mdserver-web/plugins/data_query/sql_mysql.py

# coding:utf-8

import sys
import io
import os
import time
import re
import pymongo
import json

import core.mw as mw

def singleton(cls):
    _instance = {}

    def inner():
        if cls not in _instance:
            _instance[cls] = cls()
        return _instance[cls]
    return inner


@singleton
class nosqlMySQL():

    __DB_PASS = None
    __DB_USER = None
    __DB_PORT = 3306
    __DB_HOST = '127.0.0.1'
    __DB_CONN = None
    __DB_ERR = None
    __DB_SOCKET = None

    __DB_LOCAL = None

    def __init__(self):
        pass
        
    def setSid(self, sid):
        self.__config = self.get_options(sid=sid)

    def conn(self):
        self.__DB_PORT = int(self.__config['port'])
        self.__DB_USER = self.__config['username']
        self.__DB_PASS = self.__config['password']
        self.__DB_SOCKET = self.__config['socket']

        try:
            db = mw.getMyORM()
            db.setPort(self.__DB_PORT)
            db.setPwd(self.__DB_PASS)
            db.setUser(self.__DB_USER)
            if self.__DB_SOCKET != '':
                db.setSocket(self.__DB_SOCKET)

            return db
        except Exception:
            self.__DB_ERR = mw.get_error_info()
        return False

    def sqliteDb(self, db_pos_name, dbname='databases'):
        mydb_path = mw.getServerDir() +'/'+db_pos_name
        name = 'mysql'
        conn = mw.M(dbname).dbPos(mydb_path, name)
        return conn

    # 获取配置项
    def get_options(self, sid=None):
        result = {}
        result['socket'] = ''
        result['port'] = 3306
        result['host'] = '127.0.0.1'
        result['username'] = 'root'

        if sid in ['mysql', 'mysql-apt', 'mysql-yum']:
            my_cnf_path = "{}/{}/etc/my.cnf".format(mw.getServerDir(),sid)

            mydb_content = mw.readFile(my_cnf_path)
            if not mydb_content: return False

            mysql_pass = self.sqliteDb(sid, 'config').where('id=?', (1,)).getField('mysql_root')
            result['password'] = mysql_pass
        
            keys = ["bind_ip", "port"]

            rep = r'port\s*=\s*(.*)'
            port_re = re.search(rep, mydb_content)
            if port_re:
                result['port'] = int(port_re.groups()[0].strip())
            socket_rep = r'socket\s*=\s*(.*)'
            socket_re = re.search(socket_rep, mydb_content)
            if socket_re:
                result['socket'] = socket_re.groups()[0].strip()
        return result

    def set_host(self, host, port, name, username, password, prefix=''):
        self.__DB_HOST = host
        self.__DB_PORT = int(port)
        self.__DB_NAME = name
        if self.__DB_NAME: self.__DB_NAME = str(self.__DB_NAME)
        self.__DB_USER = str(username)
        self._USER = str(username)
        self.__DB_PASS = str(password)
        self.__DB_PREFIX = prefix
        self.__DB_LOCAL = 1
        return self

    def getServerList(self):
        my_cnf_path = "{}/mysql/etc/my.cnf".format(mw.getServerDir())
        data = []

        local_mysql = "{}/mysql/etc/my.cnf".format(mw.getServerDir())
        if os.path.exists(local_mysql):
            data.append({'name':'本地服务器', 'val':'mysql'})

        local_mysql_apt = "{}/mysql-apt/etc/my.cnf".format(mw.getServerDir())
        if os.path.exists(local_mysql_apt):
            data.append({'name':'本地服务器[apt]', 'val':'mysql-apt'})

        local_mysql_yum = "{}/mysql-yum/etc/my.cnf".format(mw.getServerDir())
        if os.path.exists(local_mysql_yum):
            data.append({'name':'本地服务器[yum]', 'val':'mysql-yum'})
        return mw.returnData(True, 'ok', data)

@singleton
class nosqlMySQLCtr():

    def __init__(self):
        pass

    def getServerList(self, args):
        instance = nosqlMySQL()
        return instance.getServerList()

    def getInstanceBySid(self, sid):
        instance = nosqlMySQL()
        instance.setSid(sid)
        return instance

    def getDbList(self, args):
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        result = {}
        db_list = my_instance.query('show databases')
        rlist = []
        for x in db_list:
            if not x['Database'] in ['information_schema', 'mysql', 'performance_schema','sys']:
                rlist.append(x['Database'])
        result['list'] = rlist
        return mw.returnData(True,'ok', result)

    def getTableList(self, args):
        sid = args['sid']
        db = args['db']

        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        sql = "select * from information_schema.tables where table_schema = '"+db+"'"
        table_list = my_instance.query(sql)
        # print(table_list)

        rlist = []
        for x in table_list:
            # print(x['TABLE_NAME'])
            rlist.append(x['TABLE_NAME'])
        result = {}
        result['list'] = rlist
        return mw.returnData(True,'ok', result)

    def getDataList(self, args):
        sid = args['sid']
        db = args['db']
        table = args['table']
        if table == '':
            page_args = {}
            page_args['count'] = 0
            page_args['tojs'] = 'mysqlGetDataList'
            page_args['p'] = 1
            page_args['row'] = 10

            rdata = {}
            rdata['page'] = mw.getPage(page_args)
            rdata['list'] = []
            rdata['count'] = 0
            return mw.returnData(True,'ok', rdata)

        p = 1
        size = 10
        if 'p' in args:
            p = args['p']

        if 'size' in args:
            size = args['size']

        start_index = (p - 1) * size


        args_where = {}
        where_sql = ''
        if 'where' in args:
            args_where = args['where']
            if 'field' in args_where:
                if args_where['field'] == 'id' or args_where['field'].find('id')>-1:
                    where_sql = ' where '+args_where['field'] + " = '"+args_where['value']+"' "
                else:
                    where_sql = ' where '+args_where['field'] + " like '%"+args_where['value']+"%' "

        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        my_instance.setDbName(db)
        sql = 'select count(*) as num from ' + table + where_sql
        # print(sql)
        count_result = my_instance.query(sql)
        count = count_result[0]['num']


        sql = 'select * from ' + table + where_sql + ' limit '+str(start_index)+',10';
        # print(sql)
        result = my_instance.query(sql)

        for i in range(len(result)):
            for f in result[i]:
                result[i][f] = str(result[i][f])

        # print(result)

        page_args = {}
        page_args['count'] = count
        page_args['tojs'] = 'mysqlGetDataList'
        page_args['p'] = p
        page_args['row'] = size

        rdata = {}
        rdata['page'] = mw.getPage(page_args)
        rdata['list'] = result
        rdata['count'] = count

        rdata['soso_field'] = ''
        if 'field' in args_where:
            rdata['soso_field'] = args_where['field']

        return mw.returnData(True,'ok', rdata)

    def showProcessList(self,args):
        sql = 'show processlist';
        sid = args['sid']

        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        result = my_instance.query(sql)
        rdata = {}
        rdata['list'] = result
        return mw.returnData(True,'ok', rdata)

    def showStatusList(self,args):
        sql = 'show status';
        sid = args['sid']

        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        result = my_instance.query(sql)
        rdata = {}
        rdata['list'] = result
        return mw.returnData(True,'ok', rdata)

    def showStatsList(self, args):
        sql = "show status like 'Com_%'";
        sid = args['sid']

        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        result = my_instance.query(sql)
        rdata = {}
        rdata['list'] = result
        return mw.returnData(True,'ok', rdata)

    def getNetRow(self, my_instance):
        row = {}

        data = my_instance.find("SHOW GLOBAL STATUS LIKE 'Com_select'")
        row['select'] = data['Value']

        data = my_instance.find("SHOW GLOBAL STATUS LIKE 'Com_insert'")
        row['insert'] = data['Value']

        data = my_instance.find("SHOW GLOBAL STATUS LIKE 'Com_update'")
        row['update'] = data['Value']

        data = my_instance.find("SHOW GLOBAL STATUS LIKE 'Com_delete'")
        row['delete']  = data['Value']

        

        data = my_instance.find("SHOW GLOBAL STATUS LIKE 'Bytes_received'")
        row['recv_bytes']  = data['Value']

        data = my_instance.find("SHOW GLOBAL STATUS LIKE 'Bytes_sent'")
        row['send_bytes']  = data['Value']
        return row


    def getNetList(self, args):
        from datetime import datetime
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        rdata = []
        row = {}
        row1 = self.getNetRow(my_instance)
        # 等待1秒
        time.sleep(1)
        row2 = self.getNetRow(my_instance)

        data = my_instance.find("SHOW GLOBAL VARIABLES LIKE 'max_connections'")
        row['max_conn'] = data['Value']

        data = my_instance.find("SHOW GLOBAL STATUS LIKE 'Threads_connected'")
        row['conn']  = data['Value']

        current_time = datetime.now()
        row['current_time'] = current_time.strftime("%Y-%m-%d %H:%M:%S")

        row['select'] = int(row2['select']) - int(row1['select'])
        row['insert'] = int(row2['insert']) - int(row1['insert'])
        row['update'] = int(row2['update']) - int(row1['update'])
        row['delete'] = int(row2['delete']) - int(row1['delete'])

        recv_per_second = int(row2['recv_bytes']) - int(row1['recv_bytes'])
        send_per_second = int(row2['send_bytes']) - int(row1['send_bytes'])

        # 将每秒接收和发送数据量从字节转换为兆比特
        row['recv_mbps'] = "{:.2f}".format(recv_per_second * 8 / 1000000) + " MBit/s" 
        row['send_mbps'] = "{:.2f}".format(send_per_second * 8 / 1000000) + " MBit/s"

        rdata.append(row)
        return mw.returnData(True, 'ok', rdata)


    def getTopnList(self, args):
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        is_performance_schema = my_instance.find("SELECT @@performance_schema")
        if is_performance_schema["@@performance_schema"] == 0:
            msg = "performance_schema参数未开启。\n"
            msg += "在my.cnf配置文件里添加performance_schema=1，并重启mysqld进程生效。"
            return mw.returnData(False, msg)

        my_instance.execute("SET @sys.statement_truncate_len=4096")
        data = my_instance.query("select query,db,last_seen,exec_count,max_latency,avg_latency from sys.statement_analysis order by exec_count desc, last_seen desc limit 20")
        if data is None:
            return mw.returnData(False, "查询失败!")

        filter_db = args['filter_db']
        if filter_db == 'yes':
            new_data = []
            for x in data:
                if x['db'] is not None:
                    new_data.append(x)
            return mw.returnData(True, 'ok', new_data)
        return mw.returnData(True, 'ok', data)

    # 查看重复或冗余的索引
    def getRedundantIndexes(self, args):
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        is_performance_schema = my_instance.find("SELECT @@performance_schema")
        if is_performance_schema["@@performance_schema"] == 0:
            msg = "performance_schema参数未开启。\n"
            msg += "在my.cnf配置文件里添加performance_schema=1，并重启mysqld进程生效。"
            return mw.returnData(False, msg)

        data = my_instance.query("select table_schema,table_name,redundant_index_name,redundant_index_columns,sql_drop_index from sys.schema_redundant_indexes")
        if data is None:
            return mw.returnData(False, "查询失败!")
        # print(data)
        return mw.returnData(True, 'ok', data)

    def redundantIndexesCmd(self, args):
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        is_performance_schema = my_instance.find("SELECT @@performance_schema")
        if is_performance_schema["@@performance_schema"] == 0:
            msg = "performance_schema参数未开启。\n"
            msg += "在my.cnf配置文件里添加performance_schema=1，并重启mysqld进程生效。"
            return mw.returnData(False, msg)

        data = my_instance.query("select table_schema,table_name,redundant_index_name,redundant_index_columns,sql_drop_index from sys.schema_redundant_indexes")
        if data is None:
            return mw.returnData(False, "查询失败!")

        index = int(args['index'])

        cmd = data[index]['sql_drop_index']

        my_instance.execute(cmd)
        return mw.returnData(True, '执行成功!')

    def getTableInfo(self, args):
        from decimal import Decimal

        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        my_instance.execute("SET sql_mode=(SELECT REPLACE(@@sql_mode,'ONLY_FULL_GROUP_BY',''))")
        data = my_instance.query(
            """
            SELECT t.TABLE_SCHEMA as TABLE_SCHEMA, t.TABLE_NAME as TABLE_NAME, t.ENGINE as ENGINE,
                IFNULL(t.DATA_LENGTH/1024/1024/1024, 0) as DATA_LENGTH,
                IFNULL(t.INDEX_LENGTH/1024/1024/1024, 0) as INDEX_LENGTH,
                IFNULL((DATA_LENGTH+INDEX_LENGTH)/1024/1024/1024, 0) AS TOTAL_LENGTH,
                c.column_name AS COLUMN_NAME, c.data_type AS DATA_TYPE, c.COLUMN_TYPE AS COLUMN_TYPE,
                t.AUTO_INCREMENT AS AUTO_INCREMENT, locate('unsigned', c.COLUMN_TYPE) = 0 AS IS_SIGNED 
            FROM information_schema.TABLES t 
            JOIN information_schema.COLUMNS c ON t.TABLE_SCHEMA = c.TABLE_SCHEMA AND t.table_name=c.table_name 
            WHERE t.TABLE_SCHEMA NOT IN ('mysql', 'information_schema', 'performance_schema', 'sys') 
            GROUP BY TABLE_NAME 
            ORDER BY TOTAL_LENGTH DESC, AUTO_INCREMENT DESC;
            """
        )

        if data is None:
            return mw.returnData(True, 'ok', [])

        for i in range(len(data)):
            row = data[i]

            data[i]['DATA_LENGTH'] = round(row['DATA_LENGTH'] or 0, 2)
            data[i]['INDEX_LENGTH'] = round(row['INDEX_LENGTH'] or 0, 2)
            data[i]['TOTAL_LENGTH'] = round(row['TOTAL_LENGTH'] or 0, 2)

            AUTO_INCREMENT = row['AUTO_INCREMENT']
            DATA_TYPE = row['DATA_TYPE']
            IS_SIGNED = row['IS_SIGNED']
            RESIDUAL_AUTO_INCREMENT = 0
            if AUTO_INCREMENT is not None:
                if DATA_TYPE == 'tinyint':
                    if IS_SIGNED == 0:
                        RESIDUAL_AUTO_INCREMENT = int(255 - AUTO_INCREMENT)
                    if IS_SIGNED == 1:
                        RESIDUAL_AUTO_INCREMENT = int(127 - AUTO_INCREMENT)

                if DATA_TYPE == 'smallint':
                    if IS_SIGNED == 0:
                        RESIDUAL_AUTO_INCREMENT = int(65535 - AUTO_INCREMENT)
                    if IS_SIGNED == 1:
                        RESIDUAL_AUTO_INCREMENT = int(32767 - AUTO_INCREMENT)

                if DATA_TYPE == 'int':
                    if IS_SIGNED == 0:
                        RESIDUAL_AUTO_INCREMENT = int(4294967295 - AUTO_INCREMENT)
                    if IS_SIGNED == 1:
                        RESIDUAL_AUTO_INCREMENT = int(2147483647 - AUTO_INCREMENT)

                if DATA_TYPE == 'bigint':
                    if IS_SIGNED == 0:
                        RESIDUAL_AUTO_INCREMENT = Decimal("18446744073709551615") - Decimal(AUTO_INCREMENT)
                    if IS_SIGNED == 1:
                        RESIDUAL_AUTO_INCREMENT = Decimal("9223372036854775807") - Decimal(AUTO_INCREMENT)
            else:
                RESIDUAL_AUTO_INCREMENT = "主键非自增"
            data[i]['RESIDUAL_AUTO_INCREMENT'] = RESIDUAL_AUTO_INCREMENT
        return mw.returnData(True, 'ok', data)

    # 查看应用端IP连接数总和
    def getConnCount(self, args):
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        data = my_instance.query(
            "SELECT user,db,substring_index(HOST,':',1) AS Client_IP,count(1) AS count FROM information_schema.PROCESSLIST "
            "GROUP BY user,db,substring_index(HOST,':',1) ORDER BY COUNT(1) DESC"
        )

        for i in range(len(data)):
            if data[i]['db'] is None:
                data[i]['db'] = '空'

            if data[i]['Client_IP'] == '':
                data[i]['Client_IP'] = '空'

        # data2 = my_instance.query("SELECT USER, COUNT(*) as nums FROM information_schema.PROCESSLIST GROUP BY USER ORDER BY COUNT(*) DESC")
        # print(data)
        # print(data2)
        return mw.returnData(True, 'ok', data)

    # 快速找出没有主键的表
    def getFpkInfo(self, args):
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        data = my_instance.query(
            """
            SELECT t.table_schema,
                   t.table_name
            FROM information_schema.tables t
            LEFT JOIN information_schema.key_column_usage k
                 ON t.table_schema = k.table_schema
                    AND t.table_name = k.table_name
                    AND k.constraint_name = 'PRIMARY'
            WHERE t.table_schema NOT IN ('mysql', 'information_schema', 'sys', 'performance_schema')
              AND k.constraint_name IS NULL
              AND t.table_type = 'BASE TABLE';
            """
        )
        return mw.returnData(True, 'ok', data)

    def getLockSql(self, args):
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        data = my_instance.query(
            """
            SELECT 
                a.trx_id AS trx_id, 
                a.trx_state AS trx_state, 
                a.trx_started AS trx_started, 
                b.id AS processlist_id, 
                b.info AS info, 
                b.user AS user, 
                b.host AS host, 
                b.db AS db, 
                b.command AS command, 
                b.state AS state, 
                CONCAT('KILL QUERY ', b.id) AS sql_kill_blocking_query
            FROM 
                information_schema.INNODB_TRX a, 
                information_schema.PROCESSLIST b 
            WHERE 
                a.trx_mysql_thread_id = b.id
            ORDER BY 
                a.trx_started
            """
        )
        return mw.returnData(True, 'ok', data)

    def killLockPid(self, args):
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        pid = args['pid']
        my_instance.execute('kill %s' % pid)
        return mw.returnData(True, '执行成功!')

    def killAllLock(self, args):
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        data = self.getLockSql(args)
        if data['status']:
            pid_data = data['data']
            for x in pid_data:
                my_instance.execute('kill %s' % x['processlist_id'])
        return mw.returnData(True, '执行成功!')

    

    def getDeadlockInfo(self, args):
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        data = my_instance.find("SHOW ENGINE INNODB STATUS")
        if data is not None:
            innodb_status = data['Status']
            deadlock_info = re.search(r"LATEST DETECTED DEADLOCK.*?WE ROLL BACK TRANSACTION\s+\(\d+\)", innodb_status, re.DOTALL)
            if deadlock_info is None:
                return mw.returnData(True, 'ok', '无锁表')
            return mw.returnData(True, 'ok', deadlock_info.group(0))
        return mw.returnData(True, 'ok', '无锁表')

    def getSlaveStatus(self, args):
        sid = args['sid']
        my_instance = self.getInstanceBySid(sid).conn()
        if my_instance is False:
            return mw.returnData(False,'无法链接')

        slave_info = my_instance.find('SHOW SLAVE STATUS')
        if slave_info is None:
            return mw.returnData(True, 'ok', '未开启从库!')

        msg = ''
        if slave_info['Auto_Position'] != 1:
            msg += '你没有开启基于GTID全局事务ID复制，请确保CHANGE MASTER TO MASTER_AUTO_POSITION = 1.\n'


        if slave_info['Slave_IO_Running'] == 'Yes' and slave_info['Slave_SQL_Running'] == 'Yes':
            if slave_info['Seconds_Behind_Master'] == 0:
                msg = "同步正常，无延迟"
                return mw.returnData(True, 'ok', msg)
            else:
                return mw.returnData(True, 'ok', '同步正常，但有延迟，延迟时间为：%s' % slave_info['Seconds_Behind_Master'])
        else:
            msg = '主从复制报错，请检查\nSlave_IO_Running状态值是：%s, |  Slave_SQL_Running状态值是：%s\nLast_Error错误信息是：%s\nLast_SQL_Error错误信息是：%s\n' \
            % (slave_info['Slave_IO_Running'], slave_info['Slave_SQL_Running'], slave_info['Last_Error'], slave_info['Last_SQL_Error'])
            error_dict = my_instance.find('select LAST_ERROR_NUMBER,LAST_ERROR_MESSAGE,LAST_ERROR_TIMESTAMP from performance_schema.replication_applier_status_by_worker ORDER BY LAST_ERROR_TIMESTAMP desc limit 1')
            msg += '错误号是：%s \n' % error_dict['LAST_ERROR_NUMBER']
            msg += '错误信息是：%s \n' % error_dict['LAST_ERROR_MESSAGE']
            msg += '报错时间是：%s \n' % error_dict['LAST_ERROR_TIMESTAMP']
            msg += 'MySQL Replication Health is NOT OK!'
            return mw.returnData(True, 'ok', msg)

# ---------------------------------- run ----------------------------------

def get_server_list(args):
    t = nosqlMySQLCtr()
    return t.getServerList(args)

# 获取 mysql 列表
def get_db_list(args):
    t = nosqlMySQLCtr()
    return t.getDbList(args)

# 获取 mysql 列表
def get_table_list(args):
    t = nosqlMySQLCtr()
    return t.getTableList(args)

def get_data_list(args):
    t = nosqlMySQLCtr()
    return t.getDataList(args)

def get_proccess_list(args):
    t = nosqlMySQLCtr()
    return t.showProcessList(args)

def get_status_list(args):
    t = nosqlMySQLCtr()
    return t.showStatusList(args)

def get_stats_list(args):
    t = nosqlMySQLCtr()
    return t.showStatsList(args)

# 查询执行次数最频繁的前N条SQL语句
def get_topn_list(args):
    t = nosqlMySQLCtr()
    return t.getTopnList(args)

# MySQL服务器的QPS/TPS/网络带宽指标
def get_net_list(args):
    t = nosqlMySQLCtr()
    return t.getNetList(args)

# 查看重复或冗余的索引
def get_redundant_indexes(args):
    t = nosqlMySQLCtr()
    return t.getRedundantIndexes(args)

# 删除重复或冗余的索引
def redundant_indexes_cmd(args):
    t = nosqlMySQLCtr()
    return t.redundantIndexesCmd(args)

# 统计库里每个表的大小
def get_table_info(args):
    t = nosqlMySQLCtr()
    return t.getTableInfo(args)

# 查看应用端IP连接数总和
def get_conn_count(args):
    t = nosqlMySQLCtr()
    return t.getConnCount(args)

# 快速找出没有主键的表
def get_fpk_info(args):
    t = nosqlMySQLCtr()
    return t.getFpkInfo(args)

# 查看当前锁阻塞的SQL
def get_lock_sql(args):
    t = nosqlMySQLCtr()
    return t.getLockSql(args)

# KILL阻塞SQL
def kill_lock_pid(args):
    t = nosqlMySQLCtr()
    return t.killLockPid(args)

# KILL阻塞SQL
def kill_all_lock(args):
    t = nosqlMySQLCtr()
    return t.killAllLock(args)

# 查看死锁信息
def get_deadlock_info(args):
    t = nosqlMySQLCtr()
    return t.getDeadlockInfo(args)

# 查看主从复制信息
def get_slave_status(args):
    t = nosqlMySQLCtr()
    return t.getSlaveStatus(args)






# 测试
def test(args):
    sid = args['sid']
    t = nosqlMySQLCtr()
    print(t.get_options())
    print("test")
    return 'ok'