1 Top 10 Tips for Improving Tivoli Storage Manager Performance IBM TotalStorage Open Software Family
2 Special Notices Disclaimer The performance data contained in this presentation was measured in a controlled environment. Results obtained in other operating environments may vary significantly depending on factors such as system workload and configuration. Accordingly, this data does not constitute a performance guarantee or warranty. References in this presentation to IBM products, programs, or services do not imply that IBM intends to make these available in all countries in which IBM operates. Any reference to an IBM licensed program in this document is not intended to state or imply that only IBM programs may be used. Any functionally equivalent program may be used instead. Trademarks and Registered Trademarks The following terms are trademarks of International Business Machines Corporation in the United States, other countries, or both: AIX IBM Tivoli TotalStorage z/os Other company, product, and service names may be trademarks or service marks of others. Microsoft, Windows, Windows NT, and the Windows logo are trademarks of Microsoft Corporation in the United States, other countries, or both. UNIX is a registered trademark of The Open Group in the United States and other countries.
3 1. Optimize Server Database TSM server database performance is important for many operations Use multiple database volumes (4 to 16) Use a separate disk (LUN) for each database volume Use fast disks (high RPM, low seek time, low latency) Use disk subsystem/adapter write cache appropriately Only use protected write cache (must be battery-backed, NVS,...) Use for all RAID arrays Use for all physical disks with TSM database volumes Do not use for physical disks with TSM storage pool volumes Use dbpageshadow yes server option Page shadow file can be placed in the server install directory Use mirrorwrite db parallel when using volumes mirrored by TSM
4 1. Optimize Server Database (cont.) Increase the size of the database buffer pool Server option bufpoolsize is specified in KB TSM 5.3 default is (32MB) Initially set to 1/4 of server real memory or process virtual memory limit (whichever is lower) Example: 32bit Server has 2 GB RAM; set bufpoolsize DO NOT increase the buffer pool if system paging is significant Use the query db command to display the database cache hit ratio TSM server cache hit ratio should be greater than 98%
5 2. Optimize Server Device I/O Server performance depends on the system I/O throughput capacity Study system documentation to learn which slots use which PCI bus Put fastest adapters on the fastest busses For best LAN backup-to-disk performance: Put network adapters on different bus than disk adapters For best disk-to-tape storage pool migration performance: Put disk adapters on different bus than tape adapters
6 2. Optimize Server Device I/O (cont.) Parallelism allows multiple concurrent operations Use multiple: Busses Adapters LANs and SANs Disk subsystems Disks Tape drives If using a DISK storage pool (random access) Define multiple disk volumes One volume per disk (LUN) If using a FILE storage pool (sequential access) Use multiple directories in the device class (new in TSM 5.3) One directory per disk (LUN) Configure LUNs within a disk subsystem with regard for performance Configure enough disk storage for at least one day s backups Configure at least as many disk volumes or directories as storage pool migration processes
7 3. Use Collocation by Group New in TSM 5.3! For sequential-access storage pools Note: Use collocation by filespace for nodes with 2 or more large filespaces A Collocated by Node Good restore time, but not optimized for multi-session restore Highest volume usage Highest # mounts for migration, reclamation B C D E F G H J J K Non-collocated Lowest volume usage Fewest # mounts for migration, reclamation Longest restore time Collocated by Group Can be optimized for multi-session restore Data moved for all nodes in group together Trade-offs can be balanced! ABCD GHJK ABCD GHJK ABEF GHJK ABEF GHJK CDEF GHJK CDEF GHJK ABC DEF ABC DEF ABC DEF GH JK GH JK GH JK GH JK
8 3. Use Collocation by Group (cont.) Must define the collocation groups and their nodes Manual methods: Administration Center Create Collocation Group panel define collocgroup, define collocmember, etc. server commands Automatic methods: Administration Center Create Collocation Group panel defgroups sample PERL script in the server directory or SAMPLIB
9 3. Use Collocation by Group (cont.) Automatic methods: Create new collocation groups to include all non-grouped nodes Specify the domain and a collocation group name prefix Group size based on volume capacity and node occupancy Administration Center wizard uses 4 times the average full volume capacity defgroups requires capacity to be specified (use fullvolcapacity to determine) #defgroups -id=canichol -pass=*********** standard devgroup Number of nodes Number of MBs of defined to physical space used Group name this group by these nodes DEVGROUP DEVGROUP DEVGROUP DEVGROUP DEVGROUP DEVGROUP DEVGROUP DEVGROUP
10 3. Use Collocation by Group (cont.) Automatic methods: Don t know about relationships between nodes Don t know about node data growth rates Don t know how existing data is collocated Suggestions: Use the automatic methods first and then fine tune Group nodes together that have a low chance of restore at the same time Avoid volume contention Group nodes together that backup to disk at the same time If storage pool migration has to run during the backup window Reduced volume mounts since all data for a group can be moved at one time Data is moved when storage pool migration, reclamation, etc. run Using the collocation group and storage pool definitions at that time Optimal data organization should occur over time
11 4. Increase Transaction Size Increase backup and server data movement throughput Set the following server options (TSM 5.3 defaults): txngroupmax 256 movebatchsize 1000 movesizethresh 2048 Set the following backup/archive client option: txnbytelimit For nodes that back up small files direct to tape: Update the node definition: update node nodename txngroupmax=4096 Set the following client option: txnbytelimit Open Send Data Check Sync Commit Backup Transaction Lifetime
12 4. Increase Transaction Size (cont.) May need to increase the TSM server recovery log size 4 GB is sufficient for many installations (13.5 GB max) Backup throughput could degrade if frequent file retries A retry occurs when processing is interrupted Throughput is degraded because the data must be sent again Check the client session messages or schedule log file (verbose) Avoid retries by: Using client option compressalways yes Using client option tapeprompt no or quiet Scheduling backup / archive when files are not in use Using exclude options to exclude files likely to be open Using Open File Support (Windows client) Changing how open files are handled using the copy group serialization parameter Reducing the number of times to retry using client option changingretries
13 5. Configure and Tune Network Options Provide a separate backup network (LAN or SAN) Gb Ethernet can provide up to 75 MB/sec throughput per link 100 Mb Ethernet can provide up to 11 MB/sec throughput per link Set the following server options (TSM 5.3 defaults): New options for the TSM 5.3 z/os server! tcpwindowsize 63 tcpnodelay yes tcpbufsize 32 (not used for Windows) Set the following client options: tcpwindowsize 63 tcpnodelay yes tcpbuffsize 32 largecommbuffers no (replaced in TSM 5.3)
14 5. Configure and Tune Network Options (cont.) Use TSM client compression appropriately Software compression uses significant client CPU time! Set the following client options: compression Fast network AND fast server - compression no For LAN-Free with tape - compression no Slow network OR slow server - compression yes compressalways yes Exclude objects that are already compressed or encrypted: exclude.compression?:\...\*.gif exclude.compression?:\...\*.jpg exclude.compression?:\...\*.zip exclude.compression?:\...\*.mp3
15 6. Use LAN-Free Offload the LAN Better TSM server scalability due to reduced I/O requirements Higher backup/restore throughput is possible Best with TSM for data protection products and API clients that backup/restore big objects TSM for Mail TSM for Databases TSM for Enterprise Resource Planning Performance improvements in TSM 5.2: Reduced storage agent - server meta-data overhead Better multi-session scalability Better storage agent tape volume handling Performance improvements in TSM 5.3: Reduced CPU usage, especially for API clients Use lanfreecommmethod sharedmem for all TSM 5.3 LAN-Free clients AIX, HP-UX, HP-UX on Itanium2, Linux, Solaris, and Windows
16 7. Use Incremental Backup Weekly full backups for file servers aren t necessary TSM incremental backup Compares client file system with server inventory Backs up new or changed files and directories Expires deleted files and directories No unnecessary data backed up Less network and server bandwidth needed Less server storage needed Windows file servers should use Journal-based incremental backup Install using the client GUI Setup wizard Real-time determination of changed files and directories Avoids file system scan and attribute comparison Much faster than full incremental New support in TSM 5.3 More reliable journal database Multi-threaded operation on both change notification and back up operations Faster and more reliable multiple file system backup
17 8. Use Multiple Client Sessions Multiple parallel sessions can improve throughput for backup and restore Configure multiple sessions for TSM for data protection products Each has its own configuration options Configure multiple sessions for the Backup/Archive client Set client option resourceutilization to 5 or more Update the maximum number of mount points for the node For backup or restore using tape update node maxnummp=4 server command UNIX file servers should use the TSM client option virtualmountpoint to allow multiple parallel incremental backups for large file systems Multi-session restore is only used if: Restore specification contains an unqualified wildcard, i.e. e:\users\* Restore data is stored on multiple sequential storage pool volumes
18 9. Use Image Backup Optimizes large file system restore performance Uses sequential block I/O Avoids file system overheads, including file open(), close(), etc. Throughput can approach hardware device speeds Online image backup is available: Windows, Linux86, and Linux IA64 clients Uses LVSA snapshot agent LVSA cache can be located on a volume being backed up (for TSM 5.3) Recommendations: Use LAN-Free with tape for best performance Use parallel image backup/restore sessions for clients with multiple file systems
19 10. Optimize Schedules Create schedules with minimal overlap Reduce resource contention and improve performance Operations: Client backup Storage pool backup Storage pool migration TSM database backup Inventory expiration Reclamation Use set randomize percent Client session start times are staggered over the schedule window Use server option expinterval 0 to disable automatic expiration Define an administrative schedule for expiration at a set time TSM 5.3 includes scheduling improvements Calendar-type administrative and client schedules New commands include migrate stgpool, reclaim stgpool
20 Summary Checklist Optimized the server database? Optimized the server device I/O? Using collocation by group? Increased transaction size? Tuned network options? Using LAN-Free? Using incremental backup? Using multiple client sessions? Using image backup/restore? Optimized schedules?
21 Finding Performance Bottlenecks in your Tivoli Storage Manager Environment IBM TotalStorage Open Software Family
22 Performance Steps: 1. Use the Top 10 Performance Checklist 2. Use IBM Support 3. Check for common problems 4. Find the bottleneck - determine the limiting factors 5. Tune or make configuration changes 6. Reduce the workload by eliminating non-essential tasks 7. Install and configure additional hardware 8. Collect and use performance trend data
23 1. Top 10 Performance Checklist Optimized the server database? Optimized the server device I/O? Using collocation by group? Increased transaction size? Tuned network options? Using LAN-Free? Using incremental backup? Using multiple client sessions? Using image backup/restore? Optimized schedules?
24 2. Use IBM Support Look under Storage Manager Troubleshooting and Support Knowledge base search TSM Performance Tuning Guide
25 3. Check for Common Problems Poor backup to tape performance? High tape mount wait time? Poor client disk read performance? Poor network performance? Small TSM client transaction size? Poor backup to disk performance? Poor network performance? Contention with other backup/archive sessions or other processes? Poor client disk read performance? Poor TSM server database performance? Incremental backup? Poor inventory expiration performance? Poor TSM server database performance? Contention with backup/archive sessions or other processes? Slow TSM server CPU? Poor restore from tape performance? High tape mount wait time? Large number of tape mounts or locates? Poor network performance? Poor client disk write performance? Poor TSM server database performance? Poor storage pool migration performance? High tape mount wait time? Large number of tape mounts? Poor TSM server disk read performance? Contention with backup/archive sessions or other processes? Migration thresholds set too close together? Small TSM server data movement transaction size?
26 4. Find the Bottleneck 1. Collect TSM instrumentation data to isolate the cause to: Client Server Network 2. Collect operating system data to find the high use component 3. Change how that component is used, or add more of it Processors, memory, disks, tape drives, Retest and repeat if necessary There is always a bottleneck!
27 TSM Performance Instrumentation Available on both server and client Minimal performance impact No huge trace file created What is tracked? Most operations that can hold up performance Disk I/O Network I/O Tape I/O How is it tracked? Operations are tracked on a thread-by-thread basis Most sessions/processes use more than one thread Results stored in memory until instrumentation is ended
28 TSM Threads TSM is multi-threaded! Server may have hundreds of threads active at a given time Use show threads for a list at any given time Any given operation will likely make use of multiple threads Backup, for example, will use at least two threads: SessionThread receives data from client SsAuxThread takes this data and passes to disk or tape AgentThread writes the data to tape DiskServerThread writes the data to disk All threads can operate on different CPUs
29 TSM Server Instrumentation Started using server command: INSTrumentation Begin [MAXThread=nnnnn] Stopped using server command: INSTrumentation End Output generated when instrumentation is stopped Use the command line administrative client dsmadmc -id=id -pass=pass inst begin dsmadmc -id=id -pass=pass inst end > filename Use command redirection with storage agents dsmadmc -id=id -pass=pass agentname: inst begin dsmadmc -id=id -pass=pass agentname: inst end > filename Notes: Administrator must have system privilege
30 TSM Server Instrumentation Usage Strategy Start server instrumentation just before starting the operation monitored For TSM 5.3, session and process numbers are included in the output if the thread is started while instrumentation is active Using a TSM administrative client macro is an easy way to do this Use for 1 to 30 minutes Careful! Long periods can generate a lot of information Large number of threads makes it harder to diagnose a problem Match up the multiple threads for a given session or process Use the session or process numbers in the instrumentation data (TSM 5.3) Use the output of show threads command (during the operation) Match the threads based on the amount of data moved Look at threads with most of their time in areas other than 'Thread Wait Most likely source of the problem
31 TSM Server Instrumentation Platform Differences Instrumentation data is slightly different depending on platform z/os Does not reuse thread IDs like other platforms Thread IDs increase over time throughout server lifetime Need to issue show threads command and note the current high water mark thread ID Add 1000 to the high water mark, and use as the maxthread parameter on the inst start command For example: inst begin maxthread=5000 UNIX Only 1 thread does I/O to any disk storage pool volume (called DiskServerThread) Provides a disk volume centric view May be harder to get complete operation disk statistics Windows Any thread can do I/O on a disk storage pool volume (SsAuxThread for backup) Provides a process/session oriented view May be harder to see disk contention issues Windows timing statistics only have about 15 millisecond granularity
32 TSM Server Instrumentation Categories Disk Read - reading from disk Disk Write - writing to disk Disk Commit - fsync or other system call to ensure writes are complete Tape Read - reading from tape Tape Write - writing to tape Tape Locate - locating to a tape block Tape Commit - tape synchronization to ensure data written from device buffers to media Tape Data Copy - copying data to tape buffers ( in memory) Tape Misc - other tape operations (open, rewind,...) Data Copy - copying data to various buffers (in memory) Network Recv - receiving data on a network Network Send - sending data on a network Shmem Read - reading data from shared memory buffer Shmem Write - writing data to shared memory buffer Shmem Copy - copying data to/from shared memory segment Namedpipe Recv - receiving data on a named pipe Namedpipe Send - sending data on a named pipe CRC Processing - computing or comparing CRC values Tm Lock Wait - acquiring transaction manager lock Acquire Latch - acquiring a database page (from disk or bufferpool) Thread Wait - waiting on some other thread Unknown - something not tracked above
33 TSM Server Instrumentation Example TSM thread id Thread lifetime Thread 33 AgentThread parent=0 (AIX TID 37443) 11:09: >11:14: Operation Count Tottime Avgtime Mintime Maxtime InstTput Total KB Tape Write Tape Commit Tape Data Copy Thread Wait Total Thread 32 SessionThread parent=24 (AIX TID 27949) 11:10: >11:14: Operation Count Tottime Avgtime Mintime Maxtime InstTput Total KB Network Recv Network Send Thread Wait Total Overall Throughput
34 TSM Client Instrumentation Identifies elapsed time spent performing certain activities Enabled using: -testflag=instrument:detail (command line) testflag instrument:detail (options file) Output is appended to a file in the directory specified in DSM_LOG environment variable For TSM 5.2, the dsminstr.report file For TSM 5.3, the dsminstr.report.ppid file Notes: Backup/archive client only (not in API or TDPs) Command line client and scheduler only (not in GUI, web client) Scheduler may need to be restarted after editing the options file Cancel the client sessions from the server to get results without waiting for command completion
35 TSM Client Instrumentation Categories Process Dirs - scanning for files to back up Solve Tree - determining directory structure Compute - computing throughput, compression ratio BeginTxn Verb - building transactions Transaction - file open, close, other misc. operations File I/O - file read, write Compression - compressing, uncompressing data Encryption - encrypting, decrypting data CRC - computing, comparing CRC values Delta - adaptive subfile back up processing Data Verb - sending, receiving data to/from the server Confirm Verb - response time during backup for server confirm verb EndTxn Verb - server transaction commit and tape synchronization Other - everything else
36 TSM Client Instrumentation Example TSM thread id Thread lifetime Thread: 118 Elapsed time sec Section Actual (sec) Average(msec) Frequency used Process Dirs Solve Tree Compute BeginTxn Verb Transaction File I/O Compression Encryption CRC Delta Data Verb Confirm Verb EndTxn Verb Other # of transactions
37 Example 1 Problem Description: z/os server Customer just installed 3592 tape drives No other changes to their environment Unhappy with disk-to-tape storage pool migration performance 7-12 MB/sec per drive Tape-to-tape storage pool backup performance is good 41 MB/sec per drive Plan: Rerun disk-to-tape storage pool migration test Collect server instrumentation data Collect show threads data
38 Example 1 (cont.) The "show threads" shows the pair of migration threads: 1390: DfMigrationThread(det), TCB 231, Parent 552, TB 1CD7E18C, N/A : Read block disk function (VSAM). 1397: SsAuxThread(det), TCB 159, Parent 1390, TB 1CEDA18C, N/A : WaitCondition WaitBufFull+b8 289C9418 (mutex A89C9328) The instrumentation shows the performance of the migration thread reading the disk: Thread parent=552 15:48: >16:20: Operation Count Tottime Avgtime Mintime Maxtime InstTput Total KB Disk Read Acquire Latch Thread Wait Unknown Total Large amount of time in Disk Read indicates the disk is the bottleneck. Note: Divide the total KB read by the count to get the read IO size: ==> 256 KB.
39 Example 1 (cont.) Problem Resolution: Customer created new disk storage pool volumes: Using a newer disk subsystem Using VSAM striped datasets Now, disk-to-tape storage pool migration performance is good MB/sec per drive
40 Example 2 Problem Description: Windows server LTO 1 SCSI-attached tape drives AIX, Windows, Exchange clients Backup to tape is slow for all clients Backup of 30GB took 7 hrs (1.2 MB/sec) Disk-to-tape storage pool migration performance is slow Plan: Rerun disk-to-tape storage pool migration test Collect server instrumentation data
41 Example 2 (cont.) The instrumentation shows the performance of the migration threads: Thread 61 DfMigrationThread (Win Thread ID 4436) 17:39:076-->17:47:38 Operation Count Tottime Avgtime Min- Max- Inst Total time time Tput KB Disk Read , , Thread Wait , Unknown Total , Thread 34 AgentThread (Win Thread ID 5340) 17:39: >17:47: Operation Count Tottime Avgtime Min- Max- Inst Total time time Tput KB Tape Write , , Tape Data Copy , Thread Wait , Unknown Total ,
42 Example 2 (cont.) Problem Resolution: Problem is clearly related to the tape subsystem Need to investigate the following: Tape attachment path Tape drive device driver level SCSI adapter driver level SCSI adapter settings Customer upgraded SCSI adapter device driver Now, disk-to-tape storage pool migration performance is good 19 MB/sec per drive Client backups to tape are much faster
43 Example 3 Problem Description: AIX server Exchange client backup to tape is slow 240 KB/sec LTO 1 and 3590 tape drives Plan: Rerun backup test Collect server instrumentation data Note: This is an API client, so can't take client instrumentation data
44 Example 3 (cont.) The instrumentation shows the performance of the backup threads: Thread 37 SessionThread parent=32 (AIX TID 47241) 15:55:39-->16:11:04 Operation Count Tottime Avgtime Min Maxtime InstTput Total KB Network Recv Network Send Acquire Latch Thread Wait Unknown Total Thread 58 AgentThread parent=55 (AIX TID 47681) 15:55:41-->16:11:04 Operation Count Tottime Avgtime Min Maxtime InstTput Total KB Tape Read Tape Write Tape Locate Tape Data Copy Acquire Latch Thread Wait Unknown Total
45 Example 3 (cont.) Problem Resolution: Problem is clearly related to receiving data from the client Could be a network or a client problem Customer measured FTP performance on the same route Shows a clear network problem Reconfiguring the network improved throughput
46 Example 4 Problem Description: AIX server Slow incremental backup of Windows clustered file server (39 hrs) Session established with server TSM_WIN_DL_1: AIX-RS/6000 Server Version 5, Release 2, Level 3.0 Total number of objects inspected: Total number of objects backed up: Total number of bytes transferred: 25,44 GB Network data transfer rate: 5.609,21 KB/sec Aggregate data transfer rate: 188,34 KB/sec Elapsed processing time: 39:20:39 Average file size: 54,15 KB Plan: Rerun backup test Collect client instrumentation data
47 Example 4 (cont.) The instrumentation shows the performance of the backup threads: Thread: Elapsed time ,718 sec Section Actual (sec) Average(msec) Frequency used Compute 15,993 0, BeginTxn Verb 0,294 0, Transaction 2082, , File I/O 7697,765 4, Data Verb 4747,407 3, Confirm Verb 2,376 81,9 29 EndTxn Verb 49562, , Other 77529,932 0, Thread: Elapsed time ,671 sec Section Actual (sec) Average(msec) Frequency used Process Dirs 30891,674 98, Other ,997 0, Large amount of time in EndTxn indicates a problem with the TSM server database. Noted the TSM database, recovery log, and disk storage pool volumes on same LUN.
48 Example 4 (cont.) Problem Resolution: Reconfigured the TSM server database to use multiple volumes on multiple LUNs Next incremental backup took 17 hours (2 times faster) Additional network configuration problems were found and fixed Customer implemented using journal-based backup Incremental backup now takes about 4 hours (10 times faster)
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