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Name
Size
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1mbs_clients.fio
879
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aio-read.fio
205
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backwards-read.fio
137
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basic-verify.fio
377
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butterfly.fio
344
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cpp_null.fio
102
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cpuio.fio
75
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cross-stripe-verify.fio
747
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dev-dax.fio
1.06
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disk-zone-profile.fio
238
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e4defrag.fio
527
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e4defrag2.fio
1.31
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enospc-pressure.fio
1.03
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falloc.fio
762
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filecreate-ioengine.fio
569
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fio-rand-RW.fio
210
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fio-rand-read.fio
191
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fio-rand-write.fio
195
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fio-seq-RW.fio
205
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fio-seq-read.fio
156
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fio-seq-write.fio
190
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fixed-rate-submission.fio
249
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flow.fio
329
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fsx.fio
209
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ftruncate.fio
563
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gfapi.fio
264
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gpudirect-rdmaio-client.fio
217
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gpudirect-rdmaio-server.fio
136
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http-s3.fio
588
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http-swift.fio
680
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http-webdav.fio
337
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ime.fio
868
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iometer-file-access-server.fio
439
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jesd219.fio
596
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latency-profile.fio
486
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libhdfs.fio
112
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libpmem.fio
1.4
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mtd.fio
229
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netio.fio
395
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netio_multicast.fio
383
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null.fio
98
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numa.fio
401
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pmemblk.fio
2.02
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poisson-rate-submission.fio
432
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rados.fio
567
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rand-zones.fio
934
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rbd.fio
543
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rdmaio-client.fio
179
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rdmaio-server.fio
108
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ssd-steadystate.fio
1.14
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ssd-test.fio
847
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steadystate.fio
741
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surface-scan.fio
399
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tiobench-example.fio
287
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waitfor.fio
354
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zipf.fio
221
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Code Editor : ssd-steadystate.fio
# Get a decent idea about the steady state performance of an SSD. # # First we sequentially write the drive. Then we completely # overwrite the device again, this time randomly at 4K. The former gives # us a good idea of the ideal write performance, you should see flat graph # of steady write performance. The latter we would expect to start out at # approximately the same rate as the sequential fill, but at some point # hit a write cliff and hit steady state. The latency numbers of the steady # state also provide a good idea of what kind of latencies to expect when # the device is pushed to steady state instead of peak benchmark-like # numbers that are usually reported. # # Note that this is a DESTRUCTIVE test. It operates on the device itself. # It's not destructive in the sense that it will ruin the device, but # whatever data you have on there will be gone. # [global] ioengine=libaio direct=1 group_reporting filename=/dev/fioa [sequential-fill] description=Sequential fill phase rw=write iodepth=16 bs=1M [random-write-steady] stonewall description=Random write steady state phase rw=randwrite bs=4K iodepth=32 numjobs=4 write_bw_log=fioa-steady-state
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