关于Oracle orion存储性能测试工具

关于Oracle orion存储性能测试工具:


注意点:
1. Oracle orion 存储性能测试工具从Oracle database 11gR2开始就自带了.在$GRID_HOME/bin下和$RDBMS_HOME/bin都自带了该工具
2. 在rac环境中,请使用$GRID_HOME/bin下的orion来进行性能测试.


如下全文摘录 orion的help:

[gird@rac1 bin]$ ./orion -helpORION: ORacle IO Numbers -- Version 11.2.0.4.0ORION runs IO performance tests that model Oracle RDBMS IO workloads.It measures the performance of small (2-32K) IOs and large (128K+) IOsat various load levels. Each Orion data point is a test for a specific mix of small and large IO loads sustained for a duration.  An Orion test consists of multiple data point tests.  These data point tests can be represented as a two-dimensional matrix.  Each column in the matrix represents data point tests with the same small IO load, but varying large IO loads.  Each row represents data point tests with the same large IO load, but varying small IO loads.  An Orion test can be for a single point, a single row, a single column, or the whole matrix.The 'run' parameter is the only mandatory parameter. Defaultsare indicated for all other parameters.  For additional information onthe user interface, see the Orion User Guide.<testname> is the prefix used for all input and output filenames.  Bydefault, it is 'orion'.  It can be specified with the 'testname' parameter.<testname>.lun should contain a carriage-return-separated list of LUNs.The output files for a test run are prefixed by <testname>_<date> wheredate is "yyyymmdd_hhmm".The output files are: <testname>_<date>_summary.txt -  Summary of the input parameters, along with  the minimum small IO latency (in usecs), the maximum  MBPS, and the maximum IOPS observed. <testname>_<date>_mbps.csv - Performance results of large IOs in MBPS.<testname>_<date>_iops.csv - Performance results of small IOs in IOPS.<testname>_<date>_lat.csv - Latency of small IOs in microseconds.<testname>_<date>_hist.csv - Histogram of IO latencies.<testname>_<date>_trace.txt - Extended, unprocessed output.WARNING: IF YOU ARE PERFORMING WRITE TESTS, BE PREPARED TO LOSE ANY DATA STOREDON THE LUNS.Mandatory parameters:runType of workload to run (simple, normal, advanced, dss, oltp).  simple   - Tests random small (8K) IOs at various loads,             then random large (1M) IOs at various loads.  normal   - Tests combinations of random small (8K) IOs and              random large (1M) IOs.  advanced - Tests the workload specified by the user              using optional parameters.  dss      - Tests with random large (1M) IOs at increasing              loads to determine the maximum throughput.  oltp     - Tests with random small (8K) IOs at increasing              loads to determine the maximum IOPS.Optional parameters:testnameName of the test run.num_disksNumber of disks (physical spindles).  This number is used to gauge the range of loads that Orion should test at.  Increasing this parameter results in Orion using heavier IO loads.  Default is the number of LUNs in <testname>.lun.size_smallSize of small IOs in KB.  Default is 8.size_largeSize of large IOs in KB.  Default is 1024.typeType of large IOs (rand, seq).  Default is rand.  rand - Randomly distributed large IOs.  seq  - Sequential streams of large IOs.num_streamIONumber of concurrent IOs per stream.  This parameter is only used if -type is seq.  Default is 4.simulateOrion tests on a virtual LUN formed by combining thespecified LUNs in one of these ways.  This parameter is typically only used if -type is seq.  Default is concat.  concat - A serial concatenation of the LUNs.  Each            sequential stream issues IOs to only one LUN.   raid0  - A RAID-0 mapping across the LUNs.  Each            sequential stream issues IOs across all LUNs,            using RAID-0 striping.writePercentage of IOs that are writes (SEE WARNING ABOVE).Default is 0.cache_sizeSize in MBs of the array's cache.Unless this option is set to 0, Orion issues a numberof unmeasured, random IOs before each large sequentialdata point.  These IOs fill up the storage array's cache(if any) with random data so that IOs from onedata point do not result in cache hits for the nextdata point.  Read tests are preceded with junk readsand write tests are preceded with junk writes.  Ifspecified, this 'cache warming' is performed untilcache_size MBs of IO have been read or written.Default behavior is to issue 2 minutes of unmeasured random IOs before each data point.durationDuration of each data point in seconds.  Default is 60.num_smallNumber of outstanding small IOs.  This parameter controls the small IO load.  Only used if -matrix is point, col, or max.  No default.num_largeThis parameter controls the large IO load.For -type rand, number of outstanding large IOs.For -type seq, number of sequential IO streams.  Only used if -matrix is point, row, or max.  No default.matrixAn Orion test consists of multiple data point tests.  These data point tests can be represented as a two-dimensional matrix. Each column in the matrix represents data point tests with the same small IO load, but varying large IO loads.  Each row represents data point tests with the same large IO load, but varying small IO loads.  An Orion test can be for a single point, a single row, a single column, or the whole matrix, depending on the matrix option setting below. Default is basic.  basic    - Test small IOs only, then large IOs only.  detailed - Test entire matrix.  point    - Test with num_small small IOs, num_large large              IOs.  col      - Test a varying large IO load with num_small              small IOs.  row      - Test a varying small IO load with num_large              large IOs.  max      - Test varying loads up to the num_small and              num_large limits.hugenotneededTells Orion to allocate regular pages when hugepages are not available. With out this option, on systemsthat support hugepages, Orion errors out when it cannotallocate sufficient huge pages. -hugenotneeded is not set bydefault.verbosePrints tracing information to standard output if set.Not set by default.datainputName of the input file for data to be written.is_lgwrif set to true will run test using VIP level QOS, assuming the underlying transport supports it.Examples:For a preliminary set of data-run simple For a basic set of data-run normal To evaluate storage for an OLTP database-run oltp To evaluate storage for a data warehouse-run dss To generate combinations of 32KB and 1MB reads to random locations-run advanced -size_small 32 -size_large 1024 -type rand -matrix detailedTo generate multiple sequential 1MB write streams, simulating RAID0 striping-run advanced -simulate RAID0 -write 100 -type seq-matrix col -num_small 0[gird@rac1 bin]$ 

如下是用法:

第一:su - grid第二:先编辑一下/home/grid/a/xxxtest.lun的内容,如下所示:[gird@rac1 ~]$ cat /home/grid/a/xxxtest.lun/dev/highgo/asm-data0101/dev/highgo/asm-fla1/dev/highgo/asm-redo1第三:cd $ORACLE_HOME/bin/[gird@rac1 bin]./orion  -run oltp -testname  /home/grid/a/xxxtest