mirror of
https://github.com/chrislusf/seaweedfs
synced 2024-05-02 09:31:38 +02:00
default images.fix.orientation to false
This commit is contained in:
Chris Lu
parent
393e1f70ad
commit
60d3681371
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@ -1,278 +0,0 @@
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64 32G volumes consumes 10G memory
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Each volume has 25M index, so each cost 160MB memory
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Things happened when I use lots of threads ( almost 120 ) keeping read file from SeaweedFS.
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But I'm not so familiar with linux so I can't tell you exactly what happened.
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Next I'll show you things I know , if you need more info , contact me
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My SeaweedFS version is about 0.12
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1. top
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top - 12:07:37 up 1 day, 3:17, 2 users, load average: 0.00, 0.00, 0.00
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Tasks: 152 total, 1 running, 151 sleeping, 0 stopped, 0 zombie
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Cpu(s): 0.0%us, 0.0%sy, 0.0%ni, 99.8%id, 0.1%wa, 0.0%hi, 0.0%si, 0.0%st
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Mem: 16269880k total, 16192364k used, 77516k free, 58172k buffers
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Swap: 2064376k total, 12324k used, 2052052k free, 2827520k cached
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PID USER PR NI VIRT RES SHR S %CPU %MEM TIME+ COMMAND
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1499 root 20 0 11.6g 10g 1424 S 0.0 65.6 7:32.53 weedvolume
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1498 root 20 0 3204m 2.1g 1428 S 0.0 13.5 4:36.59 weedvolume
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1737 root 20 0 98868 4932 2920 S 0.0 0.0 0:00.56 sshd
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1497 root 20 0 151m 4404 1152 S 0.0 0.0 1:21.40 weedmaster
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1335 root 20 0 97816 3044 2896 S 0.0 0.0 0:00.76 sshd
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After system became steady , weedvolume used 65.6% memory .
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2. free -m
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total used free shared buffers cached
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Mem: 15888 15809 79 0 56 2758
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-/+ buffers/cache: 12994 2894
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Swap: 2015 12 2003
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3. startup cmd
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screen -d -m /opt/weed/weedmaster -mdir /data/weeddata/ > /data/logs/weed/master.log &
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screen -d -m /opt/weed/weedvolume -volumes=0-64 -dir /data/weeddata/ -pulseSeconds=20 -publicUrl="x.y.z:9334" -port 9334 > /data/logs/weed/s01.log &
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screen -d -m /opt/weed/weedvolume -volumes=65-107 -dir /data/weeddata/ -pulseSeconds=20 -publicUrl="x.y.z:9335" -port 9335 > /data/logs/weed/s02.log &
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4. du -sh .
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32G 0.dat
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26M 0.idx
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8.2G 100.dat
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6.8M 100.idx
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8.2G 101.dat
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6.9M 101.idx
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8.2G 102.dat
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6.8M 102.idx
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8.2G 103.dat
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6.8M 103.idx
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8.2G 104.dat
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6.8M 104.idx
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8.2G 105.dat
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6.9M 105.idx
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8.2G 106.dat
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6.9M 106.idx
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8.2G 107.dat
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6.9M 107.idx
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32G 10.dat
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25M 10.idx
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32G 11.dat
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25M 11.idx
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32G 12.dat
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25M 12.idx
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32G 13.dat
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25M 13.idx
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32G 14.dat
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25M 14.idx
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32G 15.dat
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25M 15.idx
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32G 16.dat
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25M 16.idx
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32G 17.dat
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25M 17.idx
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32G 18.dat
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25M 18.idx
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32G 19.dat
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25M 19.idx
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32G 1.dat
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26M 1.idx
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32G 20.dat
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25M 20.idx
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32G 21.dat
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25M 21.idx
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32G 22.dat
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25M 22.idx
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32G 23.dat
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25M 23.idx
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32G 24.dat
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25M 24.idx
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32G 25.dat
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25M 25.idx
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32G 26.dat
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25M 26.idx
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32G 27.dat
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25M 27.idx
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32G 28.dat
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25M 28.idx
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32G 29.dat
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25M 29.idx
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32G 2.dat
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26M 2.idx
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32G 30.dat
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25M 30.idx
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32G 31.dat
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25M 31.idx
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32G 32.dat
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25M 32.idx
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32G 33.dat
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25M 33.idx
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32G 34.dat
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25M 34.idx
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32G 35.dat
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25M 35.idx
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32G 36.dat
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25M 36.idx
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32G 37.dat
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25M 37.idx
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32G 38.dat
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25M 38.idx
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32G 39.dat
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25M 39.idx
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32G 3.dat
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26M 3.idx
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32G 40.dat
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25M 40.idx
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32G 41.dat
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25M 41.idx
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32G 42.dat
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25M 42.idx
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32G 43.dat
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25M 43.idx
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32G 44.dat
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25M 44.idx
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32G 45.dat
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25M 45.idx
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32G 46.dat
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25M 46.idx
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32G 47.dat
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25M 47.idx
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32G 48.dat
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25M 48.idx
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32G 49.dat
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25M 49.idx
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32G 4.dat
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26M 4.idx
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32G 50.dat
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25M 50.idx
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32G 51.dat
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25M 51.idx
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32G 52.dat
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25M 52.idx
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32G 53.dat
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25M 53.idx
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32G 54.dat
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25M 54.idx
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32G 55.dat
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25M 55.idx
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32G 56.dat
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25M 56.idx
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32G 57.dat
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25M 57.idx
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32G 58.dat
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25M 58.idx
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32G 59.dat
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25M 59.idx
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32G 5.dat
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26M 5.idx
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32G 60.dat
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25M 60.idx
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32G 61.dat
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25M 61.idx
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32G 62.dat
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25M 62.idx
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32G 63.dat
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25M 63.idx
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32G 64.dat
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25M 64.idx
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8.2G 65.dat
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6.9M 65.idx
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8.2G 66.dat
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6.9M 66.idx
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8.2G 67.dat
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6.9M 67.idx
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8.2G 68.dat
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6.8M 68.idx
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8.2G 69.dat
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6.9M 69.idx
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32G 6.dat
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25M 6.idx
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8.2G 70.dat
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6.8M 70.idx
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8.2G 71.dat
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6.9M 71.idx
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8.2G 72.dat
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6.9M 72.idx
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8.2G 73.dat
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6.9M 73.idx
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8.2G 74.dat
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6.9M 74.idx
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8.2G 75.dat
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6.9M 75.idx
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8.1G 76.dat
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6.8M 76.idx
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8.2G 77.dat
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6.8M 77.idx
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8.2G 78.dat
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6.8M 78.idx
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8.1G 79.dat
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6.8M 79.idx
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32G 7.dat
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25M 7.idx
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8.2G 80.dat
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6.8M 80.idx
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8.2G 81.dat
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6.9M 81.idx
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8.2G 82.dat
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6.9M 82.idx
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8.2G 83.dat
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6.9M 83.idx
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8.2G 84.dat
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6.9M 84.idx
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8.2G 85.dat
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6.8M 85.idx
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8.2G 86.dat
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6.9M 86.idx
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8.2G 87.dat
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6.9M 87.idx
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8.2G 88.dat
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6.9M 88.idx
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8.2G 89.dat
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6.8M 89.idx
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32G 8.dat
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25M 8.idx
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8.2G 90.dat
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6.9M 90.idx
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8.1G 91.dat
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6.8M 91.idx
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8.1G 92.dat
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6.8M 92.idx
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8.1G 93.dat
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6.8M 93.idx
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8.2G 94.dat
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6.9M 94.idx
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8.2G 95.dat
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6.9M 95.idx
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8.2G 96.dat
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6.9M 96.idx
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8.2G 97.dat
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6.9M 97.idx
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8.2G 98.dat
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6.9M 98.idx
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8.2G 99.dat
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6.9M 99.idx
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32G 9.dat
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25M 9.idx
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4.0K directory.seq
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You can see the volume 1-64 is now full.
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5. more log
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see logs.zip
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In messages you can see these lines: (Line 51095)
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Sep 26 06:14:31 wedb-01 kernel: auditd: page allocation failure. order:0, mode:0x20
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Sep 26 06:14:31 wedb-01 kernel: Pid: 1009, comm: auditd Not tainted 2.6.32-220.el6.x86_64 #1
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Sep 26 06:14:31 wedb-01 kernel: Call Trace:
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After those lines , the system deny any new network connect request
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6. /dir/status
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{"Machines":[{"Server":{"Url":"127.0.0.1:9335","PublicUrl":"x.y.z:9335"},"Volumes":[{"Id":106,"Size":8728909632},{"Id":66,"Size":8729852744},{"Id":90,"Size":8747834896},{"Id":103,"Size":8718106024},{"Id":87,"Size":8732133512},{"Id":96,"Size":8737251904},{"Id":80,"Size":8704130712},{"Id":77,"Size":8717989496},{"Id":70,"Size":8731474744},{"Id":94,"Size":8758656144},{"Id":107,"Size":8729599232},{"Id":67,"Size":8736848088},{"Id":91,"Size":8665847760},{"Id":100,"Size":8703272552},{"Id":84,"Size":8745121528},{"Id":97,"Size":8713031744},{"Id":81,"Size":8726088872},{"Id":74,"Size":8738588152},{"Id":71,"Size":8729349920},{"Id":95,"Size":8741526896},{"Id":104,"Size":8699374736},{"Id":88,"Size":8740362880},{"Id":101,"Size":8711832992},{"Id":85,"Size":8723479552},{"Id":78,"Size":8700345400},{"Id":75,"Size":8727796912},{"Id":68,"Size":8698607440},{"Id":92,"Size":8682683056},{"Id":105,"Size":8741226152},{"Id":65,"Size":8725365752},{"Id":89,"Size":8703062600},{"Id":98,"Size":8742331560},{"Id":82,"Size":8762554952},{"Id":79,"Size":8696300376},{"Id":72,"Size":8708217304},{"Id":69,"Size":8740268144},{"Id":93,"Size":8685060320},{"Id":102,"Size":8708695352},{"Id":86,"Size":8783247776},{"Id":99,"Size":8753463608},{"Id":83,"Size":8725963952},{"Id":76,"Size":8694693536},{"Id":73,"Size":8733560832}]},{"Server":{"Url":"127.0.0.1:9334","PublicUrl":"x.y.z:9334"},"Volumes":[{"Id":34,"Size":33415706800},{"Id":58,"Size":33569224784},{"Id":18,"Size":33474649968},{"Id":55,"Size":33542422680},{"Id":15,"Size":33517247576},{"Id":48,"Size":33574860328},{"Id":8,"Size":33511257144},{"Id":45,"Size":33463948408},{"Id":5,"Size":34317702920},{"Id":29,"Size":33465695776},{"Id":38,"Size":33553119624},{"Id":62,"Size":33448316736},{"Id":22,"Size":33566586296},{"Id":35,"Size":33493733728},{"Id":59,"Size":33498554904},{"Id":19,"Size":33493313784},{"Id":52,"Size":33552978448},{"Id":12,"Size":33505183752},{"Id":49,"Size":33603029896},{"Id":9,"Size":33515778064},{"Id":42,"Size":33500402248},{"Id":2,"Size":34223232992},{"Id":26,"Size":33526519600},{"Id":39,"Size":33580414336},{"Id":63,"Size":33476332456},{"Id":23,"Size":33543872592},{"Id":32,"Size":33515290168},{"Id":56,"Size":33499171184},{"Id":16,"Size":33556591168},{"Id":64,"Size":33495148616},{"Id":53,"Size":33467738560},{"Id":13,"Size":33596873960},{"Id":46,"Size":33508120448},{"Id":6,"Size":33417470256},{"Id":30,"Size":33532933992},{"Id":43,"Size":33591802008},{"Id":3,"Size":34270682080},{"Id":27,"Size":33525736944},{"Id":36,"Size":33443597824},{"Id":60,"Size":33427931336},{"Id":20,"Size":33499083096},{"Id":33,"Size":33531396280},{"Id":57,"Size":33578015104},{"Id":17,"Size":33510525480},{"Id":50,"Size":33503123704},{"Id":10,"Size":33502391608},{"Id":47,"Size":33521868568},{"Id":7,"Size":33497101664},{"Id":31,"Size":33426905232},{"Id":40,"Size":33472978696},{"Id":0,"Size":34337344304},{"Id":24,"Size":33550157192},{"Id":37,"Size":33477162720},{"Id":61,"Size":33537175080},{"Id":21,"Size":33517192456},{"Id":54,"Size":33480720288},{"Id":14,"Size":33513192896},{"Id":51,"Size":33531336080},{"Id":11,"Size":33562385088},{"Id":44,"Size":33554479104},{"Id":4,"Size":34333127520},{"Id":28,"Size":33510503000},{"Id":41,"Size":33574922928},{"Id":1,"Size":34307181368},{"Id":25,"Size":33542834568}]}],"Writers":[106,66,90,103,87,96,80,77,70,94,107,67,91,100,84,97,81,74,71,95,104,88,101,85,78,75,68,92,105,65,89,98,82,79,72,69,93,102,86,99,83,76,73,34,58,18,55,15,48,8,45,5,29,38,62,22,35,59,19,52,12,49,9,42,2,26,39,63,23,32,56,16,64,53,13,46,6,30,43,3,27,36,60,20,33,57,17,50,10,47,7,31,40,0,24,37,61,21,54,14,51,11,44,4,28,41,1,25],"FileIdSequence":110250000}
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@ -1,109 +0,0 @@
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1. each file can choose the replication factor
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2. replication granularity is in volume level
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3. if not enough spaces, we can automatically decrease some volume's the replication factor, especially for cold data
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4. plan to support migrating data to cheaper storage
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5. plan to manual volume placement, access-based volume placement, auction based volume placement
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When a new volume server is started, it reports
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1. how many volumes it can hold
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2. current list of existing volumes and each volume's replication type
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Each volume server remembers:
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1. current volume ids
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2. replica locations are read from the master
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The master assign volume ids based on
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1. replication factor
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data center, rack
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2. concurrent write support
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On master, stores the replication configuration
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{
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replication:{
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{type:"00", min_volume_count:3, weight:10},
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{type:"01", min_volume_count:2, weight:20},
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{type:"10", min_volume_count:2, weight:20},
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{type:"11", min_volume_count:3, weight:30},
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{type:"20", min_volume_count:2, weight:20}
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},
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port:9333,
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}
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Or manually via command line
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1. add volume with specified replication factor
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2. add volume with specified volume id
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If duplicated volume ids are reported from different volume servers,
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the master determines the replication factor of the volume,
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if less than the replication factor, the volume is in readonly mode
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if more than the replication factor, the volume will purge the smallest/oldest volume
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if equal, the volume will function as usual
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Use cases:
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on volume server
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1. weed volume -mserver="xx.xx.xx.xx:9333" -publicUrl="good.com:8080" -dir="/tmp" -volumes=50
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on weed master
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1. weed master -port=9333
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generate a default json configuration file if doesn't exist
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Bootstrap
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1. at the very beginning, the system has no volumes at all.
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When data node starts:
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1. each data node send to master its existing volumes and max volume blocks
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2. master remembers the topology/data_center/rack/data_node/volumes
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for each replication level, stores
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volume id ~ data node
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writable volume ids
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If any "assign" request comes in
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1. find a writable volume with the right replicationLevel
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2. if not found, grow the volumes with the right replication level
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3. return a writable volume to the user
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for data node:
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0. detect existing volumes DONE
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1. onStartUp, and periodically, send existing volumes and maxVolumeCount store.Join(), DONE
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2. accept command to grow a volume( id + replication level) DONE
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/admin/assign_volume?volume=some_id&replicationType=01
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3. accept setting volumeLocationList DONE
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/admin/set_volume_locations_list?volumeLocationsList=[{Vid:xxx,Locations:[loc1,loc2,loc3]}]
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4. for each write, pass the write to the next location, (Step 2)
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POST method should accept an index, like ttl, get decremented every hop
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for master:
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1. accept data node's report of existing volumes and maxVolumeCount ALREADY EXISTS /dir/join
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2. periodically refresh for active data nodes, and adjust writable volumes
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3. send command to grow a volume(id + replication level) DONE
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5. accept lookup for volume locations ALREADY EXISTS /dir/lookup
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6. read topology/datacenter/rack layout
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An algorithm to allocate volumes evenly, but may be inefficient if free volumes are plenty:
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input: replication=xyz
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algorithm:
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ret_dcs = []
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foreach dc that has y+z+1 volumes{
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ret_racks = []
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foreach rack with z+1 volumes{
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ret = select z+1 servers with 1 volume
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if ret.size()==z+1 {
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ret_racks.append(ret)
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}
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}
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randomly pick one rack from ret_racks
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ret += select y racks with 1 volume each
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if ret.size()==y+z+1{
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ret_dcs.append(ret)
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}
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}
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randomly pick one dc from ret_dcs
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ret += select x data centers with 1 volume each
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A simple replica placement algorithm, but may fail when free volume slots are not plenty:
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ret := []volumes
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dc = randomly pick 1 data center with y+z+1 volumes
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rack = randomly pick 1 rack with z+1 volumes
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ret = ret.append(randomly pick z+1 volumes)
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ret = ret.append(randomly pick y racks with 1 volume)
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ret = ret.append(randomly pick x data centers with 1 volume)
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TODO:
|
||||
1. replicate content to the other server if the replication type needs replicas
|
||||
|
|
@ -1,51 +0,0 @@
|
|||
Design for SeaweedFS security
|
||||
|
||||
Design Objectives
|
||||
Security can mean many different things. The original vision is that: if you have one machine lying around
|
||||
somewhere with some disk space, it should be able to join your file system to contribute some disk space and
|
||||
network bandwidth, securely!
|
||||
|
||||
To achieve this purpose, the security should be able to:
|
||||
1. Secure the inter-server communication. Only real cluster servers can join and communicate.
|
||||
2. allow clients to securely write to volume servers
|
||||
|
||||
Non Objective
|
||||
Multi-tenant support. Avoid filers or clients cross-updating files.
|
||||
User specific access control.
|
||||
|
||||
Design Architect
|
||||
master, and volume servers all talk securely via 2-way SSL for admin operations.
|
||||
upon joining, master gives its secret key to volume servers.
|
||||
filer or clients talk to master to get secret key, and use the key to generate JWT to write on volume server.
|
||||
A side benefit:
|
||||
a time limited read feature?
|
||||
4. volume server needs to expose https ports
|
||||
|
||||
HTTP Connections
|
||||
clear http
|
||||
filer~>master, need to get a JWT from master
|
||||
filer~>volume
|
||||
2-way https
|
||||
master~ssl~>volume
|
||||
volume~ssl~>master
|
||||
|
||||
file uploading:
|
||||
when volume server starts, it asks master for the secret key to decode JWT
|
||||
when filer/clients wants to upload, master generate a JWT
|
||||
filer~>volume(public port)
|
||||
master~>volume(public port)
|
||||
|
||||
Currently, volume server has 2 ip addresses: ip and publicUrl.
|
||||
The ip is for admin purpose, and master talk to volume server this way.
|
||||
The publicUrl is for clients to access the server, via http GET/POST/DELETE etc.
|
||||
The write operations are secured by JWT.
|
||||
clients talk to master also via https? possible. Decide on this later.
|
||||
|
||||
Dev plan:
|
||||
1. volume server separate admin from public GET/POST/DELETE handlers
|
||||
The step 1 may be good enough for most use cases.
|
||||
|
||||
If 2-way ssl are still needed
|
||||
2. volume server add ssl support
|
||||
3. https connections to operate on volume servers
|
||||
|
||||
|
|
@ -1,46 +0,0 @@
|
|||
How to submit a content
|
||||
1. Find physical volumes
|
||||
1.c Create a hash value
|
||||
1.d find a write logic volume id, and return [logic volume id, {physical volume ids}]
|
||||
2. submit to physical volumes
|
||||
2.c
|
||||
generate the cookie
|
||||
generate a unique id as key
|
||||
choose the right altKey
|
||||
send bytes to physical volumes
|
||||
2.s each
|
||||
save bytes
|
||||
store map[key uint64, altKey uint32]<offset, size>
|
||||
for updated entry, set old entry's offset to zero
|
||||
3.c
|
||||
wait for all physical volumes to finish
|
||||
store the /<logic volume id>/<key>_<cookie>_<altKey>.<ext>
|
||||
|
||||
How to retrieve a content
|
||||
1.c
|
||||
send logic volume id
|
||||
1.d
|
||||
find least busy volume's id
|
||||
2.c
|
||||
send URI /<physical volume id>/<key>_<cookie>_<altKey>.<ext>
|
||||
|
||||
|
||||
How to submit a content
|
||||
1. send bytes to SeaweedFS, got <volume id, key uint64, cookie code>
|
||||
store <key uint64, volume id uint32, cookie code uint32, ext>, and other information
|
||||
|
||||
To read a content
|
||||
2. use logic volume id to lookup a <machine id>
|
||||
render url as /<machine id>/<volume id>/<key>/<cookie>.ext
|
||||
|
||||
The directory server
|
||||
0.init
|
||||
load and collect <logic volume id, machine ids> mapping
|
||||
1.on submit content
|
||||
find a free logic volume id, start sending content to 3 machines
|
||||
if all of them finishes, return <logic volume id, key, cookie code>
|
||||
2.on read content
|
||||
based on logic volume id, pick a machine with less load,
|
||||
return <machine id>
|
||||
|
||||
|
||||
|
|
@ -89,7 +89,7 @@ func init() {
|
|||
serverOptions.v.port = cmdServer.Flag.Int("volume.port", 8080, "volume server http listen port")
|
||||
serverOptions.v.publicPort = cmdServer.Flag.Int("volume.port.public", 0, "volume server public port")
|
||||
serverOptions.v.indexType = cmdServer.Flag.String("volume.index", "memory", "Choose [memory|leveldb|boltdb|btree] mode for memory~performance balance.")
|
||||
serverOptions.v.fixJpgOrientation = cmdServer.Flag.Bool("volume.images.fix.orientation", true, "Adjust jpg orientation when uploading.")
|
||||
serverOptions.v.fixJpgOrientation = cmdServer.Flag.Bool("volume.images.fix.orientation", false, "Adjust jpg orientation when uploading.")
|
||||
serverOptions.v.readRedirect = cmdServer.Flag.Bool("volume.read.redirect", true, "Redirect moved or non-local volumes.")
|
||||
serverOptions.v.publicUrl = cmdServer.Flag.String("volume.publicUrl", "", "publicly accessible address")
|
||||
|
||||
|
|
|
|||
|
|
@ -57,7 +57,7 @@ func init() {
|
|||
v.dataCenter = cmdVolume.Flag.String("dataCenter", "", "current volume server's data center name")
|
||||
v.rack = cmdVolume.Flag.String("rack", "", "current volume server's rack name")
|
||||
v.indexType = cmdVolume.Flag.String("index", "memory", "Choose [memory|leveldb|boltdb|btree] mode for memory~performance balance.")
|
||||
v.fixJpgOrientation = cmdVolume.Flag.Bool("images.fix.orientation", true, "Adjust jpg orientation when uploading.")
|
||||
v.fixJpgOrientation = cmdVolume.Flag.Bool("images.fix.orientation", false, "Adjust jpg orientation when uploading.")
|
||||
v.readRedirect = cmdVolume.Flag.Bool("read.redirect", true, "Redirect moved or non-local volumes.")
|
||||
v.cpuProfile = cmdVolume.Flag.String("cpuprofile", "", "cpu profile output file")
|
||||
v.memProfile = cmdVolume.Flag.String("memprofile", "", "memory profile output file")
|
||||
|
|
|
|||
Loading…
Reference in a new issue