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- Committer: Teddy Hogeborn
- Date: 2021-03-21 19:51:15 UTC
- Revision ID: teddy@recompile.se-20210321195115-qe6g0fyj1kabwlav
Fix theoretical GnuTLS bug
Fix "NameError: global name '_error_code' is not defined" error if
GNUTLS_E_INTERRUPTED or GNUTLS_E_AGAIN was ever returned from
gnutls_record_send().
* mandos (gnutls._retry_on_error): Import "_error_code" from outer
class scope to local function scope via a keyword argument.
Fix "NameError: global name '_error_code' is not defined" error if
GNUTLS_E_INTERRUPTED or GNUTLS_E_AGAIN was ever returned from
gnutls_record_send().
* mandos (gnutls._retry_on_error): Import "_error_code" from outer
class scope to local function scope via a keyword argument.
- files added:
- debian/po/POTFILES.in
- files modified:
- .bzrignore
added
removed
dracut-module/password-agent.c
2
2
/*
3
3
* Mandos password agent - Simple password agent to run Mandos client
4
4
*
5
* Copyright © 2019 Teddy Hogeborn
6
* Copyright © 2019 Björn Påhlsson
5
* Copyright © 2019-2021 Teddy Hogeborn
6
* Copyright © 2019-2021 Björn Påhlsson
7
7
*
8
8
* This file is part of Mandos.
9
9
*
23
23
* Contact the authors at <mandos@recompile.se>.
24
24
*/
25
25
26
#define _GNU_SOURCE
27
#include <inttypes.h> /* uintmax_t, PRIuMAX, PRIdMAX,
28
intmax_t, uint32_t, SCNx32,
29
SCNuMAX, SCNxMAX */
30
#include <stddef.h> /* size_t */
26
#define _GNU_SOURCE /* pipe2(), O_CLOEXEC, setresgid(),
27
setresuid(), asprintf(), getline(),
28
basename() */
29
#include <inttypes.h> /* uintmax_t, strtoumax(), PRIuMAX,
30
PRIdMAX, intmax_t, uint32_t,
31
SCNx32, SCNuMAX, SCNxMAX */
32
#include <stddef.h> /* size_t, NULL */
31
33
#include <sys/types.h> /* pid_t, uid_t, gid_t, getuid(),
32
34
getpid() */
33
35
#include <stdbool.h> /* bool, true, false */
40
42
NSIG, sigismember(), SA_ONSTACK,
41
43
SIG_DFL, SIG_IGN, SIGINT, SIGQUIT,
42
44
SIGHUP, SIGSTOP, SIG_UNBLOCK */
45
#include <unistd.h> /* uid_t, gid_t, close(), pipe2(),
46
fork(), _exit(), dup2(),
47
STDOUT_FILENO, setresgid(),
48
setresuid(), execv(), ssize_t,
49
read(), dup3(), getuid(), dup(),
50
STDERR_FILENO, pause(), write(),
51
rmdir(), unlink(), getpid() */
43
52
#include <stdlib.h> /* EXIT_SUCCESS, EXIT_FAILURE,
44
malloc(), free(), strtoumax(),
45
realloc(), setenv(), calloc(),
46
mkdtemp(), mkostemp() */
53
malloc(), free(), realloc(),
54
setenv(), calloc(), mkdtemp(),
55
mkostemp() */
47
56
#include <iso646.h> /* not, or, and, xor */
48
57
#include <error.h> /* error() */
49
58
#include <sysexits.h> /* EX_USAGE, EX_OSERR, EX_OSFILE */
50
59
#include <errno.h> /* errno, error_t, EACCES,
51
ENAMETOOLONG, ENOENT, EEXIST,
52
ECHILD, EPERM, ENOMEM, EAGAIN,
53
EINTR, ENOBUFS, EADDRINUSE,
60
ENAMETOOLONG, ENOENT, ENOTDIR,
61
ENOMEM, EEXIST, ECHILD, EPERM,
62
EAGAIN, EINTR, ENOBUFS, EADDRINUSE,
54
63
ECONNREFUSED, ECONNRESET,
55
64
ETOOMANYREFS, EMSGSIZE, EBADF,
56
65
EINVAL */
57
66
#include <string.h> /* strdup(), memcpy(),
58
67
explicit_bzero(), memset(),
59
68
strcmp(), strlen(), strncpy(),
60
memcmp(), basename() */
69
memcmp(), basename(), strerror() */
61
70
#include <argz.h> /* argz_create(), argz_count(),
62
71
argz_extract(), argz_next(),
63
72
argz_add() */
73
82
ARGP_ERR_UNKNOWN, ARGP_KEY_ARGS,
74
83
struct argp, argp_parse(),
75
84
ARGP_NO_EXIT */
76
#include <unistd.h> /* uid_t, gid_t, close(), pipe2(),
77
fork(), _exit(), dup2(),
78
STDOUT_FILENO, setresgid(),
79
setresuid(), execv(), ssize_t,
80
read(), dup3(), getuid(), dup(),
81
STDERR_FILENO, pause(), write(),
82
rmdir(), unlink(), getpid() */
85
#include <stdint.h> /* SIZE_MAX, uint32_t */
83
86
#include <sys/mman.h> /* munlock(), mlock() */
84
87
#include <fcntl.h> /* O_CLOEXEC, O_NONBLOCK, fcntl(),
85
88
F_GETFD, F_GETFL, FD_CLOEXEC,
86
open(), O_WRONLY, O_RDONLY */
89
open(), O_WRONLY, O_NOCTTY,
90
O_RDONLY, O_NOFOLLOW */
87
91
#include <sys/wait.h> /* waitpid(), WNOHANG, WIFEXITED(),
88
92
WEXITSTATUS() */
89
93
#include <limits.h> /* PIPE_BUF, NAME_MAX, INT_MAX */
90
94
#include <sys/inotify.h> /* inotify_init1(), IN_NONBLOCK,
91
95
IN_CLOEXEC, inotify_add_watch(),
92
96
IN_CLOSE_WRITE, IN_MOVED_TO,
93
IN_DELETE, struct inotify_event */
97
IN_MOVED_FROM, IN_DELETE,
98
IN_EXCL_UNLINK, IN_ONLYDIR,
99
struct inotify_event */
94
100
#include <fnmatch.h> /* fnmatch(), FNM_FILE_NAME */
95
#include <stdio.h> /* asprintf(), FILE, fopen(),
96
getline(), sscanf(), feof(),
97
ferror(), fclose(), stderr,
98
rename(), fdopen(), fprintf(),
99
fscanf() */
101
#include <stdio.h> /* asprintf(), FILE, stderr, fopen(),
102
fclose(), getline(), sscanf(),
103
feof(), ferror(), rename(),
104
fdopen(), fprintf(), fscanf() */
100
105
#include <glib.h> /* GKeyFile, g_key_file_free(), g_key_file_new(),
101
106
GError, g_key_file_load_from_file(),
102
107
G_KEY_FILE_NONE, TRUE, G_FILE_ERROR_NOENT,
107
112
g_assert_null(), g_assert_false(),
108
113
g_assert_cmpint(), g_assert_cmpuint(),
109
114
g_test_skip(), g_assert_cmpstr(),
110
g_test_init(), g_test_add(), g_test_run(),
111
GOptionContext, g_option_context_new(),
115
g_test_message(), g_test_init(), g_test_add(),
116
g_test_run(), GOptionContext,
117
g_option_context_new(),
112
118
g_option_context_set_help_enabled(), FALSE,
113
119
g_option_context_set_ignore_unknown_options(),
114
120
gboolean, GOptionEntry, G_OPTION_ARG_NONE,
145
151
mono_microsecs next_run;
146
152
} __attribute__((designated_init)) task_queue;
147
153
148
/* "func_type" - A function type for task functions
154
/* "task_func" - A function type for task functions
149
155
150
156
I.e. functions for the code which runs when a task is run, all have
151
157
this type */
431
437
case EACCES:
432
438
case ENAMETOOLONG:
433
439
case ENOENT:
440
case ENOTDIR:
434
441
return EX_OSFILE;
435
442
default:
436
443
return EX_OSERR;
647
654
648
655
__attribute__((nonnull, warn_unused_result))
649
656
bool add_to_queue(task_queue *const queue, const task_context task){
657
if((queue->length + 1) > (SIZE_MAX / sizeof(task_context))){
658
/* overflow */
659
error(0, ENOMEM, "Failed to allocate %" PRIuMAX
660
" tasks for queue->tasks", (uintmax_t)(queue->length + 1));
661
errno = ENOMEM;
662
return false;
663
}
650
664
const size_t needed_size = sizeof(task_context)*(queue->length + 1);
651
665
if(needed_size > (queue->allocated)){
652
666
task_context *const new_tasks = realloc(queue->tasks,
857
871
}
858
872
close(pipefds[1]);
859
873
874
if(pid == -1){
875
error(0, errno, "Failed to fork()");
876
close(pipefds[0]);
877
return false;
878
}
879
860
880
if(not add_to_queue(queue, (task_context){
861
881
.func=wait_for_mandos_client_exit,
862
882
.pid=pid,
1017
1037
return false;
1018
1038
}
1019
1039
1020
if(inotify_add_watch(fd, dir, IN_CLOSE_WRITE
1021
| IN_MOVED_TO | IN_DELETE)
1040
if(inotify_add_watch(fd, dir, IN_CLOSE_WRITE | IN_MOVED_TO
1041
| IN_MOVED_FROM| IN_DELETE | IN_EXCL_UNLINK
1042
| IN_ONLYDIR)
1022
1043
== -1){
1023
1044
error(0, errno, "Failed to create inotify watch on %s", dir);
1024
1045
return false;
1071
1092
/* "sufficient to read at least one event." - inotify(7) */
1072
1093
const size_t ievent_size = (sizeof(struct inotify_event)
1073
1094
+ NAME_MAX + 1);
1074
char ievent_buffer[sizeof(struct inotify_event) + NAME_MAX + 1];
1075
struct inotify_event *ievent = ((struct inotify_event *)
1076
ievent_buffer);
1095
struct {
1096
struct inotify_event event;
1097
char name_buffer[NAME_MAX + 1];
1098
} ievent_buffer;
1099
struct inotify_event *const ievent = &ievent_buffer.event;
1077
1100
1078
1101
const ssize_t read_length = read(fd, ievent, ievent_size);
1079
1102
if(read_length == 0){ /* EOF */
1117
1140
immediately */
1118
1141
queue->next_run = 1;
1119
1142
}
1120
} else if(ievent->mask & IN_DELETE){
1143
} else if(ievent->mask & (IN_MOVED_FROM | IN_DELETE)){
1121
1144
if(not string_set_add(cancelled_filenames,
1122
1145
question_filename)){
1123
1146
error(0, errno, "Could not add question %s to"
1173
1196
bool *const password_is_read = task.password_is_read;
1174
1197
1175
1198
/* We use the GLib "Key-value file parser" functions to parse the
1176
question file. See <https://www.freedesktop.org/wiki/Software
1177
/systemd/PasswordAgents/> for specification of contents */
1199
question file. See <https://systemd.io/PASSWORD_AGENTS/> for
1200
specification of contents */
1178
1201
__attribute__((nonnull))
1179
1202
void cleanup_g_key_file(GKeyFile **key_file){
1180
1203
if(*key_file != NULL){
1470
1493
not. You may but don't have to include a final NUL byte in
1471
1494
your message.
1472
1495
1473
— <https://www.freedesktop.org/wiki/Software/systemd/
1474
PasswordAgents/> (Wed 08 Oct 2014 02:14:28 AM UTC)
1496
— <https://systemd.io/PASSWORD_AGENTS/> (Tue, 15 Sep 2020
1497
14:24:20 GMT)
1475
1498
*/
1476
1499
send_buffer[0] = '+'; /* Prefix with "+" */
1477
1500
/* Always add an extra NUL */
1482
1505
errno = 0;
1483
1506
ssize_t ssret = send(fd, send_buffer, send_buffer_length,
1484
1507
MSG_NOSIGNAL);
1485
const error_t saved_errno = errno;
1508
const error_t saved_errno = (ssret < 0) ? errno : 0;
1486
1509
#if defined(__GLIBC_PREREQ) and __GLIBC_PREREQ(2, 25)
1487
1510
explicit_bzero(send_buffer, send_buffer_length);
1488
1511
#else
1506
1529
/* Retry, below */
1507
1530
break;
1508
1531
case EMSGSIZE:
1509
error(0, 0, "Password of size %" PRIuMAX " is too big",
1510
(uintmax_t)password->length);
1532
error(0, saved_errno, "Password of size %" PRIuMAX
1533
" is too big", (uintmax_t)password->length);
1511
1534
#if __GNUC__ < 7
1512
1535
/* FALLTHROUGH */
1513
1536
#else
1515
1538
#endif
1516
1539
case 0:
1517
1540
if(ssret >= 0 and ssret < (ssize_t)send_buffer_length){
1518
error(0, 0, "Password only partially sent to socket");
1541
error(0, 0, "Password only partially sent to socket %s: %"
1542
PRIuMAX " out of %" PRIuMAX " bytes sent", filename,
1543
(uintmax_t)ssret, (uintmax_t)send_buffer_length);
1519
1544
}
1520
1545
#if __GNUC__ < 7
1521
1546
/* FALLTHROUGH */
1877
1902
g_assert_true(queue->tasks[0].func == dummy_func);
1878
1903
}
1879
1904
1905
static void test_add_to_queue_overflow(__attribute__((unused))
1906
test_fixture *fixture,
1907
__attribute__((unused))
1908
gconstpointer user_data){
1909
__attribute__((cleanup(cleanup_queue)))
1910
task_queue *queue = create_queue();
1911
g_assert_nonnull(queue);
1912
g_assert_true(queue->length == 0);
1913
queue->length = SIZE_MAX / sizeof(task_context); /* fake max size */
1914
1915
FILE *real_stderr = stderr;
1916
FILE *devnull = fopen("/dev/null", "we");
1917
g_assert_nonnull(devnull);
1918
stderr = devnull;
1919
const bool ret = add_to_queue(queue,
1920
(task_context){ .func=dummy_func });
1921
g_assert_true(errno == ENOMEM);
1922
g_assert_false(ret);
1923
stderr = real_stderr;
1924
g_assert_cmpint(fclose(devnull), ==, 0);
1925
queue->length = 0; /* Restore real size */
1926
}
1927
1880
1928
static void dummy_func(__attribute__((unused))
1881
1929
const task_context task,
1882
1930
__attribute__((unused))
2153
2201
}
2154
2202
exit(EXIT_SUCCESS);
2155
2203
}
2204
if(pid == -1){
2205
error(EXIT_FAILURE, errno, "Failed to fork()");
2206
}
2207
2156
2208
int status;
2157
2209
waitpid(pid, &status, 0);
2158
2210
if(WIFEXITED(status) and (WEXITSTATUS(status) == EXIT_SUCCESS)){
2220
2272
2221
2273
{
2222
2274
__attribute__((cleanup(cleanup_close)))
2223
const int devnull_fd = open("/dev/null", O_WRONLY | O_CLOEXEC);
2275
const int devnull_fd = open("/dev/null",
2276
O_WRONLY | O_CLOEXEC | O_NOCTTY);
2224
2277
g_assert_cmpint(devnull_fd, >=, 0);
2225
2278
__attribute__((cleanup(cleanup_close)))
2226
2279
const int real_stderr_fd = dup(STDERR_FILENO);
2250
2303
{
2251
2304
__attribute__((cleanup(cleanup_close)))
2252
2305
const int devnull_fd = open("/dev/null",
2253
O_WRONLY | O_CLOEXEC);
2306
O_WRONLY | O_CLOEXEC | O_NOCTTY);
2254
2307
g_assert_cmpint(devnull_fd, >=, 0);
2255
2308
__attribute__((cleanup(cleanup_close)))
2256
2309
const int real_stderr_fd = dup(STDERR_FILENO);
2901
2954
2902
2955
__attribute__((cleanup(cleanup_close)))
2903
2956
const int devnull_fd = open("/dev/null",
2904
O_WRONLY | O_CLOEXEC);
2957
O_WRONLY | O_CLOEXEC | O_NOCTTY);
2905
2958
g_assert_cmpint(devnull_fd, >=, 0);
2906
2959
__attribute__((cleanup(cleanup_close)))
2907
2960
const int real_stderr_fd = dup(STDERR_FILENO);
2972
3025
2973
3026
__attribute__((cleanup(cleanup_close)))
2974
3027
const int devnull_fd = open("/dev/null",
2975
O_WRONLY | O_CLOEXEC);
3028
O_WRONLY | O_CLOEXEC, O_NOCTTY);
2976
3029
g_assert_cmpint(devnull_fd, >=, 0);
2977
3030
__attribute__((cleanup(cleanup_close)))
2978
3031
const int real_stderr_fd = dup(STDERR_FILENO);
3016
3069
buffer password = {};
3017
3070
3018
3071
/* Reading /proc/self/mem from offset 0 will always give EIO */
3019
const int fd = open("/proc/self/mem", O_RDONLY | O_CLOEXEC);
3072
const int fd = open("/proc/self/mem",
3073
O_RDONLY | O_CLOEXEC | O_NOCTTY);
3020
3074
3021
3075
bool password_is_read = false;
3022
3076
bool quit_now = false;
3450
3504
g_assert_cmpuint((unsigned int)queue->length, ==, 0);
3451
3505
}
3452
3506
3507
static void test_add_inotify_dir_watch_nondir(__attribute__((unused))
3508
test_fixture *fixture,
3509
__attribute__((unused))
3510
gconstpointer
3511
user_data){
3512
__attribute__((cleanup(cleanup_close)))
3513
const int epoll_fd = epoll_create1(EPOLL_CLOEXEC);
3514
g_assert_cmpint(epoll_fd, >=, 0);
3515
__attribute__((cleanup(cleanup_queue)))
3516
task_queue *queue = create_queue();
3517
g_assert_nonnull(queue);
3518
__attribute__((cleanup(string_set_clear)))
3519
string_set cancelled_filenames = {};
3520
const mono_microsecs current_time = 0;
3521
3522
bool quit_now = false;
3523
buffer password = {};
3524
bool mandos_client_exited = false;
3525
bool password_is_read = false;
3526
3527
const char not_a_directory[] = "/dev/tty";
3528
3529
FILE *real_stderr = stderr;
3530
FILE *devnull = fopen("/dev/null", "we");
3531
g_assert_nonnull(devnull);
3532
stderr = devnull;
3533
g_assert_false(add_inotify_dir_watch(queue, epoll_fd, &quit_now,
3534
&password, not_a_directory,
3535
&cancelled_filenames,
3536
¤t_time,
3537
&mandos_client_exited,
3538
&password_is_read));
3539
stderr = real_stderr;
3540
g_assert_cmpint(fclose(devnull), ==, 0);
3541
3542
g_assert_cmpuint((unsigned int)queue->length, ==, 0);
3543
}
3544
3453
3545
static void test_add_inotify_dir_watch_EAGAIN(__attribute__((unused))
3454
3546
test_fixture *fixture,
3455
3547
__attribute__((unused))
3670
3762
}
3671
3763
3672
3764
static
3765
void test_add_inotify_dir_watch_IN_MOVED_FROM(__attribute__((unused))
3766
test_fixture *fixture,
3767
__attribute__((unused))
3768
gconstpointer
3769
user_data){
3770
__attribute__((cleanup(cleanup_close)))
3771
const int epoll_fd = epoll_create1(EPOLL_CLOEXEC);
3772
g_assert_cmpint(epoll_fd, >=, 0);
3773
__attribute__((cleanup(cleanup_queue)))
3774
task_queue *queue = create_queue();
3775
g_assert_nonnull(queue);
3776
__attribute__((cleanup(string_set_clear)))
3777
string_set cancelled_filenames = {};
3778
const mono_microsecs current_time = 0;
3779
3780
bool quit_now = false;
3781
buffer password = {};
3782
bool mandos_client_exited = false;
3783
bool password_is_read = false;
3784
3785
__attribute__((cleanup(cleanup_string)))
3786
char *tempdir = make_temporary_directory();
3787
g_assert_nonnull(tempdir);
3788
3789
__attribute__((cleanup(cleanup_string)))
3790
char *tempfilename = make_temporary_file_in_directory(tempdir);
3791
g_assert_nonnull(tempfilename);
3792
3793
__attribute__((cleanup(cleanup_string)))
3794
char *targetdir = make_temporary_directory();
3795
g_assert_nonnull(targetdir);
3796
3797
__attribute__((cleanup(cleanup_string)))
3798
char *targetfilename = NULL;
3799
g_assert_cmpint(asprintf(&targetfilename, "%s/%s", targetdir,
3800
basename(tempfilename)), >, 0);
3801
g_assert_nonnull(targetfilename);
3802
3803
g_assert_true(add_inotify_dir_watch(queue, epoll_fd, &quit_now,
3804
&password, tempdir,
3805
&cancelled_filenames,
3806
¤t_time,
3807
&mandos_client_exited,
3808
&password_is_read));
3809
3810
g_assert_cmpint(rename(tempfilename, targetfilename), ==, 0);
3811
3812
const task_context *const added_read_task
3813
= find_matching_task(queue,
3814
(task_context){ .func=read_inotify_event });
3815
g_assert_nonnull(added_read_task);
3816
3817
/* "sufficient to read at least one event." - inotify(7) */
3818
const size_t ievent_size = (sizeof(struct inotify_event)
3819
+ NAME_MAX + 1);
3820
struct inotify_event *ievent = malloc(ievent_size);
3821
g_assert_nonnull(ievent);
3822
3823
ssize_t read_size = read(added_read_task->fd, ievent, ievent_size);
3824
3825
g_assert_cmpint((int)read_size, >, 0);
3826
g_assert_true(ievent->mask & IN_MOVED_FROM);
3827
g_assert_cmpstr(ievent->name, ==, basename(tempfilename));
3828
3829
free(ievent);
3830
3831
g_assert_cmpint(unlink(targetfilename), ==, 0);
3832
g_assert_cmpint(rmdir(targetdir), ==, 0);
3833
g_assert_cmpint(rmdir(tempdir), ==, 0);
3834
}
3835
3836
static
3673
3837
void test_add_inotify_dir_watch_IN_DELETE(__attribute__((unused))
3674
3838
test_fixture *fixture,
3675
3839
__attribute__((unused))
3733
3897
g_assert_cmpint(rmdir(tempdir), ==, 0);
3734
3898
}
3735
3899
3900
static
3901
void test_add_inotify_dir_watch_IN_EXCL_UNLINK(__attribute__((unused))
3902
test_fixture *fixture,
3903
__attribute__((unused))
3904
gconstpointer
3905
user_data){
3906
__attribute__((cleanup(cleanup_close)))
3907
const int epoll_fd = epoll_create1(EPOLL_CLOEXEC);
3908
g_assert_cmpint(epoll_fd, >=, 0);
3909
__attribute__((cleanup(cleanup_queue)))
3910
task_queue *queue = create_queue();
3911
g_assert_nonnull(queue);
3912
__attribute__((cleanup(string_set_clear)))
3913
string_set cancelled_filenames = {};
3914
const mono_microsecs current_time = 0;
3915
3916
bool quit_now = false;
3917
buffer password = {};
3918
bool mandos_client_exited = false;
3919
bool password_is_read = false;
3920
3921
__attribute__((cleanup(cleanup_string)))
3922
char *tempdir = make_temporary_directory();
3923
g_assert_nonnull(tempdir);
3924
3925
__attribute__((cleanup(cleanup_string)))
3926
char *tempfile = make_temporary_file_in_directory(tempdir);
3927
g_assert_nonnull(tempfile);
3928
int tempfile_fd = open(tempfile, O_WRONLY | O_CLOEXEC | O_NOCTTY
3929
| O_NOFOLLOW);
3930
g_assert_cmpint(tempfile_fd, >, 2);
3931
3932
g_assert_true(add_inotify_dir_watch(queue, epoll_fd, &quit_now,
3933
&password, tempdir,
3934
&cancelled_filenames,
3935
¤t_time,
3936
&mandos_client_exited,
3937
&password_is_read));
3938
g_assert_cmpint(unlink(tempfile), ==, 0);
3939
3940
g_assert_cmpuint((unsigned int)queue->length, >, 0);
3941
3942
const task_context *const added_read_task
3943
= find_matching_task(queue,
3944
(task_context){ .func=read_inotify_event });
3945
g_assert_nonnull(added_read_task);
3946
3947
g_assert_cmpint(added_read_task->fd, >, 2);
3948
g_assert_true(fd_has_cloexec_and_nonblock(added_read_task->fd));
3949
3950
/* "sufficient to read at least one event." - inotify(7) */
3951
const size_t ievent_size = (sizeof(struct inotify_event)
3952
+ NAME_MAX + 1);
3953
struct inotify_event *ievent = malloc(ievent_size);
3954
g_assert_nonnull(ievent);
3955
3956
ssize_t read_size = 0;
3957
read_size = read(added_read_task->fd, ievent, ievent_size);
3958
3959
g_assert_cmpint((int)read_size, >, 0);
3960
g_assert_true(ievent->mask & IN_DELETE);
3961
g_assert_cmpstr(ievent->name, ==, basename(tempfile));
3962
3963
g_assert_cmpint(close(tempfile_fd), ==, 0);
3964
3965
/* IN_EXCL_UNLINK should make the closing of the previously unlinked
3966
file not appear as an ievent, so we should not see it now. */
3967
read_size = read(added_read_task->fd, ievent, ievent_size);
3968
g_assert_cmpint((int)read_size, ==, -1);
3969
g_assert_true(errno == EAGAIN);
3970
3971
free(ievent);
3972
3973
g_assert_cmpint(rmdir(tempdir), ==, 0);
3974
}
3975
3736
3976
static void test_read_inotify_event_readerror(__attribute__((unused))
3737
3977
test_fixture *fixture,
3738
3978
__attribute__((unused))
3744
3984
const mono_microsecs current_time = 0;
3745
3985
3746
3986
/* Reading /proc/self/mem from offset 0 will always result in EIO */
3747
const int fd = open("/proc/self/mem", O_RDONLY | O_CLOEXEC);
3987
const int fd = open("/proc/self/mem",
3988
O_RDONLY | O_CLOEXEC | O_NOCTTY);
3748
3989
3749
3990
bool quit_now = false;
3750
3991
__attribute__((cleanup(cleanup_queue)))
3929
4170
const size_t ievent_max_size = (sizeof(struct inotify_event)
3930
4171
+ NAME_MAX + 1);
3931
4172
g_assert_cmpint(ievent_max_size, <=, PIPE_BUF);
3932
char ievent_buffer[sizeof(struct inotify_event) + NAME_MAX + 1];
3933
struct inotify_event *ievent = ((struct inotify_event *)
3934
ievent_buffer);
4173
struct {
4174
struct inotify_event event;
4175
char name_buffer[NAME_MAX + 1];
4176
} ievent_buffer;
4177
struct inotify_event *const ievent = &ievent_buffer.event;
3935
4178
3936
4179
const char dummy_file_name[] = "ask.dummy_file_name";
3937
4180
ievent->mask = IN_CLOSE_WRITE;
3939
4182
memcpy(ievent->name, dummy_file_name, sizeof(dummy_file_name));
3940
4183
const size_t ievent_size = (sizeof(struct inotify_event)
3941
4184
+ sizeof(dummy_file_name));
3942
g_assert_cmpint(write(pipefds[1], ievent_buffer, ievent_size),
4185
g_assert_cmpint(write(pipefds[1], (char *)ievent, ievent_size),
3943
4186
==, ievent_size);
3944
4187
g_assert_cmpint(close(pipefds[1]), ==, 0);
3945
4188
4022
4265
const size_t ievent_max_size = (sizeof(struct inotify_event)
4023
4266
+ NAME_MAX + 1);
4024
4267
g_assert_cmpint(ievent_max_size, <=, PIPE_BUF);
4025
char ievent_buffer[sizeof(struct inotify_event) + NAME_MAX + 1];
4026
struct inotify_event *ievent = ((struct inotify_event *)
4027
ievent_buffer);
4268
struct {
4269
struct inotify_event event;
4270
char name_buffer[NAME_MAX + 1];
4271
} ievent_buffer;
4272
struct inotify_event *const ievent = &ievent_buffer.event;
4028
4273
4029
4274
const char dummy_file_name[] = "ask.dummy_file_name";
4030
4275
ievent->mask = IN_MOVED_TO;
4032
4277
memcpy(ievent->name, dummy_file_name, sizeof(dummy_file_name));
4033
4278
const size_t ievent_size = (sizeof(struct inotify_event)
4034
4279
+ sizeof(dummy_file_name));
4035
g_assert_cmpint(write(pipefds[1], ievent_buffer, ievent_size),
4280
g_assert_cmpint(write(pipefds[1], (char *)ievent, ievent_size),
4036
4281
==, ievent_size);
4037
4282
g_assert_cmpint(close(pipefds[1]), ==, 0);
4038
4283
4098
4343
}));
4099
4344
}
4100
4345
4346
static
4347
void test_read_inotify_event_IN_MOVED_FROM(__attribute__((unused))
4348
test_fixture *fixture,
4349
__attribute__((unused))
4350
gconstpointer user_data){
4351
__attribute__((cleanup(cleanup_close)))
4352
const int epoll_fd = epoll_create1(EPOLL_CLOEXEC);
4353
g_assert_cmpint(epoll_fd, >=, 0);
4354
__attribute__((cleanup(string_set_clear)))
4355
string_set cancelled_filenames = {};
4356
const mono_microsecs current_time = 0;
4357
4358
int pipefds[2];
4359
g_assert_cmpint(pipe2(pipefds, O_CLOEXEC | O_NONBLOCK), ==, 0);
4360
4361
/* "sufficient to read at least one event." - inotify(7) */
4362
const size_t ievent_max_size = (sizeof(struct inotify_event)
4363
+ NAME_MAX + 1);
4364
g_assert_cmpint(ievent_max_size, <=, PIPE_BUF);
4365
struct {
4366
struct inotify_event event;
4367
char name_buffer[NAME_MAX + 1];
4368
} ievent_buffer;
4369
struct inotify_event *const ievent = &ievent_buffer.event;
4370
4371
const char dummy_file_name[] = "ask.dummy_file_name";
4372
ievent->mask = IN_MOVED_FROM;
4373
ievent->len = sizeof(dummy_file_name);
4374
memcpy(ievent->name, dummy_file_name, sizeof(dummy_file_name));
4375
const size_t ievent_size = (sizeof(struct inotify_event)
4376
+ sizeof(dummy_file_name));
4377
g_assert_cmpint(write(pipefds[1], (char *)ievent, ievent_size),
4378
==, ievent_size);
4379
g_assert_cmpint(close(pipefds[1]), ==, 0);
4380
4381
bool quit_now = false;
4382
buffer password = {};
4383
bool mandos_client_exited = false;
4384
bool password_is_read = false;
4385
__attribute__((cleanup(cleanup_queue)))
4386
task_queue *queue = create_queue();
4387
g_assert_nonnull(queue);
4388
4389
task_context task = {
4390
.func=read_inotify_event,
4391
.epoll_fd=epoll_fd,
4392
.fd=pipefds[0],
4393
.quit_now=&quit_now,
4394
.password=&password,
4395
.filename=strdup("/nonexistent"),
4396
.cancelled_filenames=&cancelled_filenames,
4397
.current_time=¤t_time,
4398
.mandos_client_exited=&mandos_client_exited,
4399
.password_is_read=&password_is_read,
4400
};
4401
task.func(task, queue);
4402
g_assert_false(quit_now);
4403
g_assert_true(queue->next_run == 0);
4404
g_assert_cmpuint((unsigned int)queue->length, ==, 1);
4405
4406
g_assert_nonnull(find_matching_task(queue, (task_context){
4407
.func=read_inotify_event,
4408
.epoll_fd=epoll_fd,
4409
.fd=pipefds[0],
4410
.quit_now=&quit_now,
4411
.password=&password,
4412
.filename=task.filename,
4413
.cancelled_filenames=&cancelled_filenames,
4414
.current_time=¤t_time,
4415
.mandos_client_exited=&mandos_client_exited,
4416
.password_is_read=&password_is_read,
4417
}));
4418
4419
g_assert_true(epoll_set_contains(epoll_fd, pipefds[0],
4420
EPOLLIN | EPOLLRDHUP));
4421
4422
__attribute__((cleanup(cleanup_string)))
4423
char *filename = NULL;
4424
g_assert_cmpint(asprintf(&filename, "%s/%s", task.filename,
4425
dummy_file_name), >, 0);
4426
g_assert_nonnull(filename);
4427
g_assert_true(string_set_contains(*task.cancelled_filenames,
4428
filename));
4429
}
4430
4101
4431
static void test_read_inotify_event_IN_DELETE(__attribute__((unused))
4102
4432
test_fixture *fixture,
4103
4433
__attribute__((unused))
4117
4447
const size_t ievent_max_size = (sizeof(struct inotify_event)
4118
4448
+ NAME_MAX + 1);
4119
4449
g_assert_cmpint(ievent_max_size, <=, PIPE_BUF);
4120
char ievent_buffer[sizeof(struct inotify_event) + NAME_MAX + 1];
4121
struct inotify_event *ievent = ((struct inotify_event *)
4122
ievent_buffer);
4450
struct {
4451
struct inotify_event event;
4452
char name_buffer[NAME_MAX + 1];
4453
} ievent_buffer;
4454
struct inotify_event *const ievent = &ievent_buffer.event;
4123
4455
4124
4456
const char dummy_file_name[] = "ask.dummy_file_name";
4125
4457
ievent->mask = IN_DELETE;
4127
4459
memcpy(ievent->name, dummy_file_name, sizeof(dummy_file_name));
4128
4460
const size_t ievent_size = (sizeof(struct inotify_event)
4129
4461
+ sizeof(dummy_file_name));
4130
g_assert_cmpint(write(pipefds[1], ievent_buffer, ievent_size),
4462
g_assert_cmpint(write(pipefds[1], (char *)ievent, ievent_size),
4131
4463
==, ievent_size);
4132
4464
g_assert_cmpint(close(pipefds[1]), ==, 0);
4133
4465
4199
4531
const size_t ievent_max_size = (sizeof(struct inotify_event)
4200
4532
+ NAME_MAX + 1);
4201
4533
g_assert_cmpint(ievent_max_size, <=, PIPE_BUF);
4202
char ievent_buffer[sizeof(struct inotify_event) + NAME_MAX + 1];
4203
struct inotify_event *ievent = ((struct inotify_event *)
4204
ievent_buffer);
4534
struct {
4535
struct inotify_event event;
4536
char name_buffer[NAME_MAX + 1];
4537
} ievent_buffer;
4538
struct inotify_event *const ievent = &ievent_buffer.event;
4205
4539
4206
4540
const char dummy_file_name[] = "ignored.dummy_file_name";
4207
4541
ievent->mask = IN_CLOSE_WRITE;
4209
4543
memcpy(ievent->name, dummy_file_name, sizeof(dummy_file_name));
4210
4544
const size_t ievent_size = (sizeof(struct inotify_event)
4211
4545
+ sizeof(dummy_file_name));
4212
g_assert_cmpint(write(pipefds[1], ievent_buffer, ievent_size),
4546
g_assert_cmpint(write(pipefds[1], (char *)ievent, ievent_size),
4213
4547
==, ievent_size);
4214
4548
g_assert_cmpint(close(pipefds[1]), ==, 0);
4215
4549
4273
4607
const size_t ievent_max_size = (sizeof(struct inotify_event)
4274
4608
+ NAME_MAX + 1);
4275
4609
g_assert_cmpint(ievent_max_size, <=, PIPE_BUF);
4276
char ievent_buffer[sizeof(struct inotify_event) + NAME_MAX + 1];
4277
struct inotify_event *ievent = ((struct inotify_event *)
4278
ievent_buffer);
4610
struct {
4611
struct inotify_event event;
4612
char name_buffer[NAME_MAX + 1];
4613
} ievent_buffer;
4614
struct inotify_event *const ievent = &ievent_buffer.event;
4279
4615
4280
4616
const char dummy_file_name[] = "ignored.dummy_file_name";
4281
4617
ievent->mask = IN_MOVED_TO;
4283
4619
memcpy(ievent->name, dummy_file_name, sizeof(dummy_file_name));
4284
4620
const size_t ievent_size = (sizeof(struct inotify_event)
4285
4621
+ sizeof(dummy_file_name));
4286
g_assert_cmpint(write(pipefds[1], ievent_buffer, ievent_size),
4622
g_assert_cmpint(write(pipefds[1], (char *)ievent, ievent_size),
4287
4623
==, ievent_size);
4288
4624
g_assert_cmpint(close(pipefds[1]), ==, 0);
4289
4625
4330
4666
EPOLLIN | EPOLLRDHUP));
4331
4667
}
4332
4668
4669
static void
4670
test_read_inotify_event_IN_MOVED_FROM_badname(__attribute__((unused))
4671
test_fixture *fixture,
4672
__attribute__((unused))
4673
gconstpointer
4674
user_data){
4675
__attribute__((cleanup(cleanup_close)))
4676
const int epoll_fd = epoll_create1(EPOLL_CLOEXEC);
4677
g_assert_cmpint(epoll_fd, >=, 0);
4678
__attribute__((cleanup(string_set_clear)))
4679
string_set cancelled_filenames = {};
4680
const mono_microsecs current_time = 0;
4681
4682
int pipefds[2];
4683
g_assert_cmpint(pipe2(pipefds, O_CLOEXEC | O_NONBLOCK), ==, 0);
4684
4685
/* "sufficient to read at least one event." - inotify(7) */
4686
const size_t ievent_max_size = (sizeof(struct inotify_event)
4687
+ NAME_MAX + 1);
4688
g_assert_cmpint(ievent_max_size, <=, PIPE_BUF);
4689
struct {
4690
struct inotify_event event;
4691
char name_buffer[NAME_MAX + 1];
4692
} ievent_buffer;
4693
struct inotify_event *const ievent = &ievent_buffer.event;
4694
4695
const char dummy_file_name[] = "ignored.dummy_file_name";
4696
ievent->mask = IN_MOVED_FROM;
4697
ievent->len = sizeof(dummy_file_name);
4698
memcpy(ievent->name, dummy_file_name, sizeof(dummy_file_name));
4699
const size_t ievent_size = (sizeof(struct inotify_event)
4700
+ sizeof(dummy_file_name));
4701
g_assert_cmpint(write(pipefds[1], (char *)ievent, ievent_size),
4702
==, ievent_size);
4703
g_assert_cmpint(close(pipefds[1]), ==, 0);
4704
4705
bool quit_now = false;
4706
buffer password = {};
4707
bool mandos_client_exited = false;
4708
bool password_is_read = false;
4709
__attribute__((cleanup(cleanup_queue)))
4710
task_queue *queue = create_queue();
4711
g_assert_nonnull(queue);
4712
4713
task_context task = {
4714
.func=read_inotify_event,
4715
.epoll_fd=epoll_fd,
4716
.fd=pipefds[0],
4717
.quit_now=&quit_now,
4718
.password=&password,
4719
.filename=strdup("/nonexistent"),
4720
.cancelled_filenames=&cancelled_filenames,
4721
.current_time=¤t_time,
4722
.mandos_client_exited=&mandos_client_exited,
4723
.password_is_read=&password_is_read,
4724
};
4725
task.func(task, queue);
4726
g_assert_false(quit_now);
4727
g_assert_true(queue->next_run == 0);
4728
g_assert_cmpuint((unsigned int)queue->length, ==, 1);
4729
4730
g_assert_nonnull(find_matching_task(queue, (task_context){
4731
.func=read_inotify_event,
4732
.epoll_fd=epoll_fd,
4733
.fd=pipefds[0],
4734
.quit_now=&quit_now,
4735
.password=&password,
4736
.filename=task.filename,
4737
.cancelled_filenames=&cancelled_filenames,
4738
.current_time=¤t_time,
4739
.mandos_client_exited=&mandos_client_exited,
4740
.password_is_read=&password_is_read,
4741
}));
4742
4743
g_assert_true(epoll_set_contains(epoll_fd, pipefds[0],
4744
EPOLLIN | EPOLLRDHUP));
4745
4746
__attribute__((cleanup(cleanup_string)))
4747
char *filename = NULL;
4748
g_assert_cmpint(asprintf(&filename, "%s/%s", task.filename,
4749
dummy_file_name), >, 0);
4750
g_assert_nonnull(filename);
4751
g_assert_false(string_set_contains(cancelled_filenames, filename));
4752
}
4753
4333
4754
static
4334
4755
void test_read_inotify_event_IN_DELETE_badname(__attribute__((unused))
4335
4756
test_fixture *fixture,
4350
4771
const size_t ievent_max_size = (sizeof(struct inotify_event)
4351
4772
+ NAME_MAX + 1);
4352
4773
g_assert_cmpint(ievent_max_size, <=, PIPE_BUF);
4353
char ievent_buffer[sizeof(struct inotify_event) + NAME_MAX + 1];
4354
struct inotify_event *ievent = ((struct inotify_event *)
4355
ievent_buffer);
4774
struct {
4775
struct inotify_event event;
4776
char name_buffer[NAME_MAX + 1];
4777
} ievent_buffer;
4778
struct inotify_event *const ievent = &ievent_buffer.event;
4356
4779
4357
4780
const char dummy_file_name[] = "ignored.dummy_file_name";
4358
4781
ievent->mask = IN_DELETE;
4360
4783
memcpy(ievent->name, dummy_file_name, sizeof(dummy_file_name));
4361
4784
const size_t ievent_size = (sizeof(struct inotify_event)
4362
4785
+ sizeof(dummy_file_name));
4363
g_assert_cmpint(write(pipefds[1], ievent_buffer, ievent_size),
4786
g_assert_cmpint(write(pipefds[1], (char *)ievent, ievent_size),
4364
4787
==, ievent_size);
4365
4788
g_assert_cmpint(close(pipefds[1]), ==, 0);
4366
4789
5253
5676
__attribute__((unused))
5254
5677
gconstpointer user_data){
5255
5678
__attribute__((cleanup(cleanup_close)))
5256
const int epoll_fd = open("/dev/null", O_WRONLY | O_CLOEXEC);
5679
const int epoll_fd = open("/dev/null",
5680
O_WRONLY | O_CLOEXEC | O_NOCTTY);
5257
5681
__attribute__((cleanup(cleanup_string)))
5258
5682
char *const question_filename = strdup("/nonexistent/question");
5259
5683
g_assert_nonnull(question_filename);
5388
5812
char write_data[PIPE_BUF];
5389
5813
{
5390
5814
/* Construct test password buffer */
5391
/* Start with + since that is what the real procotol uses */
5815
/* Start with + since that is what the real protocol uses */
5392
5816
write_data[0] = '+';
5393
5817
/* Set a special character at string end just to mark the end */
5394
5818
write_data[sizeof(write_data)-2] = 'y';
5546
5970
char *const filename = strdup("/nonexistent/socket");
5547
5971
__attribute__((cleanup(string_set_clear)))
5548
5972
string_set cancelled_filenames = {};
5549
const size_t oversized = 1024*1024; /* Limit seems to be 212960 */
5550
__attribute__((cleanup(cleanup_buffer)))
5551
buffer password = {
5552
.data=malloc(oversized),
5553
.length=oversized,
5554
.allocated=oversized,
5973
int socketfds[2];
5974
5975
/* Find a message size which triggers EMSGSIZE */
5976
__attribute__((cleanup(cleanup_string)))
5977
char *message_buffer = NULL;
5978
size_t message_size = PIPE_BUF + 1;
5979
for(ssize_t ssret = 0; ssret >= 0; message_size += 1024){
5980
if(message_size >= 1024*1024*1024){ /* 1 GiB */
5981
g_test_skip("Skipping EMSGSIZE test: Will not try 1GiB");
5982
return;
5983
}
5984
message_buffer = realloc(message_buffer, message_size);
5985
if(message_buffer == NULL){
5986
g_test_skip("Skipping EMSGSIZE test");
5987
g_test_message("Failed to malloc() %" PRIuMAX " bytes",
5988
(uintmax_t)message_size);
5989
return;
5990
}
5991
/* Fill buffer with 'x' */
5992
memset(message_buffer, 'x', message_size);
5993
/* Create a new socketpair for each message size to avoid having
5994
to empty the pipe by reading the message to a separate buffer
5995
*/
5996
g_assert_cmpint(socketpair(PF_LOCAL, SOCK_DGRAM
5997
| SOCK_NONBLOCK | SOCK_CLOEXEC, 0,
5998
socketfds), ==, 0);
5999
ssret = send(socketfds[1], message_buffer, message_size,
6000
MSG_NOSIGNAL);
6001
error_t saved_errno = errno;
6002
g_assert_cmpint(close(socketfds[0]), ==, 0);
6003
g_assert_cmpint(close(socketfds[1]), ==, 0);
6004
6005
if(ssret < 0){
6006
if(saved_errno != EMSGSIZE) {
6007
g_test_skip("Skipping EMSGSIZE test");
6008
g_test_message("Error on send(%" PRIuMAX " bytes): %s",
6009
(uintmax_t)message_size,
6010
strerror(saved_errno));
6011
return;
6012
}
6013
break;
6014
} else if(ssret != (ssize_t)message_size){
6015
g_test_skip("Skipping EMSGSIZE test");
6016
g_test_message("Partial send(): %" PRIuMAX " of %" PRIdMAX
6017
" bytes", (uintmax_t)ssret,
6018
(intmax_t)message_size);
6019
return;
6020
}
6021
}
6022
g_test_message("EMSGSIZE triggered by %" PRIdMAX " bytes",
6023
(intmax_t)message_size);
6024
6025
buffer password = {
6026
.data=message_buffer,
6027
.length=message_size - 2, /* Compensate for added '+' and NUL */
6028
.allocated=message_size,
5555
6029
};
5556
g_assert_nonnull(password.data);
5557
6030
if(mlock(password.data, password.allocated) != 0){
5558
6031
g_assert_true(errno == EPERM or errno == ENOMEM);
5559
6032
}
5560
/* Construct test password buffer */
5561
/* Start with + since that is what the real procotol uses */
5562
password.data[0] = '+';
5563
/* Set a special character at string end just to mark the end */
5564
password.data[oversized-3] = 'y';
5565
/* Set NUL at buffer end, as suggested by the protocol */
5566
password.data[oversized-2] = '\0';
5567
/* Fill rest of password with 'x' */
5568
memset(password.data+1, 'x', oversized-3);
5569
6033
5570
6034
__attribute__((cleanup(cleanup_queue)))
5571
6035
task_queue *queue = create_queue();
5572
6036
g_assert_nonnull(queue);
5573
int socketfds[2];
5574
6037
g_assert_cmpint(socketpair(PF_LOCAL, SOCK_DGRAM
5575
6038
| SOCK_NONBLOCK | SOCK_CLOEXEC, 0,
5576
6039
socketfds), ==, 0);
5663
6126
__attribute__((unused))
5664
6127
gconstpointer user_data){
5665
6128
__attribute__((cleanup(cleanup_close)))
5666
const int epoll_fd = open("/dev/null", O_WRONLY | O_CLOEXEC);
6129
const int epoll_fd = open("/dev/null",
6130
O_WRONLY | O_CLOEXEC | O_NOCTTY);
5667
6131
__attribute__((cleanup(cleanup_string)))
5668
6132
char *const question_filename = strdup("/nonexistent/question");
5669
6133
g_assert_nonnull(question_filename);
5932
6396
const char *const
5933
6397
dirname){
5934
6398
__attribute__((cleanup(cleanup_close)))
5935
const int devnull_fd = open("/dev/null", O_WRONLY | O_CLOEXEC);
6399
const int devnull_fd = open("/dev/null",
6400
O_WRONLY | O_CLOEXEC | O_NOCTTY);
5936
6401
g_assert_cmpint(devnull_fd, >=, 0);
5937
6402
__attribute__((cleanup(cleanup_close)))
5938
6403
const int real_stderr_fd = dup(STDERR_FILENO);
7481
7946
test_add("/parse_arguments/mixed", test_parse_arguments_mixed);
7482
7947
test_add("/queue/create", test_create_queue);
7483
7948
test_add("/queue/add", test_add_to_queue);
7949
test_add("/queue/add/overflow", test_add_to_queue_overflow);
7484
7950
test_add("/queue/has_question/empty",
7485
7951
test_queue_has_question_empty);
7486
7952
test_add("/queue/has_question/false",
7573
8039
test_add_inotify_dir_watch);
7574
8040
test_add_st("/task-creators/add_inotify_dir_watch/fail",
7575
8041
test_add_inotify_dir_watch_fail);
8042
test_add_st("/task-creators/add_inotify_dir_watch/not-a-directory",
8043
test_add_inotify_dir_watch_nondir);
7576
8044
test_add_st("/task-creators/add_inotify_dir_watch/EAGAIN",
7577
8045
test_add_inotify_dir_watch_EAGAIN);
7578
8046
test_add_st("/task-creators/add_inotify_dir_watch/IN_CLOSE_WRITE",
7579
8047
test_add_inotify_dir_watch_IN_CLOSE_WRITE);
7580
8048
test_add_st("/task-creators/add_inotify_dir_watch/IN_MOVED_TO",
7581
8049
test_add_inotify_dir_watch_IN_MOVED_TO);
8050
test_add_st("/task-creators/add_inotify_dir_watch/IN_MOVED_FROM",
8051
test_add_inotify_dir_watch_IN_MOVED_FROM);
8052
test_add_st("/task-creators/add_inotify_dir_watch/IN_EXCL_UNLINK",
8053
test_add_inotify_dir_watch_IN_EXCL_UNLINK);
7582
8054
test_add_st("/task-creators/add_inotify_dir_watch/IN_DELETE",
7583
8055
test_add_inotify_dir_watch_IN_DELETE);
7584
8056
test_add_st("/task/read_inotify_event/readerror",
7593
8065
test_read_inotify_event_IN_CLOSE_WRITE);
7594
8066
test_add_st("/task/read_inotify_event/IN_MOVED_TO",
7595
8067
test_read_inotify_event_IN_MOVED_TO);
8068
test_add_st("/task/read_inotify_event/IN_MOVED_FROM",
8069
test_read_inotify_event_IN_MOVED_FROM);
7596
8070
test_add_st("/task/read_inotify_event/IN_DELETE",
7597
8071
test_read_inotify_event_IN_DELETE);
7598
8072
test_add_st("/task/read_inotify_event/IN_CLOSE_WRITE/badname",
7599
8073
test_read_inotify_event_IN_CLOSE_WRITE_badname);
7600
8074
test_add_st("/task/read_inotify_event/IN_MOVED_TO/badname",
7601
8075
test_read_inotify_event_IN_MOVED_TO_badname);
8076
test_add_st("/task/read_inotify_event/IN_MOVED_FROM/badname",
8077
test_read_inotify_event_IN_MOVED_FROM_badname);
7602
8078
test_add_st("/task/read_inotify_event/IN_DELETE/badname",
7603
8079
test_read_inotify_event_IN_DELETE_badname);
7604
8080
test_add_st("/task/open_and_parse_question/ENOENT",
7701
8177
g_option_context_set_help_enabled(context, FALSE);
7702
8178
g_option_context_set_ignore_unknown_options(context, TRUE);
7703
8179
7704
gboolean run_tests = FALSE;
8180
gboolean should_run_tests = FALSE;
7705
8181
GOptionEntry entries[] = {
7706
8182
{ "test", 0, 0, G_OPTION_ARG_NONE,
7707
&run_tests, "Run tests", NULL },
8183
&should_run_tests, "Run tests", NULL },
7708
8184
{ NULL }
7709
8185
};
7710
8186
g_option_context_add_main_entries(context, entries, NULL);
7717
8193
}
7718
8194
7719
8195
g_option_context_free(context);
7720
return run_tests != FALSE;
8196
return should_run_tests != FALSE;
7721
8197
}
Loggerhead is a web-based interface for Breezy
Version: 2.0.2.dev0