS�F�gs
(
�tmask��y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_RESET
);

376 
	`�wtE�ryS�F�gs
(
g�eway��y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_RESET
);

378 i�(
	`�rcmp
(
ty�
, "DHCP") == 0)

380 
	`�wtE�ryS�F�gs
(
dh�ho��m��ry
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_RESET
);

381 
	`�wtE�ryS�F�gs
(
dh�f��mtu��y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_RESET
);

382 
	`�wtCheckboxS�F�gs
(
dh��pidcomm���y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_RESET
);

386 
	`�wtE�ryS�F�gs
(
dh�ho��m��ry
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

387 
	`�wtE�ryS�F�gs
(
dh�f��mtu��y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

388 
	`�wtCheckboxS�F�gs
(
dh��pidcomm���y
, 
NEWT_FLAG_DISABLED
, 
NEWT_FLAGS_SET
);

390 
	`�wtRe�esh
();

391 
	`�wtD�wF�m
(
�tw�kf�m
);

392 
	}
}

394 
	$��r��check
(
keyv�ue
 *
kv
, *
c�our
)

396 
�mp
[
STRING_SIZE
];

397 
c�ourf�lds
[
NETCHANGE_TOTAL
][
STRING_SIZE
];

398 
c
;

400 
	`�r�tf
(
c�ourf�lds
[
ADDRESS
], "%s_ADDRESS", 
c�our
);

401 
	`�r�tf
(
c�ourf�lds
[
NETADDRESS
], "%s_NETADDRESS", 
c�our
);

402 
	`�r�tf
(
c�ourf�lds
[
NETMASK
], "%s_NETMASK", 
c�our
);

404 
c
 = 0; c < 3; c++)

406 
	`�r�y
(
�mp
, ""); 
	`f�dkey
(
kv
, 
c�ourf�lds
[
c
],�emp);

407 i�(!(
	`���
(
�mp
)))  0;

410 
	}
}

413 
	$�obe�rds
(*
driv�
, *
driv��ti�s
 )

416 
	}
}

418 
	$g�_knic
(
�rd
)

420 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

421 
�mp
[
STRING_SIZE
], 
��ch�r
[STRING_SIZE];

422 
�t_v�ue
;

424 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")))

426 
	`�keyv�ues
(
kv
);

427 
	`�r�box
(
	`_
("Unable�o open settings file"));

431 
	`�r�tf
(
��ch�r
, "%s_MACADDR", 
uc�our�rd
[
�rd
]);

432 
	`�r�y
(
�mp
, ""); 
	`f�dkey
(
kv
, 
��ch�r
,�emp);

433 i�(
	`���
(
�mp
)) {

434 
	`�r�y
(
knics
[ 
�rd
 ].
ma�ddr
, 
�mp
);

435 
	`�r�y
(
knics
[ 
�rd
 ].
c�our
, 
uc�our�rd
[card]);

437 
	`�r�tf
(
��ch�r
, "%s_DESCRIPTION", 
uc�our�rd
[
�rd
]);

438 
	`f�dkey
(
kv
, 
��ch�r
, 
�mp
);

439 
	`�r�y
(
knics
[ 
�rd
 ].
des��ti�
, 
�mp
);

441 
	`�r�tf
(
��ch�r
, "%s_DRIVER", 
uc�our�rd
[
�rd
]);

442 
	`f�dkey
(
kv
, 
��ch�r
, 
�mp
);

443 
	`�r�y
(
knics
[ 
�rd
 ].
driv�
, 
�mp
);

444 
�t_v�ue
 = 1;

446 
	`�r�y
(
knics
[ 
�rd
 ].
des��ti�
, 
	`_
("Unset"));

447 
�t_v�ue
 = 0;

449 
	`�keyv�ues
(
kv
);

451  
�t_v�ue
;

452 
	}
}

454 
	$��_knics
()

456 
found
 = 0;

457 
found
 +�
	`g�_knic
(
_GREEN_CARD_
);

458 
found
 +�
	`g�_knic
(
_RED_CARD_
);

459 
found
 +�
	`g�_knic
(
_ORANGE_CARD_
);

460 
found
 +�
	`g�_knic
(
_BLUE_CARD_
);

462  
found
;

463 
	}
}

465 
	$fmt_exi�s
(cڡ *
�ame
) {

466 
��
 
�
;

467 i�(
	`��
(
�ame
, &
�
) == -1)  0;

469 
	}
}

471 
	$is_��r��_up
(*
�rd
) {

472 
�mp
[
STRING_SIZE
];

474 
	`�r�tf
(
�mp
,"���k show dev %�| g��-q UP", 
�rd
);

475 i�(
	`mysy�em
(
NULL
, 
�mp
))  0;  1;

476 
	}
}

478 
	$��me_devi�
(*
�d_�me
, *
�w_�me
) {

479 
�mp
[
STRING_SIZE
];

481 
	`�r�tf
(
�mp
,
SYSDIR
 "/%s", 
�d_�me
);

482 i�(!(
	`fmt_exi�s
(
�mp
))) {

483 
	`�r�tf
(
�og
,"Devi��� found: %s\n",
�d_�me
);

486 
	`�r�tf
(
�mp
,"/sb�/���k s� dev %��m�%s",
�d_�me
 ,
�w_�me
 );

487 
	`mysy�em
(
NULL
, 
�mp
);

490 
	}
}

492 
	gg_�mp
[
STRING_SIZE
]="";

493 * 
	$�admac
(*
�rd
) {

494 
FILE
 *
�
;

495 
�mp
[
STRING_SIZE
], 
mac
[20];

497 
	`�r�tf
(
�mp
,"/sys/�ass/�t/%s/add�ss",
�rd
);

498 if�(
�
 = 
	`fݒ
(
�mp
, "r")�=�
NULL
 ) {

499 
	`�r�tf
(
�og
,"Couldn'�ݒ: %s\n",
�mp
);

500  
NULL
;

502 
	`fg�s
(
mac
, 18, 
�
);

503 
	`��ok
(
mac
,"\n");

504 
	`f�o�
(
�
);

505 
	`�r�y
(
g_�mp
, 
mac
);

506  
g_�mp
;

507 
	}
}

509 * 
	$f�d_nic4mac
(*
f�dmac
) {

510 
DIR
 *
d�
;

511 
d��t
 *
d�zeig�
;

512 
�mp
[
STRING_SIZE
] = "";

513 
�mp2
[
STRING_SIZE
] = "";

515 if((
d�
=
	`ݒd�
(
SYSDIR
)�=�
NULL
) {

516 
	`�r�tf
(
�og
,"Fehler bei opendir (find_name4nic) ...\n");

517  
NULL
;

520 (
d�zeig�
=
	`�add�
(
d�
)�!�
NULL
) {

521 if(*((*
d�zeig�
).
d_�me
�!�'.' & 
	`�rcmp
(((*dirzeiger).d_name), "lo") != 0) {

522 
	`�r�tf
(
�mp2
, "%s", 
	`�admac
((*
d�zeig�
).
d_�me
) );

523 i�(
	`�rcmp
(
f�dmac
, 
�mp2
) == 0) {

524 
	`�r�tf
(
�mp
,"%s", (*
d�zeig�
).
d_�me
);

530 if(
	`�o�d�
(
d�
�=�-1�
	`�r�tf
(
�og
,"Feh˸beim schl�s��v� %s\n", 
SYSDIR
);

531 
	`�r�y
(
g_�mp
, 
�mp
);

532  
g_�mp
;

533 
	}
}

535 
	$nic_shutdown
(*
nic
) {

536 
�mp
[
STRING_SIZE
];

538 
	`�r�tf
(
�mp
,"���k s� %�down", 
nic
);

539 
	`mysy�em
(
NULL
, 
�mp
);

540 
	}
}

542 
	$nic_��tup
(*
nic
) {

543 
�mp
[
STRING_SIZE
];

545 
	`�r�tf
(
�mp
,"���k s� %�up", 
nic
);

546 
	`mysy�em
(
NULL
, 
�mp
);

548 
	}
}

550 
	$��me_nics
() {

551 
i
, 
j
, 
k
;

552 
�ics
 = 
	`s�n_�tw�k_�rds
();

553 
nic2f�d
[
STRING_SIZE
], 
�mp
[STRING_SIZE];

555 
i
=0; i<4; i++)

556 i�(
	`�rcmp
(
knics
[
i
].
ma�ddr
, ""))

557 
j
=0; j<
�ics
; j++)

558 if(
	`�rcmp
(
knics
[
i
].
ma�ddr
, 
nics
[
j
].macaddr) == 0) {

559 
	`�r�tf
(
nic2f�d
,"%s0",
lc�our�rd
[
i
]);

560 if(
	`�rcmp
(
nic2f�d
, 
nics
[
j
].
nic
)) {

561 if(
	`is_��r��_up
(
nics
[
j
].
nic
)) {

562 
	`nic_shutdown
(
nics
[
j
].
nic
);

564 
	`�r�tf
(
�mp
,
SYSDIR
 "/%s", 
nic2f�d
);

565 if(
	`fmt_exi�s
(
�mp
)) {

566 
k
=0; k<
�ics
; k++)

567 i�(
	`�rcmp
(
nics
[
k
].
nic
, 
nic2f�d
) == 0 ) {

568 if(
	`is_��r��_up
(
nics
[
k
].
nic
)) {

569 
	`nic_shutdown
(
nics
[
k
].
nic
);

571 
	`�r�tf
(
�mp
,"dummy%i",
k
);

572 i�(
	`��me_devi�
(
nics
[
k
].
nic
, 
�mp
)�
	`�r�y
(nics[k].nic,�emp);

575 i�(
	`��me_devi�
(
nics
[
j
].
nic
, 
nic2f�d
)�
	`�r�y
(nics[j].nic,�ic2find);

578 
	}
}

580 
	$wr�e_c�figs_�tudev
(
�rd
 , 
c�our
)

582 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

583 
�mp1
[
STRING_SIZE
], 
�mp2
[STRING_SIZE], 
�mp3
[STRING_SIZE];

584 
uc�our
[
STRING_SIZE
];

586 
	`�r�tf
(
uc�our
, 
uc�our�rd
[
c�our
]);

587 
	`�r�y
(
knics
[
c�our
].
driv�
, 
nics
[
�rd
].driver);

588 
	`�r�y
(
knics
[
c�our
].
des��ti�
, 
nics
[
�rd
].description);

589 
	`�r�y
(
knics
[
c�our
].
ma�ddr
, 
nics
[
�rd
].macaddr);

591 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")))

593 
	`�keyv�ues
(
kv
);

594 
	`�r�box
(
	`_
("Unable�o open settings file"));

598 
	`�r�tf
(
�mp1
, "%s_DEV", 
uc�our
);

599 
	`�r�tf
(
�mp2
, "%s_MACADDR", 
uc�our
);

600 
	`�r�tf
(
�mp3
, "%s0", 
lc�our�rd
[
c�our
]);

601 
	`��a�keyv�ue
(
kv
, 
�mp1
, 
�mp3
);

602 
	`��a�keyv�ue
(
kv
, 
�mp2
, 
nics
[
�rd
].
ma�ddr
);

603 
	`�r�tf
(
�mp1
, "%s_DESCRIPTION", 
uc�our
);

604 
	`��a�keyv�ue
(
kv
, 
�mp1
, 
nics
[
�rd
].
des��ti�
);

605 
	`�r�tf
(
�mp1
, "%s_DRIVER", 
uc�our
);

606 
	`��a�keyv�ue
(
kv
, 
�mp1
, 
nics
[
�rd
].
driv�
);

608 
	`wr�ekeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings");

609 
	`�keyv�ues
(
kv
);

612 
	}
}

614 
	$s�n_�tw�k_�rds
()

616 
FILE
 *
�
;

617 
�mp_l�e
[
STRING_SIZE
];

618 
cou�
 = 0;

619 cڡ 
_driv�
[]="driver: ";

620 cڡ 
_desc
[]="desc: ";

621 cڡ 
_�tw�k_hwaddr
[]="network.hwaddr: ";

623 i�(!(
s��ed_nics_�ad_d�e
))

625 
	`mysy�em
(
NULL
, "/usr/bin/probenic.sh");

626 if�(
�
 = 
	`fݒ
(
SCANNED_NICS
, "r")�=�
NULL
 )

628 
	`�r�tf
(
�d�r
,"Couldn'�ݒ "
SCANNED_NICS
);

631 
	`fg�s
(
�mp_l�e
, 
STRING_SIZE
, 
�
�!�
NULL
)

633 
�mp_l�e
[
	`���
(temp_line) -1] = 0;

634 i��
	`��cmp
(
�mp_l�e
, 
_driv�
, 
	`���
(_driv�)�=�0 ) 
	`�r�tf
(
nics
[
cou�
].
driv�
, "%s",�emp_line+strlen(_driver));

635 i��
	`��cmp
(
�mp_l�e
, 
_desc
, 
	`���
(_desc)�=�0 ) 
	`�r�tf
(
nics
[
cou�
].
des��ti�
, "%s",�emp_line+strlen(_desc));

636 i��
	`��cmp
(
�mp_l�e
, 
_�tw�k_hwaddr
, 
	`���
(_�tw�k_hwaddr)�=�0 ) 
	`�r�tf
(
nics
[
cou�
].
ma�ddr
, "%s",�emp_line+strlen(_network_hwaddr));

637 i�(
	`���
(
nics
[
cou�
].
ma�ddr
) > 15 ) {

638 
	`�r�tf
(
nics
[
cou�
].
nic
, "%s", 
	`f�d_nic4mac
�ics[cou�].
ma�ddr
));

639 
cou�
++;

642 
	`f�o�
(
�
);

643 
s��ed_nics_�ad_d�e
 = 
cou�
;

644 } 
	`�r�tf
(
�og
,"Scan Networkcards does�ead.\n");

645  
s��ed_nics_�ad_d�e
;

646 
	}
}

650 
	$nicm�u
(
c�our
)

652 
rc
, 
choi�
 = 0, 
cou�
 = 0, 
kcou�
 = 0, 
mcou�
 = 0, 
i
, 
j
, 
nic_�_u�
;

653 
found_NIC_as_C�d
[
MAX_NICS
];

654 
mes�ge
[
STRING_SIZE
];

655 
�mp
[
STRING_SIZE
];

657 
cM�uInh�t
[
STRING_SIZE
];

658 
M�uInh�t
[
MAX_NICS
][
STRING_SIZE
];

659 *
pM�uInh�t
[
MAX_NICS
];

661 
	`�rcmp
(
nics
[
cou�
].
ma�ddr
, "")) count++;

662 
i
=0; i<
MAX_NICS
; i++�i�(
	`�rcmp
(
knics
[i].
ma�ddr
, "")�
kcou�
++;

665 i�(
cou�
 > 
kcou�
) {

666 
i
=0 ; i < 
cou�
 ; i++)

668 
nic_�_u�
 = 0;

669 
j
=0 ; j <�
kcou�
 ; j++) {

670 i�(
	`�rcmp
(
nics
[ 
i
 ].
ma�ddr
, 
knics
[ 
j
 ].macaddr) == 0 ) {

671 
nic_�_u�
 = 1;

675 i�(!(
nic_�_u�
)) {

676 i��
	`���
(
nics
[
i
].
des��ti�
) < 55 )

677 
	`�r�tf
(
M�uInh�t
[
mcou�
], "%.*s", 
	`���
(
nics
[
i
].
des��ti�
)-2,�ics[i].description+1);

679 
	`�r�tf
(
cM�uInh�t
, "%.50s", 
nics
[
i
].
des��ti�
 + 1);

680 
	`�r�tf
(
M�uInh�t
[
mcou�
], 
cM�uInh�t
);

681 
	`�r�t
 (
M�uInh�t
[
mcou�
], "...");

684  
	`���
(
M�uInh�t
[
mcou�
]�< 53�
	`�r�t
(MenuInhalt[mcount], " ");

686 
	`�r�t
(
M�uInh�t
[
mcou�
], " (");

687 
	`�r�t
(
M�uInh�t
[
mcou�
], 
nics
[
i
].
ma�ddr
);

688 
	`�r�t
(
M�uInh�t
[
mcou�
], ")");

689 
pM�uInh�t
[
mcou�
] = 
M�uInh�t
[mcount];

690 
found_NIC_as_C�d
[
mcou�
]=
i
;

691 
mcou�
++;

695 
pM�uInh�t
[
mcou�
] = 
NULL
;

697 
	`�r�tf
(
mes�ge
, 
	`_
("P�a� choo����w�k�rd f܁h�f�low�g i���� - %s."), 
uc�our�rd
[
c�our
]);

698 
rc
=2;

699  
rc
 == 2 ) {

700 
rc
 = 
	`�wtW�M�u
(
	`_
("Ex�nded N�w�k M�u"), 
mes�ge
, 50, 5, 5, 
mcou�
, 
pM�uInh�t
, &
choi�
,

701 
	`_
("S�e�"), _("Id�tify"), _("C��l"), 
NULL
);

702 i��
rc
 == 2 ) {

703 
	`�r�tf
(
�mp
, "/sb�/���k s� %�up", 
nics
[
found_NIC_as_C�d
[
choi�
]].
nic
);

704 
	`mysy�em
(
NULL
, 
�mp
);

705 
	`�r�tf
(
�mp
, "/u�/sb�/�hto� -�%�10", 
nics
[
found_NIC_as_C�d
[
choi�
]].
nic
);

706 i�(
	`runcomm�dw�h��us
(
�mp
, 
	`_
("Devi� Id�tifi�ti�"), _("Th�light�ځh����ed�܈should f�sh�ow f� 10 sec�ds..."), 
NULL
) != 0) {

707 
	`�r�box
(
	`_
("Identification is�ot supported by�his interface."));

708 
	`�r�tf
(
�mp
, "/sb�/���k s� %�down", 
nics
[
found_NIC_as_C�d
[
choi�
]].
nic
);

709 
	`mysy�em
(
NULL
, 
�mp
);

713 i��
rc
 == 0 ||�c == 1) {

714 
	`wr�e_c�figs_�tudev
(
found_NIC_as_C�d
[
choi�
], 
c�our
);

719 
	`�r�box
(
	`_
("There�re�o unassigned interfaces on your system."));

722 
	}
}

724 
	$��r_�rd_��y
(
�rd
)

726 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

727 
�mp
[
STRING_SIZE
];

729 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")))

731 
	`�keyv�ues
(
kv
);

732 
	`�r�box
(
	`_
("Unable�o open settings file"));

736 
	`�r�y
(
knics
[
�rd
].
driv�
, "");

737 
	`�r�y
(
knics
[
�rd
].
des��ti�
, 
	`_
("Unset"));

738 
	`�r�y
(
knics
[
�rd
].
ma�ddr
, "");

739 
	`�r�y
(
knics
[
�rd
].
c�our
, "");

740 
	`�r�tf
(
�mp
, "%s_DRIVER", 
uc�our�rd
[
�rd
]);

741 
	`��a�keyv�ue
(
kv
, 
�mp
, "");

742 
	`�r�tf
(
�mp
, "%s_DEV", 
uc�our�rd
[
�rd
]);

743 
	`��a�keyv�ue
(
kv
, 
�mp
, "");

744 
	`�r�tf
(
�mp
, "%s_MACADDR", 
uc�our�rd
[
�rd
]);

745 
	`��a�keyv�ue
(
kv
, 
�mp
, "");

746 
	`�r�tf
(
�mp
, "%s_DESCRIPTION", 
uc�our�rd
[
�rd
]);

747 
	`��a�keyv�ue
(
kv
, 
�mp
, "");

749 
	`wr�ekeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings");

750 
	`�keyv�ues
(
kv
);

753 
	}
}

755 
	$ask_��r_�rd_��y
(
�rd
)

757 
mes�ge
[
STRING_SIZE
];

758 
rc
;

760 
	`�r�tf
(
mes�ge
, 
	`_
("D�you���y w��tػmov�th�assig�d %���r��?"), 
uc�our�rd
[
�rd
]);

761 
rc
 = 
	`�wtW�Choi�
(
	`_
("W�n�g"), _("OK"), _("C��l"), 
mes�ge
);

763 i��
rc
 == 0 ||�c == 1) {

764 
	`��r_�rd_��y
(
�rd
);

768 
	}
}

771 
	$m�u�driv�
(*
driv�
, *
driv��ti�s
)

773 *
v�ues
[] = { 
NULL
, NULL };

774 
�wtW�E�ry
 
���s
[] =

775 { { "", &
v�ues
[0], 0,}, { 
NULL
, NULL, 0 } };

776 
rc
;

777 
comm�d�r�g
[
STRING_SIZE
];

778 *
driv��d
;

780 
	`�r�y
(
driv�
, "");

781 
	`�r�y
(
driv��ti�s
, "");

783 
rc
 = 
	`�wtW�E�r�s
(
	`_
("Select�etwork driver"), _("Set�dditional module�arameters"),

784 50, 5, 5, 40, 
���s
, 
	`_
("OK"), _("C��l"), 
NULL
);

785 i�(
rc
 == 0 ||�c == 1)

787 i�(
	`���
(
v�ues
[0]))

789 
	`�r�tf
(
comm�d�r�g
, "/sb�/mod�ob�%s", 
v�ues
[0]);

790 i�(
	`runcomm�dw�h��us
(
comm�d�r�g
, 
	`_
("L�d�g modu�..."), _("L�d�g modu�..."), 
NULL
) == 0)

792 i�((
driv��d
 = 
	`�rchr
(
v�ues
[0], ' ')))

794 *
driv��d
 = '\0';

795 
	`�r�y
(
driv�
, 
v�ues
[0]);

796 
	`�r�y
(
driv��ti�s
, 
driv��d
 + 1);

800 
	`�r�y
(
driv�
, 
v�ues
[0]);

801 
	`�r�y
(
driv��ti�s
, "");

805 
	`�r�box
(
	`_
("Unable�o�oad driver module."));

808 
	`�r�box
(
	`_
("Module�ame cannot be blank."));

810 
	`�
(
v�ues
[0]);

813 
	}
}

	@setup/networking.c

12 
	~<lib��.h
>

13 

	#_
(
x
�
	`dg��xt
("�tup", x)

	)

15 
	~"�tup.h
"

17 
FILE
 *
�og
;

18 
*
mylog
;

20 

automode
;

22 

	#HAS_GREEN
 1

	)

23 

	#HAS_RED
 (
c�figty�
 =�1 || c�figty� =�2 || c�figty� =�3 || c�figty� =�4)

	)

24 

	#HAS_ORANGE
 (
c�figty�
 =�2 || c�figty� =�4)

	)

25 

	#HAS_BLUE
 (
c�figty�
 =�3 || c�figty� =�4)

	)

26 

	#RED_IS_NOT_ETH
 (
c�figty�
 =�0)

	)

28 

nic
 
nics
[];

29 

knic
 
knics
[];

31 *
	gc�figty��mes
[] = {

36 
NULL
 };

37 
	gc�figty��rds
[] = {

45 
	gÏdd�ssch�ge
;

47 
oktޗve
();

48 
f��m�u
();

49 
c�figty�m�u
();

50 
driv�m�u
();

51 
ch�gedriv�s
();

52 
g��add�ssm�u
();

53 
add�s�sm�u
();

55 
	$h�d��tw�k�g
()

57 
d�e
;

58 
choi�
;

59 
found
;

61 
Ïdd�ssch�ge
 = 0;

63 
found
 = 
	`s�n_�tw�k_�rds
();

64 
found
 = 
	`��_knics
();

66 
d�e
 = 0;

67 !
d�e
)

69 
choi�
 = 
	`f��m�u
();

71 
choi�
)

74 
	`c�figty�m�u
();

78 
	`driv�m�u
();

82 
	`add�s�sm�u
();

86 i�(
	`oktޗve
()�
d�e
 = 1;

94 i�(
automode
 == 0)

97 i�(
Ïdd�ssch�ge
)

99 
	`runcomm�dw�h��us
("/etc/rc.d/init.d/network stop",

100 
	`_
("N�w�k�g"), _("St�p�g��w�k..."), 
NULL
);

102 
	`��me_nics
();

104 
	`runcomm�dw�h��us
("/etc/rc.d/init.d/network start",

105 
	`_
("N�w�k�g"), _("Re��t�g��w�k..."), 
NULL
);

106 
	`runcomm�dw�h��us
("/etc/rc.d/init.d/unbound�estart",

107 
	`_
("N�w�k�g"), _("Re��t�g unbound..."), 
NULL
);

110 
	`��me_nics
();

113 
	}
}

115 
	$oktޗve
()

117 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

118 
�mp
[
STRING_SIZE
];

119 
c�figty�
;

120 
rc
;

122 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")))

124 
	`�keyv�ues
(
kv
);

125 
	`�r�box
(
	`_
("Unable�o open settings file"));

129 
	`�r�y
(
�mp
, "1"); 
	`f�dkey
(
kv
, "CONFIG_TYPE",�emp); 
c�figty�
 = 
	`��
(temp);

130 i�(
c�figty�
 < 1 || configtype > 4) configtype = 1;

132 i�(
HAS_GREEN
)

134 
	`�r�y
(
�mp
, ""); 
	`f�dkey
(
kv
, "GREEN_DEV",�emp);

135 i�(!(
	`���
(
�mp
)))

137 
rc
 = 
	`�wtW�Choi�
(
	`_
("Error"), _("OK"), _("Ignore"),

138 
	`_
("No GREEN interface�ssigned."));

139 i�(
rc
 == 0 ||�c == 1)

141 
	`�keyv�ues
(
kv
);

145 i�(!(
	`��r��check
(
kv
, "GREEN")))

147 
	`�r�box
(
	`_
("Missing�n IP�ddress on GREEN."));

148 
	`�keyv�ues
(
kv
);

152 i�(
HAS_RED
)

155 
	`�r�y
(
�mp
, ""); 
	`f�dkey
(
kv
, "RED_DEV",�emp);

156 i�(!(
	`���
(
�mp
)))

158 
rc
 = 
	`�wtW�Choi�
(
	`_
("Error"), _("OK"), _("Ignore"),

159 
	`_
("No RED interface�ssigned."));

160 i�(
rc
 == 0 ||�c == 1)

162 
	`�keyv�ues
(
kv
);

166 i�(!(
	`��r��check
(
kv
, "RED")))

168 
	`�r�box
(
	`_
("Missing�n IP�ddress on RED."));

169 
	`�keyv�ues
(
kv
);

173 i�(
HAS_ORANGE
)

175 
	`�r�y
(
�mp
, ""); 
	`f�dkey
(
kv
, "ORANGE_DEV",�emp);

176 i�(!(
	`���
(
�mp
)))

178 
rc
 = 
	`�wtW�Choi�
(
	`_
("Error"), _("OK"), _("Ignore"),

179 
	`_
("No ORANGE interface�ssigned."));

180 i�(
rc
 == 0 ||�c == 1)

182 
	`�keyv�ues
(
kv
);

186 i�(!(
	`��r��check
(
kv
, "ORANGE")))

188 
	`�r�box
(
	`_
("Missing�n IP�ddress on ORANGE."));

189 
	`�keyv�ues
(
kv
);

193 i�(
HAS_BLUE
)

195 
	`�r�y
(
�mp
, ""); 
	`f�dkey
(
kv
, "BLUE_DEV",�emp);

196 i�(!(
	`���
(
�mp
)))

198 
rc
 = 
	`�wtW�Choi�
(
	`_
("Error"), _("OK"), _("Ignore"),

199 
	`_
("No BLUE interface�ssigned."));

200 i�(
rc
 == 0 ||�c == 1)

202 
	`�keyv�ues
(
kv
);

206 i�(!(
	`��r��check
(
kv
, "BLUE")))

208 
	`�r�box
(
	`_
("Missing�n IP�ddress on BLUE."));

209 
	`�keyv�ues
(
kv
);

214 
	}
}

218 
	$f��m�u
()

220 *
��i�s
[] = {

221 
	`_
("Network configuration�ype"),

222 
	`_
("Drivers�nd card�ssignments"),

223 
	`_
("Address settings"),

224 
NULL


226 
rc
;

227 
choi�
 = 0;

228 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

229 
mes�ge
[1000];

230 
�mp
[
STRING_SIZE
] = "1";

231 
x
;

232 
�su�
;

233 
�tw�k���t
[
STRING_SIZE
] = "";

235 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")))

237 
	`�keyv�ues
(
kv
);

238 
	`�r�box
(
	`_
("Unable�o open settings file"));

242 i�(
Ïdd�ssch�ge
)

243 
	`�r�y
(
�tw�k���t
, 
	`_
("When configuration is complete,��etwork�estart will be�equired."));

245 
	`�r�y
(
�mp
, ""); 
	`f�dkey
(
kv
, "CONFIG_TYPE",�emp);

246 
x
 = 
	`��
(
�mp
);

247 
x
--;

248 i�(
x
 < 0 || x > 4) x = 0;

250 
	`���tf
(
mes�ge
, 1000, 
	`_
("Cu���c�fig: %s\n\n%s"), 
c�figty��mes
[
x
], 
�tw�k���t
);

251 
rc
 = 
	`�wtW�M�u
(
	`_
("N�w�k c�figu�ti� m�u"), 
mes�ge
, 50, 5, 5, 6,

252 
��i�s
, &
choi�
, 
	`_
("OK"), _("D�e"), 
NULL
);

254 i�(
rc
 == 0 ||�c == 1)

255 
�su�
 = 
choi�
 + 1;

257 
�su�
 = 0;

259  
�su�
;

260 
	}
}

263 
	$c�figty�m�u
()

265 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

266 
�mp
[
STRING_SIZE
] = "1";

267 
mes�ge
[1000];

268 
choi�
, 
found
;

269 
rc
, 
c�figty�
;

271 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")))

273 
	`�keyv�ues
(
kv
);

274 
	`�r�box
(
	`_
("Unable�o open settings file"));

278 
found
 = 
	`s�n_�tw�k_�rds
();

280 
	`f�dkey
(
kv
, "CONFIG_TYPE", 
�mp
); 
choi�
 = 
	`��
(temp);

281 
choi�
--;

283 
	`�r�tf
(
mes�ge
, 
	`_
("Select�he�etwork configuration for %s. "

286 "�c�figu��h��tw�k driv��ssignm�ts."), 
NAME
);

287 
rc
 = 
	`�wtW�M�u
(
	`_
("N�w�k c�figu�tiځy�"), 
mes�ge
, 50, 5, 5,

288 6, 
c�figty��mes
, &
choi�
, 
	`_
("OK"), _("C��l"), 
NULL
);

289 i��
c�figty��rds
[
choi�
] > 
found
 ) {

290 
	`�r�tf
(
mes�ge
, 
	`_
("Not�nough�etcards for your choice.\n\nNeeded: %d - Available: %d\n"),

291 
c�figty��rds
[
choi�
], 
found
);

292 
	`�r�box
(
mes�ge
);

295 i�(
rc
 == 0 ||�c == 1)

297 
choi�
++;

298 
	`�r�tf
(
�mp
, "%d", 
choi�
);

299 
	`��a�keyv�ue
(
kv
, "CONFIG_TYPE", 
�mp
);

300 
c�figty�
 = 
	`��
(
�mp
);

301 i�(!
HAS_RED
)

302 
	`��r_�rd_��y
(
_RED_CARD_
);

303 i�(!
HAS_ORANGE
)

304 
	`��r_�rd_��y
(
_ORANGE_CARD_
);

305 i�(!
HAS_BLUE
)

306 
	`��r_�rd_��y
(
_BLUE_CARD_
);

308 
	`wr�ekeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings");

309 
Ïdd�ssch�ge
 = 1;

311 
	`�keyv�ues
(
kv
);

314 
	}
}

317 
	$driv�m�u
()

319 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

320 
mes�ge
[
STRING_SIZE
];

321 
�mp
[
STRING_SIZE
] = "1";

323 
c�figty�
;

324 
i
, 
rc
, 
kcou�
 = 0, 
�ednics
;

326 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")))

328 
	`�keyv�ues
(
kv
);

329 
	`�r�box
(
	`_
("Unable�o open settings file"));

333 i�(
	`f�dkey
(
kv
, "CONFIG_TYPE", 
�mp
))

334 
c�figty�
 = 
	`��
(
�mp
);

336 
	`�r�tf
(
�og
,"���g CONFIG_TYPE = %s\n",
�mp
);

337 
c�figty�
 = 
	`��
(
�mp
);

338 
	`��a�keyv�ue
(
kv
, "CONFIG_TYPE", 
�mp
);

339 
	`wr�ekeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings");

342 
	`�r�y
(
mes�ge
, 
	`_
("Configure�etwork drivers,�nd which interface�ach card is�ssigned�o. "

345 
kcou�
 = 0;

346 
�ednics
 = 0;

347 i�(
HAS_GREEN
) {

348 
	`�r�tf
(
�mp
, "%-6s: %s\n", "GREEN", 
knics
[
_GREEN_CARD_
].
des��ti�
);

349 
	`�r�t
(
mes�ge
, 
�mp
);

350 i�(
	`���
(
knics
[
_GREEN_CARD_
].
ma�ddr
) ) {

351 
	`�r�tf
(
�mp
, "%-6s: (%s)\n", "GREEN", 
knics
[
_GREEN_CARD_
].
ma�ddr
);

352 
	`�r�t
(
mes�ge
, 
�mp
);

354 
�ednics
++;

356 i�(
HAS_RED
) {

357 
	`�r�tf
(
�mp
, "%-6s: %s\n", "RED", 
knics
[
_RED_CARD_
].
des��ti�
);

358 
	`�r�t
(
mes�ge
, 
�mp
);

359 i�(
	`���
(
knics
[
_RED_CARD_
].
ma�ddr
) ) {

360 
	`�r�tf
(
�mp
, "%-6s: (%s)\n", "RED", 
knics
[
_RED_CARD_
].
ma�ddr
);

361 
	`�r�t
(
mes�ge
, 
�mp
);

363 
�ednics
++;

365 i�(
HAS_ORANGE
) {

366 
	`�r�tf
(
�mp
, "%-6s: %s\n", "ORANGE", 
knics
[
_ORANGE_CARD_
].
des��ti�
);

367 
	`�r�t
(
mes�ge
, 
�mp
);

368 i��
	`���
(
knics
[
_ORANGE_CARD_
].
ma�ddr
) ) {

369 
	`�r�tf
(
�mp
, "%-6s: (%s)\n", "ORANGE", 
knics
[
_ORANGE_CARD_
].
ma�ddr
);

370 
	`�r�t
(
mes�ge
, 
�mp
);

372 
�ednics
++;

374 i�(
HAS_BLUE
) {

375 
	`�r�tf
(
�mp
, "%-6s: %s\n", "BLUE", 
knics
[
_BLUE_CARD_
].
des��ti�
);

376 
	`�r�t
(
mes�ge
, 
�mp
);

377 i�(
	`���
(
knics
[
_BLUE_CARD_
].
ma�ddr
)) {

378 
	`�r�tf
(
�mp
, "%-6s: (%s)\n", "BLUE", 
knics
[
_BLUE_CARD_
].
ma�ddr
);

379 
	`�r�t
(
mes�ge
, 
�mp
);

381 
�ednics
++;

384  
i
=0 ; i<4; i++)

385 i�(
	`�rcmp
(
knics
[
i
].
ma�ddr
, ""))

386 
kcou�
++;

388 i�(
�ednics
 =�
kcou�
)

390 
	`�r�t
(
mes�ge
, "\n");

391 
	`�r�t
(
mes�ge
, 
	`_
("Do you wish�o change�hese settings?"));

392 
rc
 = 
	`�wtW�Choi�
(
	`_
("Drivers�nd card�ssignments"), _("OK"),

393 
	`_
("C��l"), 
mes�ge
);

394 i�(
rc
 == 0 ||�c == 1)

396 
	`ch�gedriv�s
();

399 
	`ch�gedriv�s
();

401 
	`�keyv�ues
(
kv
);

404 
	}
}

406 
	$ch�gedriv�s
()

408 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

409 
�mp
[
STRING_SIZE
], 
mes�ge
[STRING_SIZE];

410 
c�figty�
;

411 
g��
 = 0, 
�d
 = 0, 
blue
 = 0, 
ܪge
 = 0;

412 
M�uInh�t
[10][180];

413 *
pM�uInh�t
[10];

414 
cou�
 = 0, 
choi�
 = 0, 
rc
;

415 
NicE�ry
[10];

417 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")))

419 
	`�keyv�ues
(
kv
);

420 
	`�r�box
(
	`_
("Unable�o open settings file"));

423 i�(
automode
 == 0)

424 
	`runcomm�dw�h��us
("/etc/rc.d/init.d/network stop�ed blue orange",

425 
	`_
("N�w�k�g"), _("Re��t�g��-lo���tw�k..."), 
NULL
);

427 
	`f�dkey
(
kv
, "CONFIG_TYPE", 
�mp
); 
c�figty�
 = 
	`��
(temp);

428 i�(
c�figty�
 == 1)

429 { 
g��
 = 1; 
�d
 = 1; }

430 i�(
c�figty�
 == 2)

431 { 
g��
 = 1; 
�d
 = 1; 
ܪge
 = 1; }

432 i�(
c�figty�
 == 3)

433 { 
g��
 = 1; 
�d
 = 1; 
blue
 = 1; }

434 i�(
c�figty�
 == 4)

435 { 
g��
 = 1; 
�d
=1; 
ܪge
=1; 
blue
 = 1; }

437 { 
g��
 = 1; 
�d
 = 1; }

441 
cou�
 = 0;

442 
	`�r�y
(
mes�ge
, 
	`_
("Please choose�he interface you wish�o change.\n\n"));

444 i�(
g��
) {

445 
	`�r�y
(
M�uInh�t
[
cou�
], "GREEN");

446 
pM�uInh�t
[
cou�
] = 
M�uInh�t
[count];

447 
NicE�ry
[
_GREEN_CARD_
] = 
cou�
;

448 
	`�r�tf
(
�mp
, "%-6s: %s\n", "GREEN", 
knics
[
_GREEN_CARD_
].
des��ti�
);

449 
	`�r�t
(
mes�ge
, 
�mp
);

450 i��
	`���
(
knics
[
_GREEN_CARD_
].
ma�ddr
) ) {

451 
	`�r�tf
(
�mp
, "%-6s: (%s)\n", "GREEN", 
knics
[
_GREEN_CARD_
].
ma�ddr
);

452 
	`�r�t
(
mes�ge
, 
�mp
);

454 
cou�
++;

457 i�(
�d
) {

458 
	`�r�y
(
M�uInh�t
[
cou�
], "RED");

459 
pM�uInh�t
[
cou�
] = 
M�uInh�t
[count];

460 
NicE�ry
[
_RED_CARD_
] = 
cou�
;

461 
	`�r�tf
(
�mp
, "%-6s: %s\n", "RED", 
knics
[
_RED_CARD_
].
des��ti�
);

462 
	`�r�t
(
mes�ge
, 
�mp
);

463 i��
	`���
(
knics
[
_RED_CARD_
].
ma�ddr
) ) {

464 
	`�r�tf
(
�mp
, "%-6s: (%s)\n", "RED", 
knics
[
_RED_CARD_
].
ma�ddr
);

465 
	`�r�t
(
mes�ge
, 
�mp
);

467 
cou�
++;

470 i�(
ܪge
) {

471 
	`�r�y
(
M�uInh�t
[
cou�
], "ORANGE");

472 
pM�uInh�t
[
cou�
] = 
M�uInh�t
[count];

473 
NicE�ry
[
_ORANGE_CARD_
] = 
cou�
;

474 
	`�r�tf
(
�mp
, "%-6s: %s\n", "ORANGE", 
knics
[
_ORANGE_CARD_
].
des��ti�
);

475 
	`�r�t
(
mes�ge
, 
�mp
);

476 i��
	`���
(
knics
[
_ORANGE_CARD_
].
ma�ddr
) ) {

477 
	`�r�tf
(
�mp
, "%-6s: (%s)\n", "ORANGE", 
knics
[
_ORANGE_CARD_
].
ma�ddr
);

478 
	`�r�t
(
mes�ge
, 
�mp
);

480 
cou�
++;

483 i�(
blue
) {

484 
	`�r�y
(
M�uInh�t
[
cou�
], "BLUE");

485 
pM�uInh�t
[
cou�
] = 
M�uInh�t
[count];

486 
NicE�ry
[
_BLUE_CARD_
] = 
cou�
;

487 
	`�r�tf
(
�mp
, "%-6s: %s\n", "BLUE", 
knics
[
_BLUE_CARD_
].
des��ti�
);

488 
	`�r�t
(
mes�ge
, 
�mp
);

489 i��
	`���
(
knics
[
_BLUE_CARD_
].
ma�ddr
) ) {

490 
	`�r�tf
(
�mp
, "%-6s: (%s)\n", "BLUE", 
knics
[
_BLUE_CARD_
].
ma�ddr
);

491 
	`�r�t
(
mes�ge
, 
�mp
);

493 
cou�
++;

495 
pM�uInh�t
[
cou�
] = 
NULL
;

497 
rc
 = 
	`�wtW�M�u
(
	`_
("Assig�d C�ds"), 
mes�ge
, 70, 5, 5, 6, 
pM�uInh�t
,

498 &
choi�
, 
	`_
("S�e�"), _("Remove"), _("D�e"), 
NULL
);

500 i��
rc
 == 0 ||�c == 1) {

501 i�((
g��
�&& ( 
choi�
 =�
NicE�ry
[0])�
	`nicm�u
(
_GREEN_CARD_
);

502 i�((
�d
�&& ( 
choi�
 =�
NicE�ry
[1])�
	`nicm�u
(
_RED_CARD_
);

503 i�((
ܪge
�&& ( 
choi�
 =�
NicE�ry
[2])�
	`nicm�u
(
_ORANGE_CARD_
);

504 i�((
blue
�&& ( 
choi�
 =�
NicE�ry
[3])�
	`nicm�u
(
_BLUE_CARD_
);

505 
Ïdd�ssch�ge
 = 1;

506 } i�(
rc
 == 2) {

507 i�((
g��
�&& ( 
choi�
 =�
NicE�ry
[0])�
	`ask_��r_�rd_��y
(
_GREEN_CARD_
);

508 i�((
�d
�&& ( 
choi�
 =�
NicE�ry
[1])�
	`ask_��r_�rd_��y
(
_RED_CARD_
);

509 i�((
ܪge
�&& ( 
choi�
 =�
NicE�ry
[2])�
	`ask_��r_�rd_��y
(
_ORANGE_CARD_
);

510 i�((
blue
�&& ( 
choi�
 =�
NicE�ry
[3])�
	`ask_��r_�rd_��y
(
_BLUE_CARD_
);

511 
Ïdd�ssch�ge
 = 1;

514  
rc
 <= 2);

516 
	`�keyv�ues
(
kv
);

518 
	}
}

521 
	$g��add�ssm�u
()

523 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

524 
mes�ge
[1000];

525 
rc
;

527 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")))

529 
	`�keyv�ues
(
kv
);

530 
	`�r�box
(
	`_
("Unable�o open settings file"));

534 
	`�r�tf
(
mes�ge
, 
	`_
("If you change�his IP�ddress,�nd you�re�ogged in�emotely, "

537 "hav�physi��ac�s�t�th�mach�e, should som�h�g g�wr�g."), 
NAME
);

538 
rc
 = 
	`�wtW�Choi�
(
	`_
("W�n�g"), _("OK"), _("C��l"), 
mes�ge
);

540 i�(
rc
 == 0 ||�c == 1)

542 i�(
	`ch�g�dd�ss
(
kv
, "GREEN", 0, ""))

544 
Ïdd�ssch�ge
 = 1;

545 
	`wr�ekeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings");

546 
	`wr�eho�sf�es
();

550 
	`�keyv�ues
(
kv
);

553 
	}
}

556 
	$add�s�sm�u
()

558 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

559 
keyv�ue
 *
ma�kv
 = 
	`��keyv�ues
();

560 
rc
 = 0;

561 *
��i�s
[5];

562 *
g��
 = "GREEN";

563 *
ܪge
 = "ORANGE";

564 *
blue
 = "BLUE";

565 *
�d
 = "RED";

566 
c
 = 0;

567 
g��add�ss
[
STRING_SIZE
];

568 
�dg��add�ss
[
STRING_SIZE
];

569 
�mp
[
STRING_SIZE
];

570 
�mp2
[
STRING_SIZE
];

571 
mes�ge
[1000];

572 
c�figty�
;

573 
d�e
;

574 
choi�
;

575 
ho��me
[
STRING_SIZE
];

577 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings")))

579 
	`�keyv�ues
(
kv
);

580 
	`�keyv�ues
(
ma�kv
);

581 
	`�r�box
(
	`_
("Unable�o open settings file"));

584 i�(!(
	`�adkeyv�ues
(
ma�kv
, 
CONFIG_ROOT
 "/main/settings")))

586 
	`�keyv�ues
(
kv
);

587 
	`�keyv�ues
(
ma�kv
);

588 
	`�r�box
(
	`_
("Unable�o open settings file"));

592 
	`�r�y
(
�mp
, "0"); 
	`f�dkey
(
kv
, "CONFIG_TYPE",�emp);

593 
c�figty�
 = 
	`��
(
�mp
);

595 
��i�s
[
c
] = 
g��
;

596 
c
++;

597 i�(
HAS_BLUE
)

599 
��i�s
[
c
] = 
blue
;

600 
c
++;

602 i�(
HAS_ORANGE
)

604 
��i�s
[
c
] = 
ܪge
;

605 
c
++;

607 i�(
HAS_RED
)

609 
��i�s
[
c
] = 
�d
;

610 
c
++;

612 
��i�s
[
c
] = 
NULL
;

614 
choi�
 = 0;

615 
d�e
 = 0;

616 !
d�e
)

618 
rc
 = 
	`�wtW�M�u
(
	`_
("Address settings"),

619 
	`_
("Select�he interface you wish�o�econfigure."), 50, 5,

620 5, 6, 
��i�s
, &
choi�
, 
	`_
("OK"), _("D�e"), 
NULL
);

622 i�(
rc
 == 0 ||�c == 1)

624 i�(
	`�rcmp
(
��i�s
[
choi�
], "GREEN") == 0)

626 
	`f�dkey
(
kv
, "GREEN_ADDRESS", 
�dg��add�ss
);

627 
	`�r�tf
(
mes�ge
, 
	`_
("If you change�his IP�ddress,�nd you�re�ogged in�emotely, "

630 "hav�physi��ac�s�t�th�mach�e, should som�h�g g�wr�g."), 
NAME
);

631 
rc
 = 
	`�wtW�Choi�
(
	`_
("W�n�g"), _("OK"), _("C��l"), 
mes�ge
);

632 i�(
rc
 == 0 ||�c == 1)

634 i�(
	`ch�g�dd�ss
(
kv
, "GREEN", 0, ""))

636 
Ïdd�ssch�ge
 = 1;

637 
	`wr�ekeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings");

638 
	`wr�eho�sf�es
();

639 
	`f�dkey
(
kv
, "GREEN_ADDRESS", 
g��add�ss
);

640 
	`���tf
(
�mp
, 
STRING_SIZE
-1, "�tiڄou�r�%s", 
�dg��add�ss
);

641 
	`���tf
(
�mp2
, 
STRING_SIZE
-1, "�tiڄou�r�%s", 
g��add�ss
);

642 
	`��a�
 (
CONFIG_ROOT
 "/dh�/dh�d.c�f", 
�mp
, 
�mp2
);

643 
	`chown
 (
CONFIG_ROOT
 "/dhcp/dhcpd.conf", 99, 99);

647 i�(
	`�rcmp
(
��i�s
[
choi�
], "BLUE") == 0)

649 i�(
	`ch�g�dd�ss
(
kv
, "BLUE", 0, ""))

650 
Ïdd�ssch�ge
 = 1;

652 i�(
	`�rcmp
(
��i�s
[
choi�
], "ORANGE") == 0)

654 i�(
	`ch�g�dd�ss
(
kv
, "ORANGE", 0, ""))

655 
Ïdd�ssch�ge
 = 1;

657 i�(
	`�rcmp
(
��i�s
[
choi�
], "RED") == 0)

659 
	`�r�y
(
ho��me
, "");

660 
	`f�dkey
(
ma�kv
, "HOSTNAME", 
ho��me
);

661 i�(
	`ch�g�dd�ss
(
kv
, "RED", 1, 
ho��me
))

662 
Ïdd�ssch�ge
 = 1;

666 
d�e
 = 1;

669 
	`wr�ekeyv�ues
(
kv
, 
CONFIG_ROOT
 "/ethernet/settings");

670 
	`�keyv�ues
(
kv
);

671 
	`�keyv�ues
(
ma�kv
);

674 
	}
}

	@setup/passwords.c

14 
	~<lib��.h
>

15 

	#_
(
x
�
	`dg��xt
("�tup", x)

	)

17 
	~"�tup.h
"

19 
FILE
 *
�og
;

20 
*
mylog
;

22 

automode
;

24 
g��ssw�d
(*
�ssw�d
, *
�xt
);

27 
	$h�d�roٷssw�d
()

29 
�ssw�d
[
STRING_SIZE
];

30 
comm�d�r�g
[
STRING_SIZE
];

33 i�(
	`g��ssw�d
(
�ssw�d
, 
	`_
("Enter�he 'root' user�assword. Login�s�his user for commandline�ccess.")) == 2)

36 
	`���tf
(
comm�d�r�g
, 
STRING_SIZE
,

37 "/b�/ech�'ro�:%s' | /u�/sb�/ch�sswd", 
�ssw�d
);

38 i�(
	`runhidd�comm�dw�h��us
(
comm�d�r�g
, 
	`_
("S�t�g�assw�d"), _("S�t�g 'ro�'�assw�d...."), 
NULL
)) {

39 
	`�r�box
(
	`_
("Problem setting 'root'�assword."));

44 
	}
}

46 
	$h�d�adm��ssw�d
()

48 
�ssw�d
[
STRING_SIZE
];

49 
comm�d�r�g
[
STRING_SIZE
];

50 
mes�ge
[1000];

53 
	`�r�tf
(
mes�ge
, 
	`_
("Enter %s 'admin' user�assword. "

54 "Thi�i�th�u��t�u� f܆ogg�g i��th�%�web�dm�i��tiڅages."), 
NAME
, NAME);

55 i�(
	`g��ssw�d
(
�ssw�d
, 
mes�ge
) == 2)

58 
	`���tf
(
comm�d�r�g
, 
STRING_SIZE
,

59 "/u�/b�/h�asswd -�-B -C 7 -b " 
CONFIG_ROOT
 "/auth/u�r�adm� '%s'", 
�ssw�d
);

60 
	`�r�tf
(
mes�ge
, 
	`_
("S�t�g %�'adm�' u���ssw�d..."), 
NAME
);

61 i�(
	`runhidd�comm�dw�h��us
(
comm�d�r�g
, 
	`_
("S�t�g�assw�d"), 
mes�ge
, 
NULL
)) {

62 
	`�r�tf
(
mes�ge
, 
	`_
("Prob�m s�t�g %�'adm�' u���ssw�d."), 
NAME
);

63 
	`�r�box
(
mes�ge
);

68 
	}
}

71 
	$g��ssw�d
(*
�ssw�d
, *
�xt
)

73 *
v�ues
[] = { 
NULL
, NULL, NULL };

74 
�wtW�E�ry
 
���s
[] =

76 { 
	`_
("Passw�d:"), &
v�ues
[0], 2 },

77 { 
	`_
("Aga�:"), &
v�ues
[1], 2 },

78 { 
NULL
, NULL, 0 }

80 
t��
[
STRING_SIZE
];

81 
rc
;

82 
d�e
;

86 
d�e
 = 1;

87 
	`�r�tf
 (
t��
, "%�- %s", 
NAME
, 
SLOGAN
);

88 
rc
 = 
	`�wtW�E�r�s
(
t��
, 
�xt
,

89 65, 5, 5, 50, 
���s
, 
	`_
("OK"), _("C��l"), 
NULL
);

91 i�(
rc
 != 2)

93 i�(
	`���
(
v�ues
[0]) == 0 || strlen(values[1]) == 0)

95 
	`�r�box
(
	`_
("Password cannot be blank."));

96 
d�e
 = 0;

97 
	`�r�y
(
v�ues
[0], "");

98 
	`�r�y
(
v�ues
[1], "");

100 i�(
	`�rcmp
(
v�ues
[0], values[1]) != 0)

102 
	`�r�box
(
	`_
("Passwords do�ot match."));

103 
d�e
 = 0;

104 
	`�r�y
(
v�ues
[0], "");

105 
	`�r�y
(
v�ues
[1], "");

107 i�(
	`�rchr
(
v�ues
[0], ' '))

109 
	`�r�box
(
	`_
("Password cannot contain spaces."));

110 
d�e
 = 0;

111 
	`�r�y
(
v�ues
[0], "");

112 
	`�r�y
(
v�ues
[1], "");

116 !
d�e
);

118 
	`���y
(
�ssw�d
, 
v�ues
[0], 
STRING_SIZE
);

120 i�(
v�ues
[0]�
	`�
(values[0]);

121 i�(
v�ues
[1]�
	`�
(values[1]);

123  
rc
;

124 
	}
}

	@setup/setup.h

13 
	~<�wt.h
>

14 
	~<libsmo�h.h
>

17 
h�d�ho��me
();

20 
h�d�doma��me
();

23 
h�d��tw�k�g
();

26 
h�d�dh�
();

29 
h�d�roٷssw�d
();

30 
h�dˣtu�assw�d
();

31 
h�d�adm��ssw�d
();

34 
wr�eho�sf�es
();

37 
h�d�keym�
();

40 
h�d�timez�e
();

43 

	#ADDRESS
 0

	)

44 

	#NETADDRESS
 1

	)

45 

	#NETMASK
 2

	)

46 

	#DHCP
 3

	)

47 

	#NETCHANGE_TOTAL
 4

	)

49 

	#SCANNED_NICS
 "/v�/�f�e/�h��t/s��ed_nics"

	)

50 

	#SYSDIR
 "/sys/�ass/�t"

	)

52 

	#_GREEN_CARD_
 0

	)

53 

	#_RED_CARD_
 1

	)

54 

	#_ORANGE_CARD_
 2

	)

55 

	#_BLUE_CARD_
 3

	)

57 

	#MAX_NICS
 20

	)

59 
	snic


61 
	mdriv�
[80];

62 
	mdes��ti�
[256];

63 
	mma�ddr
[20];

64 
	mnic
[20];

67 
	sknic


69 
	mdriv�
[80];

70 
	mdes��ti�
[256];

71 
	mma�ddr
[20];

72 
	mc�our
[20];

75 
ch�g�dd�ss
(
keyv�ue
 *
kv
, *
c�our
, 
ty��ag
,

76 *
de�u�dh�ho��me
);

77 
g�ty�
(*
ty�
);

78 
���add�ss
(
keyv�ue
 *
kv
, *
c�our
);

79 
�tw�kd�log��backty�
(
�wtCompڒt
 
cm
, *
d�a
);

80 
��r��check
(
keyv�ue
 *
kv
, *
c�our
);

81 
��me_nics
();

82 
��_knics
();

83 
s�n_�tw�k_�rds
();

84 
nicm�u
(
c�our
);

85 
��r_�rd_��y
(
�rds
);

86 
ask_��r_�rd_��y
(
�rds
);

87 
m�u�driv�
(*
driv�
, *
driv��ti�s
);

	@setup/timezone.c

14 
	~<lib��.h
>

15 

	#_
(
x
�
	`dg��xt
("�tup", x)

	)

17 
	~"�tup.h
"

19 
FILE
 *
�og
;

20 
*
mylog
;

22 

automode
;

24 

	#MAX_FILENAMES
 5000

	)

25 

	#ZONEFILES
 "/u�/sh�e/z�e�fo/posix"

	)

27 
	gf��amecou�
;

28 *
	gf��ames
[
MAX_FILENAMES
];

29 *
	gdi��y�mes
[
MAX_FILENAMES
];

31 
�o�ss
(*
�efix
, *
�th
);

32 
cmp
(cڡ *
s1
, cڡ *
s2
);

34 
	$h�d�timez�e
()

36 
c
;

37 
choi�
;

38 *
�mp
;

39 
keyv�ue
 *
kv
 = 
	`��keyv�ues
();

40 
rc
;

41 
�su�
;

42 
timez�e
[
STRING_SIZE
];

44 
f��amecou�
 = 0;

46 
	`�o�ss
(
ZONEFILES
, "");

47 
f��ames
[
f��amecou�
] = 
NULL
;

48 
	`qs�t
(
f��ames
, 
f��amecou�
, (*), 
cmp
);

50 
c
 = 0; 
f��ames
[c]; c++)

52 
di��y�mes
[
c
] = 
	`m�loc
(
STRING_SIZE
);

53 i�((
�mp
 = 
	`�r�r
(
f��ames
[
c
], 
ZONEFILES
)))

54 
	`�r�y
(
di��y�mes
[
c
], 
�mp
 + 
	`���
(
ZONEFILES
) + 1);

56 
	`�r�y
(
di��y�mes
[
c
], 
f��ames
[c]);

58 
di��y�mes
[
c
] = 
NULL
;

60 i�(!(
	`�adkeyv�ues
(
kv
, 
CONFIG_ROOT
 "/main/settings")))

62 
	`�keyv�ues
(
kv
);

63 
	`�r�box
(
	`_
("Unable�o open settings file"));

67 
	`�r�y
(
timez�e
, 
ZONEFILES
 "/Europe/Berlin");

68 
	`f�dkey
(
kv
, "TIMEZONE", 
timez�e
);

70 
choi�
 = 0;

71 
c
 = 0; 
f��ames
[c]; c++)

73 i�(
	`�rcmp
(
timez�e
, 
f��ames
[
c
]) == 0)

74 
choi�
 = 
c
;

77 
rc
 = 
	`�wtW�M�u
(
	`_
("Timezone"), _("Choose�he�imezone you�re in from�he�ist below."),

78 50, 5, 5, 6, 
di��y�mes
, &
choi�
, 
	`_
("OK"), _("C��l"), 
NULL
);

80 
	`�r�y
(
timez�e
, 
f��ames
[
choi�
]);

82 i�(
rc
 != 2)

84 
	`��a�keyv�ue
(
kv
, "TIMEZONE", 
timez�e
);

85 
	`wr�ekeyv�ues
(
kv
, 
CONFIG_ROOT
 "/main/settings");

86 
	`uƚk
("/etc/localtime");

87 
	`l�k
(
timez�e
, "/etc/localtime");

88 
�su�
 = 1;

91 
�su�
 = 0;

93 
c
 = 0; 
f��ames
[c]; c++)

95 
	`�
(
f��ames
[
c
]);

96 
	`�
(
di��y�mes
[
c
]);

98 
	`�keyv�ues
(
kv
);

100  
�su�
;

101 
	}
}

103 
	$�o�ss
(*
�efix
, *
�th
)

105 
DIR
 *
d�
;

106 
d��t
 *
de
;

107 
�w�th
[
PATH_MAX
];

109 
	`���tf
(
�w�th
, 
PATH_MAX
, "%s%s", 
�efix
, 
�th
);

111 i�(!(
d�
 = 
	`ݒd�
(
�w�th
)))

113 i�(
f��amecou�
 > 
MAX_FILENAMES
)

116 
f��ames
[
f��amecou�
] = (*�
	`�rdup
(
�w�th
);

117 
f��amecou�
++;

121 (
de
 = 
	`�add�
(
d�
)))

123 i�(
de
->
d_�me
[0] == '.') ;

124 
	`���tf
(
�w�th
, 
PATH_MAX
, "%s/%s", 
�th
, 
de
->
d_�me
);

125 
	`�o�ss
(
�efix
, 
�w�th
);

127 
	`�o�d�
(
d�
);

130 
	}
}

133 
	$cmp
(cڡ *
s1
, cڡ *
s2
)

135  (
	`�rcmp
(* (**�
s1
, * (**�
s2
));

136 
	}
}

	@/usr/include/arpa/inet.h

18 #i�de�
_ARPA_INET_H


19 

	#_ARPA_INET_H
 1

	)

21 
	~<�u�s.h
>

22 
	~<�t��/�.h
>

25 #i�de�
__sock�n_t_def�ed


26 
__sock�n_t
 
	tsock�n_t
;

27 

	#__sock�n_t_def�ed


	)

30 
__BEGIN_DECLS


34 
�_addr_t
 
	$��_addr
 (cڡ *
__�
�
__THROW
;

37 
�_addr_t
 
	$��_�aof
 (
�_addr
 
__�
�
__THROW
;

41 

�_addr
 
	$��_mak�ddr
 (
�_addr_t
 
__�t
, in_addr_�
__ho�
)

42 
__THROW
;

45 
�_addr_t
 
	$��_�tof
 (
�_addr
 
__�
�
__THROW
;

49 
�_addr_t
 
	$��_�tw�k
 (cڡ *
__�
�
__THROW
;

53 
*
	$��_��
 (
�_addr
 
__�
�
__THROW
;

58 

	$��_��
 (
__af
, cڡ *
__��ri�
 
__�
,

59 *
__��ri�
 
__buf
�
__THROW
;

64 
cڡ *
	$��_��
 (
__af
, cڡ *
__��ri�
 
__�
,

65 *
__��ri�
 
__buf
, 
sock�n_t
 
__�n
)

66 
__THROW
;

70 #ifde�
__USE_MISC


73 

	$��_��
 (cڡ *
__�
, 
�_addr
 *
__�p
�
__THROW
;

77 
*
	$��_Ï
 (
�_addr_t
 
__�t
, *
__buf
, 
size_t
 
__�n
�
__THROW


78 
	`__��ibu�_d����d_msg__
 ("Use inet_ntop instead");

83 
*
	$��_�t_��
 (
__af
, cڡ *
__�
, 
__b�s
,

84 *
__buf
, 
size_t
 
__�n
�
__THROW
;

89 

	$��_�t_��
 (
__af
, cڡ *
__�
,

90 *
__buf
, 
size_t
 
__�n
�
__THROW
;

95 

	$��_n�p_addr
 (cڡ *
__�
,

96 *
__buf
, 
__�n
�
__THROW
;

100 
*
	$��_n�p_��
 (
__�n
, cڡ *
__�
,

101 *
__buf
�
__THROW
;

104 
__END_DECLS


	@/usr/include/assert.h

22 #ifdef 
_ASSERT_H


24 #unde�
_ASSERT_H


25 #unde�
as��


26 #unde�
__ASSERT_VOID_CAST


28 #ifdef 
__USE_GNU


29 #unde�
as��_���


34 

	#_ASSERT_H
 1

	)

35 
	~<�u�s.h
>

37 #i�
def�ed
 
__�lu�lus
 && 
__GNUC_PREREQ
 (2,95)

38 

	#__ASSERT_VOID_CAST
 
��ic_��
<>

	)

40 

	#__ASSERT_VOID_CAST
 ()

	)

48 #ifdef 
NDEBUG


50 

	#as��
(
ex�
�(
	`__ASSERT_VOID_CAST
 (0))

	)

58 #ifdef 
__USE_GNU


59 

	#as��_���
(
��um
�(
	`__ASSERT_VOID_CAST
 (0))

	)

64 
__BEGIN_DECLS


67 

	$__as��_�
 (cڡ *
__as��i�
, cڡ *
__f�e
,

68 
__l�e
, cڡ *
__fun�i�
)

69 
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

72 

	$__as��_���_�
 (
__��um
, cڡ *
__f�e
,

73 
__l�e
, cڡ *
__fun�i�
)

74 
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

79 

	$__as��
 (cڡ *
__as��i�
, cڡ *
__f�e
, 
__l�e
)

80 
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

83 
__END_DECLS


88 #i�
def�ed
 
__�lu�lus


89 #i�
def�ed
 
__has_bu�t�


90 #i�
	`__has_bu�t�
 (
__bu�t�_FILE
)

91 

	#__ASSERT_FILE
 
	`__bu�t�_FILE
 ()

	)

92 

	#__ASSERT_LINE
 
	`__bu�t�_LINE
 ()

	)

95 #i�!
def�ed
 
__ASSERT_FILE


96 

	#__ASSERT_FILE
 
__FILE__


	)

97 

	#__ASSERT_LINE
 
__LINE__


	)

99 

	#as��
(
ex�
) \

100 (
��ic_��
 <
bo�
> (
ex�
) \

102 : 
	`__as��_�
 (#ex�, 
__ASSERT_FILE
, 
__ASSERT_LINE
, \

103 
__ASSERT_FUNCTION
))

	)

104 #�i�!
def�ed
 
__GNUC__
 || def�ed 
__STRICT_ANSI__


105 

	#as��
(
ex�
) \

106 ((
ex�
) \

107 ? 
	`__ASSERT_VOID_CAST
 (0) \

108 : 
	`__as��_�
 (#ex�, 
__FILE__
, 
__LINE__
, 
__ASSERT_FUNCTION
))

	)

115 

	#as��
(
ex�
) \

116 ((� ((
ex�
�? 1 : 0), 
	`__ex�nsi�__
 ({ \

117 i�(
ex�
) \

120 
	`__as��_�
 (#ex�, 
__FILE__
, 
__LINE__
, 
__ASSERT_FUNCTION
); \

121 
	}
}))

	)

124 #ifdef 
__USE_GNU


125 

	#as��_���
(
��um
) \

126 (!(
��um
) \

127 ? 
	`__ASSERT_VOID_CAST
 (0) \

128 : 
	`__as��_���_�
 ((
��um
), 
__FILE__
, 
__LINE__
, 
__ASSERT_FUNCTION
))

	)

136 #i�
def�ed
 
__�lu�lus
 ? 
__GNUC_PREREQ
 (2, 6) : __GNUC_PREREQ (2, 4)

137 

	#__ASSERT_FUNCTION
 
__ex�nsi�__
 
__PRETTY_FUNCTION__


	)

139 #i�
def�ed
 
__STDC_VERSION__
 && __STDC_VERSION__ >= 199901L

140 

	#__ASSERT_FUNCTION
 
__func__


	)

142 

	#__ASSERT_FUNCTION
 ((cڡ *�0)

	)

149 #i�(
def�ed
 
__USE_ISOC11
 \

150 && (!
def�ed
 
	g__STDC_VERSION__
 \

151 || 
	g__STDC_VERSION__
 <= 201710L \

152 || !
__GNUC_PREREQ
 (13, 0)) \

153 && !
def�ed
 
	g__�lu�lus
)

154 #unde�
��ic_as��


155 

	#��ic_as��
 
_S�tic_as��


	)

	@/usr/include/blkid/blkid.h

23 #i�de�
_BLKID_BLKID_H


24 

	#_BLKID_BLKID_H


	)

26 
	~<�d�t.h
>

27 
	~<sys/ty�s.h
>

29 #ifde�
__�lu�lus


33 

	#BLKID_VERSION
 "2.38.1"

	)

34 

	#BLKID_DATE
 "04-Aug-2022"

	)

41 
blkid_�ru�_dev
 *
	tblkid_dev
;

48 
blkid_�ru�_�che
 *
	tblkid_�che
;

55 
blkid_�ru�_�obe
 *
	tblkid_�obe
;

62 
blkid_�ru�_t��ogy
 *
	tblkid_t��ogy
;

69 
blkid_�ru�_��li�
 *
	tblkid_��li�
;

76 
blkid_�ru�_���i�
 *
	tblkid_���i�
;

83 
blkid_�ru�_���b�
 *
	tblkid_���b�
;

90 
�t64_t
 
	tblkid_loff_t
;

97 
blkid_�ru�_�g_���e
 *
	tblkid_�g_���e
;

104 
blkid_�ru�_dev_���e
 *
	tblkid_dev_���e
;

118 

	#BLKID_DEV_FIND
 0x0000

	)

119 

	#BLKID_DEV_CREATE
 0x0001

	)

120 

	#BLKID_DEV_VERIFY
 0x0002

	)

121 

	#BLKID_DEV_NORMAL
 (
BLKID_DEV_CREATE
 | 
BLKID_DEV_VERIFY
)

	)

124 #i�de�
__GNUC_PREREQ


125 #i�
def�ed
 
__GNUC__
 && def�ed 
__GNUC_MINOR__


126 

	#__GNUC_PREREQ
(
maj
, 
m�
�((
__GNUC__
 << 16�+ 
__GNUC_MINOR__
 >�((maj�<< 16�+ (m�))

	)

128 

	#__GNUC_PREREQ
(
maj
, 
m�
�0

	)

132 #i�de�
__ul_��ibu�__


133 #i�
__GNUC_PREREQ
 (3, 4)

134 

	#__ul_��ibu�__
(
_a_
�
	`__��ibu�__
(_a_)

	)

136 

	#__ul_��ibu�__
(
_a_
)

	)

141 

blkid_��_debug
(
mask
);

144 

blkid_put_�che
(
blkid_�che
 
�che
);

145 

blkid_g�_�che
(
blkid_�che
 *
�che
, cڡ *
f��ame
);

146 

blkid_gc_�che
(
blkid_�che
 
�che
);

149 
cڡ *
blkid_dev_dev�me
(
blkid_dev
 
dev
)

150 
__ul_��ibu�__
((
w�n_unu�d_�su�
));

152 
blkid_dev_���e
 
blkid_dev_���e_beg�
(
blkid_�che
 
�che
);

153 

blkid_dev_�t_��ch
(
blkid_dev_���e
 
��
,

154 cڡ *
��ch_ty�
, cڡ *
��ch_v�ue
);

155 

blkid_dev_�xt
(
blkid_dev_���e
 
���e
, 
blkid_dev
 *
dev
);

156 

blkid_dev_���e_�d
(
blkid_dev_���e
 
���e
);

159 
*
blkid_devno_to_dev�me
(
dev_t
 
devno
)

160 
__ul_��ibu�__
((
w�n_unu�d_�su�
));

161 

blkid_devno_to_wh�edisk
(
dev_t
 
dev
, *
disk�me
,

162 
size_t
 
�n
, 
dev_t
 *
diskdevno
)

163 
__ul_��ibu�__
((
w�n_unu�d_�su�
));

166 

blkid_�obe_�l
(
blkid_�che
 
�che
);

167 

blkid_�obe_�l_�w
(
blkid_�che
 
�che
);

168 

blkid_�obe_�l_�movab�
(
blkid_�che
 
�che
);

170 
blkid_dev
 
blkid_g�_dev
(
blkid_�che
 
�che
, cڡ *
dev�me
, 
�ags
);

173 
blkid_loff_t
 
blkid_g�_dev_size
(
fd
);

176 
blkid_dev
 
blkid_v�ify
(
blkid_�che
 
�che
, blkid_dev 
dev
);

181 
*
blkid_g�_�g_v�ue
(
blkid_�che
 
�che
, cڡ *
�g�me
,

182 cڡ *
dev�me
)

183 
__ul_��ibu�__
((
w�n_unu�d_�su�
));

184 
*
blkid_g�_dev�me
(
blkid_�che
 
�che
, cڡ *
tok�
,

185 cڡ *
v�ue
)

186 
__ul_��ibu�__
((
w�n_unu�d_�su�
));

189 
blkid_�g_���e
 
blkid_�g_���e_beg�
(
blkid_dev
 
dev
);

190 

blkid_�g_�xt
(
blkid_�g_���e
 
���e
,

191 cڡ **
ty�
, cڡ **
v�ue
);

192 

blkid_�g_���e_�d
(
blkid_�g_���e
 
���e
);

193 

blkid_dev_has_�g
(
blkid_dev
 
dev
, cڡ *
ty�
, cڡ *
v�ue
);

195 
blkid_dev
 
blkid_f�d_dev_w�h_�g
(
blkid_�che
 
�che
,

196 cڡ *
ty�
,

197 cڡ *
v�ue
);

199 

blkid_�r�_�g_�r�g
(cڡ *
tok�
, **
�t_ty�
, **
�t_v�
);

202 

blkid_�r�_v�si�_�r�g
(cڡ *
v�_�r�g
)

203 
__ul_��ibu�__
((
n�nu�
));

204 

blkid_g�_lib�ry_v�si�
(cڡ **
v�_�r�g
,

205 cڡ **
d�e_�r�g
);

208 

blkid_�code_�r�g
(cڡ *
�r
, *
�r_�c
, 
size_t
 
�n
);

209 

blkid_��_�r�g
(cڡ *
�r
, *
�r_��
, 
size_t
 
�n
);

212 

blkid_�nd_uev�t
(cڡ *
dev�me
, cڡ *
a�i�
);

213 
*
blkid_ev�u�e_�g
(cڡ *
tok�
, cڡ *
v�ue
,

214 
blkid_�che
 *
�che
)

215 
__ul_��ibu�__
((
w�n_unu�d_�su�
));

216 
*
blkid_ev�u�e_�ec
(cڡ *
�ec
, 
blkid_�che
 *
�che
)

217 
__ul_��ibu�__
((
w�n_unu�d_�su�
));

220 
blkid_�obe
 
blkid_�w_�obe
()

221 
__ul_��ibu�__
((
w�n_unu�d_�su�
));

222 
blkid_�obe
 
blkid_�w_�obe_�om_f��ame
(cڡ *
f��ame
)

223 
__ul_��ibu�__
((
w�n_unu�d_�su�
))

224 
__ul_��ibu�__
((
n�nu�
));

225 

blkid_�_�obe
(
blkid_�obe
 
�
);

227 

blkid_��t_�obe
(
blkid_�obe
 
�
);

228 

blkid_�obe_��t_buf�rs
(
blkid_�obe
 
�
);

229 

blkid_�obe_hide_�nge
(
blkid_�obe
 
�
, 
u�t64_t
 
off
, u�t64_�
�n
);

231 

blkid_�obe_�t_devi�
(
blkid_�obe
 
�
, 
fd
,

232 
blkid_loff_t
 
off
, blkid_loff_�
size
)

233 
__ul_��ibu�__
((
n�nu�
));

235 
dev_t
 
blkid_�obe_g�_devno
(
blkid_�obe
 
�
)

236 
__ul_��ibu�__
((
n�nu�
));

238 
dev_t
 
blkid_�obe_g�_wh�edisk_devno
(
blkid_�obe
 
�
)

239 
__ul_��ibu�__
((
n�nu�
));

241 

blkid_�obe_is_wh�edisk
(
blkid_�obe
 
�
)

242 
__ul_��ibu�__
((
n�nu�
));

244 
blkid_loff_t
 
blkid_�obe_g�_size
(
blkid_�obe
 
�
)

245 
__ul_��ibu�__
((
n�nu�
));

246 
blkid_loff_t
 
blkid_�obe_g�_off�t
(
blkid_�obe
 
�
)

247 
__ul_��ibu�__
((
n�nu�
));

248 

blkid_�obe_g�_���size
(
blkid_�obe
 
�
)

249 
__ul_��ibu�__
((
n�nu�
));

250 

blkid_�obe_�t_���size
(
blkid_�obe
 
�
, 
sz
)

251 
__ul_��ibu�__
((
n�nu�
));

252 
blkid_loff_t
 
blkid_�obe_g�_���s
(
blkid_�obe
 
�
)

253 
__ul_��ibu�__
((
n�nu�
));

255 

blkid_�obe_g�_fd
(
blkid_�obe
 
�
)

256 
__ul_��ibu�__
((
n�nu�
));

258 

blkid_�obe_�t_h�t
(
blkid_�obe
 
�
, cڡ *
�me
, 
u�t64_t
 
v�ue
)

259 
__ul_��ibu�__
((
n�nu�
));

260 

blkid_�obe_��t_h�ts
(
blkid_�obe
 
�
)

261 
__ul_��ibu�__
((
n�nu�
));

266 

blkid_known_f�y�
(cڡ *
f�y�
)

267 
__ul_��ibu�__
((
n�nu�
));

269 

blkid_su�rblocks_g�_�me
(
size_t
 
idx
, cڡ **
�me
, *
u�ge
);

271 

blkid_�obe_�ab�_su�rblocks
(
blkid_�obe
 
�
, 
�ab�
)

272 
__ul_��ibu�__
((
n�nu�
));

274 

	#BLKID_SUBLKS_LABEL
 (1 << 1�

	)

275 

	#BLKID_SUBLKS_LABELRAW
 (1 << 2�

	)

276 

	#BLKID_SUBLKS_UUID
 (1 << 3�

	)

277 

	#BLKID_SUBLKS_UUIDRAW
 (1 << 4�

	)

278 

	#BLKID_SUBLKS_TYPE
 (1 << 5�

	)

279 

	#BLKID_SUBLKS_SECTYPE
 (1 << 6�

	)

280 

	#BLKID_SUBLKS_USAGE
 (1 << 7�

	)

281 

	#BLKID_SUBLKS_VERSION
 (1 << 8�

	)

282 

	#BLKID_SUBLKS_MAGIC
 (1 << 9�

	)

283 

	#BLKID_SUBLKS_BADCSUM
 (1 << 10�

	)

285 

	#BLKID_SUBLKS_DEFAULT
 (
BLKID_SUBLKS_LABEL
 | 
BLKID_SUBLKS_UUID
 | \

286 
BLKID_SUBLKS_TYPE
 | 
BLKID_SUBLKS_SECTYPE
)

	)

288 

blkid_�obe_�t_su�rblocks_�ags
(
blkid_�obe
 
�
, 
�ags
)

289 
__ul_��ibu�__
((
n�nu�
));

290 

blkid_�obe_��t_su�rblocks_f��r
(
blkid_�obe
 
�
)

291 
__ul_��ibu�__
((
n�nu�
));

292 

blkid_�obe_�v�t_su�rblocks_f��r
(
blkid_�obe
 
�
)

293 
__ul_��ibu�__
((
n�nu�
));

298 

	#BLKID_FLTR_NOTIN
 1

	)

302 

	#BLKID_FLTR_ONLYIN
 2

	)

303 

blkid_�obe_f��r_su�rblocks_ty�
(
blkid_�obe
 
�
, 
�ag
, *
�mes
[])

304 
__ul_��ibu�__
((
n�nu�
));

306 

	#BLKID_USAGE_FILESYSTEM
 (1 << 1)

	)

307 

	#BLKID_USAGE_RAID
 (1 << 2)

	)

308 

	#BLKID_USAGE_CRYPTO
 (1 << 3)

	)

309 

	#BLKID_USAGE_OTHER
 (1 << 4)

	)

310 

blkid_�obe_f��r_su�rblocks_u�ge
(
blkid_�obe
 
�
, 
�ag
, 
u�ge
)

311 
__ul_��ibu�__
((
n�nu�
));

316 

blkid_�obe_�ab�_t��ogy
(
blkid_�obe
 
�
, 
�ab�
)

317 
__ul_��ibu�__
((
n�nu�
));

320 
blkid_t��ogy
 
blkid_�obe_g�_t��ogy
(
blkid_�obe
 
�
)

321 
__ul_��ibu�__
((
n�nu�
));

323 

blkid_t��ogy_g�_�ignm�t_off�t
(
blkid_t��ogy
 
�
)

324 
__ul_��ibu�__
((
n�nu�
));

325 

blkid_t��ogy_g�_m�imum_io_size
(
blkid_t��ogy
 
�
)

326 
__ul_��ibu�__
((
n�nu�
));

327 

blkid_t��ogy_g�_�tim�_io_size
(
blkid_t��ogy
 
�
)

328 
__ul_��ibu�__
((
n�nu�
));

329 

blkid_t��ogy_g�_logi�l_���_size
(
blkid_t��ogy
 
�
)

330 
__ul_��ibu�__
((
n�nu�
));

331 

blkid_t��ogy_g�_physi�l_���_size
(
blkid_t��ogy
 
�
)

332 
__ul_��ibu�__
((
n�nu�
));

333 

blkid_t��ogy_g�_dax
(
blkid_t��ogy
 
�
)

334 
__ul_��ibu�__
((
n�nu�
));

339 

blkid_known_�ty�
(cڡ *
�ty�
);

340 

blkid_���i�s_g�_�me
(cڡ 
size_t
 
idx
, cڡ **
�me
);

342 

blkid_�obe_�ab�_���i�s
(
blkid_�obe
 
�
, 
�ab�
)

343 
__ul_��ibu�__
((
n�nu�
));

345 

blkid_�obe_��t_���i�s_f��r
(
blkid_�obe
 
�
)

346 
__ul_��ibu�__
((
n�nu�
));

347 

blkid_�obe_�v�t_���i�s_f��r
(
blkid_�obe
 
�
)

348 
__ul_��ibu�__
((
n�nu�
));

349 

blkid_�obe_f��r_���i�s_ty�
(
blkid_�obe
 
�
, 
�ag
, *
�mes
[])

350 
__ul_��ibu�__
((
n�nu�
));

353 

	#BLKID_PARTS_FORCE_GPT
 (1 << 1)

	)

354 

	#BLKID_PARTS_ENTRY_DETAILS
 (1 << 2)

	)

355 

	#BLKID_PARTS_MAGIC
 (1 << 3)

	)

356 

blkid_�obe_�t_���i�s_�ags
(
blkid_�obe
 
�
, 
�ags
)

357 
__ul_��ibu�__
((
n�nu�
));

360 
blkid_��li�
 
blkid_�obe_g�_���i�s
(
blkid_�obe
 
�
)

361 
__ul_��ibu�__
((
n�nu�
));

363 

blkid_��li�_numof_���i�s
(
blkid_��li�
 
ls
)

364 
__ul_��ibu�__
((
n�nu�
));

365 
blkid_���b�
 
blkid_��li�_g�_�b�
(
blkid_��li�
 
ls
)

366 
__ul_��ibu�__
((
n�nu�
));

367 
blkid_���i�
 
blkid_��li�_g�_���i�
(
blkid_��li�
 
ls
, 
n
)

368 
__ul_��ibu�__
((
n�nu�
));

369 
blkid_���i�
 
blkid_��li�_g�_���i�_by_��no
(
blkid_��li�
 
ls
, 
n
)

370 
__ul_��ibu�__
((
n�nu�
));

371 
blkid_���i�
 
blkid_��li�_devno_to_���i�
(
blkid_��li�
 
ls
, 
dev_t
 
devno
)

372 
__ul_��ibu�__
((
n�nu�
));

373 
blkid_���b�
 
blkid_���i�_g�_�b�
(
blkid_���i�
 
�r
)

374 
__ul_��ibu�__
((
n�nu�
));

376 
cڡ *
blkid_���i�_g�_�me
(
blkid_���i�
 
�r
)

377 
__ul_��ibu�__
((
n�nu�
));

378 
cڡ *
blkid_���i�_g�_uuid
(
blkid_���i�
 
�r
)

379 
__ul_��ibu�__
((
n�nu�
));

380 

blkid_���i�_g�_��no
(
blkid_���i�
 
�r
)

381 
__ul_��ibu�__
((
n�nu�
));

382 
blkid_loff_t
 
blkid_���i�_g�_��t
(
blkid_���i�
 
�r
)

383 
__ul_��ibu�__
((
n�nu�
));

384 
blkid_loff_t
 
blkid_���i�_g�_size
(
blkid_���i�
 
�r
)

385 
__ul_��ibu�__
((
n�nu�
));

387 

blkid_���i�_g�_ty�
(
blkid_���i�
 
�r
)

388 
__ul_��ibu�__
((
n�nu�
));

389 
cڡ *
blkid_���i�_g�_ty�_�r�g
(
blkid_���i�
 
�r
)

390 
__ul_��ibu�__
((
n�nu�
));

391 

blkid_���i�_g�_�ags
(
blkid_���i�
 
�r
)

392 
__ul_��ibu�__
((
n�nu�
));

394 

blkid_���i�_is_logi�l
(
blkid_���i�
 
�r
)

395 
__ul_��ibu�__
((
n�nu�
));

396 

blkid_���i�_is_ex�nded
(
blkid_���i�
 
�r
)

397 
__ul_��ibu�__
((
n�nu�
));

398 

blkid_���i�_is_�im�y
(
blkid_���i�
 
�r
)

399 
__ul_��ibu�__
((
n�nu�
));

401 
cڡ *
blkid_���b�_g�_ty�
(
blkid_���b�
 
�b
)

402 
__ul_��ibu�__
((
n�nu�
));

403 
cڡ *
blkid_���b�_g�_id
(
blkid_���b�
 
�b
)

404 
__ul_��ibu�__
((
n�nu�
));

405 
blkid_loff_t
 
blkid_���b�_g�_off�t
(
blkid_���b�
 
�b
)

406 
__ul_��ibu�__
((
n�nu�
));

407 
blkid_���i�
 
blkid_���b�_g�_���
(
blkid_���b�
 
�b
)

408 
__ul_��ibu�__
((
n�nu�
));

413 

blkid_do_�obe
(
blkid_�obe
 
�
)

414 
__ul_��ibu�__
((
n�nu�
));

415 

blkid_do_��obe
(
blkid_�obe
 
�
)

416 
__ul_��ibu�__
((
n�nu�
));

417 

blkid_do_fuδobe
(
blkid_�obe
 
�
)

418 
__ul_��ibu�__
((
n�nu�
));

420 

blkid_�obe_numof_v�ues
(
blkid_�obe
 
�
)

421 
__ul_��ibu�__
((
n�nu�
));

422 

blkid_�obe_g�_v�ue
(
blkid_�obe
 
�
, 
num
, cڡ **
�me
,

423 cڡ **
d�a
, 
size_t
 *
�n
)

424 
__ul_��ibu�__
((
n�nu�
(1)));

425 

blkid_�obe_lookup_v�ue
(
blkid_�obe
 
�
, cڡ *
�me
,

426 cڡ **
d�a
, 
size_t
 *
�n
)

427 
__ul_��ibu�__
((
n�nu�
(1, 2)));

428 

blkid_�obe_has_v�ue
(
blkid_�obe
 
�
, cڡ *
�me
)

429 
__ul_��ibu�__
((
n�nu�
));

430 

blkid_do_w�e
(
blkid_�obe
 
�
, 
dryrun
)

431 
__ul_��ibu�__
((
n�nu�
));

432 

blkid_�obe_��_back
(
blkid_�obe
 
�
)

433 
__ul_��ibu�__
((
n�nu�
));

438 #i�de�
BLKID_DISABLE_DEPRECATED


440 

	#BLKID_PROBREQ_LABEL
 
BLKID_SUBLKS_LABEL


	)

441 

	#BLKID_PROBREQ_LABELRAW
 
BLKID_SUBLKS_LABELRAW


	)

442 

	#BLKID_PROBREQ_UUID
 
BLKID_SUBLKS_UUID


	)

443 

	#BLKID_PROBREQ_UUIDRAW
 
BLKID_SUBLKS_UUIDRAW


	)

444 

	#BLKID_PROBREQ_TYPE
 
BLKID_SUBLKS_TYPE


	)

445 

	#BLKID_PROBREQ_SECTYPE
 
BLKID_SUBLKS_SECTYPE


	)

446 

	#BLKID_PROBREQ_USAGE
 
BLKID_SUBLKS_USAGE


	)

447 

	#BLKID_PROBREQ_VERSION
 
BLKID_SUBLKS_VERSION


	)

449 

blkid_�obe_�t_�que�
(
blkid_�obe
 
�
, 
�ags
)

450 
__ul_��ibu�__
((
d����d
));

452 

blkid_�obe_f��r_u�ge
(
blkid_�obe
 
�
, 
�ag
, 
u�ge
)

453 
__ul_��ibu�__
((
d����d
));

455 

blkid_�obe_f��r_ty�s
(
blkid_�obe
 
�
, 
�ag
, *
�mes
[])

456 
__ul_��ibu�__
((
d����d
));

458 

blkid_�obe_�v�t_f��r
(
blkid_�obe
 
�
)

459 
__ul_��ibu�__
((
d����d
));

461 

blkid_�obe_��t_f��r
(
blkid_�obe
 
�
)

462 
__ul_��ibu�__
((
d����d
));

466 #ifde�
__�lu�lus


	@/usr/include/ctype.h

22 #i�def 
_CTYPE_H


23 

	#_CTYPE_H
 1

	)

25 
	~<�u�s.h
>

26 
	~<b�s/ty�s.h
>

28 
	g__BEGIN_DECLS


30 #i�de�
_ISb�


39 
	~<b�s/�d�n.h
>

40 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


41 

	#_ISb�
(
b�
�(1 << (b�))

	)

43 

	#_ISb�
(
b�
�((b��< 8 ? ((1 << (b�)�<< 8�: ((1 << (b�)�>> 8))

	)

48 
	m_ISu��
 = 
_ISb�
 (0),

49 
	m_ISlow�
 = 
_ISb�
 (1),

50 
	m_IS�pha
 = 
_ISb�
 (2),

51 
	m_ISdig�
 = 
_ISb�
 (3),

52 
	m_ISxdig�
 = 
_ISb�
 (4),

53 
	m_IS�a�
 = 
_ISb�
 (5),

54 
	m_IS��t
 = 
_ISb�
 (6),

55 
	m_ISg�ph
 = 
_ISb�
 (7),

56 
	m_ISb�nk
 = 
_ISb�
 (8),

57 
	m_IS��l
 = 
_ISb�
 (9),

58 
	m_ISpun�
 = 
_ISb�
 (10),

59 
	m_IS�num
 = 
_ISb�
 (11)

79 
cڡ **
	$__�y�_b_loc
 ()

80 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

81 
cڡ 
__�t32_t
 **
	$__�y�_t�ow�_loc
 ()

82 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

83 
cڡ 
__�t32_t
 **
	$__�y�_tou��_loc
 ()

84 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

87 #i�de�
__�lu�lus


88 

	#__is�y�
(
c
, 
ty�
) \

89 ((*
	`__�y�_b_loc
 ())[(�(
c
)] & (�
ty�
)

	)

90 #�i�
def�ed
 
__USE_EXTERN_INLINES


91 

	#__is�y�_f
(
ty�
) \

92 
__ex��_�l�e
 \

93 
is
##
	`ty�
 (
__c
�
__THROW
 \

95  (*
	`__�y�_b_loc
 ())[(�(
__c
)] & (�
_IS
##
ty�
; \

96 
	}

	)
}

99 

	#__i�scii
(
c
�(((c�& ~0x7f�=�0�

	)

100 

	#__t�scii
(
c
�((c�& 0x7f�

	)

102 

	#__ex�y�
(
�me
�

	`�me
 (�
__THROW


	)

108 
__ex�y�
 (
i��um
);

109 
__ex�y�
 (
i��ha
);

110 
__ex�y�
 (
is��l
);

111 
__ex�y�
 (
isdig�
);

112 
__ex�y�
 (
i�ow�
);

113 
__ex�y�
 (
isg�ph
);

114 
__ex�y�
 (
i�r�t
);

115 
__ex�y�
 (
i�un�
);

116 
__ex�y�
 (
is�a�
);

117 
__ex�y�
 (
isu��
);

118 
__ex�y�
 (
isxdig�
);

122 

	$t�ow�
 (
__c
�
__THROW
;

125 

	$tou��
 (
__c
�
__THROW
;

129 #ifdef 
__USE_ISOC99


130 
	`__ex�y�
 (
isb�nk
);

133 #ifde�
__USE_GNU


135 

	$is�y�
 (
__c
, 
__mask
�
__THROW
;

138 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


142 

	$i�scii
 (
__c
�
__THROW
;

146 

	$t�scii
 (
__c
�
__THROW
;

150 
	`__ex�y�
 (
_tou��
);

151 
	`__ex�y�
 (
_t�ow�
);

155 

	#__tobody
(
c
, 
f
, 
a
, 
�gs
) \

156 (
__ex�nsi�__
 \

157 ({ 
__�s
; \

158 i�( (
c
) > 1) \

160 i�(
	`__bu�t�_cڡ�t_p
 (
c
)) \

162 
__c
 = (
c
); \

163 
__�s
 = 
__c
 < -128 || __�> 255 ? __�: (
a
)[__c]; \

166 
__�s
 = 
f
 
�gs
; \

169 
__�s
 = (
a
)[(�(
c
)]; \

170 
__�s
; 
	}
}))

	)

172 #i�!
def�ed
 
__NO_CTYPE


173 #ifde�
__is�y�_f


174 
	$__is�y�_f
 (
�num
)

175 
	$__is�y�_f
 (
�pha
)

176 
	$__is�y�_f
 (
��l
)

177 
	$__is�y�_f
 (
dig�
)

178 
	$__is�y�_f
 (
low�
)

179 
	$__is�y�_f
 (
g�ph
)

180 
	$__is�y�_f
 (
��t
)

181 
	$__is�y�_f
 (
pun�
)

182 
	$__is�y�_f
 (
�a�
)

183 
	$__is�y�_f
 (
u��
)

184 
	$__is�y�_f
 (
xdig�
)

185 #ifde�
__USE_ISOC99


186 
	$__is�y�_f
 (
b�nk
)

188 #�i�
def�ed
 
__is�y�


189 

	#i��um
(
c
�
	`__is�y�
((c), 
_IS�num
)

	)

190 

	#i��ha
(
c
�
	`__is�y�
((c), 
_IS�pha
)

	)

191 

	#is��l
(
c
�
	`__is�y�
((c), 
_IS��l
)

	)

192 

	#isdig�
(
c
�
	`__is�y�
((c), 
_ISdig�
)

	)

193 

	#i�ow�
(
c
�
	`__is�y�
((c), 
_ISlow�
)

	)

194 

	#isg�ph
(
c
�
	`__is�y�
((c), 
_ISg�ph
)

	)

195 

	#i�r�t
(
c
�
	`__is�y�
((c), 
_IS��t
)

	)

196 

	#i�un�
(
c
�
	`__is�y�
((c), 
_ISpun�
)

	)

197 

	#is�a�
(
c
�
	`__is�y�
((c), 
_IS�a�
)

	)

198 

	#isu��
(
c
�
	`__is�y�
((c), 
_ISu��
)

	)

199 

	#isxdig�
(
c
�
	`__is�y�
((c), 
_ISxdig�
)

	)

200 #ifde�
__USE_ISOC99


201 

	#isb�nk
(
c
�
	`__is�y�
((c), 
_ISb�nk
)

	)

205 #ifde�
__USE_EXTERN_INLINES


206 
__ex��_�l�e
 

207 
	`__NTH
 (
	$t�ow�
 (
__c
))

209  
__c
 >�-128 && __�< 256 ? (*
	`__�y�_t�ow�_loc
 ())[__c] : __c;

210 
	}
}

212 
__ex��_�l�e
 

213 
__NTH
 (
	$tou��
 (
__c
))

215  
__c
 >�-128 && __�< 256 ? (*
	`__�y�_tou��_loc
 ())[__c] : __c;

216 
	}
}

219 #i�
__GNUC__
 >�2 && 
def�ed
 
__OPTIMIZE__
 && !def�ed 
__�lu�lus


220 

	#t�ow�
(
c
�
	`__tobody
 (c, 
t�ow�
, *
	`__�y�_t�ow�_loc
 (), (c))

	)

221 

	#tou��
(
c
�
	`__tobody
 (c, 
tou��
, *
	`__�y�_tou��_loc
 (), (c))

	)

224 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


225 

	#i�scii
(
c
�
	`__i�scii
 (c)

	)

226 

	#t�scii
(
c
�
	`__t�scii
 (c)

	)

228 

	#_t�ow�
(
c
�((�(*
	`__�y�_t�ow�_loc
 ())[(�(c)])

	)

229 

	#_tou��
(
c
�((�(*
	`__�y�_tou��_loc
 ())[(�(c)])

	)

235 #ifde�
__USE_XOPEN2K8


237 
	~<b�s/ty�s/lo��_t.h
>

241 

	#__is�y�_l
(
c
, 
ty�
, 
lo��
) \

242 ((
lo��
)->
__�y�_b
[(�(
c
)] & (�
ty�
)

	)

244 

	#__ex�y�_l
(
�me
) \

245 

	`�me
 (, 
lo��_t
�
__THROW


	)

251 
__ex�y�_l
 (
i��um_l
);

252 
__ex�y�_l
 (
i��ha_l
);

253 
__ex�y�_l
 (
is��l_l
);

254 
__ex�y�_l
 (
isdig�_l
);

255 
__ex�y�_l
 (
i�ow�_l
);

256 
__ex�y�_l
 (
isg�ph_l
);

257 
__ex�y�_l
 (
i�r�t_l
);

258 
__ex�y�_l
 (
i�un�_l
);

259 
__ex�y�_l
 (
is�a�_l
);

260 
__ex�y�_l
 (
isu��_l
);

261 
__ex�y�_l
 (
isxdig�_l
);

263 
__ex�y�_l
 (
isb�nk_l
);

267 

	$__t�ow�_l
 (
__c
, 
lo��_t
 
__l
�
__THROW
;

268 

	$t�ow�_l
 (
__c
, 
lo��_t
 
__l
�
__THROW
;

271 

	$__tou��_l
 (
__c
, 
lo��_t
 
__l
�
__THROW
;

272 

	$tou��_l
 (
__c
, 
lo��_t
 
__l
�
__THROW
;

274 #i�
__GNUC__
 >�2 && 
def�ed
 
__OPTIMIZE__
 && !def�ed 
__�lu�lus


275 

	#__t�ow�_l
(
c
, 
lo��
) \

276 
	`__tobody
 (
c
, 
__t�ow�_l
, (
lo��
)->
__�y�_t�ow�
, (c,�o��))

	)

277 

	#__tou��_l
(
c
, 
lo��
) \

278 
	`__tobody
 (
c
, 
__tou��_l
, (
lo��
)->
__�y�_tou��
, (c,�o��))

	)

279 

	#t�ow�_l
(
c
, 
lo��
�
	`__t�ow�_l
 ((c), (lo��))

	)

280 

	#tou��_l
(
c
, 
lo��
�
	`__tou��_l
 ((c), (lo��))

	)

284 #i�de�
__NO_CTYPE


285 

	#__i��um_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS�num
, (l))

	)

286 

	#__i��ha_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS�pha
, (l))

	)

287 

	#__is��l_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS��l
, (l))

	)

288 

	#__isdig�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISdig�
, (l))

	)

289 

	#__i�ow�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISlow�
, (l))

	)

290 

	#__isg�ph_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISg�ph
, (l))

	)

291 

	#__i�r�t_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS��t
, (l))

	)

292 

	#__i�un�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISpun�
, (l))

	)

293 

	#__is�a�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS�a�
, (l))

	)

294 

	#__isu��_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISu��
, (l))

	)

295 

	#__isxdig�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISxdig�
, (l))

	)

297 

	#__isb�nk_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISb�nk
, (l))

	)

299 #ifde�
__USE_MISC


300 

	#__i�scii_l
(
c
,
l
�(�), 
	`__i�scii
 (c))

	)

301 

	#__t�scii_l
(
c
,
l
�(�), 
	`__t�scii
 (c))

	)

304 

	#i��um_l
(
c
,
l
�
	`__i��um_l
 ((c), (l))

	)

305 

	#i��ha_l
(
c
,
l
�
	`__i��ha_l
 ((c), (l))

	)

306 

	#is��l_l
(
c
,
l
�
	`__is��l_l
 ((c), (l))

	)

307 

	#isdig�_l
(
c
,
l
�
	`__isdig�_l
 ((c), (l))

	)

308 

	#i�ow�_l
(
c
,
l
�
	`__i�ow�_l
 ((c), (l))

	)

309 

	#isg�ph_l
(
c
,
l
�
	`__isg�ph_l
 ((c), (l))

	)

310 

	#i�r�t_l
(
c
,
l
�
	`__i�r�t_l
 ((c), (l))

	)

311 

	#i�un�_l
(
c
,
l
�
	`__i�un�_l
 ((c), (l))

	)

312 

	#is�a�_l
(
c
,
l
�
	`__is�a�_l
 ((c), (l))

	)

313 

	#isu��_l
(
c
,
l
�
	`__isu��_l
 ((c), (l))

	)

314 

	#isxdig�_l
(
c
,
l
�
	`__isxdig�_l
 ((c), (l))

	)

316 

	#isb�nk_l
(
c
,
l
�
	`__isb�nk_l
 ((c), (l))

	)

318 #ifde�
__USE_MISC


319 

	#i�scii_l
(
c
,
l
�
	`__i�scii_l
 ((c), (l))

	)

320 

	#t�scii_l
(
c
,
l
�
	`__t�scii_l
 ((c), (l))

	)

327 
__END_DECLS


	@/usr/include/dirent.h

22 #i�def 
_DIRENT_H


23 

	#_DIRENT_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


29 
	~<b�s/ty�s.h
>

31 #ifde�
__USE_XOPEN


32 #i�de�
__�o_t_def�ed


33 #i�de�
__USE_FILE_OFFSET64


34 
__�o_t
 
	t�o_t
;

36 
__�o64_t
 
	t�o_t
;

38 

	#__�o_t_def�ed


	)

40 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__�o64_t_def�ed


41 
__�o64_t
 
	t�o64_t
;

42 

	#__�o64_t_def�ed


	)

61 
	~<b�s/d��t.h
>

63 #i�
def�ed
 
__USE_MISC
 && !def�ed 
d_f��o


64 

	#d_�o
 
d_f��o


	)

81 #ifde�
_DIRENT_HAVE_D_NAMLEN


82 

	#_D_EXACT_NAMLEN
(
d
�((d)->
d_�m�n
)

	)

83 

	#_D_ALLOC_NAMLEN
(
d
�(
	`_D_EXACT_NAMLEN
 (d�+ 1)

	)

85 

	#_D_EXACT_NAMLEN
(
d
�(
	`���
 ((d)->
d_�me
))

	)

86 #ifde�
_DIRENT_HAVE_D_RECLEN


87 

	#_D_ALLOC_NAMLEN
(
d
�(((*�(d�+ (d)->
d_���
�- &(d)->
d_�me
[0])

	)

89 

	#_D_ALLOC_NAMLEN
(
d
�( (d)->
d_�me
 > 1 ?  (d)->d_name \

90 : 
	`_D_EXACT_NAMLEN
 (
d
�+ 1)

	)

95 #ifde�
__USE_MISC


99 
	mDT_UNKNOWN
 = 0,

100 

	#DT_UNKNOWN
 
DT_UNKNOWN


	)

101 
	mDT_FIFO
 = 1,

102 

	#DT_FIFO
 
DT_FIFO


	)

103 
	mDT_CHR
 = 2,

104 

	#DT_CHR
 
DT_CHR


	)

105 
	mDT_DIR
 = 4,

106 

	#DT_DIR
 
DT_DIR


	)

107 
	mDT_BLK
 = 6,

108 

	#DT_BLK
 
DT_BLK


	)

109 
	mDT_REG
 = 8,

110 

	#DT_REG
 
DT_REG


	)

111 
	mDT_LNK
 = 10,

112 

	#DT_LNK
 
DT_LNK


	)

113 
	mDT_SOCK
 = 12,

114 

	#DT_SOCK
 
DT_SOCK


	)

115 
	mDT_WHT
 = 14

116 

	#DT_WHT
 
DT_WHT


	)

120 

	#IFTODT
(
mode
�(((mode�& 0170000�>> 12)

	)

121 

	#DTTOIF
(
d�ty�
�((d�ty��<< 12)

	)

127 
__d���am
 
	tDIR
;

134 

	$�o�d�
 (
DIR
 *
__d�p
�
	`__n�nu�
 ((1));

141 
DIR
 *
	$ݒd�
 (cڡ *
__�me
�
	`__n�nu�
 ((1))

142 
__��ibu�_m�loc__
 
	`__��_d��oc
 (
�o�d�
, 1);

144 #ifde�
__USE_XOPEN2K8


149 
DIR
 *
	$fdݒd�
 (
__fd
)

150 
__��ibu�_m�loc__
 
	`__��_d��oc
 (
�o�d�
, 1);

163 #i�de�
__USE_FILE_OFFSET64


164 

d��t
 *
	$�add�
 (
DIR
 *
__d�p
�
	`__n�nu�
 ((1));

166 #ifde�
__REDIRECT


167 

d��t
 *
	`__REDIRECT
 (
�add�
, (
DIR
 *
__d�p
), 
�add�64
)

168 
	`__n�nu�
 ((1));

170 

	#�add�
 
�add�64


	)

174 #ifde�
__USE_LARGEFILE64


175 

d��t64
 *
	$�add�64
 (
DIR
 *
__d�p
�
	`__n�nu�
 ((1));

178 #ifde�
__USE_POSIX


184 #i�de�
__USE_FILE_OFFSET64


185 

	$�add�_r
 (
DIR
 *
__��ri�
 
__d�p
,

186 
d��t
 *
__��ri�
 
__��y
,

187 
d��t
 **
__��ri�
 
__�su�
)

188 
	`__n�nu�
 ((1, 2, 3)�
__��ibu�_d����d__
;

190 #ifde�
__REDIRECT


191 

	`__REDIRECT
 (
�add�_r
,

192 (
DIR
 *
__��ri�
 
__d�p
,

193 
d��t
 *
__��ri�
 
__��y
,

194 
d��t
 **
__��ri�
 
__�su�
),

195 
�add�64_r
)

196 
	`__n�nu�
 ((1, 2, 3)�
__��ibu�_d����d__
;

198 

	#�add�_r
 
�add�64_r


	)

202 #ifde�
__USE_LARGEFILE64


203 

	$�add�64_r
 (
DIR
 *
__��ri�
 
__d�p
,

204 
d��t64
 *
__��ri�
 
__��y
,

205 
d��t64
 **
__��ri�
 
__�su�
)

206 
	`__n�nu�
 ((1, 2, 3)�
__��ibu�_d����d__
;

211 

	$�w�dd�
 (
DIR
 *
__d�p
�
__THROW
 
	`__n�nu�
 ((1));

213 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


214 
	~<b�s/ty�s.h
>

217 

	$�ekd�
 (
DIR
 *
__d�p
, 
__pos
�
__THROW
 
	`__n�nu�
 ((1));

220 

	$��d�
 (
DIR
 *
__d�p
�
__THROW
 
	`__n�nu�
 ((1));

223 #ifde�
__USE_XOPEN2K8


226 

	$d�fd
 (
DIR
 *
__d�p
�
__THROW
 
	`__n�nu�
 ((1));

228 #i�
def�ed
 
__OPTIMIZE__
 && def�ed 
_DIR_d�fd


229 

	#d�fd
(
d�p
�
	`_DIR_d�fd
 (d�p)

	)

232 #ifde�
__USE_MISC


233 #i�de�
MAXNAMLEN


235 
	~<b�s/posix1_lim.h
>

238 #ifde�
NAME_MAX


239 

	#MAXNAMLEN
 
NAME_MAX


	)

241 

	#MAXNAMLEN
 255

	)

246 

	#__�ed_size_t


	)

247 
	~<�ddef.h
>

256 #i�de�
__USE_FILE_OFFSET64


257 

	$s�nd�
 (cڡ *
__��ri�
 
__d�
,

258 
d��t
 ***
__��ri�
 
__�m�i�
,

259 (*
__����
�(cڡ 
d��t
 *),

260 (*
__cmp
�(cڡ 
d��t
 **,

261 cڡ 
d��t
 **))

262 
	`__n�nu�
 ((1, 2));

264 #ifde�
__REDIRECT


265 

	`__REDIRECT
 (
s�nd�
,

266 (cڡ *
__��ri�
 
__d�
,

267 
d��t
 ***
__��ri�
 
__�m�i�
,

268 (*
__����
�(cڡ 
d��t
 *),

269 (*
__cmp
�(cڡ 
d��t
 **,

270 cڡ 
d��t
 **)),

271 
s�nd�64
�
	`__n�nu�
 ((1, 2));

273 

	#s�nd�
 
s�nd�64


	)

277 #i�
def�ed
 
__USE_GNU
 && def�ed 
__USE_LARGEFILE64


280 

	$s�nd�64
 (cڡ *
__��ri�
 
__d�
,

281 
d��t64
 ***
__��ri�
 
__�m�i�
,

282 (*
__����
�(cڡ 
d��t64
 *),

283 (*
__cmp
�(cڡ 
d��t64
 **,

284 cڡ 
d��t64
 **))

285 
	`__n�nu�
 ((1, 2));

288 #ifde�
__USE_GNU


294 #i�de�
__USE_FILE_OFFSET64


295 

	$s�nd��
 (
__dfd
, cڡ *
__��ri�
 
__d�
,

296 
d��t
 ***
__��ri�
 
__�m�i�
,

297 (*
__����
�(cڡ 
d��t
 *),

298 (*
__cmp
�(cڡ 
d��t
 **,

299 cڡ 
d��t
 **))

300 
	`__n�nu�
 ((2, 3));

302 #ifde�
__REDIRECT


303 

	`__REDIRECT
 (
s�nd��
,

304 (
__dfd
, cڡ *
__��ri�
 
__d�
,

305 
d��t
 ***
__��ri�
 
__�m�i�
,

306 (*
__����
�(cڡ 
d��t
 *),

307 (*
__cmp
�(cڡ 
d��t
 **,

308 cڡ 
d��t
 **)),

309 
s�nd��64
�
	`__n�nu�
 ((2, 3));

311 

	#s�nd��
 
s�nd��64


	)

317 

	$s�nd��64
 (
__dfd
, cڡ *
__��ri�
 
__d�
,

318 
d��t64
 ***
__��ri�
 
__�m�i�
,

319 (*
__����
�(cڡ 
d��t64
 *),

320 (*
__cmp
�(cڡ 
d��t64
 **,

321 cڡ 
d��t64
 **))

322 
	`__n�nu�
 ((2, 3));

326 #i�de�
__USE_FILE_OFFSET64


327 

	$�phas�t
 (cڡ 
d��t
 **
__e1
,

328 cڡ 
d��t
 **
__e2
)

329 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

331 #ifde�
__REDIRECT


332 

	`__REDIRECT_NTH
 (
�phas�t
,

333 (cڡ 
d��t
 **
__e1
,

334 cڡ 
d��t
 **
__e2
),

335 
�phas�t64
�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

337 

	#�phas�t
 
�phas�t64


	)

341 #i�
def�ed
 
__USE_GNU
 && def�ed 
__USE_LARGEFILE64


342 

	$�phas�t64
 (cڡ 
d��t64
 **
__e1
,

343 cڡ 
d��t64
 **
__e2
)

344 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

349 #ifde�
__USE_MISC


354 #i�de�
__USE_FILE_OFFSET64


355 
__ssize_t
 
	$g�d����s
 (
__fd
, *
__��ri�
 
__buf
,

356 
size_t
 
__nby�s
,

357 
__off_t
 *
__��ri�
 
__ba�p
)

358 
__THROW
 
	`__n�nu�
 ((2, 4));

360 #ifde�
__REDIRECT


361 
__ssize_t
 
	`__REDIRECT_NTH
 (
g�d����s
,

362 (
__fd
, *
__��ri�
 
__buf
,

363 
size_t
 
__nby�s
,

364 
__off64_t
 *
__��ri�
 
__ba�p
),

365 
g�d����s64
�
	`__n�nu�
 ((2, 4));

367 

	#g�d����s
 
g�d����s64


	)

371 #ifde�
__USE_LARGEFILE64


372 
__ssize_t
 
	$g�d����s64
 (
__fd
, *
__��ri�
 
__buf
,

373 
size_t
 
__nby�s
,

374 
__off64_t
 *
__��ri�
 
__ba�p
)

375 
__THROW
 
	`__n�nu�
 ((2, 4));

379 #ifde�
__USE_GNU


381 #i�de�
__USE_FILE_OFFSET64


382 

	$v�si�s�t
 (cڡ 
d��t
 **
__e1
,

383 cڡ 
d��t
 **
__e2
)

384 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

386 #ifde�
__REDIRECT


387 

	`__REDIRECT_NTH
 (
v�si�s�t
,

388 (cڡ 
d��t
 **
__e1
,

389 cڡ 
d��t
 **
__e2
),

390 
v�si�s�t64
)

391 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

393 

	#v�si�s�t
 
v�si�s�t64


	)

397 #ifde�
__USE_LARGEFILE64


398 

	$v�si�s�t64
 (cڡ 
d��t64
 **
__e1
,

399 cڡ 
d��t64
 **
__e2
)

400 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

404 
__END_DECLS


406 
	~<b�s/d��t_ext.h
>

	@/usr/include/dlfcn.h

19 #i�def 
_DLFCN_H


20 

	#_DLFCN_H
 1

	)

22 
	~<�u�s.h
>

23 

	#__�ed_size_t


	)

24 
	~<�ddef.h
>

27 
	~<b�s/dlf�.h
>

30 #ifde�
__USE_GNU


31 
	~<b�s/dl_f�d_obje�.h
>

34 
	tLmid_t
;

37 

	#LM_ID_BASE
 0

	)

38 

	#LM_ID_NEWLM
 -1

	)

45 

	#RTLD_NEXT
 ((*�-1l)

	)

50 

	#RTLD_DEFAULT
 ((*�0)

	)

52 
__BEGIN_DECLS


56 
*
	$dlݒ
 (cڡ *
__f�e
, 
__mode
�
__THROWNL
;

60 

	$dl�o�
 (*
__h�d�
�
__THROWNL
 
	`__n�nu�
 ((1));

64 
*
	$dlsym
 (*
__��ri�
 
__h�d�
,

65 cڡ *
__��ri�
 
__�me
�
__THROW
 
	`__n�nu�
 ((2));

67 #ifde�
__USE_GNU


69 
*
	$dlmݒ
 (
Lmid_t
 
__nsid
, cڡ *
__f�e
, 
__mode
�
__THROWNL
;

73 
*
	$dlvsym
 (*
__��ri�
 
__h�d�
,

74 cڡ *
__��ri�
 
__�me
,

75 cڡ *
__��ri�
 
__v�si�
)

76 
__THROW
 
	`__n�nu�
 ((2, 3));

82 
*
	$d˼�
 (�
__THROW
;

85 #ifde�
__USE_GNU


90 cڡ *
dli_�ame
;

91 *
dli_fba�
;

92 cڡ *
dli_�ame
;

93 *
dli_�ddr
;

94 } 
	tDl_�fo
;

98 

	$d�ddr
 (cڡ *
__add�ss
, 
Dl_�fo
 *
__�fo
)

99 
__THROW
 
	`__n�nu�
 ((2));

102 

	$d�ddr1
 (cڡ *
__add�ss
, 
Dl_�fo
 *
__�fo
,

103 **
__ex�a_�fo
, 
__�ags
�
__THROW
 
	`__n�nu�
 ((2));

111 
RTLD_DL_SYMENT
 = 1,

114 
RTLD_DL_LINKMAP
 = 2

123 

	$dl�fo
 (*
__��ri�
 
__h�d�
,

124 
__�que�
, *
__��ri�
 
__�g
)

125 
__THROW
 
	`__n�nu�
 ((1, 3));

131 
RTLD_DI_LMID
 = 1,

135 
RTLD_DI_LINKMAP
 = 2,

137 
RTLD_DI_CONFIGADDR
 = 3,

144 
RTLD_DI_SERINFO
 = 4,

145 
RTLD_DI_SERINFOSIZE
 = 5,

149 
RTLD_DI_ORIGIN
 = 6,

151 
RTLD_DI_PROFILENAME
 = 7,

152 
RTLD_DI_PROFILEOUT
 = 8,

157 
RTLD_DI_TLS_MODID
 = 9,

163 
RTLD_DI_TLS_DATA
 = 10,

168 
RTLD_DI_PHDR
 = 11,

170 
RTLD_DI_MAX
 = 11

178 *
dls_�me
;

179 
dls_�ags
;

180 } 
	tDl_���h
;

186 
size_t
 
dls_size
;

187 
dls_�t
;

188 #i�
	`__GNUC_PREREQ
 (3, 0)

193 
__ex�nsi�__
 union

195 
Dl_���h
 
dls_���h
[0];

196 
Dl_���h
 
__dls_���h_�d
[1];

199 
Dl_���h
 
dls_���h
[1];

201 } 
	tDl_�r�fo
;

203 
	sdl_f�d_obje�


205 
__ex�nsi�__
 
dlfo_�ags
;

206 *
dlfo_m�_��t
;

207 *
dlfo_m�_�d
;

208 
l�k_m�
 *
dlfo_l�k_m�
;

209 *
dlfo_eh_�ame
;

210 #i�
DLFO_STRUCT_HAS_EH_DBASE


211 *
dlfo_eh_dba�
;

212 #i�
__WORDSIZE
 == 32

213 
__dlfo_eh_dba�_�d
;

216 #i�
DLFO_STRUCT_HAS_EH_COUNT


217 
dlfo_eh_cou�
;

218 
__dlfo_eh_cou�_�d
;

220 
__ex�nsi�__
 
__d�o_��rved
[7];

225 
	$_dl_f�d_obje�
 (*
__add�ss
, 
dl_f�d_obje�
 *
__�su�
�
__THROW
;

230 
__END_DECLS


	@/usr/include/err.h

19 #i�def 
_ERR_H


20 

	#_ERR_H
 1

	)

22 
	~<�u�s.h
>

24 

	#__�ed___va_li�


	)

25 
	~<�d�g.h
>

26 #i�def 
__GNUC_VA_LIST


27 

	#__gnuc_va_li�
 *

	)

30 
__BEGIN_DECLS


34 

	$w�n
 (cڡ *
__f�m�
, ...)

35 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 1, 2))�
__COLD
;

36 

	$vw�n
 (cڡ *
__f�m�
, 
__gnuc_va_li�
)

37 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 1, 0))�
__COLD
;

40 

	$w�nx
 (cڡ *
__f�m�
, ...)

41 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 1, 2)));

42 

	$vw�nx
 (cڡ *
__f�m�
, 
__gnuc_va_li�
)

43 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 1, 0)));

46 

	$�r
 (
__��us
, cڡ *
__f�m�
, ...)

47 
	`__��ibu�__
 ((
__nܑu�__
, 
	$__f�m�__
 (
__��tf__
, 2, 3))�
__COLD
;

48 

	$v�r
 (
__��us
, cڡ *
__f�m�
, 
__gnuc_va_li�
)

49 
	`__��ibu�__
 ((
__nܑu�__
, 
	$__f�m�__
 (
__��tf__
, 2, 0))�
__COLD
;

50 

	$�rx
 (
__��us
, cڡ *
__f�m�
, ...)

51 
	`__��ibu�__
 ((
__nܑu�__
, 
	$__f�m�__
 (
__��tf__
, 2, 3))�
__COLD
;

52 

	$v�rx
 (
__��us
, cڡ *, 
__gnuc_va_li�
)

53 
	`__��ibu�__
 ((
__nܑu�__
, 
	$__f�m�__
 (
__��tf__
, 2, 0))�
__COLD
;

55 
	~<b�s/�ߊ.h
>

56 #i�
def�ed
 
__LDBL_COMPAT
 || 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

57 
	~<b�s/�r-ldbl.h
>

60 
__END_DECLS


	@/usr/include/errno.h

22 #i�def 
_ERRNO_H


23 

	#_ERRNO_H
 1

	)

25 
	~<�u�s.h
>

28 
	~<b�s/��o.h
>

32 #i�de�
__ASSEMBLER__


34 
__BEGIN_DECLS


37 
*
	$__��o_lo�ti�
 (�
__THROW
 
__��ibu�_cڡ__
;

38 

	#��o
 (*
	`__��o_lo�ti�
 ())

	)

40 #ifde�
__USE_GNU


45 
*
�og�m_�vo�ti�_�me
;

46 
*
�og�m_�vo�ti�_sh�t_�me
;

48 
	~<b�s/ty�s/�r�_t.h
>

52 
__END_DECLS


	@/usr/include/fcntl.h

22 #i�def 
_FCNTL_H


23 

	#_FCNTL_H
 1

	)

25 
	~<�u�s.h
>

28 
	g__BEGIN_DECLS


31 
	~<b�s/ty�s.h
>

35 
	~<b�s/f��.h
>

39 #ifde�
__O_TMPFILE


40 

	#__OPEN_NEEDS_MODE
(
o�ag
) \

41 (((
o�ag
�& 
O_CREAT
�!�0 || ((o�ag�& 
__O_TMPFILE
�=�__O_TMPFILE)

	)

43 

	#__OPEN_NEEDS_MODE
(
o�ag
�(((o�ag�& 
O_CREAT
�!�0)

	)

49 #i�de�
__mode_t_def�ed


50 
__mode_t
 
	tmode_t
;

51 

	#__mode_t_def�ed


	)

54 #i�de�
__off_t_def�ed


55 #i�de�
__USE_FILE_OFFSET64


56 
__off_t
 
	toff_t
;

58 
__off64_t
 
	toff_t
;

60 

	#__off_t_def�ed


	)

63 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__off64_t_def�ed


64 
__off64_t
 
	toff64_t
;

65 

	#__off64_t_def�ed


	)

68 #i�de�
__pid_t_def�ed


69 
__pid_t
 
	tpid_t
;

70 

	#__pid_t_def�ed


	)

74 #ifde�
__USE_XOPEN2K8


75 
	~<b�s/ty�s/�ru�_time�ec.h
>

77 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


78 
	~<b�s/��.h
>

80 

	#S_IFMT
 
__S_IFMT


	)

81 

	#S_IFDIR
 
__S_IFDIR


	)

82 

	#S_IFCHR
 
__S_IFCHR


	)

83 

	#S_IFBLK
 
__S_IFBLK


	)

84 

	#S_IFREG
 
__S_IFREG


	)

85 #ifde�
__S_IFIFO


86 

	#S_IFIFO
 
__S_IFIFO


	)

88 #ifde�
__S_IFLNK


89 

	#S_IFLNK
 
__S_IFLNK


	)

91 #i�(
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8
�&& def�ed 
__S_IFSOCK


92 

	#S_IFSOCK
 
__S_IFSOCK


	)

97 

	#S_ISUID
 
__S_ISUID


	)

98 

	#S_ISGID
 
__S_ISGID


	)

100 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


102 

	#S_ISVTX
 
__S_ISVTX


	)

105 

	#S_IRUSR
 
__S_IREAD


	)

106 

	#S_IWUSR
 
__S_IWRITE


	)

107 

	#S_IXUSR
 
__S_IEXEC


	)

109 

	#S_IRWXU
 (
__S_IREAD
|
__S_IWRITE
|
__S_IEXEC
)

	)

111 

	#S_IRGRP
 (
S_IRUSR
 >> 3�

	)

112 

	#S_IWGRP
 (
S_IWUSR
 >> 3�

	)

113 

	#S_IXGRP
 (
S_IXUSR
 >> 3�

	)

115 

	#S_IRWXG
 (
S_IRWXU
 >> 3)

	)

117 

	#S_IROTH
 (
S_IRGRP
 >> 3�

	)

118 

	#S_IWOTH
 (
S_IWGRP
 >> 3�

	)

119 

	#S_IXOTH
 (
S_IXGRP
 >> 3�

	)

121 

	#S_IRWXO
 (
S_IRWXG
 >> 3)

	)

124 #ifdef 
__USE_MISC


125 #i�de�
R_OK


128 

	#R_OK
 4

	)

129 

	#W_OK
 2

	)

130 

	#X_OK
 1

	)

131 

	#F_OK
 0

	)

136 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


137 

	#SEEK_SET
 0

	)

138 

	#SEEK_CUR
 1

	)

139 

	#SEEK_END
 2

	)

148 #ifde�
__USE_ATFILE


149 

	#AT_FDCWD
 -100

	)

152 

	#AT_SYMLINK_NOFOLLOW
 0x100

	)

153 

	#AT_REMOVEDIR
 0x200

	)

155 

	#AT_SYMLINK_FOLLOW
 0x400

	)

156 #ifde�
__USE_GNU


157 

	#AT_NO_AUTOMOUNT
 0x800

	)

159 

	#AT_EMPTY_PATH
 0x1000

	)

160 

	#AT_STATX_SYNC_TYPE
 0x6000

	)

161 

	#AT_STATX_SYNC_AS_STAT
 0x0000

	)

162 

	#AT_STATX_FORCE_SYNC
 0x2000

	)

163 

	#AT_STATX_DONT_SYNC
 0x4000

	)

164 

	#AT_RECURSIVE
 0x8000

	)

166 

	#AT_EACCESS
 0x200

	)

175 #i�de�
__USE_TIME_BITS64


176 #i�de�
__USE_FILE_OFFSET64


177 

f��
 (
__fd
, 
__cmd
, ...);

179 #ifde�
__REDIRECT


180 

__REDIRECT
 (
f��
, (
__fd
, 
__cmd
, ...), 
f��64
);

182 

	#f��
 
f��64


	)

185 #ifde�
__USE_LARGEFILE64


186 

f��64
 (
__fd
, 
__cmd
, ...);

189 #ifde�
__REDIRECT


190 

__REDIRECT_NTH
 (
f��
, (
__fd
, 
__�que�
, ...),

191 
__f��_time64
);

192 

__REDIRECT_NTH
 (
f��64
, (
__fd
, 
__�que�
, ...),

193 
__f��_time64
);

195 

	$__f��_time64
 (
__fd
, 
__�que�
, ...�
__THROW
;

196 

	#f��64
 
__f��_time64


	)

197 

	#f��
 
__f��_time64


	)

208 #i�de�
__USE_FILE_OFFSET64


209 

	$ݒ
 (cڡ *
__f�e
, 
__o�ag
, ...�
	`__n�nu�
 ((1));

211 #ifde�
__REDIRECT


212 

	`__REDIRECT
 (
ݒ
, (cڡ *
__f�e
, 
__o�ag
, ...), 
ݒ64
)

213 
	`__n�nu�
 ((1));

215 

	#ݒ
 
ݒ64


	)

218 #ifde�
__USE_LARGEFILE64


219 

	$ݒ64
 (cڡ *
__f�e
, 
__o�ag
, ...�
	`__n�nu�
 ((1));

222 #ifde�
__USE_ATFILE


232 #i�de�
__USE_FILE_OFFSET64


233 

	$ݒ�
 (
__fd
, cڡ *
__f�e
, 
__o�ag
, ...)

234 
	`__n�nu�
 ((2));

236 #ifde�
__REDIRECT


237 

	`__REDIRECT
 (
ݒ�
, (
__fd
, cڡ *
__f�e
, 
__o�ag
,

238 ...), 
ݒ�64
�
	`__n�nu�
 ((2));

240 

	#ݒ�
 
ݒ�64


	)

243 #ifde�
__USE_LARGEFILE64


244 

	$ݒ�64
 (
__fd
, cڡ *
__f�e
, 
__o�ag
, ...)

245 
	`__n�nu�
 ((2));

254 #i�de�
__USE_FILE_OFFSET64


255 

	$��t
 (cڡ *
__f�e
, 
mode_t
 
__mode
�
	`__n�nu�
 ((1));

257 #ifde�
__REDIRECT


258 

	`__REDIRECT
 (
��t
, (cڡ *
__f�e
, 
mode_t
 
__mode
),

259 
��t64
�
	`__n�nu�
 ((1));

261 

	#��t
 
��t64


	)

264 #ifde�
__USE_LARGEFILE64


265 

	$��t64
 (cڡ *
__f�e
, 
mode_t
 
__mode
�
	`__n�nu�
 ((1));

268 #i�!
def�ed
 
F_LOCK
 && (def�ed 
__USE_MISC
 || (def�ed 
__USE_XOPEN_EXTENDED
 \

269 && !
def�ed
 
__USE_POSIX
))

278 

	#F_ULOCK
 0

	)

279 

	#F_LOCK
 1

	)

280 

	#F_TLOCK
 2

	)

281 

	#F_TEST
 3

	)

283 #i�de�
__USE_FILE_OFFSET64


284 

	`lockf
 (
__fd
, 
__cmd
, 
off_t
 
__�n
);

286 #ifde�
__REDIRECT


287 

	`__REDIRECT
 (
lockf
, (
__fd
, 
__cmd
, 
__off64_t
 
__�n
), 
lockf64
);

289 

	#lockf
 
lockf64


	)

292 #ifde�
__USE_LARGEFILE64


293 

	`lockf64
 (
__fd
, 
__cmd
, 
off64_t
 
__�n
);

297 #ifde�
__USE_XOPEN2K


300 #i�de�
__USE_FILE_OFFSET64


301 

	$posix_�dvi�
 (
__fd
, 
off_t
 
__off�t
, off_�
__�n
,

302 
__advi�
�
__THROW
;

304 #ifde�
__REDIRECT_NTH


305 

	`__REDIRECT_NTH
 (
posix_�dvi�
, (
__fd
, 
__off64_t
 
__off�t
,

306 
__off64_t
 
__�n
, 
__advi�
),

307 
posix_�dvi�64
);

309 

	#posix_�dvi�
 
posix_�dvi�64


	)

312 #ifde�
__USE_LARGEFILE64


313 

	$posix_�dvi�64
 (
__fd
, 
off64_t
 
__off�t
, off64_�
__�n
,

314 
__advi�
�
__THROW
;

322 #i�de�
__USE_FILE_OFFSET64


323 

	`posix_��o��
 (
__fd
, 
off_t
 
__off�t
, off_�
__�n
);

325 #ifde�
__REDIRECT


326 

	`__REDIRECT
 (
posix_��o��
, (
__fd
, 
__off64_t
 
__off�t
,

327 
__off64_t
 
__�n
),

328 
posix_��o��64
);

330 

	#posix_��o��
 
posix_��o��64


	)

333 #ifde�
__USE_LARGEFILE64


334 

	`posix_��o��64
 (
__fd
, 
off64_t
 
__off�t
, off64_�
__�n
);

340 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�
 \

341 && 
def�ed
 
__va_�g_�ck_�n


342 
	~<b�s/f��2.h
>

345 
__END_DECLS


	@/usr/include/fnmatch.h

18 #i�def 
_FNMATCH_H


19 

	#_FNMATCH_H
 1

	)

21 #ifdef 
__�lu�lus


27 #unde�
FNM_PATHNAME


28 #unde�
FNM_NOESCAPE


29 #unde�
FNM_PERIOD


32 

	#FNM_PATHNAME
 (1 << 0�

	)

33 

	#FNM_NOESCAPE
 (1 << 1�

	)

34 

	#FNM_PERIOD
 (1 << 2�

	)

36 #i�!
def�ed
 
_POSIX_C_SOURCE
 || _POSIX_C_SOURCE < 2 || def�ed 
_GNU_SOURCE


37 

	#FNM_FILE_NAME
 
FNM_PATHNAME


	)

38 

	#FNM_LEADING_DIR
 (1 << 3�

	)

39 

	#FNM_CASEFOLD
 (1 << 4�

	)

40 

	#FNM_EXTMATCH
 (1 << 5�

	)

44 

	#FNM_NOMATCH
 1

	)

50 #ifde�
_XOPEN_SOURCE


51 

	#FNM_NOSYS
 (-1)

	)

56 

�m�ch
 (cڡ *
__���n
, cڡ *
__�me
, 
__�ags
);

58 #ifdef 
__�lu�lus


	@/usr/include/ftw.h

22 #i�de�
_FTW_H


23 

	#_FTW_H
 1

	)

25 
	~<�u�s.h
>

27 
	~<sys/ty�s.h
>

28 
	~<sys/��.h
>

31 
__BEGIN_DECLS


37 
	mFTW_F
,

38 

	#FTW_F
 
FTW_F


	)

39 
	mFTW_D
,

40 

	#FTW_D
 
FTW_D


	)

41 
	mFTW_DNR
,

42 

	#FTW_DNR
 
FTW_DNR


	)

43 
	mFTW_NS
,

44 

	#FTW_NS
 
FTW_NS


	)

46 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


48 
	mFTW_SL
,

49 

	#FTW_SL
 
FTW_SL


	)

52 #ifde�
__USE_XOPEN_EXTENDED


54 
	mFTW_DP
,

55 

	#FTW_DP
 
FTW_DP


	)

56 
	mFTW_SLN


57 

	#FTW_SLN
 
FTW_SLN


	)

63 #ifde�
__USE_XOPEN_EXTENDED


67 
	mFTW_PHYS
 = 1,

68 

	#FTW_PHYS
 
FTW_PHYS


	)

69 
	mFTW_MOUNT
 = 2,

71 

	#FTW_MOUNT
 
FTW_MOUNT


	)

72 
	mFTW_CHDIR
 = 4,

73 

	#FTW_CHDIR
 
FTW_CHDIR


	)

74 
	mFTW_DEPTH
 = 8

75 

	#FTW_DEPTH
 
FTW_DEPTH


	)

76 #ifde�
__USE_GNU


78 
	mFTW_ACTIONRETVAL
 = 16

80 

	#FTW_ACTIONRETVAL
 
FTW_ACTIONRETVAL


	)

84 #ifde�
__USE_GNU


88 
	mFTW_CONTINUE
 = 0,

90 

	#FTW_CONTINUE
 
FTW_CONTINUE


	)

91 
	mFTW_STOP
 = 1,

93 

	#FTW_STOP
 
FTW_STOP


	)

94 
	mFTW_SKIP_SUBTREE
 = 2,

97 

	#FTW_SKIP_SUBTREE
 
FTW_SKIP_SUBTREE


	)

98 
	mFTW_SKIP_SIBLINGS
 = 3,

100 

	#FTW_SKIP_SIBLINGS
 
FTW_SKIP_SIBLINGS


	)

105 
	sFTW


107 
	mba�
;

108 
	m�v�
;

114 (*
	t__�w_func_t
�(cڡ *
	t__f��ame
,

115 cڡ 
	t��
 *
	t__��us
, 
	t__�ag
);

116 #ifde�
__USE_LARGEFILE64


117 (*
	t__�w64_func_t
�(cڡ *
	t__f��ame
,

118 cڡ 
	t��64
 *
	t__��us
, 
	t__�ag
);

120 #ifde�
__USE_XOPEN_EXTENDED


121 (*
	t__n�w_func_t
�(cڡ *
	t__f��ame
,

122 cڡ 
	t��
 *
	t__��us
, 
	t__�ag
,

123 
	tFTW
 *
	t__�fo
);

124 #ifde�
__USE_LARGEFILE64


125 (*
	t__n�w64_func_t
�(cڡ *
	t__f��ame
,

126 cڡ 
	t��64
 *
	t__��us
,

127 
	t__�ag
, 
	tFTW
 *
	t__�fo
);

135 #i�de�
__USE_FILE_OFFSET64


136 

	$�w
 (cڡ *
__d�
, 
__�w_func_t
 
__func
, 
__des��t�s
)

137 
	`__n�nu�
 ((1, 2));

139 #ifde�
__REDIRECT


140 #i�de�
__USE_TIME_BITS64


141 

	`__REDIRECT
 (
�w
, (cڡ *
__d�
, 
__�w_func_t
 
__func
,

142 
__des��t�s
), 
�w64
�
	`__n�nu�
 ((1, 2));

144 

	`__REDIRECT
 (
�w
, (cڡ *
__d�
, 
__�w_func_t
 
__func
,

145 
__des��t�s
), 
__�w64_time64
)

146 
	`__n�nu�
 ((1, 2));

149 #i�de�
__USE_TIME_BITS64


150 

	#�w
 
�w64


	)

152 

	#�w
 
__�w64_time64


	)

156 #ifde�
__USE_LARGEFILE64


157 #i�de�
__USE_TIME_BITS64


158 

	$�w64
 (cڡ *
__d�
, 
__�w64_func_t
 
__func
,

159 
__des��t�s
�
	`__n�nu�
 ((1, 2));

161 #ifde�
__REDIRECT


162 

	`__REDIRECT
 (
�w64
, (cڡ *
__d�
, 
__�w64_func_t
 
__func
,

163 
__des��t�s
),

164 
__�w64_time64
)

165 
	`__n�nu�
 ((1, 2));

167 

	#n�w64
 
__n�w64_time64


	)

172 #ifde�
__USE_XOPEN_EXTENDED


178 #i�de�
__USE_FILE_OFFSET64


179 

	$n�w
 (cڡ *
__d�
, 
__n�w_func_t
 
__func
, 
__des��t�s
,

180 
__�ag
�
	`__n�nu�
 ((1, 2));

182 #ifde�
__REDIRECT


183 #i�de�
__USE_TIME_BITS64


184 

	`__REDIRECT
 (
n�w
, (cڡ *
__d�
, 
__n�w_func_t
 
__func
,

185 
__des��t�s
, 
__�ag
), 
n�w64
)

186 
	`__n�nu�
 ((1, 2));

188 

	`__REDIRECT
 (
n�w
, (cڡ *
__d�
, 
__n�w_func_t
 
__func
,

189 
__des��t�s
, 
__�ag
), 
__n�w64_time64
)

190 
	`__n�nu�
 ((1, 2));

193 #i�de�
__USE_TIME_BITS64


194 

	#n�w
 
n�w64


	)

196 

	#n�w
 
__n�w64_time64


	)

200 #ifde�
__USE_LARGEFILE64


201 #i�de�
__USE_TIME_BITS64


202 

	$n�w64
 (cڡ *
__d�
, 
__n�w64_func_t
 
__func
,

203 
__des��t�s
, 
__�ag
�
	`__n�nu�
 ((1, 2));

205 #ifde�
__REDIRECT


206 

	`__REDIRECT
 (
n�w64
, (cڡ *
__d�
, 
__n�w64_func_t
 
__func
,

207 
__des��t�s
, 
__�ag
),

208 
__n�w64_time64
)

209 
	`__n�nu�
 ((1, 2));

211 

	#n�w64
 
__n�w64_time64


	)

217 
__END_DECLS


	@/usr/include/glob.h

18 #i�def 
_GLOB_H


19 

	#_GLOB_H
 1

	)

21 
	~<sys/cdefs.h
>

23 
	g__BEGIN_DECLS


26 #i�de�
__size_t


27 
__SIZE_TYPE__
 
	t__size_t
;

28 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


29 
__SIZE_TYPE__
 
	tsize_t
;

34 #unde�
__size_t


35 

	#__size_t
 
size_t


	)

39 

	#GLOB_ERR
 (1 << 0)

	)

40 

	#GLOB_MARK
 (1 << 1)

	)

41 

	#GLOB_NOSORT
 (1 << 2)

	)

42 

	#GLOB_DOOFFS
 (1 << 3)

	)

43 

	#GLOB_NOCHECK
 (1 << 4)

	)

44 

	#GLOB_APPEND
 (1 << 5)

	)

45 

	#GLOB_NOESCAPE
 (1 << 6)

	)

46 

	#GLOB_PERIOD
 (1 << 7)

	)

48 #i�!
def�ed
 
__USE_POSIX2
 || def�ed 
__USE_MISC


49 

	#GLOB_MAGCHAR
 (1 << 8)

	)

50 

	#GLOB_ALTDIRFUNC
 (1 << 9)

	)

51 

	#GLOB_BRACE
 (1 << 10)

	)

52 

	#GLOB_NOMAGIC
 (1 << 11)

	)

53 

	#GLOB_TILDE
 (1 << 12)

	)

54 

	#GLOB_ONLYDIR
 (1 << 13)

	)

55 

	#GLOB_TILDE_CHECK
 (1 << 14)

	)

57 

	#__GLOB_FLAGS
 (
GLOB_ERR
|
GLOB_MARK
|
GLOB_NOSORT
|
GLOB_DOOFFS
 \

58 |
GLOB_NOESCAPE
|
GLOB_NOCHECK
|
GLOB_APPEND
 \

59 |
GLOB_PERIOD
|
GLOB_ALTDIRFUNC
|
GLOB_BRACE
 \

60 |
GLOB_NOMAGIC
|
GLOB_TILDE
|
GLOB_ONLYDIR
|
GLOB_TILDE_CHECK
)

	)

62 

	#__GLOB_FLAGS
 (
GLOB_ERR
|
GLOB_MARK
|
GLOB_NOSORT
|
GLOB_DOOFFS
 \

63 |
GLOB_NOESCAPE
|
GLOB_NOCHECK
|
GLOB_APPEND
 \

64 |
GLOB_PERIOD
)

	)

68 

	#GLOB_NOSPACE
 1

	)

69 

	#GLOB_ABORTED
 2

	)

70 

	#GLOB_NOMATCH
 3

	)

71 

	#GLOB_NOSYS
 4

	)

72 #ifde�
__USE_GNU


75 

	#GLOB_ABEND
 
GLOB_ABORTED


	)

79 #ifde�
__USE_GNU


80 
	g��
;

84 
__size_t
 
	mgl_�thc
;

85 **
	mgl_�thv
;

86 
__size_t
 
	mgl_offs
;

87 
	mgl_�ags
;

91 (*
	mgl_�o�d�
) (*);

92 #ifde�
__USE_GNU


93 
	md��t
 *(*
	mgl_�add�
) (*);

95 *(*
	mgl_�add�
) (*);

97 *(*
	mgl_ݒd�
) (const *);

98 #ifde�
__USE_GNU


99 (*
	mgl_l��
�(cڡ *
	m__��ri�
, 
��
 *__restrict);

100 (*
	mgl_��
�(cڡ *
	m__��ri�
, 
��
 *__restrict);

102 (*
	mgl_l��
�(cڡ *
	m__��ri�
, *__restrict);

103 (*
	mgl_��
�(cڡ *
	m__��ri�
, *__restrict);

105 } 
	tglob_t
;

107 #ifde�
__USE_LARGEFILE64


108 #ifde�
__USE_GNU


109 
	g��64
;

113 
__size_t
 
	mgl_�thc
;

114 **
	mgl_�thv
;

115 
__size_t
 
	mgl_offs
;

116 
	mgl_�ags
;

120 (*
	mgl_�o�d�
) (*);

121 #ifde�
__USE_GNU


122 
	md��t64
 *(*
	mgl_�add�
) (*);

124 *(*
	mgl_�add�
) (*);

126 *(*
	mgl_ݒd�
) (const *);

127 #ifde�
__USE_GNU


128 (*
	mgl_l��
�(cڡ *
	m__��ri�
, 
��64
 *__restrict);

129 (*
	mgl_��
�(cڡ *
	m__��ri�
, 
��64
 *__restrict);

131 (*
	mgl_l��
�(cڡ *
	m__��ri�
, *__restrict);

132 (*
	mgl_��
�(cڡ *
	m__��ri�
, *__restrict);

134 } 
	tglob64_t
;

145 #i�!
def�ed
 
__USE_FILE_OFFSET64


146 

	$glob
 (cڡ *
__��ri�
 
__���n
, 
__�ags
,

147 (*
__�rfunc
) (const *, ),

148 
glob_t
 *
__��ri�
 
__pglob
�
__THROWNL
;

151 

	$glob�
 (
glob_t
 *
__pglob
�
__THROW
;

153 #ifde�
__USE_TIME_BITS64


154 

	`__REDIRECT_NTHNL
 (
glob
, (cڡ *
__��ri�
 
__���n
,

155 
__�ags
,

156 (*
__�rfunc
) (const *, ),

157 
glob_t
 *
__��ri�
 
__pglob
),

158 
__glob64_time64
);

160 

	`__REDIRECT_NTH
 (
glob�
, (
glob_t
 *
__pglob
),

161 
__glob�64_time64
);

163 

	`__REDIRECT_NTHNL
 (
glob
, (cڡ *
__��ri�
 
__���n
,

164 
__�ags
,

165 (*
__�rfunc
) (const *, ),

166 
glob_t
 *
__��ri�
 
__pglob
), 
glob64
);

168 

	`__REDIRECT_NTH
 (
glob�
, (
glob_t
 *
__pglob
), 
glob�64
);

172 #ifde�
__USE_LARGEFILE64


173 #ifde�
__USE_TIME_BITS64


174 

	`__REDIRECT_NTHNL
 (
glob64
, (cڡ *
__��ri�
 
__���n
,

175 
__�ags
,

176 (*
__�rfunc
) (const *, ),

177 
glob64_t
 *
__��ri�
 
__pglob
),

178 
__glob64_time64
);

180 

	`__REDIRECT_NTH
 (
glob�64
, (
glob64_t
 *
__pglob
),

181 
__glob�64_time64
);

183 

	$glob64
 (cڡ *
__��ri�
 
__���n
, 
__�ags
,

184 (*
__�rfunc
) (const *, ),

185 
glob64_t
 *
__��ri�
 
__pglob
�
__THROWNL
;

187 

	$glob�64
 (
glob64_t
 *
__pglob
�
__THROW
;

192 #ifde�
__USE_GNU


198 

	$glob_���n_p
 (cڡ *
__���n
, 
__qu�e
�
__THROW
;

201 
__END_DECLS


	@/usr/include/grp.h

22 #i�def 
_GRP_H


23 

	#_GRP_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


29 
	~<b�s/ty�s.h
>

31 

	#__�ed_size_t


	)

32 
	~<�ddef.h
>

36 #i�(
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K
�&& !def�ed 
__gid_t_def�ed


37 
__gid_t
 
	tgid_t
;

38 

	#__gid_t_def�ed


	)

42 
	sgroup


44 *
	mgr_�me
;

45 *
	mgr_�sswd
;

46 
__gid_t
 
	mgr_gid
;

47 **
	mgr_mem
;

51 #ifde�
__USE_MISC


52 
	~<b�s/ty�s/FILE.h
>

56 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


61 

�tg��
 ();

67 

�dg��
 ();

73 

group
 *
g�g��
 ();

76 #ifdef 
__USE_MISC


83 

group
 *
fg�g��
 (
FILE
 *
__��am
);

86 #ifde�
__USE_GNU


93 

putg��
 (cڡ 
group
 *
__��ri�
 
__p
,

94 
FILE
 *
__��ri�
 
__f
);

101 

group
 *
g�grgid
 (
__gid_t
 
__gid
);

107 

group
 *
g�g�am
 (cڡ *
__�me
);

109 #ifde�
__USE_POSIX


111 #ifde�
__USE_MISC


114 

	#NSS_BUFLEN_GROUP
 1024

	)

130 #ifde�
__USE_GNU


131 

	$g�g��_r
 (
group
 *
__��ri�
 
__�su�buf
,

132 *
__��ri�
 
__buf�r
, 
size_t
 
__bu�
,

133 
group
 **
__��ri�
 
__�su�
)

134 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

141 

	$g�grgid_r
 (
__gid_t
 
__gid
, 
group
 *
__��ri�
 
__�su�buf
,

142 *
__��ri�
 
__buf�r
, 
size_t
 
__bu�
,

143 
group
 **
__��ri�
 
__�su�
)

144 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 3, 4));

150 

	$g�g�am_r
 (cڡ *
__��ri�
 
__�me
,

151 
group
 *
__��ri�
 
__�su�buf
,

152 *
__��ri�
 
__buf�r
, 
size_t
 
__bu�
,

153 
group
 **
__��ri�
 
__�su�
)

154 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 3, 4));

156 #ifdef 
__USE_MISC


164 

	$fg�g��_r
 (
FILE
 *
__��ri�
 
__��am
,

165 
group
 *
__��ri�
 
__�su�buf
,

166 *
__��ri�
 
__buf�r
, 
size_t
 
__bu�
,

167 
group
 **
__��ri�
 
__�su�
)

168 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 3, 4));

174 #ifdef 
__USE_MISC


176 

	#__�ed_size_t


	)

177 
	~<�ddef.h
>

180 

	$�tgroups
 (
size_t
 
__n
, cڡ 
__gid_t
 *
__groups
�
__THROW
;

190 

	`g�grou�i�
 (cڡ *
__u�r
, 
__gid_t
 
__group
,

191 
__gid_t
 *
__groups
, *
__ngroups
);

201 

	`��groups
 (cڡ *
__u�r
, 
__gid_t
 
__group
);

205 
__END_DECLS


	@/usr/include/libintl.h

20 #i�de�
_LIBINTL_H


21 

	#_LIBINTL_H
 1

	)

23 
	~<�u�s.h
>

27 

	#__USE_GNU_GETTEXT
 1

	)

31 

	#__GNU_GETTEXT_SUPPORTED_REVISION
(
maj�
) \

32 ((
maj�
�=�0 ? 1 : -1)

	)

34 
__BEGIN_DECLS


39 
*
	$g��xt
 (cڡ *
__msgid
)

40 
__THROW
 
	`__��ibu�_f�m�_�g__
 (1);

44 
*
	$dg��xt
 (cڡ *
__doma��me
, cڡ *
__msgid
)

45 
__THROW
 
	`__��ibu�_f�m�_�g__
 (2);

46 
*
	$__dg��xt
 (cڡ *
__doma��me
, cڡ *
__msgid
)

47 
__THROW
 
	`__��ibu�_f�m�_�g__
 (2);

51 
*
	$dcg��xt
 (cڡ *
__doma��me
,

52 cڡ *
__msgid
, 
__��g�y
)

53 
__THROW
 
	`__��ibu�_f�m�_�g__
 (2);

54 
*
	$__dcg��xt
 (cڡ *
__doma��me
,

55 cڡ *
__msgid
, 
__��g�y
)

56 
__THROW
 
	`__��ibu�_f�m�_�g__
 (2);

61 
*
	$ng��xt
 (cڡ *
__msgid1
, cڡ *
__msgid2
,

62 
__n
)

63 
__THROW
 
	$__��ibu�_f�m�_�g__
 (1�
	`__��ibu�_f�m�_�g__
 (2);

67 
*
	$dng��xt
 (cڡ *
__doma��me
, cڡ *
__msgid1
,

68 cڡ *
__msgid2
, 
__n
)

69 
__THROW
 
	$__��ibu�_f�m�_�g__
 (2�
	`__��ibu�_f�m�_�g__
 (3);

73 
*
	$d�g��xt
 (cڡ *
__doma��me
, cڡ *
__msgid1
,

74 cڡ *
__msgid2
, 
__n
,

75 
__��g�y
)

76 
__THROW
 
	$__��ibu�_f�m�_�g__
 (2�
	`__��ibu�_f�m�_�g__
 (3);

82 
*
	$�xtdoma�
 (cڡ *
__doma��me
�
__THROW
;

86 
*
	$b�d�xtdoma�
 (cڡ *
__doma��me
,

87 cڡ *
__d��me
�
__THROW
;

91 
*
	$b�d_�xtdoma�_code�t
 (cڡ *
__doma��me
,

92 cڡ *
__code�t
�
__THROW
;

96 #i�
def�ed
 
__OPTIMIZE__
 && !def�ed 
__�lu�lus


99 

	#__�ed_NULL


	)

100 
	~<�ddef.h
>

103 
	~<lo��.h
>

109 

	#g��xt
(
msgid
�
	`dg��xt
 (
NULL
, msgid)

	)

111 

	#dg��xt
(
doma��me
, 
msgid
) \

112 
	`dcg��xt
 (
doma��me
, 
msgid
, 
LC_MESSAGES
)

	)

114 

	#ng��xt
(
msgid1
, 
msgid2
, 
n
�
	`dng��xt
 (
NULL
, msgid1, msgid2,�)

	)

116 

	#dng��xt
(
doma��me
, 
msgid1
, 
msgid2
, 
n
) \

117 
	`d�g��xt
 (
doma��me
, 
msgid1
, 
msgid2
, 
n
, 
LC_MESSAGES
)

	)

121 
__END_DECLS


	@/usr/include/limits.h

22 #i�de�
_LIBC_LIMITS_H_


23 

	#_LIBC_LIMITS_H_
 1

	)

25 

	#__GLIBC_INTERNAL_STARTING_HEADER_IMPLEMENTATION


	)

26 
	~<b�s/libc-h�d�-��t.h
>

32 

	#MB_LEN_MAX
 16

	)

37 #i�!
def�ed
 
__GNUC__
 || __GNUC__ < 2

42 #i�de�
_LIMITS_H


43 

	#_LIMITS_H
 1

	)

45 
	~<b�s/w�dsize.h
>

54 

	#CHAR_BIT
 8

	)

57 

	#SCHAR_MIN
 (-128)

	)

58 

	#SCHAR_MAX
 127

	)

61 

	#UCHAR_MAX
 255

	)

64 #ifde�
__CHAR_UNSIGNED__


65 

	#CHAR_MIN
 0

	)

66 

	#CHAR_MAX
 
UCHAR_MAX


	)

68 

	#CHAR_MIN
 
SCHAR_MIN


	)

69 

	#CHAR_MAX
 
SCHAR_MAX


	)

73 

	#SHRT_MIN
 (-32768)

	)

74 

	#SHRT_MAX
 32767

	)

77 

	#USHRT_MAX
 65535

	)

80 

	#INT_MIN
 (-
INT_MAX
 - 1)

	)

81 

	#INT_MAX
 2147483647

	)

84 

	#UINT_MAX
 4294967295U

	)

87 #i�
__WORDSIZE
 == 64

88 

	#LONG_MAX
 9223372036854775807L

	)

90 

	#LONG_MAX
 2147483647L

	)

92 

	#LONG_MIN
 (-
LONG_MAX
 - 1L)

	)

95 #i�
__WORDSIZE
 == 64

96 

	#ULONG_MAX
 18446744073709551615UL

	)

98 

	#ULONG_MAX
 4294967295UL

	)

101 #ifde�
__USE_ISOC99


104 

	#LLONG_MAX
 9223372036854775807LL

	)

105 

	#LLONG_MIN
 (-
LLONG_MAX
 - 1LL)

	)

108 

	#ULLONG_MAX
 18446744073709551615ULL

	)

122 #i�
def�ed
 
__GNUC__
 && !def�ed 
_GCC_LIMITS_H_


124 #��ude_�x�<
lim�s
.
h
>

130 #i�
def�ed
 
__USE_ISOC99
 && def�ed 
__GNUC__


131 #i�de�
LLONG_MIN


132 

	#LLONG_MIN
 (-
LLONG_MAX
-1)

	)

134 #i�de�
LLONG_MAX


135 

	#LLONG_MAX
 
__LONG_LONG_MAX__


	)

137 #i�de�
ULLONG_MAX


138 

	#ULLONG_MAX
 (
LLONG_MAX
 * 2ULL + 1)

	)

145 #i�
__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
)

146 #i�de�
CHAR_WIDTH


147 

	#CHAR_WIDTH
 8

	)

149 #i�de�
SCHAR_WIDTH


150 

	#SCHAR_WIDTH
 8

	)

152 #i�de�
UCHAR_WIDTH


153 

	#UCHAR_WIDTH
 8

	)

155 #i�de�
SHRT_WIDTH


156 

	#SHRT_WIDTH
 16

	)

158 #i�de�
USHRT_WIDTH


159 

	#USHRT_WIDTH
 16

	)

161 #i�de�
INT_WIDTH


162 

	#INT_WIDTH
 32

	)

164 #i�de�
UINT_WIDTH


165 

	#UINT_WIDTH
 32

	)

167 #i�de�
LONG_WIDTH


168 

	#LONG_WIDTH
 
__WORDSIZE


	)

170 #i�de�
ULONG_WIDTH


171 

	#ULONG_WIDTH
 
__WORDSIZE


	)

173 #i�de�
LLONG_WIDTH


174 

	#LLONG_WIDTH
 64

	)

176 #i�de�
ULLONG_WIDTH


177 

	#ULLONG_WIDTH
 64

	)

184 #i�
__GLIBC_USE
 (
ISOC2X
)

185 #i�de�
BOOL_MAX


186 

	#BOOL_MAX
 1

	)

188 #i�de�
BOOL_WIDTH


189 

	#BOOL_WIDTH
 1

	)

193 #ifdef 
__USE_POSIX


195 
	~<b�s/posix1_lim.h
>

198 #ifdef 
__USE_POSIX2


199 
	~<b�s/posix2_lim.h
>

202 #ifdef 
__USE_XOPEN


203 
	~<b�s/xݒ_lim.h
>

	@/usr/include/linux/cdrom.h

12 #i�de�
_LINUX_CDROM_H


13 

	#_LINUX_CDROM_H


	)

15 
	~<l�ux/ty�s.h
>

16 
	~<asm/by��d�.h
>

47 

	#EDRIVE_CANT_DO_THIS
 
EOPNOTSUPP


	)

54 

	#CDROMPAUSE
 0x5301

	)

55 

	#CDROMRESUME
 0x5302

	)

56 

	#CDROMPLAYMSF
 0x5303

	)

57 

	#CDROMPLAYTRKIND
 0x5304

	)

59 

	#CDROMREADTOCHDR
 0x5305

	)

61 

	#CDROMREADTOCENTRY
 0x5306

	)

63 

	#CDROMSTOP
 0x5307

	)

64 

	#CDROMSTART
 0x5308

	)

65 

	#CDROMEJECT
 0x5309

	)

66 

	#CDROMVOLCTRL
 0x530�

	)

68 

	#CDROMSUBCHNL
 0x530b

	)

70 

	#CDROMREADMODE2
 0x530�

	)

72 

	#CDROMREADMODE1
 0x530d

	)

74 

	#CDROMREADAUDIO
 0x530�

	)

75 

	#CDROMEJECT_SW
 0x530�

	)

76 

	#CDROMMULTISESSION
 0x5310

	)

79 

	#CDROM_GET_MCN
 0x5311

	)

81 

	#CDROM_GET_UPC
 
CDROM_GET_MCN


	)

83 

	#CDROMRESET
 0x5312

	)

84 

	#CDROMVOLREAD
 0x5313

	)

86 

	#CDROMREADRAW
 0x5314

	)

91 

	#CDROMREADCOOKED
 0x5315

	)

92 

	#CDROMSEEK
 0x5316

	)

98 

	#CDROMPLAYBLK
 0x5317

	)

103 

	#CDROMREADALL
 0x5318

	)

112 

	#CDROMGETSPINDOWN
 0x531d

	)

113 

	#CDROMSETSPINDOWN
 0x531e

	)

120 

	#CDROMCLOSETRAY
 0x5319

	)

121 

	#CDROM_SET_OPTIONS
 0x5320

	)

122 

	#CDROM_CLEAR_OPTIONS
 0x5321

	)

123 

	#CDROM_SELECT_SPEED
 0x5322

	)

124 

	#CDROM_SELECT_DISC
 0x5323

	)

125 

	#CDROM_MEDIA_CHANGED
 0x5325

	)

126 

	#CDROM_DRIVE_STATUS
 0x5326

	)

127 

	#CDROM_DISC_STATUS
 0x5327

	)

128 

	#CDROM_CHANGER_NSLOTS
 0x5328

	)

129 

	#CDROM_LOCKDOOR
 0x5329

	)

130 

	#CDROM_DEBUG
 0x5330

	)

131 

	#CDROM_GET_CAPABILITY
 0x5331

	)

138 

	#CDROMAUDIOBUFSIZ
 0x5382

	)

142 

	#DVD_READ_STRUCT
 0x5390

	)

143 

	#DVD_WRITE_STRUCT
 0x5391

	)

144 

	#DVD_AUTH
 0x5392

	)

146 

	#CDROM_SEND_PACKET
 0x5393

	)

147 

	#CDROM_NEXT_WRITABLE
 0x5394

	)

148 

	#CDROM_LAST_WRITTEN
 0x5395

	)

150 

	#CDROM_TIMED_MEDIA_CHANGE
 0x5396

	)

157 
	scdrom_msf0


159 
__u8
 
	mm�u�
;

160 
__u8
 
	m�c�d
;

161 
__u8
 
	m�ame
;

165 
	ucdrom_addr


167 
cdrom_msf0
 
	mmsf
;

168 
	mlba
;

172 
	scdrom_msf


174 
__u8
 
	mcdmsf_m�0
;

175 
__u8
 
	mcdmsf_�c0
;

176 
__u8
 
	mcdmsf_�ame0
;

177 
__u8
 
	mcdmsf_m�1
;

178 
__u8
 
	mcdmsf_�c1
;

179 
__u8
 
	mcdmsf_�ame1
;

183 
	scdrom_ti


185 
__u8
 
	mcdti_�k0
;

186 
__u8
 
	mcdti_�d0
;

187 
__u8
 
	mcdti_�k1
;

188 
__u8
 
	mcdti_�d1
;

192 
	scdrom_tochdr


194 
__u8
 
	mcdth_�k0
;

195 
__u8
 
	mcdth_�k1
;

199 
	scdrom_v���


201 
__u8
 
	mch��l0
;

202 
__u8
 
	mch��l1
;

203 
__u8
 
	mch��l2
;

204 
__u8
 
	mch��l3
;

208 
	scdrom_subch�


210 
__u8
 
	mcdsc_f�m�
;

211 
__u8
 
	mcdsc_audio��us
;

212 
__u8
 
	mcdsc_adr
: 4;

213 
__u8
 
	mcdsc_��
: 4;

214 
__u8
 
	mcdsc_�k
;

215 
__u8
 
	mcdsc_�d
;

216 
cdrom_addr
 
	mcdsc_ab�ddr
;

217 
cdrom_addr
 
	mcdsc_��ddr
;

222 
	scdrom_to��ry


224 
__u8
 
	mcd�_�ack
;

225 
__u8
 
	mcd�_adr
 :4;

226 
__u8
 
	mcd�_��
 :4;

227 
__u8
 
	mcd�_f�m�
;

228 
cdrom_addr
 
	mcd�_addr
;

229 
__u8
 
	mcd�_d�amode
;

233 
	scdrom_�ad


235 
	mcd�ad_lba
;

236 *
	mcd�ad_bu�ddr
;

237 
	mcd�ad_bu�
;

241 
	scdrom_�ad_audio


243 
cdrom_addr
 
	maddr
;

244 
__u8
 
	maddr_f�m�
;

245 
	mn�ames
;

246 
__u8
 *
	mbuf
;

250 
	scdrom_mu�i�ssi�


252 
cdrom_addr
 
	maddr
;

255 
__u8
 
	mxa_�ag
;

256 
__u8
 
	maddr_f�m�
;

264 
	scdrom_m�


266 
__u8
 
	mmedium_��log_numb�
[14];

270 
	scdrom_blk


272 
	m�om
;

273 
	m�n
;

276 

	#CDROM_PACKET_SIZE
 12

	)

278 

	#CGC_DATA_UNKNOWN
 0

	)

279 

	#CGC_DATA_WRITE
 1

	)

280 

	#CGC_DATA_READ
 2

	)

281 

	#CGC_DATA_NONE
 3

	)

284 
	scdrom_g��ic_comm�d


286 
	mcmd
[
CDROM_PACKET_SIZE
];

287 *
	mbuf�r
;

288 
	mbu�
;

289 
	m��
;

290 
�que�_�n�
 *
	m�n�
;

291 
	md�a_d�e�i�
;

292 
	mqu�t
;

293 
	mtimeout
;

295 *
	m��rved
[1];

296 *
	munu�d
;

301 
	scdrom_timed_med�_ch�ge_�fo
 {

302 
__s64
 
	mϡ_med�_ch�ge
;

307 
__u64
 
	mmed�_�ags
;

311 

	#MEDIA_CHANGED_FLAG
 0x1

	)

352 

	#CD_MINS
 74

	)

353 

	#CD_SECS
 60

	)

354 

	#CD_FRAMES
 75

	)

355 

	#CD_SYNC_SIZE
 12

	)

356 

	#CD_MSF_OFFSET
 150

	)

357 

	#CD_CHUNK_SIZE
 24

	)

358 

	#CD_NUM_OF_CHUNKS
 98

	)

359 

	#CD_FRAMESIZE_SUB
 96

	)

360 

	#CD_HEAD_SIZE
 4

	)

361 

	#CD_SUBHEAD_SIZE
 8

	)

362 

	#CD_EDC_SIZE
 4

	)

363 

	#CD_ZERO_SIZE
 8

	)

364 

	#CD_ECC_SIZE
 276

	)

365 

	#CD_FRAMESIZE
 2048

	)

366 

	#CD_FRAMESIZE_RAW
 2352

	)

367 

	#CD_FRAMESIZE_RAWER
 2646

	)

369 

	#CD_FRAMESIZE_RAW1
 (
CD_FRAMESIZE_RAW
-
CD_SYNC_SIZE
�

	)

370 

	#CD_FRAMESIZE_RAW0
 (
CD_FRAMESIZE_RAW
-
CD_SYNC_SIZE
-
CD_HEAD_SIZE
�

	)

372 

	#CD_XA_HEAD
 (
CD_HEAD_SIZE
+
CD_SUBHEAD_SIZE
�

	)

373 

	#CD_XA_TAIL
 (
CD_EDC_SIZE
+
CD_ECC_SIZE
�

	)

374 

	#CD_XA_SYNC_HEAD
 (
CD_SYNC_SIZE
+
CD_XA_HEAD
�

	)

377 

	#CDROM_LBA
 0x01

	)

378 

	#CDROM_MSF
 0x02

	)

381 

	#CDROM_DATA_TRACK
 0x04

	)

384 

	#CDROM_LEADOUT
 0xAA

	)

387 

	#CDROM_AUDIO_INVALID
 0x00

	)

388 

	#CDROM_AUDIO_PLAY
 0x11

	)

389 

	#CDROM_AUDIO_PAUSED
 0x12

	)

390 

	#CDROM_AUDIO_COMPLETED
 0x13

	)

391 

	#CDROM_AUDIO_ERROR
 0x14

	)

392 

	#CDROM_AUDIO_NO_STATUS
 0x15

	)

395 

	#CDC_CLOSE_TRAY
 0x1

	)

396 

	#CDC_OPEN_TRAY
 0x2

	)

397 

	#CDC_LOCK
 0x4

	)

398 

	#CDC_SELECT_SPEED
 0x8

	)

399 

	#CDC_SELECT_DISC
 0x10

	)

400 

	#CDC_MULTI_SESSION
 0x20

	)

401 

	#CDC_MCN
 0x40

	)

402 

	#CDC_MEDIA_CHANGED
 0x80

	)

403 

	#CDC_PLAY_AUDIO
 0x100

	)

404 

	#CDC_RESET
 0x200

	)

405 

	#CDC_DRIVE_STATUS
 0x800

	)

406 

	#CDC_GENERIC_PACKET
 0x1000

	)

407 

	#CDC_CD_R
 0x2000

	)

408 

	#CDC_CD_RW
 0x4000

	)

409 

	#CDC_DVD
 0x8000

	)

410 

	#CDC_DVD_R
 0x10000

	)

411 

	#CDC_DVD_RAM
 0x20000

	)

412 

	#CDC_MO_DRIVE
 0x40000

	)

413 

	#CDC_MRW
 0x80000

	)

414 

	#CDC_MRW_W
 0x100000

	)

415 

	#CDC_RAM
 0x200000

	)

418 

	#CDS_NO_INFO
 0

	)

419 

	#CDS_NO_DISC
 1

	)

420 

	#CDS_TRAY_OPEN
 2

	)

421 

	#CDS_DRIVE_NOT_READY
 3

	)

422 

	#CDS_DISC_OK
 4

	)

426 

	#CDS_AUDIO
 100

	)

427 

	#CDS_DATA_1
 101

	)

428 

	#CDS_DATA_2
 102

	)

429 

	#CDS_XA_2_1
 103

	)

430 

	#CDS_XA_2_2
 104

	)

431 

	#CDS_MIXED
 105

	)

434 

	#CDO_AUTO_CLOSE
 0x1

	)

435 

	#CDO_AUTO_EJECT
 0x2

	)

436 

	#CDO_USE_FFLAGS
 0x4

	)

437 

	#CDO_LOCK
 0x8

	)

438 

	#CDO_CHECK_TYPE
 0x10

	)

441 

	#CDSL_NONE
 (
INT_MAX
-1)

	)

442 

	#CDSL_CURRENT
 
INT_MAX


	)

449 

	#CD_PART_MAX
 64

	)

450 

	#CD_PART_MASK
 (
CD_PART_MAX
 - 1)

	)

458 

	#GPCMD_BLANK
 0xa1

	)

459 

	#GPCMD_CLOSE_TRACK
 0x5b

	)

460 

	#GPCMD_FLUSH_CACHE
 0x35

	)

461 

	#GPCMD_FORMAT_UNIT
 0x04

	)

462 

	#GPCMD_GET_CONFIGURATION
 0x46

	)

463 

	#GPCMD_GET_EVENT_STATUS_NOTIFICATION
 0x4a

	)

464 

	#GPCMD_GET_PERFORMANCE
 0xac

	)

465 

	#GPCMD_INQUIRY
 0x12

	)

466 

	#GPCMD_LOAD_UNLOAD
 0xa6

	)

467 

	#GPCMD_MECHANISM_STATUS
 0xbd

	)

468 

	#GPCMD_MODE_SELECT_10
 0x55

	)

469 

	#GPCMD_MODE_SENSE_10
 0x5a

	)

470 

	#GPCMD_PAUSE_RESUME
 0x4b

	)

471 

	#GPCMD_PLAY_AUDIO_10
 0x45

	)

472 

	#GPCMD_PLAY_AUDIO_MSF
 0x47

	)

473 

	#GPCMD_PLAY_AUDIO_TI
 0x48

	)

474 

	#GPCMD_PLAY_CD
 0xbc

	)

475 

	#GPCMD_PREVENT_ALLOW_MEDIUM_REMOVAL
 0x1e

	)

476 

	#GPCMD_READ_10
 0x28

	)

477 

	#GPCMD_READ_12
 0xa8

	)

478 

	#GPCMD_READ_BUFFER
 0x3c

	)

479 

	#GPCMD_READ_BUFFER_CAPACITY
 0x5c

	)

480 

	#GPCMD_READ_CDVD_CAPACITY
 0x25

	)

481 

	#GPCMD_READ_CD
 0xbe

	)

482 

	#GPCMD_READ_CD_MSF
 0xb9

	)

483 

	#GPCMD_READ_DISC_INFO
 0x51

	)

484 

	#GPCMD_READ_DVD_STRUCTURE
 0xad

	)

485 

	#GPCMD_READ_FORMAT_CAPACITIES
 0x23

	)

486 

	#GPCMD_READ_HEADER
 0x44

	)

487 

	#GPCMD_READ_TRACK_RZONE_INFO
 0x52

	)

488 

	#GPCMD_READ_SUBCHANNEL
 0x42

	)

489 

	#GPCMD_READ_TOC_PMA_ATIP
 0x43

	)

490 

	#GPCMD_REPAIR_RZONE_TRACK
 0x58

	)

491 

	#GPCMD_REPORT_KEY
 0xa4

	)

492 

	#GPCMD_REQUEST_SENSE
 0x03

	)

493 

	#GPCMD_RESERVE_RZONE_TRACK
 0x53

	)

494 

	#GPCMD_SEND_CUE_SHEET
 0x5d

	)

495 

	#GPCMD_SCAN
 0xba

	)

496 

	#GPCMD_SEEK
 0x2b

	)

497 

	#GPCMD_SEND_DVD_STRUCTURE
 0xbf

	)

498 

	#GPCMD_SEND_EVENT
 0xa2

	)

499 

	#GPCMD_SEND_KEY
 0xa3

	)

500 

	#GPCMD_SEND_OPC
 0x54

	)

501 

	#GPCMD_SET_READ_AHEAD
 0xa7

	)

502 

	#GPCMD_SET_STREAMING
 0xb6

	)

503 

	#GPCMD_START_STOP_UNIT
 0x1b

	)

504 

	#GPCMD_STOP_PLAY_SCAN
 0x4e

	)

505 

	#GPCMD_TEST_UNIT_READY
 0x00

	)

506 

	#GPCMD_VERIFY_10
 0x2f

	)

507 

	#GPCMD_WRITE_10
 0x2a

	)

508 

	#GPCMD_WRITE_12
 0x�

	)

509 

	#GPCMD_WRITE_AND_VERIFY_10
 0x2e

	)

510 

	#GPCMD_WRITE_BUFFER
 0x3b

	)

515 

	#GPCMD_SET_SPEED
 0xbb

	)

518 

	#GPCMD_PLAYAUDIO_TI
 0x48

	)

523 

	#GPCMD_GET_MEDIA_STATUS
 0xda

	)

526 

	#GPMODE_VENDOR_PAGE
 0x00

	)

527 

	#GPMODE_R_W_ERROR_PAGE
 0x01

	)

528 

	#GPMODE_WRITE_PARMS_PAGE
 0x05

	)

529 

	#GPMODE_WCACHING_PAGE
 0x08

	)

530 

	#GPMODE_AUDIO_CTL_PAGE
 0x0e

	)

531 

	#GPMODE_POWER_PAGE
 0x1a

	)

532 

	#GPMODE_FAULT_FAIL_PAGE
 0x1c

	)

533 

	#GPMODE_TO_PROTECT_PAGE
 0x1d

	)

534 

	#GPMODE_CAPABILITIES_PAGE
 0x2a

	)

535 

	#GPMODE_ALL_PAGES
 0x3f

	)

538 

	#GPMODE_CDROM_PAGE
 0x0d

	)

543 

	#DVD_STRUCT_PHYSICAL
 0x00

	)

544 

	#DVD_STRUCT_COPYRIGHT
 0x01

	)

545 

	#DVD_STRUCT_DISCKEY
 0x02

	)

546 

	#DVD_STRUCT_BCA
 0x03

	)

547 

	#DVD_STRUCT_MANUFACT
 0x04

	)

549 
	sdvd_�y�
 {

550 
__u8
 
	mbook_v�si�
 : 4;

551 
__u8
 
	mbook_ty�
 : 4;

552 
__u8
 
	mm�_��
 : 4;

553 
__u8
 
	mdisc_size
 : 4;

554 
__u8
 
	m�y�_ty�
 : 4;

555 
__u8
 
	m�ack_�th
 : 1;

556 
__u8
 
	m�ay�s
 : 2;

557 
__u8
 
	m�ack_d�s�y
 : 4;

558 
__u8
 
	ml��r_d�s�y
 : 4;

559 
__u8
 
	mb�
 : 1;

560 
__u32
 
	m��t_���
;

561 
__u32
 
	m�d_���
;

562 
__u32
 
	m�d_���_l0
;

565 

	#DVD_LAYERS
 4

	)

567 
	sdvd_physi�l
 {

568 
__u8
 
	mty�
;

569 
__u8
 
	m�y�_num
;

570 
dvd_�y�
 
	m�y�
[
DVD_LAYERS
];

573 
	sdvd_c�yright
 {

574 
__u8
 
	mty�
;

576 
__u8
 
	m�y�_num
;

577 
__u8
 
	m��
;

578 
__u8
 
	mrmi
;

581 
	sdvd_disckey
 {

582 
__u8
 
	mty�
;

584 
	magid
 : 2;

585 
__u8
 
	mv�ue
[2048];

588 
	sdvd_b�
 {

589 
__u8
 
	mty�
;

591 
	m�n
;

592 
__u8
 
	mv�ue
[188];

595 
	sdvd_m�u��
 {

596 
__u8
 
	mty�
;

598 
__u8
 
	m�y�_num
;

599 
	m�n
;

600 
__u8
 
	mv�ue
[2048];

604 
__u8
 
	mty�
;

606 
dvd_physi�l
 
	mphysi�l
;

607 
dvd_c�yright
 
	mc�yright
;

608 
dvd_disckey
 
	mdisckey
;

609 
dvd_b�
 
	mb�
;

610 
dvd_m�u��
 
	mm�u��
;

611 } 
	tdvd_�ru�
;

618 

	#DVD_LU_SEND_AGID
 0

	)

619 

	#DVD_HOST_SEND_CHALLENGE
 1

	)

620 

	#DVD_LU_SEND_KEY1
 2

	)

621 

	#DVD_LU_SEND_CHALLENGE
 3

	)

622 

	#DVD_HOST_SEND_KEY2
 4

	)

625 

	#DVD_AUTH_ESTABLISHED
 5

	)

626 

	#DVD_AUTH_FAILURE
 6

	)

629 

	#DVD_LU_SEND_TITLE_KEY
 7

	)

630 

	#DVD_LU_SEND_ASF
 8

	)

631 

	#DVD_INVALIDATE_AGID
 9

	)

632 

	#DVD_LU_SEND_RPC_STATE
 10

	)

633 

	#DVD_HOST_SEND_RPC_STATE
 11

	)

636 
__u8
 
	tdvd_key
[5];

637 
__u8
 
	tdvd_ch��nge
[10];

639 
	sdvd_lu_�nd_agid
 {

640 
__u8
 
	mty�
;

641 
	magid
 : 2;

644 
	sdvd_ho�_�nd_ch��nge
 {

645 
__u8
 
	mty�
;

646 
	magid
 : 2;

648 
dvd_ch��nge
 
	mch�
;

651 
	sdvd_�nd_key
 {

652 
__u8
 
	mty�
;

653 
	magid
 : 2;

655 
dvd_key
 
	mkey
;

658 
	sdvd_lu_�nd_ch��nge
 {

659 
__u8
 
	mty�
;

660 
	magid
 : 2;

662 
dvd_ch��nge
 
	mch�
;

665 

	#DVD_CPM_NO_COPYRIGHT
 0

	)

666 

	#DVD_CPM_COPYRIGHTED
 1

	)

668 

	#DVD_CP_SEC_NONE
 0

	)

669 

	#DVD_CP_SEC_EXIST
 1

	)

671 

	#DVD_CGMS_UNRESTRICTED
 0

	)

672 

	#DVD_CGMS_SINGLE
 2

	)

673 

	#DVD_CGMS_RESTRICTED
 3

	)

675 
	sdvd_lu_�nd_t��_key
 {

676 
__u8
 
	mty�
;

677 
	magid
 : 2;

679 
dvd_key
 
	mt��_key
;

680 
	mlba
;

681 
	m�m
 : 1;

682 
	m�_�c
 : 1;

683 
	mcgms
 : 2;

686 
	sdvd_lu_�nd_asf
 {

687 
__u8
 
	mty�
;

688 
	magid
 : 2;

690 
	masf
 : 1;

693 
	sdvd_ho�_�nd_�c��e
 {

694 
__u8
 
	mty�
;

695 
__u8
 
	mpdrc
;

698 
	sdvd_lu_�nd_�c��e
 {

699 
__u8
 
	mty�
 : 2;

700 
__u8
 
	mv�
 : 3;

701 
__u8
 
	muc�
 : 3;

702 
__u8
 
	m�gi�_mask
;

703 
__u8
 
	m�c_scheme
;

707 
__u8
 
	mty�
;

709 
dvd_lu_�nd_agid
 
	ml�
;

710 
dvd_ho�_�nd_ch��nge
 
	mhsc
;

711 
dvd_�nd_key
 
	mlsk
;

712 
dvd_lu_�nd_ch��nge
 
	mlsc
;

713 
dvd_�nd_key
 
	mhsk
;

714 
dvd_lu_�nd_t��_key
 
	ml�k
;

715 
dvd_lu_�nd_asf
 
	ml�sf
;

716 
dvd_ho�_�nd_�c��e
 
	mh�cs
;

717 
dvd_lu_�nd_�c��e
 
	m�pcs
;

718 } 
	tdvd_auth�fo
;

720 
	s�que�_�n�
 {

721 #i�
def�ed
(
__BIG_ENDIAN_BITFIELD
)

722 
__u8
 
	mv�id
 : 1;

723 
__u8
 
	m�r�_code
 : 7;

724 #�i�
def�ed
(
__LITTLE_ENDIAN_BITFIELD
)

725 
__u8
 
	m�r�_code
 : 7;

726 
__u8
 
	mv�id
 : 1;

728 
__u8
 
	m�gm�t_numb�
;

729 #i�
def�ed
(
__BIG_ENDIAN_BITFIELD
)

730 
__u8
 
	m��rved1
 : 2;

731 
__u8
 
	m�i
 : 1;

732 
__u8
 
	m��rved2
 : 1;

733 
__u8
 
	m�n�_key
 : 4;

734 #�i�
def�ed
(
__LITTLE_ENDIAN_BITFIELD
)

735 
__u8
 
	m�n�_key
 : 4;

736 
__u8
 
	m��rved2
 : 1;

737 
__u8
 
	m�i
 : 1;

738 
__u8
 
	m��rved1
 : 2;

740 
__u8
 
	m�f�m�i�
[4];

741 
__u8
 
	madd_�n�_�n
;

742 
__u8
 
	mcomm�d_�fo
[4];

743 
__u8
 
	masc
;

744 
__u8
 
	mascq
;

745 
__u8
 
	m�uc
;

746 
__u8
 
	msks
[3];

747 
__u8
 
	masb
[46];

753 

	#CDF_RWRT
 0x0020

	)

754 

	#CDF_HWDM
 0x0024

	)

755 

	#CDF_MRW
 0x0028

	)

760 

	#CDM_MRW_NOTMRW
 0

	)

761 

	#CDM_MRW_BGFORMAT_INACTIVE
 1

	)

762 

	#CDM_MRW_BGFORMAT_ACTIVE
 2

	)

763 

	#CDM_MRW_BGFORMAT_COMPLETE
 3

	)

768 

	#MRW_LBA_DMA
 0

	)

769 

	#MRW_LBA_GAA
 1

	)

775 

	#MRW_MODE_PC_PRE1
 0x2c

	)

776 

	#MRW_MODE_PC
 0x03

	)

778 
	smrw_�u�_desc
 {

779 
__be16
 
	m�u�_code
;

780 #i�
def�ed
(
__BIG_ENDIAN_BITFIELD
)

781 
__u8
 
	m��rved1
 : 2;

782 
__u8
 
	m�u�_v�si�
 : 4;

783 
__u8
 
	m�rsi��t
 : 1;

784 
__u8
 
	mcu�
 : 1;

785 #�i�
def�ed
(
__LITTLE_ENDIAN_BITFIELD
)

786 
__u8
 
	mcu�
 : 1;

787 
__u8
 
	m�rsi��t
 : 1;

788 
__u8
 
	m�u�_v�si�
 : 4;

789 
__u8
 
	m��rved1
 : 2;

791 
__u8
 
	madd_�n
;

792 #i�
def�ed
(
__BIG_ENDIAN_BITFIELD
)

793 
__u8
 
	m��rved2
 : 7;

794 
__u8
 
	mwr�e
 : 1;

795 #�i�
def�ed
(
__LITTLE_ENDIAN_BITFIELD
)

796 
__u8
 
	mwr�e
 : 1;

797 
__u8
 
	m��rved2
 : 7;

799 
__u8
 
	m��rved3
;

800 
__u8
 
	m��rved4
;

801 
__u8
 
	m��rved5
;

805 
	srw�_�u�_desc
 {

806 
__be16
 
	m�u�_code
;

807 #i�
def�ed
(
__BIG_ENDIAN_BITFIELD
)

808 
__u8
 
	m��rved1
 : 2;

809 
__u8
 
	m�u�_v�si�
 : 4;

810 
__u8
 
	m�rsi��t
 : 1;

811 
__u8
 
	mcu�
 : 1;

812 #�i�
def�ed
(
__LITTLE_ENDIAN_BITFIELD
)

813 
__u8
 
	mcu�
 : 1;

814 
__u8
 
	m�rsi��t
 : 1;

815 
__u8
 
	m�u�_v�si�
 : 4;

816 
__u8
 
	m��rved1
 : 2;

818 
__u8
 
	madd_�n
;

819 
__u32
 
	mϡ_lba
;

820 
__u32
 
	mblock_size
;

821 
__u16
 
	mblock�g
;

822 #i�
def�ed
(
__BIG_ENDIAN_BITFIELD
)

823 
__u8
 
	m��rved2
 : 7;

824 
__u8
 
	m�ge_�e��
 : 1;

825 #�i�
def�ed
(
__LITTLE_ENDIAN_BITFIELD
)

826 
__u8
 
	m�ge_�e��
 : 1;

827 
__u8
 
	m��rved2
 : 7;

829 
__u8
 
	m��rved3
;

833 
__be16
 
	mdisc_�f�m�i�_�ngth
;

834 #i�
def�ed
(
__BIG_ENDIAN_BITFIELD
)

835 
__u8
 
	m��rved1
 : 3;

836 
__u8
 
	m�a�b�
 : 1;

837 
__u8
 
	mb�d�_��us
 : 2;

838 
__u8
 
	mdisc_��us
 : 2;

839 #�i�
def�ed
(
__LITTLE_ENDIAN_BITFIELD
)

840 
__u8
 
	mdisc_��us
 : 2;

841 
__u8
 
	mb�d�_��us
 : 2;

842 
__u8
 
	m�a�b�
 : 1;

843 
__u8
 
	m��rved1
 : 3;

847 
__u8
 
	mn_f��_�ack
;

848 
__u8
 
	mn_�ssi�s_lsb
;

849 
__u8
 
	mf��_�ack_lsb
;

850 
__u8
 
	mϡ_�ack_lsb
;

851 #i�
def�ed
(
__BIG_ENDIAN_BITFIELD
)

852 
__u8
 
	mdid_v
 : 1;

853 
__u8
 
	mdbc_v
 : 1;

854 
__u8
 
	muru
 : 1;

855 
__u8
 
	m��rved2
 : 2;

856 
__u8
 
	mdb�
 : 1;

857 
__u8
 
	mmrw_��us
 : 2;

858 #�i�
def�ed
(
__LITTLE_ENDIAN_BITFIELD
)

859 
__u8
 
	mmrw_��us
 : 2;

860 
__u8
 
	mdb�
 : 1;

861 
__u8
 
	m��rved2
 : 2;

862 
__u8
 
	muru
 : 1;

863 
__u8
 
	mdbc_v
 : 1;

864 
__u8
 
	mdid_v
 : 1;

866 
__u8
 
	mdisc_ty�
;

867 
__u8
 
	mn_�ssi�s_msb
;

868 
__u8
 
	mf��_�ack_msb
;

869 
__u8
 
	mϡ_�ack_msb
;

870 
__u32
 
	mdisc_id
;

871 
__u32
 
	m�ad_�
;

872 
__u32
 
	m�ad_out
;

873 
__u8
 
	mdisc_b�_code
[8];

874 
__u8
 
	m��rved3
;

875 
__u8
 
	mn_�c
;

876 } 
	tdisc_�f�m�i�
;

879 
__be16
 
	m�ack_�f�m�i�_�ngth
;

880 
__u8
 
	m�ack_lsb
;

881 
__u8
 
	m�ssi�_lsb
;

882 
__u8
 
	m��rved1
;

883 #i�
def�ed
(
__BIG_ENDIAN_BITFIELD
)

884 
__u8
 
	m��rved2
 : 2;

885 
__u8
 
	mdamage
 : 1;

886 
__u8
 
	mc�y
 : 1;

887 
__u8
 
	m�ack_mode
 : 4;

888 
__u8
 
	m�
 : 1;

889 
__u8
 
	mb�nk
 : 1;

890 
__u8
 
	m�ck�
 : 1;

891 
__u8
 
	m�
 : 1;

892 
__u8
 
	md�a_mode
 : 4;

893 
__u8
 
	m��rved3
 : 6;

894 
__u8
 
	m�a_v
 : 1;

895 
__u8
 
	mnwa_v
 : 1;

896 #�i�
def�ed
(
__LITTLE_ENDIAN_BITFIELD
)

897 
__u8
 
	m�ack_mode
 : 4;

898 
__u8
 
	mc�y
 : 1;

899 
__u8
 
	mdamage
 : 1;

900 
__u8
 
	m��rved2
 : 2;

901 
__u8
 
	md�a_mode
 : 4;

902 
__u8
 
	m�
 : 1;

903 
__u8
 
	m�ck�
 : 1;

904 
__u8
 
	mb�nk
 : 1;

905 
__u8
 
	m�
 : 1;

906 
__u8
 
	mnwa_v
 : 1;

907 
__u8
 
	m�a_v
 : 1;

908 
__u8
 
	m��rved3
 : 6;

910 
__be32
 
	m�ack_��t
;

911 
__be32
 
	m�xt_wr�ab�
;

912 
__be32
 
	m�_blocks
;

913 
__be32
 
	mfixed_�ck�_size
;

914 
__be32
 
	m�ack_size
;

915 
__be32
 
	mϡ_�c_add�ss
;

916 } 
	t�ack_�f�m�i�
;

918 
	s�u�_h�d�
 {

919 
__u32
 
	md�a_�n
;

920 
__u8
 
	m��rved1
;

921 
__u8
 
	m��rved2
;

922 
__u16
 
	mcu�_�of�e
;

925 
	smode_�ge_h�d�
 {

926 
__be16
 
	mmode_d�a_�ngth
;

927 
__u8
 
	mmedium_ty�
;

928 
__u8
 
	m��rved1
;

929 
__u8
 
	m��rved2
;

930 
__u8
 
	m��rved3
;

931 
__be16
 
	mdesc_�ngth
;

935 
	srm_�u�_desc
 {

936 
__be16
 
	m�u�_code
;

937 #i�
def�ed
(
__BIG_ENDIAN_BITFIELD
)

938 
__u8
 
	m��rved1
:2;

939 
__u8
 
	m�u�_v�si�
:4;

940 
__u8
 
	m�rsi��t
:1;

941 
__u8
 
	mcu�
:1;

942 #�i�
def�ed
(
__LITTLE_ENDIAN_BITFIELD
)

943 
__u8
 
	mcu�
:1;

944 
__u8
 
	m�rsi��t
:1;

945 
__u8
 
	m�u�_v�si�
:4;

946 
__u8
 
	m��rved1
:2;

948 
__u8
 
	madd_�n
;

949 #i�
def�ed
(
__BIG_ENDIAN_BITFIELD
)

950 
__u8
 
	mmech_ty�
:3;

951 
__u8
 
	ml�d
:1;

952 
__u8
 
	meje�
:1;

953 
__u8
 
	mpv�_jm�
:1;

954 
__u8
 
	mdbml
:1;

955 
__u8
 
	mlock
:1;

956 #�i�
def�ed
(
__LITTLE_ENDIAN_BITFIELD
)

957 
__u8
 
	mlock
:1;

958 
__u8
 
	mdbml
:1;

959 
__u8
 
	mpv�_jm�
:1;

960 
__u8
 
	meje�
:1;

961 
__u8
 
	ml�d
:1;

962 
__u8
 
	mmech_ty�
:3;

964 
__u8
 
	m��rved2
;

965 
__u8
 
	m��rved3
;

966 
__u8
 
	m��rved4
;

	@/usr/include/linux/loop.h

5 #i�de�
_LINUX_LOOP_H


6 

	#_LINUX_LOOP_H


	)

9 

	#LO_NAME_SIZE
 64

	)

10 

	#LO_KEY_SIZE
 32

	)

17 
	mLO_FLAGS_READ_ONLY
 = 1,

18 
	mLO_FLAGS_AUTOCLEAR
 = 4,

19 
	mLO_FLAGS_PARTSCAN
 = 8,

20 
	mLO_FLAGS_DIRECT_IO
 = 16,

24 

	#LOOP_SET_STATUS_SETTABLE_FLAGS
 (
LO_FLAGS_AUTOCLEAR
 | 
LO_FLAGS_PARTSCAN
)

	)

27 

	#LOOP_SET_STATUS_CLEARABLE_FLAGS
 (
LO_FLAGS_AUTOCLEAR
)

	)

30 

	#LOOP_CONFIGURE_SETTABLE_FLAGS
 (
LO_FLAGS_READ_ONLY
 | 
LO_FLAGS_AUTOCLEAR
 \

31 | 
LO_FLAGS_PARTSCAN
 | 
LO_FLAGS_DIRECT_IO
)

	)

33 
	~<asm/posix_ty�s.h
>

34 
	~<l�ux/ty�s.h
>

37 
	slo�_�fo
 {

38 
	mlo_numb�
;

39 
__k��l_�d_dev_t
 
	mlo_devi�
;

40 
	mlo_�ode
;

41 
__k��l_�d_dev_t
 
	mlo_rdevi�
;

42 
	mlo_off�t
;

43 
	mlo_��y�_ty�
;

44 
	mlo_��y�_key_size
;

45 
	mlo_�ags
;

46 
	mlo_�me
[
LO_NAME_SIZE
];

47 
	mlo_��y�_key
[
LO_KEY_SIZE
];

48 
	mlo_��
[2];

49 
	m��rved
[4];

52 
	slo�_�fo64
 {

53 
__u64
 
	mlo_devi�
;

54 
__u64
 
	mlo_�ode
;

55 
__u64
 
	mlo_rdevi�
;

56 
__u64
 
	mlo_off�t
;

57 
__u64
 
	mlo_siz�im�
;

58 
__u32
 
	mlo_numb�
;

59 
__u32
 
	mlo_��y�_ty�
;

60 
__u32
 
	mlo_��y�_key_size
;

61 
__u32
 
	mlo_�ags
;

62 
__u8
 
	mlo_f�e_�me
[
LO_NAME_SIZE
];

63 
__u8
 
	mlo_�y�_�me
[
LO_NAME_SIZE
];

64 
__u8
 
	mlo_��y�_key
[
LO_KEY_SIZE
];

65 
__u64
 
	mlo_��
[2];

77 
	slo�_c�fig
 {

78 
__u32
 
	mfd
;

79 
__u32
 
	mblock_size
;

80 
lo�_�fo64
 
	m�fo
;

81 
__u64
 
	m__��rved
[8];

88 

	#LO_CRYPT_NONE
 0

	)

89 

	#LO_CRYPT_XOR
 1

	)

90 

	#LO_CRYPT_DES
 2

	)

91 

	#LO_CRYPT_FISH2
 3

	)

92 

	#LO_CRYPT_BLOW
 4

	)

93 

	#LO_CRYPT_CAST128
 5

	)

94 

	#LO_CRYPT_IDEA
 6

	)

95 

	#LO_CRYPT_DUMMY
 9

	)

96 

	#LO_CRYPT_SKIPJACK
 10

	)

97 

	#LO_CRYPT_CRYPTOAPI
 18

	)

98 

	#MAX_LO_CRYPT
 20

	)

104 

	#LOOP_SET_FD
 0x4C00

	)

105 

	#LOOP_CLR_FD
 0x4C01

	)

106 

	#LOOP_SET_STATUS
 0x4C02

	)

107 

	#LOOP_GET_STATUS
 0x4C03

	)

108 

	#LOOP_SET_STATUS64
 0x4C04

	)

109 

	#LOOP_GET_STATUS64
 0x4C05

	)

110 

	#LOOP_CHANGE_FD
 0x4C06

	)

111 

	#LOOP_SET_CAPACITY
 0x4C07

	)

112 

	#LOOP_SET_DIRECT_IO
 0x4C08

	)

113 

	#LOOP_SET_BLOCK_SIZE
 0x4C09

	)

114 

	#LOOP_CONFIGURE
 0x4C0A

	)

117 

	#LOOP_CTL_ADD
 0x4C80

	)

118 

	#LOOP_CTL_REMOVE
 0x4C81

	)

119 

	#LOOP_CTL_GET_FREE
 0x4C82

	)

	@/usr/include/locale.h

22 #i�def 
_LOCALE_H


23 

	#_LOCALE_H
 1

	)

25 
	~<�u�s.h
>

27 

	#__�ed_NULL


	)

28 
	~<�ddef.h
>

29 
	~<b�s/lo��.h
>

31 
	g__BEGIN_DECLS


35 

	#LC_CTYPE
 
__LC_CTYPE


	)

36 

	#LC_NUMERIC
 
__LC_NUMERIC


	)

37 

	#LC_TIME
 
__LC_TIME


	)

38 

	#LC_COLLATE
 
__LC_COLLATE


	)

39 

	#LC_MONETARY
 
__LC_MONETARY


	)

40 

	#LC_MESSAGES
 
__LC_MESSAGES


	)

41 

	#LC_ALL
 
__LC_ALL


	)

42 

	#LC_PAPER
 
__LC_PAPER


	)

43 

	#LC_NAME
 
__LC_NAME


	)

44 

	#LC_ADDRESS
 
__LC_ADDRESS


	)

45 

	#LC_TELEPHONE
 
__LC_TELEPHONE


	)

46 

	#LC_MEASUREMENT
 
__LC_MEASUREMENT


	)

47 

	#LC_IDENTIFICATION
 
__LC_IDENTIFICATION


	)

51 
	slc�v


55 *
	mdecim�_po�t
;

56 *
	mthou�nds_�p
;

62 *
	mgroup�g
;

68 *
	m�t_cu�_symb�
;

69 *
	mcu��cy_symb�
;

70 *
	mm�_decim�_po�t
;

71 *
	mm�_thou�nds_�p
;

72 *
	mm�_group�g
;

73 *
	mpos�ive_sign
;

74 *
	m�g�ive_sign
;

75 
	m�t_�ac_dig�s
;

76 
	m�ac_dig�s
;

78 
	mp_cs_�e�des
;

80 
	mp_�p_by_�a�
;

82 
	mn_cs_�e�des
;

84 
	mn_�p_by_�a�
;

91 
	mp_sign_po�
;

92 
	mn_sign_po�
;

93 #ifde�
__USE_ISOC99


95 
	m�t_p_cs_�e�des
;

97 
	m�t_p_�p_by_�a�
;

99 
	m�t_n_cs_�e�des
;

101 
	m�t_n_�p_by_�a�
;

108 
	m�t_p_sign_po�
;

109 
	m�t_n_sign_po�
;

111 
	m__�t_p_cs_�e�des
;

112 
	m__�t_p_�p_by_�a�
;

113 
	m__�t_n_cs_�e�des
;

114 
	m__�t_n_�p_by_�a�
;

115 
	m__�t_p_sign_po�
;

116 
	m__�t_n_sign_po�
;

122 
*
	$��o��
 (
__��g�y
, cڡ *
__lo��
�
__THROW
;

125 

lc�v
 *
	$lo��c�v
 (�
__THROW
;

128 #ifdef 
__USE_XOPEN2K8


135 
	~<b�s/ty�s/lo��_t.h
>

141 
lo��_t
 
	$�wlo��
 (
__��g�y_mask
, cڡ *
__lo��
,

142 
lo��_t
 
__ba�
�
__THROW
;

148 

	#LC_CTYPE_MASK
 (1 << 
__LC_CTYPE
)

	)

149 

	#LC_NUMERIC_MASK
 (1 << 
__LC_NUMERIC
)

	)

150 

	#LC_TIME_MASK
 (1 << 
__LC_TIME
)

	)

151 

	#LC_COLLATE_MASK
 (1 << 
__LC_COLLATE
)

	)

152 

	#LC_MONETARY_MASK
 (1 << 
__LC_MONETARY
)

	)

153 

	#LC_MESSAGES_MASK
 (1 << 
__LC_MESSAGES
)

	)

154 

	#LC_PAPER_MASK
 (1 << 
__LC_PAPER
)

	)

155 

	#LC_NAME_MASK
 (1 << 
__LC_NAME
)

	)

156 

	#LC_ADDRESS_MASK
 (1 << 
__LC_ADDRESS
)

	)

157 

	#LC_TELEPHONE_MASK
 (1 << 
__LC_TELEPHONE
)

	)

158 

	#LC_MEASUREMENT_MASK
 (1 << 
__LC_MEASUREMENT
)

	)

159 

	#LC_IDENTIFICATION_MASK
 (1 << 
__LC_IDENTIFICATION
)

	)

160 

	#LC_ALL_MASK
 (
LC_CTYPE_MASK
 \

161 | 
LC_NUMERIC_MASK
 \

162 | 
LC_TIME_MASK
 \

163 | 
LC_COLLATE_MASK
 \

164 | 
LC_MONETARY_MASK
 \

165 | 
LC_MESSAGES_MASK
 \

166 | 
LC_PAPER_MASK
 \

167 | 
LC_NAME_MASK
 \

168 | 
LC_ADDRESS_MASK
 \

169 | 
LC_TELEPHONE_MASK
 \

170 | 
LC_MEASUREMENT_MASK
 \

171 | 
LC_IDENTIFICATION_MASK
 \

172 )

	)

176 
lo��_t
 
	$du�o��
 (
lo��_t
 
__d�a�t
�
__THROW
;

180 

	$�lo��
 (
lo��_t
 
__d�a�t
�
__THROW
;

187 
lo��_t
 
	$u�lo��
 (
lo��_t
 
__d�a�t
�
__THROW
;

191 

	#LC_GLOBAL_LOCALE
 ((
lo��_t
�-1L)

	)

195 
__END_DECLS


	@/usr/include/math.h

23 #i�def 
_MATH_H


24 

	#_MATH_H
 1

	)

26 

	#__GLIBC_INTERNAL_STARTING_HEADER_IMPLEMENTATION


	)

27 
	~<b�s/libc-h�d�-��t.h
>

29 #i�
def�ed
 
log
 && def�ed 
__GNUC__


30 #w�n�g 
A
 
ma�o
 
��ed
 
log
 
was
 
��ady
 
def�ed
 
wh�
 <
m�h
.
h
> wa�
��uded
.

31 #w�n�g 
This
 
w�l
 
�u�
 
comp��i�
 
�ob�ms
.

34 
	g__BEGIN_DECLS


37 
	~<b�s/ty�s.h
>

40 
	~<b�s/m�h-ve��.h
>

43 
	~<b�s/�ߊ.h
>

47 #i�
__GNUC_PREREQ
 (3, 3)

48 

	#HUGE_VAL
 (
	`__bu�t�_huge_v�
 ())

	)

55 

	#HUGE_VAL
 1e10000

	)

57 #ifde�
__USE_ISOC99


58 #i�
__GNUC_PREREQ
 (3, 3)

59 

	#HUGE_VALF
 (
	`__bu�t�_huge_v�f
 ())

	)

60 

	#HUGE_VALL
 (
	`__bu�t�_huge_v�l
 ())

	)

62 

	#HUGE_VALF
 1e10000f

	)

63 

	#HUGE_VALL
 1e10000L

	)

66 #i�
__HAVE_FLOAT16
 && 
__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

67 

	#HUGE_VAL_F16
 (
	`__bu�t�_huge_v�f16
 ())

	)

69 #i�
__HAVE_FLOAT32
 && 
__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

70 

	#HUGE_VAL_F32
 (
	`__bu�t�_huge_v�f32
 ())

	)

72 #i�
__HAVE_FLOAT64
 && 
__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

73 

	#HUGE_VAL_F64
 (
	`__bu�t�_huge_v�f64
 ())

	)

75 #i�
__HAVE_FLOAT128
 && 
__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

76 

	#HUGE_VAL_F128
 (
	`__bu�t�_huge_v�f128
 ())

	)

78 #i�
__HAVE_FLOAT32X
 && 
__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

79 

	#HUGE_VAL_F32X
 (
	`__bu�t�_huge_v�f32x
 ())

	)

81 #i�
__HAVE_FLOAT64X
 && 
__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

82 

	#HUGE_VAL_F64X
 (
	`__bu�t�_huge_v�f64x
 ())

	)

84 #i�
__HAVE_FLOAT128X
 && 
__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

85 

	#HUGE_VAL_F128X
 (
	`__bu�t�_huge_v�f128x
 ())

	)

88 #ifde�
__USE_ISOC99


90 #i�
__GNUC_PREREQ
 (3, 3)

91 

	#INFINITY
 (
	`__bu�t�_�ff
 ())

	)

93 

	#INFINITY
 
HUGE_VALF


	)

97 #i�
__GNUC_PREREQ
 (3, 3)

98 

	#NAN
 (
	`__bu�t�_�nf
 (""))

	)

103 

	#NAN
 (0.0�/ 0.0f)

	)

107 #i�
__GLIBC_USE
 (
IEC_60559_BFP_EXT
)

109 #i�
__GNUC_PREREQ
 (3, 3)

110 

	#SNANF
 (
	`__bu�t�_�nsf
 (""))

	)

111 

	#SNAN
 (
	`__bu�t�_�ns
 (""))

	)

112 

	#SNANL
 (
	`__bu�t�_�n�
 (""))

	)

115 #i�(
__HAVE_FLOAT16
 \

116 && 
__GLIBC_USE
 (
IEC_60559_TYPES_EXT
) \

117 && (
def�ed
 
	g__USE_GNU
 || !
	$__GLIBC_USE
 (
ISOC2X
)))

118 

	#SNANF16
 (
	`__bu�t�_�nsf16
 (""))

	)

120 #i�(
__HAVE_FLOAT32
 \

121 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
) \

122 && (
def�ed
 
__USE_GNU
 || !
	$__GLIBC_USE
 (
ISOC2X
)))

123 

	#SNANF32
 (
	`__bu�t�_�nsf32
 (""))

	)

125 #i�(
__HAVE_FLOAT64
 \

126 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
) \

127 && (
def�ed
 
__USE_GNU
 || !
	$__GLIBC_USE
 (
ISOC2X
)))

128 

	#SNANF64
 (
	`__bu�t�_�nsf64
 (""))

	)

130 #i�(
__HAVE_FLOAT128
 \

131 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
) \

132 && (
def�ed
 
__USE_GNU
 || !
	$__GLIBC_USE
 (
ISOC2X
)))

133 

	#SNANF128
 (
	`__bu�t�_�nsf128
 (""))

	)

135 #i�(
__HAVE_FLOAT32X
 \

136 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
) \

137 && (
def�ed
 
__USE_GNU
 || !
	$__GLIBC_USE
 (
ISOC2X
)))

138 

	#SNANF32X
 (
	`__bu�t�_�nsf32x
 (""))

	)

140 #i�(
__HAVE_FLOAT64X
 \

141 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
) \

142 && (
def�ed
 
__USE_GNU
 || !
	$__GLIBC_USE
 (
ISOC2X
)))

143 

	#SNANF64X
 (
	`__bu�t�_�nsf64x
 (""))

	)

145 #i�(
__HAVE_FLOAT128X
 \

146 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
) \

147 && (
def�ed
 
__USE_GNU
 || !
	$__GLIBC_USE
 (
ISOC2X
)))

148 

	#SNANF128X
 (
	`__bu�t�_�nsf128x
 (""))

	)

152 
	~<b�s/�t-ev�-m�hod.h
>

154 #ifde�
__USE_ISOC99


162 #i�
__GLIBC_FLT_EVAL_METHOD
 == 0 || __GLIBC_FLT_EVAL_METHOD == 16

163 
	t��t_t
;

164 
	tdoub�_t
;

165 #�i�
__GLIBC_FLT_EVAL_METHOD
 == 1

166 
	t��t_t
;

167 
	tdoub�_t
;

168 #�i�
__GLIBC_FLT_EVAL_METHOD
 == 2

169 
	t��t_t
;

170 
	tdoub�_t
;

171 #�i�
__GLIBC_FLT_EVAL_METHOD
 == 32

172 
_Fl�t32
 
	t��t_t
;

173 
	tdoub�_t
;

174 #�i�
__GLIBC_FLT_EVAL_METHOD
 == 33

175 
_Fl�t32x
 
	t��t_t
;

176 
_Fl�t32x
 
	tdoub�_t
;

177 #�i�
__GLIBC_FLT_EVAL_METHOD
 == 64

178 
_Fl�t64
 
	t��t_t
;

179 
_Fl�t64
 
	tdoub�_t
;

180 #�i�
__GLIBC_FLT_EVAL_METHOD
 == 65

181 
_Fl�t64x
 
	t��t_t
;

182 
_Fl�t64x
 
	tdoub�_t
;

183 #�i�
__GLIBC_FLT_EVAL_METHOD
 == 128

184 
_Fl�t128
 
	t��t_t
;

185 
_Fl�t128
 
	tdoub�_t
;

186 #�i�
__GLIBC_FLT_EVAL_METHOD
 == 129

187 
_Fl�t128x
 
	t��t_t
;

188 
_Fl�t128x
 
	tdoub�_t
;

204 
	~<b�s/�-logb.h
>

205 #ifde�
__USE_ISOC99


206 #i�
__FP_LOGB0_IS_MIN


207 

	#FP_ILOGB0
 (-2147483647 - 1)

	)

209 

	#FP_ILOGB0
 (-2147483647)

	)

211 #i�
__FP_LOGBNAN_IS_MIN


212 

	#FP_ILOGBNAN
 (-2147483647 - 1)

	)

214 

	#FP_ILOGBNAN
 2147483647

	)

217 #i�
	`__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
)

218 #i�
__WORDSIZE
 == 32

219 

	#__FP_LONG_MAX
 0x7fffffffL

	)

221 

	#__FP_LONG_MAX
 0x7fffffffffffffffL

	)

223 #i�
__FP_LOGB0_IS_MIN


224 

	#FP_LLOGB0
 (-
__FP_LONG_MAX
 - 1)

	)

226 

	#FP_LLOGB0
 (-
__FP_LONG_MAX
)

	)

228 #i�
__FP_LOGBNAN_IS_MIN


229 

	#FP_LLOGBNAN
 (-
__FP_LONG_MAX
 - 1)

	)

231 

	#FP_LLOGBNAN
 
__FP_LONG_MAX


	)

247 
	~<b�s/�-�.h
>

249 #i�
	`__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
)

253 
FP_INT_UPWARD
 =

254 

	#FP_INT_UPWARD
 0

	)

255 
FP_INT_UPWARD
,

256 
FP_INT_DOWNWARD
 =

257 

	#FP_INT_DOWNWARD
 1

	)

258 
FP_INT_DOWNWARD
,

259 
FP_INT_TOWARDZERO
 =

260 

	#FP_INT_TOWARDZERO
 2

	)

261 
FP_INT_TOWARDZERO
,

262 
FP_INT_TONEARESTFROMZERO
 =

263 

	#FP_INT_TONEARESTFROMZERO
 3

	)

264 
FP_INT_TONEARESTFROMZERO
,

265 
FP_INT_TONEAREST
 =

266 

	#FP_INT_TONEAREST
 4

	)

267 
FP_INT_TONEAREST
,

276 

	#__SIMD_DECL
(
fun�i�
�
	`__CONCAT
 (
__DECL_SIMD_
, fun�i�)

	)

278 

	#__MATHCALL_VEC
(
fun�i�
, 
suffix
, 
�gs
) \

279 
	`__SIMD_DECL
 (
	`__MATH_PRECNAME
 (
fun�i�
, 
suffix
)) \

280 
	`__MATHCALL
 (
fun�i�
, 
suffix
, 
�gs
)

	)

282 

	#__MATHDECL_VEC
(
ty�
, 
fun�i�
,
suffix
, 
�gs
) \

283 
	`__SIMD_DECL
 (
	`__MATH_PRECNAME
 (
fun�i�
, 
suffix
)) \

284 
	`__MATHDECL
(
ty�
, 
fun�i�
,
suffix
, 
�gs
)

	)

286 

	#__MATHCALL
(
fun�i�
,
suffix
, 
�gs
) \

287 
	`__MATHDECL
 (
_Mdoub�_
,
fun�i�
,
suffix
, 
�gs
)

	)

288 

	#__MATHDECL
(
ty�
, 
fun�i�
,
suffix
, 
�gs
) \

289 
	`__MATHDECL_1
(
ty�
, 
fun�i�
,
suffix
, 
�gs
); \

290 
	`__MATHDECL_1
(
ty�
, 
	`__CONCAT
(
__
,
fun�i�
),
suffix
, 
�gs
)

	)

291 

	#__MATHCALLX
(
fun�i�
,
suffix
, 
�gs
, 
��ib
) \

292 
	`__MATHDECLX
 (
_Mdoub�_
,
fun�i�
,
suffix
, 
�gs
, 
��ib
)

	)

293 

	#__MATHDECLX
(
ty�
, 
fun�i�
,
suffix
, 
�gs
, 
��ib
) \

294 
	`__MATHDECL_1
(
ty�
, 
fun�i�
,
suffix
, 
�gs
�
	`__��ibu�__
 (
��ib
); \

295 
	`__MATHDECL_1
(
ty�
, 
	`__CONCAT
(
__
,
fun�i�
),
suffix
, 
�gs
�
	`__��ibu�__
 (
��ib
)

	)

296 

	#__MATHDECL_1_IMPL
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
) \

297 
ty�
 
	`__MATH_PRECNAME
(
fun�i�
,
suffix
�
�gs
 
__THROW


	)

298 

	#__MATHDECL_1
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
) \

299 
	`__MATHDECL_1_IMPL
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
)

	)

302 

	#__MATHDECL_ALIAS
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
, 
��s
) \

303 
	`__MATHDECL_1
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
)

	)

305 

	#__MATHREDIR
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
, 
to
) \

306 
ty�
 
	`__REDIRECT_NTH
 (
	`__MATH_PRECNAME
 (
fun�i�
, 
suffix
), 
�gs
, 
to
)

	)

308 

	#_Mdoub�_
 

	)

309 

	#__MATH_PRECNAME
(
�me
,
r
�
	`__CONCAT
�ame,r)

	)

310 

	#__MATH_DECLARING_DOUBLE
 1

	)

311 

	#__MATH_DECLARING_FLOATN
 0

	)

312 
	~<b�s/m�h��s-h��r-fun�i�s.h
>

313 
	~<b�s/m�h��s.h
>

314 #unde�
_Mdoub�_


315 #unde�
__MATH_PRECNAME


316 #unde�
__MATH_DECLARING_DOUBLE


317 #unde�
__MATH_DECLARING_FLOATN


319 #ifde�
__USE_ISOC99


325 

	#_Mdoub�_
 

	)

326 

	#__MATH_PRECNAME
(
�me
,
r
��me##
f
##
	)
r

327 

	#__MATH_DECLARING_DOUBLE
 0

	)

328 

	#__MATH_DECLARING_FLOATN
 0

	)

329 
	~<b�s/m�h��s-h��r-fun�i�s.h
>

330 
	~<b�s/m�h��s.h
>

331 #unde�
_Mdoub�_


332 #unde�
__MATH_PRECNAME


333 #unde�
__MATH_DECLARING_DOUBLE


334 #unde�
__MATH_DECLARING_FLOATN


336 #i�!(
def�ed
 
__NO_LONG_DOUBLE_MATH
 && def�ed 
_LIBC
) \

337 || 
def�ed
 
__LDBL_COMPAT
 \

338 || 
def�ed
 
_LIBC_TEST


339 #ifde�
__LDBL_COMPAT


341 #ifde�
__USE_ISOC99


342 

	$__�dbl_�x�ow�df
 (
__x
, 
__y
)

343 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

344 #ifde�
__REDIRECT_NTH


345 

	`__REDIRECT_NTH
 (
�x�ow�df
, (
__x
, 
__y
),

346 
__�dbl_�x�ow�df
)

347 
	`__��ibu�__
 ((
__cڡ__
));

348 

	`__REDIRECT_NTH
 (
�x�ow�d
, (
__x
, 
__y
),

349 
�x��
�
	`__��ibu�__
 ((
__cڡ__
));

350 

	`__REDIRECT_NTH
 (
�x�ow�dl
,

351 (
__x
, 
__y
),

352 
�x��
�
	`__��ibu�__
 ((
__cڡ__
));

356 #unde�
__MATHDECL_1


357 

	#__MATHDECL_1
(
ty�
, 
fun�i�
,
suffix
, 
�gs
) \

358 
	`__MATHREDIR
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
, 
	`__CONCAT
(fun�i�,suffix))

	)

360 #�i�
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

361 #ifde�
__REDIRECT_NTH


362 #ifde�
__USE_ISOC99


363 

	`__REDIRECT_NTH
 (
�x�ow�df
, (
__x
, 
__y
),

364 
__�x�ow�df_to_��128
)

365 
	`__��ibu�__
 ((
__cڡ__
));

366 

	`__REDIRECT_NTH
 (
�x�ow�d
, (
__x
, 
__y
),

367 
__�x�ow�d_to_��128
)

368 
	`__��ibu�__
 ((
__cڡ__
));

370 

	#__d�m��128
 
__�ma�d���128


	)

371 

	#__gamma��128
 
__lgamma��128


	)

376 #unde�
__MATHDECL_1


377 #unde�
__MATHDECL_ALIAS


379 

	#__REDIRTO
(
fun�i�
, 
suffix
) \

380 
__
 ## 
fun�i�
 ## 
��128
 ## 
suffix


	)

381 

	#__REDIRTO_ALT
(
fun�i�
, 
suffix
) \

382 
__
 ## 
fun�i�
 ## 
f128
 ## 
suffix


	)

384 

	#__MATHDECL_1
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
) \

385 
	`__MATHREDIR
 (
ty�
, 
fun�i�
, 
suffix
, 
�gs
, 
	`__REDIRTO
 (fun�i�, suffix))

	)

386 

	#__MATHDECL_ALIAS
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
, 
��s
) \

387 
	`__MATHREDIR
 (
ty�
, 
fun�i�
, 
suffix
, 
�gs
, 
	`__REDIRTO_ALT
 (
��s
, suffix))

	)

393 

	#_Mdoub�_
 

	)

394 

	#__MATH_PRECNAME
(
�me
,
r
��me##
l
##
	)
r

395 

	#__MATH_DECLARING_DOUBLE
 0

	)

396 

	#__MATH_DECLARING_FLOATN
 0

	)

397 

	#__MATH_DECLARE_LDOUBLE
 1

	)

398 
	~<b�s/m�h��s-h��r-fun�i�s.h
>

399 
	~<b�s/m�h��s.h
>

401 #unde�
_Mdoub�_


402 #unde�
__MATH_PRECNAME


403 #unde�
__MATH_DECLARING_DOUBLE


404 #unde�
__MATH_DECLARING_FLOATN


406 #i�
def�ed
 
__LDBL_COMPAT
 \

407 || 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

408 #unde�
__REDIRTO


409 #unde�
__REDIRTO_ALT


410 #unde�
__MATHDECL_1


411 #unde�
__MATHDECL_ALIAS


412 

	#__MATHDECL_1
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
) \

413 
	`__MATHDECL_1_IMPL
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
)

	)

414 

	#__MATHDECL_ALIAS
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
, 
��s
) \

415 
	`__MATHDECL_1
(
ty�
, 
fun�i�
, 
suffix
, 
�gs
)

	)

424 #i�
__HAVE_DISTINCT_FLOAT16
 || (
__HAVE_FLOAT16
 && !
def�ed
 
_LIBC
)

425 

	#_Mdoub�_
 
_Fl�t16


	)

426 

	#__MATH_PRECNAME
(
�me
,
r
��me##
f16
##
	)
r

427 

	#__MATH_DECLARING_DOUBLE
 0

	)

428 

	#__MATH_DECLARING_FLOATN
 1

	)

429 #i�
__HAVE_DISTINCT_FLOAT16


430 
	~<b�s/m�h��s-h��r-fun�i�s.h
>

432 #i�
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

433 
	~<b�s/m�h��s.h
>

435 #unde�
_Mdoub�_


436 #unde�
__MATH_PRECNAME


437 #unde�
__MATH_DECLARING_DOUBLE


438 #unde�
__MATH_DECLARING_FLOATN


441 #i�
__HAVE_DISTINCT_FLOAT32
 || (
__HAVE_FLOAT32
 && !
def�ed
 
_LIBC
)

442 

	#_Mdoub�_
 
_Fl�t32


	)

443 

	#__MATH_PRECNAME
(
�me
,
r
��me##
f32
##
	)
r

444 

	#__MATH_DECLARING_DOUBLE
 0

	)

445 

	#__MATH_DECLARING_FLOATN
 1

	)

446 #i�
__HAVE_DISTINCT_FLOAT32


447 
	~<b�s/m�h��s-h��r-fun�i�s.h
>

449 #i�
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

450 
	~<b�s/m�h��s.h
>

452 #unde�
_Mdoub�_


453 #unde�
__MATH_PRECNAME


454 #unde�
__MATH_DECLARING_DOUBLE


455 #unde�
__MATH_DECLARING_FLOATN


458 #i�
__HAVE_DISTINCT_FLOAT64
 || (
__HAVE_FLOAT64
 && !
def�ed
 
_LIBC
)

459 

	#_Mdoub�_
 
_Fl�t64


	)

460 

	#__MATH_PRECNAME
(
�me
,
r
��me##
f64
##
	)
r

461 

	#__MATH_DECLARING_DOUBLE
 0

	)

462 

	#__MATH_DECLARING_FLOATN
 1

	)

463 #i�
__HAVE_DISTINCT_FLOAT64


464 
	~<b�s/m�h��s-h��r-fun�i�s.h
>

466 #i�
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

467 
	~<b�s/m�h��s.h
>

469 #unde�
_Mdoub�_


470 #unde�
__MATH_PRECNAME


471 #unde�
__MATH_DECLARING_DOUBLE


472 #unde�
__MATH_DECLARING_FLOATN


475 #i�
__HAVE_DISTINCT_FLOAT128
 || (
__HAVE_FLOAT128
 && !
def�ed
 
_LIBC
)

476 

	#_Mdoub�_
 
_Fl�t128


	)

477 

	#__MATH_PRECNAME
(
�me
,
r
��me##
f128
##
	)
r

478 

	#__MATH_DECLARING_DOUBLE
 0

	)

479 

	#__MATH_DECLARING_FLOATN
 1

	)

480 #i�
__HAVE_DISTINCT_FLOAT128


481 
	~<b�s/m�h��s-h��r-fun�i�s.h
>

483 #i�
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

484 
	~<b�s/m�h��s.h
>

486 #unde�
_Mdoub�_


487 #unde�
__MATH_PRECNAME


488 #unde�
__MATH_DECLARING_DOUBLE


489 #unde�
__MATH_DECLARING_FLOATN


492 #i�
__HAVE_DISTINCT_FLOAT32X
 || (
__HAVE_FLOAT32X
 && !
def�ed
 
_LIBC
)

493 

	#_Mdoub�_
 
_Fl�t32x


	)

494 

	#__MATH_PRECNAME
(
�me
,
r
��me##
f32x
##
	)
r

495 

	#__MATH_DECLARING_DOUBLE
 0

	)

496 

	#__MATH_DECLARING_FLOATN
 1

	)

497 #i�
__HAVE_DISTINCT_FLOAT32X


498 
	~<b�s/m�h��s-h��r-fun�i�s.h
>

500 #i�
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

501 
	~<b�s/m�h��s.h
>

503 #unde�
_Mdoub�_


504 #unde�
__MATH_PRECNAME


505 #unde�
__MATH_DECLARING_DOUBLE


506 #unde�
__MATH_DECLARING_FLOATN


509 #i�
__HAVE_DISTINCT_FLOAT64X
 || (
__HAVE_FLOAT64X
 && !
def�ed
 
_LIBC
)

510 

	#_Mdoub�_
 
_Fl�t64x


	)

511 

	#__MATH_PRECNAME
(
�me
,
r
��me##
f64x
##
	)
r

512 

	#__MATH_DECLARING_DOUBLE
 0

	)

513 

	#__MATH_DECLARING_FLOATN
 1

	)

514 #i�
__HAVE_DISTINCT_FLOAT64X


515 
	~<b�s/m�h��s-h��r-fun�i�s.h
>

517 #i�
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

518 
	~<b�s/m�h��s.h
>

520 #unde�
_Mdoub�_


521 #unde�
__MATH_PRECNAME


522 #unde�
__MATH_DECLARING_DOUBLE


523 #unde�
__MATH_DECLARING_FLOATN


526 #i�
__HAVE_DISTINCT_FLOAT128X
 || (
__HAVE_FLOAT128X
 && !
def�ed
 
_LIBC
)

527 

	#_Mdoub�_
 
_Fl�t128x


	)

528 

	#__MATH_PRECNAME
(
�me
,
r
��me##
f128x
##
	)
r

529 

	#__MATH_DECLARING_DOUBLE
 0

	)

530 

	#__MATH_DECLARING_FLOATN
 1

	)

531 #i�
__HAVE_DISTINCT_FLOAT128X


532 
	~<b�s/m�h��s-h��r-fun�i�s.h
>

534 #i�
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

535 
	~<b�s/m�h��s.h
>

537 #unde�
_Mdoub�_


538 #unde�
__MATH_PRECNAME


539 #unde�
__MATH_DECLARING_DOUBLE


540 #unde�
__MATH_DECLARING_FLOATN


543 #unde�
__MATHDECL_1_IMPL


544 #unde�
__MATHDECL_1


545 #unde�
__MATHDECL_ALIAS


546 #unde�
__MATHDECL


547 #unde�
__MATHCALL


550 

	#__MATHCALL_NARROW_ARGS_1
 (
_M�g_
 
__x
)

	)

551 

	#__MATHCALL_NARROW_ARGS_2
 (
_M�g_
 
__x
, _M�g_ 
__y
)

	)

552 

	#__MATHCALL_NARROW_ARGS_3
 (
_M�g_
 
__x
, _M�g_ 
__y
, _M�g_ 
__z
)

	)

553 

	#__MATHCALL_NARROW_NORMAL
(
func
, 
�rgs
) \

554 
_M�t_
 
func
 
__MATHCALL_NARROW_ARGS_
 ## 
�rgs
 
__THROW


	)

555 

	#__MATHCALL_NARROW_REDIR
(
func
, 
�d�
, 
�rgs
) \

556 
_M�t_
 
	`__REDIRECT_NTH
 (
func
, 
__MATHCALL_NARROW_ARGS_
 ## 
�rgs
, \

557 
�d�
)

	)

558 

	#__MATHCALL_NARROW
(
func
, 
�d�
, 
�rgs
) \

559 
	`__MATHCALL_NARROW_NORMAL
 (
func
, 
�rgs
)

	)

561 #i�
	`__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
)

563 

	#_M�t_
 

	)

564 

	#_M�g_
 

	)

565 

	#__MATHCALL_NAME
(
�me
�
f
 ## 
	)
name

566 
	~<b�s/m�h��s-Ǽow.h
>

567 #unde�
_M�t_


568 #unde�
_M�g_


569 #unde�
__MATHCALL_NAME


571 

	#_M�t_
 

	)

572 

	#_M�g_
 

	)

573 

	#__MATHCALL_NAME
(
�me
�
f
 ##�am�## 
l


	)

574 #ifde�
__LDBL_COMPAT


575 

	#__MATHCALL_REDIR_NAME
(
�me
�
f
 ## 
	)
name

576 

	#__MATHCALL_REDIR_NAME2
(
�me
�
f
 ## 
	)
name

577 #unde�
__MATHCALL_NARROW


578 

	#__MATHCALL_NARROW
(
func
, 
�d�
, 
�rgs
) \

579 
	`__MATHCALL_NARROW_REDIR
 (
func
, 
�d�
, 
�rgs
)

	)

580 #�i�
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

581 

	#__MATHCALL_REDIR_NAME
(
�me
�
__
 ## 
f32
 ##�am�## 
��128


	)

582 

	#__MATHCALL_REDIR_NAME2
(
�me
�
__
 ## 
f32
 ##�am�## 
��128


	)

583 #unde�
__MATHCALL_NARROW


584 

	#__MATHCALL_NARROW
(
func
, 
�d�
, 
�rgs
) \

585 
	`__MATHCALL_NARROW_REDIR
 (
func
, 
�d�
, 
�rgs
)

	)

587 
	~<b�s/m�h��s-Ǽow.h
>

588 #unde�
_M�t_


589 #unde�
_M�g_


590 #unde�
__MATHCALL_NAME


591 #i�
def�ed
 
__LDBL_COMPAT
 \

592 || 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

593 #unde�
__MATHCALL_REDIR_NAME


594 #unde�
__MATHCALL_REDIR_NAME2


595 #unde�
__MATHCALL_NARROW


596 

	#__MATHCALL_NARROW
(
func
, 
�d�
, 
�rgs
) \

597 
	`__MATHCALL_NARROW_NORMAL
 (
func
, 
�rgs
)

	)

600 

	#_M�t_
 

	)

601 

	#_M�g_
 

	)

602 

	#__MATHCALL_NAME
(
�me
�
d
 ##�am�## 
l


	)

603 #ifde�
__LDBL_COMPAT


604 

	#__MATHCALL_REDIR_NAME
(
�me
�
__�dbl_d
 ##�am�## 
l


	)

605 

	#__MATHCALL_REDIR_NAME2
(
�me
�
	)
name

606 #unde�
__MATHCALL_NARROW


607 

	#__MATHCALL_NARROW
(
func
, 
�d�
, 
�rgs
) \

608 
	`__MATHCALL_NARROW_REDIR
 (
func
, 
�d�
, 
�rgs
)

	)

609 #�i�
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

610 

	#__MATHCALL_REDIR_NAME
(
�me
�
__
 ## 
f64
 ##�am�## 
��128


	)

611 

	#__MATHCALL_REDIR_NAME2
(
�me
�
__
 ## 
f64
 ##�am�## 
��128


	)

612 #unde�
__MATHCALL_NARROW


613 

	#__MATHCALL_NARROW
(
func
, 
�d�
, 
�rgs
) \

614 
	`__MATHCALL_NARROW_REDIR
 (
func
, 
�d�
, 
�rgs
)

	)

616 
	~<b�s/m�h��s-Ǽow.h
>

617 #unde�
_M�t_


618 #unde�
_M�g_


619 #unde�
__MATHCALL_NAME


620 #i�
def�ed
 
__LDBL_COMPAT
 \

621 || 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

622 #unde�
__MATHCALL_REDIR_NAME


623 #unde�
__MATHCALL_REDIR_NAME2


624 #unde�
__MATHCALL_NARROW


625 

	#__MATHCALL_NARROW
(
func
, 
�d�
, 
�rgs
) \

626 
	`__MATHCALL_NARROW_NORMAL
 (
func
, 
�rgs
)

	)

631 #i�
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

633 #i�
__HAVE_FLOAT16
 && 
__HAVE_FLOAT32


634 

	#_M�t_
 
_Fl�t16


	)

635 

	#_M�g_
 
_Fl�t32


	)

636 

	#__MATHCALL_NAME
(
�me
�
f16
 ##�am�## 
f32


	)

637 
	~<b�s/m�h��s-Ǽow.h
>

638 #unde�
_M�t_


639 #unde�
_M�g_


640 #unde�
__MATHCALL_NAME


643 #i�
__HAVE_FLOAT16
 && 
__HAVE_FLOAT32X


644 

	#_M�t_
 
_Fl�t16


	)

645 

	#_M�g_
 
_Fl�t32x


	)

646 

	#__MATHCALL_NAME
(
�me
�
f16
 ##�am�## 
f32x


	)

647 
	~<b�s/m�h��s-Ǽow.h
>

648 #unde�
_M�t_


649 #unde�
_M�g_


650 #unde�
__MATHCALL_NAME


653 #i�
__HAVE_FLOAT16
 && 
__HAVE_FLOAT64


654 

	#_M�t_
 
_Fl�t16


	)

655 

	#_M�g_
 
_Fl�t64


	)

656 

	#__MATHCALL_NAME
(
�me
�
f16
 ##�am�## 
f64


	)

657 
	~<b�s/m�h��s-Ǽow.h
>

658 #unde�
_M�t_


659 #unde�
_M�g_


660 #unde�
__MATHCALL_NAME


663 #i�
__HAVE_FLOAT16
 && 
__HAVE_FLOAT64X


664 

	#_M�t_
 
_Fl�t16


	)

665 

	#_M�g_
 
_Fl�t64x


	)

666 

	#__MATHCALL_NAME
(
�me
�
f16
 ##�am�## 
f64x


	)

667 
	~<b�s/m�h��s-Ǽow.h
>

668 #unde�
_M�t_


669 #unde�
_M�g_


670 #unde�
__MATHCALL_NAME


673 #i�
__HAVE_FLOAT16
 && 
__HAVE_FLOAT128


674 

	#_M�t_
 
_Fl�t16


	)

675 

	#_M�g_
 
_Fl�t128


	)

676 

	#__MATHCALL_NAME
(
�me
�
f16
 ##�am�## 
f128


	)

677 
	~<b�s/m�h��s-Ǽow.h
>

678 #unde�
_M�t_


679 #unde�
_M�g_


680 #unde�
__MATHCALL_NAME


683 #i�
__HAVE_FLOAT16
 && 
__HAVE_FLOAT128X


684 

	#_M�t_
 
_Fl�t16


	)

685 

	#_M�g_
 
_Fl�t128x


	)

686 

	#__MATHCALL_NAME
(
�me
�
f16
 ##�am�## 
f128x


	)

687 
	~<b�s/m�h��s-Ǽow.h
>

688 #unde�
_M�t_


689 #unde�
_M�g_


690 #unde�
__MATHCALL_NAME


693 #i�
__HAVE_FLOAT32
 && 
__HAVE_FLOAT32X


694 

	#_M�t_
 
_Fl�t32


	)

695 

	#_M�g_
 
_Fl�t32x


	)

696 

	#__MATHCALL_NAME
(
�me
�
f32
 ##�am�## 
f32x


	)

697 
	~<b�s/m�h��s-Ǽow.h
>

698 #unde�
_M�t_


699 #unde�
_M�g_


700 #unde�
__MATHCALL_NAME


703 #i�
__HAVE_FLOAT32
 && 
__HAVE_FLOAT64


704 

	#_M�t_
 
_Fl�t32


	)

705 

	#_M�g_
 
_Fl�t64


	)

706 

	#__MATHCALL_NAME
(
�me
�
f32
 ##�am�## 
f64


	)

707 
	~<b�s/m�h��s-Ǽow.h
>

708 #unde�
_M�t_


709 #unde�
_M�g_


710 #unde�
__MATHCALL_NAME


713 #i�
__HAVE_FLOAT32
 && 
__HAVE_FLOAT64X


714 

	#_M�t_
 
_Fl�t32


	)

715 

	#_M�g_
 
_Fl�t64x


	)

716 

	#__MATHCALL_NAME
(
�me
�
f32
 ##�am�## 
f64x


	)

717 
	~<b�s/m�h��s-Ǽow.h
>

718 #unde�
_M�t_


719 #unde�
_M�g_


720 #unde�
__MATHCALL_NAME


723 #i�
__HAVE_FLOAT32
 && 
__HAVE_FLOAT128


724 

	#_M�t_
 
_Fl�t32


	)

725 

	#_M�g_
 
_Fl�t128


	)

726 

	#__MATHCALL_NAME
(
�me
�
f32
 ##�am�## 
f128


	)

727 
	~<b�s/m�h��s-Ǽow.h
>

728 #unde�
_M�t_


729 #unde�
_M�g_


730 #unde�
__MATHCALL_NAME


733 #i�
__HAVE_FLOAT32
 && 
__HAVE_FLOAT128X


734 

	#_M�t_
 
_Fl�t32


	)

735 

	#_M�g_
 
_Fl�t128x


	)

736 

	#__MATHCALL_NAME
(
�me
�
f32
 ##�am�## 
f128x


	)

737 
	~<b�s/m�h��s-Ǽow.h
>

738 #unde�
_M�t_


739 #unde�
_M�g_


740 #unde�
__MATHCALL_NAME


743 #i�
__HAVE_FLOAT32X
 && 
__HAVE_FLOAT64


744 

	#_M�t_
 
_Fl�t32x


	)

745 

	#_M�g_
 
_Fl�t64


	)

746 

	#__MATHCALL_NAME
(
�me
�
f32x
 ##�am�## 
f64


	)

747 
	~<b�s/m�h��s-Ǽow.h
>

748 #unde�
_M�t_


749 #unde�
_M�g_


750 #unde�
__MATHCALL_NAME


753 #i�
__HAVE_FLOAT32X
 && 
__HAVE_FLOAT64X


754 

	#_M�t_
 
_Fl�t32x


	)

755 

	#_M�g_
 
_Fl�t64x


	)

756 

	#__MATHCALL_NAME
(
�me
�
f32x
 ##�am�## 
f64x


	)

757 
	~<b�s/m�h��s-Ǽow.h
>

758 #unde�
_M�t_


759 #unde�
_M�g_


760 #unde�
__MATHCALL_NAME


763 #i�
__HAVE_FLOAT32X
 && 
__HAVE_FLOAT128


764 

	#_M�t_
 
_Fl�t32x


	)

765 

	#_M�g_
 
_Fl�t128


	)

766 

	#__MATHCALL_NAME
(
�me
�
f32x
 ##�am�## 
f128


	)

767 
	~<b�s/m�h��s-Ǽow.h
>

768 #unde�
_M�t_


769 #unde�
_M�g_


770 #unde�
__MATHCALL_NAME


773 #i�
__HAVE_FLOAT32X
 && 
__HAVE_FLOAT128X


774 

	#_M�t_
 
_Fl�t32x


	)

775 

	#_M�g_
 
_Fl�t128x


	)

776 

	#__MATHCALL_NAME
(
�me
�
f32x
 ##�am�## 
f128x


	)

777 
	~<b�s/m�h��s-Ǽow.h
>

778 #unde�
_M�t_


779 #unde�
_M�g_


780 #unde�
__MATHCALL_NAME


783 #i�
__HAVE_FLOAT64
 && 
__HAVE_FLOAT64X


784 

	#_M�t_
 
_Fl�t64


	)

785 

	#_M�g_
 
_Fl�t64x


	)

786 

	#__MATHCALL_NAME
(
�me
�
f64
 ##�am�## 
f64x


	)

787 
	~<b�s/m�h��s-Ǽow.h
>

788 #unde�
_M�t_


789 #unde�
_M�g_


790 #unde�
__MATHCALL_NAME


793 #i�
__HAVE_FLOAT64
 && 
__HAVE_FLOAT128


794 

	#_M�t_
 
_Fl�t64


	)

795 

	#_M�g_
 
_Fl�t128


	)

796 

	#__MATHCALL_NAME
(
�me
�
f64
 ##�am�## 
f128


	)

797 
	~<b�s/m�h��s-Ǽow.h
>

798 #unde�
_M�t_


799 #unde�
_M�g_


800 #unde�
__MATHCALL_NAME


803 #i�
__HAVE_FLOAT64
 && 
__HAVE_FLOAT128X


804 

	#_M�t_
 
_Fl�t64


	)

805 

	#_M�g_
 
_Fl�t128x


	)

806 

	#__MATHCALL_NAME
(
�me
�
f64
 ##�am�## 
f128x


	)

807 
	~<b�s/m�h��s-Ǽow.h
>

808 #unde�
_M�t_


809 #unde�
_M�g_


810 #unde�
__MATHCALL_NAME


813 #i�
__HAVE_FLOAT64X
 && 
__HAVE_FLOAT128


814 

	#_M�t_
 
_Fl�t64x


	)

815 

	#_M�g_
 
_Fl�t128


	)

816 

	#__MATHCALL_NAME
(
�me
�
f64x
 ##�am�## 
f128


	)

817 
	~<b�s/m�h��s-Ǽow.h
>

818 #unde�
_M�t_


819 #unde�
_M�g_


820 #unde�
__MATHCALL_NAME


823 #i�
__HAVE_FLOAT64X
 && 
__HAVE_FLOAT128X


824 

	#_M�t_
 
_Fl�t64x


	)

825 

	#_M�g_
 
_Fl�t128x


	)

826 

	#__MATHCALL_NAME
(
�me
�
f64x
 ##�am�## 
f128x


	)

827 
	~<b�s/m�h��s-Ǽow.h
>

828 #unde�
_M�t_


829 #unde�
_M�g_


830 #unde�
__MATHCALL_NAME


833 #i�
__HAVE_FLOAT128
 && 
__HAVE_FLOAT128X


834 

	#_M�t_
 
_Fl�t128


	)

835 

	#_M�g_
 
_Fl�t128x


	)

836 

	#__MATHCALL_NAME
(
�me
�
f128
 ##�am�## 
f128x


	)

837 
	~<b�s/m�h��s-Ǽow.h
>

838 #unde�
_M�t_


839 #unde�
_M�g_


840 #unde�
__MATHCALL_NAME


845 #unde�
__MATHCALL_NARROW_ARGS_1


846 #unde�
__MATHCALL_NARROW_ARGS_2


847 #unde�
__MATHCALL_NARROW_ARGS_3


848 #unde�
__MATHCALL_NARROW_NORMAL


849 #unde�
__MATHCALL_NARROW_REDIR


850 #unde�
__MATHCALL_NARROW


852 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


854 

signgam
;

857 #i�(
__HAVE_DISTINCT_FLOAT16
 \

858 || 
__HAVE_DISTINCT_FLOAT32
 \

859 || 
__HAVE_DISTINCT_FLOAT64
 \

860 || 
__HAVE_DISTINCT_FLOAT32X
 \

861 || 
__HAVE_DISTINCT_FLOAT64X
 \

862 || 
__HAVE_DISTINCT_FLOAT128X
)

875 #ifde�
__NO_LONG_DOUBLE_MATH


876 #i�
__HAVE_DISTINCT_FLOAT128


879 

	#__MATH_TG
(
TG_ARG
, 
FUNC
, 
ARGS
) \

880 ( (
TG_ARG
�=� (�? 
FUNC
 ## 
f
 
ARGS
 : FUNC ARGS)

	)

881 #�i�
__HAVE_DISTINCT_FLOAT128


882 #i�
__HAVE_GENERIC_SELECTION


883 #i�
__HAVE_FLOATN_NOT_TYPEDEF
 && 
__HAVE_FLOAT32


884 

	#__MATH_TG_F32
(
FUNC
, 
ARGS
�
_Fl�t32
: FUNC ## 
f
 ARGS,

	)

886 

	#__MATH_TG_F32
(
FUNC
, 
ARGS
)

	)

888 #i�
__HAVE_FLOATN_NOT_TYPEDEF
 && 
__HAVE_FLOAT64X


889 #i�
__HAVE_FLOAT64X_LONG_DOUBLE


890 

	#__MATH_TG_F64X
(
FUNC
, 
ARGS
�
_Fl�t64x
: FUNC ## 
l
 ARGS,

	)

892 

	#__MATH_TG_F64X
(
FUNC
, 
ARGS
�
_Fl�t64x
: FUNC ## 
f128
 ARGS,

	)

895 

	#__MATH_TG_F64X
(
FUNC
, 
ARGS
)

	)

897 

	#__MATH_TG
(
TG_ARG
, 
FUNC
, 
ARGS
) \

898 
	`_G��ic
 ((
TG_ARG
), \

899 : 
FUNC
 ## 
f
 
ARGS
, \

900 
	`__MATH_TG_F32
 (
FUNC
, 
ARGS
) \

901 : 
FUNC
 
ARGS
, \

902 : 
FUNC
 ## 
l
 
ARGS
, \

903 
	`__MATH_TG_F64X
 (
FUNC
, 
ARGS
) \

904 
_Fl�t128
: 
FUNC
 ## 
f128
 
ARGS
)

	)

906 #i�
__HAVE_FLOATN_NOT_TYPEDEF


909 

	#__MATH_TG
(
TG_ARG
, 
FUNC
, 
ARGS
) \

910 
__bu�t�_choo�_ex�
 \

911 (
	`__bu�t�_ty�s_com�tib�_p
 (
	`__ty�of
 (
TG_ARG
), ), \

912 
FUNC
 ## 
f
 
ARGS
, \

913 
__bu�t�_choo�_ex�
 \

914 (
	`__bu�t�_ty�s_com�tib�_p
 (
	`__ty�of
 (
TG_ARG
), ), \

915 
FUNC
 
ARGS
, \

916 
__bu�t�_choo�_ex�
 \

917 (
	`__bu�t�_ty�s_com�tib�_p
 (
	`__ty�of
 (
TG_ARG
), ), \

918 
FUNC
 ## 
l
 
ARGS
, \

919 
FUNC
 ## 
f128
 
ARGS
)))

	)

922 

	#__MATH_TG
(
TG_ARG
, 
FUNC
, 
ARGS
) \

923 ( (
TG_ARG
) ==  () \

924 ? 
FUNC
 ## 
f
 
ARGS
 \

925 :  (
TG_ARG
) ==  () \

926 ? 
FUNC
 
ARGS
 \

927 : 
FUNC
 ## 
l
 
ARGS
)

	)

931 #ifde�
__USE_ISOC99


936 
FP_NAN
 =

937 

	#FP_NAN
 0

	)

938 
FP_NAN
,

939 
FP_INFINITE
 =

940 

	#FP_INFINITE
 1

	)

941 
FP_INFINITE
,

942 
FP_ZERO
 =

943 

	#FP_ZERO
 2

	)

944 
FP_ZERO
,

945 
FP_SUBNORMAL
 =

946 

	#FP_SUBNORMAL
 3

	)

947 
FP_SUBNORMAL
,

948 
FP_NORMAL
 =

949 

	#FP_NORMAL
 4

	)

950 
FP_NORMAL


958 #i�((
	`__GNUC_PREREQ
 (4,4�&& !
def�ed
 
__SUPPORT_SNAN__
) \

959 || 
	`__glibc_��g_��eq
 (2,8)) \

960 && (!
def�ed
 
__OPTIMIZE_SIZE__
 || def�ed 
__�lu�lus
)

967 

	#��assify
(
x
�
	`__bu�t�_��assify
 (
FP_NAN
, 
FP_INFINITE
, \

968 
FP_NORMAL
, 
FP_SUBNORMAL
, 
FP_ZERO
, 
x
)

	)

970 

	#��assify
(
x
�
	`__MATH_TG
 ((x), 
__��assify
, (x))

	)

974 #i�
	`__GNUC_PREREQ
 (6,0�|| 
	`__glibc_��g_��eq
 (3,3)

975 

	#signb�
(
x
�
	`__bu�t�_signb�
 (x)

	)

976 #�i�
def�ed
 
__�lu�lus


984 

	#signb�
(
x
�
	`__bu�t�_signb�l
 (x)

	)

985 #�i�
	`__GNUC_PREREQ
 (4,0)

986 

	#signb�
(
x
�
	`__MATH_TG
 ((x), 
__bu�t�_signb�
, (x))

	)

988 

	#signb�
(
x
�
	`__MATH_TG
 ((x), 
__signb�
, (x))

	)

992 #i�(
	`__GNUC_PREREQ
 (4,4�&& !
def�ed
 
__SUPPORT_SNAN__
) \

993 || 
	$__glibc_��g_��eq
 (2,8)

994 

	#isf��e
(
x
�
	`__bu�t�_isf��e
 (x)

	)

996 

	#isf��e
(
x
�
	`__MATH_TG
 ((x), 
__f��e
, (x))

	)

1000 #i�(
	`__GNUC_PREREQ
 (4,4�&& !
def�ed
 
__SUPPORT_SNAN__
) \

1001 || 
	$__glibc_��g_��eq
 (2,8)

1002 

	#i��m�
(
x
�
	`__bu�t�_i��m�
 (x)

	)

1004 

	#i��m�
(
x
�(
	`��assify
 (x�=�
FP_NORMAL
)

	)

1009 #i�(
	`__GNUC_PREREQ
 (4,4�&& !
def�ed
 
__SUPPORT_SNAN__
) \

1010 || 
	$__glibc_��g_��eq
 (2,8)

1011 

	#i��
(
x
�
	`__bu�t�_i��
 (x)

	)

1013 

	#i��
(
x
�
	`__MATH_TG
 ((x), 
__i��
, (x))

	)

1017 #i�
__HAVE_DISTINCT_FLOAT128
 && !
	`__GNUC_PREREQ
 (7,0) \

1018 && !
def�ed
 
__SUPPORT_SNAN__
 && !def�ed 
__�lu�lus
 \

1019 && !
def�ed
 
__��g__


1025 

	#is�f
(
x
) \

1026 (
	`__bu�t�_ty�s_com�tib�_p
 (
	`__ty�of
 (
x
), 
_Fl�t128
) \

1027 ? 
	`__is�ff128
 (
x
�: 
	`__bu�t�_is�f_sign
 (x))

	)

1028 #�i�(
	`__GNUC_PREREQ
 (4,4�&& !
def�ed
 
__SUPPORT_SNAN__
) \

1029 || 
	$__glibc_��g_��eq
 (3,7)

1030 

	#is�f
(
x
�
	`__bu�t�_is�f_sign
 (x)

	)

1032 

	#is�f
(
x
�
	`__MATH_TG
 ((x), 
__is�f
, (x))

	)

1036 

	#MATH_ERRNO
 1

	)

1037 

	#MATH_ERREXCEPT
 2

	)

1044 #ifde�
__FAST_MATH__


1045 

	#m�h_�rh�dl�g
 0

	)

1046 #�i�
def�ed
 
__NO_MATH_ERRNO__


1047 

	#m�h_�rh�dl�g
 (
MATH_ERREXCEPT
)

	)

1049 

	#m�h_�rh�dl�g
 (
MATH_ERRNO
 | 
MATH_ERREXCEPT
)

	)

1054 #i�
	`__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
)

1055 
	~<b�s/is�n�i�l.h
>

1058 #i�de�
__�lu�lus


1059 

	#issig�l�g
(
x
�
	`__MATH_TG
 ((x), 
__issig�l�g
, (x))

	)

1068 
�l�e
 
	`issig�l�g
 (
__v�
�{  
	`__issig�l�gf
 (__val); }

1069 
�l�e
 
	`issig�l�g
 (
__v�
�{  
	`__issig�l�g
 (__val); }

1070 
�l�e
 

1071 
	`issig�l�g
 (
__v�
)

1073 #ifde�
__NO_LONG_DOUBLE_MATH


1074  
	`__issig�l�g
 (
__v�
);

1076  
	`__issig�l�gl
 (
__v�
);

1079 #i�
__HAVE_FLOAT128_UNLIKE_LDBL


1082 
�l�e
 
	`issig�l�g
 (
_Fl�t128
 
__v�
�{  
	`__issig�l�gf128
 (__val); }

1084 
	}
}

1088 

	#issubn�m�
(
x
�(
	`��assify
 (x�=�
FP_SUBNORMAL
)

	)

1091 #i�de�
__�lu�lus


1092 #ifde�
__SUPPORT_SNAN__


1093 

	#isz�o
(
x
�(
	`��assify
 (x�=�
FP_ZERO
)

	)

1095 

	#isz�o
(
x
�(((
	`__ty�of
 (x)�(x)�=�0)

	)

1099 #ifde�
__SUPPORT_SNAN__


1100 
�l�e
 

1101 
isz�o
 (
__v�
)

1103  
__��assifyf
 (
__v�
�=�
FP_ZERO
;

1105 
�l�e
 

1106 
isz�o
 (
__v�
)

1108  
__��assify
 (
__v�
�=�
FP_ZERO
;

1110 
�l�e
 

1111 
isz�o
 (
__v�
)

1113 #ifde�
__NO_LONG_DOUBLE_MATH


1114  
__��assify
 (
__v�
�=�
FP_ZERO
;

1116  
__��assifyl
 (
__v�
�=�
FP_ZERO
;

1119 #i�
__HAVE_FLOAT128_UNLIKE_LDBL


1122 
�l�e
 

1123 
isz�o
 (
_Fl�t128
 
__v�
)

1125  
__��assifyf128
 (
__v�
�=�
FP_ZERO
;

1129 
�m��e
 <
�ass
 
__T
> 
�l�e
 
bo�


1130 
isz�o
 (
__T
 
__v�
)

1132  
__v�
 == 0;

1139 #ifde�
__USE_XOPEN


1141 

	#MAXFLOAT
 3.40282347e+38F

	)

1146 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


1147 

	#M_E
 2.7182818284590452354

	)

1148 

	#M_LOG2E
 1.4426950408889634074

	)

1149 

	#M_LOG10E
 0.43429448190325182765

	)

1150 

	#M_LN2
 0.69314718055994530942

	)

1151 

	#M_LN10
 2.30258509299404568402

	)

1152 

	#M_PI
 3.14159265358979323846

	)

1153 

	#M_PI_2
 1.57079632679489661923

	)

1154 

	#M_PI_4
 0.78539816339744830962

	)

1155 

	#M_1_PI
 0.31830988618379067154

	)

1156 

	#M_2_PI
 0.63661977236758134308

	)

1157 

	#M_2_SQRTPI
 1.12837916709551257390

	)

1158 

	#M_SQRT2
 1.41421356237309504880

	)

1159 

	#M_SQRT1_2
 0.70710678118654752440

	)

1163 #ifde�
__USE_GNU


1164 

	#M_Ef
 2.7182818284590452354�

	)

1165 

	#M_LOG2Ef
 1.4426950408889634074�

	)

1166 

	#M_LOG10Ef
 0.43429448190325182765�

	)

1167 

	#M_LN2f
 0.69314718055994530942�

	)

1168 

	#M_LN10f
 2.30258509299404568402�

	)

1169 

	#M_PIf
 3.14159265358979323846�

	)

1170 

	#M_PI_2f
 1.57079632679489661923�

	)

1171 

	#M_PI_4f
 0.78539816339744830962�

	)

1172 

	#M_1_PIf
 0.31830988618379067154�

	)

1173 

	#M_2_PIf
 0.63661977236758134308�

	)

1174 

	#M_2_SQRTPIf
 1.12837916709551257390�

	)

1175 

	#M_SQRT2f
 1.41421356237309504880�

	)

1176 

	#M_SQRT1_2f
 0.70710678118654752440�

	)

1182 #ifde�
__USE_GNU


1183 

	#M_El
 2.718281828459045235360287471352662498L

	)

1184 

	#M_LOG2El
 1.442695040888963407359924681001892137L

	)

1185 

	#M_LOG10El
 0.434294481903251827651128918916605082L

	)

1186 

	#M_LN2l
 0.693147180559945309417232121458176568L

	)

1187 

	#M_LN10l
 2.302585092994045684017991454684364208L

	)

1188 

	#M_PIl
 3.141592653589793238462643383279502884L

	)

1189 

	#M_PI_2l
 1.570796326794896619231321691639751442L

	)

1190 

	#M_PI_4l
 0.785398163397448309615660845819875721L

	)

1191 

	#M_1_PIl
 0.318309886183790671537767526745028724L

	)

1192 

	#M_2_PIl
 0.636619772367581343075535053490057448L

	)

1193 

	#M_2_SQRTPIl
 1.128379167095512573896158903121545172L

	)

1194 

	#M_SQRT2l
 1.414213562373095048801688724209698079L

	)

1195 

	#M_SQRT1_2l
 0.707106781186547524400844362104849039L

	)

1198 #i�
__HAVE_FLOAT16
 && 
def�ed
 
__USE_GNU


1199 

	#M_Ef16
 
	`__f16
 (2.718281828459045235360287471352662498�

	)

1200 

	#M_LOG2Ef16
 
	`__f16
 (1.442695040888963407359924681001892137�

	)

1201 

	#M_LOG10Ef16
 
	`__f16
 (0.434294481903251827651128918916605082�

	)

1202 

	#M_LN2f16
 
	`__f16
 (0.693147180559945309417232121458176568�

	)

1203 

	#M_LN10f16
 
	`__f16
 (2.302585092994045684017991454684364208�

	)

1204 

	#M_PIf16
 
	`__f16
 (3.141592653589793238462643383279502884�

	)

1205 

	#M_PI_2f16
 
	`__f16
 (1.570796326794896619231321691639751442�

	)

1206 

	#M_PI_4f16
 
	`__f16
 (0.785398163397448309615660845819875721�

	)

1207 

	#M_1_PIf16
 
	`__f16
 (0.318309886183790671537767526745028724�

	)

1208 

	#M_2_PIf16
 
	`__f16
 (0.636619772367581343075535053490057448�

	)

1209 

	#M_2_SQRTPIf16
 
	`__f16
 (1.128379167095512573896158903121545172�

	)

1210 

	#M_SQRT2f16
 
	`__f16
 (1.414213562373095048801688724209698079�

	)

1211 

	#M_SQRT1_2f16
 
	`__f16
 (0.707106781186547524400844362104849039�

	)

1214 #i�
__HAVE_FLOAT32
 && 
def�ed
 
__USE_GNU


1215 

	#M_Ef32
 
	`__f32
 (2.718281828459045235360287471352662498�

	)

1216 

	#M_LOG2Ef32
 
	`__f32
 (1.442695040888963407359924681001892137�

	)

1217 

	#M_LOG10Ef32
 
	`__f32
 (0.434294481903251827651128918916605082�

	)

1218 

	#M_LN2f32
 
	`__f32
 (0.693147180559945309417232121458176568�

	)

1219 

	#M_LN10f32
 
	`__f32
 (2.302585092994045684017991454684364208�

	)

1220 

	#M_PIf32
 
	`__f32
 (3.141592653589793238462643383279502884�

	)

1221 

	#M_PI_2f32
 
	`__f32
 (1.570796326794896619231321691639751442�

	)

1222 

	#M_PI_4f32
 
	`__f32
 (0.785398163397448309615660845819875721�

	)

1223 

	#M_1_PIf32
 
	`__f32
 (0.318309886183790671537767526745028724�

	)

1224 

	#M_2_PIf32
 
	`__f32
 (0.636619772367581343075535053490057448�

	)

1225 

	#M_2_SQRTPIf32
 
	`__f32
 (1.128379167095512573896158903121545172�

	)

1226 

	#M_SQRT2f32
 
	`__f32
 (1.414213562373095048801688724209698079�

	)

1227 

	#M_SQRT1_2f32
 
	`__f32
 (0.707106781186547524400844362104849039�

	)

1230 #i�
__HAVE_FLOAT64
 && 
def�ed
 
__USE_GNU


1231 

	#M_Ef64
 
	`__f64
 (2.718281828459045235360287471352662498�

	)

1232 

	#M_LOG2Ef64
 
	`__f64
 (1.442695040888963407359924681001892137�

	)

1233 

	#M_LOG10Ef64
 
	`__f64
 (0.434294481903251827651128918916605082�

	)

1234 

	#M_LN2f64
 
	`__f64
 (0.693147180559945309417232121458176568�

	)

1235 

	#M_LN10f64
 
	`__f64
 (2.302585092994045684017991454684364208�

	)

1236 

	#M_PIf64
 
	`__f64
 (3.141592653589793238462643383279502884�

	)

1237 

	#M_PI_2f64
 
	`__f64
 (1.570796326794896619231321691639751442�

	)

1238 

	#M_PI_4f64
 
	`__f64
 (0.785398163397448309615660845819875721�

	)

1239 

	#M_1_PIf64
 
	`__f64
 (0.318309886183790671537767526745028724�

	)

1240 

	#M_2_PIf64
 
	`__f64
 (0.636619772367581343075535053490057448�

	)

1241 

	#M_2_SQRTPIf64
 
	`__f64
 (1.128379167095512573896158903121545172�

	)

1242 

	#M_SQRT2f64
 
	`__f64
 (1.414213562373095048801688724209698079�

	)

1243 

	#M_SQRT1_2f64
 
	`__f64
 (0.707106781186547524400844362104849039�

	)

1246 #i�
__HAVE_FLOAT128
 && 
def�ed
 
__USE_GNU


1247 

	#M_Ef128
 
	`__f128
 (2.718281828459045235360287471352662498�

	)

1248 

	#M_LOG2Ef128
 
	`__f128
 (1.442695040888963407359924681001892137�

	)

1249 

	#M_LOG10Ef128
 
	`__f128
 (0.434294481903251827651128918916605082�

	)

1250 

	#M_LN2f128
 
	`__f128
 (0.693147180559945309417232121458176568�

	)

1251 

	#M_LN10f128
 
	`__f128
 (2.302585092994045684017991454684364208�

	)

1252 

	#M_PIf128
 
	`__f128
 (3.141592653589793238462643383279502884�

	)

1253 

	#M_PI_2f128
 
	`__f128
 (1.570796326794896619231321691639751442�

	)

1254 

	#M_PI_4f128
 
	`__f128
 (0.785398163397448309615660845819875721�

	)

1255 

	#M_1_PIf128
 
	`__f128
 (0.318309886183790671537767526745028724�

	)

1256 

	#M_2_PIf128
 
	`__f128
 (0.636619772367581343075535053490057448�

	)

1257 

	#M_2_SQRTPIf128
 
	`__f128
 (1.128379167095512573896158903121545172�

	)

1258 

	#M_SQRT2f128
 
	`__f128
 (1.414213562373095048801688724209698079�

	)

1259 

	#M_SQRT1_2f128
 
	`__f128
 (0.707106781186547524400844362104849039�

	)

1262 #i�
__HAVE_FLOAT32X
 && 
def�ed
 
__USE_GNU


1263 

	#M_Ef32x
 
	`__f32x
 (2.718281828459045235360287471352662498�

	)

1264 

	#M_LOG2Ef32x
 
	`__f32x
 (1.442695040888963407359924681001892137�

	)

1265 

	#M_LOG10Ef32x
 
	`__f32x
 (0.434294481903251827651128918916605082�

	)

1266 

	#M_LN2f32x
 
	`__f32x
 (0.693147180559945309417232121458176568�

	)

1267 

	#M_LN10f32x
 
	`__f32x
 (2.302585092994045684017991454684364208�

	)

1268 

	#M_PIf32x
 
	`__f32x
 (3.141592653589793238462643383279502884�

	)

1269 

	#M_PI_2f32x
 
	`__f32x
 (1.570796326794896619231321691639751442�

	)

1270 

	#M_PI_4f32x
 
	`__f32x
 (0.785398163397448309615660845819875721�

	)

1271 

	#M_1_PIf32x
 
	`__f32x
 (0.318309886183790671537767526745028724�

	)

1272 

	#M_2_PIf32x
 
	`__f32x
 (0.636619772367581343075535053490057448�

	)

1273 

	#M_2_SQRTPIf32x
 
	`__f32x
 (1.128379167095512573896158903121545172�

	)

1274 

	#M_SQRT2f32x
 
	`__f32x
 (1.414213562373095048801688724209698079�

	)

1275 

	#M_SQRT1_2f32x
 
	`__f32x
 (0.707106781186547524400844362104849039�

	)

1278 #i�
__HAVE_FLOAT64X
 && 
def�ed
 
__USE_GNU


1279 

	#M_Ef64x
 
	`__f64x
 (2.718281828459045235360287471352662498�

	)

1280 

	#M_LOG2Ef64x
 
	`__f64x
 (1.442695040888963407359924681001892137�

	)

1281 

	#M_LOG10Ef64x
 
	`__f64x
 (0.434294481903251827651128918916605082�

	)

1282 

	#M_LN2f64x
 
	`__f64x
 (0.693147180559945309417232121458176568�

	)

1283 

	#M_LN10f64x
 
	`__f64x
 (2.302585092994045684017991454684364208�

	)

1284 

	#M_PIf64x
 
	`__f64x
 (3.141592653589793238462643383279502884�

	)

1285 

	#M_PI_2f64x
 
	`__f64x
 (1.570796326794896619231321691639751442�

	)

1286 

	#M_PI_4f64x
 
	`__f64x
 (0.785398163397448309615660845819875721�

	)

1287 

	#M_1_PIf64x
 
	`__f64x
 (0.318309886183790671537767526745028724�

	)

1288 

	#M_2_PIf64x
 
	`__f64x
 (0.636619772367581343075535053490057448�

	)

1289 

	#M_2_SQRTPIf64x
 
	`__f64x
 (1.128379167095512573896158903121545172�

	)

1290 

	#M_SQRT2f64x
 
	`__f64x
 (1.414213562373095048801688724209698079�

	)

1291 

	#M_SQRT1_2f64x
 
	`__f64x
 (0.707106781186547524400844362104849039�

	)

1294 #i�
__HAVE_FLOAT128X
 && 
def�ed
 
__USE_GNU


1298 #ifde�
__USE_ISOC99


1299 #i�
__GNUC_PREREQ
 (3, 1)

1306 

	#isg���
(
x
, 
y
�
	`__bu�t�_isg���
(x, y)

	)

1307 

	#isg���equ�
(
x
, 
y
�
	`__bu�t�_isg���equ�
(x, y)

	)

1308 

	#i�ess
(
x
, 
y
�
	`__bu�t�_i�ess
(x, y)

	)

1309 

	#i�es�qu�
(
x
, 
y
�
	`__bu�t�_i�es�qu�
(x, y)

	)

1310 

	#i�essg���
(
x
, 
y
�
	`__bu�t�_i�essg���
(x, y)

	)

1311 

	#isun�d�ed
(
x
, 
y
�
	`__bu�t�_isun�d�ed
(x, y)

	)

1313 

	#isg���
(
x
, 
y
) \

1314 (
	`__ex�nsi�__
 ({ 
	`__ty�of__
 (
x
�
__x
 = (x); __ty�of__ (
y
�
__y
 = (y); \

1315 !
	`isun�d�ed
 (
__x
, 
__y
�&& __x > __y; }))

	)

1316 

	#isg���equ�
(
x
, 
y
) \

1317 (
	`__ex�nsi�__
 ({ 
	`__ty�of__
 (
x
�
__x
 = (x); __ty�of__ (
y
�
__y
 = (y); \

1318 !
	`isun�d�ed
 (
__x
, 
__y
�&& __x >�__y; }))

	)

1319 

	#i�ess
(
x
, 
y
) \

1320 (
	`__ex�nsi�__
 ({ 
	`__ty�of__
 (
x
�
__x
 = (x); __ty�of__ (
y
�
__y
 = (y); \

1321 !
	`isun�d�ed
 (
__x
, 
__y
�&& __x < __y; }))

	)

1322 

	#i�es�qu�
(
x
, 
y
) \

1323 (
	`__ex�nsi�__
 ({ 
	`__ty�of__
 (
x
�
__x
 = (x); __ty�of__ (
y
�
__y
 = (y); \

1324 !
	`isun�d�ed
 (
__x
, 
__y
�&& __x <�__y; }))

	)

1325 

	#i�essg���
(
x
, 
y
) \

1326 (
	`__ex�nsi�__
 ({ 
	`__ty�of__
 (
x
�
__x
 = (x); __ty�of__ (
y
�
__y
 = (y); \

1327 !
	`isun�d�ed
 (
__x
, 
__y
�&& __x !�__y; }))

	)

1329 

	#isun�d�ed
(
x
, 
y
) \

1330 (
	`__ex�nsi�__
 ({ 
	`__ty�of__
 (
x
�
__u
 = (x); __ty�of__ (
y
�
__v
 = (y); \

1331 
__u
 !�
__v
 && (__u !�__u || __v !�__v); }))

	)

1335 #i�
__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
)

1338 #i�
__FLT_EVAL_METHOD__
 == 2 || __FLT_EVAL_METHOD__ > 64

1339 

	#__MATH_EVAL_FMT2
(
x
, 
y
�((x�+ (y�+ 0.0L)

	)

1340 #�i�
__FLT_EVAL_METHOD__
 == 1 || __FLT_EVAL_METHOD__ > 32

1341 

	#__MATH_EVAL_FMT2
(
x
, 
y
�((x�+ (y�+ 0.0)

	)

1342 #�i�
__FLT_EVAL_METHOD__
 == 0 || __FLT_EVAL_METHOD__ == 32

1343 

	#__MATH_EVAL_FMT2
(
x
, 
y
�((x�+ (y�+ 0.0f)

	)

1345 

	#__MATH_EVAL_FMT2
(
x
, 
y
�((x�+ (y))

	)

1350 #i�!
def�ed
 
__�lu�lus
 || (__�lu�lu�< 201103L && !def�ed 
__GNUC__
)

1351 

	#i�qsig
(
x
, 
y
) \

1352 
	`__MATH_TG
 (
	`__MATH_EVAL_FMT2
 (
x
, 
y
), 
__i�qsig
, ((x), (y)))

	)

1365 
�m��e
<
ty��me
> 
__i�qsig_ty�
;

1367 
�m��e
<> 
__i�qsig_ty�
<>

1369 
__��
 (
__x
, 
__y
�
throw
 ()

1371  
__i�qsigf
 (
__x
, 
__y
);

1375 
�m��e
<> 
__i�qsig_ty�
<>

1377 
__��
 (
__x
, 
__y
�
throw
 ()

1379  
__i�qsig
 (
__x
, 
__y
);

1383 
�m��e
<> 
__i�qsig_ty�
<>

1385 
__��
 (
__x
, 
__y
�
throw
 ()

1387 #i�de�
__NO_LONG_DOUBLE_MATH


1388  
__i�qsigl
 (
__x
, 
__y
);

1390  
__i�qsig
 (
__x
, 
__y
);

1395 #i�
__HAVE_FLOAT32
 && 
__GNUC_PREREQ
 (13, 0)

1396 
�m��e
<> 
__i�qsig_ty�
<
_Fl�t32
>

1398 
__��
 (
_Fl�t32
 
__x
, _Fl�t32 
__y
�
throw
 ()

1400  
__i�qsigf
 (
__x
, 
__y
);

1405 #i�
__HAVE_FLOAT64
 && 
__GNUC_PREREQ
 (13, 0)

1406 
�m��e
<> 
__i�qsig_ty�
<
_Fl�t64
>

1408 
__��
 (
_Fl�t64
 
__x
, _Fl�t64 
__y
�
throw
 ()

1410  
__i�qsig
 (
__x
, 
__y
);

1415 #i�
__HAVE_FLOAT128_UNLIKE_LDBL
 || (
__HAVE_FLOAT128
 && 
__GNUC_PREREQ
 (13, 0))

1418 
�m��e
<> 
__i�qsig_ty�
<
_Fl�t128
>

1420 
__��
 (
_Fl�t128
 
__x
, _Fl�t128 
__y
�
throw
 ()

1422 #i�
__HAVE_FLOAT128_UNLIKE_LDBL


1423  
__i�qsigf128
 (
__x
, 
__y
);

1425  
__i�qsigl
 (
__x
, 
__y
);

1431 #i�
__HAVE_FLOAT32X
 && 
__GNUC_PREREQ
 (13, 0)

1432 
�m��e
<> 
__i�qsig_ty�
<
_Fl�t32x
>

1434 
__��
 (
_Fl�t32x
 
__x
, _Fl�t32x 
__y
�
throw
 ()

1436  
__i�qsig
 (
__x
, 
__y
);

1441 #i�
__HAVE_FLOAT64X
 && 
__GNUC_PREREQ
 (13, 0)

1442 
�m��e
<> 
__i�qsig_ty�
<
_Fl�t64x
>

1444 
__��
 (
_Fl�t64x
 
__x
, _Fl�t64x 
__y
�
throw
 ()

1446 #i�
__HAVE_FLOAT64X_LONG_DOUBLE


1447  
__i�qsigl
 (
__x
, 
__y
);

1449  
__i�qsigf128
 (
__x
, 
__y
);

1455 
�m��e
<
ty��me
 
_T1
,�y��m�
_T2
>

1456 
�l�e
 

1457 
i�qsig
 (
_T1
 
__x
, 
_T2
 
__y
�
throw
 ()

1459 #i�
__�lu�lus
 >= 201103L

1460 
de�ty�
 (
	t__MATH_EVAL_FMT2
 (
	t__x
, 
	t__y
)�
	t_T3
;

1462 
__ty�of
 (
	t__MATH_EVAL_FMT2
 (
	t__x
, 
	t__y
)�
	t_T3
;

1464  
__i�qsig_ty�
<
_T3
>::
__��
 (
__x
, 
__y
);

1472 
__END_DECLS


	@/usr/include/net/ethernet.h

21 #i�de�
__NET_ETHERNET_H


22 

	#__NET_ETHERNET_H
 1

	)

24 
	~<sys/ty�s.h
>

25 
	~<�d�t.h
>

27 
	~<l�ux/if_�h�.h
>

29 
__BEGIN_DECLS


33 
	s�h�_addr


35 
u�t8_t
 
	m�h�_addr_o��
[
ETH_ALEN
];

36 } 
__��ibu�__
 ((
__�cked__
));

39 
	s�h�_h�d�


41 
u�t8_t
 
	m�h�_dho�
[
ETH_ALEN
];

42 
u�t8_t
 
	m�h�_sho�
[
ETH_ALEN
];

43 
u�t16_t
 
	m�h�_ty�
;

44 } 
__��ibu�__
 ((
__�cked__
));

47 

	#ETHERTYPE_PUP
 0x0200

	)

48 

	#ETHERTYPE_SPRITE
 0x0500

	)

49 

	#ETHERTYPE_IP
 0x0800

	)

50 

	#ETHERTYPE_ARP
 0x0806

	)

51 

	#ETHERTYPE_REVARP
 0x8035

	)

52 

	#ETHERTYPE_AT
 0x809B

	)

53 

	#ETHERTYPE_AARP
 0x80F3

	)

54 

	#ETHERTYPE_VLAN
 0x8100

	)

55 

	#ETHERTYPE_IPX
 0x8137

	)

56 

	#ETHERTYPE_IPV6
 0x86dd

	)

57 

	#ETHERTYPE_LOOPBACK
 0x9000

	)

59 

	#ETHER_ADDR_LEN
 
ETH_ALEN


	)

60 

	#ETHER_TYPE_LEN
 2

	)

61 

	#ETHER_CRC_LEN
 4

	)

62 

	#ETHER_HDR_LEN
 
ETH_HLEN


	)

63 

	#ETHER_MIN_LEN
 (
ETH_ZLEN
 + 
ETHER_CRC_LEN
�

	)

64 

	#ETHER_MAX_LEN
 (
ETH_FRAME_LEN
 + 
ETHER_CRC_LEN
�

	)

67 

	#ETHER_IS_VALID_LEN
(
foo
) \

68 ((
foo
�>�
ETHER_MIN_LEN
 && (foo�<�
ETHER_MAX_LEN
)

	)

75 

	#ETHERTYPE_TRAIL
 0x1000

	)

76 

	#ETHERTYPE_NTRAILER
 16

	)

78 

	#ETHERMTU
 
ETH_DATA_LEN


	)

79 

	#ETHERMIN
 (
ETHER_MIN_LEN
 - 
ETHER_HDR_LEN
 - 
ETHER_CRC_LEN
)

	)

81 
	g__END_DECLS


	@/usr/include/net/if.h

19 #i�de�
_NET_IF_H


20 

	#_NET_IF_H
 1

	)

22 
	~<�u�s.h
>

24 #ifde�
__USE_MISC


25 
	~<sys/ty�s.h
>

26 
	~<sys/sock�.h
>

31 

	#IF_NAMESIZE
 16

	)

33 
	sif_�me�dex


35 
	mif_�dex
;

36 *
	mif_�me
;

40 #ifde�
__USE_MISC


44 
	mIFF_UP
 = 0x1,

45 

	#IFF_UP
 
IFF_UP


	)

46 
	mIFF_BROADCAST
 = 0x2,

47 

	#IFF_BROADCAST
 
IFF_BROADCAST


	)

48 
	mIFF_DEBUG
 = 0x4,

49 

	#IFF_DEBUG
 
IFF_DEBUG


	)

50 
	mIFF_LOOPBACK
 = 0x8,

51 

	#IFF_LOOPBACK
 
IFF_LOOPBACK


	)

52 
	mIFF_POINTOPOINT
 = 0x10,

53 

	#IFF_POINTOPOINT
 
IFF_POINTOPOINT


	)

54 
	mIFF_NOTRAILERS
 = 0x20,

55 

	#IFF_NOTRAILERS
 
IFF_NOTRAILERS


	)

56 
	mIFF_RUNNING
 = 0x40,

57 

	#IFF_RUNNING
 
IFF_RUNNING


	)

58 
	mIFF_NOARP
 = 0x80,

59 

	#IFF_NOARP
 
IFF_NOARP


	)

60 
	mIFF_PROMISC
 = 0x100,

61 

	#IFF_PROMISC
 
IFF_PROMISC


	)

64 
	mIFF_ALLMULTI
 = 0x200,

65 

	#IFF_ALLMULTI
 
IFF_ALLMULTI


	)

67 
	mIFF_MASTER
 = 0x400,

68 

	#IFF_MASTER
 
IFF_MASTER


	)

69 
	mIFF_SLAVE
 = 0x800,

70 

	#IFF_SLAVE
 
IFF_SLAVE


	)

72 
	mIFF_MULTICAST
 = 0x1000,

73 

	#IFF_MULTICAST
 
IFF_MULTICAST


	)

75 
	mIFF_PORTSEL
 = 0x2000,

76 

	#IFF_PORTSEL
 
IFF_PORTSEL


	)

77 
	mIFF_AUTOMEDIA
 = 0x4000,

78 

	#IFF_AUTOMEDIA
 
IFF_AUTOMEDIA


	)

79 
	mIFF_DYNAMIC
 = 0x8000

80 

	#IFF_DYNAMIC
 
IFF_DYNAMIC


	)

88 
	si�ddr


90 
sockaddr
 
	mi�_addr
;

93 
sockaddr
 
	mifu_br�daddr
;

94 
sockaddr
 
	mifu_d�addr
;

95 } 
	mi�_ifu
;

96 
i��
 *
	mi�_i�
;

97 
i�ddr
 *
	mi�_�xt
;

100 

	#i�_br�daddr
 
i�_ifu
.
ifu_br�daddr


	)

101 

	#i�_d�addr
 
i�_ifu
.
ifu_d�addr


	)

111 
	sifm�


113 
	mmem_��t
;

114 
	mmem_�d
;

115 
	mba�_addr
;

116 
	m�q
;

117 
	mdma
;

118 
	mp�t
;

126 
	si�eq


128 

	#IFHWADDRLEN
 6

	)

129 

	#IFNAMSIZ
 
IF_NAMESIZE


	)

132 
	mi�n_�me
[
IFNAMSIZ
];

133 } 
	mi�_i�n
;

137 
sockaddr
 
	mi�u_addr
;

138 
sockaddr
 
	mi�u_d�addr
;

139 
sockaddr
 
	mi�u_br�daddr
;

140 
sockaddr
 
	mi�u_�tmask
;

141 
sockaddr
 
	mi�u_hwaddr
;

142 
	mi�u_�ags
;

143 
	mi�u_iv�ue
;

144 
	mi�u_mtu
;

145 
ifm�
 
	mi�u_m�
;

146 
	mi�u_�ave
[
IFNAMSIZ
];

147 
	mi�u_�w�me
[
IFNAMSIZ
];

148 
__�ddr_t
 
	mi�u_d�a
;

149 } 
	mi�_i�u
;

151 

	#i�_�me
 
i�_i�n
.
i�n_�me


	)

152 

	#i�_hwaddr
 
i�_i�u
.
i�u_hwaddr


	)

153 

	#i�_addr
 
i�_i�u
.
i�u_addr


	)

154 

	#i�_d�addr
 
i�_i�u
.
i�u_d�addr


	)

155 

	#i�_br�daddr
 
i�_i�u
.
i�u_br�daddr


	)

156 

	#i�_�tmask
 
i�_i�u
.
i�u_�tmask


	)

157 

	#i�_�ags
 
i�_i�u
.
i�u_�ags


	)

158 

	#i�_m�ric
 
i�_i�u
.
i�u_iv�ue


	)

159 

	#i�_mtu
 
i�_i�u
.
i�u_mtu


	)

160 

	#i�_m�
 
i�_i�u
.
i�u_m�


	)

161 

	#i�_�ave
 
i�_i�u
.
i�u_�ave


	)

162 

	#i�_d�a
 
i�_i�u
.
i�u_d�a


	)

163 

	#i�_if�dex
 
i�_i�u
.
i�u_iv�ue


	)

164 

	#i�_b�dwidth
 
i�_i�u
.
i�u_iv�ue


	)

165 

	#i�_q�n
 
i�_i�u
.
i�u_iv�ue


	)

166 

	#i�_�w�me
 
i�_i�u
.
i�u_�w�me


	)

167 

	#_IOT_i�eq
 
	`_IOT
(
	`_IOTS
(),
IFNAMSIZ
,_IOTS(),16,0,0)

	)

168 

	#_IOT_i�eq_sh�t
 
	`_IOT
(
	`_IOTS
(),
IFNAMSIZ
,_IOTS(),1,0,0)

	)

169 

	#_IOT_i�eq_�t
 
	`_IOT
(
	`_IOTS
(),
IFNAMSIZ
,_IOTS(),1,0,0)

	)

176 
	sifc�f


178 
	mifc_�n
;

181 
__�ddr_t
 
	mifcu_buf
;

182 
i�eq
 *
	mifcu_�q
;

183 } 
	mifc_ifcu
;

185 

	#ifc_buf
 
ifc_ifcu
.
ifcu_buf


	)

186 

	#ifc_�q
 
ifc_ifcu
.
ifcu_�q


	)

187 

	#_IOT_ifc�f
 
	`_IOT
(
	`_IOTS
(
ifc�f
),1,0,0,0,0�

	)

190 
__BEGIN_DECLS


193 

	$if_�m�o�dex
 (cڡ *
__i�ame
�
__THROW
;

194 
*
	$if_�dext�ame
 (
__if�dex
,

195 
__i�ame
[
IF_NAMESIZE
]�
__THROW


196 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2));

199 

if_�me�dex
 *
	$if_�me�dex
 (�
__THROW
;

202 

	$if_��me�dex
 (
if_�me�dex
 *
__�r
�
__THROW
;

204 
__END_DECLS


	@/usr/include/net/if_arp.h

21 #i�de�
_NET_IF_ARP_H


22 

	#_NET_IF_ARP_H
 1

	)

24 
	~<sys/ty�s.h
>

25 
	~<sys/sock�.h
>

26 
	~<�d�t.h
>

28 
	g__BEGIN_DECLS


31 

	#MAX_ADDR_LEN
 7

	)

37 

	#ARPOP_REQUEST
 1

	)

38 

	#ARPOP_REPLY
 2

	)

39 

	#ARPOP_RREQUEST
 3

	)

40 

	#ARPOP_RREPLY
 4

	)

41 

	#ARPOP_InREQUEST
 8

	)

42 

	#ARPOP_InREPLY
 9

	)

43 

	#ARPOP_NAK
 10

	)

52 
	s�phdr


54 
	m�_hrd
;

55 
	m�_�o
;

56 
	m�_h�
;

57 
	m�_�n
;

58 
	m�_�
;

62 
	m__�_sha
[
ETH_ALEN
];

63 
	m__�_s�
[4];

64 
	m__�_tha
[
ETH_ALEN
];

65 
	m__�_t�
[4];

71 

	#ARPHRD_NETROM
 0

	)

72 

	#ARPHRD_ETHER
 1

	)

73 

	#ARPHRD_EETHER
 2

	)

74 

	#ARPHRD_AX25
 3

	)

75 

	#ARPHRD_PRONET
 4

	)

76 

	#ARPHRD_CHAOS
 5

	)

77 

	#ARPHRD_IEEE802
 6

	)

78 

	#ARPHRD_ARCNET
 7

	)

79 

	#ARPHRD_APPLETLK
 8

	)

80 

	#ARPHRD_DLCI
 15

	)

81 

	#ARPHRD_ATM
 19

	)

82 

	#ARPHRD_METRICOM
 23

	)

83 

	#ARPHRD_IEEE1394
 24

	)

84 

	#ARPHRD_EUI64
 27

	)

85 

	#ARPHRD_INFINIBAND
 32

	)

88 

	#ARPHRD_SLIP
 256

	)

89 

	#ARPHRD_CSLIP
 257

	)

90 

	#ARPHRD_SLIP6
 258

	)

91 

	#ARPHRD_CSLIP6
 259

	)

92 

	#ARPHRD_RSRVD
 260

	)

93 

	#ARPHRD_ADAPT
 264

	)

94 

	#ARPHRD_ROSE
 270

	)

95 

	#ARPHRD_X25
 271

	)

96 

	#ARPHRD_HWX25
 272

	)

97 

	#ARPHRD_CAN
 280

	)

98 

	#ARPHRD_MCTP
 290

	)

99 

	#ARPHRD_PPP
 512

	)

100 

	#ARPHRD_CISCO
 513

	)

101 

	#ARPHRD_HDLC
 
ARPHRD_CISCO


	)

102 

	#ARPHRD_LAPB
 516

	)

103 

	#ARPHRD_DDCMP
 517

	)

104 

	#ARPHRD_RAWHDLC
 518

	)

105 

	#ARPHRD_RAWIP
 519

	)

107 

	#ARPHRD_TUNNEL
 768

	)

108 

	#ARPHRD_TUNNEL6
 769

	)

109 

	#ARPHRD_FRAD
 770

	)

110 

	#ARPHRD_SKIP
 771

	)

111 

	#ARPHRD_LOOPBACK
 772

	)

112 

	#ARPHRD_LOCALTLK
 773

	)

113 

	#ARPHRD_FDDI
 774

	)

114 

	#ARPHRD_BIF
 775

	)

115 

	#ARPHRD_SIT
 776

	)

116 

	#ARPHRD_IPDDP
 777

	)

117 

	#ARPHRD_IPGRE
 778

	)

118 

	#ARPHRD_PIMREG
 779

	)

119 

	#ARPHRD_HIPPI
 780

	)

120 

	#ARPHRD_ASH
 781

	)

121 

	#ARPHRD_ECONET
 782

	)

122 

	#ARPHRD_IRDA
 783

	)

123 

	#ARPHRD_FCPP
 784

	)

124 

	#ARPHRD_FCAL
 785

	)

125 

	#ARPHRD_FCPL
 786

	)

126 

	#ARPHRD_FCFABRIC
 787

	)

127 

	#ARPHRD_IEEE802_TR
 800

	)

128 

	#ARPHRD_IEEE80211
 801

	)

129 

	#ARPHRD_IEEE80211_PRISM
 802

	)

130 

	#ARPHRD_IEEE80211_RADIOTAP
 803

	)

131 

	#ARPHRD_IEEE802154
 804

	)

132 

	#ARPHRD_IEEE802154_PHY
 805

	)

134 

	#ARPHRD_VOID
 0xFFFF

	)

135 

	#ARPHRD_NONE
 0xFFFE

	)

139 
	s��eq


141 
sockaddr
 
	m�p_�
;

142 
sockaddr
 
	m�p_ha
;

143 
	m�p_�ags
;

144 
sockaddr
 
	m�p_�tmask
;

145 
	m�p_dev
[16];

148 
	s��eq_�d


150 
sockaddr
 
	m�p_�
;

151 
sockaddr
 
	m�p_ha
;

152 
	m�p_�ags
;

153 
sockaddr
 
	m�p_�tmask
;

157 

	#ATF_COM
 0x02

	)

158 

	#ATF_PERM
 0x04

	)

159 

	#ATF_PUBL
 0x08

	)

160 

	#ATF_USETRAILERS
 0x10

	)

161 

	#ATF_NETMASK
 0x20

	)

163 

	#ATF_DONTPUB
 0x40

	)

164 

	#ATF_MAGIC
 0x80

	)

168 

	#ARPD_UPDATE
 0x01

	)

169 

	#ARPD_LOOKUP
 0x02

	)

170 

	#ARPD_FLUSH
 0x03

	)

172 
	s�pd_�que�


174 
	m�q
;

175 
u�t32_t
 
	m�
;

176 
	mdev
;

177 
	m�amp
;

178 
	mupd�ed
;

179 
	mha
[
MAX_ADDR_LEN
];

182 
	g__END_DECLS


	@/usr/include/netinet/ether.h

19 #i�de�
_NETINET_ETHER_H


20 

	#_NETINET_ETHER_H
 1

	)

22 
	~<�u�s.h
>

25 
	~<�t��/if_�h�.h
>

27 #ifde�
__USE_MISC


28 
__BEGIN_DECLS


31 
*
	$�h�_��
 (cڡ 
�h�_addr
 *
__addr
�
__THROW
;

32 
*
	$�h�_��_r
 (cڡ 
�h�_addr
 *
__addr
, *
__buf
)

33 
__THROW
;

36 

�h�_addr
 *
	$�h�_��
 (cڡ *
__asc
�
__THROW
;

37 

�h�_addr
 *
	$�h�_��_r
 (cڡ *
__asc
,

38 
�h�_addr
 *
__addr
�
__THROW
;

41 

	$�h�_�oho�
 (*
__ho��me
, cڡ 
�h�_addr
 *
__addr
)

42 
__THROW
;

45 

	$�h�_ho�t�
 (cڡ *
__ho��me
, 
�h�_addr
 *
__addr
)

46 
__THROW
;

49 

	$�h�_l�e
 (cڡ *
__l�e
, 
�h�_addr
 *
__addr
,

50 *
__ho��me
�
__THROW
;

52 
__END_DECLS


	@/usr/include/netinet/in.h

18 #i�def 
_NETINET_IN_H


19 

	#_NETINET_IN_H
 1

	)

21 
	~<�u�s.h
>

22 
	~<b�s/�d�t-u��.h
>

23 
	~<sys/sock�.h
>

24 
	~<b�s/ty�s.h
>

27 
__BEGIN_DECLS


30 
u�t32_t
 
	t�_addr_t
;

31 
	s�_addr


33 
�_addr_t
 
	ms_addr
;

37 
	~<b�s/�.h
>

42 
	mIPPROTO_IP
 = 0,

43 

	#IPPROTO_IP
 
IPPROTO_IP


	)

44 
	mIPPROTO_ICMP
 = 1,

45 

	#IPPROTO_ICMP
 
IPPROTO_ICMP


	)

46 
	mIPPROTO_IGMP
 = 2,

47 

	#IPPROTO_IGMP
 
IPPROTO_IGMP


	)

48 
	mIPPROTO_IPIP
 = 4,

49 

	#IPPROTO_IPIP
 
IPPROTO_IPIP


	)

50 
	mIPPROTO_TCP
 = 6,

51 

	#IPPROTO_TCP
 
IPPROTO_TCP


	)

52 
	mIPPROTO_EGP
 = 8,

53 

	#IPPROTO_EGP
 
IPPROTO_EGP


	)

54 
	mIPPROTO_PUP
 = 12,

55 

	#IPPROTO_PUP
 
IPPROTO_PUP


	)

56 
	mIPPROTO_UDP
 = 17,

57 

	#IPPROTO_UDP
 
IPPROTO_UDP


	)

58 
	mIPPROTO_IDP
 = 22,

59 

	#IPPROTO_IDP
 
IPPROTO_IDP


	)

60 
	mIPPROTO_TP
 = 29,

61 

	#IPPROTO_TP
 
IPPROTO_TP


	)

62 
	mIPPROTO_DCCP
 = 33,

63 

	#IPPROTO_DCCP
 
IPPROTO_DCCP


	)

64 
	mIPPROTO_IPV6
 = 41,

65 

	#IPPROTO_IPV6
 
IPPROTO_IPV6


	)

66 
	mIPPROTO_RSVP
 = 46,

67 

	#IPPROTO_RSVP
 
IPPROTO_RSVP


	)

68 
	mIPPROTO_GRE
 = 47,

69 

	#IPPROTO_GRE
 
IPPROTO_GRE


	)

70 
	mIPPROTO_ESP
 = 50,

71 

	#IPPROTO_ESP
 
IPPROTO_ESP


	)

72 
	mIPPROTO_AH
 = 51,

73 

	#IPPROTO_AH
 
IPPROTO_AH


	)

74 
	mIPPROTO_MTP
 = 92,

75 

	#IPPROTO_MTP
 
IPPROTO_MTP


	)

76 
	mIPPROTO_BEETPH
 = 94,

77 

	#IPPROTO_BEETPH
 
IPPROTO_BEETPH


	)

78 
	mIPPROTO_ENCAP
 = 98,

79 

	#IPPROTO_ENCAP
 
IPPROTO_ENCAP


	)

80 
	mIPPROTO_PIM
 = 103,

81 

	#IPPROTO_PIM
 
IPPROTO_PIM


	)

82 
	mIPPROTO_COMP
 = 108,

83 

	#IPPROTO_COMP
 
IPPROTO_COMP


	)

84 
	mIPPROTO_L2TP
 = 115,

85 

	#IPPROTO_L2TP
 
IPPROTO_L2TP


	)

86 
	mIPPROTO_SCTP
 = 132,

87 

	#IPPROTO_SCTP
 
IPPROTO_SCTP


	)

88 
	mIPPROTO_UDPLITE
 = 136,

89 

	#IPPROTO_UDPLITE
 
IPPROTO_UDPLITE


	)

90 
	mIPPROTO_MPLS
 = 137,

91 

	#IPPROTO_MPLS
 
IPPROTO_MPLS


	)

92 
	mIPPROTO_ETHERNET
 = 143,

93 

	#IPPROTO_ETHERNET
 
IPPROTO_ETHERNET


	)

94 
	mIPPROTO_RAW
 = 255,

95 

	#IPPROTO_RAW
 
IPPROTO_RAW


	)

96 
	mIPPROTO_MPTCP
 = 262,

97 

	#IPPROTO_MPTCP
 
IPPROTO_MPTCP


	)

98 
	mIPPROTO_MAX


104 #i�!
__USE_KERNEL_IPV6_DEFS


107 
	mIPPROTO_HOPOPTS
 = 0,

108 

	#IPPROTO_HOPOPTS
 
IPPROTO_HOPOPTS


	)

109 
	mIPPROTO_ROUTING
 = 43,

110 

	#IPPROTO_ROUTING
 
IPPROTO_ROUTING


	)

111 
	mIPPROTO_FRAGMENT
 = 44,

112 

	#IPPROTO_FRAGMENT
 
IPPROTO_FRAGMENT


	)

113 
	mIPPROTO_ICMPV6
 = 58,

114 

	#IPPROTO_ICMPV6
 
IPPROTO_ICMPV6


	)

115 
	mIPPROTO_NONE
 = 59,

116 

	#IPPROTO_NONE
 
IPPROTO_NONE


	)

117 
	mIPPROTO_DSTOPTS
 = 60,

118 

	#IPPROTO_DSTOPTS
 
IPPROTO_DSTOPTS


	)

119 
	mIPPROTO_MH
 = 135

120 

	#IPPROTO_MH
 
IPPROTO_MH


	)

125 
u�t16_t
 
	t�_p�t_t
;

130 
	mIPPORT_ECHO
 = 7,

131 
	mIPPORT_DISCARD
 = 9,

132 
	mIPPORT_SYSTAT
 = 11,

133 
	mIPPORT_DAYTIME
 = 13,

134 
	mIPPORT_NETSTAT
 = 15,

135 
	mIPPORT_FTP
 = 21,

136 
	mIPPORT_TELNET
 = 23,

137 
	mIPPORT_SMTP
 = 25,

138 
	mIPPORT_TIMESERVER
 = 37,

139 
	mIPPORT_NAMESERVER
 = 42,

140 
	mIPPORT_WHOIS
 = 43,

141 
	mIPPORT_MTP
 = 57,

143 
	mIPPORT_TFTP
 = 69,

144 
	mIPPORT_RJE
 = 77,

145 
	mIPPORT_FINGER
 = 79,

146 
	mIPPORT_TTYLINK
 = 87,

147 
	mIPPORT_SUPDUP
 = 95,

150 
	mIPPORT_EXECSERVER
 = 512,

151 
	mIPPORT_LOGINSERVER
 = 513,

152 
	mIPPORT_CMDSERVER
 = 514,

153 
	mIPPORT_EFSSERVER
 = 520,

156 
	mIPPORT_BIFFUDP
 = 512,

157 
	mIPPORT_WHOSERVER
 = 513,

158 
	mIPPORT_ROUTESERVER
 = 520,

161 
	mIPPORT_RESERVED
 = 1024,

164 
	mIPPORT_USERRESERVED
 = 5000

172 

	#IN_CLASSA
(
a
�((((
�_addr_t
)�)�& 0x80000000�=�0)

	)

173 

	#IN_CLASSA_NET
 0xff000000

	)

174 

	#IN_CLASSA_NSHIFT
 24

	)

175 

	#IN_CLASSA_HOST
 (0xfffffff�& ~
IN_CLASSA_NET
)

	)

176 

	#IN_CLASSA_MAX
 128

	)

178 

	#IN_CLASSB
(
a
�((((
�_addr_t
)�)�& 0xc0000000�=�0x80000000)

	)

179 

	#IN_CLASSB_NET
 0xffff0000

	)

180 

	#IN_CLASSB_NSHIFT
 16

	)

181 

	#IN_CLASSB_HOST
 (0xfffffff�& ~
IN_CLASSB_NET
)

	)

182 

	#IN_CLASSB_MAX
 65536

	)

184 

	#IN_CLASSC
(
a
�((((
�_addr_t
)�)�& 0xe0000000�=�0xc0000000)

	)

185 

	#IN_CLASSC_NET
 0xffffff00

	)

186 

	#IN_CLASSC_NSHIFT
 8

	)

187 

	#IN_CLASSC_HOST
 (0xfffffff�& ~
IN_CLASSC_NET
)

	)

189 

	#IN_CLASSD
(
a
�((((
�_addr_t
)�)�& 0xf0000000�=�0xe0000000)

	)

190 

	#IN_MULTICAST
(
a
�
	`IN_CLASSD
�)

	)

192 

	#IN_EXPERIMENTAL
(
a
�((((
�_addr_t
)�)�& 0xe0000000�=�0xe0000000)

	)

193 

	#IN_BADCLASS
(
a
�((((
�_addr_t
)�)�& 0xf0000000�=�0xf0000000)

	)

196 

	#INADDR_ANY
 ((
�_addr_t
�0x00000000)

	)

198 

	#INADDR_BROADCAST
 ((
�_addr_t
�0xffffffff)

	)

200 

	#INADDR_NONE
 ((
�_addr_t
�0xffffffff)

	)

203 

	#INADDR_DUMMY
 ((
�_addr_t
�0xc0000008)

	)

206 

	#IN_LOOPBACKNET
 127

	)

208 #i�de�
INADDR_LOOPBACK


209 

	#INADDR_LOOPBACK
 ((
�_addr_t
�0x7f000001�

	)

213 

	#INADDR_UNSPEC_GROUP
 ((
�_addr_t
�0xe0000000�

	)

214 

	#INADDR_ALLHOSTS_GROUP
 ((
�_addr_t
�0xe0000001�

	)

215 

	#INADDR_ALLRTRS_GROUP
 ((
�_addr_t
�0xe0000002�

	)

216 

	#INADDR_ALLSNOOPERS_GROUP
 ((
�_addr_t
�0xe000006a�

	)

217 

	#INADDR_MAX_LOCAL_GROUP
 ((
�_addr_t
�0xe00000ff�

	)

219 #i�!
__USE_KERNEL_IPV6_DEFS


221 
	s�6_addr


225 
u�t8_t
 
	m__u6_addr8
[16];

226 
u�t16_t
 
	m__u6_addr16
[8];

227 
u�t32_t
 
	m__u6_addr32
[4];

228 } 
	m__�6_u
;

229 

	#s6_addr
 
__�6_u
.
__u6_addr8


	)

230 #ifde�
__USE_MISC


231 

	#s6_addr16
 
__�6_u
.
__u6_addr16


	)

232 

	#s6_addr32
 
__�6_u
.
__u6_addr32


	)

237 
cڡ 
�6_addr
 
�6addr_�y
;

238 
cڡ 
�6_addr
 
�6addr_lo�back
;

239 

	#IN6ADDR_ANY_INIT
 { { { 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 } } }

	)

240 

	#IN6ADDR_LOOPBACK_INIT
 { { { 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1 } } }

	)

242 

	#INET_ADDRSTRLEN
 16

	)

243 

	#INET6_ADDRSTRLEN
 46

	)

247 
	ssockaddr_�


249 
__SOCKADDR_COMMON
 (
s�_
);

250 
�_p�t_t
 
	ms�_p�t
;

251 
�_addr
 
	ms�_addr
;

254 
	ms�_z�o
[ (
sockaddr
)

255 - 
__SOCKADDR_COMMON_SIZE


256 -  (
�_p�t_t
)

257 -  (
�_addr
)];

260 #i�!
__USE_KERNEL_IPV6_DEFS


262 
	ssockaddr_�6


264 
__SOCKADDR_COMMON
 (
s�6_
);

265 
�_p�t_t
 
	ms�6_p�t
;

266 
u�t32_t
 
	ms�6_�ow�fo
;

267 
�6_addr
 
	ms�6_addr
;

268 
u�t32_t
 
	ms�6_sc�e_id
;

272 #ifde�
__USE_MISC


274 
	s�_m�q


277 
�_addr
 
	mimr_muɟddr
;

280 
�_addr
 
	mimr_��r��
;

284 
	s�_m�qn


287 
�_addr
 
	mimr_muɟddr
;

290 
�_addr
 
	mimr_add�ss
;

293 
	mimr_if�dex
;

296 
	s�_m�q_sour�


299 
�_addr
 
	mimr_muɟddr
;

302 
�_addr
 
	mimr_��r��
;

305 
�_addr
 
	mimr_sour�addr
;

309 #i�!
__USE_KERNEL_IPV6_DEFS


311 
	s�v6_m�q


314 
�6_addr
 
	m�v6mr_muɟddr
;

317 
	m�v6mr_��r��
;

321 #ifde�
__USE_MISC


323 
	sgroup_�q


326 
u�t32_t
 
	mgr_��r��
;

329 
sockaddr_��age
 
	mgr_group
;

332 
	sgroup_sour�_�q


335 
u�t32_t
 
	mg�_��r��
;

338 
sockaddr_��age
 
	mg�_group
;

341 
sockaddr_��age
 
	mg�_sour�
;

346 
	s�_msf��r


349 
�_addr
 
	mimsf_muɟddr
;

352 
�_addr
 
	mimsf_��r��
;

355 
u�t32_t
 
	mimsf_fmode
;

358 
u�t32_t
 
	mimsf_num�c
;

360 
�_addr
 
	mimsf_�i�
[1];

363 

	#IP_MSFILTER_SIZE
(
num�c
�( (
�_msf��r
) \

364 -  (
�_addr
) \

365 + (
num�c
�*  (
�_addr
))

	)

367 
	sgroup_f��r


370 
u�t32_t
 
	mgf_��r��
;

373 
sockaddr_��age
 
	mgf_group
;

376 
u�t32_t
 
	mgf_fmode
;

379 
u�t32_t
 
	mgf_num�c
;

381 
sockaddr_��age
 
	mgf_�i�
[1];

384 

	#GROUP_FILTER_SIZE
(
num�c
�( (
group_f��r
) \

385 -  (
sockaddr_��age
) \

386 + ((
num�c
) \

387 *  (
sockaddr_��age
)))

	)

397 
u�t32_t
 
	$�ohl
 (
u�t32_t
 
__�g
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

398 
u�t16_t
 
	$�ohs
 (
u�t16_t
 
__�tsh�t
)

399 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

400 
u�t32_t
 
	$ht�l
 (
u�t32_t
 
__ho�l�g
)

401 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

402 
u�t16_t
 
	$ht�s
 (
u�t16_t
 
__ho�sh�t
)

403 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

405 
	~<�d�n.h
>

408 
	~<b�s/by�sw�.h
>

409 
	~<b�s/u��-id�t�y.h
>

411 #ifde�
__OPTIMIZE__


415 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


418 

	#�ohl
(
x
�
	`__u�t32_id�t�y
 (x)

	)

419 

	#�ohs
(
x
�
	`__u�t16_id�t�y
 (x)

	)

420 

	#ht�l
(
x
�
	`__u�t32_id�t�y
 (x)

	)

421 

	#ht�s
(
x
�
	`__u�t16_id�t�y
 (x)

	)

423 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


424 

	#�ohl
(
x
�
	`__bsw�_32
 (x)

	)

425 

	#�ohs
(
x
�
	`__bsw�_16
 (x)

	)

426 

	#ht�l
(
x
�
	`__bsw�_32
 (x)

	)

427 

	#ht�s
(
x
�
	`__bsw�_16
 (x)

	)

432 #ifde�
__GNUC__


433 

	#IN6_IS_ADDR_UNSPECIFIED
(
a
) \

434 (
__ex�nsi�__
 \

435 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

436 
__a
->
__�6_u
.
__u6_addr32
[0] == 0 \

437 && 
__a
->
__�6_u
.
__u6_addr32
[1] == 0 \

438 && 
__a
->
__�6_u
.
__u6_addr32
[2] == 0 \

439 && 
__a
->
__�6_u
.
__u6_addr32
[3] =�0; 
	}
}))

	)

441 

	#IN6_IS_ADDR_LOOPBACK
(
a
) \

442 (
__ex�nsi�__
 \

443 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

444 
__a
->
__�6_u
.
__u6_addr32
[0] == 0 \

445 && 
__a
->
__�6_u
.
__u6_addr32
[1] == 0 \

446 && 
__a
->
__�6_u
.
__u6_addr32
[2] == 0 \

447 && 
__a
->
__�6_u
.
__u6_addr32
[3] =�
	`ht�l
 (1); }))

	)

449 

	#IN6_IS_ADDR_LINKLOCAL
(
a
) \

450 (
__ex�nsi�__
 \

451 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

452 (
__a
->
__�6_u
.
__u6_addr32
[0] & 
	`ht�l
 (0xffc00000)�=�ht��(0x�800000); }))

	)

454 

	#IN6_IS_ADDR_SITELOCAL
(
a
) \

455 (
__ex�nsi�__
 \

456 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

457 (
__a
->
__�6_u
.
__u6_addr32
[0] & 
	`ht�l
 (0xffc00000)�=�ht��(0x�c00000); }))

	)

459 

	#IN6_IS_ADDR_V4MAPPED
(
a
) \

460 (
__ex�nsi�__
 \

461 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

462 
__a
->
__�6_u
.
__u6_addr32
[0] == 0 \

463 && 
__a
->
__�6_u
.
__u6_addr32
[1] == 0 \

464 && 
__a
->
__�6_u
.
__u6_addr32
[2] =�
	`ht�l
 (0xffff); }))

	)

466 

	#IN6_IS_ADDR_V4COMPAT
(
a
) \

467 (
__ex�nsi�__
 \

468 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

469 
__a
->
__�6_u
.
__u6_addr32
[0] == 0 \

470 && 
__a
->
__�6_u
.
__u6_addr32
[1] == 0 \

471 && 
__a
->
__�6_u
.
__u6_addr32
[2] == 0 \

472 && 
	`�ohl
 (
__a
->
__�6_u
.
__u6_addr32
[3]�> 1; }))

	)

474 

	#IN6_ARE_ADDR_EQUAL
(
a
,
b
) \

475 (
__ex�nsi�__
 \

476 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

477 cڡ 
�6_addr
 *
__b
 = (cڡ �6_add�*�(
b
); \

478 
__a
->
__�6_u
.
__u6_addr32
[0] =�
__b
->__in6_u.__u6_addr32[0] \

479 && 
__a
->
__�6_u
.
__u6_addr32
[1] =�
__b
->__in6_u.__u6_addr32[1] \

480 && 
__a
->
__�6_u
.
__u6_addr32
[2] =�
__b
->__in6_u.__u6_addr32[2] \

481 && 
__a
->
__�6_u
.
__u6_addr32
[3] =�
__b
->__�6_u.__u6_addr32[3]; }))

	)

483 

	#IN6_IS_ADDR_UNSPECIFIED
(
a
) \

484 (((cڡ 
u�t32_t
 *�(
a
))[0] == 0 \

485 && ((cڡ 
u�t32_t
 *�(
a
))[1] == 0 \

486 && ((cڡ 
u�t32_t
 *�(
a
))[2] == 0 \

487 && ((cڡ 
u�t32_t
 *�(
a
))[3] =�0)

	)

489 

	#IN6_IS_ADDR_LOOPBACK
(
a
) \

490 (((cڡ 
u�t32_t
 *�(
a
))[0] == 0 \

491 && ((cڡ 
u�t32_t
 *�(
a
))[1] == 0 \

492 && ((cڡ 
u�t32_t
 *�(
a
))[2] == 0 \

493 && ((cڡ 
u�t32_t
 *�(
a
))[3] =�
	`ht�l
 (1))

	)

495 

	#IN6_IS_ADDR_LINKLOCAL
(
a
) \

496 ((((cڡ 
u�t32_t
 *�(
a
))[0] & 
	`ht�l
 (0xffc00000)) \

497 =�
	`ht�l
 (0x�800000))

	)

499 

	#IN6_IS_ADDR_SITELOCAL
(
a
) \

500 ((((cڡ 
u�t32_t
 *�(
a
))[0] & 
	`ht�l
 (0xffc00000)) \

501 =�
	`ht�l
 (0x�c00000))

	)

503 

	#IN6_IS_ADDR_V4MAPPED
(
a
) \

504 ((((cڡ 
u�t32_t
 *�(
a
))[0] == 0) \

505 && (((cڡ 
u�t32_t
 *�(
a
))[1] == 0) \

506 && (((cڡ 
u�t32_t
 *�(
a
))[2] =�
	`ht�l
 (0xffff)))

	)

508 

	#IN6_IS_ADDR_V4COMPAT
(
a
) \

509 ((((cڡ 
u�t32_t
 *�(
a
))[0] == 0) \

510 && (((cڡ 
u�t32_t
 *�(
a
))[1] == 0) \

511 && (((cڡ 
u�t32_t
 *�(
a
))[2] == 0) \

512 && (
	`�ohl
 (((cڡ 
u�t32_t
 *�(
a
))[3]�> 1))

	)

514 

	#IN6_ARE_ADDR_EQUAL
(
a
,
b
) \

515 ((((cڡ 
u�t32_t
 *�(
a
))[0] =�((cڡ u�t32_�*�(
b
))[0]) \

516 && (((cڡ 
u�t32_t
 *�(
a
))[1] =�((cڡ u�t32_�*�(
b
))[1]) \

517 && (((cڡ 
u�t32_t
 *�(
a
))[2] =�((cڡ u�t32_�*�(
b
))[2]) \

518 && (((cڡ 
u�t32_t
 *�(
a
))[3] =�((cڡ u�t32_�*�(
b
))[3]))

	)

521 

	#IN6_IS_ADDR_MULTICAST
(
a
�(((cڡ 
u�t8_t
 *��))[0] =�0xff)

	)

523 #ifde�
__USE_MISC


525 

	$b�d�svp�t
 (
__sockfd
, 
sockaddr_�
 *
__sock_�
�
__THROW
;

528 

	$b�d�svp�t6
 (
__sockfd
, 
sockaddr_�6
 *
__sock_�
)

529 
__THROW
;

533 

	#IN6_IS_ADDR_MC_NODELOCAL
(
a
) \

534 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

535 && ((((cڡ 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x1))

	)

537 

	#IN6_IS_ADDR_MC_LINKLOCAL
(
a
) \

538 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

539 && ((((cڡ 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x2))

	)

541 

	#IN6_IS_ADDR_MC_SITELOCAL
(
a
) \

542 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

543 && ((((cڡ 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x5))

	)

545 

	#IN6_IS_ADDR_MC_ORGLOCAL
(
a
) \

546 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

547 && ((((cڡ 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x8))

	)

549 

	#IN6_IS_ADDR_MC_GLOBAL
(
a
) \

550 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

551 && ((((cڡ 
u�t8_t
 *�(
a
))[1] & 0xf�=�0xe))

	)

554 #ifde�
__USE_GNU


555 
cmsghdr
;

557 #i�!
__USE_KERNEL_IPV6_DEFS


559 
	s�6_pkt�fo


561 
�6_addr
 
�i6_addr
;

562 
�i6_if�dex
;

566 
	s�6_mtu�fo


568 
sockaddr_�6
 
�6m_addr
;

569 
u�t32_t
 
�6m_mtu
;

574 

	$��6_�ti�_�a�
 (
__nby�s
)

575 
__THROW
 
__��ibu�_d����d__
;

576 

	$��6_�ti�_��
 (*
__bp
, 
cmsghdr
 **
__cmsgp
,

577 
__ty�
�
__THROW
 
__��ibu�_d����d__
;

578 

	$��6_�ti�_��nd
 (
cmsghdr
 *
__cmsg
,

579 cڡ 
u�t8_t
 *
__ty�p
, 
__mu�x
,

580 
__�usy
�
__THROW
 
__��ibu�_d����d__
;

581 
u�t8_t
 *
	$��6_�ti�_�loc
 (
cmsghdr
 *
__cmsg
, 
__d���
,

582 
__mu�x
, 
__�usy
)

583 
__THROW
 
__��ibu�_d����d__
;

584 

	$��6_�ti�_�xt
 (cڡ 
cmsghdr
 *
__cmsg
,

585 
u�t8_t
 **
__��p
)

586 
__THROW
 
__��ibu�_d����d__
;

587 

	$��6_�ti�_f�d
 (cڡ 
cmsghdr
 *
__cmsg
,

588 
u�t8_t
 **
__��p
, 
__ty�
)

589 
__THROW
 
__��ibu�_d����d__
;

593 

	$��6_�t_��
 (*
__extbuf
, 
sock�n_t
 
__ex��
�
__THROW
;

594 

	$��6_�t_��nd
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
,

595 
u�t8_t
 
__ty�
, 
sock�n_t
 
__�n
, u�t8_�
__�ign
,

596 **
__d�abu�
�
__THROW
;

597 

	$��6_�t_f�ish
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
)

598 
__THROW
;

599 

	$��6_�t_�t_v�
 (*
__d�abuf
, 
__off�t
, *
__v�
,

600 
sock�n_t
 
__v��n
�
__THROW
;

601 

	$��6_�t_�xt
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
,

602 
u�t8_t
 *
__ty�p
, 
sock�n_t
 *
__��
,

603 **
__d�abu�
�
__THROW
;

604 

	$��6_�t_f�d
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
,

605 
u�t8_t
 
__ty�
, 
sock�n_t
 *
__��
,

606 **
__d�abu�
�
__THROW
;

607 

	$��6_�t_g�_v�
 (*
__d�abuf
, 
__off�t
, *
__v�
,

608 
sock�n_t
 
__v��n
�
__THROW
;

612 
sock�n_t
 
	$��6_�h_�a�
 (
__ty�
, 
__�gm�ts
�
__THROW
;

613 
*
	$��6_�h_��
 (*
__bp
, 
sock�n_t
 
__bp_�n
, 
__ty�
,

614 
__�gm�ts
�
__THROW
;

615 

	$��6_�h_add
 (*
__bp
, cڡ 
�6_addr
 *
__addr
�
__THROW
;

616 

	$��6_�h_�v��
 (cڡ *
__�
, *
__out
�
__THROW
;

617 

	$��6_�h_�gm�ts
 (cڡ *
__bp
�
__THROW
;

618 

�6_addr
 *
	$��6_�h_g�addr
 (cڡ *
__bp
, 
__�dex
)

619 
__THROW
;

625 

	$g��v4sour�f��r
 (
__s
, 
�_addr
 
__��r��_addr
,

626 
�_addr
 
__group
, 
u�t32_t
 *
__fmode
,

627 
u�t32_t
 *
__num�c
, 
�_addr
 *
__�i�
)

628 
__THROW
;

631 

	$�t�v4sour�f��r
 (
__s
, 
�_addr
 
__��r��_addr
,

632 
�_addr
 
__group
, 
u�t32_t
 
__fmode
,

633 
u�t32_t
 
__num�c
,

634 cڡ 
�_addr
 *
__�i�
)

635 
__THROW
;

639 

	$g�sour�f��r
 (
__s
, 
u�t32_t
 
__��r��_addr
,

640 cڡ 
sockaddr
 *
__group
,

641 
sock�n_t
 
__grou��
, 
u�t32_t
 *
__fmode
,

642 
u�t32_t
 *
__num�c
,

643 
sockaddr_��age
 *
__�i�
�
__THROW
;

646 

	$�tsour�f��r
 (
__s
, 
u�t32_t
 
__��r��_addr
,

647 cڡ 
sockaddr
 *
__group
,

648 
sock�n_t
 
__grou��
, 
u�t32_t
 
__fmode
,

649 
u�t32_t
 
__num�c
,

650 cڡ 
sockaddr_��age
 *
__�i�
�
__THROW
;

653 
__END_DECLS


	@/usr/include/netpacket/packet.h

19 #i�de�
__NETPACKET_PACKET_H


20 

	#__NETPACKET_PACKET_H
 1

	)

22 
	ssockaddr_�


24 
	m�l_�m�y
;

25 
	m�l_��oc�
;

26 
	m�l_if�dex
;

27 
	m�l_h�y�
;

28 
	m�l_pk�y�
;

29 
	m�l_h��
;

30 
	m�l_addr
[8];

35 

	#PACKET_HOST
 0

	)

36 

	#PACKET_BROADCAST
 1

	)

37 

	#PACKET_MULTICAST
 2

	)

38 

	#PACKET_OTHERHOST
 3

	)

39 

	#PACKET_OUTGOING
 4

	)

40 

	#PACKET_LOOPBACK
 5

	)

41 

	#PACKET_FASTROUTE
 6

	)

45 

	#PACKET_ADD_MEMBERSHIP
 1

	)

46 

	#PACKET_DROP_MEMBERSHIP
 2

	)

47 

	#PACKET_RECV_OUTPUT
 3

	)

48 

	#PACKET_RX_RING
 5

	)

49 

	#PACKET_STATISTICS
 6

	)

50 

	#PACKET_COPY_THRESH
 7

	)

51 

	#PACKET_AUXDATA
 8

	)

52 

	#PACKET_ORIGDEV
 9

	)

53 

	#PACKET_VERSION
 10

	)

54 

	#PACKET_HDRLEN
 11

	)

55 

	#PACKET_RESERVE
 12

	)

56 

	#PACKET_TX_RING
 13

	)

57 

	#PACKET_LOSS
 14

	)

58 

	#PACKET_VNET_HDR
 15

	)

59 

	#PACKET_TX_TIMESTAMP
 16

	)

60 

	#PACKET_TIMESTAMP
 17

	)

61 

	#PACKET_FANOUT
 18

	)

62 

	#PACKET_TX_HAS_OFF
 19

	)

63 

	#PACKET_QDISC_BYPASS
 20

	)

64 

	#PACKET_ROLLOVER_STATS
 21

	)

65 

	#PACKET_FANOUT_DATA
 22

	)

66 

	#PACKET_IGNORE_OUTGOING
 23

	)

67 

	#PACKET_VNET_HDR_SZ
 24

	)

69 
	s�ck�_m�q


71 
	mmr_if�dex
;

72 
	mmr_ty�
;

73 
	mmr_��
;

74 
	mmr_add�ss
[8];

77 

	#PACKET_MR_MULTICAST
 0

	)

78 

	#PACKET_MR_PROMISC
 1

	)

79 

	#PACKET_MR_ALLMULTI
 2

	)

80 

	#PACKET_MR_UNICAST
 3

	)

	@/usr/include/poll.h

1 
	~<sys/p�l.h
>

	@/usr/include/pwd.h

22 #i�def 
_PWD_H


23 

	#_PWD_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


29 
	~<b�s/ty�s.h
>

31 

	#__�ed_size_t


	)

32 
	~<�ddef.h
>

34 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K


37 #i�de�
__gid_t_def�ed


38 
__gid_t
 
	tgid_t
;

39 

	#__gid_t_def�ed


	)

42 #i�de�
__uid_t_def�ed


43 
__uid_t
 
	tuid_t
;

44 

	#__uid_t_def�ed


	)

49 
	s�sswd


51 *
	mpw_�me
;

52 *
	mpw_�sswd
;

54 
__uid_t
 
	mpw_uid
;

55 
__gid_t
 
	mpw_gid
;

56 *
	mpw_gecos
;

57 *
	mpw_d�
;

58 *
	mpw_sh�l
;

62 #ifde�
__USE_MISC


63 
	~<b�s/ty�s/FILE.h
>

67 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


72 

��w�t
 ();

78 

�dpw�t
 ();

84 

�sswd
 *
g�pw�t
 ();

87 #ifdef 
__USE_MISC


94 

�sswd
 *
	$fg�pw�t
 (
FILE
 *
__��am
�
	`__n�nu�
 ((1));

102 

	`pu�w�t
 (cڡ 
�sswd
 *
__��ri�
 
__p
,

103 
FILE
 *
__��ri�
 
__f
);

110 

�sswd
 *
	`g�pwuid
 (
__uid_t
 
__uid
);

116 

�sswd
 *
	$g�pw�m
 (cڡ *
__�me
�
	`__n�nu�
 ((1));

118 #ifde�
__USE_POSIX


120 #ifde�
__USE_MISC


123 

	#NSS_BUFLEN_PASSWD
 1024

	)

134 #ifde�
__USE_MISC


139 

	$g�pw�t_r
 (
�sswd
 *
__��ri�
 
__�su�buf
,

140 *
__��ri�
 
__buf�r
, 
size_t
 
__bu�
,

141 
�sswd
 **
__��ri�
 
__�su�
)

142 
	`__n�nu�
 ((1, 2, 4))

143 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

146 

	$g�pwuid_r
 (
__uid_t
 
__uid
,

147 
�sswd
 *
__��ri�
 
__�su�buf
,

148 *
__��ri�
 
__buf�r
, 
size_t
 
__bu�
,

149 
�sswd
 **
__��ri�
 
__�su�
)

150 
	`__n�nu�
 ((2, 3, 5))

151 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 3, 4));

153 

	$g�pw�m_r
 (cڡ *
__��ri�
 
__�me
,

154 
�sswd
 *
__��ri�
 
__�su�buf
,

155 *
__��ri�
 
__buf�r
, 
size_t
 
__bu�
,

156 
�sswd
 **
__��ri�
 
__�su�
)

157 
	`__n�nu�
 ((1, 2, 3, 5))

158 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 3, 4));

161 #ifdef 
__USE_MISC


169 

	$fg�pw�t_r
 (
FILE
 *
__��ri�
 
__��am
,

170 
�sswd
 *
__��ri�
 
__�su�buf
,

171 *
__��ri�
 
__buf�r
, 
size_t
 
__bu�
,

172 
�sswd
 **
__��ri�
 
__�su�
)

173 
	`__n�nu�
 ((1, 2, 3, 5))

174 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 3, 4));

179 #ifde�
__USE_GNU


188 

	`g�pw
 (
__uid_t
 
__uid
, *
__buf�r
);

191 
__END_DECLS


	@/usr/include/signal.h

22 #i�def 
_SIGNAL_H


23 

	#_SIGNAL_H


	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


29 
	~<b�s/ty�s.h
>

30 
	~<b�s/signum-g��ic.h
>

32 
	~<b�s/ty�s/sig_�omic_t.h
>

34 #i�
def�ed
 
__USE_POSIX


35 
	~<b�s/ty�s/sig�t_t.h
>

38 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K


39 #i�de�
__pid_t_def�ed


40 
__pid_t
 
	tpid_t
;

41 

	#__pid_t_def�ed


	)

43 #ifde�
__USE_XOPEN


45 #i�de�
__uid_t_def�ed


46 
__uid_t
 
	tuid_t
;

47 

	#__uid_t_def�ed


	)

51 #ifde�
__USE_POSIX199309


53 
	~<b�s/ty�s/�ru�_time�ec.h
>

56 #i�
def�ed
 
__USE_POSIX199309
 || def�ed 
__USE_XOPEN_EXTENDED


57 
	~<b�s/ty�s/sig�fo_t.h
>

58 
	~<b�s/sig�fo-cڡs.h
>

61 #ifde�
__USE_MISC


62 
	~<b�s/ty�s/sigv�_t.h
>

65 #ifde�
__USE_POSIX199309


66 
	~<b�s/ty�s/sigev�t_t.h
>

67 
	~<b�s/sigev�t-cڡs.h
>

72 (*
	t__sigh�d�r_t
) ();

77 
__sigh�d�r_t
 
	$__sysv_sig�l
 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
)

78 
__THROW
;

79 #ifde�
__USE_GNU


80 
__sigh�d�r_t
 
	$sysv_sig�l
 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
)

81 
__THROW
;

87 #ifde�
__USE_MISC


88 
__sigh�d�r_t
 
	$sig�l
 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
)

89 
__THROW
;

92 #ifde�
__REDIRECT_NTH


93 
__sigh�d�r_t
 
	`__REDIRECT_NTH
 (
sig�l
,

94 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
),

95 
__sysv_sig�l
);

97 

	#sig�l
 
__sysv_sig�l


	)

101 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8


104 
__sigh�d�r_t
 
	$bsd_sig�l
 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
)

105 
__THROW
;

111 #ifde�
__USE_POSIX


112 

	$k�l
 (
__pid_t
 
__pid
, 
__sig
�
__THROW
;

115 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


119 

	$k��g
 (
__pid_t
 
__pg�
, 
__sig
�
__THROW
;

123 

	$�i�
 (
__sig
�
__THROW
;

125 #ifde�
__USE_MISC


127 
__sigh�d�r_t
 
	$ssig�l
 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
)

128 
__THROW
;

129 

	$gsig�l
 (
__sig
�
__THROW
;

132 #ifde�
__USE_XOPEN2K8


134 

	`psig�l
 (
__sig
, cڡ *
__s
);

137 

	`psig�fo
 (cڡ 
sig�fo_t
 *
__p�fo
, cڡ *
__s
);

149 #ifde�
__USE_XOPEN_EXTENDED


150 #ifde�
__GNUC__


151 

	$sig�u�
 (
__sig
�
	`__asm__
 ("__xpg_sigpause")

152 
	`__��ibu�_d����d_msg__
 ("Use�he sigsuspend function instead");

154 

	`__sig�u�
 (
__sig_�_mask
, 
__is_sig
);

156 

	#sig�u�
(
sig
�
	`__sig�u�
 ((sig), 1)

	)

161 #ifde�
__USE_MISC


168 

	#sigmask
(
sig
) \

169 
	`__glibc_ma�o_w�n�g
 ("sigmask is deprecated") \

170 (()(1u << ((
sig
�- 1)))

	)

173 

	$sigblock
 (
__mask
�
__THROW
 
__��ibu�_d����d__
;

176 

	$sig�tmask
 (
__mask
�
__THROW
 
__��ibu�_d����d__
;

179 

	$sigg�mask
 (�
__THROW
 
__��ibu�_d����d__
;

183 #ifde�
__USE_MISC


184 

	#NSIG
 
_NSIG


	)

187 #ifde�
__USE_GNU


188 
__sigh�d�r_t
 
	tsigh�d�r_t
;

192 #ifde�
__USE_MISC


193 
__sigh�d�r_t
 
	tsig_t
;

196 #ifde�
__USE_POSIX


199 

	$sigem�y�t
 (
sig�t_t
 *
__�t
�
__THROW
 
	`__n�nu�
 ((1));

202 

	$sigf�l�t
 (
sig�t_t
 *
__�t
�
__THROW
 
	`__n�nu�
 ((1));

205 

	$sigadd�t
 (
sig�t_t
 *
__�t
, 
__signo
�
__THROW
 
	`__n�nu�
 ((1));

208 

	$sigd��t
 (
sig�t_t
 *
__�t
, 
__signo
�
__THROW
 
	`__n�nu�
 ((1));

211 

	$sigismemb�
 (cڡ 
sig�t_t
 *
__�t
, 
__signo
)

212 
__THROW
 
	`__n�nu�
 ((1));

214 #ifde�
__USE_GNU


216 

	$sigi�m�y�t
 (cڡ 
sig�t_t
 *
__�t
�
__THROW
 
	`__n�nu�
 ((1));

219 

	$sig�d�t
 (
sig�t_t
 *
__�t
, cڡ sig�t_�*
__��
,

220 cڡ 
sig�t_t
 *
__right
�
__THROW
 
	`__n�nu�
 ((1, 2, 3));

223 

	$sigܣt
 (
sig�t_t
 *
__�t
, cڡ sig�t_�*
__��
,

224 cڡ 
sig�t_t
 *
__right
�
__THROW
 
	`__n�nu�
 ((1, 2, 3));

229 
	~<b�s/siga�i�.h
>

232 

	$sig�ocmask
 (
__how
, cڡ 
sig�t_t
 *
__��ri�
 
__�t
,

233 
sig�t_t
 *
__��ri�
 
__o�t
�
__THROW
;

240 

	$sigsu��d
 (cڡ 
sig�t_t
 *
__�t
�
	`__n�nu�
 ((1));

243 

	$siga�i�
 (
__sig
, cڡ 
siga�i�
 *
__��ri�
 
__a�
,

244 
siga�i�
 *
__��ri�
 
__��
�
__THROW
;

247 

	$sig�nd�g
 (
sig�t_t
 *
__�t
�
__THROW
 
	`__n�nu�
 ((1));

250 #ifde�
__USE_POSIX199506


255 

	$sigwa�
 (cڡ 
sig�t_t
 *
__��ri�
 
__�t
, *__��ri� 
__sig
)

256 
	`__n�nu�
 ((1, 2));

259 #ifde�
__USE_POSIX199309


264 

	$sigwa��fo
 (cڡ 
sig�t_t
 *
__��ri�
 
__�t
,

265 
sig�fo_t
 *
__��ri�
 
__�fo
�
	`__n�nu�
 ((1));

272 #i�de�
__USE_TIME_BITS64


273 

	$sigtimedwa�
 (cڡ 
sig�t_t
 *
__��ri�
 
__�t
,

274 
sig�fo_t
 *
__��ri�
 
__�fo
,

275 cڡ 
time�ec
 *
__��ri�
 
__timeout
)

276 
	`__n�nu�
 ((1));

278 #ifde�
__REDIRECT


279 

	`__REDIRECT
 (
sigtimedwa�
,

280 (cڡ 
sig�t_t
 *
__��ri�
 
__�t
,

281 
sig�fo_t
 *
__��ri�
 
__�fo
,

282 cڡ 
time�ec
 *
__��ri�
 
__timeout
),

283 
__sigtimedwa�64
)

284 
	`__n�nu�
 ((1));

286 

	#sigtimedwa�
 
__sigtimedwa�64


	)

292 

	$sigqueue
 (
__pid_t
 
__pid
, 
__sig
, cڡ 
sigv�
 
__v�
)

293 
__THROW
;

298 #ifde�
__USE_MISC


301 
	~<b�s/sigcڋxt.h
>

304 

	$sig�tu�
 (
sigcڋxt
 *
__s�
�
__THROW
;

309 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


310 

	#__�ed_size_t


	)

311 
	~<�ddef.h
>

313 
	~<b�s/ty�s/�ack_t.h
>

314 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


316 
	~<sys/ucڋxt.h
>

320 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_MISC


324 

	$sig���u�
 (
__sig
, 
__���u�
�
__THROW


325 
	`__��ibu�_d����d_msg__
 ("Use sigaction with SA_RESTART instead");

327 
	~<b�s/sig�ack.h
>

328 
	~<b�s/sig�ksz.h
>

329 
	~<b�s/ss_�ags.h
>

333 

	$sig�t�ack
 (cڡ 
�ack_t
 *
__��ri�
 
__ss
,

334 
�ack_t
 *
__��ri�
 
__oss
�
__THROW
;

337 #i�((
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

338 || 
def�ed
 
__USE_MISC
)

339 
	~<b�s/ty�s/�ru�_sig�ack.h
>

342 #i�((
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K
) \

343 || 
def�ed
 
__USE_MISC
)

347 

	$sig�ack
 (
sig�ack
 *
__ss
, sig�ack *
__oss
)

348 
__THROW
 
__��ibu�_d����d__
;

351 #ifde�
__USE_XOPEN_EXTENDED


355 

	$sigh�d
 (
__sig
�
__THROW


356 
	`__��ibu�_d����d_msg__
 ("Use�he sigprocmask function instead");

359 

	$sig�l�
 (
__sig
�
__THROW


360 
	`__��ibu�_d����d_msg__
 ("Use�he sigprocmask function instead");

363 

	$sigign�e
 (
__sig
�
__THROW


364 
	`__��ibu�_d����d_msg__
 ("Use�he signal function instead");

367 
__sigh�d�r_t
 
	$sig�t
 (
__sig
, 
__sigh�d�r_t
 
__di�
�
__THROW


368 
__��ibu�_d����d_msg__


372 #i�
def�ed
 
__USE_POSIX199506
 || def�ed 
__USE_UNIX98


375 
	~<b�s/�h�adty�s.h
>

376 
	~<b�s/sigth�ad.h
>

383 

	$__libc_cu��t_sig�m�
 (�
__THROW
;

385 

	$__libc_cu��t_sig�max
 (�
__THROW
;

387 

	#SIGRTMIN
 (
	`__libc_cu��t_sig�m�
 ())

	)

388 

	#SIGRTMAX
 (
	`__libc_cu��t_sig�max
 ())

	)

391 
	~<b�s/sig�l_ext.h
>

393 
__END_DECLS


	@/usr/include/stdint.h

22 #i�de�
_STDINT_H


23 

	#_STDINT_H
 1

	)

25 

	#__GLIBC_INTERNAL_STARTING_HEADER_IMPLEMENTATION


	)

26 
	~<b�s/libc-h�d�-��t.h
>

27 
	~<b�s/ty�s.h
>

28 
	~<b�s/wch�.h
>

29 
	~<b�s/w�dsize.h
>

34 
	~<b�s/�d�t-��.h
>

37 
	~<b�s/�d�t-u��.h
>

43 
__�t_�a�8_t
 
	t�t_�a�8_t
;

44 
__�t_�a�16_t
 
	t�t_�a�16_t
;

45 
__�t_�a�32_t
 
	t�t_�a�32_t
;

46 
__�t_�a�64_t
 
	t�t_�a�64_t
;

49 
__u�t_�a�8_t
 
	tu�t_�a�8_t
;

50 
__u�t_�a�16_t
 
	tu�t_�a�16_t
;

51 
__u�t_�a�32_t
 
	tu�t_�a�32_t
;

52 
__u�t_�a�64_t
 
	tu�t_�a�64_t
;

58 sig�d 
	t�t_�8_t
;

59 #i�
__WORDSIZE
 == 64

60 
	t�t_�16_t
;

61 
	t�t_�32_t
;

62 
	t�t_�64_t
;

64 
	t�t_�16_t
;

65 
	t�t_�32_t
;

66 
__ex�nsi�__


67 
	t�t_�64_t
;

71 
	tu�t_�8_t
;

72 #i�
__WORDSIZE
 == 64

73 
	tu�t_�16_t
;

74 
	tu�t_�32_t
;

75 
	tu�t_�64_t
;

77 
	tu�t_�16_t
;

78 
	tu�t_�32_t
;

79 
__ex�nsi�__


80 
	tu�t_�64_t
;

85 #i�
__WORDSIZE
 == 64

86 #i�de�
__���_t_def�ed


87 
	t���_t
;

88 

	#__���_t_def�ed


	)

90 
	tu���_t
;

92 #i�de�
__���_t_def�ed


93 
	t���_t
;

94 

	#__���_t_def�ed


	)

96 
	tu���_t
;

101 
__�tmax_t
 
	t�tmax_t
;

102 
__u�tmax_t
 
	tu�tmax_t
;

105 #i�
__WORDSIZE
 == 64

106 

	#__INT64_C
(
c
��## 
L


	)

107 

	#__UINT64_C
(
c
��## 
UL


	)

109 

	#__INT64_C
(
c
��## 
LL


	)

110 

	#__UINT64_C
(
c
��## 
ULL


	)

116 

	#INT8_MIN
 (-128)

	)

117 

	#INT16_MIN
 (-32767-1)

	)

118 

	#INT32_MIN
 (-2147483647-1)

	)

119 

	#INT64_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

121 

	#INT8_MAX
 (127)

	)

122 

	#INT16_MAX
 (32767)

	)

123 

	#INT32_MAX
 (2147483647)

	)

124 

	#INT64_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

127 

	#UINT8_MAX
 (255)

	)

128 

	#UINT16_MAX
 (65535)

	)

129 

	#UINT32_MAX
 (4294967295U)

	)

130 

	#UINT64_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

134 

	#INT_LEAST8_MIN
 (-128)

	)

135 

	#INT_LEAST16_MIN
 (-32767-1)

	)

136 

	#INT_LEAST32_MIN
 (-2147483647-1)

	)

137 

	#INT_LEAST64_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

139 

	#INT_LEAST8_MAX
 (127)

	)

140 

	#INT_LEAST16_MAX
 (32767)

	)

141 

	#INT_LEAST32_MAX
 (2147483647)

	)

142 

	#INT_LEAST64_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

145 

	#UINT_LEAST8_MAX
 (255)

	)

146 

	#UINT_LEAST16_MAX
 (65535)

	)

147 

	#UINT_LEAST32_MAX
 (4294967295U)

	)

148 

	#UINT_LEAST64_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

152 

	#INT_FAST8_MIN
 (-128)

	)

153 #i�
__WORDSIZE
 == 64

154 

	#INT_FAST16_MIN
 (-9223372036854775807L-1)

	)

155 

	#INT_FAST32_MIN
 (-9223372036854775807L-1)

	)

157 

	#INT_FAST16_MIN
 (-2147483647-1)

	)

158 

	#INT_FAST32_MIN
 (-2147483647-1)

	)

160 

	#INT_FAST64_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

162 

	#INT_FAST8_MAX
 (127)

	)

163 #i�
__WORDSIZE
 == 64

164 

	#INT_FAST16_MAX
 (9223372036854775807L)

	)

165 

	#INT_FAST32_MAX
 (9223372036854775807L)

	)

167 

	#INT_FAST16_MAX
 (2147483647)

	)

168 

	#INT_FAST32_MAX
 (2147483647)

	)

170 

	#INT_FAST64_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

173 

	#UINT_FAST8_MAX
 (255)

	)

174 #i�
__WORDSIZE
 == 64

175 

	#UINT_FAST16_MAX
 (18446744073709551615UL)

	)

176 

	#UINT_FAST32_MAX
 (18446744073709551615UL)

	)

178 

	#UINT_FAST16_MAX
 (4294967295U)

	)

179 

	#UINT_FAST32_MAX
 (4294967295U)

	)

181 

	#UINT_FAST64_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

185 #i�
__WORDSIZE
 == 64

186 

	#INTPTR_MIN
 (-9223372036854775807L-1)

	)

187 

	#INTPTR_MAX
 (9223372036854775807L)

	)

188 

	#UINTPTR_MAX
 (18446744073709551615UL)

	)

190 

	#INTPTR_MIN
 (-2147483647-1)

	)

191 

	#INTPTR_MAX
 (2147483647)

	)

192 

	#UINTPTR_MAX
 (4294967295U)

	)

197 

	#INTMAX_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

199 

	#INTMAX_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

202 

	#UINTMAX_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

208 #i�
__WORDSIZE
 == 64

209 

	#PTRDIFF_MIN
 (-9223372036854775807L-1)

	)

210 

	#PTRDIFF_MAX
 (9223372036854775807L)

	)

212 #i�
__WORDSIZE32_PTRDIFF_LONG


213 

	#PTRDIFF_MIN
 (-2147483647L-1)

	)

214 

	#PTRDIFF_MAX
 (2147483647L)

	)

216 

	#PTRDIFF_MIN
 (-2147483647-1)

	)

217 

	#PTRDIFF_MAX
 (2147483647)

	)

222 

	#SIG_ATOMIC_MIN
 (-2147483647-1)

	)

223 

	#SIG_ATOMIC_MAX
 (2147483647)

	)

226 #i�
__WORDSIZE
 == 64

227 

	#SIZE_MAX
 (18446744073709551615UL)

	)

229 #i�
__WORDSIZE32_SIZE_ULONG


230 

	#SIZE_MAX
 (4294967295UL)

	)

232 

	#SIZE_MAX
 (4294967295U)

	)

237 #i�de�
WCHAR_MIN


239 

	#WCHAR_MIN
 
__WCHAR_MIN


	)

240 

	#WCHAR_MAX
 
__WCHAR_MAX


	)

244 

	#WINT_MIN
 (0u)

	)

245 

	#WINT_MAX
 (4294967295u)

	)

248 

	#INT8_C
(
c
�
	)
c

249 

	#INT16_C
(
c
�
	)
c

250 

	#INT32_C
(
c
�
	)
c

251 #i�
__WORDSIZE
 == 64

252 

	#INT64_C
(
c
��## 
L


	)

254 

	#INT64_C
(
c
��## 
LL


	)

258 

	#UINT8_C
(
c
�
	)
c

259 

	#UINT16_C
(
c
�
	)
c

260 

	#UINT32_C
(
c
��## 
U


	)

261 #i�
__WORDSIZE
 == 64

262 

	#UINT64_C
(
c
��## 
UL


	)

264 

	#UINT64_C
(
c
��## 
ULL


	)

268 #i�
__WORDSIZE
 == 64

269 

	#INTMAX_C
(
c
��## 
L


	)

270 

	#UINTMAX_C
(
c
��## 
UL


	)

272 

	#INTMAX_C
(
c
��## 
LL


	)

273 

	#UINTMAX_C
(
c
��## 
ULL


	)

276 #i�
__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
)

278 

	#INT8_WIDTH
 8

	)

279 

	#UINT8_WIDTH
 8

	)

280 

	#INT16_WIDTH
 16

	)

281 

	#UINT16_WIDTH
 16

	)

282 

	#INT32_WIDTH
 32

	)

283 

	#UINT32_WIDTH
 32

	)

284 

	#INT64_WIDTH
 64

	)

285 

	#UINT64_WIDTH
 64

	)

287 

	#INT_LEAST8_WIDTH
 8

	)

288 

	#UINT_LEAST8_WIDTH
 8

	)

289 

	#INT_LEAST16_WIDTH
 16

	)

290 

	#UINT_LEAST16_WIDTH
 16

	)

291 

	#INT_LEAST32_WIDTH
 32

	)

292 

	#UINT_LEAST32_WIDTH
 32

	)

293 

	#INT_LEAST64_WIDTH
 64

	)

294 

	#UINT_LEAST64_WIDTH
 64

	)

296 

	#INT_FAST8_WIDTH
 8

	)

297 

	#UINT_FAST8_WIDTH
 8

	)

298 

	#INT_FAST16_WIDTH
 
__WORDSIZE


	)

299 

	#UINT_FAST16_WIDTH
 
__WORDSIZE


	)

300 

	#INT_FAST32_WIDTH
 
__WORDSIZE


	)

301 

	#UINT_FAST32_WIDTH
 
__WORDSIZE


	)

302 

	#INT_FAST64_WIDTH
 64

	)

303 

	#UINT_FAST64_WIDTH
 64

	)

305 

	#INTPTR_WIDTH
 
__WORDSIZE


	)

306 

	#UINTPTR_WIDTH
 
__WORDSIZE


	)

308 

	#INTMAX_WIDTH
 64

	)

309 

	#UINTMAX_WIDTH
 64

	)

311 

	#PTRDIFF_WIDTH
 
__WORDSIZE


	)

312 

	#SIG_ATOMIC_WIDTH
 32

	)

313 

	#SIZE_WIDTH
 
__WORDSIZE


	)

314 

	#WCHAR_WIDTH
 32

	)

315 

	#WINT_WIDTH
 32

	)

	@/usr/include/stdio.h

23 #i�de�
_STDIO_H


24 

	#_STDIO_H
 1

	)

26 

	#__GLIBC_INTERNAL_STARTING_HEADER_IMPLEMENTATION


	)

27 
	~<b�s/libc-h�d�-��t.h
>

29 
	g__BEGIN_DECLS


31 

	#__�ed_size_t


	)

32 

	#__�ed_NULL


	)

33 
	~<�ddef.h
>

35 

	#__�ed___va_li�


	)

36 
	~<�d�g.h
>

38 
	~<b�s/ty�s.h
>

39 
	~<b�s/ty�s/__�os_t.h
>

40 
	~<b�s/ty�s/__�os64_t.h
>

41 
	~<b�s/ty�s/__FILE.h
>

42 
	~<b�s/ty�s/FILE.h
>

43 
	~<b�s/ty�s/�ru�_FILE.h
>

45 #ifde�
__USE_MISC


46 
	~<b�s/ty�s/cook�_io_fun�i�s_t.h
>

49 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


50 #ifde�
__GNUC__


51 #i�de�
_VA_LIST_DEFINED


52 
__gnuc_va_li�
 
	tva_li�
;

53 

	#_VA_LIST_DEFINED


	)

56 
	~<�d�g.h
>

60 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K


61 #i�de�
__off_t_def�ed


62 #i�de�
__USE_FILE_OFFSET64


63 
__off_t
 
	toff_t
;

65 
__off64_t
 
	toff_t
;

67 

	#__off_t_def�ed


	)

69 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__off64_t_def�ed


70 
__off64_t
 
	toff64_t
;

71 

	#__off64_t_def�ed


	)

75 #ifde�
__USE_XOPEN2K8


76 #i�de�
__ssize_t_def�ed


77 
__ssize_t
 
	tssize_t
;

78 

	#__ssize_t_def�ed


	)

83 #i�de�
__USE_FILE_OFFSET64


84 
__�os_t
 
	t�os_t
;

86 
__�os64_t
 
	t�os_t
;

88 #ifde�
__USE_LARGEFILE64


89 
__�os64_t
 
	t�os64_t
;

93 

	#_IOFBF
 0

	)

94 

	#_IOLBF
 1

	)

95 

	#_IONBF
 2

	)

99 

	#BUFSIZ
 8192

	)

104 

	#EOF
 (-1)

	)

109 

	#SEEK_SET
 0

	)

110 

	#SEEK_CUR
 1

	)

111 

	#SEEK_END
 2

	)

112 #ifde�
__USE_GNU


113 

	#SEEK_DATA
 3

	)

114 

	#SEEK_HOLE
 4

	)

118 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


120 

	#P_tmpd�
 "/tmp"

	)

123 

	#L_tm�am
 20

	)

124 

	#TMP_MAX
 238328

	)

128 
	~<b�s/�dio_lim.h
>

130 #ifde�
__USE_POSIX


131 

	#L_��mid
 9

	)

132 #i�!
def�ed
 
__USE_XOPEN2K
 || def�ed 
__USE_GNU


133 

	#L_cu�rid
 9

	)

137 #unde�
FOPEN_MAX


138 

	#FOPEN_MAX
 16

	)

141 #i�
__GLIBC_USE
 (
ISOC2X
)

143 

	#_PRINTF_NAN_LEN_MAX
 4

	)

148 
FILE
 *
�d�
;

149 
FILE
 *
�dout
;

150 
FILE
 *
�d�r
;

152 

	#�d�
 
�d�


	)

153 

	#�dout
 
�dout


	)

154 

	#�d�r
 
�d�r


	)

157 

	$�move
 (cڡ *
__f��ame
�
__THROW
;

159 

	$��me
 (cڡ *
__�d
, cڡ *
__�w
�
__THROW
;

161 #ifde�
__USE_ATFILE


163 

	$��m�t
 (
__�dfd
, cڡ *
__�d
, 
__�wfd
,

164 cڡ *
__�w
�
__THROW
;

167 #ifde�
__USE_GNU


169 

	#RENAME_NOREPLACE
 (1 << 0)

	)

170 

	#RENAME_EXCHANGE
 (1 << 1)

	)

171 

	#RENAME_WHITEOUT
 (1 << 2)

	)

175 

	$��m�t2
 (
__�dfd
, cڡ *
__�d
, 
__�wfd
,

176 cڡ *
__�w
, 
__�ags
�
__THROW
;

183 

	$f�o�
 (
FILE
 *
__��am
�
	`__n�nu�
 ((1));

185 #unde�
__��_d��oc_f�o�


186 

	#__��_d��oc_f�o�
 
	`__��_d��oc
 (
f�o�
, 1)

	)

192 #i�de�
__USE_FILE_OFFSET64


193 
FILE
 *
	$tmpf�e
 ()

194 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
 
__wur
;

196 #ifde�
__REDIRECT


197 
FILE
 *
	`__REDIRECT
 (
tmpf�e
, (), 
tmpf�e64
)

198 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
 
__wur
;

200 

	#tmpf�e
 
tmpf�e64


	)

204 #ifde�
__USE_LARGEFILE64


205 
FILE
 *
	$tmpf�e64
 ()

206 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
 
__wur
;

210 
*
	$tm�am
 ([
L_tm�am
]�
__THROW
 
__wur
;

212 #ifde�
__USE_MISC


215 
*
	$tm�am_r
 (
__s
[
L_tm�am
]�
__THROW
 
__wur
;

219 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


227 
*
	$�m�am
 (cڡ *
__d�
, cڡ *
__pfx
)

228 
__THROW
 
__��ibu�_m�loc__
 
__wur
 
__��_d��oc_�
;

235 

	`f�ush
 (
FILE
 *
__��am
);

237 #ifde�
__USE_MISC


244 

	`f�ush_u�ocked
 (
FILE
 *
__��am
);

247 #ifde�
__USE_GNU


254 

	`f�o��l
 ();

258 #i�de�
__USE_FILE_OFFSET64


263 
FILE
 *
	$fݒ
 (cڡ *
__��ri�
 
__f��ame
,

264 cڡ *
__��ri�
 
__modes
)

265 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
 
__wur
;

270 
FILE
 *
	$�eݒ
 (cڡ *
__��ri�
 
__f��ame
,

271 cڡ *
__��ri�
 
__modes
,

272 
FILE
 *
__��ri�
 
__��am
�
__wur
 
	`__n�nu�
 ((3));

274 #ifde�
__REDIRECT


275 
FILE
 *
	`__REDIRECT
 (
fݒ
, (cڡ *
__��ri�
 
__f��ame
,

276 cڡ *
__��ri�
 
__modes
), 
fݒ64
)

277 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
 
__wur
;

278 
FILE
 *
	`__REDIRECT
 (
�eݒ
, (cڡ *
__��ri�
 
__f��ame
,

279 cڡ *
__��ri�
 
__modes
,

280 
FILE
 *
__��ri�
 
__��am
), 
�eݒ64
)

281 
__wur
;

283 

	#fݒ
 
fݒ64


	)

284 

	#�eݒ
 
�eݒ64


	)

287 #ifde�
__USE_LARGEFILE64


288 
FILE
 *
	$fݒ64
 (cڡ *
__��ri�
 
__f��ame
,

289 cڡ *
__��ri�
 
__modes
)

290 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
 
__wur
;

291 
FILE
 *
	$�eݒ64
 (cڡ *
__��ri�
 
__f��ame
,

292 cڡ *
__��ri�
 
__modes
,

293 
FILE
 *
__��ri�
 
__��am
�
__wur
 
	`__n�nu�
 ((3));

296 #ifdef 
__USE_POSIX


298 
FILE
 *
	$fdݒ
 (
__fd
, cڡ *
__modes
�
__THROW


299 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
 
__wur
;

302 #ifdef 
__USE_MISC


305 
FILE
 *
	$fݒcook�
 (*
__��ri�
 
__magic_cook�
,

306 cڡ *
__��ri�
 
__modes
,

307 
cook�_io_fun�i�s_t
 
__io_funcs
�
__THROW


308 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
 
__wur
;

311 #i�
def�ed
 
__USE_XOPEN2K8
 || 
	`__GLIBC_USE
 (
LIB_EXT2
)

313 
FILE
 *
	$fmemݒ
 (*
__s
, 
size_t
 
__�n
, cڡ *
__modes
)

314 
__THROW
 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
 
__wur
;

319 
FILE
 *
	$ݒ_mem��am
 (**
__bu�oc
, 
size_t
 *
__siz�oc
�
__THROW


320 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
 
__wur
;

322 #ifde�
_WCHAR_H


326 
__FILE
 *
	$ݒ_wmem��am
 (
wch�_t
 **
__bu�oc
, 
size_t
 *
__siz�oc
�
__THROW


327 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
;

333 

	$�tbuf
 (
FILE
 *
__��ri�
 
__��am
, *__��ri� 
__buf
�
__THROW
;

337 

	$�tvbuf
 (
FILE
 *
__��ri�
 
__��am
, *__��ri� 
__buf
,

338 
__modes
, 
size_t
 
__n
�
__THROW
;

340 #ifdef 
__USE_MISC


343 

	$�tbuf�r
 (
FILE
 *
__��ri�
 
__��am
, *__��ri� 
__buf
,

344 
size_t
 
__size
�
__THROW
;

347 

	$���ebuf
 (
FILE
 *
__��am
�
__THROW
;

355 

	`�r�tf
 (
FILE
 *
__��ri�
 
__��am
,

356 cڡ *
__��ri�
 
__f�m�
, ...);

361 

	`��tf
 (cڡ *
__��ri�
 
__f�m�
, ...);

363 

	$�r�tf
 (*
__��ri�
 
__s
,

364 cڡ *
__��ri�
 
__f�m�
, ...�
__THROWNL
;

370 

	`v�r�tf
 (
FILE
 *
__��ri�
 
__s
, cڡ *__��ri� 
__f�m�
,

371 
__gnuc_va_li�
 
__�g
);

376 

	`v��tf
 (cڡ *
__��ri�
 
__f�m�
, 
__gnuc_va_li�
 
__�g
);

378 

	$v�r�tf
 (*
__��ri�
 
__s
, cڡ *__��ri� 
__f�m�
,

379 
__gnuc_va_li�
 
__�g
�
__THROWNL
;

381 #i�
def�ed
 
__USE_ISOC99
 || def�ed 
__USE_UNIX98


383 

	$���tf
 (*
__��ri�
 
__s
, 
size_t
 
__max�n
,

384 cڡ *
__��ri�
 
__f�m�
, ...)

385 
__THROWNL
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 4)));

387 

	$v���tf
 (*
__��ri�
 
__s
, 
size_t
 
__max�n
,

388 cڡ *
__��ri�
 
__f�m�
, 
__gnuc_va_li�
 
__�g
)

389 
__THROWNL
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 0)));

392 #i�
	`def�ed
 (
__USE_MISC
�|| 
	`__GLIBC_USE
 (
LIB_EXT2
)

395 

	$va�r�tf
 (**
__��ri�
 
__�r
, cڡ *__��ri� 
__f
,

396 
__gnuc_va_li�
 
__�g
)

397 
__THROWNL
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 2, 0))�
__wur
;

398 

	$__a�r�tf
 (**
__��ri�
 
__�r
,

399 cڡ *
__��ri�
 
__fmt
, ...)

400 
__THROWNL
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 2, 3))�
__wur
;

401 

	$a�r�tf
 (**
__��ri�
 
__�r
,

402 cڡ *
__��ri�
 
__fmt
, ...)

403 
__THROWNL
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 2, 3))�
__wur
;

406 #ifde�
__USE_XOPEN2K8


408 

	$vd��tf
 (
__fd
, cڡ *
__��ri�
 
__fmt
,

409 
__gnuc_va_li�
 
__�g
)

410 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 0)));

411 

	$d��tf
 (
__fd
, cڡ *
__��ri�
 
__fmt
, ...)

412 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 3)));

420 

	$fs�nf
 (
FILE
 *
__��ri�
 
__��am
,

421 cڡ *
__��ri�
 
__f�m�
, ...�
__wur
;

426 

	$s�nf
 (cڡ *
__��ri�
 
__f�m�
, ...�
__wur
;

428 

	$ss�nf
 (cڡ *
__��ri�
 
__s
,

429 cڡ *
__��ri�
 
__f�m�
, ...�
__THROW
;

435 
	~<b�s/�ߊ.h
>

436 #i�!
	`__GLIBC_USE
 (
DEPRECATED_SCANF
�&& !
def�ed
 
__LDBL_COMPAT
 \

437 && 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 0

438 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

439 #ifde�
__REDIRECT


440 

	`__REDIRECT
 (
fs�nf
, (
FILE
 *
__��ri�
 
__��am
,

441 cڡ *
__��ri�
 
__f�m�
, ...),

442 
__isoc23_fs�nf
�
__wur
;

443 

	`__REDIRECT
 (
s�nf
, (cڡ *
__��ri�
 
__f�m�
, ...),

444 
__isoc23_s�nf
�
__wur
;

445 

	`__REDIRECT_NTH
 (
ss�nf
, (cڡ *
__��ri�
 
__s
,

446 cڡ *
__��ri�
 
__f�m�
, ...),

447 
__isoc23_ss�nf
);

449 

	$__isoc23_fs�nf
 (
FILE
 *
__��ri�
 
__��am
,

450 cڡ *
__��ri�
 
__f�m�
, ...�
__wur
;

451 

	$__isoc23_s�nf
 (cڡ *
__��ri�
 
__f�m�
, ...�
__wur
;

452 

	$__isoc23_ss�nf
 (cڡ *
__��ri�
 
__s
,

453 cڡ *
__��ri�
 
__f�m�
, ...�
__THROW
;

454 

	#fs�nf
 
__isoc23_fs�nf


	)

455 

	#s�nf
 
__isoc23_s�nf


	)

456 

	#ss�nf
 
__isoc23_ss�nf


	)

459 #ifde�
__REDIRECT


460 

	`__REDIRECT
 (
fs�nf
, (
FILE
 *
__��ri�
 
__��am
,

461 cڡ *
__��ri�
 
__f�m�
, ...),

462 
__isoc99_fs�nf
�
__wur
;

463 

	`__REDIRECT
 (
s�nf
, (cڡ *
__��ri�
 
__f�m�
, ...),

464 
__isoc99_s�nf
�
__wur
;

465 

	`__REDIRECT_NTH
 (
ss�nf
, (cڡ *
__��ri�
 
__s
,

466 cڡ *
__��ri�
 
__f�m�
, ...),

467 
__isoc99_ss�nf
);

469 

	$__isoc99_fs�nf
 (
FILE
 *
__��ri�
 
__��am
,

470 cڡ *
__��ri�
 
__f�m�
, ...�
__wur
;

471 

	$__isoc99_s�nf
 (cڡ *
__��ri�
 
__f�m�
, ...�
__wur
;

472 

	$__isoc99_ss�nf
 (cڡ *
__��ri�
 
__s
,

473 cڡ *
__��ri�
 
__f�m�
, ...�
__THROW
;

474 

	#fs�nf
 
__isoc99_fs�nf


	)

475 

	#s�nf
 
__isoc99_s�nf


	)

476 

	#ss�nf
 
__isoc99_ss�nf


	)

481 #ifdef 
__USE_ISOC99


486 

	$vfs�nf
 (
FILE
 *
__��ri�
 
__s
, cڡ *__��ri� 
__f�m�
,

487 
__gnuc_va_li�
 
__�g
)

488 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 2, 0))�
__wur
;

494 

	$vs�nf
 (cڡ *
__��ri�
 
__f�m�
, 
__gnuc_va_li�
 
__�g
)

495 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 1, 0))�
__wur
;

498 

	$vss�nf
 (cڡ *
__��ri�
 
__s
,

499 cڡ *
__��ri�
 
__f�m�
, 
__gnuc_va_li�
 
__�g
)

500 
__THROW
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__s�nf__
, 2, 0)));

503 #i�!
	`__GLIBC_USE
 (
DEPRECATED_SCANF
)

504 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

505 #i�
def�ed
 
__REDIRECT
 && !def�ed 
__LDBL_COMPAT
 \

506 && 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 0

507 

	`__REDIRECT
 (
vfs�nf
,

508 (
FILE
 *
__��ri�
 
__s
,

509 cڡ *
__��ri�
 
__f�m�
, 
__gnuc_va_li�
 
__�g
),

510 
__isoc23_vfs�nf
)

511 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 2, 0))�
__wur
;

512 

	`__REDIRECT
 (
vs�nf
, (cڡ *
__��ri�
 
__f�m�
,

513 
__gnuc_va_li�
 
__�g
), 
__isoc23_vs�nf
)

514 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 1, 0))�
__wur
;

515 

	`__REDIRECT_NTH
 (
vss�nf
,

516 (cڡ *
__��ri�
 
__s
,

517 cڡ *
__��ri�
 
__f�m�
,

518 
__gnuc_va_li�
 
__�g
), 
__isoc23_vss�nf
)

519 
	`__��ibu�__
 ((
	`__f�m�__
 (
__s�nf__
, 2, 0)));

520 #�i�!
def�ed
 
__REDIRECT


521 

	$__isoc23_vfs�nf
 (
FILE
 *
__��ri�
 
__s
,

522 cڡ *
__��ri�
 
__f�m�
,

523 
__gnuc_va_li�
 
__�g
�
__wur
;

524 

	$__isoc23_vs�nf
 (cڡ *
__��ri�
 
__f�m�
,

525 
__gnuc_va_li�
 
__�g
�
__wur
;

526 

	$__isoc23_vss�nf
 (cڡ *
__��ri�
 
__s
,

527 cڡ *
__��ri�
 
__f�m�
,

528 
__gnuc_va_li�
 
__�g
�
__THROW
;

529 

	#vfs�nf
 
__isoc23_vfs�nf


	)

530 

	#vs�nf
 
__isoc23_vs�nf


	)

531 

	#vss�nf
 
__isoc23_vss�nf


	)

534 #i�
def�ed
 
__REDIRECT
 && !def�ed 
__LDBL_COMPAT
 \

535 && 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 0

536 

	`__REDIRECT
 (
vfs�nf
,

537 (
FILE
 *
__��ri�
 
__s
,

538 cڡ *
__��ri�
 
__f�m�
, 
__gnuc_va_li�
 
__�g
),

539 
__isoc99_vfs�nf
)

540 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 2, 0))�
__wur
;

541 

	`__REDIRECT
 (
vs�nf
, (cڡ *
__��ri�
 
__f�m�
,

542 
__gnuc_va_li�
 
__�g
), 
__isoc99_vs�nf
)

543 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 1, 0))�
__wur
;

544 

	`__REDIRECT_NTH
 (
vss�nf
,

545 (cڡ *
__��ri�
 
__s
,

546 cڡ *
__��ri�
 
__f�m�
,

547 
__gnuc_va_li�
 
__�g
), 
__isoc99_vss�nf
)

548 
	`__��ibu�__
 ((
	`__f�m�__
 (
__s�nf__
, 2, 0)));

549 #�i�!
def�ed
 
__REDIRECT


550 

	$__isoc99_vfs�nf
 (
FILE
 *
__��ri�
 
__s
,

551 cڡ *
__��ri�
 
__f�m�
,

552 
__gnuc_va_li�
 
__�g
�
__wur
;

553 

	$__isoc99_vs�nf
 (cڡ *
__��ri�
 
__f�m�
,

554 
__gnuc_va_li�
 
__�g
�
__wur
;

555 

	$__isoc99_vss�nf
 (cڡ *
__��ri�
 
__s
,

556 cڡ *
__��ri�
 
__f�m�
,

557 
__gnuc_va_li�
 
__�g
�
__THROW
;

558 

	#vfs�nf
 
__isoc99_vfs�nf


	)

559 

	#vs�nf
 
__isoc99_vs�nf


	)

560 

	#vss�nf
 
__isoc99_vss�nf


	)

571 

	`fg�c
 (
FILE
 *
__��am
);

572 

	`g�c
 (
FILE
 *
__��am
);

578 

	`g�ch�
 ();

580 #ifde�
__USE_POSIX199506


585 

	`g�c_u�ocked
 (
FILE
 *
__��am
);

586 

	`g�ch�_u�ocked
 ();

589 #ifde�
__USE_MISC


596 

	`fg�c_u�ocked
 (
FILE
 *
__��am
);

607 

	`�utc
 (
__c
, 
FILE
 *
__��am
);

608 

	`putc
 (
__c
, 
FILE
 *
__��am
);

614 

	`putch�
 (
__c
);

616 #ifde�
__USE_MISC


623 

	`�utc_u�ocked
 (
__c
, 
FILE
 *
__��am
);

626 #ifde�
__USE_POSIX199506


631 

	`putc_u�ocked
 (
__c
, 
FILE
 *
__��am
);

632 

	`putch�_u�ocked
 (
__c
);

636 #i�
def�ed
 
__USE_MISC
 \

637 || (
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
)

639 

	`g�w
 (
FILE
 *
__��am
);

642 

	`putw
 (
__w
, 
FILE
 *
__��am
);

650 
*
	$fg�s
 (*
__��ri�
 
__s
, 
__n
, 
FILE
 *__��ri� 
__��am
)

651 
__wur
 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2);

653 #i�
	`__GLIBC_USE
 (
DEPRECATED_GETS
)

663 
*
	$g�s
 (*
__s
�
__wur
 
__��ibu�_d����d__
;

666 #ifde�
__USE_GNU


673 
*
	$fg�s_u�ocked
 (*
__��ri�
 
__s
, 
__n
,

674 
FILE
 *
__��ri�
 
__��am
�
__wur


675 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2);

679 #i�
def�ed
 
__USE_XOPEN2K8
 || 
	`__GLIBC_USE
 (
LIB_EXT2
)

690 
__ssize_t
 
	$__g�d�im
 (**
__��ri�
 
__l���
,

691 
size_t
 *
__��ri�
 
__n
, 
__d�im��
,

692 
FILE
 *
__��ri�
 
__��am
�
__wur
;

693 
__ssize_t
 
	$g�d�im
 (**
__��ri�
 
__l���
,

694 
size_t
 *
__��ri�
 
__n
, 
__d�im��
,

695 
FILE
 *
__��ri�
 
__��am
�
__wur
;

703 
__ssize_t
 
	$g�l�e
 (**
__��ri�
 
__l���
,

704 
size_t
 *
__��ri�
 
__n
,

705 
FILE
 *
__��ri�
 
__��am
�
__wur
;

713 

	`�uts
 (cڡ *
__��ri�
 
__s
, 
FILE
 *__��ri� 
__��am
);

719 

	`puts
 (cڡ *
__s
);

726 

	`ung�c
 (
__c
, 
FILE
 *
__��am
);

733 
size_t
 
	$�d
 (*
__��ri�
 
__�r
, 
size_t
 
__size
,

734 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
�
__wur
;

739 
size_t
 
	`fwr�e
 (cڡ *
__��ri�
 
__�r
, size_�
__size
,

740 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__s
);

742 #ifde�
__USE_GNU


749 

	`�uts_u�ocked
 (cڡ *
__��ri�
 
__s
,

750 
FILE
 *
__��ri�
 
__��am
);

753 #ifde�
__USE_MISC


760 
size_t
 
	$�d_u�ocked
 (*
__��ri�
 
__�r
, 
size_t
 
__size
,

761 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
�
__wur
;

762 
size_t
 
	`fwr�e_u�ocked
 (cڡ *
__��ri�
 
__�r
, size_�
__size
,

763 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
);

771 

	`f�ek
 (
FILE
 *
__��am
, 
__off
, 
__wh��
);

776 

	$�l
 (
FILE
 *
__��am
�
__wur
;

781 

	`�w�d
 (
FILE
 *
__��am
);

788 #i�
def�ed
 
__USE_LARGEFILE
 || def�ed 
__USE_XOPEN2K


789 #i�de�
__USE_FILE_OFFSET64


794 

	`f�eko
 (
FILE
 *
__��am
, 
__off_t
 
__off
, 
__wh��
);

799 
__off_t
 
	$�lo
 (
FILE
 *
__��am
�
__wur
;

801 #ifde�
__REDIRECT


802 

	`__REDIRECT
 (
f�eko
,

803 (
FILE
 *
__��am
, 
__off64_t
 
__off
, 
__wh��
),

804 
f�eko64
);

805 
__off64_t
 
	`__REDIRECT
 (
�lo
, (
FILE
 *
__��am
), 
�lo64
);

807 

	#f�eko
 
f�eko64


	)

808 

	#�lo
 
�lo64


	)

813 #i�de�
__USE_FILE_OFFSET64


818 

	`fg�pos
 (
FILE
 *
__��ri�
 
__��am
, 
�os_t
 *__��ri� 
__pos
);

823 

	`f��os
 (
FILE
 *
__��am
, cڡ 
�os_t
 *
__pos
);

825 #ifde�
__REDIRECT


826 

	`__REDIRECT
 (
fg�pos
, (
FILE
 *
__��ri�
 
__��am
,

827 
�os_t
 *
__��ri�
 
__pos
), 
fg�pos64
);

828 

	`__REDIRECT
 (
f��os
,

829 (
FILE
 *
__��am
, cڡ 
�os_t
 *
__pos
), 
f��os64
);

831 

	#fg�pos
 
fg�pos64


	)

832 

	#f��os
 
f��os64


	)

836 #ifde�
__USE_LARGEFILE64


837 

	`f�eko64
 (
FILE
 *
__��am
, 
__off64_t
 
__off
, 
__wh��
);

838 
__off64_t
 
	$�lo64
 (
FILE
 *
__��am
�
__wur
;

839 

	`fg�pos64
 (
FILE
 *
__��ri�
 
__��am
, 
�os64_t
 *__��ri� 
__pos
);

840 

	`f��os64
 (
FILE
 *
__��am
, cڡ 
�os64_t
 *
__pos
);

844 

	$����
 (
FILE
 *
__��am
�
__THROW
;

846 

	$�of
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

848 

	$��
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

850 #ifde�
__USE_MISC


852 

	$����_u�ocked
 (
FILE
 *
__��am
�
__THROW
;

853 

	$�of_u�ocked
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

854 

	$��_u�ocked
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

862 

	$���
 (cڡ *
__s
�
__COLD
;

865 #ifdef 
__USE_POSIX


867 

	$f��o
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

870 #ifde�
__USE_MISC


872 

	$f��o_u�ocked
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

876 #ifde�
__USE_POSIX2


881 

	`p�o�
 (
FILE
 *
__��am
);

887 
FILE
 *
	$pݒ
 (cڡ *
__comm�d
, cڡ *
__modes
)

888 
__��ibu�_m�loc__
 
	$__��_d��oc
 (
p�o�
, 1�
__wur
;

893 #ifdef 
__USE_POSIX


895 
*
	$��mid
 (*
__s
�
__THROW


896 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1));

900 #i�(
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
�|| def�ed 
__USE_GNU


902 
*
	$cu�rid
 (*
__s
)

903 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1));

907 #ifdef 
__USE_GNU


908 
ob�ack
;

911 

	$ob�ack_��tf
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

912 cڡ *
__��ri�
 
__f�m�
, ...)

913 
__THROWNL
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 3)));

914 

	$ob�ack_v��tf
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

915 cڡ *
__��ri�
 
__f�m�
,

916 
__gnuc_va_li�
 
__�gs
)

917 
__THROWNL
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 0)));

921 #ifde�
__USE_POSIX199506


925 

	$�ockf�e
 (
FILE
 *
__��am
�
__THROW
;

929 

	$�rylockf�e
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

932 

	$fu�ockf�e
 (
FILE
 *
__��am
�
__THROW
;

935 #i�
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
 && !def�ed 
__USE_GNU


938 
	~<b�s/g��t_posix.h
>

943 

	`__u�ow
 (
FILE
 *);

944 

	`__ov��ow
 (
FILE
 *, );

946 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


948 
	~<b�s/�dio2-de�.h
>

953 #i�
def�ed
 
__LDBL_COMPAT
 || 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

954 
	~<b�s/�dio-ldbl.h
>

959 #ifde�
__USE_EXTERN_INLINES


960 
	~<b�s/�dio.h
>

962 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


964 
	~<b�s/�dio2.h
>

967 
__END_DECLS


	@/usr/include/stdlib.h

23 #i�def 
_STDLIB_H


25 

	#__GLIBC_INTERNAL_STARTING_HEADER_IMPLEMENTATION


	)

26 
	~<b�s/libc-h�d�-��t.h
>

29 

	#__�ed_size_t


	)

30 

	#__�ed_wch�_t


	)

31 

	#__�ed_NULL


	)

32 
	~<�ddef.h
>

34 
	g__BEGIN_DECLS


36 

	#_STDLIB_H
 1

	)

38 #i�(
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8
�&& !def�ed 
_SYS_WAIT_H


40 
	~<b�s/wa��ags.h
>

41 
	~<b�s/wa���us.h
>

44 

	#WEXITSTATUS
(
��us
�
	`__WEXITSTATUS
 (��us)

	)

45 

	#WTERMSIG
(
��us
�
	`__WTERMSIG
 (��us)

	)

46 

	#WSTOPSIG
(
��us
�
	`__WSTOPSIG
 (��us)

	)

47 

	#WIFEXITED
(
��us
�
	`__WIFEXITED
 (��us)

	)

48 

	#WIFSIGNALED
(
��us
�
	`__WIFSIGNALED
 (��us)

	)

49 

	#WIFSTOPPED
(
��us
�
	`__WIFSTOPPED
 (��us)

	)

50 #ifde�
__WIFCONTINUED


51 

	#WIFCONTINUED
(
��us
�
	`__WIFCONTINUED
 (��us)

	)

56 
	~<b�s/�ߊ.h
>

61 
	mqu�
;

62 
	m�m
;

63 } 
	tdiv_t
;

66 #i�de�
__ldiv_t_def�ed


69 
	mqu�
;

70 
	m�m
;

71 } 
	tldiv_t
;

72 

	#__ldiv_t_def�ed
 1

	)

75 #i�
def�ed
 
__USE_ISOC99
 && !def�ed 
__�div_t_def�ed


77 
__ex�nsi�__
 struct

79 
	mqu�
;

80 
	m�m
;

81 } 
	t�div_t
;

82 

	#__�div_t_def�ed
 1

	)

87 

	#RAND_MAX
 2147483647

	)

92 

	#EXIT_FAILURE
 1

	)

93 

	#EXIT_SUCCESS
 0

	)

97 

	#MB_CUR_MAX
 (
	`__�y�_g�_mb_cur_max
 ())

	)

98 
size_t
 
	$__�y�_g�_mb_cur_max
 (�
__THROW
 
__wur
;

102 

	$�of
 (cڡ *
__Ō
)

103 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

105 

	$�oi
 (cڡ *
__Ō
)

106 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

108 

	$��
 (cڡ *
__Ō
)

109 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

111 #ifde�
__USE_ISOC99


113 
__ex�nsi�__
 

	$��l
 (cڡ *
__Ō
)

114 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

118 

	$��od
 (cڡ *
__��ri�
 
__Ō
,

119 **
__��ri�
 
__�d�r
)

120 
__THROW
 
	`__n�nu�
 ((1));

122 #ifdef 
__USE_ISOC99


124 

	$��of
 (cڡ *
__��ri�
 
__Ō
,

125 **
__��ri�
 
__�d�r
�
__THROW
 
	`__n�nu�
 ((1));

127 

	$���d
 (cڡ *
__��ri�
 
__Ō
,

128 **
__��ri�
 
__�d�r
)

129 
__THROW
 
	`__n�nu�
 ((1));

134 #i�
__HAVE_FLOAT16
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

135 
_Fl�t16
 
	$��of16
 (cڡ *
__��ri�
 
__Ō
,

136 **
__��ri�
 
__�d�r
)

137 
__THROW
 
	`__n�nu�
 ((1));

140 #i�
__HAVE_FLOAT32
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

141 
_Fl�t32
 
	$��of32
 (cڡ *
__��ri�
 
__Ō
,

142 **
__��ri�
 
__�d�r
)

143 
__THROW
 
	`__n�nu�
 ((1));

146 #i�
__HAVE_FLOAT64
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

147 
_Fl�t64
 
	$��of64
 (cڡ *
__��ri�
 
__Ō
,

148 **
__��ri�
 
__�d�r
)

149 
__THROW
 
	`__n�nu�
 ((1));

152 #i�
__HAVE_FLOAT128
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

153 
_Fl�t128
 
	$��of128
 (cڡ *
__��ri�
 
__Ō
,

154 **
__��ri�
 
__�d�r
)

155 
__THROW
 
	`__n�nu�
 ((1));

158 #i�
__HAVE_FLOAT32X
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

159 
_Fl�t32x
 
	$��of32x
 (cڡ *
__��ri�
 
__Ō
,

160 **
__��ri�
 
__�d�r
)

161 
__THROW
 
	`__n�nu�
 ((1));

164 #i�
__HAVE_FLOAT64X
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

165 
_Fl�t64x
 
	$��of64x
 (cڡ *
__��ri�
 
__Ō
,

166 **
__��ri�
 
__�d�r
)

167 
__THROW
 
	`__n�nu�
 ((1));

170 #i�
__HAVE_FLOAT128X
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

171 
_Fl�t128x
 
	$��of128x
 (cڡ *
__��ri�
 
__Ō
,

172 **
__��ri�
 
__�d�r
)

173 
__THROW
 
	`__n�nu�
 ((1));

177 

	$���
 (cڡ *
__��ri�
 
__Ō
,

178 **
__��ri�
 
__�d�r
, 
__ba�
)

179 
__THROW
 
	`__n�nu�
 ((1));

181 

	$��oul
 (cڡ *
__��ri�
 
__Ō
,

182 **
__��ri�
 
__�d�r
, 
__ba�
)

183 
__THROW
 
	`__n�nu�
 ((1));

185 #ifde�
__USE_MISC


187 
__ex�nsi�__


188 

	$��oq
 (cڡ *
__��ri�
 
__Ō
,

189 **
__��ri�
 
__�d�r
, 
__ba�
)

190 
__THROW
 
	`__n�nu�
 ((1));

192 
__ex�nsi�__


193 

	$��ouq
 (cڡ *
__��ri�
 
__Ō
,

194 **
__��ri�
 
__�d�r
, 
__ba�
)

195 
__THROW
 
	`__n�nu�
 ((1));

198 #ifde�
__USE_ISOC99


200 
__ex�nsi�__


201 

	$���l
 (cڡ *
__��ri�
 
__Ō
,

202 **
__��ri�
 
__�d�r
, 
__ba�
)

203 
__THROW
 
	`__n�nu�
 ((1));

205 
__ex�nsi�__


206 

	$��ou�
 (cڡ *
__��ri�
 
__Ō
,

207 **
__��ri�
 
__�d�r
, 
__ba�
)

208 
__THROW
 
	`__n�nu�
 ((1));

213 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

214 #ifde�
__REDIRECT


215 

	`__REDIRECT_NTH
 (
���
, (cڡ *
__��ri�
 
__Ō
,

216 **
__��ri�
 
__�d�r
,

217 
__ba�
), 
__isoc23_���
)

218 
	`__n�nu�
 ((1));

219 

	`__REDIRECT_NTH
 (
��oul
,

220 (cڡ *
__��ri�
 
__Ō
,

221 **
__��ri�
 
__�d�r
,

222 
__ba�
), 
__isoc23_��oul
)

223 
	`__n�nu�
 ((1));

224 #ifde�
__USE_MISC


225 
__ex�nsi�__


226 

	`__REDIRECT_NTH
 (
��oq
, (cڡ *
__��ri�
 
__Ō
,

227 **
__��ri�
 
__�d�r
,

228 
__ba�
), 
__isoc23_���l
)

229 
	`__n�nu�
 ((1));

230 
__ex�nsi�__


231 

	`__REDIRECT_NTH
 (
��ouq
,

232 (cڡ *
__��ri�
 
__Ō
,

233 **
__��ri�
 
__�d�r
,

234 
__ba�
), 
__isoc23_��ou�
)

235 
	`__n�nu�
 ((1));

237 
__ex�nsi�__


238 

	`__REDIRECT_NTH
 (
���l
, (cڡ *
__��ri�
 
__Ō
,

239 **
__��ri�
 
__�d�r
,

240 
__ba�
), 
__isoc23_���l
)

241 
	`__n�nu�
 ((1));

242 
__ex�nsi�__


243 

	`__REDIRECT_NTH
 (
��ou�
,

244 (cڡ *
__��ri�
 
__Ō
,

245 **
__��ri�
 
__�d�r
,

246 
__ba�
), 
__isoc23_��ou�
)

247 
	`__n�nu�
 ((1));

249 

	$__isoc23_���
 (cڡ *
__��ri�
 
__Ō
,

250 **
__��ri�
 
__�d�r
, 
__ba�
)

251 
__THROW
 
	`__n�nu�
 ((1));

252 

	$__isoc23_��oul
 (cڡ *
__��ri�
 
__Ō
,

253 **
__��ri�
 
__�d�r
,

254 
__ba�
)

255 
__THROW
 
	`__n�nu�
 ((1));

256 
__ex�nsi�__


257 

	$__isoc23_���l
 (cڡ *
__��ri�
 
__Ō
,

258 **
__��ri�
 
__�d�r
, 
__ba�
)

259 
__THROW
 
	`__n�nu�
 ((1));

260 
__ex�nsi�__


261 

	$__isoc23_��ou�
 (cڡ *
__��ri�
 
__Ō
,

262 **
__��ri�
 
__�d�r
,

263 
__ba�
)

264 
__THROW
 
	`__n�nu�
 ((1));

265 

	#���
 
__isoc23_���


	)

266 

	#��oul
 
__isoc23_��oul


	)

267 #ifde�
__USE_MISC


268 

	#��oq
 
__isoc23_���l


	)

269 

	#��ouq
 
__isoc23_��ou�


	)

271 

	#���l
 
__isoc23_���l


	)

272 

	#��ou�
 
__isoc23_��ou�


	)

277 #i�
	`__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
)

278 

	$�r�omd
 (*
__de�
, 
size_t
 
__size
, cڡ *
__f�m�
,

279 
__f
)

280 
__THROW
 
	`__n�nu�
 ((3));

282 

	$�r�omf
 (*
__de�
, 
size_t
 
__size
, cڡ *
__f�m�
,

283 
__f
)

284 
__THROW
 
	`__n�nu�
 ((3));

286 

	$�r�oml
 (*
__de�
, 
size_t
 
__size
, cڡ *
__f�m�
,

287 
__f
)

288 
__THROW
 
	`__n�nu�
 ((3));

291 #i�
__HAVE_FLOAT16
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

292 

	$�r�omf16
 (*
__de�
, 
size_t
 
__size
, cڡ * 
__f�m�
,

293 
_Fl�t16
 
__f
)

294 
__THROW
 
	`__n�nu�
 ((3));

297 #i�
__HAVE_FLOAT32
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

298 

	$�r�omf32
 (*
__de�
, 
size_t
 
__size
, cڡ * 
__f�m�
,

299 
_Fl�t32
 
__f
)

300 
__THROW
 
	`__n�nu�
 ((3));

303 #i�
__HAVE_FLOAT64
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

304 

	$�r�omf64
 (*
__de�
, 
size_t
 
__size
, cڡ * 
__f�m�
,

305 
_Fl�t64
 
__f
)

306 
__THROW
 
	`__n�nu�
 ((3));

309 #i�
__HAVE_FLOAT128
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

310 

	$�r�omf128
 (*
__de�
, 
size_t
 
__size
, cڡ * 
__f�m�
,

311 
_Fl�t128
 
__f
)

312 
__THROW
 
	`__n�nu�
 ((3));

315 #i�
__HAVE_FLOAT32X
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

316 

	$�r�omf32x
 (*
__de�
, 
size_t
 
__size
, cڡ * 
__f�m�
,

317 
_Fl�t32x
 
__f
)

318 
__THROW
 
	`__n�nu�
 ((3));

321 #i�
__HAVE_FLOAT64X
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

322 

	$�r�omf64x
 (*
__de�
, 
size_t
 
__size
, cڡ * 
__f�m�
,

323 
_Fl�t64x
 
__f
)

324 
__THROW
 
	`__n�nu�
 ((3));

327 #i�
__HAVE_FLOAT128X
 && 
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
)

328 

	$�r�omf128x
 (*
__de�
, 
size_t
 
__size
, cڡ * 
__f�m�
,

329 
_Fl�t128x
 
__f
)

330 
__THROW
 
	`__n�nu�
 ((3));

334 #ifde�
__USE_GNU


338 
	~<b�s/ty�s/lo��_t.h
>

340 

	$���_l
 (cڡ *
__��ri�
 
__Ō
,

341 **
__��ri�
 
__�d�r
, 
__ba�
,

342 
lo��_t
 
__loc
�
__THROW
 
	`__n�nu�
 ((1, 4));

344 

	$��oul_l
 (cڡ *
__��ri�
 
__Ō
,

345 **
__��ri�
 
__�d�r
,

346 
__ba�
, 
lo��_t
 
__loc
)

347 
__THROW
 
	`__n�nu�
 ((1, 4));

349 
__ex�nsi�__


350 

	$���l_l
 (cڡ *
__��ri�
 
__Ō
,

351 **
__��ri�
 
__�d�r
, 
__ba�
,

352 
lo��_t
 
__loc
)

353 
__THROW
 
	`__n�nu�
 ((1, 4));

355 
__ex�nsi�__


356 

	$��ou�_l
 (cڡ *
__��ri�
 
__Ō
,

357 **
__��ri�
 
__�d�r
,

358 
__ba�
, 
lo��_t
 
__loc
)

359 
__THROW
 
	`__n�nu�
 ((1, 4));

363 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

364 #ifde�
__REDIRECT


365 

	`__REDIRECT_NTH
 (
���_l
, (cڡ *
__��ri�
 
__Ō
,

366 **
__��ri�
 
__�d�r
,

367 
__ba�
, 
lo��_t
 
__loc
),

368 
__isoc23_���_l
)

369 
	`__n�nu�
 ((1, 4));

370 

	`__REDIRECT_NTH
 (
��oul_l
,

371 (cڡ *
__��ri�
 
__Ō
,

372 **
__��ri�
 
__�d�r
,

373 
__ba�
, 
lo��_t
 
__loc
),

374 
__isoc23_��oul_l
)

375 
	`__n�nu�
 ((1, 4));

376 
__ex�nsi�__


377 

	`__REDIRECT_NTH
 (
���l_l
, (cڡ *
__��ri�
 
__Ō
,

378 **
__��ri�
 
__�d�r
,

379 
__ba�
,

380 
lo��_t
 
__loc
),

381 
__isoc23_���l_l
)

382 
	`__n�nu�
 ((1, 4));

383 
__ex�nsi�__


384 

	`__REDIRECT_NTH
 (
��ou�_l
,

385 (cڡ *
__��ri�
 
__Ō
,

386 **
__��ri�
 
__�d�r
,

387 
__ba�
, 
lo��_t
 
__loc
),

388 
__isoc23_��ou�_l
)

389 
	`__n�nu�
 ((1, 4));

391 

	$__isoc23_���_l
 (cڡ *
__��ri�
 
__Ō
,

392 **
__��ri�
 
__�d�r
, 
__ba�
,

393 
lo��_t
 
__loc
�
__THROW
 
	`__n�nu�
 ((1, 4));

394 

	$__isoc23_��oul_l
 (cڡ *
__��ri�
 
__Ō
,

395 **
__��ri�
 
__�d�r
,

396 
__ba�
, 
lo��_t
 
__loc
)

397 
__THROW
 
	`__n�nu�
 ((1, 4));

398 
__ex�nsi�__


399 

	$__isoc23_���l_l
 (cڡ *
__��ri�
 
__Ō
,

400 **
__��ri�
 
__�d�r
,

401 
__ba�
, 
lo��_t
 
__loc
)

402 
__THROW
 
	`__n�nu�
 ((1, 4));

403 
__ex�nsi�__


404 

	$__isoc23_��ou�_l
 (cڡ *
__��ri�
 
__Ō
,

405 **
__��ri�
 
__�d�r
,

406 
__ba�
, 
lo��_t
 
__loc
)

407 
__THROW
 
	`__n�nu�
 ((1, 4));

408 

	#���_l
 
__isoc23_���_l


	)

409 

	#��oul_l
 
__isoc23_��oul_l


	)

410 

	#���l_l
 
__isoc23_���l_l


	)

411 

	#��ou�_l
 
__isoc23_��ou�_l


	)

415 

	$��od_l
 (cڡ *
__��ri�
 
__Ō
,

416 **
__��ri�
 
__�d�r
, 
lo��_t
 
__loc
)

417 
__THROW
 
	`__n�nu�
 ((1, 3));

419 

	$��of_l
 (cڡ *
__��ri�
 
__Ō
,

420 **
__��ri�
 
__�d�r
, 
lo��_t
 
__loc
)

421 
__THROW
 
	`__n�nu�
 ((1, 3));

423 

	$���d_l
 (cڡ *
__��ri�
 
__Ō
,

424 **
__��ri�
 
__�d�r
,

425 
lo��_t
 
__loc
)

426 
__THROW
 
	`__n�nu�
 ((1, 3));

428 #i�
__HAVE_FLOAT16


429 
_Fl�t16
 
	$��of16_l
 (cڡ *
__��ri�
 
__Ō
,

430 **
__��ri�
 
__�d�r
,

431 
lo��_t
 
__loc
)

432 
__THROW
 
	`__n�nu�
 ((1, 3));

435 #i�
__HAVE_FLOAT32


436 
_Fl�t32
 
	$��of32_l
 (cڡ *
__��ri�
 
__Ō
,

437 **
__��ri�
 
__�d�r
,

438 
lo��_t
 
__loc
)

439 
__THROW
 
	`__n�nu�
 ((1, 3));

442 #i�
__HAVE_FLOAT64


443 
_Fl�t64
 
	$��of64_l
 (cڡ *
__��ri�
 
__Ō
,

444 **
__��ri�
 
__�d�r
,

445 
lo��_t
 
__loc
)

446 
__THROW
 
	`__n�nu�
 ((1, 3));

449 #i�
__HAVE_FLOAT128


450 
_Fl�t128
 
	$��of128_l
 (cڡ *
__��ri�
 
__Ō
,

451 **
__��ri�
 
__�d�r
,

452 
lo��_t
 
__loc
)

453 
__THROW
 
	`__n�nu�
 ((1, 3));

456 #i�
__HAVE_FLOAT32X


457 
_Fl�t32x
 
	$��of32x_l
 (cڡ *
__��ri�
 
__Ō
,

458 **
__��ri�
 
__�d�r
,

459 
lo��_t
 
__loc
)

460 
__THROW
 
	`__n�nu�
 ((1, 3));

463 #i�
__HAVE_FLOAT64X


464 
_Fl�t64x
 
	$��of64x_l
 (cڡ *
__��ri�
 
__Ō
,

465 **
__��ri�
 
__�d�r
,

466 
lo��_t
 
__loc
)

467 
__THROW
 
	`__n�nu�
 ((1, 3));

470 #i�
__HAVE_FLOAT128X


471 
_Fl�t128x
 
	$��of128x_l
 (cڡ *
__��ri�
 
__Ō
,

472 **
__��ri�
 
__�d�r
,

473 
lo��_t
 
__loc
)

474 
__THROW
 
	`__n�nu�
 ((1, 3));

479 #ifde�
__USE_EXTERN_INLINES


480 
__ex��_�l�e
 

481 
	`__NTH
 (
	$�oi
 (cڡ *
__Ō
))

483  (�
	`���
 (
__Ō
, (**�
NULL
, 10);

484 
	}
}

485 
__ex��_�l�e
 

486 
__NTH
 (
	$��
 (cڡ *
__Ō
))

488  
	`���
 (
__Ō
, (**�
NULL
, 10);

489 
	}
}

491 #ifde�
__USE_ISOC99


492 
__ex�nsi�__
 
__ex��_�l�e
 

493 
__NTH
 (
	$��l
 (cڡ *
__Ō
))

495  
	`���l
 (
__Ō
, (**�
NULL
, 10);

496 
	}
}

501 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


505 
*
	$l64a
 (
__n
�
__THROW
 
__wur
;

508 

	$a64l
 (cڡ *
__s
)

509 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

513 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


514 
	~<sys/ty�s.h
>

521 

	$�ndom
 (�
__THROW
;

524 

	$��dom
 (
__�ed
�
__THROW
;

530 
*
	$����e
 (
__�ed
, *
__��ebuf
,

531 
size_t
 
__����
�
__THROW
 
	`__n�nu�
 ((2));

535 
*
	$�t��e
 (*
__��ebuf
�
__THROW
 
	`__n�nu�
 ((1));

538 #ifde�
__USE_MISC


543 
	s�ndom_d�a


545 
�t32_t
 *
�
;

546 
�t32_t
 *
��
;

547 
�t32_t
 *
��e
;

548 
�nd_ty�
;

549 
�nd_deg
;

550 
�nd_�p
;

551 
�t32_t
 *
�d_�r
;

554 

	$�ndom_r
 (
�ndom_d�a
 *
__��ri�
 
__buf
,

555 
�t32_t
 *
__��ri�
 
__�su�
�
__THROW
 
	`__n�nu�
 ((1, 2));

557 

	$��dom_r
 (
__�ed
, 
�ndom_d�a
 *
__buf
)

558 
__THROW
 
	`__n�nu�
 ((2));

560 

	$����e_r
 (
__�ed
, *
__��ri�
 
__��ebuf
,

561 
size_t
 
__����
,

562 
�ndom_d�a
 *
__��ri�
 
__buf
)

563 
__THROW
 
	`__n�nu�
 ((2, 4));

565 

	$�t��e_r
 (*
__��ri�
 
__��ebuf
,

566 
�ndom_d�a
 *
__��ri�
 
__buf
)

567 
__THROW
 
	`__n�nu�
 ((1, 2));

573 

	$�nd
 (�
__THROW
;

575 

	$��d
 (
__�ed
�
__THROW
;

577 #ifde�
__USE_POSIX199506


579 

	$�nd_r
 (*
__�ed
�
__THROW
;

583 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


587 

	$d�nd48
 (�
__THROW
;

588 

	$��d48
 (
__xsubi
[3]�
__THROW
 
	`__n�nu�
 ((1));

591 

	$̪d48
 (�
__THROW
;

592 

	$Īd48
 (
__xsubi
[3])

593 
__THROW
 
	`__n�nu�
 ((1));

596 

	$m�nd48
 (�
__THROW
;

597 

	$j�nd48
 (
__xsubi
[3])

598 
__THROW
 
	`__n�nu�
 ((1));

601 

	$��d48
 (
__�edv�
�
__THROW
;

602 
*
	$�ed48
 (
__�ed16v
[3])

603 
__THROW
 
	`__n�nu�
 ((1));

604 

	$lc�g48
 (
__��m
[7]�
__THROW
 
	`__n�nu�
 ((1));

606 #ifde�
__USE_MISC


610 
	sd�nd48_d�a


612 
__x
[3];

613 
__�d_x
[3];

614 
__c
;

615 
__��
;

616 
__ex�nsi�__
 
__a
;

621 

	$d�nd48_r
 (
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

622 *
__��ri�
 
__�su�
�
__THROW
 
	`__n�nu�
 ((1, 2));

623 

	$��d48_r
 (
__xsubi
[3],

624 
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

625 *
__��ri�
 
__�su�
�
__THROW
 
	`__n�nu�
 ((1, 2));

628 

	$̪d48_r
 (
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

629 *
__��ri�
 
__�su�
)

630 
__THROW
 
	`__n�nu�
 ((1, 2));

631 

	$Īd48_r
 (
__xsubi
[3],

632 
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

633 *
__��ri�
 
__�su�
)

634 
__THROW
 
	`__n�nu�
 ((1, 2));

637 

	$m�nd48_r
 (
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

638 *
__��ri�
 
__�su�
)

639 
__THROW
 
	`__n�nu�
 ((1, 2));

640 

	$j�nd48_r
 (
__xsubi
[3],

641 
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

642 *
__��ri�
 
__�su�
)

643 
__THROW
 
	`__n�nu�
 ((1, 2));

646 

	$��d48_r
 (
__�edv�
, 
d�nd48_d�a
 *
__buf�r
)

647 
__THROW
 
	`__n�nu�
 ((2));

649 

	$�ed48_r
 (
__�ed16v
[3],

650 
d�nd48_d�a
 *
__buf�r
�
__THROW
 
	`__n�nu�
 ((1, 2));

652 

	$lc�g48_r
 (
__��m
[7],

653 
d�nd48_d�a
 *
__buf�r
)

654 
__THROW
 
	`__n�nu�
 ((1, 2));

657 
__u�t32_t
 
	$�c4�ndom
 ()

658 
__THROW
 
__wur
;

661 

	$�c4�ndom_buf
 (*
__buf
, 
size_t
 
__size
)

662 
__THROW
 
	`__n�nu�
 ((1));

666 
__u�t32_t
 
	$�c4�ndom_unif�m
 (
__u�t32_t
 
__u��_bound
)

667 
__THROW
 
__wur
;

672 
*
	$m�loc
 (
size_t
 
__size
�
__THROW
 
__��ibu�_m�loc__


673 
	`__��ibu�_�loc_size__
 ((1)�
__wur
;

675 
*
	$��oc
 (
size_t
 
__nmemb
, size_�
__size
)

676 
__THROW
 
__��ibu�_m�loc__
 
	`__��ibu�_�loc_size__
 ((1, 2)�
__wur
;

683 
*
	$��loc
 (*
__�r
, 
size_t
 
__size
)

684 
__THROW
 
__��ibu�_w�n_unu�d_�su�__
 
	`__��ibu�_�loc_size__
 ((2));

687 

	$�
 (*
__�r
�
__THROW
;

689 #ifde�
__USE_MISC


695 
*
	$��lo��ay
 (*
__�r
, 
size_t
 
__nmemb
, size_�
__size
)

696 
__THROW
 
__��ibu�_w�n_unu�d_�su�__


697 
	`__��ibu�_�loc_size__
 ((2, 3))

698 
__��_d��oc_�
;

701 
*
	$��lo��ay
 (*
__�r
, 
size_t
 
__nmemb
, size_�
__size
)

702 
__THROW
 
	`__��_d��oc
 (
��lo��ay
, 1);

705 #ifde�
__USE_MISC


706 
	~<�lo�.h
>

709 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K
) \

710 || 
def�ed
 
__USE_MISC


712 
*
	$v�loc
 (
size_t
 
__size
�
__THROW
 
__��ibu�_m�loc__


713 
	`__��ibu�_�loc_size__
 ((1)�
__wur
;

716 #ifde�
__USE_XOPEN2K


718 

	$posix_mem�ign
 (**
__mem�r
, 
size_t
 
__�ignm�t
, size_�
__size
)

719 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

722 #ifde�
__USE_ISOC11


724 
*
	$�ig�d_�loc
 (
size_t
 
__�ignm�t
, size_�
__size
)

725 
__THROW
 
__��ibu�_m�loc__
 
	`__��ibu�_�loc_�ign__
 ((1))

726 
	`__��ibu�_�loc_size__
 ((2)�
__wur
;

730 

	$ab�t
 (�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

734 

	$�ex�
 ((*
__func
�()�
__THROW
 
	`__n�nu�
 ((1));

736 #i�
def�ed
 
__USE_ISOC11
 || def�ed 
__USE_ISOCXX11


738 #ifde�
__�lu�lus


739 
"C++" 
	$�_quick_ex�
 ((*
__func
) ())

740 
__THROW
 
	`__asm
 ("�_quick_ex�"�
	`__n�nu�
 ((1));

742 

	$�_quick_ex�
 ((*
__func
�()�
__THROW
 
	`__n�nu�
 ((1));

746 #ifdef 
__USE_MISC


749 

	$�_ex�
 ((*
__func
�(
__��us
, *
__�g
), *__arg)

750 
__THROW
 
	`__n�nu�
 ((1));

756 

	$ex�
 (
__��us
�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

758 #i�
def�ed
 
__USE_ISOC11
 || def�ed 
__USE_ISOCXX11


762 

	$quick_ex�
 (
__��us
�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

765 #ifde�
__USE_ISOC99


768 

	$_Ex�
 (
__��us
�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

773 
*
	$g��v
 (cڡ *
__�me
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

775 #ifde�
__USE_GNU


778 
*
	$�cu�_g��v
 (cڡ *
__�me
)

779 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

782 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


786 

	$pu�nv
 (*
__�r�g
�
__THROW
 
	`__n�nu�
 ((1));

789 #ifde�
__USE_XOPEN2K


792 

	$��nv
 (cڡ *
__�me
, cڡ *
__v�ue
, 
__��a�
)

793 
__THROW
 
	`__n�nu�
 ((2));

796 

	$un��nv
 (cڡ *
__�me
�
__THROW
 
	`__n�nu�
 ((1));

799 #ifdef 
__USE_MISC


803 

	$���nv
 (�
__THROW
;

807 #i�
def�ed
 
__USE_MISC
 \

808 || (
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
)

814 
*
	$mk�mp
 (*
__�m��e
�
__THROW
 
	`__n�nu�
 ((1));

817 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


826 #i�de�
__USE_FILE_OFFSET64


827 

	$mk�emp
 (*
__�m��e
�
	`__n�nu�
 ((1)�
__wur
;

829 #ifde�
__REDIRECT


830 

	`__REDIRECT
 (
mk�emp
, (*
__�m��e
), 
mk�emp64
)

831 
	`__n�nu�
 ((1)�
__wur
;

833 

	#mk�emp
 
mk�emp64


	)

836 #ifde�
__USE_LARGEFILE64


837 

	$mk�emp64
 (*
__�m��e
�
	`__n�nu�
 ((1)�
__wur
;

841 #ifde�
__USE_MISC


848 #i�de�
__USE_FILE_OFFSET64


849 

	$mk�emps
 (*
__�m��e
, 
__suffix�n
�
	`__n�nu�
 ((1)�
__wur
;

851 #ifde�
__REDIRECT


852 

	`__REDIRECT
 (
mk�emps
, (*
__�m��e
, 
__suffix�n
),

853 
mk�emps64
�
	`__n�nu�
 ((1)�
__wur
;

855 

	#mk�emps
 
mk�emps64


	)

858 #ifde�
__USE_LARGEFILE64


859 

	$mk�emps64
 (*
__�m��e
, 
__suffix�n
)

860 
	`__n�nu�
 ((1)�
__wur
;

864 #ifde�
__USE_XOPEN2K8


870 
*
	$mkd�mp
 (*
__�m��e
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

873 #ifde�
__USE_GNU


880 #i�de�
__USE_FILE_OFFSET64


881 

	$mko�emp
 (*
__�m��e
, 
__�ags
�
	`__n�nu�
 ((1)�
__wur
;

883 #ifde�
__REDIRECT


884 

	`__REDIRECT
 (
mko�emp
, (*
__�m��e
, 
__�ags
), 
mko�emp64
)

885 
	`__n�nu�
 ((1)�
__wur
;

887 

	#mko�emp
 
mko�emp64


	)

890 #ifde�
__USE_LARGEFILE64


891 

	$mko�emp64
 (*
__�m��e
, 
__�ags
�
	`__n�nu�
 ((1)�
__wur
;

900 #i�de�
__USE_FILE_OFFSET64


901 

	$mko�emps
 (*
__�m��e
, 
__suffix�n
, 
__�ags
)

902 
	`__n�nu�
 ((1)�
__wur
;

904 #ifde�
__REDIRECT


905 

	`__REDIRECT
 (
mko�emps
, (*
__�m��e
, 
__suffix�n
,

906 
__�ags
), 
mko�emps64
)

907 
	`__n�nu�
 ((1)�
__wur
;

909 

	#mko�emps
 
mko�emps64


	)

912 #ifde�
__USE_LARGEFILE64


913 

	$mko�emps64
 (*
__�m��e
, 
__suffix�n
, 
__�ags
)

914 
	`__n�nu�
 ((1)�
__wur
;

923 

	$sy�em
 (cڡ *
__comm�d
�
__wur
;

926 #ifdef 
__USE_GNU


929 
*
	$�n�i�lize_f�e_�me
 (cڡ *
__�me
)

930 
__THROW
 
	`__n�nu�
 ((1)�
__��ibu�_m�loc__


931 
__��_d��oc_�
 
__wur
;

934 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


940 
*
	$���th
 (cڡ *
__��ri�
 
__�me
,

941 *
__��ri�
 
__�s�ved
�
__THROW
 
__wur
;

946 #i�de�
__COMPAR_FN_T


947 

	#__COMPAR_FN_T


	)

948 (*
	t__com�r_�_t
) (const *, const *);

950 #ifdef 
__USE_GNU


951 
__com�r_�_t
 
	tcom�ris�_�_t
;

954 #ifde�
__USE_GNU


955 (*
	t__com�r_d_�_t
) (const *, const *, *);

960 
*
	$b��ch
 (cڡ *
__key
, cڡ *
__ba�
,

961 
size_t
 
__nmemb
, size_�
__size
, 
__com�r_�_t
 
__com�r
)

962 
	`__n�nu�
 ((1, 2, 5)�
__wur
;

964 #ifde�
__USE_EXTERN_INLINES


965 
	~<b�s/�dlib-b��ch.h
>

970 

	$qs�t
 (*
__ba�
, 
size_t
 
__nmemb
, size_�
__size
,

971 
__com�r_�_t
 
__com�r
�
	`__n�nu�
 ((1, 4));

972 #ifde�
__USE_GNU


973 

	$qs�t_r
 (*
__ba�
, 
size_t
 
__nmemb
, size_�
__size
,

974 
__com�r_d_�_t
 
__com�r
, *
__�g
)

975 
	`__n�nu�
 ((1, 4));

980 

	$abs
 (
__x
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

981 

	$�bs
 (
__x
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

983 #ifde�
__USE_ISOC99


984 
__ex�nsi�__
 

	$�abs
 (
__x
)

985 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

992 
div_t
 
	$div
 (
__num�
, 
__d�om
)

993 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

994 
ldiv_t
 
	$ldiv
 (
__num�
, 
__d�om
)

995 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

997 #ifde�
__USE_ISOC99


998 
__ex�nsi�__
 
�div_t
 
	$�div
 (
__num�
,

999 
__d�om
)

1000 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

1004 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

1005 || 
def�ed
 
__USE_MISC


1012 
*
	$ecvt
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

1013 *
__��ri�
 
__sign
�
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

1018 
*
	$fcvt
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

1019 *
__��ri�
 
__sign
�
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

1024 
*
	$gcvt
 (
__v�ue
, 
__ndig�
, *
__buf
)

1025 
__THROW
 
	`__n�nu�
 ((3)�
__wur
;

1028 #ifde�
__USE_MISC


1030 
*
	$qecvt
 (
__v�ue
, 
__ndig�
,

1031 *
__��ri�
 
__de�t
, *__��ri� 
__sign
)

1032 
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

1033 
*
	$qfcvt
 (
__v�ue
, 
__ndig�
,

1034 *
__��ri�
 
__de�t
, *__��ri� 
__sign
)

1035 
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

1036 
*
	$qgcvt
 (
__v�ue
, 
__ndig�
, *
__buf
)

1037 
__THROW
 
	`__n�nu�
 ((3)�
__wur
;

1042 

	$ecvt_r
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

1043 *
__��ri�
 
__sign
, *__��ri� 
__buf
,

1044 
size_t
 
__�n
�
__THROW
 
	`__n�nu�
 ((3, 4, 5));

1045 

	$fcvt_r
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

1046 *
__��ri�
 
__sign
, *__��ri� 
__buf
,

1047 
size_t
 
__�n
�
__THROW
 
	`__n�nu�
 ((3, 4, 5));

1049 

	$qecvt_r
 (
__v�ue
, 
__ndig�
,

1050 *
__��ri�
 
__de�t
, *__��ri� 
__sign
,

1051 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

1052 
__THROW
 
	`__n�nu�
 ((3, 4, 5));

1053 

	$qfcvt_r
 (
__v�ue
, 
__ndig�
,

1054 *
__��ri�
 
__de�t
, *__��ri� 
__sign
,

1055 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

1056 
__THROW
 
	`__n�nu�
 ((3, 4, 5));

1062 

	$mb�n
 (cڡ *
__s
, 
size_t
 
__n
�
__THROW
;

1065 

	$mbtowc
 (
wch�_t
 *
__��ri�
 
__pwc
,

1066 cڡ *
__��ri�
 
__s
, 
size_t
 
__n
�
__THROW
;

1069 

	$w�omb
 (*
__s
, 
wch�_t
 
__wch�
�
__THROW
;

1073 
size_t
 
	$mb�owcs
 (
wch�_t
 *
__��ri�
 
__pwcs
,

1074 cڡ *
__��ri�
 
__s
, 
size_t
 
__n
�
__THROW


1075 
	`__��_ac�ss
 ((
__�ad_�ly__
, 2));

1077 
size_t
 
	$wc�ombs
 (*
__��ri�
 
__s
,

1078 cڡ 
wch�_t
 *
__��ri�
 
__pwcs
, 
size_t
 
__n
)

1079 
__THROW


1080 
	$__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 3)

1081 
	`__��_ac�ss
 ((
__�ad_�ly__
, 2));

1083 #ifde�
__USE_MISC


1088 

	$�m�ch
 (cڡ *
__��ڣ
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

1092 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


1099 

	$g�sub�t
 (**
__��ri�
 
__�ti�p
,

1100 *cڡ *
__��ri�
 
__tok�s
,

1101 **
__��ri�
 
__v�u�
)

1102 
__THROW
 
	`__n�nu�
 ((1, 2, 3)�
__wur
;

1108 #ifde�
__USE_XOPEN2KXSI


1110 

	$posix_ݒ�
 (
__o�ag
�
__wur
;

1113 #ifde�
__USE_XOPEN_EXTENDED


1118 

	$g���
 (
__fd
�
__THROW
;

1122 

	$u�ock�
 (
__fd
�
__THROW
;

1127 
*
	$��ame
 (
__fd
�
__THROW
 
__wur
;

1130 #ifde�
__USE_GNU


1134 

	$��ame_r
 (
__fd
, *
__buf
, 
size_t
 
__bu�
)

1135 
__THROW
 
	`__n�nu�
 ((2)�
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 2, 3);

1138 

	`g��
 ();

1141 #ifde�
__USE_MISC


1145 

	$g�l�davg
 (
__l�davg
[], 
__��m
)

1146 
__THROW
 
	`__n�nu�
 ((1));

1149 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K


1152 

	$�y��
 (�
__THROW
;

1155 
	~<b�s/�dlib-��t.h
>

1158 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


1159 
	~<b�s/�dlib.h
>

1162 
	~<b�s/�ߊ.h
>

1163 #i�
def�ed
 
__LDBL_COMPAT
 || 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

1164 
	~<b�s/�dlib-ldbl.h
>

1167 
__END_DECLS


	@/usr/include/string.h

22 #i�def 
_STRING_H


23 

	#_STRING_H
 1

	)

25 

	#__GLIBC_INTERNAL_STARTING_HEADER_IMPLEMENTATION


	)

26 
	~<b�s/libc-h�d�-��t.h
>

28 
	g__BEGIN_DECLS


31 

	#__�ed_size_t


	)

32 

	#__�ed_NULL


	)

33 
	~<�ddef.h
>

36 #i�
def�ed
 
__�lu�lus
 && (
__GNUC_PREREQ
 (4, 4) \

37 || 
	$__glibc_��g_��eq
 (3, 5))

38 

	#__CORRECT_ISO_CPP_STRING_H_PROTO


	)

43 
*
	$mem�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

44 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1, 2));

47 
*
	$memmove
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
)

48 
__THROW
 
	`__n�nu�
 ((1, 2));

53 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN
 || 
	`__GLIBC_USE
 (
ISOC2X
)

54 
*
	$memc�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

55 
__c
, 
size_t
 
__n
)

56 
__THROW
 
	`__n�nu�
 ((1, 2)�
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 4));

61 
*
	$mem�t
 (*
__s
, 
__c
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1));

64 

	$memcmp
 (cڡ *
__s1
, cڡ *
__s2
, 
size_t
 
__n
)

65 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

80 

	$__memcm�q
 (cڡ *
__s1
, cڡ *
__s2
, 
size_t
 
__n
)

81 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

84 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


87 
*
	`memchr
 (*
__s
, 
__c
, 
size_t
 
__n
)

88 
__THROW
 
	`__asm
 ("memchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

89 
cڡ *
	`memchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
)

90 
__THROW
 
	`__asm
 ("memchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

92 #ifde�
__OPTIMIZE__


93 
__ex��_�ways_�l�e
 *

94 
	`memchr
 (*
__s
, 
__c
, 
size_t
 
__n
�
__THROW


96  
	`__bu�t�_memchr
 (
__s
, 
__c
, 
__n
);

99 
__ex��_�ways_�l�e
 const *

100 
	`memchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
�
__THROW


102  
	`__bu�t�_memchr
 (
__s
, 
__c
, 
__n
);

105 
	}
}

107 
*
	$memchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
)

108 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

111 #ifde�
__USE_GNU


114 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


115 
"C++" *
	$�wmemchr
 (*
__s
, 
__c
)

116 
__THROW
 
	`__asm
 ("�wmemchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

117 
"C++" cڡ *
	$�wmemchr
 (cڡ *
__s
, 
__c
)

118 
__THROW
 
	`__asm
 ("�wmemchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

120 
*
	$�wmemchr
 (cڡ *
__s
, 
__c
)

121 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

125 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


126 
"C++" *
	$memrchr
 (*
__s
, 
__c
, 
size_t
 
__n
)

127 
__THROW
 
	`__asm
 ("memrchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1))

128 
	`__��_ac�ss
 ((
__�ad_�ly__
, 1, 3));

129 
"C++" cڡ *
	$memrchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
)

130 
__THROW
 
	`__asm
 ("memrchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1))

131 
	`__��_ac�ss
 ((
__�ad_�ly__
, 1, 3));

133 
*
	$memrchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
)

134 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1))

135 
	`__��_ac�ss
 ((
__�ad_�ly__
, 1, 3));

141 
*
	$�r�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
)

142 
__THROW
 
	`__n�nu�
 ((1, 2));

144 
*
	$���y
 (*
__��ri�
 
__de�
,

145 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

146 
__THROW
 
	`__n�nu�
 ((1, 2));

149 
*
	$�r�t
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
)

150 
__THROW
 
	`__n�nu�
 ((1, 2));

152 
*
	$���t
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

153 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1, 2));

156 

	$�rcmp
 (cڡ *
__s1
, cڡ *
__s2
)

157 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

159 

	$��cmp
 (cڡ *
__s1
, cڡ *
__s2
, 
size_t
 
__n
)

160 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

163 

	$�rc�l
 (cڡ *
__s1
, cڡ *
__s2
)

164 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

166 
size_t
 
	$�rx�m
 (*
__��ri�
 
__de�
,

167 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

168 
__THROW
 
	`__n�nu�
 ((2)�
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3));

170 #ifde�
__USE_XOPEN2K8


172 
	~<b�s/ty�s/lo��_t.h
>

175 

	$�rc�l_l
 (cڡ *
__s1
, cڡ *
__s2
, 
lo��_t
 
__l
)

176 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2, 3));

179 
size_t
 
	$�rx�m_l
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
,

180 
lo��_t
 
__l
�
__THROW
 
	`__n�nu�
 ((2, 4))

181 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3));

184 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8
 \

185 || 
	`__GLIBC_USE
 (
LIB_EXT2
�|| 
	$__GLIBC_USE
 (
ISOC2X
))

187 
*
	$�rdup
 (cڡ *
__s
)

188 
__THROW
 
__��ibu�_m�loc__
 
	`__n�nu�
 ((1));

194 #i�
def�ed
 
__USE_XOPEN2K8
 || 
	`__GLIBC_USE
 (
LIB_EXT2
�|| __GLIBC_USE (
ISOC2X
)

195 
*
	$��dup
 (cڡ *
__�r�g
, 
size_t
 
__n
)

196 
__THROW
 
__��ibu�_m�loc__
 
	`__n�nu�
 ((1));

199 #i�
def�ed
 
__USE_GNU
 && def�ed 
__GNUC__


201 

	#�rdu�
(
s
) \

202 (
__ex�nsi�__
 \

204 cڡ *
__�d
 = (
s
); \

205 
size_t
 
__�n
 = 
	`���
 (
__�d
) + 1; \

206 *
__�w
 = (*�
	`__bu�t�_�lo�
 (
__�n
); \

207 (*�
	`mem�y
 (
__�w
, 
__�d
, 
__�n
); \

208 
	}
}))

	)

211 

	#��du�
(
s
, 
n
) \

212 (
__ex�nsi�__
 \

214 cڡ *
__�d
 = (
s
); \

215 
size_t
 
__�n
 = 
	`���n
 (
__�d
, (
n
)); \

216 *
__�w
 = (*�
	`__bu�t�_�lo�
 (
__�n
 + 1); \

217 
__�w
[
__�n
] = '\0'; \

218 (*�
	`mem�y
 (
__�w
, 
__�d
, 
__�n
); \

219 }))

	)

223 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


226 
*
�rchr
 (*
__s
, 
__c
)

227 
__THROW
 
__asm
 ("�rchr"�
__��ibu�_pu�__
 
__n�nu�
 ((1));

228 
cڡ *
�rchr
 (cڡ *
__s
, 
__c
)

229 
__THROW
 
__asm
 ("�rchr"�
__��ibu�_pu�__
 
__n�nu�
 ((1));

231 #ifde�
__OPTIMIZE__


232 
__ex��_�ways_�l�e
 *

233 
�rchr
 (*
__s
, 
__c
�
	g__THROW


235  
__bu�t�_�rchr
 (
__s
, 
__c
);

238 
__ex��_�ways_�l�e
 const *

239 
�rchr
 (cڡ *
__s
, 
__c
�
	g__THROW


241  
__bu�t�_�rchr
 (
__s
, 
__c
);

246 
*
	$�rchr
 (cڡ *
__s
, 
__c
)

247 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

250 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


253 
*
	`��chr
 (*
__s
, 
__c
)

254 
__THROW
 
	`__asm
 ("��chr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

255 
cڡ *
	`��chr
 (cڡ *
__s
, 
__c
)

256 
__THROW
 
	`__asm
 ("��chr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

258 #ifde�
__OPTIMIZE__


259 
__ex��_�ways_�l�e
 *

260 
	`��chr
 (*
__s
, 
__c
�
__THROW


262  
	`__bu�t�_��chr
 (
__s
, 
__c
);

265 
__ex��_�ways_�l�e
 const *

266 
	`��chr
 (cڡ *
__s
, 
__c
�
__THROW


268  
	`__bu�t�_��chr
 (
__s
, 
__c
);

271 
	}
}

273 
*
	$��chr
 (cڡ *
__s
, 
__c
)

274 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

277 #ifde�
__USE_MISC


280 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


281 
"C++" *
	$�rch�ul
 (*
__s
, 
__c
)

282 
__THROW
 
	`__asm
 ("�rch�ul"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

283 
"C++" cڡ *
	$�rch�ul
 (cڡ *
__s
, 
__c
)

284 
__THROW
 
	`__asm
 ("�rch�ul"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

286 
*
	$�rch�ul
 (cڡ *
__s
, 
__c
)

287 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

293 
size_t
 
	$�rc�n
 (cڡ *
__s
, cڡ *
__�je�
)

294 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

297 
size_t
 
	$�r�n
 (cڡ *
__s
, cڡ *
__ac��
)

298 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

300 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


303 
*
	`��brk
 (*
__s
, cڡ *
__ac��
)

304 
__THROW
 
	`__asm
 ("��brk"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

305 
cڡ *
	`��brk
 (cڡ *
__s
, cڡ *
__ac��
)

306 
__THROW
 
	`__asm
 ("��brk"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

308 #ifde�
__OPTIMIZE__


309 
__ex��_�ways_�l�e
 *

310 
	`��brk
 (*
__s
, cڡ *
__ac��
�
__THROW


312  
	`__bu�t�_��brk
 (
__s
, 
__ac��
);

315 
__ex��_�ways_�l�e
 const *

316 
	`��brk
 (cڡ *
__s
, cڡ *
__ac��
�
__THROW


318  
	`__bu�t�_��brk
 (
__s
, 
__ac��
);

321 
	}
}

323 
*
	$��brk
 (cڡ *
__s
, cڡ *
__ac��
)

324 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

327 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


330 
*
	`�r�r
 (*
__hay�ack
, cڡ *
__�ed�
)

331 
__THROW
 
	`__asm
 ("�r�r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

332 
cڡ *
	`�r�r
 (cڡ *
__hay�ack
, cڡ *
__�ed�
)

333 
__THROW
 
	`__asm
 ("�r�r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

335 #ifde�
__OPTIMIZE__


336 
__ex��_�ways_�l�e
 *

337 
	`�r�r
 (*
__hay�ack
, cڡ *
__�ed�
�
__THROW


339  
	`__bu�t�_�r�r
 (
__hay�ack
, 
__�ed�
);

342 
__ex��_�ways_�l�e
 const *

343 
	`�r�r
 (cڡ *
__hay�ack
, cڡ *
__�ed�
�
__THROW


345  
	`__bu�t�_�r�r
 (
__hay�ack
, 
__�ed�
);

348 
	}
}

350 
*
	$�r�r
 (cڡ *
__hay�ack
, cڡ *
__�ed�
)

351 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

356 
*
	$��ok
 (*
__��ri�
 
__s
, cڡ *__��ri� 
__d�im
)

357 
__THROW
 
	`__n�nu�
 ((2));

361 
*
	$__��ok_r
 (*
__��ri�
 
__s
,

362 cڡ *
__��ri�
 
__d�im
,

363 **
__��ri�
 
__�ve_�r
)

364 
__THROW
 
	`__n�nu�
 ((2, 3));

365 #ifde�
__USE_POSIX


366 
*
	$��ok_r
 (*
__��ri�
 
__s
, cڡ *__��ri� 
__d�im
,

367 **
__��ri�
 
__�ve_�r
)

368 
__THROW
 
	`__n�nu�
 ((2, 3));

371 #ifde�
__USE_MISC


373 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


374 
"C++" *
	$�r���r
 (*
__hay�ack
, cڡ *
__�ed�
)

375 
__THROW
 
	`__asm
 ("�r���r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

376 
"C++" cڡ *
	$�r���r
 (cڡ *
__hay�ack
,

377 cڡ *
__�ed�
)

378 
__THROW
 
	`__asm
 ("�r���r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

380 
*
	$�r���r
 (cڡ *
__hay�ack
, cڡ *
__�ed�
)

381 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

385 #ifde�
__USE_MISC


389 
*
	$memmem
 (cڡ *
__hay�ack
, 
size_t
 
__hay�ack�n
,

390 cڡ *
__�ed�
, 
size_t
 
__�ed��n
)

391 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 3))

392 
	`__��_ac�ss
 ((
__�ad_�ly__
, 1, 2))

393 
	`__��_ac�ss
 ((
__�ad_�ly__
, 3, 4));

397 
*
	$__memp�y
 (*
__��ri�
 
__de�
,

398 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

399 
__THROW
 
	`__n�nu�
 ((1, 2));

400 
*
	$memp�y
 (*
__��ri�
 
__de�
,

401 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

402 
__THROW
 
	`__n�nu�
 ((1, 2));

407 
size_t
 
	$���
 (cڡ *
__s
)

408 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

410 #ifdef 
__USE_XOPEN2K8


413 
size_t
 
	$���n
 (cڡ *
__�r�g
, 
size_t
 
__max�n
)

414 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

419 
*
	$����
 (
__��um
�
__THROW
;

420 #ifde�
__USE_XOPEN2K


428 #i�
def�ed
 
__USE_XOPEN2K
 && !def�ed 
__USE_GNU


431 #ifde�
__REDIRECT_NTH


432 

	`__REDIRECT_NTH
 (
����_r
,

433 (
__��um
, *
__buf
, 
size_t
 
__bu�
),

434 
__xpg_����_r
�
	`__n�nu�
 ((2))

435 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

437 

	$__xpg_����_r
 (
__��um
, *
__buf
, 
size_t
 
__bu�
)

438 
__THROW
 
	`__n�nu�
 ((2)�
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

439 

	#����_r
 
__xpg_����_r


	)

444 
*
	$����_r
 (
__��um
, *
__buf
, 
size_t
 
__bu�
)

445 
__THROW
 
	`__n�nu�
 ((2)�
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

448 #ifde�
__USE_GNU


450 
cڡ *
	$����desc_�
 (
__�r
�
__THROW
;

452 
cڡ *
	$�����me_�
 (
__�r
�
__THROW
;

456 #ifde�
__USE_XOPEN2K8


458 
*
	$����_l
 (
__��um
, 
lo��_t
 
__l
�
__THROW
;

461 #ifde�
__USE_MISC


462 
	~<�r�gs.h
>

466 

	$ex�ic�_bz�o
 (*
__s
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1))

467 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2);

471 
*
	$�r�p
 (**
__��ri�
 
__�r�gp
,

472 cڡ *
__��ri�
 
__d�im
)

473 
__THROW
 
	`__n�nu�
 ((1, 2));

476 #ifdef 
__USE_XOPEN2K8


478 
*
	$�rsig�l
 (
__sig
�
__THROW
;

480 #ifde�
__USE_GNU


482 
cڡ *
	$sigabb�v_�
 (
__sig
�
__THROW
;

485 
cڡ *
	$sigdes�_�
 (
__sig
�
__THROW
;

489 
*
	$__�p�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
)

490 
__THROW
 
	`__n�nu�
 ((1, 2));

491 
*
	$�p�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
)

492 
__THROW
 
	`__n�nu�
 ((1, 2));

496 
*
	$__���y
 (*
__��ri�
 
__de�
,

497 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

498 
__THROW
 
	`__n�nu�
 ((1, 2));

499 
*
	$���y
 (*
__��ri�
 
__de�
,

500 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

501 
__THROW
 
	`__n�nu�
 ((1, 2));

504 #ifde�
__USE_MISC


506 
size_t
 
	$���y
 (*
__��ri�
 
__de�
,

507 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

508 
__THROW
 
	`__n�nu�
 ((1, 2)�
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3));

512 
size_t
 
	$���t
 (*
__��ri�
 
__de�
,

513 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

514 
__THROW
 
	`__n�nu�
 ((1, 2)�
	`__��_ac�ss
 ((
__�ad_wr�e__
, 1, 3));

517 #ifdef 
__USE_GNU


519 

	$�rv�scmp
 (cڡ *
__s1
, cڡ *
__s2
)

520 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

523 
*
	$�r�y
 (*
__�r�g
�
__THROW
 
	`__n�nu�
 ((1));

526 
*
	$mem�ob
 (*
__s
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1))

527 
	`__��_ac�ss
 ((
__�ad_wr�e__
, 1, 2));

529 #i�de�
ba��me


534 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


535 
"C++" *
	$ba��me
 (*
__f��ame
)

536 
__THROW
 
	`__asm
 ("ba��me"�
	`__n�nu�
 ((1));

537 
"C++" cڡ *
	$ba��me
 (cڡ *
__f��ame
)

538 
__THROW
 
	`__asm
 ("ba��me"�
	`__n�nu�
 ((1));

540 
*
	$ba��me
 (cڡ *
__f��ame
�
__THROW
 
	`__n�nu�
 ((1));

545 #i�
	`__GNUC_PREREQ
 (3,4)

546 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


548 
	~<b�s/�r�g_f�tif�d.h
>

552 
__END_DECLS


	@/usr/include/sys/file.h

18 #i�def 
_SYS_FILE_H


19 

	#_SYS_FILE_H
 1

	)

21 
	~<�u�s.h
>

23 #i�def 
_FCNTL_H


24 
	~<f��.h
>

27 
	g__BEGIN_DECLS


32 #i�de�
L_SET


33 

	#L_SET
 0

	)

34 

	#L_INCR
 1

	)

35 

	#L_XTND
 2

	)

40 

	#LOCK_SH
 1

	)

41 

	#LOCK_EX
 2

	)

42 

	#LOCK_UN
 8

	)

45 

	#LOCK_NB
 4

	)

50 

	$�ock
 (
__fd
, 
__ݔ�i�
�
__THROW
;

53 
__END_DECLS


	@/usr/include/sys/ioctl.h

18 #i�def 
_SYS_IOCTL_H


19 

	#_SYS_IOCTL_H
 1

	)

21 
	~<�u�s.h
>

23 
	g__BEGIN_DECLS


26 
	~<b�s/io�ls.h
>

29 
	~<b�s/io�l-ty�s.h
>

36 
	~<sys/�yde�u�s.h
>

41 #i�de�
__USE_TIME_BITS64


42 

	$io�l
 (
__fd
, 
__�que�
, ...�
__THROW
;

44 #ifde�
__REDIRECT


45 

	`__REDIRECT_NTH
 (
io�l
, (
__fd
, 
__�que�
, ...),

46 
__io�l_time64
);

48 

	$__io�l_time64
 (
__fd
, 
__�que�
, ...�
__THROW
;

49 

	#io�l
 
__io�l_time64


	)

53 
__END_DECLS


	@/usr/include/sys/mman.h

19 #i�def 
_SYS_MMAN_H


20 

	#_SYS_MMAN_H
 1

	)

22 
	~<�u�s.h
>

23 
	~<b�s/ty�s.h
>

24 

	#__�ed_size_t


	)

25 
	~<�ddef.h
>

27 #i�de�
__off_t_def�ed


28 #i�de�
__USE_FILE_OFFSET64


29 
__off_t
 
	toff_t
;

31 
__off64_t
 
	toff_t
;

33 

	#__off_t_def�ed


	)

36 #i�de�
__mode_t_def�ed


37 
__mode_t
 
	tmode_t
;

38 

	#__mode_t_def�ed


	)

41 
	~<b�s/mm�.h
>

44 

	#MAP_FAILED
 ((*�-1)

	)

46 
	g__BEGIN_DECLS


56 #i�de�
__USE_FILE_OFFSET64


57 
*
	$mm�
 (*
__addr
, 
size_t
 
__�n
, 
__��
,

58 
__�ags
, 
__fd
, 
__off_t
 
__off�t
�
__THROW
;

60 #ifde�
__REDIRECT_NTH


61 
* 
	`__REDIRECT_NTH
 (
mm�
,

62 (*
__addr
, 
size_t
 
__�n
, 
__��
,

63 
__�ags
, 
__fd
, 
__off64_t
 
__off�t
),

64 
mm�64
);

66 

	#mm�
 
mm�64


	)

69 #ifde�
__USE_LARGEFILE64


70 
*
	$mm�64
 (*
__addr
, 
size_t
 
__�n
, 
__��
,

71 
__�ags
, 
__fd
, 
__off64_t
 
__off�t
�
__THROW
;

76 

	$munm�
 (*
__addr
, 
size_t
 
__�n
�
__THROW
;

81 

	$m��e�
 (*
__addr
, 
size_t
 
__�n
, 
__��
�
__THROW
;

89 

	`msync
 (*
__addr
, 
size_t
 
__�n
, 
__�ags
);

91 #ifde�
__USE_MISC


94 

	$madvi�
 (*
__addr
, 
size_t
 
__�n
, 
__advi�
�
__THROW
;

96 #ifde�
__USE_XOPEN2K


98 

	$posix_madvi�
 (*
__addr
, 
size_t
 
__�n
, 
__advi�
�
__THROW
;

103 

	$mlock
 (cڡ *
__addr
, 
size_t
 
__�n
�
__THROW
;

106 

	$mu�ock
 (cڡ *
__addr
, 
size_t
 
__�n
�
__THROW
;

111 

	$mlock�l
 (
__�ags
�
__THROW
;

115 

	$mu�ock�l
 (�
__THROW
;

117 #ifde�
__USE_MISC


123 

	$m�c�e
 (*
__��t
, 
size_t
 
__�n
, *
__vec
)

124 
__THROW
;

127 #ifde�
__USE_GNU


133 
*
	$m�m�
 (*
__addr
, 
size_t
 
__�d_�n
, size_�
__�w_�n
,

134 
__�ags
, ...�
__THROW
;

138 

	$�m�_f�e_�ges
 (*
__��t
, 
size_t
 
__size
, 
__��
,

139 
size_t
 
__pgoff
, 
__�ags
�
__THROW
;

144 

	`shm_ݒ
 (cڡ *
__�me
, 
__o�ag
, 
mode_t
 
__mode
);

147 

	`shm_uƚk
 (cڡ *
__�me
);

150 
	~<b�s/mm�_ext.h
>

152 
__END_DECLS


	@/usr/include/sys/mount.h

21 #i�de�
_SYS_MOUNT_H


22 

	#_SYS_MOUNT_H
 1

	)

24 
	~<f��.h
>

25 
	~<�u�s.h
>

26 
	~<�d�t.h
>

27 
	~<�ddef.h
>

28 
	~<sys/io�l.h
>

30 #ifde�
__has_��ude


31 #i�
__has_��ude
 ("linux/mount.h")

32 
	~"l�ux/mou�.h
"

37 

	#BLOCK_SIZE_BITS
 10

	)

38 

	#BLOCK_SIZE
 (1<<
BLOCK_SIZE_BITS
)

	)

45 #unde�
MS_RDONLY


46 
	mMS_RDONLY
 = 1,

47 

	#MS_RDONLY
 
MS_RDONLY


	)

48 #unde�
MS_NOSUID


49 
	mMS_NOSUID
 = 2,

50 

	#MS_NOSUID
 
MS_NOSUID


	)

51 #unde�
MS_NODEV


52 
	mMS_NODEV
 = 4,

53 

	#MS_NODEV
 
MS_NODEV


	)

54 #unde�
MS_NOEXEC


55 
	mMS_NOEXEC
 = 8,

56 

	#MS_NOEXEC
 
MS_NOEXEC


	)

57 #unde�
MS_SYNCHRONOUS


58 
	mMS_SYNCHRONOUS
 = 16,

59 

	#MS_SYNCHRONOUS
 
MS_SYNCHRONOUS


	)

60 #unde�
MS_REMOUNT


61 
	mMS_REMOUNT
 = 32,

62 

	#MS_REMOUNT
 
MS_REMOUNT


	)

63 #unde�
MS_MANDLOCK


64 
	mMS_MANDLOCK
 = 64,

65 

	#MS_MANDLOCK
 
MS_MANDLOCK


	)

66 #unde�
MS_DIRSYNC


67 
	mMS_DIRSYNC
 = 128,

68 

	#MS_DIRSYNC
 
MS_DIRSYNC


	)

69 #unde�
MS_NOSYMFOLLOW


70 
	mMS_NOSYMFOLLOW
 = 256,

71 

	#MS_NOSYMFOLLOW
 
MS_NOSYMFOLLOW


	)

72 #unde�
MS_NOATIME


73 
	mMS_NOATIME
 = 1024,

74 

	#MS_NOATIME
 
MS_NOATIME


	)

75 #unde�
MS_NODIRATIME


76 
	mMS_NODIRATIME
 = 2048,

77 

	#MS_NODIRATIME
 
MS_NODIRATIME


	)

78 #unde�
MS_BIND


79 
	mMS_BIND
 = 4096,

80 

	#MS_BIND
 
MS_BIND


	)

81 #unde�
MS_MOVE


82 
	mMS_MOVE
 = 8192,

83 

	#MS_MOVE
 
MS_MOVE


	)

84 #unde�
MS_REC


85 
	mMS_REC
 = 16384,

86 

	#MS_REC
 
MS_REC


	)

87 #unde�
MS_SILENT


88 
	mMS_SILENT
 = 32768,

89 

	#MS_SILENT
 
MS_SILENT


	)

90 #unde�
MS_POSIXACL


91 
	mMS_POSIXACL
 = 1 << 16,

92 

	#MS_POSIXACL
 
MS_POSIXACL


	)

93 #unde�
MS_UNBINDABLE


94 
	mMS_UNBINDABLE
 = 1 << 17,

95 

	#MS_UNBINDABLE
 
MS_UNBINDABLE


	)

96 #unde�
MS_PRIVATE


97 
	mMS_PRIVATE
 = 1 << 18,

98 

	#MS_PRIVATE
 
MS_PRIVATE


	)

99 #unde�
MS_SLAVE


100 
	mMS_SLAVE
 = 1 << 19,

101 

	#MS_SLAVE
 
MS_SLAVE


	)

102 #unde�
MS_SHARED


103 
	mMS_SHARED
 = 1 << 20,

104 

	#MS_SHARED
 
MS_SHARED


	)

105 #unde�
MS_RELATIME


106 
	mMS_RELATIME
 = 1 << 21,

107 

	#MS_RELATIME
 
MS_RELATIME


	)

108 #unde�
MS_KERNMOUNT


109 
	mMS_KERNMOUNT
 = 1 << 22,

110 

	#MS_KERNMOUNT
 
MS_KERNMOUNT


	)

111 #unde�
MS_I_VERSION


112 
	mMS_I_VERSION
 = 1 << 23,

113 

	#MS_I_VERSION
 
MS_I_VERSION


	)

114 #unde�
MS_STRICTATIME


115 
	mMS_STRICTATIME
 = 1 << 24,

116 

	#MS_STRICTATIME
 
MS_STRICTATIME


	)

117 #unde�
MS_LAZYTIME


118 
	mMS_LAZYTIME
 = 1 << 25,

119 

	#MS_LAZYTIME
 
MS_LAZYTIME


	)

120 #unde�
MS_ACTIVE


121 
	mMS_ACTIVE
 = 1 << 30,

122 

	#MS_ACTIVE
 
MS_ACTIVE


	)

123 #unde�
MS_NOUSER


124 
	mMS_NOUSER
 = 1 << 31

125 

	#MS_NOUSER
 
MS_NOUSER


	)

129 #unde�
MS_RMT_MASK


130 

	#MS_RMT_MASK
 (
MS_RDONLY
|
MS_SYNCHRONOUS
|
MS_MANDLOCK
|
MS_I_VERSION
 \

131 |
MS_LAZYTIME
)

	)

136 #unde�
MS_MGC_VAL


137 

	#MS_MGC_VAL
 0xc0ed0000

	)

138 

	#MS_MGC_MSK
 0xffff0000

	)

145 #unde�
BLKROSET


146 

	#BLKROSET
 
	`_IO
(0x12, 93�

	)

147 #unde�
BLKROGET


148 

	#BLKROGET
 
	`_IO
(0x12, 94�

	)

149 #unde�
BLKRRPART


150 

	#BLKRRPART
 
	`_IO
(0x12, 95�

	)

151 #unde�
BLKGETSIZE


152 

	#BLKGETSIZE
 
	`_IO
(0x12, 96�

	)

153 #unde�
BLKFLSBUF


154 

	#BLKFLSBUF
 
	`_IO
(0x12, 97�

	)

155 #unde�
BLKRASET


156 

	#BLKRASET
 
	`_IO
(0x12, 98�

	)

157 #unde�
BLKRAGET


158 

	#BLKRAGET
 
	`_IO
(0x12, 99�

	)

159 #unde�
BLKFRASET


160 

	#BLKFRASET
 
	`_IO
(0x12,100�

	)

161 #unde�
BLKFRAGET


162 

	#BLKFRAGET
 
	`_IO
(0x12,101�

	)

163 #unde�
BLKSECTSET


164 

	#BLKSECTSET
 
	`_IO
(0x12,102�

	)

165 #unde�
BLKSECTGET


166 

	#BLKSECTGET
 
	`_IO
(0x12,103�

	)

167 #unde�
BLKSSZGET


168 

	#BLKSSZGET
 
	`_IO
(0x12,104�

	)

169 #unde�
BLKBSZGET


170 

	#BLKBSZGET
 
	`_IOR
(0x12,112,
size_t
)

	)

171 #unde�
BLKBSZSET


172 

	#BLKBSZSET
 
	`_IOW
(0x12,113,
size_t
)

	)

173 #unde�
BLKGETSIZE64


174 

	#BLKGETSIZE64
 
	`_IOR
(0x12,114,
size_t
�

	)

180 
	mMNT_FORCE
 = 1,

181 

	#MNT_FORCE
 
MNT_FORCE


	)

182 
	mMNT_DETACH
 = 2,

183 

	#MNT_DETACH
 
MNT_DETACH


	)

184 
	mMNT_EXPIRE
 = 4,

185 

	#MNT_EXPIRE
 
MNT_EXPIRE


	)

186 
	mUMOUNT_NOFOLLOW
 = 8

187 

	#UMOUNT_NOFOLLOW
 
UMOUNT_NOFOLLOW


	)

192 

	#FSMOUNT_CLOEXEC
 0x00000001

	)

195 

	#MOUNT_ATTR_RDONLY
 0x00000001

	)

196 

	#MOUNT_ATTR_NOSUID
 0x00000002

	)

197 

	#MOUNT_ATTR_NODEV
 0x00000004

	)

198 

	#MOUNT_ATTR_NOEXEC
 0x00000008

	)

199 

	#MOUNT_ATTR__ATIME
 0x00000070

	)

200 

	#MOUNT_ATTR_RELATIME
 0x00000000

	)

201 

	#MOUNT_ATTR_NOATIME
 0x00000010

	)

202 

	#MOUNT_ATTR_STRICTATIME
 0x00000020

	)

203 

	#MOUNT_ATTR_NODIRATIME
 0x00000080

	)

204 

	#MOUNT_ATTR_IDMAP
 0x00100000

	)

205 

	#MOUNT_ATTR_NOSYMFOLLOW
 0x00200000

	)

208 #i�de�
MOUNT_ATTR_SIZE_VER0


210 
	smou�_��


212 
u�t64_t
 
	m��_�t
;

213 
u�t64_t
 
	m��_�r
;

214 
u�t64_t
 
	m��ag�i�
;

215 
u�t64_t
 
	mu��s_fd
;

219 

	#MOUNT_ATTR_SIZE_VER0
 32

	)

222 

	#MOVE_MOUNT_F_SYMLINKS
 0x00000001

	)

223 

	#MOVE_MOUNT_F_AUTOMOUNTS
 0x00000002

	)

224 

	#MOVE_MOUNT_F_EMPTY_PATH
 0x00000004

	)

225 

	#MOVE_MOUNT_T_SYMLINKS
 0x00000010

	)

226 

	#MOVE_MOUNT_T_AUTOMOUNTS
 0x00000020

	)

227 

	#MOVE_MOUNT_T_EMPTY_PATH
 0x00000040

	)

228 

	#MOVE_MOUNT_SET_GROUP
 0x00000100

	)

232 

	#FSPICK_CLOEXEC
 0x00000001

	)

233 

	#FSPICK_SYMLINK_NOFOLLOW
 0x00000002

	)

234 

	#FSPICK_NO_AUTOMOUNT
 0x00000004

	)

235 

	#FSPICK_EMPTY_PATH
 0x00000008

	)

238 #i�de�
FSOPEN_CLOEXEC


240 
	efsc�fig_comm�d


242 
	mFSCONFIG_SET_FLAG
 = 0,

243 

	#FSCONFIG_SET_FLAG
 
FSCONFIG_SET_FLAG


	)

244 
	mFSCONFIG_SET_STRING
 = 1,

245 

	#FSCONFIG_SET_STRING
 
FSCONFIG_SET_STRING


	)

246 
	mFSCONFIG_SET_BINARY
 = 2,

247 

	#FSCONFIG_SET_BINARY
 
FSCONFIG_SET_BINARY


	)

248 
	mFSCONFIG_SET_PATH
 = 3,

249 

	#FSCONFIG_SET_PATH
 
FSCONFIG_SET_PATH


	)

250 
	mFSCONFIG_SET_PATH_EMPTY
 = 4,

251 

	#FSCONFIG_SET_PATH_EMPTY
 
FSCONFIG_SET_PATH_EMPTY


	)

252 
	mFSCONFIG_SET_FD
 = 5,

253 

	#FSCONFIG_SET_FD
 
FSCONFIG_SET_FD


	)

254 
	mFSCONFIG_CMD_CREATE
 = 6,

255 

	#FSCONFIG_CMD_CREATE
 
FSCONFIG_CMD_CREATE


	)

256 
	mFSCONFIG_CMD_RECONFIGURE
 = 7,

257 

	#FSCONFIG_CMD_RECONFIGURE
 
FSCONFIG_CMD_RECONFIGURE


	)

262 

	#FSOPEN_CLOEXEC
 0x00000001

	)

265 

	#OPEN_TREE_CLONE
 1

	)

266 

	#OPEN_TREE_CLOEXEC
 
O_CLOEXEC


	)

269 
__BEGIN_DECLS


272 

	$mou�
 (cڡ *
__�ec�l_f�e
, cڡ *
__d�
,

273 cڡ *
__f�y�
, 
__rw�ag
,

274 cڡ *
__d�a
�
__THROW
;

277 

	$umou�
 (cڡ *
__�ec�l_f�e
�
__THROW
;

280 

	$umou�2
 (cڡ *
__�ec�l_f�e
, 
__�ags
�
__THROW
;

284 

	$fsݒ
 (cڡ *
__fs_�me
, 
__�ags
�
__THROW
;

288 

	$fsmou�
 (
__fd
, 
__�ags
,

289 
__ms_�ags
�
__THROW
;

294 

	$move_mou�
 (
__�om_dfd
, cڡ *
__�om_�th�me
,

295 
__to_dfd
, cڡ *
__to_�th�me
,

296 
�ags
�
__THROW
;

300 

	$fsc�fig
 (
__fd
, 
__cmd
, cڡ *
__key
,

301 cڡ *
__v�ue
, 
__aux
�
__THROW
;

304 

	$f�ick
 (
__dfd
, cڡ *
__�th
, 
__�ags
)

305 
__THROW
;

308 

	$ݒ_��
 (
__dfd
, cڡ *
__f��ame
, 
__�ags
)

309 
__THROW
;

316 

	$mou�_���r
 (
__dfd
, cڡ *
__�th
, 
__�ags
,

317 
mou�_��
 *
__u��
, 
size_t
 
__usize
)

318 
__THROW
;

320 
__END_DECLS


	@/usr/include/sys/resource.h

18 #i�def 
_SYS_RESOURCE_H


19 

	#_SYS_RESOURCE_H
 1

	)

21 
	~<�u�s.h
>

24 
	~<b�s/�sour�.h
>

26 #i�de�
__id_t_def�ed


27 
__id_t
 
	tid_t
;

28 

	#__id_t_def�ed


	)

31 
	g__BEGIN_DECLS


37 #i�
def�ed
 
__USE_GNU
 && !def�ed 
__�lu�lus


38 
__�im�_�sour�
 
	t__�im�_�sour�_t
;

39 
__ru�ge_who
 
	t__ru�ge_who_t
;

40 
__�iܙy_which
 
	t__�iܙy_which_t
;

42 
	t__�im�_�sour�_t
;

43 
	t__ru�ge_who_t
;

44 
	t__�iܙy_which_t
;

49 #i�de�
__USE_FILE_OFFSET64


50 

	$g��im�
 (
__�im�_�sour�_t
 
__�sour�
,

51 
�im�
 *
__�im�s
�
__THROW
 
	`__n�nu�
 ((2));

53 #ifde�
__REDIRECT_NTH


54 

	`__REDIRECT_NTH
 (
g��im�
, (
__�im�_�sour�_t
 
__�sour�
,

55 
�im�
 *
__�im�s
), 
g��im�64
)

56 
	`__n�nu�
 ((2));

58 

	#g��im�
 
g��im�64


	)

61 #ifde�
__USE_LARGEFILE64


62 

	$g��im�64
 (
__�im�_�sour�_t
 
__�sour�
,

63 
�im�64
 *
__�im�s
�
__THROW
 
	`__n�nu�
 ((2));

69 #i�de�
__USE_FILE_OFFSET64


70 

	$��lim�
 (
__�im�_�sour�_t
 
__�sour�
,

71 cڡ 
�im�
 *
__�im�s
�
__THROW
 
	`__n�nu�
 ((2));

73 #ifde�
__REDIRECT_NTH


74 

	`__REDIRECT_NTH
 (
��lim�
, (
__�im�_�sour�_t
 
__�sour�
,

75 cڡ 
�im�
 *
__�im�s
),

76 
��lim�64
�
	`__n�nu�
 ((2));

78 

	#��lim�
 
��lim�64


	)

81 #ifde�
__USE_LARGEFILE64


82 

	$��lim�64
 (
__�im�_�sour�_t
 
__�sour�
,

83 cڡ 
�im�64
 *
__�im�s
�
__THROW


84 
	`__n�nu�
 ((2));

89 

	$g�ru�ge
 (
__ru�ge_who_t
 
__who
, 
ru�ge
 *
__u�ge
�
__THROW
;

91 #ifde�
__USE_TIME_BITS64


92 #i�
	`def�ed
(
__REDIRECT_NTH
)

93 

	`__REDIRECT_NTH
 (
g�ru�ge
, (
__ru�ge_who_t
 
__who
,

94 
ru�ge
 *
__u�ge
),

95 
__g�ru�ge64
);

97 

	#g�ru�ge
 
__g�ru�ge64


	)

105 

	$g��iܙy
 (
__�iܙy_which_t
 
__which
, 
id_t
 
__who
�
__THROW
;

109 

	$��riܙy
 (
__�iܙy_which_t
 
__which
, 
id_t
 
__who
, 
__�io
)

110 
__THROW
;

112 
__END_DECLS


	@/usr/include/sys/socket.h

19 #i�def 
_SYS_SOCKET_H


20 

	#_SYS_SOCKET_H
 1

	)

22 
	~<�u�s.h
>

24 
	g__BEGIN_DECLS


26 
	~<b�s/ty�s/�ru�_iovec.h
>

27 

	#__�ed_size_t


	)

28 
	~<�ddef.h
>

33 
	~<b�s/sock�.h
>

35 #ifde�
__USE_MISC


36 
	~<b�s/ty�s/�ru�_osockaddr.h
>

43 
	mSHUT_RD
 = 0,

44 

	#SHUT_RD
 
SHUT_RD


	)

45 
	mSHUT_WR
,

46 

	#SHUT_WR
 
SHUT_WR


	)

47 
	mSHUT_RDWR


48 

	#SHUT_RDWR
 
SHUT_RDWR


	)

57 #i�
def�ed
 
__�lu�lus
 || !
__GNUC_PREREQ
 (2, 7�|| !def�ed 
__USE_GNU


58 

	#__SOCKADDR_ARG
 
sockaddr
 *
__��ri�


	)

59 

	#__CONST_SOCKADDR_ARG
 cڡ 
sockaddr
 *

	)

63 

	#__SOCKADDR_ALLTYPES
 \

64 
	`__SOCKADDR_ONETYPE
 (
sockaddr
) \

65 
	`__SOCKADDR_ONETYPE
 (
sockaddr_�
) \

66 
	`__SOCKADDR_ONETYPE
 (
sockaddr_ax25
) \

67 
	`__SOCKADDR_ONETYPE
 (
sockaddr_dl
) \

68 
	`__SOCKADDR_ONETYPE
 (
sockaddr_e�
) \

69 
	`__SOCKADDR_ONETYPE
 (
sockaddr_�
) \

70 
	`__SOCKADDR_ONETYPE
 (
sockaddr_�6
) \

71 
	`__SOCKADDR_ONETYPE
 (
sockaddr_��p
) \

72 
	`__SOCKADDR_ONETYPE
 (
sockaddr_�x
) \

73 
	`__SOCKADDR_ONETYPE
 (
sockaddr_iso
) \

74 
	`__SOCKADDR_ONETYPE
 (
sockaddr_ns
) \

75 
	`__SOCKADDR_ONETYPE
 (
sockaddr_un
) \

76 
	`__SOCKADDR_ONETYPE
 (
sockaddr_x25
)

	)

78 

	#__SOCKADDR_ONETYPE
(
ty�
�ty� *
__��ri�
 
__
##ty�##__;

	)

79 uni� { 
	m__SOCKADDR_ALLTYPES


80 } 
	t__SOCKADDR_ARG
 
	t__��ibu�__
 ((
	t__�����t_uni�__
));

81 #unde�
__SOCKADDR_ONETYPE


82 

	#__SOCKADDR_ONETYPE
(
ty�
�cڡ ty� *
__��ri�
 
__
##ty�##__;

	)

83 uni� { 
	m__SOCKADDR_ALLTYPES


84 } 
	t__CONST_SOCKADDR_ARG
 
	t__��ibu�__
 ((
	t__�����t_uni�__
));

85 #unde�
__SOCKADDR_ONETYPE


88 #ifde�
__USE_GNU


90 
	smmsghdr


92 
msghdr
 
	mmsg_hdr
;

93 
	mmsg_�n
;

102 

	$sock�
 (
__doma�
, 
__ty�
, 
__��oc�
�
__THROW
;

108 

	$sock���
 (
__doma�
, 
__ty�
, 
__��oc�
,

109 
__fds
[2]�
__THROW
;

112 

	$b�d
 (
__fd
, 
__CONST_SOCKADDR_ARG
 
__addr
, 
sock�n_t
 
__�n
)

113 
__THROW
;

116 

	$g�sock�me
 (
__fd
, 
__SOCKADDR_ARG
 
__addr
,

117 
sock�n_t
 *
__��ri�
 
__�n
�
__THROW
;

126 

	`c���
 (
__fd
, 
__CONST_SOCKADDR_ARG
 
__addr
, 
sock�n_t
 
__�n
);

130 

	$g����me
 (
__fd
, 
__SOCKADDR_ARG
 
__addr
,

131 
sock�n_t
 *
__��ri�
 
__�n
�
__THROW
;

138 
ssize_t
 
	`�nd
 (
__fd
, cڡ *
__buf
, 
size_t
 
__n
, 
__�ags
);

145 
ssize_t
 
	`�cv
 (
__fd
, *
__buf
, 
size_t
 
__n
, 
__�ags
);

152 
ssize_t
 
	`�ndto
 (
__fd
, cڡ *
__buf
, 
size_t
 
__n
,

153 
__�ags
, 
__CONST_SOCKADDR_ARG
 
__addr
,

154 
sock�n_t
 
__addr_�n
);

163 
ssize_t
 
	`�cv�om
 (
__fd
, *
__��ri�
 
__buf
, 
size_t
 
__n
,

164 
__�ags
, 
__SOCKADDR_ARG
 
__addr
,

165 
sock�n_t
 *
__��ri�
 
__addr_�n
);

173 #i�de�
__USE_TIME_BITS64


174 
ssize_t
 
	`�ndmsg
 (
__fd
, cڡ 
msghdr
 *
__mes�ge
,

175 
__�ags
);

177 #ifde�
__REDIRECT


178 
ssize_t
 
	`__REDIRECT
 (
�ndmsg
, (
__fd
, cڡ 
msghdr
 *
__mes�ge
,

179 
__�ags
),

180 
__�ndmsg64
);

182 
ssize_t
 
	`__�ndmsg64
 (
__fd
, cڡ 
msghdr
 *
__mes�ge
,

183 
__�ags
);

184 

	#�ndmsg
 
__�ndmsg64


	)

188 #ifde�
__USE_GNU


194 #i�de�
__USE_TIME_BITS64


195 

	`�ndmmsg
 (
__fd
, 
mmsghdr
 *
__vmes�ges
,

196 
__v�n
, 
__�ags
);

198 #ifde�
__REDIRECT


199 

	`__REDIRECT
 (
�ndmmsg
, (
__fd
, 
mmsghdr
 *
__vmes�ges
,

200 
__v�n
, 
__�ags
),

201 
__�ndmmsg64
);

203 

	`__�ndmmsg64
 (
__fd
, 
mmsghdr
 *
__vmes�ges
,

204 
__v�n
, 
__�ags
);

205 

	#�ndmmsg
 
__�ndmmsg64


	)

215 #i�de�
__USE_TIME_BITS64


216 
ssize_t
 
	`�cvmsg
 (
__fd
, 
msghdr
 *
__mes�ge
, 
__�ags
);

218 #ifde�
__REDIRECT


219 
ssize_t
 
	`__REDIRECT
 (
�cvmsg
,

220 (
__fd
, 
msghdr
 *
__mes�ge
, 
__�ags
),

221 
__�cvmsg64
);

223 
ssize_t
 
	`__�cvmsg64
 (
__fd
, 
msghdr
 *
__mes�ge
, 
__�ags
);

224 

	#�cvmsg
 
__�cvmsg64


	)

228 #ifde�
__USE_GNU


234 #i�de�
__USE_TIME_BITS64


235 

	`�cvmmsg
 (
__fd
, 
mmsghdr
 *
__vmes�ges
,

236 
__v�n
, 
__�ags
,

237 
time�ec
 *
__tmo
);

239 #ifde�
__REDIRECT


240 

	`__REDIRECT
 (
�cvmmsg
, (
__fd
, 
mmsghdr
 *
__vmes�ges
,

241 
__v�n
, 
__�ags
,

242 
time�ec
 *
__tmo
),

243 
__�cvmmsg64
);

245 

	#�cvmmsg
 
__�cvmmsg64


	)

254 #i�de�
__USE_TIME_BITS64


255 

	$g�sock�t
 (
__fd
, 
__�v�
, 
__݊ame
,

256 *
__��ri�
 
__�tv�
,

257 
sock�n_t
 *
__��ri�
 
__ݎ�
�
__THROW
;

259 #ifde�
__REDIRECT


260 

	`__REDIRECT_NTH
 (
g�sock�t
,

261 (
__fd
, 
__�v�
, 
__݊ame
,

262 *
__��ri�
 
__�tv�
,

263 
sock�n_t
 *
__��ri�
 
__ݎ�
),

264 
__g�sock�t64
);

266 

	$__g�sock�t64
 (
__fd
, 
__�v�
, 
__݊ame
,

267 *
__��ri�
 
__�tv�
,

268 
sock�n_t
 *
__��ri�
 
__ݎ�
�
__THROW
;

269 

	#g�sock�t
 
__g�sock�t64


	)

276 #i�de�
__USE_TIME_BITS64


277 

	$�tsock�t
 (
__fd
, 
__�v�
, 
__݊ame
,

278 cڡ *
__�tv�
, 
sock�n_t
 
__ݎ�
�
__THROW
;

280 #ifde�
__REDIRECT


281 

	`__REDIRECT_NTH
 (
�tsock�t
,

282 (
__fd
, 
__�v�
, 
__݊ame
,

283 cڡ *
__�tv�
, 
sock�n_t
 
__ݎ�
),

284 
__�tsock�t64
);

286 

	$__�tsock�t64
 (
__fd
, 
__�v�
, 
__݊ame
,

287 cڡ *
__�tv�
, 
sock�n_t
 
__ݎ�
�
__THROW
;

288 

	#�tsock�t
 
__�tsock�t64


	)

296 

	$li��
 (
__fd
, 
__n
�
__THROW
;

306 

	`ac��
 (
__fd
, 
__SOCKADDR_ARG
 
__addr
,

307 
sock�n_t
 *
__��ri�
 
__addr_�n
);

309 #ifde�
__USE_GNU


314 

	`ac��4
 (
__fd
, 
__SOCKADDR_ARG
 
__addr
,

315 
sock�n_t
 *
__��ri�
 
__addr_�n
, 
__�ags
);

324 

	$shutdown
 (
__fd
, 
__how
�
__THROW
;

327 #ifde�
__USE_XOPEN2K


329 

	$sock�m�k
 (
__fd
�
__THROW
;

333 #ifde�
__USE_MISC


337 

	$isfdty�
 (
__fd
, 
__fdty�
�
__THROW
;

342 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


343 
	~<b�s/sock�2.h
>

346 
__END_DECLS


	@/usr/include/sys/stat.h

22 #i�def 
_SYS_STAT_H


23 

	#_SYS_STAT_H
 1

	)

25 
	~<�u�s.h
>

27 
	~<b�s/ty�s.h
>

29 #ifde�
__USE_XOPEN2K8


30 
	~<b�s/ty�s/�ru�_time�ec.h
>

33 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K


37 
	~<b�s/ty�s/time_t.h
>

39 #i�de�
__dev_t_def�ed


40 
__dev_t
 
	tdev_t
;

41 

	#__dev_t_def�ed


	)

44 #i�de�
__gid_t_def�ed


45 
__gid_t
 
	tgid_t
;

46 

	#__gid_t_def�ed


	)

49 #i�de�
__�o_t_def�ed


50 #i�de�
__USE_FILE_OFFSET64


51 
__�o_t
 
	t�o_t
;

53 
__�o64_t
 
	t�o_t
;

55 

	#__�o_t_def�ed


	)

58 #i�de�
__mode_t_def�ed


59 
__mode_t
 
	tmode_t
;

60 

	#__mode_t_def�ed


	)

63 #i�de�
__ƚk_t_def�ed


64 
__ƚk_t
 
	tƚk_t
;

65 

	#__ƚk_t_def�ed


	)

68 #i�de�
__off_t_def�ed


69 #i�de�
__USE_FILE_OFFSET64


70 
__off_t
 
	toff_t
;

72 
__off64_t
 
	toff_t
;

74 

	#__off_t_def�ed


	)

77 #i�de�
__uid_t_def�ed


78 
__uid_t
 
	tuid_t
;

79 

	#__uid_t_def�ed


	)

83 #ifde�
__USE_UNIX98


84 #i�de�
__blk�t_t_def�ed


85 #i�de�
__USE_FILE_OFFSET64


86 
__blk�t_t
 
	tblk�t_t
;

88 
__blk�t64_t
 
	tblk�t_t
;

90 

	#__blk�t_t_def�ed


	)

93 #i�de�
__blksize_t_def�ed


94 
__blksize_t
 
	tblksize_t
;

95 

	#__blksize_t_def�ed


	)

99 
	g__BEGIN_DECLS


101 
	~<b�s/��.h
>

103 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


104 

	#S_IFMT
 
__S_IFMT


	)

105 

	#S_IFDIR
 
__S_IFDIR


	)

106 

	#S_IFCHR
 
__S_IFCHR


	)

107 

	#S_IFBLK
 
__S_IFBLK


	)

108 

	#S_IFREG
 
__S_IFREG


	)

109 #ifde�
__S_IFIFO


110 

	#S_IFIFO
 
__S_IFIFO


	)

112 #ifde�
__S_IFLNK


113 

	#S_IFLNK
 
__S_IFLNK


	)

115 #i�(
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED
) \

116 && 
def�ed
 
	g__S_IFSOCK


117 

	#S_IFSOCK
 
__S_IFSOCK


	)

123 

	#__S_ISTYPE
(
mode
, 
mask
�(((mode�& 
__S_IFMT
�=�(mask))

	)

125 

	#S_ISDIR
(
mode
�
	`__S_ISTYPE
((mode), 
__S_IFDIR
)

	)

126 

	#S_ISCHR
(
mode
�
	`__S_ISTYPE
((mode), 
__S_IFCHR
)

	)

127 

	#S_ISBLK
(
mode
�
	`__S_ISTYPE
((mode), 
__S_IFBLK
)

	)

128 

	#S_ISREG
(
mode
�
	`__S_ISTYPE
((mode), 
__S_IFREG
)

	)

129 #ifde�
__S_IFIFO


130 

	#S_ISFIFO
(
mode
�
	`__S_ISTYPE
((mode), 
__S_IFIFO
)

	)

132 #ifde�
__S_IFLNK


133 

	#S_ISLNK
(
mode
�
	`__S_ISTYPE
((mode), 
__S_IFLNK
)

	)

136 #i�
def�ed
 
__USE_MISC
 && !def�ed 
__S_IFLNK


137 

	#S_ISLNK
(
mode
�0

	)

140 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K
) \

141 && 
def�ed
 
	g__S_IFSOCK


142 

	#S_ISSOCK
(
mode
�
	`__S_ISTYPE
((mode), 
__S_IFSOCK
)

	)

143 #�i�
def�ed
 
__USE_XOPEN2K


144 

	#S_ISSOCK
(
mode
�0

	)

151 #ifdef 
__USE_POSIX199309


152 

	#S_TYPEISMQ
(
buf
�
	`__S_TYPEISMQ
(buf)

	)

153 

	#S_TYPEISSEM
(
buf
�
	`__S_TYPEISSEM
(buf)

	)

154 

	#S_TYPEISSHM
(
buf
�
	`__S_TYPEISSHM
(buf)

	)

160 

	#S_ISUID
 
__S_ISUID


	)

161 

	#S_ISGID
 
__S_ISGID


	)

163 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


165 

	#S_ISVTX
 
__S_ISVTX


	)

168 

	#S_IRUSR
 
__S_IREAD


	)

169 

	#S_IWUSR
 
__S_IWRITE


	)

170 

	#S_IXUSR
 
__S_IEXEC


	)

172 

	#S_IRWXU
 (
__S_IREAD
|
__S_IWRITE
|
__S_IEXEC
)

	)

174 #ifde�
__USE_MISC


175 

	#S_IREAD
 
S_IRUSR


	)

176 

	#S_IWRITE
 
S_IWUSR


	)

177 

	#S_IEXEC
 
S_IXUSR


	)

180 

	#S_IRGRP
 (
S_IRUSR
 >> 3�

	)

181 

	#S_IWGRP
 (
S_IWUSR
 >> 3�

	)

182 

	#S_IXGRP
 (
S_IXUSR
 >> 3�

	)

184 

	#S_IRWXG
 (
S_IRWXU
 >> 3)

	)

186 

	#S_IROTH
 (
S_IRGRP
 >> 3�

	)

187 

	#S_IWOTH
 (
S_IWGRP
 >> 3�

	)

188 

	#S_IXOTH
 (
S_IXGRP
 >> 3�

	)

190 

	#S_IRWXO
 (
S_IRWXG
 >> 3)

	)

193 #ifdef 
__USE_MISC


195 

	#ACCESSPERMS
 (
S_IRWXU
|
S_IRWXG
|
S_IRWXO
�

	)

196 

	#ALLPERMS
 (
S_ISUID
|
S_ISGID
|
S_ISVTX
|
S_IRWXU
|
S_IRWXG
|
S_IRWXO
)

	)

197 

	#DEFFILEMODE
 (
S_IRUSR
|
S_IWUSR
|
S_IRGRP
|
S_IWGRP
|
S_IROTH
|
S_IWOTH
)

	)

199 

	#S_BLKSIZE
 512

	)

203 #i�de�
__USE_FILE_OFFSET64


205 

	$��
 (cڡ *
__��ri�
 
__f�e
,

206 
��
 *
__��ri�
 
__buf
�
__THROW
 
	`__n�nu�
 ((1, 2));

210 

	$f��
 (
__fd
, 
��
 *
__buf
�
__THROW
 
	`__n�nu�
 ((2));

212 #ifde�
__USE_TIME_BITS64


213 #ifde�
__REDIRECT_NTH


214 

	`__REDIRECT_NTH
 (
��
, (cڡ *
__��ri�
 
__f�e
,

215 
��
 *
__��ri�
 
__buf
),

216 
__��64_time64
)

217 
	`__n�nu�
 ((1, 2));

218 

	`__REDIRECT_NTH
 (
f��
, (
__fd
, 
��
 *
__buf
),

219 
__f��64_time64
)

220 
	`__n�nu�
 ((2));

222 

	#��
 
__��64_time64


	)

223 

	#f��
 
__f��64_time64


	)

226 #ifde�
__REDIRECT_NTH


227 

	`__REDIRECT_NTH
 (
��
, (cڡ *
__��ri�
 
__f�e
,

228 
��
 *
__��ri�
 
__buf
), 
��64
)

229 
	`__n�nu�
 ((1, 2));

230 

	`__REDIRECT_NTH
 (
f��
, (
__fd
, 
��
 *
__buf
), 
f��64
)

231 
	`__n�nu�
 ((2));

233 

	#��
 
��64


	)

234 

	#f��
 
f��64


	)

238 #ifde�
__USE_LARGEFILE64


239 #i�de�
__USE_TIME_BITS64


240 

	$��64
 (cڡ *
__��ri�
 
__f�e
,

241 
��64
 *
__��ri�
 
__buf
�
__THROW
 
	`__n�nu�
 ((1, 2));

242 

	$f��64
 (
__fd
, 
��64
 *
__buf
�
__THROW
 
	`__n�nu�
 ((2));

244 #ifde�
__REDIRECT_NTH


245 

	`__REDIRECT_NTH
 (
��64
, (cڡ *
__��ri�
 
__f�e
,

246 
��64
 *
__��ri�
 
__buf
),

247 
__��64_time64
)

248 
	`__n�nu�
 ((1, 2));

249 

	`__REDIRECT_NTH
 (
f��64
, (
__fd
, 
��64
 *
__buf
),

250 
__f��64_time64
)

251 
	`__n�nu�
 ((2));

253 

	#��64
 
__��64_time64


	)

254 

	#f��64
 
__f��64_time


	)

259 #ifde�
__USE_ATFILE


263 #i�de�
__USE_FILE_OFFSET64


264 

	$f���
 (
__fd
, cڡ *
__��ri�
 
__f�e
,

265 
��
 *
__��ri�
 
__buf
, 
__�ag
)

266 
__THROW
 
	`__n�nu�
 ((2, 3));

268 #ifde�
__USE_TIME_BITS64


269 #ifde�
__REDIRECT_NTH


270 

	`__REDIRECT_NTH
 (
f���
, (
__fd
, cڡ *
__��ri�
 
__f�e
,

271 
��
 *
__��ri�
 
__buf
,

272 
__�ag
),

273 
__f���64_time64
�
	`__n�nu�
 ((2, 3));

275 

	#f���
 
__f���64_time64


	)

278 #ifde�
__REDIRECT_NTH


279 

	`__REDIRECT_NTH
 (
f���
, (
__fd
, cڡ *
__��ri�
 
__f�e
,

280 
��
 *
__��ri�
 
__buf
,

281 
__�ag
),

282 
f���64
�
	`__n�nu�
 ((2, 3));

284 

	#f���
 
f���64


	)

289 #ifde�
__USE_LARGEFILE64


290 #i�de�
__USE_TIME_BITS64


291 

	$f���64
 (
__fd
, cڡ *
__��ri�
 
__f�e
,

292 
��64
 *
__��ri�
 
__buf
, 
__�ag
)

293 
__THROW
 
	`__n�nu�
 ((2, 3));

295 #ifde�
__REDIRECT_NTH


296 

	`__REDIRECT_NTH
 (
f���64
, (
__fd
,

297 cڡ *
__��ri�
 
__f�e
,

298 
��64
 *
__��ri�
 
__buf
,

299 
__�ag
),

300 
__f���64_time64
)

301 
	`__n�nu�
 ((2, 3));

303 

	#f���64
 
__f���64_time64


	)

309 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


310 #i�de�
__USE_FILE_OFFSET64


313 

	$l��
 (cڡ *
__��ri�
 
__f�e
,

314 
��
 *
__��ri�
 
__buf
�
__THROW
 
	`__n�nu�
 ((1, 2));

316 #ifde�
__USE_TIME_BITS64


317 #ifde�
__REDIRECT_NTH


318 

	`__REDIRECT_NTH
 (
l��
,

319 (cڡ *
__��ri�
 
__f�e
,

320 
��
 *
__��ri�
 
__buf
), 
__l��64_time64
)

321 
	`__n�nu�
 ((1, 2));

323 

	#l��
 
__l��64_time64


	)

326 #ifde�
__REDIRECT_NTH


327 

	`__REDIRECT_NTH
 (
l��
,

328 (cڡ *
__��ri�
 
__f�e
,

329 
��
 *
__��ri�
 
__buf
), 
l��64
)

330 
	`__n�nu�
 ((1, 2));

332 

	#l��
 
l��64


	)

336 #ifde�
__USE_LARGEFILE64


337 #i�de�
__USE_TIME_BITS64


338 

	$l��64
 (cڡ *
__��ri�
 
__f�e
,

339 
��64
 *
__��ri�
 
__buf
)

340 
__THROW
 
	`__n�nu�
 ((1, 2));

342 

	`__REDIRECT_NTH
 (
l��64
, (cڡ *
__��ri�
 
__f�e
,

343 
��64
 *
__��ri�
 
__buf
),

344 
__l��64_time64
)

345 
	`__n�nu�
 ((1, 2));

352 

	$chmod
 (cڡ *
__f�e
, 
__mode_t
 
__mode
)

353 
__THROW
 
	`__n�nu�
 ((1));

355 #ifde�
__USE_MISC


359 

	$lchmod
 (cڡ *
__f�e
, 
__mode_t
 
__mode
)

360 
__THROW
 
	`__n�nu�
 ((1));

364 #i�
def�ed
 
__USE_POSIX199309
 || def�ed 
__USE_XOPEN_EXTENDED


365 

	$fchmod
 (
__fd
, 
__mode_t
 
__mode
�
__THROW
;

368 #ifde�
__USE_ATFILE


371 

	$fchmod�
 (
__fd
, cڡ *
__f�e
, 
__mode_t
 
__mode
,

372 
__�ag
)

373 
__THROW
 
	`__n�nu�
 ((2)�
__wur
;

380 
__mode_t
 
	$umask
 (
__mode_t
 
__mask
�
__THROW
;

382 #ifdef 
__USE_GNU


385 
__mode_t
 
	$g�umask
 (�
__THROW
;

389 

	$mkd�
 (cڡ *
__�th
, 
__mode_t
 
__mode
)

390 
__THROW
 
	`__n�nu�
 ((1));

392 #ifde�
__USE_ATFILE


396 

	$mkd��
 (
__fd
, cڡ *
__�th
, 
__mode_t
 
__mode
)

397 
__THROW
 
	`__n�nu�
 ((2));

403 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


404 

	$mknod
 (cڡ *
__�th
, 
__mode_t
 
__mode
, 
__dev_t
 
__dev
)

405 
__THROW
 
	`__n�nu�
 ((1));

407 #ifde�
__USE_ATFILE


411 

	$mknod�
 (
__fd
, cڡ *
__�th
, 
__mode_t
 
__mode
,

412 
__dev_t
 
__dev
�
__THROW
 
	`__n�nu�
 ((2));

418 

	$mkfifo
 (cڡ *
__�th
, 
__mode_t
 
__mode
)

419 
__THROW
 
	`__n�nu�
 ((1));

421 #ifde�
__USE_ATFILE


425 

	$mkfif�t
 (
__fd
, cڡ *
__�th
, 
__mode_t
 
__mode
)

426 
__THROW
 
	`__n�nu�
 ((2));

429 #ifde�
__USE_ATFILE


430 #i�de�
__USE_TIME_BITS64


433 

	$utim��t
 (
__fd
, cڡ *
__�th
,

434 cڡ 
time�ec
 
__times
[2],

435 
__�ags
)

436 
__THROW
 
	`__n�nu�
 ((2));

438 #ifde�
__REDIRECT_NTH


439 

	`__REDIRECT_NTH
 (
utim��t
, (
fd
, cڡ *
__�th
,

440 cڡ 
time�ec
 
__times
[2],

441 
�ags
),

442 
__utim��t64
�
	`__n�nu�
 ((2));

444 

	#utim��t
 
__utim��t64


	)

449 #ifde�
__USE_XOPEN2K8


450 #i�de�
__USE_TIME_BITS64


452 

	$futim�s
 (
__fd
, cڡ 
time�ec
 
__times
[2]�
__THROW
;

455 #ifde�
__REDIRECT_NTH


456 

	`__REDIRECT_NTH
 (
futim�s
, (
fd
, cڡ 
time�ec
 
__times
[2]),

457 
__futim�s64
);

459 

	#futim�s
 
__futim�s64


	)

464 #ifde�
__USE_GNU


465 
	~<b�s/��x.h
>

468 
__END_DECLS


	@/usr/include/sys/swap.h

19 #i�de�
_SYS_SWAP_H


21 

	#_SYS_SWAP_H
 1

	)

22 
	~<�u�s.h
>

27 

	#SWAP_FLAG_PREFER
 0x8000

	)

28 

	#SWAP_FLAG_PRIO_MASK
 0x7fff

	)

29 

	#SWAP_FLAG_PRIO_SHIFT
 0

	)

30 

	#SWAP_FLAG_DISCARD
 0x10000

	)

32 
__BEGIN_DECLS


36 

	$sw��
 (cڡ *
__�th
, 
__�ags
�
__THROW
;

39 

	$sw�off
 (cڡ *
__�th
�
__THROW
;

41 
__END_DECLS


	@/usr/include/sys/sysinfo.h

18 #i�de�
_SYS_SYSINFO_H


19 

	#_SYS_SYSINFO_H
 1

	)

21 
	~<�u�s.h
>

24 
	~<l�ux/k��l.h
>

26 
__BEGIN_DECLS


29 

	$sys�fo
 (
sys�fo
 *
__�fo
�
__THROW
;

33 

	$g�_�rocs_c�f
 (�
__THROW
;

36 

	$g�_�rocs
 (�
__THROW
;

40 

	$g�_phys_�ges
 (�
__THROW
;

43 

	$g�_avphys_�ges
 (�
__THROW
;

45 
__END_DECLS


	@/usr/include/sys/syslog.h

32 #i�de�
_SYS_SYSLOG_H


33 

	#_SYS_SYSLOG_H
 1

	)

35 
	~<�u�s.h
>

36 

	#__�ed___va_li�


	)

37 
	~<�d�g.h
>

40 
	~<b�s/sy�og-�th.h
>

51 

	#LOG_EMERG
 0

	)

52 

	#LOG_ALERT
 1

	)

53 

	#LOG_CRIT
 2

	)

54 

	#LOG_ERR
 3

	)

55 

	#LOG_WARNING
 4

	)

56 

	#LOG_NOTICE
 5

	)

57 

	#LOG_INFO
 6

	)

58 

	#LOG_DEBUG
 7

	)

60 

	#LOG_PRIMASK
 0x07

	)

62 

	#LOG_PRI
(
p
�(��& 
LOG_PRIMASK
)

	)

63 

	#LOG_MAKEPRI
(
�c
, 
�i
�((�c�| (�i))

	)

65 #i�
def�ed
 
SYSLOG_NAMES
 && def�ed 
__USE_MISC


66 

	#INTERNAL_NOPRI
 0x10

	)

68 

	#INTERNAL_MARK
 
	`LOG_MAKEPRI
(
LOG_NFACILITIES
 << 3, 0)

	)

69 
	s_code
 {

70 *
	mc_�me
;

71 
	mc_v�
;

72 } 
	tCODE
;

74 
CODE
 
	g�iܙy�mes
[] =

76 { "��t", 
LOG_ALERT
 },

77 { "��", 
LOG_CRIT
 },

78 { "debug", 
LOG_DEBUG
 },

79 { "em�g", 
LOG_EMERG
 },

80 { "�r", 
LOG_ERR
 },

81 { "�r�", 
LOG_ERR
 },

82 { "�fo", 
LOG_INFO
 },

83 { "n�e", 
INTERNAL_NOPRI
 },

84 { "n�i�", 
LOG_NOTICE
 },

85 { "�nic", 
LOG_EMERG
 },

86 { "w�n", 
LOG_WARNING
 },

87 { "w�n�g", 
LOG_WARNING
 },

88 { 
NULL
, -1 }

93 

	#LOG_KERN
 (0<<3�

	)

94 

	#LOG_USER
 (1<<3�

	)

95 

	#LOG_MAIL
 (2<<3�

	)

96 

	#LOG_DAEMON
 (3<<3�

	)

97 

	#LOG_AUTH
 (4<<3�

	)

98 

	#LOG_SYSLOG
 (5<<3�

	)

99 

	#LOG_LPR
 (6<<3�

	)

100 

	#LOG_NEWS
 (7<<3�

	)

101 

	#LOG_UUCP
 (8<<3�

	)

102 

	#LOG_CRON
 (9<<3�

	)

103 

	#LOG_AUTHPRIV
 (10<<3�

	)

104 

	#LOG_FTP
 (11<<3�

	)

107 

	#LOG_LOCAL0
 (16<<3�

	)

108 

	#LOG_LOCAL1
 (17<<3�

	)

109 

	#LOG_LOCAL2
 (18<<3�

	)

110 

	#LOG_LOCAL3
 (19<<3�

	)

111 

	#LOG_LOCAL4
 (20<<3�

	)

112 

	#LOG_LOCAL5
 (21<<3�

	)

113 

	#LOG_LOCAL6
 (22<<3�

	)

114 

	#LOG_LOCAL7
 (23<<3�

	)

116 

	#LOG_NFACILITIES
 24

	)

117 

	#LOG_FACMASK
 0x03f8

	)

119 

	#LOG_FAC
(
p
�((��& 
LOG_FACMASK
�>> 3)

	)

121 #i�
def�ed
 
SYSLOG_NAMES
 && def�ed 
__USE_MISC


122 
CODE
 
	g�c��y�mes
[] =

124 { "auth", 
LOG_AUTH
 },

125 { "auth�iv", 
LOG_AUTHPRIV
 },

126 { "��", 
LOG_CRON
 },

127 { "d�m�", 
LOG_DAEMON
 },

128 { "�p", 
LOG_FTP
 },

129 { "k�n", 
LOG_KERN
 },

130 { "�r", 
LOG_LPR
 },

131 { "ma�", 
LOG_MAIL
 },

132 { "m�k", 
INTERNAL_MARK
 },

133 { "�ws", 
LOG_NEWS
 },

134 { "�cur�y", 
LOG_AUTH
 },

135 { "sy�og", 
LOG_SYSLOG
 },

136 { "u�r", 
LOG_USER
 },

137 { "uu�", 
LOG_UUCP
 },

138 { "lo�l0", 
LOG_LOCAL0
 },

139 { "lo�l1", 
LOG_LOCAL1
 },

140 { "lo�l2", 
LOG_LOCAL2
 },

141 { "lo�l3", 
LOG_LOCAL3
 },

142 { "lo�l4", 
LOG_LOCAL4
 },

143 { "lo�l5", 
LOG_LOCAL5
 },

144 { "lo�l6", 
LOG_LOCAL6
 },

145 { "lo�l7", 
LOG_LOCAL7
 },

146 { 
NULL
, -1 }

153 

	#LOG_MASK
(
�i
�(1 << (�i)�

	)

154 

	#LOG_UPTO
(
�i
�((1 << (�ri)+1)�- 1�

	)

162 

	#LOG_PID
 0x01

	)

163 

	#LOG_CONS
 0x02

	)

164 

	#LOG_ODELAY
 0x04

	)

165 

	#LOG_NDELAY
 0x08

	)

166 

	#LOG_NOWAIT
 0x10

	)

167 

	#LOG_PERROR
 0x20

	)

169 
__BEGIN_DECLS


175 

�o�log
 ();

181 

ݒlog
 (cڡ *
__id�t
, 
__�ti�
, 
__�c��y
);

184 

	$��ogmask
 (
__mask
�
__THROW
;

190 

	$sy�og
 (
__�i
, cڡ *
__fmt
, ...)

191 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 3)));

193 #ifde�
__USE_MISC


200 

	$vsy�og
 (
__�i
, cڡ *
__fmt
, 
__gnuc_va_li�
 
__�
)

201 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 0)));

206 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


207 
	~<b�s/sy�og.h
>

209 
	~<b�s/�ߊ.h
>

210 #i�
def�ed
 
__LDBL_COMPAT
 || 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

211 
	~<b�s/sy�og-ldbl.h
>

215 
__END_DECLS


	@/usr/include/sys/time.h

18 #i�de�
_SYS_TIME_H


19 

	#_SYS_TIME_H
 1

	)

21 
	~<�u�s.h
>

23 
	~<b�s/ty�s.h
>

24 
	~<b�s/ty�s/time_t.h
>

25 
	~<b�s/ty�s/�ru�_timev�.h
>

27 #i�de�
__su�c�ds_t_def�ed


28 
__su�c�ds_t
 
	tsu�c�ds_t
;

29 

	#__su�c�ds_t_def�ed


	)

32 
	~<sys/���.h
>

34 
	g__BEGIN_DECLS


36 #ifde�
__USE_GNU


38 

	#TIMEVAL_TO_TIMESPEC
(
tv
, 
ts
) { \

39 (
ts
)->
tv_�c
 = (
tv
)->tv_sec; \

40 (
ts
)->
tv_n�c
 = (
tv
)->
tv_u�c
 * 1000; \

41 }

	)

42 

	#TIMESPEC_TO_TIMEVAL
(
tv
, 
ts
) { \

43 (
tv
)->
tv_�c
 = (
ts
)->tv_sec; \

44 (
tv
)->
tv_u�c
 = (
ts
)->
tv_n�c
 / 1000; \

45 }

	)

49 #ifde�
__USE_MISC


52 
	stimez�e


54 
	mtz_m�u�swe�
;

55 
	mtz_d�time
;

66 #i�de�
__USE_TIME_BITS64


67 

	$g�timeofday
 (
timev�
 *
__��ri�
 
__tv
,

68 *
__��ri�
 
__tz
�
__THROW
 
	`__n�nu�
 ((1));

70 #ifde�
__REDIRECT_NTH


71 

	`__REDIRECT_NTH
 (
g�timeofday
, (
timev�
 *
__��ri�
 
__tv
,

72 *
__��ri�
 
__tz
),

73 
__g�timeofday64
�
	`__n�nu�
 ((1));

75 

	#g�timeofday
 
__g�timeofday64


	)

79 #ifde�
__USE_MISC


80 #i�de�
__USE_TIME_BITS64


86 

	$��imeofday
 (cڡ 
timev�
 *
__tv
,

87 cڡ 
timez�e
 *
__tz
)

88 
__THROW
;

94 

	$adjtime
 (cڡ 
timev�
 *
__d��
,

95 
timev�
 *
__�dd��
�
__THROW
;

97 #ifde�
__REDIRECT_NTH


98 

	`__REDIRECT_NTH
 (
��imeofday
, (cڡ 
timev�
 *
__tv
,

99 cڡ 
timez�e
 *
__tz
),

100 
__��imeofday64
);

102 

	`__REDIRECT_NTH
 (
adjtime
, (cڡ 
timev�
 *
__d��
,

103 
timev�
 *
__�dd��
),

104 
__adjtime64
);

106 

	#��imeofday
 
__��imeofday64


	)

107 

	#adjtime
 
__adjtime64


	)

114 
	e__�im�_which


117 
ITIMER_REAL
 = 0,

118 

	#ITIMER_REAL
 
ITIMER_REAL


	)

120 
ITIMER_VIRTUAL
 = 1,

121 

	#ITIMER_VIRTUAL
 
ITIMER_VIRTUAL


	)

124 
ITIMER_PROF
 = 2

125 

	#ITIMER_PROF
 
ITIMER_PROF


	)

130 
	s�im�v�


133 
timev�
 
�_��rv�
;

135 
timev�
 
�_v�ue
;

138 #i�
def�ed
 
__USE_GNU
 && !def�ed 
__�lu�lus


141 
__�im�_which
 
	t__�im�_which_t
;

143 
	t__�im�_which_t
;

146 #i�de�
__USE_TIME_BITS64


149 

	$g��im�
 (
__�im�_which_t
 
__which
,

150 
�im�v�
 *
__v�ue
�
__THROW
;

155 

	$�t�im�
 (
__�im�_which_t
 
__which
,

156 cڡ 
�im�v�
 *
__��ri�
 
__�w
,

157 
�im�v�
 *
__��ri�
 
__�d
�
__THROW
;

162 

	$utimes
 (cڡ *
__f�e
, cڡ 
timev�
 
__tvp
[2])

163 
__THROW
 
	`__n�nu�
 ((1));

166 #ifde�
__REDIRECT_NTH


167 

	`__REDIRECT_NTH
 (
g��im�
, (
__�im�_which_t
 
__which
,

168 
�im�v�
 *
__v�ue
),

169 
__g��im�64
);

171 

	`__REDIRECT_NTH
 (
�t�im�
, (
__�im�_which_t
 
__which
,

172 cڡ 
�im�v�
 *
__��ri�
 
__�w
,

173 
�im�v�
 *
__��ri�
 
__�d
),

174 
__�t�im�64
);

176 

	`__REDIRECT_NTH
 (
utimes
, (cڡ *
__f�e
,

177 cڡ 
timev�
 
__tvp
[2]),

178 
__utimes64
�
	`__n�nu�
 ((1));

180 

	#g��im�
 
__g��im�64


	)

181 

	#�t�im�
 
__�t�im�64


	)

182 

	#utimes
 
__utimes64


	)

186 #ifde�
__USE_MISC


187 #i�de�
__USE_TIME_BITS64


189 

	$lutimes
 (cڡ *
__f�e
, cڡ 
timev�
 
__tvp
[2])

190 
__THROW
 
	`__n�nu�
 ((1));

193 

	$futimes
 (
__fd
, cڡ 
timev�
 
__tvp
[2]�
__THROW
;

195 #ifde�
__REDIRECT_NTH


196 

	`__REDIRECT_NTH
 (
lutimes
, (cڡ *
__f�e
,

197 cڡ 
timev�
 
__tvp
[2]),

198 
__lutimes64
�
	`__n�nu�
 ((1));

200 

	`__REDIRECT_NTH
 (
futimes
, (
__fd
, cڡ 
timev�
 
__tvp
[2]),

201 
__futimes64
);

203 

	#lutimes
 
__lutimes64


	)

204 

	#futimes
 
__futimes64


	)

209 #ifde�
__USE_GNU


210 #i�de�
__USE_TIME_BITS64


214 

	$futime�t
 (
__fd
, cڡ *
__f�e
,

215 cڡ 
timev�
 
__tvp
[2]�
__THROW
;

217 #ifde�
__REDIRECT_NTH


218 

	`__REDIRECT_NTH
 (
futime�t
, (
__fd
, cڡ *
__f�e
,

219 cڡ 
timev�
 
__tvp
[2]),

220 
__futime�t64
);

222 

	#futime�t
 
__futime�t64


	)

228 #ifde�
__USE_MISC


231 

	#tim�is�t
(
tvp
�(�vp)->
tv_�c
 || (tvp)->
tv_u�c
)

	)

232 

	#tim���r
(
tvp
�(�vp)->
tv_�c
 = (tvp)->
tv_u�c
 = 0)

	)

233 

	#tim�cmp
(
a
, 
b
, 
CMP
) \

234 (((
a
)->
tv_�c
 =�(
b
)->tv_sec) \

235 ? ((
a
)->
tv_u�c
 
	`CMP
 (
b
)->tv_usec) \

236 : ((
a
)->
tv_�c
 
	`CMP
 (
b
)->tv_�c))

	)

237 

	#tim�add
(
a
, 
b
, 
�su�
) \

239 (
�su�
)->
tv_�c
 = (
a
)->tv_��+ (
b
)->tv_sec; \

240 (
�su�
)->
tv_u�c
 = (
a
)->tv_u��+ (
b
)->tv_usec; \

241 i�((
�su�
)->
tv_u�c
 >= 1000000) \

243 ++(
�su�
)->
tv_�c
; \

244 (
�su�
)->
tv_u�c
 -= 1000000; \

246 
	}
} 0)

	)

247 

	#tim�sub
(
a
, 
b
, 
�su�
) \

249 (
�su�
)->
tv_�c
 = (
a
)->tv_��- (
b
)->tv_sec; \

250 (
�su�
)->
tv_u�c
 = (
a
)->tv_u��- (
b
)->tv_usec; \

251 i�((
�su�
)->
tv_u�c
 < 0) { \

252 --(
�su�
)->
tv_�c
; \

253 (
�su�
)->
tv_u�c
 += 1000000; \

255 } 0)

	)

258 
	g__END_DECLS


	@/usr/include/sys/types.h

22 #i�def 
_SYS_TYPES_H


23 

	#_SYS_TYPES_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


29 
	~<b�s/ty�s.h
>

31 #ifdef 
__USE_MISC


32 #i�de�
__u_ch�_def�ed


33 
__u_ch�
 
	tu_ch�
;

34 
__u_sh�t
 
	tu_sh�t
;

35 
__u_�t
 
	tu_�t
;

36 
__u_l�g
 
	tu_l�g
;

37 
__quad_t
 
	tquad_t
;

38 
__u_quad_t
 
	tu_quad_t
;

39 
__fsid_t
 
	tfsid_t
;

40 

	#__u_ch�_def�ed


	)

42 
__loff_t
 
	tloff_t
;

45 #i�de�
__�o_t_def�ed


46 #i�de�
__USE_FILE_OFFSET64


47 
__�o_t
 
	t�o_t
;

49 
__�o64_t
 
	t�o_t
;

51 

	#__�o_t_def�ed


	)

53 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__�o64_t_def�ed


54 
__�o64_t
 
	t�o64_t
;

55 

	#__�o64_t_def�ed


	)

58 #i�de�
__dev_t_def�ed


59 
__dev_t
 
	tdev_t
;

60 

	#__dev_t_def�ed


	)

63 #i�de�
__gid_t_def�ed


64 
__gid_t
 
	tgid_t
;

65 

	#__gid_t_def�ed


	)

68 #i�de�
__mode_t_def�ed


69 
__mode_t
 
	tmode_t
;

70 

	#__mode_t_def�ed


	)

73 #i�de�
__ƚk_t_def�ed


74 
__ƚk_t
 
	tƚk_t
;

75 

	#__ƚk_t_def�ed


	)

78 #i�de�
__uid_t_def�ed


79 
__uid_t
 
	tuid_t
;

80 

	#__uid_t_def�ed


	)

83 #i�de�
__off_t_def�ed


84 #i�de�
__USE_FILE_OFFSET64


85 
__off_t
 
	toff_t
;

87 
__off64_t
 
	toff_t
;

89 

	#__off_t_def�ed


	)

91 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__off64_t_def�ed


92 
__off64_t
 
	toff64_t
;

93 

	#__off64_t_def�ed


	)

96 #i�de�
__pid_t_def�ed


97 
__pid_t
 
	tpid_t
;

98 

	#__pid_t_def�ed


	)

101 #i�(
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8
) \

102 && !
def�ed
 
__id_t_def�ed


103 
__id_t
 
	tid_t
;

104 

	#__id_t_def�ed


	)

107 #i�de�
__ssize_t_def�ed


108 
__ssize_t
 
	tssize_t
;

109 

	#__ssize_t_def�ed


	)

112 #ifdef 
__USE_MISC


113 #i�de�
__daddr_t_def�ed


114 
__daddr_t
 
	tdaddr_t
;

115 
__�ddr_t
 
	t�ddr_t
;

116 

	#__daddr_t_def�ed


	)

120 #i�(
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN
�&& !def�ed 
__key_t_def�ed


121 
__key_t
 
	tkey_t
;

122 

	#__key_t_def�ed


	)

125 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


126 
	~<b�s/ty�s/�ock_t.h
>

128 
	~<b�s/ty�s/�ockid_t.h
>

129 
	~<b�s/ty�s/time_t.h
>

130 
	~<b�s/ty�s/tim�_t.h
>

132 #ifde�
__USE_XOPEN


133 #i�de�
__u�c�ds_t_def�ed


134 
__u�c�ds_t
 
	tu�c�ds_t
;

135 

	#__u�c�ds_t_def�ed


	)

137 #i�de�
__su�c�ds_t_def�ed


138 
__su�c�ds_t
 
	tsu�c�ds_t
;

139 

	#__su�c�ds_t_def�ed


	)

143 

	#__�ed_size_t


	)

144 
	~<�ddef.h
>

146 #ifde�
__USE_MISC


148 
	tul�g
;

149 
	tush�t
;

150 
	tu�t
;

155 
	~<b�s/�d�t-��.h
>

158 
__u�t8_t
 
	tu_�t8_t
;

159 
__u�t16_t
 
	tu_�t16_t
;

160 
__u�t32_t
 
	tu_�t32_t
;

161 
__u�t64_t
 
	tu_�t64_t
;

163 #i�
__GNUC_PREREQ
 (2, 7)

164 
	t�gi��_t
 
	t__��ibu�__
 ((
	t__mode__
 (
	t__w�d__
)));

166 
	t�gi��_t
;

171 

	#__BIT_TYPES_DEFINED__
 1

	)

174 #ifdef 
__USE_MISC


176 
	~<�d�n.h
>

179 
	~<sys/���.h
>

183 #i�(
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8
) \

184 && !
def�ed
 
__blksize_t_def�ed


185 
__blksize_t
 
	tblksize_t
;

186 

	#__blksize_t_def�ed


	)

190 #i�de�
__USE_FILE_OFFSET64


191 #i�de�
__blk�t_t_def�ed


192 
__blk�t_t
 
	tblk�t_t
;

193 

	#__blk�t_t_def�ed


	)

195 #i�de�
__fsblk�t_t_def�ed


196 
__fsblk�t_t
 
	tfsblk�t_t
;

197 

	#__fsblk�t_t_def�ed


	)

199 #i�de�
__fsf��t_t_def�ed


200 
__fsf��t_t
 
	tfsf��t_t
;

201 

	#__fsf��t_t_def�ed


	)

204 #i�de�
__blk�t_t_def�ed


205 
__blk�t64_t
 
	tblk�t_t
;

206 

	#__blk�t_t_def�ed


	)

208 #i�de�
__fsblk�t_t_def�ed


209 
__fsblk�t64_t
 
	tfsblk�t_t
;

210 

	#__fsblk�t_t_def�ed


	)

212 #i�de�
__fsf��t_t_def�ed


213 
__fsf��t64_t
 
	tfsf��t_t
;

214 

	#__fsf��t_t_def�ed


	)

218 #ifde�
__USE_LARGEFILE64


219 
__blk�t64_t
 
	tblk�t64_t
;

220 
__fsblk�t64_t
 
	tfsblk�t64_t
;

221 
__fsf��t64_t
 
	tfsf��t64_t
;

226 #i�
def�ed
 
__USE_POSIX199506
 || def�ed 
__USE_UNIX98


227 
	~<b�s/�h�adty�s.h
>

230 
	g__END_DECLS


	@/usr/include/sys/utsname.h

22 #i�def 
_SYS_UTSNAME_H


23 

	#_SYS_UTSNAME_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


29 
	~<b�s/ut�ame.h
>

31 #i�de�
_UTSNAME_SYSNAME_LENGTH


32 

	#_UTSNAME_SYSNAME_LENGTH
 
_UTSNAME_LENGTH


	)

34 #i�de�
_UTSNAME_NODENAME_LENGTH


35 

	#_UTSNAME_NODENAME_LENGTH
 
_UTSNAME_LENGTH


	)

37 #i�de�
_UTSNAME_RELEASE_LENGTH


38 

	#_UTSNAME_RELEASE_LENGTH
 
_UTSNAME_LENGTH


	)

40 #i�de�
_UTSNAME_VERSION_LENGTH


41 

	#_UTSNAME_VERSION_LENGTH
 
_UTSNAME_LENGTH


	)

43 #i�de�
_UTSNAME_MACHINE_LENGTH


44 

	#_UTSNAME_MACHINE_LENGTH
 
_UTSNAME_LENGTH


	)

48 
	sut�ame


51 
	msy�ame
[
_UTSNAME_SYSNAME_LENGTH
];

54 
	mnod�ame
[
_UTSNAME_NODENAME_LENGTH
];

57 
	m��a�
[
_UTSNAME_RELEASE_LENGTH
];

59 
	mv�si�
[
_UTSNAME_VERSION_LENGTH
];

62 
	mmach�e
[
_UTSNAME_MACHINE_LENGTH
];

64 #i�
_UTSNAME_DOMAIN_LENGTH
 - 0

66 #ifde�
__USE_GNU


67 
	mdoma��me
[
_UTSNAME_DOMAIN_LENGTH
];

69 
	m__doma��me
[
_UTSNAME_DOMAIN_LENGTH
];

74 #ifde�
__USE_MISC


76 

	#SYS_NMLN
 
_UTSNAME_LENGTH


	)

81 

	$u�me
 (
ut�ame
 *
__�me
�
__THROW
;

84 
__END_DECLS


	@/usr/include/sys/wait.h

22 #i�def 
_SYS_WAIT_H


23 

	#_SYS_WAIT_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


29 
	~<b�s/ty�s.h
>

30 #i�de�
__pid_t_def�ed


31 
__pid_t
 
	tpid_t
;

32 

	#__pid_t_def�ed


	)

35 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


36 
	~<sig�l.h
>

39 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8


42 
	~<b�s/ty�s/�ru�_ru�ge.h
>

46 #i�!
def�ed
 
_STDLIB_H
 || (!def�ed 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K8
)

49 
	~<b�s/wa��ags.h
>

52 
	~<b�s/wa���us.h
>

54 

	#WEXITSTATUS
(
��us
�
	`__WEXITSTATUS
 (��us)

	)

55 

	#WTERMSIG
(
��us
�
	`__WTERMSIG
 (��us)

	)

56 

	#WSTOPSIG
(
��us
�
	`__WSTOPSIG
 (��us)

	)

57 

	#WIFEXITED
(
��us
�
	`__WIFEXITED
 (��us)

	)

58 

	#WIFSIGNALED
(
��us
�
	`__WIFSIGNALED
 (��us)

	)

59 

	#WIFSTOPPED
(
��us
�
	`__WIFSTOPPED
 (��us)

	)

60 #ifde�
__WIFCONTINUED


61 

	#WIFCONTINUED
(
��us
�
	`__WIFCONTINUED
 (��us)

	)

65 #ifdef 
__USE_MISC


66 

	#WCOREFLAG
 
__WCOREFLAG


	)

67 

	#WCOREDUMP
(
��us
�
	`__WCOREDUMP
 (��us)

	)

68 

	#W_EXITCODE
(
�t
, 
sig
�
	`__W_EXITCODE
 (�t, sig)

	)

69 

	#W_STOPCODE
(
sig
�
	`__W_STOPCODE
 (sig)

	)

73 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


74 
	~<b�s/ty�s/idty�_t.h
>

83 
__pid_t
 
wa�
 (*
__��_loc
);

85 #ifdef 
__USE_MISC


87 

	#WAIT_ANY
 (-1�

	)

88 

	#WAIT_MYPGRP
 0

	)

106 
__pid_t
 
wa�pid
 (__pid_�
__pid
, *
__��_loc
, 
__�ti�s
);

108 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


109 #i�de�
__id_t_def�ed


110 
__id_t
 
	tid_t
;

111 

	#__id_t_def�ed


	)

114 
	~<b�s/ty�s/sig�fo_t.h
>

127 

wa�id
 (
idty�_t
 
__idty�
, 
__id_t
 
__id
, 
sig�fo_t
 *
__�f�
,

128 
__�ti�s
);

131 #i�
def�ed
 
__USE_MISC
 \

132 || (
def�ed
 
	g__USE_XOPEN_EXTENDED
 && !def�ed 
	g__USE_XOPEN2K
)

135 
	gru�ge
;

142 #i�de�
__USE_TIME_BITS64


143 
__pid_t
 
	$wa�3
 (*
__��_loc
, 
__�ti�s
,

144 
ru�ge
 * 
__u�ge
�
__THROWNL
;

146 #ifde�
__REDIRECT_NTHNL


147 
__pid_t
 
	`__REDIRECT_NTHNL
 (
wa�3
, (*
__��_loc
, 
__�ti�s
,

148 
ru�ge
 * 
__u�ge
),

149 
__wa�3_time64
);

151 

	#wa�3
 
__wa�3_time64


	)

156 #ifde�
__USE_MISC


157 #i�de�
__USE_TIME_BITS64


159 
__pid_t
 
	$wa�4
 (
__pid_t
 
__pid
, *
__��_loc
, 
__�ti�s
,

160 
ru�ge
 *
__u�ge
�
__THROWNL
;

162 #ifde�
__REDIRECT_NTHNL


163 
__pid_t
 
	`__REDIRECT_NTHNL
 (
wa�4
, (__pid_�
__pid
, *
__��_loc
,

164 
__�ti�s
, 
ru�ge
 *
__u�ge
),

165 
__wa�4_time64
);

167 

	#wa�4
 
__wa�4_time64


	)

173 
__END_DECLS


	@/usr/include/time.h

22 #i�def 
_TIME_H


23 

	#_TIME_H
 1

	)

25 
	~<�u�s.h
>

27 

	#__�ed_size_t


	)

28 

	#__�ed_NULL


	)

29 
	~<�ddef.h
>

33 
	~<b�s/time.h
>

37 
	~<b�s/ty�s/�ock_t.h
>

38 
	~<b�s/ty�s/time_t.h
>

39 
	~<b�s/ty�s/�ru�_tm.h
>

41 #i�
def�ed
 
__USE_POSIX199309
 || def�ed 
__USE_ISOC11


42 
	~<b�s/ty�s/�ru�_time�ec.h
>

45 #ifde�
__USE_POSIX199309


46 
	~<b�s/ty�s/�ockid_t.h
>

47 
	~<b�s/ty�s/tim�_t.h
>

48 
	~<b�s/ty�s/�ru�_�im��ec.h
>

49 
	gsigev�t
;

52 #ifde�
__USE_XOPEN2K


53 #i�de�
__pid_t_def�ed


54 
__pid_t
 
	tpid_t
;

55 

	#__pid_t_def�ed


	)

59 #ifde�
__USE_XOPEN2K8


60 
	~<b�s/ty�s/lo��_t.h
>

63 #ifde�
__USE_ISOC11


65 

	#TIME_UTC
 1

	)

68 
__BEGIN_DECLS


72 
�ock_t
 
	$�ock
 (�
__THROW
;

74 #i�de�
__USE_TIME_BITS64


76 
time_t
 
	$time
 (
time_t
 *
__tim�
�
__THROW
;

79 

	$dif�ime
 (
time_t
 
__time1
,�ime_�
__time0
)

80 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

83 
time_t
 
	$mktime
 (
tm
 *
__�
�
__THROW
;

85 #ifde�
__REDIRECT_NTH


86 
time_t
 
	`__REDIRECT_NTH
 (
time
, (time_�*
__tim�
), 
__time64
);

87 

	`__REDIRECT_NTH
 (
dif�ime
, (
time_t
 
__time1
,�ime_�
__time0
),

88 
__dif�ime64
�
	`__��ibu�__
 ((
__cڡ__
));

89 
time_t
 
	`__REDIRECT_NTH
 (
mktime
, (
tm
 *
__�
), 
__mktime64
);

91 

	#time
 
__time64


	)

92 

	#dif�ime
 
__dif�ime64


	)

93 

	#mktime
 
__mktime64


	)

100 
size_t
 
	$�r�ime
 (*
__��ri�
 
__s
, 
size_t
 
__maxsize
,

101 cڡ *
__��ri�
 
__f�m�
,

102 cڡ 
tm
 *
__��ri�
 
__�
)

103 
__THROW
 
	`__n�nu�
((1, 3, 4));

105 #ifde�
__USE_XOPEN


108 
*
	$��time
 (cڡ *
__��ri�
 
__s
,

109 cڡ *
__��ri�
 
__fmt
, 
tm
 *
__�
)

110 
__THROW
;

113 #ifde�
__USE_XOPEN2K8


117 
size_t
 
	$�r�ime_l
 (*
__��ri�
 
__s
, 
size_t
 
__maxsize
,

118 cڡ *
__��ri�
 
__f�m�
,

119 cڡ 
tm
 *
__��ri�
 
__�
,

120 
lo��_t
 
__loc
�
__THROW
;

123 #ifde�
__USE_GNU


124 
*
	$��time_l
 (cڡ *
__��ri�
 
__s
,

125 cڡ *
__��ri�
 
__fmt
, 
tm
 *
__�
,

126 
lo��_t
 
__loc
�
__THROW
;

130 #i�de�
__USE_TIME_BITS64


133 

tm
 *
	$gmtime
 (cڡ 
time_t
 *
__tim�
�
__THROW
;

137 

tm
 *
	$lo��ime
 (cڡ 
time_t
 *
__tim�
�
__THROW
;

140 #ifde�
__REDIRECT_NTH


141 

tm
*
	`__REDIRECT_NTH
 (
gmtime
, (cڡ 
time_t
 *
__tim�
), 
__gmtime64
);

142 

tm
 *
	`__REDIRECT_NTH
 (
lo��ime
, (cڡ 
time_t
 *
__tim�
),

143 
__lo��ime64
);

145 

	#gmtime
 
__gmtime64


	)

146 

	#lo��ime
 
__lo��ime64


	)

151 #i�
def�ed
 
__USE_POSIX
 || 
	`__GLIBC_USE
 (
ISOC2X
)

152 #i�de�
__USE_TIME_BITS64


155 

tm
 *
	$gmtime_r
 (cڡ 
time_t
 *
__��ri�
 
__tim�
,

156 
tm
 *
__��ri�
 
__�
�
__THROW
;

160 

tm
 *
	$lo��ime_r
 (cڡ 
time_t
 *
__��ri�
 
__tim�
,

161 
tm
 *
__��ri�
 
__�
�
__THROW
;

163 #ifde�
__REDIRECT_NTH


164 

tm
*
	`__REDIRECT_NTH
 (
gmtime_r
, (cڡ 
time_t
 *
__��ri�
 
__tim�
,

165 
tm
 *
__��ri�
 
__�
),

166 
__gmtime64_r
);

168 

tm
*
	`__REDIRECT_NTH
 (
lo��ime_r
, (cڡ 
time_t
 *
__��ri�
 
__t
,

169 
tm
 *
__��ri�
 
__�
),

170 
__lo��ime64_r
);

172 

	#gmtime_r
 
__gmtime64_r


	)

173 

	#lo��ime_r
 
__lo��ime_r


	)

180 
*
	$as�ime
 (cڡ 
tm
 *
__�
�
__THROW
;

183 #i�de�
__USE_TIME_BITS64


184 
*
	$�ime
 (cڡ 
time_t
 *
__tim�
�
__THROW
;

186 #ifde�
__REDIRECT_NTH


187 
*
	`__REDIRECT_NTH
 (
�ime
, (cڡ 
time_t
 *
__tim�
), 
__�ime64
);

189 

	#�ime
 
__�ime64


	)

193 #ifde�
__USE_POSIX


198 
*
	$as�ime_r
 (cڡ 
tm
 *
__��ri�
 
__�
,

199 *
__��ri�
 
__buf
�
__THROW
;

202 #i�de�
__USE_TIME_BITS64


203 
*
	$�ime_r
 (cڡ 
time_t
 *
__��ri�
 
__tim�
,

204 *
__��ri�
 
__buf
�
__THROW
;

206 #ifde�
__REDIRECT_NTH


207 
*
	`__REDIRECT_NTH
 (
�ime_r
, (cڡ 
time_t
 *
__��ri�
 
__tim�
,

208 *
__��ri�
 
__buf
), 
__�ime64_r
);

210 

	#�ime_r
 
__�ime64_r


	)

218 
*
__tz�me
[2];

219 

__daylight
;

220 

__timez�e
;

223 #ifdef 
__USE_POSIX


225 
*
tz�me
[2];

229 

	$tz�t
 (�
__THROW
;

232 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


233 

daylight
;

234 

timez�e
;

240 

	#__i��p
(
y�r
) \

241 ((
y�r
�% 4 =�0 && ((y�r�% 100 !�0 || (y�r�% 400 =�0))

	)

244 #i�
def�ed
 
__USE_MISC
 || 
	`__GLIBC_USE
 (
ISOC2X
)

245 #i�de�
__USE_TIME_BITS64


247 
time_t
 
	$timegm
 (
tm
 *
__�
�
__THROW
;

249 #ifde�
__REDIRECT_NTH


250 
time_t
 
	`__REDIRECT_NTH
 (
timegm
, (
tm
 *
__�
), 
__timegm64
);

252 

	#timegm
 
__timegm64


	)

258 #ifde�
__USE_MISC


262 #i�de�
__USE_TIME_BITS64


264 
time_t
 
	$tim�o�l
 (
tm
 *
__�
�
__THROW
;

266 #ifde�
__REDIRECT_NTH


267 
time_t
 
	`__REDIRECT_NTH
 (
tim�o�l
, (
tm
 *
__�
), 
__mktime64
);

272 

	$dysize
 (
__y�r
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

276 #ifde�
__USE_POSIX199309


277 #i�de�
__USE_TIME_BITS64


282 

	`�no��p
 (cڡ 
time�ec
 *
__�que�ed_time
,

283 
time�ec
 *
__�ma��g
);

286 

	$�ock_g��s
 (
�ockid_t
 
__�ock_id
, 
time�ec
 *
__�s
�
__THROW
;

289 

	$�ock_g�time
 (
�ockid_t
 
__�ock_id
, 
time�ec
 *
__�
)

290 
__THROW
 
	`__n�nu�
((2));

293 

	$�ock_��ime
 (
�ockid_t
 
__�ock_id
, cڡ 
time�ec
 *
__�
)

294 
__THROW
 
	`__n�nu�
((2));

296 #ifde�
__REDIRECT


297 

	`__REDIRECT
 (
�no��p
, (cڡ 
time�ec
 *
__�que�ed_time
,

298 
time�ec
 *
__�ma��g
),

299 
__�no��p64
);

300 

	`__REDIRECT_NTH
 (
�ock_g��s
, (
�ockid_t
 
__�ock_id
,

301 
time�ec
 *
__�s
),

302 
__�ock_g��s64
);

303 

	`__REDIRECT_NTH
 (
�ock_g�time
, (
�ockid_t
 
__�ock_id
, 

304 
time�ec
 *
__�
), 
__�ock_g�time64
)

305 
	`__n�nu�
((2));

306 

	`__REDIRECT_NTH
 (
�ock_��ime
, (
�ockid_t
 
__�ock_id
, const 

307 
time�ec
 *
__�
), 
__�ock_��ime64
)

308 
	`__n�nu�
((2));

310 

	#�no��p
 
__�no��p64


	)

311 

	#�ock_g��s
 
__�ock_g��s64


	)

312 

	#�ock_g�time
 
__�ock_g�time64


	)

313 

	#�ock_��ime
 
__�ock_��ime64


	)

318 #ifde�
__USE_XOPEN2K


323 #i�de�
__USE_TIME_BITS64


324 

	`�ock_�no��p
 (
�ockid_t
 
__�ock_id
, 
__�ags
,

325 cڡ 
time�ec
 *
__�q
,

326 
time�ec
 *
__�m
);

328 #ifde�
__REDIRECT


329 

	`__REDIRECT
 (
�ock_�no��p
, (
�ockid_t
 
__�ock_id
, 
__�ags
,

330 cڡ 
time�ec
 *
__�q
,

331 
time�ec
 *
__�m
),

332 
__�ock_�no��p_time64
);

334 

	#�ock_�no��p
 
__�ock_�no��p_time64


	)

339 

	$�ock_g��u�ockid
 (
pid_t
 
__pid
, 
�ockid_t
 *
__�ock_id
�
__THROW
;

344 

	$tim�_���
 (
�ockid_t
 
__�ock_id
,

345 
sigev�t
 *
__��ri�
 
__evp
,

346 
tim�_t
 *
__��ri�
 
__tim�id
�
__THROW
;

349 

	$tim�_d��e
 (
tim�_t
 
__tim�id
�
__THROW
;

352 #i�de�
__USE_TIME_BITS64


353 

	$tim�_��ime
 (
tim�_t
 
__tim�id
, 
__�ags
,

354 cڡ 
�im��ec
 *
__��ri�
 
__v�ue
,

355 
�im��ec
 *
__��ri�
 
__ov�ue
�
__THROW
;

358 

	$tim�_g�time
 (
tim�_t
 
__tim�id
, 
�im��ec
 *
__v�ue
)

359 
__THROW
;

361 #ifde�
__REDIRECT_NTH


362 

	`__REDIRECT_NTH
 (
tim�_��ime
, (
tim�_t
 
__tim�id
, 
__�ags
,

363 cڡ 
�im��ec
 *
__��ri�
 
__v�ue
,

364 
�im��ec
 *
__��ri�
 
__ov�ue
),

365 
__tim�_��ime64
);

367 

	`__REDIRECT_NTH
 (
tim�_g�time
, (
tim�_t
 
__tim�id
,

368 
�im��ec
 *
__v�ue
),

369 
__tim�_g�time64
);

371 

	#tim�_��ime
 
__tim�_��ime64


	)

372 

	#tim�_g�time
 
__tim�_g�time64


	)

377 

	$tim�_g�ov�run
 (
tim�_t
 
__tim�id
�
__THROW
;

381 #ifde�
__USE_ISOC11


382 #i�de�
__USE_TIME_BITS64


384 

	$time�ec_g�
 (
time�ec
 *
__ts
, 
__ba�
)

385 
__THROW
 
	`__n�nu�
 ((1));

387 #ifde�
__REDIRECT_NTH


388 

	`__REDIRECT_NTH
 (
time�ec_g�
, (
time�ec
 *
__ts
, 
__ba�
),

389 
__time�ec_g�64
�
	`__n�nu�
 ((1));

391 

	#time�ec_g�
 
__time�ec_g�64


	)

397 #i�
	`__GLIBC_USE
 (
ISOC2X
)

398 #i�de�
__USE_TIME_BITS64


400 

	$time�ec_g��s
 (
time�ec
 *
__ts
, 
__ba�
)

401 
__THROW
;

403 #ifde�
__REDIRECT_NTH


404 

	`__REDIRECT_NTH
 (
time�ec_g��s
, (
time�ec
 *
__ts
,

405 
__ba�
),

406 
__time�ec_g��s64
);

408 

	#time�ec_g��s
 
__time�ec_g��s64


	)

414 #ifde�
__USE_XOPEN_EXTENDED


426 

g�d�e_�r
;

435 

tm
 *
	`g�d�e
 (cڡ *
__�r�g
);

438 #ifde�
__USE_GNU


449 

	`g�d�e_r
 (cڡ *
__��ri�
 
__�r�g
,

450 
tm
 *
__��ri�
 
__�sbu�
);

453 
__END_DECLS


	@/usr/include/unistd.h

22 #i�def 
_UNISTD_H


23 

	#_UNISTD_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


32 #ifde�
__USE_XOPEN2K8


34 

	#_POSIX_VERSION
 200809L

	)

35 #�i�
def�ed
 
__USE_XOPEN2K


37 

	#_POSIX_VERSION
 200112L

	)

38 #�i�
def�ed
 
__USE_POSIX199506


40 

	#_POSIX_VERSION
 199506L

	)

41 #�i�
def�ed
 
__USE_POSIX199309


43 

	#_POSIX_VERSION
 199309L

	)

46 

	#_POSIX_VERSION
 199009L

	)

52 #ifde�
__USE_XOPEN2K8


53 

	#__POSIX2_THIS_VERSION
 200809L

	)

55 #�i�
def�ed
 
__USE_XOPEN2K


57 

	#__POSIX2_THIS_VERSION
 200112L

	)

58 #�i�
def�ed
 
__USE_POSIX199506


60 

	#__POSIX2_THIS_VERSION
 199506L

	)

63 

	#__POSIX2_THIS_VERSION
 199209L

	)

67 

	#_POSIX2_VERSION
 
__POSIX2_THIS_VERSION


	)

70 

	#_POSIX2_C_VERSION
 
__POSIX2_THIS_VERSION


	)

74 

	#_POSIX2_C_BIND
 
__POSIX2_THIS_VERSION


	)

78 

	#_POSIX2_C_DEV
 
__POSIX2_THIS_VERSION


	)

82 

	#_POSIX2_SW_DEV
 
__POSIX2_THIS_VERSION


	)

86 

	#_POSIX2_LOCALEDEF
 
__POSIX2_THIS_VERSION


	)

89 #ifde�
__USE_XOPEN2K8


90 

	#_XOPEN_VERSION
 700

	)

91 #�i�
def�ed
 
__USE_XOPEN2K


92 

	#_XOPEN_VERSION
 600

	)

93 #�i�
def�ed
 
__USE_UNIX98


94 

	#_XOPEN_VERSION
 500

	)

96 

	#_XOPEN_VERSION
 4

	)

100 

	#_XOPEN_XCU_VERSION
 4

	)

103 

	#_XOPEN_XPG2
 1

	)

104 

	#_XOPEN_XPG3
 1

	)

105 

	#_XOPEN_XPG4
 1

	)

108 

	#_XOPEN_UNIX
 1

	)

112 

	#_XOPEN_ENH_I18N
 1

	)

115 

	#_XOPEN_LEGACY
 1

	)

202 
	~<b�s/posix_�t.h
>

205 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K


206 
	~<b�s/�v��m�ts.h
>

210 

	#STDIN_FILENO
 0

	)

211 

	#STDOUT_FILENO
 1

	)

212 

	#STDERR_FILENO
 2

	)

217 
	~<b�s/ty�s.h
>

219 #i�def 
__ssize_t_def�ed


220 
__ssize_t
 
	tssize_t
;

221 

	#__ssize_t_def�ed


	)

224 

	#__�ed_size_t


	)

225 

	#__�ed_NULL


	)

226 
	~<�ddef.h
>

228 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K


231 #i�de�
__gid_t_def�ed


232 
__gid_t
 
	tgid_t
;

233 

	#__gid_t_def�ed


	)

236 #i�de�
__uid_t_def�ed


237 
__uid_t
 
	tuid_t
;

238 

	#__uid_t_def�ed


	)

241 #i�de�
__off_t_def�ed


242 #i�de�
__USE_FILE_OFFSET64


243 
__off_t
 
	toff_t
;

245 
__off64_t
 
	toff_t
;

247 

	#__off_t_def�ed


	)

249 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__off64_t_def�ed


250 
__off64_t
 
	toff64_t
;

251 

	#__off64_t_def�ed


	)

254 #i�de�
__u�c�ds_t_def�ed


255 
__u�c�ds_t
 
	tu�c�ds_t
;

256 

	#__u�c�ds_t_def�ed


	)

259 #i�de�
__pid_t_def�ed


260 
__pid_t
 
	tpid_t
;

261 

	#__pid_t_def�ed


	)

265 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


266 #i�de�
__���_t_def�ed


267 
__���_t
 
	t���_t
;

268 

	#__���_t_def�ed


	)

272 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


273 #i�de�
__sock�n_t_def�ed


274 
__sock�n_t
 
	tsock�n_t
;

275 

	#__sock�n_t_def�ed


	)

281 

	#R_OK
 4

	)

282 

	#W_OK
 2

	)

283 

	#X_OK
 1

	)

284 

	#F_OK
 0

	)

287 

	$ac�ss
 (cڡ *
__�me
, 
__ty�
�
__THROW
 
	`__n�nu�
 ((1));

289 #ifde�
__USE_GNU


292 

	$euidac�ss
 (cڡ *
__�me
, 
__ty�
)

293 
__THROW
 
	`__n�nu�
 ((1));

296 

	$�c�ss
 (cڡ *
__�me
, 
__ty�
)

297 
__THROW
 
	`__n�nu�
 ((1));

300 

	$execv�t
 (
__fd
, cڡ *
__�th
, *cڡ 
__�gv
[],

301 *cڡ 
__�vp
[], 
__�ags
)

302 
__THROW
 
	`__n�nu�
 ((2, 3));

305 #ifde�
__USE_ATFILE


309 

	$�c�s�t
 (
__fd
, cڡ *
__f�e
, 
__ty�
, 
__�ag
)

310 
__THROW
 
	`__n�nu�
 ((2)�
__wur
;

315 #i�def 
_STDIO_H


316 

	#SEEK_SET
 0

	)

317 

	#SEEK_CUR
 1

	)

318 

	#SEEK_END
 2

	)

319 #ifde�
__USE_GNU


320 

	#SEEK_DATA
 3

	)

321 

	#SEEK_HOLE
 4

	)

325 #i�
def�ed
 
__USE_MISC
 && !def�ed 
L_SET


327 

	#L_SET
 
SEEK_SET


	)

328 

	#L_INCR
 
SEEK_CUR


	)

329 

	#L_XTND
 
SEEK_END


	)

338 #i�de�
__USE_FILE_OFFSET64


339 
__off_t
 
	$l�ek
 (
__fd
, 
__off_t
 
__off�t
, 
__wh��
�
__THROW
;

341 #ifde�
__REDIRECT_NTH


342 
__off64_t
 
	`__REDIRECT_NTH
 (
l�ek
,

343 (
__fd
, 
__off64_t
 
__off�t
, 
__wh��
),

344 
l�ek64
);

346 

	#l�ek
 
l�ek64


	)

349 #ifde�
__USE_LARGEFILE64


350 
__off64_t
 
	$l�ek64
 (
__fd
, 
__off64_t
 
__off�t
, 
__wh��
)

351 
__THROW
;

358 

	`�o�
 (
__fd
);

360 #ifde�
__USE_MISC


363 

	$�o��om
 (
__lowfd
�
__THROW
;

371 
ssize_t
 
	$�ad
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
�
__wur


372 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 2, 3);

378 
ssize_t
 
	$wr�e
 (
__fd
, cڡ *
__buf
, 
size_t
 
__n
�
__wur


379 
	`__��_ac�ss
 ((
__�ad_�ly__
, 2, 3));

381 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8


382 #i�de�
__USE_FILE_OFFSET64


389 
ssize_t
 
	$��d
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

390 
__off_t
 
__off�t
�
__wur


391 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 2, 3);

398 
ssize_t
 
	$pwr�e
 (
__fd
, cڡ *
__buf
, 
size_t
 
__n
,

399 
__off_t
 
__off�t
�
__wur


400 
	`__��_ac�ss
 ((
__�ad_�ly__
, 2, 3));

403 #ifde�
__REDIRECT


404 
ssize_t
 
	`__REDIRECT
 (
��d
, (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

405 
__off64_t
 
__off�t
),

406 
��d64
�
__wur


407 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 2, 3);

408 
ssize_t
 
	`__REDIRECT
 (
pwr�e
, (
__fd
, cڡ *
__buf
,

409 
size_t
 
__nby�s
, 
__off64_t
 
__off�t
),

410 
pwr�e64
�
__wur


411 
	`__��_ac�ss
 ((
__�ad_�ly__
, 2, 3));

413 

	#��d
 
��d64


	)

414 

	#pwr�e
 
pwr�e64


	)

418 #ifde�
__USE_LARGEFILE64


422 
ssize_t
 
	$��d64
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

423 
__off64_t
 
__off�t
�
__wur


424 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 2, 3);

427 
ssize_t
 
	$pwr�e64
 (
__fd
, cڡ *
__buf
, 
size_t
 
__n
,

428 
__off64_t
 
__off�t
�
__wur


429 
	`__��_ac�ss
 ((
__�ad_�ly__
, 2, 3));

437 

	$p�e
 (
__p�edes
[2]�
__THROW
 
__wur
;

439 #ifde�
__USE_GNU


442 

	$p�e2
 (
__p�edes
[2], 
__�ags
�
__THROW
 
__wur
;

452 

	$��m
 (
__�c�ds
�
__THROW
;

464 

	`��p
 (
__�c�ds
);

466 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

467 || 
def�ed
 
__USE_MISC


472 
__u�c�ds_t
 
	$u��m
 (
__u�c�ds_t
 
__v�ue
, __u�c�ds_�
__��rv�
)

473 
__THROW
;

480 

	`u��p
 (
__u�c�ds_t
 
__u�c�ds
);

489 

	`�u�
 ();

493 

	$chown
 (cڡ *
__f�e
, 
__uid_t
 
__ow�r
, 
__gid_t
 
__group
)

494 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

496 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


498 

	$fchown
 (
__fd
, 
__uid_t
 
__ow�r
, 
__gid_t
 
__group
�
__THROW
 
__wur
;

503 

	$lchown
 (cڡ *
__f�e
, 
__uid_t
 
__ow�r
, 
__gid_t
 
__group
)

504 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

508 #ifde�
__USE_ATFILE


511 

	$fchow�t
 (
__fd
, cڡ *
__f�e
, 
__uid_t
 
__ow�r
,

512 
__gid_t
 
__group
, 
__�ag
)

513 
__THROW
 
	`__n�nu�
 ((2)�
__wur
;

517 

	$chd�
 (cڡ *
__�th
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

519 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


521 

	$fchd�
 (
__fd
�
__THROW
 
__wur
;

531 
*
	$g�cwd
 (*
__buf
, 
size_t
 
__size
�
__THROW
 
__wur
;

533 #ifdef 
__USE_GNU


537 
*
	$g�_cu��t_d�_�me
 (�
__THROW
;

540 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

541 || 
def�ed
 
__USE_MISC


545 
*
	$g�wd
 (*
__buf
)

546 
__THROW
 
	`__n�nu�
 ((1)�
__��ibu�_d����d__
 
__wur


547 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1));

552 

	$dup
 (
__fd
�
__THROW
 
__wur
;

555 

	$dup2
 (
__fd
, 
__fd2
�
__THROW
;

557 #ifde�
__USE_GNU


560 

	$dup3
 (
__fd
, 
__fd2
, 
__�ags
�
__THROW
;

564 
**
__�v��
;

565 #ifde�
__USE_GNU


566 
**
�v��
;

572 

	$execve
 (cڡ *
__�th
, *cڡ 
__�gv
[],

573 *cڡ 
__�vp
[]�
__THROW
 
	`__n�nu�
 ((1, 2));

575 #ifde�
__USE_XOPEN2K8


578 

	$�xecve
 (
__fd
, *cڡ 
__�gv
[], *cڡ 
__�vp
[])

579 
__THROW
 
	`__n�nu�
 ((2));

584 

	$execv
 (cڡ *
__�th
, *cڡ 
__�gv
[])

585 
__THROW
 
	`__n�nu�
 ((1, 2));

589 

	$exe�e
 (cڡ *
__�th
, cڡ *
__�g
, ...)

590 
__THROW
 
	`__n�nu�
 ((1, 2));

594 

	$exe�
 (cڡ *
__�th
, cڡ *
__�g
, ...)

595 
__THROW
 
	`__n�nu�
 ((1, 2));

599 

	$execvp
 (cڡ *
__f�e
, *cڡ 
__�gv
[])

600 
__THROW
 
	`__n�nu�
 ((1, 2));

605 

	$exe�p
 (cڡ *
__f�e
, cڡ *
__�g
, ...)

606 
__THROW
 
	`__n�nu�
 ((1, 2));

608 #ifde�
__USE_GNU


611 

	$execv�
 (cڡ *
__f�e
, *cڡ 
__�gv
[],

612 *cڡ 
__�vp
[])

613 
__THROW
 
	`__n�nu�
 ((1, 2));

617 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


619 

	$ni�
 (
__�c
�
__THROW
 
__wur
;

624 

	$_ex�
 (
__��us
�
	`__��ibu�__
 ((
__nܑu�__
));

630 
	~<b�s/c��ame.h
>

633 

	$�thc�f
 (cڡ *
__�th
, 
__�me
)

634 
__THROW
 
	`__n�nu�
 ((1));

637 

	$�hc�f
 (
__fd
, 
__�me
�
__THROW
;

640 

	$sysc�f
 (
__�me
�
__THROW
;

642 #ifdef 
__USE_POSIX2


644 
size_t
 
	$c�f�r
 (
__�me
, *
__buf
, 
size_t
 
__�n
�
__THROW


645 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 2, 3);

650 
__pid_t
 
	$g�pid
 (�
__THROW
;

653 
__pid_t
 
	$g��id
 (�
__THROW
;

656 
__pid_t
 
	$g�pg�
 (�
__THROW
;

659 
__pid_t
 
	$__g�pgid
 (
__pid_t
 
__pid
�
__THROW
;

660 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


661 
__pid_t
 
	$g�pgid
 (
__pid_t
 
__pid
�
__THROW
;

668 

	$��gid
 (
__pid_t
 
__pid
, __pid_�
__pgid
�
__THROW
;

670 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


682 

	$��g�
 (�
__THROW
;

689 
__pid_t
 
	$�tsid
 (�
__THROW
;

691 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


693 
__pid_t
 
	$g�sid
 (
__pid_t
 
__pid
�
__THROW
;

697 
__uid_t
 
	$g�uid
 (�
__THROW
;

700 
__uid_t
 
	$g�euid
 (�
__THROW
;

703 
__gid_t
 
	$g�gid
 (�
__THROW
;

706 
__gid_t
 
	$g�egid
 (�
__THROW
;

711 

	$g�groups
 (
__size
, 
__gid_t
 
__li�
[]�
__THROW
 
__wur


712 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 2, 1);

713 #ifdef 
__USE_GNU


715 

	$group_memb�
 (
__gid_t
 
__gid
�
__THROW
;

722 

	$�tuid
 (
__uid_t
 
__uid
�
__THROW
 
__wur
;

724 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


727 

	$��euid
 (
__uid_t
 
__ruid
, __uid_�
__euid
�
__THROW
 
__wur
;

730 #ifde�
__USE_XOPEN2K


732 

	$��uid
 (
__uid_t
 
__uid
�
__THROW
 
__wur
;

739 

	$�tgid
 (
__gid_t
 
__gid
�
__THROW
 
__wur
;

741 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


744 

	$��egid
 (
__gid_t
 
__rgid
, __gid_�
__egid
�
__THROW
 
__wur
;

747 #ifde�
__USE_XOPEN2K


749 

	$��gid
 (
__gid_t
 
__gid
�
__THROW
 
__wur
;

752 #ifde�
__USE_GNU


755 

	$g��suid
 (
__uid_t
 *
__ruid
, __uid_�*
__euid
, __uid_�*
__suid
)

756 
__THROW
;

760 

	$g��sgid
 (
__gid_t
 *
__rgid
, __gid_�*
__egid
, __gid_�*
__sgid
)

761 
__THROW
;

765 

	$��esuid
 (
__uid_t
 
__ruid
, __uid_�
__euid
, __uid_�
__suid
)

766 
__THROW
 
__wur
;

770 

	$��esgid
 (
__gid_t
 
__rgid
, __gid_�
__egid
, __gid_�
__sgid
)

771 
__THROW
 
__wur
;

778 
__pid_t
 
	$f�k
 (�
__THROWNL
;

780 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

781 || 
def�ed
 
__USE_MISC


786 
__pid_t
 
	$vf�k
 (�
__THROW
;

789 #ifde�
__USE_GNU


793 
__pid_t
 
	$_F�k
 (�
__THROW
;

799 
*
	$�y�me
 (
__fd
�
__THROW
;

803 

	$�y�me_r
 (
__fd
, *
__buf
, 
size_t
 
__bu�
)

804 
__THROW
 
	`__n�nu�
 ((2)�
__wur


805 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 2, 3);

809 

	$i��y
 (
__fd
�
__THROW
;

811 #ifde�
__USE_MISC


814 

	$�y��
 (�
__THROW
;

819 

	$l�k
 (cڡ *
__�om
, cڡ *
__to
)

820 
__THROW
 
	`__n�nu�
 ((1, 2)�
__wur
;

822 #ifde�
__USE_ATFILE


825 

	$l�k�
 (
__�omfd
, cڡ *
__�om
, 
__tofd
,

826 cڡ *
__to
, 
__�ags
)

827 
__THROW
 
	`__n�nu�
 ((2, 4)�
__wur
;

830 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


832 

	$syml�k
 (cڡ *
__�om
, cڡ *
__to
)

833 
__THROW
 
	`__n�nu�
 ((1, 2)�
__wur
;

838 
ssize_t
 
	$�adl�k
 (cڡ *
__��ri�
 
__�th
,

839 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

840 
__THROW
 
	`__n�nu�
 ((1, 2)�
__wur


841 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 2, 3);

845 #ifde�
__USE_ATFILE


847 

	$syml�k�
 (cڡ *
__�om
, 
__tofd
,

848 cڡ *
__to
�
__THROW
 
	`__n�nu�
 ((1, 3)�
__wur
;

851 
ssize_t
 
	$�adl�k�
 (
__fd
, cڡ *
__��ri�
 
__�th
,

852 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

853 
__THROW
 
	`__n�nu�
 ((2, 3)�
__wur


854 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 3, 4);

858 

	$uƚk
 (cڡ *
__�me
�
__THROW
 
	`__n�nu�
 ((1));

860 #ifde�
__USE_ATFILE


862 

	$uƚk�
 (
__fd
, cڡ *
__�me
, 
__�ag
)

863 
__THROW
 
	`__n�nu�
 ((2));

867 

	$rmd�
 (cڡ *
__�th
�
__THROW
 
	`__n�nu�
 ((1));

871 
__pid_t
 
	$tcg�pg�
 (
__fd
�
__THROW
;

874 

	$tc��g�
 (
__fd
, 
__pid_t
 
__pg�_id
�
__THROW
;

881 
*
	`g�log�
 ();

882 #ifde�
__USE_POSIX199506


889 

	$g�log�_r
 (*
__�me
, 
size_t
 
__�me_�n
�
	`__n�nu�
 ((1))

890 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2);

893 #ifdef 
__USE_MISC


895 

	$��og�
 (cڡ *
__�me
�
__THROW
 
	`__n�nu�
 ((1));

899 #ifdef 
__USE_POSIX2


903 
	~<b�s/g��t_posix.h
>

907 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


911 

	$g�ho��me
 (*
__�me
, 
size_t
 
__�n
�
__THROW
 
	`__n�nu�
 ((1))

912 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2);

916 #i�
def�ed
 
__USE_MISC


919 

	$�tho��me
 (cڡ *
__�me
, 
size_t
 
__�n
)

920 
__THROW
 
	`__n�nu�
 ((1)�
__wur
 
	`__��_ac�ss
 ((
__�ad_�ly__
, 1, 2));

924 

	$�tho�id
 (
__id
�
__THROW
 
__wur
;

930 

	$g�doma��me
 (*
__�me
, 
size_t
 
__�n
)

931 
__THROW
 
	`__n�nu�
 ((1)�
__wur


932 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2);

933 

	$�tdoma��me
 (cڡ *
__�me
, 
size_t
 
__�n
)

934 
__THROW
 
	`__n�nu�
 ((1)�
__wur
 
	`__��_ac�ss
 ((
__�ad_�ly__
, 1, 2));

939 

	$vh�gup
 (�
__THROW
;

942 

	$�voke
 (cڡ *
__f�e
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

950 

	$�of�
 (*
__�m�e_buf�r
, 
size_t
 
__size
,

951 
size_t
 
__off�t
, 
__s��
)

952 
__THROW
 
	`__n�nu�
 ((1));

958 

	$ac�
 (cڡ *
__�me
�
__THROW
;

962 
*
	$g�u�rsh�l
 (�
__THROW
;

963 

	$�du�rsh�l
 (�
__THROW
;

964 

	$�tu�rsh�l
 (�
__THROW
;

970 

	$d�m�
 (
__nochd�
, 
__no�o�
�
__THROW
 
__wur
;

974 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
)

977 

	$chro�
 (cڡ *
__�th
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

981 
*
	$g��ss
 (cڡ *
__�om�
�
	`__n�nu�
 ((1));

989 

	`fsync
 (
__fd
);

992 #ifde�
__USE_GNU


995 

	$syncfs
 (
__fd
�
__THROW
;

999 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


1002 

	`g�ho�id
 ();

1005 

	$sync
 (�
__THROW
;

1008 #i�
def�ed
 
__USE_MISC
 || !def�ed 
__USE_XOPEN2K


1011 

	$g��gesize
 (�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

1016 

	$g�d�b�size
 (�
__THROW
;

1022 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


1025 #i�de�
__USE_FILE_OFFSET64


1026 

	$�un��
 (cڡ *
__f�e
, 
__off_t
 
__�ngth
)

1027 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

1029 #ifde�
__REDIRECT_NTH


1030 

	`__REDIRECT_NTH
 (
�un��
,

1031 (cڡ *
__f�e
, 
__off64_t
 
__�ngth
),

1032 
�un��64
�
	`__n�nu�
 ((1)�
__wur
;

1034 

	#�un��
 
�un��64


	)

1037 #ifde�
__USE_LARGEFILE64


1038 

	$�un��64
 (cڡ *
__f�e
, 
__off64_t
 
__�ngth
)

1039 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

1044 #i�
def�ed
 
__USE_POSIX199309
 \

1045 || 
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


1048 #i�de�
__USE_FILE_OFFSET64


1049 

	$�run��
 (
__fd
, 
__off_t
 
__�ngth
�
__THROW
 
__wur
;

1051 #ifde�
__REDIRECT_NTH


1052 

	`__REDIRECT_NTH
 (
�run��
, (
__fd
, 
__off64_t
 
__�ngth
),

1053 
�run��64
�
__wur
;

1055 

	#�run��
 
�run��64


	)

1058 #ifde�
__USE_LARGEFILE64


1059 

	$�run��64
 (
__fd
, 
__off64_t
 
__�ngth
�
__THROW
 
__wur
;

1065 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K
) \

1066 || 
def�ed
 
__USE_MISC


1070 

	$brk
 (*
__addr
�
__THROW
 
__wur
;

1076 
*
	$sbrk
 (
���_t
 
__d��
�
__THROW
;

1080 #ifde�
__USE_MISC


1091 

	$sys��
 (
__sy�o
, ...�
__THROW
;

1096 #i�(
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED
�&& !def�ed 
F_LOCK


1108 

	#F_ULOCK
 0

	)

1109 

	#F_LOCK
 1

	)

1110 

	#F_TLOCK
 2

	)

1111 

	#F_TEST
 3

	)

1113 #i�de�
__USE_FILE_OFFSET64


1114 

	$lockf
 (
__fd
, 
__cmd
, 
__off_t
 
__�n
�
__wur
;

1116 #ifde�
__REDIRECT


1117 

	`__REDIRECT
 (
lockf
, (
__fd
, 
__cmd
, 
__off64_t
 
__�n
),

1118 
lockf64
�
__wur
;

1120 

	#lockf
 
lockf64


	)

1123 #ifde�
__USE_LARGEFILE64


1124 

	$lockf64
 (
__fd
, 
__cmd
, 
__off64_t
 
__�n
�
__wur
;

1129 #ifde�
__USE_GNU


1134 

	#TEMP_FAILURE_RETRY
(
ex�essi�
) \

1135 (
__ex�nsi�__
 \

1136 ({ 
__�su�
; \

1137 d�
__�su�
 = (�(
ex�essi�
); \

1138 
__�su�
 =�-1L && 
��o
 =�
EINTR
); \

1139 
__�su�
; 
	}
}))

	)

1142 
ssize_t
 
c�y_f�e_�nge
 (
__�fd
, 
__off64_t
 *
__p�off
,

1143 
__outfd
, 
__off64_t
 *
__poutoff
,

1144 
size_t
 
__�ngth
, 
__�ags
);

1147 #i�
def�ed
 
__USE_POSIX199309
 || def�ed 
__USE_UNIX98


1150 

fd�async
 (
__f�des
);

1153 #ifde�
__USE_MISC


1159 
*
	$�y�
 (cڡ *
__key
, cڡ *
__��
)

1160 
__THROW
 
	`__n�nu�
 ((1, 2));

1163 #ifdef 
__USE_XOPEN


1168 

	$swab
 (cڡ *
__��ri�
 
__�om
, *__��ri� 
__to
,

1169 
ssize_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1, 2))

1170 
	`__��_ac�ss
 ((
__�ad_�ly__
, 1, 3))

1171 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

1178 #i�
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K


1180 
*
	$��mid
 (*
__s
�
__THROW
;

1183 
*
	`cu�rid
 (*
__s
);

1189 #i�
def�ed
 
__USE_UNIX98
 && !def�ed 
__USE_XOPEN2K


1190 

	$�h�ad_�f�k
 ((*
__���e
) (),

1191 (*
__���
) (),

1192 (*
__ch�d
�()�
__THROW
;

1195 #ifde�
__USE_MISC


1198 
	$g����y
 (*
__buf�r
, 
size_t
 
__�ngth
�
__wur


1199 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

1202 #ifde�
__USE_GNU


1208 

	$�o�_�nge
 (
__fd
, 
__max_fd
,

1209 
__�ags
�
__THROW
;

1213 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


1214 
	~<b�s/uni�d.h
>

1218 
	~<b�s/uni�d_ext.h
>

1220 
__END_DECLS


	@/usr/include/wchar.h

23 #i�de�
_WCHAR_H


24 

	#_WCHAR_H
 1

	)

26 

	#__GLIBC_INTERNAL_STARTING_HEADER_IMPLEMENTATION


	)

27 
	~<b�s/libc-h�d�-��t.h
>

30 
	~<b�s/�ߊ.h
>

32 

	#__�ed_size_t


	)

33 

	#__�ed_wch�_t


	)

34 

	#__�ed_NULL


	)

35 
	~<�ddef.h
>

37 

	#__�ed___va_li�


	)

38 
	~<�d�g.h
>

40 #i�
def�ed
 
__USE_XOPEN2K
 || def�ed 
__USE_XOPEN2K8


41 #ifde�
__GNUC__


42 #i�de�
_VA_LIST_DEFINED


43 
__gnuc_va_li�
 
	tva_li�
;

44 

	#_VA_LIST_DEFINED


	)

47 
	~<�d�g.h
>

51 
	~<b�s/wch�.h
>

52 
	~<b�s/ty�s/w�t_t.h
>

53 
	~<b�s/ty�s/mb��e_t.h
>

54 
	~<b�s/ty�s/__FILE.h
>

56 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K


57 
	~<b�s/ty�s/FILE.h
>

59 #ifde�
__USE_XOPEN2K8


60 
	~<b�s/ty�s/lo��_t.h
>

64 #i�
def�ed
 
__�lu�lus
 && 
__GNUC_PREREQ
 (4, 4)

65 

	#__CORRECT_ISO_CPP_WCHAR_H_PROTO


	)

68 #i�de�
WCHAR_MIN


70 

	#WCHAR_MIN
 
__WCHAR_MIN


	)

71 

	#WCHAR_MAX
 
__WCHAR_MAX


	)

74 #i�de�
WEOF


75 

	#WEOF
 (0xffffffffu)

	)

85 #i�(
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_GNU
 \

86 && !(
def�ed
 
	g__USE_XOPEN2K
 && !def�ed 
	g__USE_XOPEN2KXSI
))

87 
	~<b�s/w�y�-wch�.h
>

90 
__BEGIN_DECLS


94 
	gtm
;

98 
wch�_t
 *
	$wcs�y
 (
wch�_t
 *
__��ri�
 
__de�
,

99 cڡ 
wch�_t
 *
__��ri�
 
__�c
)

100 
__THROW
 
	`__n�nu�
 ((1, 2));

103 
wch�_t
 *
	$wc��y
 (
wch�_t
 *
__��ri�
 
__de�
,

104 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

105 
__THROW
 
	`__n�nu�
 ((1, 2));

107 #ifde�
__USE_MISC


109 
size_t
 
	$wc��y
 (
wch�_t
 *
__��ri�
 
__de�
,

110 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

111 
__THROW
 
	`__n�nu�
 ((1, 2)�
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3));

115 
size_t
 
	$wc��t
 (
wch�_t
 *
__��ri�
 
__de�
,

116 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

117 
__THROW
 
	`__n�nu�
 ((1, 2)�
	`__��_ac�ss
 ((
__�ad_wr�e__
, 1, 3));

121 
wch�_t
 *
	$wcs�t
 (
wch�_t
 *
__��ri�
 
__de�
,

122 cڡ 
wch�_t
 *
__��ri�
 
__�c
)

123 
__THROW
 
	`__n�nu�
 ((1, 2));

125 
wch�_t
 *
	$wc��t
 (
wch�_t
 *
__��ri�
 
__de�
,

126 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

127 
__THROW
 
	`__n�nu�
 ((1, 2));

130 

	$wcscmp
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
)

131 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

133 

	$wc�cmp
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
, 
size_t
 
__n
)

134 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

136 #ifde�
__USE_XOPEN2K8


138 

	$wcs��cmp
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
�
__THROW
;

141 

	$wc���cmp
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

142 
size_t
 
__n
�
__THROW
;

146 

	$wcs��cmp_l
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

147 
lo��_t
 
__loc
�
__THROW
;

149 

	$wc���cmp_l
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

150 
size_t
 
__n
, 
lo��_t
 
__loc
�
__THROW
;

155 

	$wcsc�l
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
�
__THROW
;

159 
size_t
 
	$wcsx�m
 (
wch�_t
 *
__��ri�
 
__s1
,

160 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
�
__THROW
;

162 #ifde�
__USE_XOPEN2K8


168 

	$wcsc�l_l
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

169 
lo��_t
 
__loc
�
__THROW
;

174 
size_t
 
	$wcsx�m_l
 (
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

175 
size_t
 
__n
, 
lo��_t
 
__loc
�
__THROW
;

178 
wch�_t
 *
	$wcsdup
 (cڡ 
wch�_t
 *
__s
�
__THROW


179 
__��ibu�_m�loc__
 
__��_d��oc_�
;

183 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


184 
"C++" 
wch�_t
 *
	$wcschr
 (
wch�_t
 *
__wcs
, wch�_�
__wc
)

185 
__THROW
 
	`__asm
 ("wcschr"�
__��ibu�_pu�__
;

186 
"C++" cڡ 
wch�_t
 *
	$wcschr
 (cڡ 
wch�_t
 *
__wcs
, wch�_�
__wc
)

187 
__THROW
 
	`__asm
 ("wcschr"�
__��ibu�_pu�__
;

189 
wch�_t
 *
	$wcschr
 (cڡ 
wch�_t
 *
__wcs
, wch�_�
__wc
)

190 
__THROW
 
__��ibu�_pu�__
;

193 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


194 
"C++" 
wch�_t
 *
	$wc�chr
 (
wch�_t
 *
__wcs
, wch�_�
__wc
)

195 
__THROW
 
	`__asm
 ("wc�chr"�
__��ibu�_pu�__
;

196 
"C++" cڡ 
wch�_t
 *
	$wc�chr
 (cڡ 
wch�_t
 *
__wcs
, wch�_�
__wc
)

197 
__THROW
 
	`__asm
 ("wc�chr"�
__��ibu�_pu�__
;

199 
wch�_t
 *
	$wc�chr
 (cڡ 
wch�_t
 *
__wcs
, wch�_�
__wc
)

200 
__THROW
 
__��ibu�_pu�__
;

203 #ifde�
__USE_GNU


206 
wch�_t
 *
	$wcsch�ul
 (cڡ 
wch�_t
 *
__s
, wch�_�
__wc
)

207 
__THROW
 
__��ibu�_pu�__
;

212 
size_t
 
	$wcsc�n
 (cڡ 
wch�_t
 *
__wcs
, cڡ wch�_�*
__�je�
)

213 
__THROW
 
__��ibu�_pu�__
;

216 
size_t
 
	$wcs�n
 (cڡ 
wch�_t
 *
__wcs
, cڡ wch�_�*
__ac��
)

217 
__THROW
 
__��ibu�_pu�__
;

219 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


220 
"C++" 
wch�_t
 *
	$wc�brk
 (
wch�_t
 *
__wcs
, cڡ wch�_�*
__ac��
)

221 
__THROW
 
	`__asm
 ("wc�brk"�
__��ibu�_pu�__
;

222 
"C++" cڡ 
wch�_t
 *
	$wc�brk
 (cڡ 
wch�_t
 *
__wcs
,

223 cڡ 
wch�_t
 *
__ac��
)

224 
__THROW
 
	`__asm
 ("wc�brk"�
__��ibu�_pu�__
;

226 
wch�_t
 *
	$wc�brk
 (cڡ 
wch�_t
 *
__wcs
, cڡ wch�_�*
__ac��
)

227 
__THROW
 
__��ibu�_pu�__
;

230 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


231 
"C++" 
wch�_t
 *
	$wcs�r
 (
wch�_t
 *
__hay�ack
, cڡ wch�_�*
__�ed�
)

232 
__THROW
 
	`__asm
 ("wcs�r"�
__��ibu�_pu�__
;

233 
"C++" cڡ 
wch�_t
 *
	$wcs�r
 (cڡ 
wch�_t
 *
__hay�ack
,

234 cڡ 
wch�_t
 *
__�ed�
)

235 
__THROW
 
	`__asm
 ("wcs�r"�
__��ibu�_pu�__
;

237 
wch�_t
 *
	$wcs�r
 (cڡ 
wch�_t
 *
__hay�ack
, cڡ wch�_�*
__�ed�
)

238 
__THROW
 
__��ibu�_pu�__
;

242 
wch�_t
 *
	$wc�ok
 (
wch�_t
 *
__��ri�
 
__s
,

243 cڡ 
wch�_t
 *
__��ri�
 
__d�im
,

244 
wch�_t
 **
__��ri�
 
__�r
�
__THROW
;

247 
size_t
 
	$wc��
 (cڡ 
wch�_t
 *
__s
�
__THROW
 
__��ibu�_pu�__
;

249 #ifde�
__USE_XOPEN


251 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


252 
"C++" 
wch�_t
 *
	$wcswcs
 (
wch�_t
 *
__hay�ack
, cڡ wch�_�*
__�ed�
)

253 
__THROW
 
	`__asm
 ("wcswcs"�
__��ibu�_pu�__
;

254 
"C++" cڡ 
wch�_t
 *
	$wcswcs
 (cڡ 
wch�_t
 *
__hay�ack
,

255 cڡ 
wch�_t
 *
__�ed�
)

256 
__THROW
 
	`__asm
 ("wcswcs"�
__��ibu�_pu�__
;

258 
wch�_t
 *
	$wcswcs
 (cڡ 
wch�_t
 *
__hay�ack
, cڡ wch�_�*
__�ed�
)

259 
__THROW
 
__��ibu�_pu�__
;

263 #ifde�
__USE_XOPEN2K8


265 
size_t
 
	$wc��n
 (cڡ 
wch�_t
 *
__s
, 
size_t
 
__max�n
)

266 
__THROW
 
__��ibu�_pu�__
;

271 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


272 
"C++" 
wch�_t
 *
	$wmemchr
 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
)

273 
__THROW
 
	`__asm
 ("wmemchr"�
__��ibu�_pu�__
;

274 
"C++" cڡ 
wch�_t
 *
	$wmemchr
 (cڡ 
wch�_t
 *
__s
, wch�_�
__c
,

275 
size_t
 
__n
)

276 
__THROW
 
	`__asm
 ("wmemchr"�
__��ibu�_pu�__
;

278 
wch�_t
 *
	$wmemchr
 (cڡ 
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
)

279 
__THROW
 
__��ibu�_pu�__
;

283 

	$wmemcmp
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
, 
size_t
 
__n
)

284 
__THROW
 
__��ibu�_pu�__
;

287 
wch�_t
 *
	$wmem�y
 (
wch�_t
 *
__��ri�
 
__s1
,

288 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
�
__THROW
;

292 
wch�_t
 *
	$wmemmove
 (
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
, 
size_t
 
__n
)

293 
__THROW
;

296 
wch�_t
 *
	$wmem�t
 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
�
__THROW
;

298 #ifde�
__USE_GNU


301 
wch�_t
 *
	$wmemp�y
 (
wch�_t
 *
__��ri�
 
__s1
,

302 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
)

303 
__THROW
;

309 
w�t_t
 
	$btowc
 (
__c
�
__THROW
;

313 

	$w�ob
 (
w�t_t
 
__c
�
__THROW
;

317 

	$mbs��
 (cڡ 
mb��e_t
 *
__ps
�
__THROW
 
__��ibu�_pu�__
;

321 
size_t
 
	$mb�owc
 (
wch�_t
 *
__��ri�
 
__pwc
,

322 cڡ *
__��ri�
 
__s
, 
size_t
 
__n
,

323 
mb��e_t
 *
__��ri�
 
__p
�
__THROW
;

326 
size_t
 
	$w�tomb
 (*
__��ri�
 
__s
, 
wch�_t
 
__wc
,

327 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

330 
size_t
 
	$__mb��
 (cڡ *
__��ri�
 
__s
, 
size_t
 
__n
,

331 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

332 
size_t
 
	$mb��
 (cڡ *
__��ri�
 
__s
, 
size_t
 
__n
,

333 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

335 #ifde�
__USE_EXTERN_INLINES


341 
w�t_t
 
	$__btowc_��s
 (
__c
�
	`__asm
 ("btowc");

342 
__ex��_�l�e
 
w�t_t


343 
	`__NTH
 (
	$btowc
 (
__c
))

344 {  (
	`__bu�t�_cڡ�t_p
 (
__c
) && __c >= '\0' && __c <= '\x7f'

345 ? (
w�t_t
�
__c
 : 
	`__btowc_��s
 (__c)); 
	}
}

347 

	$__w�ob_��s
 (
w�t_t
 
__c
�
	`__asm
 ("wctob");

348 
__ex��_�l�e
 

349 
	`__NTH
 (
	$w�ob
 (
w�t_t
 
__wc
))

350 {  (
	`__bu�t�_cڡ�t_p
 (
__wc
�&& __w�>�
L
'\0' && __wc <= L'\x7f'

351 ? (�
__wc
 : 
	`__w�ob_��s
 (__wc)); 
	}
}

353 
__ex��_�l�e
 
size_t


354 
__NTH
 (
	$mb��
 (cڡ *
__��ri�
 
__s
, 
size_t
 
__n
,

355 
mb��e_t
 *
__��ri�
 
__ps
))

356 {  (
__ps
 !�
NULL


357 ? 
	`mb�owc
 (
NULL
, 
__s
, 
__n
, 
__ps
�: 
	`__mb��
 (__s, __n, NULL)); 
	}
}

362 
size_t
 
	$mb�towcs
 (
wch�_t
 *
__��ri�
 
__d�
,

363 cڡ **
__��ri�
 
__�c
, 
size_t
 
__�n
,

364 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

368 
size_t
 
	$wc�tombs
 (*
__��ri�
 
__d�
,

369 cڡ 
wch�_t
 **
__��ri�
 
__�c
, 
size_t
 
__�n
,

370 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

373 #ifdef 
__USE_XOPEN2K8


376 
size_t
 
	$mb��owcs
 (
wch�_t
 *
__��ri�
 
__d�
,

377 cڡ **
__��ri�
 
__�c
, 
size_t
 
__nmc
,

378 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

382 
size_t
 
	$wc��ombs
 (*
__��ri�
 
__d�
,

383 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

384 
size_t
 
__nwc
, size_�
__�n
,

385 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

390 #ifde�
__USE_XOPEN


392 

	$wcwidth
 (
wch�_t
 
__c
�
__THROW
;

396 

	$wcswidth
 (cڡ 
wch�_t
 *
__s
, 
size_t
 
__n
�
__THROW
;

402 

	$wc�od
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

403 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

405 #ifde�
__USE_ISOC99


407 

	$wc�of
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

408 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

409 

	$wc��d
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

410 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

413 #i�
	`__GLIBC_USE
 (
IEC_60559_TYPES_EXT
�&& __GLIBC_USE (
ISOC2X
)

416 #i�
__HAVE_FLOAT16


417 
_Fl�t16
 
	$wc�of16
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

418 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

421 #i�
__HAVE_FLOAT32


422 
_Fl�t32
 
	$wc�of32
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

423 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

426 #i�
__HAVE_FLOAT64


427 
_Fl�t64
 
	$wc�of64
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

428 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

431 #i�
__HAVE_FLOAT128


432 
_Fl�t128
 
	$wc�of128
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

433 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

436 #i�
__HAVE_FLOAT32X


437 
_Fl�t32x
 
	$wc�of32x
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

438 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

441 #i�
__HAVE_FLOAT64X


442 
_Fl�t64x
 
	$wc�of64x
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

443 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

446 #i�
__HAVE_FLOAT128X


447 
_Fl�t128x
 
	$wc�of128x
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

448 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

455 

	$wc��
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

456 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
�
__THROW
;

460 

	$wc�oul
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

461 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

462 
__THROW
;

464 #ifde�
__USE_ISOC99


467 
__ex�nsi�__


468 

	$wc��l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

469 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

470 
__THROW
;

474 
__ex�nsi�__


475 

	$wc�ou�
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

476 
wch�_t
 **
__��ri�
 
__�d�r
,

477 
__ba�
�
__THROW
;

480 #ifde�
__USE_GNU


483 
__ex�nsi�__


484 

	$wc�oq
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

485 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

486 
__THROW
;

490 
__ex�nsi�__


491 

	$wc�ouq
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

492 
wch�_t
 **
__��ri�
 
__�d�r
,

493 
__ba�
�
__THROW
;

498 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

499 #ifde�
__REDIRECT


500 

	`__REDIRECT_NTH
 (
wc��
, (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

501 
wch�_t
 **
__��ri�
 
__�d�r
,

502 
__ba�
), 
__isoc23_wc��
);

503 

	`__REDIRECT_NTH
 (
wc�oul
,

504 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

505 
wch�_t
 **
__��ri�
 
__�d�r
,

506 
__ba�
), 
__isoc23_wc�oul
);

507 
__ex�nsi�__


508 

	`__REDIRECT_NTH
 (
wc��l
,

509 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

510 
wch�_t
 **
__��ri�
 
__�d�r
,

511 
__ba�
), 
__isoc23_wc��l
);

512 
__ex�nsi�__


513 

	`__REDIRECT_NTH
 (
wc�ou�
,

514 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

515 
wch�_t
 **
__��ri�
 
__�d�r
,

516 
__ba�
), 
__isoc23_wc�ou�
);

517 #ifde�
__USE_GNU


518 
__ex�nsi�__


519 

	`__REDIRECT_NTH
 (
wc�oq
, (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

520 
wch�_t
 **
__��ri�
 
__�d�r
,

521 
__ba�
), 
__isoc23_wc��l
);

522 
__ex�nsi�__


523 

	`__REDIRECT_NTH
 (
wc�ouq
,

524 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

525 
wch�_t
 **
__��ri�
 
__�d�r
,

526 
__ba�
), 
__isoc23_wc�ou�
);

529 

	$__isoc23_wc��
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

530 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

531 
__THROW
;

532 

	$__isoc23_wc�oul
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

533 
wch�_t
 **
__��ri�
 
__�d�r
,

534 
__ba�
)

535 
__THROW
;

536 
__ex�nsi�__


537 

	$__isoc23_wc��l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

538 
wch�_t
 **
__��ri�
 
__�d�r
,

539 
__ba�
)

540 
__THROW
;

541 
__ex�nsi�__


542 

	$__isoc23_wc�ou�
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

543 
wch�_t
 **
__��ri�
 
__�d�r
,

544 
__ba�
)

545 
__THROW
;

546 

	#wc��
 
__isoc23_wc��


	)

547 

	#wc�oul
 
__isoc23_wc�oul


	)

548 

	#wc��l
 
__isoc23_wc��l


	)

549 

	#wc�ou�
 
__isoc23_wc�ou�


	)

550 #ifde�
__USE_GNU


551 

	#wc�oq
 
__isoc23_wc��l


	)

552 

	#wc�ouq
 
__isoc23_wc�ou�


	)

557 #ifde�
__USE_GNU


561 

	$wc��_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

562 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
,

563 
lo��_t
 
__loc
�
__THROW
;

565 

	$wc�oul_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

566 
wch�_t
 **
__��ri�
 
__�d�r
,

567 
__ba�
, 
lo��_t
 
__loc
�
__THROW
;

569 
__ex�nsi�__


570 

	$wc��l_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

571 
wch�_t
 **
__��ri�
 
__�d�r
,

572 
__ba�
, 
lo��_t
 
__loc
�
__THROW
;

574 
__ex�nsi�__


575 

	$wc�ou�_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

576 
wch�_t
 **
__��ri�
 
__�d�r
,

577 
__ba�
, 
lo��_t
 
__loc
)

578 
__THROW
;

582 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

583 #ifde�
__REDIRECT


584 

	`__REDIRECT_NTH
 (
wc��_l
, (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

585 
wch�_t
 **
__��ri�
 
__�d�r
,

586 
__ba�
, 
lo��_t
 
__loc
),

587 
__isoc23_wc��_l
);

588 

	`__REDIRECT_NTH
 (
wc�oul_l
,

589 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

590 
wch�_t
 **
__��ri�
 
__�d�r
,

591 
__ba�
, 
lo��_t
 
__loc
),

592 
__isoc23_wc�oul_l
);

593 
__ex�nsi�__


594 

	`__REDIRECT_NTH
 (
wc��l_l
,

595 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

596 
wch�_t
 **
__��ri�
 
__�d�r
,

597 
__ba�
, 
lo��_t
 
__loc
),

598 
__isoc23_wc��l_l
);

599 
__ex�nsi�__


600 

	`__REDIRECT_NTH
 (
wc�ou�_l
,

601 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

602 
wch�_t
 **
__��ri�
 
__�d�r
,

603 
__ba�
, 
lo��_t
 
__loc
),

604 
__isoc23_wc�ou�_l
);

606 

	$__isoc23_wc��_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

607 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
,

608 
lo��_t
 
__loc
�
__THROW
;

609 

	$__isoc23_wc�oul_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

610 
wch�_t
 **
__��ri�
 
__�d�r
,

611 
__ba�
, 
lo��_t
 
__loc
)

612 
__THROW
;

613 
__ex�nsi�__


614 

	$__isoc23_wc��l_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

615 
wch�_t
 **
__��ri�
 
__�d�r
,

616 
__ba�
, 
lo��_t
 
__loc
)

617 
__THROW
;

618 
__ex�nsi�__


619 

	$__isoc23_wc�ou�_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

620 
wch�_t
 **
__��ri�
 
__�d�r
,

621 
__ba�
, 
lo��_t
 
__loc
)

622 
__THROW
;

623 

	#wc��_l
 
__isoc23_wc��_l


	)

624 

	#wc�oul_l
 
__isoc23_wc�oul_l


	)

625 

	#wc��l_l
 
__isoc23_wc��l_l


	)

626 

	#wc�ou�_l
 
__isoc23_wc�ou�_l


	)

630 

	$wc�od_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

631 
wch�_t
 **
__��ri�
 
__�d�r
, 
lo��_t
 
__loc
)

632 
__THROW
;

634 

	$wc�of_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

635 
wch�_t
 **
__��ri�
 
__�d�r
, 
lo��_t
 
__loc
)

636 
__THROW
;

638 

	$wc��d_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

639 
wch�_t
 **
__��ri�
 
__�d�r
,

640 
lo��_t
 
__loc
�
__THROW
;

642 #i�
__HAVE_FLOAT16


643 
_Fl�t16
 
	$wc�of16_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

644 
wch�_t
 **
__��ri�
 
__�d�r
,

645 
lo��_t
 
__loc
�
__THROW
;

648 #i�
__HAVE_FLOAT32


649 
_Fl�t32
 
	$wc�of32_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

650 
wch�_t
 **
__��ri�
 
__�d�r
,

651 
lo��_t
 
__loc
�
__THROW
;

654 #i�
__HAVE_FLOAT64


655 
_Fl�t64
 
	$wc�of64_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

656 
wch�_t
 **
__��ri�
 
__�d�r
,

657 
lo��_t
 
__loc
�
__THROW
;

660 #i�
__HAVE_FLOAT128


661 
_Fl�t128
 
	$wc�of128_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

662 
wch�_t
 **
__��ri�
 
__�d�r
,

663 
lo��_t
 
__loc
�
__THROW
;

666 #i�
__HAVE_FLOAT32X


667 
_Fl�t32x
 
	$wc�of32x_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

668 
wch�_t
 **
__��ri�
 
__�d�r
,

669 
lo��_t
 
__loc
�
__THROW
;

672 #i�
__HAVE_FLOAT64X


673 
_Fl�t64x
 
	$wc�of64x_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

674 
wch�_t
 **
__��ri�
 
__�d�r
,

675 
lo��_t
 
__loc
�
__THROW
;

678 #i�
__HAVE_FLOAT128X


679 
_Fl�t128x
 
	$wc�of128x_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

680 
wch�_t
 **
__��ri�
 
__�d�r
,

681 
lo��_t
 
__loc
�
__THROW
;

686 #ifde�
__USE_XOPEN2K8


689 
wch�_t
 *
	$w��y
 (
wch�_t
 *
__��ri�
 
__de�
,

690 cڡ 
wch�_t
 *
__��ri�
 
__�c
�
__THROW
;

694 
wch�_t
 *
	$w�n�y
 (
wch�_t
 *
__��ri�
 
__de�
,

695 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

696 
__THROW
;

702 #i�
def�ed
 
__USE_XOPEN2K8
 || 
	`__GLIBC_USE
 (
LIB_EXT2
)

703 #i�de�
__��_d��oc_f�o�


704 #i�
def�ed
 
__has_bu�t�


705 #i�
	`__has_bu�t�
 (
__bu�t�_f�o�
)

708 

	#__��_d��oc_f�o�
 
	`__��_d��oc
 (
__bu�t�_f�o�
, 1)

	)

712 #i�de�
__��_d��oc_f�o�


713 

	#__��_d��oc_f�o�


	)

718 
__FILE
 *
	$ݒ_wmem��am
 (
wch�_t
 **
__bu�oc
, 
size_t
 *
__siz�oc
�
__THROW


719 
__��ibu�_m�loc__
 
__��_d��oc_f�o�
;

722 #i�
def�ed
 
__USE_ISOC95
 || def�ed 
__USE_UNIX98


725 

	$fwide
 (
__FILE
 *
__�
, 
__mode
�
__THROW
;

732 

	`fw��tf
 (
__FILE
 *
__��ri�
 
__��am
,

733 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

739 

	`w��tf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

742 

	$sw��tf
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

743 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

744 
__THROW
 ;

750 

	`vfw��tf
 (
__FILE
 *
__��ri�
 
__s
,

751 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

752 
__gnuc_va_li�
 
__�g
)

758 

	`vw��tf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

759 
__gnuc_va_li�
 
__�g
)

763 

	$vsw��tf
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

764 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

765 
__gnuc_va_li�
 
__�g
)

766 
__THROW
 ;

773 

	`fws�nf
 (
__FILE
 *
__��ri�
 
__��am
,

774 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

780 

	`ws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

783 

	$sws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__s
,

784 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

785 
__THROW
 ;

791 #i�!
	`__GLIBC_USE
 (
DEPRECATED_SCANF
�&& !
def�ed
 
__LDBL_COMPAT
 \

792 && 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 0

793 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

794 #ifde�
__REDIRECT


795 

	`__REDIRECT
 (
fws�nf
, (
__FILE
 *
__��ri�
 
__��am
,

796 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...),

797 
__isoc23_fws�nf
)

799 

	`__REDIRECT
 (
ws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...),

800 
__isoc23_ws�nf
)

802 

	`__REDIRECT_NTH
 (
sws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__s
,

803 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

804 ...), 
__isoc23_sws�nf
)

807 

	`__isoc23_fws�nf
 (
__FILE
 *
__��ri�
 
__��am
,

808 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...);

809 

	`__isoc23_ws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...);

810 

	$__isoc23_sws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__s
,

811 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

812 
__THROW
;

813 

	#fws�nf
 
__isoc23_fws�nf


	)

814 

	#ws�nf
 
__isoc23_ws�nf


	)

815 

	#sws�nf
 
__isoc23_sws�nf


	)

818 #ifde�
__REDIRECT


819 

	`__REDIRECT
 (
fws�nf
, (
__FILE
 *
__��ri�
 
__��am
,

820 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...),

821 
__isoc99_fws�nf
)

823 

	`__REDIRECT
 (
ws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...),

824 
__isoc99_ws�nf
)

826 

	`__REDIRECT_NTH
 (
sws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__s
,

827 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

828 ...), 
__isoc99_sws�nf
)

831 

	`__isoc99_fws�nf
 (
__FILE
 *
__��ri�
 
__��am
,

832 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...);

833 

	`__isoc99_ws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...);

834 

	$__isoc99_sws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__s
,

835 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

836 
__THROW
;

837 

	#fws�nf
 
__isoc99_fws�nf


	)

838 

	#ws�nf
 
__isoc99_ws�nf


	)

839 

	#sws�nf
 
__isoc99_sws�nf


	)

846 #ifde�
__USE_ISOC99


851 

	`vfws�nf
 (
__FILE
 *
__��ri�
 
__s
,

852 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

853 
__gnuc_va_li�
 
__�g
)

859 

	`vws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

860 
__gnuc_va_li�
 
__�g
)

863 

	$vsws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__s
,

864 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

865 
__gnuc_va_li�
 
__�g
)

866 
__THROW
 ;

869 #i�!
	`__GLIBC_USE
 (
DEPRECATED_SCANF
) \

870 && (!
def�ed
 
__LDBL_COMPAT
 || !def�ed 
__REDIRECT
) \

871 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
) \

872 && 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 0

873 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

874 #ifde�
__REDIRECT


875 

	`__REDIRECT
 (
vfws�nf
, (
__FILE
 *
__��ri�
 
__s
,

876 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

877 
__gnuc_va_li�
 
__�g
), 
__isoc23_vfws�nf
)

879 

	`__REDIRECT
 (
vws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

880 
__gnuc_va_li�
 
__�g
), 
__isoc23_vws�nf
)

882 

	`__REDIRECT_NTH
 (
vsws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__s
,

883 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

884 
__gnuc_va_li�
 
__�g
), 
__isoc23_vsws�nf
)

887 

	`__isoc23_vfws�nf
 (
__FILE
 *
__��ri�
 
__s
,

888 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

889 
__gnuc_va_li�
 
__�g
);

890 

	`__isoc23_vws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

891 
__gnuc_va_li�
 
__�g
);

892 

	$__isoc23_vsws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__s
,

893 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

894 
__gnuc_va_li�
 
__�g
�
__THROW
;

895 

	#vfws�nf
 
__isoc23_vfws�nf


	)

896 

	#vws�nf
 
__isoc23_vws�nf


	)

897 

	#vsws�nf
 
__isoc23_vsws�nf


	)

900 #ifde�
__REDIRECT


901 

	`__REDIRECT
 (
vfws�nf
, (
__FILE
 *
__��ri�
 
__s
,

902 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

903 
__gnuc_va_li�
 
__�g
), 
__isoc99_vfws�nf
)

905 

	`__REDIRECT
 (
vws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

906 
__gnuc_va_li�
 
__�g
), 
__isoc99_vws�nf
)

908 

	`__REDIRECT_NTH
 (
vsws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__s
,

909 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

910 
__gnuc_va_li�
 
__�g
), 
__isoc99_vsws�nf
)

913 

	`__isoc99_vfws�nf
 (
__FILE
 *
__��ri�
 
__s
,

914 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

915 
__gnuc_va_li�
 
__�g
);

916 

	`__isoc99_vws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

917 
__gnuc_va_li�
 
__�g
);

918 

	$__isoc99_vsws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__s
,

919 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

920 
__gnuc_va_li�
 
__�g
�
__THROW
;

921 

	#vfws�nf
 
__isoc99_vfws�nf


	)

922 

	#vws�nf
 
__isoc99_vws�nf


	)

923 

	#vsws�nf
 
__isoc99_vsws�nf


	)

935 
w�t_t
 
	`fg�wc
 (
__FILE
 *
__��am
);

936 
w�t_t
 
	`g�wc
 (
__FILE
 *
__��am
);

942 
w�t_t
 
	`g�wch�
 ();

949 
w�t_t
 
	`�utwc
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

950 
w�t_t
 
	`putwc
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

956 
w�t_t
 
	`putwch�
 (
wch�_t
 
__wc
);

964 
wch�_t
 *
	`fg�ws
 (wch�_�*
__��ri�
 
__ws
, 
__n
,

965 
__FILE
 *
__��ri�
 
__��am
);

971 

	`�utws
 (cڡ 
wch�_t
 *
__��ri�
 
__ws
,

972 
__FILE
 *
__��ri�
 
__��am
);

979 
w�t_t
 
	`ung�wc
 (w�t_�
__wc
, 
__FILE
 *
__��am
);

982 #ifde�
__USE_GNU


990 
w�t_t
 
	`g�wc_u�ocked
 (
__FILE
 *
__��am
);

991 
w�t_t
 
	`g�wch�_u�ocked
 ();

999 
w�t_t
 
	`fg�wc_u�ocked
 (
__FILE
 *
__��am
);

1007 
w�t_t
 
	`�utwc_u�ocked
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

1016 
w�t_t
 
	`putwc_u�ocked
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

1017 
w�t_t
 
	`putwch�_u�ocked
 (
wch�_t
 
__wc
);

1026 
wch�_t
 *
	`fg�ws_u�ocked
 (wch�_�*
__��ri�
 
__ws
, 
__n
,

1027 
__FILE
 *
__��ri�
 
__��am
);

1035 

	`�utws_u�ocked
 (cڡ 
wch�_t
 *
__��ri�
 
__ws
,

1036 
__FILE
 *
__��ri�
 
__��am
);

1043 
size_t
 
	$wcs�ime
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__maxsize
,

1044 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

1045 cڡ 
tm
 *
__��ri�
 
__�
�
__THROW
;

1047 #ifde�
__USE_GNU


1050 
size_t
 
	$wcs�ime_l
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__maxsize
,

1051 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

1052 cڡ 
tm
 *
__��ri�
 
__�
,

1053 
lo��_t
 
__loc
�
__THROW
;

1057 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


1059 
	~<b�s/wch�2-de�.h
>

1064 #i�
def�ed
 
__LDBL_COMPAT
 || 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

1065 
	~<b�s/wch�-ldbl.h
>

1068 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


1070 
	~<b�s/wch�2.h
>

1073 
__END_DECLS


	@/usr/include/alloca.h

18 #i�def 
_ALLOCA_H


19 

	#_ALLOCA_H
 1

	)

21 
	~<�u�s.h
>

23 

	#__�ed_size_t


	)

24 
	~<�ddef.h
>

26 
	g__BEGIN_DECLS


29 #unde�
�lo�


32 
*
	$�lo�
 (
size_t
 
__size
�
__THROW
;

34 #ifdef 
__GNUC__


35 

	#�lo�
(
size
�
	`__bu�t�_�lo�
 (size)

	)

38 
__END_DECLS


	@/usr/include/asm/byteorder.h

8 #i�de�
_ASM_BYTEORDER_H


9 

	#_ASM_BYTEORDER_H


	)

11 
	~<l�ux/by��d�/l��e_�d�n.h
>

	@/usr/include/asm/posix_types.h

1 
	~<asm-g��ic/posix_ty�s.h
>

	@/usr/include/bits/byteswap.h

19 #i�!
def�ed
 
_BYTESWAP_H
 && !def�ed 
_NETINET_IN_H
 && !def�ed 
_ENDIAN_H


23 #i�de�
_BITS_BYTESWAP_H


24 

	#_BITS_BYTESWAP_H
 1

	)

26 
	~<�u�s.h
>

27 
	~<b�s/ty�s.h
>

30 

	#__bsw�_cڡ�t_16
(
x
) \

31 ((
__u�t16_t
�((((
x
�>> 8�& 0xff�| (((x�& 0xff�<< 8)))

	)

33 
__�l�e
 
__u�t16_t


34 
	$__bsw�_16
 (
__u�t16_t
 
__bsx
)

36 #i�
	`__GNUC_PREREQ
 (4, 8)

37  
	`__bu�t�_bsw�16
 (
__bsx
);

39  
	`__bsw�_cڡ�t_16
 (
__bsx
);

41 
	}
}

44 

	#__bsw�_cڡ�t_32
(
x
) \

45 ((((
x
) & 0xff000000u) >> 24) | (((x) & 0x00ff0000u) >> 8) \

46 | (((
x
�& 0x0000ff00u�<< 8�| (((x�& 0x000000ffu�<< 24))

	)

48 
__�l�e
 
__u�t32_t


49 
	$__bsw�_32
 (
__u�t32_t
 
__bsx
)

51 #i�
	`__GNUC_PREREQ
 (4, 3)

52  
	`__bu�t�_bsw�32
 (
__bsx
);

54  
	`__bsw�_cڡ�t_32
 (
__bsx
);

56 
	}
}

59 

	#__bsw�_cڡ�t_64
(
x
) \

60 ((((
x
) & 0xff00000000000000ull) >> 56) \

61 | (((
x
) & 0x00ff000000000000ull) >> 40) \

62 | (((
x
) & 0x0000ff0000000000ull) >> 24) \

63 | (((
x
) & 0x000000ff00000000ull) >> 8) \

64 | (((
x
) & 0x00000000ff000000ull) << 8) \

65 | (((
x
) & 0x0000000000ff0000ull) << 24) \

66 | (((
x
) & 0x000000000000ff00ull) << 40) \

67 | (((
x
�& 0x00000000000000ffu��<< 56))

	)

69 
__ex�nsi�__
 
__�l�e
 
__u�t64_t


70 
	$__bsw�_64
 (
__u�t64_t
 
__bsx
)

72 #i�
	`__GNUC_PREREQ
 (4, 3)

73  
	`__bu�t�_bsw�64
 (
__bsx
);

75  
	`__bsw�_cڡ�t_64
 (
__bsx
);

77 
	}
}

	@/usr/include/bits/confname.h

19 #i�de�
_UNISTD_H


26 
	m_PC_LINK_MAX
,

27 

	#_PC_LINK_MAX
 
_PC_LINK_MAX


	)

28 
	m_PC_MAX_CANON
,

29 

	#_PC_MAX_CANON
 
_PC_MAX_CANON


	)

30 
	m_PC_MAX_INPUT
,

31 

	#_PC_MAX_INPUT
 
_PC_MAX_INPUT


	)

32 
	m_PC_NAME_MAX
,

33 

	#_PC_NAME_MAX
 
_PC_NAME_MAX


	)

34 
	m_PC_PATH_MAX
,

35 

	#_PC_PATH_MAX
 
_PC_PATH_MAX


	)

36 
	m_PC_PIPE_BUF
,

37 

	#_PC_PIPE_BUF
 
_PC_PIPE_BUF


	)

38 
	m_PC_CHOWN_RESTRICTED
,

39 

	#_PC_CHOWN_RESTRICTED
 
_PC_CHOWN_RESTRICTED


	)

40 
	m_PC_NO_TRUNC
,

41 

	#_PC_NO_TRUNC
 
_PC_NO_TRUNC


	)

42 
	m_PC_VDISABLE
,

43 

	#_PC_VDISABLE
 
_PC_VDISABLE


	)

44 
	m_PC_SYNC_IO
,

45 

	#_PC_SYNC_IO
 
_PC_SYNC_IO


	)

46 
	m_PC_ASYNC_IO
,

47 

	#_PC_ASYNC_IO
 
_PC_ASYNC_IO


	)

48 
	m_PC_PRIO_IO
,

49 

	#_PC_PRIO_IO
 
_PC_PRIO_IO


	)

50 
	m_PC_SOCK_MAXBUF
,

51 

	#_PC_SOCK_MAXBUF
 
_PC_SOCK_MAXBUF


	)

52 
	m_PC_FILESIZEBITS
,

53 

	#_PC_FILESIZEBITS
 
_PC_FILESIZEBITS


	)

54 
	m_PC_REC_INCR_XFER_SIZE
,

55 

	#_PC_REC_INCR_XFER_SIZE
 
_PC_REC_INCR_XFER_SIZE


	)

56 
	m_PC_REC_MAX_XFER_SIZE
,

57 

	#_PC_REC_MAX_XFER_SIZE
 
_PC_REC_MAX_XFER_SIZE


	)

58 
	m_PC_REC_MIN_XFER_SIZE
,

59 

	#_PC_REC_MIN_XFER_SIZE
 
_PC_REC_MIN_XFER_SIZE


	)

60 
	m_PC_REC_XFER_ALIGN
,

61 

	#_PC_REC_XFER_ALIGN
 
_PC_REC_XFER_ALIGN


	)

62 
	m_PC_ALLOC_SIZE_MIN
,

63 

	#_PC_ALLOC_SIZE_MIN
 
_PC_ALLOC_SIZE_MIN


	)

64 
	m_PC_SYMLINK_MAX
,

65 

	#_PC_SYMLINK_MAX
 
_PC_SYMLINK_MAX


	)

66 
	m_PC_2_SYMLINKS


67 

	#_PC_2_SYMLINKS
 
_PC_2_SYMLINKS


	)

73 
	m_SC_ARG_MAX
,

74 

	#_SC_ARG_MAX
 
_SC_ARG_MAX


	)

75 
	m_SC_CHILD_MAX
,

76 

	#_SC_CHILD_MAX
 
_SC_CHILD_MAX


	)

77 
	m_SC_CLK_TCK
,

78 

	#_SC_CLK_TCK
 
_SC_CLK_TCK


	)

79 
	m_SC_NGROUPS_MAX
,

80 

	#_SC_NGROUPS_MAX
 
_SC_NGROUPS_MAX


	)

81 
	m_SC_OPEN_MAX
,

82 

	#_SC_OPEN_MAX
 
_SC_OPEN_MAX


	)

83 
	m_SC_STREAM_MAX
,

84 

	#_SC_STREAM_MAX
 
_SC_STREAM_MAX


	)

85 
	m_SC_TZNAME_MAX
,

86 

	#_SC_TZNAME_MAX
 
_SC_TZNAME_MAX


	)

87 
	m_SC_JOB_CONTROL
,

88 

	#_SC_JOB_CONTROL
 
_SC_JOB_CONTROL


	)

89 
	m_SC_SAVED_IDS
,

90 

	#_SC_SAVED_IDS
 
_SC_SAVED_IDS


	)

91 
	m_SC_REALTIME_SIGNALS
,

92 

	#_SC_REALTIME_SIGNALS
 
_SC_REALTIME_SIGNALS


	)

93 
	m_SC_PRIORITY_SCHEDULING
,

94 

	#_SC_PRIORITY_SCHEDULING
 
_SC_PRIORITY_SCHEDULING


	)

95 
	m_SC_TIMERS
,

96 

	#_SC_TIMERS
 
_SC_TIMERS


	)

97 
	m_SC_ASYNCHRONOUS_IO
,

98 

	#_SC_ASYNCHRONOUS_IO
 
_SC_ASYNCHRONOUS_IO


	)

99 
	m_SC_PRIORITIZED_IO
,

100 

	#_SC_PRIORITIZED_IO
 
_SC_PRIORITIZED_IO


	)

101 
	m_SC_SYNCHRONIZED_IO
,

102 

	#_SC_SYNCHRONIZED_IO
 
_SC_SYNCHRONIZED_IO


	)

103 
	m_SC_FSYNC
,

104 

	#_SC_FSYNC
 
_SC_FSYNC


	)

105 
	m_SC_MAPPED_FILES
,

106 

	#_SC_MAPPED_FILES
 
_SC_MAPPED_FILES


	)

107 
	m_SC_MEMLOCK
,

108 

	#_SC_MEMLOCK
 
_SC_MEMLOCK


	)

109 
	m_SC_MEMLOCK_RANGE
,

110 

	#_SC_MEMLOCK_RANGE
 
_SC_MEMLOCK_RANGE


	)

111 
	m_SC_MEMORY_PROTECTION
,

112 

	#_SC_MEMORY_PROTECTION
 
_SC_MEMORY_PROTECTION


	)

113 
	m_SC_MESSAGE_PASSING
,

114 

	#_SC_MESSAGE_PASSING
 
_SC_MESSAGE_PASSING


	)

115 
	m_SC_SEMAPHORES
,

116 

	#_SC_SEMAPHORES
 
_SC_SEMAPHORES


	)

117 
	m_SC_SHARED_MEMORY_OBJECTS
,

118 

	#_SC_SHARED_MEMORY_OBJECTS
 
_SC_SHARED_MEMORY_OBJECTS


	)

119 
	m_SC_AIO_LISTIO_MAX
,

120 

	#_SC_AIO_LISTIO_MAX
 
_SC_AIO_LISTIO_MAX


	)

121 
	m_SC_AIO_MAX
,

122 

	#_SC_AIO_MAX
 
_SC_AIO_MAX


	)

123 
	m_SC_AIO_PRIO_DELTA_MAX
,

124 

	#_SC_AIO_PRIO_DELTA_MAX
 
_SC_AIO_PRIO_DELTA_MAX


	)

125 
	m_SC_DELAYTIMER_MAX
,

126 

	#_SC_DELAYTIMER_MAX
 
_SC_DELAYTIMER_MAX


	)

127 
	m_SC_MQ_OPEN_MAX
,

128 

	#_SC_MQ_OPEN_MAX
 
_SC_MQ_OPEN_MAX


	)

129 
	m_SC_MQ_PRIO_MAX
,

130 

	#_SC_MQ_PRIO_MAX
 
_SC_MQ_PRIO_MAX


	)

131 
	m_SC_VERSION
,

132 

	#_SC_VERSION
 
_SC_VERSION


	)

133 
	m_SC_PAGESIZE
,

134 

	#_SC_PAGESIZE
 
_SC_PAGESIZE


	)

135 

	#_SC_PAGE_SIZE
 
_SC_PAGESIZE


	)

136 
	m_SC_RTSIG_MAX
,

137 

	#_SC_RTSIG_MAX
 
_SC_RTSIG_MAX


	)

138 
	m_SC_SEM_NSEMS_MAX
,

139 

	#_SC_SEM_NSEMS_MAX
 
_SC_SEM_NSEMS_MAX


	)

140 
	m_SC_SEM_VALUE_MAX
,

141 

	#_SC_SEM_VALUE_MAX
 
_SC_SEM_VALUE_MAX


	)

142 
	m_SC_SIGQUEUE_MAX
,

143 

	#_SC_SIGQUEUE_MAX
 
_SC_SIGQUEUE_MAX


	)

144 
	m_SC_TIMER_MAX
,

145 

	#_SC_TIMER_MAX
 
_SC_TIMER_MAX


	)

149 
	m_SC_BC_BASE_MAX
,

150 

	#_SC_BC_BASE_MAX
 
_SC_BC_BASE_MAX


	)

151 
	m_SC_BC_DIM_MAX
,

152 

	#_SC_BC_DIM_MAX
 
_SC_BC_DIM_MAX


	)

153 
	m_SC_BC_SCALE_MAX
,

154 

	#_SC_BC_SCALE_MAX
 
_SC_BC_SCALE_MAX


	)

155 
	m_SC_BC_STRING_MAX
,

156 

	#_SC_BC_STRING_MAX
 
_SC_BC_STRING_MAX


	)

157 
	m_SC_COLL_WEIGHTS_MAX
,

158 

	#_SC_COLL_WEIGHTS_MAX
 
_SC_COLL_WEIGHTS_MAX


	)

159 
	m_SC_EQUIV_CLASS_MAX
,

160 

	#_SC_EQUIV_CLASS_MAX
 
_SC_EQUIV_CLASS_MAX


	)

161 
	m_SC_EXPR_NEST_MAX
,

162 

	#_SC_EXPR_NEST_MAX
 
_SC_EXPR_NEST_MAX


	)

163 
	m_SC_LINE_MAX
,

164 

	#_SC_LINE_MAX
 
_SC_LINE_MAX


	)

165 
	m_SC_RE_DUP_MAX
,

166 

	#_SC_RE_DUP_MAX
 
_SC_RE_DUP_MAX


	)

167 
	m_SC_CHARCLASS_NAME_MAX
,

168 

	#_SC_CHARCLASS_NAME_MAX
 
_SC_CHARCLASS_NAME_MAX


	)

170 
	m_SC_2_VERSION
,

171 

	#_SC_2_VERSION
 
_SC_2_VERSION


	)

172 
	m_SC_2_C_BIND
,

173 

	#_SC_2_C_BIND
 
_SC_2_C_BIND


	)

174 
	m_SC_2_C_DEV
,

175 

	#_SC_2_C_DEV
 
_SC_2_C_DEV


	)

176 
	m_SC_2_FORT_DEV
,

177 

	#_SC_2_FORT_DEV
 
_SC_2_FORT_DEV


	)

178 
	m_SC_2_FORT_RUN
,

179 

	#_SC_2_FORT_RUN
 
_SC_2_FORT_RUN


	)

180 
	m_SC_2_SW_DEV
,

181 

	#_SC_2_SW_DEV
 
_SC_2_SW_DEV


	)

182 
	m_SC_2_LOCALEDEF
,

183 

	#_SC_2_LOCALEDEF
 
_SC_2_LOCALEDEF


	)

185 
	m_SC_PII
,

186 

	#_SC_PII
 
_SC_PII


	)

187 
	m_SC_PII_XTI
,

188 

	#_SC_PII_XTI
 
_SC_PII_XTI


	)

189 
	m_SC_PII_SOCKET
,

190 

	#_SC_PII_SOCKET
 
_SC_PII_SOCKET


	)

191 
	m_SC_PII_INTERNET
,

192 

	#_SC_PII_INTERNET
 
_SC_PII_INTERNET


	)

193 
	m_SC_PII_OSI
,

194 

	#_SC_PII_OSI
 
_SC_PII_OSI


	)

195 
	m_SC_POLL
,

196 

	#_SC_POLL
 
_SC_POLL


	)

197 
	m_SC_SELECT
,

198 

	#_SC_SELECT
 
_SC_SELECT


	)

199 
	m_SC_UIO_MAXIOV
,

200 

	#_SC_UIO_MAXIOV
 
_SC_UIO_MAXIOV


	)

201 
	m_SC_IOV_MAX
 = 
_SC_UIO_MAXIOV
,

202 

	#_SC_IOV_MAX
 
_SC_IOV_MAX


	)

203 
	m_SC_PII_INTERNET_STREAM
,

204 

	#_SC_PII_INTERNET_STREAM
 
_SC_PII_INTERNET_STREAM


	)

205 
	m_SC_PII_INTERNET_DGRAM
,

206 

	#_SC_PII_INTERNET_DGRAM
 
_SC_PII_INTERNET_DGRAM


	)

207 
	m_SC_PII_OSI_COTS
,

208 

	#_SC_PII_OSI_COTS
 
_SC_PII_OSI_COTS


	)

209 
	m_SC_PII_OSI_CLTS
,

210 

	#_SC_PII_OSI_CLTS
 
_SC_PII_OSI_CLTS


	)

211 
	m_SC_PII_OSI_M
,

212 

	#_SC_PII_OSI_M
 
_SC_PII_OSI_M


	)

213 
	m_SC_T_IOV_MAX
,

214 

	#_SC_T_IOV_MAX
 
_SC_T_IOV_MAX


	)

217 
	m_SC_THREADS
,

218 

	#_SC_THREADS
 
_SC_THREADS


	)

219 
	m_SC_THREAD_SAFE_FUNCTIONS
,

220 

	#_SC_THREAD_SAFE_FUNCTIONS
 
_SC_THREAD_SAFE_FUNCTIONS


	)

221 
	m_SC_GETGR_R_SIZE_MAX
,

222 

	#_SC_GETGR_R_SIZE_MAX
 
_SC_GETGR_R_SIZE_MAX


	)

223 
	m_SC_GETPW_R_SIZE_MAX
,

224 

	#_SC_GETPW_R_SIZE_MAX
 
_SC_GETPW_R_SIZE_MAX


	)

225 
	m_SC_LOGIN_NAME_MAX
,

226 

	#_SC_LOGIN_NAME_MAX
 
_SC_LOGIN_NAME_MAX


	)

227 
	m_SC_TTY_NAME_MAX
,

228 

	#_SC_TTY_NAME_MAX
 
_SC_TTY_NAME_MAX


	)

229 
	m_SC_THREAD_DESTRUCTOR_ITERATIONS
,

230 

	#_SC_THREAD_DESTRUCTOR_ITERATIONS
 
_SC_THREAD_DESTRUCTOR_ITERATIONS


	)

231 
	m_SC_THREAD_KEYS_MAX
,

232 

	#_SC_THREAD_KEYS_MAX
 
_SC_THREAD_KEYS_MAX


	)

233 
	m_SC_THREAD_STACK_MIN
,

234 

	#_SC_THREAD_STACK_MIN
 
_SC_THREAD_STACK_MIN


	)

235 
	m_SC_THREAD_THREADS_MAX
,

236 

	#_SC_THREAD_THREADS_MAX
 
_SC_THREAD_THREADS_MAX


	)

237 
	m_SC_THREAD_ATTR_STACKADDR
,

238 

	#_SC_THREAD_ATTR_STACKADDR
 
_SC_THREAD_ATTR_STACKADDR


	)

239 
	m_SC_THREAD_ATTR_STACKSIZE
,

240 

	#_SC_THREAD_ATTR_STACKSIZE
 
_SC_THREAD_ATTR_STACKSIZE


	)

241 
	m_SC_THREAD_PRIORITY_SCHEDULING
,

242 

	#_SC_THREAD_PRIORITY_SCHEDULING
 
_SC_THREAD_PRIORITY_SCHEDULING


	)

243 
	m_SC_THREAD_PRIO_INHERIT
,

244 

	#_SC_THREAD_PRIO_INHERIT
 
_SC_THREAD_PRIO_INHERIT


	)

245 
	m_SC_THREAD_PRIO_PROTECT
,

246 

	#_SC_THREAD_PRIO_PROTECT
 
_SC_THREAD_PRIO_PROTECT


	)

247 
	m_SC_THREAD_PROCESS_SHARED
,

248 

	#_SC_THREAD_PROCESS_SHARED
 
_SC_THREAD_PROCESS_SHARED


	)

250 
	m_SC_NPROCESSORS_CONF
,

251 

	#_SC_NPROCESSORS_CONF
 
_SC_NPROCESSORS_CONF


	)

252 
	m_SC_NPROCESSORS_ONLN
,

253 

	#_SC_NPROCESSORS_ONLN
 
_SC_NPROCESSORS_ONLN


	)

254 
	m_SC_PHYS_PAGES
,

255 

	#_SC_PHYS_PAGES
 
_SC_PHYS_PAGES


	)

256 
	m_SC_AVPHYS_PAGES
,

257 

	#_SC_AVPHYS_PAGES
 
_SC_AVPHYS_PAGES


	)

258 
	m_SC_ATEXIT_MAX
,

259 

	#_SC_ATEXIT_MAX
 
_SC_ATEXIT_MAX


	)

260 
	m_SC_PASS_MAX
,

261 

	#_SC_PASS_MAX
 
_SC_PASS_MAX


	)

263 
	m_SC_XOPEN_VERSION
,

264 

	#_SC_XOPEN_VERSION
 
_SC_XOPEN_VERSION


	)

265 
	m_SC_XOPEN_XCU_VERSION
,

266 

	#_SC_XOPEN_XCU_VERSION
 
_SC_XOPEN_XCU_VERSION


	)

267 
	m_SC_XOPEN_UNIX
,

268 

	#_SC_XOPEN_UNIX
 
_SC_XOPEN_UNIX


	)

269 
	m_SC_XOPEN_CRYPT
,

270 

	#_SC_XOPEN_CRYPT
 
_SC_XOPEN_CRYPT


	)

271 
	m_SC_XOPEN_ENH_I18N
,

272 

	#_SC_XOPEN_ENH_I18N
 
_SC_XOPEN_ENH_I18N


	)

273 
	m_SC_XOPEN_SHM
,

274 

	#_SC_XOPEN_SHM
 
_SC_XOPEN_SHM


	)

276 
	m_SC_2_CHAR_TERM
,

277 

	#_SC_2_CHAR_TERM
 
_SC_2_CHAR_TERM


	)

278 
	m_SC_2_C_VERSION
,

279 

	#_SC_2_C_VERSION
 
_SC_2_C_VERSION


	)

280 
	m_SC_2_UPE
,

281 

	#_SC_2_UPE
 
_SC_2_UPE


	)

283 
	m_SC_XOPEN_XPG2
,

284 

	#_SC_XOPEN_XPG2
 
_SC_XOPEN_XPG2


	)

285 
	m_SC_XOPEN_XPG3
,

286 

	#_SC_XOPEN_XPG3
 
_SC_XOPEN_XPG3


	)

287 
	m_SC_XOPEN_XPG4
,

288 

	#_SC_XOPEN_XPG4
 
_SC_XOPEN_XPG4


	)

290 
	m_SC_CHAR_BIT
,

291 

	#_SC_CHAR_BIT
 
_SC_CHAR_BIT


	)

292 
	m_SC_CHAR_MAX
,

293 

	#_SC_CHAR_MAX
 
_SC_CHAR_MAX


	)

294 
	m_SC_CHAR_MIN
,

295 

	#_SC_CHAR_MIN
 
_SC_CHAR_MIN


	)

296 
	m_SC_INT_MAX
,

297 

	#_SC_INT_MAX
 
_SC_INT_MAX


	)

298 
	m_SC_INT_MIN
,

299 

	#_SC_INT_MIN
 
_SC_INT_MIN


	)

300 
	m_SC_LONG_BIT
,

301 

	#_SC_LONG_BIT
 
_SC_LONG_BIT


	)

302 
	m_SC_WORD_BIT
,

303 

	#_SC_WORD_BIT
 
_SC_WORD_BIT


	)

304 
	m_SC_MB_LEN_MAX
,

305 

	#_SC_MB_LEN_MAX
 
_SC_MB_LEN_MAX


	)

306 
	m_SC_NZERO
,

307 

	#_SC_NZERO
 
_SC_NZERO


	)

308 
	m_SC_SSIZE_MAX
,

309 

	#_SC_SSIZE_MAX
 
_SC_SSIZE_MAX


	)

310 
	m_SC_SCHAR_MAX
,

311 

	#_SC_SCHAR_MAX
 
_SC_SCHAR_MAX


	)

312 
	m_SC_SCHAR_MIN
,

313 

	#_SC_SCHAR_MIN
 
_SC_SCHAR_MIN


	)

314 
	m_SC_SHRT_MAX
,

315 

	#_SC_SHRT_MAX
 
_SC_SHRT_MAX


	)

316 
	m_SC_SHRT_MIN
,

317 

	#_SC_SHRT_MIN
 
_SC_SHRT_MIN


	)

318 
	m_SC_UCHAR_MAX
,

319 

	#_SC_UCHAR_MAX
 
_SC_UCHAR_MAX


	)

320 
	m_SC_UINT_MAX
,

321 

	#_SC_UINT_MAX
 
_SC_UINT_MAX


	)

322 
	m_SC_ULONG_MAX
,

323 

	#_SC_ULONG_MAX
 
_SC_ULONG_MAX


	)

324 
	m_SC_USHRT_MAX
,

325 

	#_SC_USHRT_MAX
 
_SC_USHRT_MAX


	)

327 
	m_SC_NL_ARGMAX
,

328 

	#_SC_NL_ARGMAX
 
_SC_NL_ARGMAX


	)

329 
	m_SC_NL_LANGMAX
,

330 

	#_SC_NL_LANGMAX
 
_SC_NL_LANGMAX


	)

331 
	m_SC_NL_MSGMAX
,

332 

	#_SC_NL_MSGMAX
 
_SC_NL_MSGMAX


	)

333 
	m_SC_NL_NMAX
,

334 

	#_SC_NL_NMAX
 
_SC_NL_NMAX


	)

335 
	m_SC_NL_SETMAX
,

336 

	#_SC_NL_SETMAX
 
_SC_NL_SETMAX


	)

337 
	m_SC_NL_TEXTMAX
,

338 

	#_SC_NL_TEXTMAX
 
_SC_NL_TEXTMAX


	)

340 
	m_SC_XBS5_ILP32_OFF32
,

341 

	#_SC_XBS5_ILP32_OFF32
 
_SC_XBS5_ILP32_OFF32


	)

342 
	m_SC_XBS5_ILP32_OFFBIG
,

343 

	#_SC_XBS5_ILP32_OFFBIG
 
_SC_XBS5_ILP32_OFFBIG


	)

344 
	m_SC_XBS5_LP64_OFF64
,

345 

	#_SC_XBS5_LP64_OFF64
 
_SC_XBS5_LP64_OFF64


	)

346 
	m_SC_XBS5_LPBIG_OFFBIG
,

347 

	#_SC_XBS5_LPBIG_OFFBIG
 
_SC_XBS5_LPBIG_OFFBIG


	)

349 
	m_SC_XOPEN_LEGACY
,

350 

	#_SC_XOPEN_LEGACY
 
_SC_XOPEN_LEGACY


	)

351 
	m_SC_XOPEN_REALTIME
,

352 

	#_SC_XOPEN_REALTIME
 
_SC_XOPEN_REALTIME


	)

353 
	m_SC_XOPEN_REALTIME_THREADS
,

354 

	#_SC_XOPEN_REALTIME_THREADS
 
_SC_XOPEN_REALTIME_THREADS


	)

356 
	m_SC_ADVISORY_INFO
,

357 

	#_SC_ADVISORY_INFO
 
_SC_ADVISORY_INFO


	)

358 
	m_SC_BARRIERS
,

359 

	#_SC_BARRIERS
 
_SC_BARRIERS


	)

360 
	m_SC_BASE
,

361 

	#_SC_BASE
 
_SC_BASE


	)

362 
	m_SC_C_LANG_SUPPORT
,

363 

	#_SC_C_LANG_SUPPORT
 
_SC_C_LANG_SUPPORT


	)

364 
	m_SC_C_LANG_SUPPORT_R
,

365 

	#_SC_C_LANG_SUPPORT_R
 
_SC_C_LANG_SUPPORT_R


	)

366 
	m_SC_CLOCK_SELECTION
,

367 

	#_SC_CLOCK_SELECTION
 
_SC_CLOCK_SELECTION


	)

368 
	m_SC_CPUTIME
,

369 

	#_SC_CPUTIME
 
_SC_CPUTIME


	)

370 
	m_SC_THREAD_CPUTIME
,

371 

	#_SC_THREAD_CPUTIME
 
_SC_THREAD_CPUTIME


	)

372 
	m_SC_DEVICE_IO
,

373 

	#_SC_DEVICE_IO
 
_SC_DEVICE_IO


	)

374 
	m_SC_DEVICE_SPECIFIC
,

375 

	#_SC_DEVICE_SPECIFIC
 
_SC_DEVICE_SPECIFIC


	)

376 
	m_SC_DEVICE_SPECIFIC_R
,

377 

	#_SC_DEVICE_SPECIFIC_R
 
_SC_DEVICE_SPECIFIC_R


	)

378 
	m_SC_FD_MGMT
,

379 

	#_SC_FD_MGMT
 
_SC_FD_MGMT


	)

380 
	m_SC_FIFO
,

381 

	#_SC_FIFO
 
_SC_FIFO


	)

382 
	m_SC_PIPE
,

383 

	#_SC_PIPE
 
_SC_PIPE


	)

384 
	m_SC_FILE_ATTRIBUTES
,

385 

	#_SC_FILE_ATTRIBUTES
 
_SC_FILE_ATTRIBUTES


	)

386 
	m_SC_FILE_LOCKING
,

387 

	#_SC_FILE_LOCKING
 
_SC_FILE_LOCKING


	)

388 
	m_SC_FILE_SYSTEM
,

389 

	#_SC_FILE_SYSTEM
 
_SC_FILE_SYSTEM


	)

390 
	m_SC_MONOTONIC_CLOCK
,

391 

	#_SC_MONOTONIC_CLOCK
 
_SC_MONOTONIC_CLOCK


	)

392 
	m_SC_MULTI_PROCESS
,

393 

	#_SC_MULTI_PROCESS
 
_SC_MULTI_PROCESS


	)

394 
	m_SC_SINGLE_PROCESS
,

395 

	#_SC_SINGLE_PROCESS
 
_SC_SINGLE_PROCESS


	)

396 
	m_SC_NETWORKING
,

397 

	#_SC_NETWORKING
 
_SC_NETWORKING


	)

398 
	m_SC_READER_WRITER_LOCKS
,

399 

	#_SC_READER_WRITER_LOCKS
 
_SC_READER_WRITER_LOCKS


	)

400 
	m_SC_SPIN_LOCKS
,

401 

	#_SC_SPIN_LOCKS
 
_SC_SPIN_LOCKS


	)

402 
	m_SC_REGEXP
,

403 

	#_SC_REGEXP
 
_SC_REGEXP


	)

404 
	m_SC_REGEX_VERSION
,

405 

	#_SC_REGEX_VERSION
 
_SC_REGEX_VERSION


	)

406 
	m_SC_SHELL
,

407 

	#_SC_SHELL
 
_SC_SHELL


	)

408 
	m_SC_SIGNALS
,

409 

	#_SC_SIGNALS
 
_SC_SIGNALS


	)

410 
	m_SC_SPAWN
,

411 

	#_SC_SPAWN
 
_SC_SPAWN


	)

412 
	m_SC_SPORADIC_SERVER
,

413 

	#_SC_SPORADIC_SERVER
 
_SC_SPORADIC_SERVER


	)

414 
	m_SC_THREAD_SPORADIC_SERVER
,

415 

	#_SC_THREAD_SPORADIC_SERVER
 
_SC_THREAD_SPORADIC_SERVER


	)

416 
	m_SC_SYSTEM_DATABASE
,

417 

	#_SC_SYSTEM_DATABASE
 
_SC_SYSTEM_DATABASE


	)

418 
	m_SC_SYSTEM_DATABASE_R
,

419 

	#_SC_SYSTEM_DATABASE_R
 
_SC_SYSTEM_DATABASE_R


	)

420 
	m_SC_TIMEOUTS
,

421 

	#_SC_TIMEOUTS
 
_SC_TIMEOUTS


	)

422 
	m_SC_TYPED_MEMORY_OBJECTS
,

423 

	#_SC_TYPED_MEMORY_OBJECTS
 
_SC_TYPED_MEMORY_OBJECTS


	)

424 
	m_SC_USER_GROUPS
,

425 

	#_SC_USER_GROUPS
 
_SC_USER_GROUPS


	)

426 
	m_SC_USER_GROUPS_R
,

427 

	#_SC_USER_GROUPS_R
 
_SC_USER_GROUPS_R


	)

428 
	m_SC_2_PBS
,

429 

	#_SC_2_PBS
 
_SC_2_PBS


	)

430 
	m_SC_2_PBS_ACCOUNTING
,

431 

	#_SC_2_PBS_ACCOUNTING
 
_SC_2_PBS_ACCOUNTING


	)

432 
	m_SC_2_PBS_LOCATE
,

433 

	#_SC_2_PBS_LOCATE
 
_SC_2_PBS_LOCATE


	)

434 
	m_SC_2_PBS_MESSAGE
,

435 

	#_SC_2_PBS_MESSAGE
 
_SC_2_PBS_MESSAGE


	)

436 
	m_SC_2_PBS_TRACK
,

437 

	#_SC_2_PBS_TRACK
 
_SC_2_PBS_TRACK


	)

438 
	m_SC_SYMLOOP_MAX
,

439 

	#_SC_SYMLOOP_MAX
 
_SC_SYMLOOP_MAX


	)

440 
	m_SC_STREAMS
,

441 

	#_SC_STREAMS
 
_SC_STREAMS


	)

442 
	m_SC_2_PBS_CHECKPOINT
,

443 

	#_SC_2_PBS_CHECKPOINT
 
_SC_2_PBS_CHECKPOINT


	)

445 
	m_SC_V6_ILP32_OFF32
,

446 

	#_SC_V6_ILP32_OFF32
 
_SC_V6_ILP32_OFF32


	)

447 
	m_SC_V6_ILP32_OFFBIG
,

448 

	#_SC_V6_ILP32_OFFBIG
 
_SC_V6_ILP32_OFFBIG


	)

449 
	m_SC_V6_LP64_OFF64
,

450 

	#_SC_V6_LP64_OFF64
 
_SC_V6_LP64_OFF64


	)

451 
	m_SC_V6_LPBIG_OFFBIG
,

452 

	#_SC_V6_LPBIG_OFFBIG
 
_SC_V6_LPBIG_OFFBIG


	)

454 
	m_SC_HOST_NAME_MAX
,

455 

	#_SC_HOST_NAME_MAX
 
_SC_HOST_NAME_MAX


	)

456 
	m_SC_TRACE
,

457 

	#_SC_TRACE
 
_SC_TRACE


	)

458 
	m_SC_TRACE_EVENT_FILTER
,

459 

	#_SC_TRACE_EVENT_FILTER
 
_SC_TRACE_EVENT_FILTER


	)

460 
	m_SC_TRACE_INHERIT
,

461 

	#_SC_TRACE_INHERIT
 
_SC_TRACE_INHERIT


	)

462 
	m_SC_TRACE_LOG
,

463 

	#_SC_TRACE_LOG
 
_SC_TRACE_LOG


	)

465 
	m_SC_LEVEL1_ICACHE_SIZE
,

466 

	#_SC_LEVEL1_ICACHE_SIZE
 
_SC_LEVEL1_ICACHE_SIZE


	)

467 
	m_SC_LEVEL1_ICACHE_ASSOC
,

468 

	#_SC_LEVEL1_ICACHE_ASSOC
 
_SC_LEVEL1_ICACHE_ASSOC


	)

469 
	m_SC_LEVEL1_ICACHE_LINESIZE
,

470 

	#_SC_LEVEL1_ICACHE_LINESIZE
 
_SC_LEVEL1_ICACHE_LINESIZE


	)

471 
	m_SC_LEVEL1_DCACHE_SIZE
,

472 

	#_SC_LEVEL1_DCACHE_SIZE
 
_SC_LEVEL1_DCACHE_SIZE


	)

473 
	m_SC_LEVEL1_DCACHE_ASSOC
,

474 

	#_SC_LEVEL1_DCACHE_ASSOC
 
_SC_LEVEL1_DCACHE_ASSOC


	)

475 
	m_SC_LEVEL1_DCACHE_LINESIZE
,

476 

	#_SC_LEVEL1_DCACHE_LINESIZE
 
_SC_LEVEL1_DCACHE_LINESIZE


	)

477 
	m_SC_LEVEL2_CACHE_SIZE
,

478 

	#_SC_LEVEL2_CACHE_SIZE
 
_SC_LEVEL2_CACHE_SIZE


	)

479 
	m_SC_LEVEL2_CACHE_ASSOC
,

480 

	#_SC_LEVEL2_CACHE_ASSOC
 
_SC_LEVEL2_CACHE_ASSOC


	)

481 
	m_SC_LEVEL2_CACHE_LINESIZE
,

482 

	#_SC_LEVEL2_CACHE_LINESIZE
 
_SC_LEVEL2_CACHE_LINESIZE


	)

483 
	m_SC_LEVEL3_CACHE_SIZE
,

484 

	#_SC_LEVEL3_CACHE_SIZE
 
_SC_LEVEL3_CACHE_SIZE


	)

485 
	m_SC_LEVEL3_CACHE_ASSOC
,

486 

	#_SC_LEVEL3_CACHE_ASSOC
 
_SC_LEVEL3_CACHE_ASSOC


	)

487 
	m_SC_LEVEL3_CACHE_LINESIZE
,

488 

	#_SC_LEVEL3_CACHE_LINESIZE
 
_SC_LEVEL3_CACHE_LINESIZE


	)

489 
	m_SC_LEVEL4_CACHE_SIZE
,

490 

	#_SC_LEVEL4_CACHE_SIZE
 
_SC_LEVEL4_CACHE_SIZE


	)

491 
	m_SC_LEVEL4_CACHE_ASSOC
,

492 

	#_SC_LEVEL4_CACHE_ASSOC
 
_SC_LEVEL4_CACHE_ASSOC


	)

493 
	m_SC_LEVEL4_CACHE_LINESIZE
,

494 

	#_SC_LEVEL4_CACHE_LINESIZE
 
_SC_LEVEL4_CACHE_LINESIZE


	)

497 
	m_SC_IPV6
 = 
_SC_LEVEL1_ICACHE_SIZE
 + 50,

498 

	#_SC_IPV6
 
_SC_IPV6


	)

499 
	m_SC_RAW_SOCKETS
,

500 

	#_SC_RAW_SOCKETS
 
_SC_RAW_SOCKETS


	)

502 
	m_SC_V7_ILP32_OFF32
,

503 

	#_SC_V7_ILP32_OFF32
 
_SC_V7_ILP32_OFF32


	)

504 
	m_SC_V7_ILP32_OFFBIG
,

505 

	#_SC_V7_ILP32_OFFBIG
 
_SC_V7_ILP32_OFFBIG


	)

506 
	m_SC_V7_LP64_OFF64
,

507 

	#_SC_V7_LP64_OFF64
 
_SC_V7_LP64_OFF64


	)

508 
	m_SC_V7_LPBIG_OFFBIG
,

509 

	#_SC_V7_LPBIG_OFFBIG
 
_SC_V7_LPBIG_OFFBIG


	)

511 
	m_SC_SS_REPL_MAX
,

512 

	#_SC_SS_REPL_MAX
 
_SC_SS_REPL_MAX


	)

514 
	m_SC_TRACE_EVENT_NAME_MAX
,

515 

	#_SC_TRACE_EVENT_NAME_MAX
 
_SC_TRACE_EVENT_NAME_MAX


	)

516 
	m_SC_TRACE_NAME_MAX
,

517 

	#_SC_TRACE_NAME_MAX
 
_SC_TRACE_NAME_MAX


	)

518 
	m_SC_TRACE_SYS_MAX
,

519 

	#_SC_TRACE_SYS_MAX
 
_SC_TRACE_SYS_MAX


	)

520 
	m_SC_TRACE_USER_EVENT_MAX
,

521 

	#_SC_TRACE_USER_EVENT_MAX
 
_SC_TRACE_USER_EVENT_MAX


	)

523 
	m_SC_XOPEN_STREAMS
,

524 

	#_SC_XOPEN_STREAMS
 
_SC_XOPEN_STREAMS


	)

526 
	m_SC_THREAD_ROBUST_PRIO_INHERIT
,

527 

	#_SC_THREAD_ROBUST_PRIO_INHERIT
 
_SC_THREAD_ROBUST_PRIO_INHERIT


	)

528 
	m_SC_THREAD_ROBUST_PRIO_PROTECT
,

529 

	#_SC_THREAD_ROBUST_PRIO_PROTECT
 
_SC_THREAD_ROBUST_PRIO_PROTECT


	)

531 
	m_SC_MINSIGSTKSZ
,

532 

	#_SC_MINSIGSTKSZ
 
_SC_MINSIGSTKSZ


	)

534 
	m_SC_SIGSTKSZ


535 

	#_SC_SIGSTKSZ
 
_SC_SIGSTKSZ


	)

541 
	m_CS_PATH
,

542 

	#_CS_PATH
 
_CS_PATH


	)

544 
	m_CS_V6_WIDTH_RESTRICTED_ENVS
,

545 

	#_CS_V6_WIDTH_RESTRICTED_ENVS
 
_CS_V6_WIDTH_RESTRICTED_ENVS


	)

546 

	#_CS_POSIX_V6_WIDTH_RESTRICTED_ENVS
 
_CS_V6_WIDTH_RESTRICTED_ENVS


	)

548 
	m_CS_GNU_LIBC_VERSION
,

549 

	#_CS_GNU_LIBC_VERSION
 
_CS_GNU_LIBC_VERSION


	)

550 
	m_CS_GNU_LIBPTHREAD_VERSION
,

551 

	#_CS_GNU_LIBPTHREAD_VERSION
 
_CS_GNU_LIBPTHREAD_VERSION


	)

553 
	m_CS_V5_WIDTH_RESTRICTED_ENVS
,

554 

	#_CS_V5_WIDTH_RESTRICTED_ENVS
 
_CS_V5_WIDTH_RESTRICTED_ENVS


	)

555 

	#_CS_POSIX_V5_WIDTH_RESTRICTED_ENVS
 
_CS_V5_WIDTH_RESTRICTED_ENVS


	)

557 
	m_CS_V7_WIDTH_RESTRICTED_ENVS
,

558 

	#_CS_V7_WIDTH_RESTRICTED_ENVS
 
_CS_V7_WIDTH_RESTRICTED_ENVS


	)

559 

	#_CS_POSIX_V7_WIDTH_RESTRICTED_ENVS
 
_CS_V7_WIDTH_RESTRICTED_ENVS


	)

561 
	m_CS_LFS_CFLAGS
 = 1000,

562 

	#_CS_LFS_CFLAGS
 
_CS_LFS_CFLAGS


	)

563 
	m_CS_LFS_LDFLAGS
,

564 

	#_CS_LFS_LDFLAGS
 
_CS_LFS_LDFLAGS


	)

565 
	m_CS_LFS_LIBS
,

566 

	#_CS_LFS_LIBS
 
_CS_LFS_LIBS


	)

567 
	m_CS_LFS_LINTFLAGS
,

568 

	#_CS_LFS_LINTFLAGS
 
_CS_LFS_LINTFLAGS


	)

569 
	m_CS_LFS64_CFLAGS
,

570 

	#_CS_LFS64_CFLAGS
 
_CS_LFS64_CFLAGS


	)

571 
	m_CS_LFS64_LDFLAGS
,

572 

	#_CS_LFS64_LDFLAGS
 
_CS_LFS64_LDFLAGS


	)

573 
	m_CS_LFS64_LIBS
,

574 

	#_CS_LFS64_LIBS
 
_CS_LFS64_LIBS


	)

575 
	m_CS_LFS64_LINTFLAGS
,

576 

	#_CS_LFS64_LINTFLAGS
 
_CS_LFS64_LINTFLAGS


	)

578 
	m_CS_XBS5_ILP32_OFF32_CFLAGS
 = 1100,

579 

	#_CS_XBS5_ILP32_OFF32_CFLAGS
 
_CS_XBS5_ILP32_OFF32_CFLAGS


	)

580 
	m_CS_XBS5_ILP32_OFF32_LDFLAGS
,

581 

	#_CS_XBS5_ILP32_OFF32_LDFLAGS
 
_CS_XBS5_ILP32_OFF32_LDFLAGS


	)

582 
	m_CS_XBS5_ILP32_OFF32_LIBS
,

583 

	#_CS_XBS5_ILP32_OFF32_LIBS
 
_CS_XBS5_ILP32_OFF32_LIBS


	)

584 
	m_CS_XBS5_ILP32_OFF32_LINTFLAGS
,

585 

	#_CS_XBS5_ILP32_OFF32_LINTFLAGS
 
_CS_XBS5_ILP32_OFF32_LINTFLAGS


	)

586 
	m_CS_XBS5_ILP32_OFFBIG_CFLAGS
,

587 

	#_CS_XBS5_ILP32_OFFBIG_CFLAGS
 
_CS_XBS5_ILP32_OFFBIG_CFLAGS


	)

588 
	m_CS_XBS5_ILP32_OFFBIG_LDFLAGS
,

589 

	#_CS_XBS5_ILP32_OFFBIG_LDFLAGS
 
_CS_XBS5_ILP32_OFFBIG_LDFLAGS


	)

590 
	m_CS_XBS5_ILP32_OFFBIG_LIBS
,

591 

	#_CS_XBS5_ILP32_OFFBIG_LIBS
 
_CS_XBS5_ILP32_OFFBIG_LIBS


	)

592 
	m_CS_XBS5_ILP32_OFFBIG_LINTFLAGS
,

593 

	#_CS_XBS5_ILP32_OFFBIG_LINTFLAGS
 
_CS_XBS5_ILP32_OFFBIG_LINTFLAGS


	)

594 
	m_CS_XBS5_LP64_OFF64_CFLAGS
,

595 

	#_CS_XBS5_LP64_OFF64_CFLAGS
 
_CS_XBS5_LP64_OFF64_CFLAGS


	)

596 
	m_CS_XBS5_LP64_OFF64_LDFLAGS
,

597 

	#_CS_XBS5_LP64_OFF64_LDFLAGS
 
_CS_XBS5_LP64_OFF64_LDFLAGS


	)

598 
	m_CS_XBS5_LP64_OFF64_LIBS
,

599 

	#_CS_XBS5_LP64_OFF64_LIBS
 
_CS_XBS5_LP64_OFF64_LIBS


	)

600 
	m_CS_XBS5_LP64_OFF64_LINTFLAGS
,

601 

	#_CS_XBS5_LP64_OFF64_LINTFLAGS
 
_CS_XBS5_LP64_OFF64_LINTFLAGS


	)

602 
	m_CS_XBS5_LPBIG_OFFBIG_CFLAGS
,

603 

	#_CS_XBS5_LPBIG_OFFBIG_CFLAGS
 
_CS_XBS5_LPBIG_OFFBIG_CFLAGS


	)

604 
	m_CS_XBS5_LPBIG_OFFBIG_LDFLAGS
,

605 

	#_CS_XBS5_LPBIG_OFFBIG_LDFLAGS
 
_CS_XBS5_LPBIG_OFFBIG_LDFLAGS


	)

606 
	m_CS_XBS5_LPBIG_OFFBIG_LIBS
,

607 

	#_CS_XBS5_LPBIG_OFFBIG_LIBS
 
_CS_XBS5_LPBIG_OFFBIG_LIBS


	)

608 
	m_CS_XBS5_LPBIG_OFFBIG_LINTFLAGS
,

609 

	#_CS_XBS5_LPBIG_OFFBIG_LINTFLAGS
 
_CS_XBS5_LPBIG_OFFBIG_LINTFLAGS


	)

611 
	m_CS_POSIX_V6_ILP32_OFF32_CFLAGS
,

612 

	#_CS_POSIX_V6_ILP32_OFF32_CFLAGS
 
_CS_POSIX_V6_ILP32_OFF32_CFLAGS


	)

613 
	m_CS_POSIX_V6_ILP32_OFF32_LDFLAGS
,

614 

	#_CS_POSIX_V6_ILP32_OFF32_LDFLAGS
 
_CS_POSIX_V6_ILP32_OFF32_LDFLAGS


	)

615 
	m_CS_POSIX_V6_ILP32_OFF32_LIBS
,

616 

	#_CS_POSIX_V6_ILP32_OFF32_LIBS
 
_CS_POSIX_V6_ILP32_OFF32_LIBS


	)

617 
	m_CS_POSIX_V6_ILP32_OFF32_LINTFLAGS
,

618 

	#_CS_POSIX_V6_ILP32_OFF32_LINTFLAGS
 
_CS_POSIX_V6_ILP32_OFF32_LINTFLAGS


	)

619 
	m_CS_POSIX_V6_ILP32_OFFBIG_CFLAGS
,

620 

	#_CS_POSIX_V6_ILP32_OFFBIG_CFLAGS
 
_CS_POSIX_V6_ILP32_OFFBIG_CFLAGS


	)

621 
	m_CS_POSIX_V6_ILP32_OFFBIG_LDFLAGS
,

622 

	#_CS_POSIX_V6_ILP32_OFFBIG_LDFLAGS
 
_CS_POSIX_V6_ILP32_OFFBIG_LDFLAGS


	)

623 
	m_CS_POSIX_V6_ILP32_OFFBIG_LIBS
,

624 

	#_CS_POSIX_V6_ILP32_OFFBIG_LIBS
 
_CS_POSIX_V6_ILP32_OFFBIG_LIBS


	)

625 
	m_CS_POSIX_V6_ILP32_OFFBIG_LINTFLAGS
,

626 

	#_CS_POSIX_V6_ILP32_OFFBIG_LINTFLAGS
 
_CS_POSIX_V6_ILP32_OFFBIG_LINTFLAGS


	)

627 
	m_CS_POSIX_V6_LP64_OFF64_CFLAGS
,

628 

	#_CS_POSIX_V6_LP64_OFF64_CFLAGS
 
_CS_POSIX_V6_LP64_OFF64_CFLAGS


	)

629 
	m_CS_POSIX_V6_LP64_OFF64_LDFLAGS
,

630 

	#_CS_POSIX_V6_LP64_OFF64_LDFLAGS
 
_CS_POSIX_V6_LP64_OFF64_LDFLAGS


	)

631 
	m_CS_POSIX_V6_LP64_OFF64_LIBS
,

632 

	#_CS_POSIX_V6_LP64_OFF64_LIBS
 
_CS_POSIX_V6_LP64_OFF64_LIBS


	)

633 
	m_CS_POSIX_V6_LP64_OFF64_LINTFLAGS
,

634 

	#_CS_POSIX_V6_LP64_OFF64_LINTFLAGS
 
_CS_POSIX_V6_LP64_OFF64_LINTFLAGS


	)

635 
	m_CS_POSIX_V6_LPBIG_OFFBIG_CFLAGS
,

636 

	#_CS_POSIX_V6_LPBIG_OFFBIG_CFLAGS
 
_CS_POSIX_V6_LPBIG_OFFBIG_CFLAGS


	)

637 
	m_CS_POSIX_V6_LPBIG_OFFBIG_LDFLAGS
,

638 

	#_CS_POSIX_V6_LPBIG_OFFBIG_LDFLAGS
 
_CS_POSIX_V6_LPBIG_OFFBIG_LDFLAGS


	)

639 
	m_CS_POSIX_V6_LPBIG_OFFBIG_LIBS
,

640 

	#_CS_POSIX_V6_LPBIG_OFFBIG_LIBS
 
_CS_POSIX_V6_LPBIG_OFFBIG_LIBS


	)

641 
	m_CS_POSIX_V6_LPBIG_OFFBIG_LINTFLAGS
,

642 

	#_CS_POSIX_V6_LPBIG_OFFBIG_LINTFLAGS
 
_CS_POSIX_V6_LPBIG_OFFBIG_LINTFLAGS


	)

644 
	m_CS_POSIX_V7_ILP32_OFF32_CFLAGS
,

645 

	#_CS_POSIX_V7_ILP32_OFF32_CFLAGS
 
_CS_POSIX_V7_ILP32_OFF32_CFLAGS


	)

646 
	m_CS_POSIX_V7_ILP32_OFF32_LDFLAGS
,

647 

	#_CS_POSIX_V7_ILP32_OFF32_LDFLAGS
 
_CS_POSIX_V7_ILP32_OFF32_LDFLAGS


	)

648 
	m_CS_POSIX_V7_ILP32_OFF32_LIBS
,

649 

	#_CS_POSIX_V7_ILP32_OFF32_LIBS
 
_CS_POSIX_V7_ILP32_OFF32_LIBS


	)

650 
	m_CS_POSIX_V7_ILP32_OFF32_LINTFLAGS
,

651 

	#_CS_POSIX_V7_ILP32_OFF32_LINTFLAGS
 
_CS_POSIX_V7_ILP32_OFF32_LINTFLAGS


	)

652 
	m_CS_POSIX_V7_ILP32_OFFBIG_CFLAGS
,

653 

	#_CS_POSIX_V7_ILP32_OFFBIG_CFLAGS
 
_CS_POSIX_V7_ILP32_OFFBIG_CFLAGS


	)

654 
	m_CS_POSIX_V7_ILP32_OFFBIG_LDFLAGS
,

655 

	#_CS_POSIX_V7_ILP32_OFFBIG_LDFLAGS
 
_CS_POSIX_V7_ILP32_OFFBIG_LDFLAGS


	)

656 
	m_CS_POSIX_V7_ILP32_OFFBIG_LIBS
,

657 

	#_CS_POSIX_V7_ILP32_OFFBIG_LIBS
 
_CS_POSIX_V7_ILP32_OFFBIG_LIBS


	)

658 
	m_CS_POSIX_V7_ILP32_OFFBIG_LINTFLAGS
,

659 

	#_CS_POSIX_V7_ILP32_OFFBIG_LINTFLAGS
 
_CS_POSIX_V7_ILP32_OFFBIG_LINTFLAGS


	)

660 
	m_CS_POSIX_V7_LP64_OFF64_CFLAGS
,

661 

	#_CS_POSIX_V7_LP64_OFF64_CFLAGS
 
_CS_POSIX_V7_LP64_OFF64_CFLAGS


	)

662 
	m_CS_POSIX_V7_LP64_OFF64_LDFLAGS
,

663 

	#_CS_POSIX_V7_LP64_OFF64_LDFLAGS
 
_CS_POSIX_V7_LP64_OFF64_LDFLAGS


	)

664 
	m_CS_POSIX_V7_LP64_OFF64_LIBS
,

665 

	#_CS_POSIX_V7_LP64_OFF64_LIBS
 
_CS_POSIX_V7_LP64_OFF64_LIBS


	)

666 
	m_CS_POSIX_V7_LP64_OFF64_LINTFLAGS
,

667 

	#_CS_POSIX_V7_LP64_OFF64_LINTFLAGS
 
_CS_POSIX_V7_LP64_OFF64_LINTFLAGS


	)

668 
	m_CS_POSIX_V7_LPBIG_OFFBIG_CFLAGS
,

669 

	#_CS_POSIX_V7_LPBIG_OFFBIG_CFLAGS
 
_CS_POSIX_V7_LPBIG_OFFBIG_CFLAGS


	)

670 
	m_CS_POSIX_V7_LPBIG_OFFBIG_LDFLAGS
,

671 

	#_CS_POSIX_V7_LPBIG_OFFBIG_LDFLAGS
 
_CS_POSIX_V7_LPBIG_OFFBIG_LDFLAGS


	)

672 
	m_CS_POSIX_V7_LPBIG_OFFBIG_LIBS
,

673 

	#_CS_POSIX_V7_LPBIG_OFFBIG_LIBS
 
_CS_POSIX_V7_LPBIG_OFFBIG_LIBS


	)

674 
	m_CS_POSIX_V7_LPBIG_OFFBIG_LINTFLAGS
,

675 

	#_CS_POSIX_V7_LPBIG_OFFBIG_LINTFLAGS
 
_CS_POSIX_V7_LPBIG_OFFBIG_LINTFLAGS


	)

677 
	m_CS_V6_ENV
,

678 

	#_CS_V6_ENV
 
_CS_V6_ENV


	)

679 
	m_CS_V7_ENV


680 

	#_CS_V7_ENV
 
_CS_V7_ENV


	)

	@/usr/include/bits/dirent.h

18 #i�de�
_DIRENT_H


22 
	sd��t


24 #i�de�
__USE_FILE_OFFSET64


25 
__�o_t
 
	md_�o
;

26 
__off_t
 
	md_off
;

28 
__�o64_t
 
	md_�o
;

29 
__off64_t
 
	md_off
;

31 
	md_���
;

32 
	md_ty�
;

33 
	md_�me
[256];

36 #ifde�
__USE_LARGEFILE64


37 
	sd��t64


39 
__�o64_t
 
	md_�o
;

40 
__off64_t
 
	md_off
;

41 
	md_���
;

42 
	md_ty�
;

43 
	md_�me
[256];

47 

	#d_f��o
 
d_�o


	)

49 #unde�
_DIRENT_HAVE_D_NAMLEN


50 

	#_DIRENT_HAVE_D_RECLEN


	)

51 

	#_DIRENT_HAVE_D_OFF


	)

52 

	#_DIRENT_HAVE_D_TYPE


	)

54 #i�
def�ed
 
__OFF_T_MATCHES_OFF64_T
 && def�ed 
__INO_T_MATCHES_INO64_T


56 

	#_DIRENT_MATCHES_DIRENT64
 1

	)

58 

	#_DIRENT_MATCHES_DIRENT64
 0

	)

	@/usr/include/bits/dirent_ext.h

19 #i�de�
_DIRENT_H


23 
	g__BEGIN_DECLS


25 #ifde�
__USE_GNU


29 
__ssize_t
 
	$g�d�ts64
 (
__fd
, *
__buf�r
, 
size_t
 
__�ngth
)

30 
__THROW
 
	`__n�nu�
 ((2));

33 
__END_DECLS


	@/usr/include/bits/dl_find_object.h

19 #i�de�
_DLFCN_H


25 

	#DLFO_STRUCT_HAS_EH_DBASE
 0

	)

29 

	#DLFO_STRUCT_HAS_EH_COUNT
 0

	)

32 

	#DLFO_EH_SEGMENT_TYPE
 
PT_GNU_EH_FRAME


	)

	@/usr/include/bits/dlfcn.h

19 #i�de�
_DLFCN_H


24 

	#RTLD_LAZY
 0x00001

	)

25 

	#RTLD_NOW
 0x00002

	)

26 

	#RTLD_BINDING_MASK
 0x3

	)

27 

	#RTLD_NOLOAD
 0x00004

	)

28 

	#RTLD_DEEPBIND
 0x00008

	)

33 

	#RTLD_GLOBAL
 0x00100

	)

38 

	#RTLD_LOCAL
 0

	)

41 

	#RTLD_NODELETE
 0x01000

	)

43 #ifde�
__USE_GNU


54 

	#DL_CALL_FCT
(
f�p
, 
�gs
) \

55 (
	`_dl_mcou�_w���_check
 ((*�(
f�p
)), (*(f�p)�
�gs
)

	)

57 
__BEGIN_DECLS


60 

	$_dl_mcou�_w���_check
 (*
__�l�c
�
__THROW
;

62 
__END_DECLS


	@/usr/include/bits/endian.h

19 #i�de�
_BITS_ENDIAN_H


20 

	#_BITS_ENDIAN_H
 1

	)

30 

	#__LITTLE_ENDIAN
 1234

	)

31 

	#__BIG_ENDIAN
 4321

	)

32 

	#__PDP_ENDIAN
 3412

	)

35 
	~<b�s/�d��ess.h
>

39 #i�de�
__FLOAT_WORD_ORDER


40 

	#__FLOAT_WORD_ORDER
 
__BYTE_ORDER


	)

43 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


44 

	#__LONG_LONG_PAIR
(
HI
, 
LO
�LO, 
	)
HI

45 #�i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


46 

	#__LONG_LONG_PAIR
(
HI
, 
LO
�HI, 
	)
LO

	@/usr/include/bits/environments.h

18 #i�de�
_UNISTD_H


22 
	~<b�s/w�dsize.h
>

42 #i�
__WORDSIZE
 == 64

45 

	#_POSIX_V7_ILP32_OFF32
 -1

	)

46 

	#_POSIX_V7_ILP32_OFFBIG
 -1

	)

47 

	#_POSIX_V6_ILP32_OFF32
 -1

	)

48 

	#_POSIX_V6_ILP32_OFFBIG
 -1

	)

49 

	#_XBS5_ILP32_OFF32
 -1

	)

50 

	#_XBS5_ILP32_OFFBIG
 -1

	)

53 

	#_POSIX_V7_LPBIG_OFFBIG
 -1

	)

54 

	#_POSIX_V6_LPBIG_OFFBIG
 -1

	)

55 

	#_XBS5_LPBIG_OFFBIG
 -1

	)

58 

	#_POSIX_V7_LP64_OFF64
 1

	)

59 

	#_POSIX_V6_LP64_OFF64
 1

	)

60 

	#_XBS5_LP64_OFF64
 1

	)

66 

	#_POSIX_V7_ILP32_OFF32
 1

	)

67 

	#_POSIX_V7_ILP32_OFFBIG
 1

	)

68 

	#_POSIX_V6_ILP32_OFF32
 1

	)

69 

	#_POSIX_V6_ILP32_OFFBIG
 1

	)

70 

	#_XBS5_ILP32_OFF32
 1

	)

71 

	#_XBS5_ILP32_OFFBIG
 1

	)

77 

	#_POSIX_V7_LP64_OFF64
 -1

	)

78 

	#_POSIX_V7_LPBIG_OFFBIG
 -1

	)

79 

	#_POSIX_V6_LP64_OFF64
 -1

	)

80 

	#_POSIX_V6_LPBIG_OFFBIG
 -1

	)

81 

	#_XBS5_LP64_OFF64
 -1

	)

82 

	#_XBS5_LPBIG_OFFBIG
 -1

	)

85 

	#__ILP32_OFFBIG_CFLAGS
 "-D_LARGEFILE_SOURCE -D_FILE_OFFSET_BITS=64"

	)

	@/usr/include/bits/err-ldbl.h

19 #i�de�
_ERR_H


23 
	$__LDBL_REDIR_DECL
 (
w�n
)

24 
	$__LDBL_REDIR_DECL
 (
vw�n
)

25 
	$__LDBL_REDIR_DECL
 (
w�nx
)

26 
	$__LDBL_REDIR_DECL
 (
vw�nx
)

27 
	$__LDBL_REDIR_DECL
 (
�r
)

28 
	$__LDBL_REDIR_DECL
 (
v�r
)

29 
	$__LDBL_REDIR_DECL
 (
�rx
)

30 
	`__LDBL_REDIR_DECL
 (
v�rx
)

	@/usr/include/bits/errno.h

19 #i�de�
_BITS_ERRNO_H


20 

	#_BITS_ERRNO_H
 1

	)

22 #i�!
def�ed
 
_ERRNO_H


26 
	~<l�ux/��o.h
>

29 #i�de�
ENOTSUP


30 

	#ENOTSUP
 
EOPNOTSUPP


	)

33 #i�de�
ECANCELED


34 

	#ECANCELED
 125

	)

37 #i�de�
EOWNERDEAD


38 

	#EOWNERDEAD
 130

	)

41 #i�de�
ENOTRECOVERABLE


42 

	#ENOTRECOVERABLE
 131

	)

45 #i�de�
ERFKILL


46 

	#ERFKILL
 132

	)

49 #i�de�
EHWPOISON


50 

	#EHWPOISON
 133

	)

	@/usr/include/bits/fcntl.h

19 #i�de�
_FCNTL_H


23 
	~<b�s/w�dsize.h
>

27 #i�
__WORDSIZE
 == 64

28 

	#__O_LARGEFILE
 0

	)

30 

	#F_GETLK64
 5

	)

31 

	#F_SETLK64
 6

	)

32 

	#F_SETLKW64
 7

	)

35 
	s�ock


37 
	ml_ty�
;

38 
	ml_wh��
;

39 #i�de�
__USE_FILE_OFFSET64


40 
__off_t
 
	ml_��t
;

41 
__off_t
 
	ml_�n
;

43 
__off64_t
 
	ml_��t
;

44 
__off64_t
 
	ml_�n
;

46 
__pid_t
 
	ml_pid
;

49 #ifde�
__USE_LARGEFILE64


50 
	s�ock64


52 
	ml_ty�
;

53 
	ml_wh��
;

54 
__off64_t
 
	ml_��t
;

55 
__off64_t
 
	ml_�n
;

56 
__pid_t
 
	ml_pid
;

61 
	~<b�s/f��-l�ux.h
>

	@/usr/include/bits/fcntl2.h

19 #i�def 
_FCNTL_H


25 #i�de�
__USE_FILE_OFFSET64


26 

	$__ݒ_2
 (cڡ *
__�th
, 
__o�ag
�
	`__n�nu�
 ((1));

27 

	`__REDIRECT
 (
__ݒ_��s
, (cڡ *
__�th
, 
__o�ag
, ...),

28 
ݒ
�
	`__n�nu�
 ((1));

30 

	`__REDIRECT
 (
__ݒ_2
, (cڡ *
__�th
, 
__o�ag
),

31 
__ݒ64_2
�
	`__n�nu�
 ((1));

32 

	`__REDIRECT
 (
__ݒ_��s
, (cڡ *
__�th
, 
__o�ag
, ...),

33 
ݒ64
�
	`__n�nu�
 ((1));

35 
	`__�r�de�
 (
__ݒ_too_m�y_�gs
,

37 
	`__�r�de�
 (
__ݒ_miss�g_mode
,

40 
__f�tify_fun�i�
 

41 
	$ݒ
 (cڡ *
__�th
, 
__o�ag
, ...)

43 i�(
	`__va_�g_�ck_�n
 () > 1)

44 
	`__ݒ_too_m�y_�gs
 ();

46 i�(
	`__bu�t�_cڡ�t_p
 (
__o�ag
))

48 i�(
	`__OPEN_NEEDS_MODE
 (
__o�ag
�&& 
	`__va_�g_�ck_�n
 () < 1)

50 
	`__ݒ_miss�g_mode
 ();

51  
	`__ݒ_2
 (
__�th
, 
__o�ag
);

53  
	`__ݒ_��s
 (
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

56 i�(
	`__va_�g_�ck_�n
 () < 1)

57  
	`__ݒ_2
 (
__�th
, 
__o�ag
);

59  
	`__ݒ_��s
 (
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

60 
	}
}

63 #ifde�
__USE_LARGEFILE64


64 

	$__ݒ64_2
 (cڡ *
__�th
, 
__o�ag
�
	`__n�nu�
 ((1));

65 

	`__REDIRECT
 (
__ݒ64_��s
, (cڡ *
__�th
, 
__o�ag
,

66 ...), 
ݒ64
�
	`__n�nu�
 ((1));

67 
	`__�r�de�
 (
__ݒ64_too_m�y_�gs
,

69 
	`__�r�de�
 (
__ݒ64_miss�g_mode
,

72 
__f�tify_fun�i�
 

73 
	$ݒ64
 (cڡ *
__�th
, 
__o�ag
, ...)

75 i�(
	`__va_�g_�ck_�n
 () > 1)

76 
	`__ݒ64_too_m�y_�gs
 ();

78 i�(
	`__bu�t�_cڡ�t_p
 (
__o�ag
))

80 i�(
	`__OPEN_NEEDS_MODE
 (
__o�ag
�&& 
	`__va_�g_�ck_�n
 () < 1)

82 
	`__ݒ64_miss�g_mode
 ();

83  
	`__ݒ64_2
 (
__�th
, 
__o�ag
);

85  
	`__ݒ64_��s
 (
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

88 i�(
	`__va_�g_�ck_�n
 () < 1)

89  
	`__ݒ64_2
 (
__�th
, 
__o�ag
);

91  
	`__ݒ64_��s
 (
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

92 
	}
}

96 #ifde�
__USE_ATFILE


97 #i�de�
__USE_FILE_OFFSET64


98 

	$__ݒ�_2
 (
__fd
, cڡ *
__�th
, 
__o�ag
)

99 
	`__n�nu�
 ((2));

100 

	`__REDIRECT
 (
__ݒ�_��s
, (
__fd
, cڡ *
__�th
,

101 
__o�ag
, ...), 
ݒ�
)

102 
	`__n�nu�
 ((2));

104 

	`__REDIRECT
 (
__ݒ�_2
, (
__fd
, cڡ *
__�th
,

105 
__o�ag
), 
__ݒ�64_2
)

106 
	`__n�nu�
 ((2));

107 

	`__REDIRECT
 (
__ݒ�_��s
, (
__fd
, cڡ *
__�th
,

108 
__o�ag
, ...), 
ݒ�64
)

109 
	`__n�nu�
 ((2));

111 
	`__�r�de�
 (
__ݒ�_too_m�y_�gs
,

113 
	`__�r�de�
 (
__ݒ�_miss�g_mode
,

116 
__f�tify_fun�i�
 

117 
	$ݒ�
 (
__fd
, cڡ *
__�th
, 
__o�ag
, ...)

119 i�(
	`__va_�g_�ck_�n
 () > 1)

120 
	`__ݒ�_too_m�y_�gs
 ();

122 i�(
	`__bu�t�_cڡ�t_p
 (
__o�ag
))

124 i�(
	`__OPEN_NEEDS_MODE
 (
__o�ag
�&& 
	`__va_�g_�ck_�n
 () < 1)

126 
	`__ݒ�_miss�g_mode
 ();

127  
	`__ݒ�_2
 (
__fd
, 
__�th
, 
__o�ag
);

129  
	`__ݒ�_��s
 (
__fd
, 
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

132 i�(
	`__va_�g_�ck_�n
 () < 1)

133  
	`__ݒ�_2
 (
__fd
, 
__�th
, 
__o�ag
);

135  
	`__ݒ�_��s
 (
__fd
, 
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

136 
	}
}

139 #ifde�
__USE_LARGEFILE64


140 

	$__ݒ�64_2
 (
__fd
, cڡ *
__�th
, 
__o�ag
)

141 
	`__n�nu�
 ((2));

142 

	`__REDIRECT
 (
__ݒ�64_��s
, (
__fd
, cڡ *
__�th
,

143 
__o�ag
, ...), 
ݒ�64
)

144 
	`__n�nu�
 ((2));

145 
	`__�r�de�
 (
__ݒ�64_too_m�y_�gs
,

147 
	`__�r�de�
 (
__ݒ�64_miss�g_mode
,

150 
__f�tify_fun�i�
 

151 
	$ݒ�64
 (
__fd
, cڡ *
__�th
, 
__o�ag
, ...)

153 i�(
	`__va_�g_�ck_�n
 () > 1)

154 
	`__ݒ�64_too_m�y_�gs
 ();

156 i�(
	`__bu�t�_cڡ�t_p
 (
__o�ag
))

158 i�(
	`__OPEN_NEEDS_MODE
 (
__o�ag
�&& 
	`__va_�g_�ck_�n
 () < 1)

160 
	`__ݒ�64_miss�g_mode
 ();

161  
	`__ݒ�64_2
 (
__fd
, 
__�th
, 
__o�ag
);

163  
	`__ݒ�64_��s
 (
__fd
, 
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

166 i�(
	`__va_�g_�ck_�n
 () < 1)

167  
	`__ݒ�64_2
 (
__fd
, 
__�th
, 
__o�ag
);

169  
	`__ݒ�64_��s
 (
__fd
, 
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

170 
	}
}

	@/usr/include/bits/floatn.h

19 #i�de�
_BITS_FLOATN_H


20 

	#_BITS_FLOATN_H


	)

22 
	~<�u�s.h
>

23 
	~<b�s/l�g-doub�.h
>

28 #i�de�
__NO_LONG_DOUBLE_MATH


29 

	#__HAVE_FLOAT128
 1

	)

35 

	#__HAVE_FLOAT128
 0

	)

40 

	#__HAVE_DISTINCT_FLOAT128
 0

	)

45 

	#__HAVE_FLOAT64X
 
__HAVE_FLOAT128


	)

51 

	#__HAVE_FLOAT64X_LONG_DOUBLE
 
__HAVE_FLOAT128


	)

53 #i�de�
__ASSEMBLER__


57 #i�
__HAVE_FLOAT128


58 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

60 

	#__f128
(
x
�x##
l


	)

62 

	#__f128
(
x
�x##
f128


	)

67 #i�
__HAVE_FLOAT128


68 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

69 

	#__CFLOAT128
 
_Com�ex
 

	)

71 

	#__CFLOAT128
 
_Com�ex
 
_Fl�t128


	)

76 #i�
__HAVE_FLOAT128


79 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

80 
	t_Fl�t128
;

84 #i�!
__GNUC_PREREQ
 (7, 0)

85 

	#__bu�t�_huge_v�f128
(�(
	`__bu�t�_huge_v�l
 ())

	)

86 

	#__bu�t�_�ff128
(�(
	`__bu�t�_��
 ())

	)

87 

	#__bu�t�_�nf128
(
x
�(
	`__bu�t�_��
 (x))

	)

88 

	#__bu�t�_�nsf128
(
x
�(
	`__bu�t�_�n�
 (x))

	)

95 
	~<b�s/�ߊ-comm�.h
>

	@/usr/include/bits/flt-eval-method.h

19 #i�de�
_MATH_H


32 #ifde�
__FLT_EVAL_METHOD__


33 #i�
__FLT_EVAL_METHOD__
 == -1

34 

	#__GLIBC_FLT_EVAL_METHOD
 0

	)

36 

	#__GLIBC_FLT_EVAL_METHOD
 
__FLT_EVAL_METHOD__


	)

39 

	#__GLIBC_FLT_EVAL_METHOD
 0

	)

	@/usr/include/bits/fp-fast.h

19 #i�de�
_MATH_H


23 #ifde�
__USE_ISOC99


27 #ifde�
__FP_FAST_FMA


28 

	#FP_FAST_FMA
 1

	)

31 #ifde�
__FP_FAST_FMAF


32 

	#FP_FAST_FMAF
 1

	)

35 #ifde�
__FP_FAST_FMAL


36 

	#FP_FAST_FMAL
 1

	)

	@/usr/include/bits/fp-logb.h

19 #i�de�
_MATH_H


27 

	#__FP_LOGB0_IS_MIN
 0

	)

28 

	#__FP_LOGBNAN_IS_MIN
 0

	)

	@/usr/include/bits/getopt_posix.h

20 #i�de�
_GETOPT_POSIX_H


21 

	#_GETOPT_POSIX_H
 1

	)

23 #i�!
def�ed
 
_UNISTD_H
 && !def�ed 
_STDIO_H


27 
	~<b�s/g��t_c�e.h
>

29 
	g__BEGIN_DECLS


31 #i�
def�ed
 
__USE_POSIX2
 && !def�ed 
__USE_POSIX_IMPLICITLY
 \

32 && !
def�ed
 
	g__USE_GNU
 && !def�ed 
	g_GETOPT_H


37 #ifde�
__REDIRECT


38 

__REDIRECT_NTH
 (
g��t
, (
___�gc
, *cڡ *
___�gv
,

39 cڡ *
__sh�t�ts
),

40 
__posix_g��t
);

42 

	$__posix_g��t
 (
___�gc
, *cڡ *
___�gv
,

43 cڡ *
__sh�t�ts
)

44 
__THROW
 
	`__n�nu�
 ((2, 3));

45 

	#g��t
 
__posix_g��t


	)

49 
__END_DECLS


	@/usr/include/bits/in.h

20 #i�de�
_NETINET_IN_H


32 #i�
def�ed
 
_UAPI_LINUX_IN6_H
 \

33 || 
def�ed
 
	g_UAPI_IPV6_H
 \

34 || 
def�ed
 
	g_LINUX_IN6_H
 \

35 || 
def�ed
 
	g_IPV6_H


39 

	#__USE_KERNEL_IPV6_DEFS
 1

	)

41 

	#__USE_KERNEL_IPV6_DEFS
 0

	)

47 

	#IP_OPTIONS
 4

	)

48 

	#IP_HDRINCL
 3

	)

49 

	#IP_TOS
 1

	)

50 

	#IP_TTL
 2

	)

51 

	#IP_RECVOPTS
 6

	)

53 

	#IP_RECVRETOPTS
 
IP_RETOPTS


	)

54 

	#IP_RETOPTS
 7

	)

55 

	#IP_MULTICAST_IF
 32

	)

56 

	#IP_MULTICAST_TTL
 33

	)

57 

	#IP_MULTICAST_LOOP
 34

	)

58 

	#IP_ADD_MEMBERSHIP
 35

	)

59 

	#IP_DROP_MEMBERSHIP
 36

	)

60 

	#IP_UNBLOCK_SOURCE
 37

	)

61 

	#IP_BLOCK_SOURCE
 38

	)

62 

	#IP_ADD_SOURCE_MEMBERSHIP
 39

	)

63 

	#IP_DROP_SOURCE_MEMBERSHIP
 40

	)

64 

	#IP_MSFILTER
 41

	)

65 #ifde�
__USE_MISC


66 

	#MCAST_JOIN_GROUP
 42

	)

67 

	#MCAST_BLOCK_SOURCE
 43

	)

68 

	#MCAST_UNBLOCK_SOURCE
 44

	)

69 

	#MCAST_LEAVE_GROUP
 45

	)

70 

	#MCAST_JOIN_SOURCE_GROUP
 46

	)

71 

	#MCAST_LEAVE_SOURCE_GROUP
 47

	)

72 

	#MCAST_MSFILTER
 48

	)

73 

	#IP_MULTICAST_ALL
 49

	)

74 

	#IP_UNICAST_IF
 50

	)

76 

	#MCAST_EXCLUDE
 0

	)

77 

	#MCAST_INCLUDE
 1

	)

80 

	#IP_ROUTER_ALERT
 5

	)

81 

	#IP_PKTINFO
 8

	)

82 

	#IP_PKTOPTIONS
 9

	)

83 

	#IP_PMTUDISC
 10

	)

84 

	#IP_MTU_DISCOVER
 10

	)

85 

	#IP_RECVERR
 11

	)

86 

	#IP_RECVTTL
 12

	)

87 

	#IP_RECVTOS
 13

	)

88 

	#IP_MTU
 14

	)

89 

	#IP_FREEBIND
 15

	)

90 

	#IP_IPSEC_POLICY
 16

	)

91 

	#IP_XFRM_POLICY
 17

	)

92 

	#IP_PASSSEC
 18

	)

93 

	#IP_TRANSPARENT
 19

	)

94 

	#IP_MULTICAST_ALL
 49

	)

97 

	#IP_ORIGDSTADDR
 20

	)

98 

	#IP_RECVORIGDSTADDR
 
IP_ORIGDSTADDR


	)

100 

	#IP_MINTTL
 21

	)

101 

	#IP_NODEFRAG
 22

	)

102 

	#IP_CHECKSUM
 23

	)

103 

	#IP_BIND_ADDRESS_NO_PORT
 24

	)

104 

	#IP_RECVFRAGSIZE
 25

	)

105 

	#IP_RECVERR_RFC4884
 26

	)

108 

	#IP_PMTUDISC_DONT
 0

	)

109 

	#IP_PMTUDISC_WANT
 1

	)

110 

	#IP_PMTUDISC_DO
 2

	)

111 

	#IP_PMTUDISC_PROBE
 3

	)

115 

	#IP_PMTUDISC_INTERFACE
 4

	)

117 

	#IP_PMTUDISC_OMIT
 5

	)

119 

	#IP_MULTICAST_IF
 32

	)

120 

	#IP_MULTICAST_TTL
 33

	)

121 

	#IP_MULTICAST_LOOP
 34

	)

122 

	#IP_ADD_MEMBERSHIP
 35

	)

123 

	#IP_DROP_MEMBERSHIP
 36

	)

124 

	#IP_UNBLOCK_SOURCE
 37

	)

125 

	#IP_BLOCK_SOURCE
 38

	)

126 

	#IP_ADD_SOURCE_MEMBERSHIP
 39

	)

127 

	#IP_DROP_SOURCE_MEMBERSHIP
 40

	)

128 

	#IP_MSFILTER
 41

	)

129 

	#IP_MULTICAST_ALL
 49

	)

130 

	#IP_UNICAST_IF
 50

	)

131 

	#IP_LOCAL_PORT_RANGE
 51

	)

132 

	#IP_PROTOCOL
 52

	)

135 

	#SOL_IP
 0

	)

137 

	#IP_DEFAULT_MULTICAST_TTL
 1

	)

138 

	#IP_DEFAULT_MULTICAST_LOOP
 1

	)

139 

	#IP_MAX_MEMBERSHIPS
 20

	)

141 #ifde�
__USE_MISC


145 
	s�_�ts


147 
�_addr
 
	m�_d�
;

148 
	m�_�ts
[40];

152 
	s�_pkt�fo


154 
	m�i_if�dex
;

155 
�_addr
 
	m�i_�ec_d�
;

156 
�_addr
 
	m�i_addr
;

163 

	#IPV6_ADDRFORM
 1

	)

164 

	#IPV6_2292PKTINFO
 2

	)

165 

	#IPV6_2292HOPOPTS
 3

	)

166 

	#IPV6_2292DSTOPTS
 4

	)

167 

	#IPV6_2292RTHDR
 5

	)

168 

	#IPV6_2292PKTOPTIONS
 6

	)

169 

	#IPV6_CHECKSUM
 7

	)

170 

	#IPV6_2292HOPLIMIT
 8

	)

172 

	#SCM_SRCRT
 
IPV6_RXSRCRT


	)

174 

	#IPV6_NEXTHOP
 9

	)

175 

	#IPV6_AUTHHDR
 10

	)

176 

	#IPV6_UNICAST_HOPS
 16

	)

177 

	#IPV6_MULTICAST_IF
 17

	)

178 

	#IPV6_MULTICAST_HOPS
 18

	)

179 

	#IPV6_MULTICAST_LOOP
 19

	)

180 

	#IPV6_JOIN_GROUP
 20

	)

181 

	#IPV6_LEAVE_GROUP
 21

	)

182 

	#IPV6_ROUTER_ALERT
 22

	)

183 

	#IPV6_MTU_DISCOVER
 23

	)

184 

	#IPV6_MTU
 24

	)

185 

	#IPV6_RECVERR
 25

	)

186 

	#IPV6_V6ONLY
 26

	)

187 

	#IPV6_JOIN_ANYCAST
 27

	)

188 

	#IPV6_LEAVE_ANYCAST
 28

	)

189 

	#IPV6_MULTICAST_ALL
 29

	)

190 

	#IPV6_ROUTER_ALERT_ISOLATE
 30

	)

191 

	#IPV6_RECVERR_RFC4884
 31

	)

192 

	#IPV6_IPSEC_POLICY
 34

	)

193 

	#IPV6_XFRM_POLICY
 35

	)

194 

	#IPV6_HDRINCL
 36

	)

197 

	#IPV6_RECVPKTINFO
 49

	)

198 

	#IPV6_PKTINFO
 50

	)

199 

	#IPV6_RECVHOPLIMIT
 51

	)

200 

	#IPV6_HOPLIMIT
 52

	)

201 

	#IPV6_RECVHOPOPTS
 53

	)

202 

	#IPV6_HOPOPTS
 54

	)

203 

	#IPV6_RTHDRDSTOPTS
 55

	)

204 

	#IPV6_RECVRTHDR
 56

	)

205 

	#IPV6_RTHDR
 57

	)

206 

	#IPV6_RECVDSTOPTS
 58

	)

207 

	#IPV6_DSTOPTS
 59

	)

208 

	#IPV6_RECVPATHMTU
 60

	)

209 

	#IPV6_PATHMTU
 61

	)

210 

	#IPV6_DONTFRAG
 62

	)

213 

	#IPV6_RECVTCLASS
 66

	)

214 

	#IPV6_TCLASS
 67

	)

216 

	#IPV6_AUTOFLOWLABEL
 70

	)

219 

	#IPV6_ADDR_PREFERENCES
 72

	)

222 

	#IPV6_MINHOPCOUNT
 73

	)

224 

	#IPV6_ORIGDSTADDR
 74

	)

225 

	#IPV6_RECVORIGDSTADDR
 
IPV6_ORIGDSTADDR


	)

226 

	#IPV6_TRANSPARENT
 75

	)

227 

	#IPV6_UNICAST_IF
 76

	)

228 

	#IPV6_RECVFRAGSIZE
 77

	)

229 

	#IPV6_FREEBIND
 78

	)

232 #i�!
__USE_KERNEL_IPV6_DEFS


233 

	#IPV6_ADD_MEMBERSHIP
 
IPV6_JOIN_GROUP


	)

234 

	#IPV6_DROP_MEMBERSHIP
 
IPV6_LEAVE_GROUP


	)

236 

	#IPV6_RXHOPOPTS
 
IPV6_HOPOPTS


	)

237 

	#IPV6_RXDSTOPTS
 
IPV6_DSTOPTS


	)

240 

	#IPV6_PMTUDISC_DONT
 0

	)

241 

	#IPV6_PMTUDISC_WANT
 1

	)

242 

	#IPV6_PMTUDISC_DO
 2

	)

243 

	#IPV6_PMTUDISC_PROBE
 3

	)

244 

	#IPV6_PMTUDISC_INTERFACE
 4

	)

245 

	#IPV6_PMTUDISC_OMIT
 5

	)

248 

	#SOL_IPV6
 41

	)

249 

	#SOL_ICMPV6
 58

	)

252 

	#IPV6_RTHDR_LOOSE
 0

	)

253 

	#IPV6_RTHDR_STRICT
 1

	)

255 

	#IPV6_RTHDR_TYPE_0
 0

	)

	@/usr/include/bits/ioctl-types.h

19 #i�de�
_SYS_IOCTL_H


24 
	~<asm/io�ls.h
>

27 
	sw�size


29 
	mws_row
;

30 
	mws_c�
;

31 
	mws_xpix�
;

32 
	mws_ypix�
;

35 

	#NCC
 8

	)

36 
	s�rmio


38 
	mc_i�ag
;

39 
	mc_o�ag
;

40 
	mc_c�ag
;

41 
	mc_l�ag
;

42 
	mc_l�e
;

43 
	mc_cc
[
NCC
];

47 

	#TIOCM_LE
 0x001

	)

48 

	#TIOCM_DTR
 0x002

	)

49 

	#TIOCM_RTS
 0x004

	)

50 

	#TIOCM_ST
 0x008

	)

51 

	#TIOCM_SR
 0x010

	)

52 

	#TIOCM_CTS
 0x020

	)

53 

	#TIOCM_CAR
 0x040

	)

54 

	#TIOCM_RNG
 0x080

	)

55 

	#TIOCM_DSR
 0x100

	)

56 

	#TIOCM_CD
 
TIOCM_CAR


	)

57 

	#TIOCM_RI
 
TIOCM_RNG


	)

62 

	#N_TTY
 0

	)

63 

	#N_SLIP
 1

	)

64 

	#N_MOUSE
 2

	)

65 

	#N_PPP
 3

	)

66 

	#N_STRIP
 4

	)

67 

	#N_AX25
 5

	)

68 

	#N_X25
 6

	)

69 

	#N_6PACK
 7

	)

70 

	#N_MASC
 8

	)

71 

	#N_R3964
 9

	)

72 

	#N_PROFIBUS_FDL
 10

	)

73 

	#N_IRDA
 11

	)

74 

	#N_SMSBLOCK
 12

	)

75 

	#N_HDLC
 13

	)

76 

	#N_SYNC_PPP
 14

	)

77 

	#N_HCI
 15

	)

	@/usr/include/bits/ioctls.h

18 #i�de�
_SYS_IOCTL_H


23 
	~<asm/io�ls.h
>

26 

	#SIOCADDRT
 0x890B

	)

27 

	#SIOCDELRT
 0x890C

	)

28 

	#SIOCRTMSG
 0x890D

	)

31 

	#SIOCGIFNAME
 0x8910

	)

32 

	#SIOCSIFLINK
 0x8911

	)

33 

	#SIOCGIFCONF
 0x8912

	)

34 

	#SIOCGIFFLAGS
 0x8913

	)

35 

	#SIOCSIFFLAGS
 0x8914

	)

36 

	#SIOCGIFADDR
 0x8915

	)

37 

	#SIOCSIFADDR
 0x8916

	)

38 

	#SIOCGIFDSTADDR
 0x8917

	)

39 

	#SIOCSIFDSTADDR
 0x8918

	)

40 

	#SIOCGIFBRDADDR
 0x8919

	)

41 

	#SIOCSIFBRDADDR
 0x891�

	)

42 

	#SIOCGIFNETMASK
 0x891b

	)

43 

	#SIOCSIFNETMASK
 0x891�

	)

44 

	#SIOCGIFMETRIC
 0x891d

	)

45 

	#SIOCSIFMETRIC
 0x891�

	)

46 

	#SIOCGIFMEM
 0x891�

	)

47 

	#SIOCSIFMEM
 0x8920

	)

48 

	#SIOCGIFMTU
 0x8921

	)

49 

	#SIOCSIFMTU
 0x8922

	)

50 

	#SIOCSIFNAME
 0x8923

	)

51 

	#SIOCSIFHWADDR
 0x8924

	)

52 

	#SIOCGIFENCAP
 0x8925

	)

53 

	#SIOCSIFENCAP
 0x8926

	)

54 

	#SIOCGIFHWADDR
 0x8927

	)

55 

	#SIOCGIFSLAVE
 0x8929

	)

56 

	#SIOCSIFSLAVE
 0x8930

	)

57 

	#SIOCADDMULTI
 0x8931

	)

58 

	#SIOCDELMULTI
 0x8932

	)

59 

	#SIOCGIFINDEX
 0x8933

	)

60 

	#SIOGIFINDEX
 
SIOCGIFINDEX


	)

61 

	#SIOCSIFPFLAGS
 0x8934

	)

62 

	#SIOCGIFPFLAGS
 0x8935

	)

63 

	#SIOCDIFADDR
 0x8936

	)

64 

	#SIOCSIFHWBROADCAST
 0x8937

	)

65 

	#SIOCGIFCOUNT
 0x8938

	)

67 

	#SIOCGIFBR
 0x8940

	)

68 

	#SIOCSIFBR
 0x8941

	)

70 

	#SIOCGIFTXQLEN
 0x8942

	)

71 

	#SIOCSIFTXQLEN
 0x8943

	)

76 

	#SIOCDARP
 0x8953

	)

77 

	#SIOCGARP
 0x8954

	)

78 

	#SIOCSARP
 0x8955

	)

81 

	#SIOCDRARP
 0x8960

	)

82 

	#SIOCGRARP
 0x8961

	)

83 

	#SIOCSRARP
 0x8962

	)

87 

	#SIOCGIFMAP
 0x8970

	)

88 

	#SIOCSIFMAP
 0x8971

	)

92 

	#SIOCADDDLCI
 0x8980

	)

93 

	#SIOCDELDLCI
 0x8981

	)

102 

	#SIOCDEVPRIVATE
 0x89F0

	)

108 

	#SIOCPROTOPRIVATE
 0x89E0

	)

	@/usr/include/bits/iscanonical.h

19 #i�de�
_MATH_H


28 

	#is�n�i�l
(
x
�((�(
	`__ty�of
 (x)�(x), 1)

	)

	@/usr/include/bits/libc-header-start.h

27 #i�de�
__GLIBC_INTERNAL_STARTING_HEADER_IMPLEMENTATION


31 #unde�
__GLIBC_INTERNAL_STARTING_HEADER_IMPLEMENTATION


33 
	~<�u�s.h
>

37 #unde�
__GLIBC_USE_LIB_EXT2


38 #i�(
def�ed
 
__USE_GNU
 \

39 || (
def�ed
 
	g__STDC_WANT_LIB_EXT2__
 && __STDC_WANT_LIB_EXT2__ > 0))

40 

	#__GLIBC_USE_LIB_EXT2
 1

	)

42 

	#__GLIBC_USE_LIB_EXT2
 0

	)

67 #unde�
__GLIBC_USE_IEC_60559_BFP_EXT


68 #i�
def�ed
 
__USE_GNU
 || def�ed 
__STDC_WANT_IEC_60559_BFP_EXT__


69 

	#__GLIBC_USE_IEC_60559_BFP_EXT
 1

	)

71 

	#__GLIBC_USE_IEC_60559_BFP_EXT
 0

	)

73 #unde�
__GLIBC_USE_IEC_60559_BFP_EXT_C2X


74 #i�
__GLIBC_USE
 (
IEC_60559_BFP_EXT
�|| __GLIBC_USE (
ISOC2X
)

75 

	#__GLIBC_USE_IEC_60559_BFP_EXT_C2X
 1

	)

77 

	#__GLIBC_USE_IEC_60559_BFP_EXT_C2X
 0

	)

79 #unde�
__GLIBC_USE_IEC_60559_EXT


80 #i�
__GLIBC_USE
 (
IEC_60559_BFP_EXT
�|| 
def�ed
 
__STDC_WANT_IEC_60559_EXT__


81 

	#__GLIBC_USE_IEC_60559_EXT
 1

	)

83 

	#__GLIBC_USE_IEC_60559_EXT
 0

	)

90 #unde�
__GLIBC_USE_IEC_60559_FUNCS_EXT


91 #i�
def�ed
 
__USE_GNU
 || def�ed 
__STDC_WANT_IEC_60559_FUNCS_EXT__


92 

	#__GLIBC_USE_IEC_60559_FUNCS_EXT
 1

	)

94 

	#__GLIBC_USE_IEC_60559_FUNCS_EXT
 0

	)

96 #unde�
__GLIBC_USE_IEC_60559_FUNCS_EXT_C2X


97 #i�
__GLIBC_USE
 (
IEC_60559_FUNCS_EXT
�|| __GLIBC_USE (
ISOC2X
)

98 

	#__GLIBC_USE_IEC_60559_FUNCS_EXT_C2X
 1

	)

100 

	#__GLIBC_USE_IEC_60559_FUNCS_EXT_C2X
 0

	)

105 #unde�
__GLIBC_USE_IEC_60559_TYPES_EXT


106 #i�
def�ed
 
__USE_GNU
 || def�ed 
__STDC_WANT_IEC_60559_TYPES_EXT__


107 

	#__GLIBC_USE_IEC_60559_TYPES_EXT
 1

	)

109 

	#__GLIBC_USE_IEC_60559_TYPES_EXT
 0

	)

	@/usr/include/bits/locale.h

19 #i�!
def�ed
 
_LOCALE_H
 && !def�ed 
_LANGINFO_H


23 #i�de�
_BITS_LOCALE_H


24 

	#_BITS_LOCALE_H
 1

	)

26 

	#__LC_CTYPE
 0

	)

27 

	#__LC_NUMERIC
 1

	)

28 

	#__LC_TIME
 2

	)

29 

	#__LC_COLLATE
 3

	)

30 

	#__LC_MONETARY
 4

	)

31 

	#__LC_MESSAGES
 5

	)

32 

	#__LC_ALL
 6

	)

33 

	#__LC_PAPER
 7

	)

34 

	#__LC_NAME
 8

	)

35 

	#__LC_ADDRESS
 9

	)

36 

	#__LC_TELEPHONE
 10

	)

37 

	#__LC_MEASUREMENT
 11

	)

38 

	#__LC_IDENTIFICATION
 12

	)

	@/usr/include/bits/math-vector.h

19 #i�de�
_MATH_H


27 
	~<b�s/libm-simd-de�-�ubs.h
>

	@/usr/include/bits/mathcalls-helper-functions.h

20 
__MATHDECL_ALIAS
 (, 
__��assify
,, (
_Mdoub�_
 
__v�ue
), 
��assify
)

21 
__��ibu�__
 ((
__cڡ__
));

24 
__MATHDECL_ALIAS
 (, 
__signb�
,, (
_Mdoub�_
 
__v�ue
), 
signb�
)

25 
__��ibu�__
 ((
__cڡ__
));

29 
__MATHDECL_ALIAS
 (, 
__is�f
,, (
_Mdoub�_
 
__v�ue
), 
is�f
)

30 
__��ibu�__
 ((
__cڡ__
));

33 
__MATHDECL_ALIAS
 (, 
__f��e
,, (
_Mdoub�_
 
__v�ue
), 
f��e
)

34 
__��ibu�__
 ((
__cڡ__
));

37 
__MATHDECL_ALIAS
 (, 
__i��
,, (
_Mdoub�_
 
__v�ue
), 
i��
)

38 
__��ibu�__
 ((
__cڡ__
));

41 
__MATHDECL_ALIAS
 (, 
__i�qsig
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), 
i�qsig
);

44 
__MATHDECL_ALIAS
 (, 
__issig�l�g
,, (
_Mdoub�_
 
__v�ue
), 
issig�l�g
)

45 
__��ibu�__
 ((
__cڡ__
));

	@/usr/include/bits/mathcalls-narrow.h

19 #i�de�
_MATH_H


24 
__MATHCALL_NARROW
 (
__MATHCALL_NAME
 (
add
), 
__MATHCALL_REDIR_NAME
 (add), 2);

27 
__MATHCALL_NARROW
 (
__MATHCALL_NAME
 (
div
), 
__MATHCALL_REDIR_NAME
 (div), 2);

30 
__MATHCALL_NARROW
 (
__MATHCALL_NAME
 (
fma
), 
__MATHCALL_REDIR_NAME2
 (fma), 3);

33 
__MATHCALL_NARROW
 (
__MATHCALL_NAME
 (
mul
), 
__MATHCALL_REDIR_NAME
 (mul), 2);

36 
__MATHCALL_NARROW
 (
__MATHCALL_NAME
 (
sq�
), 
__MATHCALL_REDIR_NAME2
 (sqrt), 1);

39 
__MATHCALL_NARROW
 (
__MATHCALL_NAME
 (
sub
), 
__MATHCALL_REDIR_NAME
 (sub), 2);

	@/usr/include/bits/mathcalls.h

45 #i�de�
_MATH_H


53 
__MATHCALL_VEC
 (
acos
,, (
_Mdoub�_
 
__x
));

55 
__MATHCALL_VEC
 (
as�
,, (
_Mdoub�_
 
__x
));

57 
__MATHCALL_VEC
 (
��
,, (
_Mdoub�_
 
__x
));

59 
__MATHCALL_VEC
 (
��2
,, (
_Mdoub�_
 
__y
, _Mdoub�_ 
__x
));

62 
__MATHCALL_VEC
 (
cos
,, (
_Mdoub�_
 
__x
));

64 
__MATHCALL_VEC
 (
s�
,, (
_Mdoub�_
 
__x
));

66 
__MATHCALL_VEC
 (
�n
,, (
_Mdoub�_
 
__x
));

71 
__MATHCALL_VEC
 (
cosh
,, (
_Mdoub�_
 
__x
));

73 
__MATHCALL_VEC
 (
s�h
,, (
_Mdoub�_
 
__x
));

75 
__MATHCALL_VEC
 (
�nh
,, (
_Mdoub�_
 
__x
));

77 #ifde�
__USE_GNU


79 
__MATHDECL_VEC
 (,
s�cos
,,

80 (
_Mdoub�_
 
__x
, _Mdoub�_ *
__s�x
, _Mdoub�_ *
__cosx
));

83 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


85 
__MATHCALL_VEC
 (
acosh
,, (
_Mdoub�_
 
__x
));

87 
__MATHCALL_VEC
 (
as�h
,, (
_Mdoub�_
 
__x
));

89 
__MATHCALL_VEC
 (
��h
,, (
_Mdoub�_
 
__x
));

95 
__MATHCALL_VEC
 (
exp
,, (
_Mdoub�_
 
__x
));

98 
__MATHCALL
 (
�exp
,, (
_Mdoub�_
 
__x
, *
__expڒt
));

101 
__MATHCALL
 (
ldexp
,, (
_Mdoub�_
 
__x
, 
__expڒt
));

104 
__MATHCALL_VEC
 (
log
,, (
_Mdoub�_
 
__x
));

107 
__MATHCALL_VEC
 (
log10
,, (
_Mdoub�_
 
__x
));

110 
__MATHCALL
 (
modf
,, (
_Mdoub�_
 
__x
, _Mdoub�_ *
__��
)�
__n�nu�
 ((2));

112 #i�
__GLIBC_USE
 (
IEC_60559_FUNCS_EXT_C2X
)

114 
__MATHCALL_VEC
 (
exp10
,, (
_Mdoub�_
 
__x
));

117 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


119 
__MATHCALL_VEC
 (
expm1
,, (
_Mdoub�_
 
__x
));

122 
__MATHCALL_VEC
 (
log1p
,, (
_Mdoub�_
 
__x
));

125 
__MATHCALL
 (
logb
,, (
_Mdoub�_
 
__x
));

128 #ifde�
__USE_ISOC99


130 
__MATHCALL_VEC
 (
exp2
,, (
_Mdoub�_
 
__x
));

133 
__MATHCALL_VEC
 (
log2
,, (
_Mdoub�_
 
__x
));

140 
__MATHCALL_VEC
 (
pow
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

143 
__MATHCALL
 (
sq�
,, (
_Mdoub�_
 
__x
));

145 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_ISOC99


147 
__MATHCALL_VEC
 (
hyp�
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

150 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


152 
__MATHCALL_VEC
 (
cb�
,, (
_Mdoub�_
 
__x
));

159 
__MATHCALLX
 (
��
,, (
_Mdoub�_
 
__x
), (
__cڡ__
));

162 
__MATHCALLX
 (
�bs
,, (
_Mdoub�_
 
__x
), (
__cڡ__
));

165 
__MATHCALLX
 (
�o�
,, (
_Mdoub�_
 
__x
), (
__cڡ__
));

168 
__MATHCALL
 (
fmod
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

170 #ifde�
__USE_MISC


171 #i�((!
def�ed
 
__�lu�lus
 \

172 || 
	g__�lu�lus
 < 201103L \

173 || 
	g__MATH_DECLARING_DOUBLE
 == 0)) \

174 && !
__MATH_DECLARING_FLOATN


177 
__MATHDECL_ALIAS
 (,
is�f
,, (
_Mdoub�_
 
__v�ue
), isinf)

178 
__��ibu�__
 ((
__cڡ__
));

181 #i�!
__MATH_DECLARING_FLOATN


183 
__MATHDECL_ALIAS
 (,
f��e
,, (
_Mdoub�_
 
__v�ue
), finite)

184 
__��ibu�__
 ((
__cڡ__
));

187 
__MATHCALL
 (
d�m
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

191 
__MATHCALL
 (
signifi�nd
,, (
_Mdoub�_
 
__x
));

196 #ifde�
__USE_ISOC99


198 
__MATHCALLX
 (
c�ysign
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

201 #ifde�
__USE_ISOC99


203 
__MATHCALL
 (
�n
,, (cڡ *
__�gb
));

207 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
)

208 #i�((!
def�ed
 
__�lu�lus
 \

209 || 
	g__�lu�lus
 < 201103L \

210 || 
	g__MATH_DECLARING_DOUBLE
 == 0)) \

211 && !
__MATH_DECLARING_FLOATN


213 
__MATHDECL_ALIAS
 (,
i��
,, (
_Mdoub�_
 
__v�ue
), isnan)

214 
__��ibu�__
 ((
__cڡ__
));

218 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && 
__MATH_DECLARING_DOUBLE
)

220 
__MATHCALL
 (
j0
,, (
_Mdoub�_
));

221 
__MATHCALL
 (
j1
,, (
_Mdoub�_
));

222 
__MATHCALL
 (
jn
,, (, 
_Mdoub�_
));

223 
__MATHCALL
 (
y0
,, (
_Mdoub�_
));

224 
__MATHCALL
 (
y1
,, (
_Mdoub�_
));

225 
__MATHCALL
 (
yn
,, (, 
_Mdoub�_
));

229 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_ISOC99


231 
__MATHCALL_VEC
 (
�f
,, (
_Mdoub�_
));

232 
__MATHCALL_VEC
 (
�fc
,, (
_Mdoub�_
));

233 
__MATHCALL
 (
lgamma
,, (
_Mdoub�_
));

236 #ifde�
__USE_ISOC99


238 
__MATHCALL
 (
tgamma
,, (
_Mdoub�_
));

241 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
)

242 #i�!
__MATH_DECLARING_FLOATN


244 
__MATHCALL
 (
gamma
,, (
_Mdoub�_
));

248 #ifde�
__USE_MISC


252 
__MATHCALL
 (
lgamma
,
_r
, (
_Mdoub�_
, *
__signgamp
));

256 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


259 
__MATHCALL
 (
r�t
,, (
_Mdoub�_
 
__x
));

262 
__MATHCALL
 (
�x��
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

263 #i�
def�ed
 
__USE_ISOC99
 && !def�ed 
__LDBL_COMPAT
 && !
__MATH_DECLARING_FLOATN


264 
__MATHCALL
 (
�x�ow�d
,, (
_Mdoub�_
 
__x
, 
__y
));

267 #i�
__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
�|| 
__MATH_DECLARING_FLOATN


269 
__MATHCALL
 (
�xtdown
,, (
_Mdoub�_
 
__x
));

271 
__MATHCALL
 (
�xtup
,, (
_Mdoub�_
 
__x
));

275 
__MATHCALL
 (
�ma�d�
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

277 #ifde�
__USE_ISOC99


279 
__MATHCALL
 (
s�lbn
,, (
_Mdoub�_
 
__x
, 
__n
));

283 
__MATHDECL
 (,
�ogb
,, (
_Mdoub�_
 
__x
));

286 #i�
__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
�|| 
__MATH_DECLARING_FLOATN


288 
__MATHDECL
 (, 
�ogb
,, (
_Mdoub�_
 
__x
));

291 #ifde�
__USE_ISOC99


293 
__MATHCALL
 (
s�lb�
,, (
_Mdoub�_
 
__x
, 
__n
));

297 
__MATHCALL
 (
ìby�t
,, (
_Mdoub�_
 
__x
));

301 
__MATHCALLX
 (
round
,, (
_Mdoub�_
 
__x
), (
__cڡ__
));

305 
__MATHCALLX
 (
�unc
,, (
_Mdoub�_
 
__x
), (
__cڡ__
));

310 
__MATHCALL
 (
�mquo
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
, *
__quo
));

317 
__MATHDECL
 (,
̚t
,, (
_Mdoub�_
 
__x
));

318 
__ex�nsi�__


319 
__MATHDECL
 (,
�r�t
,, (
_Mdoub�_
 
__x
));

323 
__MATHDECL
 (,
�ound
,, (
_Mdoub�_
 
__x
));

324 
__ex�nsi�__


325 
__MATHDECL
 (,
�round
,, (
_Mdoub�_
 
__x
));

329 
__MATHCALL
 (
fdim
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

331 #i�!
__MATH_DECLARING_FLOATN
 || 
def�ed
 
__USE_GNU
 || !
__GLIBC_USE
 (
ISOC2X
)

333 
__MATHCALLX
 (
fmax
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

336 
__MATHCALLX
 (
fm�
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

340 
__MATHCALL
 (
fma
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
, _Mdoub�_ 
__z
));

343 #i�
__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
�|| 
__MATH_DECLARING_FLOATN


345 
__MATHCALLX
 (
roundev�
,, (
_Mdoub�_
 
__x
), (
__cڡ__
));

349 
__MATHDECL
 (
__�tmax_t
, 
�om�
,, (
_Mdoub�_
 
__x
, 
__round
,

350 
__width
));

354 
__MATHDECL
 (
__u�tmax_t
, 
u�om�
,, (
_Mdoub�_
 
__x
, 
__round
,

355 
__width
));

360 
__MATHDECL
 (
__�tmax_t
, 
�om�x
,, (
_Mdoub�_
 
__x
, 
__round
,

361 
__width
));

366 
__MATHDECL
 (
__u�tmax_t
, 
u�om�x
,, (
_Mdoub�_
 
__x
, 
__round
,

367 
__width
));

370 
__MATHDECL_1
 (, 
�n�i�lize
,, (
_Mdoub�_
 *
__cx
, cڡ _Mdoub�_ *
__x
));

373 #i�(
__GLIBC_USE
 (
IEC_60559_BFP_EXT
) \

374 || (
	g__MATH_DECLARING_FLOATN
 \

375 && (
def�ed
 
	g__USE_GNU
 || !
	$__GLIBC_USE
 (
ISOC2X
))))

377 
	`__MATHCALLX
 (
fmaxmag
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

380 
	`__MATHCALLX
 (
fm�mag
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

383 #i�
	`__GLIBC_USE
 (
ISOC2X
)

385 
	`__MATHCALLX
 (
fmaximum
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

388 
	`__MATHCALLX
 (
fm�imum
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

391 
	`__MATHCALLX
 (
fmaximum_num
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

394 
	`__MATHCALLX
 (
fm�imum_num
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

397 
	`__MATHCALLX
 (
fmaximum_mag
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

400 
	`__MATHCALLX
 (
fm�imum_mag
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

403 
	`__MATHCALLX
 (
fmaximum_mag_num
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

406 
	`__MATHCALLX
 (
fm�imum_mag_num
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

409 #i�
	`__GLIBC_USE
 (
IEC_60559_EXT
�|| 
__MATH_DECLARING_FLOATN


411 
	`__MATHDECL_1
 (, 
tٮ�d�
,, (cڡ 
_Mdoub�_
 *
__x
,

412 cڡ 
_Mdoub�_
 *
__y
))

413 
__��ibu�_pu�__
;

416 
	`__MATHDECL_1
 (, 
tٮ�d�mag
,, (cڡ 
_Mdoub�_
 *
__x
,

417 cڡ 
_Mdoub�_
 *
__y
))

418 
__��ibu�_pu�__
;

421 
	`__MATHCALL
 (
g��yl�d
,, (cڡ 
_Mdoub�_
 *
__x
));

424 
	`__MATHDECL_1
 (, 
��ayl�d
,, (
_Mdoub�_
 *
__x
, _Mdoub�_ 
__�yl�d
));

427 
	`__MATHDECL_1
 (, 
��ayl�dsig
,, (
_Mdoub�_
 *
__x
, _Mdoub�_ 
__�yl�d
));

430 #i�(
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN_EXTENDED
 \

431 && 
__MATH_DECLARING_DOUBLE
 \

432 && !
def�ed
 
__USE_XOPEN2K8
)) \

433 && !
__MATH_DECLARING_FLOATN


435 
	`__MATHCALL
 (
s�lb
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__n
));

	@/usr/include/bits/mman.h

19 #i�de�
_SYS_MMAN_H


29 
	~<b�s/mm�-m�-�ags-g��ic.h
>

32 
	~<b�s/mm�-l�ux.h
>

	@/usr/include/bits/mman_ext.h

19 #i�de�
_SYS_MMAN_H


23 #ifde�
__USE_GNU


24 
	giovec
;

25 
__ssize_t
 
	$�o�ss_madvi�
 (
__pid_fd
, cڡ 
iovec
 *
__iov
,

26 
size_t
 
__cou�
, 
__advi�
,

27 
__�ags
)

28 
__THROW
;

30 

	$�o�ss_m��a�
 (
pidfd
, 
�ags
�
__THROW
;

	@/usr/include/bits/posix1_lim.h

24 #i�def 
_BITS_POSIX1_LIM_H


25 

	#_BITS_POSIX1_LIM_H
 1

	)

27 
	~<b�s/w�dsize.h
>

32 

	#_POSIX_AIO_LISTIO_MAX
 2

	)

35 

	#_POSIX_AIO_MAX
 1

	)

38 

	#_POSIX_ARG_MAX
 4096

	)

41 #ifde�
__USE_XOPEN2K


42 

	#_POSIX_CHILD_MAX
 25

	)

44 

	#_POSIX_CHILD_MAX
 6

	)

48 

	#_POSIX_DELAYTIMER_MAX
 32

	)

52 

	#_POSIX_HOST_NAME_MAX
 255

	)

55 

	#_POSIX_LINK_MAX
 8

	)

58 

	#_POSIX_LOGIN_NAME_MAX
 9

	)

61 

	#_POSIX_MAX_CANON
 255

	)

65 

	#_POSIX_MAX_INPUT
 255

	)

68 

	#_POSIX_MQ_OPEN_MAX
 8

	)

71 

	#_POSIX_MQ_PRIO_MAX
 32

	)

74 

	#_POSIX_NAME_MAX
 14

	)

77 #ifde�
__USE_XOPEN2K


78 

	#_POSIX_NGROUPS_MAX
 8

	)

80 

	#_POSIX_NGROUPS_MAX
 0

	)

84 #ifde�
__USE_XOPEN2K


85 

	#_POSIX_OPEN_MAX
 20

	)

87 

	#_POSIX_OPEN_MAX
 16

	)

90 #i�!
def�ed
 
__USE_XOPEN2K
 || def�ed 
__USE_GNU


93 

	#_POSIX_FD_SETSIZE
 
_POSIX_OPEN_MAX


	)

97 

	#_POSIX_PATH_MAX
 256

	)

100 

	#_POSIX_PIPE_BUF
 512

	)

104 

	#_POSIX_RE_DUP_MAX
 255

	)

107 

	#_POSIX_RTSIG_MAX
 8

	)

110 

	#_POSIX_SEM_NSEMS_MAX
 256

	)

113 

	#_POSIX_SEM_VALUE_MAX
 32767

	)

116 

	#_POSIX_SIGQUEUE_MAX
 32

	)

119 

	#_POSIX_SSIZE_MAX
 32767

	)

122 

	#_POSIX_STREAM_MAX
 8

	)

125 

	#_POSIX_SYMLINK_MAX
 255

	)

129 

	#_POSIX_SYMLOOP_MAX
 8

	)

132 

	#_POSIX_TIMER_MAX
 32

	)

135 

	#_POSIX_TTY_NAME_MAX
 9

	)

138 #ifde�
__USE_XOPEN2K


139 

	#_POSIX_TZNAME_MAX
 6

	)

141 

	#_POSIX_TZNAME_MAX
 3

	)

144 #i�!
def�ed
 
__USE_XOPEN2K
 || def�ed 
__USE_GNU


146 

	#_POSIX_QLIMIT
 1

	)

150 

	#_POSIX_HIWAT
 
_POSIX_PIPE_BUF


	)

153 

	#_POSIX_UIO_MAXIOV
 16

	)

157 

	#_POSIX_CLOCKRES_MIN
 20000000

	)

161 
	~<b�s/lo�l_lim.h
>

164 #i�def 
SSIZE_MAX


168 #i�
__WORDSIZE
 =�64 || 
__WORDSIZE32_SIZE_ULONG


169 

	#SSIZE_MAX
 
LONG_MAX


	)

171 

	#SSIZE_MAX
 
INT_MAX


	)

179 #i�def 
NGROUPS_MAX


180 

	#NGROUPS_MAX
 8

	)

	@/usr/include/bits/posix2_lim.h

22 #i�def 
_BITS_POSIX2_LIM_H


23 

	#_BITS_POSIX2_LIM_H
 1

	)

27 

	#_POSIX2_BC_BASE_MAX
 99

	)

30 

	#_POSIX2_BC_DIM_MAX
 2048

	)

33 

	#_POSIX2_BC_SCALE_MAX
 99

	)

36 

	#_POSIX2_BC_STRING_MAX
 1000

	)

40 

	#_POSIX2_COLL_WEIGHTS_MAX
 2

	)

44 

	#_POSIX2_EXPR_NEST_MAX
 32

	)

47 

	#_POSIX2_LINE_MAX
 2048

	)

51 

	#_POSIX2_RE_DUP_MAX
 255

	)

55 

	#_POSIX2_CHARCLASS_NAME_MAX
 14

	)

62 #i�def 
BC_BASE_MAX


63 

	#BC_BASE_MAX
 
_POSIX2_BC_BASE_MAX


	)

65 #i�def 
BC_DIM_MAX


66 

	#BC_DIM_MAX
 
_POSIX2_BC_DIM_MAX


	)

68 #i�def 
BC_SCALE_MAX


69 

	#BC_SCALE_MAX
 
_POSIX2_BC_SCALE_MAX


	)

71 #i�def 
BC_STRING_MAX


72 

	#BC_STRING_MAX
 
_POSIX2_BC_STRING_MAX


	)

74 #i�def 
COLL_WEIGHTS_MAX


75 

	#COLL_WEIGHTS_MAX
 255

	)

77 #i�def 
EXPR_NEST_MAX


78 

	#EXPR_NEST_MAX
 
_POSIX2_EXPR_NEST_MAX


	)

80 #i�def 
LINE_MAX


81 

	#LINE_MAX
 
_POSIX2_LINE_MAX


	)

83 #i�def 
CHARCLASS_NAME_MAX


84 

	#CHARCLASS_NAME_MAX
 2048

	)

88 

	#RE_DUP_MAX
 (0x7fff)

	)

	@/usr/include/bits/posix_opt.h

19 #i�def 
_BITS_POSIX_OPT_H


20 

	#_BITS_POSIX_OPT_H
 1

	)

23 

	#_POSIX_JOB_CONTROL
 1

	)

26 

	#_POSIX_SAVED_IDS
 1

	)

32 

	#_POSIX_PRIORITY_SCHEDULING
 200809L

	)

35 

	#_POSIX_SYNCHRONIZED_IO
 200809L

	)

38 

	#_POSIX_FSYNC
 200809L

	)

41 

	#_POSIX_MAPPED_FILES
 200809L

	)

44 

	#_POSIX_MEMLOCK
 200809L

	)

47 

	#_POSIX_MEMLOCK_RANGE
 200809L

	)

50 

	#_POSIX_MEMORY_PROTECTION
 200809L

	)

53 

	#_POSIX_CHOWN_RESTRICTED
 0

	)

57 

	#_POSIX_VDISABLE
 '\0'

	)

60 

	#_POSIX_NO_TRUNC
 1

	)

63 

	#_XOPEN_REALTIME
 1

	)

66 

	#_XOPEN_REALTIME_THREADS
 1

	)

69 

	#_XOPEN_SHM
 1

	)

72 

	#_POSIX_THREADS
 200809L

	)

75 

	#_POSIX_REENTRANT_FUNCTIONS
 1

	)

76 

	#_POSIX_THREAD_SAFE_FUNCTIONS
 200809L

	)

79 

	#_POSIX_THREAD_PRIORITY_SCHEDULING
 200809L

	)

82 

	#_POSIX_THREAD_ATTR_STACKSIZE
 200809L

	)

85 

	#_POSIX_THREAD_ATTR_STACKADDR
 200809L

	)

88 

	#_POSIX_THREAD_PRIO_INHERIT
 200809L

	)

92 

	#_POSIX_THREAD_PRIO_PROTECT
 200809L

	)

94 #ifde�
__USE_XOPEN2K8


96 

	#_POSIX_THREAD_ROBUST_PRIO_INHERIT
 200809L

	)

99 

	#_POSIX_THREAD_ROBUST_PRIO_PROTECT
 -1

	)

103 

	#_POSIX_SEMAPHORES
 200809L

	)

106 

	#_POSIX_REALTIME_SIGNALS
 200809L

	)

109 

	#_POSIX_ASYNCHRONOUS_IO
 200809L

	)

110 

	#_POSIX_ASYNC_IO
 1

	)

112 

	#_LFS_ASYNCHRONOUS_IO
 1

	)

114 

	#_POSIX_PRIORITIZED_IO
 200809L

	)

117 

	#_LFS64_ASYNCHRONOUS_IO
 1

	)

120 

	#_LFS_LARGEFILE
 1

	)

121 

	#_LFS64_LARGEFILE
 1

	)

122 

	#_LFS64_STDIO
 1

	)

125 

	#_POSIX_SHARED_MEMORY_OBJECTS
 200809L

	)

128 

	#_POSIX_CPUTIME
 0

	)

131 

	#_POSIX_THREAD_CPUTIME
 0

	)

134 

	#_POSIX_REGEXP
 1

	)

137 

	#_POSIX_READER_WRITER_LOCKS
 200809L

	)

140 

	#_POSIX_SHELL
 1

	)

143 

	#_POSIX_TIMEOUTS
 200809L

	)

146 

	#_POSIX_SPIN_LOCKS
 200809L

	)

149 

	#_POSIX_SPAWN
 200809L

	)

152 

	#_POSIX_TIMERS
 200809L

	)

155 

	#_POSIX_BARRIERS
 200809L

	)

158 

	#_POSIX_MESSAGE_PASSING
 200809L

	)

161 

	#_POSIX_THREAD_PROCESS_SHARED
 200809L

	)

164 

	#_POSIX_MONOTONIC_CLOCK
 0

	)

167 

	#_POSIX_CLOCK_SELECTION
 200809L

	)

170 

	#_POSIX_ADVISORY_INFO
 200809L

	)

173 

	#_POSIX_IPV6
 200809L

	)

176 

	#_POSIX_RAW_SOCKETS
 200809L

	)

179 

	#_POSIX2_CHAR_TERM
 200809L

	)

182 

	#_POSIX_SPORADIC_SERVER
 -1

	)

183 

	#_POSIX_THREAD_SPORADIC_SERVER
 -1

	)

186 

	#_POSIX_TRACE
 -1

	)

187 

	#_POSIX_TRACE_EVENT_FILTER
 -1

	)

188 

	#_POSIX_TRACE_INHERIT
 -1

	)

189 

	#_POSIX_TRACE_LOG
 -1

	)

192 

	#_POSIX_TYPED_MEMORY_OBJECTS
 -1

	)

	@/usr/include/bits/pthreadtypes.h

19 #i�de�
_BITS_PTHREADTYPES_COMMON_H


20 

	#_BITS_PTHREADTYPES_COMMON_H
 1

	)

23 
	~<b�s/th�ad-sh�ed-ty�s.h
>

27 
	t�h�ad_t
;

34 
	m__size
[
__SIZEOF_PTHREAD_MUTEXATTR_T
];

35 
	m__�ign
;

36 } 
	t�h�ad_mu�x��_t
;

43 
	m__size
[
__SIZEOF_PTHREAD_CONDATTR_T
];

44 
	m__�ign
;

45 } 
	t�h�ad_c�d��_t
;

49 
	t�h�ad_key_t
;

53 
	t__ONCE_ALIGNMENT
 
	t�h�ad_��_t
;

56 
	u�h�ad_��_t


58 
	m__size
[
__SIZEOF_PTHREAD_ATTR_T
];

59 
	m__�ign
;

61 #i�de�
__have_�h�ad_��_t


62 
�h�ad_��_t
 
	t�h�ad_��_t
;

63 

	#__have_�h�ad_��_t
 1

	)

69 
__�h�ad_mu�x_s
 
	m__d�a
;

70 
	m__size
[
__SIZEOF_PTHREAD_MUTEX_T
];

71 
	m__�ign
;

72 } 
	t�h�ad_mu�x_t
;

77 
__�h�ad_c�d_s
 
	m__d�a
;

78 
	m__size
[
__SIZEOF_PTHREAD_COND_T
];

79 
__ex�nsi�__
 
	m__�ign
;

80 } 
	t�h�ad_c�d_t
;

83 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K


88 
__�h�ad_rwlock_�ch_t
 
	m__d�a
;

89 
	m__size
[
__SIZEOF_PTHREAD_RWLOCK_T
];

90 
	m__�ign
;

91 } 
	t�h�ad_rwlock_t
;

95 
	m__size
[
__SIZEOF_PTHREAD_RWLOCKATTR_T
];

96 
	m__�ign
;

97 } 
	t�h�ad_rwlock��_t
;

101 #ifde�
__USE_XOPEN2K


103 vީ��
	t�h�ad_��lock_t
;

110 
	m__size
[
__SIZEOF_PTHREAD_BARRIER_T
];

111 
	m__�ign
;

112 } 
	t�h�ad_b�r�r_t
;

116 
	m__size
[
__SIZEOF_PTHREAD_BARRIERATTR_T
];

117 
	m__�ign
;

118 } 
	t�h�ad_b�r���r_t
;

	@/usr/include/bits/resource.h

19 #i�de�
_SYS_RESOURCE_H


23 
	~<b�s/ty�s.h
>

31 
	e__�im�_�sour�


34 
	mRLIMIT_CPU
 = 0,

35 

	#RLIMIT_CPU
 
RLIMIT_CPU


	)

38 
	mRLIMIT_FSIZE
 = 1,

39 

	#RLIMIT_FSIZE
 
RLIMIT_FSIZE


	)

42 
	mRLIMIT_DATA
 = 2,

43 

	#RLIMIT_DATA
 
RLIMIT_DATA


	)

46 
	mRLIMIT_STACK
 = 3,

47 

	#RLIMIT_STACK
 
RLIMIT_STACK


	)

50 
	mRLIMIT_CORE
 = 4,

51 

	#RLIMIT_CORE
 
RLIMIT_CORE


	)

57 
	m__RLIMIT_RSS
 = 5,

58 

	#RLIMIT_RSS
 
__RLIMIT_RSS


	)

61 
	mRLIMIT_NOFILE
 = 7,

62 
	m__RLIMIT_OFILE
 = 
RLIMIT_NOFILE
,

63 

	#RLIMIT_NOFILE
 
RLIMIT_NOFILE


	)

64 

	#RLIMIT_OFILE
 
__RLIMIT_OFILE


	)

67 
	mRLIMIT_AS
 = 9,

68 

	#RLIMIT_AS
 
RLIMIT_AS


	)

71 
	m__RLIMIT_NPROC
 = 6,

72 

	#RLIMIT_NPROC
 
__RLIMIT_NPROC


	)

75 
	m__RLIMIT_MEMLOCK
 = 8,

76 

	#RLIMIT_MEMLOCK
 
__RLIMIT_MEMLOCK


	)

79 
	m__RLIMIT_LOCKS
 = 10,

80 

	#RLIMIT_LOCKS
 
__RLIMIT_LOCKS


	)

83 
	m__RLIMIT_SIGPENDING
 = 11,

84 

	#RLIMIT_SIGPENDING
 
__RLIMIT_SIGPENDING


	)

87 
	m__RLIMIT_MSGQUEUE
 = 12,

88 

	#RLIMIT_MSGQUEUE
 
__RLIMIT_MSGQUEUE


	)

93 
	m__RLIMIT_NICE
 = 13,

94 

	#RLIMIT_NICE
 
__RLIMIT_NICE


	)

98 
	m__RLIMIT_RTPRIO
 = 14,

99 

	#RLIMIT_RTPRIO
 
__RLIMIT_RTPRIO


	)

104 
	m__RLIMIT_RTTIME
 = 15,

105 

	#RLIMIT_RTTIME
 
__RLIMIT_RTTIME


	)

107 
	m__RLIMIT_NLIMITS
 = 16,

108 
	m__RLIM_NLIMITS
 = 
__RLIMIT_NLIMITS


109 

	#RLIMIT_NLIMITS
 
__RLIMIT_NLIMITS


	)

110 

	#RLIM_NLIMITS
 
__RLIM_NLIMITS


	)

114 #i�de�
__USE_FILE_OFFSET64


115 

	#RLIM_INFINITY
 ((
__�im_t
�-1)

	)

117 

	#RLIM_INFINITY
 0xffffffffffffffffuLL

	)

120 #ifde�
__USE_LARGEFILE64


121 

	#RLIM64_INFINITY
 0xffffffffffffffffuLL

	)

125 

	#RLIM_SAVED_MAX
 
RLIM_INFINITY


	)

126 

	#RLIM_SAVED_CUR
 
RLIM_INFINITY


	)

130 #i�de�
__USE_FILE_OFFSET64


131 
__�im_t
 
	t�im_t
;

133 
__�im64_t
 
	t�im_t
;

135 #ifde�
__USE_LARGEFILE64


136 
__�im64_t
 
	t�im64_t
;

139 
	s�im�


142 
�im_t
 
	m�im_cur
;

144 
�im_t
 
	m�im_max
;

147 #ifde�
__USE_LARGEFILE64


148 
	s�im�64


151 
�im64_t
 
	m�im_cur
;

153 
�im64_t
 
	m�im_max
;

158 
	e__ru�ge_who


161 
	mRUSAGE_SELF
 = 0,

162 

	#RUSAGE_SELF
 
RUSAGE_SELF


	)

165 
	mRUSAGE_CHILDREN
 = -1

166 

	#RUSAGE_CHILDREN
 
RUSAGE_CHILDREN


	)

168 #ifde�
__USE_GNU


171 
	mRUSAGE_THREAD
 = 1

172 

	#RUSAGE_THREAD
 
RUSAGE_THREAD


	)

174 

	#RUSAGE_LWP
 
RUSAGE_THREAD


	)

178 
	~<b�s/ty�s/�ru�_timev�.h
>

179 
	~<b�s/ty�s/�ru�_ru�ge.h
>

182 

	#PRIO_MIN
 -20

	)

183 

	#PRIO_MAX
 20

	)

187 
	e__�iܙy_which


189 
	mPRIO_PROCESS
 = 0,

190 

	#PRIO_PROCESS
 
PRIO_PROCESS


	)

191 
	mPRIO_PGRP
 = 1,

192 

	#PRIO_PGRP
 
PRIO_PGRP


	)

193 
	mPRIO_USER
 = 2

194 

	#PRIO_USER
 
PRIO_USER


	)

198 
	g__BEGIN_DECLS


200 #ifde�
__USE_GNU


202 #i�de�
__USE_FILE_OFFSET64


203 

	$�lim�
 (
__pid_t
 
__pid
, 
__�im�_�sour�
 
__�sour�
,

204 cڡ 
�im�
 *
__�w_lim�
,

205 
�im�
 *
__�d_lim�
�
__THROW
;

207 #ifde�
__REDIRECT_NTH


208 

	`__REDIRECT_NTH
 (
�lim�
, (
__pid_t
 
__pid
,

209 
__�im�_�sour�
 
__�sour�
,

210 cڡ 
�im�
 *
__�w_lim�
,

211 
�im�
 *
__�d_lim�
), 
�lim�64
);

213 

	#�lim�
 
�lim�64


	)

216 #ifde�
__USE_LARGEFILE64


217 

	$�lim�64
 (
__pid_t
 
__pid
, 
__�im�_�sour�
 
__�sour�
,

218 cڡ 
�im�64
 *
__�w_lim�
,

219 
�im�64
 *
__�d_lim�
�
__THROW
;

223 
__END_DECLS


	@/usr/include/bits/sigaction.h

19 #i�de�
_BITS_SIGACTION_H


20 

	#_BITS_SIGACTION_H
 1

	)

22 #i�de�
_SIGNAL_H


27 
	ssiga�i�


30 #i�
def�ed
 
__USE_POSIX199309
 || def�ed 
__USE_XOPEN_EXTENDED


34 
__sigh�d�r_t
 
	m�_h�d�r
;

36 (*
	m�_siga�i�
�(, 
	msig�fo_t
 *, *);

38 
	m__siga�i�_h�d�r
;

39 

	#�_h�d�r
 
__siga�i�_h�d�r
.
�_h�d�r


	)

40 

	#�_siga�i�
 
__siga�i�_h�d�r
.
�_siga�i�


	)

42 
__sigh�d�r_t
 
	m�_h�d�r
;

46 
__sig�t_t
 
	m�_mask
;

49 
	m�_�ags
;

52 (*
	m�_��ܔ
) ();

56 

	#SA_NOCLDSTOP
 1

	)

57 

	#SA_NOCLDWAIT
 2

	)

58 

	#SA_SIGINFO
 4

	)

60 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_MISC


61 

	#SA_ONSTACK
 0x08000000

	)

63 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


64 

	#SA_RESTART
 0x10000000

	)

65 

	#SA_NODEFER
 0x40000000

	)

67 

	#SA_RESETHAND
 0x80000000

	)

69 #ifde�
__USE_MISC


70 

	#SA_INTERRUPT
 0x20000000

	)

73 

	#SA_NOMASK
 
SA_NODEFER


	)

74 

	#SA_ONESHOT
 
SA_RESETHAND


	)

75 

	#SA_STACK
 
SA_ONSTACK


	)

79 

	#SIG_BLOCK
 0

	)

80 

	#SIG_UNBLOCK
 1

	)

81 

	#SIG_SETMASK
 2

	)

	@/usr/include/bits/sigcontext.h

18 #i�de�
_BITS_SIGCONTEXT_H


19 

	#_BITS_SIGCONTEXT_H
 1

	)

21 #i�!
def�ed
 
_SIGNAL_H
 && !def�ed 
_SYS_UCONTEXT_H


25 #i�de�
sigcڋxt_�ru�


28 

	#sigcڋxt_�ru�
 
sigcڋxt


	)

30 
	~<asm/sigcڋxt.h
>

33 

	#__�ed_NULL


	)

34 
	~<�ddef.h
>

	@/usr/include/bits/sigevent-consts.h

19 #i�de�
_BITS_SIGEVENT_CONSTS_H


20 

	#_BITS_SIGEVENT_CONSTS_H
 1

	)

22 #i�!
def�ed
 
_SIGNAL_H
 && !def�ed 
_AIO_H


29 
	mSIGEV_SIGNAL
 = 0,

30 

	#SIGEV_SIGNAL
 
SIGEV_SIGNAL


	)

31 
	mSIGEV_NONE
,

32 

	#SIGEV_NONE
 
SIGEV_NONE


	)

33 
	mSIGEV_THREAD
,

34 

	#SIGEV_THREAD
 
SIGEV_THREAD


	)

36 
	mSIGEV_THREAD_ID
 = 4

38 

	#SIGEV_THREAD_ID
 
SIGEV_THREAD_ID


	)

	@/usr/include/bits/siginfo-consts.h

19 #i�de�
_BITS_SIGINFO_CONSTS_H


20 

	#_BITS_SIGINFO_CONSTS_H
 1

	)

22 #i�de�
_SIGNAL_H


28 
	~<b�s/sig�fo-�ch.h
>

29 #i�de�
__SI_ASYNCIO_AFTER_SIGIO


30 

	#__SI_ASYNCIO_AFTER_SIGIO
 1

	)

37 
	mSI_ASYNCNL
 = -60,

38 
	mSI_DETHREAD
 = -7,

40 
	mSI_TKILL
,

41 
	mSI_SIGIO
,

42 #i�
__SI_ASYNCIO_AFTER_SIGIO


43 
	mSI_ASYNCIO
,

44 
	mSI_MESGQ
,

45 
	mSI_TIMER
,

47 
	mSI_MESGQ
,

48 
	mSI_TIMER
,

49 
	mSI_ASYNCIO
,

51 
	mSI_QUEUE
,

52 
	mSI_USER
,

53 
	mSI_KERNEL
 = 0x80

55 

	#SI_ASYNCNL
 
SI_ASYNCNL


	)

56 

	#SI_DETHREAD
 
SI_DETHREAD


	)

57 

	#SI_TKILL
 
SI_TKILL


	)

58 

	#SI_SIGIO
 
SI_SIGIO


	)

59 

	#SI_ASYNCIO
 
SI_ASYNCIO


	)

60 

	#SI_MESGQ
 
SI_MESGQ


	)

61 

	#SI_TIMER
 
SI_TIMER


	)

62 

	#SI_ASYNCIO
 
SI_ASYNCIO


	)

63 

	#SI_QUEUE
 
SI_QUEUE


	)

64 

	#SI_USER
 
SI_USER


	)

65 

	#SI_KERNEL
 
SI_KERNEL


	)

69 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


73 
	mILL_ILLOPC
 = 1,

74 

	#ILL_ILLOPC
 
ILL_ILLOPC


	)

75 
	mILL_ILLOPN
,

76 

	#ILL_ILLOPN
 
ILL_ILLOPN


	)

77 
	mILL_ILLADR
,

78 

	#ILL_ILLADR
 
ILL_ILLADR


	)

79 
	mILL_ILLTRP
,

80 

	#ILL_ILLTRP
 
ILL_ILLTRP


	)

81 
	mILL_PRVOPC
,

82 

	#ILL_PRVOPC
 
ILL_PRVOPC


	)

83 
	mILL_PRVREG
,

84 

	#ILL_PRVREG
 
ILL_PRVREG


	)

85 
	mILL_COPROC
,

86 

	#ILL_COPROC
 
ILL_COPROC


	)

87 
	mILL_BADSTK
,

88 

	#ILL_BADSTK
 
ILL_BADSTK


	)

89 
	mILL_BADIADDR


90 

	#ILL_BADIADDR
 
ILL_BADIADDR


	)

96 
	mFPE_INTDIV
 = 1,

97 

	#FPE_INTDIV
 
FPE_INTDIV


	)

98 
	mFPE_INTOVF
,

99 

	#FPE_INTOVF
 
FPE_INTOVF


	)

100 
	mFPE_FLTDIV
,

101 

	#FPE_FLTDIV
 
FPE_FLTDIV


	)

102 
	mFPE_FLTOVF
,

103 

	#FPE_FLTOVF
 
FPE_FLTOVF


	)

104 
	mFPE_FLTUND
,

105 

	#FPE_FLTUND
 
FPE_FLTUND


	)

106 
	mFPE_FLTRES
,

107 

	#FPE_FLTRES
 
FPE_FLTRES


	)

108 
	mFPE_FLTINV
,

109 

	#FPE_FLTINV
 
FPE_FLTINV


	)

110 
	mFPE_FLTSUB
,

111 

	#FPE_FLTSUB
 
FPE_FLTSUB


	)

112 
	mFPE_FLTUNK
 = 14,

113 

	#FPE_FLTUNK
 
FPE_FLTUNK


	)

114 
	mFPE_CONDTRAP


115 

	#FPE_CONDTRAP
 
FPE_CONDTRAP


	)

121 
	mSEGV_MAPERR
 = 1,

122 

	#SEGV_MAPERR
 
SEGV_MAPERR


	)

123 
	mSEGV_ACCERR
,

124 

	#SEGV_ACCERR
 
SEGV_ACCERR


	)

125 
	mSEGV_BNDERR
,

126 

	#SEGV_BNDERR
 
SEGV_BNDERR


	)

127 
	mSEGV_PKUERR
,

128 

	#SEGV_PKUERR
 
SEGV_PKUERR


	)

129 
	mSEGV_ACCADI
,

130 

	#SEGV_ACCADI
 
SEGV_ACCADI


	)

131 
	mSEGV_ADIDERR
,

132 

	#SEGV_ADIDERR
 
SEGV_ADIDERR


	)

133 
	mSEGV_ADIPERR
,

134 

	#SEGV_ADIPERR
 
SEGV_ADIPERR


	)

135 
	mSEGV_MTEAERR
,

136 

	#SEGV_MTEAERR
 
SEGV_MTEAERR


	)

137 
	mSEGV_MTESERR


138 

	#SEGV_MTESERR
 
SEGV_MTESERR


	)

144 
	mBUS_ADRALN
 = 1,

145 

	#BUS_ADRALN
 
BUS_ADRALN


	)

146 
	mBUS_ADRERR
,

147 

	#BUS_ADRERR
 
BUS_ADRERR


	)

148 
	mBUS_OBJERR
,

149 

	#BUS_OBJERR
 
BUS_OBJERR


	)

150 
	mBUS_MCEERR_AR
,

151 

	#BUS_MCEERR_AR
 
BUS_MCEERR_AR


	)

152 
	mBUS_MCEERR_AO


153 

	#BUS_MCEERR_AO
 
BUS_MCEERR_AO


	)

157 #ifde�
__USE_XOPEN_EXTENDED


161 
	mTRAP_BRKPT
 = 1,

162 

	#TRAP_BRKPT
 
TRAP_BRKPT


	)

163 
	mTRAP_TRACE
,

164 

	#TRAP_TRACE
 
TRAP_TRACE


	)

165 
	mTRAP_BRANCH
,

166 

	#TRAP_BRANCH
 
TRAP_BRANCH


	)

167 
	mTRAP_HWBKPT
,

168 

	#TRAP_HWBKPT
 
TRAP_HWBKPT


	)

169 
	mTRAP_UNK


170 

	#TRAP_UNK
 
TRAP_UNK


	)

174 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


178 
	mCLD_EXITED
 = 1,

179 

	#CLD_EXITED
 
CLD_EXITED


	)

180 
	mCLD_KILLED
,

181 

	#CLD_KILLED
 
CLD_KILLED


	)

182 
	mCLD_DUMPED
,

183 

	#CLD_DUMPED
 
CLD_DUMPED


	)

184 
	mCLD_TRAPPED
,

185 

	#CLD_TRAPPED
 
CLD_TRAPPED


	)

186 
	mCLD_STOPPED
,

187 

	#CLD_STOPPED
 
CLD_STOPPED


	)

188 
	mCLD_CONTINUED


189 

	#CLD_CONTINUED
 
CLD_CONTINUED


	)

195 
	mPOLL_IN
 = 1,

196 

	#POLL_IN
 
POLL_IN


	)

197 
	mPOLL_OUT
,

198 

	#POLL_OUT
 
POLL_OUT


	)

199 
	mPOLL_MSG
,

200 

	#POLL_MSG
 
POLL_MSG


	)

201 
	mPOLL_ERR
,

202 

	#POLL_ERR
 
POLL_ERR


	)

203 
	mPOLL_PRI
,

204 

	#POLL_PRI
 
POLL_PRI


	)

205 
	mPOLL_HUP


206 

	#POLL_HUP
 
POLL_HUP


	)

212 #ifde�
__USE_GNU


213 
	~<b�s/sig�fo-cڡs-�ch.h
>

	@/usr/include/bits/signal_ext.h

19 #i�de�
_SIGNAL_H


23 #ifde�
__USE_GNU


29 

tgk�l
 (
__pid_t
 
__tgid
, __pid_�
__tid
, 
__sig�l
);

	@/usr/include/bits/signum-generic.h

19 #i�def 
_BITS_SIGNUM_GENERIC_H


20 

	#_BITS_SIGNUM_GENERIC_H
 1

	)

22 #i�de�
_SIGNAL_H


28 

	#SIG_ERR
 ((
__sigh�d�r_t
�-1�

	)

29 

	#SIG_DFL
 ((
__sigh�d�r_t
�0�

	)

30 

	#SIG_IGN
 ((
__sigh�d�r_t
�1�

	)

32 #ifde�
__USE_XOPEN


33 

	#SIG_HOLD
 ((
__sigh�d�r_t
�2�

	)

48 

	#SIGINT
 2

	)

49 

	#SIGILL
 4

	)

50 

	#SIGABRT
 6

	)

51 

	#SIGFPE
 8

	)

52 

	#SIGSEGV
 11

	)

53 

	#SIGTERM
 15

	)

56 

	#SIGHUP
 1

	)

57 

	#SIGQUIT
 3

	)

58 

	#SIGTRAP
 5

	)

59 

	#SIGKILL
 9

	)

60 

	#SIGPIPE
 13

	)

61 

	#SIGALRM
 14

	)

64 

	#SIGIO
 
SIGPOLL


	)

65 

	#SIGIOT
 
SIGABRT


	)

66 

	#SIGCLD
 
SIGCHLD


	)

76 
	~<b�s/signum-�ch.h
>

79 

	#_NSIG
 (
__SIGRTMAX
 + 1)

	)

	@/usr/include/bits/sigstack.h

19 #i�de�
_BITS_SIGSTACK_H


20 

	#_BITS_SIGSTACK_H
 1

	)

22 #i�!
def�ed
 
_SIGNAL_H
 && !def�ed 
_SYS_UCONTEXT_H


27 

	#MINSIGSTKSZ
 4096

	)

30 

	#SIGSTKSZ
 16384

	)

	@/usr/include/bits/sigstksz.h

19 #i�de�
_SIGNAL_H


23 #i�
def�ed
 
__USE_DYNAMIC_STACK_SIZE
 && __USE_DYNAMIC_STACK_SIZE

24 
	~<uni�d.h
>

27 #unde�
SIGSTKSZ


28 

	#SIGSTKSZ
 
	`sysc�f
 (
_SC_SIGSTKSZ
)

	)

31 #unde�
MINSIGSTKSZ


32 

	#MINSIGSTKSZ
 
SIGSTKSZ


	)

	@/usr/include/bits/sigthread.h

19 #i�de�
_BITS_SIGTHREAD_H


20 

	#_BITS_SIGTHREAD_H
 1

	)

22 #i�!
def�ed
 
_SIGNAL_H
 && !def�ed 
_PTHREAD_H


27 
	~<b�s/ty�s/__sig�t_t.h
>

31 

	$�h�ad_sigmask
 (
__how
,

32 cڡ 
__sig�t_t
 *
__��ri�
 
__�wmask
,

33 
__sig�t_t
 *
__��ri�
 
__�dmask
)
__THROW
;

36 

	$�h�ad_k�l
 (
�h�ad_t
 
__th�adid
, 
__signo
�
__THROW
;

38 #ifde�
__USE_GNU


40 

	$�h�ad_sigqueue
 (
�h�ad_t
 
__th�adid
, 
__signo
,

41 cڡ 
sigv�
 
__v�ue
�
__THROW
;

	@/usr/include/bits/socket.h

19 #i�de�
__BITS_SOCKET_H


20 

	#__BITS_SOCKET_H


	)

22 #i�de�
_SYS_SOCKET_H


26 

	#__�ed_size_t


	)

27 
	~<�ddef.h
>

29 
	~<sys/ty�s.h
>

32 #i�de�
__sock�n_t_def�ed


33 
__sock�n_t
 
	tsock�n_t
;

34 

	#__sock�n_t_def�ed


	)

38 
	~<b�s/sock�_ty�.h
>

41 

	#PF_UNSPEC
 0

	)

42 

	#PF_LOCAL
 1

	)

43 

	#PF_UNIX
 
PF_LOCAL


	)

44 

	#PF_FILE
 
PF_LOCAL


	)

45 

	#PF_INET
 2

	)

46 

	#PF_AX25
 3

	)

47 

	#PF_IPX
 4

	)

48 

	#PF_APPLETALK
 5

	)

49 

	#PF_NETROM
 6

	)

50 

	#PF_BRIDGE
 7

	)

51 

	#PF_ATMPVC
 8

	)

52 

	#PF_X25
 9

	)

53 

	#PF_INET6
 10

	)

54 

	#PF_ROSE
 11

	)

55 

	#PF_DEC�t
 12

	)

56 

	#PF_NETBEUI
 13

	)

57 

	#PF_SECURITY
 14

	)

58 

	#PF_KEY
 15

	)

59 

	#PF_NETLINK
 16

	)

60 

	#PF_ROUTE
 
PF_NETLINK


	)

61 

	#PF_PACKET
 17

	)

62 

	#PF_ASH
 18

	)

63 

	#PF_ECONET
 19

	)

64 

	#PF_ATMSVC
 20

	)

65 

	#PF_RDS
 21

	)

66 

	#PF_SNA
 22

	)

67 

	#PF_IRDA
 23

	)

68 

	#PF_PPPOX
 24

	)

69 

	#PF_WANPIPE
 25

	)

70 

	#PF_LLC
 26

	)

71 

	#PF_IB
 27

	)

72 

	#PF_MPLS
 28

	)

73 

	#PF_CAN
 29

	)

74 

	#PF_TIPC
 30

	)

75 

	#PF_BLUETOOTH
 31

	)

76 

	#PF_IUCV
 32

	)

77 

	#PF_RXRPC
 33

	)

78 

	#PF_ISDN
 34

	)

79 

	#PF_PHONET
 35

	)

80 

	#PF_IEEE802154
 36

	)

81 

	#PF_CAIF
 37

	)

82 

	#PF_ALG
 38

	)

83 

	#PF_NFC
 39

	)

84 

	#PF_VSOCK
 40

	)

85 

	#PF_KCM
 41

	)

86 

	#PF_QIPCRTR
 42

	)

87 

	#PF_SMC
 43

	)

88 

	#PF_XDP
 44

	)

89 

	#PF_MCTP
 45

	)

90 

	#PF_MAX
 46

	)

93 

	#AF_UNSPEC
 
PF_UNSPEC


	)

94 

	#AF_LOCAL
 
PF_LOCAL


	)

95 

	#AF_UNIX
 
PF_UNIX


	)

96 

	#AF_FILE
 
PF_FILE


	)

97 

	#AF_INET
 
PF_INET


	)

98 

	#AF_AX25
 
PF_AX25


	)

99 

	#AF_IPX
 
PF_IPX


	)

100 

	#AF_APPLETALK
 
PF_APPLETALK


	)

101 

	#AF_NETROM
 
PF_NETROM


	)

102 

	#AF_BRIDGE
 
PF_BRIDGE


	)

103 

	#AF_ATMPVC
 
PF_ATMPVC


	)

104 

	#AF_X25
 
PF_X25


	)

105 

	#AF_INET6
 
PF_INET6


	)

106 

	#AF_ROSE
 
PF_ROSE


	)

107 

	#AF_DEC�t
 
PF_DEC�t


	)

108 

	#AF_NETBEUI
 
PF_NETBEUI


	)

109 

	#AF_SECURITY
 
PF_SECURITY


	)

110 

	#AF_KEY
 
PF_KEY


	)

111 

	#AF_NETLINK
 
PF_NETLINK


	)

112 

	#AF_ROUTE
 
PF_ROUTE


	)

113 

	#AF_PACKET
 
PF_PACKET


	)

114 

	#AF_ASH
 
PF_ASH


	)

115 

	#AF_ECONET
 
PF_ECONET


	)

116 

	#AF_ATMSVC
 
PF_ATMSVC


	)

117 

	#AF_RDS
 
PF_RDS


	)

118 

	#AF_SNA
 
PF_SNA


	)

119 

	#AF_IRDA
 
PF_IRDA


	)

120 

	#AF_PPPOX
 
PF_PPPOX


	)

121 

	#AF_WANPIPE
 
PF_WANPIPE


	)

122 

	#AF_LLC
 
PF_LLC


	)

123 

	#AF_IB
 
PF_IB


	)

124 

	#AF_MPLS
 
PF_MPLS


	)

125 

	#AF_CAN
 
PF_CAN


	)

126 

	#AF_TIPC
 
PF_TIPC


	)

127 

	#AF_BLUETOOTH
 
PF_BLUETOOTH


	)

128 

	#AF_IUCV
 
PF_IUCV


	)

129 

	#AF_RXRPC
 
PF_RXRPC


	)

130 

	#AF_ISDN
 
PF_ISDN


	)

131 

	#AF_PHONET
 
PF_PHONET


	)

132 

	#AF_IEEE802154
 
PF_IEEE802154


	)

133 

	#AF_CAIF
 
PF_CAIF


	)

134 

	#AF_ALG
 
PF_ALG


	)

135 

	#AF_NFC
 
PF_NFC


	)

136 

	#AF_VSOCK
 
PF_VSOCK


	)

137 

	#AF_KCM
 
PF_KCM


	)

138 

	#AF_QIPCRTR
 
PF_QIPCRTR


	)

139 

	#AF_SMC
 
PF_SMC


	)

140 

	#AF_XDP
 
PF_XDP


	)

141 

	#AF_MCTP
 
PF_MCTP


	)

142 

	#AF_MAX
 
PF_MAX


	)

148 

	#SOL_RAW
 255

	)

149 

	#SOL_DECNET
 261

	)

150 

	#SOL_X25
 262

	)

151 

	#SOL_PACKET
 263

	)

152 

	#SOL_ATM
 264

	)

153 

	#SOL_AAL
 265

	)

154 

	#SOL_IRDA
 266

	)

155 

	#SOL_NETBEUI
 267

	)

156 

	#SOL_LLC
 268

	)

157 

	#SOL_DCCP
 269

	)

158 

	#SOL_NETLINK
 270

	)

159 

	#SOL_TIPC
 271

	)

160 

	#SOL_RXRPC
 272

	)

161 

	#SOL_PPPOL2TP
 273

	)

162 

	#SOL_BLUETOOTH
 274

	)

163 

	#SOL_PNPIPE
 275

	)

164 

	#SOL_RDS
 276

	)

165 

	#SOL_IUCV
 277

	)

166 

	#SOL_CAIF
 278

	)

167 

	#SOL_ALG
 279

	)

168 

	#SOL_NFC
 280

	)

169 

	#SOL_KCM
 281

	)

170 

	#SOL_TLS
 282

	)

171 

	#SOL_XDP
 283

	)

172 

	#SOL_MPTCP
 284

	)

173 

	#SOL_MCTP
 285

	)

174 

	#SOL_SMC
 286

	)

177 

	#SOMAXCONN
 4096

	)

180 
	~<b�s/sockaddr.h
>

183 
	ssockaddr


185 
__SOCKADDR_COMMON
 (
�_
);

186 
	m�_d�a
[14];

192 

	#__ss_�ig�y�
 

	)

193 

	#_SS_PADSIZE
 \

194 (
_SS_SIZE
 - 
__SOCKADDR_COMMON_SIZE
 -  (
__ss_�ig�y�
))

	)

196 
	ssockaddr_��age


198 
__SOCKADDR_COMMON
 (
ss_
);

199 
	m__ss_�dd�g
[
_SS_PADSIZE
];

200 
__ss_�ig�y�
 
	m__ss_�ign
;

207 
	mMSG_OOB
 = 0x01,

208 

	#MSG_OOB
 
MSG_OOB


	)

209 
	mMSG_PEEK
 = 0x02,

210 

	#MSG_PEEK
 
MSG_PEEK


	)

211 
	mMSG_DONTROUTE
 = 0x04,

212 

	#MSG_DONTROUTE
 
MSG_DONTROUTE


	)

213 #ifde�
__USE_GNU


215 
	mMSG_TRYHARD
 = 
MSG_DONTROUTE
,

216 

	#MSG_TRYHARD
 
MSG_DONTROUTE


	)

218 
	mMSG_CTRUNC
 = 0x08,

219 

	#MSG_CTRUNC
 
MSG_CTRUNC


	)

220 
	mMSG_PROXY
 = 0x10,

221 

	#MSG_PROXY
 
MSG_PROXY


	)

222 
	mMSG_TRUNC
 = 0x20,

223 

	#MSG_TRUNC
 
MSG_TRUNC


	)

224 
	mMSG_DONTWAIT
 = 0x40,

225 

	#MSG_DONTWAIT
 
MSG_DONTWAIT


	)

226 
	mMSG_EOR
 = 0x80,

227 

	#MSG_EOR
 
MSG_EOR


	)

228 
	mMSG_WAITALL
 = 0x100,

229 

	#MSG_WAITALL
 
MSG_WAITALL


	)

230 
	mMSG_FIN
 = 0x200,

231 

	#MSG_FIN
 
MSG_FIN


	)

232 
	mMSG_SYN
 = 0x400,

233 

	#MSG_SYN
 
MSG_SYN


	)

234 
	mMSG_CONFIRM
 = 0x800,

235 

	#MSG_CONFIRM
 
MSG_CONFIRM


	)

236 
	mMSG_RST
 = 0x1000,

237 

	#MSG_RST
 
MSG_RST


	)

238 
	mMSG_ERRQUEUE
 = 0x2000,

239 

	#MSG_ERRQUEUE
 
MSG_ERRQUEUE


	)

240 
	mMSG_NOSIGNAL
 = 0x4000,

241 

	#MSG_NOSIGNAL
 
MSG_NOSIGNAL


	)

242 
	mMSG_MORE
 = 0x8000,

243 

	#MSG_MORE
 
MSG_MORE


	)

244 
	mMSG_WAITFORONE
 = 0x10000,

245 

	#MSG_WAITFORONE
 
MSG_WAITFORONE


	)

246 
	mMSG_BATCH
 = 0x40000,

247 

	#MSG_BATCH
 
MSG_BATCH


	)

248 
	mMSG_ZEROCOPY
 = 0x4000000,

249 

	#MSG_ZEROCOPY
 
MSG_ZEROCOPY


	)

250 
	mMSG_FASTOPEN
 = 0x20000000,

251 

	#MSG_FASTOPEN
 
MSG_FASTOPEN


	)

253 
	mMSG_CMSG_CLOEXEC
 = 0x40000000

256 

	#MSG_CMSG_CLOEXEC
 
MSG_CMSG_CLOEXEC


	)

262 
	smsghdr


264 *
	mmsg_�me
;

265 
sock�n_t
 
	mmsg_�m��
;

267 
iovec
 *
	mmsg_iov
;

268 
size_t
 
	mmsg_iov�n
;

270 *
	mmsg_cڌ�
;

271 
size_t
 
	mmsg_cڌ��n
;

276 
	mmsg_�ags
;

280 
	scmsghdr


282 
size_t
 
	mcmsg_�n
;

287 
	mcmsg_�v�
;

288 
	mcmsg_ty�
;

289 #i�
__glibc_c99_�ex�r_ava�ab�


290 
__ex�nsi�__
 
__cmsg_d�a
 
	m__�ex�r
;

295 #i�
__glibc_c99_�ex�r_ava�ab�


296 

	#CMSG_DATA
(
cmsg
�((cmsg)->
__cmsg_d�a
)

	)

298 

	#CMSG_DATA
(
cmsg
�((*�((
cmsghdr
 *�(cmsg�+ 1))

	)

300 

	#CMSG_NXTHDR
(
mhdr
, 
cmsg
�
	`__cmsg_nxthdr
 (mhdr, cmsg)

	)

301 

	#CMSG_FIRSTHDR
(
mhdr
) \

302 ((
size_t
�(
mhdr
)->
msg_cڌ��n
 >� (
cmsghdr
) \

303 ? (
cmsghdr
 *�(
mhdr
)->
msg_cڌ�
 : (cmsghd�*�0)

	)

304 

	#CMSG_ALIGN
(
�n
�((֒�+  (
size_t
) - 1) \

305 & (
size_t
�~( (size_t�- 1))

	)

306 

	#CMSG_SPACE
(
�n
�(
	`CMSG_ALIGN
 (len) \

307 + 
	`CMSG_ALIGN
 ( (
cmsghdr
)))

	)

308 

	#CMSG_LEN
(
�n
�(
	`CMSG_ALIGN
 ( (
cmsghdr
)�+ (�n))

	)

312 

	#__CMSG_PADDING
(
�n
�(( (
size_t
) \

313 - ((
�n
�& ( (
size_t
) - 1))) \

314 & ( (
size_t
�- 1))

	)

316 

cmsghdr
 *
	$__cmsg_nxthdr
 (
msghdr
 *
__mhdr
,

317 
cmsghdr
 *
__cmsg
�
__THROW
;

318 #ifde�
__USE_EXTERN_INLINES


319 #i�de�
_EXTERN_INLINE


320 

	#_EXTERN_INLINE
 
__ex��_�l�e


	)

322 
_EXTERN_INLINE
 
cmsghdr
 *

323 
	`__NTH
 (
	$__cmsg_nxthdr
 (
msghdr
 *
__mhdr
, 
cmsghdr
 *
__cmsg
))

332 * 
__msg_cڌ�_�r
 = (*�
__mhdr
->
msg_cڌ�
;

333 * 
__cmsg_�r
 = (*�
__cmsg
;

335 
size_t
 
__size_�eded
 =  (
cmsghdr
)

336 + 
	`__CMSG_PADDING
 (
__cmsg
->
cmsg_�n
);

339 i�((
size_t
�
__cmsg
->
cmsg_�n
 <  (
cmsghdr
))

340  (
cmsghdr
 *) 0;

344 i�(((
size_t
)

345 (
__msg_cڌ�_�r
 + 
__mhdr
->
msg_cڌ��n
 - 
__cmsg_�r
)

346 < 
__size_�eded
)

347 || ((
size_t
)

348 (
__msg_cڌ�_�r
 + 
__mhdr
->
msg_cڌ��n
 - 
__cmsg_�r


349 - 
__size_�eded
)

350 < 
__cmsg
->
cmsg_�n
))

352  (
cmsghdr
 *) 0;

355 
__cmsg
 = (
cmsghdr
 *) ((*) __cmsg

356 + 
	`CMSG_ALIGN
 (
__cmsg
->
cmsg_�n
));

357  
__cmsg
;

358 
	}
}

365 
	mSCM_RIGHTS
 = 0x01

366 

	#SCM_RIGHTS
 
SCM_RIGHTS


	)

367 #ifde�
__USE_GNU


368 , 
	mSCM_CREDENTIALS
 = 0x02

369 

	#SCM_CREDENTIALS
 
SCM_CREDENTIALS


	)

373 #ifde�
__USE_GNU


375 
	su�ed


377 
pid_t
 
	mpid
;

378 
uid_t
 
	muid
;

379 
gid_t
 
	mgid
;

383 #ifde�
__USE_MISC


384 
	~<b�s/ty�s/time_t.h
>

385 
	~<asm/sock�.h
>

387 

	#SO_DEBUG
 1

	)

388 
	~<b�s/sock�-cڡ�ts.h
>

392 
	sl�g�


394 
	ml_�off
;

395 
	ml_l�g�
;

	@/usr/include/bits/socket2.h

19 #i�de�
_SYS_SOCKET_H


23 
ssize_t
 
__�cv_chk
 (
__fd
, *
__buf
, 
size_t
 
__n
, size_�
__bu�
,

24 
__�ags
);

25 
ssize_t
 
__REDIRECT
 (
__�cv_��s
, (
__fd
, *
__buf
, 
size_t
 
__n
,

26 
__�ags
), 
�cv
);

27 
ssize_t
 
__REDIRECT
 (
__�cv_chk_w�n
,

28 (
__fd
, *
__buf
, 
size_t
 
__n
, size_�
__bu�
,

29 
__�ags
), 
__�cv_chk
)

30 
__w�ljr
 ("recv called with bigger�ength�han size of destination "

33 
__f�tify_fun�i�
 
ssize_t


34 
	$�cv
 (
__fd
, *
__buf
, 
size_t
 
__n
, 
__�ags
)

36 
size_t
 
sz
 = 
	`__glibc_objsize0
 (
__buf
);

37 i�(
	`__glibc_��_�_unknown_�n
 (
__n
,  (), 
sz
))

38  
	`__�cv_��s
 (
__fd
, 
__buf
, 
__n
, 
__�ags
);

39 i�(
	`__glibc_un��_�n
 (
__n
,  (), 
sz
))

40  
	`__�cv_chk_w�n
 (
__fd
, 
__buf
, 
__n
, 
sz
, 
__�ags
);

41  
	`__�cv_chk
 (
__fd
, 
__buf
, 
__n
, 
sz
, 
__�ags
);

42 
	}
}

44 
ssize_t
 
__�cv�om_chk
 (
__fd
, *
__��ri�
 
__buf
, 
size_t
 
__n
,

45 
size_t
 
__bu�
, 
__�ags
,

46 
__SOCKADDR_ARG
 
__addr
,

47 
sock�n_t
 *
__��ri�
 
__addr_�n
);

48 
ssize_t
 
__REDIRECT
 (
__�cv�om_��s
,

49 (
__fd
, *
__��ri�
 
__buf
, 
size_t
 
__n
,

50 
__�ags
, 
__SOCKADDR_ARG
 
__addr
,

51 
sock�n_t
 *
__��ri�
 
__addr_�n
), 
�cv�om
);

52 
ssize_t
 
__REDIRECT
 (
__�cv�om_chk_w�n
,

53 (
__fd
, *
__��ri�
 
__buf
, 
size_t
 
__n
,

54 
size_t
 
__bu�
, 
__�ags
,

55 
__SOCKADDR_ARG
 
__addr
,

56 
sock�n_t
 *
__��ri�
 
__addr_�n
), 
__�cv�om_chk
)

57 
__w�ljr
 ("recvfrom called with bigger�ength�han size of "

60 
__f�tify_fun�i�
 
ssize_t


61 
	$�cv�om
 (
__fd
, *
__��ri�
 
__buf
, 
size_t
 
__n
, 
__�ags
,

62 
__SOCKADDR_ARG
 
__addr
, 
sock�n_t
 *
__��ri�
 
__addr_�n
)

64 
size_t
 
sz
 = 
	`__glibc_objsize0
 (
__buf
);

65 i�(
	`__glibc_��_�_unknown_�n
 (
__n
,  (), 
sz
))

66  
	`__�cv�om_��s
 (
__fd
, 
__buf
, 
__n
, 
__�ags
, 
__addr
, 
__addr_�n
);

67 i�(
	`__glibc_un��_�n
 (
__n
,  (), 
sz
))

68  
	`__�cv�om_chk_w�n
 (
__fd
, 
__buf
, 
__n
, 
sz
, 
__�ags
, 
__addr
,

69 
__addr_�n
);

70  
	`__�cv�om_chk
 (
__fd
, 
__buf
, 
__n
, 
sz
, 
__�ags
, 
__addr
, 
__addr_�n
);

71 
	}
}

	@/usr/include/bits/ss_flags.h

19 #i�de�
_BITS_SS_FLAGS_H


20 

	#_BITS_SS_FLAGS_H
 1

	)

22 #i�!
def�ed
 
_SIGNAL_H
 && !def�ed 
_SYS_UCONTEXT_H


29 
	mSS_ONSTACK
 = 1,

30 

	#SS_ONSTACK
 
SS_ONSTACK


	)

31 
	mSS_DISABLE


32 

	#SS_DISABLE
 
SS_DISABLE


	)

	@/usr/include/bits/stat.h

18 #i�!
def�ed
 
_SYS_STAT_H
 && !def�ed 
_FCNTL_H


22 #i�de�
_BITS_STAT_H


23 

	#_BITS_STAT_H
 1

	)

25 
	~<b�s/�ru�_��.h
>

29 

	#__S_IFMT
 0170000

	)

32 

	#__S_IFDIR
 0040000

	)

33 

	#__S_IFCHR
 0020000

	)

34 

	#__S_IFBLK
 0060000

	)

35 

	#__S_IFREG
 0100000

	)

36 

	#__S_IFIFO
 0010000

	)

37 

	#__S_IFLNK
 0120000

	)

38 

	#__S_IFSOCK
 0140000

	)

42 

	#__S_TYPEISMQ
(
buf
�((buf)->
�_mode
 - (buf)->�_mode)

	)

43 

	#__S_TYPEISSEM
(
buf
�((buf)->
�_mode
 - (buf)->�_mode)

	)

44 

	#__S_TYPEISSHM
(
buf
�((buf)->
�_mode
 - (buf)->�_mode)

	)

48 

	#__S_ISUID
 04000

	)

49 

	#__S_ISGID
 02000

	)

50 

	#__S_ISVTX
 01000

	)

51 

	#__S_IREAD
 0400

	)

52 

	#__S_IWRITE
 0200

	)

53 

	#__S_IEXEC
 0100

	)

55 #ifde�
__USE_ATFILE


56 

	#UTIME_NOW
 ((1�<< 30�- 1l)

	)

57 

	#UTIME_OMIT
 ((1�<< 30�- 2l)

	)

	@/usr/include/bits/statx.h

21 #i�de�
_SYS_STAT_H


22 #�r� 
Nev�
 
��ude
 <
b�s
/
��x
.
h
> 
d�e�ly
, in�ud�<
sys
/
��
.h> 
���d
.

29 #ifde�
__has_��ude


30 #i�
__has_��ude
 ("linux/stat.h")

31 
	~"l�ux/��.h
"

32 #ifde�
STATX_TYPE


33 

	#__��x_time�amp_def�ed
 1

	)

34 

	#__��x_def�ed
 1

	)

39 
	~<b�s/��x-g��ic.h
>

	@/usr/include/bits/stdint-intn.h

19 #i�de�
_BITS_STDINT_INTN_H


20 

	#_BITS_STDINT_INTN_H
 1

	)

22 
	~<b�s/ty�s.h
>

24 
__�t8_t
 
	t�t8_t
;

25 
__�t16_t
 
	t�t16_t
;

26 
__�t32_t
 
	t�t32_t
;

27 
__�t64_t
 
	t�t64_t
;

	@/usr/include/bits/stdint-uintn.h

19 #i�de�
_BITS_STDINT_UINTN_H


20 

	#_BITS_STDINT_UINTN_H
 1

	)

22 
	~<b�s/ty�s.h
>

24 
__u�t8_t
 
	tu�t8_t
;

25 
__u�t16_t
 
	tu�t16_t
;

26 
__u�t32_t
 
	tu�t32_t
;

27 
__u�t64_t
 
	tu�t64_t
;

	@/usr/include/bits/stdio-ldbl.h

19 #i�de�
_STDIO_H


23 
	$__LDBL_REDIR_DECL
 (
�r�tf
)

24 
	$__LDBL_REDIR_DECL
 (
��tf
)

25 
	$__LDBL_REDIR_DECL
 (
�r�tf
)

26 
	$__LDBL_REDIR_DECL
 (
v�r�tf
)

27 
	$__LDBL_REDIR_DECL
 (
v��tf
)

28 
	$__LDBL_REDIR_DECL
 (
v�r�tf
)

29 #i�!
	`__GLIBC_USE
 (
DEPRECATED_SCANF
)

30 #i�
def�ed
 
__LDBL_COMPAT


31 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

32 
	$__LDBL_REDIR1_DECL
 (
fs�nf
, 
__�dbl___isoc23_fs�nf
)

33 
	$__LDBL_REDIR1_DECL
 (
s�nf
, 
__�dbl___isoc23_s�nf
)

34 
	$__LDBL_REDIR1_DECL
 (
ss�nf
, 
__�dbl___isoc23_ss�nf
)

36 
	$__LDBL_REDIR1_DECL
 (
fs�nf
, 
__�dbl___isoc99_fs�nf
)

37 
	$__LDBL_REDIR1_DECL
 (
s�nf
, 
__�dbl___isoc99_s�nf
)

38 
	$__LDBL_REDIR1_DECL
 (
ss�nf
, 
__�dbl___isoc99_ss�nf
)

40 #�i�
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

41 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

42 
	$__LDBL_REDIR1_DECL
 (
fs�nf
, 
__isoc23_fs�nf��128
)

43 
	$__LDBL_REDIR1_DECL
 (
s�nf
, 
__isoc23_s�nf��128
)

44 
	$__LDBL_REDIR1_DECL
 (
ss�nf
, 
__isoc23_ss�nf��128
)

46 
	$__LDBL_REDIR1_DECL
 (
fs�nf
, 
__isoc99_fs�nf��128
)

47 
	$__LDBL_REDIR1_DECL
 (
s�nf
, 
__isoc99_s�nf��128
)

48 
	$__LDBL_REDIR1_DECL
 (
ss�nf
, 
__isoc99_ss�nf��128
)

51 #�r� 
b�s
/
�dlib
-
ldbl
.
h
 
��uded
 
wh�
 
no
�db�
�d�e�i�s
 
�e
 
�qu�ed
.

54 
	$__LDBL_REDIR_DECL
 (
fs�nf
)

55 
	$__LDBL_REDIR_DECL
 (
s�nf
)

56 
	$__LDBL_REDIR_DECL
 (
ss�nf
)

59 #i�
def�ed
 
__USE_ISOC99
 || def�ed 
__USE_UNIX98


60 
	$__LDBL_REDIR_DECL
 (
���tf
)

61 
	$__LDBL_REDIR_DECL
 (
v���tf
)

64 #ifdef 
__USE_ISOC99


65 #i�!
	`__GLIBC_USE
 (
DEPRECATED_SCANF
)

66 #i�
def�ed
 
__LDBL_COMPAT


67 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

68 
	$__LDBL_REDIR1_DECL
 (
vfs�nf
, 
__�dbl___isoc23_vfs�nf
)

69 
	$__LDBL_REDIR1_DECL
 (
vs�nf
, 
__�dbl___isoc23_vs�nf
)

70 
	$__LDBL_REDIR1_DECL
 (
vss�nf
, 
__�dbl___isoc23_vss�nf
)

72 
	$__LDBL_REDIR1_DECL
 (
vfs�nf
, 
__�dbl___isoc99_vfs�nf
)

73 
	$__LDBL_REDIR1_DECL
 (
vs�nf
, 
__�dbl___isoc99_vs�nf
)

74 
	$__LDBL_REDIR1_DECL
 (
vss�nf
, 
__�dbl___isoc99_vss�nf
)

76 #�i�
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

77 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

78 
	$__LDBL_REDIR1_DECL
 (
vfs�nf
, 
__isoc23_vfs�nf��128
)

79 
	$__LDBL_REDIR1_DECL
 (
vs�nf
, 
__isoc23_vs�nf��128
)

80 
	$__LDBL_REDIR1_DECL
 (
vss�nf
, 
__isoc23_vss�nf��128
)

82 
	$__LDBL_REDIR1_DECL
 (
vfs�nf
, 
__isoc99_vfs�nf��128
)

83 
	$__LDBL_REDIR1_DECL
 (
vs�nf
, 
__isoc99_vs�nf��128
)

84 
	$__LDBL_REDIR1_DECL
 (
vss�nf
, 
__isoc99_vss�nf��128
)

87 #�r� 
b�s
/
�dlib
-
ldbl
.
h
 
��uded
 
wh�
 
no
�db�
�d�e�i�s
 
�e
 
�qu�ed
.

90 
	$__LDBL_REDIR_DECL
 (
vfs�nf
)

91 
	$__LDBL_REDIR_DECL
 (
vss�nf
)

92 
	$__LDBL_REDIR_DECL
 (
vs�nf
)

96 #ifde�
__USE_XOPEN2K8


97 
	$__LDBL_REDIR_DECL
 (
vd��tf
)

98 
	$__LDBL_REDIR_DECL
 (
d��tf
)

101 #ifde�
__USE_GNU


102 
	$__LDBL_REDIR_DECL
 (
va�r�tf
)

103 
	$__LDBL_REDIR2_DECL
 (
a�r�tf
)

104 
	$__LDBL_REDIR_DECL
 (
a�r�tf
)

105 
	$__LDBL_REDIR_DECL
 (
ob�ack_��tf
)

106 
	$__LDBL_REDIR_DECL
 (
ob�ack_v��tf
)

109 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


110 
	$__LDBL_REDIR2_DECL
 (
�r�tf_chk
)

111 
	$__LDBL_REDIR2_DECL
 (
v�r�tf_chk
)

112 #i�
def�ed
 
__USE_ISOC99
 || def�ed 
__USE_UNIX98


113 
	$__LDBL_REDIR2_DECL
 (
���tf_chk
)

114 
	$__LDBL_REDIR2_DECL
 (
v���tf_chk
)

116 #i�
__USE_FORTIFY_LEVEL
 > 1

117 
	$__LDBL_REDIR2_DECL
 (
�r�tf_chk
)

118 
	$__LDBL_REDIR2_DECL
 (
��tf_chk
)

119 
	$__LDBL_REDIR2_DECL
 (
v�r�tf_chk
)

120 
	$__LDBL_REDIR2_DECL
 (
v��tf_chk
)

121 #ifde�
__USE_XOPEN2K8


122 
	$__LDBL_REDIR2_DECL
 (
d��tf_chk
)

123 
	$__LDBL_REDIR2_DECL
 (
vd��tf_chk
)

125 #ifde�
__USE_GNU


126 
	$__LDBL_REDIR2_DECL
 (
a�r�tf_chk
)

127 
	$__LDBL_REDIR2_DECL
 (
va�r�tf_chk
)

128 
	$__LDBL_REDIR2_DECL
 (
ob�ack_��tf_chk
)

129 
	$__LDBL_REDIR2_DECL
 (
ob�ack_v��tf_chk
)

	@/usr/include/bits/stdio.h

19 #i�de�
_BITS_STDIO_H


20 

	#_BITS_STDIO_H
 1

	)

22 #i�de�
_STDIO_H


26 #i�de�
__ex��_�l�e


27 

	#__STDIO_INLINE
 
�l�e


	)

29 

	#__STDIO_INLINE
 
__ex��_�l�e


	)

33 #ifde�
__USE_EXTERN_INLINES


36 #i�!(
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�
)

38 
__STDIO_INLINE
 

39 
	$v��tf
 (cڡ *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�g
)

41  
	`v�r�tf
 (
�dout
, 
__fmt
, 
__�g
);

42 
	}
}

46 
__STDIO_INLINE
 

47 
	$g�ch�
 ()

49  
	`g�c
 (
�d�
);

50 
	}
}

53 #ifde�
__USE_MISC


55 
__STDIO_INLINE
 

56 
	$fg�c_u�ocked
 (
FILE
 *
__�
)

58  
	`__g�c_u�ocked_body
 (
__�
);

59 
	}
}

63 #ifde�
__USE_POSIX199506


65 
__STDIO_INLINE
 

66 
	$g�c_u�ocked
 (
FILE
 *
__�
)

68  
	`__g�c_u�ocked_body
 (
__�
);

69 
	}
}

72 
__STDIO_INLINE
 

73 
	$g�ch�_u�ocked
 ()

75  
	`__g�c_u�ocked_body
 (
�d�
);

76 
	}
}

81 
__STDIO_INLINE
 

82 
	$putch�
 (
__c
)

84  
	`putc
 (
__c
, 
�dout
);

85 
	}
}

88 #ifde�
__USE_MISC


90 
__STDIO_INLINE
 

91 
	$�utc_u�ocked
 (
__c
, 
FILE
 *
__��am
)

93  
	`__putc_u�ocked_body
 (
__c
, 
__��am
);

94 
	}
}

98 #ifde�
__USE_POSIX199506


100 
__STDIO_INLINE
 

101 
	$putc_u�ocked
 (
__c
, 
FILE
 *
__��am
)

103  
	`__putc_u�ocked_body
 (
__c
, 
__��am
);

104 
	}
}

107 
__STDIO_INLINE
 

108 
	$putch�_u�ocked
 (
__c
)

110  
	`__putc_u�ocked_body
 (
__c
, 
�dout
);

111 
	}
}

115 #ifdef 
__USE_GNU


117 
__STDIO_INLINE
 
__ssize_t


118 
	$g�l�e
 (**
__l���
, 
size_t
 *
__n
, 
FILE
 *
__��am
)

120  
	`__g�d�im
 (
__l���
, 
__n
, '\n', 
__��am
);

121 
	}
}

125 #ifde�
__USE_MISC


127 
__STDIO_INLINE
 

128 
__NTH
 (
	$�of_u�ocked
 (
FILE
 *
__��am
))

130  
	`__�of_u�ocked_body
 (
__��am
);

131 
	}
}

134 
__STDIO_INLINE
 

135 
__NTH
 (
	$��_u�ocked
 (
FILE
 *
__��am
))

137  
	`__��_u�ocked_body
 (
__��am
);

138 
	}
}

144 #i�
def�ed
 
__USE_MISC
 && def�ed 
__GNUC__
 && def�ed 
__OPTIMIZE__
 \

145 && !
def�ed
 
	g__�lu�lus


147 

	#�d_u�ocked
(
�r
, 
size
, 
n
, 
��am
) \

148 (
	`__ex�nsi�__
 ((
	`__bu�t�_cڡ�t_p
 (
size
�&& __bu�t�_cڡ�t_�(
n
) \

149 && (
size_t
�(
size
�* (size_t�(
n
) <= 8 \

150 && (
size_t
�(
size
) != 0) \

151 ? ({ *
__�r
 = (*�(
�r
); \

152 
FILE
 *
__��am
 = (
��am
); \

153 
size_t
 
__�t
; \

154 
__�t
 = (
size_t
�(
size
�* (size_t�(
n
); \

155 
__�t
 > 0; --__cnt) \

157 
__c
 = 
	`g�c_u�ocked
 (
__��am
); \

158 i�(
__c
 =�
EOF
) \

160 *
__�r
++ = 
__c
; \

162 ((
size_t
�(
size
�* (size_t�(
n
�- 
__�t
) \

163 / (
size_t
�(
size
); }) \

164 : (((
	`__bu�t�_cڡ�t_p
 (
size
�&& (
size_t
) (size) == 0) \

165 || (
	`__bu�t�_cڡ�t_p
 (
n
�&& (
size_t
) (n) == 0)) \

167 ? ((�(
�r
), (�(
��am
), (�(
size
), \

168 (�(
n
), (
size_t
) 0) \

169 : 
	`�d_u�ocked
 (
�r
, 
size
, 
n
, 
��am
))))

	)

171 

	#fwr�e_u�ocked
(
�r
, 
size
, 
n
, 
��am
) \

172 (
	`__ex�nsi�__
 ((
	`__bu�t�_cڡ�t_p
 (
size
�&& __bu�t�_cڡ�t_�(
n
) \

173 && (
size_t
�(
size
�* (size_t�(
n
) <= 8 \

174 && (
size_t
�(
size
) != 0) \

175 ? ({ cڡ *
__�r
 = (cڡ *�(
�r
); \

176 
FILE
 *
__��am
 = (
��am
); \

177 
size_t
 
__�t
; \

178 
__�t
 = (
size_t
�(
size
�* (size_t�(
n
); \

179 
__�t
 > 0; --__cnt) \

180 i�(
	`putc_u�ocked
 (*
__�r
++, 
__��am
�=�
EOF
) \

182 ((
size_t
�(
size
�* (size_t�(
n
�- 
__�t
) \

183 / (
size_t
�(
size
); }) \

184 : (((
	`__bu�t�_cڡ�t_p
 (
size
�&& (
size_t
) (size) == 0) \

185 || (
	`__bu�t�_cڡ�t_p
 (
n
�&& (
size_t
) (n) == 0)) \

187 ? ((�(
�r
), (�(
��am
), (�(
size
), \

188 (�(
n
), (
size_t
) 0) \

189 : 
	`fwr�e_u�ocked
 (
�r
, 
size
, 
n
, 
��am
))))

	)

193 #unde�
__STDIO_INLINE


	@/usr/include/bits/stdio2-decl.h

19 #i�de�
_BITS_STDIO2_DEC_H


20 

	#_BITS_STDIO2_DEC_H
 1

	)

22 #i�de�
_STDIO_H


26 

	$__�r�tf_chk
 (*
__��ri�
 
__s
, 
__�ag
, 
size_t
 
__��
,

27 cڡ *
__��ri�
 
__f�m�
, ...�
__THROW


28 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3));

29 

	$__v�r�tf_chk
 (*
__��ri�
 
__s
, 
__�ag
, 
size_t
 
__��
,

30 cڡ *
__��ri�
 
__f�m�
,

31 
__gnuc_va_li�
 
__�
�
__THROW


32 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3));

34 #i�
def�ed
 
__USE_ISOC99
 || def�ed 
__USE_UNIX98


36 

	$__���tf_chk
 (*
__��ri�
 
__s
, 
size_t
 
__n
, 
__�ag
,

37 
size_t
 
__��
, cڡ *
__��ri�
 
__f�m�
,

38 ...�
__THROW


39 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

40 

	$__v���tf_chk
 (*
__��ri�
 
__s
, 
size_t
 
__n
, 
__�ag
,

41 
size_t
 
__��
, cڡ *
__��ri�
 
__f�m�
,

42 
__gnuc_va_li�
 
__�
�
__THROW


43 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

47 #i�
__USE_FORTIFY_LEVEL
 > 1

49 

	`__�r�tf_chk
 (
FILE
 *
__��ri�
 
__��am
, 
__�ag
,

50 cڡ *
__��ri�
 
__f�m�
, ...);

51 

	`__��tf_chk
 (
__�ag
, cڡ *
__��ri�
 
__f�m�
, ...);

52 

	`__v�r�tf_chk
 (
FILE
 *
__��ri�
 
__��am
, 
__�ag
,

53 cڡ *
__��ri�
 
__f�m�
, 
__gnuc_va_li�
 
__�
);

54 

	`__v��tf_chk
 (
__�ag
, cڡ *
__��ri�
 
__f�m�
,

55 
__gnuc_va_li�
 
__�
);

57 #ifde�
__USE_XOPEN2K8


58 

	$__d��tf_chk
 (
__fd
, 
__�ag
, cڡ *
__��ri�
 
__fmt
,

59 ...�
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 4)));

60 

	$__vd��tf_chk
 (
__fd
, 
__�ag
,

61 cڡ *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�g
)

62 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 0)));

65 #ifde�
__USE_GNU


67 

	$__a�r�tf_chk
 (**
__��ri�
 
__�r
, 
__�ag
,

68 cڡ *
__��ri�
 
__fmt
, ...)

69 
__THROW
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 3, 4))�
__wur
;

70 

	$__va�r�tf_chk
 (**
__��ri�
 
__�r
, 
__�ag
,

71 cڡ *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�g
)

72 
__THROW
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 3, 0))�
__wur
;

73 

	$__ob�ack_��tf_chk
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

74 
__�ag
, cڡ *
__��ri�
 
__f�m�
,

76 
__THROW
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 4)));

77 

	$__ob�ack_v��tf_chk
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

78 
__�ag
,

79 cڡ *
__��ri�
 
__f�m�
,

80 
__gnuc_va_li�
 
__�gs
)

81 
__THROW
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 0)));

86 #i�
	`__GLIBC_USE
 (
DEPRECATED_GETS
)

87 
*
	`__REDIRECT
 (
__g�s_w�n
, (*
__�r
), 
g�s
)

88 
__wur
 
	`__w�ljr
 ("please use fgets or getline instead, gets can't "

91 
*
	$__g�s_chk
 (*
__�r
, 
size_t
�
__wur
;

94 
*
	`__REDIRECT
 (
__fg�s_��s
,

95 (*
__��ri�
 
__s
, 
__n
,

96 
FILE
 *
__��ri�
 
__��am
), 
fg�s
)

97 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

98 
*
	`__REDIRECT
 (
__fg�s_chk_w�n
,

99 (*
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

100 
FILE
 *
__��ri�
 
__��am
), 
__fg�s_chk
)

101 
__wur
 
	`__w�ljr
 ("fgets called with bigger size�han�ength "

104 
*
	$__fg�s_chk
 (*
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

105 
FILE
 *
__��ri�
 
__��am
)

106 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3));

108 
size_t
 
	`__REDIRECT
 (
__�d_��s
,

109 (*
__��ri�
 
__�r
, 
size_t
 
__size
,

110 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
),

111 
�d
�
__wur
;

112 
size_t
 
	`__REDIRECT
 (
__�d_chk_w�n
,

113 (*
__��ri�
 
__�r
, 
size_t
 
__���
,

114 
size_t
 
__size
, size_�
__n
,

115 
FILE
 *
__��ri�
 
__��am
),

116 
__�d_chk
)

117 
__wur
 
	`__w�ljr
 ("fread called with bigger size *�memb�han�ength "

120 
size_t
 
	$__�d_chk
 (*
__��ri�
 
__�r
, 
size_t
 
__���
,

121 
size_t
 
__size
, size_�
__n
,

122 
FILE
 *
__��ri�
 
__��am
�
__wur
;

124 #ifde�
__USE_GNU


125 
*
	`__REDIRECT_FORTIFY
 (
__fg�s_u�ocked_��s
,

126 (*
__��ri�
 
__s
, 
__n
,

127 
FILE
 *
__��ri�
 
__��am
), 
fg�s_u�ocked
)

128 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

129 
*
	`__REDIRECT
 (
__fg�s_u�ocked_chk_w�n
,

130 (*
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

131 
FILE
 *
__��ri�
 
__��am
), 
__fg�s_u�ocked_chk
)

132 
__wur
 
	`__w�ljr
 ("fgets_unlocked called with bigger size�han�ength "

136 
*
	$__fg�s_u�ocked_chk
 (*
__��ri�
 
__s
, 
size_t
 
__size
,

137 
__n
, 
FILE
 *
__��ri�
 
__��am
)

138 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3));

141 #ifde�
__USE_MISC


142 #unde�
�d_u�ocked


143 
size_t
 
	`__REDIRECT
 (
__�d_u�ocked_��s
,

144 (*
__��ri�
 
__�r
, 
size_t
 
__size
,

145 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
),

146 
�d_u�ocked
�
__wur
;

147 
size_t
 
	`__REDIRECT
 (
__�d_u�ocked_chk_w�n
,

148 (*
__��ri�
 
__�r
, 
size_t
 
__���
,

149 
size_t
 
__size
, size_�
__n
,

150 
FILE
 *
__��ri�
 
__��am
),

151 
__�d_u�ocked_chk
)

152 
__wur
 
	`__w�ljr
 ("fread_unlocked called with bigger size *�memb�han "

155 
size_t
 
	$__�d_u�ocked_chk
 (*
__��ri�
 
__�r
, 
size_t
 
__���
,

156 
size_t
 
__size
, size_�
__n
,

157 
FILE
 *
__��ri�
 
__��am
�
__wur
;

	@/usr/include/bits/stdio2.h

19 #i�de�
_BITS_STDIO2_H


20 

	#_BITS_STDIO2_H
 1

	)

22 #i�de�
_STDIO_H


26 #ifde�
__va_�g_�ck


27 
__f�tify_fun�i�
 

28 
__NTH
 (
	$�r�tf
 (*
__��ri�
 
__s
, cڡ *__��ri� 
__fmt
, ...))

30  
	`__bu�t�___�r�tf_chk
 (
__s
, 
__USE_FORTIFY_LEVEL
 - 1,

31 
	`__glibc_objsize
 (
__s
), 
__fmt
,

32 
	`__va_�g_�ck
 ());

33 
	}
}

34 #�i�!
def�ed
 
__�lu�lus


35 

	#�r�tf
(
�r
, ...) \

36 
	`__bu�t�___�r�tf_chk
 (
�r
, 
__USE_FORTIFY_LEVEL
 - 1, \

37 
	`__glibc_objsize
 (
�r
), 
__VA_ARGS__
)

	)

40 
__f�tify_fun�i�
 

41 
__NTH
 (
	$v�r�tf
 (*
__��ri�
 
__s
, cڡ *__��ri� 
__fmt
,

42 
__gnuc_va_li�
 
__�
))

44  
	`__bu�t�___v�r�tf_chk
 (
__s
, 
__USE_FORTIFY_LEVEL
 - 1,

45 
	`__glibc_objsize
 (
__s
), 
__fmt
, 
__�
);

46 
	}
}

48 #i�
def�ed
 
__USE_ISOC99
 || def�ed 
__USE_UNIX98


49 #ifde�
__va_�g_�ck


50 
__f�tify_fun�i�
 

51 
__NTH
 (
	$���tf
 (*
__��ri�
 
__s
, 
size_t
 
__n
,

52 cڡ *
__��ri�
 
__fmt
, ...))

54  
	`__bu�t�___���tf_chk
 (
__s
, 
__n
, 
__USE_FORTIFY_LEVEL
 - 1,

55 
	`__glibc_objsize
 (
__s
), 
__fmt
,

56 
	`__va_�g_�ck
 ());

57 
	}
}

58 #�i�!
def�ed
 
__�lu�lus


59 

	#���tf
(
�r
, 
�n
, ...) \

60 
	`__bu�t�___���tf_chk
 (
�r
, 
�n
, 
__USE_FORTIFY_LEVEL
 - 1, \

61 
	`__glibc_objsize
 (
�r
), 
__VA_ARGS__
)

	)

64 
__f�tify_fun�i�
 

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__NTH
 (
	$v���tf
 (*
__��ri�
 
__s
, 
size_t
 
__n
,

66 cڡ *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�
))

68  
	`__bu�t�___v���tf_chk
 (
__s
, 
__n
, 
__USE_FORTIFY_LEVEL
 - 1,

69 
	`__glibc_objsize
 (
__s
), 
__fmt
, 
__�
);

70 
	}
}

74 #i�
__USE_FORTIFY_LEVEL
 > 1

75 #ifde�
__va_�g_�ck


76 
__f�tify_fun�i�
 

77 
	$�r�tf
 (
FILE
 *
__��ri�
 
__��am
, cڡ *__��ri� 
__fmt
, ...)

79  
	`__�r�tf_chk
 (
__��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

80 
	`__va_�g_�ck
 ());

81 
	}
}

83 
__f�tify_fun�i�
 

84 
	$��tf
 (cڡ *
__��ri�
 
__fmt
, ...)

86  
	`__��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
	`__va_�g_�ck
 ());

87 
	}
}

88 #�i�!
def�ed
 
__�lu�lus


89 

	#��tf
(...) \

90 
	`__��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

91 

	#�r�tf
(
��am
, ...) \

92 
	`__�r�tf_chk
 (
��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

95 
__f�tify_fun�i�
 

96 
	$v��tf
 (cڡ *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�
)

98 #ifde�
__USE_EXTERN_INLINES


99  
	`__v�r�tf_chk
 (
�dout
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

101  
	`__v��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

103 
	}
}

105 
__f�tify_fun�i�
 

106 
	$v�r�tf
 (
FILE
 *
__��ri�
 
__��am
,

107 cڡ *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�
)

109  
	`__v�r�tf_chk
 (
__��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

110 
	}
}

112 #ifde�
__USE_XOPEN2K8


113 #ifde�
__va_�g_�ck


114 
__f�tify_fun�i�
 

115 
	$d��tf
 (
__fd
, cڡ *
__��ri�
 
__fmt
, ...)

117  
	`__d��tf_chk
 (
__fd
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

118 
	`__va_�g_�ck
 ());

119 
	}
}

120 #�i�!
def�ed
 
__�lu�lus


121 

	#d��tf
(
fd
, ...) \

122 
	`__d��tf_chk
 (
fd
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

125 
__f�tify_fun�i�
 

126 
	$vd��tf
 (
__fd
, cڡ *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�
)

128  
	`__vd��tf_chk
 (
__fd
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

129 
	}
}

132 #ifde�
__USE_GNU


133 #ifde�
__va_�g_�ck


134 
__f�tify_fun�i�
 

135 
__NTH
 (
	$a�r�tf
 (**
__��ri�
 
__�r
, cڡ *__��ri� 
__fmt
, ...))

137  
	`__a�r�tf_chk
 (
__�r
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

138 
	`__va_�g_�ck
 ());

139 
	}
}

141 
__f�tify_fun�i�
 

142 
__NTH
 (
	$__a�r�tf
 (**
__��ri�
 
__�r
, cڡ *__��ri� 
__fmt
,

145  
	`__a�r�tf_chk
 (
__�r
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

146 
	`__va_�g_�ck
 ());

147 
	}
}

149 
__f�tify_fun�i�
 

150 
__NTH
 (
	$ob�ack_��tf
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

151 cڡ *
__��ri�
 
__fmt
, ...))

153  
	`__ob�ack_��tf_chk
 (
__ob�ack
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

154 
	`__va_�g_�ck
 ());

155 
	}
}

156 #�i�!
def�ed
 
__�lu�lus


157 

	#a�r�tf
(
�r
, ...) \

158 
	`__a�r�tf_chk
 (
�r
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

159 

	#__a�r�tf
(
�r
, ...) \

160 
	`__a�r�tf_chk
 (
�r
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

161 

	#ob�ack_��tf
(
ob�ack
, ...) \

162 
	`__ob�ack_��tf_chk
 (
ob�ack
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

165 
__f�tify_fun�i�
 

166 
__NTH
 (
	$va�r�tf
 (**
__��ri�
 
__�r
, cڡ *__��ri� 
__fmt
,

167 
__gnuc_va_li�
 
__�
))

169  
	`__va�r�tf_chk
 (
__�r
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

170 
	}
}

172 
__f�tify_fun�i�
 

173 
__NTH
 (
	$ob�ack_v��tf
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

174 cڡ *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�
))

176  
	`__ob�ack_v��tf_chk
 (
__ob�ack
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

177 
__�
);

178 
	}
}

184 #i�
__GLIBC_USE
 (
DEPRECATED_GETS
)

185 
__f�tify_fun�i�
 
__wur
 *

186 
	$g�s
 (*
__�r
)

188 i�(
	`__glibc_objsize
 (
__�r
�!�(
size_t
) -1)

189  
	`__g�s_chk
 (
__�r
, 
	`__glibc_objsize
 (__str));

190  
	`__g�s_w�n
 (
__�r
);

191 
	}
}

194 
__f�tify_fun�i�
 
__wur
 
	$__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2) *

195 
	$fg�s
 (*
__��ri�
 
__s
, 
__n
, 
FILE
 *__��ri� 
__��am
)

197 
size_t
 
sz
 = 
	`__glibc_objsize
 (
__s
);

198 i�(
	`__glibc_��_�_unknown_�n
 (
__n
,  (), 
sz
))

199  
	`__fg�s_��s
 (
__s
, 
__n
, 
__��am
);

200 i�(
	`__glibc_un��_�n
 (
__n
,  (), 
sz
))

201  
	`__fg�s_chk_w�n
 (
__s
, 
sz
, 
__n
, 
__��am
);

202  
	`__fg�s_chk
 (
__s
, 
sz
, 
__n
, 
__��am
);

203 
	}
}

205 
__f�tify_fun�i�
 
__wur
 
size_t


206 
	$�d
 (*
__��ri�
 
__�r
, 
size_t
 
__size
, size_�
__n
,

207 
FILE
 *
__��ri�
 
__��am
)

209 
size_t
 
sz
 = 
	`__glibc_objsize0
 (
__�r
);

210 i�(
	`__glibc_��_�_unknown_�n
 (
__n
, 
__size
, 
sz
))

211  
	`__�d_��s
 (
__�r
, 
__size
, 
__n
, 
__��am
);

212 i�(
	`__glibc_un��_�n
 (
__n
, 
__size
, 
sz
))

213  
	`__�d_chk_w�n
 (
__�r
, 
sz
, 
__size
, 
__n
, 
__��am
);

214  
	`__�d_chk
 (
__�r
, 
sz
, 
__size
, 
__n
, 
__��am
);

215 
	}
}

217 #ifde�
__USE_GNU


218 
__f�tify_fun�i�
 
__wur
 
	$__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2) *

219 
	$fg�s_u�ocked
 (*
__��ri�
 
__s
, 
__n
, 
FILE
 *__��ri� 
__��am
)

221 
size_t
 
sz
 = 
	`__glibc_objsize
 (
__s
);

222 i�(
	`__glibc_��_�_unknown_�n
 (
__n
,  (), 
sz
))

223  
	`__fg�s_u�ocked_��s
 (
__s
, 
__n
, 
__��am
);

224 i�(
	`__glibc_un��_�n
 (
__n
,  (), 
sz
))

225  
	`__fg�s_u�ocked_chk_w�n
 (
__s
, 
sz
, 
__n
, 
__��am
);

226  
	`__fg�s_u�ocked_chk
 (
__s
, 
sz
, 
__n
, 
__��am
);

227 
	}
}

230 #ifde�
__USE_MISC


231 #unde�
�d_u�ocked


232 
__f�tify_fun�i�
 
__wur
 
size_t


233 
	$�d_u�ocked
 (*
__��ri�
 
__�r
, 
size_t
 
__size
, size_�
__n
,

234 
FILE
 *
__��ri�
 
__��am
)

236 
size_t
 
sz
 = 
	`__glibc_objsize0
 (
__�r
);

237 i�(
	`__glibc_��_�_unknown_�n
 (
__n
, 
__size
, 
sz
))

239 #ifde�
__USE_EXTERN_INLINES


240 i�(
	`__bu�t�_cڡ�t_p
 (
__size
)

241 && 
	`__bu�t�_cڡ�t_p
 (
__n
)

242 && (
__size
 | 
__n
�< (((
size_t
) 1) << (8 *  (size_t) / 2))

243 && 
__size
 * 
__n
 <= 8)

245 
size_t
 
__�t
 = 
__size
 * 
__n
;

246 *
__��
 = (*�
__�r
;

247 i�(
__�t
 == 0)

250 ; 
__�t
 > 0; --__cnt)

252 
__c
 = 
	`g�c_u�ocked
 (
__��am
);

253 i�(
__c
 =�
EOF
)

255 *
__��
++ = 
__c
;

257  (
__��
 - (*�
__�r
�/ 
__size
;

260  
	`__�d_u�ocked_��s
 (
__�r
, 
__size
, 
__n
, 
__��am
);

262 i�(
	`__glibc_un��_�n
 (
__n
, 
__size
, 
sz
))

263  
	`__�d_u�ocked_chk_w�n
 (
__�r
, 
sz
, 
__size
, 
__n
, 
__��am
);

264  
	`__�d_u�ocked_chk
 (
__�r
, 
sz
, 
__size
, 
__n
, 
__��am
);

266 
	}
}

	@/usr/include/bits/stdio_lim.h

19 #i�de�
_BITS_STDIO_LIM_H


20 

	#_BITS_STDIO_LIM_H
 1

	)

22 #i�de�
_STDIO_H


26 

	#FILENAME_MAX
 4096

	)

	@/usr/include/bits/stdlib-bsearch.h

19 
__ex��_�l�e
 *

20 
	$b��ch
 (cڡ *
__key
, cڡ *
__ba�
, 
size_t
 
__nmemb
, size_�
__size
,

21 
__com�r_�_t
 
__com�r
)

23 
size_t
 
__l
, 
__u
, 
__idx
;

24 cڡ *
__p
;

25 
__com�ris�
;

27 
__l
 = 0;

28 
__u
 = 
__nmemb
;

29 
__l
 < 
__u
)

31 
__idx
 = (
__l
 + 
__u
) / 2;

32 
__p
 = (cڡ *�(((cڡ *�
__ba�
�+ (
__idx
 * 
__size
));

33 
__com�ris�
 = (*
__com�r
�(
__key
, 
__p
);

34 i�(
__com�ris�
 < 0)

35 
__u
 = 
__idx
;

36 i�(
__com�ris�
 > 0)

37 
__l
 = 
__idx
 + 1;

40 #i�
	`__GNUC_PREREQ
(4, 6)

41 #�agm�
GCC
 
d�gno�ic
 
push


42 #�agm�
GCC
 
d�gno�ic
 
ign�ed
 "-Wcast-qual"

44  (*�
__p
;

45 #i�
	`__GNUC_PREREQ
(4, 6)

46 #�agm�
GCC
 
d�gno�ic
 
p�


51  
NULL
;

52 
	}
}

	@/usr/include/bits/stdlib-float.h

19 #i�de�
_STDLIB_H


23 #ifde�
__USE_EXTERN_INLINES


24 
__ex��_�l�e
 

25 
__NTH
 (
	$�of
 (cڡ *
__Ō
))

27  
	`��od
 (
__Ō
, (**�
NULL
);

28 
	}
}

	@/usr/include/bits/stdlib-ldbl.h

19 #i�de�
_STDLIB_H


23 #ifdef 
__USE_ISOC99


24 #ifde�
__LDBL_COMPAT


25 
	$__LDBL_REDIR1_DECL
 (
���d
, 
��od
)

27 
	$__LDBL_REDIR1_DECL
 (
���d
, 
__��o��128
)

31 #ifde�
__USE_GNU


32 #ifde�
__LDBL_COMPAT


33 
	$__LDBL_REDIR1_DECL
 (
���d_l
, 
��od_l
)

35 
	$__LDBL_REDIR1_DECL
 (
���d_l
, 
__��o��128_l
)

39 #i�
	`__GLIBC_USE
 (
IEC_60559_BFP_EXT_C2X
)

40 #ifde�
__LDBL_COMPAT


41 
	$__LDBL_REDIR1_DECL
 (
�r�oml
, 
�r�omd
)

43 
	$__LDBL_REDIR1_DECL
 (
�r�oml
, 
__�r�om��128
)

47 #ifde�
__USE_MISC


48 #i�
def�ed
 
__LDBL_COMPAT


49 
	$__LDBL_REDIR1_DECL
 (
qecvt
, 
ecvt
)

50 
	$__LDBL_REDIR1_DECL
 (
qfcvt
, 
fcvt
)

51 
	$__LDBL_REDIR1_DECL
 (
qgcvt
, 
gcvt
)

52 
	$__LDBL_REDIR1_DECL
 (
qecvt_r
, 
ecvt_r
)

53 
	$__LDBL_REDIR1_DECL
 (
qfcvt_r
, 
fcvt_r
)

54 #�i�
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

55 
	$__LDBL_REDIR1_DECL
 (
qecvt
, 
__qecvt��128
)

56 
	$__LDBL_REDIR1_DECL
 (
qfcvt
, 
__qfcvt��128
)

57 
	$__LDBL_REDIR1_DECL
 (
qgcvt
, 
__qgcvt��128
)

58 
	$__LDBL_REDIR1_DECL
 (
qecvt_r
, 
__qecvt��128_r
)

59 
	$__LDBL_REDIR1_DECL
 (
qfcvt_r
, 
__qfcvt��128_r
)

61 #�r� 
b�s
/
�dlib
-
ldbl
.
h
 
��uded
 
wh�
 
no
�db�
�d�e�i�s
 
�e
 
�qu�ed
.

	@/usr/include/bits/stdlib.h

19 #i�de�
_STDLIB_H


23 
*
	$__���th_chk
 (cڡ *
__��ri�
 
__�me
,

24 *
__��ri�
 
__�s�ved
,

25 
size_t
 
__�s�ved�n
�
__THROW
 
__wur
;

26 
*
	`__REDIRECT_NTH
 (
__���th_��s
,

27 (cڡ *
__��ri�
 
__�me
,

28 *
__��ri�
 
__�s�ved
), 
���th
�
__wur
;

29 
*
	`__REDIRECT_NTH
 (
__���th_chk_w�n
,

30 (cڡ *
__��ri�
 
__�me
,

31 *
__��ri�
 
__�s�ved
,

32 
size_t
 
__�s�ved�n
), 
__���th_chk
�
__wur


33 
	`__w�ljr
 ("second�rgument of�ealpath must be�ither NULL or�t "

36 
__f�tify_fun�i�
 
__wur
 *

37 
	`__NTH
 (
	$���th
 (cڡ *
__��ri�
 
__�me
, *__��ri� 
__�s�ved
))

39 
size_t
 
sz
 = 
	`__glibc_objsize
 (
__�s�ved
);

41 i�(
sz
 =�(
size_t
) -1)

42  
	`__���th_��s
 (
__�me
, 
__�s�ved
);

44 #i�
def�ed
 
_LIBC_LIMITS_H_
 && def�ed 
PATH_MAX


45 i�(
	`__glibc_un��_�n
 (
PATH_MAX
,  (), 
sz
))

46  
	`__���th_chk_w�n
 (
__�me
, 
__�s�ved
, 
sz
);

48  
	`__���th_chk
 (
__�me
, 
__�s�ved
, 
sz
);

49 
	}
}

52 

	$__��ame_r_chk
 (
__fd
, *
__buf
, 
size_t
 
__bu�
,

53 
size_t
 
__ėl
�
__THROW
 
	`__n�nu�
 ((2))

54 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

55 

	`__REDIRECT_NTH
 (
__��ame_r_��s
, (
__fd
, *
__buf
,

56 
size_t
 
__bu�
), 
��ame_r
)

57 
	`__n�nu�
 ((2)�
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

58 

	`__REDIRECT_NTH
 (
__��ame_r_chk_w�n
,

59 (
__fd
, *
__buf
, 
size_t
 
__bu�
,

60 
size_t
 
__ėl
), 
__��ame_r_chk
)

61 
	`__n�nu�
 ((2)�
	`__w�ljr
 ("ptsname_r called with buflen bigger�han "

64 
__f�tify_fun�i�
 

65 
	`__NTH
 (
	$��ame_r
 (
__fd
, *
__buf
, 
size_t
 
__bu�
))

67  
	`__glibc_f�tify
 (
��ame_r
, 
__bu�
,  (),

68 
	`__glibc_objsize
 (
__buf
),

69 
__fd
, 
__buf
, 
__bu�
);

70 
	}
}

73 

	$__w�omb_chk
 (*
__s
, 
wch�_t
 
__wch�
, 
size_t
 
__bu�
)

74 
__THROW
 
__wur
;

75 

	`__REDIRECT_NTH
 (
__w�omb_��s
, (*
__s
, 
wch�_t
 
__wch�
),

76 
w�omb
�
__wur
;

78 
__f�tify_fun�i�
 
__wur
 

79 
	`__NTH
 (
	$w�omb
 (*
__s
, 
wch�_t
 
__wch�
))

84 

	#__STDLIB_MB_LEN_MAX
 16

	)

85 #i�
def�ed
 
MB_LEN_MAX
 && MB_LEN_MAX !�
__STDLIB_MB_LEN_MAX


88 i�(
	`__glibc_objsize
 (
__s
�!�(
size_t
) -1

89 && 
__STDLIB_MB_LEN_MAX
 > 
	`__glibc_objsize
 (
__s
))

90  
	`__w�omb_chk
 (
__s
, 
__wch�
, 
	`__glibc_objsize
 (__s));

91  
	`__w�omb_��s
 (
__s
, 
__wch�
);

92 
	}
}

95 
size_t
 
	$__mb�owcs_chk
 (
wch�_t
 *
__��ri�
 
__d�
,

96 cڡ *
__��ri�
 
__�c
,

97 
size_t
 
__�n
, size_�
__d��n
�
__THROW


98 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3)�__��_ac�s�((
__�ad_�ly__
, 2));

99 
size_t
 
	`__REDIRECT_NTH
 (
__mb�owcs_nu�d�
,

100 (
wch�_t
 *
__��ri�
 
__d�
,

101 cڡ *
__��ri�
 
__�c
,

102 
size_t
 
__�n
), 
mb�owcs
)

103 
	`__��_ac�ss
 ((
__�ad_�ly__
, 2));

104 
size_t
 
	`__REDIRECT_NTH
 (
__mb�owcs_��s
,

105 (
wch�_t
 *
__��ri�
 
__d�
,

106 cڡ *
__��ri�
 
__�c
,

107 
size_t
 
__�n
), 
mb�owcs
)

108 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3)�__��_ac�s�((
__�ad_�ly__
, 2));

109 
size_t
 
	`__REDIRECT_NTH
 (
__mb�owcs_chk_w�n
,

110 (
wch�_t
 *
__��ri�
 
__d�
,

111 cڡ *
__��ri�
 
__�c
,

112 
size_t
 
__�n
, size_�
__d��n
), 
__mb�owcs_chk
)

113 
	`__w�ljr
 ("mbstowcs called with dst buffer smaller�han�en "

116 
__f�tify_fun�i�
 
size_t


117 
	`__NTH
 (
	$mb�owcs
 (
wch�_t
 *
__��ri�
 
__d�
, cڡ *__��ri� 
__�c
,

118 
size_t
 
__�n
))

120 i�(
	`__bu�t�_cڡ�t_p
 (
__d�
 =�
NULL
) && __dst == NULL)

121  
	`__mb�owcs_nu�d�
 (
__d�
, 
__�c
, 
__�n
);

123  
	`__glibc_f�tify_n
 (
mb�owcs
, 
__�n
,  (
wch�_t
),

124 
	`__glibc_objsize
 (
__d�
), __d�, 
__�c
, 
__�n
);

125 
	}
}

127 
size_t
 
	$__wc�ombs_chk
 (*
__��ri�
 
__d�
,

128 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

129 
size_t
 
__�n
, size_�
__d��n
�
__THROW


130 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3)�__��_ac�s�((
__�ad_�ly__
, 2));

131 
size_t
 
	`__REDIRECT_NTH
 (
__wc�ombs_��s
,

132 (*
__��ri�
 
__d�
,

133 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

134 
size_t
 
__�n
), 
wc�ombs
)

135 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 3)�__��_ac�s�((
__�ad_�ly__
, 2));

136 
size_t
 
	`__REDIRECT_NTH
 (
__wc�ombs_chk_w�n
,

137 (*
__��ri�
 
__d�
,

138 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

139 
size_t
 
__�n
, size_�
__d��n
), 
__wc�ombs_chk
)

140 
	`__w�ljr
 ("wcstombs called with dst buffer smaller�han�en");

142 
__f�tify_fun�i�
 
size_t


143 
	`__NTH
 (
	$wc�ombs
 (*
__��ri�
 
__d�
, cڡ 
wch�_t
 *__��ri� 
__�c
,

144 
size_t
 
__�n
))

146  
	`__glibc_f�tify
 (
wc�ombs
, 
__�n
,  (),

147 
	`__glibc_objsize
 (
__d�
),

148 
__d�
, 
__�c
, 
__�n
);

149 
	}
}

	@/usr/include/bits/string_fortified.h

18 #i�de�
_BITS_STRING_FORTIFIED_H


19 

	#_BITS_STRING_FORTIFIED_H
 1

	)

21 #i�de�
_STRING_H


25 
__f�tify_fun�i�
 *

26 
__NTH
 (
	$mem�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

27 
size_t
 
__�n
))

29  
	`__bu�t�___mem�y_chk
 (
__de�
, 
__�c
, 
__�n
,

30 
	`__glibc_objsize0
 (
__de�
));

31 
	}
}

33 
__f�tify_fun�i�
 *

34 
__NTH
 (
	$memmove
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__�n
))

36  
	`__bu�t�___memmove_chk
 (
__de�
, 
__�c
, 
__�n
,

37 
	`__glibc_objsize0
 (
__de�
));

38 
	}
}

40 #ifde�
__USE_GNU


41 
__f�tify_fun�i�
 *

42 
__NTH
 (
	$memp�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

43 
size_t
 
__�n
))

45  
	`__bu�t�___memp�y_chk
 (
__de�
, 
__�c
, 
__�n
,

46 
	`__glibc_objsize0
 (
__de�
));

47 
	}
}

56 
__f�tify_fun�i�
 *

57 
__NTH
 (
	$mem�t
 (*
__de�
, 
__ch
, 
size_t
 
__�n
))

59  
	`__bu�t�___mem�t_chk
 (
__de�
, 
__ch
, 
__�n
,

60 
	`__glibc_objsize0
 (
__de�
));

61 
	}
}

63 #ifde�
__USE_MISC


64 
	~<b�s/�r�gs_f�tif�d.h
>

66 
	$__ex�ic�_bz�o_chk
 (*
__de�
, 
size_t
 
__�n
, size_�
__de��n
)

67 
__THROW
 
	`__n�nu�
 ((1)�
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2);

69 
__f�tify_fun�i�
 

70 
	`__NTH
 (
	$ex�ic�_bz�o
 (*
__de�
, 
size_t
 
__�n
))

72 
	`__ex�ic�_bz�o_chk
 (
__de�
, 
__�n
, 
	`__glibc_objsize0
 (__dest));

73 
	}
}

76 
__f�tify_fun�i�
 *

77 
__NTH
 (
	$�r�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
))

79  
	`__bu�t�___�r�y_chk
 (
__de�
, 
__�c
, 
	`__glibc_objsize
 (__dest));

80 
	}
}

82 #ifde�
__USE_XOPEN2K8


83 
__f�tify_fun�i�
 *

84 
__NTH
 (
	$�p�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
))

86  
	`__bu�t�___�p�y_chk
 (
__de�
, 
__�c
, 
	`__glibc_objsize
 (__dest));

87 
	}
}

91 
__f�tify_fun�i�
 *

92 
__NTH
 (
	$���y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

93 
size_t
 
__�n
))

95  
	`__bu�t�___���y_chk
 (
__de�
, 
__�c
, 
__�n
,

96 
	`__glibc_objsize
 (
__de�
));

97 
	}
}

99 #ifde�
__USE_XOPEN2K8


100 #i�
__GNUC_PREREQ
 (4, 7�|| 
__glibc_��g_��eq
 (2, 6)

101 
__f�tify_fun�i�
 *

102 
__NTH
 (
	$���y
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
))

104  
	`__bu�t�___���y_chk
 (
__de�
, 
__�c
, 
__n
,

105 
	`__glibc_objsize
 (
__de�
));

106 
	}
}

108 
*
	$__���y_chk
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
,

109 
size_t
 
__de��n
�
__THROW


110 
	$__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 3)

111 
	`__��_ac�ss
 ((
__�ad_�ly__
, 2));

112 
*
	`__REDIRECT_NTH
 (
__���y_��s
, (*
__de�
, cڡ *
__�c
,

113 
size_t
 
__n
), 
���y
);

115 
__f�tify_fun�i�
 *

116 
	`__NTH
 (
	$���y
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
))

118 i�(
	`__bos
 (
__de�
�!�(
size_t
) -1

119 && (!
	`__bu�t�_cڡ�t_p
 (
__n
�|| __�> 
	`__bos
 (
__de�
)))

120  
	`__���y_chk
 (
__de�
, 
__�c
, 
__n
, 
	`__bos
 (__dest));

121  
	`__���y_��s
 (
__de�
, 
__�c
, 
__n
);

122 
	}
}

127 
__f�tify_fun�i�
 *

128 
__NTH
 (
	$�r�t
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
))

130  
	`__bu�t�___�r�t_chk
 (
__de�
, 
__�c
, 
	`__glibc_objsize
 (__dest));

131 
	}
}

134 
__f�tify_fun�i�
 *

135 
__NTH
 (
	$���t
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

136 
size_t
 
__�n
))

138  
	`__bu�t�___���t_chk
 (
__de�
, 
__�c
, 
__�n
,

139 
	`__glibc_objsize
 (
__de�
));

140 
	}
}

142 #ifde�
__USE_MISC


143 
size_t
 
	$__���y_chk
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
,

144 
size_t
 
__de��n
�
__THROW
;

145 
size_t
 
	`__REDIRECT_NTH
 (
__���y_��s
,

146 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
),

147 
���y
);

149 
__f�tify_fun�i�
 
size_t


150 
	`__NTH
 (
	$���y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

151 
size_t
 
__n
))

153 i�(
	`__glibc_objsize
 (
__de�
�!�(
size_t
) -1

154 && (!
	`__bu�t�_cڡ�t_p
 (
__n
 > 
	`__glibc_objsize
 (
__de�
))

155 || 
__n
 > 
	`__glibc_objsize
 (
__de�
)))

156  
	`__���y_chk
 (
__de�
, 
__�c
, 
__n
, 
	`__glibc_objsize
 (__dest));

157  
	`__���y_��s
 (
__de�
, 
__�c
, 
__n
);

158 
	}
}

160 
size_t
 
	$__���t_chk
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
,

161 
size_t
 
__de��n
�
__THROW
;

162 
size_t
 
	`__REDIRECT_NTH
 (
__���t_��s
,

163 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
),

164 
���t
);

166 
__f�tify_fun�i�
 
size_t


167 
	`__NTH
 (
	$���t
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

168 
size_t
 
__n
))

170 i�(
	`__glibc_objsize
 (
__de�
�!�(
size_t
) -1

171 && (!
	`__bu�t�_cڡ�t_p
 (
__n
 > 
	`__glibc_objsize
 (
__de�
))

172 || 
__n
 > 
	`__glibc_objsize
 (
__de�
)))

173  
	`__���t_chk
 (
__de�
, 
__�c
, 
__n
, 
	`__glibc_objsize
 (__dest));

174  
	`__���t_��s
 (
__de�
, 
__�c
, 
__n
);

175 
	}
}

	@/usr/include/bits/syslog-ldbl.h

19 #i�de�
_SYS_SYSLOG_H


23 
	$__LDBL_REDIR_DECL
 (
sy�og
)

25 #ifde�
__USE_MISC


26 
	$__LDBL_REDIR_DECL
 (
vsy�og
)

29 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


30 
	$__LDBL_REDIR2_DECL
 (
sy�og_chk
)

32 #ifde�
__USE_MISC


33 
	$__LDBL_REDIR2_DECL
 (
vsy�og_chk
)

	@/usr/include/bits/syslog-path.h

19 #i�de�
_SYS_SYSLOG_H


23 #i�de�
_BITS_SYSLOG_PATH_H


24 

	#_BITS_SYSLOG_PATH_H
 1

	)

26 

	#_PATH_LOG
 "/dev/log"

	)

	@/usr/include/bits/syslog.h

19 #i�de�
_SYS_SYSLOG_H


23 
	~<b�s/sy�og-de�.h
>

25 
	~<b�s/�ߊ.h
>

26 #i�
def�ed
 
__LDBL_COMPAT
 || 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

27 
	~<b�s/sy�og-ldbl.h
>

33 #ifde�
__va_�g_�ck


34 
__f�tify_fun�i�
 

35 
	$sy�og
 (
__�i
, cڡ *
__fmt
, ...)

37 
	`__sy�og_chk
 (
__�i
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
	`__va_�g_�ck
 ());

38 
	}
}

39 #�i�!
def�ed
 
__�lu�lus


40 

	#sy�og
(
�i
, ...) \

41 
	`__sy�og_chk
 (
�i
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

45 #ifde�
__USE_MISC


46 
__f�tify_fun�i�
 

47 
	$vsy�og
 (
__�i
, cڡ *
__fmt
, 
__gnuc_va_li�
 
__�
)

49 
	`__vsy�og_chk
 (
__�i
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

50 
	}
}

	@/usr/include/bits/time.h

23 #i�de�
_BITS_TIME_H


24 

	#_BITS_TIME_H
 1

	)

26 
	~<b�s/ty�s.h
>

34 

	#CLOCKS_PER_SEC
 ((
__�ock_t
�1000000)

	)

36 #i�(!
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_POSIX
) \

37 && !
def�ed
 
__USE_XOPEN2K


40 

__sysc�f
 ();

41 

	#CLK_TCK
 ((
__�ock_t
�
	`__sysc�f
 (2)�

	)

44 #ifde�
__USE_POSIX199309


46 

	#CLOCK_REALTIME
 0

	)

48 

	#CLOCK_MONOTONIC
 1

	)

50 

	#CLOCK_PROCESS_CPUTIME_ID
 2

	)

52 

	#CLOCK_THREAD_CPUTIME_ID
 3

	)

54 

	#CLOCK_MONOTONIC_RAW
 4

	)

56 

	#CLOCK_REALTIME_COARSE
 5

	)

58 

	#CLOCK_MONOTONIC_COARSE
 6

	)

60 

	#CLOCK_BOOTTIME
 7

	)

62 

	#CLOCK_REALTIME_ALARM
 8

	)

64 

	#CLOCK_BOOTTIME_ALARM
 9

	)

66 

	#CLOCK_TAI
 11

	)

69 

	#TIMER_ABSTIME
 1

	)

72 #ifde�
__USE_GNU


73 
	~<b�s/timex.h
>

75 
__BEGIN_DECLS


78 

	$�ock_adjtime
 (
__�ockid_t
 
__�ock_id
, 
timex
 *
__utx
�
__THROW
 
	`__n�nu�
((2));

80 #ifde�
__USE_TIME_BITS64


81 #i�
	`def�ed
(
__REDIRECT_NTH
)

82 

	`__REDIRECT_NTH
 (
�ock_adjtime
, (
__�ockid_t
 
__�ock_id
,

83 
timex
 *
__utx
),

84 
__�ock_adjtime64
�
	`__n�nu�
((2));

86 

	#�ock_adjtime
 
__�ock_adjtime64


	)

90 
__END_DECLS


	@/usr/include/bits/types.h

23 #i�def 
_BITS_TYPES_H


24 

	#_BITS_TYPES_H
 1

	)

26 
	~<�u�s.h
>

27 
	~<b�s/w�dsize.h
>

28 
	~<b�s/timesize.h
>

31 
	t__u_ch�
;

32 
	t__u_sh�t
;

33 
	t__u_�t
;

34 
	t__u_l�g
;

37 sig�d 
	t__�t8_t
;

38 
	t__u�t8_t
;

39 sig�d 
	t__�t16_t
;

40 
	t__u�t16_t
;

41 sig�d 
	t__�t32_t
;

42 
	t__u�t32_t
;

43 #i�
__WORDSIZE
 == 64

44 sig�d 
	t__�t64_t
;

45 
	t__u�t64_t
;

47 
__ex�nsi�__
 sig�d 
	t__�t64_t
;

48 
__ex�nsi�__
 
	t__u�t64_t
;

52 
__�t8_t
 
	t__�t_�a�8_t
;

53 
__u�t8_t
 
	t__u�t_�a�8_t
;

54 
__�t16_t
 
	t__�t_�a�16_t
;

55 
__u�t16_t
 
	t__u�t_�a�16_t
;

56 
__�t32_t
 
	t__�t_�a�32_t
;

57 
__u�t32_t
 
	t__u�t_�a�32_t
;

58 
__�t64_t
 
	t__�t_�a�64_t
;

59 
__u�t64_t
 
	t__u�t_�a�64_t
;

62 #i�
__WORDSIZE
 == 64

63 
	t__quad_t
;

64 
	t__u_quad_t
;

66 
__ex�nsi�__
 
	t__quad_t
;

67 
__ex�nsi�__
 
	t__u_quad_t
;

71 #i�
__WORDSIZE
 == 64

72 
	t__�tmax_t
;

73 
	t__u�tmax_t
;

75 
__ex�nsi�__
 
	t__�tmax_t
;

76 
__ex�nsi�__
 
	t__u�tmax_t
;

109 

	#__S16_TYPE
 

	)

110 

	#__U16_TYPE
 

	)

111 

	#__S32_TYPE
 

	)

112 

	#__U32_TYPE
 

	)

113 

	#__SLONGWORD_TYPE
 

	)

114 

	#__ULONGWORD_TYPE
 

	)

115 #i�
__WORDSIZE
 == 32

116 

	#__SQUAD_TYPE
 
__�t64_t


	)

117 

	#__UQUAD_TYPE
 
__u�t64_t


	)

118 

	#__SWORD_TYPE
 

	)

119 

	#__UWORD_TYPE
 

	)

120 

	#__SLONG32_TYPE
 

	)

121 

	#__ULONG32_TYPE
 

	)

122 

	#__S64_TYPE
 
__�t64_t


	)

123 

	#__U64_TYPE
 
__u�t64_t


	)

126 

	#__STD_TYPE
 
__ex�nsi�__
 

	)

127 #�i�
__WORDSIZE
 == 64

128 

	t__SQUAD_TYPE
 

	)

129 

	t__UQUAD_TYPE
 

	)

130 

	t__SWORD_TYPE
 

	)

131 

	t__UWORD_TYPE
 

	)

132 

	t__SLONG32_TYPE
 

	)

133 

	t__ULONG32_TYPE
 

	)

134 

	t__S64_TYPE
 

	)

135 

	t__U64_TYPE
 

	)

137 

	t__STD_TYPE
 

	)

141 
	~<b�s/ty�sizes.h
>

142 
	~<b�s/time64.h
>

145 
__STD_TYPE
 
	t__DEV_T_TYPE
 
	t__dev_t
;

146 
__STD_TYPE
 
__UID_T_TYPE
 
	g__uid_t
;

147 
__STD_TYPE
 
__GID_T_TYPE
 
	g__gid_t
;

148 
__STD_TYPE
 
__INO_T_TYPE
 
	g__�o_t
;

149 
__STD_TYPE
 
__INO64_T_TYPE
 
	g__�o64_t
;

150 
__STD_TYPE
 
__MODE_T_TYPE
 
	g__mode_t
;

151 
__STD_TYPE
 
__NLINK_T_TYPE
 
	g__ƚk_t
;

152 
__STD_TYPE
 
__OFF_T_TYPE
 
	g__off_t
;

153 
__STD_TYPE
 
__OFF64_T_TYPE
 
	g__off64_t
;

154 
__STD_TYPE
 
__PID_T_TYPE
 
	g__pid_t
;

155 
__STD_TYPE
 
__FSID_T_TYPE
 
	g__fsid_t
;

156 
__STD_TYPE
 
__CLOCK_T_TYPE
 
	g__�ock_t
;

157 
__STD_TYPE
 
__RLIM_T_TYPE
 
	g__�im_t
;

158 
__STD_TYPE
 
__RLIM64_T_TYPE
 
	g__�im64_t
;

159 
__STD_TYPE
 
__ID_T_TYPE
 
	g__id_t
;

160 
__STD_TYPE
 
__TIME_T_TYPE
 
	g__time_t
;

161 
__STD_TYPE
 
__USECONDS_T_TYPE
 
	g__u�c�ds_t
;

162 
__STD_TYPE
 
__SUSECONDS_T_TYPE
 
	g__su�c�ds_t
;

163 
__STD_TYPE
 
__SUSECONDS64_T_TYPE
 
	g__su�c�ds64_t
;

165 
__STD_TYPE
 
__DADDR_T_TYPE
 
	g__daddr_t
;

166 
__STD_TYPE
 
__KEY_T_TYPE
 
	g__key_t
;

169 
__STD_TYPE
 
__CLOCKID_T_TYPE
 
	g__�ockid_t
;

172 
__STD_TYPE
 
__TIMER_T_TYPE
 
	g__tim�_t
;

175 
__STD_TYPE
 
__BLKSIZE_T_TYPE
 
	g__blksize_t
;

180 
__STD_TYPE
 
__BLKCNT_T_TYPE
 
	g__blk�t_t
;

181 
__STD_TYPE
 
__BLKCNT64_T_TYPE
 
	g__blk�t64_t
;

184 
__STD_TYPE
 
__FSBLKCNT_T_TYPE
 
	g__fsblk�t_t
;

185 
__STD_TYPE
 
__FSBLKCNT64_T_TYPE
 
	g__fsblk�t64_t
;

188 
__STD_TYPE
 
__FSFILCNT_T_TYPE
 
	g__fsf��t_t
;

189 
__STD_TYPE
 
__FSFILCNT64_T_TYPE
 
	g__fsf��t64_t
;

192 
__STD_TYPE
 
__FSWORD_T_TYPE
 
	g__fsw�d_t
;

194 
__STD_TYPE
 
__SSIZE_T_TYPE
 
	g__ssize_t
;

197 
__STD_TYPE
 
__SYSCALL_SLONG_TYPE
 
	g__sys��_��g_t
;

199 
__STD_TYPE
 
__SYSCALL_ULONG_TYPE
 
	g__sys��_ul�g_t
;

203 
__off64_t
 
	t__loff_t
;

204 *
	t__�ddr_t
;

207 
__STD_TYPE
 
__SWORD_TYPE
 
	g__���_t
;

210 
__STD_TYPE
 
__U32_TYPE
 
	g__sock�n_t
;

215 
	t__sig_�omic_t
;

220 #i�
__TIMESIZE
 =�64 && 
def�ed
 
__LIBC


221 

	#__time64_t
 
__time_t


	)

222 #�i�
__TIMESIZE
 != 64

223 
__STD_TYPE
 
__TIME64_T_TYPE
 
	g__time64_t
;

226 #unde�
__STD_TYPE


	@/usr/include/bits/types/FILE.h

1 #i�de�
__FILE_def�ed


2 

	#__FILE_def�ed
 1

	)

4 
	g_IO_FILE
;

7 
_IO_FILE
 
	tFILE
;

	@/usr/include/bits/types/__FILE.h

1 #i�de�
____FILE_def�ed


2 

	#____FILE_def�ed
 1

	)

4 
	g_IO_FILE
;

5 
_IO_FILE
 
	t__FILE
;

	@/usr/include/bits/types/__fpos64_t.h

1 #i�de�
_____�os64_t_def�ed


2 

	#_____�os64_t_def�ed
 1

	)

4 
	~<b�s/ty�s.h
>

5 
	~<b�s/ty�s/__mb��e_t.h
>

10 
	s_G_�os64_t


12 
__off64_t
 
	m__pos
;

13 
__mb��e_t
 
	m__��e
;

14 } 
	t__�os64_t
;

	@/usr/include/bits/types/__fpos_t.h

1 #i�de�
_____�os_t_def�ed


2 

	#_____�os_t_def�ed
 1

	)

4 
	~<b�s/ty�s.h
>

5 
	~<b�s/ty�s/__mb��e_t.h
>

10 
	s_G_�os_t


12 
__off_t
 
	m__pos
;

13 
__mb��e_t
 
	m__��e
;

14 } 
	t__�os_t
;

	@/usr/include/bits/types/clock_t.h

1 #i�de�
__�ock_t_def�ed


2 

	#__�ock_t_def�ed
 1

	)

4 
	~<b�s/ty�s.h
>

7 
__�ock_t
 
	t�ock_t
;

	@/usr/include/bits/types/clockid_t.h

1 #i�de�
__�ockid_t_def�ed


2 

	#__�ockid_t_def�ed
 1

	)

4 
	~<b�s/ty�s.h
>

7 
__�ockid_t
 
	t�ockid_t
;

	@/usr/include/bits/types/cookie_io_functions_t.h

18 #i�de�
__cook�_io_fun�i�s_t_def�ed


19 

	#__cook�_io_fun�i�s_t_def�ed
 1

	)

21 
	~<b�s/ty�s.h
>

27 
__ssize_t
 
	tcook�_�ad_fun�i�_t
 (*
	t__cook�
, *
	t__buf
,

28 
	tsize_t
 
	t__nby�s
);

36 
__ssize_t
 
	tcook�_wr�e_fun�i�_t
 (*
	t__cook�
, cڡ *
	t__buf
,

37 
	tsize_t
 
	t__nby�s
);

45 
	tcook�_�ek_fun�i�_t
 (*
	t__cook�
, 
	t__off64_t
 *
	t__pos
, 
	t__w
);

48 
	tcook�_�o�_fun�i�_t
 (*
	t__cook�
);

55 
	s_IO_cook�_io_fun�i�s_t


57 
cook�_�ad_fun�i�_t
 *
	m�ad
;

58 
cook�_wr�e_fun�i�_t
 *
	mwr�e
;

59 
cook�_�ek_fun�i�_t
 *
	m�ek
;

60 
cook�_�o�_fun�i�_t
 *
	m�o�
;

61 } 
	tcook�_io_fun�i�s_t
;

	@/usr/include/bits/types/error_t.h

19 #i�de�
__�r�_t_def�ed


20 

	#__�r�_t_def�ed
 1

	)

22 
	t�r�_t
;

	@/usr/include/bits/types/idtype_t.h

1 #i�de�
__idty�_t_def�ed


2 

	#__idty�_t_def�ed


	)

7 
	mP_ALL
,

8 
	mP_PID
,

9 
	mP_PGID
,

10 
	mP_PIDFD
,

12 } 
	tidty�_t
;

	@/usr/include/bits/types/locale_t.h

19 #i�de�
_BITS_TYPES_LOCALE_T_H


20 

	#_BITS_TYPES_LOCALE_T_H
 1

	)

22 
	~<b�s/ty�s/__lo��_t.h
>

24 
__lo��_t
 
	tlo��_t
;

	@/usr/include/bits/types/mbstate_t.h

1 #i�de�
__mb��e_t_def�ed


2 

	#__mb��e_t_def�ed
 1

	)

4 
	~<b�s/ty�s/__mb��e_t.h
>

6 
__mb��e_t
 
	tmb��e_t
;

	@/usr/include/bits/types/sig_atomic_t.h

1 #i�de�
__sig_�omic_t_def�ed


2 

	#__sig_�omic_t_def�ed
 1

	)

4 
	~<b�s/ty�s.h
>

8 
__sig_�omic_t
 
	tsig_�omic_t
;

	@/usr/include/bits/types/sigevent_t.h

1 #i�de�
__sigev�t_t_def�ed


2 

	#__sigev�t_t_def�ed
 1

	)

4 
	~<b�s/w�dsize.h
>

5 
	~<b�s/ty�s.h
>

6 
	~<b�s/ty�s/__sigv�_t.h
>

8 

	#__SIGEV_MAX_SIZE
 64

	)

9 #i�
__WORDSIZE
 == 64

10 

	#__SIGEV_PAD_SIZE
 ((
__SIGEV_MAX_SIZE
 /  ()�- 4)

	)

12 

	#__SIGEV_PAD_SIZE
 ((
__SIGEV_MAX_SIZE
 /  ()�- 3)

	)

16 #i�de�
__have_�h�ad_��_t


17 
�h�ad_��_t
 
	t�h�ad_��_t
;

18 

	#__have_�h�ad_��_t
 1

	)

22 
	ssigev�t


24 
__sigv�_t
 
	msigev_v�ue
;

25 
	msigev_signo
;

26 
	msigev_n�ify
;

30 
	m_�d
[
__SIGEV_PAD_SIZE
];

34 
__pid_t
 
	m_tid
;

38 (*
	m_fun�i�
�(
	m__sigv�_t
);

39 
�h�ad_��_t
 *
	m_��ibu�
;

40 } 
	m_sigev_th�ad
;

41 } 
	m_sigev_un
;

42 } 
	tsigev�t_t
;

45 

	#sigev_n�ify_fun�i�
 
_sigev_un
.
_sigev_th�ad
.
_fun�i�


	)

46 

	#sigev_n�ify_��ibu�s
 
_sigev_un
.
_sigev_th�ad
.
_��ibu�


	)

	@/usr/include/bits/types/siginfo_t.h

1 #i�de�
__sig�fo_t_def�ed


2 

	#__sig�fo_t_def�ed
 1

	)

4 
	~<b�s/w�dsize.h
>

5 
	~<b�s/ty�s.h
>

6 
	~<b�s/ty�s/__sigv�_t.h
>

8 

	#__SI_MAX_SIZE
 128

	)

9 #i�
__WORDSIZE
 == 64

10 

	#__SI_PAD_SIZE
 ((
__SI_MAX_SIZE
 /  ()�- 4)

	)

12 

	#__SI_PAD_SIZE
 ((
__SI_MAX_SIZE
 /  ()�- 3)

	)

16 
	~<b�s/sig�fo-�ch.h
>

17 #i�de�
__SI_ALIGNMENT


18 

	#__SI_ALIGNMENT


	)

20 #i�de�
__SI_BAND_TYPE


21 

	#__SI_BAND_TYPE
 

	)

23 #i�de�
__SI_CLOCK_T


24 

	#__SI_CLOCK_T
 
__�ock_t


	)

26 #i�de�
__SI_ERRNO_THEN_CODE


27 

	#__SI_ERRNO_THEN_CODE
 1

	)

29 #i�de�
__SI_HAVE_SIGSYS


30 

	#__SI_HAVE_SIGSYS
 1

	)

32 #i�de�
__SI_SIGFAULT_ADDL


33 

	#__SI_SIGFAULT_ADDL


	)

38 
	msi_signo
;

39 #i�
__SI_ERRNO_THEN_CODE


40 
	msi_��o
;

42 
	msi_code
;

44 
	msi_code
;

45 
	msi_��o
;

47 #i�
__WORDSIZE
 == 64

48 
	m__�d0
;

53 
	m_�d
[
__SI_PAD_SIZE
];

58 
__pid_t
 
	msi_pid
;

59 
__uid_t
 
	msi_uid
;

60 } 
	m_k�l
;

65 
	msi_tid
;

66 
	msi_ov�run
;

67 
__sigv�_t
 
	msi_sigv�
;

68 } 
	m_tim�
;

73 
__pid_t
 
	msi_pid
;

74 
__uid_t
 
	msi_uid
;

75 
__sigv�_t
 
	msi_sigv�
;

76 } 
	m_�
;

81 
__pid_t
 
	msi_pid
;

82 
__uid_t
 
	msi_uid
;

83 
	msi_��us
;

84 
__SI_CLOCK_T
 
	msi_utime
;

85 
__SI_CLOCK_T
 
	msi_�ime
;

86 } 
	m_sigchld
;

91 *
	msi_addr
;

92 
__SI_SIGFAULT_ADDL


93 
	msi_addr_lsb
;

99 *
	m_low�
;

100 *
	m_u��
;

101 } 
	m_addr_bnd
;

103 
__u�t32_t
 
	m_pkey
;

104 } 
	m_bounds
;

105 } 
	m_sig�u�
;

110 
__SI_BAND_TYPE
 
	msi_b�d
;

111 
	msi_fd
;

112 } 
	m_sigp�l
;

115 #i�
__SI_HAVE_SIGSYS


118 *
	m_��_addr
;

119 
	m_sys��
;

120 
	m_�ch
;

121 } 
	m_sigsys
;

123 } 
	m_sif�lds
;

124 } 
	tsig�fo_t
 
	t__SI_ALIGNMENT
;

128 

	#si_pid
 
_sif�lds
.
_k�l
.
si_pid


	)

129 

	#si_uid
 
_sif�lds
.
_k�l
.
si_uid


	)

130 

	#si_tim�id
 
_sif�lds
.
_tim�
.
si_tid


	)

131 

	#si_ov�run
 
_sif�lds
.
_tim�
.
si_ov�run


	)

132 

	#si_��us
 
_sif�lds
.
_sigchld
.
si_��us


	)

133 

	#si_utime
 
_sif�lds
.
_sigchld
.
si_utime


	)

134 

	#si_�ime
 
_sif�lds
.
_sigchld
.
si_�ime


	)

135 

	#si_v�ue
 
_sif�lds
.
_�
.
si_sigv�


	)

136 

	#si_�t
 
_sif�lds
.
_�
.
si_sigv�
.
siv�_�t


	)

137 

	#si_�r
 
_sif�lds
.
_�
.
si_sigv�
.
siv�_�r


	)

138 

	#si_addr
 
_sif�lds
.
_sig�u�
.
si_addr


	)

139 

	#si_addr_lsb
 
_sif�lds
.
_sig�u�
.
si_addr_lsb


	)

140 

	#si_low�
 
_sif�lds
.
_sig�u�
.
_bounds
.
_addr_bnd
.
_low�


	)

141 

	#si_u��
 
_sif�lds
.
_sig�u�
.
_bounds
.
_addr_bnd
.
_u��


	)

142 

	#si_pkey
 
_sif�lds
.
_sig�u�
.
_bounds
.
_pkey


	)

143 

	#si_b�d
 
_sif�lds
.
_sigp�l
.
si_b�d


	)

144 

	#si_fd
 
_sif�lds
.
_sigp�l
.
si_fd


	)

145 #i�
__SI_HAVE_SIGSYS


146 

	#si_��_addr
 
_sif�lds
.
_sigsys
.
_��_addr


	)

147 

	#si_sys��
 
_sif�lds
.
_sigsys
.
_sys��


	)

148 

	#si_�ch
 
_sif�lds
.
_sigsys
.
_�ch


	)

	@/usr/include/bits/types/sigset_t.h

1 #i�de�
__sig�t_t_def�ed


2 

	#__sig�t_t_def�ed
 1

	)

4 
	~<b�s/ty�s/__sig�t_t.h
>

7 
__sig�t_t
 
	tsig�t_t
;

	@/usr/include/bits/types/sigval_t.h

1 #i�de�
__sigv�_t_def�ed


2 

	#__sigv�_t_def�ed


	)

4 
	~<b�s/ty�s/__sigv�_t.h
>

12 #i�de�
__USE_POSIX199309


16 
__sigv�_t
 
	tsigv�_t
;

	@/usr/include/bits/types/stack_t.h

19 #i�de�
__�ack_t_def�ed


20 

	#__�ack_t_def�ed
 1

	)

22 

	#__�ed_size_t


	)

23 
	~<�ddef.h
>

28 *
	mss_�
;

29 
	mss_�ags
;

30 
size_t
 
	mss_size
;

31 } 
	t�ack_t
;

	@/usr/include/bits/types/struct_FILE.h

18 #i�de�
__�ru�_FILE_def�ed


19 

	#__�ru�_FILE_def�ed
 1

	)

25 #i�
def�ed
 
_IO_USE_OLD_IO_FILE
 && !def�ed 
_LIBC


29 #i�
def�ed
 
_IO_lock_t_def�ed
 && !def�ed 
_LIBC


33 
	~<b�s/ty�s.h
>

35 
	g_IO_FILE
;

36 
	g_IO_m�k�
;

37 
	g_IO_codecvt
;

38 
	g_IO_wide_d�a
;

42 #i�de�
_IO_lock_t_def�ed


43 
	t_IO_lock_t
;

49 
	s_IO_FILE


51 
	m_�ags
;

54 *
	m_IO_�ad_�r
;

55 *
	m_IO_�ad_�d
;

56 *
	m_IO_�ad_ba�
;

57 *
	m_IO_wr�e_ba�
;

58 *
	m_IO_wr�e_�r
;

59 *
	m_IO_wr�e_�d
;

60 *
	m_IO_buf_ba�
;

61 *
	m_IO_buf_�d
;

64 *
	m_IO_�ve_ba�
;

65 *
	m_IO_backup_ba�
;

66 *
	m_IO_�ve_�d
;

68 
_IO_m�k�
 *
	m_m�k�s
;

70 
_IO_FILE
 *
	m_cha�
;

72 
	m_f��o
;

73 
	m_�ags2
;

74 
__off_t
 
	m_�d_off�t
;

77 
	m_cur_c�umn
;

78 sig�d 
	m_v�b�_off�t
;

79 
	m_sh�tbuf
[1];

81 
_IO_lock_t
 *
	m_lock
;

82 #ifde�
_IO_USE_OLD_IO_FILE


85 
	s_IO_FILE_com��e


87 
_IO_FILE
 
	m_f�e
;

89 
__off64_t
 
	m_off�t
;

91 
_IO_codecvt
 *
	m_codecvt
;

92 
_IO_wide_d�a
 *
	m_wide_d�a
;

93 
_IO_FILE
 *
	m_䓻s_li�
;

94 *
	m_䓻s_buf
;

95 
size_t
 
	m__�d5
;

96 
	m_mode
;

98 
	m_unu�d2
[15 *  (�- 4 *  (*�-  (
size_t
)];

102 

	#__g�c_u�ocked_body
(
_�
) \

103 (
	`__glibc_u�ik�y
 ((
_�
)->
_IO_�ad_�r
 >�(_�)->
_IO_�ad_�d
) \

104 ? 
	`__u�ow
 (
_�
�: *(*�(_�)->
_IO_�ad_�r
++)

	)

106 

	#__putc_u�ocked_body
(
_ch
, 
_�
) \

107 (
	`__glibc_u�ik�y
 ((
_�
)->
_IO_wr�e_�r
 >�(_�)->
_IO_wr�e_�d
) \

108 ? 
	`__ov��ow
 (
_�
, (�(
_ch
)) \

109 : (�(*(
_�
)->
_IO_wr�e_�r
++ = (
_ch
)))

	)

111 

	#_IO_EOF_SEEN
 0x0010

	)

112 

	#__�of_u�ocked_body
(
_�
�(((_�)->
_�ags
 & 
_IO_EOF_SEEN
�!�0)

	)

114 

	#_IO_ERR_SEEN
 0x0020

	)

115 

	#__��_u�ocked_body
(
_�
�(((_�)->
_�ags
 & 
_IO_ERR_SEEN
�!�0)

	)

117 

	#_IO_USER_LOCK
 0x8000

	)

	@/usr/include/bits/types/struct_iovec.h

19 #i�de�
__iovec_def�ed


20 

	#__iovec_def�ed
 1

	)

22 

	#__�ed_size_t


	)

23 
	~<�ddef.h
>

26 
	siovec


28 *
	miov_ba�
;

29 
size_t
 
	miov_�n
;

	@/usr/include/bits/types/struct_itimerspec.h

1 #i�de�
__�im��ec_def�ed


2 

	#__�im��ec_def�ed
 1

	)

4 
	~<b�s/ty�s.h
>

5 
	~<b�s/ty�s/�ru�_time�ec.h
>

8 
	s�im��ec


10 
time�ec
 
	m�_��rv�
;

11 
time�ec
 
	m�_v�ue
;

	@/usr/include/bits/types/struct_osockaddr.h

1 #i�de�
__osockaddr_def�ed


2 

	#__osockaddr_def�ed
 1

	)

6 
	sosockaddr


8 
	m�_�m�y
;

9 
	m�_d�a
[14];

	@/usr/include/bits/types/struct_rusage.h

19 #i�de�
__ru�ge_def�ed


20 

	#__ru�ge_def�ed
 1

	)

22 
	~<b�s/ty�s.h
>

23 
	~<b�s/ty�s/�ru�_timev�.h
>

33 
	sru�ge


36 
timev�
 
	mru_utime
;

38 
timev�
 
	mru_�ime
;

40 
__ex�nsi�__
 union

42 
	mru_maxrss
;

43 
__sys��_��g_t
 
	m__ru_maxrss_w�d
;

47 
__ex�nsi�__
 union

49 
	mru_ixrss
;

50 
__sys��_��g_t
 
	m__ru_ixrss_w�d
;

53 
__ex�nsi�__
 union

55 
	mru_idrss
;

56 
__sys��_��g_t
 
	m__ru_idrss_w�d
;

59 
__ex�nsi�__
 union

61 
	mru_i�ss
;

62 
__sys��_��g_t
 
	m__ru_i�ss_w�d
;

66 
__ex�nsi�__
 union

68 
	mru_m��t
;

69 
__sys��_��g_t
 
	m__ru_m��t_w�d
;

72 
__ex�nsi�__
 union

74 
	mru_maj�t
;

75 
__sys��_��g_t
 
	m__ru_maj�t_w�d
;

78 
__ex�nsi�__
 union

80 
	mru_nsw�
;

81 
__sys��_��g_t
 
	m__ru_nsw�_w�d
;

85 
__ex�nsi�__
 union

87 
	mru_�block
;

88 
__sys��_��g_t
 
	m__ru_�block_w�d
;

91 
__ex�nsi�__
 union

93 
	mru_oublock
;

94 
__sys��_��g_t
 
	m__ru_oublock_w�d
;

97 
__ex�nsi�__
 union

99 
	mru_msg�d
;

100 
__sys��_��g_t
 
	m__ru_msg�d_w�d
;

103 
__ex�nsi�__
 union

105 
	mru_msgrcv
;

106 
__sys��_��g_t
 
	m__ru_msgrcv_w�d
;

109 
__ex�nsi�__
 union

111 
	mru_nsig�ls
;

112 
__sys��_��g_t
 
	m__ru_nsig�ls_w�d
;

117 
__ex�nsi�__
 union

119 
	mru_nvcsw
;

120 
__sys��_��g_t
 
	m__ru_nvcsw_w�d
;

124 
__ex�nsi�__
 union

126 
	mru_nivcsw
;

127 
__sys��_��g_t
 
	m__ru_nivcsw_w�d
;

	@/usr/include/bits/types/struct_sigstack.h

19 #i�de�
__sig�ack_def�ed


20 

	#__sig�ack_def�ed
 1

	)

23 
	ssig�ack


25 *
	mss_�
;

26 
	mss_ڡack
;

	@/usr/include/bits/types/struct_timespec.h

2 #i�de�
_STRUCT_TIMESPEC


3 

	#_STRUCT_TIMESPEC
 1

	)

5 
	~<b�s/ty�s.h
>

6 
	~<b�s/�d�n.h
>

7 
	~<b�s/ty�s/time_t.h
>

11 
	stime�ec


13 #ifde�
__USE_TIME_BITS64


14 
__time64_t
 
	mtv_�c
;

16 
__time_t
 
	mtv_�c
;

18 #i�
__WORDSIZE
 == 64 \

19 || (
def�ed
 
	m__SYSCALL_WORDSIZE
 && __SYSCALL_WORDSIZE == 64) \

20 || (
__TIMESIZE
 =�32 && !
def�ed
 
__USE_TIME_BITS64
)

21 
__sys��_��g_t
 
tv_n�c
;

23 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


25 
	mtv_n�c
;

27 
	mtv_n�c
;

	@/usr/include/bits/types/struct_timeval.h

1 #i�de�
__timev�_def�ed


2 

	#__timev�_def�ed
 1

	)

4 
	~<b�s/ty�s.h
>

8 
	stimev�


10 #ifde�
__USE_TIME_BITS64


11 
__time64_t
 
	mtv_�c
;

12 
__su�c�ds64_t
 
	mtv_u�c
;

14 
__time_t
 
	mtv_�c
;

15 
__su�c�ds_t
 
	mtv_u�c
;

	@/usr/include/bits/types/struct_tm.h

1 #i�de�
__�ru�_tm_def�ed


2 

	#__�ru�_tm_def�ed
 1

	)

4 
	~<b�s/ty�s.h
>

7 
	stm


9 
	mtm_�c
;

10 
	mtm_m�
;

11 
	mtm_hour
;

12 
	mtm_mday
;

13 
	mtm_m�
;

14 
	mtm_y�r
;

15 
	mtm_wday
;

16 
	mtm_yday
;

17 
	mtm_isd�
;

19 #ifdef 
__USE_MISC


20 
	mtm_gmtoff
;

21 cڡ *
	mtm_z�e
;

23 
	m__tm_gmtoff
;

24 cڡ *
	m__tm_z�e
;

	@/usr/include/bits/types/time_t.h

1 #i�de�
__time_t_def�ed


2 

	#__time_t_def�ed
 1

	)

4 
	~<b�s/ty�s.h
>

7 #ifde�
__USE_TIME_BITS64


8 
__time64_t
 
	ttime_t
;

10 
__time_t
 
	ttime_t
;

	@/usr/include/bits/types/timer_t.h

1 #i�de�
__tim�_t_def�ed


2 

	#__tim�_t_def�ed
 1

	)

4 
	~<b�s/ty�s.h
>

7 
__tim�_t
 
	ttim�_t
;

	@/usr/include/bits/types/wint_t.h

1 #i�de�
__w�t_t_def�ed


2 

	#__w�t_t_def�ed
 1

	)

9 #i�de�
_WINT_T


10 

	#_WINT_T
 1

	)

16 #i�de�
__WINT_TYPE__


17 

	#__WINT_TYPE__
 

	)

20 
__WINT_TYPE__
 
	tw�t_t
;

	@/usr/include/bits/uintn-identity.h

19 #i�!
def�ed
 
_NETINET_IN_H
 && !def�ed 
_ENDIAN_H


23 #i�de�
_BITS_UINTN_IDENTITY_H


24 

	#_BITS_UINTN_IDENTITY_H
 1

	)

26 
	~<b�s/ty�s.h
>

32 
__�l�e
 
__u�t16_t


33 
	$__u�t16_id�t�y
 (
__u�t16_t
 
__x
)

35  
__x
;

36 
	}
}

38 
__�l�e
 
__u�t32_t


39 
	$__u�t32_id�t�y
 (
__u�t32_t
 
__x
)

41  
__x
;

42 
	}
}

44 
__�l�e
 
__u�t64_t


45 
	$__u�t64_id�t�y
 (
__u�t64_t
 
__x
)

47  
__x
;

48 
	}
}

	@/usr/include/bits/unistd.h

19 #i�de�
_UNISTD_H


23 
	~<b�s/uni�d-de�.h
>

25 
__f�tify_fun�i�
 
__wur
 
ssize_t


26 
	$�ad
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
)

28  
	`__glibc_f�tify
 (
�ad
, 
__nby�s
,  (),

29 
	`__glibc_objsize0
 (
__buf
),

30 
__fd
, 
__buf
, 
__nby�s
);

31 
	}
}

33 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8


34 #i�de�
__USE_FILE_OFFSET64


35 
__f�tify_fun�i�
 
__wur
 
ssize_t


36 
	$��d
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
, 
__off_t
 
__off�t
)

38  
	`__glibc_f�tify
 (
��d
, 
__nby�s
,  (),

39 
	`__glibc_objsize0
 (
__buf
),

40 
__fd
, 
__buf
, 
__nby�s
, 
__off�t
);

41 
	}
}

43 
__f�tify_fun�i�
 
__wur
 
ssize_t


44 
	$��d
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
, 
__off64_t
 
__off�t
)

46  
	`__glibc_f�tify
 (
��d64
, 
__nby�s
,  (),

47 
	`__glibc_objsize0
 (
__buf
),

48 
__fd
, 
__buf
, 
__nby�s
, 
__off�t
);

49 
	}
}

52 #ifde�
__USE_LARGEFILE64


53 
__f�tify_fun�i�
 
__wur
 
ssize_t


54 
	$��d64
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
, 
__off64_t
 
__off�t
)

56  
	`__glibc_f�tify
 (
��d64
, 
__nby�s
,  (),

57 
	`__glibc_objsize0
 (
__buf
),

58 
__fd
, 
__buf
, 
__nby�s
, 
__off�t
);

59 
	}
}

63 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


64 
__f�tify_fun�i�
 
__n�nu�
 ((1, 2)�
__wur
 
ssize_t


65 
__NTH
 (
	$�adl�k
 (cڡ *
__��ri�
 
__�th
, *__��ri� 
__buf
,

66 
size_t
 
__�n
))

68  
	`__glibc_f�tify
 (
�adl�k
, 
__�n
,  (),

69 
	`__glibc_objsize
 (
__buf
),

70 
__�th
, 
__buf
, 
__�n
);

71 
	}
}

74 #ifde�
__USE_ATFILE


75 
__f�tify_fun�i�
 
__n�nu�
 ((2, 3)�
__wur
 
ssize_t


76 
__NTH
 (
	$�adl�k�
 (
__fd
, cڡ *
__��ri�
 
__�th
,

77 *
__��ri�
 
__buf
, 
size_t
 
__�n
))

79  
	`__glibc_f�tify
 (
�adl�k�
, 
__�n
,  (),

80 
	`__glibc_objsize
 (
__buf
),

81 
__fd
, 
__�th
, 
__buf
, 
__�n
);

82 
	}
}

85 
__f�tify_fun�i�
 
__wur
 *

86 
__NTH
 (
	$g�cwd
 (*
__buf
, 
size_t
 
__size
))

88  
	`__glibc_f�tify
 (
g�cwd
, 
__size
,  (),

89 
	`__glibc_objsize
 (
__buf
),

90 
__buf
, 
__size
);

91 
	}
}

93 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


94 
__f�tify_fun�i�
 
__n�nu�
 ((1)�
__��ibu�_d����d__
 
__wur
 *

95 
__NTH
 (
	$g�wd
 (*
__buf
))

97 i�(
	`__glibc_objsize
 (
__buf
�!�(
size_t
) -1)

98  
	`__g�wd_chk
 (
__buf
, 
	`__glibc_objsize
 (__buf));

99  
	`__g�wd_w�n
 (
__buf
);

100 
	}
}

103 
__f�tify_fun�i�
 
size_t


104 
__NTH
 (
	$c�f�r
 (
__�me
, *
__buf
, 
size_t
 
__�n
))

106  
	`__glibc_f�tify
 (
c�f�r
, 
__�n
,  (),

107 
	`__glibc_objsize
 (
__buf
),

108 
__�me
, 
__buf
, 
__�n
);

109 
	}
}

112 
__f�tify_fun�i�
 

113 
__NTH
 (
	$g�groups
 (
__size
, 
__gid_t
 
__li�
[]))

115  
	`__glibc_f�tify
 (
g�groups
, 
__size
,  (
__gid_t
),

116 
	`__glibc_objsize
 (
__li�
),

117 
__size
, 
__li�
);

118 
	}
}

121 
__f�tify_fun�i�
 

122 
__NTH
 (
	$�y�me_r
 (
__fd
, *
__buf
, 
size_t
 
__bu�
))

124  
	`__glibc_f�tify
 (
�y�me_r
, 
__bu�
,  (),

125 
	`__glibc_objsize
 (
__buf
),

126 
__fd
, 
__buf
, 
__bu�
);

127 
	}
}

130 #ifde�
__USE_POSIX199506


131 
__f�tify_fun�i�
 

132 
	$g�log�_r
 (*
__buf
, 
size_t
 
__bu�
)

134  
	`__glibc_f�tify
 (
g�log�_r
, 
__bu�
,  (),

135 
	`__glibc_objsize
 (
__buf
),

136 
__buf
, 
__bu�
);

137 
	}
}

141 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_UNIX98


142 
__f�tify_fun�i�
 

143 
__NTH
 (
	$g�ho��me
 (*
__buf
, 
size_t
 
__bu�
))

145  
	`__glibc_f�tify
 (
g�ho��me
, 
__bu�
,  (),

146 
	`__glibc_objsize
 (
__buf
),

147 
__buf
, 
__bu�
);

148 
	}
}

152 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_UNIX98
)

153 
__f�tify_fun�i�
 

154 
__NTH
 (
	$g�doma��me
 (*
__buf
, 
size_t
 
__bu�
))

156  
	`__glibc_f�tify
 (
g�doma��me
, 
__bu�
,  (),

157 
	`__glibc_objsize
 (
__buf
),

158 
__buf
, 
__bu�
);

159 
	}
}

	@/usr/include/bits/unistd_ext.h

19 #i�de�
_UNISTD_H


23 #ifde�
__USE_GNU


34 
__pid_t
 
	$g�tid
 (�
__THROW
;

36 #ifde�
__has_��ude


37 #i�
	`__has_��ude
 ("linux/close_range.h")

38 
	~"l�ux/�o�_�nge.h
"

42 #i�de�
CLOSE_RANGE_UNSHARE


43 

	#CLOSE_RANGE_UNSHARE
 (1U << 1)

	)

46 #i�de�
CLOSE_RANGE_CLOEXEC


47 

	#CLOSE_RANGE_CLOEXEC
 (1U << 2)

	)

	@/usr/include/bits/utsname.h

18 #i�de�
_SYS_UTSNAME_H


23 

	#_UTSNAME_LENGTH
 65

	)

28 

	#_UTSNAME_DOMAIN_LENGTH
 
_UTSNAME_LENGTH


	)

	@/usr/include/bits/waitflags.h

19 #i�!
def�ed
 
_SYS_WAIT_H
 && !def�ed 
_STDLIB_H


25 

	#WNOHANG
 1

	)

26 

	#WUNTRACED
 2

	)

29 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


30 

	#WSTOPPED
 2

	)

31 

	#WEXITED
 4

	)

32 

	#WCONTINUED
 8

	)

33 

	#WNOWAIT
 0x01000000

	)

36 

	#__WNOTHREAD
 0x20000000

	)

38 

	#__WALL
 0x40000000

	)

39 

	#__WCLONE
 0x80000000

	)

	@/usr/include/bits/waitstatus.h

19 #i�!
def�ed
 
_SYS_WAIT_H
 && !def�ed 
_STDLIB_H


28 

	#__WEXITSTATUS
(
��us
�(((��us�& 0xff00�>> 8)

	)

31 

	#__WTERMSIG
(
��us
�((��us�& 0x7f)

	)

34 

	#__WSTOPSIG
(
��us
�
	`__WEXITSTATUS
(��us)

	)

37 

	#__WIFEXITED
(
��us
�(
	`__WTERMSIG
(��us�=�0)

	)

40 

	#__WIFSIGNALED
(
��us
) \

41 (((sig�d �(((
��us
�& 0x7f�+ 1�>> 1�> 0)

	)

44 

	#__WIFSTOPPED
(
��us
�(((��us�& 0xff�=�0x7f)

	)

48 #ifde�
WCONTINUED


49 

	#__WIFCONTINUED
(
��us
�((��us�=�
__W_CONTINUED
)

	)

53 

	#__WCOREDUMP
(
��us
�((��us�& 
__WCOREFLAG
)

	)

56 

	#__W_EXITCODE
(
�t
, 
sig
�(ԑ�<< 8 | (sig))

	)

57 

	#__W_STOPCODE
(
sig
�((sig�<< 8 | 0x7f)

	)

58 

	#__W_CONTINUED
 0xffff

	)

59 

	#__WCOREFLAG
 0x80

	)

	@/usr/include/bits/wchar-ldbl.h

19 #i�de�
_WCHAR_H


23 #i�
def�ed
 
__USE_ISOC95
 || def�ed 
__USE_UNIX98


24 
__LDBL_REDIR_DECL
 (
fw��tf
);

25 
__LDBL_REDIR_DECL
 (
w��tf
);

26 
__LDBL_REDIR_DECL
 (
sw��tf
);

27 
__LDBL_REDIR_DECL
 (
vfw��tf
);

28 
__LDBL_REDIR_DECL
 (
vw��tf
);

29 
__LDBL_REDIR_DECL
 (
vsw��tf
);

30 #i�!
__GLIBC_USE
 (
DEPRECATED_SCANF
)

31 #i�
def�ed
 
__LDBL_COMPAT


32 #i�
__GLIBC_USE
 (
C2X_STRTOL
)

33 
	$__LDBL_REDIR1_DECL
 (
fws�nf
, 
__�dbl___isoc23_fws�nf
)

34 
	$__LDBL_REDIR1_DECL
 (
ws�nf
, 
__�dbl___isoc23_ws�nf
)

35 
	$__LDBL_REDIR1_DECL
 (
sws�nf
, 
__�dbl___isoc23_sws�nf
)

37 
	$__LDBL_REDIR1_DECL
 (
fws�nf
, 
__�dbl___isoc99_fws�nf
)

38 
	$__LDBL_REDIR1_DECL
 (
ws�nf
, 
__�dbl___isoc99_ws�nf
)

39 
	$__LDBL_REDIR1_DECL
 (
sws�nf
, 
__�dbl___isoc99_sws�nf
)

41 #�i�
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

42 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

43 
	$__LDBL_REDIR1_DECL
 (
fws�nf
, 
__isoc23_fws�nf��128
)

44 
	$__LDBL_REDIR1_DECL
 (
ws�nf
, 
__isoc23_ws�nf��128
)

45 
	$__LDBL_REDIR1_DECL
 (
sws�nf
, 
__isoc23_sws�nf��128
)

47 
	$__LDBL_REDIR1_DECL
 (
fws�nf
, 
__isoc99_fws�nf��128
)

48 
	$__LDBL_REDIR1_DECL
 (
ws�nf
, 
__isoc99_ws�nf��128
)

49 
	$__LDBL_REDIR1_DECL
 (
sws�nf
, 
__isoc99_sws�nf��128
)

52 #�r� 
b�s
/
�dlib
-
ldbl
.
h
 
��uded
 
wh�
 
no
�db�
�d�e�i�s
 
�e
 
�qu�ed
.

55 
	`__LDBL_REDIR_DECL
 (
fws�nf
);

56 
	`__LDBL_REDIR_DECL
 (
ws�nf
);

57 
	`__LDBL_REDIR_DECL
 (
sws�nf
);

61 #ifde�
__USE_ISOC99


62 #ifde�
__LDBL_COMPAT


63 
	`__LDBL_REDIR1_DECL
 (
wc��d
, 
wc�od
);

65 
	$__LDBL_REDIR1_DECL
 (
wc��d
, 
__wc�o��128
)

67 #i�!
	`__GLIBC_USE
 (
DEPRECATED_SCANF
)

68 #i�
def�ed
 
__LDBL_COMPAT


69 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

70 
	$__LDBL_REDIR1_DECL
 (
vfws�nf
, 
__�dbl___isoc23_vfws�nf
)

71 
	$__LDBL_REDIR1_DECL
 (
vws�nf
, 
__�dbl___isoc23_vws�nf
)

72 
	$__LDBL_REDIR1_DECL
 (
vsws�nf
, 
__�dbl___isoc23_vsws�nf
)

74 
	$__LDBL_REDIR1_DECL
 (
vfws�nf
, 
__�dbl___isoc99_vfws�nf
)

75 
	$__LDBL_REDIR1_DECL
 (
vws�nf
, 
__�dbl___isoc99_vws�nf
)

76 
	$__LDBL_REDIR1_DECL
 (
vsws�nf
, 
__�dbl___isoc99_vsws�nf
)

78 #�i�
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

79 #i�
	`__GLIBC_USE
 (
C2X_STRTOL
)

80 
	$__LDBL_REDIR1_DECL
 (
vfws�nf
, 
__isoc23_vfws�nf��128
)

81 
	$__LDBL_REDIR1_DECL
 (
vws�nf
, 
__isoc23_vws�nf��128
)

82 
	$__LDBL_REDIR1_DECL
 (
vsws�nf
, 
__isoc23_vsws�nf��128
)

84 
	$__LDBL_REDIR1_DECL
 (
vfws�nf
, 
__isoc99_vfws�nf��128
)

85 
	$__LDBL_REDIR1_DECL
 (
vws�nf
, 
__isoc99_vws�nf��128
)

86 
	$__LDBL_REDIR1_DECL
 (
vsws�nf
, 
__isoc99_vsws�nf��128
)

89 #�r� 
b�s
/
�dlib
-
ldbl
.
h
 
��uded
 
wh�
 
no
�db�
�d�e�i�s
 
�e
 
�qu�ed
.

92 
	`__LDBL_REDIR_DECL
 (
vfws�nf
);

93 
	`__LDBL_REDIR_DECL
 (
vws�nf
);

94 
	`__LDBL_REDIR_DECL
 (
vsws�nf
);

98 #ifde�
__USE_GNU


99 #ifde�
__LDBL_COMPAT


100 
	`__LDBL_REDIR1_DECL
 (
wc��d_l
, 
wc�od_l
);

102 
	$__LDBL_REDIR1_DECL
 (
wc��d_l
, 
__wc�o��128_l
)

106 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


107 
	$__LDBL_REDIR2_DECL
 (
sw��tf_chk
)

108 
	$__LDBL_REDIR2_DECL
 (
vsw��tf_chk
)

109 #i�
__USE_FORTIFY_LEVEL
 > 1

110 
	$__LDBL_REDIR2_DECL
 (
fw��tf_chk
)

111 
	$__LDBL_REDIR2_DECL
 (
w��tf_chk
)

112 
	$__LDBL_REDIR2_DECL
 (
vfw��tf_chk
)

113 
	$__LDBL_REDIR2_DECL
 (
vw��tf_chk
)

	@/usr/include/bits/wchar.h

19 #i�de�
_BITS_WCHAR_H


20 

	#_BITS_WCHAR_H
 1

	)

33 #ifde�
__WCHAR_MAX__


34 

	#__WCHAR_MAX
 
__WCHAR_MAX__


	)

35 #�i�
L
'\0' - 1 > 0

36 

	#__WCHAR_MAX
 (0xffffffffu + 
L
'\0')

	)

38 

	#__WCHAR_MAX
 (0x7ffffff�+ 
L
'\0')

	)

41 #ifde�
__WCHAR_MIN__


42 

	#__WCHAR_MIN
 
__WCHAR_MIN__


	)

43 #�i�
L
'\0' - 1 > 0

44 

	#__WCHAR_MIN
 (
L
'\0' + 0)

	)

46 

	#__WCHAR_MIN
 (-
__WCHAR_MAX
 - 1)

	)

	@/usr/include/bits/wchar2-decl.h

19 #i�de�
_BITS_WCHAR2_DECL_H


20 

	#_BITS_WCHAR2_DECL_H
 1

	)

22 #i�de�
_WCHAR_H


27 
wch�_t
 *
	$__wmem�y_chk
 (
wch�_t
 *
__��ri�
 
__s1
,

28 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
,

29 
size_t
 
__ns1
�
__THROW
;

30 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmem�y_��s
,

31 (
wch�_t
 *
__��ri�
 
__s1
,

32 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
),

33 
wmem�y
);

34 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmem�y_chk_w�n
,

35 (
wch�_t
 *
__��ri�
 
__s1
,

36 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
,

37 
size_t
 
__ns1
), 
__wmem�y_chk
)

38 
	`__w�ljr
 ("wmemcpy called with�ength bigger�han size of destination "

41 
wch�_t
 *
	$__wmemmove_chk
 (
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

42 
size_t
 
__n
, size_�
__ns1
�
__THROW
;

43 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmemmove_��s
, (wch�_�*
__s1
,

44 cڡ 
wch�_t
 *
__s2
,

45 
size_t
 
__n
), 
wmemmove
);

46 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmemmove_chk_w�n
,

47 (
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

48 
size_t
 
__n
, size_�
__ns1
), 
__wmemmove_chk
)

49 
	`__w�ljr
 ("wmemmove called with�ength bigger�han size of destination "

53 #ifde�
__USE_GNU


55 
wch�_t
 *
	$__wmemp�y_chk
 (
wch�_t
 *
__��ri�
 
__s1
,

56 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
,

57 
size_t
 
__ns1
�
__THROW
;

58 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmemp�y_��s
,

59 (
wch�_t
 *
__��ri�
 
__s1
,

60 cڡ 
wch�_t
 *
__��ri�
 
__s2
,

61 
size_t
 
__n
), 
wmemp�y
);

62 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmemp�y_chk_w�n
,

63 (
wch�_t
 *
__��ri�
 
__s1
,

64 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
,

65 
size_t
 
__ns1
), 
__wmemp�y_chk
)

66 
	`__w�ljr
 ("wmempcpy called with�ength bigger�han size of destination "

72 
wch�_t
 *
	$__wmem�t_chk
 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
,

73 
size_t
 
__ns
�
__THROW
;

74 
wch�_t
 *
	`__REDIRECT_FORTIFY_NTH
 (
__wmem�t_��s
, (wch�_�*
__s
, wch�_�
__c
,

75 
size_t
 
__n
), 
wmem�t
);

76 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmem�t_chk_w�n
,

77 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
,

78 
size_t
 
__ns
), 
__wmem�t_chk
)

79 
	`__w�ljr
 ("wmemset called with�ength bigger�han size of destination "

82 
wch�_t
 *
	$__wcs�y_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

83 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

84 
size_t
 
__n
�
__THROW
;

85 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wcs�y_��s
,

86 (
wch�_t
 *
__��ri�
 
__de�
,

87 cڡ 
wch�_t
 *
__��ri�
 
__�c
), 
wcs�y
);

89 
wch�_t
 *
	$__w��y_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

90 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

91 
size_t
 
__de��n
�
__THROW
;

92 
wch�_t
 *
	`__REDIRECT_NTH
 (
__w��y_��s
,

93 (
wch�_t
 *
__��ri�
 
__de�
,

94 cڡ 
wch�_t
 *
__��ri�
 
__�c
), 
w��y
);

96 
wch�_t
 *
	$__wc��y_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

97 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
,

98 
size_t
 
__de��n
�
__THROW
;

99 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wc��y_��s
,

100 (
wch�_t
 *
__��ri�
 
__de�
,

101 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

102 
size_t
 
__n
), 
wc��y
);

103 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wc��y_chk_w�n
,

104 (
wch�_t
 *
__��ri�
 
__de�
,

105 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

106 
size_t
 
__n
, size_�
__de��n
), 
__wc��y_chk
)

107 
	`__w�ljr
 ("wcsncpy called with�ength bigger�han size of destination "

110 
wch�_t
 *
	$__w�n�y_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

111 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
,

112 
size_t
 
__de��n
�
__THROW
;

114 
wch�_t
 *
	`__REDIRECT_NTH
 (
__w�n�y_��s
,

115 (
wch�_t
 *
__��ri�
 
__de�
,

116 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

117 
size_t
 
__n
), 
w�n�y
);

118 
wch�_t
 *
	`__REDIRECT_NTH
 (
__w�n�y_chk_w�n
,

119 (
wch�_t
 *
__��ri�
 
__de�
,

120 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

121 
size_t
 
__n
, size_�
__de��n
), 
__w�n�y_chk
)

122 
	`__w�ljr
 ("wcpncpy called with�ength bigger�han size of destination "

125 
wch�_t
 *
	$__wcs�t_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

126 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

127 
size_t
 
__de��n
�
__THROW
;

128 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wcs�t_��s
,

129 (
wch�_t
 *
__��ri�
 
__de�
,

130 cڡ 
wch�_t
 *
__��ri�
 
__�c
), 
wcs�t
);

132 
wch�_t
 *
	$__wc��t_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

133 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

134 
size_t
 
__n
, size_�
__de��n
�
__THROW
;

135 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wc��t_��s
,

136 (
wch�_t
 *
__��ri�
 
__de�
,

137 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

138 
size_t
 
__n
), 
wc��t
);

140 

	$__sw��tf_chk
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

141 
__�ag
, 
size_t
 
__s_�n
,

142 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

143 
__THROW
 ;

144 

	`__REDIRECT_NTH_LDBL
 (
__sw��tf_��s
,

145 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

146 cڡ 
wch�_t
 *
__��ri�
 
__fmt
, ...),

147 
sw��tf
);

149 

	$__vsw��tf_chk
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

150 
__�ag
, 
size_t
 
__s_�n
,

151 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

152 
__gnuc_va_li�
 
__�g
)

153 
__THROW
 ;

154 

	`__REDIRECT_NTH_LDBL
 (
__vsw��tf_��s
,

155 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

156 cڡ 
wch�_t
 *
__��ri�
 
__fmt
,

157 
__gnuc_va_li�
 
__�
), 
vsw��tf
);

160 #i�
__USE_FORTIFY_LEVEL
 > 1

162 

	`__fw��tf_chk
 (
__FILE
 *
__��ri�
 
__��am
, 
__�ag
,

163 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...);

164 

	`__w��tf_chk
 (
__�ag
, cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

166 

	`__vfw��tf_chk
 (
__FILE
 *
__��ri�
 
__��am
, 
__�ag
,

167 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

168 
__gnuc_va_li�
 
__�
);

169 

	`__vw��tf_chk
 (
__�ag
, cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

170 
__gnuc_va_li�
 
__�
);

174 
wch�_t
 *
	$__fg�ws_chk
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

175 
__FILE
 *
__��ri�
 
__��am
�
__wur
;

176 
wch�_t
 *
	`__REDIRECT
 (
__fg�ws_��s
,

177 (
wch�_t
 *
__��ri�
 
__s
, 
__n
,

178 
__FILE
 *
__��ri�
 
__��am
), 
fg�ws
�
__wur
;

179 
wch�_t
 *
	`__REDIRECT
 (
__fg�ws_chk_w�n
,

180 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

181 
__FILE
 *
__��ri�
 
__��am
), 
__fg�ws_chk
)

182 
__wur
 
	`__w�ljr
 ("fgetws called with bigger size�han�ength "

185 #ifde�
__USE_GNU


187 
wch�_t
 *
	$__fg�ws_u�ocked_chk
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__size
,

188 
__n
, 
__FILE
 *
__��ri�
 
__��am
)

189 
__wur
;

190 
wch�_t
 *
	`__REDIRECT
 (
__fg�ws_u�ocked_��s
,

191 (
wch�_t
 *
__��ri�
 
__s
, 
__n
,

192 
__FILE
 *
__��ri�
 
__��am
), 
fg�ws_u�ocked
)

193 
__wur
;

194 
wch�_t
 *
	`__REDIRECT
 (
__fg�ws_u�ocked_chk_w�n
,

195 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

196 
__FILE
 *
__��ri�
 
__��am
),

197 
__fg�ws_u�ocked_chk
)

198 
__wur
 
	`__w�ljr
 ("fgetws_unlocked called with bigger size�han�ength "

203 
size_t
 
	$__w�tomb_chk
 (*
__��ri�
 
__s
, 
wch�_t
 
__wch�
,

204 
mb��e_t
 *
__��ri�
 
__p
,

205 
size_t
 
__bu�
�
__THROW
 
__wur
;

206 
size_t
 
	`__REDIRECT_FORTIFY_NTH
 (
__w�tomb_��s
,

207 (*
__��ri�
 
__s
, 
wch�_t
 
__wch�
,

208 
mb��e_t
 *
__��ri�
 
__ps
), 
w�tomb
�
__wur
;

210 
size_t
 
	$__mb�towcs_chk
 (
wch�_t
 *
__��ri�
 
__d�
,

211 cڡ **
__��ri�
 
__�c
,

212 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

213 
size_t
 
__d��n
�
__THROW
;

214 
size_t
 
	`__REDIRECT_NTH
 (
__mb�towcs_��s
,

215 (
wch�_t
 *
__��ri�
 
__d�
,

216 cڡ **
__��ri�
 
__�c
,

217 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
),

218 
mb�towcs
);

219 
size_t
 
	`__REDIRECT_NTH
 (
__mb�towcs_chk_w�n
,

220 (
wch�_t
 *
__��ri�
 
__d�
,

221 cڡ **
__��ri�
 
__�c
,

222 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

223 
size_t
 
__d��n
), 
__mb�towcs_chk
)

224 
	`__w�ljr
 ("mbsrtowcs called with dst buffer smaller�han�en "

227 
size_t
 
	$__wc�tombs_chk
 (*
__��ri�
 
__d�
,

228 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

229 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

230 
size_t
 
__d��n
�
__THROW
;

231 
size_t
 
	`__REDIRECT_NTH
 (
__wc�tombs_��s
,

232 (*
__��ri�
 
__d�
,

233 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

234 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
),

235 
wc�tombs
);

236 
size_t
 
	`__REDIRECT_NTH
 (
__wc�tombs_chk_w�n
,

237 (*
__��ri�
 
__d�
,

238 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

239 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

240 
size_t
 
__d��n
), 
__wc�tombs_chk
)

241 
	`__w�ljr
 ("wcsrtombs called with dst buffer smaller�han�en");

243 #ifdef 
__USE_XOPEN2K8


245 
size_t
 
	$__mb��owcs_chk
 (
wch�_t
 *
__��ri�
 
__d�
,

246 cڡ **
__��ri�
 
__�c
, 
size_t
 
__nmc
,

247 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

248 
size_t
 
__d��n
�
__THROW
;

249 
size_t
 
	`__REDIRECT_NTH
 (
__mb��owcs_��s
,

250 (
wch�_t
 *
__��ri�
 
__d�
,

251 cڡ **
__��ri�
 
__�c
, 
size_t
 
__nmc
,

252 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
),

253 
mb��owcs
);

254 
size_t
 
	`__REDIRECT_NTH
 (
__mb��owcs_chk_w�n
,

255 (
wch�_t
 *
__��ri�
 
__d�
,

256 cڡ **
__��ri�
 
__�c
, 
size_t
 
__nmc
,

257 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

258 
size_t
 
__d��n
), 
__mb��owcs_chk
)

259 
	`__w�ljr
 ("mbsnrtowcs called with dst buffer smaller�han�en "

262 
size_t
 
	$__wc��ombs_chk
 (*
__��ri�
 
__d�
,

263 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

264 
size_t
 
__nwc
, size_�
__�n
,

265 
mb��e_t
 *
__��ri�
 
__ps
, 
size_t
 
__d��n
)

266 
__THROW
;

267 
size_t
 
	`__REDIRECT_NTH
 (
__wc��ombs_��s
,

268 (*
__��ri�
 
__d�
,

269 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

270 
size_t
 
__nwc
, size_�
__�n
,

271 
mb��e_t
 *
__��ri�
 
__ps
), 
wc��ombs
);

272 
size_t
 
	`__REDIRECT_NTH
 (
__wc��ombs_chk_w�n
,

273 (*
__��ri�
 
__d�
,

274 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

275 
size_t
 
__nwc
, size_�
__�n
,

276 
mb��e_t
 *
__��ri�
 
__ps
,

277 
size_t
 
__d��n
), 
__wc��ombs_chk
)

278 
	`__w�ljr
 ("wcsnrtombs called with dst buffer smaller�han�en");

282 #ifde�
__USE_MISC


283 
size_t
 
	$__wc��y_chk
 (
wch�_t
 *
__de�
, cڡ wch�_�*
__�c
, 
size_t
 
__n
,

284 
size_t
 
__de��n
�
__THROW
;

285 
size_t
 
	`__REDIRECT_NTH
 (
__wc��y_��s
,

286 (
wch�_t
 *
__de�
, cڡ wch�_�*
__�c
,

287 
size_t
 
__n
), 
wc��y
);

289 
size_t
 
	$__wc��t_chk
 (
wch�_t
 *
__de�
, cڡ wch�_�*
__�c
, 
size_t
 
__n
,

290 
size_t
 
__de��n
�
__THROW
;

291 
size_t
 
	`__REDIRECT_NTH
 (
__wc��t_��s
,

292 (
wch�_t
 *
__de�
, cڡ wch�_�*
__�c
,

293 
size_t
 
__n
), 
wc��t
);

	@/usr/include/bits/wchar2.h

19 #i�de�
_WCHAR_H


23 
__f�tify_fun�i�
 
wch�_t
 *

24 
__NTH
 (
	$wmem�y
 (
wch�_t
 *
__��ri�
 
__s1
, cڡ wch�_�*__��ri� 
__s2
,

25 
size_t
 
__n
))

27  
	`__glibc_f�tify_n
 (
wmem�y
, 
__n
,  (
wch�_t
),

28 
	`__glibc_objsize0
 (
__s1
),

29 
__s1
, 
__s2
, 
__n
);

30 
	}
}

32 
__f�tify_fun�i�
 
wch�_t
 *

33 
__NTH
 (
	$wmemmove
 (
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
, 
size_t
 
__n
))

35  
	`__glibc_f�tify_n
 (
wmemmove
, 
__n
,  (
wch�_t
),

36 
	`__glibc_objsize0
 (
__s1
),

37 
__s1
, 
__s2
, 
__n
);

38 
	}
}

40 #ifde�
__USE_GNU


41 
__f�tify_fun�i�
 
wch�_t
 *

42 
__NTH
 (
	$wmemp�y
 (
wch�_t
 *
__��ri�
 
__s1
, cڡ wch�_�*__��ri� 
__s2
,

43 
size_t
 
__n
))

45  
	`__glibc_f�tify_n
 (
wmemp�y
, 
__n
,  (
wch�_t
),

46 
	`__glibc_objsize0
 (
__s1
),

47 
__s1
, 
__s2
, 
__n
);

48 
	}
}

51 
__f�tify_fun�i�
 
wch�_t
 *

52 
__NTH
 (
	$wmem�t
 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
))

54  
	`__glibc_f�tify_n
 (
wmem�t
, 
__n
,  (
wch�_t
),

55 
	`__glibc_objsize0
 (
__s
),

56 
__s
, 
__c
, 
__n
);

57 
	}
}

59 
__f�tify_fun�i�
 
wch�_t
 *

60 
__NTH
 (
	$wcs�y
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
))

62 
size_t
 
sz
 = 
	`__glibc_objsize
 (
__de�
);

63 i�(
sz
 !�(
size_t
) -1)

64  
	`__wcs�y_chk
 (
__de�
, 
__�c
, 
sz
 /  (
wch�_t
));

65  
	`__wcs�y_��s
 (
__de�
, 
__�c
);

66 
	}
}

68 
__f�tify_fun�i�
 
wch�_t
 *

69 
__NTH
 (
	$w��y
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
))

71 
size_t
 
sz
 = 
	`__glibc_objsize
 (
__de�
);

72 i�(
sz
 !�(
size_t
) -1)

73  
	`__w��y_chk
 (
__de�
, 
__�c
, 
sz
 /  (
wch�_t
));

74  
	`__w��y_��s
 (
__de�
, 
__�c
);

75 
	}
}

77 
__f�tify_fun�i�
 
wch�_t
 *

78 
__NTH
 (
	$wc��y
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
,

79 
size_t
 
__n
))

81  
	`__glibc_f�tify_n
 (
wc��y
, 
__n
,  (
wch�_t
),

82 
	`__glibc_objsize
 (
__de�
),

83 
__de�
, 
__�c
, 
__n
);

84 
	}
}

86 
__f�tify_fun�i�
 
wch�_t
 *

87 
__NTH
 (
	$w�n�y
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
,

88 
size_t
 
__n
))

90  
	`__glibc_f�tify_n
 (
w�n�y
, 
__n
,  (
wch�_t
),

91 
	`__glibc_objsize
 (
__de�
),

92 
__de�
, 
__�c
, 
__n
);

93 
	}
}

95 
__f�tify_fun�i�
 
wch�_t
 *

96 
__NTH
 (
	$wcs�t
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
))

98 
size_t
 
sz
 = 
	`__glibc_objsize
 (
__de�
);

99 i�(
sz
 !�(
size_t
) -1)

100  
	`__wcs�t_chk
 (
__de�
, 
__�c
, 
sz
 /  (
wch�_t
));

101  
	`__wcs�t_��s
 (
__de�
, 
__�c
);

102 
	}
}

104 
__f�tify_fun�i�
 
wch�_t
 *

105 
__NTH
 (
	$wc��t
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
,

106 
size_t
 
__n
))

108 
size_t
 
sz
 = 
	`__glibc_objsize
 (
__de�
);

109 i�(
sz
 !�(
size_t
) -1)

110  
	`__wc��t_chk
 (
__de�
, 
__�c
, 
__n
, 
sz
 /  (
wch�_t
));

111  
	`__wc��t_��s
 (
__de�
, 
__�c
, 
__n
);

112 
	}
}

114 #ifde�
__USE_MISC


115 
__f�tify_fun�i�
 
size_t


116 
__NTH
 (
	$wc��y
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
,

117 
size_t
 
__n
))

119 i�(
	`__glibc_objsize
 (
__de�
�!�(
size_t
) -1

120 && (!
	`__bu�t�_cڡ�t_p
 (
__n


121 > 
	`__glibc_objsize
 (
__de�
�/  (
wch�_t
))

122 || 
__n
 > 
	`__glibc_objsize
 (
__de�
�/  (
wch�_t
)))

123  
	`__wc��y_chk
 (
__de�
, 
__�c
, 
__n
,

124 
	`__glibc_objsize
 (
__de�
�/  (
wch�_t
));

125  
	`__wc��y_��s
 (
__de�
, 
__�c
, 
__n
);

126 
	}
}

128 
__f�tify_fun�i�
 
size_t


129 
__NTH
 (
	$wc��t
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
,

130 
size_t
 
__n
))

132 i�(
	`__glibc_objsize
 (
__de�
�!�(
size_t
) -1

133 && (!
	`__bu�t�_cڡ�t_p
 (
__n
 > 
	`__glibc_objsize
 (
__de�
)

134 /  (
wch�_t
))

135 || 
__n
 > 
	`__glibc_objsize
 (
__de�
�/  (
wch�_t
)))

136  
	`__wc��t_chk
 (
__de�
, 
__�c
, 
__n
,

137 
	`__glibc_objsize
 (
__de�
�/  (
wch�_t
));

138  
	`__wc��t_��s
 (
__de�
, 
__�c
, 
__n
);

139 
	}
}

142 #ifde�
__va_�g_�ck


143 
__f�tify_fun�i�
 

144 
__NTH
 (
	$sw��tf
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

145 cڡ 
wch�_t
 *
__��ri�
 
__fmt
, ...))

147 
size_t
 
sz
 = 
	`__glibc_objsize
 (
__s
);

148 i�(
sz
 !�(
size_t
�-1 || 
__USE_FORTIFY_LEVEL
 > 1)

149  
	`__sw��tf_chk
 (
__s
, 
__n
, 
__USE_FORTIFY_LEVEL
 - 1,

150 
sz
 /  (
wch�_t
), 
__fmt
, 
	`__va_�g_�ck
 ());

151  
	`__sw��tf_��s
 (
__s
, 
__n
, 
__fmt
, 
	`__va_�g_�ck
 ());

152 
	}
}

153 #�i�!
def�ed
 
__�lu�lus


155 

	#sw��tf
(
s
, 
n
, ...) \

156 (
	`__glibc_objsize
 (
s
�!�(
size_t
�-1 || 
__USE_FORTIFY_LEVEL
 > 1 \

157 ? 
	`__sw��tf_chk
 (
s
, 
n
, 
__USE_FORTIFY_LEVEL
 - 1, \

158 
	`__glibc_objsize
 (
s
�/  (
wch�_t
), 
__VA_ARGS__
) \

159 : 
	`sw��tf
 (
s
, 
n
, 
__VA_ARGS__
))

	)

162 
__f�tify_fun�i�
 

163 
__NTH
 (
	$vsw��tf
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

164 cڡ 
wch�_t
 *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�
))

166 
size_t
 
sz
 = 
	`__glibc_objsize
 (
__s
);

167 i�(
sz
 !�(
size_t
�-1 || 
__USE_FORTIFY_LEVEL
 > 1)

168  
	`__vsw��tf_chk
 (
__s
, 
__n
, 
__USE_FORTIFY_LEVEL
 - 1,

169 
sz
 /  (
wch�_t
), 
__fmt
, 
__�
);

170  
	`__vsw��tf_��s
 (
__s
, 
__n
, 
__fmt
, 
__�
);

171 
	}
}

174 #i�
__USE_FORTIFY_LEVEL
 > 1

176 #ifde�
__va_�g_�ck


177 
__f�tify_fun�i�
 

178 
	$w��tf
 (cڡ 
wch�_t
 *
__��ri�
 
__fmt
, ...)

180  
	`__w��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
	`__va_�g_�ck
 ());

181 
	}
}

183 
__f�tify_fun�i�
 

184 
	$fw��tf
 (
__FILE
 *
__��ri�
 
__��am
, cڡ 
wch�_t
 *__��ri� 
__fmt
, ...)

186  
	`__fw��tf_chk
 (
__��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

187 
	`__va_�g_�ck
 ());

188 
	}
}

189 #�i�!
def�ed
 
__�lu�lus


190 

	#w��tf
(...) \

191 
	`__w��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

192 

	#fw��tf
(
��am
, ...) \

193 
	`__fw��tf_chk
 (
��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

196 
__f�tify_fun�i�
 

197 
	$vw��tf
 (cڡ 
wch�_t
 *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�
)

199  
	`__vw��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

200 
	}
}

202 
__f�tify_fun�i�
 

203 
	$vfw��tf
 (
__FILE
 *
__��ri�
 
__��am
,

204 cڡ 
wch�_t
 *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�
)

206  
	`__vfw��tf_chk
 (
__��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

207 
	}
}

210 
__f�tify_fun�i�
 
__wur
 
wch�_t
 *

211 
	$fg�ws
 (
wch�_t
 *
__��ri�
 
__s
, 
__n
, 
__FILE
 *__��ri� 
__��am
)

213 
size_t
 
sz
 = 
	`__glibc_objsize
 (
__s
);

214 i�(
	`__glibc_��_�_unknown_�n
 (
__n
,  (
wch�_t
), 
sz
))

215  
	`__fg�ws_��s
 (
__s
, 
__n
, 
__��am
);

216 i�(
	`__glibc_un��_�n
 (
__n
,  (
wch�_t
), 
sz
))

217  
	`__fg�ws_chk_w�n
 (
__s
, 
sz
 /  (
wch�_t
), 
__n
, 
__��am
);

218  
	`__fg�ws_chk
 (
__s
, 
sz
 /  (
wch�_t
), 
__n
, 
__��am
);

219 
	}
}

221 #ifde�
__USE_GNU


222 
__f�tify_fun�i�
 
__wur
 
wch�_t
 *

223 
	$fg�ws_u�ocked
 (
wch�_t
 *
__��ri�
 
__s
, 
__n
, 
__FILE
 *__��ri� 
__��am
)

225 
size_t
 
sz
 = 
	`__glibc_objsize
 (
__s
);

226 i�(
	`__glibc_��_�_unknown_�n
 (
__n
,  (
wch�_t
), 
sz
))

227  
	`__fg�ws_u�ocked_��s
 (
__s
, 
__n
, 
__��am
);

228 i�(
	`__glibc_un��_�n
 (
__n
,  (
wch�_t
), 
sz
))

229  
	`__fg�ws_u�ocked_chk_w�n
 (
__s
, 
sz
 /  (
wch�_t
), 
__n
,

230 
__��am
);

231  
	`__fg�ws_u�ocked_chk
 (
__s
, 
sz
 /  (
wch�_t
), 
__n
, 
__��am
);

232 
	}
}

235 
__f�tify_fun�i�
 
__wur
 
size_t


236 
__NTH
 (
	$w�tomb
 (*
__��ri�
 
__s
, 
wch�_t
 
__wch�
,

237 
mb��e_t
 *
__��ri�
 
__ps
))

242 

	#__WCHAR_MB_LEN_MAX
 16

	)

243 #i�
def�ed
 
MB_LEN_MAX
 && MB_LEN_MAX !�
__WCHAR_MB_LEN_MAX


246 i�(
	`__glibc_objsize
 (
__s
�!�(
size_t
) -1

247 && 
__WCHAR_MB_LEN_MAX
 > 
	`__glibc_objsize
 (
__s
))

248  
	`__w�tomb_chk
 (
__s
, 
__wch�
, 
__ps
, 
	`__glibc_objsize
 (__s));

249  
	`__w�tomb_��s
 (
__s
, 
__wch�
, 
__ps
);

250 
	}
}

252 
__f�tify_fun�i�
 
size_t


253 
__NTH
 (
	$mb�towcs
 (
wch�_t
 *
__��ri�
 
__d�
, cڡ **__��ri� 
__�c
,

254 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
))

256  
	`__glibc_f�tify_n
 (
mb�towcs
, 
__�n
,  (
wch�_t
),

257 
	`__glibc_objsize
 (
__d�
),

258 
__d�
, 
__�c
, 
__�n
, 
__ps
);

259 
	}
}

261 
__f�tify_fun�i�
 
size_t


262 
__NTH
 (
	$wc�tombs
 (*
__��ri�
 
__d�
, cڡ 
wch�_t
 **__��ri� 
__�c
,

263 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
))

265  
	`__glibc_f�tify
 (
wc�tombs
, 
__�n
,  (),

266 
	`__glibc_objsize
 (
__d�
),

267 
__d�
, 
__�c
, 
__�n
, 
__ps
);

268 
	}
}

271 #ifdef 
__USE_XOPEN2K8


272 
__f�tify_fun�i�
 
size_t


273 
__NTH
 (
	$mb��owcs
 (
wch�_t
 *
__��ri�
 
__d�
, cڡ **__��ri� 
__�c
,

274 
size_t
 
__nmc
, size_�
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
))

276  
	`__glibc_f�tify_n
 (
mb��owcs
, 
__�n
,  (
wch�_t
),

277 
	`__glibc_objsize
 (
__d�
),

278 
__d�
, 
__�c
, 
__nmc
, 
__�n
, 
__ps
);

279 
	}
}

281 
__f�tify_fun�i�
 
size_t


282 
__NTH
 (
	$wc��ombs
 (*
__��ri�
 
__d�
, cڡ 
wch�_t
 **__��ri� 
__�c
,

283 
size_t
 
__nwc
, size_�
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
))

285  
	`__glibc_f�tify
 (
wc��ombs
, 
__�n
,  (),

286 
	`__glibc_objsize
 (
__d�
),

287 
__d�
, 
__�c
, 
__nwc
, 
__�n
, 
__ps
);

288 
	}
}

	@/usr/include/bits/wctype-wchar.h

23 #i�de�
_BITS_WCTYPE_WCHAR_H


24 

	#_BITS_WCTYPE_WCHAR_H
 1

	)

26 #i�!
def�ed
 
_WCTYPE_H
 && !def�ed 
_WCHAR_H


30 
	~<b�s/ty�s.h
>

31 
	~<b�s/ty�s/w�t_t.h
>

38 
	tw�y�_t
;

40 #i�de�
_ISwb�


45 
	~<b�s/�d�n.h
>

46 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


47 

	#_ISwb�
(
b�
�(1 << (b�))

	)

49 

	#_ISwb�
(
b�
) \

50 ((
b�
) < 8 ? () ((1UL << (bit)) << 24) \

51 : ((
b�
) < 16 ? () ((1UL << (bit)) << 8) \

52 : ((
b�
) < 24 ? () ((1UL << (bit)) >> 8) \

53 : (�((1UL << (
b�
)�>> 24))))

	)

58 
	m__ISwu��
 = 0,

59 
	m__ISwlow�
 = 1,

60 
	m__ISw�pha
 = 2,

61 
	m__ISwdig�
 = 3,

62 
	m__ISwxdig�
 = 4,

63 
	m__ISw�a�
 = 5,

64 
	m__ISw��t
 = 6,

65 
	m__ISwg�ph
 = 7,

66 
	m__ISwb�nk
 = 8,

67 
	m__ISw��l
 = 9,

68 
	m__ISwpun�
 = 10,

69 
	m__ISw�num
 = 11,

71 
	m_ISwu��
 = 
_ISwb�
 (
__ISwu��
),

72 
	m_ISwlow�
 = 
_ISwb�
 (
__ISwlow�
),

73 
	m_ISw�pha
 = 
_ISwb�
 (
__ISw�pha
),

74 
	m_ISwdig�
 = 
_ISwb�
 (
__ISwdig�
),

75 
	m_ISwxdig�
 = 
_ISwb�
 (
__ISwxdig�
),

76 
	m_ISw�a�
 = 
_ISwb�
 (
__ISw�a�
),

77 
	m_ISw��t
 = 
_ISwb�
 (
__ISw��t
),

78 
	m_ISwg�ph
 = 
_ISwb�
 (
__ISwg�ph
),

79 
	m_ISwb�nk
 = 
_ISwb�
 (
__ISwb�nk
),

80 
	m_ISw��l
 = 
_ISwb�
 (
__ISw��l
),

81 
	m_ISwpun�
 = 
_ISwb�
 (
__ISwpun�
),

82 
	m_ISw�num
 = 
_ISwb�
 (
__ISw�num
)

87 
__BEGIN_DECLS


95 

	$isw�num
 (
w�t_t
 
__wc
�
__THROW
;

101 

	$isw�pha
 (
w�t_t
 
__wc
�
__THROW
;

104 

	$isw��l
 (
w�t_t
 
__wc
�
__THROW
;

108 

	$iswdig�
 (
w�t_t
 
__wc
�
__THROW
;

112 

	$iswg�ph
 (
w�t_t
 
__wc
�
__THROW
;

117 

	$iswlow�
 (
w�t_t
 
__wc
�
__THROW
;

120 

	$isw��t
 (
w�t_t
 
__wc
�
__THROW
;

125 

	$iswpun�
 (
w�t_t
 
__wc
�
__THROW
;

130 

	$isw�a�
 (
w�t_t
 
__wc
�
__THROW
;

135 

	$iswu��
 (
w�t_t
 
__wc
�
__THROW
;

140 

	$iswxdig�
 (
w�t_t
 
__wc
�
__THROW
;

145 #ifde�
__USE_ISOC99


146 

	$iswb�nk
 (
w�t_t
 
__wc
�
__THROW
;

155 
w�y�_t
 
	$w�y�
 (cڡ *
__�ݔty
�
__THROW
;

159 

	$isw�y�
 (
w�t_t
 
__wc
, 
w�y�_t
 
__desc
�
__THROW
;

166 
w�t_t
 
	$towlow�
 (
w�t_t
 
__wc
�
__THROW
;

169 
w�t_t
 
	$towu��
 (
w�t_t
 
__wc
�
__THROW
;

171 
__END_DECLS


	@/usr/include/bits/wordsize.h

18 

	#__WORDSIZE
 64

	)

19 

	#__WORDSIZE_TIME64_COMPAT32
 0

	)

	@/usr/include/bits/xopen_lim.h

29 #i�de�
_XOPEN_LIM_H


30 

	#_XOPEN_LIM_H
 1

	)

62 

	#_XOPEN_IOV_MAX
 
_POSIX_UIO_MAXIOV


	)

64 
	~<b�s/uio_lim.h
>

65 #ifde�
__IOV_MAX


66 

	#IOV_MAX
 
__IOV_MAX


	)

68 #unde�
IOV_MAX


73 

	#NL_ARGMAX
 
_POSIX_ARG_MAX


	)

76 

	#NL_LANGMAX
 
_POSIX2_LINE_MAX


	)

79 

	#NL_MSGMAX
 
INT_MAX


	)

83 #i�
def�ed
 
__USE_GNU
 || !def�ed 
__USE_XOPEN2K8


84 

	#NL_NMAX
 
INT_MAX


	)

88 

	#NL_SETMAX
 
INT_MAX


	)

91 

	#NL_TEXTMAX
 
INT_MAX


	)

94 

	#NZERO
 20

	)

98 #ifde�
INT_MAX


99 #i�
INT_MAX
 == 32767

100 

	#WORD_BIT
 16

	)

102 #i�
INT_MAX
 == 2147483647

103 

	#WORD_BIT
 32

	)

106 

	#WORD_BIT
 64

	)

109 #�i�
def�ed
 
__INT_MAX__


110 #i�
__INT_MAX__
 == 32767

111 

	#WORD_BIT
 16

	)

113 #i�
__INT_MAX__
 == 2147483647

114 

	#WORD_BIT
 32

	)

117 

	#WORD_BIT
 64

	)

121 

	#WORD_BIT
 32

	)

125 #ifde�
LONG_MAX


126 #i�
LONG_MAX
 == 2147483647

127 

	#LONG_BIT
 32

	)

130 

	#LONG_BIT
 64

	)

132 #�i�
def�ed
 
__LONG_MAX__


133 #i�
__LONG_MAX__
 == 2147483647

134 

	#LONG_BIT
 32

	)

137 

	#LONG_BIT
 64

	)

140 
	~<b�s/w�dsize.h
>

141 #i�
__WORDSIZE
 == 64

142 

	#LONG_BIT
 64

	)

144 

	#LONG_BIT
 32

	)

	@/usr/include/endian.h

18 #i�def 
_ENDIAN_H


19 

	#_ENDIAN_H
 1

	)

21 
	~<�u�s.h
>

24 
	~<b�s/�d�n.h
>

26 #ifde�
__USE_MISC


27 

	#LITTLE_ENDIAN
 
__LITTLE_ENDIAN


	)

28 

	#BIG_ENDIAN
 
__BIG_ENDIAN


	)

29 

	#PDP_ENDIAN
 
__PDP_ENDIAN


	)

30 

	#BYTE_ORDER
 
__BYTE_ORDER


	)

33 #i�
def�ed
 
__USE_MISC
 && !def�ed 
__ASSEMBLER__


35 
	~<b�s/by�sw�.h
>

36 
	~<b�s/u��-id�t�y.h
>

38 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


39 

	#htobe16
(
x
�
	`__bsw�_16
 (x)

	)

40 

	#ht�e16
(
x
�
	`__u�t16_id�t�y
 (x)

	)

41 

	#be16toh
(
x
�
	`__bsw�_16
 (x)

	)

42 

	#�16toh
(
x
�
	`__u�t16_id�t�y
 (x)

	)

44 

	#htobe32
(
x
�
	`__bsw�_32
 (x)

	)

45 

	#ht�e32
(
x
�
	`__u�t32_id�t�y
 (x)

	)

46 

	#be32toh
(
x
�
	`__bsw�_32
 (x)

	)

47 

	#�32toh
(
x
�
	`__u�t32_id�t�y
 (x)

	)

49 

	#htobe64
(
x
�
	`__bsw�_64
 (x)

	)

50 

	#ht�e64
(
x
�
	`__u�t64_id�t�y
 (x)

	)

51 

	#be64toh
(
x
�
	`__bsw�_64
 (x)

	)

52 

	#�64toh
(
x
�
	`__u�t64_id�t�y
 (x)

	)

55 

	#htobe16
(
x
�
	`__u�t16_id�t�y
 (x)

	)

56 

	#ht�e16
(
x
�
	`__bsw�_16
 (x)

	)

57 

	#be16toh
(
x
�
	`__u�t16_id�t�y
 (x)

	)

58 

	#�16toh
(
x
�
	`__bsw�_16
 (x)

	)

60 

	#htobe32
(
x
�
	`__u�t32_id�t�y
 (x)

	)

61 

	#ht�e32
(
x
�
	`__bsw�_32
 (x)

	)

62 

	#be32toh
(
x
�
	`__u�t32_id�t�y
 (x)

	)

63 

	#�32toh
(
x
�
	`__bsw�_32
 (x)

	)

65 

	#htobe64
(
x
�
	`__u�t64_id�t�y
 (x)

	)

66 

	#ht�e64
(
x
�
	`__bsw�_64
 (x)

	)

67 

	#be64toh
(
x
�
	`__u�t64_id�t�y
 (x)

	)

68 

	#�64toh
(
x
�
	`__bsw�_64
 (x)

	)

	@/usr/include/features.h

18 #i�def 
_FEATURES_H


19 

	#_FEATURES_H
 1

	)

127 #unde�
__USE_ISOC11


128 #unde�
__USE_ISOC99


129 #unde�
__USE_ISOC95


130 #unde�
__USE_ISOCXX11


131 #unde�
__USE_POSIX


132 #unde�
__USE_POSIX2


133 #unde�
__USE_POSIX199309


134 #unde�
__USE_POSIX199506


135 #unde�
__USE_XOPEN


136 #unde�
__USE_XOPEN_EXTENDED


137 #unde�
__USE_UNIX98


138 #unde�
__USE_XOPEN2K


139 #unde�
__USE_XOPEN2KXSI


140 #unde�
__USE_XOPEN2K8


141 #unde�
__USE_XOPEN2K8XSI


142 #unde�
__USE_LARGEFILE


143 #unde�
__USE_LARGEFILE64


144 #unde�
__USE_FILE_OFFSET64


145 #unde�
__USE_MISC


146 #unde�
__USE_ATFILE


147 #unde�
__USE_DYNAMIC_STACK_SIZE


148 #unde�
__USE_GNU


149 #unde�
__USE_FORTIFY_LEVEL


150 #unde�
__KERNEL_STRICT_NAMES


151 #unde�
__GLIBC_USE_ISOC2X


152 #unde�
__GLIBC_USE_DEPRECATED_GETS


153 #unde�
__GLIBC_USE_DEPRECATED_SCANF


154 #unde�
__GLIBC_USE_C2X_STRTOL


158 #i�de�
_LOOSE_KERNEL_NAMES


159 

	#__KERNEL_STRICT_NAMES


	)

169 #i�
def�ed
 
__GNUC__
 && def�ed 
__GNUC_MINOR__


170 

	#__GNUC_PREREQ
(
maj
, 
m�
) \

171 ((
__GNUC__
 << 16�+ 
__GNUC_MINOR__
 >�((
maj
�<< 16�+ (
m�
))

	)

173 

	#__GNUC_PREREQ
(
maj
, 
m�
�0

	)

180 #i�
def�ed
 
__��g_maj�__
 && def�ed 
__��g_m��__


181 

	#__glibc_��g_��eq
(
maj
, 
m�
) \

182 ((
__��g_maj�__
 << 16�+ 
__��g_m��__
 >�((
maj
�<< 16�+ (
m�
))

	)

184 

	#__glibc_��g_��eq
(
maj
, 
m�
�0

	)

188 

	#__GLIBC_USE
(
F
�
__GLIBC_USE_
 ## 
	)
F

194 #i�(
def�ed
 
_BSD_SOURCE
 || def�ed 
_SVID_SOURCE
) \

195 && !
def�ed
 
	g_DEFAULT_SOURCE


197 #unde�
_DEFAULT_SOURCE


198 

	#_DEFAULT_SOURCE
 1

	)

202 #ifde�
_GNU_SOURCE


203 #unde�
_ISOC95_SOURCE


204 

	#_ISOC95_SOURCE
 1

	)

205 #unde�
_ISOC99_SOURCE


206 

	#_ISOC99_SOURCE
 1

	)

207 #unde�
_ISOC11_SOURCE


208 

	#_ISOC11_SOURCE
 1

	)

209 #unde�
_ISOC2X_SOURCE


210 

	#_ISOC2X_SOURCE
 1

	)

211 #unde�
_POSIX_SOURCE


212 

	#_POSIX_SOURCE
 1

	)

213 #unde�
_POSIX_C_SOURCE


214 

	#_POSIX_C_SOURCE
 200809L

	)

215 #unde�
_XOPEN_SOURCE


216 

	#_XOPEN_SOURCE
 700

	)

217 #unde�
_XOPEN_SOURCE_EXTENDED


218 

	#_XOPEN_SOURCE_EXTENDED
 1

	)

219 #unde�
_LARGEFILE64_SOURCE


220 

	#_LARGEFILE64_SOURCE
 1

	)

221 #unde�
_DEFAULT_SOURCE


222 

	#_DEFAULT_SOURCE
 1

	)

223 #unde�
_ATFILE_SOURCE


224 

	#_ATFILE_SOURCE
 1

	)

225 #unde�
_DYNAMIC_STACK_SIZE_SOURCE


226 

	#_DYNAMIC_STACK_SIZE_SOURCE
 1

	)

231 #i�(
def�ed
 
_DEFAULT_SOURCE
 \

232 || (!
def�ed
 
	g__STRICT_ANSI__
 \

233 && !
def�ed
 
	g_ISOC99_SOURCE
 && !def�ed 
	g_ISOC11_SOURCE
 \

234 && !
def�ed
 
	g_ISOC2X_SOURCE
 \

235 && !
def�ed
 
	g_POSIX_SOURCE
 && !def�ed 
	g_POSIX_C_SOURCE
 \

236 && !
def�ed
 
	g_XOPEN_SOURCE
))

237 #unde�
_DEFAULT_SOURCE


238 

	#_DEFAULT_SOURCE
 1

	)

242 #i�(
def�ed
 
_ISOC2X_SOURCE
 \

243 || (
def�ed
 
	g__STDC_VERSION__
 && __STDC_VERSION__ > 201710L))

244 

	#__GLIBC_USE_ISOC2X
 1

	)

246 

	#__GLIBC_USE_ISOC2X
 0

	)

250 #i�(
def�ed
 
_ISOC11_SOURCE
 || def�ed 
_ISOC2X_SOURCE
 \

251 || (
def�ed
 
	g__STDC_VERSION__
 && __STDC_VERSION__ >= 201112L))

252 

	#__USE_ISOC11
 1

	)

256 #i�(
def�ed
 
_ISOC99_SOURCE
 || def�ed 
_ISOC11_SOURCE
 \

257 || 
def�ed
 
_ISOC2X_SOURCE
 \

258 || (
def�ed
 
__STDC_VERSION__
 && __STDC_VERSION__ >= 199901L))

259 

	#__USE_ISOC99
 1

	)

263 #i�(
def�ed
 
_ISOC99_SOURCE
 || def�ed 
_ISOC11_SOURCE
 \

264 || 
def�ed
 
_ISOC2X_SOURCE
 \

265 || (
def�ed
 
__STDC_VERSION__
 && __STDC_VERSION__ >= 199409L))

266 

	#__USE_ISOC95
 1

	)

269 #ifde�
__�lu�lus


271 #i�
__�lu�lus
 >= 201703L

272 

	#__USE_ISOC11
 1

	)

276 #i�
__�lu�lus
 >�201103L || 
def�ed
 
__GXX_EXPERIMENTAL_CXX0X__


277 

	#__USE_ISOCXX11
 1

	)

278 

	#__USE_ISOC99
 1

	)

285 #ifde�
_DEFAULT_SOURCE


286 #i�!
def�ed
 
_POSIX_SOURCE
 && !def�ed 
_POSIX_C_SOURCE


287 

	#__USE_POSIX_IMPLICITLY
 1

	)

289 #unde�
_POSIX_SOURCE


290 

	#_POSIX_SOURCE
 1

	)

291 #unde�
_POSIX_C_SOURCE


292 

	#_POSIX_C_SOURCE
 200809L

	)

295 #i�((!
def�ed
 
__STRICT_ANSI__
 \

296 || (
def�ed
 
_XOPEN_SOURCE
 && (_XOPEN_SOURCE - 0) >= 500)) \

297 && !
def�ed
 
_POSIX_SOURCE
 && !def�ed 
_POSIX_C_SOURCE
)

298 

	#_POSIX_SOURCE
 1

	)

299 #i�
def�ed
 
_XOPEN_SOURCE
 && (_XOPEN_SOURCE - 0) < 500

300 

	#_POSIX_C_SOURCE
 2

	)

301 #�i�
def�ed
 
_XOPEN_SOURCE
 && (_XOPEN_SOURCE - 0) < 600

302 

	#_POSIX_C_SOURCE
 199506L

	)

303 #�i�
def�ed
 
_XOPEN_SOURCE
 && (_XOPEN_SOURCE - 0) < 700

304 

	#_POSIX_C_SOURCE
 200112L

	)

306 

	#_POSIX_C_SOURCE
 200809L

	)

308 

	#__USE_POSIX_IMPLICITLY
 1

	)

317 #i�((!
def�ed
 
_POSIX_C_SOURCE
 || (_POSIX_C_SOURCE - 0) < 199506L) \

318 && (
def�ed
 
_REENTRANT
 || def�ed 
_THREAD_SAFE
))

319 

	#_POSIX_SOURCE
 1

	)

320 #unde�
_POSIX_C_SOURCE


321 

	#_POSIX_C_SOURCE
 199506L

	)

324 #i�(
def�ed
 
_POSIX_SOURCE
 \

325 || (
def�ed
 
_POSIX_C_SOURCE
 && _POSIX_C_SOURCE >= 1) \

326 || 
def�ed
 
_XOPEN_SOURCE
)

327 

	#__USE_POSIX
 1

	)

330 #i�
def�ed
 
_POSIX_C_SOURCE
 && _POSIX_C_SOURCE >�2 || def�ed 
_XOPEN_SOURCE


331 

	#__USE_POSIX2
 1

	)

334 #i�
def�ed
 
_POSIX_C_SOURCE
 && (_POSIX_C_SOURCE - 0) >= 199309L

335 

	#__USE_POSIX199309
 1

	)

338 #i�
def�ed
 
_POSIX_C_SOURCE
 && (_POSIX_C_SOURCE - 0) >= 199506L

339 

	#__USE_POSIX199506
 1

	)

342 #i�
def�ed
 
_POSIX_C_SOURCE
 && (_POSIX_C_SOURCE - 0) >= 200112L

343 

	#__USE_XOPEN2K
 1

	)

344 #unde�
__USE_ISOC95


345 

	#__USE_ISOC95
 1

	)

346 #unde�
__USE_ISOC99


347 

	#__USE_ISOC99
 1

	)

350 #i�
def�ed
 
_POSIX_C_SOURCE
 && (_POSIX_C_SOURCE - 0) >= 200809L

351 

	#__USE_XOPEN2K8
 1

	)

352 #unde�
_ATFILE_SOURCE


353 

	#_ATFILE_SOURCE
 1

	)

356 #ifdef 
_XOPEN_SOURCE


357 

	#__USE_XOPEN
 1

	)

358 #i�(
_XOPEN_SOURCE
 - 0) >= 500

359 

	#__USE_XOPEN_EXTENDED
 1

	)

360 

	#__USE_UNIX98
 1

	)

361 #unde�
_LARGEFILE_SOURCE


362 

	#_LARGEFILE_SOURCE
 1

	)

363 #i�(
_XOPEN_SOURCE
 - 0) >= 600

364 #i�(
_XOPEN_SOURCE
 - 0) >= 700

365 

	#__USE_XOPEN2K8
 1

	)

366 

	#__USE_XOPEN2K8XSI
 1

	)

368 

	#__USE_XOPEN2K
 1

	)

369 

	#__USE_XOPEN2KXSI
 1

	)

370 #unde�
__USE_ISOC95


371 

	#__USE_ISOC95
 1

	)

372 #unde�
__USE_ISOC99


373 

	#__USE_ISOC99
 1

	)

376 #ifde�
_XOPEN_SOURCE_EXTENDED


377 

	#__USE_XOPEN_EXTENDED
 1

	)

382 #ifde�
_LARGEFILE_SOURCE


383 

	#__USE_LARGEFILE
 1

	)

386 #ifde�
_LARGEFILE64_SOURCE


387 

	#__USE_LARGEFILE64
 1

	)

390 #i�
def�ed
 
_FILE_OFFSET_BITS
 && _FILE_OFFSET_BITS == 64

391 

	#__USE_FILE_OFFSET64
 1

	)

394 
	~<�u�s-time64.h
>

396 #i�
def�ed
 
_DEFAULT_SOURCE


397 

	#__USE_MISC
 1

	)

400 #ifdef 
_ATFILE_SOURCE


401 

	#__USE_ATFILE
 1

	)

404 #ifdef 
_DYNAMIC_STACK_SIZE_SOURCE


405 

	#__USE_DYNAMIC_STACK_SIZE
 1

	)

408 #ifdef 
_GNU_SOURCE


409 

	#__USE_GNU
 1

	)

412 #i�
def�ed
 
_FORTIFY_SOURCE
 && _FORTIFY_SOURCE > 0

413 #i�!
def�ed
 
__OPTIMIZE__
 || __OPTIMIZE__ <= 0

414 #w�n�g 
_FORTIFY_SOURCE
 
�qu�es
 
comp��g
 
w�h
 
�timiz�i�
 (-
O
)

415 #�i�!
__GNUC_PREREQ
 (4, 1)

416 #w�n�g 
_FORTIFY_SOURCE
 
�qu�es
 
GCC
 4.1 
�
 
ϋr


417 #�i�
_FORTIFY_SOURCE
 > 2 && (
__glibc_��g_��eq
 (9, 0) \

418 || 
	$__GNUC_PREREQ
 (12, 0))

420 #i�
_FORTIFY_SOURCE
 > 3

421 #w�n�g 
_FORTIFY_SOURCE
 > 3 
is
 
���d
 
like
 3 
�
 
this
 
��f�m


423 

	#__USE_FORTIFY_LEVEL
 3

	)

424 #�i�
_FORTIFY_SOURCE
 > 1

425 #i�
_FORTIFY_SOURCE
 > 2

426 #w�n�g 
_FORTIFY_SOURCE
 > 2 
is
 
���d
 
like
 2 
�
 
this
 
��f�m


428 

	#__USE_FORTIFY_LEVEL
 2

	)

430 

	#__USE_FORTIFY_LEVEL
 1

	)

433 #i�de�
__USE_FORTIFY_LEVEL


434 

	#__USE_FORTIFY_LEVEL
 0

	)

441 #i�
def�ed
 
__�lu�lus
 ? __�lu�lu�>�201402L : def�ed 
__USE_ISOC11


442 

	#__GLIBC_USE_DEPRECATED_GETS
 0

	)

444 

	#__GLIBC_USE_DEPRECATED_GETS
 1

	)

459 #i�(
def�ed
 
__USE_GNU
 \

460 && (
def�ed
 
__�lu�lus
 \

461 ? (
__�lu�lus
 < 201103L && !
def�ed
 
__GXX_EXPERIMENTAL_CXX0X__
) \

462 : (!
def�ed
 
__STDC_VERSION__
 || __STDC_VERSION__ < 199901L)))

463 

	#__GLIBC_USE_DEPRECATED_SCANF
 1

	)

465 

	#__GLIBC_USE_DEPRECATED_SCANF
 0

	)

473 #i�
	`__GLIBC_USE
 (
ISOC2X
)

474 

	#__GLIBC_USE_C2X_STRTOL
 1

	)

476 

	#__GLIBC_USE_C2X_STRTOL
 0

	)

481 
	~<�dc-�edef.h
>

489 #unde�
__GNU_LIBRARY__


490 

	#__GNU_LIBRARY__
 6

	)

494 

	#__GLIBC__
 2

	)

495 

	#__GLIBC_MINOR__
 38

	)

497 

	#__GLIBC_PREREQ
(
maj
, 
m�
) \

498 ((
__GLIBC__
 << 16�+ 
__GLIBC_MINOR__
 >�((
maj
�<< 16�+ (
m�
))

	)

501 #i�de�
__ASSEMBLER__


502 #i�de�
_SYS_CDEFS_H


503 
	~<sys/cdefs.h
>

508 #i�
def�ed
 
__USE_FILE_OFFSET64
 && !def�ed 
__REDIRECT


509 

	#__USE_LARGEFILE
 1

	)

510 

	#__USE_LARGEFILE64
 1

	)

516 #i�
	`__GNUC_PREREQ
 (2, 7�&& 
def�ed
 
__OPTIMIZE__
 \

517 && !
def�ed
 
__OPTIMIZE_SIZE__
 && !def�ed 
__NO_INLINE__
 \

518 && 
def�ed
 
__ex��_�l�e


519 

	#__USE_EXTERN_INLINES
 1

	)

527 
	~<gnu/�ubs.h
>

	@/usr/include/linux/if_ether.h

22 #i�de�
_LINUX_IF_ETHER_H


23 

	#_LINUX_IF_ETHER_H


	)

25 
	~<l�ux/ty�s.h
>

32 

	#ETH_ALEN
 6

	)

33 

	#ETH_TLEN
 2

	)

34 

	#ETH_HLEN
 14

	)

35 

	#ETH_ZLEN
 60

	)

36 

	#ETH_DATA_LEN
 1500

	)

37 

	#ETH_FRAME_LEN
 1514

	)

38 

	#ETH_FCS_LEN
 4

	)

40 

	#ETH_MIN_MTU
 68

	)

41 

	#ETH_MAX_MTU
 0xFFFFU

	)

47 

	#ETH_P_LOOP
 0x0060

	)

48 

	#ETH_P_PUP
 0x0200

	)

49 

	#ETH_P_PUPAT
 0x0201

	)

50 

	#ETH_P_TSN
 0x22F0

	)

51 

	#ETH_P_ERSPAN2
 0x22EB

	)

52 

	#ETH_P_IP
 0x0800

	)

53 

	#ETH_P_X25
 0x0805

	)

54 

	#ETH_P_ARP
 0x0806

	)

55 

	#ETH_P_BPQ
 0x08FF

	)

56 

	#ETH_P_IEEEPUP
 0x0a00

	)

57 

	#ETH_P_IEEEPUPAT
 0x0a01

	)

58 

	#ETH_P_BATMAN
 0x4305

	)

59 

	#ETH_P_DEC
 0x6000

	)

60 

	#ETH_P_DNA_DL
 0x6001

	)

61 

	#ETH_P_DNA_RC
 0x6002

	)

62 

	#ETH_P_DNA_RT
 0x6003

	)

63 

	#ETH_P_LAT
 0x6004

	)

64 

	#ETH_P_DIAG
 0x6005

	)

65 

	#ETH_P_CUST
 0x6006

	)

66 

	#ETH_P_SCA
 0x6007

	)

67 

	#ETH_P_TEB
 0x6558

	)

68 

	#ETH_P_RARP
 0x8035

	)

69 

	#ETH_P_ATALK
 0x809B

	)

70 

	#ETH_P_AARP
 0x80F3

	)

71 

	#ETH_P_8021Q
 0x8100

	)

72 

	#ETH_P_ERSPAN
 0x88BE

	)

73 

	#ETH_P_IPX
 0x8137

	)

74 

	#ETH_P_IPV6
 0x86DD

	)

75 

	#ETH_P_PAUSE
 0x8808

	)

76 

	#ETH_P_SLOW
 0x8809

	)

77 

	#ETH_P_WCCP
 0x883E

	)

79 

	#ETH_P_MPLS_UC
 0x8847

	)

80 

	#ETH_P_MPLS_MC
 0x8848

	)

81 

	#ETH_P_ATMMPOA
 0x884�

	)

82 

	#ETH_P_PPP_DISC
 0x8863

	)

83 

	#ETH_P_PPP_SES
 0x8864

	)

84 

	#ETH_P_LINK_CTL
 0x886�

	)

85 

	#ETH_P_ATMFATE
 0x8884

	)

88 

	#ETH_P_PAE
 0x888E

	)

89 

	#ETH_P_PROFINET
 0x8892

	)

90 

	#ETH_P_REALTEK
 0x8899

	)

91 

	#ETH_P_AOE
 0x88A2

	)

92 

	#ETH_P_ETHERCAT
 0x88A4

	)

93 

	#ETH_P_8021AD
 0x88A8

	)

94 

	#ETH_P_802_EX1
 0x88B5

	)

95 

	#ETH_P_PREAUTH
 0x88C7

	)

96 

	#ETH_P_TIPC
 0x88CA

	)

97 

	#ETH_P_LLDP
 0x88CC

	)

98 

	#ETH_P_MRP
 0x88E3

	)

99 

	#ETH_P_MACSEC
 0x88E5

	)

100 

	#ETH_P_8021AH
 0x88E7

	)

101 

	#ETH_P_MVRP
 0x88F5

	)

102 

	#ETH_P_1588
 0x88F7

	)

103 

	#ETH_P_NCSI
 0x88F8

	)

104 

	#ETH_P_PRP
 0x88FB

	)

105 

	#ETH_P_CFM
 0x8902

	)

106 

	#ETH_P_FCOE
 0x8906

	)

107 

	#ETH_P_IBOE
 0x8915

	)

108 

	#ETH_P_TDLS
 0x890D

	)

109 

	#ETH_P_FIP
 0x8914

	)

110 

	#ETH_P_80221
 0x8917

	)

111 

	#ETH_P_HSR
 0x892F

	)

112 

	#ETH_P_NSH
 0x894F

	)

113 

	#ETH_P_LOOPBACK
 0x9000

	)

114 

	#ETH_P_QINQ1
 0x9100

	)

115 

	#ETH_P_QINQ2
 0x9200

	)

116 

	#ETH_P_QINQ3
 0x9300

	)

117 

	#ETH_P_EDSA
 0xDADA

	)

118 

	#ETH_P_DSA_8021Q
 0xDADB

	)

119 

	#ETH_P_DSA_A5PSW
 0xE001

	)

120 

	#ETH_P_IFE
 0xED3E

	)

121 

	#ETH_P_AF_IUCV
 0xFBFB

	)

123 

	#ETH_P_802_3_MIN
 0x0600

	)

130 

	#ETH_P_802_3
 0x0001

	)

131 

	#ETH_P_AX25
 0x0002

	)

132 

	#ETH_P_ALL
 0x0003

	)

133 

	#ETH_P_802_2
 0x0004

	)

134 

	#ETH_P_SNAP
 0x0005

	)

135 

	#ETH_P_DDCMP
 0x0006

	)

136 

	#ETH_P_WAN_PPP
 0x0007

	)

137 

	#ETH_P_PPP_MP
 0x0008

	)

138 

	#ETH_P_LOCALTALK
 0x0009

	)

139 

	#ETH_P_CAN
 0x000C

	)

140 

	#ETH_P_CANFD
 0x000D

	)

141 

	#ETH_P_CANXL
 0x000E

	)

142 

	#ETH_P_PPPTALK
 0x0010

	)

143 

	#ETH_P_TR_802_2
 0x0011

	)

144 

	#ETH_P_MOBITEX
 0x0015

	)

145 

	#ETH_P_CONTROL
 0x0016

	)

146 

	#ETH_P_IRDA
 0x0017

	)

147 

	#ETH_P_ECONET
 0x0018

	)

148 

	#ETH_P_HDLC
 0x0019

	)

149 

	#ETH_P_ARCNET
 0x001A

	)

150 

	#ETH_P_DSA
 0x001B

	)

151 

	#ETH_P_TRAILER
 0x001C

	)

152 

	#ETH_P_PHONET
 0x00F5

	)

153 

	#ETH_P_IEEE802154
 0x00F6

	)

154 

	#ETH_P_CAIF
 0x00F7

	)

155 

	#ETH_P_XDSA
 0x00F8

	)

156 

	#ETH_P_MAP
 0x00F9

	)

159 

	#ETH_P_MCTP
 0x00FA

	)

168 #i�de�
__UAPI_DEF_ETHHDR


169 

	#__UAPI_DEF_ETHHDR
 1

	)

172 #i�
__UAPI_DEF_ETHHDR


173 
	s�hhdr
 {

174 
	mh_de�
[
ETH_ALEN
];

175 
	mh_sour�
[
ETH_ALEN
];

176 
__be16
 
	mh_��o
;

177 } 
__��ibu�__
((
�cked
));

	@/usr/include/linux/kernel.h

2 #i�de�
_LINUX_KERNEL_H


3 

	#_LINUX_KERNEL_H


	)

5 
	~<l�ux/sys�fo.h
>

6 
	~<l�ux/cڡ.h
>

	@/usr/include/linux/mount.h

1 #i�de�
_LINUX_MOUNT_H


2 

	#_LINUX_MOUNT_H


	)

4 
	~<l�ux/ty�s.h
>

13 

	#MS_RDONLY
 1

	)

14 

	#MS_NOSUID
 2

	)

15 

	#MS_NODEV
 4

	)

16 

	#MS_NOEXEC
 8

	)

17 

	#MS_SYNCHRONOUS
 16

	)

18 

	#MS_REMOUNT
 32

	)

19 

	#MS_MANDLOCK
 64

	)

20 

	#MS_DIRSYNC
 128

	)

21 

	#MS_NOSYMFOLLOW
 256

	)

22 

	#MS_NOATIME
 1024

	)

23 

	#MS_NODIRATIME
 2048

	)

24 

	#MS_BIND
 4096

	)

25 

	#MS_MOVE
 8192

	)

26 

	#MS_REC
 16384

	)

27 

	#MS_VERBOSE
 32768

	)

29 

	#MS_SILENT
 32768

	)

30 

	#MS_POSIXACL
 (1<<16�

	)

31 

	#MS_UNBINDABLE
 (1<<17�

	)

32 

	#MS_PRIVATE
 (1<<18�

	)

33 

	#MS_SLAVE
 (1<<19�

	)

34 

	#MS_SHARED
 (1<<20�

	)

35 

	#MS_RELATIME
 (1<<21�

	)

36 

	#MS_KERNMOUNT
 (1<<22�

	)

37 

	#MS_I_VERSION
 (1<<23�

	)

38 

	#MS_STRICTATIME
 (1<<24�

	)

39 

	#MS_LAZYTIME
 (1<<25�

	)

42 

	#MS_SUBMOUNT
 (1<<26)

	)

43 

	#MS_NOREMOTELOCK
 (1<<27)

	)

44 

	#MS_NOSEC
 (1<<28)

	)

45 

	#MS_BORN
 (1<<29)

	)

46 

	#MS_ACTIVE
 (1<<30)

	)

47 

	#MS_NOUSER
 (1<<31)

	)

52 

	#MS_RMT_MASK
 (
MS_RDONLY
|
MS_SYNCHRONOUS
|
MS_MANDLOCK
|
MS_I_VERSION
|\

53 
MS_LAZYTIME
)

	)

58 

	#MS_MGC_VAL
 0xC0ED0000

	)

59 

	#MS_MGC_MSK
 0xffff0000

	)

64 

	#OPEN_TREE_CLONE
 1

	)

65 

	#OPEN_TREE_CLOEXEC
 
O_CLOEXEC


	)

70 

	#MOVE_MOUNT_F_SYMLINKS
 0x00000001

	)

71 

	#MOVE_MOUNT_F_AUTOMOUNTS
 0x00000002

	)

72 

	#MOVE_MOUNT_F_EMPTY_PATH
 0x00000004

	)

73 

	#MOVE_MOUNT_T_SYMLINKS
 0x00000010

	)

74 

	#MOVE_MOUNT_T_AUTOMOUNTS
 0x00000020

	)

75 

	#MOVE_MOUNT_T_EMPTY_PATH
 0x00000040

	)

76 

	#MOVE_MOUNT_SET_GROUP
 0x00000100

	)

77 

	#MOVE_MOUNT_BENEATH
 0x00000200

	)

78 

	#MOVE_MOUNT__MASK
 0x00000377

	)

83 

	#FSOPEN_CLOEXEC
 0x00000001

	)

88 

	#FSPICK_CLOEXEC
 0x00000001

	)

89 

	#FSPICK_SYMLINK_NOFOLLOW
 0x00000002

	)

90 

	#FSPICK_NO_AUTOMOUNT
 0x00000004

	)

91 

	#FSPICK_EMPTY_PATH
 0x00000008

	)

96 
	efsc�fig_comm�d
 {

97 
	mFSCONFIG_SET_FLAG
 = 0,

98 
	mFSCONFIG_SET_STRING
 = 1,

99 
	mFSCONFIG_SET_BINARY
 = 2,

100 
	mFSCONFIG_SET_PATH
 = 3,

101 
	mFSCONFIG_SET_PATH_EMPTY
 = 4,

102 
	mFSCONFIG_SET_FD
 = 5,

103 
	mFSCONFIG_CMD_CREATE
 = 6,

104 
	mFSCONFIG_CMD_RECONFIGURE
 = 7,

110 

	#FSMOUNT_CLOEXEC
 0x00000001

	)

115 

	#MOUNT_ATTR_RDONLY
 0x00000001

	)

116 

	#MOUNT_ATTR_NOSUID
 0x00000002

	)

117 

	#MOUNT_ATTR_NODEV
 0x00000004

	)

118 

	#MOUNT_ATTR_NOEXEC
 0x00000008

	)

119 

	#MOUNT_ATTR__ATIME
 0x00000070

	)

120 

	#MOUNT_ATTR_RELATIME
 0x00000000

	)

121 

	#MOUNT_ATTR_NOATIME
 0x00000010

	)

122 

	#MOUNT_ATTR_STRICTATIME
 0x00000020

	)

123 

	#MOUNT_ATTR_NODIRATIME
 0x00000080

	)

124 

	#MOUNT_ATTR_IDMAP
 0x00100000

	)

125 

	#MOUNT_ATTR_NOSYMFOLLOW
 0x00200000

	)

130 
	smou�_��
 {

131 
__u64
 
	m��_�t
;

132 
__u64
 
	m��_�r
;

133 
__u64
 
	m��ag�i�
;

134 
__u64
 
	mu��s_fd
;

138 

	#MOUNT_ATTR_SIZE_VER0
 32

	)

	@/usr/include/linux/types.h

2 #i�de�
_LINUX_TYPES_H


3 

	#_LINUX_TYPES_H


	)

5 
	~<asm/ty�s.h
>

7 #i�de�
__ASSEMBLY__


9 
	~<l�ux/posix_ty�s.h
>

11 #ifde�
__SIZEOF_INT128__


12 
__sig�d__
 
	t__�t128
 
	t__s128
 
	t__��ibu�__
((
	t�ig�d
(16)));

13 
	t__�t128
 
	t__u128
 
	t__��ibu�__
((
	t�ig�d
(16)));

22 #ifde�
__CHECKER__


23 

	#__b�wi�
 
	`__��ibu�__
((
b�wi�
))

	)

25 

	#__b�wi�


	)

29 

	#__b�wi�__
 
__b�wi�


	)

31 
__u16
 
	t__b�wi�
 
	t__�16
;

32 
__u16
 
	t__b�wi�
 
	t__be16
;

33 
__u32
 
	t__b�wi�
 
	t__�32
;

34 
__u32
 
	t__b�wi�
 
	t__be32
;

35 
__u64
 
	t__b�wi�
 
	t__�64
;

36 
__u64
 
	t__b�wi�
 
	t__be64
;

38 
__u16
 
	t__b�wi�
 
	t__sum16
;

39 
__u32
 
	t__b�wi�
 
	t__wsum
;

50 

	#__�ig�d_u64
 
__u64
 
	`__��ibu�__
((
	`�ig�d
(8)))

	)

51 

	#__�ig�d_be64
 
__be64
 
	`__��ibu�__
((
	`�ig�d
(8)))

	)

52 

	#__�ig�d_�64
 
__�64
 
	`__��ibu�__
((
	`�ig�d
(8)))

	)

54 
	t__b�wi�
 
	t__p�l_t
;

	@/usr/include/netinet/if_ether.h

18 #i�de�
__NETINET_IF_ETHER_H


20 

	#__NETINET_IF_ETHER_H
 1

	)

21 
	~<�u�s.h
>

22 
	~<sys/ty�s.h
>

25 
	~<l�ux/if_�h�.h
>

27 #ifde�
__USE_MISC


60 
	~<�t/�h��t.h
>

61 
	~<�t/if_�p.h
>

63 
__BEGIN_DECLS


71 
	s�h�_�p
 {

72 
�phdr
 
	m�_hdr
;

73 
u�t8_t
 
	m�p_sha
[
ETH_ALEN
];

74 
u�t8_t
 
	m�p_�a
[4];

75 
u�t8_t
 
	m�p_tha
[
ETH_ALEN
];

76 
u�t8_t
 
	m�p_�a
[4];

78 

	#�p_hrd
 
�_hdr
.
�_hrd


	)

79 

	#�p_�o
 
�_hdr
.
�_�o


	)

80 

	#�p_h�
 
�_hdr
.
�_h�


	)

81 

	#�p_�n
 
�_hdr
.
�_�n


	)

82 

	#�p_�
 
�_hdr
.
�_�


	)

89 

	#ETHER_MAP_IP_MULTICAST
(
�addr
, 
�addr
) \

93 (
�addr
)[0] = 0x01; \

94 (
�addr
)[1] = 0x00; \

95 (
�addr
)[2] = 0x5e; \

96 (
�addr
)[3] = ((
u�t8_t
 *)
�addr
)[1] & 0x7f; \

97 (
�addr
)[4] = ((
u�t8_t
 *)
�addr
)[2]; \

98 (
�addr
)[5] = ((
u�t8_t
 *)
�addr
)[3]; \

99 }

	)

101 
	g__END_DECLS


	@/usr/include/strings.h

18 #i�def 
_STRINGS_H


19 

	#_STRINGS_H
 1

	)

21 
	~<�u�s.h
>

22 

	#__�ed_size_t


	)

23 
	~<�ddef.h
>

26 #i�
def�ed
 
__�lu�lus
 && 
__GNUC_PREREQ
 (4, 4)

27 

	#__CORRECT_ISO_CPP_STRINGS_H_PROTO


	)

30 
	g__BEGIN_DECLS


32 #i�
def�ed
 
__USE_MISC
 || !def�ed 
__USE_XOPEN2K8


34 

	$bcmp
 (cڡ *
__s1
, cڡ *
__s2
, 
size_t
 
__n
)

35 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

38 

	$bc�y
 (cڡ *
__�c
, *
__de�
, 
size_t
 
__n
)

39 
__THROW
 
	`__n�nu�
 ((1, 2));

42 

	$bz�o
 (*
__s
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1));

45 #ifde�
__CORRECT_ISO_CPP_STRINGS_H_PROTO


48 
*
	`�dex
 (*
__s
, 
__c
)

49 
__THROW
 
	`__asm
 ("�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

50 
cڡ *
	`�dex
 (cڡ *
__s
, 
__c
)

51 
__THROW
 
	`__asm
 ("�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

53 #i�
def�ed
 
__OPTIMIZE__


54 
__ex��_�ways_�l�e
 *

55 
	`�dex
 (*
__s
, 
__c
�
__THROW


57  
	`__bu�t�_�dex
 (
__s
, 
__c
);

60 
__ex��_�ways_�l�e
 const *

61 
	`�dex
 (cڡ *
__s
, 
__c
�
__THROW


63  
	`__bu�t�_�dex
 (
__s
, 
__c
);

66 
	}
}

68 
*
	$�dex
 (cڡ *
__s
, 
__c
)

69 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

73 #ifde�
__CORRECT_ISO_CPP_STRINGS_H_PROTO


76 
*
	`r�dex
 (*
__s
, 
__c
)

77 
__THROW
 
	`__asm
 ("r�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

78 
cڡ *
	`r�dex
 (cڡ *
__s
, 
__c
)

79 
__THROW
 
	`__asm
 ("r�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

81 #i�
def�ed
 
__OPTIMIZE__


82 
__ex��_�ways_�l�e
 *

83 
	`r�dex
 (*
__s
, 
__c
�
__THROW


85  
	`__bu�t�_r�dex
 (
__s
, 
__c
);

88 
__ex��_�ways_�l�e
 const *

89 
	`r�dex
 (cڡ *
__s
, 
__c
�
__THROW


91  
	`__bu�t�_r�dex
 (
__s
, 
__c
);

94 
	}
}

96 
*
	$r�dex
 (cڡ *
__s
, 
__c
)

97 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

101 #i�
def�ed
 
__USE_MISC
 || !def�ed 
__USE_XOPEN2K8
 || def�ed 
__USE_XOPEN2K8XSI


104 

	$ffs
 (
__i
�
__THROW
 
__��ibu�_cڡ__
;

109 #ifdef 
__USE_MISC


110 

	$ff�
 (
__l
�
__THROW
 
__��ibu�_cڡ__
;

111 
__ex�nsi�__
 

	$ff�l
 (
__�
)

112 
__THROW
 
__��ibu�_cڡ__
;

116 

	$�r��cmp
 (cڡ *
__s1
, cڡ *
__s2
)

117 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

120 

	$����cmp
 (cڡ *
__s1
, cڡ *
__s2
, 
size_t
 
__n
)

121 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

123 #ifdef 
__USE_XOPEN2K8


125 
	~<b�s/ty�s/lo��_t.h
>

128 

	$�r��cmp_l
 (cڡ *
__s1
, cڡ *
__s2
, 
lo��_t
 
__loc
)

129 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2, 3));

133 

	$����cmp_l
 (cڡ *
__s1
, cڡ *
__s2
,

134 
size_t
 
__n
, 
lo��_t
 
__loc
)

135 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2, 4));

138 
__END_DECLS


140 #i�
	`__GNUC_PREREQ
 (3,4�&& 
__USE_FORTIFY_LEVEL
 > 0 \

141 && 
def�ed
 
__f�tify_fun�i�


143 #i�
def�ed
 
__USE_MISC
 || !def�ed 
__USE_XOPEN2K8


144 
	~<b�s/�r�gs_f�tif�d.h
>

	@/usr/include/sys/cdefs.h

19 #i�def 
_SYS_CDEFS_H


20 

	#_SYS_CDEFS_H
 1

	)

23 #i�de�
_FEATURES_H


24 
	~<�u�s.h
>

30 #i�
def�ed
 
__GNUC__
 && !def�ed 
__STDC__
 && !def�ed 
__�lu�lus


35 #unde�
__P


36 #unde�
__PMT


42 #i�(
def�ed
 
__has_��ibu�
 \

43 && (!
def�ed
 
	g__��g_m��__
 \

44 || 3 < 
	g__��g_maj�__
 + (5 <�
__��g_m��__
)))

45 

	#__glibc_has_��ibu�
(
��
�
	`__has_��ibu�
 (��)

	)

47 

	#__glibc_has_��ibu�
(
��
�0

	)

49 #ifde�
__has_bu�t�


50 

	#__glibc_has_bu�t�
(
�me
�
	`__has_bu�t�
 (�me)

	)

52 

	#__glibc_has_bu�t�
(
�me
�0

	)

54 #ifde�
__has_ex�nsi�


55 

	#__glibc_has_ex�nsi�
(
ext
�
	`__has_ex�nsi�
 (ext)

	)

57 

	#__glibc_has_ex�nsi�
(
ext
�0

	)

60 #i�
def�ed
 
__GNUC__
 || def�ed 
__��g__


64 #i�
__GNUC_PREREQ
 (4, 6�&& !
def�ed
 
_LIBC


65 

	#__LEAF
 , 
__�af__


	)

66 

	#__LEAF_ATTR
 
	`__��ibu�__
 ((
__�af__
))

	)

68 

	#__LEAF


	)

69 

	#__LEAF_ATTR


	)

77 #i�!
def�ed
 
__�lu�lus
 \

78 && (
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 (3, 4�|| 
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 (
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79 

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 ((
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__LEAF
))

	)

80 

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	)

81 

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f�
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fct

82 

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84 #i�
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 && (
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 >= 4)

85 #i�
__�lu�lus
 >= 201103L

86 

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 (
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88 

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	)

90 

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__THROW


	)

91 

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(
f�
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__LEAF_ATTR
 f� 
__THROW


	)

92 

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(
f�
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94 

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	)

95 

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	)

96 

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(
f�
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fct

97 

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101 #i�
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102 

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 ((
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104 

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109 #i�(
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110 || (
def�ed
 
__STDC_VERSION__
 && __STDC_VERSION__ >= 199901L))

111 

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�l�e


	)

113 

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	)

116 

	#__THROW


	)

117 

	#__THROWNL


	)

118 

	#__NTH
(
f�
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	)
fct

119 

	#__COLD


	)

125 

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args

126 

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131 

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y
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y

132 

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135 

	#__�r_t
 *

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139 #ifdef 
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140 

	#__BEGIN_DECLS
 
"C" {

	)

141 

	#__END_DECLS
 
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	)
}

143 

	#__BEGIN_DECLS


	)

144 

	#__END_DECLS


	)

149 

	#__bos
(
�r
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__USE_FORTIFY_LEVEL
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150 

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153 #i�
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 =�3 && (
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154 || 
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155 

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156 

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158 

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159 

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162 #i�
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167 

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168 

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169 ((
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170 || (
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174 

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175 ((
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176 || (
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177 && 
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178 (
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179 && 
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 ((
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184 

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__osz
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185 (
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186 && 
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187 
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188 && !
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 ((
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193 

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, ...) \

194 (
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195 ? 
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196 : (
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197 ? 
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198 : 
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f
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	)

203 

	#__glibc_f�tify_n
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f
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204 (
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205 ? 
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206 : (
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207 ? 
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208 : 
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211 #i�
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 (4,3)

212 

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((
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213 

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214 

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 (�
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((
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216 

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217 

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msg
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224 #i�
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__STDC_VERSION__
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__HP_cc


225 

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226 

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 1

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227 #�i�
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__��g__


230 

	#__�ex�r
 []

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231 

	#__glibc_c99_�ex�r_ava�ab�
 1

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232 #�i�
def�ed
 
__GNUC__


235 

	#__�ex�r
 [0]

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236 

	#__glibc_c99_�ex�r_ava�ab�
 1

	)

239 

	#__�ex�r
 [1]

	)

240 

	#__glibc_c99_�ex�r_ava�ab�
 0

	)

254 #i�(
def�ed
 
__GNUC__
 && __GNUC__ >�2�|| (
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 >= 4)

256 

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257 #ifde�
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258 

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259 
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260 

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261 
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263 

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264 
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265 

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266 
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268 

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269 

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271 #i�de�
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272 

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	)

275 #i�de�
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276 

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290 #i�!(
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__GNUC__
 || def�ed 
__��g__
)

291 

	#__��ibu�__
(
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	)

297 #i�
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298 

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300 

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305 #i�
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306 

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307 
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309 

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314 #i�
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315 

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316 
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318 

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324 #i�
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325 

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327 

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331 #i�
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332 

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334 

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337 #i�
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338 

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340 

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346 #i�
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347 

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348 

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350 

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351 

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355 #i�
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356 

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358 

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364 #i�
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365 || 
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366 

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367 
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369 

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378 #i�
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379 

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381 

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388 #i�
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389 

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b
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390 
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392 

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399 #i�de�
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400 #i�
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401 

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403 

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406 #i�de�
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407 

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412 #i�de�
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413 #i�
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414 

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416 

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422 #i�
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423 

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424 
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425 #i�
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426 

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429 

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431 #i�de�
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432 

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436 #i�
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440 #unde�
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441 

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443 #unde�
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444 

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449 #i�
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450 

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452 

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464 #i�(!
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 || 
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465 || (
def�ed
 
__��g__
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466 || 
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467 #i�
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468 

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469 

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470 
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472 

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473 

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477 #ifde�
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478 

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483 #i�
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484 

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485 

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492 #i�!(
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493 

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499 #i�!(
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500 #i�
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501 

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503 

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511 #i�(
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512 

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514 #ifde�
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515 

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517 #i�
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518 

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521 

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526 #i�(
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527 

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528 

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530 

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531 

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534 #i�(!
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535 && (
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__STDC_VERSION__
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536 && !(
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537 || (3 < 
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538 #i�
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539 

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541 

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545 #i�
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549 

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551 

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555 #unde�
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556 #i�
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559 

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561 

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564 #i�(!
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565 && (
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566 && (!(
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567 || 
def�ed
 
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568 

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569 
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	`__S�tic_as��_fun�i�
 ()) \

570 [!! (�ru� { 
__�r�_if_�g�ive
: (
ex�
�? 2 : -1; })]

	)

575 #i�de�
__GNULIB_CDEFS


576 
	~<b�s/w�dsize.h
>

577 
	~<b�s/l�g-doub�.h
>

580 #i�
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 1

581 #ifde�
__REDIRECT


584 

	#__LDBL_REDIR
(
�me
, 
��o
�... 
unu�d__ldbl_�d�


	)

585 

	#__LDBL_REDIR_DECL
(
�me
) \

586 
	`__ty�of
 (
�me
��m�
	`__asm
 (
	`__ASMNAME
 ("__" #�m�"��128"));

	)

587 

	#__REDIRECT_LDBL
(
�me
, 
��o
, 
��s
) \

588 
�me
 
��o
 
	`__asm
 (
	`__ASMNAME
 ("__" #���"��128"))

	)

591 

	#__LDBL_REDIR2_DECL
(
�me
) \

592 
	`__ty�of
 (
__
##
�me
) __##name \

593 
	`__asm
 (
	`__ASMNAME
 ("__" #�m�"��128"));

	)

596 

	#__LDBL_REDIR1
(
�me
, 
��o
, 
��s
�... 
unu�d__ldbl_�d�1


	)

597 

	#__LDBL_REDIR1_DECL
(
�me
, 
��s
) \

598 
	`__ty�of
 (
�me
��m�
	`__asm
 (
	`__ASMNAME
 (#��s));

	)

600 

	#__LDBL_REDIR1_NTH
(
�me
, 
��o
, 
��s
) \

601 
	`__REDIRECT_NTH
 (
�me
, 
��o
, 
��s
)

	)

602 

	#__REDIRECT_NTH_LDBL
(
�me
, 
��o
, 
��s
) \

603 
	`__LDBL_REDIR1_NTH
 (
�me
, 
��o
, 
__
##
��s
##
��128
)

	)

606 

	#__LDBL_REDIR_NTH
(
�me
, 
��o
�... 
unu�d__ldbl_�d�_�h


	)

609 
	`_S�tic_as��
 (0, "IEEE 128-bits�ong double�equires�edirection on�his�latform");

611 #�i�
def�ed
 
__LONG_DOUBLE_MATH_OPTIONAL
 && def�ed 
__NO_LONG_DOUBLE_MATH


612 

	#__LDBL_COMPAT
 1

	)

613 #ifde�
__REDIRECT


614 

	#__LDBL_REDIR1
(
�me
, 
��o
, 
��s
�
	`__REDIRECT
 (�me,�r�o,�l�s)

	)

615 

	#__LDBL_REDIR
(
�me
, 
��o
) \

616 
	`__LDBL_REDIR1
 (
�me
, 
��o
, 
__�dbl_
##�me)

	)

617 

	#__LDBL_REDIR1_NTH
(
�me
, 
��o
, 
��s
�
	`__REDIRECT_NTH
 (�me,�r�o,�l�s)

	)

618 

	#__LDBL_REDIR_NTH
(
�me
, 
��o
) \

619 
	`__LDBL_REDIR1_NTH
 (
�me
, 
��o
, 
__�dbl_
##�me)

	)

620 

	#__LDBL_REDIR2_DECL
(
�me
) \

621 
	`__ty�of
 (
__
##
�me
�__##�m�
	`__asm
 (
	`__ASMNAME
 ("__�dbl___" #�me));

	)

622 

	#__LDBL_REDIR1_DECL
(
�me
, 
��s
) \

623 
	`__ty�of
 (
�me
��m�
	`__asm
 (
	`__ASMNAME
 (#��s));

	)

624 

	#__LDBL_REDIR_DECL
(
�me
) \

625 
	`__ty�of
 (
�me
��m�
	`__asm
 (
	`__ASMNAME
 ("__�dbl_" #�me));

	)

626 

	#__REDIRECT_LDBL
(
�me
, 
��o
, 
��s
) \

627 
	`__LDBL_REDIR1
 (
�me
, 
��o
, 
__�dbl_
##
��s
)

	)

628 

	#__REDIRECT_NTH_LDBL
(
�me
, 
��o
, 
��s
) \

629 
	`__LDBL_REDIR1_NTH
 (
�me
, 
��o
, 
__�dbl_
##
��s
)

	)

632 #i�(!
def�ed
 
__LDBL_COMPAT
 && 
__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 == 0) \

633 || !
def�ed
 
__REDIRECT


634 

	#__LDBL_REDIR1
(
�me
, 
��o
, 
��s
��m�
	)
proto

635 

	#__LDBL_REDIR
(
�me
, 
��o
��m�
	)
proto

636 

	#__LDBL_REDIR1_NTH
(
�me
, 
��o
, 
��s
��m����
__THROW


	)

637 

	#__LDBL_REDIR_NTH
(
�me
, 
��o
��m����
__THROW


	)

638 

	#__LDBL_REDIR2_DECL
(
�me
)

	)

639 

	#__LDBL_REDIR_DECL
(
�me
)

	)

640 #ifde�
__REDIRECT


641 

	#__REDIRECT_LDBL
(
�me
, 
��o
, 
��s
�
	`__REDIRECT
 (�me,�r�o,�l�s)

	)

642 

	#__REDIRECT_NTH_LDBL
(
�me
, 
��o
, 
��s
) \

643 
	`__REDIRECT_NTH
 (
�me
, 
��o
, 
��s
)

	)

652 #i�
	`__GNUC_PREREQ
 (4,8�|| 
	`__glibc_��g_��eq
 (3,5)

653 

	#__glibc_ma�o_w�n�g1
(
mes�ge
�
	`_P�gma
 (#mes�ge)

	)

654 

	#__glibc_ma�o_w�n�g
(
mes�ge
) \

655 
	`__glibc_ma�o_w�n�g1
 (
GCC
 
w�n�g
 
mes�ge
)

	)

657 

	#__glibc_ma�o_w�n�g
(
msg
)

	)

667 #i�!
def�ed
 
__�lu�lus
 \

668 && (
	`__GNUC_PREREQ
 (4, 9) \

669 || 
	`__glibc_has_ex�nsi�
 (
c_g��ic_���i�s
) \

670 || (!
def�ed
 
__GNUC__
 && def�ed 
__STDC_VERSION__
 \

671 && 
__STDC_VERSION__
 >= 201112L))

672 

	#__HAVE_GENERIC_SELECTION
 1

	)

674 

	#__HAVE_GENERIC_SELECTION
 0

	)

677 #i�
	`__GNUC_PREREQ
 (10, 0)

683 

	#__��_ac�ss
(
x
�
	`__��ibu�__
 ((
__ac�ss__
 x))

	)

688 #i�
__USE_FORTIFY_LEVEL
 == 3

689 

	#__f�tif�d_��_ac�ss
(
a
, 
o
, 
s
�
	`__��ibu�__
 ((
	`__ac�ss__
 (a, o)))

	)

691 

	#__f�tif�d_��_ac�ss
(
a
, 
o
, 
s
�
	`__��_ac�ss
 (�, o, s))

	)

693 #i�
	`__GNUC_PREREQ
 (11, 0)

694 

	#__��_ac�ss_n�e
(
�gno
�
	`__��ibu�__
 ((
	`__ac�ss__
 (
__n�e__
,�rgno)))

	)

696 

	#__��_ac�ss_n�e
(
�gno
)

	)

699 

	#__f�tif�d_��_ac�ss
(
a
, 
o
, 
s
)

	)

700 

	#__��_ac�ss
(
x
)

	)

701 

	#__��_ac�ss_n�e
(
�gno
)

	)

704 #i�
	`__GNUC_PREREQ
 (11, 0)

707 

	#__��_d��oc
(
d��oc
, 
�gno
) \

708 
	`__��ibu�__
 ((
	`__m�loc__
 (
d��oc
, 
�gno
)))

	)

709 

	#__��_d��oc_�
 
	`__��_d��oc
 (
__bu�t�_�
, 1)

	)

711 

	#__��_d��oc
(
d��oc
, 
�gno
)

	)

712 

	#__��_d��oc_�


	)

717 #i�
	`__GNUC_PREREQ
 (4, 1)

718 

	#__��ibu�_�tu�s_twi�__
 
	`__��ibu�__
 ((
__�tu�s_twi�__
))

	)

720 

	#__��ibu�_�tu�s_twi�__


	)

	@/usr/include/sys/poll.h

19 #i�def 
_SYS_POLL_H


20 

	#_SYS_POLL_H
 1

	)

22 
	~<�u�s.h
>

25 
	~<b�s/p�l.h
>

26 #ifde�
__USE_GNU


27 
	~<b�s/ty�s/__sig�t_t.h
>

28 
	~<b�s/ty�s/�ru�_time�ec.h
>

33 
	tnfds_t
;

36 
	sp�lfd


38 
	mfd
;

39 
	mev�ts
;

40 
	m�v�ts
;

44 
__BEGIN_DECLS


54 

	$p�l
 (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
, 
__timeout
)

55 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2);

57 #ifde�
__USE_GNU


64 

	$��l
 (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
,

65 cڡ 
time�ec
 *
__timeout
,

66 cڡ 
__sig�t_t
 *
__ss
)

67 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2);

69 #ifde�
__USE_TIME_BITS64


70 #ifde�
__REDIRECT


71 

	`__REDIRECT
 (
��l
, (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
,

72 cڡ 
time�ec
 *
__timeout
,

73 cڡ 
__sig�t_t
 *
__ss
),

74 
__��l64
)

75 
	`__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2);

77 

	#��l
 
__��l64


	)

82 
__END_DECLS


86 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


87 
	~<b�s/p�l2.h
>

	@/usr/include/sys/select.h

21 #i�de�
_SYS_SELECT_H


22 

	#_SYS_SELECT_H
 1

	)

24 
	~<�u�s.h
>

27 
	~<b�s/ty�s.h
>

30 
	~<b�s/���.h
>

33 
	~<b�s/ty�s/sig�t_t.h
>

36 
	~<b�s/ty�s/time_t.h
>

37 
	~<b�s/ty�s/�ru�_timev�.h
>

38 #ifde�
__USE_XOPEN2K


39 
	~<b�s/ty�s/�ru�_time�ec.h
>

42 #i�de�
__su�c�ds_t_def�ed


43 
__su�c�ds_t
 
	tsu�c�ds_t
;

44 

	#__su�c�ds_t_def�ed


	)

49 
	t__fd_mask
;

52 #unde�
__NFDBITS


54 

	#__NFDBITS
 (8 * (� (
__fd_mask
))

	)

55 

	#__FD_ELT
(
d
�((d�/ 
__NFDBITS
)

	)

56 

	#__FD_MASK
(
d
�((
__fd_mask
�(1UL << ((d�% 
__NFDBITS
)))

	)

63 #ifde�
__USE_XOPEN


64 
__fd_mask
 
	mfds_b�s
[
__FD_SETSIZE
 / 
__NFDBITS
];

65 

	#__FDS_BITS
(
�t
�((�t)->
fds_b�s
)

	)

67 
__fd_mask
 
	m__fds_b�s
[
__FD_SETSIZE
 / 
__NFDBITS
];

68 

	#__FDS_BITS
(
�t
�((�t)->
__fds_b�s
)

	)

70 } 
	tfd_�t
;

73 

	#FD_SETSIZE
 
__FD_SETSIZE


	)

75 #ifde�
__USE_MISC


77 
__fd_mask
 
	tfd_mask
;

80 

	#NFDBITS
 
__NFDBITS


	)

85 

	#FD_SET
(
fd
, 
fd��
�
	`__FD_SET
 (fd, fd��)

	)

86 

	#FD_CLR
(
fd
, 
fd��
�
	`__FD_CLR
 (fd, fd��)

	)

87 

	#FD_ISSET
(
fd
, 
fd��
�
	`__FD_ISSET
 (fd, fd��)

	)

88 

	#FD_ZERO
(
fd��
�
	`__FD_ZERO
 (fd��)

	)

91 
	g__BEGIN_DECLS


101 #i�de�
__USE_TIME_BITS64


102 

���
 (
__nfds
, 
fd_�t
 *
__��ri�
 
__�adfds
,

103 
fd_�t
 *
__��ri�
 
__wr�efds
,

104 
fd_�t
 *
__��ri�
 
__ex��fds
,

105 
timev�
 *
__��ri�
 
__timeout
);

107 #ifde�
__REDIRECT


108 

__REDIRECT
 (
���
,

109 (
__nfds
, 
fd_�t
 *
__��ri�
 
__�adfds
,

110 
fd_�t
 *
__��ri�
 
__wr�efds
,

111 
fd_�t
 *
__��ri�
 
__ex��fds
,

112 
timev�
 *
__��ri�
 
__timeout
),

113 
__���64
);

115 

	#���
 
__���64


	)

119 #ifde�
__USE_XOPEN2K


126 #i�de�
__USE_TIME_BITS64


127 

p���
 (
__nfds
, 
fd_�t
 *
__��ri�
 
__�adfds
,

128 
fd_�t
 *
__��ri�
 
__wr�efds
,

129 
fd_�t
 *
__��ri�
 
__ex��fds
,

130 cڡ 
time�ec
 *
__��ri�
 
__timeout
,

131 cڡ 
__sig�t_t
 *
__��ri�
 
__sigmask
);

133 #ifde�
__REDIRECT


134 

__REDIRECT
 (
p���
,

135 (
__nfds
, 
fd_�t
 *
__��ri�
 
__�adfds
,

136 
fd_�t
 *
__��ri�
 
__wr�efds
,

137 
fd_�t
 *
__��ri�
 
__ex��fds
,

138 cڡ 
time�ec
 *
__��ri�
 
__timeout
,

139 cڡ 
__sig�t_t
 *
__��ri�
 
__sigmask
),

140 
__p���64
);

142 

	#p���
 
__p���64


	)

149 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__GNUC__


150 
	~<b�s/���2.h
>

153 
	g__END_DECLS


	@/usr/include/sys/ttydefaults.h

40 #i�de�
_SYS_TTYDEFAULTS_H_


41 

	#_SYS_TTYDEFAULTS_H_


	)

46 

	#TTYDEF_IFLAG
 (
BRKINT
 | 
ISTRIP
 | 
ICRNL
 | 
IMAXBEL
 | 
IXON
 | 
IXANY
)

	)

47 

	#TTYDEF_OFLAG
 (
OPOST
 | 
ONLCR
 | 
XTABS
)

	)

48 

	#TTYDEF_LFLAG
 (
ECHO
 | 
ICANON
 | 
ISIG
 | 
IEXTEN
 | 
ECHOE
|
ECHOKE
|
ECHOCTL
)

	)

49 

	#TTYDEF_CFLAG
 (
CREAD
 | 
CS7
 | 
PARENB
 | 
HUPCL
)

	)

50 

	#TTYDEF_SPEED
 (
B9600
)

	)

55 

	#CTRL
(
x
�(x&037)

	)

56 

	#CEOF
 
	`CTRL
('d')

	)

57 #ifde�
_POSIX_VDISABLE


58 

	#CEOL
 
_POSIX_VDISABLE


	)

60 

	#CEOL
 '\0'

	)

62 

	#CERASE
 0177

	)

63 

	#CINTR
 
	`CTRL
('c')

	)

64 #ifde�
_POSIX_VDISABLE


65 

	#CSTATUS
 
_POSIX_VDISABLE


	)

67 

	#CSTATUS
 '\0'

	)

69 

	#CKILL
 
	`CTRL
('u')

	)

70 

	#CMIN
 1

	)

71 

	#CQUIT
 034

	)

72 

	#CSUSP
 
	`CTRL
('z')

	)

73 

	#CTIME
 0

	)

74 

	#CDSUSP
 
	`CTRL
('y')

	)

75 

	#CSTART
 
	`CTRL
('q')

	)

76 

	#CSTOP
 
	`CTRL
('s')

	)

77 

	#CLNEXT
 
	`CTRL
('v')

	)

78 

	#CDISCARD
 
	`CTRL
('o')

	)

79 

	#CWERASE
 
	`CTRL
('w')

	)

80 

	#CREPRINT
 
	`CTRL
('r')

	)

81 

	#CEOT
 
CEOF


	)

83 

	#CBRK
 
CEOL


	)

84 

	#CRPRNT
 
CREPRINT


	)

85 

	#CFLUSH
 
CDISCARD


	)

93 #ifde�
TTYDEFCHARS


94 
cc_t
 
	g�ydefch�s
[
NCCS
] = {

95 
CEOF
, 
CEOL
, CEOL, 
CERASE
, 
CWERASE
, 
CKILL
, 
CREPRINT
,

96 
_POSIX_VDISABLE
, 
CINTR
, 
CQUIT
, 
CSUSP
, 
CDSUSP
, 
CSTART
, 
CSTOP
, 
CLNEXT
,

97 
CDISCARD
, 
CMIN
, 
CTIME
, 
CSTATUS
, 
_POSIX_VDISABLE


99 #unde�
TTYDEFCHARS


	@/usr/include/sys/ucontext.h

22 #i�de�
_SYS_UCONTEXT_H


23 

	#_SYS_UCONTEXT_H
 1

	)

25 
	~<�u�s.h
>

27 
	~<b�s/ty�s/sig�t_t.h
>

28 
	~<b�s/ty�s/�ack_t.h
>

30 #ifde�
__USE_MISC


31 

	#LARCH_NGREG
 32

	)

33 

	#LARCH_REG_RA
 1

	)

34 

	#LARCH_REG_SP
 3

	)

35 

	#LARCH_REG_S0
 23

	)

36 

	#LARCH_REG_S1
 24

	)

37 

	#LARCH_REG_A0
 4

	)

38 

	#LARCH_REG_S2
 25

	)

39 

	#LARCH_REG_NARGS
 8

	)

41 
	tg�g_t
;

43 
g�g_t
 
	tg�g�t_t
[32];

46 
	smcڋxt_t


48 
	m__pc
;

49 
	m__g�gs
[32];

50 
	m__�ags
;

51 
	m__extcڋxt
[0] 
__��ibu�__
((
__�ig�d__
(16)));

52 } 
	tmcڋxt_t
;

55 
	sucڋxt_t


57 
	m__uc_�ags
;

58 
ucڋxt_t
 *
	muc_l�k
;

59 
�ack_t
 
	muc_�ack
;

60 
sig�t_t
 
	muc_sigmask
;

61 
mcڋxt_t
 
	muc_mcڋxt
;

62 } 
	tucڋxt_t
;

	@/usr/include/asm-generic/posix_types.h

2 #i�de�
__ASM_GENERIC_POSIX_TYPES_H


3 

	#__ASM_GENERIC_POSIX_TYPES_H


	)

5 
	~<asm/b���l�g.h
>

14 #i�de�
__k��l_l�g_t


15 
	t__k��l_l�g_t
;

16 
	t__k��l_ul�g_t
;

19 #i�de�
__k��l_�o_t


20 
__k��l_ul�g_t
 
	t__k��l_�o_t
;

23 #i�de�
__k��l_mode_t


24 
	t__k��l_mode_t
;

27 #i�de�
__k��l_pid_t


28 
	t__k��l_pid_t
;

31 #i�de�
__k��l_�c_pid_t


32 
	t__k��l_�c_pid_t
;

35 #i�de�
__k��l_uid_t


36 
	t__k��l_uid_t
;

37 
	t__k��l_gid_t
;

40 #i�de�
__k��l_su�c�ds_t


41 
__k��l_l�g_t
 
	t__k��l_su�c�ds_t
;

44 #i�de�
__k��l_daddr_t


45 
	t__k��l_daddr_t
;

48 #i�de�
__k��l_uid32_t


49 
	t__k��l_uid32_t
;

50 
	t__k��l_gid32_t
;

53 #i�de�
__k��l_�d_uid_t


54 
__k��l_uid_t
 
	t__k��l_�d_uid_t
;

55 
__k��l_gid_t
 
	t__k��l_�d_gid_t
;

58 #i�de�
__k��l_�d_dev_t


59 
	t__k��l_�d_dev_t
;

66 #i�de�
__k��l_size_t


67 #i�
__BITS_PER_LONG
 != 64

68 
	t__k��l_size_t
;

69 
	t__k��l_ssize_t
;

70 
	t__k��l_�rdiff_t
;

72 
__k��l_ul�g_t
 
	t__k��l_size_t
;

73 
__k��l_l�g_t
 
	t__k��l_ssize_t
;

74 
__k��l_l�g_t
 
	t__k��l_�rdiff_t
;

78 #i�de�
__k��l_fsid_t


80 
	mv�
[2];

81 } 
	t__k��l_fsid_t
;

87 
__k��l_l�g_t
 
	t__k��l_off_t
;

88 
	t__k��l_loff_t
;

89 
__k��l_l�g_t
 
	t__k��l_�d_time_t
;

90 
__k��l_l�g_t
 
	t__k��l_time_t
;

91 
	t__k��l_time64_t
;

92 
__k��l_l�g_t
 
	t__k��l_�ock_t
;

93 
	t__k��l_tim�_t
;

94 
	t__k��l_�ockid_t
;

95 * 
	t__k��l_�ddr_t
;

96 
	t__k��l_uid16_t
;

97 
	t__k��l_gid16_t
;

	@/usr/include/asm/ioctls.h

1 
	~<asm-g��ic/io�ls.h
>

	@/usr/include/asm/sigcontext.h

8 #i�de�
_ASM_SIGCONTEXT_H


9 

	#_ASM_SIGCONTEXT_H


	)

11 
	~<l�ux/ty�s.h
>

12 
	~<l�ux/posix_ty�s.h
>

15 

	#SC_USED_FP
 (1 << 0)

	)

17 

	#SC_ADDRERR_RD
 (1 << 30)

	)

19 

	#SC_ADDRERR_WR
 (1 << 31)

	)

21 
	ssigcڋxt
 {

22 
__u64
 
	msc_pc
;

23 
__u64
 
	msc_�gs
[32];

24 
__u32
 
	msc_�ags
;

25 
__u64
 
	msc_extcڋxt
[0] 
__��ibu�__
((
__�ig�d__
(16)));

28 

	#CONTEXT_INFO_ALIGN
 16

	)

29 
	ss�x_�fo
 {

30 
__u32
 
	mmagic
;

31 
__u32
 
	msize
;

32 
__u64
 
	m�dd�g
;

36 

	#FPU_CTX_MAGIC
 0x46505501

	)

37 

	#FPU_CTX_ALIGN
 8

	)

38 
	s�u_cڋxt
 {

39 
__u64
 
	m�gs
[32];

40 
__u64
 
	mfcc
;

41 
__u32
 
	mfc�
;

45 

	#LSX_CTX_MAGIC
 0x53580001

	)

46 

	#LSX_CTX_ALIGN
 16

	)

47 
	slsx_cڋxt
 {

48 
__u64
 
	m�gs
[2*32];

49 
__u64
 
	mfcc
;

50 
__u32
 
	mfc�
;

54 

	#LASX_CTX_MAGIC
 0x41535801

	)

55 

	#LASX_CTX_ALIGN
 32

	)

56 
	s�sx_cڋxt
 {

57 
__u64
 
	m�gs
[4*32];

58 
__u64
 
	mfcc
;

59 
__u32
 
	mfc�
;

	@/usr/include/asm/socket.h

1 
	~<asm-g��ic/sock�.h
>

	@/usr/include/asm/types.h

1 
	~<asm-g��ic/ty�s.h
>

	@/usr/include/bits/endianness.h

1 #i�de�
_BITS_ENDIANNESS_H


2 

	#_BITS_ENDIANNESS_H
 1

	)

4 #i�de�
_BITS_ENDIAN_H


9 

	#__BYTE_ORDER
 
__LITTLE_ENDIAN


	)

	@/usr/include/bits/fcntl-linux.h

19 #i�def 
_FCNTL_H


37 #ifde�
__USE_GNU


38 
	~<b�s/ty�s/�ru�_iovec.h
>

42 

	#O_ACCMODE
 0003

	)

43 

	#O_RDONLY
 00

	)

44 

	#O_WRONLY
 01

	)

45 

	#O_RDWR
 02

	)

46 #i�de�
O_CREAT


47 

	#O_CREAT
 0100

	)

49 #i�de�
O_EXCL


50 

	#O_EXCL
 0200

	)

52 #i�de�
O_NOCTTY


53 

	#O_NOCTTY
 0400

	)

55 #i�de�
O_TRUNC


56 

	#O_TRUNC
 01000

	)

58 #i�de�
O_APPEND


59 

	#O_APPEND
 02000

	)

61 #i�de�
O_NONBLOCK


62 

	#O_NONBLOCK
 04000

	)

64 #i�de�
O_NDELAY


65 

	#O_NDELAY
 
O_NONBLOCK


	)

67 #i�de�
O_SYNC


68 

	#O_SYNC
 04010000

	)

70 

	#O_FSYNC
 
O_SYNC


	)

71 #i�de�
O_ASYNC


72 

	#O_ASYNC
 020000

	)

74 #i�de�
__O_LARGEFILE


75 

	#__O_LARGEFILE
 0100000

	)

78 #i�de�
__O_DIRECTORY


79 

	#__O_DIRECTORY
 0200000

	)

81 #i�de�
__O_NOFOLLOW


82 

	#__O_NOFOLLOW
 0400000

	)

84 #i�de�
__O_CLOEXEC


85 

	#__O_CLOEXEC
 02000000

	)

87 #i�de�
__O_DIRECT


88 

	#__O_DIRECT
 040000

	)

90 #i�de�
__O_NOATIME


91 

	#__O_NOATIME
 01000000

	)

93 #i�de�
__O_PATH


94 

	#__O_PATH
 010000000

	)

96 #i�de�
__O_DSYNC


97 

	#__O_DSYNC
 010000

	)

99 #i�de�
__O_TMPFILE


100 

	#__O_TMPFILE
 (020000000 | 
__O_DIRECTORY
)

	)

103 #i�de�
F_GETLK


104 #i�!
def�ed
 
__USE_FILE_OFFSET64
 && 
__TIMESIZE
 != 64

105 

	#F_GETLK
 5

	)

106 

	#F_SETLK
 6

	)

107 

	#F_SETLKW
 7

	)

109 

	#F_GETLK
 
F_GETLK64


	)

110 

	#F_SETLK
 
F_SETLK64


	)

111 

	#F_SETLKW
 
F_SETLKW64


	)

114 #i�de�
F_GETLK64


115 

	#F_GETLK64
 12

	)

116 

	#F_SETLK64
 13

	)

117 

	#F_SETLKW64
 14

	)

131 #ifde�
__USE_GNU


132 

	#F_OFD_GETLK
 36

	)

133 

	#F_OFD_SETLK
 37

	)

134 

	#F_OFD_SETLKW
 38

	)

137 #ifde�
__USE_LARGEFILE64


138 

	#O_LARGEFILE
 
__O_LARGEFILE


	)

141 #ifde�
__USE_XOPEN2K8


142 

	#O_DIRECTORY
 
__O_DIRECTORY


	)

143 

	#O_NOFOLLOW
 
__O_NOFOLLOW


	)

144 

	#O_CLOEXEC
 
__O_CLOEXEC


	)

147 #ifde�
__USE_GNU


148 

	#O_DIRECT
 
__O_DIRECT


	)

149 

	#O_NOATIME
 
__O_NOATIME


	)

150 

	#O_PATH
 
__O_PATH


	)

151 

	#O_TMPFILE
 
__O_TMPFILE


	)

157 #i�
def�ed
 
__USE_POSIX199309
 || def�ed 
__USE_UNIX98


158 

	#O_DSYNC
 
__O_DSYNC


	)

159 #i�
def�ed
 
__O_RSYNC


160 

	#O_RSYNC
 
__O_RSYNC


	)

162 

	#O_RSYNC
 
O_SYNC


	)

167 

	#F_DUPFD
 0

	)

168 

	#F_GETFD
 1

	)

169 

	#F_SETFD
 2

	)

170 

	#F_GETFL
 3

	)

171 

	#F_SETFL
 4

	)

173 #i�de�
__F_SETOWN


174 

	#__F_SETOWN
 8

	)

175 

	#__F_GETOWN
 9

	)

178 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8


179 

	#F_SETOWN
 
__F_SETOWN


	)

180 

	#F_GETOWN
 
__F_GETOWN


	)

183 #i�de�
__F_SETSIG


184 

	#__F_SETSIG
 10

	)

185 

	#__F_GETSIG
 11

	)

187 #i�de�
__F_SETOWN_EX


188 

	#__F_SETOWN_EX
 15

	)

189 

	#__F_GETOWN_EX
 16

	)

192 #ifde�
__USE_GNU


193 

	#F_SETSIG
 
__F_SETSIG


	)

194 

	#F_GETSIG
 
__F_GETSIG


	)

195 

	#F_SETOWN_EX
 
__F_SETOWN_EX


	)

196 

	#F_GETOWN_EX
 
__F_GETOWN_EX


	)

199 #ifde�
__USE_GNU


200 

	#F_SETLEASE
 1024

	)

201 

	#F_GETLEASE
 1025

	)

202 

	#F_NOTIFY
 1026

	)

203 

	#F_SETPIPE_SZ
 1031

	)

204 

	#F_GETPIPE_SZ
 1032

	)

205 

	#F_ADD_SEALS
 1033

	)

206 

	#F_GET_SEALS
 1034

	)

208 

	#F_GET_RW_HINT
 1035

	)

209 

	#F_SET_RW_HINT
 1036

	)

210 

	#F_GET_FILE_RW_HINT
 1037

	)

211 

	#F_SET_FILE_RW_HINT
 1038

	)

213 #ifde�
__USE_XOPEN2K8


214 

	#F_DUPFD_CLOEXEC
 1030

	)

219 

	#FD_CLOEXEC
 1

	)

221 #i�de�
F_RDLCK


223 

	#F_RDLCK
 0

	)

224 

	#F_WRLCK
 1

	)

225 

	#F_UNLCK
 2

	)

230 #i�de�
F_EXLCK


231 

	#F_EXLCK
 4

	)

232 

	#F_SHLCK
 8

	)

235 #ifde�
__USE_MISC


237 

	#LOCK_SH
 1

	)

238 

	#LOCK_EX
 2

	)

239 

	#LOCK_NB
 4

	)

241 

	#LOCK_UN
 8

	)

244 #ifde�
__USE_GNU


245 

	#LOCK_MAND
 32

	)

246 

	#LOCK_READ
 64

	)

247 

	#LOCK_WRITE
 128

	)

248 

	#LOCK_RW
 192

	)

251 #ifde�
__USE_GNU


253 

	#DN_ACCESS
 0x00000001

	)

254 

	#DN_MODIFY
 0x00000002

	)

255 

	#DN_CREATE
 0x00000004

	)

256 

	#DN_DELETE
 0x00000008

	)

257 

	#DN_RENAME
 0x00000010

	)

258 

	#DN_ATTRIB
 0x00000020

	)

259 

	#DN_MULTISHOT
 0x80000000

	)

263 #ifde�
__USE_GNU


265 
	e__pid_ty�


267 
	mF_OWNER_TID
 = 0,

268 
	mF_OWNER_PID
,

269 
	mF_OWNER_PGRP
,

270 
	mF_OWNER_GID
 = 
F_OWNER_PGRP


274 
	sf_ow�r_ex


276 
__pid_ty�
 
	mty�
;

277 
__pid_t
 
	mpid
;

281 #ifde�
__USE_GNU


283 

	#F_SEAL_SEAL
 0x0001

	)

284 

	#F_SEAL_SHRINK
 0x0002

	)

285 

	#F_SEAL_GROW
 0x0004

	)

286 

	#F_SEAL_WRITE
 0x0008

	)

287 

	#F_SEAL_FUTURE_WRITE
 0x0010

	)

289 

	#F_SEAL_EXEC
 0x0020

	)

292 #ifde�
__USE_GNU


294 

	#RWH_WRITE_LIFE_NOT_SET
 0

	)

295 

	#RWF_WRITE_LIFE_NOT_SET
 
RWH_WRITE_LIFE_NOT_SET


	)

296 

	#RWH_WRITE_LIFE_NONE
 1

	)

297 

	#RWH_WRITE_LIFE_SHORT
 2

	)

298 

	#RWH_WRITE_LIFE_MEDIUM
 3

	)

299 

	#RWH_WRITE_LIFE_LONG
 4

	)

300 

	#RWH_WRITE_LIFE_EXTREME
 5

	)

305 #ifdef 
__USE_MISC


306 

	#FAPPEND
 
O_APPEND


	)

307 

	#FFSYNC
 
O_FSYNC


	)

308 

	#FASYNC
 
O_ASYNC


	)

309 

	#FNONBLOCK
 
O_NONBLOCK


	)

310 

	#FNDELAY
 
O_NDELAY


	)

313 #i�de�
__POSIX_FADV_DONTNEED


314 

	#__POSIX_FADV_DONTNEED
 4

	)

315 

	#__POSIX_FADV_NOREUSE
 5

	)

318 #ifde�
__USE_XOPEN2K


319 

	#POSIX_FADV_NORMAL
 0

	)

320 

	#POSIX_FADV_RANDOM
 1

	)

321 

	#POSIX_FADV_SEQUENTIAL
 2

	)

322 

	#POSIX_FADV_WILLNEED
 3

	)

323 

	#POSIX_FADV_DONTNEED
 
__POSIX_FADV_DONTNEED


	)

324 

	#POSIX_FADV_NOREUSE
 
__POSIX_FADV_NOREUSE


	)

328 #ifde�
__USE_GNU


330 

	#SYNC_FILE_RANGE_WAIT_BEFORE
 1

	)

333 

	#SYNC_FILE_RANGE_WRITE
 2

	)

336 

	#SYNC_FILE_RANGE_WAIT_AFTER
 4

	)

341 

	#SYNC_FILE_RANGE_WRITE_AND_WAIT
 (
SYNC_FILE_RANGE_WRITE
 \

342 | 
SYNC_FILE_RANGE_WAIT_BEFORE
 \

343 | 
SYNC_FILE_RANGE_WAIT_AFTER
)

	)

346 

	#SPLICE_F_MOVE
 1

	)

347 

	#SPLICE_F_NONBLOCK
 2

	)

350 

	#SPLICE_F_MORE
 4

	)

351 

	#SPLICE_F_GIFT
 8

	)

355 
	~<l�ux/��oc.h
>

359 
	sf�e_h�d�


361 
	mh�d�_by�s
;

362 
	mh�d�_ty�
;

364 
	mf_h�d�
[0];

368 

	#MAX_HANDLE_SZ
 128

	)

371 
	g__BEGIN_DECLS


373 #ifde�
__USE_GNU


376 
__ssize_t
 
	$�adah�d
 (
__fd
, 
__off64_t
 
__off�t
, 
size_t
 
__cou�
)

377 
__THROW
;

384 

	`sync_f�e_�nge
 (
__fd
, 
__off64_t
 
__off�t
, __off64_�
__cou�
,

385 
__�ags
);

392 
__ssize_t
 
	`vm�li�
 (
__fdout
, cڡ 
iovec
 *
__iov
,

393 
size_t
 
__cou�
, 
__�ags
);

399 
__ssize_t
 
	`�li�
 (
__fd�
, 
__off64_t
 *
__off�
, 
__fdout
,

400 
__off64_t
 *
__offout
, 
size_t
 
__�n
,

401 
__�ags
);

407 
__ssize_t
 
	`�e
 (
__fd�
, 
__fdout
, 
size_t
 
__�n
,

408 
__�ags
);

414 #i�de�
__USE_FILE_OFFSET64


415 

	`��o��
 (
__fd
, 
__mode
, 
__off_t
 
__off�t
, __off_�
__�n
);

417 #ifde�
__REDIRECT


418 

	`__REDIRECT
 (
��o��
, (
__fd
, 
__mode
, 
__off64_t
 
__off�t
,

419 
__off64_t
 
__�n
),

420 
��o��64
);

422 

	#��o��
 
��o��64


	)

425 #ifde�
__USE_LARGEFILE64


426 

	`��o��64
 (
__fd
, 
__mode
, 
__off64_t
 
__off�t
,

427 
__off64_t
 
__�n
);

432 

	$�me_to_h�d�_�
 (
__dfd
, cڡ *
__�me
,

433 
f�e_h�d�
 *
__h�d�
, *
__m�_id
,

434 
__�ags
�
__THROW
;

440 

	`ݒ_by_h�d�_�
 (
__mou�d�fd
, 
f�e_h�d�
 *
__h�d�
,

441 
__�ags
);

445 
__END_DECLS


	@/usr/include/bits/floatn-common.h

20 #i�de�
_BITS_FLOATN_COMMON_H


21 

	#_BITS_FLOATN_COMMON_H


	)

23 
	~<�u�s.h
>

24 
	~<b�s/l�g-doub�.h
>

34 

	#__HAVE_FLOAT16
 0

	)

35 

	#__HAVE_FLOAT32
 1

	)

36 

	#__HAVE_FLOAT64
 1

	)

37 

	#__HAVE_FLOAT32X
 1

	)

38 

	#__HAVE_FLOAT128X
 0

	)

52 

	#__HAVE_DISTINCT_FLOAT16
 
__HAVE_FLOAT16


	)

53 

	#__HAVE_DISTINCT_FLOAT32
 0

	)

54 

	#__HAVE_DISTINCT_FLOAT64
 0

	)

55 

	#__HAVE_DISTINCT_FLOAT32X
 0

	)

56 

	#__HAVE_DISTINCT_FLOAT64X
 0

	)

57 

	#__HAVE_DISTINCT_FLOAT128X
 
__HAVE_FLOAT128X


	)

63 

	#__HAVE_FLOAT128_UNLIKE_LDBL
 (
__HAVE_DISTINCT_FLOAT128
 \

64 && 
__LDBL_MANT_DIG__
 !�113)

	)

69 #i�
__GNUC_PREREQ
 (7, 0�&& !
def�ed
 
__�lu�lus


70 

	#__HAVE_FLOATN_NOT_TYPEDEF
 1

	)

72 

	#__HAVE_FLOATN_NOT_TYPEDEF
 0

	)

75 #i�de�
__ASSEMBLER__


80 #i�
__HAVE_FLOAT16


81 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

83 

	#__f16
(
x
�((
_Fl�t16
�x##
f
)

	)

85 

	#__f16
(
x
�x##
f16


	)

89 #i�
__HAVE_FLOAT32


90 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

91 

	#__f32
(
x
�x##
f


	)

93 

	#__f32
(
x
�x##
f32


	)

97 #i�
__HAVE_FLOAT64


98 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

99 #ifde�
__NO_LONG_DOUBLE_MATH


100 

	#__f64
(
x
�x##
l


	)

102 

	#__f64
(
x
�
	)
x

105 

	#__f64
(
x
�x##
f64


	)

109 #i�
__HAVE_FLOAT32X


110 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

111 

	#__f32x
(
x
�
	)
x

113 

	#__f32x
(
x
�x##
f32x


	)

117 #i�
__HAVE_FLOAT64X


118 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

119 #i�
__HAVE_FLOAT64X_LONG_DOUBLE


120 

	#__f64x
(
x
�x##
l


	)

122 

	#__f64x
(
x
�
	`__f128
 (x)

	)

125 

	#__f64x
(
x
�x##
f64x


	)

129 #i�
__HAVE_FLOAT128X


130 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

133 

	#__f128x
(
x
�x##
f128x


	)

138 #i�
__HAVE_FLOAT16


139 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

140 
_Com�ex
 
	t__c��t16
 
	t__��ibu�__
 ((
	t__mode__
 (
	t__HC__
)));

141 

	#__CFLOAT16
 
__c��t16


	)

143 

	#__CFLOAT16
 
_Com�ex
 
_Fl�t16


	)

147 #i�
__HAVE_FLOAT32


148 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

149 

	#__CFLOAT32
 
_Com�ex
 

	)

151 

	#__CFLOAT32
 
_Com�ex
 
_Fl�t32


	)

155 #i�
__HAVE_FLOAT64


156 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

157 #ifde�
__NO_LONG_DOUBLE_MATH


158 

	#__CFLOAT64
 
_Com�ex
 

	)

160 

	#__CFLOAT64
 
_Com�ex
 

	)

163 

	#__CFLOAT64
 
_Com�ex
 
_Fl�t64


	)

167 #i�
__HAVE_FLOAT32X


168 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

169 

	#__CFLOAT32X
 
_Com�ex
 

	)

171 

	#__CFLOAT32X
 
_Com�ex
 
_Fl�t32x


	)

175 #i�
__HAVE_FLOAT64X


176 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

177 #i�
__HAVE_FLOAT64X_LONG_DOUBLE


178 

	#__CFLOAT64X
 
_Com�ex
 

	)

180 

	#__CFLOAT64X
 
__CFLOAT128


	)

183 

	#__CFLOAT64X
 
_Com�ex
 
_Fl�t64x


	)

187 #i�
__HAVE_FLOAT128X


188 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

191 

	#__CFLOAT128X
 
_Com�ex
 
_Fl�t128x


	)

196 #i�
__HAVE_FLOAT16


198 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

199 
	t_Fl�t16
 
	t__��ibu�__
 ((
	t__mode__
 (
	t__HF__
)));

202 #i�!
__GNUC_PREREQ
 (7, 0)

203 

	#__bu�t�_huge_v�f16
(�((
_Fl�t16
�
	`__bu�t�_huge_v�
 ())

	)

204 

	#__bu�t�_�ff16
(�((
_Fl�t16
�
	`__bu�t�_�f
 ())

	)

205 

	#__bu�t�_�nf16
(
x
�((
_Fl�t16
�
	`__bu�t�_�n
 (x))

	)

206 

	#__bu�t�_�nsf16
(
x
�((
_Fl�t16
�
	`__bu�t�_�ns
 (x))

	)

211 #i�
__HAVE_FLOAT32


213 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

214 
	t_Fl�t32
;

217 #i�!
__GNUC_PREREQ
 (7, 0)

218 

	#__bu�t�_huge_v�f32
(�(
	`__bu�t�_huge_v�f
 ())

	)

219 

	#__bu�t�_�ff32
(�(
	`__bu�t�_�ff
 ())

	)

220 

	#__bu�t�_�nf32
(
x
�(
	`__bu�t�_�nf
 (x))

	)

221 

	#__bu�t�_�nsf32
(
x
�(
	`__bu�t�_�nsf
 (x))

	)

226 #i�
__HAVE_FLOAT64


235 #ifde�
__NO_LONG_DOUBLE_MATH


237 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

238 
	t_Fl�t64
;

241 #i�!
__GNUC_PREREQ
 (7, 0)

242 

	#__bu�t�_huge_v�f64
(�(
	`__bu�t�_huge_v�l
 ())

	)

243 

	#__bu�t�_�ff64
(�(
	`__bu�t�_��
 ())

	)

244 

	#__bu�t�_�nf64
(
x
�(
	`__bu�t�_��
 (x))

	)

245 

	#__bu�t�_�nsf64
(
x
�(
	`__bu�t�_�n�
 (x))

	)

250 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

251 
	t_Fl�t64
;

254 #i�!
__GNUC_PREREQ
 (7, 0)

255 

	#__bu�t�_huge_v�f64
(�(
	`__bu�t�_huge_v�
 ())

	)

256 

	#__bu�t�_�ff64
(�(
	`__bu�t�_�f
 ())

	)

257 

	#__bu�t�_�nf64
(
x
�(
	`__bu�t�_�n
 (x))

	)

258 

	#__bu�t�_�nsf64
(
x
�(
	`__bu�t�_�ns
 (x))

	)

265 #i�
__HAVE_FLOAT32X


267 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

268 
	t_Fl�t32x
;

271 #i�!
__GNUC_PREREQ
 (7, 0)

272 

	#__bu�t�_huge_v�f32x
(�(
	`__bu�t�_huge_v�
 ())

	)

273 

	#__bu�t�_�ff32x
(�(
	`__bu�t�_�f
 ())

	)

274 

	#__bu�t�_�nf32x
(
x
�(
	`__bu�t�_�n
 (x))

	)

275 

	#__bu�t�_�nsf32x
(
x
�(
	`__bu�t�_�ns
 (x))

	)

280 #i�
__HAVE_FLOAT64X


282 #i�
__HAVE_FLOAT64X_LONG_DOUBLE


284 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

285 
	t_Fl�t64x
;

288 #i�!
__GNUC_PREREQ
 (7, 0)

289 

	#__bu�t�_huge_v�f64x
(�(
	`__bu�t�_huge_v�l
 ())

	)

290 

	#__bu�t�_�ff64x
(�(
	`__bu�t�_��
 ())

	)

291 

	#__bu�t�_�nf64x
(
x
�(
	`__bu�t�_��
 (x))

	)

292 

	#__bu�t�_�nsf64x
(
x
�(
	`__bu�t�_�n�
 (x))

	)

297 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

298 
_Fl�t128
 
	t_Fl�t64x
;

301 #i�!
__GNUC_PREREQ
 (7, 0)

302 

	#__bu�t�_huge_v�f64x
(�(
	`__bu�t�_huge_v�f128
 ())

	)

303 

	#__bu�t�_�ff64x
(�(
	`__bu�t�_�ff128
 ())

	)

304 

	#__bu�t�_�nf64x
(
x
�(
	`__bu�t�_�nf128
 (x))

	)

305 

	#__bu�t�_�nsf64x
(
x
�(
	`__bu�t�_�nsf128
 (x))

	)

312 #i�
__HAVE_FLOAT128X


314 #i�!
__GNUC_PREREQ
 (7, 0�|| (
def�ed
 
__�lu�lus
 && !__GNUC_PREREQ (13, 0))

318 #i�!
__GNUC_PREREQ
 (7, 0)

319 

	#__bu�t�_huge_v�f128x
(�((
_Fl�t128x
�
	`__bu�t�_huge_v�
 ())

	)

320 

	#__bu�t�_�ff128x
(�((
_Fl�t128x
�
	`__bu�t�_�f
 ())

	)

321 

	#__bu�t�_�nf128x
(
x
�((
_Fl�t128x
�
	`__bu�t�_�n
 (x))

	)

322 

	#__bu�t�_�nsf128x
(
x
�((
_Fl�t128x
�
	`__bu�t�_�ns
 (x))

	)

	@/usr/include/bits/getopt_core.h

20 #i�de�
_GETOPT_CORE_H


21 

	#_GETOPT_CORE_H
 1

	)

28 
__BEGIN_DECLS


36 
*
ݏrg
;

50 

�t�d
;

55 

݋�
;

59 

�t�t
;

91 

	$g��t
 (
___�gc
, *cڡ *
___�gv
, cڡ *
__sh�t�ts
)

92 
__THROW
 
	`__n�nu�
 ((2, 3));

94 
__END_DECLS


	@/usr/include/bits/libm-simd-decl-stubs.h

19 #i�de�
_MATH_H


33 #i�de�
_BITS_LIBM_SIMD_DECL_STUBS_H


34 

	#_BITS_LIBM_SIMD_DECL_STUBS_H
 1

	)

36 

	#__DECL_SIMD_cos


	)

37 

	#__DECL_SIMD_cosf


	)

38 

	#__DECL_SIMD_co�


	)

39 

	#__DECL_SIMD_cosf16


	)

40 

	#__DECL_SIMD_cosf32


	)

41 

	#__DECL_SIMD_cosf64


	)

42 

	#__DECL_SIMD_cosf128


	)

43 

	#__DECL_SIMD_cosf32x


	)

44 

	#__DECL_SIMD_cosf64x


	)

45 

	#__DECL_SIMD_cosf128x


	)

47 

	#__DECL_SIMD_s�


	)

48 

	#__DECL_SIMD_s�f


	)

49 

	#__DECL_SIMD_s�l


	)

50 

	#__DECL_SIMD_s�f16


	)

51 

	#__DECL_SIMD_s�f32


	)

52 

	#__DECL_SIMD_s�f64


	)

53 

	#__DECL_SIMD_s�f128


	)

54 

	#__DECL_SIMD_s�f32x


	)

55 

	#__DECL_SIMD_s�f64x


	)

56 

	#__DECL_SIMD_s�f128x


	)

58 

	#__DECL_SIMD_s�cos


	)

59 

	#__DECL_SIMD_s�cosf


	)

60 

	#__DECL_SIMD_s�co�


	)

61 

	#__DECL_SIMD_s�cosf16


	)

62 

	#__DECL_SIMD_s�cosf32


	)

63 

	#__DECL_SIMD_s�cosf64


	)

64 

	#__DECL_SIMD_s�cosf128


	)

65 

	#__DECL_SIMD_s�cosf32x


	)

66 

	#__DECL_SIMD_s�cosf64x


	)

67 

	#__DECL_SIMD_s�cosf128x


	)

69 

	#__DECL_SIMD_log


	)

70 

	#__DECL_SIMD_logf


	)

71 

	#__DECL_SIMD_logl


	)

72 

	#__DECL_SIMD_logf16


	)

73 

	#__DECL_SIMD_logf32


	)

74 

	#__DECL_SIMD_logf64


	)

75 

	#__DECL_SIMD_logf128


	)

76 

	#__DECL_SIMD_logf32x


	)

77 

	#__DECL_SIMD_logf64x


	)

78 

	#__DECL_SIMD_logf128x


	)

80 

	#__DECL_SIMD_exp


	)

81 

	#__DECL_SIMD_expf


	)

82 

	#__DECL_SIMD_ex�


	)

83 

	#__DECL_SIMD_expf16


	)

84 

	#__DECL_SIMD_expf32


	)

85 

	#__DECL_SIMD_expf64


	)

86 

	#__DECL_SIMD_expf128


	)

87 

	#__DECL_SIMD_expf32x


	)

88 

	#__DECL_SIMD_expf64x


	)

89 

	#__DECL_SIMD_expf128x


	)

91 

	#__DECL_SIMD_pow


	)

92 

	#__DECL_SIMD_powf


	)

93 

	#__DECL_SIMD_powl


	)

94 

	#__DECL_SIMD_powf16


	)

95 

	#__DECL_SIMD_powf32


	)

96 

	#__DECL_SIMD_powf64


	)

97 

	#__DECL_SIMD_powf128


	)

98 

	#__DECL_SIMD_powf32x


	)

99 

	#__DECL_SIMD_powf64x


	)

100 

	#__DECL_SIMD_powf128x


	)

102 

	#__DECL_SIMD_acos


	)

103 

	#__DECL_SIMD_acosf


	)

104 

	#__DECL_SIMD_aco�


	)

105 

	#__DECL_SIMD_acosf16


	)

106 

	#__DECL_SIMD_acosf32


	)

107 

	#__DECL_SIMD_acosf64


	)

108 

	#__DECL_SIMD_acosf128


	)

109 

	#__DECL_SIMD_acosf32x


	)

110 

	#__DECL_SIMD_acosf64x


	)

111 

	#__DECL_SIMD_acosf128x


	)

113 

	#__DECL_SIMD_��


	)

114 

	#__DECL_SIMD_��f


	)

115 

	#__DECL_SIMD_��l


	)

116 

	#__DECL_SIMD_��f16


	)

117 

	#__DECL_SIMD_��f32


	)

118 

	#__DECL_SIMD_��f64


	)

119 

	#__DECL_SIMD_��f128


	)

120 

	#__DECL_SIMD_��f32x


	)

121 

	#__DECL_SIMD_��f64x


	)

122 

	#__DECL_SIMD_��f128x


	)

124 

	#__DECL_SIMD_as�


	)

125 

	#__DECL_SIMD_as�f


	)

126 

	#__DECL_SIMD_as�l


	)

127 

	#__DECL_SIMD_as�f16


	)

128 

	#__DECL_SIMD_as�f32


	)

129 

	#__DECL_SIMD_as�f64


	)

130 

	#__DECL_SIMD_as�f128


	)

131 

	#__DECL_SIMD_as�f32x


	)

132 

	#__DECL_SIMD_as�f64x


	)

133 

	#__DECL_SIMD_as�f128x


	)

135 

	#__DECL_SIMD_hyp�


	)

136 

	#__DECL_SIMD_hyp�f


	)

137 

	#__DECL_SIMD_hyp�l


	)

138 

	#__DECL_SIMD_hyp�f16


	)

139 

	#__DECL_SIMD_hyp�f32


	)

140 

	#__DECL_SIMD_hyp�f64


	)

141 

	#__DECL_SIMD_hyp�f128


	)

142 

	#__DECL_SIMD_hyp�f32x


	)

143 

	#__DECL_SIMD_hyp�f64x


	)

144 

	#__DECL_SIMD_hyp�f128x


	)

146 

	#__DECL_SIMD_exp2


	)

147 

	#__DECL_SIMD_exp2f


	)

148 

	#__DECL_SIMD_exp2l


	)

149 

	#__DECL_SIMD_exp2f16


	)

150 

	#__DECL_SIMD_exp2f32


	)

151 

	#__DECL_SIMD_exp2f64


	)

152 

	#__DECL_SIMD_exp2f128


	)

153 

	#__DECL_SIMD_exp2f32x


	)

154 

	#__DECL_SIMD_exp2f64x


	)

155 

	#__DECL_SIMD_exp2f128x


	)

157 

	#__DECL_SIMD_exp10


	)

158 

	#__DECL_SIMD_exp10f


	)

159 

	#__DECL_SIMD_exp10l


	)

160 

	#__DECL_SIMD_exp10f16


	)

161 

	#__DECL_SIMD_exp10f32


	)

162 

	#__DECL_SIMD_exp10f64


	)

163 

	#__DECL_SIMD_exp10f128


	)

164 

	#__DECL_SIMD_exp10f32x


	)

165 

	#__DECL_SIMD_exp10f64x


	)

166 

	#__DECL_SIMD_exp10f128x


	)

168 

	#__DECL_SIMD_cosh


	)

169 

	#__DECL_SIMD_coshf


	)

170 

	#__DECL_SIMD_coshl


	)

171 

	#__DECL_SIMD_coshf16


	)

172 

	#__DECL_SIMD_coshf32


	)

173 

	#__DECL_SIMD_coshf64


	)

174 

	#__DECL_SIMD_coshf128


	)

175 

	#__DECL_SIMD_coshf32x


	)

176 

	#__DECL_SIMD_coshf64x


	)

177 

	#__DECL_SIMD_coshf128x


	)

179 

	#__DECL_SIMD_expm1


	)

180 

	#__DECL_SIMD_expm1f


	)

181 

	#__DECL_SIMD_expm1l


	)

182 

	#__DECL_SIMD_expm1f16


	)

183 

	#__DECL_SIMD_expm1f32


	)

184 

	#__DECL_SIMD_expm1f64


	)

185 

	#__DECL_SIMD_expm1f128


	)

186 

	#__DECL_SIMD_expm1f32x


	)

187 

	#__DECL_SIMD_expm1f64x


	)

188 

	#__DECL_SIMD_expm1f128x


	)

190 

	#__DECL_SIMD_s�h


	)

191 

	#__DECL_SIMD_s�hf


	)

192 

	#__DECL_SIMD_s�hl


	)

193 

	#__DECL_SIMD_s�hf16


	)

194 

	#__DECL_SIMD_s�hf32


	)

195 

	#__DECL_SIMD_s�hf64


	)

196 

	#__DECL_SIMD_s�hf128


	)

197 

	#__DECL_SIMD_s�hf32x


	)

198 

	#__DECL_SIMD_s�hf64x


	)

199 

	#__DECL_SIMD_s�hf128x


	)

201 

	#__DECL_SIMD_cb�


	)

202 

	#__DECL_SIMD_cb�f


	)

203 

	#__DECL_SIMD_cb�l


	)

204 

	#__DECL_SIMD_cb�f16


	)

205 

	#__DECL_SIMD_cb�f32


	)

206 

	#__DECL_SIMD_cb�f64


	)

207 

	#__DECL_SIMD_cb�f128


	)

208 

	#__DECL_SIMD_cb�f32x


	)

209 

	#__DECL_SIMD_cb�f64x


	)

210 

	#__DECL_SIMD_cb�f128x


	)

212 

	#__DECL_SIMD_��2


	)

213 

	#__DECL_SIMD_��2f


	)

214 

	#__DECL_SIMD_��2l


	)

215 

	#__DECL_SIMD_��2f16


	)

216 

	#__DECL_SIMD_��2f32


	)

217 

	#__DECL_SIMD_��2f64


	)

218 

	#__DECL_SIMD_��2f128


	)

219 

	#__DECL_SIMD_��2f32x


	)

220 

	#__DECL_SIMD_��2f64x


	)

221 

	#__DECL_SIMD_��2f128x


	)

223 

	#__DECL_SIMD_log10


	)

224 

	#__DECL_SIMD_log10f


	)

225 

	#__DECL_SIMD_log10l


	)

226 

	#__DECL_SIMD_log10f16


	)

227 

	#__DECL_SIMD_log10f32


	)

228 

	#__DECL_SIMD_log10f64


	)

229 

	#__DECL_SIMD_log10f128


	)

230 

	#__DECL_SIMD_log10f32x


	)

231 

	#__DECL_SIMD_log10f64x


	)

232 

	#__DECL_SIMD_log10f128x


	)

234 

	#__DECL_SIMD_log2


	)

235 

	#__DECL_SIMD_log2f


	)

236 

	#__DECL_SIMD_log2l


	)

237 

	#__DECL_SIMD_log2f16


	)

238 

	#__DECL_SIMD_log2f32


	)

239 

	#__DECL_SIMD_log2f64


	)

240 

	#__DECL_SIMD_log2f128


	)

241 

	#__DECL_SIMD_log2f32x


	)

242 

	#__DECL_SIMD_log2f64x


	)

243 

	#__DECL_SIMD_log2f128x


	)

245 

	#__DECL_SIMD_log1p


	)

246 

	#__DECL_SIMD_log1pf


	)

247 

	#__DECL_SIMD_log1�


	)

248 

	#__DECL_SIMD_log1pf16


	)

249 

	#__DECL_SIMD_log1pf32


	)

250 

	#__DECL_SIMD_log1pf64


	)

251 

	#__DECL_SIMD_log1pf128


	)

252 

	#__DECL_SIMD_log1pf32x


	)

253 

	#__DECL_SIMD_log1pf64x


	)

254 

	#__DECL_SIMD_log1pf128x


	)

256 

	#__DECL_SIMD_��h


	)

257 

	#__DECL_SIMD_��hf


	)

258 

	#__DECL_SIMD_��hl


	)

259 

	#__DECL_SIMD_��hf16


	)

260 

	#__DECL_SIMD_��hf32


	)

261 

	#__DECL_SIMD_��hf64


	)

262 

	#__DECL_SIMD_��hf128


	)

263 

	#__DECL_SIMD_��hf32x


	)

264 

	#__DECL_SIMD_��hf64x


	)

265 

	#__DECL_SIMD_��hf128x


	)

267 

	#__DECL_SIMD_acosh


	)

268 

	#__DECL_SIMD_acoshf


	)

269 

	#__DECL_SIMD_acoshl


	)

270 

	#__DECL_SIMD_acoshf16


	)

271 

	#__DECL_SIMD_acoshf32


	)

272 

	#__DECL_SIMD_acoshf64


	)

273 

	#__DECL_SIMD_acoshf128


	)

274 

	#__DECL_SIMD_acoshf32x


	)

275 

	#__DECL_SIMD_acoshf64x


	)

276 

	#__DECL_SIMD_acoshf128x


	)

278 

	#__DECL_SIMD_�f


	)

279 

	#__DECL_SIMD_�ff


	)

280 

	#__DECL_SIMD_��


	)

281 

	#__DECL_SIMD_�ff16


	)

282 

	#__DECL_SIMD_�ff32


	)

283 

	#__DECL_SIMD_�ff64


	)

284 

	#__DECL_SIMD_�ff128


	)

285 

	#__DECL_SIMD_�ff32x


	)

286 

	#__DECL_SIMD_�ff64x


	)

287 

	#__DECL_SIMD_�ff128x


	)

289 

	#__DECL_SIMD_�nh


	)

290 

	#__DECL_SIMD_�nhf


	)

291 

	#__DECL_SIMD_�nhl


	)

292 

	#__DECL_SIMD_�nhf16


	)

293 

	#__DECL_SIMD_�nhf32


	)

294 

	#__DECL_SIMD_�nhf64


	)

295 

	#__DECL_SIMD_�nhf128


	)

296 

	#__DECL_SIMD_�nhf32x


	)

297 

	#__DECL_SIMD_�nhf64x


	)

298 

	#__DECL_SIMD_�nhf128x


	)

300 

	#__DECL_SIMD_as�h


	)

301 

	#__DECL_SIMD_as�hf


	)

302 

	#__DECL_SIMD_as�hl


	)

303 

	#__DECL_SIMD_as�hf16


	)

304 

	#__DECL_SIMD_as�hf32


	)

305 

	#__DECL_SIMD_as�hf64


	)

306 

	#__DECL_SIMD_as�hf128


	)

307 

	#__DECL_SIMD_as�hf32x


	)

308 

	#__DECL_SIMD_as�hf64x


	)

309 

	#__DECL_SIMD_as�hf128x


	)

311 

	#__DECL_SIMD_�fc


	)

312 

	#__DECL_SIMD_�fcf


	)

313 

	#__DECL_SIMD_�f�


	)

314 

	#__DECL_SIMD_�fcf16


	)

315 

	#__DECL_SIMD_�fcf32


	)

316 

	#__DECL_SIMD_�fcf64


	)

317 

	#__DECL_SIMD_�fcf128


	)

318 

	#__DECL_SIMD_�fcf32x


	)

319 

	#__DECL_SIMD_�fcf64x


	)

320 

	#__DECL_SIMD_�fcf128x


	)

322 

	#__DECL_SIMD_�n


	)

323 

	#__DECL_SIMD_�nf


	)

324 

	#__DECL_SIMD_��


	)

325 

	#__DECL_SIMD_�nf16


	)

326 

	#__DECL_SIMD_�nf32


	)

327 

	#__DECL_SIMD_�nf64


	)

328 

	#__DECL_SIMD_�nf128


	)

329 

	#__DECL_SIMD_�nf32x


	)

330 

	#__DECL_SIMD_�nf64x


	)

331 

	#__DECL_SIMD_�nf128x


	)

	@/usr/include/bits/local_lim.h

24 #i�de�
NR_OPEN


25 

	#__undef_NR_OPEN


	)

27 #i�de�
LINK_MAX


28 

	#__undef_LINK_MAX


	)

30 #i�de�
OPEN_MAX


31 

	#__undef_OPEN_MAX


	)

33 #i�de�
ARG_MAX


34 

	#__undef_ARG_MAX


	)

38 
	~<l�ux/lim�s.h
>

41 #ifde�
__undef_NR_OPEN


42 #unde�
NR_OPEN


43 #unde�
__undef_NR_OPEN


46 #ifde�
__undef_LINK_MAX


47 #unde�
LINK_MAX


48 #unde�
__undef_LINK_MAX


51 #ifde�
__undef_OPEN_MAX


52 #unde�
OPEN_MAX


53 #unde�
__undef_OPEN_MAX


56 #ifde�
__undef_ARG_MAX


57 #unde�
ARG_MAX


58 #unde�
__undef_ARG_MAX


62 

	#_POSIX_THREAD_KEYS_MAX
 128

	)

64 

	#PTHREAD_KEYS_MAX
 1024

	)

67 

	#_POSIX_THREAD_DESTRUCTOR_ITERATIONS
 4

	)

69 

	#PTHREAD_DESTRUCTOR_ITERATIONS
 
_POSIX_THREAD_DESTRUCTOR_ITERATIONS


	)

72 

	#_POSIX_THREAD_THREADS_MAX
 64

	)

74 #unde�
PTHREAD_THREADS_MAX


78 

	#AIO_PRIO_DELTA_MAX
 20

	)

81 
	~<b�s/�h�ad_�ack_m�-dy�mic.h
>

84 

	#DELAYTIMER_MAX
 2147483647

	)

87 

	#TTY_NAME_MAX
 32

	)

90 

	#LOGIN_NAME_MAX
 256

	)

93 

	#HOST_NAME_MAX
 64

	)

96 

	#MQ_PRIO_MAX
 32768

	)

99 

	#SEM_VALUE_MAX
 (2147483647)

	)

	@/usr/include/bits/long-double.h

21 

	#__LDOUBLE_REDIRECTS_TO_FLOAT128_ABI
 0

	)

	@/usr/include/bits/mman-linux.h

19 #i�de�
_SYS_MMAN_H


32 

	#PROT_READ
 0x1

	)

33 

	#PROT_WRITE
 0x2

	)

34 

	#PROT_EXEC
 0x4

	)

35 

	#PROT_NONE
 0x0

	)

36 

	#PROT_GROWSDOWN
 0x01000000

	)

38 

	#PROT_GROWSUP
 0x02000000

	)

42 

	#MAP_SHARED
 0x01

	)

43 

	#MAP_PRIVATE
 0x02

	)

44 

	#MAP_SHARED_VALIDATE
 0x03

	)

46 

	#MAP_TYPE
 0x0�

	)

49 

	#MAP_FIXED
 0x10

	)

50 

	#MAP_FILE
 0

	)

51 #ifde�
__MAP_ANONYMOUS


52 

	#MAP_ANONYMOUS
 
__MAP_ANONYMOUS


	)

54 

	#MAP_ANONYMOUS
 0x20

	)

56 

	#MAP_ANON
 
MAP_ANONYMOUS


	)

58 

	#MAP_HUGE_SHIFT
 26

	)

59 

	#MAP_HUGE_MASK
 0x3f

	)

62 

	#MS_ASYNC
 1

	)

63 

	#MS_SYNC
 4

	)

64 

	#MS_INVALIDATE
 2

	)

67 #ifde�
__USE_MISC


68 

	#MADV_NORMAL
 0

	)

69 

	#MADV_RANDOM
 1

	)

70 

	#MADV_SEQUENTIAL
 2

	)

71 

	#MADV_WILLNEED
 3

	)

72 

	#MADV_DONTNEED
 4

	)

73 

	#MADV_FREE
 8

	)

74 

	#MADV_REMOVE
 9

	)

75 

	#MADV_DONTFORK
 10

	)

76 

	#MADV_DOFORK
 11

	)

77 

	#MADV_MERGEABLE
 12

	)

78 

	#MADV_UNMERGEABLE
 13

	)

79 

	#MADV_HUGEPAGE
 14

	)

80 

	#MADV_NOHUGEPAGE
 15

	)

81 

	#MADV_DONTDUMP
 16

	)

83 

	#MADV_DODUMP
 17

	)

84 

	#MADV_WIPEONFORK
 18

	)

85 

	#MADV_KEEPONFORK
 19

	)

86 

	#MADV_COLD
 20

	)

87 

	#MADV_PAGEOUT
 21

	)

88 

	#MADV_POPULATE_READ
 22

	)

90 

	#MADV_POPULATE_WRITE
 23

	)

92 

	#MADV_DONTNEED_LOCKED
 24

	)

94 

	#MADV_COLLAPSE
 25

	)

95 

	#MADV_HWPOISON
 100

	)

99 #ifde�
__USE_XOPEN2K


100 

	#POSIX_MADV_NORMAL
 0

	)

101 

	#POSIX_MADV_RANDOM
 1

	)

102 

	#POSIX_MADV_SEQUENTIAL
 2

	)

103 

	#POSIX_MADV_WILLNEED
 3

	)

104 

	#POSIX_MADV_DONTNEED
 4

	)

108 #i�de�
MCL_CURRENT


109 

	#MCL_CURRENT
 1

	)

110 

	#MCL_FUTURE
 2

	)

112 

	#MCL_ONFAULT
 4

	)

116 
	~<b�s/mm�-sh�ed.h
>

	@/usr/include/bits/mman-map-flags-generic.h

19 #i�de�
_SYS_MMAN_H


28 

	#MAP_GROWSDOWN
 0x00100

	)

29 

	#MAP_DENYWRITE
 0x00800

	)

30 

	#MAP_EXECUTABLE
 0x01000

	)

31 

	#MAP_LOCKED
 0x02000

	)

32 

	#MAP_NORESERVE
 0x04000

	)

33 

	#MAP_POPULATE
 0x08000

	)

34 

	#MAP_NONBLOCK
 0x10000

	)

35 

	#MAP_STACK
 0x20000

	)

36 

	#MAP_HUGETLB
 0x40000

	)

37 

	#MAP_SYNC
 0x80000

	)

39 

	#MAP_FIXED_NOREPLACE
 0x100000

	)

	@/usr/include/bits/poll.h

18 #i�de�
_SYS_POLL_H


25 

	#POLLIN
 0x001

	)

26 

	#POLLPRI
 0x002

	)

27 

	#POLLOUT
 0x004

	)

29 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


31 

	#POLLRDNORM
 0x040

	)

32 

	#POLLRDBAND
 0x080

	)

33 

	#POLLWRNORM
 0x100

	)

34 

	#POLLWRBAND
 0x200

	)

37 #ifde�
__USE_GNU


39 

	#POLLMSG
 0x400

	)

40 

	#POLLREMOVE
 0x1000

	)

41 

	#POLLRDHUP
 0x2000

	)

47 

	#POLLERR
 0x008

	)

48 

	#POLLHUP
 0x010

	)

49 

	#POLLNVAL
 0x020

	)

	@/usr/include/bits/poll2.h

19 #i�de�
_SYS_POLL_H


24 
__BEGIN_DECLS


26 

__REDIRECT
 (
__p�l_��s
, (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
,

27 
__timeout
), 
p�l
);

28 

	$__p�l_chk
 (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
, 
__timeout
,

29 
__SIZE_TYPE__
 
__fd��
)

30 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

31 

	`__REDIRECT
 (
__p�l_chk_w�n
, (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
,

32 
__timeout
, 
__SIZE_TYPE__
 
__fd��
),

33 
__p�l_chk
)

34 
	`__w�ljr
 ("poll called with fds buffer�oo small file�fds�ntries");

36 
__f�tify_fun�i�
 
	$__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2) 

37 
	$p�l
 (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
, 
__timeout
)

39  
	`__glibc_f�tify
 (
p�l
, 
__nfds
,  (*
__fds
),

40 
	`__glibc_objsize
 (
__fds
),

41 
__fds
, 
__nfds
, 
__timeout
);

42 
	}
}

45 #ifde�
__USE_GNU


46 #ifde�
__USE_TIME_BITS64


47 

__REDIRECT
 (
__��l64_��s
, (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
,

48 cڡ 
time�ec
 *
__timeout
,

49 cڡ 
__sig�t_t
 *
__ss
), 
__��l64
);

50 

	$__��l64_chk
 (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
,

51 cڡ 
time�ec
 *
__timeout
,

52 cڡ 
__sig�t_t
 *
__ss
, 
__SIZE_TYPE__
 
__fd��
)

53 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

54 

	`__REDIRECT
 (
__��l64_chk_w�n
, (
p�lfd
 *
__fds
, 
nfds_t
 
__n
,

55 cڡ 
time�ec
 *
__timeout
,

56 cڡ 
__sig�t_t
 *
__ss
,

57 
__SIZE_TYPE__
 
__fd��
),

58 
__��l64_chk
)

59 
	`__w�ljr
 ("ppoll called with fds buffer�oo small file�fds�ntries");

61 
__f�tify_fun�i�
 
	$__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2) 

62 
	$��l
 (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
, cڡ 
time�ec
 *
__timeout
,

63 cڡ 
__sig�t_t
 *
__ss
)

65  
	`__glibc_f�tify
 (
��l64
, 
__nfds
,  (*
__fds
),

66 
	`__glibc_objsize
 (
__fds
),

67 
__fds
, 
__nfds
, 
__timeout
, 
__ss
);

68 
	}
}

70 

__REDIRECT
 (
__��l_��s
, (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
,

71 cڡ 
time�ec
 *
__timeout
,

72 cڡ 
__sig�t_t
 *
__ss
), 
��l
);

73 

	$__��l_chk
 (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
,

74 cڡ 
time�ec
 *
__timeout
,

75 cڡ 
__sig�t_t
 *
__ss
, 
__SIZE_TYPE__
 
__fd��
)

76 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

77 

	`__REDIRECT
 (
__��l_chk_w�n
, (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
,

78 cڡ 
time�ec
 *
__timeout
,

79 cڡ 
__sig�t_t
 *
__ss
,

80 
__SIZE_TYPE__
 
__fd��
),

81 
__��l_chk
)

82 
	`__w�ljr
 ("ppoll called with fds buffer�oo small file�fds�ntries");

84 
__f�tify_fun�i�
 
	$__f�tif�d_��_ac�ss
 (
__wr�e_�ly__
, 1, 2) 

85 
	$��l
 (
p�lfd
 *
__fds
, 
nfds_t
 
__nfds
, cڡ 
time�ec
 *
__timeout
,

86 cڡ 
__sig�t_t
 *
__ss
)

88  
	`__glibc_f�tify
 (
��l
, 
__nfds
,  (*
__fds
),

89 
	`__glibc_objsize
 (
__fds
),

90 
__fds
, 
__nfds
, 
__timeout
, 
__ss
);

91 
	}
}

95 
	g__END_DECLS


	@/usr/include/bits/select.h

18 #i�de�
_SYS_SELECT_H


25 

	#__FD_ZERO
(
s
) \

27 
__i
; \

28 
fd_�t
 *
__�r
 = (
s
); \

29 
__i
 = 0; __�<  (
fd_�t
�/  (
__fd_mask
); ++__i) \

30 
	`__FDS_BITS
 (
__�r
)[
__i
] = 0; \

31 } 0)

	)

32 

	#__FD_SET
(
d
, 
s
) \

33 ((�(
	`__FDS_BITS
 (
s
)[
	`__FD_ELT
(
d
)] |�
	`__FD_MASK
(d)))

	)

34 

	#__FD_CLR
(
d
, 
s
) \

35 ((�(
	`__FDS_BITS
 (
s
)[
	`__FD_ELT
(
d
)] &�~
	`__FD_MASK
(d)))

	)

36 

	#__FD_ISSET
(
d
, 
s
) \

37 ((
	`__FDS_BITS
 (
s
)[
	`__FD_ELT
 (
d
)] & 
	`__FD_MASK
 (d)�!�0)

	)

	@/usr/include/bits/select2.h

19 #i�de�
_SYS_SELECT_H


23 
	~<b�s/���-de�.h
>

25 #unde�
__FD_ELT


26 

	#__FD_ELT
(
d
) \

27 
__ex�nsi�__
 \

28 ({ 
__d
 = (
d
); \

29 (
	`__bu�t�_cڡ�t_p
 (
__d
) \

30 ? (0 <�
__d
 && __d < 
__FD_SETSIZE
 \

31 ? (
__d
 / 
__NFDBITS
) \

32 : 
	`__fd�t_w�n
 (
__d
)) \

33 : 
	`__fd�t_chk
 (
__d
)); })

	)

	@/usr/include/bits/siginfo-arch.h

2 #i�de�
_BITS_SIGINFO_ARCH_H


3 

	#_BITS_SIGINFO_ARCH_H
 1

	)

	@/usr/include/bits/siginfo-consts-arch.h

2 #i�de�
_BITS_SIGINFO_CONSTS_ARCH_H


3 

	#_BITS_SIGINFO_CONSTS_ARCH_H
 1

	)

	@/usr/include/bits/signum-arch.h

19 #i�de�
_BITS_SIGNUM_ARCH_H


20 

	#_BITS_SIGNUM_ARCH_H
 1

	)

22 #i�de�
_SIGNAL_H


29 

	#SIGSTKFLT
 16

	)

30 

	#SIGPWR
 30

	)

33 

	#SIGBUS
 7

	)

34 

	#SIGSYS
 31

	)

37 

	#SIGURG
 23

	)

38 

	#SIGSTOP
 19

	)

39 

	#SIGTSTP
 20

	)

40 

	#SIGCONT
 18

	)

41 

	#SIGCHLD
 17

	)

42 

	#SIGTTIN
 21

	)

43 

	#SIGTTOU
 22

	)

44 

	#SIGPOLL
 29

	)

45 

	#SIGXFSZ
 25

	)

46 

	#SIGXCPU
 24

	)

47 

	#SIGVTALRM
 26

	)

48 

	#SIGPROF
 27

	)

49 

	#SIGUSR1
 10

	)

50 

	#SIGUSR2
 12

	)

54 

	#SIGWINCH
 28

	)

57 

	#SIGIO
 
SIGPOLL


	)

58 

	#SIGIOT
 
SIGABRT


	)

59 

	#SIGCLD
 
SIGCHLD


	)

61 

	#__SIGRTMIN
 32

	)

62 

	#__SIGRTMAX
 64

	)

	@/usr/include/bits/sockaddr.h

23 #i�de�
_BITS_SOCKADDR_H


24 

	#_BITS_SOCKADDR_H
 1

	)

28 
	t�_�m�y_t
;

34 

	#__SOCKADDR_COMMON
(
�_�efix
) \

35 
�_�m�y_t
 
�_�efix
##
�m�y


	)

37 

	#__SOCKADDR_COMMON_SIZE
 ( ())

	)

40 

	#_SS_SIZE
 128

	)

	@/usr/include/bits/socket-constants.h

19 #i�de�
_SYS_SOCKET_H


23 
	~<b�s/timesize.h
>

25 

	#SOL_SOCKET
 1

	)

26 

	#SO_ACCEPTCONN
 30

	)

27 

	#SO_BROADCAST
 6

	)

28 

	#SO_DONTROUTE
 5

	)

29 

	#SO_ERROR
 4

	)

30 

	#SO_KEEPALIVE
 9

	)

31 

	#SO_LINGER
 13

	)

32 

	#SO_OOBINLINE
 10

	)

33 

	#SO_RCVBUF
 8

	)

34 

	#SO_RCVLOWAT
 18

	)

35 

	#SO_REUSEADDR
 2

	)

36 

	#SO_SNDBUF
 7

	)

37 

	#SO_SNDLOWAT
 19

	)

38 

	#SO_TYPE
 3

	)

40 #i�(
__TIMESIZE
 =�64 && 
__WORDSIZE
 == 32 \

41 && (!
def�ed
 
	g__SYSCALL_WORDSIZE
 || __SYSCALL_WORDSIZE == 32))

42 

	#SO_RCVTIMEO
 66

	)

43 

	#SO_SNDTIMEO
 67

	)

44 

	#SO_TIMESTAMP
 63

	)

45 

	#SO_TIMESTAMPNS
 64

	)

46 

	#SO_TIMESTAMPING
 65

	)

48 #i�
__TIMESIZE
 == 64

49 

	#SO_RCVTIMEO
 20

	)

50 

	#SO_SNDTIMEO
 21

	)

51 

	#SO_TIMESTAMP
 29

	)

52 

	#SO_TIMESTAMPNS
 35

	)

53 

	#SO_TIMESTAMPING
 37

	)

55 

	#SO_RCVTIMEO_OLD
 20

	)

56 

	#SO_SNDTIMEO_OLD
 21

	)

57 

	#SO_RCVTIMEO_NEW
 66

	)

58 

	#SO_SNDTIMEO_NEW
 67

	)

60 

	#SO_TIMESTAMP_OLD
 29

	)

61 

	#SO_TIMESTAMPNS_OLD
 35

	)

62 

	#SO_TIMESTAMPING_OLD
 37

	)

63 

	#SO_TIMESTAMP_NEW
 63

	)

64 

	#SO_TIMESTAMPNS_NEW
 64

	)

65 

	#SO_TIMESTAMPING_NEW
 65

	)

67 #ifde�
__USE_TIME_BITS64


68 

	#SO_RCVTIMEO
 
SO_RCVTIMEO_NEW


	)

69 

	#SO_SNDTIMEO
 
SO_SNDTIMEO_NEW


	)

70 

	#SO_TIMESTAMP
 
SO_TIMESTAMP_NEW


	)

71 

	#SO_TIMESTAMPNS
 
SO_TIMESTAMPNS_NEW


	)

72 

	#SO_TIMESTAMPING
 
SO_TIMESTAMPING_NEW


	)

74 

	#SO_RCVTIMEO
 
SO_RCVTIMEO_OLD


	)

75 

	#SO_SNDTIMEO
 
SO_SNDTIMEO_OLD


	)

76 

	#SO_TIMESTAMP
 
SO_TIMESTAMP_OLD


	)

77 

	#SO_TIMESTAMPNS
 
SO_TIMESTAMPNS_OLD


	)

78 

	#SO_TIMESTAMPING
 
SO_TIMESTAMPING_OLD


	)

	@/usr/include/bits/socket_type.h

19 #i�de�
_SYS_SOCKET_H


24 
	e__sock�_ty�


26 
	mSOCK_STREAM
 = 1,

28 

	#SOCK_STREAM
 
SOCK_STREAM


	)

29 
	mSOCK_DGRAM
 = 2,

31 

	#SOCK_DGRAM
 
SOCK_DGRAM


	)

32 
	mSOCK_RAW
 = 3,

33 

	#SOCK_RAW
 
SOCK_RAW


	)

34 
	mSOCK_RDM
 = 4,

35 

	#SOCK_RDM
 
SOCK_RDM


	)

36 
	mSOCK_SEQPACKET
 = 5,

38 

	#SOCK_SEQPACKET
 
SOCK_SEQPACKET


	)

39 
	mSOCK_DCCP
 = 6,

40 

	#SOCK_DCCP
 
SOCK_DCCP


	)

41 
	mSOCK_PACKET
 = 10,

44 

	#SOCK_PACKET
 
SOCK_PACKET


	)

49 
	mSOCK_CLOEXEC
 = 02000000,

51 

	#SOCK_CLOEXEC
 
SOCK_CLOEXEC


	)

52 
	mSOCK_NONBLOCK
 = 00004000

54 

	#SOCK_NONBLOCK
 
SOCK_NONBLOCK


	)

	@/usr/include/bits/statx-generic.h

21 #i�de�
_SYS_STAT_H


22 #�r� 
Nev�
 
��ude
 <
b�s
/
��x
-
g��ic
.
h
> 
d�e�ly
, in�ud�<
sys
/
��
.h> 
���d
.

25 
	~<b�s/ty�s/�ru�_��x_time�amp.h
>

26 
	~<b�s/ty�s/�ru�_��x.h
>

28 #i�de�
STATX_TYPE


29 

	#STATX_TYPE
 0x0001U

	)

30 

	#STATX_MODE
 0x0002U

	)

31 

	#STATX_NLINK
 0x0004U

	)

32 

	#STATX_UID
 0x0008U

	)

33 

	#STATX_GID
 0x0010U

	)

34 

	#STATX_ATIME
 0x0020U

	)

35 

	#STATX_MTIME
 0x0040U

	)

36 

	#STATX_CTIME
 0x0080U

	)

37 

	#STATX_INO
 0x0100U

	)

38 

	#STATX_SIZE
 0x0200U

	)

39 

	#STATX_BLOCKS
 0x0400U

	)

40 

	#STATX_BASIC_STATS
 0x07ffU

	)

41 

	#STATX_ALL
 0x0fffU

	)

42 

	#STATX_BTIME
 0x0800U

	)

43 

	#STATX_MNT_ID
 0x1000U

	)

44 

	#STATX_DIOALIGN
 0x2000U

	)

45 

	#STATX__RESERVED
 0x80000000U

	)

47 

	#STATX_ATTR_COMPRESSED
 0x0004

	)

48 

	#STATX_ATTR_IMMUTABLE
 0x0010

	)

49 

	#STATX_ATTR_APPEND
 0x0020

	)

50 

	#STATX_ATTR_NODUMP
 0x0040

	)

51 

	#STATX_ATTR_ENCRYPTED
 0x0800

	)

52 

	#STATX_ATTR_AUTOMOUNT
 0x1000

	)

53 

	#STATX_ATTR_MOUNT_ROOT
 0x2000

	)

54 

	#STATX_ATTR_VERITY
 0x100000

	)

55 

	#STATX_ATTR_DAX
 0x200000

	)

58 
__BEGIN_DECLS


61 
	$��x
 (
__d�fd
, cڡ *
__��ri�
 
__�th
, 
__�ags
,

62 
__mask
, 
��x
 *
__��ri�
 
__buf
)

63 
__THROW
 
	`__n�nu�
 ((2, 5));

65 
__END_DECLS


	@/usr/include/bits/strings_fortified.h

19 #i�de�
__STRINGS_FORTIFIED


20 

	#__STRINGS_FORTIFIED
 1

	)

22 
__f�tify_fun�i�
 

23 
__NTH
 (
	$bc�y
 (cڡ *
__�c
, *
__de�
, 
size_t
 
__�n
))

25 (�
	`__bu�t�___memmove_chk
 (
__de�
, 
__�c
, 
__�n
,

26 
	`__glibc_objsize0
 (
__de�
));

27 
	}
}

29 
__f�tify_fun�i�
 

30 
__NTH
 (
	$bz�o
 (*
__de�
, 
size_t
 
__�n
))

32 (�
	`__bu�t�___mem�t_chk
 (
__de�
, '\0', 
__�n
,

33 
	`__glibc_objsize0
 (
__de�
));

34 
	}
}

	@/usr/include/bits/struct_stat.h

19 #i�!
def�ed
 
_SYS_STAT_H
 && !def�ed 
_FCNTL_H


23 #i�de�
_BITS_STRUCT_STAT_H


24 

	#_BITS_STRUCT_STAT_H
 1

	)

26 
	~<b�s/�d�n.h
>

27 
	~<b�s/w�dsize.h
>

29 #i�
def�ed
 
__USE_FILE_OFFSET64


30 

	#__f�ld64
(
ty�
, 
ty�64
, 
�me
�ty�64 
	)
name

31 #�i�
__WORDSIZE
 =�64 || 
def�ed
 
__INO_T_MATCHES_INO64_T


32 #i�
def�ed
 
__INO_T_MATCHES_INO64_T
 && !def�ed 
__OFF_T_MATCHES_OFF64_T


35 

	#__f�ld64
(
ty�
, 
ty�64
, 
�me
�ty� 
	)
name

36 #�i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


37 

	#__f�ld64
(
ty�
, 
ty�64
, 
�me
) \

38 
ty�
 
�me
 
	`__��ibu�__
((
	`__�ig�d__
 (
	`__�ignof__
 (
ty�64
)))); 
__
##�me##
_�d


	)

40 

	#__f�ld64
(
ty�
, 
ty�64
, 
�me
) \

41 
__
##
�me
##
_�d
 
	`__��ibu�__
((
	`__�ig�d__
 (
	`__�ignof__
 (
ty�64
)))); 
ty�
 
	)
name

44 
	s��


46 
__dev_t
 
	m�_dev
;

47 
__f�ld64
(
__�o_t
, 
__�o64_t
, 
�_�o
);

48 
__mode_t
 
	m�_mode
;

49 
__ƚk_t
 
	m�_ƚk
;

50 
__uid_t
 
	m�_uid
;

51 
__gid_t
 
	m�_gid
;

52 
__dev_t
 
	m�_rdev
;

53 
__dev_t
 
	m__�d1
;

54 
__f�ld64
(
__off_t
, 
__off64_t
, 
�_size
);

55 
__blksize_t
 
	m�_blksize
;

56 
	m__�d2
;

57 
__f�ld64
(
__blk�t_t
, 
__blk�t64_t
, 
�_blocks
);

58 #ifde�
__USE_XOPEN2K8


65 
time�ec
 
	m�_�im
;

66 
time�ec
 
	m�_mtim
;

67 
time�ec
 
	m�_�im
;

68 

	#�_�ime
 
�_�im
.
tv_�c


	)

69 

	#�_mtime
 
�_mtim
.
tv_�c


	)

70 

	#�_�ime
 
�_�im
.
tv_�c


	)

72 
__time_t
 
	m�_�ime
;

73 
	m�_�im��c
;

74 
__time_t
 
	m�_mtime
;

75 
	m�_mtim��c
;

76 
__time_t
 
	m�_�ime
;

77 
	m�_�im��c
;

79 
	m__glibc_��rved
[2];

82 #unde�
__f�ld64


84 #ifde�
__USE_LARGEFILE64


85 
	s��64


87 
__dev_t
 
	m�_dev
;

88 
__�o64_t
 
	m�_�o
;

89 
__mode_t
 
	m�_mode
;

90 
__ƚk_t
 
	m�_ƚk
;

91 
__uid_t
 
	m�_uid
;

92 
__gid_t
 
	m�_gid
;

93 
__dev_t
 
	m�_rdev
;

94 
__dev_t
 
	m__�d1
;

95 
__off64_t
 
	m�_size
;

96 
__blksize_t
 
	m�_blksize
;

97 
	m__�d2
;

98 
__blk�t64_t
 
	m�_blocks
;

99 #ifde�
__USE_XOPEN2K8


106 
time�ec
 
	m�_�im
;

107 
time�ec
 
	m�_mtim
;

108 
time�ec
 
	m�_�im
;

110 
__time_t
 
	m�_�ime
;

111 
	m�_�im��c
;

112 
__time_t
 
	m�_mtime
;

113 
	m�_mtim��c
;

114 
__time_t
 
	m�_�ime
;

115 
	m�_�im��c
;

117 
	m__glibc_��rved
[2];

122 

	#_STATBUF_ST_BLKSIZE


	)

123 

	#_STATBUF_ST_RDEV


	)

125 

	#_STATBUF_ST_NSEC


	)

	@/usr/include/bits/syslog-decl.h

19 #i�de�
_BITS_SYSLOG_DECL_H


20 

	#_BITS_SYSLOG_DECL_H
 1

	)

22 #i�de�
_SYS_SYSLOG_H


26 

	$__sy�og_chk
 (
__�i
, 
__�ag
, cڡ *
__fmt
, ...)

27 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 4)));

29 #ifde�
__USE_MISC


30 

	$__vsy�og_chk
 (
__�i
, 
__�ag
, cڡ *
__fmt
,

31 
__gnuc_va_li�
 
__�
)

32 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 0)));

	@/usr/include/bits/thread-shared-types.h

19 #i�de�
_THREAD_SHARED_TYPES_H


20 

	#_THREAD_SHARED_TYPES_H
 1

	)

44 
	~<b�s/�h�adty�s-�ch.h
>

46 
	~<b�s/�omic_wide_cou��.h
>

51 
	s__�h�ad_����_li�


53 
__�h�ad_����_li�
 *
	m__�ev
;

54 
__�h�ad_����_li�
 *
	m__�xt
;

55 } 
	t__�h�ad_li�_t
;

57 
	s__�h�ad_����_�i�


59 
__�h�ad_����_�i�
 *
	m__�xt
;

60 } 
	t__�h�ad_�i�_t
;

76 
	~<b�s/�ru�_mu�x.h
>

89 
	~<b�s/�ru�_rwlock.h
>

94 
	s__�h�ad_c�d_s


96 
__�omic_wide_cou��
 
	m__w�q
;

97 
__�omic_wide_cou��
 
	m__g1_��t
;

98 
	m__g_�fs
[2] 
	m__LOCK_ALIGNMENT
;

99 
	m__g_size
[2];

100 
	m__g1_�ig_size
;

101 
	m__w�fs
;

102 
	m__g_sig�ls
[2];

105 
	t__tss_t
;

106 
	t__thrd_t
;

110 
__d�a
 
	m__ONCE_ALIGNMENT
;

111 } 
	t__��_�ag
;

113 

	#__ONCE_FLAG_INIT
 { 0 }

	)

	@/usr/include/bits/time64.h

19 #i�de�
_BITS_TYPES_H


23 #i�def 
_BITS_TIME64_H


24 

	#_BITS_TIME64_H
 1

	)

28 #i�
__TIMESIZE
 == 64

30 

	#__TIME64_T_TYPE
 
__TIME_T_TYPE


	)

33 

	#__TIME64_T_TYPE
 
__SQUAD_TYPE


	)

	@/usr/include/bits/timesize.h

20 

	#__TIMESIZE
 64

	)

	@/usr/include/bits/timex.h

18 #i�def 
_BITS_TIMEX_H


19 

	#_BITS_TIMEX_H
 1

	)

21 
	~<b�s/ty�s.h
>

22 
	~<b�s/ty�s/�ru�_timev�.h
>

26 
	stimex


28 #i�
def�ed
 
__USE_TIME_BITS64
 || (
__TIMESIZE
 =�64 && 
__WORDSIZE
 == 32)

29 
	mmodes
;

31 
	moff�t
;

32 
	m�eq
;

33 
	mmax�r�
;

34 
	me��r�
;

35 
	m��us
;

37 
	mcڡ�t
;

38 
	m�ecisi�
;

39 
	mtޔ��
;

40 
timev�
 
	mtime
;

41 
	mtick
;

42 
	m�s�eq
;

43 
	mj��r
;

44 
	mshi�
;

46 
	m�ab�
;

47 
	mj��t
;

48 
	m�l�t
;

49 
	m�r�t
;

50 
	m�b�t
;

52 
	m�i
;

58 
	mmodes
;

59 
__sys��_��g_t
 
	moff�t
;

60 
__sys��_��g_t
 
	m�eq
;

61 
__sys��_��g_t
 
	mmax�r�
;

62 
__sys��_��g_t
 
	me��r�
;

63 
	m��us
;

64 
__sys��_��g_t
 
	mcڡ�t
;

65 
__sys��_��g_t
 
	m�ecisi�
;

66 
__sys��_��g_t
 
	mtޔ��
;

67 
timev�
 
	mtime
;

68 
__sys��_��g_t
 
	mtick
;

69 
__sys��_��g_t
 
	m�s�eq
;

70 
__sys��_��g_t
 
	mj��r
;

71 
	mshi�
;

72 
__sys��_��g_t
 
	m�ab�
;

73 
__sys��_��g_t
 
	mj��t
;

74 
__sys��_��g_t
 
	m�l�t
;

75 
__sys��_��g_t
 
	m�r�t
;

76 
__sys��_��g_t
 
	m�b�t
;

78 
	m�i
;

88 

	#ADJ_OFFSET
 0x0001

	)

89 

	#ADJ_FREQUENCY
 0x0002

	)

90 

	#ADJ_MAXERROR
 0x0004

	)

91 

	#ADJ_ESTERROR
 0x0008

	)

92 

	#ADJ_STATUS
 0x0010

	)

93 

	#ADJ_TIMECONST
 0x0020

	)

94 

	#ADJ_TAI
 0x0080

	)

95 

	#ADJ_SETOFFSET
 0x0100

	)

96 

	#ADJ_MICRO
 0x1000

	)

97 

	#ADJ_NANO
 0x2000

	)

98 

	#ADJ_TICK
 0x4000

	)

99 

	#ADJ_OFFSET_SINGLESHOT
 0x8001

	)

100 

	#ADJ_OFFSET_SS_READ
 0xa001

	)

103 

	#MOD_OFFSET
 
ADJ_OFFSET


	)

104 

	#MOD_FREQUENCY
 
ADJ_FREQUENCY


	)

105 

	#MOD_MAXERROR
 
ADJ_MAXERROR


	)

106 

	#MOD_ESTERROR
 
ADJ_ESTERROR


	)

107 

	#MOD_STATUS
 
ADJ_STATUS


	)

108 

	#MOD_TIMECONST
 
ADJ_TIMECONST


	)

109 

	#MOD_CLKB
 
ADJ_TICK


	)

110 

	#MOD_CLKA
 
ADJ_OFFSET_SINGLESHOT


	)

111 

	#MOD_TAI
 
ADJ_TAI


	)

112 

	#MOD_MICRO
 
ADJ_MICRO


	)

113 

	#MOD_NANO
 
ADJ_NANO


	)

117 

	#STA_PLL
 0x0001

	)

118 

	#STA_PPSFREQ
 0x0002

	)

119 

	#STA_PPSTIME
 0x0004

	)

120 

	#STA_FLL
 0x0008

	)

122 

	#STA_INS
 0x0010

	)

123 

	#STA_DEL
 0x0020

	)

124 

	#STA_UNSYNC
 0x0040

	)

125 

	#STA_FREQHOLD
 0x0080

	)

127 

	#STA_PPSSIGNAL
 0x0100

	)

128 

	#STA_PPSJITTER
 0x0200

	)

129 

	#STA_PPSWANDER
 0x0400

	)

130 

	#STA_PPSERROR
 0x0800

	)

132 

	#STA_CLOCKERR
 0x1000

	)

133 

	#STA_NANO
 0x2000

	)

134 

	#STA_MODE
 0x4000

	)

135 

	#STA_CLK
 0x8000

	)

138 

	#STA_RONLY
 (
STA_PPSSIGNAL
 | 
STA_PPSJITTER
 | 
STA_PPSWANDER
 \

139 | 
STA_PPSERROR
 | 
STA_CLOCKERR
 | 
STA_NANO
 | 
STA_MODE
 | 
STA_CLK
)

	)

	@/usr/include/bits/types/__locale_t.h

19 #i�de�
_BITS_TYPES___LOCALE_T_H


20 

	#_BITS_TYPES___LOCALE_T_H
 1

	)

27 
	s__lo��_�ru�


30 
__lo��_d�a
 *
	m__lo��s
[13];

33 cڡ *
	m__�y�_b
;

34 cڡ *
	m__�y�_t�ow�
;

35 cڡ *
	m__�y�_tou��
;

38 cڡ *
	m__�mes
[13];

41 
__lo��_�ru�
 *
	t__lo��_t
;

	@/usr/include/bits/types/__mbstate_t.h

1 #i�de�
____mb��e_t_def�ed


2 

	#____mb��e_t_def�ed
 1

	)

8 #i�de�
__WINT_TYPE__


9 

	#__WINT_TYPE__
 

	)

15 
	m__cou�
;

18 
__WINT_TYPE__
 
	m__wch
;

19 
	m__wchb
[4];

20 } 
	m__v�ue
;

21 } 
	t__mb��e_t
;

	@/usr/include/bits/types/__sigset_t.h

1 #i�de�
____sig�t_t_def�ed


2 

	#____sig�t_t_def�ed


	)

4 

	#_SIGSET_NWORDS
 (1024 / (8 *  ()))

	)

7 
	m__v�
[
_SIGSET_NWORDS
];

8 } 
	t__sig�t_t
;

	@/usr/include/bits/types/__sigval_t.h

19 #i�de�
____sigv�_t_def�ed


20 

	#____sigv�_t_def�ed


	)

23 #ifde�
__USE_POSIX199309


24 
	usigv�


26 
	msiv�_�t
;

27 *
	msiv�_�r
;

30 
sigv�
 
	t__sigv�_t
;

32 
	u__sigv�


34 
	m__siv�_�t
;

35 *
	m__siv�_�r
;

38 
__sigv�
 
	t__sigv�_t
;

	@/usr/include/bits/typesizes.h

19 #i�de�
_BITS_TYPES_H


23 #i�def 
_BITS_TYPESIZES_H


24 

	#_BITS_TYPESIZES_H
 1

	)

28 #i�
__TIMESIZE
 =�64 && 
__WORDSIZE
 == 32

31 

	#__INO_T_TYPE
 
__UQUAD_TYPE


	)

32 

	#__OFF_T_TYPE
 
__SQUAD_TYPE


	)

33 

	#__RLIM_T_TYPE
 
__UQUAD_TYPE


	)

34 

	#__BLKCNT_T_TYPE
 
__SQUAD_TYPE


	)

35 

	#__FSBLKCNT_T_TYPE
 
__UQUAD_TYPE


	)

36 

	#__FSFILCNT_T_TYPE
 
__UQUAD_TYPE


	)

37 

	#__TIME_T_TYPE
 
__SQUAD_TYPE


	)

38 

	#__SUSECONDS_T_TYPE
 
__SQUAD_TYPE


	)

40 

	#__INO_T_TYPE
 
__ULONGWORD_TYPE


	)

41 

	#__OFF_T_TYPE
 
__SLONGWORD_TYPE


	)

42 

	#__RLIM_T_TYPE
 
__ULONGWORD_TYPE


	)

43 

	#__BLKCNT_T_TYPE
 
__SLONGWORD_TYPE


	)

44 

	#__FSBLKCNT_T_TYPE
 
__ULONGWORD_TYPE


	)

45 

	#__FSFILCNT_T_TYPE
 
__ULONGWORD_TYPE


	)

46 

	#__TIME_T_TYPE
 
__SLONGWORD_TYPE


	)

47 

	#__SUSECONDS_T_TYPE
 
__SLONGWORD_TYPE


	)

50 

	#__DEV_T_TYPE
 
__UQUAD_TYPE


	)

51 

	#__UID_T_TYPE
 
__U32_TYPE


	)

52 

	#__GID_T_TYPE
 
__U32_TYPE


	)

53 

	#__INO64_T_TYPE
 
__UQUAD_TYPE


	)

54 

	#__MODE_T_TYPE
 
__U32_TYPE


	)

55 

	#__NLINK_T_TYPE
 
__U32_TYPE


	)

56 

	#__OFF64_T_TYPE
 
__SQUAD_TYPE


	)

57 

	#__PID_T_TYPE
 
__S32_TYPE


	)

58 

	#__RLIM64_T_TYPE
 
__UQUAD_TYPE


	)

59 

	#__BLKCNT64_T_TYPE
 
__SQUAD_TYPE


	)

60 

	#__FSBLKCNT64_T_TYPE
 
__UQUAD_TYPE


	)

61 

	#__FSFILCNT64_T_TYPE
 
__UQUAD_TYPE


	)

62 

	#__FSWORD_T_TYPE
 
__SWORD_TYPE


	)

63 

	#__ID_T_TYPE
 
__U32_TYPE


	)

64 

	#__CLOCK_T_TYPE
 
__SLONGWORD_TYPE


	)

65 

	#__USECONDS_T_TYPE
 
__U32_TYPE


	)

66 

	#__SUSECONDS64_T_TYPE
 
__SQUAD_TYPE


	)

67 

	#__DADDR_T_TYPE
 
__S32_TYPE


	)

68 

	#__KEY_T_TYPE
 
__S32_TYPE


	)

69 

	#__CLOCKID_T_TYPE
 
__S32_TYPE


	)

70 

	#__TIMER_T_TYPE
 *

	)

71 

	#__BLKSIZE_T_TYPE
 
__S32_TYPE


	)

72 

	#__FSID_T_TYPE
 s�u� { 
__v�
[2]; }

	)

73 

	#__SSIZE_T_TYPE
 
__SWORD_TYPE


	)

74 

	#__SYSCALL_SLONG_TYPE
 
__SLONGWORD_TYPE


	)

75 

	#__SYSCALL_ULONG_TYPE
 
__ULONGWORD_TYPE


	)

76 

	#__CPU_MASK_TYPE
 
__ULONGWORD_TYPE


	)

78 #i�
def�ed
 
__LP64__
 || (
__TIMESIZE
 =�64 && 
__WORDSIZE
 == 32)

82 

	#__OFF_T_MATCHES_OFF64_T
 1

	)

85 

	#__INO_T_MATCHES_INO64_T
 1

	)

88 

	#__RLIM_T_MATCHES_RLIM64_T
 1

	)

91 

	#__STATFS_MATCHES_STATFS64
 1

	)

94 

	#__KERNEL_OLD_TIMEVAL_MATCHES_TIMEVAL64
 (
__WORDSIZE
 =�64)

	)

96 

	#__RLIM_T_MATCHES_RLIM64_T
 0

	)

98 

	#__STATFS_MATCHES_STATFS64
 0

	)

100 

	#__KERNEL_OLD_TIMEVAL_MATCHES_TIMEVAL64
 0

	)

104 

	#__FD_SETSIZE
 1024

	)

	@/usr/include/bits/uio_lim.h

19 #i�de�
_BITS_UIO_LIM_H


20 

	#_BITS_UIO_LIM_H
 1

	)

30 

	#__IOV_MAX
 1024

	)

	@/usr/include/bits/unistd-decl.h

19 #i�de�
_BITS_UNISTD_DECL_H


20 

	#_BITS_UNISTD_DECL_H
 1

	)

22 #i�de�
_UNISTD_H


26 
ssize_t
 
	$__�ad_chk
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

27 
size_t
 
__bu�
)

28 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

29 
ssize_t
 
	`__REDIRECT_FORTIFY
 (
__�ad_��s
, (
__fd
, *
__buf
,

30 
size_t
 
__nby�s
), 
�ad
)

31 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

32 
ssize_t
 
	`__REDIRECT
 (
__�ad_chk_w�n
,

33 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

34 
size_t
 
__bu�
), 
__�ad_chk
)

35 
__wur
 
	`__w�ljr
 ("read called with bigger�ength�han size of "

38 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8


39 
ssize_t
 
	$__��d_chk
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

40 
__off_t
 
__off�t
, 
size_t
 
__bufsize
)

41 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

42 
ssize_t
 
	$__��d64_chk
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

43 
__off64_t
 
__off�t
, 
size_t
 
__bufsize
)

44 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

45 
ssize_t
 
	`__REDIRECT
 (
__��d_��s
,

46 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

47 
__off_t
 
__off�t
), 
��d
)

48 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

49 
ssize_t
 
	`__REDIRECT
 (
__��d64_��s
,

50 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

51 
__off64_t
 
__off�t
), 
��d64
)

52 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

53 
ssize_t
 
	`__REDIRECT
 (
__��d_chk_w�n
,

54 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

55 
__off_t
 
__off�t
, 
size_t
 
__bufsize
), 
__��d_chk
)

56 
__wur
 
	`__w�ljr
 ("pread called with bigger�ength�han size of "

58 
ssize_t
 
	`__REDIRECT
 (
__��d64_chk_w�n
,

59 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

60 
__off64_t
 
__off�t
, 
size_t
 
__bufsize
),

61 
__��d64_chk
)

62 
__wur
 
	`__w�ljr
 ("pread64 called with bigger�ength�han size of "

66 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


67 
ssize_t
 
	$__�adl�k_chk
 (cڡ *
__��ri�
 
__�th
,

68 *
__��ri�
 
__buf
, 
size_t
 
__�n
,

69 
size_t
 
__bu�
)

70 
__THROW
 
	`__n�nu�
 ((1, 2)�
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

71 
ssize_t
 
	`__REDIRECT_NTH
 (
__�adl�k_��s
,

72 (cڡ *
__��ri�
 
__�th
,

73 *
__��ri�
 
__buf
, 
size_t
 
__�n
), 
�adl�k
)

74 
	`__n�nu�
 ((1, 2)�
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

75 
ssize_t
 
	`__REDIRECT_NTH
 (
__�adl�k_chk_w�n
,

76 (cڡ *
__��ri�
 
__�th
,

77 *
__��ri�
 
__buf
, 
size_t
 
__�n
,

78 
size_t
 
__bu�
), 
__�adl�k_chk
)

79 
	`__n�nu�
 ((1, 2)�
__wur
 
	`__w�ljr
 ("readlink called with bigger�ength "

83 #ifde�
__USE_ATFILE


84 
ssize_t
 
	$__�adl�k�_chk
 (
__fd
, cڡ *
__��ri�
 
__�th
,

85 *
__��ri�
 
__buf
, 
size_t
 
__�n
,

86 
size_t
 
__bu�
)

87 
__THROW
 
	`__n�nu�
 ((2, 3)�
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 3, 4));

88 
ssize_t
 
	`__REDIRECT_NTH
 (
__�adl�k�_��s
,

89 (
__fd
, cڡ *
__��ri�
 
__�th
,

90 *
__��ri�
 
__buf
, 
size_t
 
__�n
),

91 
�adl�k�
)

92 
	`__n�nu�
 ((2, 3)�
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 3, 4));

93 
ssize_t
 
	`__REDIRECT_NTH
 (
__�adl�k�_chk_w�n
,

94 (
__fd
, cڡ *
__��ri�
 
__�th
,

95 *
__��ri�
 
__buf
, 
size_t
 
__�n
,

96 
size_t
 
__bu�
), 
__�adl�k�_chk
)

97 
	`__n�nu�
 ((2, 3)�
__wur
 
	`__w�ljr
 ("readlinkat called with bigger "

102 
*
	$__g�cwd_chk
 (*
__buf
, 
size_t
 
__size
, size_�
__bu�
)

103 
__THROW
 
__wur
;

104 
*
	`__REDIRECT_NTH
 (
__g�cwd_��s
,

105 (*
__buf
, 
size_t
 
__size
), 
g�cwd
�
__wur
;

106 
*
	`__REDIRECT_NTH
 (
__g�cwd_chk_w�n
,

107 (*
__buf
, 
size_t
 
__size
, size_�
__bu�
),

108 
__g�cwd_chk
)

109 
__wur
 
	`__w�ljr
 ("getcwd caller with bigger�ength�han size of "

112 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


113 
*
	$__g�wd_chk
 (*
__buf
, 
size_t
 
bu�
)

114 
__THROW
 
	`__n�nu�
 ((1)�
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

115 
*
	`__REDIRECT_NTH
 (
__g�wd_w�n
, (*
__buf
), 
g�wd
)

116 
	`__n�nu�
 ((1)�
__wur
 
	`__w�ljr
 ("please use getcwd instead,�s getwd "

120 
size_t
 
	$__c�f�r_chk
 (
__�me
, *
__buf
, 
size_t
 
__�n
,

121 
size_t
 
__bu�
�
__THROW


122 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

123 
size_t
 
	`__REDIRECT_NTH
 (
__c�f�r_��s
, (
__�me
, *
__buf
,

124 
size_t
 
__�n
), 
c�f�r
)

125 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

126 
size_t
 
	`__REDIRECT_NTH
 (
__c�f�r_chk_w�n
,

127 (
__�me
, *
__buf
, 
size_t
 
__�n
,

128 
size_t
 
__bu�
), 
__c�f�r_chk
)

129 
	`__w�ljr
 ("confstr called with bigger�ength�han size of destination "

133 

	$__g�groups_chk
 (
__size
, 
__gid_t
 
__li�
[], 
size_t
 
__li��n
)

134 
__THROW
 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 1));

135 

	`__REDIRECT_NTH
 (
__g�groups_��s
, (
__size
, 
__gid_t
 
__li�
[]),

136 
g�groups
�
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 1));

137 

	`__REDIRECT_NTH
 (
__g�groups_chk_w�n
,

138 (
__size
, 
__gid_t
 
__li�
[], 
size_t
 
__li��n
),

139 
__g�groups_chk
)

140 
__wur
 
	`__w�ljr
 ("getgroups called with bigger group count�han what "

144 

	$__�y�me_r_chk
 (
__fd
, *
__buf
, 
size_t
 
__bu�
,

145 
size_t
 
__ėl
�
__THROW
 
	`__n�nu�
 ((2))

146 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 2, 3));

147 

	`__REDIRECT_NTH
 (
__�y�me_r_��s
, (
__fd
, *
__buf
,

148 
size_t
 
__bu�
), 
�y�me_r
)

149 
	`__n�nu�
 ((2));

150 

	`__REDIRECT_NTH
 (
__�y�me_r_chk_w�n
,

151 (
__fd
, *
__buf
, 
size_t
 
__bu�
,

152 
size_t
 
__ėl
), 
__�y�me_r_chk
)

153 
	`__n�nu�
 ((2)�
	`__w�ljr
 ("ttyname_r called with bigger buflen�han "

157 #ifde�
__USE_POSIX199506


158 

	$__g�log�_r_chk
 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
)

159 
	`__n�nu�
 ((1)�
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

160 

	`__REDIRECT_FORTIFY
 (
__g�log�_r_��s
, (*
__buf
, 
size_t
 
__bu�
),

161 
g�log�_r
�
	`__n�nu�
 ((1));

162 

	`__REDIRECT
 (
__g�log�_r_chk_w�n
,

163 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
),

164 
__g�log�_r_chk
)

165 
	`__n�nu�
 ((1)�
	`__w�ljr
 ("getlogin_r called with bigger buflen�han "

170 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_UNIX98


171 

	$__g�ho��me_chk
 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
)

172 
__THROW
 
	`__n�nu�
 ((1)�
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

173 

	`__REDIRECT_NTH
 (
__g�ho��me_��s
, (*
__buf
, 
size_t
 
__bu�
),

174 
g�ho��me
)

175 
	`__n�nu�
 ((1)�
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

176 

	`__REDIRECT_NTH
 (
__g�ho��me_chk_w�n
,

177 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
),

178 
__g�ho��me_chk
)

179 
	`__n�nu�
 ((1)�
	`__w�ljr
 ("gethostname called with bigger buflen�han "

184 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_UNIX98
)

185 

	$__g�doma��me_chk
 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
)

186 
__THROW
 
	`__n�nu�
 ((1)�
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

187 

	`__REDIRECT_FORTIFY_NTH
 (
__g�doma��me_��s
, (*
__buf
,

188 
size_t
 
__bu�
),

189 
g�doma��me
�
	`__n�nu�
 ((1))

190 
__wur
 
	`__��_ac�ss
 ((
__wr�e_�ly__
, 1, 2));

191 

	`__REDIRECT_NTH
 (
__g�doma��me_chk_w�n
,

192 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
),

193 
__g�doma��me_chk
)

194 
	`__n�nu�
 ((1)�
__wur
 
	`__w�ljr
 ("getdomainname called with bigger "

	@/usr/include/features-time64.h

20 
	~<b�s/w�dsize.h
>

21 
	~<b�s/timesize.h
>

23 #i�
def�ed
 
_TIME_BITS


24 #i�
_TIME_BITS
 == 64

25 #i�! 
def�ed
 (
_FILE_OFFSET_BITS
) || _FILE_OFFSET_BITS != 64

27 #�i�
__TIMESIZE
 == 32

28 

	#__USE_TIME_BITS64
 1

	)

30 #�i�
_TIME_BITS
 == 32

31 #i�
__TIMESIZE
 > 32

35 #�r� 
Inv�id
 
_TIME_BITS
 
v�ue
 (
�n
 
�ly
 
be
 32 
�
 64-
b�
)

	@/usr/include/gnu/stubs.h

5 
	~<b�s/w�dsize.h
>

7 #i�
__WORDSIZE
 =�64 && 
def�ed
 
__lo�g�ch_so�_��t


8 
	~<gnu/�ubs-�64s.h
>

10 #i�
__WORDSIZE
 =�64 && 
def�ed
 
__lo�g�ch_doub�_��t


11 
	~<gnu/�ubs-�64d.h
>

	@/usr/include/linux/byteorder/little_endian.h

2 #i�de�
_LINUX_BYTEORDER_LITTLE_ENDIAN_H


3 

	#_LINUX_BYTEORDER_LITTLE_ENDIAN_H


	)

5 #i�de�
__LITTLE_ENDIAN


6 

	#__LITTLE_ENDIAN
 1234

	)

8 #i�de�
__LITTLE_ENDIAN_BITFIELD


9 

	#__LITTLE_ENDIAN_BITFIELD


	)

12 
	~<l�ux/�ddef.h
>

13 
	~<l�ux/ty�s.h
>

14 
	~<l�ux/swab.h
>

16 

	#__cڡ�t_ht�l
(
x
�((
__be32
)
	`___cڡ�t_swab32
((x)))

	)

17 

	#__cڡ�t_�ohl
(
x
�
	`___cڡ�t_swab32
((
__be32
)(x))

	)

18 

	#__cڡ�t_ht�s
(
x
�((
__be16
)
	`___cڡ�t_swab16
((x)))

	)

19 

	#__cڡ�t_�ohs
(
x
�
	`___cڡ�t_swab16
((
__be16
)(x))

	)

20 

	#__cڡ�t_�u_to_�64
(
x
�((
__�64
)(
__u64
)(x))

	)

21 

	#__cڡ�t_�64_to_�u
(
x
�((
__u64
)(
__�64
)(x))

	)

22 

	#__cڡ�t_�u_to_�32
(
x
�((
__�32
)(
__u32
)(x))

	)

23 

	#__cڡ�t_�32_to_�u
(
x
�((
__u32
)(
__�32
)(x))

	)

24 

	#__cڡ�t_�u_to_�16
(
x
�((
__�16
)(
__u16
)(x))

	)

25 

	#__cڡ�t_�16_to_�u
(
x
�((
__u16
)(
__�16
)(x))

	)

26 

	#__cڡ�t_�u_to_be64
(
x
�((
__be64
)
	`___cڡ�t_swab64
((x)))

	)

27 

	#__cڡ�t_be64_to_�u
(
x
�
	`___cڡ�t_swab64
((
__u64
)(
__be64
)(x))

	)

28 

	#__cڡ�t_�u_to_be32
(
x
�((
__be32
)
	`___cڡ�t_swab32
((x)))

	)

29 

	#__cڡ�t_be32_to_�u
(
x
�
	`___cڡ�t_swab32
((
__u32
)(
__be32
)(x))

	)

30 

	#__cڡ�t_�u_to_be16
(
x
�((
__be16
)
	`___cڡ�t_swab16
((x)))

	)

31 

	#__cڡ�t_be16_to_�u
(
x
�
	`___cڡ�t_swab16
((
__u16
)(
__be16
)(x))

	)

32 

	#__�u_to_�64
(
x
�((
__�64
)(
__u64
)(x))

	)

33 

	#__�64_to_�u
(
x
�((
__u64
)(
__�64
)(x))

	)

34 

	#__�u_to_�32
(
x
�((
__�32
)(
__u32
)(x))

	)

35 

	#__�32_to_�u
(
x
�((
__u32
)(
__�32
)(x))

	)

36 

	#__�u_to_�16
(
x
�((
__�16
)(
__u16
)(x))

	)

37 

	#__�16_to_�u
(
x
�((
__u16
)(
__�16
)(x))

	)

38 

	#__�u_to_be64
(
x
�((
__be64
)
	`__swab64
((x)))

	)

39 

	#__be64_to_�u
(
x
�
	`__swab64
((
__u64
)(
__be64
)(x))

	)

40 

	#__�u_to_be32
(
x
�((
__be32
)
	`__swab32
((x)))

	)

41 

	#__be32_to_�u
(
x
�
	`__swab32
((
__u32
)(
__be32
)(x))

	)

42 

	#__�u_to_be16
(
x
�((
__be16
)
	`__swab16
((x)))

	)

43 

	#__be16_to_�u
(
x
�
	`__swab16
((
__u16
)(
__be16
)(x))

	)

45 
__�ways_�l�e
 
__�64
 
	$__�u_to_�64p
(cڡ 
__u64
 *
p
)

47  (
__�64
)*
p
;

48 
	}
}

49 
__�ways_�l�e
 
__u64
 
	$__�64_to_�up
(cڡ 
__�64
 *
p
)

51  (
__u64
)*
p
;

52 
	}
}

53 
__�ways_�l�e
 
__�32
 
	$__�u_to_�32p
(cڡ 
__u32
 *
p
)

55  (
__�32
)*
p
;

56 
	}
}

57 
__�ways_�l�e
 
__u32
 
	$__�32_to_�up
(cڡ 
__�32
 *
p
)

59  (
__u32
)*
p
;

60 
	}
}

61 
__�ways_�l�e
 
__�16
 
	$__�u_to_�16p
(cڡ 
__u16
 *
p
)

63  (
__�16
)*
p
;

64 
	}
}

65 
__�ways_�l�e
 
__u16
 
	$__�16_to_�up
(cڡ 
__�16
 *
p
)

67  (
__u16
)*
p
;

68 
	}
}

69 
__�ways_�l�e
 
__be64
 
	$__�u_to_be64p
(cڡ 
__u64
 *
p
)

71  (
__be64
)
	`__swab64p
(
p
);

72 
	}
}

73 
__�ways_�l�e
 
__u64
 
	$__be64_to_�up
(cڡ 
__be64
 *
p
)

75  
	`__swab64p
((
__u64
 *)
p
);

76 
	}
}

77 
__�ways_�l�e
 
__be32
 
	$__�u_to_be32p
(cڡ 
__u32
 *
p
)

79  (
__be32
)
	`__swab32p
(
p
);

80 
	}
}

81 
__�ways_�l�e
 
__u32
 
	$__be32_to_�up
(cڡ 
__be32
 *
p
)

83  
	`__swab32p
((
__u32
 *)
p
);

84 
	}
}

85 
__�ways_�l�e
 
__be16
 
	$__�u_to_be16p
(cڡ 
__u16
 *
p
)

87  (
__be16
)
	`__swab16p
(
p
);

88 
	}
}

89 
__�ways_�l�e
 
__u16
 
	$__be16_to_�up
(cڡ 
__be16
 *
p
)

91  
	`__swab16p
((
__u16
 *)
p
);

92 
	}
}

93 

	#__�u_to_�64s
(
x
�d�{ ()(x); } 0)

	)

94 

	#__�64_to_�us
(
x
�d�{ ()(x); } 0)

	)

95 

	#__�u_to_�32s
(
x
�d�{ ()(x); } 0)

	)

96 

	#__�32_to_�us
(
x
�d�{ ()(x); } 0)

	)

97 

	#__�u_to_�16s
(
x
�d�{ ()(x); } 0)

	)

98 

	#__�16_to_�us
(
x
�d�{ ()(x); } 0)

	)

99 

	#__�u_to_be64s
(
x
�
	`__swab64s
((x))

	)

100 

	#__be64_to_�us
(
x
�
	`__swab64s
((x))

	)

101 

	#__�u_to_be32s
(
x
�
	`__swab32s
((x))

	)

102 

	#__be32_to_�us
(
x
�
	`__swab32s
((x))

	)

103 

	#__�u_to_be16s
(
x
�
	`__swab16s
((x))

	)

104 

	#__be16_to_�us
(
x
�
	`__swab16s
((x))

	)

	@/usr/include/linux/close_range.h

2 #i�de�
_LINUX_CLOSE_RANGE_H


3 

	#_LINUX_CLOSE_RANGE_H


	)

6 

	#CLOSE_RANGE_UNSHARE
 (1U << 1)

	)

9 

	#CLOSE_RANGE_CLOEXEC
 (1U << 2)

	)

	@/usr/include/linux/const.h

4 #i�de�
_LINUX_CONST_H


5 

	#_LINUX_CONST_H


	)

16 #ifde�
__ASSEMBLY__


17 

	#_AC
(
X
,
Y
�
	)
X

18 

	#_AT
(
T
,
X
�
	)
X

20 

	#__AC
(
X
,
Y
�(X##Y)

	)

21 

	#_AC
(
X
,
Y
�
	`__AC
(X,Y)

	)

22 

	#_AT
(
T
,
X
�((T)(X))

	)

25 

	#_UL
(
x
�(
	`_AC
(x, 
UL
))

	)

26 

	#_ULL
(
x
�(
	`_AC
(x, 
ULL
))

	)

28 

	#_BITUL
(
x
�(
	`_UL
(1�<< (x))

	)

29 

	#_BITULL
(
x
�(
	`_ULL
(1�<< (x))

	)

31 

	#__ALIGN_KERNEL
(
x
, 
a
�
	`__ALIGN_KERNEL_MASK
(x, (
	`__ty�of__
(x))��- 1)

	)

32 

	#__ALIGN_KERNEL_MASK
(
x
, 
mask
�(((x�+ (mask)�& ~(mask))

	)

34 

	#__KERNEL_DIV_ROUND_UP
(
n
, 
d
�((��+ (d�- 1�/ (d))

	)

	@/usr/include/linux/errno.h

1 
	~<asm/��o.h
>

	@/usr/include/linux/posix_types.h

2 #i�de�
_LINUX_POSIX_TYPES_H


3 

	#_LINUX_POSIX_TYPES_H


	)

5 
	~<l�ux/�ddef.h
>

22 #unde�
__FD_SETSIZE


23 

	#__FD_SETSIZE
 1024

	)

26 
	mfds_b�s
[
__FD_SETSIZE
 / (8 * ())];

27 } 
	t__k��l_fd_�t
;

30 (*
	t__k��l_sigh�d�r_t
)();

33 
	t__k��l_key_t
;

34 
	t__k��l_mqd_t
;

36 
	~<asm/posix_ty�s.h
>

	@/usr/include/linux/stat.h

2 #i�de�
_LINUX_STAT_H


3 

	#_LINUX_STAT_H


	)

5 
	~<l�ux/ty�s.h
>

7 #i�
def�ed
(
__KERNEL__
�|| !def�ed(
__GLIBC__
) || (__GLIBC__ < 2)

9 

	#S_IFMT
 00170000

	)

10 

	#S_IFSOCK
 0140000

	)

11 

	#S_IFLNK
 0120000

	)

12 

	#S_IFREG
 0100000

	)

13 

	#S_IFBLK
 0060000

	)

14 

	#S_IFDIR
 0040000

	)

15 

	#S_IFCHR
 0020000

	)

16 

	#S_IFIFO
 0010000

	)

17 

	#S_ISUID
 0004000

	)

18 

	#S_ISGID
 0002000

	)

19 

	#S_ISVTX
 0001000

	)

21 

	#S_ISLNK
(
m
�(((m�& 
S_IFMT
�=�
S_IFLNK
)

	)

22 

	#S_ISREG
(
m
�(((m�& 
S_IFMT
�=�
S_IFREG
)

	)

23 

	#S_ISDIR
(
m
�(((m�& 
S_IFMT
�=�
S_IFDIR
)

	)

24 

	#S_ISCHR
(
m
�(((m�& 
S_IFMT
�=�
S_IFCHR
)

	)

25 

	#S_ISBLK
(
m
�(((m�& 
S_IFMT
�=�
S_IFBLK
)

	)

26 

	#S_ISFIFO
(
m
�(((m�& 
S_IFMT
�=�
S_IFIFO
)

	)

27 

	#S_ISSOCK
(
m
�(((m�& 
S_IFMT
�=�
S_IFSOCK
)

	)

29 

	#S_IRWXU
 00700

	)

30 

	#S_IRUSR
 00400

	)

31 

	#S_IWUSR
 00200

	)

32 

	#S_IXUSR
 00100

	)

34 

	#S_IRWXG
 00070

	)

35 

	#S_IRGRP
 00040

	)

36 

	#S_IWGRP
 00020

	)

37 

	#S_IXGRP
 00010

	)

39 

	#S_IRWXO
 00007

	)

40 

	#S_IROTH
 00004

	)

41 

	#S_IWOTH
 00002

	)

42 

	#S_IXOTH
 00001

	)

56 
	s��x_time�amp
 {

57 
__s64
 
	mtv_�c
;

58 
__u32
 
	mtv_n�c
;

59 
__s32
 
	m__��rved
;

99 
	s��x
 {

101 
__u32
 
	m�x_mask
;

102 
__u32
 
	m�x_blksize
;

103 
__u64
 
	m�x_��ibu�s
;

105 
__u32
 
	m�x_ƚk
;

106 
__u32
 
	m�x_uid
;

107 
__u32
 
	m�x_gid
;

108 
__u16
 
	m�x_mode
;

109 
__u16
 
	m__��e0
[1];

111 
__u64
 
	m�x_�o
;

112 
__u64
 
	m�x_size
;

113 
__u64
 
	m�x_blocks
;

114 
__u64
 
	m�x_��ibu�s_mask
;

116 
��x_time�amp
 
	m�x_�ime
;

117 
��x_time�amp
 
	m�x_btime
;

118 
��x_time�amp
 
	m�x_�ime
;

119 
��x_time�amp
 
	m�x_mtime
;

121 
__u32
 
	m�x_rdev_maj�
;

122 
__u32
 
	m�x_rdev_m��
;

123 
__u32
 
	m�x_dev_maj�
;

124 
__u32
 
	m�x_dev_m��
;

126 
__u64
 
	m�x_m�_id
;

127 
__u32
 
	m�x_dio_mem_�ign
;

128 
__u32
 
	m�x_dio_off�t_�ign
;

130 
__u64
 
	m__��e3
[12];

142 

	#STATX_TYPE
 0x00000001U

	)

143 

	#STATX_MODE
 0x00000002U

	)

144 

	#STATX_NLINK
 0x00000004U

	)

145 

	#STATX_UID
 0x00000008U

	)

146 

	#STATX_GID
 0x00000010U

	)

147 

	#STATX_ATIME
 0x00000020U

	)

148 

	#STATX_MTIME
 0x00000040U

	)

149 

	#STATX_CTIME
 0x00000080U

	)

150 

	#STATX_INO
 0x00000100U

	)

151 

	#STATX_SIZE
 0x00000200U

	)

152 

	#STATX_BLOCKS
 0x00000400U

	)

153 

	#STATX_BASIC_STATS
 0x000007ffU

	)

154 

	#STATX_BTIME
 0x00000800U

	)

155 

	#STATX_MNT_ID
 0x00001000U

	)

156 

	#STATX_DIOALIGN
 0x00002000U

	)

158 

	#STATX__RESERVED
 0x80000000U

	)

165 

	#STATX_ALL
 0x00000fffU

	)

181 

	#STATX_ATTR_COMPRESSED
 0x00000004

	)

182 

	#STATX_ATTR_IMMUTABLE
 0x00000010

	)

183 

	#STATX_ATTR_APPEND
 0x00000020

	)

184 

	#STATX_ATTR_NODUMP
 0x00000040

	)

185 

	#STATX_ATTR_ENCRYPTED
 0x00000800

	)

186 

	#STATX_ATTR_AUTOMOUNT
 0x00001000

	)

187 

	#STATX_ATTR_MOUNT_ROOT
 0x00002000

	)

188 

	#STATX_ATTR_VERITY
 0x00100000

	)

189 

	#STATX_ATTR_DAX
 0x00200000

	)

	@/usr/include/linux/sysinfo.h

2 #i�de�
_LINUX_SYSINFO_H


3 

	#_LINUX_SYSINFO_H


	)

5 
	~<l�ux/ty�s.h
>

7 

	#SI_LOAD_SHIFT
 16

	)

8 
	ssys�fo
 {

9 
__k��l_l�g_t
 
	mu�ime
;

10 
__k��l_ul�g_t
 
	ml�ds
[3];

11 
__k��l_ul�g_t
 
	mtٮ�m
;

12 
__k��l_ul�g_t
 
	m䓿m
;

13 
__k��l_ul�g_t
 
	msh�ed�m
;

14 
__k��l_ul�g_t
 
	mbuf�am
;

15 
__k��l_ul�g_t
 
	mtٮsw�
;

16 
__k��l_ul�g_t
 
	m�sw�
;

17 
__u16
 
	m�ocs
;

18 
__u16
 
	m�d
;

19 
__k��l_ul�g_t
 
	mtٮhigh
;

20 
__k��l_ul�g_t
 
	m�high
;

21 
__u32
 
	mmem_un�
;

22 
	m_f
[20-2*(
__k��l_ul�g_t
)-(
__u32
)];

	@/usr/include/stdc-predef.h

18 #i�def 
_STDC_PREDEF_H


19 

	#_STDC_PREDEF_H
 1

	)

36 #ifde�
__GCC_IEC_559


37 #i�
__GCC_IEC_559
 > 0

38 

	#__STDC_IEC_559__
 1

	)

39 

	#__STDC_IEC_60559_BFP__
 201404L

	)

42 

	#__STDC_IEC_559__
 1

	)

43 

	#__STDC_IEC_60559_BFP__
 201404L

	)

46 #ifde�
__GCC_IEC_559_COMPLEX


47 #i�
__GCC_IEC_559_COMPLEX
 > 0

48 

	#__STDC_IEC_559_COMPLEX__
 1

	)

49 

	#__STDC_IEC_60559_COMPLEX__
 201404L

	)

52 

	#__STDC_IEC_559_COMPLEX__
 1

	)

53 

	#__STDC_IEC_60559_COMPLEX__
 201404L

	)

62 

	#__STDC_ISO_10646__
 201706L

	)

	@/usr/include/asm-generic/ioctls.h

2 #i�de�
__ASM_GENERIC_IOCTLS_H


3 

	#__ASM_GENERIC_IOCTLS_H


	)

5 
	~<l�ux/io�l.h
>

20 

	#TCGETS
 0x5401

	)

21 

	#TCSETS
 0x5402

	)

22 

	#TCSETSW
 0x5403

	)

23 

	#TCSETSF
 0x5404

	)

24 

	#TCGETA
 0x5405

	)

25 

	#TCSETA
 0x5406

	)

26 

	#TCSETAW
 0x5407

	)

27 

	#TCSETAF
 0x5408

	)

28 

	#TCSBRK
 0x5409

	)

29 

	#TCXONC
 0x540A

	)

30 

	#TCFLSH
 0x540B

	)

31 

	#TIOCEXCL
 0x540C

	)

32 

	#TIOCNXCL
 0x540D

	)

33 

	#TIOCSCTTY
 0x540E

	)

34 

	#TIOCGPGRP
 0x540F

	)

35 

	#TIOCSPGRP
 0x5410

	)

36 

	#TIOCOUTQ
 0x5411

	)

37 

	#TIOCSTI
 0x5412

	)

38 

	#TIOCGWINSZ
 0x5413

	)

39 

	#TIOCSWINSZ
 0x5414

	)

40 

	#TIOCMGET
 0x5415

	)

41 

	#TIOCMBIS
 0x5416

	)

42 

	#TIOCMBIC
 0x5417

	)

43 

	#TIOCMSET
 0x5418

	)

44 

	#TIOCGSOFTCAR
 0x5419

	)

45 

	#TIOCSSOFTCAR
 0x541A

	)

46 

	#FIONREAD
 0x541B

	)

47 

	#TIOCINQ
 
FIONREAD


	)

48 

	#TIOCLINUX
 0x541C

	)

49 

	#TIOCCONS
 0x541D

	)

50 

	#TIOCGSERIAL
 0x541E

	)

51 

	#TIOCSSERIAL
 0x541F

	)

52 

	#TIOCPKT
 0x5420

	)

53 

	#FIONBIO
 0x5421

	)

54 

	#TIOCNOTTY
 0x5422

	)

55 

	#TIOCSETD
 0x5423

	)

56 

	#TIOCGETD
 0x5424

	)

57 

	#TCSBRKP
 0x5425

	)

58 

	#TIOCSBRK
 0x5427

	)

59 

	#TIOCCBRK
 0x5428

	)

60 

	#TIOCGSID
 0x5429

	)

61 

	#TCGETS2
 
	`_IOR
('T', 0x2A, 
�rmios2
)

	)

62 

	#TCSETS2
 
	`_IOW
('T', 0x2B, 
�rmios2
)

	)

63 

	#TCSETSW2
 
	`_IOW
('T', 0x2C, 
�rmios2
)

	)

64 

	#TCSETSF2
 
	`_IOW
('T', 0x2D, 
�rmios2
)

	)

65 

	#TIOCGRS485
 0x542E

	)

66 #i�de�
TIOCSRS485


67 

	#TIOCSRS485
 0x542F

	)

69 

	#TIOCGPTN
 
	`_IOR
('T', 0x30, �

	)

70 

	#TIOCSPTLCK
 
	`_IOW
('T', 0x31, �

	)

71 

	#TIOCGDEV
 
	`_IOR
('T', 0x32, �

	)

72 

	#TCGETX
 0x5432

	)

73 

	#TCSETX
 0x5433

	)

74 

	#TCSETXF
 0x5434

	)

75 

	#TCSETXW
 0x5435

	)

76 

	#TIOCSIG
 
	`_IOW
('T', 0x36, �

	)

77 

	#TIOCVHANGUP
 0x5437

	)

78 

	#TIOCGPKT
 
	`_IOR
('T', 0x38, �

	)

79 

	#TIOCGPTLCK
 
	`_IOR
('T', 0x39, �

	)

80 

	#TIOCGEXCL
 
	`_IOR
('T', 0x40, �

	)

81 

	#TIOCGPTPEER
 
	`_IO
('T', 0x41�

	)

82 

	#TIOCGISO7816
 
	`_IOR
('T', 0x42, 
�r�l_iso7816
)

	)

83 

	#TIOCSISO7816
 
	`_IOWR
('T', 0x43, 
�r�l_iso7816
)

	)

85 

	#FIONCLEX
 0x5450

	)

86 

	#FIOCLEX
 0x5451

	)

87 

	#FIOASYNC
 0x5452

	)

88 

	#TIOCSERCONFIG
 0x5453

	)

89 

	#TIOCSERGWILD
 0x5454

	)

90 

	#TIOCSERSWILD
 0x5455

	)

91 

	#TIOCGLCKTRMIOS
 0x5456

	)

92 

	#TIOCSLCKTRMIOS
 0x5457

	)

93 

	#TIOCSERGSTRUCT
 0x5458

	)

94 

	#TIOCSERGETLSR
 0x5459

	)

95 

	#TIOCSERGETMULTI
 0x545A

	)

96 

	#TIOCSERSETMULTI
 0x545B

	)

98 

	#TIOCMIWAIT
 0x545C

	)

99 

	#TIOCGICOUNT
 0x545D

	)

105 #i�de�
FIOQSIZE


106 

	#FIOQSIZE
 0x5460

	)

110 

	#TIOCPKT_DATA
 0

	)

111 

	#TIOCPKT_FLUSHREAD
 1

	)

112 

	#TIOCPKT_FLUSHWRITE
 2

	)

113 

	#TIOCPKT_STOP
 4

	)

114 

	#TIOCPKT_START
 8

	)

115 

	#TIOCPKT_NOSTOP
 16

	)

116 

	#TIOCPKT_DOSTOP
 32

	)

117 

	#TIOCPKT_IOCTL
 64

	)

119 

	#TIOCSER_TEMT
 0x01

	)

	@/usr/include/asm-generic/socket.h

2 #i�de�
__ASM_GENERIC_SOCKET_H


3 

	#__ASM_GENERIC_SOCKET_H


	)

5 
	~<l�ux/posix_ty�s.h
>

6 
	~<asm/sockios.h
>

9 

	#SOL_SOCKET
 1

	)

11 

	#SO_DEBUG
 1

	)

12 

	#SO_REUSEADDR
 2

	)

13 

	#SO_TYPE
 3

	)

14 

	#SO_ERROR
 4

	)

15 

	#SO_DONTROUTE
 5

	)

16 

	#SO_BROADCAST
 6

	)

17 

	#SO_SNDBUF
 7

	)

18 

	#SO_RCVBUF
 8

	)

19 

	#SO_SNDBUFFORCE
 32

	)

20 

	#SO_RCVBUFFORCE
 33

	)

21 

	#SO_KEEPALIVE
 9

	)

22 

	#SO_OOBINLINE
 10

	)

23 

	#SO_NO_CHECK
 11

	)

24 

	#SO_PRIORITY
 12

	)

25 

	#SO_LINGER
 13

	)

26 

	#SO_BSDCOMPAT
 14

	)

27 

	#SO_REUSEPORT
 15

	)

28 #i�de�
SO_PASSCRED


29 

	#SO_PASSCRED
 16

	)

30 

	#SO_PEERCRED
 17

	)

31 

	#SO_RCVLOWAT
 18

	)

32 

	#SO_SNDLOWAT
 19

	)

33 

	#SO_RCVTIMEO_OLD
 20

	)

34 

	#SO_SNDTIMEO_OLD
 21

	)

38 

	#SO_SECURITY_AUTHENTICATION
 22

	)

39 

	#SO_SECURITY_ENCRYPTION_TRANSPORT
 23

	)

40 

	#SO_SECURITY_ENCRYPTION_NETWORK
 24

	)

42 

	#SO_BINDTODEVICE
 25

	)

45 

	#SO_ATTACH_FILTER
 26

	)

46 

	#SO_DETACH_FILTER
 27

	)

47 

	#SO_GET_FILTER
 
SO_ATTACH_FILTER


	)

49 

	#SO_PEERNAME
 28

	)

51 

	#SO_ACCEPTCONN
 30

	)

53 

	#SO_PEERSEC
 31

	)

54 

	#SO_PASSSEC
 34

	)

56 

	#SO_MARK
 36

	)

58 

	#SO_PROTOCOL
 38

	)

59 

	#SO_DOMAIN
 39

	)

61 

	#SO_RXQ_OVFL
 40

	)

63 

	#SO_WIFI_STATUS
 41

	)

64 

	#SCM_WIFI_STATUS
 
SO_WIFI_STATUS


	)

65 

	#SO_PEEK_OFF
 42

	)

68 

	#SO_NOFCS
 43

	)

70 

	#SO_LOCK_FILTER
 44

	)

72 

	#SO_SELECT_ERR_QUEUE
 45

	)

74 

	#SO_BUSY_POLL
 46

	)

76 

	#SO_MAX_PACING_RATE
 47

	)

78 

	#SO_BPF_EXTENSIONS
 48

	)

80 

	#SO_INCOMING_CPU
 49

	)

82 

	#SO_ATTACH_BPF
 50

	)

83 

	#SO_DETACH_BPF
 
SO_DETACH_FILTER


	)

85 

	#SO_ATTACH_REUSEPORT_CBPF
 51

	)

86 

	#SO_ATTACH_REUSEPORT_EBPF
 52

	)

88 

	#SO_CNX_ADVICE
 53

	)

90 

	#SCM_TIMESTAMPING_OPT_STATS
 54

	)

92 

	#SO_MEMINFO
 55

	)

94 

	#SO_INCOMING_NAPI_ID
 56

	)

96 

	#SO_COOKIE
 57

	)

98 

	#SCM_TIMESTAMPING_PKTINFO
 58

	)

100 

	#SO_PEERGROUPS
 59

	)

102 

	#SO_ZEROCOPY
 60

	)

104 

	#SO_TXTIME
 61

	)

105 

	#SCM_TXTIME
 
SO_TXTIME


	)

107 

	#SO_BINDTOIFINDEX
 62

	)

109 

	#SO_TIMESTAMP_OLD
 29

	)

110 

	#SO_TIMESTAMPNS_OLD
 35

	)

111 

	#SO_TIMESTAMPING_OLD
 37

	)

113 

	#SO_TIMESTAMP_NEW
 63

	)

114 

	#SO_TIMESTAMPNS_NEW
 64

	)

115 

	#SO_TIMESTAMPING_NEW
 65

	)

117 

	#SO_RCVTIMEO_NEW
 66

	)

118 

	#SO_SNDTIMEO_NEW
 67

	)

120 

	#SO_DETACH_REUSEPORT_BPF
 68

	)

122 

	#SO_PREFER_BUSY_POLL
 69

	)

123 

	#SO_BUSY_POLL_BUDGET
 70

	)

125 

	#SO_NETNS_COOKIE
 71

	)

127 

	#SO_BUF_LOCK
 72

	)

129 

	#SO_RESERVE_MEM
 73

	)

131 

	#SO_TXREHASH
 74

	)

133 

	#SO_RCVMARK
 75

	)

135 

	#SO_PASSPIDFD
 76

	)

136 

	#SO_PEERPIDFD
 77

	)

139 #i�
__BITS_PER_LONG
 =�64 || (
def�ed
(
__x86_64__
�&& def�ed(
__ILP32__
))

141 

	#SO_TIMESTAMP
 
SO_TIMESTAMP_OLD


	)

142 

	#SO_TIMESTAMPNS
 
SO_TIMESTAMPNS_OLD


	)

143 

	#SO_TIMESTAMPING
 
SO_TIMESTAMPING_OLD


	)

145 

	#SO_RCVTIMEO
 
SO_RCVTIMEO_OLD


	)

146 

	#SO_SNDTIMEO
 
SO_SNDTIMEO_OLD


	)

148 

	#SO_TIMESTAMP
 ((
time_t
�=�(
__k��l_l�g_t
�? 
SO_TIMESTAMP_OLD
 : 
SO_TIMESTAMP_NEW
)

	)

149 

	#SO_TIMESTAMPNS
 ((
time_t
�=�(
__k��l_l�g_t
�? 
SO_TIMESTAMPNS_OLD
 : 
SO_TIMESTAMPNS_NEW
)

	)

150 

	#SO_TIMESTAMPING
 ((
time_t
�=�(
__k��l_l�g_t
�? 
SO_TIMESTAMPING_OLD
 : 
SO_TIMESTAMPING_NEW
)

	)

152 

	#SO_RCVTIMEO
 ((
time_t
�=�(
__k��l_l�g_t
�? 
SO_RCVTIMEO_OLD
 : 
SO_RCVTIMEO_NEW
)

	)

153 

	#SO_SNDTIMEO
 ((
time_t
�=�(
__k��l_l�g_t
�? 
SO_SNDTIMEO_OLD
 : 
SO_SNDTIMEO_NEW
)

	)

156 

	#SCM_TIMESTAMP
 
SO_TIMESTAMP


	)

157 

	#SCM_TIMESTAMPNS
 
SO_TIMESTAMPNS


	)

158 

	#SCM_TIMESTAMPING
 
SO_TIMESTAMPING


	)

	@/usr/include/asm-generic/types.h

2 #i�de�
_ASM_GENERIC_TYPES_H


3 

	#_ASM_GENERIC_TYPES_H


	)

7 
	~<asm-g��ic/�t-�64.h
>

	@/usr/include/asm/bitsperlong.h

1 
	~<asm-g��ic/b���l�g.h
>

	@/usr/include/asm/errno.h

1 
	~<asm-g��ic/��o.h
>

	@/usr/include/bits/atomic_wide_counter.h

19 #i�de�
_BITS_ATOMIC_WIDE_COUNTER_H


20 

	#_BITS_ATOMIC_WIDE_COUNTER_H


	)

27 
__ex�nsi�__
 
	m__v�ue64
;

30 
	m__low
;

31 
	m__high
;

32 } 
	m__v�ue32
;

33 } 
	t__�omic_wide_cou��
;

	@/usr/include/bits/mman-shared.h

19 #i�de�
_SYS_MMAN_H


23 #ifde�
__USE_GNU


25 

	#MREMAP_MAYMOVE
 1

	)

26 

	#MREMAP_FIXED
 2

	)

27 

	#MREMAP_DONTUNMAP
 4

	)

30 #i�de�
MFD_CLOEXEC


31 

	#MFD_CLOEXEC
 1U

	)

32 

	#MFD_ALLOW_SEALING
 2U

	)

33 

	#MFD_HUGETLB
 4U

	)

35 #i�de�
MFD_NOEXEC_SEAL


36 

	#MFD_NOEXEC_SEAL
 8U

	)

37 

	#MFD_EXEC
 0x10U

	)

41 #i�de�
MLOCK_ONFAULT


42 

	#MLOCK_ONFAULT
 1U

	)

46 #i�de�
PKEY_DISABLE_ACCESS


47 

	#PKEY_DISABLE_ACCESS
 0x1

	)

48 

	#PKEY_DISABLE_WRITE
 0x2

	)

51 
__BEGIN_DECLS


55 
	$memfd_���
 (cڡ *
__�me
, 
__�ags
�
__THROW
;

59 
	$mlock2
 (cڡ *
__addr
, 
size_t
 
__�ngth
, 
__�ags
�
__THROW
;

65 
	$pkey_�loc
 (
__�ags
, 
__ac�ss_rights
�
__THROW
;

69 
	$pkey_�t
 (
__key
, 
__ac�ss_rights
�
__THROW
;

73 
	$pkey_g�
 (
__key
�
__THROW
;

77 
	$pkey_�
 (
__key
�
__THROW
;

81 
	$pkey_m��e�
 (*
__addr
, 
size_t
 
__�n
, 
__��
, 
__pkey
�
__THROW
;

83 
__END_DECLS


	@/usr/include/bits/pthread_stack_min-dynamic.h

19 #i�de�
PTHREAD_STACK_MIN


20 #i�
def�ed
 
__USE_DYNAMIC_STACK_SIZE
 && __USE_DYNAMIC_STACK_SIZE

21 #i�de�
__ASSEMBLER__


22 

	#__SC_THREAD_STACK_MIN_VALUE
 75

	)

23 
__BEGIN_DECLS


24 

	$__sysc�f
 (
__�me
�
__THROW
;

25 
__END_DECLS


26 

	#PTHREAD_STACK_MIN
 
	`__sysc�f
 (
__SC_THREAD_STACK_MIN_VALUE
)

	)

29 
	~<b�s/�h�ad_�ack_m�.h
>

	@/usr/include/bits/pthreadtypes-arch.h

20 #i�de�
_BITS_PTHREADTYPES_ARCH_H


21 

	#_BITS_PTHREADTYPES_ARCH_H
 1

	)

23 
	~<b�s/w�dsize.h
>

25 #i�
__WORDSIZE
 == 64

26 

	#__SIZEOF_PTHREAD_ATTR_T
 56

	)

27 

	#__SIZEOF_PTHREAD_MUTEX_T
 40

	)

28 

	#__SIZEOF_PTHREAD_RWLOCK_T
 56

	)

29 

	#__SIZEOF_PTHREAD_BARRIER_T
 32

	)

31 

	#__SIZEOF_PTHREAD_ATTR_T
 36

	)

32 

	#__SIZEOF_PTHREAD_MUTEX_T
 24

	)

33 

	#__SIZEOF_PTHREAD_RWLOCK_T
 32

	)

34 

	#__SIZEOF_PTHREAD_BARRIER_T
 20

	)

36 

	#__SIZEOF_PTHREAD_MUTEXATTR_T
 4

	)

37 

	#__SIZEOF_PTHREAD_RWLOCKATTR_T
 8

	)

38 

	#__SIZEOF_PTHREAD_BARRIERATTR_T
 4

	)

39 

	#__SIZEOF_PTHREAD_COND_T
 48

	)

40 

	#__SIZEOF_PTHREAD_CONDATTR_T
 4

	)

42 

	#__LOCK_ALIGNMENT


	)

43 

	#__ONCE_ALIGNMENT


	)

	@/usr/include/bits/select-decl.h

19 #i�de�
_BITS_SELECT_DECL_H


20 

	#_BITS_SELECT_DECL_H
 1

	)

22 #i�de�
_SYS_SELECT_H


27 

__fd�t_chk
 (
__d
);

28 

	$__fd�t_w�n
 (
__d
)

29 
	`__w�ljr
 ("bit outside of fd_set selected");

	@/usr/include/bits/struct_mutex.h

19 #i�de�
_THREAD_MUTEX_INTERNAL_H


20 

	#_THREAD_MUTEX_INTERNAL_H
 1

	)

27 
	s__�h�ad_mu�x_s


29 
__lock
 
	m__LOCK_ALIGNMENT
;

30 
	m__cou�
;

31 
	m__ow�r
;

32 #i�
__WORDSIZE
 == 64

33 
	m__nu�rs
;

58 
	m__k�d
;

59 #i�
__WORDSIZE
 != 64

60 
	m__nu�rs
;

62 #i�
__WORDSIZE
 == 64

63 
	m__��s
;

64 
__�h�ad_li�_t
 
	m__li�
;

65 

	#__PTHREAD_MUTEX_HAVE_PREV
 1

	)

67 
__ex�nsi�__
 union

69 
	m__��s
;

70 
__�h�ad_�i�_t
 
	m__li�
;

72 

	#__PTHREAD_MUTEX_HAVE_PREV
 0

	)

76 #i�
__PTHREAD_MUTEX_HAVE_PREV
 == 1

77 

	#__PTHREAD_MUTEX_INITIALIZER
(
__k�d
) \

78 0, 0, 0, 0, 
__k�d
, 0, { 0, 0 }

	)

80 

	#__PTHREAD_MUTEX_INITIALIZER
(
__k�d
) \

81 0, 0, 0, 
__k�d
, 0, { 0 }

	)

	@/usr/include/bits/struct_rwlock.h

19 #i�de�
__RWLOCK_INTERNAL_H


20 

	#__RWLOCK_INTERNAL_H


	)

22 
	~<b�s/�d�n.h
>

29 
	s__�h�ad_rwlock_�ch_t


31 
	m__�ad�s
;

32 
	m__wr��s
;

33 
	m__w�ha�_fu�x
;

34 
	m__wr��s_fu�x
;

35 
	m__�d3
;

36 
	m__�d4
;

39 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


40 
	m__�d1
;

41 
	m__�d2
;

42 
	m__sh�ed
;

43 
	m__�ags
;

45 
	m__�ags
;

46 
	m__sh�ed
;

47 
	m__�d1
;

48 
	m__�d2
;

50 
	m__cur_wr��
;

53 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


54 

	#__PTHREAD_RWLOCK_INITIALIZER
(
__�ags
) \

55 0, 0, 0, 0, 0, 0, 0, 0, 0, 
__�ags
, 0

	)

57 

	#__PTHREAD_RWLOCK_INITIALIZER
(
__�ags
) \

58 0, 0, 0, 0, 0, 0, 
__�ags
, 0, 0, 0, 0

	)

	@/usr/include/bits/types/struct_statx.h

19 #i�de�
_SYS_STAT_H


20 #�r� 
Nev�
 
��ude
 <
b�s
/
ty�s
/
�ru�_��x
.
h
> 
d�e�ly
, in�ud�<
sys
/
��
.h> 
���d
.

23 #i�de�
__��x_def�ed


24 

	#__��x_def�ed
 1

	)

30 
	s��x


32 
__u�t32_t
 
	m�x_mask
;

33 
__u�t32_t
 
	m�x_blksize
;

34 
__u�t64_t
 
	m�x_��ibu�s
;

35 
__u�t32_t
 
	m�x_ƚk
;

36 
__u�t32_t
 
	m�x_uid
;

37 
__u�t32_t
 
	m�x_gid
;

38 
__u�t16_t
 
	m�x_mode
;

39 
__u�t16_t
 
	m__��x_�d1
[1];

40 
__u�t64_t
 
	m�x_�o
;

41 
__u�t64_t
 
	m�x_size
;

42 
__u�t64_t
 
	m�x_blocks
;

43 
__u�t64_t
 
	m�x_��ibu�s_mask
;

44 
��x_time�amp
 
	m�x_�ime
;

45 
��x_time�amp
 
	m�x_btime
;

46 
��x_time�amp
 
	m�x_�ime
;

47 
��x_time�amp
 
	m�x_mtime
;

48 
__u�t32_t
 
	m�x_rdev_maj�
;

49 
__u�t32_t
 
	m�x_rdev_m��
;

50 
__u�t32_t
 
	m�x_dev_maj�
;

51 
__u�t32_t
 
	m�x_dev_m��
;

52 
__u�t64_t
 
	m__��x_�d2
[14];

	@/usr/include/bits/types/struct_statx_timestamp.h

19 #i�de�
_SYS_STAT_H


20 #�r� 
Nev�
 
��ude
 <
b�s
/
ty�s
/
�ru�_��x_time�amp
.
h
> 
d�e�ly
, in�ud�<
sys
/
��
.h> 
���d
.

23 #i�de�
__��x_time�amp_def�ed


24 

	#__��x_time�amp_def�ed
 1

	)

26 
	s��x_time�amp


28 
__�t64_t
 
	mtv_�c
;

29 
__u�t32_t
 
	mtv_n�c
;

30 
__�t32_t
 
	m__��x_time�amp_�d1
[1];

	@/usr/include/gnu/stubs-lp64d.h

6 #ifde�
_LIBC


7 #�r� 
A�li�ti�s
 
may
 
n�
 
def�e
 
the
 
ma�o
 
_LIBC


10 

	#__�ub___com�t_bd�ush


	)

11 

	#__�ub___com�t_���_modu�


	)

12 

	#__�ub___com�t_g�_k��l_syms


	)

13 

	#__�ub___com�t_qu�y_modu�


	)

14 

	#__�ub___com�t_u�lib


	)

15 

	#__�ub_ch�ags


	)

16 

	#__�ub_fch�ags


	)

17 

	#__�ub_g�y


	)

18 

	#__�ub_�voke


	)

19 

	#__�ub_��og�


	)

20 

	#__�ub_sig�tu�


	)

21 

	#__�ub_�ty


	)

	@/usr/include/linux/falloc.h

2 #i�de�
_FALLOC_H_


3 

	#_FALLOC_H_


	)

5 

	#FALLOC_FL_KEEP_SIZE
 0x01

	)

6 

	#FALLOC_FL_PUNCH_HOLE
 0x02

	)

7 

	#FALLOC_FL_NO_HIDE_STALE
 0x04

	)

29 

	#FALLOC_FL_COLLAPSE_RANGE
 0x08

	)

43 

	#FALLOC_FL_ZERO_RANGE
 0x10

	)

60 

	#FALLOC_FL_INSERT_RANGE
 0x20

	)

78 

	#FALLOC_FL_UNSHARE_RANGE
 0x40

	)

	@/usr/include/linux/limits.h

2 #i�de�
_LINUX_LIMITS_H


3 

	#_LINUX_LIMITS_H


	)

5 

	#NR_OPEN
 1024

	)

7 

	#NGROUPS_MAX
 65536

	)

8 

	#ARG_MAX
 131072

	)

9 

	#LINK_MAX
 127

	)

10 

	#MAX_CANON
 255

	)

11 

	#MAX_INPUT
 255

	)

12 

	#NAME_MAX
 255

	)

13 

	#PATH_MAX
 4096

	)

14 

	#PIPE_BUF
 4096

	)

15 

	#XATTR_NAME_MAX
 255

	)

16 

	#XATTR_SIZE_MAX
 65536

	)

17 

	#XATTR_LIST_MAX
 65536

	)

19 

	#RTSIG_MAX
 32

	)

	@/usr/include/linux/stddef.h

2 #i�de�
_LINUX_STDDEF_H


3 

	#_LINUX_STDDEF_H


	)

7 #i�de�
__�ways_�l�e


8 

	#__�ways_�l�e
 
__�l�e__


	)

26 

	#__�ru�_group
(
TAG
, 
NAME
, 
ATTRS
, 
MEMBERS
...) \

28 �ru� { 
MEMBERS
 } 
ATTRS
; \

29 
	sTAG
 { 
MEMBERS
 } 
ATTRS
 
NAME
; \

30 }

	)

42 

	#__DECLARE_FLEX_ARRAY
(
TYPE
, 
NAME
) \

44 �ru� { } 
__em�y_
 ## 
NAME
; \

45 
TYPE
 
NAME
[]; \

46 }

	)

	@/usr/include/linux/swab.h

2 #i�de�
_LINUX_SWAB_H


3 

	#_LINUX_SWAB_H


	)

5 
	~<l�ux/ty�s.h
>

6 
	~<l�ux/�ddef.h
>

7 
	~<asm/b���l�g.h
>

8 
	~<asm/swab.h
>

14 

	#___cڡ�t_swab16
(
x
�((
__u16
)( \

15 (((
__u16
)(
x
) & (__u16)0x00ffU) << 8) | \

16 (((
__u16
)(
x
�& (__u16)0xff00U�>> 8)))

	)

18 

	#___cڡ�t_swab32
(
x
�((
__u32
)( \

19 (((
__u32
)(
x
) & (__u32)0x000000ffUL) << 24) | \

20 (((
__u32
)(
x
) & (__u32)0x0000ff00UL) << 8) | \

21 (((
__u32
)(
x
) & (__u32)0x00ff0000UL) >> 8) | \

22 (((
__u32
)(
x
�& (__u32)0xff000000UL�>> 24)))

	)

24 

	#___cڡ�t_swab64
(
x
�((
__u64
)( \

25 (((
__u64
)(
x
) & (__u64)0x00000000000000ffULL) << 56) | \

26 (((
__u64
)(
x
) & (__u64)0x000000000000ff00ULL) << 40) | \

27 (((
__u64
)(
x
) & (__u64)0x0000000000ff0000ULL) << 24) | \

28 (((
__u64
)(
x
) & (__u64)0x00000000ff000000ULL) << 8) | \

29 (((
__u64
)(
x
) & (__u64)0x000000ff00000000ULL) >> 8) | \

30 (((
__u64
)(
x
) & (__u64)0x0000ff0000000000ULL) >> 24) | \

31 (((
__u64
)(
x
) & (__u64)0x00ff000000000000ULL) >> 40) | \

32 (((
__u64
)(
x
�& (__u64)0xff00000000000000ULL�>> 56)))

	)

34 

	#___cڡ�t_swahw32
(
x
�((
__u32
)( \

35 (((
__u32
)(
x
) & (__u32)0x0000ffffUL) << 16) | \

36 (((
__u32
)(
x
�& (__u32)0xffff0000UL�>> 16)))

	)

38 

	#___cڡ�t_swahb32
(
x
�((
__u32
)( \

39 (((
__u32
)(
x
) & (__u32)0x00ff00ffUL) << 8) | \

40 (((
__u32
)(
x
�& (__u32)0xff00ff00UL�>> 8)))

	)

48 
__�l�e__
 
__u16
 
	$__fswab16
(
__u16
 
v�
)

50 #i�
	`def�ed
 (
__�ch_swab16
)

51  
	`__�ch_swab16
(
v�
);

53  
	`___cڡ�t_swab16
(
v�
);

55 
	}
}

57 
__�l�e__
 
__u32
 
	$__fswab32
(
__u32
 
v�
)

59 #i�
	`def�ed
(
__�ch_swab32
)

60  
	`__�ch_swab32
(
v�
);

62  
	`___cڡ�t_swab32
(
v�
);

64 
	}
}

66 
__�l�e__
 
__u64
 
	$__fswab64
(
__u64
 
v�
)

68 #i�
	`def�ed
 (
__�ch_swab64
)

69  
	`__�ch_swab64
(
v�
);

70 #�i�
	`def�ed
(
__SWAB_64_THRU_32__
)

71 
__u32
 
h
 = 
v�
 >> 32;

72 
__u32
 
l
 = 
v�
 & ((1ULL << 32) - 1);

73  (((
__u64
)
	`__fswab32
(
l
)�<< 32�| ((__u64)(__fswab32(
h
)));

75  
	`___cڡ�t_swab64
(
v�
);

77 
	}
}

79 
__�l�e__
 
__u32
 
	$__fswahw32
(
__u32
 
v�
)

81 #ifde�
__�ch_swahw32


82  
	`__�ch_swahw32
(
v�
);

84  
	`___cڡ�t_swahw32
(
v�
);

86 
	}
}

88 
__�l�e__
 
__u32
 
	$__fswahb32
(
__u32
 
v�
)

90 #ifde�
__�ch_swahb32


91  
	`__�ch_swahb32
(
v�
);

93  
	`___cڡ�t_swahb32
(
v�
);

95 
	}
}

101 #ifde�
__HAVE_BUILTIN_BSWAP16__


102 

	#__swab16
(
x
�(
__u16
)
	`__bu�t�_bsw�16
((__u16)(x))

	)

104 

	#__swab16
(
x
) \

105 (
__u16
)(
	`__bu�t�_cڡ�t_p
(
x
) ? \

106 
	`___cڡ�t_swab16
(
x
) : \

107 
	`__fswab16
(
x
))

	)

114 #ifde�
__HAVE_BUILTIN_BSWAP32__


115 

	#__swab32
(
x
�(
__u32
)
	`__bu�t�_bsw�32
((__u32)(x))

	)

117 

	#__swab32
(
x
) \

118 (
__u32
)(
	`__bu�t�_cڡ�t_p
(
x
) ? \

119 
	`___cڡ�t_swab32
(
x
) : \

120 
	`__fswab32
(
x
))

	)

127 #ifde�
__HAVE_BUILTIN_BSWAP64__


128 

	#__swab64
(
x
�(
__u64
)
	`__bu�t�_bsw�64
((__u64)(x))

	)

130 

	#__swab64
(
x
) \

131 (
__u64
)(
	`__bu�t�_cڡ�t_p
(
x
) ? \

132 
	`___cڡ�t_swab64
(
x
) : \

133 
	`__fswab64
(
x
))

	)

136 
__�ways_�l�e
 
	$__swab
(cڡ 
y
)

138 #i�
__BITS_PER_LONG
 == 64

139  
	`__swab64
(
y
);

141  
	`__swab32
(
y
);

143 
	}
}

151 

	#__swahw32
(
x
) \

152 (
	`__bu�t�_cڡ�t_p
((
__u32
)(
x
)) ? \

153 
	`___cڡ�t_swahw32
(
x
) : \

154 
	`__fswahw32
(
x
))

	)

162 

	#__swahb32
(
x
) \

163 (
	`__bu�t�_cڡ�t_p
((
__u32
)(
x
)) ? \

164 
	`___cڡ�t_swahb32
(
x
) : \

165 
	`__fswahb32
(
x
))

	)

171 
__�ways_�l�e
 
__u16
 
	$__swab16p
(cڡ 
__u16
 *
p
)

173 #ifde�
__�ch_swab16p


174  
	`__�ch_swab16p
(
p
);

176  
	`__swab16
(*
p
);

178 
	}
}

184 
__�ways_�l�e
 
__u32
 
	$__swab32p
(cڡ 
__u32
 *
p
)

186 #ifde�
__�ch_swab32p


187  
	`__�ch_swab32p
(
p
);

189  
	`__swab32
(*
p
);

191 
	}
}

197 
__�ways_�l�e
 
__u64
 
	$__swab64p
(cڡ 
__u64
 *
p
)

199 #ifde�
__�ch_swab64p


200  
	`__�ch_swab64p
(
p
);

202  
	`__swab64
(*
p
);

204 
	}
}

212 
__�l�e__
 
__u32
 
	$__swahw32p
(cڡ 
__u32
 *
p
)

214 #ifde�
__�ch_swahw32p


215  
	`__�ch_swahw32p
(
p
);

217  
	`__swahw32
(*
p
);

219 
	}
}

227 
__�l�e__
 
__u32
 
	$__swahb32p
(cڡ 
__u32
 *
p
)

229 #ifde�
__�ch_swahb32p


230  
	`__�ch_swahb32p
(
p
);

232  
	`__swahb32
(*
p
);

234 
	}
}

240 
__�l�e__
 
	$__swab16s
(
__u16
 *
p
)

242 #ifde�
__�ch_swab16s


243 
	`__�ch_swab16s
(
p
);

245 *
p
 = 
	`__swab16p
(p);

247 
	}
}

252 
__�ways_�l�e
 
	$__swab32s
(
__u32
 *
p
)

254 #ifde�
__�ch_swab32s


255 
	`__�ch_swab32s
(
p
);

257 *
p
 = 
	`__swab32p
(p);

259 
	}
}

265 
__�ways_�l�e
 
	$__swab64s
(
__u64
 *
p
)

267 #ifde�
__�ch_swab64s


268 
	`__�ch_swab64s
(
p
);

270 *
p
 = 
	`__swab64p
(p);

272 
	}
}

280 
__�l�e__
 
	$__swahw32s
(
__u32
 *
p
)

282 #ifde�
__�ch_swahw32s


283 
	`__�ch_swahw32s
(
p
);

285 *
p
 = 
	`__swahw32p
(p);

287 
	}
}

295 
__�l�e__
 
	$__swahb32s
(
__u32
 *
p
)

297 #ifde�
__�ch_swahb32s


298 
	`__�ch_swahb32s
(
p
);

300 *
p
 = 
	`__swahb32p
(p);

302 
	}
}

	@/usr/include/asm-generic/bitsperlong.h

2 #i�de�
__ASM_GENERIC_BITS_PER_LONG


3 

	#__ASM_GENERIC_BITS_PER_LONG


	)

5 #i�de�
__BITS_PER_LONG


13 #i�
def�ed
(
__CHAR_BIT__
�&& def�ed(
__SIZEOF_LONG__
)

14 

	#__BITS_PER_LONG
 (
__CHAR_BIT__
 * 
__SIZEOF_LONG__
)

	)

23 

	#__BITS_PER_LONG
 32

	)

	@/usr/include/asm-generic/errno.h

2 #i�de�
_ASM_GENERIC_ERRNO_H


3 

	#_ASM_GENERIC_ERRNO_H


	)

5 
	~<asm-g��ic/��o-ba�.h
>

7 

	#EDEADLK
 35

	)

8 

	#ENAMETOOLONG
 36

	)

9 

	#ENOLCK
 37

	)

18 

	#ENOSYS
 38

	)

20 

	#ENOTEMPTY
 39

	)

21 

	#ELOOP
 40

	)

22 

	#EWOULDBLOCK
 
EAGAIN


	)

23 

	#ENOMSG
 42

	)

24 

	#EIDRM
 43

	)

25 

	#ECHRNG
 44

	)

26 

	#EL2NSYNC
 45

	)

27 

	#EL3HLT
 46

	)

28 

	#EL3RST
 47

	)

29 

	#ELNRNG
 48

	)

30 

	#EUNATCH
 49

	)

31 

	#ENOCSI
 50

	)

32 

	#EL2HLT
 51

	)

33 

	#EBADE
 52

	)

34 

	#EBADR
 53

	)

35 

	#EXFULL
 54

	)

36 

	#ENOANO
 55

	)

37 

	#EBADRQC
 56

	)

38 

	#EBADSLT
 57

	)

40 

	#EDEADLOCK
 
EDEADLK


	)

42 

	#EBFONT
 59

	)

43 

	#ENOSTR
 60

	)

44 

	#ENODATA
 61

	)

45 

	#ETIME
 62

	)

46 

	#ENOSR
 63

	)

47 

	#ENONET
 64

	)

48 

	#ENOPKG
 65

	)

49 

	#EREMOTE
 66

	)

50 

	#ENOLINK
 67

	)

51 

	#EADV
 68

	)

52 

	#ESRMNT
 69

	)

53 

	#ECOMM
 70

	)

54 

	#EPROTO
 71

	)

55 

	#EMULTIHOP
 72

	)

56 

	#EDOTDOT
 73

	)

57 

	#EBADMSG
 74

	)

58 

	#EOVERFLOW
 75

	)

59 

	#ENOTUNIQ
 76

	)

60 

	#EBADFD
 77

	)

61 

	#EREMCHG
 78

	)

62 

	#ELIBACC
 79

	)

63 

	#ELIBBAD
 80

	)

64 

	#ELIBSCN
 81

	)

65 

	#ELIBMAX
 82

	)

66 

	#ELIBEXEC
 83

	)

67 

	#EILSEQ
 84

	)

68 

	#ERESTART
 85

	)

69 

	#ESTRPIPE
 86

	)

70 

	#EUSERS
 87

	)

71 

	#ENOTSOCK
 88

	)

72 

	#EDESTADDRREQ
 89

	)

73 

	#EMSGSIZE
 90

	)

74 

	#EPROTOTYPE
 91

	)

75 

	#ENOPROTOOPT
 92

	)

76 

	#EPROTONOSUPPORT
 93

	)

77 

	#ESOCKTNOSUPPORT
 94

	)

78 

	#EOPNOTSUPP
 95

	)

79 

	#EPFNOSUPPORT
 96

	)

80 

	#EAFNOSUPPORT
 97

	)

81 

	#EADDRINUSE
 98

	)

82 

	#EADDRNOTAVAIL
 99

	)

83 

	#ENETDOWN
 100

	)

84 

	#ENETUNREACH
 101

	)

85 

	#ENETRESET
 102

	)

86 

	#ECONNABORTED
 103

	)

87 

	#ECONNRESET
 104

	)

88 

	#ENOBUFS
 105

	)

89 

	#EISCONN
 106

	)

90 

	#ENOTCONN
 107

	)

91 

	#ESHUTDOWN
 108

	)

92 

	#ETOOMANYREFS
 109

	)

93 

	#ETIMEDOUT
 110

	)

94 

	#ECONNREFUSED
 111

	)

95 

	#EHOSTDOWN
 112

	)

96 

	#EHOSTUNREACH
 113

	)

97 

	#EALREADY
 114

	)

98 

	#EINPROGRESS
 115

	)

99 

	#ESTALE
 116

	)

100 

	#EUCLEAN
 117

	)

101 

	#ENOTNAM
 118

	)

102 

	#ENAVAIL
 119

	)

103 

	#EISNAM
 120

	)

104 

	#EREMOTEIO
 121

	)

105 

	#EDQUOT
 122

	)

107 

	#ENOMEDIUM
 123

	)

108 

	#EMEDIUMTYPE
 124

	)

109 

	#ECANCELED
 125

	)

110 

	#ENOKEY
 126

	)

111 

	#EKEYEXPIRED
 127

	)

112 

	#EKEYREVOKED
 128

	)

113 

	#EKEYREJECTED
 129

	)

116 

	#EOWNERDEAD
 130

	)

117 

	#ENOTRECOVERABLE
 131

	)

119 

	#ERFKILL
 132

	)

121 

	#EHWPOISON
 133

	)

	@/usr/include/asm-generic/int-ll64.h

9 #i�de�
_ASM_GENERIC_INT_LL64_H


10 

	#_ASM_GENERIC_INT_LL64_H


	)

12 
	~<asm/b���l�g.h
>

14 #i�de�
__ASSEMBLY__


20 
__sig�d__
 
	t__s8
;

21 
	t__u8
;

23 
__sig�d__
 
	t__s16
;

24 
	t__u16
;

26 
__sig�d__
 
	t__s32
;

27 
	t__u32
;

29 #ifde�
__GNUC__


30 
__ex�nsi�__
 
__sig�d__
 
	t__s64
;

31 
__ex�nsi�__
 
	t__u64
;

33 
__sig�d__
 
	t__s64
;

34 
	t__u64
;

	@/usr/include/asm/sockios.h

1 
	~<asm-g��ic/sockios.h
>

	@/usr/include/asm/swab.h

1 
	~<asm-g��ic/swab.h
>

	@/usr/include/bits/pthread_stack_min.h

20 

	#PTHREAD_STACK_MIN
 131072

	)

	@/usr/include/linux/ioctl.h

2 #i�de�
_LINUX_IOCTL_H


3 

	#_LINUX_IOCTL_H


	)

5 
	~<asm/io�l.h
>

	@/usr/include/asm-generic/errno-base.h

2 #i�de�
_ASM_GENERIC_ERRNO_BASE_H


3 

	#_ASM_GENERIC_ERRNO_BASE_H


	)

5 

	#EPERM
 1

	)

6 

	#ENOENT
 2

	)

7 

	#ESRCH
 3

	)

8 

	#EINTR
 4

	)

9 

	#EIO
 5

	)

10 

	#ENXIO
 6

	)

11 

	#E2BIG
 7

	)

12 

	#ENOEXEC
 8

	)

13 

	#EBADF
 9

	)

14 

	#ECHILD
 10

	)

15 

	#EAGAIN
 11

	)

16 

	#ENOMEM
 12

	)

17 

	#EACCES
 13

	)

18 

	#EFAULT
 14

	)

19 

	#ENOTBLK
 15

	)

20 

	#EBUSY
 16

	)

21 

	#EEXIST
 17

	)

22 

	#EXDEV
 18

	)

23 

	#ENODEV
 19

	)

24 

	#ENOTDIR
 20

	)

25 

	#EISDIR
 21

	)

26 

	#EINVAL
 22

	)

27 

	#ENFILE
 23

	)

28 

	#EMFILE
 24

	)

29 

	#ENOTTY
 25

	)

30 

	#ETXTBSY
 26

	)

31 

	#EFBIG
 27

	)

32 

	#ENOSPC
 28

	)

33 

	#ESPIPE
 29

	)

34 

	#EROFS
 30

	)

35 

	#EMLINK
 31

	)

36 

	#EPIPE
 32

	)

37 

	#EDOM
 33

	)

38 

	#ERANGE
 34

	)

	@/usr/include/asm-generic/sockios.h

2 #i�de�
__ASM_GENERIC_SOCKIOS_H


3 

	#__ASM_GENERIC_SOCKIOS_H


	)

6 

	#FIOSETOWN
 0x8901

	)

7 

	#SIOCSPGRP
 0x8902

	)

8 

	#FIOGETOWN
 0x8903

	)

9 

	#SIOCGPGRP
 0x8904

	)

10 

	#SIOCATMARK
 0x8905

	)

11 

	#SIOCGSTAMP_OLD
 0x8906

	)

12 

	#SIOCGSTAMPNS_OLD
 0x8907

	)

	@/usr/include/asm-generic/swab.h

2 #i�de�
_ASM_GENERIC_SWAB_H


3 

	#_ASM_GENERIC_SWAB_H


	)

5 
	~<asm/b���l�g.h
>

13 #i�
__BITS_PER_LONG
 == 32

14 #i�
def�ed
(
__GNUC__
�&& !def�ed(
__STRICT_ANSI__
�|| def�ed(
__KERNEL__
)

15 

	#__SWAB_64_THRU_32__


	)

	@/usr/include/asm/ioctl.h

1 
	~<asm-g��ic/io�l.h
>

	@/usr/include/asm-generic/ioctl.h

2 #i�de�
_ASM_GENERIC_IOCTL_H


3 

	#_ASM_GENERIC_IOCTL_H


	)

23 

	#_IOC_NRBITS
 8

	)

24 

	#_IOC_TYPEBITS
 8

	)

31 #i�de�
_IOC_SIZEBITS


32 

	#_IOC_SIZEBITS
 14

	)

35 #i�de�
_IOC_DIRBITS


36 

	#_IOC_DIRBITS
 2

	)

39 

	#_IOC_NRMASK
 ((1 << 
_IOC_NRBITS
)-1)

	)

40 

	#_IOC_TYPEMASK
 ((1 << 
_IOC_TYPEBITS
)-1)

	)

41 

	#_IOC_SIZEMASK
 ((1 << 
_IOC_SIZEBITS
)-1)

	)

42 

	#_IOC_DIRMASK
 ((1 << 
_IOC_DIRBITS
)-1)

	)

44 

	#_IOC_NRSHIFT
 0

	)

45 

	#_IOC_TYPESHIFT
 (
_IOC_NRSHIFT
+
_IOC_NRBITS
)

	)

46 

	#_IOC_SIZESHIFT
 (
_IOC_TYPESHIFT
+
_IOC_TYPEBITS
)

	)

47 

	#_IOC_DIRSHIFT
 (
_IOC_SIZESHIFT
+
_IOC_SIZEBITS
)

	)

57 #i�de�
_IOC_NONE


58 

	#_IOC_NONE
 0U

	)

61 #i�de�
_IOC_WRITE


62 

	#_IOC_WRITE
 1U

	)

65 #i�de�
_IOC_READ


66 

	#_IOC_READ
 2U

	)

69 

	#_IOC
(
d�
,
ty�
,
�
,
size
) \

70 (((
d�
�<< 
_IOC_DIRSHIFT
) | \

71 ((
ty�
�<< 
_IOC_TYPESHIFT
) | \

72 ((
�
�<< 
_IOC_NRSHIFT
) | \

73 ((
size
�<< 
_IOC_SIZESHIFT
))

	)

75 

	#_IOC_TYPECHECK
(
t
�(�))

	)

83 

	#_IO
(
ty�
,
�
�
	`_IOC
(
_IOC_NONE
,�y�),�r),0)

	)

84 

	#_IOR
(
ty�
,
�
,
size
�
	`_IOC
(
_IOC_READ
,�y�),�r),(
	`_IOC_TYPECHECK
(size)))

	)

85 

	#_IOW
(
ty�
,
�
,
size
�
	`_IOC
(
_IOC_WRITE
,�y�),�r),(
	`_IOC_TYPECHECK
(size)))

	)

86 

	#_IOWR
(
ty�
,
�
,
size
�
	`_IOC
(
_IOC_READ
|
_IOC_WRITE
,�y�),�r),(
	`_IOC_TYPECHECK
(size)))

	)

87 

	#_IOR_BAD
(
ty�
,
�
,
size
�
	`_IOC
(
_IOC_READ
,�y�),�r),(size))

	)

88 

	#_IOW_BAD
(
ty�
,
�
,
size
�
	`_IOC
(
_IOC_WRITE
,�y�),�r),(size))

	)

89 

	#_IOWR_BAD
(
ty�
,
�
,
size
�
	`_IOC
(
_IOC_READ
|
_IOC_WRITE
,�y�),�r),(size))

	)

92 

	#_IOC_DIR
(
�
�((�r�>> 
_IOC_DIRSHIFT
�& 
_IOC_DIRMASK
)

	)

93 

	#_IOC_TYPE
(
�
�((�r�>> 
_IOC_TYPESHIFT
�& 
_IOC_TYPEMASK
)

	)

94 

	#_IOC_NR
(
�
�((�r�>> 
_IOC_NRSHIFT
�& 
_IOC_NRMASK
)

	)

95 

	#_IOC_SIZE
(
�
�((�r�>> 
_IOC_SIZESHIFT
�& 
_IOC_SIZEMASK
)

	)

99 

	#IOC_IN
 (
_IOC_WRITE
 << 
_IOC_DIRSHIFT
)

	)

100 

	#IOC_OUT
 (
_IOC_READ
 << 
_IOC_DIRSHIFT
)

	)

101 

	#IOC_INOUT
 ((
_IOC_WRITE
|
_IOC_READ
�<< 
_IOC_DIRSHIFT
)

	)

102 

	#IOCSIZE_MASK
 (
_IOC_SIZEMASK
 << 
_IOC_SIZESHIFT
)

	)

103 

	#IOCSIZE_SHIFT
 (
_IOC_SIZESHIFT
)

	)

	@
1
.
1
/usr/include
314
8942
fake-environ/uname.c
installer/hw.c
installer/hw.h
installer/main.c
libsmooth/libsmooth.h
libsmooth/main.c
libsmooth/varval.c
misc-progs/addonctrl.c
misc-progs/backupctrl.c
misc-progs/captivectrl.c
misc-progs/clamavctrl.c
misc-progs/collectdctrl.c
misc-progs/ddnsctrl.c
misc-progs/dhcpctrl.c
misc-progs/extrahdctrl.c
misc-progs/fireinfoctrl.c
misc-progs/firewallctrl.c
misc-progs/getconntracktable.c
misc-progs/getipstat.c
misc-progs/iowrap.c
misc-progs/ipfirereboot.c
misc-progs/ipsecctrl.c
misc-progs/list.h
misc-progs/logwatch.c
misc-progs/netutil.h
misc-progs/openvpnctrl.c
misc-progs/pakfire.c
misc-progs/qosctrl.c
misc-progs/rebuildhosts.c
misc-progs/rebuildroutes.c
misc-progs/redctrl.c
misc-progs/sambactrl.c
misc-progs/setaliases.c
misc-progs/setuid.c
misc-progs/setuid.h
misc-progs/smartctrl.c
misc-progs/squidctrl.c
misc-progs/sshctrl.c
misc-progs/suricatactrl.c
misc-progs/syslogdctrl.c
misc-progs/tcpddosctrl.c
misc-progs/timectrl.c
misc-progs/torctrl.c
misc-progs/unboundctrl.c
misc-progs/updxlratorctrl.c
misc-progs/urlfilterctrl.c
misc-progs/wiohelper.c
misc-progs/wioscan.c
misc-progs/wirelessclient.c
misc-progs/wirelessctrl.c
misc-progs/wlanapctrl.c
setup/dhcp.c
setup/domainname.c
setup/hostname.c
setup/keymap.c
setup/main.c
setup/misc.c
setup/netstuff.c
setup/networking.c
setup/passwords.c
setup/setup.h
setup/timezone.c
/usr/include/arpa/inet.h
/usr/include/assert.h
/usr/include/blkid/blkid.h
/usr/include/ctype.h
/usr/include/dirent.h
/usr/include/dlfcn.h
/usr/include/err.h
/usr/include/errno.h
/usr/include/fcntl.h
/usr/include/fnmatch.h
/usr/include/ftw.h
/usr/include/glob.h
/usr/include/grp.h
/usr/include/libintl.h
/usr/include/limits.h
/usr/include/linux/cdrom.h
/usr/include/linux/loop.h
/usr/include/locale.h
/usr/include/math.h
/usr/include/net/ethernet.h
/usr/include/net/if.h
/usr/include/net/if_arp.h
/usr/include/netinet/ether.h
/usr/include/netinet/in.h
/usr/include/netpacket/packet.h
/usr/include/poll.h
/usr/include/pwd.h
/usr/include/signal.h
/usr/include/stdint.h
/usr/include/stdio.h
/usr/include/stdlib.h
/usr/include/string.h
/usr/include/sys/file.h
/usr/include/sys/ioctl.h
/usr/include/sys/mman.h
/usr/include/sys/mount.h
/usr/include/sys/resource.h
/usr/include/sys/socket.h
/usr/include/sys/stat.h
/usr/include/sys/swap.h
/usr/include/sys/sysinfo.h
/usr/include/sys/syslog.h
/usr/include/sys/time.h
/usr/include/sys/types.h
/usr/include/sys/utsname.h
/usr/include/sys/wait.h
/usr/include/time.h
/usr/include/unistd.h
/usr/include/wchar.h
/usr/include/alloca.h
/usr/include/asm/byteorder.h
/usr/include/asm/posix_types.h
/usr/include/bits/byteswap.h
/usr/include/bits/confname.h
/usr/include/bits/dirent.h
/usr/include/bits/dirent_ext.h
/usr/include/bits/dl_find_object.h
/usr/include/bits/dlfcn.h
/usr/include/bits/endian.h
/usr/include/bits/environments.h
/usr/include/bits/err-ldbl.h
/usr/include/bits/errno.h
/usr/include/bits/fcntl.h
/usr/include/bits/fcntl2.h
/usr/include/bits/floatn.h
/usr/include/bits/flt-eval-method.h
/usr/include/bits/fp-fast.h
/usr/include/bits/fp-logb.h
/usr/include/bits/getopt_posix.h
/usr/include/bits/in.h
/usr/include/bits/ioctl-types.h
/usr/include/bits/ioctls.h
/usr/include/bits/iscanonical.h
/usr/include/bits/libc-header-start.h
/usr/include/bits/locale.h
/usr/include/bits/math-vector.h
/usr/include/bits/mathcalls-helper-functions.h
/usr/include/bits/mathcalls-narrow.h
/usr/include/bits/mathcalls.h
/usr/include/bits/mman.h
/usr/include/bits/mman_ext.h
/usr/include/bits/posix1_lim.h
/usr/include/bits/posix2_lim.h
/usr/include/bits/posix_opt.h
/usr/include/bits/pthreadtypes.h
/usr/include/bits/resource.h
/usr/include/bits/sigaction.h
/usr/include/bits/sigcontext.h
/usr/include/bits/sigevent-consts.h
/usr/include/bits/siginfo-consts.h
/usr/include/bits/signal_ext.h
/usr/include/bits/signum-generic.h
/usr/include/bits/sigstack.h
/usr/include/bits/sigstksz.h
/usr/include/bits/sigthread.h
/usr/include/bits/socket.h
/usr/include/bits/socket2.h
/usr/include/bits/ss_flags.h
/usr/include/bits/stat.h
/usr/include/bits/statx.h
/usr/include/bits/stdint-intn.h
/usr/include/bits/stdint-uintn.h
/usr/include/bits/stdio-ldbl.h
/usr/include/bits/stdio.h
/usr/include/bits/stdio2-decl.h
/usr/include/bits/stdio2.h
/usr/include/bits/stdio_lim.h
/usr/include/bits/stdlib-bsearch.h
/usr/include/bits/stdlib-float.h
/usr/include/bits/stdlib-ldbl.h
/usr/include/bits/stdlib.h
/usr/include/bits/string_fortified.h
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