--sqlserver 日常检查脚本
print '----------------------------'
print ' 0.sqlserver all information ' print '----------------------------' print ' ' print '*********************************' --Step 1: Setting NulLs and quoted IDentifIErs to ON and checking the version of sql Server GO SET ANSI_NulLS ON GO SET QUOTED_IDENTIFIER ON GO IF EXISTS (SELECT * FROM dbo.sysobjects WHERE ID = OBJECT_ID(N'prodver') AND OBJECTPROPERTY(ID,N'IsUsertable') = 1) drop table prodver create table prodver ([index] int,name nvarchar(50),Internal_value int,Charcater_Value nvarchar(50)) insert into prodver exec xp_msver 'ProductVersion' if (select substring(Charcater_Value,1,1)from prodver)!=8 begin -- Step 2: This code will be used if the instance is Not sql Server 2000 Declare @image_path nvarchar(100) Declare @startup_type int Declare @startuptype nvarchar(100) Declare @start_username nvarchar(100) Declare @instance_name nvarchar(100) Declare @system_instance_name nvarchar(100) Declare @log_directory nvarchar(100) Declare @key nvarchar(1000) Declare @registry_key nvarchar(100) Declare @registry_key1 nvarchar(300) Declare @registry_key2 nvarchar(300) Declare @IpAddress nvarchar(20) Declare @domain nvarchar(50) Declare @cluster int Declare @instance_name1 nvarchar(100) -- Step 3: Reading registry keys for IP,BinarIEs,Startup type,startup username,errorlogs location and domain. SET @instance_name = coalesce(convert(nvarchar(100),serverproperty('Instancename')),'MSsqlSERVER'); If @instance_name!='MSsqlSERVER' Set @instance_name=@instance_name Set @instance_name1= coalesce(convert(nvarchar(100),'MSsqlSERVER'); If @instance_name1!='MSsqlSERVER' Set @instance_name1='MSsql$'+@instance_name1 EXEC master.dbo.xp_regread N'HKEY_LOCAL_MACHINE',N'Software\Microsoft\Microsoft sql Server\Instance names\sql',@instance_name,@system_instance_name output; Set @key=N'SYstem\CurrentControlSet\Services\' +@instance_name1; SET @registry_key = N'Software\Microsoft\Microsoft sql Server\' + @system_instance_name + '\MSsqlServer\Parameters'; If @registry_key is NulL set @instance_name=coalesce(convert(nvarchar(100),'MSsqlSERVER'); EXEC master.dbo.xp_regread N'HKEY_LOCAL_MACHINE',@system_instance_name output; SET @registry_key = N'Software\Microsoft\Microsoft sql Server\' + @system_instance_name + '\MSsqlServer\Parameters'; SET @registry_key1 = N'Software\Microsoft\Microsoft sql Server\' + @system_instance_name + '\MSsqlServer\supersocketnetlib\TCP\IP1'; SET @registry_key2 = N'SYstem\ControlSet001\Services\Tcpip\Parameters\'; EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@key,@value_name='ImagePath',@value=@image_path OUTPUT EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@value_name='Start',@value=@startup_type OUTPUT EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@value_name='Objectname',@value=@start_username OUTPUT EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@registry_key,@value_name='sqlArg1',@value=@log_directory OUTPUT EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@registry_key1,@value_name='IpAddress',@value=@IpAddress OUTPUT EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@registry_key2,@value_name='Domain',@value=@domain OUTPUT Set @startuptype= (select 'Start Up Mode' = CASE WHEN @startup_type=2 then 'autoMATIC' WHEN @startup_type=3 then 'MANUAL' WHEN @startup_type=4 then 'Disabled' END) --Step 4: Getting the cluster node names if the server is on cluster .else this value will be NulL. declare @Out nvarchar(400) SELECT @Out = COALESCE(@Out+'','') + Nodename from sys.dm_os_cluster_nodes -- Step 5: printing Server details SELECT @domain as 'Domain', serverproperty('ComputernamePhysicalNetBIOS') as 'Machinename', cpu_COUNT as 'cpuCount',(physical_memory_in_bytes/1048576) as 'PhysicalMemoryMB', @Ipaddress as 'IP_Address', @instance_name1 as 'Instancename',@image_path as 'BinarIEsPath', @log_directory as 'ErrorLogsLocation', @start_username as 'StartupUser', @Startuptype as 'StartupType', serverproperty('Productlevel') as 'ServicePack', serverproperty('edition') as 'Edition', serverproperty('productversion') as 'Version', serverproperty('collation') as 'Collation', serverproperty('Isclustered') as 'ISClustered', @out as 'ClusterNodes', serverproperty('IsFullTextInstalled') as 'ISFullText' From sys.dm_os_sys_info -- Step 6: Printing database details SELECT serverproperty ('ComputernamePhysicalNetBIOS') as 'Machine' ,@instance_name1 as Instancename, (SELECT 'file_type' = CASE WHEN s.groupID <> 0 THEN 'data' WHEN s.groupID = 0 THEN 'log' END) AS 'fileType' ,d.dbID as 'DBID' ,d.name AS 'DBname' ,s.name AS 'Logicalfilename' ,s.filename AS 'Physicalfilename' ,(s.size * 8 / 1024) AS 'fileSizeMB' -- file size in MB ,d.cmptlevel as 'CompatibilityLevel' ,DATABASEPROPERTYEX (d.name,'Recovery') as 'RecoveryModel' ,'Status') as 'DatabaseStatus', --,d.is_published as 'Publisher' --,d.is_subscribed as 'Subscriber' --,d.is_distributor as 'distributor' (SELECT 'is_replication' = CASE WHEN d.category = 1 THEN 'Published' WHEN d.category = 2 THEN 'subscribed' WHEN d.category = 4 THEN 'Merge published' WHEN d.category = 8 THEN 'merge subscribed' Else 'NO replication' END) AS 'Is_replication' ,m.mirroring_state as 'MirroringState' --INTO master.[dbo].[databasedetails] FROM sys.sysdatabases d INNER JOIN sys.sysaltfiles s ON d.dbID=s.dbID INNER JOIN sys.database_mirroring m ON d.dbID=m.database_ID ORDER BY d.name --Step 7 :printing Backup details Select distinct b.machine_name as 'Servername', b.server_name as 'Instancename', b.database_name as 'Databasename', d.database_ID 'DBID', CASE b.[type] WHEN 'D' THEN 'Full' WHEN 'I' THEN 'Differential' WHEN 'L' THEN 'Transaction Log' END as 'BackupType' --INTO [dbo].[backupdetails] from sys.databases d inner join msdb.dbo.backupset b On b.database_name =d.name End else begin --Step 8: If the instance is 2000 this code will be used. declare @registry_key4 nvarchar(100) declare @Host_name varchar(100) declare @cpu varchar(3) declare @nodes nvarchar(400) set @nodes =null /* We are not able to trap the node names for sql Server 2000 so far*/ declare @mirroring varchar(15) set @mirroring ='NOT APPliCABLE' /*Mirroring does not exist in sql Server 2000*/ Declare @reg_node1 varchar(100) Declare @reg_node2 varchar(100) Declare @reg_node3 varchar(100) Declare @reg_node4 varchar(100) SET @reg_node1 = N'Cluster\Nodes\1' SET @reg_node2 = N'Cluster\Nodes\2' SET @reg_node3 = N'Cluster\Nodes\3' SET @reg_node4 = N'Cluster\Nodes\4' Declare @image_path1 varchar(100) Declare @image_path2 varchar(100) Declare @image_path3 varchar(100) Declare @image_path4 varchar(100) set @image_path1=null set @image_path2=null set @image_path3=null set @image_path4=null Exec master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@reg_node1,@value_name='Nodename',@value=@image_path1 OUTPUT Exec master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@reg_node2,@value=@image_path2 OUTPUT Exec master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@reg_node3,@value=@image_path3 OUTPUT Exec master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@reg_node4,@value=@image_path4 OUTPUT IF EXISTS (SELECT * FROM dbo.sysobjects WHERE ID = OBJECT_ID(N'nodes') AND OBJECTPROPERTY(ID,N'IsUsertable') = 1) drop table nodes Create table nodes (name varchar (20)) insert into nodes values (@image_path1) insert into nodes values (@image_path2) insert into nodes values (@image_path3) insert into nodes values (@image_path4) --declare @Out nvarchar(400) --declare @value nvarchar (20) SELECT @Out = COALESCE(@Out+'/','') + name from nodes where name is not null -- Step 9: Reading registry keys for Number of cpus,errorlogs location and domain. SET @instance_name = coalesce(convert(nvarchar(100),'MSsqlSERVER'); IF @instance_name!='MSsqlSERVER' BEGIN set @system_instance_name=@instance_name set @instance_name='MSsql$'+@instance_name SET @key=N'SYstem\CurrentControlSet\Services\' +@instance_name; SET @registry_key = N'Software\Microsoft\Microsoft sql Server\' + @system_instance_name + '\MSsqlServer\Parameters'; SET @registry_key1 = N'Software\Microsoft\Microsoft sql Server\' + @system_instance_name + '\Setup'; SET @registry_key2 = N'SYstem\CurrentControlSet\Services\Tcpip\Parameters\'; SET @registry_key4 = N'SYstem\CurrentControlSet\Control\Session Manager\Environment' EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@value_name='sqlPath',@value=@image_path OUTPUT EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@value=@startup_type OUTPUT EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@value=@start_username OUTPUT EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@value=@log_directory OUTPUT EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@value=@domain OUTPUT EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@registry_key4,@value_name='NUMBER_OF_PROCESSORS',@value=@cpu OUTPUT END IF @instance_name='MSsqlSERVER' BEGIN SET @key=N'SYstem\CurrentControlSet\Services\' +@instance_name; SET @registry_key = N'Software\Microsoft\MSsqlSERVER\MSsqlServer\Parameters'; SET @registry_key1 = N'Software\Microsoft\MSsqlSERVER\Setup'; SET @registry_key2 = N'SYstem\CurrentControlSet\Services\Tcpip\Parameters\'; SET @registry_key4 = N'SYstem\CurrentControlSet\Control\Session Manager\Environment' EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@value=@log_directory OUTPUT --EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@value=@IpAddress OUTPUT EXEC master.dbo.xp_regread 'HKEY_LOCAL_MACHINE',@value=@cpu OUTPUT END set @startuptype= (select 'Start Up Mode' = CASE WHEN @startup_type=2 then 'autoMATIC' WHEN @startup_type=3 then 'MANUAL' WHEN @startup_type=4 then 'Disabled' END) --Step 10 : Using ipconfig and xp_msver to get physical memory and IP IF EXISTS (SELECT * FROM dbo.sysobjects WHERE ID = OBJECT_ID(N'tmp') AND OBJECTPROPERTY(ID,N'IsUsertable') = 1) DROP table tmp create table tmp (server varchar(100)default cast( serverproperty ('Machinename') as varchar),[index] int,name sysname,internal_value int,character_value varchar(30)) insert into tmp([index],name,internal_value,character_value) exec xp_msver PhysicalMemory IF EXISTS (SELECT * FROM dbo.sysobjects WHERE ID = OBJECT_ID(N'ipadd') AND OBJECTPROPERTY(ID,N'IsUsertable') = 1) drop table ipadd create table ipadd (server varchar(100)default cast( serverproperty ('Machinename') as varchar),IP varchar (100)) insert into ipadd (IP)exec xp_cmdshell 'ipconfig' delete from ipadd where ip not like '%IP Address.%' or IP is null -- Step 11 : Getting the Server details SELECT top 1 @domain as 'Domain', serverproperty('Machinename') as 'Machinename', @cpu as 'cpuCount',cast (t.internal_value as bigint) as PhysicalMemoryMB,cast(substring ( I.IP,44,41) as nvarchar(20))as IP_Address,serverproperty('Instancename') as 'Instancename', @image_path as 'BinarIEsPath', @Out as 'ClustreNodes',serverproperty('IsFullTextInstalled') as 'ISFullText' From tmp t inner join IPAdd I on t.server = I.server --Step 12 : Getting the instance details SELECT serverproperty ('Machinename') as 'Machine', serverproperty ('Instancename') as 'Instancename', (SELECT 'file_type' = CASE WHEN s.groupID <> 0 THEN 'data' WHEN s.groupID = 0 THEN 'log' END) AS 'fileType' ,s.filename AS 'Physicalfilename' ,(s.size * 8 / 1024) AS 'fileSizeMB' -- file size in MB ,d.cmptlevel as 'CompatibilityLevel' ,'Recovery') as 'RecoveryModel' , (SELECT 'is_replication' = CASE WHEN d.category = 1 THEN 'Published' WHEN d.category = 2 THEN 'subscribed' WHEN d.category = 4 THEN 'Merge published' WHEN d.category = 8 THEN 'merge subscribed' Else 'NO replication' END) AS 'Is_replication', @Mirroring as 'MirroringState' FROM sysdatabases d INNER JOIN sysaltfiles s ON d.dbID=s.dbID ORDER BY d.name --Step 13 : Getting backup details Select distinct b.machine_name as 'Servername', d.dbID 'DBID', CASE b.[type] WHEN 'D' THEN 'Full' WHEN 'I' THEN 'Differential' WHEN 'L' THEN 'Transaction Log' END as 'BackupType' from sysdatabases d inner join msdb.dbo.backupset b On b.database_name =d.name --Step 14: DropPing the table we created for IP and Physical memory Drop table TMP Drop table IPADD drop table Nodes end go --Step 15 : Setting Nulls and Quoted IDentifIEr back to Off SET ANSI_NulLS OFF GO SET QUOTED_IDENTIFIER OFF GO print '*********************************' print ' ' print ' ' print ' ' print ' ' print '----------------------------' print ' 1.sqlserver all information ' print '----------------------------' print ' ' print '*********************************' use master go print 'ths information about sqlserver ' print ' ' print @@version go print ' ' print ' ' select cast(serverproperty('productversion') as varchar(30)) as 产品版本号,cast(serverproperty('productlevel') as varchar(30)) as sp_level,cast(serverproperty('edition') as varchar(30)) as 版本 go print ' ' print ' ' print 'sqlSERVER max user connect ' print ' ' print @@max_connections go print '*********************************' print ' ' print ' ' print ' ' print '----------------------------' print '2.查看服务器有哪些数据库' print '----------------------------' print '*********************************' print ' ' SELECT Databasename,DataSize,LogSize,DataSize+LogSize AS TotalSize,Collation,RecoveryType,autoClose,autoShrink FROM (SELECT DBID,CASE Sum(size*8/1024) WHEN 0 THEN 1 ELSE Sum(size*8/1024) END AS DataSize FROM master..sysaltfiles WHERE GroupID <> 0 GROUP BY DBID) q1 INNER JOIN (SELECT DBID,CASE Sum(size*8/1024) WHEN 0 THEN 1 ELSE Sum(size*8/1024) END AS LogSize FROM master..sysaltfiles WHERE GroupID = 0 GROUP BY DBID) q2 ON q1.DBID = q2.DBID INNER JOIN (SELECT DBID,[name] AS Databasename,CONVERT(varchar(100),DATABASEPROPERTYEX([name],'Collation')) AS Collation,'Recovery')) AS RecoveryType,CASE CONVERT(varchar(10),'IsautoClose')) WHEN 0 THEN '-' WHEN 1 THEN 'Yes' END AS autoClose, CASE CONVERT(varchar(10),'IsautoShrink')) WHEN 0 THEN '-' WHEN 1 THEN 'Yes' END AS autoShrink FROM master.dbo.sysdatabases) q3 ON q1.DBID = q3.dbID ORDER BY Databasename print '*********************************' print ' ' print ' ' print ' ' print '----------------------------' print '3.查看每个数据库具体结构信息' print'----------------------------' print '*********************************' print ' ' use master go declare @databasename varchar(50) declare cur01 cursor for select name from sys.databases open cur01 fetch next from cur01 into @databasename while @@fetch_status=0 begin begin select 'databasename: '+ @databasename print ' ' exec sp_helpdb @databasename end fetch next from cur01 into @databasename; end; close cur01 deallocate cur01 go print '*********************************' print ' ' print ' ' print ' ' print '----------------------------' print '4.1所有数据库的index ' print '----------------------------' print '*********************************' use master go BEGIN CREATE table #INDEXFRAGINFO ( Databasename nvarchar(128),DatabaseID smallint,full_obj_name nvarchar(384),index_ID INT, [name] nvarchar(128), index_type_desc nvarchar(60), index_depth tinyint,index_level tinyint,[AVG Fragmentation] float, fragment_count bigint,[Rank] bigint ) DECLARE @command VARCHAR(1000) SELECT @command = 'Use [' + '?' + '] select ' + '''' + '?' + '''' + ' AS Databasename,DB_ID() AS DatabaseID,QUOTEname(DB_name(i.database_ID),'+ '''' + '"' + '''' +')+ N'+ '''' + '.' + '''' +'+ QUOTEname(OBJECT_SCHEMA_name(i.object_ID,i.database_ID),'+ '''' + '"' + '''' +')+ N'+ '''' + '.' + '''' +'+ QUOTEname(OBJECT_name(i.object_ID,'+ '''' + '"' + '''' +') as full_obj_name, i.index_ID,o.name, i.index_type_desc, i.index_depth,i.index_level,i.avg_fragmentation_in_percent as [AVG Fragmentation], i.fragment_count, i.rnk as Rank from ( select *,DENSE_RANK() OVER(PARTITION by database_ID ORDER BY avg_fragmentation_in_percent DESC) as rnk from sys.dm_db_index_physical_stats(DB_ID(),default,'+ '''' + 'limited' + '''' +') where avg_fragmentation_in_percent >0 AND INDEX_ID > 0 AND Page_Count > 500 ) as i join sys.indexes o on o.object_ID = i.object_ID and o.index_ID = i.index_ID where i.rnk <= 25 order by i.database_ID,i.rnk;' INSERT #INDEXFRAGINFO EXEC sp_MSForEachDB @command SELECT substring(databasename,30) as databasename,ltrim(databaseID) as databaseID,substring(full_obj_name,50) as full_obj_name,ltrim(index_ID) as index_ID,[name], index_type_desc,ltrim(index_depth) as index_depth,ltrim(index_level) as index_level,ltrim([AVG Fragmentation]) as [AVG Fragmentation], ltrim(fragment_count) as fragment_count,ltrim([Rank]) as [Rank] FROM #INDEXFRAGINFO Where DatabaseID > 4 order by [RANK]; DROP table #INDEXFRAGINFO END GO print '*********************************' print ' ' print ' ' print ' ' print '----------------------------' print '4.2找出很少使用的index ' print '----------------------------' print '*********************************' declare @dbID int select @dbID = db_ID() select objectname=object_name(s.object_ID),s.object_ID,indexname=i.name,i.index_ID,user_seeks AS 搜索次数,user_scans AS 扫描次数, user_lookups AS 查找次数,user_updates 更新次数 from sys.dm_db_index_usage_stats s,sys.indexes i where database_ID = @dbID and objectproperty(s.object_ID,'IsUsertable') = 1 and i.object_ID = s.object_ID and i.index_ID = s.index_ID order by (user_seeks + user_scans + user_lookups + user_updates) asc go print ' ' print ' ' print ' ' print '----------------------------' print '4.3所有数据库未使用的索引 ' print '----------------------------' print '*********************************' SELECT top 1 Databasename = DB_name() ,tablename = OBJECT_name(s.[object_ID]) ,Indexname = i.name ,user_updates ,system_updates -- Useful fIElds below: --,* INTO #Tempunusedindexes FROM sys.dm_db_index_usage_stats s INNER JOIN sys.indexes i ON s.[object_ID] = i.[object_ID] AND s.index_ID = i.index_ID WHERE s.database_ID = DB_ID() AND OBJECTPROPERTY(s.[object_ID],'IsMsShipped') = 0 AND user_seeks = 0 AND user_scans = 0 AND user_lookups = 0 AND s.[object_ID] = -999 -- Dummy value to get table structure. ; -- Loop around all the databases on the server. EXEC sp_MSForEachDB 'USE [?]; -- table already exists. INSERT INTO #Tempunusedindexes SELECT top 10 Databasename = DB_name() ,system_updates FROM sys.dm_db_index_usage_stats s INNER JOIN sys.indexes i ON s.[object_ID] = i.[object_ID] AND s.index_ID = i.index_ID WHERE s.database_ID = DB_ID() AND OBJECTPROPERTY(s.[object_ID],''IsMsShipped'') = 0 AND user_seeks = 0 AND user_scans = 0 AND user_lookups = 0 AND i.name IS NOT NulL -- Ignore HEAP indexes. ORDER BY user_updates DESC ; ' -- Select records. SELECT top 10 * FROM #Tempunusedindexes ORDER BY [user_updates] DESC -- TIDy up. DROP table #Tempunusedindexes print ' ' print ' ' print ' ' print '----------------------------' print '4.4所有数据库高开销的缺失索引 ' print '----------------------------' print '*********************************' SELECT top 10 [Total Cost] = ROUND(avg_total_user_cost * avg_user_impact * (user_seeks + user_scans),0) ,avg_user_impact ,tablename = statement ,[EqualityUsage] = equality_columns ,[InequalityUsage] = inequality_columns ,[Include Cloumns] = included_columns FROM sys.dm_db_missing_index_groups g INNER JOIN sys.dm_db_missing_index_group_stats s ON s.group_handle = g.index_group_handle INNER JOIN sys.dm_db_missing_index_details d ON d.index_handle = g.index_handle ORDER BY [Total Cost] DESC; print ' ' print ' ' print ' ' print '----------------------------' print '5.查询数据库IO ' print '----------------------------' print '*********************************' go WITH IOFORDATABASE AS ( SELECT DB_name(VFS.database_ID) AS Databasename,CASE WHEN smf.type = 1 THEN 'LOG_file' ELSE 'DATA_file' END AS Databasefile_Type,SUM(VFS.num_of_bytes_written) AS IO_Write,SUM(VFS.num_of_bytes_read) AS IO_Read,SUM(VFS.num_of_bytes_read + VFS.num_of_bytes_written) AS Total_IO,SUM(VFS.io_stall) AS IO_STALL FROM sys.dm_io_virtual_file_stats(NulL,NulL) AS VFS JOIN sys.master_files AS smf ON VFS.database_ID = smf.database_ID AND VFS.file_ID = smf.file_ID GROUP BY DB_name(VFS.database_ID),smf.type ) SELECT ltrim(ROW_NUMBER() OVER(ORDER BY io_stall DESC)) AS RowNumber,substring(Databasename,30) as Databasename,Databasefile_Type,ltrim(CAST(1.0 * IO_Read/ (1024 * 1024) AS DECIMAL(12,2))) AS IO_Read_MB,ltrim(CAST(1.0 * IO_Write/ (1024 * 1024) AS DECIMAL(12,2))) AS IO_Write_MB,ltrim(CAST(1. * Total_IO / (1024 * 1024) AS DECIMAL(12,2))) AS IO_TOTAL_MB,ltrim(CAST(IO_STALL / 1000. AS DECIMAL(12,2))) AS IO_STALL_Seconds,ltrim(CAST(100. * IO_STALL / SUM(IO_STALL) OVER() AS DECIMAL(10,2))) AS IO_STALL_Pct FROM IOFORDATABASE ORDER BY IO_STALL_Seconds DESC; go print '*********************************' print ' ' print ' ' print ' ' print '----------------------------' print '6.查看数据库是否有死锁 ' print '----------------------------' print '*********************************' use master go select ltrim(request_session_ID) "会话ID",substring(resource_type,30) "被锁定的资源",resource_database_ID "数据库",object_name(resource_associated_entity_ID) "对象",request_mode "资源模式",request_status "锁状态" from sys.dm_tran_locks go print '*********************************' print ' ' print ' ' print ' ' print '----------------------------' print '7.查看性能统计信息 ' print'----------------------------' print '*********************************' use master go dbcc freeproccache go select t.text as "执行的文本",st.total_logical_reads as "逻辑读取总次数",st.total_physical_reads as "物理读取总次数",st.total_elapsed_time/1000000 as "占用的总时间",st.total_logical_writes as "逻辑写入总次数" from sys.dm_exec_query_stats st cross apply sys.dm_exec_sql_text(st.sql_handle) t go print '*********************************' print ' ' print ' ' print ' ' print '----------------------------' print '8.临时数据库使用情况 ' print '----------------------------' print '*********************************' use master go select ltrim(sum(user_object_reserved_page_count)*8) as user_objects_kb, ltrim(sum(internal_object_reserved_page_count)*8) as internal_objects_kb, ltrim(sum(version_store_reserved_page_count)*8) as version_store_kb, ltrim(sum(unallocated_extent_page_count)*8) as freespace_kb from sys.dm_db_file_space_usage where database_ID = 2 go print '*********************************' print ' ' print ' ' print ' ' print '----------------------------' print '9.查cpu瓶颈 ' print '----------------------------' print '*********************************' use master go Select ltrim(scheduler_ID) as scheduler_ID,ltrim(current_tasks_count) as current_tasks_count,ltrim(runnable_tasks_count) as current_tasks_count from sys.dm_os_schedulers where scheduler_ID<255 go print '*********************************' print ' ' print ' ' print ' ' print '------------------------------------------' print '10.当前被缓存的消耗cpu资源最多的批处理或者过程' print '------------------------------------------' print '*********************************' use master go Select top 50 ltrim(sum(total_worker_time)) as total_cpu_time,ltrim(sum(execution_count)) as total_execution_count, ltrim(count(*)) as number_of_statements,plan_handle from sys.dm_exec_query_stats qs group by plan_handle order by sum(total_worker_time) desc go print '*********************************' print ' ' print ' ' print ' ' print '--------------------------------------------' print '11.查询前100个缓存使用率高、最消耗缓存的SQL语句' print '--------------------------------------------' print '*********************************' use master go select top 100 ltrim(usecounts) as usecounts,objtype,ltrim(p.size_in_bytes) as size_in_bytes,sql.text from sys.dm_exec_cached_plans p outer apply sys.dm_exec_sql_text(p.plan_handle) sql order by usecounts desc go print '*********************************' print ' ' print ' ' print ' ' print '---------------------------------------------------------------' print '12.解数据库中的缓存情况，包括被使用的次数、缓存类型、占用的内存大小' print '---------------------------------------------------------------' print '*********************************' use master go SELECT usecounts=ltrim(usecounts),substring(cacheobjtype,30) as cacheobjtype,ltrim(size_in_bytes) as size_in_bytes,plan_handle FROM sys.dm_exec_cached_plans go print '*********************************' print ' ' print ' ' print ' ' print '----------------------------' print '13.计划缓存总数' print '----------------------------' print '*********************************' use master go Select ltrim(Count(*)) CNT,cast(sum(size_in_bytes)/1024/1024 as varchar(100))+' MB' TotalSize From sys.dm_exec_cached_plans go print '*********************************' print ' ' print ' ' print ' ' print '--------------------------------------' print '14.检查sql Server的执行缓存和数据缓存占用' print '--------------------------------------' print '*********************************' use master go dbcc memorystatus go print '*********************************' print ' ' print ' ' print ' ' print '-------------------------------------' print '15.所有数据库备份情况' print '-------------------------------------' print '*********************************' -- sql server 2000/2005 version use master go set nocount on go declare @counter smallint declare @dbname varchar(100) declare @db_bkpdate varchar(100) declare @status varchar(20) declare @svr_name varchar(100) declare @media_set_ID varchar(20) declare @filepath varchar(1000) declare @filestatus int declare @fileavailable varchar(20) declare @backupsize float select @counter=max(dbID) from master..sysdatabases create table #backup_details ( servername varchar(100),databasename varchar(100),bkpdate varchar(20) null,backupsize_in_mb varchar(20),status varchar(20),filepath varchar(1000),fileavailable varchar(200) ) select @svr_name = cast(serverproperty('servername')as sysname) while @counter > 0 begin /* need to re-initialize all variables*/ select @dbname = null,@db_bkpdate = null,@media_set_ID = null,@backupsize = null,@filepath = null,@filestatus = null, @fileavailable = null,@status = null,@backupsize = null select @dbname = name from master..sysdatabases where dbID = @counter select @db_bkpdate = max(backup_start_date) from msdb..backupset where database_name = @dbname and type='d' select @media_set_ID = media_set_ID from msdb..backupset where backup_start_date = ( select max(backup_start_date) from msdb..backupset where database_name = @dbname and type='d') select @backupsize = backup_size from msdb..backupset where backup_start_date = ( select max(backup_start_date) from msdb..backupset where database_name = @dbname and type='d') select @filepath = physical_device_name from msdb..backupmediafamily where media_set_ID = @media_set_ID exec master..xp_fileexist @filepath,@filestatus out if @filestatus = 1 set @fileavailable = 'available' else set @fileavailable = 'not available' if (datediff(day,@db_bkpdate,getdate()) > 7) set @status = 'warning' else set @status = 'healthy' set @backupsize = (@backupsize/1024)/1024 insert into #backup_details select @svr_name,@dbname,@backupsize,@status,@filepath,@fileavailable update #backup_details set status = 'warning' where bkpdate is null set @counter = @counter - 1 end select substring(servername,20) AS [服务器名],substring(databasename,20) AS [数据库名], rtrim(ltrim(bkpdate)) AS [备份日期],rtrim(ltrim(backupsize_in_mb)) AS [备份大小],rtrim(ltrim([status])) AS [备份状态],substring(rtrim(ltrim(filepath)),40) AS [备份文件路径],rtrim(fileavailable) AS [备份文件是否可用] from #backup_details where databasename not in ('tempdb','northwind','pubs') drop table #backup_details set nocount off go print '*********************************' print ' ' print ' ' print ' ' print '-------------------------------------' print '16.监控cpu瓶颈' print '-------------------------------------' print '*********************************' use master go print '-------------------------------------' print '16.1当前缓存的哪些批处理或过程占用了大部分 cpu 资源' print '-------------------------------------' SELECT top 50 ltrim(SUM(qs.total_worker_time)) AS total_cpu_time, ltrim(SUM(qs.execution_count)) AS total_execution_count, ltrim(COUNT(*)) AS number_of_statements, qs.sql_handle FROM sys.dm_exec_query_stats AS qs GROUP BY qs.sql_handle ORDER BY SUM(qs.total_worker_time) DESC go print ' ' print ' ' print '-------------------------------------------------------' print '16.2查询显示缓存计划所占用的 cpu 总使用率（带 sql 文本）' print '-------------------------------------------------------' SELECT total_cpu_time, total_execution_count, number_of_statements, s2.text --(SELECT SUBSTRING(s2.text,statement_start_offset / 2,((CASE WHEN statement_end_offset = -1 THEN (LEN(CONVERT(NVARCHAR(MAX),s2.text)) * 2) ELSE statement_end_offset END) - statement_start_offset) / 2) ) AS query_text FROM (SELECT top 50 SUM(qs.total_worker_time) AS total_cpu_time, SUM(qs.execution_count) AS total_execution_count, COUNT(*) AS number_of_statements, qs.sql_handle --, --MIN(statement_start_offset) AS statement_start_offset, --MAX(statement_end_offset) AS statement_end_offset FROM sys.dm_exec_query_stats AS qs GROUP BY qs.sql_handle ORDER BY SUM(qs.total_worker_time) DESC) AS stats CROSS APPLY sys.dm_exec_sql_text(stats.sql_handle) AS s2 go print ' ' print ' ' print '-------------------------------------------------------' print '16.3显示 cpu 平均占用率最高的前 50 个 sql 语句' print '-------------------------------------------------------' SELECT top 50 total_worker_time/execution_count AS [Avg cpu Time],(SELECT SUBSTRING(text,statement_start_offset/2,(CASE WHEN statement_end_offset = -1 then LEN(CONVERT(nvarchar(max),text)) * 2 ELSE statement_end_offset end -statement_start_offset)/2) FROM sys.dm_exec_sql_text(sql_handle)) AS query_text,* FROM sys.dm_exec_query_stats ORDER BY [Avg cpu Time] DESC go print ' ' print ' ' print '-------------------------------------------------------' print '16.4找出过多编译/重新编译的 DMV 查询' print '-------------------------------------------------------' select * from sys.dm_exec_query_optimizer_info where counter = 'optimizations' or counter = 'elapsed time' go print ' ' print ' ' print '-------------------------------------------------------' print '16.5显示已重新编译的前 25 个存储过程' print '-------------------------------------------------------' select top 25 sql_text.text, sql_handle, plan_generation_num, execution_count, dbID, objectID from sys.dm_exec_query_stats a cross apply sys.dm_exec_sql_text(sql_handle) as sql_text where plan_generation_num > 1 order by plan_generation_num desc go print ' ' print ' ' print '-------------------------------------------------------' print '16.6哪个查询占用了最多的 cpu 累计使用率' print '-------------------------------------------------------' SELECT ltrim(highest_cpu_querIEs.plan_handle) as plan_handle, ltrim(highest_cpu_querIEs.total_worker_time) as total_worker_time, q.dbID, ltrim(q.objectID), q.number, q.encrypted, q.[text] from (select top 50 qs.plan_handle, qs.total_worker_time from sys.dm_exec_query_stats qs order by qs.total_worker_time desc) as highest_cpu_querIEs cross apply sys.dm_exec_sql_text(plan_handle) as q order by highest_cpu_querIEs.total_worker_time desc go print ' ' print ' ' print '-------------------------------------------------------' print '16.7可能占用大量 cpu 使用率的运算符 print '-------------------------------------------------------' select * from sys.dm_exec_cached_plans cross apply sys.dm_exec_query_plan(plan_handle) where cast(query_plan as nvarchar(max)) like '%sort%' or cast(query_plan as nvarchar(max)) like '%Hash Match%' go print ' ' print ' ' print '-------------------------------------------------------' print '17.内存瓶颈' print '-------------------------------------------------------' print ' ' print ' ' print '-------------------------------------------------------' print '17.1确保已启用 sql Server 中的高级选项' print '-------------------------------------------------------' use master go sp_configure 'show advanced options' go sp_configure 'show advanced options',1 go reconfigure go print ' ' print ' ' print '-------------------------------------------------------' print '17.2运行以下查询以检查内存相关配置选项' print '-------------------------------------------------------' sp_configure 'awe_enabled' go sp_configure 'min server memory' go sp_configure 'max server memory' go sp_configure 'min memory per query' go sp_configure 'query wait' go print ' ' print ' ' print '-------------------------------------------------------' print '17.3查看 cpu、计划程序内存和缓冲池信息' print '-------------------------------------------------------' select ltrim(cpu_count) as cpu_count,ltrim(hyperthread_ratio) as hyperthread_ratio,ltrim(scheduler_count) as scheduler_count,ltrim(physical_memory_in_bytes / 1024 / 1024) as physical_memory_mb,ltrim(virtual_memory_in_bytes / 1024 / 1024) as virtual_memory_mb,ltrim(bpool_committed * 8 / 1024) as bpool_committed_mb,ltrim(bpool_commit_target * 8 / 1024) as bpool_target_mb,ltrim(bpool_visible * 8 / 1024) as bpool_visible_mb from sys.dm_os_sys_info go print ' ' print ' ' print '-------------------------------------------------------' print '17.4I/O 瓶颈' print '-------------------------------------------------------' select wait_type,ltrim(waiting_tasks_count) as waiting_tasks_count,ltrim(wait_time_ms) as wait_time_ms, ltrim(signal_wait_time_ms) as signal_wait_time_ms,ltrim(wait_time_ms / waiting_tasks_count) as avgtime from sys.dm_os_wait_stats where wait_type like 'PAGEIolATCH%' and waiting_tasks_count > 0 order by wait_type go print ' ' print ' ' print '-------------------------------------------------------' print '17.5查找当前挂起的 I/O 请求' print '-------------------------------------------------------' print '正常情况下不返回任何值' select database_ID, file_ID, io_stall, io_pending_ms_ticks, scheduler_address from sys.dm_io_virtual_file_stats(NulL,NulL)t1, sys.dm_io_pending_io_requests as t2 where t1.file_handle = t2.io_handle go print ' ' print ' ' print '-------------------------------------------------------' print '17.6查看IO相关查询读取次数' print '-------------------------------------------------------' select top 5 (total_logical_reads/execution_count) as avg_logical_reads, (total_logical_writes/execution_count) as avg_logical_writes, (total_physical_reads/execution_count) as avg_physical_reads, Execution_count,statement_start_offset,p.query_plan,q.text from sys.dm_exec_query_stats cross apply sys.dm_exec_query_plan(plan_handle) p cross apply sys.dm_exec_sql_text(plan_handle) as q order by (total_logical_reads + total_logical_writes)/execution_count Desc go print ' ' print ' ' print '-------------------------------------------------------' print '17.7查找哪些批处理/请求生成的 I/O 最多' print '-------------------------------------------------------' select top 5 ltrim(total_logical_reads/execution_count) as avg_logical_reads, ltrim(total_logical_writes/execution_count) as avg_logical_writes, ltrim(total_physical_reads/execution_count) as avg_phys_reads, ltrim(Execution_count) as Execution_count, ltrim(statement_start_offset) as stmt_start_offset, sql_handle, plan_handle from sys.dm_exec_query_stats order by (total_logical_reads + total_logical_writes) Desc go print ' ' print ' ' print '-------------------------------------------------------' print '18.阻塞' print '-------------------------------------------------------' print ' ' print ' ' print '-------------------------------------------------------' print '18.1 确定阻塞的会话' print '-------------------------------------------------------' use master go select blocking_session_ID,wait_duration_ms,session_ID from sys.dm_os_waiting_tasks where blocking_session_ID is not null go print ' ' print ' ' print '-------------------------------------------------------' print '18.2 sql 等待分析和前 10 个等待的资源' print '-------------------------------------------------------' select top 10 ltrim(wait_type) as wait_type, ltrim(wait_time_ms) as wait_time_ms, ltrim(max_wait_time_ms) as max_wait_time_ms, ltrim(signal_wait_time_ms) as signal_wait_time_ms from sys.dm_os_wait_stats --where wait_type not in ('CLR_SEMAPHORE','LAZYWRITER_SLEEP','RESOURCE_QUEUE','SLEEP_TASK','SLEEP_SYstemTASK','WAITFOR') order by wait_time_ms desc go print ' ' print ' ' print '-------------------------------------------------------' print '19. 查看各个数据库性能负载' print '-------------------------------------------------------' SELECT substring (a.name,12) as [数据库名],[连接数] = (SELECT COUNT(*) FROM master..sysprocesses b WHERE a.dbID = b.dbID),[阻塞进程] = (SELECT COUNT(*) FROM master..sysprocesses b WHERE a.dbID = b.dbID AND blocked <> 0),[总内存] = ISNulL((SELECT SUM(memusage) FROM master..sysprocesses b WHERE a.dbID = b.dbID),0),[总IO] = ISNulL((SELECT SUM(physical_io) FROM master..sysprocesses b WHERE a.dbID = b.dbID),[总cpu] = ISNulL((SELECT SUM(cpu) FROM master..sysprocesses b WHERE a.dbID = b.dbID),[总等待时间] = ISNulL((SELECT SUM(waittime) FROM master..sysprocesses b WHERE a.dbID = b.dbID),[SELECTs] = (SELECT COUNT(*) FROM master..sysprocesses b WHERE a.dbID = b.dbID AND b.cmd liKE '%sELECT%'),[DELETEs] = (SELECT COUNT(*) FROM master..sysprocesses b WHERE a.dbID = b.dbID AND b.cmd liKE '%DELETE%'),[DBCC Commands] = ISNulL((SELECT COUNT(*) FROM master..sysprocesses b WHERE a.dbID = b.dbID and b.cmd like '%DBCC%'),[BCP Running] = ISNulL((SELECT COUNT(*) FROM master..sysprocesses b WHERE a.dbID = b.dbID and b.cmd like '%BCP%'),[Backups Running] = ISNulL((SELECT COUNT(*) FROM master..sysprocesses b WHERE a.dbID = b.dbID and b.cmd liKE '%BACKUP%'),0) FROM master.dbo.sysdatabases a WITH (nolock) WHERE DatabasePropertyEx(a.name,'Status') = 'ONliNE' ORDER BY [数据库名] go print ' ' print ' ' print '-------------------------------------------------------' print '20. 查看所有数据库大小、恢复模式等信息' print '-------------------------------------------------------' SELECT substring (Databasename,12) as Databasename,'IsautoShrink')) WHEN 0 THEN '-' WHEN 1 THEN 'Yes' END AS autoShrink FROM master.dbo.sysdatabases) q3 ON q1.DBID = q3.dbID ORDER BY Databasename print ' ' print ' ' print '-------------------------------------------------------' print '21. 查看数据库群集信息' print '-------------------------------------------------------' PRINT ' **** Cluster information ****' PRINT ' ' PRINT ' The following is information on the cluster you are connected' PRINT ' ' PRINT '... name of all nodes used and are part of this failover cluster' SELECT * FROM sys.dm_os_cluster_nodes PRINT ' ' PRINT '... Node which is the active ' SELECT SERVERPROPERTY('ComputernamePhysicalNetBIOS') PRINT ' ' PRINT '... Drive letters that are part of the resourse group which contain the data and log files' SELECT * FROM sys.dm_io_cluster_shared_drives go print ' ' print ' ' print '-------------------------------------------------------' print '22. 当前数据库服务器登录用户、会话连接数、认证类型' print '-------------------------------------------------------' SELECT '认证方式'=( CASE WHEN nt_user_name IS not null THEN 'windows认证' ELSE 'sql认证' END),login_name AS '登录名',ISNulL(nt_user_name,'-') AS 'windows登录名',COUNT(session_ID) AS '会话数' FROM sys.dm_exec_sessions GROUP BY login_name,nt_user_name go print ' ' print ' ' print '-------------------------------------------------------' print '23. 查看执行效率低的语句' print '-------------------------------------------------------' SELECT creation_time N'语句编译时间' ,last_execution_time N'上次执行时间' ,total_physical_reads N'物理读取总次数' ,total_logical_reads/execution_count N'每次逻辑读次数' ,total_logical_reads N'逻辑读取总次数' ,total_logical_writes N'逻辑写入总次数' ,execution_count N'执行次数' ,total_worker_time/1000 N'所用的cpu总时间ms' ,total_elapsed_time/1000 N'总花费时间ms' ,(total_elapsed_time / execution_count)/1000 N'平均时间ms' ,SUBSTRING(st.text,(qs.statement_start_offset/2) + 1, ((CASE statement_end_offset WHEN -1 THEN DATALENGTH(st.text) ELSE qs.statement_end_offset END - qs.statement_start_offset)/2) + 1) N'执行语句' FROM sys.dm_exec_query_stats AS qs CROSS APPLY sys.dm_exec_sql_text(qs.sql_handle) st where SUBSTRING(st.text, ((CASE statement_end_offset WHEN -1 THEN DATALENGTH(st.text) ELSE qs.statement_end_offset END - qs.statement_start_offset)/2) + 1) not like '%fetch%' ORDER BY total_elapsed_time / execution_count DESC; print ' ' print ' ' print '-------------------------------------------------------' print '24. 所有数据库高开销的缺失索引' print '-------------------------------------------------------' SELECT top 100 [Total Cost] = ROUND(avg_total_user_cost * avg_user_impact * (user_seeks + user_scans),[Include Cloumns] = included_columns FROM sys.dm_db_missing_index_groups g INNER JOIN sys.dm_db_missing_index_group_stats s ON s.group_handle = g.index_group_handle INNER JOIN sys.dm_db_missing_index_details d ON d.index_handle = g.index_handle ORDER BY [Total Cost] DESC; print ' ' print ' ' print '-------------------------------------------------------' print '25. 查看buffer cache命中率' print '-------------------------------------------------------' SELECT (CAST(SUM(CASE LTRIM(RTRIM(counter_name)) WHEN 'Buffer cache hit ratio' THEN CAST(cntr_value AS INTEGER) ELSE NulL END) AS float) / CAST(SUM(CASE LTRIM(RTRIM(counter_name)) WHEN 'Buffer cache hit ratio base' THEN CAST(cntr_value AS INTEGER)ELSE NulL END) AS float)) * 100 AS BufferCacheHitRatio FROM sys.dm_os_performance_counters WHERE LTRIM(RTRIM([object_name])) liKE '%:Buffer Manager' AND [counter_name] liKE 'Buffer Cache Hit Ratio%' go print ' ' print ' ' print '-------------------------------------------------------' print '26. 查看job执行情况' print '-------------------------------------------------------' SELECT 作业名 = sj.name ,开始时间 = sja.start_execution_date ,结束时间 = sja.stop_execution_date ,状态 = CASE WHEN ISNulL(sjh.run_status,-1) = -1 AND sja.start_execution_date IS NulL AND sja.stop_execution_date IS NulL THEN 'IDle' WHEN ISNulL(sjh.run_status,-1) = -1 AND sja.start_execution_date IS NOT NulL AND sja.stop_execution_date IS NulL THEN 'Running' WHEN ISNulL(sjh.run_status,-1) =0 THEN 'Failed' WHEN ISNulL(sjh.run_status,-1) =1 THEN 'Succeeded' WHEN ISNulL(sjh.run_status,-1) =2 THEN 'Retry' WHEN ISNulL(sjh.run_status,-1) =3 THEN 'Canceled' END FROM MSDB.DBO.sysjobs sj JOIN MSDB.DBO.sysjobactivity sja ON sj.job_ID = sja.job_ID JOIN (SELECT MaxSessionID = MAX(Session_ID) FROM MSDB.DBO.syssessions) ss ON ss.MaxSessionID = sja.session_ID left JOIN MSDB.DBO.sysjobhistory sjh ON sjh.instance_ID = sja.job_history_ID print ' ' print ' ' print '-------------------------------------------------------' print '27. 获得每个数据库空间使用情况' print '-------------------------------------------------------' CREATE table #output( server_name varchar(128), dbname varchar(128), physical_name varchar(260), dt datetime, file_group_name varchar(128), size_mb int, free_mb int) exec sp_MSforeachdb @command1= 'USE [?]; INSERT #output SELECT CAST(SERVERPROPERTY(''Servername'') AS varchar(128)) AS server_name, ''?'' AS dbname, f.filename AS physical_name, CAST(FLOOR(CAST(getdate() AS float)) AS datetime) AS dt, g.groupname, CAST (size*8.0/1024.0 AS int) AS ''size_mb'', CAST((size - filePROPERTY(f.name,''SpaceUsed''))*8.0/1024.0 AS int) AS ''free_mb'' FROM sysfiles f JOIN sysfilegroups g ON f.groupID = g.groupID' SELECT * FROM #output drop table #output print ' ' print ' ' print '-------------------------------------------------------' print '28.Buffer Pool缓冲池里面修改过的页总数大小' print '-------------------------------------------------------' SELECT count(*) * 8/1024 as cached_pages_mb,convert(varchar(5),convert(decimal(5,2),(100-1.0*(select count(*) from sys.dm_os_buffer_descriptors b where b.database_ID=a.database_ID and is_modifIEd=0)/count(*)*100.0)))+'%'modifIEd_percentage,CASE database_ID WHEN 32767 THEN 'ResourceDb' ELSE db_name(database_ID) END AS Database_name FROM sys.dm_os_buffer_descriptors a GROUP BY db_name(database_ID),database_ID ORDER BY cached_pages_mb DESC; /* 如果一个数据库的大部分（超过80%）是修改过的，那么这个数据库写 *** 作非常多。 反之如果这个比例接近0，那么该数据库的活动几乎是只读的。读写的比例对磁盘的安排是很重要的。 */ print ' ' print ' ' print '-------------------------------------------------------' print '29.查看 tempdb 大小和增长参数' print '-------------------------------------------------------' SELECT name AS filename, size*1.0/128 AS fileSizeinMB, CASE max_size WHEN 0 THEN 'autogrowth is off.' WHEN -1 THEN 'autogrowth is on.' ELSE 'Log file will grow to a maximum size of 2 TB.' END, growth AS 'GrowthValue', 'GrowthIncrement' = CASE WHEN growth = 0 THEN 'Size is fixed and will not grow.' WHEN growth > 0 AND is_percent_growth = 0 THEN 'Growth value is in 8-KB pages.' ELSE 'Growth value is a percentage.' END FROM tempdb.sys.database_files; GO print ' ' print ' ' print '-------------------------------------------------------' print '30.查看 客户端连接IP' print '-------------------------------------------------------' SELECT distinct clIEnt_net_address FROM sys.dm_exec_connections WHERE session_ID >50 and session_ID != @@SPID and clIEnt_net_address not like '%<local machine>%' go print ' ' print ' ' print '-------------------------------------------------------' print '31.查看消耗性能的存储过程名、存储过程内容' print '-------------------------------------------------------' select distinct procname,text,b.cached_time,b.last_execution_time,b.total_elapsed_time,b.avg_elapsed_time,b.last_elapsed_time,b.execution_count from ( select top 1000 sql_text.text as text,sql_handle,plan_generation_num,execution_count,dbID,objectID from sys.dm_exec_query_stats a cross apply sys.dm_exec_sql_text(sql_handle) as sql_text where plan_generation_num > 1 order by plan_generation_num desc ) a,( SELECT top 1000 d.object_ID,d.database_ID,OBJECT_name(object_ID,database_ID) 'procname', d.cached_time,d.last_execution_time,d.total_elapsed_time,d.total_elapsed_time/d.execution_count AS [avg_elapsed_time],d.last_elapsed_time,d.execution_count FROM sys.dm_exec_procedure_stats AS d ORDER BY [total_worker_time] DESC ) b where a.objectID=b.object_ID order by avg_elapsed_time,execution_count desc go 总结以上是内存溢出为你收集整理的实战:sqlserver 日常检查脚本全部内容，希望文章能够帮你解决实战:sqlserver 日常检查脚本所遇到的程序开发问题。
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