Example Function to Look up Top Level Org

CREATE OR REPLACE FUNCTION f_getTopOrg 
( orgID IN MYSCHEMA.t_organization.organizationid%TYPE ) 

RETURN MYSCHEMA.t_organization.organizationid%TYPE 

IS
    pOrgID MYSCHEMA.t_organization.organizationid%TYPE;
    cOrgID MYSCHEMA.t_organization.organizationid%TYPE;

BEGIN
    pOrgID := orgID;
    WHILE pOrgID IS NOT NULL
     LOOP
       cOrgID := pOrgID;
       SELECT A.parentorganizationid
         INTO pOrgID
         FROM MYSCHEMA.t_organization A
        WHERE A.organizationid = cOrgID;
     END LOOP;
    RETURN(cOrgID);
END;

Lock and Kill User Connections

ALTER USER APPLICATION_USER ACCOUNT LOCK;

  SELECT 'alter system kill session ''' || sid 
      || ',' || serial# || ''';     ' || sql_id death
    FROM v$session
   WHERE username = 'APPLICATION_USER';

Reset SYS, SYSTEM Password

Log into the server's console and connect as the system administrator, then reset the SYS and SYSTEM password.

Clear Transaction Logs

This is how to disable archiving: C:> sqlplus sys/@dbalias as sysdba SQL> shutdown immediate SQL> startup mount SQL> alter database noarchivelog; SQL> alter database open; SQL> archive log list SQL> alter system switch logfile; Run this about 10 times, delete all archived log files and then proceed. This is how to enable archiving: SQL> archive log list At this point the numbers should have incremented as many as the number of switches. SQL> shutdown immediate SQL> startup mount SQL> alter database archivelog; Database altered. SQL> alter database open; SQL> archive log list SQL> alter system switch logfile; Run this a couple of times and you should see new archived log files. SQL> archive log list At this point the numbers should have incremented as many as the number of switches. Exit SQLPlus and do an immediate full backup of the system.

Example backup batch file

set ORACLE_SID=MYPROJ exp system/******@myuser file=MYPROJ.dmp log=export.log full=y for /f "tokens=1-5 delims= " %%d in ("%date%") do set dayfldr=%%d xcopy MYPROJ.dmp "\\Projects\MYPROJ\Database\Daily_Exports\%dayfldr%\" /Z /R /V /Y

Drop all objects in schema

Normally, it is simplest to drop and add the user. This is the preferred method if you have system or sysdba access to the database. If you don't have system level access, and want to scrub your schema, the following sql will produce a series of drop statments, which can then be executed. Note: be sure you are connected as the schema owner, would be tragic to drop system tables.... spool dropall.sql select 'drop '||object_type||' '|| object_name|| DECODE(OBJECT_TYPE,'TABLE',' CASCADE CONSTRAINTS;',';') from user_objects spool off Then, can purge the recycle bin to really clean things up: purge recyclebin; This will produce a list of drop statements. Not all of them will execute - if you drop with cascade, dropping the PK_* indices will fail. But in the end, you will have a pretty clean schema. Confirm with: select * from user_objects

Advance Sequence Nextvals to sync with table

Here's a way to advance a sequence using an anonymous PL/SQL block: DECLARE mn integer; mx integer; BEGIN SELECT MYPROJ.personnelid_seq.CURRVAL INTO mn FROM DUAL; SELECT max(personnelid) INTO mx FROM MYPROJ.personnel; WHILE mn <= mx LOOP SELECT MYPROJ.personnelid_seq.NEXTVAL INTO mn FROM DUAL; END LOOP; SELECT igems.accountid_seq.CURRVAL INTO mn FROM DUAL; SELECT max(accountid) INTO mx FROM MYPROJ.account; WHILE mn <= mx LOOP SELECT MYPROJ.accountid_seq.NEXTVAL INTO mn FROM DUAL; END LOOP; END; / COMMIT; / --uncomment to view current values --SELECT MYPROJ.personnelid_seq.CURRVAL FROM DUAL; --SELECT MYPROJ.accountid_seq.CURRVAL FROM DUAL; Another method is to temporarily alter the sequence to advance, then set it back: ALTER SEQUENCE seq_name INCREMENT BY 124; SELECT seq_name.nextval FROM dual; ALTER SEQUENCE seq_name INCREMENT BY 1; /

Startup Shutdown Oracle DB

Listner commands at command prompt: lsnrctl status lsnrctl stop lsnrctl start Connect to Oracle SET ORACLE_SID={SID} sqlplus / AS SYSDBA or sqlplus /nolog SQL>connect / AS SYSDBA Shutdown SQL>shutdown immediate Startup SQL>startup

Drop a corrupt datafile

alter database datafile 'D:\ORACLE\ORADATA\MYPROJDATA01.DBF' offline drop; drop tablespace MYPROJDATA including contents and datafiles;

Listener Commands

To Check and make sure that the SID is correct. The SIDs that are currently registered with the listener can be obtained by typing: LSNRCTL SERVICES These SIDs correspond to SID_NAMEs in TNSNAMES.ORA or DB_NAME in the initialisation file. From a client with the SID registered in the tnsnames.ora, you can do TNSPING and see if the listener responds: c:\>tnsping DEV01 The listener is a separate process that resides on the server. It receives incoming client connection requests and manages the traffic of these requests to the server. A listener is configured with one or more listening protocol addresses and service information about the destination service. Protocol addresses are configured in the listener configuration file, listener.ora. Service information may or may not be configured in the listener.ora file. The listener must be running on the machine where the database resides. The listener can be started by using the Administrative Tools\Services: Right click on the OracleTNSListener and select START. To stop the listener, right click and select STOP. The listener can also be started at a DOS prompt: Load the listener: C:\>lsnrctl LSNRCTL for 32-bit Windows: Version 8.1.7.0.0 - Production on 02-APR-2003 08:45:21 (c) Copyright 1998 Oracle Corporation. All rights reserved. Welcome to LSNRCTL, type "help" for information. LSNRCTL> LSNRCTL> LSNRCTL> help The following operations are available An asterisk (*) denotes a modifier or extended command: start stop status services version reload save_config trace dbsnmp_start dbsnmp_stop dbsnmp_status change_password quit exit set* show* Show the Listener status: LSNRCTL> status Connecting to (DESCRIPTION=(ADDRESS=(PROTOCOL=IPC)(KEY=EXTPROC0))) TNS-12541: TNS:no listener TNS-12560: TNS:protocol adapter error TNS-00511: No listener 32-bit Windows Error: 2: No such file or directory Connecting to (DESCRIPTION=(ADDRESS=(PROTOCOL=TCP)(HOST=GW0020480835)(PORT=1521))) TNS-12541: TNS:no listener TNS-12560: TNS:protocol adapter error TNS-00511: No listener 32-bit Windows Error: 61: Unknown error Start the Listener: LSNRCTL> start Starting tnslsnr: please wait... TNSLSNR for 32-bit Windows: Version 8.1.7.0.0 - Production System parameter file is D:\Oracle\Ora81\network\admin\listener.ora Log messages written to D:\Oracle\Ora81\network\log\listener.log Trace information written to D:\Oracle\Ora81\network\trace\listener.trc Listening on: (DESCRIPTION=(ADDRESS=(PROTOCOL=ipc)(PIPENAME=\\.\pipe\EXTPROC0ipc))) Listening on: (DESCRIPTION=(ADDRESS=(PROTOCOL=tcp)(HOST=GW0020480835.xxx.xx.xx.xxx)(PORT=1521))) Listening on: (DESCRIPTION=(ADDRESS=(PROTOCOL=tcp)(HOST=GW0020480835.xxx.xx.xx.xxx)(PORT=2481))(PROTOCOL_STACK=(PRESENTATION=GIOP)(SESSION=RAW))) Connecting to (DESCRIPTION=(ADDRESS=(PROTOCOL=IPC)(KEY=EXTPROC0))) STATUS of the LISTENER ------------------------ Alias LISTENER Version TNSLSNR for 32-bit Windows: Version 8.1.7.0.0 - Production Start Date 02-APR-2003 08:49:13 Uptime 0 days 0 hr. 0 min. 2 sec Trace Level user Security OFF SNMP OFF Listener Parameter File D:\Oracle\Ora81\network\admin\listener.ora Listener Log File D:\Oracle\Ora81\network\log\listener.log Listener Trace File D:\Oracle\Ora81\network\trace\listener.trc Services Summary... AEF has 1 service handler(s) CWSS has 1 service handler(s) Develop has 1 service handler(s) MyWorkDB has 1 service handler(s) OEMREPO has 1 service handler(s) PLSExtProc has 1 service handler(s) Wanda has 1 service handler(s) afportal has 1 service handler(s) The command completed successfully Stop the Listener: LSNRCTL> stop Connecting to (DESCRIPTION=(ADDRESS=(PROTOCOL=IPC)(KEY=EXTPROC0))) The command completed successfully LSNRCTL> Exit LSNRCTL LSNRCTL> exit ORA-12505: TNS:listener does not currently know of SID given in connect descriptor Cause: The listener received a request to establish a connection to a database or other service. The connect descriptor received by the listener specified a SID for an instance (usually a database instance) that either has not yet dynamically registered with the listener or has not been statically configured for the listener. This may be a temporary condition such as after the listener has started, but before the database instance has registered with the listener. Action: - Wait a moment and try to connect a second time. - Check which instances are currently known by the listener by executing: lsnrctl services - Check that the SID parameter in the connect descriptor specifies an instance known by the listener. - Check for an event in the listener.log file.

Lock Unlock UserSchema

ALTER USER ACCOUNT LOCK / ALTER USER ACCOUNT UNLOCK / Also, you can revoke his create session priviledge. This will prevent that user from logging in, but all his objects will still be available.

Recompile Database Objects

Identifying Invalid Objects The DBA_OBJECTS view can be used to identify invalid objects using the following query: COLUMN object_name FORMAT A30 SELECT owner, object_type, object_name, status FROM dba_objects WHERE status = 'INVALID' ORDER BY owner, object_type, object_name; With this information you can decide which of the following recompilation methods is suitable for you. The Manual Approach For small numbers of objects you may decide that a manual recompilation is sufficient. The following example shows the compile syntax for several object types: ALTER PACKAGE my_package COMPILE; ALTER PACKAGE my_package COMPILE BODY; ALTER PROCEDURE my_procedure COMPILE; ALTER FUNCTION my_function COMPILE; ALTER TRIGGER my_trigger COMPILE; ALTER VIEW my_view COMPILE; Notice that the package body is compiled in the same way as the package specification, with the addition of the word "BODY" at the end of the command. An alternative approach is to use the DBMS_DDL package to perform the recompilations: EXEC DBMS_DDL.alter_compile('PACKAGE', 'MY_SCHEMA', 'MY_PACKAGE'); EXEC DBMS_DDL.alter_compile('PACKAGE BODY', 'MY_SCHEMA', 'MY_PACKAGE'); EXEC DBMS_DDL.alter_compile('PROCEDURE', 'MY_SCHEMA', 'MY_PROCEDURE'); EXEC DBMS_DDL.alter_compile('FUNCTION', 'MY_SCHEMA', 'MY_FUNCTION'); EXEC DBMS_DDL.alter_compile('TRIGGER', 'MY_SCHEMA', 'MY_TRIGGER'); This method is limited to PL/SQL objects, so it is not applicable for views. Custom Script In some situations you may have to compile many invalid objects in one go. One approach is to write a custom script to identify and compile the invalid objects. The following example identifies and recompiles invalid packages and package bodies. SET SERVEROUTPUT ON SIZE 1000000 BEGIN FOR cur_rec IN (SELECT owner, object_name, object_type, DECODE(object_type, 'PACKAGE', 1, 'PACKAGE BODY', 2, 2) AS recompile_order FROM dba_objects WHERE object_type IN ('PACKAGE', 'PACKAGE BODY') AND status != 'VALID' ORDER BY 4) LOOP BEGIN IF cur_rec.object_type = 'PACKAGE' THEN EXECUTE IMMEDIATE 'ALTER ' || cur_rec.object_type || ' "' || cur_rec.owner || '"."' || cur_rec.object_name || '" COMPILE'; ElSE EXECUTE IMMEDIATE 'ALTER PACKAGE "' || cur_rec.owner || '"."' || cur_rec.object_name || '" COMPILE BODY'; END IF; EXCEPTION WHEN OTHERS THEN DBMS_OUTPUT.put_line(cur_rec.object_type || ' : ' || cur_rec.owner || ' : ' || cur_rec.object_name); END; END LOOP; END; / This approach is fine if you have a specific task in mind, but be aware that you may end up compiling some objects multiple times depending on the order they are compiled in. It is probably a better idea to use one of the methods provided by Oracle since they take the code dependencies into account. DBMS_UTILITY.compile_schema The COMPILE_SCHEMA procedure in the DBMS_UTILITY package compiles all procedures, functions, packages, and triggers in the specified schema. The example below shows how it is called from SQL*Plus: EXEC DBMS_UTILITY.compile_schema(schema => 'SCOTT'); UTL_RECOMP The UTL_RECOMP package contains two procedures used to recompile invalid objects. As the names suggest, the RECOMP_SERIAL procedure recompiles all the invalid objects one at a time, while the RECOMP_PARALLEL procedure performs the same task in parallel using the specified number of threads. Their definitions are listed below: PROCEDURE RECOMP_SERIAL( schema IN VARCHAR2 DEFAULT NULL, flags IN PLS_INTEGER DEFAULT 0); PROCEDURE RECOMP_PARALLEL( threads IN PLS_INTEGER DEFAULT NULL, schema IN VARCHAR2 DEFAULT NULL, flags IN PLS_INTEGER DEFAULT 0); The usage notes for the parameters are listed below: schema - The schema whose invalid objects are to be recompiled. If NULL all invalid objects in the database are recompiled. threads - The number of threads used in a parallel operation. If NULL the value of the "job_queue_processes" parameter is used. Matching the number of available CPUs is generally a good starting point for this value. flags - Used for internal diagnostics and testing only. The following examples show how these procedures care used: -- Schema level. EXEC UTL_RECOMP.recomp_serial('SCOTT'); EXEC UTL_RECOMP.recomp_parallel(4, 'SCOTT'); -- Database level. EXEC UTL_RECOMP.recomp_serial(); EXEC UTL_RECOMP.recomp_parallel(4); -- Using job_queue_processes value. EXEC UTL_RECOMP.recomp_parallel(); EXEC UTL_RECOMP.recomp_parallel(NULL, 'SCOTT'); There are a number of restrictions associated with the use of this package including: Parallel execution is perfomed using the job queue. All existing jobs are marked as disabled until the operation is complete. The package must be run from SQL*Plus as the SYS user, or another user with SYSDBA. The package expects the STANDARD, DBMS_STANDARD, DBMS_JOB and DBMS_RANDOM to be present and valid. Runnig DDL operations at the same time as this package may result in deadlocks. utlrp.sql and utlprp.sql The utlrp.sql and utlprp.sql scripts are provided by Oracle to recompile all invalid objects in the database. They are typically run after major database changes such as upgrades or patches. They are located in the $ORACLE_HOME/rdbms/admin directory and provide a wrapper on the UTL_RECOMP package. The utlrp.sql script simply calls the utlprp.sql script with a command line parameter of "0". The utlprp.sql accepts a single integer parameter that indicates the level of parallelism as follows: 0 - The level of parallelism is derived based on the CPU_COUNT parameter. 1 - The recompilation is run serially, one object at a time. N - The recompilation is run in parallel with "N" number of threads. Both scripts must be run as the SYS user, or another user with SYSDBA, to work correctly. For further information see: DBMS_UTILITY.compile_schema UTL_RECOMP http://www.oracle-base.com/articles/misc/RecompilingInvalidSchemaObjects.php

Oracle Architecture

Oracle Architecture The Oracle Instance The memory structures and server processes that do the work in the database. The System Global Area is a shared block of memory for Oracle’s use. At a minimum contains: - Redo Log buffer: short term storage for redo information so it can be written to the redo logs. - Shared Pool: further broken down into the library cache, which holds recently parsed and executed code, and the data dictionary cache, which store recently used object definitions. - Database buffer cache: Oracle’s work area for executing SQL. The instance also houses the processes - System Monitor: Opening database, maintain connection between instance and database - Database Writer: writes to the database files (writes as little as possible. Minimizing disk I/O for performance) - Process Monitor: Monitors user sessions - Log Writer: writes to the redo logs (writes as close to real time as possible. Ideally save all changes.) - Checkpoint: ensure instance is synchronized with the database from time to time. - Archiver: writes archived redo logs The Oracle Database The database refers to the physical files on the os that contain the data and data dictionary. At the minimum the database requires datafiles, control files, and redo logs. Parameter File: Holds the parameters to start the instance Password File: Encrypted file that holds the sysdba password. Allows sys to log on regardless of the state of the database. Datafiles: Core of the database, the files that hold the data. Control Files: Holds all the parameters used to connect the instance and database. For Example, pointers to the rest of the database (redo logs, datafiles…) and various data to maintain database integrity (scn and timestamp). Often multiplexed to allow recovery from file corruption. Redo Log: maintains all changes made to the data over a given period of time or until the log is full. Often multiplexed to allow recovery from file corruption. Archived Redo Logs: Copies of filled redo logs kept for recovery purposes. (Special thanks to "Josh" for this information)

Drop and Recreate PK Index

Disable PK constraint. alter table TBL1 disable constraint PK_TBL1 ; Delete PK index. alter table TBL1 drop index PK_TBL1 ; Create PK index. create unique index "PK_TBL1" on "TBL1" ("INSPECTORID", "DUTYID", "INSPID") tablespace "TBLSPCINDX" pctfree 10 initrans 2 maxtrans 255 storage ( initial 64K next 0K minextents 1 maxextents 2147483645 pctincrease 0 freelists 1 freelist groups 1 ) nologging; Enable PK constraint. alter table "TBL1" enable constraint "PK_TBL1" ;

Rebuild index to index tablespace

SELECT 'alter index MYPROJ.' || index_name || ' rebuild tablespace MYPROJINDX;' FROM dba_indexes WHERE owner = 'MYPROJ' AND tablespace_name != 'MYPROJINDX' ORDER BY index_name;

Example Creating Common Role

1. Log into the oracle instance using SQL*Plus or other oracle scripting tool as SYSTEM user. 2. Create roles SCHEMA_DEVELOPER and SCHEMA_USER. CREATE ROLE "SCHEMA_DEVELOPER" NOT IDENTIFIED; GRANT CREATE SESSION TO "SCHEMA_DEVELOPER"; GRANT SELECT ANY DICTIONARY TO "SCHEMA_DEVELOPER"; GRANT ALTER SESSION TO "SCHEMA_DEVELOPER"; GRANT CREATE CLUSTER TO "SCHEMA_DEVELOPER"; GRANT CREATE DATABASE LINK TO "SCHEMA_DEVELOPER"; GRANT CREATE PROCEDURE TO "SCHEMA_DEVELOPER"; GRANT CREATE PUBLIC SYNONYM TO "SCHEMA_DEVELOPER"; GRANT CREATE SEQUENCE TO "SCHEMA_DEVELOPER"; GRANT CREATE TABLE TO "SCHEMA_DEVELOPER"; GRANT CREATE TRIGGER TO "SCHEMA_DEVELOPER"; GRANT CREATE VIEW TO "SCHEMA_DEVELOPER"; GRANT DROP PUBLIC SYNONYM TO "SCHEMA_DEVELOPER"; CREATE ROLE "SCHEMA_USER" NOT IDENTIFIED; GRANT CREATE SESSION TO "SCHEMA_USER"; GRANT SELECT ANY DICTIONARY TO "SCHEMA_USER"; 3. Create the tablespaces (make sure to update the filepath for the datafile according to the server you are working with). Variables are enclosed in curley braces {}. Use this script as a guide: CREATE TABLESPACE "COMMONDATA" LOGGING DATAFILE '{PATH_TO_DATAFOLDER}\COMMONDATA01.DBF' SIZE 10M REUSE AUTOEXTEND ON NEXT 50M MAXSIZE UNLIMITED EXTENT MANAGEMENT LOCAL; CREATE TABLESPACE "COMMONINDX" NOLOGGING DATAFILE '{PATH_TO_DATAFOLDER}\COMMONINDX01.DBF' SIZE 5M REUSE AUTOEXTEND ON NEXT 10M MAXSIZE UNLIMITED EXTENT MANAGEMENT LOCAL; 4. Create the user and role using this script as a guide. (Note: if you are using Oracle 10g or higher you will need to remove lines that set quota unlimited on temp). CREATE USER "COMMON" profile "DEFAULT" identified by "{COMMON_PASSWORD}" default tablespace "COMMONDATA" temporary tablespace "TEMP" quota unlimited on COMMONDATA quota unlimited on COMMONINDX account UNLOCK; CREATE ROLE "COMMON_TABLE_USER" NOT IDENTIFIED; 5. Open a command prompt window and import a copy of the common schema from a .dmp file. If you dont have a .dmp file find another instance with the common schema and export it. Use these scripts as a guide: For importing the schema: imp common/{COMMON_PASSWORD}@{INSTANCE_NAME} file=common.dmp log=commonimp.log fromuser=common touser=common For exporting the schema: exp common/{COMMON_PASSWORD}@{INSTANCE_NAME} file=common.dmp log=commonexp.log 7. Run the following scripts one at a time to generate grant scripts for the roles needed. Select the statements that were created by these scripts and run them in order to grant the correct priveleges: SELECT 'grant SELECT, REFERENCES on "COMMON".' || table_name "Grant Privileges", 'TO ' || role || ';' "To Role" FROM dba_tables , dba_roles WHERE owner = 'COMMON' AND table_name = any (select table_name from dba_tables where table_name like 'CL_%') AND role = any (select role from dba_roles where role like 'COMMON%') ORDER BY role, table_name; col "Grant Privileges" format a50 SELECT 'grant SELECT, INSERT, UPDATE on "COMMON".' || table_name "Grant Privileges", 'TO ' || role || ';' "To Role" FROM dba_tables , dba_roles WHERE owner = 'COMMON' AND table_name = any (select table_name from dba_tables where table_name like 'CT_%') AND role = any (select role from dba_roles where role like 'COMMON%') ORDER BY role, table_name; 8. Grant schema role permissions: GRANT SCHEMA_DEVELOPER TO COMMON; GRANT COMMON_TABLE_USER TO SCHEMA_DEVELOPER; GRANT COMMON_TABLE_USER TO SCHEMA_USER;

Scripted Backups Example 2

USE master 
GO

DECLARE @theday char(1)
      , @file varchar(128)

   SET @theday = datepart(dw, getdate())

   ALTER DATABASE dbname SET RECOVERY SIMPLE;

   SET @file = 'D:\BACKUPS\dbname_' + @theday + '.bak';

   BACKUP DATABASE dbname TO DISK = @file WITH INIT;

   BACKUP LOG dbname WITH TRUNCATE_ONLY;

 GO

This does a 7 day "rolling backup", overwriting the backup from last week. Set it up on a nightly job.

Scripted Backups Example 1

USE master GO DECLARE @dbs AS TABLE ( id int identity(1,1), dbname sysname ) DECLARE @id int , @dbname sysname , @path varchar(128) , @file nvarchar(255) , @theday char(1) SET @path = 'D:\DEV_BACKUPS' SET @theday = datepart(dw, CURRENT_TIMESTAMP) INSERT INTO @dbs ( dbname ) SELECT name FROM sys.databases WHERE database_id > 4 --not system dbs AND state = 0 --online ORDER BY name SELECT @id = max(id) FROM @dbs WHILE @id > 0 BEGIN SELECT @dbname = dbname FROM @dbs WHERE id = @id SET @file = @path + '\' + @dbname + '_BAK' + @theday + '.bak' BACKUP DATABASE @dbname TO DISK = @file WITH INIT; BACKUP LOG @dbname WITH TRUNCATE_ONLY; SET @id = @id - 1 END GO

Default data file location

To prevent the C:\ drive from filling up, it is a good idea to set the database default location. To do this: 1. Open SQL Server Management Studio 2. Right click the server instance 3. Select "Properties" 4. In the Server Properties window, select "Database Settings" 5. Under "Database default locations", specify path for "Data:" and "Log:", for example: "D:\SQLDATA\" Additionally, if space on the C:\ drive is limited, check the properties of the TEMPDB. This can be found under the "Databases" --> "System Databases" branches in the server's tree-view. First, since the tempdb does not autoshrink, you can manually shrink it by right-clicking tempdb and selecting "Task"-->"Shrink"-->"Database". Next, right-click the tempdb database and select "Properties". Then select "Files". You can set the "tempdev.mdf" file to be restricted growth and add an additional database file that is unrestricted on another drive.

StartStop OPMNCTL

D:\oracle\oas10g\opmn\bin>opmnctl stopall opmnctl: stopping opmn and all managed processes... D:\oracle\oas10g\opmn\bin>opmnctl startall opmnctl: starting opmn and all managed processes... D:\oracle\oas10g\opmn\bin>

Invalid Heap Size

Was getting the following error when trying to start the OAS server: D:\OAS\opmn\bin>opmnctl startall opmnctl: starting opmn and all managed processes... ==================================================================== opmn id=MYSERVER:6200 1 of 2 processes started. ias-instance id=MYSERVER.XXXX.XXXXX ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ias-component/process-type/process-set: default_group/MYAPP/default_group/ Error --> Process (index=1,uid=809764963,pid=3936) failed to start a managed process after the maximum retry limit Log: D:\OAS\opmn\logs\\default_group~MYAPP~default_group~1.log Here's what the log said: -------- 09/02/17 12:37:26 Start process -------- Error occurred during initialization of VM Incompatible initial and maximum heap sizes specified Cracked open the config file and found the following: D:\OAS\opmn\conf\opmn.xml <data id="java-options" value="-server -mx512M -ms1024M -Xrs -XX:MaxPermSize=256M -XX:AppendRatio=3 -Djava.security.policy=$ORACLE_HOME/j2ee/MYAPP/config/java2.policy -Djava.awt.headless=true -Dhttp.webdir.enable=false -XX:+UseConcMarkSweepGC -XX:+CMSPermGenSweepingEnabled -XX:+CMSClassUnloadingEnabled"/> Fixed it: <data id="java-options" value="-server -mx1024M -ms512M -Xrs -XX:MaxPermSize=256M -XX:AppendRatio=3 -Djava.security.policy=$ORACLE_HOME/j2ee/MYAPP/config/java2.policy -Djava.awt.headless=true -Dhttp.webdir.enable=false -XX:+UseConcMarkSweepGC -XX:+CMSPermGenSweepingEnabled -XX:+CMSClassUnloadingEnabled"/>

Enable Administrator Account

On Windows Vista, you might have noticed that the local administrator account is disabled. To enable the administrator account on windows vista type the following string on the command prompt: net user administrator /active:yes

Tracing Calls to Stored Procedures from C

//where cmd is of type SqlCommand Console.WriteLine(""); Console.WriteLine(cmd.CommandText); String sep = " "; foreach (SqlParameter param in cmd.Parameters) { if (param.SqlValue.Equals("Null")) { Console.WriteLine(sep + param.ParameterName + "=" + param.SqlValue); } else { switch (param.SqlDbType) { case SqlDbType.NChar: case SqlDbType.NVarChar: case SqlDbType.VarChar: case SqlDbType.Char: case SqlDbType.Date: case SqlDbType.DateTime: case SqlDbType.DateTime2: case SqlDbType.SmallDateTime: case SqlDbType.Text: Console.WriteLine(sep + param.ParameterName + "='" + param.SqlValue + "'"); break; default: Console.WriteLine(sep + param.ParameterName + "=" + param.SqlValue); break; } } sep = ", "; } Console.WriteLine("");

iis restart

REM ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ REM REM Use this batch file to start IIS web sites when the server is started. To use, ensure that all following steps have been followed. REM 1. Place this as a batch file on the server ( C:\StartWebsites.bat ) REM 2. Edit the startup group policy setting for the local machine REM PATH : ( Group Policy Object Editor - Local ComputerPolicy - Computer Configuration - Windows Settings - Scripts - Startup) REM 3. Add a script with the path to the batch file as the script name ( Script Name: C:\StartWebsites.bat ) REM REM ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ REM CScript Host is required to use IIS command line tools cscript.exe //H:CScript REM Start web sites REM web sites iisweb /start wiki iisweb /start development REM Reset default scripting host to WScript in case anything else depends on it. cscript.exe //H:WScript

Windows Platform FIPS Error

Pass this on to your folks if they get the following error in a asp.net app on the development server: "This implementation is not part of the Windows Platform FIPS validated cryptographic algorithms" Have your developer go into the web config and move the "sessionState" tag to just under the tag and make sure the sessionState is uncommented. <system.web> <sessionState mode="StateServer" stateConnectionString="tcpip=127.0.0.1:42424" timeout="20"/> To this point I still only have speculation as to what changed on the server that now is causing this error. Most likely was a setting that changed as part of a security update.

Encrypting web.config Sections

1. First, add following to web.config within the container

---------------------BEGIN:  configProtectedData ---------------------
     <configprotecteddata>
       <providers>
          <add keycontainername="MY_KEYS" name="MY_PROVIDER" type="System.Configuration.RsaProtectedConfigurationProvider,
                    System.Configuration, Version=2.0.0.0,
                    Culture=neutral, PublicKeyToken=b03f5f7f11d50a3a,
                    processorArchitecture=MSIL" usemachinecontainer="true">
          </add>
       </providers>
    </configprotecteddata>
---------------------END:  configProtectedData ---------------------

2. Below is an example .bat or .cmd file for encrypting sensitive sections of the web.config for a given .NET web application. Change the {PATH} to the physical path to the web application's folder.

---------------------BEGIN:  encrypt.cmd ---------------------
@echo off

REM *********************************************************
REM ** APP_PATH
REM ** Change {PATH} below to path of physical location where
REM ** application is installed
REM **
REM ** ASP_PATH
REM ** Location of ASP.NET framework
REM *********************************************************
SET APP_PATH="{PATH}"
SET ASP_PATH=C:\WINDOWS\Microsoft.NET\Framework\v2.0.50727\aspnet_regiis.exe
SET ASP_OPT=-pef
SET ASP_PROV="MY_PROVIDER"

%ASP_PATH% %ASP_OPT% "connectionStrings"

%APP_PATH% -prov %ASP_PROV%

pause
---------------------END:  encrypt.cmd ---------------------

A complete walkthrough for this, including information on key stores is available here:

http://msdn.microsoft.com/en-us/library/2w117ede.aspx

Managing Key Store

---------------------BEGIN: create_keystore.cmd --------------------- @echo off REM ********************************************************* REM ** ASP_PATH REM ** Location of ASP.NET framework REM ** REM ** Warning: keep the exported key in a safe place REM ** you will not be able to decrypt data using REM ** a recreated keystore even by same name REM ********************************************************* SET ASP_PATH=C:\WINDOWS\Microsoft.NET\Framework\v2.0.50727\aspnet_regiis.exe REM To Delete Key store REM %ASP_PATH% -pz "MY_KEYS" REM To Create key store %ASP_PATH% -pc "MY_KEYS" -exp REM To grant access to key store by ASP.NET application service %ASP_PATH% -pa "MY_KEYS" "NT AUTHORITY\NETWORK SERVICE" REM To Export key store %ASP_PATH% -px "MY_KEYS" "d:\temp\crypto\MY_KEYS.xml" -pri ---------------------END: create_keystore.cmd --------------------- ---------------------BEGIN: import_keystore.cmd --------------------- @echo off REM ********************************************************* REM ** REM ** ASP_PATH REM ** Location of ASP.NET framework REM ********************************************************* SET ASP_PATH=C:\WINDOWS\Microsoft.NET\Framework\v2.0.50727\aspnet_regiis.exe REM To Delete Key store %ASP_PATH% -pz "MY_KEYS" REM To Import Key Store %ASP_PATH% -pi "MY_KEYS" "d:\temp\crypto\375CSPTS_KEYS.xml" REM To grant access to key store by ASP.NET application service %ASP_PATH% -pa "MY_KEYS" "NT AUTHORITY\NETWORK SERVICE" ---------------------END: import_keystore.cmd --------------------- A complete walkthrough for this, including information on key stores is available here: http://msdn.microsoft.com/en-us/library/2w117ede.aspx

setmetabase UploadReadAheadSize

'cscript setmetabase.vbs 'set vdirObj=GetObject("IIS://localhost/W3svc/1/ROOT") 'set vdirObj=GetObject("IIS://localhost/W3SVC/1/Root/rapid/projects/proj1") 'set vdirObj=GetObject("IIS://localhost/W3SVC/1/Root/rapid/projects/proj_Prototype") set vdirObj=GetObject("IIS://localhost/W3SVC/1/Root/rapid/projects/proj2") ' Print out the current value of some properties: WScript.Echo "UploadReadAheadSize Before: " & vdirObj.UploadReadAheadSize ' Set some properties: ' default is 49152 'vdirObj.Put "UploadReadAheadSize", 1024000 ' Save the property changes in the metabase: 'vdirObj.SetInfo 'WScript.Echo "UploadReadAheadSize After: " & vdirObj.UploadReadAheadSize

Clearing out security log

If you get a message 'security log is full', can take the following steps.... 1. log in as administrator 2. right-click 'my computer' icon and select 'manage' 3. in the computer management window, expand 'system tools', then expand 'event viewer' 4. select the 'security' entry 5. from the computer management window menu, select 'action', then 'clear all events' 6. click 'yes' to save a copy of the log, or 'no' to clear the log completely

Create ap_developer and ap_user Roles

USE model GO --------------------------------- -- ap_developer --------------------------------- DECLARE @RoleName sysname set @RoleName = N'ap_developer' IF EXISTS (SELECT * FROM sys.database_principals WHERE name = @RoleName AND type = 'R') Begin DECLARE @RoleMemberName sysname DECLARE Member_Cursor CURSOR FOR select [name] from dbo.sysusers where uid in ( select member_principal_id from sys.database_role_members where role_principal_id in ( select principal_id FROM sys.database_principals where [name] = @RoleName AND type = 'R' )) OPEN Member_Cursor; FETCH NEXT FROM Member_Cursor into @RoleMemberName WHILE @@FETCH_STATUS = 0 BEGIN exec sp_droprolemember @rolename=@RoleName, @membername= @RoleMemberName FETCH NEXT FROM Member_Cursor into @RoleMemberName END; CLOSE Member_Cursor; DEALLOCATE Member_Cursor; End GO IF EXISTS (SELECT * FROM sys.database_principals WHERE name = N'ap_developer' AND type = 'R') DROP ROLE [ap_developer] GO IF EXISTS (SELECT * FROM sys.database_principals WHERE name = N'ap_developer' AND type = 'A') DROP APPLICATION ROLE [ap_developer] GO CREATE ROLE [ap_developer] AUTHORIZATION [dbo] GO EXEC sp_addrolemember N'db_datareader', N'ap_developer' EXEC sp_addrolemember N'db_datawriter', N'ap_developer' GRANT CONTROL ON SCHEMA::[dbo] TO [ap_developer] GRANT VIEW DEFINITION TO [ap_developer] GRANT CREATE PROCEDURE TO [ap_developer] GRANT EXECUTE TO [ap_developer] GO --------------------------------- -- ap_user --------------------------------- DECLARE @RoleName sysname set @RoleName = N'ap_user' IF EXISTS (SELECT * FROM sys.database_principals WHERE name = @RoleName AND type = 'R') Begin DECLARE @RoleMemberName sysname DECLARE Member_Cursor CURSOR FOR select [name] from dbo.sysusers where uid in ( select member_principal_id from sys.database_role_members where role_principal_id in ( select principal_id FROM sys.database_principals where [name] = @RoleName AND type = 'R' )) OPEN Member_Cursor; FETCH NEXT FROM Member_Cursor into @RoleMemberName WHILE @@FETCH_STATUS = 0 BEGIN exec sp_droprolemember @rolename=@RoleName, @membername= @RoleMemberName FETCH NEXT FROM Member_Cursor into @RoleMemberName END; CLOSE Member_Cursor; DEALLOCATE Member_Cursor; End GO IF EXISTS (SELECT * FROM sys.database_principals WHERE name = N'ap_user' AND type = 'R') DROP ROLE [ap_user] GO IF EXISTS (SELECT * FROM sys.database_principals WHERE name = N'ap_user' AND type = 'A') DROP APPLICATION ROLE [ap_user] GO CREATE ROLE [ap_user] AUTHORIZATION [dbo] GO EXEC sp_addrolemember N'db_datareader', N'ap_user' EXEC sp_addrolemember N'db_datawriter', N'ap_user' GRANT VIEW DEFINITION TO [ap_user] GRANT EXECUTE TO [ap_user] GO /********** IF EXISTS (SELECT * FROM sys.database_principals WHERE name = N'jmolsen') DROP USER [jmolsen] GO CREATE USER [jmolsen] FOR LOGIN [jmolsen] WITH DEFAULT_SCHEMA=[dbo] GO EXEC sp_addrolemember N'ap_developer', N'jmolsen' GO ************/

Using ROW_NUMBER()

From SQL Server 2005 Books Online: The following example returns rows with numbers 50 to 60 inclusive in the order of the OrderDate. USE AdventureWorks; GO WITH OrderedOrders AS ( SELECT SalesOrderID , OrderDate , ROW_NUMBER() OVER (ORDER BY OrderDate) AS 'RowNumber' FROM Sales.SalesOrderHeader ) SELECT * FROM OrderedOrders WHERE RowNumber BETWEEN 50 AND 60;

Default Database

/*********************************************** * This gives users a dummy default database * in order to prevent them from: * 1) having 'master' as a default database * 2) not being able to connect to the server * because their default database has been * dropped, recreated, or restored ***********************************************/ USE master GO IF NOT EXISTS ( SELECT TOP 1 1 FROM sysdatabases WHERE name = 'uno' ) BEGIN CREATE DATABASE [uno] END GO ALTER DATABASE [uno] SET READ_WRITE GO USE uno GO GRANT SELECT TO [public] GO DECLARE @name sysname , @sql nvarchar(max) DECLARE login_cur CURSOR FAST_FORWARD FOR SELECT name FROM master..syslogins WITH (NOLOCK) WHERE upper(name) LIKE '%' OPEN login_cur FETCH login_cur INTO @name WHILE @@FETCH_STATUS = 0 BEGIN SET @sql = 'IF NOT EXISTS ( SELECT TOP 1 1 FROM sysusers WHERE name = ''' + @name + ''' ) ' SET @sql = @sql + 'CREATE USER [' + @name + '] FOR LOGIN [' + @name + '] WITH DEFAULT_SCHEMA=[dbo];' EXEC sp_executesql @sql SET @sql = 'ALTER LOGIN [' + @name + '] WITH DEFAULT_DATABASE=[uno];' EXEC sp_executesql @sql FETCH login_cur INTO @name END CLOSE login_cur DEALLOCATE login_cur GO --ALTER DATABASE [uno] SET READ_ONLY --GO

Drop all constraints (PKs & FKs) and Indexes

DECLARE @objs TABLE ( id int identity(1,1), cmd nvarchar(4000), srt tinyint )
DECLARE @id int
      , @cmd nvarchar(4000)

   INSERT INTO @objs (cmd,srt)
        SELECT 'DROP INDEX [' + A.name + '] ON [' +  + SCHEMA_NAME(B.schema_id) + + '].[' + B.name + ']'
             , 1
          FROM sys.indexes  A 
    INNER JOIN sys.objects  B
            ON A.object_id = B.object_id
         WHERE A.is_primary_key = 0
           AND A.is_unique_constraint = 0
           AND B.type = 'U'
           AND A.name IS NOT NULL
   UNION
        SELECT 'ALTER TABLE [' +  + SCHEMA_NAME(B.schema_id) + + '].[' + B.name + '] DROP CONSTRAINT [' + A.name + ']'
             , 2
          FROM sys.objects  A 
    INNER JOIN sys.objects  B
            ON A.parent_object_id = B.object_id
         WHERE A.type = 'PK'
            OR A.name IN ( 'PK_deemed_raiv','PK_driverchecklog')
      ORDER BY 2

SELECT @id = max(id) FROM @objs

WHILE @id > 0
 BEGIN
   SELECT @cmd = cmd FROM @objs WHERE id = @id
   EXEC sp_executesql @cmd
   SET @id = @id - 1
 END
GO

Dropping All Tables, SPs, FNs, and Views

USE {DATABASE_NAME} GO -------------------------------------------------------- -- Drop Procedures -------------------------------------------------------- DECLARE @objname sysname DECLARE @sql nvarchar(max) DECLARE obj_cur CURSOR FAST_FORWARD FOR SELECT name FROM sysobjects WHERE type = 'P' OPEN obj_cur FETCH obj_cur INTO @objname WHILE @@FETCH_STATUS = 0 BEGIN SET @sql = 'DROP PROCEDURE ' + @objname EXEC sp_executesql @sql FETCH obj_cur INTO @objname END CLOSE obj_cur DEALLOCATE obj_cur GO -------------------------------------------------------- -- Drop Functions -------------------------------------------------------- DECLARE @objname sysname DECLARE @sql nvarchar(max) DECLARE obj_cur CURSOR FAST_FORWARD FOR SELECT name FROM sysobjects WHERE type IN ('FN','IF','TF') OPEN obj_cur FETCH obj_cur INTO @objname WHILE @@FETCH_STATUS = 0 BEGIN SET @sql = 'DROP FUNCTION ' + @objname EXEC sp_executesql @sql FETCH obj_cur INTO @objname END CLOSE obj_cur DEALLOCATE obj_cur GO -------------------------------------------------------- -- Drop Views -------------------------------------------------------- DECLARE @objname sysname DECLARE @sql nvarchar(max) DECLARE obj_cur CURSOR FAST_FORWARD FOR SELECT name FROM sysobjects WHERE type = 'V' OPEN obj_cur FETCH obj_cur INTO @objname WHILE @@FETCH_STATUS = 0 BEGIN SET @sql = 'DROP VIEW ' + @objname EXEC sp_executesql @sql FETCH obj_cur INTO @objname END CLOSE obj_cur DEALLOCATE obj_cur GO -------------------------------------------------------- -- Drop Constraints -------------------------------------------------------- DECLARE @objname sysname DECLARE @sql nvarchar(max) DECLARE @tabname sysname DECLARE obj_cur CURSOR FAST_FORWARD FOR SELECT A.name [const_name] , B.name [table_name] FROM sysobjects A , sysobjects B , sysconstraints C WHERE A.id = C.constid AND B.id = C.id AND B.name NOT LIKE 'sys%' AND A.type IN ( 'F', 'K' ) ORDER BY A.type, 2 DESC, 1 OPEN obj_cur FETCH obj_cur INTO @objname, @tabname WHILE @@FETCH_STATUS = 0 BEGIN SET @sql = 'ALTER TABLE ' + @tabname + ' NOCHECK CONSTRAINT ' + @objname PRINT @sql EXEC sp_executesql @sql FETCH obj_cur INTO @objname, @tabname END CLOSE obj_cur OPEN obj_cur FETCH obj_cur INTO @objname, @tabname WHILE @@FETCH_STATUS = 0 BEGIN SET @sql = 'ALTER TABLE ' + @tabname + ' DROP CONSTRAINT ' + @objname PRINT @sql EXEC sp_executesql @sql FETCH obj_cur INTO @objname, @tabname END CLOSE obj_cur DEALLOCATE obj_cur GO -------------------------------------------------------- -- Drop Tables -------------------------------------------------------- DECLARE @objname sysname DECLARE @sql nvarchar(max) DECLARE obj_cur CURSOR FAST_FORWARD FOR SELECT name FROM sysobjects WHERE type = 'U' OPEN obj_cur FETCH obj_cur INTO @objname WHILE @@FETCH_STATUS = 0 BEGIN SET @sql = 'DROP TABLE ' + @objname EXEC sp_executesql @sql FETCH obj_cur INTO @objname END CLOSE obj_cur DEALLOCATE obj_cur GO

Dropping Erroneous Tables from Master database

USE master GO DECLARE @tabname sysname , @sql nvarchar(256) DECLARE tab_cur CURSOR FAST_FORWARD FOR SELECT name FROM sysobjects WITH (NOLOCK) WHERE type = 'U' AND ( name LIKE 'L_%' OR name LIKE 'T_%' ) OPEN tab_cur FETCH tab_cur INTO @tabname WHILE @@FETCH_STATUS = 0 BEGIN SET @sql = 'DROP TABLE ' + @tabname EXEC sp_executesql @sql FETCH tab_cur INTO @tabname END CLOSE tab_cur DEALLOCATE tab_cur GO

Rebuilding all Indexes

USE [DATABASE_NAME] GO DECLARE @TableName varchar(255) DECLARE TableCursor CURSOR FAST_FORWARD FOR SELECT table_name FROM information_schema.tables WITH (NOLOCK) WHERE table_type = 'base table' OPEN TableCursor FETCH NEXT FROM TableCursor INTO @TableName WHILE @@FETCH_STATUS = 0 BEGIN DBCC DBREINDEX(@TableName,' ',90) FETCH NEXT FROM TableCursor INTO @TableName END CLOSE TableCursor DEALLOCATE TableCursor GO

Counts from Each Table in DB

USE [dbname] GO SET NOCOUNT ON DECLARE @tabname sysname DECLARE @sql nvarchar(max) DECLARE @rows int DECLARE table_cur CURSOR FAST_FORWARD FOR SELECT name FROM sysobjects WHERE type = 'U' CREATE TABLE #results_tmp ( tabname sysname, cnt int ) OPEN table_cur FETCH table_cur INTO @tabname WHILE @@FETCH_STATUS = 0 BEGIN SET @sql = 'INSERT INTO #results_tmp SELECT ''' + @tabname + ''', count(1) FROM ' + @tabname EXEC sp_executesql @sql FETCH table_cur INTO @tabname END CLOSE table_cur DEALLOCATE table_cur SELECT cnt, tabname FROM #results_tmp ORDER BY cnt DESC DROP TABLE #results_tmp GO

Reordering Subgroup

USE [db] GO --delcare variables DECLARE @i int DECLARE @lastrow int DECLARE @curPoc int DECLARE @curDir int DECLARE @lastDir int DECLARE @order int DECLARE @pocs AS TABLE ( rownum int IDENTITY(1, 1) PRIMARY KEY NOT NULL , pocID int NOT NULL , fk_directorateID int NOT NULL ) -- this builds a var table that is pre-sorted according to criteria INSERT INTO @pocs ( pocID, fk_directorateID ) SELECT A.pocId , A.fk_directorateID FROM t_poc A (NOLOCK) WHERE A.isArchived = 0 ORDER BY A.fk_directorateID , A.orderBy , A.pocID SELECT @lastrow = max(A.rownum) FROM @pocs A SET @i = 1 SET @lastDir = 0 SET @order = 0 --loop through all POCs in POC table WHILE @i <= @lastrow BEGIN SELECT @curPoc = A.pocID , @curDir = A.fk_directorateID FROM @pocs A WHERE A.rownum = @i IF @lastDir = @curDir BEGIN SET @order = @order + 1 END ELSE BEGIN SET @order = 0 SET @lastDir = @curDir END UPDATE t_poc SET orderBy = @order WHERE pocID = @curPoc SET @i = @i + 1 END GO

Default data file location

To prevent the C:\ drive from filling up, it is a good idea to set the database default location. To do this: 1. Open SQL Server Management Studio 2. Right click the server instance 3. Select "Properties" 4. In the Server Properties window, select "Database Settings" 5. Under "Database default locations", specify path for "Data:" and "Log:", for example: "D:\SQLDATA\" Additionally, if space on the C:\ drive is limited, check the properties of the TEMPDB. This can be found under the "Databases" --> "System Databases" branches in the server's tree-view. First, since the tempdb does not autoshrink, you can manually shrink it by right-clicking tempdb and selecting "Task"-->"Shrink"-->"Database". Next, right-click the tempdb database and select "Properties". Then select "Files". You can set the "tempdev.mdf" file to be restricted growth and add an additional database file that is unrestricted on another drive.

Truncate Transaction Log

If the transaction log is not being backed up, it will eventually grow to its maximum size or run out of disk space. The first thing to try when the transaction log is full is to perform a backup of it. USE MASTER GO ALTER DATABASE myproj SET RECOVERY FULL; GO BACKUP DATABASE myproj TO DISK = '\\server01\data$\myprojData.bak'; GO BACKUP LOG myproj TO DISK = '\\server01\data$\myprojLog.bak'; GO ALTER DATABASE myproj SET RECOVERY SIMPLE; GO Transaction log A record of modifications performed to a database. The amount of information logged in the transaction log depends on the recovery model for a database. Transaction Log Backup Backs up the active portion and truncates the inactive portion of the transaction log. http://technet.microsoft.com/en-us/library/cc966495.aspx Recovery Models Simple The simple recovery model does what it implies, it gives you a simple backup that can be used to replace your entire database in the event of a failure or if you have the need to restore your database to another server. With this recovery model you have the ability to do complete backups (an entire copy) or differential backups (any changes since the last complete backup). With this recovery model you are exposed to any failures since the last backup completed. Here are some reasons why you may choose this recovery model: Your data is not critical and can easily be recreated The database is only used for test or development Data is static and does not change Losing any or all transactions since the last backup is not a problem Data is derived and can easily be recreated Type of backups you can run: Complete backups Differential backups File and/or Filegroup backups Partial backups Copy-Only backups Under the simple recovery model, the transaction log is automatically truncated to remove any inactive virtual log files. Truncation usually occurs after each CHECKPOINT but can be delayed under some conditions, such as a long-running transaction, which can keep large portions of the transaction log in an "active" state. http://msdn.microsoft.com/en-us/library/ms345414.aspx Bulk_Logged The bulk logged recovery sort of does what it implies. With this model there are certain bulk operations such as BULK INSERT, CREATE INDEX, SELECT INTO, etc... that are not fully logged in the transaction log and therefore do not take as much space in the transaction log. The advantage of using this recovery model is that your transaction logs will not get that large if you are doing bulk operations and you have the ability to do point in time recovery as long as your last transaction log backup does not include a bulk operation as mentioned above. If no bulk operations are run this recovery model works the same as the Full recovery model. One thing to note is that if you use this recovery model you also need to issue transaction log backups otherwise your database transaction log will continue to grow. Here are some reasons why you may choose this recovery model: Data is critical, but you do not want to log large bulk operations Bulk operations are done at different times versus normal processing. You still want to be able to recover to a point in time Type of backups you can run: Complete backups Differential backups File and/or Filegroup backups Partial backups Copy-Only backups Transaction log backups Full The full recovery model is the most complete recovery model and allows you to recover all of your data to any point in time as long as all backup files are useable. With this model all operations are fully logged which means that you can recover your database to any point. In addition, if the database is set to the full recovery model you need to also issue transaction log backups otherwise your database transaction log will continue to grow forever. Here are some reasons why you may choose this recovery model: Data is critical and data can not be lost. You always need the ability to do a point-in-time recovery. You are using database mirroring Type of backups you can run: Complete backups Differential backups File and/or Filegroup backups Partial backups Copy-Only backups Transaction log backups

Recover from a corrupted Master DB

To rebuild a SQL 2005 master database: start /wait \setup.exe /qn INSTANCENAME= REINSTALL=SQL_Engine REBUILDDATABASE=1 SAPWD= In SQL 2008 use: setup.exe /QUIET /ACTION=REBUILDDATABASE /INSTANCENAME=instance_name /SQLSYSADMINACCOUNTS= accounts [/SAPWD=password] [/SQLCOLLATION=collation_name] Then start in single user mode: sqlservr.exe -m -s Then restore the latest backup of master and user databases, bringing the instance to the latest point possible. More Info: http://www.sqlservercentral.com/articles/Administration/73207/ http://www.networkworld.com/community/node/39292

Ten SQL Server Stats to Monitor

Top 10 SQL Server Counters for Monitoring SQL Server Performance 1. SQLServer: Buffer Manager: Buffer cache hit ratio The buffer cache hit ratio counter represents how often SQL Server is able to find data pages in its buffer cache when a query needs a data page. The higher this number the better, because it means SQL Server was able to get data for queries out of memory instead of reading from disk. You want this number to be as close to 100 as possible. Having this counter at 100 means that 100% of the time SQL Server has found the needed data pages in memory. A low buffer cache hit ratio could indicate a memory problem. 2. SQLServer: Buffer Manager: Page life expectancy The page life expectancy counter measures how long pages stay in the buffer cache in seconds. The longer a page stays in memory, the more likely SQL Server will not need to read from disk to resolve a query. You should watch this counter over time to determine a baseline for what is normal in your database environment. Some say anything below 300 (or 5 minutes) means you might need additional memory. 3. SQLServer: SQL Statistics: Batch Requests/Sec Batch Requests/Sec measures the number of batches SQL Server is receiving per second. This counter is a good indicator of how much activity is being processed by your SQL Server box. The higher the number, the more queries are being executed on your box. Like many counters, there is no single number that can be used universally to indicate your machine is too busy. Today’s machines are getting more and more powerful all the time and therefore can process more batch requests per second. You should review this counter over time to determine a baseline number for your environment. 4. SQLServer: SQL Statistics: SQL Compilations/Sec The SQL Compilations/Sec measure the number of times SQL Server compiles an execution plan per second. Compiling an execution plan is a resource-intensive operation. Compilations/Sec should be compared with the number of Batch Requests/Sec to get an indication of whether or not complications might be hurting your performance. To do that, divide the number of batch requests by the number of compiles per second to give you a ratio of the number of batches executed per compile. Ideally you want to have one compile per every 10 batch requests. 5. SQLServer: SQL Statistics: SQL Re-Compilations/Sec When the execution plan is invalidated due to some significant event, SQL Server will re-compile it. The Re-compilations/Sec counter measures the number of time a re-compile event was triggered per second. Re-compiles, like compiles, are expensive operations so you want to minimize the number of re-compiles. Ideally you want to keep this counter less than 10% of the number of Compilations/Sec. 6. SQLServer: General Statistics: User Connections The user connections counter identifies the number of different users that are connected to SQL Server at the time the sample was taken. You need to watch this counter over time to understand your baseline user connection numbers. Once you have some idea of your high and low water marks during normal usage of your system, you can then look for times when this counter exceeds the high and low marks. If the value of this counter goes down and the load on the system is the same, then you might have a bottleneck that is not allowing your server to handle the normal load. Keep in mind though that this counter value might go down just because less people are using your SQL Server instance. 7. SQLServer: Locks: Lock Waits / Sec: _Total In order for SQL Server to manage concurrent users on the system, SQL Server needs to lock resources from time to time. The lock waits per second counter tracks the number of times per second that SQL Server is not able to retain a lock right away for a resource. Ideally you don't want any request to wait for a lock. Therefore you want to keep this counter at zero, or close to zero at all times. 8. SQLServer: Access Methods: Page Splits / Sec This counter measures the number of times SQL Server had to split a page when updating or inserting data per second. Page splits are expensive, and cause your table to perform more poorly due to fragmentation. Therefore, the fewer page splits you have the better your system will perform. Ideally this counter should be less than 20% of the batch requests per second. 9. SQLServer: General Statistic: Processes Block The processes blocked counter identifies the number of blocked processes. When one process is blocking another process, the blocked process cannot move forward with its execution plan until the resource that is causing it to wait is freed up. Ideally you don't want to see any blocked processes. When processes are being blocked you should investigate. 10. SQLServer: Buffer Manager: Checkpoint Pages / Sec The checkpoint pages per second counter measures the number of pages written to disk by a checkpoint operation. You should watch this counter over time to establish a baseline for your systems. Once a baseline value has been established you can watch this value to see if it is climbing. If this counter is climbing, it might mean you are running into memory pressures that are causing dirty pages to be flushed to disk more frequently than normal. http://www.databasejournal.com/features/mssql/article.php/3932406/Top-10-SQL-Server-Counters-for-Monitoring-SQL-Server-Performance.htm

Starting SQL Server in Maintenance Mode

Open a command prompt and run the commands below (note: your path to the Binn folder may vary) to switch on the SQL Server with minimal configuration single user mode: cd C:\Program Files\Microsoft SQL Server\MSSQL10_50.MSSQLSERVER\MSSQL\Binn sqlservr.exe -f This can be useful in cases where the SQL Server will not start in normal mode due to something like the partition the tempdb is on becomes unavailable. If something like this happens can start in single user mode and execute the following: alter database tempdb move file (filename=tempdev, FileName ='C:\DATA\tempdb.mdf') alter database tempdb move file (filename=templog, FileName ='C:\DATA\templog.ldf')

To INDEX or Not to INDEX

0. The exception to any of the below is if the cost of the index in maintenance time is greater than the benefit of the index or the size of the index is within roughly 80% the size of the data or greater in size than data in the table. 1. Primary keys should almost always be indexed. 2. Foreign keys should almost always be indexed. 3. Look through the most common executed queries and add indexes for any columns in the "where" clauses that are not covered by steps 1 & 2. 4. Look through long running queries and add indexes for any columns in the "where" clauses that are not covered by steps 1, 2 & 3. NOTE: Exception in #3 & #4 is if the comparison operator is "LIKE". Also, whether you do #3 then #4, or #4 then #3 depends mostly on how the application is being used and where the bottlenecks are. Other things to watch out for: - Try not to put "too many" indexes on a table, as this would in turn slow down inserts/updates. - I usually start with step "1" above and implement a step at a time until I stop seeing benefit, then back off a step. - Compound indexes should be used infrequently and sparingly - Clustered indexes can actually degrade performance depending on how the column is used. Most design tools automatically create a clustered index on the primary key, but this should not be taken as a clustered index is "always" a good thing. There are actually very few cases where a clustered index actually results in a benefit, more often than not it creates more overhead than it produces in benefit.

Recursive Org List

CREATE FUNCTION [f_GetParentOrgs] ( @org_id int ) RETURNS @parentOrgs TABLE ( ID int IDENTITY PRIMARY KEY, org_id int ) AS BEGIN DECLARE @row int DECLARE @org int INSERT INTO @parentOrgs ( org_id ) SELECT organizationParentID FROM t_organization WITH (NOLOCK) WHERE organizationID = @org_id AND organizationParentID NOT IN ( SELECT org_id FROM @parentOrgs ) SELECT @row = count(1) FROM @parentOrgs WHILE @row > 0 BEGIN SELECT @org = org_id FROM @parentOrgs WHERE ID = @row INSERT INTO @parentOrgs ( org_id ) SELECT org_id FROM dbo.f_GetParentOrgs( @org ) WHERE org_id NOT IN ( SELECT org_id FROM @parentOrgs ) SET @row = @row - 1 END --this is to include original org parameter in list if needed INSERT INTO @parentOrgs ( org_id ) VALUES ( @org_id ) RETURN END

Reducing SQL Server Locks

Reducing SQL Server Locks By : Brad McGehee Apr 13, 2006 http://www.sql-server-performance.com/tips/reducing_locks_p1.aspx if your users are complaining that they have to wait for their transactions to complete, you may want to find out if object locking on the server is contributing to this problem. To do this, use the SQL Server Locks Object: Average Wait Time (ms). You can use this counter to measure the average wait time of a variety of locks, including database, extent, Key, Page, RID, and table. If you identify one or more types of locks causing transaction delays, then you will want to investigate further to see if you can identify what specific transactions are causing the locking. The Profiler is as a good tool for this detailed analysis. [7.0, 2000, 2005] Updated 9-18-2006 ***** Use sp_who and sp_who2 (the sp_who2 stored procedure is not documented in the SQL Server Books Online, but offers more detail than sp_who) to identify which processes may be blocking other processes. While blocking can also be identified using Enterprise Manager or Management Studio, these two commands work much faster and more efficiently than these GUI-based front-ends. [6.5, 7.0, 2000, 2005] Updated 9-18-2006 ***** On tables that change little, if at all, such as lookup tables, consider altering the default lock level for these tables. By default, SQL Server uses row level locking for all tables, unless the SQL Query Optimizer determines that a more appropriate locking level, such as page or table locks, is more appropriate. For most lookup tables that aren't huge, SQL Server will automatically use row level locking. Because row locking has to be done at the row level, SQL Server needs to work harder to maintain row locks that it does for either page or table locks. Since lookup tables aren't being changed by users, it would be more efficient to use a table lock instead of many individual row locks. How do you accomplish this? You can override how SQL Server performs locking on a table by using the SP_INDEXOPTION command. Below is an example of code you can run to tell SQL Server to use page locking, not row locks, for a specific table: SP_INDEXOPTION 'table_name', 'AllowRowLocks', FALSE GO SP_INDEXOPTION 'table_name', 'AllowPageLocks', FALSE GO This code turns off both row and page locking for the table, thus only table locking is available. [7.0, 2000, 2005] Updated 9-18-2006 ***** Keep all Transact-SQL transactions as short as possible. This helps to reduce the number of locks (of all types), helping to speed up the overall performance of your SQL Server applications. If practical, you may want to break down long transactions into groups of smaller transactions. In addition, only include those Transact-SQL commands within a transaction that are necessary for the transaction. Leave all other code outside of the transaction. [6.5, 7.0, 2000, 2005] Updated 8-21-2005 ***** An often overlooked cause of locking is an I/O bottleneck. Whenever your server experiences an I/O bottleneck, the longer it takes user's transactions to complete. And the longer they take to complete, the longer locks must be held, which can lead to other transactions having to wait for previous locks to be released. If your server is experiencing excessive locking problems, be sure to check if you are also running into an I/O bottleneck. If you do find that you have an I/O bottleneck, then resolving it will help to resolve your locking problem, speeding up the performance of your server. [6.5, 7.0, 2000, 2005] Updated 8-21-2005 ***** To help reduce the amount of time tables are locked, which hurts concurrency and performance, avoid interleaving reads and database changes within the same transaction. Instead, try to do all your reads first, then perform all of the database changes (UPDATES, INSERTS, DELETES) near the end of the transaction. This helps to minimize the amount of time that exclusive locks are held. [6.5, 7.0, 2000, 2005] Updated 8-21-2005 ***** Any conditional logic, variable assignment, and other related preliminary setup should be done outside of transactions, not inside them. Don't ever pause a transaction to wait for user input. User input should always be done outside of a transaction. Otherwise, you will be contributing to locking, hurting SQL Server's overall performance. [6.5, 7.0, 2000, 2005] Updated 8-21-2005 ***** Encapsulate all transactions within stored procedures, including both the BEGIN TRANSACTION and COMMIT TRANSACTION statements in the procedure. This provides two benefits that help to reduce blocking locks. First, it limits the client application and SQL Server to communications before and after the transaction, thus forcing any messages between the client and the server to occur at a time other than when the transaction is running (reducing transaction time). Second, It prevents the user from leaving an open transaction (holding locks open) because the stored procedure forces any transactions that it starts to complete or abort. [6.5, 7.0, 2000, 2005] Updated 8-21-2005 ***** If you have a client application that needs to "check-out" data for awhile, then perhaps update it later, or maybe not, you don't want the records locked during the entire time the record is being viewed. Assuming "viewing" the data is much more common that "updating" the data, then one way to handle this particular circumstance is to have the application select the record (not using UPDATE, which will put a share lock on the record) and send it to the client. If the user just "views" the record and never updates it, then nothing has to be done. But if the user decides to update the record, then the application can perform an UPDATE by adding a WHERE clause that checks to see whether the values in the current data are the same as those that were retrieved. Similarly, you can check a timestamp column in the record, if it exists. If the data is the same, then the UPDATE can be made. If the record has changed, then the application must include code to notify the user so he or she can decide how to proceed. While this requires extra coding, it reduces locking and can increase overall application performance. [6.5, 7.0, 2000, 2005] Updated 10-16-2005

xp_cmdshell

USE master GO EXEC sp_configure 'show advanced options', 1 EXEC sp_configure 'xp_cmdshell', '1' RECONFIGURE; CHECKPOINT; xp_cmdshell 'dir c:\' GO

Setting up a New Instance

To create an additional instance on a box that already has SQL Server 2005 installed, you will need to: 1. Run the "setup" on disk 1 of SQL Server 2005 install disks 2. One page of the install wizard prompts to use "default" instance, or create a named instance. Select create a named instance and enter the name you want to call the new instance. 3. After installation, will need to apply any service packs (ie: SQL Server 2005 Service Pack 3). Even if you have applied this service pack to existing instances, will still need to apply this for the new instance. 4. After install of the service packs, you will need to run the SQL Server Configuration Manager. This can be found in "Start"->"Microsoft SQL Server 2005"->"Configuration Tools"->"SQL Server Configuration Manager". In this tool's UI, expand "SQL Server 2005 Network Configuration", then select "Protocols for xxxxx", where xxxx is the instance name you created in step 2. You will then Enable the TCP/IP protocol. 5. Can then use SQL Server Management Studio to connect to the instance. For the server name use SERVERNAME\INSTANCENAME (ie: vejxsefw3db1510\DEVTEST) 6. During this process, you may need to stop/restart the instance several times. When the instance is restarted, the SQL Server Agent service will need to be manually started.

Security

Use Windows Only authentication mode for security if possible By using integrated security, you can greatly simplify administration by relying on the OS security and saving yourself from maintaining two separate security models. This also keeps passwords out of connection strings. Take the time to audit SQL logins for null or weak passwords Use the following code to check for null passwords: Use master Select name, Password from syslogins where password is null order by name There are a multitude of free and commercial tools to check for weak passwords. SQLPing2 is free and can be used to check for weak and null passwords. Frequently check group and role memberships While the SQL Server security model has many enhancements, it also adds the extra layer of permissions that we must monitor to make sure no one has been given more access than they need or that they’ve already circumvented security to elevate themselves. There's also the spectre of user's who have changed roles within the company but the SQL Server permissions structure has not been adjusted. This goes back to assigning object access to groups and not individuals. Physically secure the SQL Server Lock it behind a door and lock away the key while you’re at it. Someone sitting in front of the server will always find a way. Rewrite applications to use more user-defined stored procedures and views This minimizes the need to give direct access to tables. It gives the developer more control over how data can be accessed. Enable logging of all user login events You can also do this via script but using the following code: xp_instance_regwrite N'HKEY_LOCAL_MACHINE', N'SOFTWARE\Microsoft\MSSQLServer\MSSQLServer',N'AuditLevel', REG_DWORD,3 Check master..Sp_password for trojan code Compare your production scripts to the default script on a fresh installation and keep that code handy. Check master..Sp_helpstartup for trojan procedures Make sure no one has placed a backdoor here. Use Sp_unmakestartup to remove any rogue procedures. Disable SQL Mail capability unless absolutely necessary Leaving it open gives a potential attacker another means of delivering potential trojans, viruses, or simply launching a particularly nasty denial of service attack. By itself it is fairly harmless but it can be used to help an attacker. Remove the Guest user from databases to keep unauthorized users out This is the default but vigilant in case some dbo gets loose with the access controls. The exception to this is the master and tempdb databases as the guest account is required Make sure all SQL Server data and system files are installed on NTFS partitions If someone should gain access to the OS, make sure that the necessary permissions are in place to prevent a catastrophe. Use a low-privilege user account for SQL Server service rather than LocalSystem or Administrator This account should only have minimal privileges (a local user is best) and should help contain an attack to the server in case of compromise. Notice that when using Enterprise Manager or SQL Server Configuration Manager (SQL 2005) to make this change, the ACLs on files, the registry, and user rights are done for you automatically. Secure the “sa” account with a strong password This assumes you are using the SQL Server and Windows security mode. If possible, use the Windows Only mode and don't worry about people brute-forcing your 'sa' accounts. Of course, even so you'll want to set a strong password in case someone changes modes on you. Choose only the network libraries you absolutely require Better yet, if the SQL Server is local-only then why not disable all network libraries and use shared memory to access the SQL Server? Just use the name '(local)' as the server name. If your SQL Server requires connectivity from other hosts, use the TCP/IP netlib and then determine if SSL is needed. Make sure the latest OS and SQL Server Service Packs/Hot-Fixes are applied This goes without saying but I'll say it anyway for completeness. Simply perform a "select @@version" on your SQL Server and compare the results to the linked page. Restrict to sysadmins-only access to dangerous stored procedures and extended stored procedures There are quite a few of them, and this could take some time. Be careful not to do this on a production server first. Test on a development machine so you don’t break any functionality. Below is a list of the ones we recommend you assess: sp_sdidebug xp_availablemedia xp_cmdshell xp_deletemail xp_dirtree xp_dropwebtask xp_dsninfo xp_enumdsn xp_enumerrorlogs xp_enumgroups xp_enumqueuedtasks xp_eventlog xp_findnextmsg xp_fixeddrives xp_getfiledetails xp_getnetname xp_grantlogin xp_logevent xp_loginconfig xp_logininfo xp_makewebtask xp_msver xp_regread http://www.sqlsecurity.com/

Queries Run Slower as Procedures

Sympton: Stored procedure runs slow in query analyzer but the same query pasted into query analyzer runs fast.

You may be a victim of sql server's so called "parameter sniffing" (also sometimes called parameter spoofing).

The short sample for how to get around this is to adjust your stored procedure to use local variables and assign the parameter values to the local variables. It is silly, but it does consistantly work.

CREATE PROCEDURE dbo.MyProcedure( @parm1 int )
AS   
   DECLARE @myvar1 int
   SET @myvar1 = @parm1

   SELECT *     
     FROM mytable    
    WHERE colA = @myvar1

Apparently, it has to do with the the optimization query plans for stored procedures.

If the procedure is complex enough and contains parameters that the optimizer 'decides' will impact how the query plan is generated, then the procedure takes longer to compile and run.

The method described above is one way to work around this. The above example fools the optimization engine into compiling the procedure and query plan once.

There may be cases where you will need to use the RECOMPILE directive in the stored procedure definition when the parameters actually DO impact query optimization (ie: dynamic where clauses).

More info and other ways to deal with 'Parameter Sniffing' can be found in links below:

http://www.eggheadcafe.com/tutorials/aspnet/353cb16c-3cde-44dd-a264-750c1ce4e423/sql-server-query-analyzer.aspx

http://blogs.msdn.com/queryoptteam/archive/2006/03/31/565991.aspx

http://www.sqlmag.com/Article/ArticleID/94369/sql_server_94369.html

http://stackoverflow.com/questions/211355/parameter-sniffing-or-spoofing-in-sql-server/215861

sqlcmd

SQLCMD is a command line utility (similar to sqlplus for oracle) that replaces the isql command line utility in SQL2000 and earlier versions of SQL Server Can use it to make a .bat file that runs several scripts in a particular order, for example: sqlcmd -S {server} -d {dbname} -i sqlfile1.sqlsqlcmd -S {server} -d {dbname} -i sqlfile2.sql Sqlcmd [-U login id] [-P password] [-S server] [-H hostname] [-E trusted connection] [-d use database name] [-l login timeout] [-t query timeout] [-h headers] [-s colseparator] [-w screen width] [-a packetsize] [-e echo input] [-I Enable Quoted Identifiers] [-c cmdend] [-L[c] list servers[clean output]] [-q "cmdline query"] [-Q "cmdline query" and exit] [-m errorlevel] [-V severitylevel] [-W remove trailing spaces] [-u unicode output] [-r[0|1] msgs to stderr] [-i inputfile] [-o outputfile] [-f | i:[,o:]] [-k[1|2] remove[replace] control characters] [-y variable length type display width] [-Y fixed length type display width] [-p[1] print statistics[colon format]] [-R use client regional setting] [-b On error batch abort] [-v var = "value"...] [-X[1] disable commands[and exit with warning]] [-? show syntax summary]

To CLR or Not To CLR

After looking at the below STIG entries, my recommendation is that CLR should be disabled on an instance that hosts legacy databases and a separate instance should be maintained for newer databases that use CLR. While stored procedures remain a preferred way of doing things, in some cases you may need to do something very complex that might be better developed and maintained in managed code. In this case, CLR would be the preferred solution instead of making calls from within the DBMS out to code that is external to the DBMS environment. If CLR is required, then this needs to be documented in the System Security Plan that "access to CLR applications is required." http://iase.disa.mil/stigs/content_pages/database_security.html U_INS_sqlserver9_v8r1.7_Checklist_20100827.pdf STIG ID: DM6123 Use of Command Language Runtime objects should be disabled if not required. STIG ID: DG0099-SQLServer9 Vulnerability: DBMS’s may spawn additional external processes to execute procedures that are defined in the DBMS, but stored in external host files (external procedures) or to executables that reside on the external host. Fix: Redesign applications to use CLR integration.

One-Way Encryption (Hash)

USE [database] GO ALTER TABLE [dbo].[t_user] DROP COLUMN [password] GO ALTER TABLE [dbo].[t_user] ADD [password] varbinary(20) NULL GO UPDATE t_user SET password = HashBytes('SHA1', cast('PASSWORDSTRING' as nvarchar(16))) GO SELECT count(1) FROM t_user WHERE password = HashBytes('SHA1', cast('PASSWORDSTRING' as nvarchar(16))) GO ALTER PROCEDURE p_UserValidate(@username varchar(75), @password nvarchar(16)) AS BEGIN SET NOCOUNT ON; --Returns userID if user/password combo IS valid --Returns empty recordset if user/password combo IS NOT valid SELECT A.userID FROM t_user A WITH (NOLOCK) WHERE upper(A.username) = upper(@username) AND A.password = HashBytes('SHA1', @password) END GO ALTER PROCEDURE p_PasswordChange(@userID numeric(18,0), @password nvarchar(16)) AS BEGIN SET NOCOUNT ON; UPDATE t_user SET password = HashBytes('SHA1', @password) WHERE userID = @userID END GO More Info: http://msdn.microsoft.com/en-us/library/ms174415.aspx

Column Level Two-way Encryption

To use encryption and later be able to decrypt data in a column using symmetric encryption involves the following: 1. Service Master Key - unique to each sql server instanced 2. Database Master Key - unique to each database, generated using password and service master key 3. One or more Symmetric Database Certificates 4. One or more Symmetric Encryption Keys that use an algorithm and are tied to a certificate ---------------------------------------------------------- -- This only needs to be run once after database creation ---------------------------------------------------------- USE [database] GO CREATE MASTER KEY ENCRYPTION BY PASSWORD = 'MyEncryptionPassword' GO CREATE CERTIFICATE SSN_CERT_01 WITH SUBJECT = 'SSN_CERT_01' GO CREATE SYMMETRIC KEY SSN_KEY_01 WITH ALGORITHM = AES_128 ENCRYPTION BY CERTIFICATE SSN_CERT_01 GO GRANT CONTROL ON CERTIFICATE::[SSN_CERT_01] TO [APPLICATION_USER] GO GRANT CONTROL ON SYMMETRIC KEY::[SSN_KEY_01] TO [APPLICATION_USER] GO ---------------------------------------------------------- -- This is how to encrypt a value to be inserted into -- column of database table -- This needs to be encapsulated in stored procedures -- that are called from the application, so as not to -- expose encrypt/decrypt process within application code -- NOTE: Will need to 'OPEN' the key once per session ---------------------------------------------------------- OPEN SYMMETRIC KEY SSN_KEY_01 DECRYPTION BY CERTIFICATE SSN_CERT_01; UPDATE t_person SET ssn = EncryptByKey( Key_GUID('SSN_KEY_01'), @ssn ) WHERE person_id = @person_id CLOSE SYMMETRIC KEY SSN_KEY_01 ---------------------------------------------------------- -- This is how to decrypt a value to select from -- column of database table -- This needs to be encapsulated in stored procedures -- that are called from the application, so as not to -- expose encrypt/decrypt process within application code -- NOTE: The cast needs to be the same datatype as the -- data was before it was encrypted ---------------------------------------------------------- OPEN SYMMETRIC KEY SSN_KEY_01 DECRYPTION BY CERTIFICATE SSN_CERT_01; SELECT TOP 1 @ssn = cast( DecryptByKey(A.ssn) as nvarchar(10) ) FROM t_person A WITH (NOLOCK) WHERE A.person_id = @person_id CLOSE SYMMETRIC KEY SSN_KEY_01 MOVING FROM INSTANCE TO INSTANCE By default, a database's master key is encrypted using the server's service master key. When you move a database to a new server using backup/restore or detach/attach, the database master key can not be decrypted automatically when you attempt to use the symmetric key. This is because the "service master key" is used to automatically open the database's master key. At this point there are a couple of options in order to get encryption working again in the database: 1) Decode all data on source instance; create backup; restore backup; recreate master key, certificate, and encryption key, then re-encrypt the data... yeh, right. 2) Explicitly OPEN MASTER KEY every time you want to use it... this is problematic as it will require code changes. 3) BACKUP SERVICE MASTER KEY on the original instance and use RESTORE SERVICE MASTER KEY on the target server... This can be bad as it hoses up the MASTER KEYS in all the databases on the instance. 4) You can back up the certificates on the original database; create database backup; restore database on target server; drop the keys, certificates, and master key in restored database; recreate the master key; restore the certificate from the backup file; recreate the encryption key. Probably a good practice to backup the certificate, but still is a lot of work. --TO BACK UP CERTIFICATE ON SOURCE INSTANCE BACKUP CERTIFICATE SB_CERT TO FILE = 'C:\SANDBOX_CERT.cer' WITH PRIVATE KEY ( FILE = 'C:\SANDBOX_CERT_Key.pvk' , ENCRYPTION BY PASSWORD = 'SandBox_P@$$w0rd' ) --ON TARGET INSTANCE AFTER DB RESTORE --AND COPY CERT FILES TO TARGET'S FILE SYSTEM CREATE CERTIFICATE SB_CERT FROM FILE = 'C:\SANDBOX_CERT.cer' WITH PRIVATE KEY ( FILE = 'C:\SANDBOX_CERT_Key.pvk' , DECRYPTION BY PASSWORD = 'SandBox_P@$$w0rd' ) 5) Easiest solution is use the following command on the restored database: USE dbname GO OPEN MASTER KEY DECRIPTION BY PASSWORD = 'MyEncryptionPassword' GO ALTER MASTER KEY REGENERATE WITH ENCRYPTION BY PASSWORD = 'MyEncryptionPassword' GO NOTE: The master key password needs to match the password you used to create master key on original database. You also need CONTROL permission on database to fiddle with master key.

Scripting Linked Servers

To create the linked server: USE [msdb] GO EXEC sp_addlinkedserver @server = N'SAMPLE_LINK', @srvproduct=N'Oracle', @provider=N'OraOLEDB.Oracle', @datasrc=N'LINKDSN' GO EXEC sp_addlinkedsrvlogin @rmtsrvname = 'SAMPLE_LINK', @rmtuser = 'LINKUSER', @rmtpassword = '*******', @useself = False GO To drop the linked server: USE [msdb] GO EXEC sp_droplinkedsrvlogin 'SAMPLE_LINK', NULL GO EXEC sp_dropserver 'SAMPLE_LINK' GO

Grant execute

This sql generates a grant blanket execute on stored procedures in a database: GRANT EXECUTE TO {USER_NAME} GO This sql generates a grant execute statement for each stored procedure in the database: SELECT 'GRANT EXECUTE ON ' + name + ' TO {USER_NAME}' FROM sysobjects WHERE type IN ( 'P', 'FN' ) AND name NOT LIKE 'dt_%' ORDER BY name This scripts grants execute to all stored procedures in the database: USE {DATABASE_NAME} GO DECLARE @proc_name varchar(128) DECLARE @sql nvarchar(255) DECLARE proc_cur CURSOR FAST_FORWARD FOR SELECT name FROM sysobjects WITH (NOLOCK) WHERE type IN ('P','FN') OPEN proc_cur FETCH proc_cur INTO @proc_name WHILE @@FETCH_STATUS = 0 BEGIN SET @sql = 'grant execute on ' + @proc_name + ' to {USER_NAME}' EXECUTE sp_executesql @sql FETCH proc_cur INTO @proc_name END CLOSE proc_cur DEALLOCATE proc_cur GO

EnableDisable Constraints

A quick way to generate script to disable all FK constraints in current db: SELECT 'ALTER TABLE ' + B.name + ' NOCHECK CONSTRAINT ' + C.name FROM sysconstraints A , sysobjects B , sysobjects C WHERE A.id = B.id AND A.constid = C.id AND C.type = 'F' A quick way to generate script to enable all FK constraints in current db: SELECT 'ALTER TABLE ' + B.name + ' CHECK CONSTRAINT ' + C.name FROM sysconstraints A , sysobjects B , sysobjects C WHERE A.id = B.id AND A.constid = C.id AND C.type = 'F'

fn_split

CREATE FUNCTION fn_Split

( @text varchar(8000)

, @delimiter varchar(20) = ' '

)
RETURNS @Strings TABLE
(    
  position int IDENTITY PRIMARY KEY
, value varchar(8000)   
)
AS
BEGIN

DECLARE @index int 

SET @index = -1 

WHILE (LEN(@text) > 0) 
 BEGIN  
   SET @index = CHARINDEX(@delimiter , @text)  
   IF (@index = 0) AND (LEN(@text) > 0)  
    BEGIN   
     INSERT INTO @Strings VALUES (@text)
         BREAK  
    END  
   IF (@index > 1)  
    BEGIN   
      INSERT INTO @Strings VALUES (LEFT(@text, @index - 1))   
      SET @text = RIGHT(@text, (LEN(@text) - @index))  
    END  
   ELSE 
    SET @text = RIGHT(@text, (LEN(@text) - @index)) 
 END
RETURN
END
GO

Script out indexes completely

use sandbox1 go -- Script out indexes completely, including both PK's and regular indexes, each clustered or nonclustered. -- DOES NOT HANDLE COMPRESSION; that's ok, since 2008 R2 RTM benchmarking shows it's faster and results in smaller indexes to insert uncompressed and then compress later -- HARDCODES [dbo] schema (i.e. it doesn't say [JohnDoe].[table], changing that to [dbo].[table] -- modified from original version from http://www.sqlservercentral.com/Forums/Topic961088-2753-2.aspx DECLARE @idxTableName SYSNAME, @idxTableID INT, @idxname SYSNAME, @idxid INT, @colCount INT, @IxColumn SYSNAME, @IxFirstColumn BIT, @ColumnIDInTable INT, @ColumnIDInIndex INT, @IsIncludedColumn INT, @sIncludeCols VARCHAR(MAX), @sIndexCols VARCHAR(MAX), @sSQL VARCHAR(MAX), @sParamSQL VARCHAR(MAX), @sFilterSQL VARCHAR(MAX), @location SYSNAME, @IndexCount INT, @CurrentIndex INT, @CurrentCol INT, @Name VARCHAR(128), @IsPrimaryKey TINYINT, @Fillfactor INT, @FilterDefinition NVARCHAR(MAX), @IsClustered BIT, -- used solely for putting information into the result table @PKDropSQL NVARCHAR(MAX) IF EXISTS (SELECT * FROM tempdb.dbo.sysobjects WHERE id = object_id(N'[tempdb].[dbo].[#IndexSQL]')) DROP TABLE [dbo].[#IndexSQL] CREATE TABLE #IndexSQL ( TableName VARCHAR(128) NOT NULL ,IndexName VARCHAR(128) NOT NULL ,IsClustered BIT NOT NULL ,IsPrimaryKey BIT NOT NULL ,IndexCreateSQL NVARCHAR(max) NOT NULL ,PKDropSQL NVARCHAR(max) NULL ) IF EXISTS (SELECT * FROM tempdb.dbo.sysobjects WHERE id = object_id(N'[tempdb].[dbo].[#IndexListing]')) DROP TABLE [dbo].[#IndexListing] CREATE TABLE #IndexListing ( [IndexListingID] INT IDENTITY(1,1) PRIMARY KEY CLUSTERED, [TableName] SYSNAME COLLATE SQL_Latin1_General_CP1_CI_AS NULL, [ObjectID] INT NOT NULL, [IndexName] SYSNAME COLLATE SQL_Latin1_General_CP1_CI_AS NULL, [IndexID] INT NOT NULL, [IsPrimaryKey] TINYINT NOT NULL, [FillFactor] INT, [FilterDefinition] NVARCHAR(MAX) NULL ) IF EXISTS (SELECT * FROM tempdb.dbo.sysobjects WHERE id = object_id(N'[tempdb].[dbo].[#ColumnListing]')) DROP TABLE [dbo].[#ColumnListing] CREATE TABLE #ColumnListing ( [ColumnListingID] INT IDENTITY(1,1) PRIMARY KEY CLUSTERED, [ColumnIDInTable] INT NOT NULL, [Name] SYSNAME COLLATE SQL_Latin1_General_CP1_CI_AS NULL, [ColumnIDInIndex] INT NOT NULL, [IsIncludedColumn] BIT NULL ) INSERT INTO #IndexListing( [TableName], [ObjectID], [IndexName], [IndexID], [IsPrimaryKey], [FILLFACTOR], [FilterDefinition] ) SELECT OBJECT_NAME(si.object_id), si.object_id, si.name, si.index_id, si.Is_Primary_Key, si.Fill_Factor, NULL --si.filter_definition --filter_definition is in sql 2008 FROM sys.indexes si LEFT OUTER JOIN information_schema.table_constraints tc ON si.name = tc.constraint_name AND OBJECT_NAME(si.object_id) = tc.table_name WHERE OBJECTPROPERTY(si.object_id, 'IsUserTable') = 1 ORDER BY OBJECT_NAME(si.object_id), si.index_id SELECT @IndexCount = @@ROWCOUNT, @CurrentIndex = 1 WHILE @CurrentIndex <= @IndexCount BEGIN SELECT @idxTableName = [TableName], @idxTableID = [ObjectID], @idxname = [IndexName], @idxid = [IndexID], @IsPrimaryKey = [IsPrimaryKey], @FillFactor = [FILLFACTOR], @FilterDefinition = [FilterDefinition] FROM #IndexListing WHERE [IndexListingID] = @CurrentIndex -- So - it is either an index or a constraint -- Check if the index is unique IF (@IsPrimaryKey = 1) BEGIN SET @sSQL = 'ALTER TABLE [dbo].[' + @idxTableName + '] ADD CONSTRAINT [' + @idxname + '] PRIMARY KEY ' -- Check if the index is clustered IF (INDEXPROPERTY(@idxTableID, @idxname, 'IsClustered') = 0) BEGIN SET @sSQL = @sSQL + 'NON' SET @IsClustered = 0 END ELSE BEGIN SET @IsClustered = 1 END SET @sSQL = @sSQL + 'CLUSTERED' + CHAR(13) + '(' + CHAR(13) END ELSE BEGIN SET @sSQL = 'CREATE ' -- Check if the index is unique IF (INDEXPROPERTY(@idxTableID, @idxname, 'IsUnique') = 1) BEGIN SET @sSQL = @sSQL + 'UNIQUE ' END -- Check if the index is clustered IF (INDEXPROPERTY(@idxTableID, @idxname, 'IsClustered') = 1) BEGIN SET @sSQL = @sSQL + 'CLUSTERED ' SET @IsClustered = 1 END ELSE BEGIN SET @IsClustered = 0 END SELECT @sSQL = @sSQL + 'INDEX [' + @idxname + '] ON [dbo].[' + @idxTableName + ']' + CHAR(13) + '(' + CHAR(13), @colCount = 0 END -- Get the number of cols in the index SELECT @colCount = COUNT(*) FROM sys.index_columns ic INNER JOIN sys.columns sc ON ic.object_id = sc.object_id AND ic.column_id = sc.column_id WHERE ic.object_id = @idxtableid AND index_id = @idxid AND ic.is_included_column = 0 -- Get the file group info SELECT @location = f.[name] FROM sys.indexes i INNER JOIN sys.filegroups f ON i.data_space_id = f.data_space_id INNER JOIN sys.all_objects o ON i.[object_id] = o.[object_id] WHERE o.object_id = @idxTableID AND i.index_id = @idxid -- Get all columns of the index INSERT INTO #ColumnListing( [ColumnIDInTable], [Name], [ColumnIDInIndex],[IsIncludedColumn] ) SELECT sc.column_id, sc.name, ic.index_column_id, ic.is_included_column FROM sys.index_columns ic INNER JOIN sys.columns sc ON ic.object_id = sc.object_id AND ic.column_id = sc.column_id WHERE ic.object_id = @idxTableID AND index_id = @idxid ORDER BY ic.index_column_id IF @@ROWCOUNT > 0 BEGIN SELECT @CurrentCol = 1 SELECT @IxFirstColumn = 1, @sIncludeCols = '', @sIndexCols = '' WHILE @CurrentCol <= @ColCount BEGIN SELECT @ColumnIDInTable = ColumnIDInTable, @Name = Name, @ColumnIDInIndex = ColumnIDInIndex, @IsIncludedColumn = IsIncludedColumn FROM #ColumnListing WHERE [ColumnListingID] = @CurrentCol IF @IsIncludedColumn = 0 BEGIN SET @sIndexCols = CHAR(9) + @sIndexCols + '[' + @Name + '] ' -- Check the sort order of the index cols ???????? IF (INDEXKEY_PROPERTY (@idxTableID,@idxid,@ColumnIDInIndex,'IsDescending')) = 0 BEGIN SET @sIndexCols = @sIndexCols + ' ASC ' END ELSE BEGIN SET @sIndexCols = @sIndexCols + ' DESC ' END IF @CurrentCol < @colCount BEGIN SET @sIndexCols = @sIndexCols + ', ' END END ELSE BEGIN -- Check for any include columns IF LEN(@sIncludeCols) > 0 BEGIN SET @sIncludeCols = @sIncludeCols + ',' END SET @sIncludeCols = @sIncludeCols + '[' + @IxColumn + ']' END SET @CurrentCol = @CurrentCol + 1 END TRUNCATE TABLE #ColumnListing --append to the result IF LEN(@sIncludeCols) > 0 SET @sIndexCols = @sSQL + @sIndexCols + CHAR(13) + ') ' + ' INCLUDE ( ' + @sIncludeCols + ' ) ' ELSE SET @sIndexCols = @sSQL + @sIndexCols + CHAR(13) + ') ' -- Add filtering IF @FilterDefinition IS NOT NULL SET @sFilterSQL = ' WHERE ' + @FilterDefinition + ' ' + CHAR(13) ELSE SET @sFilterSQL = '' -- Build the options SET @sParamSQL = 'WITH ( PAD_INDEX = ' IF INDEXPROPERTY(@idxTableID, @idxname, 'IsPadIndex') = 1 SET @sParamSQL = @sParamSQL + 'ON,' ELSE SET @sParamSQL = @sParamSQL + 'OFF,' SET @sParamSQL = @sParamSQL + ' ALLOW_PAGE_LOCKS = ' IF INDEXPROPERTY(@idxTableID, @idxname, 'IsPageLockDisallowed') = 0 SET @sParamSQL = @sParamSQL + 'ON,' ELSE SET @sParamSQL = @sParamSQL + 'OFF,' SET @sParamSQL = @sParamSQL + ' ALLOW_ROW_LOCKS = ' IF INDEXPROPERTY(@idxTableID, @idxname, 'IsRowLockDisallowed') = 0 SET @sParamSQL = @sParamSQL + 'ON,' ELSE SET @sParamSQL = @sParamSQL + 'OFF,' SET @sParamSQL = @sParamSQL + ' STATISTICS_NORECOMPUTE = ' -- THIS DOES NOT WORK PROPERLY; IsStatistics only says what generated the last set, not what it was set to do. IF (INDEXPROPERTY(@idxTableID, @idxname, 'IsStatistics') = 1) SET @sParamSQL = @sParamSQL + 'ON' ELSE SET @sParamSQL = @sParamSQL + 'OFF' -- Fillfactor 0 is actually not a valid percentage on SQL 2008 R2 IF ISNULL( @FillFactor, 90 ) <> 0 SET @sParamSQL = @sParamSQL + ' ,FILLFACTOR = ' + CAST( ISNULL( @FillFactor, 90 ) AS VARCHAR(3) ) IF (@IsPrimaryKey = 1) -- DROP_EXISTING isn't valid for PK's BEGIN SET @sParamSQL = @sParamSQL + ' ) ' SET @PKDropSQL = 'ALTER TABLE [' + @idxTableName + '] DROP CONSTRAINT [' + @idxName + ']' END ELSE BEGIN SET @sParamSQL = @sParamSQL + ' ,DROP_EXISTING = ON ) ' SET @PKDropSQL = NULL END SET @sSQL = @sIndexCols + CHAR(13) + @sFilterSQL + CHAR(13) + @sParamSQL -- 2008 R2 allows ON [filegroup] for primary keys as well, negating the old "IF THE INDEX IS NOT A PRIMARY KEY - ADD THIS - ELSE DO NOT" IsPrimaryKey IF statement SET @sSQL = @sSQL + ' ON [' + @location + ']' --PRINT @sIndexCols + CHAR(13) INSERT INTO #IndexSQL (TableName, IndexName, IsClustered, IsPrimaryKey, IndexCreateSQL, PKDropSQL) VALUES (@idxTableName, @idxName, @IsClustered, @IsPrimaryKey, @sSQL, @PKDropSQL) END SET @CurrentIndex = @CurrentIndex + 1 END SELECT * FROM #IndexSQL

Drop all PKs, FKs, and Indexes

USE [dbname] GO ---------------------------------------- -- Drop all constraints (PKs & FKs) ---------------------------------------- SET NOCOUNT ON DECLARE @id int , @objname nvarchar(256) , @constr_name nvarchar(128) , @count int , @sql nvarchar(2000) DECLARE @objs AS TABLE ( id int identity(1,1), objname nvarchar(256), objtype varchar(128)) INSERT INTO @objs ( objname, objtype ) SELECT table_schema + '.' + table_name , constraint_name FROM information_schema.table_constraints ORDER BY table_name , constraint_type SELECT @id = max(id) FROM @objs SET @count = @id WHILE @id > 0 BEGIN SELECT @objname = objname , @constr_name = objtype FROM @objs WHERE id = @id SET @sql = 'ALTER TABLE ' + @objname + ' DROP CONSTRAINT [' + @constr_name + ']' PRINT @sql --EXECUTE sp_executesql @sql SET @id = @id - 1 SET @count = @count + 1 END PRINT CAST(@count as varchar(10)) + ' Constraint(s) deleted' GO ---------------------------------------- -- Drop all Indexes ---------------------------------------- SET NOCOUNT ON DECLARE @id int , @tabname nvarchar(128) , @idxname nvarchar(128) , @ispk tinyint , @count int , @sql nvarchar(2000) DECLARE @objs AS TABLE ( id int identity(1,1), tabname nvarchar(128), idxname varchar(128), ispk tinyint ) INSERT INTO @objs ( tabname, idxname, ispk ) SELECT OBJECT_NAME(si.object_id) "tabname" , si.name "idxname" , si.Is_Primary_Key "ispk" FROM sys.indexes si LEFT OUTER JOIN information_schema.table_constraints tc ON si.name = tc.constraint_name AND OBJECT_NAME(si.object_id) = tc.table_name WHERE OBJECTPROPERTY(si.object_id, 'IsUserTable') = 1 AND si.name IS NOT NULL ORDER BY 1, 2 SELECT @id = max(id) FROM @objs WHILE @id > 0 BEGIN SELECT @tabname = tabname , @idxname = idxname , @ispk = ispk FROM @objs WHERE id = @id SET @sql = CASE @ispk when 1 then 'ALTER TABLE [' + @tabname + '] DROP CONSTRAINT [' + @idxname + ']' else 'DROP INDEX [' + @idxname + '] ON [' + @tabname + '] WITH ( ONLINE = OFF )' END PRINT @sql SET @id = @id - 1 END GO

sp_GetAllTableSizes

use master go CREATE PROCEDURE sp_GetAllTableSizes AS DECLARE @tabname varchar(128) --Cursor to get the name of all user tables from the sysobjects listing DECLARE table_cur CURSOR FAST_FORWARD FOR SELECT [name] FROM dbo.sysobjects (NOLOCK) WHERE OBJECTPROPERTY(id, N'IsUserTable') = 1 --A procedure level temp table to store the results CREATE TABLE #TempTable ( tableName varchar(128), numberofRows int, reservedSize varchar(50), dataSize varchar(50), indexSize varchar(50), unusedSize varchar(50) ) --Open the cursor OPEN table_cur --Get the first table name from the cursor FETCH NEXT FROM table_cur INTO @tabname --Loop until the cursor was not able to fetch WHILE (@@Fetch_Status >= 0) BEGIN --Dump the results of the sp_spaceused query to the temp table INSERT #TempTable EXEC sp_spaceused @tabname --Get the next table name FETCH NEXT FROM table_cur INTO @tabname END --Get rid of the cursor CLOSE table_cur DEALLOCATE table_cur --Select all records so we can use the reults SELECT * FROM #TempTable ORDER BY numberofRows DESC --Final cleanup! DROP TABLE #TempTable GO

sp_foreachdb

This is a replacement for the undocumented sp_MSforeachdb system stored proc. USE [master]; GO CREATE PROCEDURE dbo.sp_foreachdb @command NVARCHAR(MAX), @replace_character NCHAR(1) = N'?', @print_dbname BIT = 0, @print_command_only BIT = 0, @suppress_quotename BIT = 0, @system_only BIT = NULL, @user_only BIT = NULL, @name_pattern NVARCHAR(300) = N'%', @database_list NVARCHAR(MAX) = NULL, @recovery_model_desc NVARCHAR(120) = NULL, @compatibility_level TINYINT = NULL, @state_desc NVARCHAR(120) = N'ONLINE', @is_read_only BIT = 0, @is_auto_close_on BIT = NULL, @is_auto_shrink_on BIT = NULL, @is_broker_enabled BIT = NULL AS BEGIN SET NOCOUNT ON; DECLARE @sql NVARCHAR(MAX), @dblist NVARCHAR(MAX), @db NVARCHAR(300), @i INT; IF @database_list > N'' BEGIN ;WITH n(n) AS ( SELECT ROW_NUMBER() OVER (ORDER BY s1.name) - 1 FROM sys.objects AS s1 CROSS JOIN sys.objects AS s2 ) SELECT @dblist = REPLACE(REPLACE(REPLACE(x,'',','), '',''),'','') FROM ( SELECT DISTINCT x = 'N''' + LTRIM(RTRIM(SUBSTRING( @database_list, n, CHARINDEX(',', @database_list + ',', n) - n))) + '''' FROM n WHERE n <= LEN(@database_list) AND SUBSTRING(',' + @database_list, n, 1) = ',' FOR XML PATH('') ) AS y(x); END CREATE TABLE #x(db NVARCHAR(300)); SET @sql = N'SELECT name FROM sys.databases WHERE 1=1' + CASE WHEN @system_only = 1 THEN ' AND database_id IN (1,2,3,4)' ELSE '' END + CASE WHEN @user_only = 1 THEN ' AND database_id NOT IN (1,2,3,4)' ELSE '' END + CASE WHEN @name_pattern <> N'%' THEN ' AND name LIKE N''%' + REPLACE(@name_pattern, '''', '''''') + '%''' ELSE '' END + CASE WHEN @dblist IS NOT NULL THEN ' AND name IN (' + @dblist + ')' ELSE '' END + CASE WHEN @recovery_model_desc IS NOT NULL THEN ' AND recovery_model_desc = N''' + @recovery_model_desc + '''' ELSE '' END + CASE WHEN @compatibility_level IS NOT NULL THEN ' AND compatibility_level = ' + RTRIM(@compatibility_level) ELSE '' END + CASE WHEN @state_desc IS NOT NULL THEN ' AND state_desc = N''' + @state_desc + '''' ELSE '' END + CASE WHEN @is_read_only IS NOT NULL THEN ' AND is_read_only = ' + RTRIM(@is_read_only) ELSE '' END + CASE WHEN @is_auto_close_on IS NOT NULL THEN ' AND is_auto_close_on = ' + RTRIM(@is_auto_close_on) ELSE '' END + CASE WHEN @is_auto_shrink_on IS NOT NULL THEN ' AND is_auto_shrink_on = ' + RTRIM(@is_auto_shrink_on) ELSE '' END + CASE WHEN @is_broker_enabled IS NOT NULL THEN ' AND is_broker_enabled = ' + RTRIM(@is_broker_enabled) ELSE '' END; INSERT #x EXEC sp_executesql @sql; DECLARE c CURSOR LOCAL FORWARD_ONLY STATIC READ_ONLY FOR SELECT CASE WHEN @suppress_quotename = 1 THEN db ELSE QUOTENAME(db) END FROM #x ORDER BY db; OPEN c; FETCH NEXT FROM c INTO @db; WHILE @@FETCH_STATUS = 0 BEGIN SET @sql = REPLACE(@command, @replace_character, @db); IF @print_command_only = 1 BEGIN PRINT '/* For ' + @db + ': */' + CHAR(13) + CHAR(10) + CHAR(13) + CHAR(10) + @sql + CHAR(13) + CHAR(10) + CHAR(13) + CHAR(10); END ELSE BEGIN IF @print_dbname = 1 BEGIN PRINT '/* ' + @db + ' */'; END EXEC sp_executesql @sql; END FETCH NEXT FROM c INTO @db; END CLOSE c; DEALLOCATE c; END GO