tap_ev
tap_ev_queue_shift_next(tap_ev_queue queue, const char * identifier)
{
tap_ev ev = queue->head;
tap_ev prev;
if (ev == NULL) {
assert(queue->queue_count == 0);
return NULL;
}
if (strcmp(ev->identifier, identifier) == 0) {
return tap_ev_queue_shift(queue);
}
for (prev = ev, ev = ev->next; ev != NULL; prev = ev, ev = ev->next) {
if (strcmp(ev->identifier, identifier) == 0) {
prev->next = ev->next;
ev->next = NULL;
assert(queue->queue_count != 0);
queue->queue_count--;
return ev;
}
}
return NULL;
}
void
tap_ev_queue_flush(tap_ev_queue queue)
{
tap_ev ev;
while ((ev = tap_ev_queue_shift(queue)) != NULL) {
tap_ev_free(ev);
}
}
tap_ev
test_tap_ev_queue_shift_wait(tap_ev_queue queue, ev_tstamp seconds)
{
tap_ev event;
SXE_TIME deadline;
SXE_TIME current;
SXE_TIME wait_time;
wait_time = SXE_TIME_FROM_DOUBLE_SECONDS(seconds);
event = tap_ev_queue_shift(queue);
/* If the tap event queue was not empty, return the event.
*/
if (event != NULL) {
return event;
}
deadline = local_get_time() + wait_time;
for (;;) {
test_ev_loop_wait(SXE_TIME_TO_DOUBLE_SECONDS(wait_time));
event = tap_ev_queue_shift(queue);
if (event != NULL) {
return event;
}
current = local_get_time();
if (current >= deadline) {
return NULL;
}
wait_time = deadline - current;
}
}
int
main(int argc, char *argv[]) {
tap_ev ev;
struct object self;
struct object * this = &self;
char expected[1024];
pid_t pid = getpid();
plan_tests(28);
MOCK_SET_HOOK(openlog, t_openlog);
MOCK_SET_HOOK(syslog, t_syslog);
q_syslog = tap_ev_queue_new();
sxe_log_use_syslog("my-program", LOG_NDELAY|LOG_PID, LOG_USER);
ev = tap_ev_queue_shift(q_syslog);
is_eq(tap_ev_identifier(ev), "openlog", "sxe_log_use_syslog() calls openlog()");
is_eq(tap_ev_arg(ev, "ident"), "my-program", "sxe_log_use_syslog() calls openlog() with correct 'ident' parameter");
is(tap_ev_arg(ev, "option"), LOG_NDELAY|LOG_PID, "sxe_log_use_syslog() calls openlog() with correct 'option' parameter");
is(tap_ev_arg(ev, "facility"), LOG_USER, "sxe_log_use_syslog() calls openlog() with correct 'facility' parameter");
SXEL10("SXEL10");
snprintf(expected, sizeof expected, "T=%d ------ 1 - SXEL10\n", pid);
ev = tap_ev_queue_shift(q_syslog);
is_eq(tap_ev_identifier(ev), "syslog", "SXEL10() calls syslog()");
is(tap_ev_arg(ev, "priority"), LOG_ERR, "SXEL10() maps to LOG_ERR syslog level");
is_eq(tap_ev_arg(ev, "logline"), expected, "SXEL10() is logged correctly");
SXEL21("SXEL21(%s)", "arg1");
snprintf(expected, sizeof expected, "T=%d ------ 2 - SXEL21(arg1)\n", pid);
ev = tap_ev_queue_shift(q_syslog);
is_eq(tap_ev_identifier(ev), "syslog", "SXEL21() calls syslog()");
is(tap_ev_arg(ev, "priority"), LOG_WARNING, "SXEL21() maps to LOG_WARNING syslog level");
is_eq(tap_ev_arg(ev, "logline"), expected, "SXEL21() is logged correctly");
SXEL32("SXEL32(%s,%d)", "arg1", 22);
snprintf(expected, sizeof expected, "T=%d ------ 3 - SXEL32(arg1,22)\n", pid);
ev = tap_ev_queue_shift(q_syslog);
is_eq(tap_ev_identifier(ev), "syslog", "SXEL32() calls syslog()");
is(tap_ev_arg(ev, "priority"), LOG_NOTICE, "SXEL32() maps to LOG_NOTICE syslog level");
is_eq(tap_ev_arg(ev, "logline"), expected, "SXEL32() is logged correctly");
SXEL43("SXEL43(%s,%d,%u)", "arg1", 22, 44);
snprintf(expected, sizeof expected, "T=%d ------ 4 - SXEL43(arg1,22,44)\n", pid);
ev = tap_ev_queue_shift(q_syslog);
is_eq(tap_ev_identifier(ev), "syslog", "SXEL43() calls syslog()");
is(tap_ev_arg(ev, "priority"), LOG_INFO, "SXEL43() maps to LOG_INFO syslog level");
is_eq(tap_ev_arg(ev, "logline"), expected, "SXEL43() is logged correctly");
SXEL54("SXEL54(%s,%d,%u,%x)", "arg1", 22, 44, 64);
snprintf(expected, sizeof expected, "T=%d ------ 5 - SXEL54(arg1,22,44,40)\n", pid);
ev = tap_ev_queue_shift(q_syslog);
is_eq(tap_ev_identifier(ev), "syslog", "SXEL54() calls syslog()");
is(tap_ev_arg(ev, "priority"), LOG_DEBUG, "SXEL54() maps to LOG_DEBUG syslog level");
is_eq(tap_ev_arg(ev, "logline"), expected, "SXEL54() is logged correctly");
SXEL65("SXEL65(%s,%d,%u,%x,%.2f)", "arg1", 22, 44, 64, 3.1415926);
snprintf(expected, sizeof expected, "T=%d ------ 6 - SXEL65(arg1,22,44,40,3.14)\n", pid);
ev = tap_ev_queue_shift(q_syslog);
is_eq(tap_ev_identifier(ev), "syslog", "SXEL65() calls syslog()");
is(tap_ev_arg(ev, "priority"), LOG_DEBUG, "SXEL65() maps to LOG_DEBUG syslog level");
is_eq(tap_ev_arg(ev, "logline"), expected, "SXEL65() is logged correctly");
this->id = 99;
SXEL10I("SXEL10I");
snprintf(expected, sizeof expected, "T=%d 99 1 - SXEL10I\n", pid);
ev = tap_ev_queue_shift(q_syslog);
is_eq(tap_ev_identifier(ev), "syslog", "SXEL10I() calls syslog()");
is(tap_ev_arg(ev, "priority"), LOG_ERR, "SXEL10I() maps to LOG_ERR syslog level");
is_eq(tap_ev_arg(ev, "logline"), expected, "SXEL10I() is logged correctly");
this->id = 98;
SXEL65I("SXEL65I(%s,%d,%u,%x,%.2f)", "arg1", 22, 44, 64, 3.1415926);
snprintf(expected, sizeof expected, "T=%d 98 6 - SXEL65I(arg1,22,44,40,3.14)\n", pid);
ev = tap_ev_queue_shift(q_syslog);
is_eq(tap_ev_identifier(ev), "syslog", "SXEL65I() calls syslog()");
is(tap_ev_arg(ev, "priority"), LOG_DEBUG, "SXEL65I() maps to LOG_DEBUG syslog level");
is_eq(tap_ev_arg(ev, "logline"), expected, "SXEL65I() is logged correctly");
sxe_log_hook_buffer_prefix(NULL); /* For coverage */
(void)argc;
(void)argv;
return exit_status();
}
tap_ev
tap_ev_shift(void)
{
return tap_ev_queue_shift(&tap_ev_queue_default);
}
