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Created April 20, 2020 22:54
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Samba to Hyper-V Linux ext4 with 9k frames
---
timestamp: 2020-04-20 20:23:17 +0000
system:
os:
name: Microsoft Windows NT
ver: 10.0.19041
cpu:
name: GenuineIntel Intel(R) Core(TM) i7-8565U CPU @ 1.80GHz
architecture: x64
physical_cores: 4
mem:
# Main memory bandwidth when accessed sequentially (1 CPU core)
max_bandwidth: 2496449740
# Main memory bandwidth when 4Kb pages are accessed randomly (1 CPU core)
min_bandwidth: 1583769190
quantity: 16905990144
in_use: 0.843598
timer:
ns_per_tick: 100
ns_overhead: 14
scheduler:
# Nanoseconds to context switch a thread
ns_yield: 70
# Nanoseconds to sleep and wake a thread
ns_sleep_wake: 14879100
drop_filesystem_cache_support: 1
storage:
controller:
kind: Network
device:
min_io_size: 512
fs:
name: NTFS
config: todo
size: 133157720064
in_use: 0.288066
direct=0 sync=0:
concurrency:
# The i/o modify quantum guaranteed to be atomically visible to readers
# irrespective of rewrite quantity
atomic_rewrite_quantum: 1048576
# The maximum single aligned i/o modify quantity atomically visible to readers
# (can be [potentially unreliably] much larger than atomic_rewrite_quantum). A
# very common value on modern hardware with direct i/o thanks to PCIe DMA is
# 4096, don't trust values higher than this because of potentially discontiguous
# memory page mapping.
max_aligned_atomic_rewrite: 1048576
latency:
read:
# The nanoseconds to read zero bytes
nothing: 1291
qd1:
# The nanoseconds to read 4Kb at a queue depth of 1 (min)
min: 3600
# The nanoseconds to read 4Kb at a queue depth of 1 (arithmetic mean)
mean: 428308
# The nanoseconds to read 4Kb at a queue depth of 1 (max)
max: 32361600
# The nanoseconds to read 4Kb at a queue depth of 1 (50% of the time)
50%: 377600
# The nanoseconds to read 4Kb at a queue depth of 1 (95% of the time)
95%: 656800
# The nanoseconds to read 4Kb at a queue depth of 1 (99% of the time)
99%: 1051600
# The nanoseconds to read 4Kb at a queue depth of 1 (99.999% of the time)
99.999%: 32361600
qd16:
# The nanoseconds to read 4Kb at a queue depth of 16 (min)
min: 7300
# The nanoseconds to read 4Kb at a queue depth of 16 (arithmetic mean)
mean: 2673884
# The nanoseconds to read 4Kb at a queue depth of 16 (max)
max: 57692200
# The nanoseconds to read 4Kb at a queue depth of 16 (50% of the time)
50%: 2234800
# The nanoseconds to read 4Kb at a queue depth of 16 (95% of the time)
95%: 3663500
# The nanoseconds to read 4Kb at a queue depth of 16 (99% of the time)
99%: 13189600
# The nanoseconds to read 4Kb at a queue depth of 16 (99.999% of the time)
99.999%: 57692200
write:
# The nanoseconds to write zero bytes
nothing: 1909
qd1:
# The nanoseconds to write 4Kb at a queue depth of 1 (min)
min: 2600
# The nanoseconds to write 4Kb at a queue depth of 1 (arithmetic mean)
mean: 9882
# The nanoseconds to write 4Kb at a queue depth of 1 (max)
max: 2575100
# The nanoseconds to write 4Kb at a queue depth of 1 (50% of the time)
50%: 6900
# The nanoseconds to write 4Kb at a queue depth of 1 (95% of the time)
95%: 27700
# The nanoseconds to write 4Kb at a queue depth of 1 (99% of the time)
99%: 46200
# The nanoseconds to write 4Kb at a queue depth of 1 (99.999% of the time)
99.999%: 1283900
qd16:
# The nanoseconds to write 4Kb at a queue depth of 16 (min)
min: 5000
# The nanoseconds to write 4Kb at a queue depth of 16 (arithmetic mean)
mean: 330700
# The nanoseconds to write 4Kb at a queue depth of 16 (max)
max: 30233200
# The nanoseconds to write 4Kb at a queue depth of 16 (50% of the time)
50%: 14100
# The nanoseconds to write 4Kb at a queue depth of 16 (95% of the time)
95%: 2216700
# The nanoseconds to write 4Kb at a queue depth of 16 (99% of the time)
99%: 6991800
# The nanoseconds to write 4Kb at a queue depth of 16 (99.999% of the time)
99.999%: 22243900
readwrite:
qd4:
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (min)
min: 2800
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4
# (arithmetic mean)
mean: 40857
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (max)
max: 61392400
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (50% of
# the time)
50%: 7300
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (95% of
# the time)
95%: 40900
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (99% of
# the time)
99%: 739600
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (99.999%
# of the time)
99.999%: 46675900
response_time:
race_free:
warm_cache:
create_file:
# The average nanoseconds to create a 0 byte file (warm cache, race free)
0b: 5664697
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (warm cache, race free)
0b: 3371
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (warm cache, race
# free)
0b: 723176
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (warm cache, race
# free)
0b: 646444
delete_file:
# The average nanoseconds to delete a 0 byte file (warm cache, race free)
0b: 30228192
non_race_free:
create_file:
# The average nanoseconds to create a 0 byte file (warm cache, non race free)
0b: 5716896
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (warm cache, non race free)
0b: 2599
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (warm cache, non
# race free)
0b: 795031
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (warm cache, non
# race free)
0b: 663761
delete_file:
# The average nanoseconds to delete a 0 byte file (warm cache, non race free)
0b: 2442704
race_free:
cold_cache:
create_file:
# The average nanoseconds to create a 0 byte file (cold cache, race free)
0b: 5546736
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (cold cache, race free)
0b: 4502
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (cold cache, race
# free)
0b: 1465357
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (cold cache, race
# free)
0b: 1362302
delete_file:
# The average nanoseconds to delete a 0 byte file (cold cache, race free)
0b: 25394312
direct=1 sync=0:
concurrency:
# The i/o modify quantum guaranteed to be atomically visible to readers
# irrespective of rewrite quantity
atomic_rewrite_quantum: 1048576
# The maximum single aligned i/o modify quantity atomically visible to readers
# (can be [potentially unreliably] much larger than atomic_rewrite_quantum). A
# very common value on modern hardware with direct i/o thanks to PCIe DMA is
# 4096, don't trust values higher than this because of potentially discontiguous
# memory page mapping.
max_aligned_atomic_rewrite: 1048576
latency:
read:
# The nanoseconds to read zero bytes
nothing: 2484
qd1:
# The nanoseconds to read 4Kb at a queue depth of 1 (min)
min: 129300
# The nanoseconds to read 4Kb at a queue depth of 1 (arithmetic mean)
mean: 381727
# The nanoseconds to read 4Kb at a queue depth of 1 (max)
max: 10291000
# The nanoseconds to read 4Kb at a queue depth of 1 (50% of the time)
50%: 346100
# The nanoseconds to read 4Kb at a queue depth of 1 (95% of the time)
95%: 544300
# The nanoseconds to read 4Kb at a queue depth of 1 (99% of the time)
99%: 881600
# The nanoseconds to read 4Kb at a queue depth of 1 (99.999% of the time)
99.999%: 10291000
qd16:
# The nanoseconds to read 4Kb at a queue depth of 16 (min)
min: 2345500
# The nanoseconds to read 4Kb at a queue depth of 16 (arithmetic mean)
mean: 3371811
# The nanoseconds to read 4Kb at a queue depth of 16 (max)
max: 16586600
# The nanoseconds to read 4Kb at a queue depth of 16 (50% of the time)
50%: 3102100
# The nanoseconds to read 4Kb at a queue depth of 16 (95% of the time)
95%: 4531700
# The nanoseconds to read 4Kb at a queue depth of 16 (99% of the time)
99%: 9197000
# The nanoseconds to read 4Kb at a queue depth of 16 (99.999% of the time)
99.999%: 16586600
write:
# The nanoseconds to write zero bytes
nothing: 2766
qd1:
# The nanoseconds to write 4Kb at a queue depth of 1 (min)
min: 120600
# The nanoseconds to write 4Kb at a queue depth of 1 (arithmetic mean)
mean: 181263
# The nanoseconds to write 4Kb at a queue depth of 1 (max)
max: 4890500
# The nanoseconds to write 4Kb at a queue depth of 1 (50% of the time)
50%: 169100
# The nanoseconds to write 4Kb at a queue depth of 1 (95% of the time)
95%: 261100
# The nanoseconds to write 4Kb at a queue depth of 1 (99% of the time)
99%: 336800
# The nanoseconds to write 4Kb at a queue depth of 1 (99.999% of the time)
99.999%: 4890500
qd16:
# The nanoseconds to write 4Kb at a queue depth of 16 (min)
min: 216100
# The nanoseconds to write 4Kb at a queue depth of 16 (arithmetic mean)
mean: 729882
# The nanoseconds to write 4Kb at a queue depth of 16 (max)
max: 317832800
# The nanoseconds to write 4Kb at a queue depth of 16 (50% of the time)
50%: 611900
# The nanoseconds to write 4Kb at a queue depth of 16 (95% of the time)
95%: 1259800
# The nanoseconds to write 4Kb at a queue depth of 16 (99% of the time)
99%: 1999100
# The nanoseconds to write 4Kb at a queue depth of 16 (99.999% of the time)
99.999%: 133032300
readwrite:
qd4:
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (min)
min: 115400
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4
# (arithmetic mean)
mean: 485270
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (max)
max: 38708700
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (50% of
# the time)
50%: 376600
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (95% of
# the time)
95%: 874900
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (99% of
# the time)
99%: 1586200
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (99.999%
# of the time)
99.999%: 38708700
response_time:
race_free:
warm_cache:
create_file:
# The average nanoseconds to create a 0 byte file (warm cache, race free)
0b: 5206664
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (warm cache, race free)
0b: 3833
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (warm cache, race
# free)
0b: 921896
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (warm cache, race
# free)
0b: 654800
delete_file:
# The average nanoseconds to delete a 0 byte file (warm cache, race free)
0b: 30347362
non_race_free:
create_file:
# The average nanoseconds to create a 0 byte file (warm cache, non race free)
0b: 5935974
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (warm cache, non race free)
0b: 2658
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (warm cache, non
# race free)
0b: 683082
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (warm cache, non
# race free)
0b: 672321
delete_file:
# The average nanoseconds to delete a 0 byte file (warm cache, non race free)
0b: 2517805
race_free:
cold_cache:
create_file:
# The average nanoseconds to create a 0 byte file (cold cache, race free)
0b: 5139044
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (cold cache, race free)
0b: 2504
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (cold cache, race
# free)
0b: 654881
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (cold cache, race
# free)
0b: 654453
delete_file:
# The average nanoseconds to delete a 0 byte file (cold cache, race free)
0b: 24637975
direct=0 sync=1:
concurrency:
# The i/o modify quantum guaranteed to be atomically visible to readers
# irrespective of rewrite quantity
atomic_rewrite_quantum: 1048576
# The maximum single aligned i/o modify quantity atomically visible to readers
# (can be [potentially unreliably] much larger than atomic_rewrite_quantum). A
# very common value on modern hardware with direct i/o thanks to PCIe DMA is
# 4096, don't trust values higher than this because of potentially discontiguous
# memory page mapping.
max_aligned_atomic_rewrite: 1048576
latency:
read:
# The nanoseconds to read zero bytes
nothing: 1075
qd1:
# The nanoseconds to read 4Kb at a queue depth of 1 (min)
min: 3300
# The nanoseconds to read 4Kb at a queue depth of 1 (arithmetic mean)
mean: 359233
# The nanoseconds to read 4Kb at a queue depth of 1 (max)
max: 11417100
# The nanoseconds to read 4Kb at a queue depth of 1 (50% of the time)
50%: 341400
# The nanoseconds to read 4Kb at a queue depth of 1 (95% of the time)
95%: 528000
# The nanoseconds to read 4Kb at a queue depth of 1 (99% of the time)
99%: 808900
# The nanoseconds to read 4Kb at a queue depth of 1 (99.999% of the time)
99.999%: 11417100
qd16:
# The nanoseconds to read 4Kb at a queue depth of 16 (min)
min: 5900
# The nanoseconds to read 4Kb at a queue depth of 16 (arithmetic mean)
mean: 3170873
# The nanoseconds to read 4Kb at a queue depth of 16 (max)
max: 14724100
# The nanoseconds to read 4Kb at a queue depth of 16 (50% of the time)
50%: 2967000
# The nanoseconds to read 4Kb at a queue depth of 16 (95% of the time)
95%: 4060900
# The nanoseconds to read 4Kb at a queue depth of 16 (99% of the time)
99%: 9029600
# The nanoseconds to read 4Kb at a queue depth of 16 (99.999% of the time)
99.999%: 14724100
write:
# The nanoseconds to write zero bytes
nothing: 3349
qd1:
# The nanoseconds to write 4Kb at a queue depth of 1 (min)
min: 2014800
# The nanoseconds to write 4Kb at a queue depth of 1 (arithmetic mean)
mean: 7881921
# The nanoseconds to write 4Kb at a queue depth of 1 (max)
max: 19141100
# The nanoseconds to write 4Kb at a queue depth of 1 (50% of the time)
50%: 8654400
# The nanoseconds to write 4Kb at a queue depth of 1 (95% of the time)
95%: 10175000
# The nanoseconds to write 4Kb at a queue depth of 1 (99% of the time)
99%: 13602400
# The nanoseconds to write 4Kb at a queue depth of 1 (99.999% of the time)
99.999%: 19141100
qd16:
# The nanoseconds to write 4Kb at a queue depth of 16 (min)
min: 5150900
# The nanoseconds to write 4Kb at a queue depth of 16 (arithmetic mean)
mean: 125795618
# The nanoseconds to write 4Kb at a queue depth of 16 (max)
max: 140077800
# The nanoseconds to write 4Kb at a queue depth of 16 (50% of the time)
50%: 126358300
# The nanoseconds to write 4Kb at a queue depth of 16 (95% of the time)
95%: 132691900
# The nanoseconds to write 4Kb at a queue depth of 16 (99% of the time)
99%: 136528000
# The nanoseconds to write 4Kb at a queue depth of 16 (99.999% of the time)
99.999%: 140077800
readwrite:
qd4:
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (min)
min: 8600
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4
# (arithmetic mean)
mean: 6002095
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (max)
max: 17019900
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (50% of
# the time)
50%: 7956200
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (95% of
# the time)
95%: 9865000
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (99% of
# the time)
99%: 13018100
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (99.999%
# of the time)
99.999%: 17019900
response_time:
race_free:
warm_cache:
create_file:
# The average nanoseconds to create a 0 byte file (warm cache, race free)
0b: 5913908
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (warm cache, race free)
0b: 5178
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (warm cache, race
# free)
0b: 585143
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (warm cache, race
# free)
0b: 991583
delete_file:
# The average nanoseconds to delete a 0 byte file (warm cache, race free)
0b: 11062520
non_race_free:
create_file:
# The average nanoseconds to create a 0 byte file (warm cache, non race free)
0b: 5796777
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (warm cache, non race free)
0b: 4703
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (warm cache, non
# race free)
0b: 574162
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (warm cache, non
# race free)
0b: 1209564
delete_file:
# The average nanoseconds to delete a 0 byte file (warm cache, non race free)
0b: 8216603
race_free:
cold_cache:
create_file:
# The average nanoseconds to create a 0 byte file (cold cache, race free)
0b: 5835062
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (cold cache, race free)
0b: 4278
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (cold cache, race
# free)
0b: 596647
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (cold cache, race
# free)
0b: 1263403
delete_file:
# The average nanoseconds to delete a 0 byte file (cold cache, race free)
0b: 11640409
direct=1 sync=1:
concurrency:
# The i/o modify quantum guaranteed to be atomically visible to readers
# irrespective of rewrite quantity
atomic_rewrite_quantum: 1048576
# The maximum single aligned i/o modify quantity atomically visible to readers
# (can be [potentially unreliably] much larger than atomic_rewrite_quantum). A
# very common value on modern hardware with direct i/o thanks to PCIe DMA is
# 4096, don't trust values higher than this because of potentially discontiguous
# memory page mapping.
max_aligned_atomic_rewrite: 1048576
latency:
read:
# The nanoseconds to read zero bytes
nothing: 2173
qd1:
# The nanoseconds to read 4Kb at a queue depth of 1 (min)
min: 113500
# The nanoseconds to read 4Kb at a queue depth of 1 (arithmetic mean)
mean: 222641
# The nanoseconds to read 4Kb at a queue depth of 1 (max)
max: 11562200
# The nanoseconds to read 4Kb at a queue depth of 1 (50% of the time)
50%: 144700
# The nanoseconds to read 4Kb at a queue depth of 1 (95% of the time)
95%: 405700
# The nanoseconds to read 4Kb at a queue depth of 1 (99% of the time)
99%: 603000
# The nanoseconds to read 4Kb at a queue depth of 1 (99.999% of the time)
99.999%: 11562200
qd16:
# The nanoseconds to read 4Kb at a queue depth of 16 (min)
min: 166800
# The nanoseconds to read 4Kb at a queue depth of 16 (arithmetic mean)
mean: 1672937
# The nanoseconds to read 4Kb at a queue depth of 16 (max)
max: 76500500
# The nanoseconds to read 4Kb at a queue depth of 16 (50% of the time)
50%: 567800
# The nanoseconds to read 4Kb at a queue depth of 16 (95% of the time)
95%: 3536200
# The nanoseconds to read 4Kb at a queue depth of 16 (99% of the time)
99%: 5547400
# The nanoseconds to read 4Kb at a queue depth of 16 (99.999% of the time)
99.999%: 76500500
write:
# The nanoseconds to write zero bytes
nothing: 2685
qd1:
# The nanoseconds to write 4Kb at a queue depth of 1 (min)
min: 1674400
# The nanoseconds to write 4Kb at a queue depth of 1 (arithmetic mean)
mean: 7903542
# The nanoseconds to write 4Kb at a queue depth of 1 (max)
max: 20825500
# The nanoseconds to write 4Kb at a queue depth of 1 (50% of the time)
50%: 8553100
# The nanoseconds to write 4Kb at a queue depth of 1 (95% of the time)
95%: 10502300
# The nanoseconds to write 4Kb at a queue depth of 1 (99% of the time)
99%: 13999400
# The nanoseconds to write 4Kb at a queue depth of 1 (99.999% of the time)
99.999%: 20825500
qd16:
# The nanoseconds to write 4Kb at a queue depth of 16 (min)
min: 5303000
# The nanoseconds to write 4Kb at a queue depth of 16 (arithmetic mean)
mean: 125787353
# The nanoseconds to write 4Kb at a queue depth of 16 (max)
max: 142849000
# The nanoseconds to write 4Kb at a queue depth of 16 (50% of the time)
50%: 126448000
# The nanoseconds to write 4Kb at a queue depth of 16 (95% of the time)
95%: 132805000
# The nanoseconds to write 4Kb at a queue depth of 16 (99% of the time)
99%: 138541000
# The nanoseconds to write 4Kb at a queue depth of 16 (99.999% of the time)
99.999%: 142849000
readwrite:
qd4:
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (min)
min: 156600
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4
# (arithmetic mean)
mean: 6366112
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (max)
max: 19671600
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (50% of
# the time)
50%: 8116400
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (95% of
# the time)
95%: 10148100
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (99% of
# the time)
99%: 14048200
# The nanoseconds to 75% read 25% write 4Kb at a total queue depth of 4 (99.999%
# of the time)
99.999%: 19671600
response_time:
race_free:
warm_cache:
create_file:
# The average nanoseconds to create a 0 byte file (warm cache, race free)
0b: 5915294
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (warm cache, race free)
0b: 5262
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (warm cache, race
# free)
0b: 606625
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (warm cache, race
# free)
0b: 1087225
delete_file:
# The average nanoseconds to delete a 0 byte file (warm cache, race free)
0b: 11376637
non_race_free:
create_file:
# The average nanoseconds to create a 0 byte file (warm cache, non race free)
0b: 6058391
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (warm cache, non race free)
0b: 5476
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (warm cache, non
# race free)
0b: 596499
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (warm cache, non
# race free)
0b: 1030549
delete_file:
# The average nanoseconds to delete a 0 byte file (warm cache, non race free)
0b: 9260922
race_free:
cold_cache:
create_file:
# The average nanoseconds to create a 0 byte file (cold cache, race free)
0b: 5826065
enumerate_file:
# The average nanoseconds to enumerate a 0 byte file (cold cache, race free)
0b: 4322
open_file_read:
# The average nanoseconds to open a 0 byte file for reading (cold cache, race
# free)
0b: 560690
open_file_write:
# The average nanoseconds to open a 0 byte file for writing (cold cache, race
# free)
0b: 1202333
delete_file:
# The average nanoseconds to delete a 0 byte file (cold cache, race free)
0b: 11428772
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