/* ------------------------------------------------------------------ */
leap_table_t *
leapsec_get_table(
int alternate)
{
leap_table_t *p1, *p2;
p1 = _lptr;
if (p1 == &_ltab[0]) {
p2 = &_ltab[1];
} else if (p1 == &_ltab[1]) {
p2 = &_ltab[0];
} else {
p1 = &_ltab[0];
p2 = &_ltab[1];
reset_times(p1);
reset_times(p2);
_lptr = p1;
}
if (alternate) {
memcpy(p2, p1, sizeof(leap_table_t));
p1 = p2;
}
return p1;
}
/* [internal] Add raw data to the table, removing old entries on the
* fly. This cannot fail currently.
*/
static int/*BOOL*/
add_range(
leap_table_t * pt,
const leap_info_t * pi)
{
/* If the table is full, make room by throwing out the oldest
* entry. But remember the accumulated leap seconds!
*/
if (pt->head.size >= MAX_HIST) {
pt->head.size = MAX_HIST - 1;
pt->head.base_tai = pt->info[pt->head.size].taiof;
}
/* make room in lower end and insert item */
memmove(pt->info+1, pt->info, pt->head.size*sizeof(*pt->info));
pt->info[0] = *pi;
pt->head.size++;
/* invalidate the cached limit data -- we might have news ;-)
*
* This blocks a spurious transition detection. OTOH, if you add
* a value after the last query before a leap transition was
* expected to occur, this transition trigger is lost. But we
* can probably live with that.
*/
reset_times(pt);
return TRUE;
}
/* [internal] Add raw data to the table, removing old entries on the
* fly. This cannot fail currently.
*/
static int/*BOOL*/
add_range(
leap_table_t * pt,
const leap_info_t * pi)
{
/* If the table is full, make room by throwing out the oldest
* entry. But remember the accumulated leap seconds! Likewise,
* assume a positive leap insertion if this is the first entry
* in the table. This is not necessarily the best of all ideas,
* but it helps a great deal if a system does not have a leap
* table and gets updated from an upstream server.
*/
if (pt->head.size == 0) {
pt->head.base_tai = pi->taiof - 1;
} else if (pt->head.size >= MAX_HIST) {
pt->head.size = MAX_HIST - 1;
pt->head.base_tai = pt->info[pt->head.size].taiof;
}
/* make room in lower end and insert item */
memmove(pt->info+1, pt->info, pt->head.size*sizeof(*pt->info));
pt->info[0] = *pi;
pt->head.size++;
/* invalidate the cached limit data -- we might have news ;-)
*
* This blocks a spurious transition detection. OTOH, if you add
* a value after the last query before a leap transition was
* expected to occur, this transition trigger is lost. But we
* can probably live with that.
*/
reset_times(pt);
return TRUE;
}
/* ---------------------------------------------------------------------
* Clear all leap second data. Use it for init & cleanup
*/
void
leapsec_clear(
leap_table_t * pt)
{
memset(&pt->lsig, 0, sizeof(pt->lsig));
memset(&pt->head, 0, sizeof(pt->head));
reset_times(pt);
}
void NewtonSolver<Scalar>::init_linear_solver()
{
// Set up the solver, jacobian, and residual according to the solver selection.
jacobian = create_matrix<Scalar>(this->matrix_solver_type);
residual = create_vector<Scalar>(this->matrix_solver_type);
linear_solver = create_linear_solver<Scalar>(this->matrix_solver_type, jacobian, residual);
reset_times();
this->timer = NULL;
}
/* ------------------------------------------------------------------ */
int/*BOOL*/
leapsec_electric(
int/*BOOL*/ on)
{
int res = _electric;
if (on < 0)
return res;
_electric = (on != 0);
if (_electric == res)
return res;
if (_lptr == &_ltab[0] || _lptr == &_ltab[1])
reset_times(_lptr);
return res;
}
/* ------------------------------------------------------------------ */
bool
leapsec_electric(
electric_mode el)
{
int res = _electric;
if (el == electric_query)
return res;
_electric = (el == electric_on);
if (_electric == res)
return res;
if (_lptr == &_ltab[0] || _lptr == &_ltab[1])
reset_times(_lptr);
return res;
}
/* Reset the current leap frame */
void
leapsec_reset_frame(void)
{
reset_times(leapsec_get_table(FALSE));
}
/* Reset the current leap frame */
void
leapsec_reset_frame(void)
{
reset_times(leapsec_get_table(false));
}
void
run_timed_test (int argc, char **argv)
{
int i, n_rounds = atoi (argv[5]);
if (strstr (dbms, "Virtuoso"))
{
new_order_text = new_order_text_kubl;
payment_text = payment_text_kubl;
delivery_text = delivery_text_kubl;
slevel_text = slevel_text_kubl;
ostat_text = ostat_text_kubl;
}
else if (strstr (dbms, "SQL Server"))
{
new_order_text = new_order_text_mssql;
payment_text = payment_text_mssql;
delivery_text = delivery_text_mssql;
slevel_text = slevel_text_mssql;
ostat_text = ostat_text_mssql;
}
else if (strstr (dbms, "Oracle"))
{
new_order_text = new_order_text_ora;
payment_text = payment_text_ora;
delivery_text = delivery_text_ora;
slevel_text = slevel_text_ora;
ostat_text = ostat_text_ora;
}
else
{
printf ("Unknown DBMS %s\n", dbms);
exit (-1);
}
if (argc == 8)
{
local_w_id = atoi (argv[6]);
n_ware = atoi (argv[7]);
}
reset_times ();
for (i = 0; i < n_rounds; i++)
{
int n;
long start, duration;
start = get_msec_count ();
for (n = 0; n < 10; n++)
{
transaction_per_period (TEN_PACK_TIME / 23, new_order);
transaction_per_period (TEN_PACK_TIME / 23, payment);
}
transaction_per_period (TEN_PACK_TIME / 23, delivery);
transaction_per_period (TEN_PACK_TIME / 23, slevel);
transaction_per_period (TEN_PACK_TIME / 23, ostat);
duration = (get_msec_count () - start) / 1000;
if (TEN_PACK_TIME - duration > 0)
#ifdef WIN32
Sleep ((TEN_PACK_TIME - duration) * 1000);
#else
sleep (TEN_PACK_TIME - duration);
#endif
print_times ();
if (i && 0 == i % 10)
{
reset_times ();
}
}
}
int
do_run_test (int n_rounds, int _local_w_id, int _n_ware)
{
int i;
long start_check_point = get_msec_count (), check_point;
long start_total = get_msec_count (), total;
if (strstr (dbms, "Virtuoso"))
{
new_order_text = new_order_text_kubl;
payment_text = payment_text_kubl;
delivery_text = delivery_text_kubl;
slevel_text = slevel_text_kubl;
ostat_text = ostat_text_kubl;
}
else if (strstr (dbms, "SQL Server"))
{
new_order_text = new_order_text_mssql;
payment_text = payment_text_mssql;
delivery_text = delivery_text_mssql;
slevel_text = slevel_text_mssql;
ostat_text = ostat_text_mssql;
}
else if (strstr (dbms, "Oracle"))
{
new_order_text = new_order_text_ora;
payment_text = payment_text_ora;
delivery_text = delivery_text_ora;
slevel_text = slevel_text_ora;
ostat_text = ostat_text_ora;
}
else if (strstr (dbms, "SOAP"))
{
new_order_text = new_order_text_SOAP;
payment_text = payment_text_SOAP;
delivery_text = delivery_text_SOAP;
slevel_text = slevel_text_SOAP;
ostat_text = ostat_text_SOAP;
}
else
{
return 0;
}
if (_local_w_id != -1)
{
local_w_id = _local_w_id;
n_ware = _n_ware;
}
reset_times ();
#ifdef GUI
set_progress_max (n_rounds);
#endif
ta_init (&total_ta, "TOTAL");
ta_init (&check_point_ta, "CHECK_POINT");
ta_enter (&total_ta);
ta_enter (&check_point_ta);
for (i = 0; i < n_rounds; i++)
{
do_10_pack ();
if (i && 0 == i % SAMPLE_CHECK)
{
check_point = get_msec_count () - start_check_point;
total = get_msec_count () - start_total;
printf
("# Transaction No:%d Last cycle:%ld tpmC From start:%ld tpmC\n", \
i, 600000 / (check_point / SAMPLE_CHECK),
600000 / (total / i));
ta_init (&check_point_ta, "CHECK_POINT");
/*Do statistic */
}
#if 0
/* not the client's problem during test run */
if (i && 0 == i % CHECK_POINT_INTERVAL)
scrap_log ();
#endif
if (i && 0 == i % 10)
{
#if !defined(GUI)
print_times ();
reset_times ();
#endif
}
#if defined(GUI)
progress (i);
#endif
}
#if defined(GUI)
progress_done ();
#endif
total = get_msec_count () - start_total;
printf ("# Total transactions:%d %ld tpmC, %d retries\n", i, 600000 / (total / i), n_deadlocks);
return 1;
}
static int
ThreadedCalcStats (OList * tests, THREAD_T ** workers,
test_t ** data, int nConnCount, int *nThreads)
{
OList *iter;
int nConn;
int rc = 1;
int rc1 = 1;
for (iter = tests, nConn = 0; iter && nConn < nConnCount;
nConn++, iter = o_list_next (iter))
{
int nOkA = 0, nOkC = 0;
int nA = 0, nC = 0;
#if defined(PTHREADS)
unsigned long result;
#elif defined(WIN32)
unsigned int result;
#endif
BOOL runStatus = TRUE;
int i;
test_t *test = (test_t *) iter->data;
if (IS_A (*test))
{
test->tpc.a.nTrnCnt = 0;
test->tpc.a.nTrnCnt1Sec = 0;
test->tpc.a.nTrnCnt2Sec = 0;
test->tpc.a.dDiffSum = -1;
}
else
{
test->tpc.c.tpcc_sum = 0;
test->tpc.c.run_time = 0;
test->tpc.c.nRounds = 0;
reset_times (test);
}
for (i = 0; i < nThreads[nConn]; i++)
{
GET_EXIT_STATUS (workers[nConn][i], &result);
if (!result)
runStatus = result;
switch (data[nConn][i].TestType)
{
case TPC_A:
nA++;
if (!test->is_unsupported && result)
{
nOkA++;
test->tpc.a.nTrnCnt += data[nConn][i].tpc.a.nTrnCnt;
test->tpc.a.nTrnCnt1Sec += data[nConn][i].tpc.a.nTrnCnt1Sec;
test->tpc.a.nTrnCnt2Sec += data[nConn][i].tpc.a.nTrnCnt2Sec;
if (data[nConn][i].tpc.a.dDiffSum > test->tpc.a.dDiffSum)
test->tpc.a.dDiffSum = data[nConn][i].tpc.a.dDiffSum;
}
break;
case TPC_C:
nC++;
if (result)
{
nOkC++;
test->tpc.c.tpcc_sum += data[nConn][i].tpc.c.tpcc_sum;
test->tpc.c.run_time += data[nConn][i].tpc.c.run_time;
test->tpc.c.nRounds += data[nConn][i].tpc.c.nRounds;
/* individual transaction timings */
ta_merge (&(test->tpc.c.ten_pack_ta),
&(data[nConn][i].tpc.c.ten_pack_ta));
ta_merge (&(test->tpc.c.new_order_ta),
&(data[nConn][i].tpc.c.new_order_ta));
ta_merge (&(test->tpc.c.payment_ta),
&(data[nConn][i].tpc.c.payment_ta));
ta_merge (&(test->tpc.c.delivery_ta),
&(data[nConn][i].tpc.c.delivery_ta));
ta_merge (&(test->tpc.c.slevel_ta),
&(data[nConn][i].tpc.c.slevel_ta));
ta_merge (&(test->tpc.c.ostat_ta),
&(data[nConn][i].tpc.c.ostat_ta));
}
break;
}
}
if (nA || nOkC)
rc1 = do_login (test);
if (nA)
{
if (nOkA < nA)
pane_log
("\r\n\r\n%s - %s(%s) - %d out of %d TPC-A Threads ended with errors.\r\n",
test->szName, test->szDBMS, test->szDriverName, nA - nOkA,
nA);
else
pane_log
("\r\n\r\n%s - %s(%s) - all %d TPC-A Threads completed successfully.\r\n",
test->szName, test->szDBMS, test->szDriverName, nOkA);
if (nOkA == 0 && !test->szSQLState[0] && !test->szSQLError[0])
{
strcpy ((char *) test->szSQLState, "ERROR");
strcpy ((char *) test->szSQLError,
"All Threads ended prematurely.");
}
if (test->hdbc)
CalcStats (runStatus, nOkA, test, test->tpc.a.nTrnCnt,
test->tpc.a.nTrnCnt1Sec,
test->tpc.a.nTrnCnt2Sec, test->tpc.a.dDiffSum);
}
if (nOkC)
{
pane_log
("\r\n\r\n%s - %s(%s) - %d/%d TPC-C Threads ended with no errors.\r\n",
test->szName, test->szDBMS, test->szDriverName, nOkC, nC);
test->tpc.c.run_time /= nOkC;
if (test->hdbc)
add_tpcc_result (test);
}
if ((nA || nOkC) && rc1)
do_logout (test);
if (!(nOkA || nOkC))
{
pane_log
("\r\n\r\n%s - %s(%s) - All Threads ended prematurely.\r\n",
test->szName, test->szDBMS, test->szDriverName);
rc = 0;
}
}
return rc;
}
