| lists.openwall.net | lists / announce owl-users owl-dev john-users john-dev passwdqc-users yescrypt popa3d-users / oss-security kernel-hardening musl sabotage tlsify passwords / crypt-dev xvendor / Bugtraq Full-Disclosure linux-kernel linux-netdev linux-ext4 linux-hardening linux-cve-announce PHC | |
|
Open Source and information security mailing list archives
| ||
|
Message-ID: <4FFA6DBC.4020502@redhat.com>
Date: Mon, 09 Jul 2012 13:35:56 +0800
From: Jason Wang <jasowang@...hat.com>
To: Ronen Hod <rhod@...hat.com>
CC: mst@...hat.com, mashirle@...ibm.com, krkumar2@...ibm.com,
habanero@...ux.vnet.ibm.com, rusty@...tcorp.com.au,
netdev@...r.kernel.org, linux-kernel@...r.kernel.org,
virtualization@...ts.linux-foundation.org, edumazet@...gle.com,
tahm@...ux.vnet.ibm.com, jwhan@...ewood.snu.ac.kr,
davem@...emloft.net, akong@...hat.com, kvm@...r.kernel.org,
sri@...ibm.com
Subject: Re: [net-next RFC V5 0/5] Multiqueue virtio-net
On 07/08/2012 04:19 PM, Ronen Hod wrote:
> On 07/05/2012 01:29 PM, Jason Wang wrote:
>> Hello All:
>>
>> This series is an update version of multiqueue virtio-net driver
>> based on
>> Krishna Kumar's work to let virtio-net use multiple rx/tx queues to
>> do the
>> packets reception and transmission. Please review and comments.
>>
>> Test Environment:
>> - Intel(R) Xeon(R) CPU E5620 @ 2.40GHz, 8 cores 2 numa nodes
>> - Two directed connected 82599
>>
>> Test Summary:
>>
>> - Highlights: huge improvements on TCP_RR test
>
> Hi Jason,
>
> It might be that the good TCP_RR results are due to the large number
> of sessions (50-250). Can you test it also with small number of sessions?
Sure, I would test them.
>
>> - Lowlights: regression on small packet transmission, higher cpu
>> utilization
>> than single queue, need further optimization
>>
>> Analysis of the performance result:
>>
>> - I count the number of packets sending/receiving during the test, and
>> multiqueue show much more ability in terms of packets per second.
>>
>> - For the tx regression, multiqueue send about 1-2 times of more packets
>> compared to single queue, and the packets size were much smaller
>> than single
>> queue does. I suspect tcp does less batching in multiqueue, so I
>> hack the
>> tcp_write_xmit() to forece more batching, multiqueue works as well as
>> singlequeue for both small transmission and throughput
>
> Could it be that since the CPUs are not busy they are available for
> immediate handling of the packets (little batching)? In such scenario
> the CPU utilization is not really interesting. What will happen on a
> busy machine?
>
The regression happnes when test guest transmission in stream test, the
cpu utilization is 100% in this situation.
> Ronen.
>
>>
>> - I didn't pack the accelerate RFS with virtio-net in this sereis as
>> it still
>> need further shaping, for the one that interested in this please see:
>> http://www.mail-archive.com/kvm@vger.kernel.org/msg64111.html
>>
>> Changes from V4:
>> - Add ability to negotiate the number of queues through control
>> virtqueue
>> - Ethtool -{L|l} support and default the tx/rx queue number to 1
>> - Expose the API to set irq affinity instead of irq itself
>>
>> Changes from V3:
>>
>> - Rebase to the net-next
>> - Let queue 2 to be the control virtqueue to obey the spec
>> - Prodives irq affinity
>> - Choose txq based on processor id
>>
>> References:
>>
>> - V4: https://lkml.org/lkml/2012/6/25/120
>> - V3: http://lwn.net/Articles/467283/
>>
>> Test result:
>>
>> 1) 1 vm 2 vcpu 1q vs 2q, 1 - 1q, 2 - 2q, no pinning
>>
>> - Guest to External Host TCP STREAM
>> sessions size throughput1 throughput2 norm1 norm2
>> 1 64 650.55 655.61 100% 24.88 24.86 99%
>> 2 64 1446.81 1309.44 90% 30.49 27.16 89%
>> 4 64 1430.52 1305.59 91% 30.78 26.80 87%
>> 8 64 1450.89 1270.82 87% 30.83 25.95 84%
>> 1 256 1699.45 1779.58 104% 56.75 59.08 104%
>> 2 256 4902.71 3446.59 70% 98.53 62.78 63%
>> 4 256 4803.76 2980.76 62% 97.44 54.68 56%
>> 8 256 5128.88 3158.74 61% 104.68 58.61 55%
>> 1 512 2837.98 2838.42 100% 89.76 90.41 100%
>> 2 512 6742.59 5495.83 81% 155.03 99.07 63%
>> 4 512 9193.70 5900.17 64% 202.84 106.44 52%
>> 8 512 9287.51 7107.79 76% 202.18 129.08 63%
>> 1 1024 4166.42 4224.98 101% 128.55 129.86 101%
>> 2 1024 6196.94 7823.08 126% 181.80 168.81 92%
>> 4 1024 9113.62 9219.49 101% 235.15 190.93 81%
>> 8 1024 9324.25 9402.66 100% 239.10 179.99 75%
>> 1 2048 7441.63 6534.04 87% 248.01 215.63 86%
>> 2 2048 7024.61 7414.90 105% 225.79 219.62 97%
>> 4 2048 8971.49 9269.00 103% 278.94 220.84 79%
>> 8 2048 9314.20 9359.96 100% 268.36 192.23 71%
>> 1 4096 8282.60 8990.08 108% 277.45 320.05 115%
>> 2 4096 9194.80 9293.78 101% 317.02 248.76 78%
>> 4 4096 9340.73 9313.19 99% 300.34 230.35 76%
>> 8 4096 9148.23 9347.95 102% 279.49 199.43 71%
>> 1 16384 8787.89 8766.31 99% 312.38 316.53 101%
>> 2 16384 9306.35 9156.14 98% 319.53 279.83 87%
>> 4 16384 9177.81 9307.50 101% 312.69 230.07 73%
>> 8 16384 9035.82 9188.00 101% 298.32 199.17 66%
>> - TCP RR
>> sessions size throughput1 throughput2 norm1 norm2
>> 50 1 54695.41 84164.98 153% 1957.33 1901.31 97%
>> 100 1 60141.88 88598.94 147% 2157.90 2000.45 92%
>> 250 1 74763.56 135584.22 181% 2541.94 2628.59 103%
>> 50 64 51628.38 82867.50 160% 1872.55 1812.16 96%
>> 100 64 60367.73 84080.60 139% 2215.69 1867.69 84%
>> 250 64 68502.70 124910.59 182% 2321.43 2495.76 107%
>> 50 128 53477.08 77625.07 145% 1905.10 1870.99 98%
>> 100 128 59697.56 74902.37 125% 2230.66 1751.03 78%
>> 250 128 71248.74 133963.55 188% 2453.12 2711.72 110%
>> 50 256 47663.86 67742.63 142% 1880.45 1735.30 92%
>> 100 256 54051.84 68738.57 127% 2123.03 1778.59 83%
>> 250 256 68250.06 124487.90 182% 2321.89 2598.60 111%
>> - External Host to Guest TCP STRAM
>> sessions size throughput1 throughput2 norm1 norm2
>> 1 64 847.71 864.83 102% 57.99 57.93 99%
>> 2 64 1690.82 1544.94 91% 80.13 55.09 68%
>> 4 64 3434.98 3455.53 100% 127.17 89.00 69%
>> 8 64 5890.19 6557.35 111% 194.70 146.52 75%
>> 1 256 2094.04 2109.14 100% 130.73 127.14 97%
>> 2 256 5218.13 3731.97 71% 219.15 114.02 52%
>> 4 256 6734.51 9213.47 136% 227.87 208.31 91%
>> 8 256 6452.86 9402.78 145% 224.83 207.77 92%
>> 1 512 3945.07 4203.68 106% 279.72 273.30 97%
>> 2 512 7878.96 8122.55 103% 278.25 231.71 83%
>> 4 512 7645.89 9402.13 122% 252.10 217.42 86%
>> 8 512 6657.06 9403.71 141% 239.81 214.89 89%
>> 1 1024 5729.06 5111.21 89% 289.38 303.09 104%
>> 2 1024 8097.27 8159.67 100% 269.29 242.97 90%
>> 4 1024 7778.93 8919.02 114% 261.28 205.50 78%
>> 8 1024 6458.02 9360.02 144% 221.26 208.09 94%
>> 1 2048 6426.94 5195.59 80% 292.52 307.47 105%
>> 2 2048 8221.90 9025.66 109% 283.80 242.25 85%
>> 4 2048 7364.72 8527.79 115% 248.10 198.36 79%
>> 8 2048 6760.63 9161.07 135% 230.53 205.12 88%
>> 1 4096 7247.02 6874.21 94% 276.23 287.68 104%
>> 2 4096 8346.04 8818.65 105% 281.49 254.81 90%
>> 4 4096 6710.00 9354.59 139% 216.41 210.13 97%
>> 8 4096 6265.69 9406.87 150% 206.69 210.92 102%
>> 1 16384 8159.50 8048.79 98% 266.94 283.11 106%
>> 2 16384 8525.66 8552.41 100% 294.36 239.27 81%
>> 4 16384 6042.24 8447.86 139% 200.21 196.40 98%
>> 8 16384 6432.63 9403.49 146% 211.48 206.13 97%
>>
>> 2) 1 vm 4 vcpu 1q vs 4q, 1 - 1q, 2 - 4q, no pinning
>>
>> - Guest to External Host TCP STREAM
>> sessions size throughput1 throughput2 norm1 norm2
>> 1 64 636.93 657.69 103% 23.55 24.42 103%
>> 2 64 1457.46 1268.78 87% 30.97 26.02 84%
>> 4 64 3062.86 2302.43 75% 41.00 29.64 72%
>> 8 64 3107.68 2308.32 74% 41.62 29.07 69%
>> 1 256 1743.50 1750.11 100% 59.00 56.63 95%
>> 2 256 4582.61 2870.31 62% 92.47 51.97 56%
>> 4 256 8440.96 4795.37 56% 135.10 56.39 41%
>> 8 256 9240.31 6654.82 72% 144.76 74.89 51%
>> 1 512 2918.25 2735.26 93% 91.08 86.47 94%
>> 2 512 8978.32 5107.95 56% 200.00 94.97 47%
>> 4 512 8850.39 6864.37 77% 190.32 101.09 53%
>> 8 512 9270.30 8483.01 91% 193.44 118.73 61%
>> 1 1024 4416.10 3679.70 83% 135.54 110.63 81%
>> 2 1024 9085.20 8770.48 96% 242.23 175.59 72%
>> 4 1024 9158.57 9011.56 98% 234.39 159.17 67%
>> 8 1024 9345.89 9067.43 97% 233.35 138.73 59%
>> 1 2048 8455.19 6077.94 71% 338.52 190.16 56%
>> 2 2048 9223.32 8237.73 89% 270.00 198.27 73%
>> 4 2048 9080.75 9257.63 101% 261.30 172.80 66%
>> 8 2048 9177.39 8977.10 97% 256.89 147.50 57%
>> 1 4096 8665.35 8394.78 96% 289.63 289.85 100%
>> 2 4096 7850.73 8857.86 112% 253.33 252.62 99%
>> 4 4096 9332.55 8508.37 91% 289.19 151.29 52%
>> 8 4096 8482.30 9146.80 107% 255.41 156.02 61%
>> 1 16384 8825.72 8778.26 99% 314.60 308.89 98%
>> 2 16384 9283.85 8927.40 96% 316.48 246.98 78%
>> 4 16384 7766.95 8708.06 112% 265.25 155.59 58%
>> 8 16384 8945.55 8940.23 99% 298.45 151.32 50%
>> - TCP_RR
>> sessions size throughput1 throughput2 norm1 norm2
>> 50 1 60848.70 81719.39 134% 2196.86 1551.05 70%
>> 100 1 61886.19 81425.02 131% 2215.76 1517.52 68%
>> 250 1 72058.41 162597.84 225% 2441.84 2278.14 93%
>> 50 64 51646.93 74160.10 143% 1861.07 1322.22 71%
>> 100 64 57574.86 83488.26 145% 2076.54 1479.79 71%
>> 250 64 67583.35 138482.15 204% 2314.46 2022.83 87%
>> 50 128 59931.51 71633.03 119% 2244.60 1309.18 58%
>> 100 128 58329.80 73104.90 125% 2202.98 1329.52 60%
>> 250 128 71021.55 161067.73 226% 2469.11 2205.28 89%
>> 50 256 47509.24 64330.24 135% 1915.75 1269.90 66%
>> 100 256 49293.03 68507.94 138% 1939.75 1263.64 65%
>> 250 256 63169.07 138390.68 219% 2255.47 2098.13 93%
>> - External Host to Guest TCP STREAM
>> sessions size throughput1 throughput2 norm1 norm2
>> 1 64 850.18 854.96 100% 56.94 58.25 102%
>> 2 64 1659.12 1730.25 104% 81.65 67.57 82%
>> 4 64 3254.70 3397.17 104% 118.57 76.21 64%
>> 8 64 6251.97 6389.29 102% 207.68 104.21 50%
>> 1 256 2029.14 2105.18 103% 116.45 119.69 102%
>> 2 256 5412.02 4260.32 78% 240.87 139.73 58%
>> 4 256 7777.28 8743.12 112% 263.20 174.65 66%
>> 8 256 6459.51 9388.93 145% 218.94 158.37 72%
>> 1 512 4566.31 4269.30 93% 274.74 289.83 105%
>> 2 512 7444.52 8240.64 110% 286.24 243.74 85%
>> 4 512 7722.29 9391.16 121% 261.96 180.36 68%
>> 8 512 6228.50 9134.52 146% 209.17 161.00 76%
>> 1 1024 4965.50 4953.68 99% 307.64 280.48 91%
>> 2 1024 8270.08 7733.71 93% 288.32 197.04 68%
>> 4 1024 7551.04 9394.58 124% 268.41 206.62 76%
>> 8 1024 6307.78 9179.03 145% 216.67 159.63 73%
>> 1 2048 5741.12 5948.80 103% 290.34 268.66 92%
>> 2 2048 7932.79 8766.05 110% 262.96 215.90 82%
>> 4 2048 6907.55 9255.97 133% 233.56 203.96 87%
>> 8 2048 6037.22 9399.41 155% 197.14 164.09 83%
>> 1 4096 7131.70 7535.10 105% 279.43 275.12 98%
>> 2 4096 8109.17 9348.04 115% 274.29 211.49 77%
>> 4 4096 6878.92 9319.13 135% 244.21 192.06 78%
>> 8 4096 6265.92 9408.35 150% 211.85 159.26 75%
>> 1 16384 8288.01 8596.39 103% 272.85 290.22 106%
>> 2 16384 8166.29 9280.12 113% 277.04 236.61 85%
>> 4 16384 6446.97 9382.22 145% 222.91 187.24 83%
>> 8 16384 6066.98 9405.51 155% 198.98 157.09 78%
>>
>> 3) 2 vms each with 2 vcpus, 1q vs 2q - pin vhost/vcpu in the same node
>>
>> - 2 Guests to External Hosts TCP STREAM
>> sessions size throughput1 throughput2 norm1 norm2
>> 1 64 1442.07 1475.11 102% 30.82 31.21 101%
>> 2 64 3124.87 2900.93 92% 40.29 35.95 89%
>> 4 64 3166.52 2864.04 90% 40.70 35.47 87%
>> 8 64 3141.45 2848.94 90% 40.38 35.34 87%
>> 1 256 3628.54 3711.73 102% 68.47 70.22 102%
>> 2 256 7806.95 7586.69 97% 111.23 84.38 75%
>> 4 256 8823.65 7612.74 86% 132.92 85.04 63%
>> 8 256 9194.89 9373.41 101% 135.98 119.62 87%
>> 1 512 7106.67 7128.00 100% 124.79 124.30 99%
>> 2 512 9190.22 9397.33 102% 180.84 149.34 82%
>> 4 512 9401.01 9376.67 99% 173.00 140.15 81%
>> 8 512 8572.84 9032.90 105% 150.49 127.58 84%
>> 1 1024 9361.93 9379.24 100% 205.81 202.94 98%
>> 2 1024 9386.69 9389.04 100% 201.78 165.75 82%
>> 4 1024 9403.43 9378.54 99% 195.33 152.06 77%
>> 8 1024 9213.63 9180.64 99% 178.99 141.51 79%
>> 1 2048 9338.95 9384.67 100% 223.22 227.86 102%
>> 2 2048 9389.28 9389.45 100% 202.37 170.08 84%
>> 4 2048 9405.86 9388.71 99% 193.76 161.54 83%
>> 8 2048 9352.40 9384.06 100% 189.16 157.06 83%
>> 1 4096 9380.74 9384.90 100% 239.37 241.56 100%
>> 2 4096 9393.47 9376.74 99% 213.84 195.61 91%
>> 4 4096 9393.85 9381.50 99% 198.06 170.18 85%
>> 8 4096 9400.41 9232.31 98% 192.87 163.56 84%
>> 1 16384 9348.18 9335.55 99% 253.02 254.86 100%
>> 2 16384 9384.97 9359.53 99% 218.56 208.59 95%
>> 4 16384 9326.60 9382.15 100% 206.24 179.72 87%
>> 8 16384 9355.82 9392.85 100% 198.22 172.89 87%
>> - TCP RR
>> sessions size throughput1 throughput2 norm1 norm2
>> 50 1 200340.33 261750.19 130% 2935.27 3018.59 102%
>> 100 1 236141.58 266304.49 112% 3452.16 3071.74 88%
>> 250 1 361574.59 320825.08 88% 4972.98 3705.70 74%
>> 50 64 225748.53 242671.12 107% 3011.48 2869.07 95%
>> 100 64 249885.37 260453.72 104% 3240.21 3063.67 94%
>> 250 64 360341.12 310775.60 86% 4682.42 3657.91 78%
>> 50 128 227995.27 289320.38 126% 2950.92 3479.37 117%
>> 100 128 239491.11 291135.77 121% 3099.55 3508.75 113%
>> 250 128 390390.68 362484.35 92% 5042.30 4368.52 86%
>> 50 256 222604.51 317140.97 142% 3058.08 3839.39 125%
>> 100 256 254770.92 335606.03 131% 3326.16 4046.65 121%
>> 250 256 400584.52 436749.22 109% 5220.79 5278.86 101%
>> - External Host to 2 Guests
>> sessions size throughput1 throughput2 norm1 norm2
>> 1 64 1667.99 1684.50 100% 59.66 60.77 101%
>> 2 64 3338.83 3379.97 101% 83.61 64.82 77%
>> 4 64 6613.65 6619.11 100% 131.00 97.19 74%
>> 8 64 6553.07 6418.31 97% 141.35 98.27 69%
>> 1 256 3938.40 4068.52 103% 125.21 123.76 98%
>> 2 256 9215.57 9210.88 99% 185.31 154.27 83%
>> 4 256 9407.29 9008.13 95% 186.72 150.01 80%
>> 8 256 9377.17 9385.57 100% 190.28 137.59 72%
>> 1 512 7360.19 6984.80 94% 214.09 211.66 98%
>> 2 512 9392.91 9401.88 100% 193.92 173.11 89%
>> 4 512 9382.64 9394.34 100% 189.27 145.80 77%
>> 8 512 9308.60 9094.08 97% 189.70 141.26 74%
>> 1 1024 9153.26 9066.06 99% 223.07 219.95 98%
>> 2 1024 9393.38 9398.43 100% 194.02 173.82 89%
>> 4 1024 9395.92 8960.73 95% 192.61 145.82 75%
>> 8 1024 9388.92 9399.08 100% 191.18 143.87 75%
>> 1 2048 9355.32 9240.63 98% 221.50 223.03 100%
>> 2 2048 9395.68 9399.62 100% 193.31 177.21 91%
>> 4 2048 9397.67 9399.56 100% 195.25 157.53 80%
>> 8 2048 9397.89 9401.70 100% 197.57 146.96 74%
>> 1 4096 9375.84 9381.72 100% 223.06 225.06 100%
>> 2 4096 9389.47 9396.00 100% 193.91 197.13 101%
>> 4 4096 9397.45 9400.11 100% 192.33 163.60 85%
>> 8 4096 9105.40 9415.76 103% 192.71 140.41 72%
>> 1 16384 9381.53 9381.40 99% 223.53 225.66 100%
>> 2 16384 9387.90 9395.44 100% 193.34 177.03 91%
>> 4 16384 9397.92 9410.98 100% 195.04 151.14 77%
>> 8 16384 9259.00 9419.48 101% 194.91 153.48 78%
>>
>> 4) Local vm to vm 2 vcpu 1q vs 2q - pin vcpu/thread in the same numa
>> node
>>
>> - VM to VM TCP STREAM
>> sessions size throughput1 throughput2 norm1 norm2
>> 1 64 576.05 576.14 100% 12.25 12.32 100%
>> 2 64 1266.75 1160.04 91% 19.10 16.05 84%
>> 4 64 1267.34 1123.70 88% 19.08 15.51 81%
>> 8 64 1230.88 1174.70 95% 18.53 15.58 84%
>> 1 256 1311.00 1303.02 99% 25.34 25.35 100%
>> 2 256 5400.26 2794.00 51% 75.92 36.43 47%
>> 4 256 5200.67 2818.88 54% 72.81 33.92 46%
>> 8 256 5234.55 2893.74 55% 73.10 34.97 47%
>> 1 512 3244.09 3263.72 100% 56.48 56.65 100%
>> 2 512 8172.16 4661.15 57% 119.05 67.89 57%
>> 4 512 10567.44 7063.25 66% 147.76 77.27 52%
>> 8 512 10477.87 8471.33 80% 145.94 102.91 70%
>> 1 1024 5432.54 5333.99 98% 93.69 92.38 98%
>> 2 1024 12590.24 9259.97 73% 185.37 135.28 72%
>> 4 1024 15600.53 10731.93 68% 222.20 123.60 55%
>> 8 1024 16222.87 10704.85 65% 227.05 113.81 50%
>> 1 2048 6667.61 7484.37 112% 116.75 129.72 111%
>> 2 2048 8180.43 11500.88 140% 137.84 156.64 113%
>> 4 2048 15127.93 14416.16 95% 227.60 154.59 67%
>> 8 2048 16381.79 14794.10 90% 244.29 158.45 64%
>> 1 4096 7375.63 8948.90 121% 131.97 156.57 118%
>> 2 4096 9321.16 14443.21 154% 161.24 163.74 101%
>> 4 4096 13028.45 15984.94 122% 212.78 171.26 80%
>> 8 4096 15611.28 18810.54 120% 245.15 198.65 81%
>> 1 16384 15304.38 14202.08 92% 259.94 244.04 93%
>> 2 16384 15508.97 15913.09 102% 261.30 244.26 93%
>> 4 16384 14859.98 20164.34 135% 248.29 214.26 86%
>> 8 16384 15594.59 19960.99 127% 253.79 211.27 83%
>> - TCP RR
>> sessions size throughput1 throughput2 norm1 norm2
>> 50 1 54972.51 69820.99 127% 1133.58 1063.58 93%
>> 100 1 55847.16 72407.93 129% 1155.73 1024.35 88%
>> 250 1 60066.23 108266.50 180% 1114.30 1323.55 118%
>> 50 64 48727.63 62378.32 128% 1014.29 888.78 87%
>> 100 64 51804.65 69250.51 133% 1077.78 986.97 91%
>> 250 64 61278.68 100015.78 163% 1076.93 1243.18 115%
>> 50 256 51593.29 62046.22 120% 1069.14 871.08 81%
>> 100 256 51647.00 68197.43 132% 1071.66 958.51 89%
>> 250 256 60433.88 99072.59 163% 1072.41 1199.10 111%
>> 50 512 52177.79 66483.77 127% 1082.65 960.82 88%
>> 100 512 50351.67 62537.63 124% 1041.61 876.41 84%
>> 250 512 60510.14 103856.79 171% 1055.21 1245.17 118%
>>
>>
>> Jason Wang (4):
>> virtio_ring: move queue_index to vring_virtqueue
>> virtio: intorduce an API to set affinity for a virtqueue
>> virtio_net: multiqueue support
>> virtio_net: support negotiating the number of queues through ctrl vq
>>
>> Krishna Kumar (1):
>> virtio_net: Introduce VIRTIO_NET_F_MULTIQUEUE
>>
>> drivers/net/virtio_net.c | 792
>> +++++++++++++++++++++++++++++------------
>> drivers/virtio/virtio_mmio.c | 5 +-
>> drivers/virtio/virtio_pci.c | 58 +++-
>> drivers/virtio/virtio_ring.c | 17 +
>> include/linux/virtio.h | 4 +
>> include/linux/virtio_config.h | 21 ++
>> include/linux/virtio_net.h | 10 +
>> 7 files changed, 677 insertions(+), 230 deletions(-)
>>
>> --
>> To unsubscribe from this list: send the line "unsubscribe netdev" in
>> the body of a message to majordomo@...r.kernel.org
>> More majordomo info at http://vger.kernel.org/majordomo-info.html
>
>
--
To unsubscribe from this list: send the line "unsubscribe linux-kernel" in
the body of a message to majordomo@...r.kernel.org
More majordomo info at http://vger.kernel.org/majordomo-info.html
Please read the FAQ at http://www.tux.org/lkml/
Powered by blists - more mailing lists