Oracle 监控

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cat oracle_status_output.py
from prometheus_client import Gauge,start_http_server
import random
import subprocess
import time
import cx_Oracle

class Oracle_Status_Output:
    def __init__(self,db_name,db_password,db_tns):
        try:
            self.db = cx_Oracle.connect(db_name,db_tns)
            self.cursor = self.db.cursor()
        except Exception as e:
            print(‘Wrong‘)
            print(e)
    def oracle_status_select(self,sql):
        try:
            self.cursor.execute(sql)
            v_result=self.cursor.fetchall()
            return v_result
        except Exception as e:
            print(e)
    def close(self):
        self.db.close()
if __name__ == "__main__":     start_http_server(9300)     #session     session = Gauge(‘session‘,‘Description of gauge‘,[‘mylabelname‘])     process = Gauge(‘process‘,[‘mylabelname‘])     #tablespace     tablespace_used = Gauge(‘tablespace_used‘,[‘mylabelname‘])     #wait_classes     wait_class = Gauge(‘wait_class‘,[‘mylabelname‘])     #sga_info     sga_info = Gauge(‘sga_info‘,[‘mylabelname‘])     #hits_info     hits_info = Gauge(‘hits_info‘,[‘mylabelname‘])     #archive_log_size     archive_log_info = Gauge(‘archive_log_info‘,[‘mylabelname‘])     #Oracle lock     lock_info = Gauge(‘lock_info‘,[‘mylabelname‘])     #redo_info     redo_info = Gauge(‘redo_info‘,[‘mylabelname‘])     #net_info     net_info = Gauge(‘net_info‘,[‘mylabelname‘])     print(‘Prometheus Gauge Data type initialization ok‘)     while True:         #time.sleep(0.5)         pro_db = Oracle_Status_Output(‘dbadmin‘,‘QazWsx12‘,‘localhost:1521/paydb‘)         v_session=pro_db.oracle_status_select("select initcap(s.TYPE)||‘_‘||initcap(s.STATUS) status,count(s.STATUS) from v$session s group by  s.TYPE,s.STATUS order by status")         v_process=pro_db.oracle_status_select("select ‘Process_Count‘,count(1) from v$process")         v_tablespace=pro_db.oracle_status_select("SELECT x.tablespace_name||‘(%)‘,x.USED_RATE FROM (select * from (select a.TABLESPACE_NAME TABLESPACE_NAME,ROUND((a.total-b.free_space)/a.total*100,2) as USED_RATE from (select TABLESPACE_NAME,sum(bytes/1024/1024) total from dba_data_files group by TABLESPACE_NAME) a,(select TABLESPACE_NAME,sum(bytes/1024/1024) free_space from dba_free_space group by tablespace_name) b where a.TABLESPACE_NAME=b.TABLESPACE_NAME) UNION all select * from (select c.TABLESPACE_NAME TABLESPACE_NAME,ROUND((c.total-d.free_space)/c.total*100,sum(bytes/1024/1024) total from dba_temp_files group by TABLESPACE_NAME) c,sum(FREE_SPACE/1024/1024) free_space from dba_temp_free_space group by tablespace_name)d where c.TABLESPACE_NAME=d.TABLESPACE_NAME)) X order by USED_RATE desc")         v_wait_class=pro_db.oracle_status_select("SELECT s.WAIT_CLASS,sum(s.TIME_WAITED/1000) FROM v$system_event s group by s.WAIT_CLASS order by s.WAIT_CLASS")         v_shared_pool=pro_db.oracle_status_select("select sg.NAME||‘(GB)‘,trunc(sg.BYTES/1024/1024/1024,2) from v$sgainfo sg where sg.NAME in (‘Buffer Cache Size‘,‘Shared Pool Size‘) order by sg.name")         v_shared_pool_free_size=pro_db.oracle_status_select("SELECT ‘shared_pool_free‘||‘(GB)‘,trunc(sp.BYTES/1024/1024/1024,2) FROM V$SGASTAT sp WHERE NAME = ‘free memory‘ and pool=‘shared pool‘")         v_library_cache_hits=pro_db.oracle_status_select("select ‘Library_Cache_Hits‘||‘(%)‘,trunc(sum(ly.PINHITS)/sum(ly.PINS)*100,2) from v$librarycache ly")         v_buffer_pool_cache_hits=pro_db.oracle_status_select("SELECT ‘Buffer_Pool_Cache_Hits‘||‘(%)‘,(trunc(1-(PHYSICAL_READS/(DB_BLOCK_GETS+CONSISTENT_GETS)),2))*100 FROM V$BUFFER_POOL_STATISTICS WHERE NAME=‘DEFAULT‘")         v_sql_hard_prse_hit=pro_db.oracle_status_select("select ‘Hard_Parse_Hits‘||‘(%)‘,trunc((select st.VALUE from v$sysstat st  where st.NAME=‘parse count (hard)‘)/(select st.VALUE from v$sysstat st  where st.NAME=‘parse count (total)‘) *100,2) from dual")         v_archive_log_info=pro_db.oracle_status_select("select ‘Archive_Log_Size‘ || ‘(MB)‘,case when trunc(sum(s.BLOCKS * s.BLOCK_SIZE)/1024/1024,2) is null then 0 else trunc(sum(s.BLOCKS * s.BLOCK_SIZE)/1024/1024,2) end from v$archived_log s where s.DEST_ID = 1 and s.COMPLETION_TIME >= trunc(sysdate) and s.COMPLETION_TIME < trunc(sysdate + 1)")         v_archive_log_count=pro_db.oracle_status_select("select ‘Archive_Log_Count‘,count(1) from v$archived_log s where s.DEST_ID = 1 and s.COMPLETION_TIME >= trunc(sysdate) and s.COMPLETION_TIME < trunc(sysdate + 1)")         v_locke_count = pro_db.oracle_status_select("select ‘Lock_Count‘,count(1) from v$session s where s.STATUS=‘ACTIVE‘ AND s.LOCKWAIT is not null and s.BLOCKING_SESSION_STATUS=‘VALID‘")         v_redo_info = pro_db.oracle_status_select("SELECT initcap(NAME),VALUE FROM V$SYSSTAT where NAME in  (‘redo entries‘,‘redo buffer allocation retries‘)")         v_net_info = pro_db.oracle_status_select("SELECT initcap(NAME)||‘(KB)‘,round(VALUE/1024,2) FROM V$SYSSTAT where NAME in (‘bytes received via sql*Net from client‘,‘bytes sent via sql*Net to client‘)")         print(‘Object initialization success ‘)         pro_db.close()         v_status=()         v_status_name=()         def ResultOutput(v_status,v_status_name):             for i in range(int(len(v_status))):                 v_status_name.labels(mylabelname=v_status[i][0]).set(v_status[i][1])         try:             ResultOutput(v_session,session)             ResultOutput(v_process,process)             ResultOutput(v_tablespace,tablespace_used)             ResultOutput(v_wait_class,wait_class)             ResultOutput(v_shared_pool,sga_info)             ResultOutput(v_shared_pool_free_size,sga_info)             ResultOutput(v_library_cache_hits,hits_info)             ResultOutput(v_buffer_pool_cache_hits,hits_info)             ResultOutput(v_sql_hard_prse_hit,hits_info)             ResultOutput(v_archive_log_info,archive_log_info)             ResultOutput(v_archive_log_count,archive_log_info)             ResultOutput(v_locke_count,lock_info)             ResultOutput(v_redo_info,redo_info)             ResultOutput(v_net_info,net_info)             pro_db.close()         except:             pass         print(time.strftime("%Y%m%d %H:%M:%S"),‘------ Successful capture of monitoring data‘)         print(‘‘)         time.sleep(0.3)         if False:             print(‘False==================================================‘)             break

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