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Removed unused function monitor_AWS_Aurora_thread()

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pull/3515/head
René Cannaò 5 years ago
parent f0f8ed9417
commit 590c5cb75c
1 changed files with 0 additions and 164 deletions
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164
lib/MySQL_Monitor.cpp
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@ -4061,8 +4061,6 @@ bool AWS_Aurora_monitor_node::add_entry(AWS_Aurora_status_entry *ase) {
return ret; // for now ignored
}
void * monitor_AWS_Aurora_thread(void *arg);
typedef struct _host_def_t {
char *host;
@ -4691,168 +4689,6 @@ __sleep_monitor_aws_aurora:
return NULL;
}
void * monitor_AWS_Aurora_thread(void *arg) {
mysql_close(mysql_init(NULL));
MySQL_Monitor_State_Data *mmsd=(MySQL_Monitor_State_Data *)arg;
MySQL_Thread * mysql_thr = new MySQL_Thread();
mysql_thr->curtime=monotonic_time();
mysql_thr->refresh_variables();
if (!GloMTH) return NULL; // quick exit during shutdown/restart
mmsd->mysql=GloMyMon->My_Conn_Pool->get_connection(mmsd->hostname, mmsd->port, mmsd);
unsigned long long start_time=mysql_thr->curtime;
mmsd->t1=start_time;
bool crc=false;
if (mmsd->mysql==NULL) { // we don't have a connection, let's create it
bool rc;
rc=mmsd->create_new_connection();
crc=true;
if (rc==false) {
unsigned long long now=monotonic_time();
char * new_error = (char *)malloc(50+strlen(mmsd->mysql_error_msg));
sprintf(new_error,"timeout or error in creating new connection: %s",mmsd->mysql_error_msg);
free(mmsd->mysql_error_msg);
mmsd->mysql_error_msg = new_error;
proxy_error("Error on AWS Aurora check for %s:%d after %lldms. Unable to create a connection. If the server is overload, increase mysql-monitor_connect_timeout. Error: %s.\n", mmsd->hostname, mmsd->port, (now-mmsd->t1)/1000, new_error);
goto __exit_monitor_aws_aurora_thread;
}
}
mmsd->t1=monotonic_time();
mmsd->interr=0; // reset the value
#ifdef TEST_AURORA
mmsd->async_exit_status = mysql_query_start(&mmsd->interr, mmsd->mysql, "SELECT SERVER_ID, SESSION_ID, LAST_UPDATE_TIMESTAMP, REPLICA_LAG_IN_MILLISECONDS, CPU FROM REPLICA_HOST_STATUS ORDER BY SERVER_ID");
#else
mmsd->async_exit_status = mysql_query_start(&mmsd->interr, mmsd->mysql, "SELECT SERVER_ID, SESSION_ID, LAST_UPDATE_TIMESTAMP, IF(SESSION_ID = 'MASTER_SESSION_ID', 0, REPLICA_LAG_IN_MILLISECONDS) AS REPLICA_LAG_IN_MILLISECONDS, CPU FROM INFORMATION_SCHEMA.REPLICA_HOST_STATUS ORDER BY SERVER_ID");
#endif // TEST_AURORA
while (mmsd->async_exit_status) {
mmsd->async_exit_status=wait_for_mysql(mmsd->mysql, mmsd->async_exit_status);
unsigned long long now=monotonic_time();
if (now > mmsd->t1 + mmsd->aws_aurora_check_timeout_ms * 1000) {
mmsd->mysql_error_msg=strdup("timeout check");
proxy_error("Timeout on AWS Aurora health check for %s:%d after %lldms. If the server is overload, increase mysql_aws_aurora_hostgroups.check_timeout_ms\n", mmsd->hostname, mmsd->port, (now-mmsd->t1)/1000);
goto __exit_monitor_aws_aurora_thread;
}
if (GloMyMon->shutdown==true) {
goto __fast_exit_monitor_aws_aurora_thread; // exit immediately
}
if ((mmsd->async_exit_status & MYSQL_WAIT_TIMEOUT) == 0) {
mmsd->async_exit_status=mysql_query_cont(&mmsd->interr, mmsd->mysql, mmsd->async_exit_status);
}
}
mmsd->async_exit_status=mysql_store_result_start(&mmsd->result,mmsd->mysql);
while (mmsd->async_exit_status) {
mmsd->async_exit_status=wait_for_mysql(mmsd->mysql, mmsd->async_exit_status);
unsigned long long now=monotonic_time();
if (now > mmsd->t1 + mmsd->aws_aurora_check_timeout_ms * 1000) {
mmsd->mysql_error_msg=strdup("timeout check");
proxy_error("Timeout on AWS Aurora health check for %s:%d after %lldms. If the server is overload, increase mysql_aws_aurora_hostgroups.check_timeout_ms\n", mmsd->hostname, mmsd->port, (now-mmsd->t1)/1000);
goto __exit_monitor_aws_aurora_thread;
}
if (GloMyMon->shutdown==true) {
goto __fast_exit_monitor_aws_aurora_thread; // exit immediately
}
if ((mmsd->async_exit_status & MYSQL_WAIT_TIMEOUT) == 0) {
mmsd->async_exit_status=mysql_store_result_cont(&mmsd->result, mmsd->mysql, mmsd->async_exit_status);
}
}
if (mmsd->interr) { // check failed
mmsd->mysql_error_msg=strdup(mysql_error(mmsd->mysql));
MyHGM->p_update_mysql_error_counter(p_mysql_error_type::proxysql, mmsd->hostgroup_id, mmsd->hostname, mmsd->port, mysql_errno(mmsd->mysql));
}
__exit_monitor_aws_aurora_thread:
mmsd->t2=monotonic_time();
{
// TODO : complete this
char buf[128];
char *s=NULL;
int l=strlen(mmsd->hostname);
if (l<110) {
s=buf;
} else {
s=(char *)malloc(l+16);
}
sprintf(s,"%s:%d",mmsd->hostname,mmsd->port);
AWS_Aurora_status_entry *ase = new AWS_Aurora_status_entry(mmsd->t1, mmsd->t2-mmsd->t1, mmsd->mysql_error_msg);
if (mmsd->interr == 0 && mmsd->result) {
int num_fields=0;
num_fields = mysql_num_fields(mmsd->result);
if (num_fields!=5) {
proxy_error("Incorrect number of fields, please report a bug\n");
} else {
MYSQL_ROW row;
while ((row = mysql_fetch_row(mmsd->result))) {
AWS_Aurora_replica_host_status_entry *arhse = new AWS_Aurora_replica_host_status_entry(row[0], row[1], row[2], row[3], row[4]);
ase->add_host_status(arhse);
}
}
mysql_free_result(mmsd->result);
mmsd->result=NULL;
}
//__end_process_aws_aurora_result:
if (mmsd->mysql_error_msg) {
}
unsigned long long time_now=realtime_time();
time_now=time_now-(mmsd->t2 - start_time);
pthread_mutex_lock(&GloMyMon->aws_aurora_mutex);
//auto it =
// TODO : complete this
std::map<std::string, AWS_Aurora_monitor_node *>::iterator it2;
it2 = GloMyMon->AWS_Aurora_Hosts_Map.find(s);
AWS_Aurora_monitor_node *node=NULL;
if (it2!=GloMyMon->AWS_Aurora_Hosts_Map.end()) {
node=it2->second;
node->add_entry(ase);
} else {
node = new AWS_Aurora_monitor_node(mmsd->hostname,mmsd->port,mmsd->writer_hostgroup);
node->add_entry(ase);
GloMyMon->AWS_Aurora_Hosts_Map.insert(std::make_pair(s,node));
}
pthread_mutex_unlock(&GloMyMon->aws_aurora_mutex);
// clean up
if (l<110) {
} else {
free(s);
}
}
if (mmsd->interr) { // check failed
} else {
if (crc==false) {
if (mmsd->mysql) {
GloMyMon->My_Conn_Pool->put_connection(mmsd->hostname,mmsd->port,mmsd->mysql);
mmsd->mysql=NULL;
}
}
}
__fast_exit_monitor_aws_aurora_thread:
if (mmsd->mysql) {
// if we reached here we didn't put the connection back
if (mmsd->mysql_error_msg) {
mysql_close(mmsd->mysql); // if we reached here we should destroy it
mmsd->mysql=NULL;
} else {
if (crc) {
bool rc=mmsd->set_wait_timeout();
if (rc) {
GloMyMon->My_Conn_Pool->put_connection(mmsd->hostname,mmsd->port,mmsd->mysql);
} else {
mysql_close(mmsd->mysql); // set_wait_timeout failed
}
mmsd->mysql=NULL;
} else { // really not sure how we reached here, drop it
mysql_close(mmsd->mysql);
mmsd->mysql=NULL;
}
}
}
delete mysql_thr;
return NULL;
}
unsigned int MySQL_Monitor::estimate_lag(char* server_id, AWS_Aurora_status_entry** aase, unsigned int idx, unsigned int add_lag_ms, unsigned int min_lag_ms, unsigned int lag_num_checks) {
assert(aase);
assert(server_id);

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