void MySQL_Data_Stream::return_MySQL_Connection_To_Pool() {
MySQL_Connection *mc=myconn;
mc->last_time_used=sess->thread->curtime;
if ((mysql_thread___connection_max_age_ms) && (mc->last_time_used > mc->creation_time + mysql_thread___connection_max_age_ms * 1000)) {
destroy_MySQL_Connection_From_Pool(true);
} else {
detach_connection();
unplug_backend();
//mc->async_state_machine=ASYNC_IDLE;
MyHGM->push_MyConn_to_pool(mc);
}
}
void end_dump(struct status *stat, void *p)
{
struct cache_entry *ce = stat->ce;
int oh = get_output_handle();
if (oh == -1) return;
if (ce && ce->redirect && dump_red_count++ < MAX_REDIRECTS) {
unsigned char *u, *p;
if (stat->state >= 0) change_connection(stat, NULL, PRI_CANCEL);
u = join_urls(ce->url, ce->redirect);
if (!http_bugs.bug_302_redirect) if (!ce->redirect_get && (p = strchr(ce->url, POST_CHAR))) add_to_strn(&u, p);
load_url(u, stat, PRI_MAIN, 0);
mem_free(u);
return;
}
if (stat->state >= 0 && stat->state < S_TRANS) return;
if (stat->state >= S_TRANS && dmp != D_SOURCE) return;
if (dmp == D_SOURCE) {
if (ce) {
struct fragment *frag;
nextfrag:
foreach(frag, ce->frag) if (frag->offset <= dump_pos && frag->offset + frag->length > dump_pos) {
int l = frag->length - (dump_pos - frag->offset);
int w = hard_write(oh, frag->data + dump_pos - frag->offset, l);
if (w != l) {
detach_connection(stat, dump_pos);
if (w < 0) fprintf(stderr, "Error writing to stdout: %s.\n", strerror(errno));
else fprintf(stderr, "Can't write to stdout.\n");
retval = RET_ERROR;
goto terminate;
}
dump_pos += w;
detach_connection(stat, dump_pos);
goto nextfrag;
}
}
if (stat->state >= 0) return;
} else if (ce) {
