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Source formatting in preparation for additional data printing formats

ahc_fix_select
tedbullock 16 years ago
parent
29518656e1
commit
50a30da590
1 changed files with 383 additions and 375 deletions
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  1. +383
    -375
      httperf/src/stat/basic.c

+ 383
- 375
httperf/src/stat/basic.c View File

@@ -1,38 +1,38 @@
/*
httperf -- a tool for measuring web server performance
Copyright 2000-2007 Hewlett-Packard Company and Contributors listed in
AUTHORS file. Originally contributed by David Mosberger-Tang
This file is part of httperf, a web server performance measurment
tool.
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License as
published by the Free Software Foundation; either version 2 of the
License, or (at your option) any later version.
In addition, as a special exception, the copyright holders give
permission to link the code of this work with the OpenSSL project's
"OpenSSL" library (or with modified versions of it that use the same
license as the "OpenSSL" library), and distribute linked combinations
including the two. You must obey the GNU General Public License in
all respects for all of the code used other than "OpenSSL". If you
modify this file, you may extend this exception to your version of the
file, but you are not obligated to do so. If you do not wish to do
so, delete this exception statement from your version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA
02110-1301, USA
*/
/* Basic statistics collector. */
* httperf -- a tool for measuring web server performance Copyright 2000-2007
* Hewlett-Packard Company and Contributors listed in AUTHORS file. Originally
* contributed by David Mosberger-Tang
*
* This file is part of httperf, a web server performance measurment tool.
*
* This program is free software; you can redistribute it and/or modify it
* under the terms of the GNU General Public License as published by the Free
* Software Foundation; either version 2 of the License, or (at your option)
* any later version.
*
* In addition, as a special exception, the copyright holders give permission
* to link the code of this work with the OpenSSL project's "OpenSSL" library
* (or with modified versions of it that use the same license as the "OpenSSL"
* library), and distribute linked combinations including the two. You must
* obey the GNU General Public License in all respects for all of the code
* used other than "OpenSSL". If you modify this file, you may extend this
* exception to your version of the file, but you are not obligated to do so.
* If you do not wish to do so, delete this exception statement from your
* version.
*
* This program is distributed in the hope that it will be useful, but WITHOUT
* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
* FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for
* more details.
*
* You should have received a copy of the GNU General Public License along
* with this program; if not, write to the Free Software Foundation, Inc., 51
* Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA
*/
/*
* Basic statistics collector.
*/

#include "config.h"

@@ -53,427 +53,435 @@
#include <localevent.h>
#include <stats.h>

/* Increase this if it does not cover at least 50% of all response
times. */
#define MAX_LIFETIME 100.0 /* max. conn. lifetime in seconds */
/*
* Increase this if it does not cover at least 50% of all response times.
*/
#define MAX_LIFETIME 100.0 /* max. conn. lifetime in seconds */
#define BIN_WIDTH 1e-3
#define NUM_BINS ((u_int) (MAX_LIFETIME / BIN_WIDTH))

static struct
{
u_int num_conns_issued; /* total # of connections issued */
u_int num_replies[6]; /* completion count per status class */
u_int num_client_timeouts; /* # of client timeouts */
u_int num_sock_fdunavail; /* # of times out of filedescriptors */
u_int num_sock_ftabfull; /* # of times file table was full */
u_int num_sock_refused; /* # of ECONNREFUSED */
u_int num_sock_reset; /* # of ECONNRESET */
u_int num_sock_timeouts; /* # of ETIMEDOUT */
u_int num_sock_addrunavail;/* # of EADDRNOTAVAIL */
u_int num_other_errors; /* # of other errors */
u_int max_conns; /* max # of concurrent connections */

u_int num_lifetimes;
Time conn_lifetime_sum; /* sum of connection lifetimes */
Time conn_lifetime_sum2; /* sum of connection lifetimes squared */
Time conn_lifetime_min; /* minimum connection lifetime */
Time conn_lifetime_max; /* maximum connection lifetime */

u_int num_reply_rates;
Time reply_rate_sum;
Time reply_rate_sum2;
Time reply_rate_min;
Time reply_rate_max;

u_int num_connects; /* # of completed connect()s */
Time conn_connect_sum; /* sum of connect times */

u_int num_responses;
Time call_response_sum; /* sum of response times */

Time call_xfer_sum; /* sum of response times */

u_int num_sent; /* # of requests sent */
size_t req_bytes_sent;

u_int num_received; /* # of replies received */
u_wide hdr_bytes_received; /* sum of all header bytes */
u_wide reply_bytes_received; /* sum of all data bytes */
u_wide footer_bytes_received; /* sum of all footer bytes */

u_int conn_lifetime_hist[NUM_BINS]; /* histogram of connection lifetimes */
}
basic;

static u_int num_active_conns;
static u_int num_replies; /* # of replies received in this interval */
static struct {
u_int num_conns_issued; /* total # of connections * issued */
u_int num_replies[6]; /* completion count per status class */
u_int num_client_timeouts; /* # of client timeouts */
u_int num_sock_fdunavail; /* # of times out of *
* filedescriptors */
u_int num_sock_ftabfull; /* # of times file table was full */
u_int num_sock_refused; /* # of ECONNREFUSED */
u_int num_sock_reset; /* # of ECONNRESET */
u_int num_sock_timeouts; /* # of ETIMEDOUT */
u_int num_sock_addrunavail; /* # of EADDRNOTAVAIL */
u_int num_other_errors; /* # of other errors */
u_int max_conns; /* max # of concurrent connections */

u_int num_lifetimes;
Time conn_lifetime_sum; /* sum of connection lifetimes */
Time conn_lifetime_sum2; /* sum of connection lifetimes
* squared */
Time conn_lifetime_min; /* minimum connection lifetime */
Time conn_lifetime_max; /* maximum connection lifetime */

u_int num_reply_rates;
Time reply_rate_sum;
Time reply_rate_sum2;
Time reply_rate_min;
Time reply_rate_max;

u_int num_connects; /* # of completed connect()s */
Time conn_connect_sum; /* sum of connect times */

u_int num_responses;
Time call_response_sum; /* sum of response times */

Time call_xfer_sum; /* sum of response times */

u_int num_sent; /* # of requests sent */
size_t req_bytes_sent;

u_int num_received; /* # of replies received */
u_wide hdr_bytes_received; /* sum of all header bytes */
u_wide reply_bytes_received; /* sum of all data bytes */
u_wide footer_bytes_received; /* sum of all footer bytes */

u_int conn_lifetime_hist[NUM_BINS]; /* histogram of
* connection lifetimes */
} basic;

static u_int num_active_conns;
static u_int num_replies; /* # of replies received in this interval */

static void
perf_sample (Event_Type et, Object *obj, Any_Type reg_arg, Any_Type call_arg)
perf_sample(Event_Type et, Object * obj, Any_Type reg_arg, Any_Type call_arg)
{
Time weight = call_arg.d;
double rate;
Time weight = call_arg.d;
double rate;

assert (et == EV_PERF_SAMPLE);
assert(et == EV_PERF_SAMPLE);

rate = weight*num_replies;
rate = weight * num_replies;

if (verbose)
printf ("reply-rate = %-8.1f\n", rate);
if (verbose)
printf("reply-rate = %-8.1f\n", rate);

basic.reply_rate_sum += rate;
basic.reply_rate_sum2 += SQUARE (rate);
if (rate < basic.reply_rate_min)
basic.reply_rate_min = rate;
if (rate > basic.reply_rate_max)
basic.reply_rate_max = rate;
++basic.num_reply_rates;
basic.reply_rate_sum += rate;
basic.reply_rate_sum2 += SQUARE(rate);
if (rate < basic.reply_rate_min)
basic.reply_rate_min = rate;
if (rate > basic.reply_rate_max)
basic.reply_rate_max = rate;
++basic.num_reply_rates;

/* prepare for next sample interval: */
num_replies = 0;
/*
* prepare for next sample interval:
*/
num_replies = 0;
}

static void
conn_timeout (Event_Type et, Object *obj, Any_Type reg_arg, Any_Type call_arg)
conn_timeout(Event_Type et, Object * obj, Any_Type reg_arg, Any_Type call_arg)
{
assert (et == EV_CONN_TIMEOUT);
assert(et == EV_CONN_TIMEOUT);

++basic.num_client_timeouts;
++basic.num_client_timeouts;
}

static void
conn_fail (Event_Type et, Object *obj, Any_Type reg_arg, Any_Type call_arg)
conn_fail(Event_Type et, Object * obj, Any_Type reg_arg, Any_Type call_arg)
{
static int first_time = 1;
int err = call_arg.i;
static int first_time = 1;
int err = call_arg.i;

assert (et == EV_CONN_FAILED);
assert(et == EV_CONN_FAILED);

switch (err)
{
switch (err) {
#ifdef __linux__
case EINVAL: /* Linux has a strange way of saying "out of fds"... */
case EINVAL: /* Linux has a strange way of saying "out of
* * fds"... */
#endif
case EMFILE: ++basic.num_sock_fdunavail; break;
case ENFILE: ++basic.num_sock_ftabfull; break;
case ECONNREFUSED: ++basic.num_sock_refused; break;
case ETIMEDOUT: ++basic.num_sock_timeouts; break;

case EPIPE:
case ECONNRESET:
++basic.num_sock_reset;
break;

default:
if (first_time)
{
first_time = 0;
fprintf (stderr, "%s: connection failed with unexpected error %d\n",
prog_name, errno);
case EMFILE:
++basic.num_sock_fdunavail;
break;
case ENFILE:
++basic.num_sock_ftabfull;
break;
case ECONNREFUSED:
++basic.num_sock_refused;
break;
case ETIMEDOUT:
++basic.num_sock_timeouts;
break;

case EPIPE:
case ECONNRESET:
++basic.num_sock_reset;
break;

default:
if (first_time) {
first_time = 0;
fprintf(stderr,
"%s: connection failed with unexpected error %d\n",
prog_name, errno);
}
++basic.num_other_errors;
break;
}
++basic.num_other_errors;
break;
}
}

static void
conn_created (Event_Type et, Object *obj, Any_Type reg_arg, Any_Type c_arg)
conn_created(Event_Type et, Object * obj, Any_Type reg_arg, Any_Type c_arg)
{
++num_active_conns;
if (num_active_conns > basic.max_conns)
basic.max_conns = num_active_conns;
++num_active_conns;
if (num_active_conns > basic.max_conns)
basic.max_conns = num_active_conns;
}

static void
conn_connecting (Event_Type et, Object *obj, Any_Type reg_arg, Any_Type c_arg)
conn_connecting(Event_Type et, Object * obj, Any_Type reg_arg, Any_Type c_arg)
{
Conn *s = (Conn *) obj;
Conn *s = (Conn *) obj;

assert (et == EV_CONN_CONNECTING && object_is_conn (s));
assert(et == EV_CONN_CONNECTING && object_is_conn(s));

s->basic.time_connect_start = timer_now ();
++basic.num_conns_issued;
s->basic.time_connect_start = timer_now();
++basic.num_conns_issued;
}

static void
conn_connected (Event_Type et, Object *obj, Any_Type reg_arg,
Any_Type call_arg)
conn_connected(Event_Type et, Object * obj, Any_Type reg_arg,
Any_Type call_arg)
{
Conn *s = (Conn *) obj;
Conn *s = (Conn *) obj;

assert (et == EV_CONN_CONNECTED && object_is_conn (s));
basic.conn_connect_sum += timer_now () - s->basic.time_connect_start;
++basic.num_connects;
assert(et == EV_CONN_CONNECTED && object_is_conn(s));
basic.conn_connect_sum += timer_now() - s->basic.time_connect_start;
++basic.num_connects;
}

static void
conn_destroyed (Event_Type et, Object *obj, Any_Type reg_arg, Any_Type c_arg)
conn_destroyed(Event_Type et, Object * obj, Any_Type reg_arg, Any_Type c_arg)
{
Conn *s = (Conn *) obj;
Time lifetime;
u_int bin;

assert (et == EV_CONN_DESTROYED && object_is_conn (s)
&& num_active_conns > 0);

if (s->basic.num_calls_completed > 0)
{
lifetime = timer_now () - s->basic.time_connect_start;
basic.conn_lifetime_sum += lifetime;
basic.conn_lifetime_sum2 += SQUARE (lifetime);
if (lifetime < basic.conn_lifetime_min)
basic.conn_lifetime_min = lifetime;
if (lifetime > basic.conn_lifetime_max)
basic.conn_lifetime_max = lifetime;
++basic.num_lifetimes;

bin = lifetime*NUM_BINS/MAX_LIFETIME;
if (bin >= NUM_BINS)
bin = NUM_BINS;
++basic.conn_lifetime_hist[bin];
}
--num_active_conns;
Conn *s = (Conn *) obj;
Time lifetime;
u_int bin;

assert(et == EV_CONN_DESTROYED && object_is_conn(s)
&& num_active_conns > 0);

if (s->basic.num_calls_completed > 0) {
lifetime = timer_now() - s->basic.time_connect_start;
basic.conn_lifetime_sum += lifetime;
basic.conn_lifetime_sum2 += SQUARE(lifetime);
if (lifetime < basic.conn_lifetime_min)
basic.conn_lifetime_min = lifetime;
if (lifetime > basic.conn_lifetime_max)
basic.conn_lifetime_max = lifetime;
++basic.num_lifetimes;

bin = lifetime * NUM_BINS / MAX_LIFETIME;
if (bin >= NUM_BINS)
bin = NUM_BINS;
++basic.conn_lifetime_hist[bin];
}
--num_active_conns;
}

static void
send_start (Event_Type et, Object *obj, Any_Type reg_arg, Any_Type call_arg)
send_start(Event_Type et, Object * obj, Any_Type reg_arg, Any_Type call_arg)
{
Call *c = (Call *) obj;
Call *c = (Call *) obj;

assert (et == EV_CALL_SEND_START && object_is_call (c));
assert(et == EV_CALL_SEND_START && object_is_call(c));

c->basic.time_send_start = timer_now ();
c->basic.time_send_start = timer_now();
}

static void
send_stop (Event_Type et, Object *obj, Any_Type reg_arg, Any_Type call_arg)
send_stop(Event_Type et, Object * obj, Any_Type reg_arg, Any_Type call_arg)
{
Call *c = (Call *) obj;
Call *c = (Call *) obj;

assert (et == EV_CALL_SEND_STOP && object_is_call (c));
assert(et == EV_CALL_SEND_STOP && object_is_call(c));

basic.req_bytes_sent += c->req.size;
++basic.num_sent;
basic.req_bytes_sent += c->req.size;
++basic.num_sent;
}

static void
recv_start (Event_Type et, Object *obj, Any_Type reg_arg, Any_Type call_arg)
recv_start(Event_Type et, Object * obj, Any_Type reg_arg, Any_Type call_arg)
{
Call *c = (Call *) obj;
Time now;
Call *c = (Call *) obj;
Time now;

assert (et == EV_CALL_RECV_START && object_is_call (c));
assert(et == EV_CALL_RECV_START && object_is_call(c));

now = timer_now ();
now = timer_now();

basic.call_response_sum += now - c->basic.time_send_start;
c->basic.time_recv_start = now;
++basic.num_responses;
basic.call_response_sum += now - c->basic.time_send_start;
c->basic.time_recv_start = now;
++basic.num_responses;
}

static void
recv_stop (Event_Type et, Object *obj, Any_Type reg_arg, Any_Type call_arg)
recv_stop(Event_Type et, Object * obj, Any_Type reg_arg, Any_Type call_arg)
{
Call *c = (Call *) obj;
int index;
Call *c = (Call *) obj;
int index;

assert (et == EV_CALL_RECV_STOP && object_is_call (c));
assert (c->basic.time_recv_start > 0);
assert(et == EV_CALL_RECV_STOP && object_is_call(c));
assert(c->basic.time_recv_start > 0);

basic.call_xfer_sum += timer_now () - c->basic.time_recv_start;
basic.call_xfer_sum += timer_now() - c->basic.time_recv_start;

basic.hdr_bytes_received += c->reply.header_bytes;
basic.reply_bytes_received += c->reply.content_bytes;
basic.footer_bytes_received += c->reply.footer_bytes;
basic.hdr_bytes_received += c->reply.header_bytes;
basic.reply_bytes_received += c->reply.content_bytes;
basic.footer_bytes_received += c->reply.footer_bytes;

index = (c->reply.status / 100);
assert ((unsigned) index < NELEMS (basic.num_replies));
++basic.num_replies[index];
++num_replies;
index = (c->reply.status / 100);
assert((unsigned) index < NELEMS(basic.num_replies));
++basic.num_replies[index];
++num_replies;

++c->conn->basic.num_calls_completed;
++c->conn->basic.num_calls_completed;
}

static void
init (void)
init(void)
{
Any_Type arg;
basic.conn_lifetime_min = DBL_MAX;
basic.reply_rate_min = DBL_MAX;
arg.l = 0;
event_register_handler (EV_PERF_SAMPLE, perf_sample, arg);
event_register_handler (EV_CONN_FAILED, conn_fail, arg);
event_register_handler (EV_CONN_TIMEOUT, conn_timeout, arg);
event_register_handler (EV_CONN_NEW, conn_created, arg);
event_register_handler (EV_CONN_CONNECTING, conn_connecting, arg);
event_register_handler (EV_CONN_CONNECTED, conn_connected, arg);
event_register_handler (EV_CONN_DESTROYED, conn_destroyed, arg);
event_register_handler (EV_CALL_SEND_START, send_start, arg);
event_register_handler (EV_CALL_SEND_STOP, send_stop, arg);
event_register_handler (EV_CALL_RECV_START, recv_start, arg);
event_register_handler (EV_CALL_RECV_STOP, recv_stop, arg);
Any_Type arg;
basic.conn_lifetime_min = DBL_MAX;
basic.reply_rate_min = DBL_MAX;
arg.l = 0;
event_register_handler(EV_PERF_SAMPLE, perf_sample, arg);
event_register_handler(EV_CONN_FAILED, conn_fail, arg);
event_register_handler(EV_CONN_TIMEOUT, conn_timeout, arg);
event_register_handler(EV_CONN_NEW, conn_created, arg);
event_register_handler(EV_CONN_CONNECTING, conn_connecting, arg);
event_register_handler(EV_CONN_CONNECTED, conn_connected, arg);
event_register_handler(EV_CONN_DESTROYED, conn_destroyed, arg);
event_register_handler(EV_CALL_SEND_START, send_start, arg);
event_register_handler(EV_CALL_SEND_STOP, send_stop, arg);
event_register_handler(EV_CALL_RECV_START, recv_start, arg);
event_register_handler(EV_CALL_RECV_STOP, recv_stop, arg);
}

static void
dump (void)
dump(void)
{
Time conn_period = 0.0, call_period = 0.0;
Time conn_time = 0.0, resp_time = 0.0, xfer_time = 0.0;
Time call_size = 0.0, hdr_size = 0.0, reply_size = 0.0, footer_size = 0.0;
Time lifetime_avg = 0.0, lifetime_stddev = 0.0, lifetime_median = 0.0;
double reply_rate_avg = 0.0, reply_rate_stddev = 0.0;
int i, total_replies = 0;
Time delta, user, sys;
u_wide total_size;
Time time;
u_int n;

for (i = 1; i < NELEMS (basic.num_replies); ++i)
total_replies += basic.num_replies[i];

delta = test_time_stop - test_time_start;

if (verbose > 1)
{
printf ("\nConnection lifetime histogram (time in ms):\n");
for (i = 0; i < NUM_BINS; ++i)
if (basic.conn_lifetime_hist[i])
{
if (i > 0 && basic.conn_lifetime_hist[i - 1] == 0)
printf ("%14c\n", ':');
time = (i + 0.5)*BIN_WIDTH;
printf ("%16.1f %u\n", 1e3*time, basic.conn_lifetime_hist[i]);
}
}

printf ("\nTotal: connections %u requests %u replies %u "
"test-duration %.3f s\n",
basic.num_conns_issued, basic.num_sent, total_replies,
delta);

putchar ('\n');

if (basic.num_conns_issued)
conn_period = delta/basic.num_conns_issued;
printf ("Connection rate: %.1f conn/s (%.1f ms/conn, "
"<=%u concurrent connections)\n",
basic.num_conns_issued / delta, 1e3*conn_period, basic.max_conns);

if (basic.num_lifetimes > 0)
{
lifetime_avg = (basic.conn_lifetime_sum / basic.num_lifetimes);
if (basic.num_lifetimes > 1)
lifetime_stddev = STDDEV (basic.conn_lifetime_sum,
basic.conn_lifetime_sum2,
basic.num_lifetimes);
n = 0;
for (i = 0; i < NUM_BINS; ++i)
{
n += basic.conn_lifetime_hist[i];
if (n >= 0.5*basic.num_lifetimes)
{
lifetime_median = (i + 0.5)*BIN_WIDTH;
break;
}
Time conn_period = 0.0, call_period = 0.0;
Time conn_time = 0.0, resp_time = 0.0, xfer_time = 0.0;
Time call_size = 0.0, hdr_size = 0.0, reply_size =
0.0, footer_size = 0.0;
Time lifetime_avg = 0.0, lifetime_stddev =
0.0, lifetime_median = 0.0;
double reply_rate_avg = 0.0, reply_rate_stddev = 0.0;
int i, total_replies = 0;
Time delta, user, sys;
u_wide total_size;
Time time;
u_int n;

for (i = 1; i < NELEMS(basic.num_replies); ++i)
total_replies += basic.num_replies[i];

delta = test_time_stop - test_time_start;

if (verbose > 1) {
printf("\nConnection lifetime histogram (time in ms):\n");
for (i = 0; i < NUM_BINS; ++i)
if (basic.conn_lifetime_hist[i]) {
if (i > 0 && basic.conn_lifetime_hist[i - 1] == 0)
printf("%14c\n", ':');
time = (i + 0.5) * BIN_WIDTH;
printf("%16.1f %u\n", 1e3 * time,
basic.conn_lifetime_hist[i]);
}
}

printf("\nTotal: connections %u requests %u replies %u "
"test-duration %.3f s\n",
basic.num_conns_issued, basic.num_sent, total_replies, delta);

putchar('\n');

if (basic.num_conns_issued)
conn_period = delta / basic.num_conns_issued;
printf("Connection rate: %.1f conn/s (%.1f ms/conn, "
"<=%u concurrent connections)\n",
basic.num_conns_issued / delta, 1e3 * conn_period,
basic.max_conns);

if (basic.num_lifetimes > 0) {
lifetime_avg = (basic.conn_lifetime_sum / basic.num_lifetimes);
if (basic.num_lifetimes > 1)
lifetime_stddev = STDDEV(basic.conn_lifetime_sum,
basic.conn_lifetime_sum2,
basic.num_lifetimes);
n = 0;
for (i = 0; i < NUM_BINS; ++i) {
n += basic.conn_lifetime_hist[i];
if (n >= 0.5 * basic.num_lifetimes) {
lifetime_median = (i + 0.5) * BIN_WIDTH;
break;
}
}
}
printf("Connection time [ms]: min %.1f avg %.1f max %.1f median %.1f "
"stddev %.1f\n",
basic.num_lifetimes > 0 ? 1e3 * basic.conn_lifetime_min : 0.0,
1e3 * lifetime_avg,
1e3 * basic.conn_lifetime_max, 1e3 * lifetime_median,
1e3 * lifetime_stddev);
if (basic.num_connects > 0)
conn_time = basic.conn_connect_sum / basic.num_connects;
printf("Connection time [ms]: connect %.1f\n", 1e3 * conn_time);
printf("Connection length [replies/conn]: %.3f\n",
basic.num_lifetimes > 0
? total_replies / (double) basic.num_lifetimes : 0.0);
putchar('\n');

if (basic.num_sent > 0)
call_period = delta / basic.num_sent;
printf("Request rate: %.1f req/s (%.1f ms/req)\n",
basic.num_sent / delta, 1e3 * call_period);

if (basic.num_sent)
call_size = basic.req_bytes_sent / basic.num_sent;
printf("Request size [B]: %.1f\n", call_size);

putchar('\n');

if (basic.num_reply_rates > 0) {
reply_rate_avg = (basic.reply_rate_sum / basic.num_reply_rates);
if (basic.num_reply_rates > 1)
reply_rate_stddev = STDDEV(basic.reply_rate_sum,
basic.reply_rate_sum2,
basic.num_reply_rates);
}
printf
("Reply rate [replies/s]: min %.1f avg %.1f max %.1f stddev %.1f "
"(%u samples)\n",
basic.num_reply_rates > 0 ? basic.reply_rate_min : 0.0,
reply_rate_avg, basic.reply_rate_max, reply_rate_stddev,
basic.num_reply_rates);

if (basic.num_responses > 0)
resp_time = basic.call_response_sum / basic.num_responses;
if (total_replies > 0)
xfer_time = basic.call_xfer_sum / total_replies;
printf("Reply time [ms]: response %.1f transfer %.1f\n",
1e3 * resp_time, 1e3 * xfer_time);

if (total_replies) {
hdr_size = basic.hdr_bytes_received / total_replies;
reply_size = basic.reply_bytes_received / total_replies;
footer_size = basic.footer_bytes_received / total_replies;
}
}
printf ("Connection time [ms]: min %.1f avg %.1f max %.1f median %.1f "
"stddev %.1f\n",
basic.num_lifetimes > 0 ? 1e3 * basic.conn_lifetime_min : 0.0,
1e3 * lifetime_avg,
1e3 * basic.conn_lifetime_max, 1e3 * lifetime_median,
1e3 * lifetime_stddev);
if (basic.num_connects > 0)
conn_time = basic.conn_connect_sum / basic.num_connects;
printf ("Connection time [ms]: connect %.1f\n", 1e3*conn_time);
printf ("Connection length [replies/conn]: %.3f\n",
basic.num_lifetimes > 0
? total_replies/ (double) basic.num_lifetimes : 0.0);
putchar ('\n');

if (basic.num_sent > 0)
call_period = delta/basic.num_sent;
printf ("Request rate: %.1f req/s (%.1f ms/req)\n",
basic.num_sent / delta, 1e3*call_period);

if (basic.num_sent)
call_size = basic.req_bytes_sent / basic.num_sent;
printf ("Request size [B]: %.1f\n", call_size);

putchar ('\n');

if (basic.num_reply_rates > 0)
{
reply_rate_avg = (basic.reply_rate_sum / basic.num_reply_rates);
if (basic.num_reply_rates > 1)
reply_rate_stddev = STDDEV (basic.reply_rate_sum,
basic.reply_rate_sum2,
basic.num_reply_rates);
}
printf ("Reply rate [replies/s]: min %.1f avg %.1f max %.1f stddev %.1f "
"(%u samples)\n",
basic.num_reply_rates > 0 ? basic.reply_rate_min : 0.0,
reply_rate_avg, basic.reply_rate_max,
reply_rate_stddev, basic.num_reply_rates);

if (basic.num_responses > 0)
resp_time = basic.call_response_sum / basic.num_responses;
if (total_replies > 0)
xfer_time = basic.call_xfer_sum / total_replies;
printf ("Reply time [ms]: response %.1f transfer %.1f\n",
1e3*resp_time, 1e3*xfer_time);

if (total_replies)
{
hdr_size = basic.hdr_bytes_received / total_replies;
reply_size = basic.reply_bytes_received / total_replies;
footer_size = basic.footer_bytes_received / total_replies;
}
printf ("Reply size [B]: header %.1f content %.1f footer %.1f "
"(total %.1f)\n", hdr_size, reply_size, footer_size,
hdr_size + reply_size + footer_size);

printf ("Reply status: 1xx=%u 2xx=%u 3xx=%u 4xx=%u 5xx=%u\n",
basic.num_replies[1], basic.num_replies[2], basic.num_replies[3],
basic.num_replies[4], basic.num_replies[5]);

putchar ('\n');

user = (TV_TO_SEC (test_rusage_stop.ru_utime)
- TV_TO_SEC (test_rusage_start.ru_utime));
sys = (TV_TO_SEC (test_rusage_stop.ru_stime)
- TV_TO_SEC (test_rusage_start.ru_stime));
printf ("CPU time [s]: user %.2f system %.2f (user %.1f%% system %.1f%% "
"total %.1f%%)\n", user, sys, 100.0*user/delta, 100.0*sys/delta,
100.0*(user + sys)/delta);

total_size = (basic.req_bytes_sent
+ basic.hdr_bytes_received + basic.reply_bytes_received);
printf ("Net I/O: %.1f KB/s (%.1f*10^6 bps)\n",
total_size/delta / 1024.0, 8e-6*total_size/delta);

putchar ('\n');

printf ("Errors: total %u client-timo %u socket-timo %u "
"connrefused %u connreset %u\n"
"Errors: fd-unavail %u addrunavail %u ftab-full %u other %u\n",
(basic.num_client_timeouts + basic.num_sock_timeouts
+ basic.num_sock_fdunavail + basic.num_sock_ftabfull
+ basic.num_sock_refused + basic.num_sock_reset
+ basic.num_sock_addrunavail + basic.num_other_errors),
basic.num_client_timeouts, basic.num_sock_timeouts,
basic.num_sock_refused, basic.num_sock_reset,
basic.num_sock_fdunavail, basic.num_sock_addrunavail,
basic.num_sock_ftabfull, basic.num_other_errors);
printf("Reply size [B]: header %.1f content %.1f footer %.1f "
"(total %.1f)\n", hdr_size, reply_size, footer_size,
hdr_size + reply_size + footer_size);

printf("Reply status: 1xx=%u 2xx=%u 3xx=%u 4xx=%u 5xx=%u\n",
basic.num_replies[1], basic.num_replies[2],
basic.num_replies[3], basic.num_replies[4], basic.num_replies[5]);

putchar('\n');

user = (TV_TO_SEC(test_rusage_stop.ru_utime)
- TV_TO_SEC(test_rusage_start.ru_utime));
sys = (TV_TO_SEC(test_rusage_stop.ru_stime)
- TV_TO_SEC(test_rusage_start.ru_stime));
printf
("CPU time [s]: user %.2f system %.2f (user %.1f%% system %.1f%% "
"total %.1f%%)\n", user, sys, 100.0 * user / delta,
100.0 * sys / delta, 100.0 * (user + sys) / delta);

total_size = (basic.req_bytes_sent
+ basic.hdr_bytes_received + basic.reply_bytes_received);
printf("Net I/O: %.1f KB/s (%.1f*10^6 bps)\n",
total_size / delta / 1024.0, 8e-6 * total_size / delta);

putchar('\n');

printf("Errors: total %u client-timo %u socket-timo %u "
"connrefused %u connreset %u\n"
"Errors: fd-unavail %u addrunavail %u ftab-full %u other %u\n",
(basic.num_client_timeouts + basic.num_sock_timeouts
+ basic.num_sock_fdunavail + basic.num_sock_ftabfull
+ basic.num_sock_refused + basic.num_sock_reset
+ basic.num_sock_addrunavail + basic.num_other_errors),
basic.num_client_timeouts, basic.num_sock_timeouts,
basic.num_sock_refused, basic.num_sock_reset,
basic.num_sock_fdunavail, basic.num_sock_addrunavail,
basic.num_sock_ftabfull, basic.num_other_errors);
}

Stat_Collector stats_basic =
{
"Basic statistics",
init,
no_op,
no_op,
dump
};
Stat_Collector stats_basic = {
"Basic statistics",
init,
no_op,
no_op,
dump
};

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