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#include <assert.h>
#include <stdio.h>
#include <pthread.h>
#include <unistd.h>
#include "http_decoder_inc.h"
static const struct hd_stat_config_tuple g_httpd_stat_tuple[HTTPD_STAT_MAX] =
{
{HTTPD_STAT_BYTES_C2S, "bytes_c2s"},
{HTTPD_STAT_BYTES_S2C, "bytes_s2c"},
{HTTPD_STAT_TCP_SEG_C2S, "tcp_seg_c2s"},
{HTTPD_STAT_TCP_SEG_S2C, "tcp_seg_s2c"},
{HTTPD_STAT_HEADERS_C2S, "headers_c2s"},
{HTTPD_STAT_HEADERS_S2C, "headers_s2c"},
{HTTPD_STAT_URL_BYTES, "url_bytes"},
{HTTPD_STAT_SESSION_NEW, "session_new"},
{HTTPD_STAT_SESSION_FREE, "session_free"},
{HTTPD_STAT_SESSION_EXCEPTION, "sess_exception"},
{HTTPD_STAT_TUNNEL, "tunnel"},
{HTTPD_STAT_TRANSACTION_NEW, "trans_new"},
{HTTPD_STAT_TRANSACTION_FREE, "trans_free"},
{HTTPD_STAT_ASYMMETRY_SESSION_C2S, "asymmetry_sess_c2s"},
{HTTPD_STAT_ASYMMETRY_SESSION_S2C, "asymmetry_sess_s2c"},
{HTTPD_STAT_ASYMMETRY_TRANSACTION_C2S, "asymmetry_trans_c2s"},
{HTTPD_STAT_ASYMMETRY_TRANSACTION_S2C, "asymmetry_trans_s2c"},
{HTTPD_STAT_PARSE_ERR, "parse_err"},
};
void http_decoder_stat_free(struct http_decoder_stat *hd_stat)
{
pthread_cancel(hd_stat->timer_pid);
void *join_res = NULL;
do{
pthread_join(hd_stat->timer_pid, &join_res);
}while(join_res != PTHREAD_CANCELED);
if(hd_stat->stats != NULL){
free(hd_stat->stats);
}
if(hd_stat->fse != NULL){
fieldstat_easy_free(hd_stat->fse);
}
}
static void *httpd_stat_timer_thread(void *arg)
{
pthread_setname_np(pthread_self(), "http_decoder_timer_thread");
struct http_decoder_stat *hd_stat = (struct http_decoder_stat *)arg;
struct timespec res;
while(1){
clock_gettime(CLOCK_MONOTONIC, &res);
hd_stat->current_time_ms = (res.tv_sec * 1000) + (res.tv_nsec / 1000000);
usleep(800);
}
return NULL;
}
int http_decoder_stat_init(struct http_decoder_stat *hd_stat, int thread_max, int stat_interval_pkts, int stat_interval_time)
{
assert(sizeof(g_httpd_stat_tuple)/sizeof(struct hd_stat_config_tuple) == HTTPD_STAT_MAX);
hd_stat->fse = fieldstat_easy_new(thread_max, "http_decoder_statistics", NULL, 0);
if (NULL == hd_stat->fse)
{
fprintf(stderr, "fieldstat_easy_new failed.");
return -1;
}
for(int i = 0; i < HTTPD_STAT_MAX; i++)
{
hd_stat->field_stat_id[i] = fieldstat_easy_register_counter(hd_stat->fse, g_httpd_stat_tuple[i].name);
if (hd_stat->field_stat_id[i] < 0)
{
fprintf(stderr, "fieldstat_easy_register_counter %s failed.", g_httpd_stat_tuple[i].name);
return -1;
}
}
hd_stat->stats = (struct hd_statistics *)calloc(thread_max, sizeof(struct hd_statistics));
hd_stat->stat_interval_pkts = stat_interval_pkts;
int ret = fieldstat_easy_enable_auto_output(hd_stat->fse, FILEDSTAT_OUTPUT_FILE, stat_interval_time);
if (ret < 0)
{
fprintf(stderr, "fieldstat_easy_enable_auto_output failed.");
return -1;
}
pthread_create(&hd_stat->timer_pid, NULL, httpd_stat_timer_thread, hd_stat);
return 0;
}
void http_decoder_stat_update(struct http_decoder_stat *hd_stat, int thread_id, enum http_decoder_stat_type type, long long value)
{
assert(hd_stat);
assert(thread_id >= 0);
assert(type < HTTPD_STAT_MAX);
struct hd_statistics *cur_hds = &hd_stat->stats[thread_id];
cur_hds->counter[type] += value;
cur_hds->batch[type]++;
if(cur_hds->batch[type] >= hd_stat->stat_interval_pkts
|| cur_hds->time_ms[type] + 1000 < hd_stat->current_time_ms){
fieldstat_easy_counter_incrby(hd_stat->fse, thread_id, hd_stat->field_stat_id[type], NULL, 0, cur_hds->counter[type]);
cur_hds->counter[type] = 0;
cur_hds->batch[type] = 0;
cur_hds->time_ms[type] = hd_stat->current_time_ms;
}
}
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