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[RFC PATCH V2 0/9] hwlat improvements and osnoise/timerlat tracers
已完成
#I4G64B
需求
Xie XiuQi
拥有者
创建于
2021-10-30 18:12
<!-- #请根据issue的类型在标题右侧下拉框中选择对应的选项(需求、缺陷或CVE等)--> <!-- #请根据issue相关的版本在里程碑中选择对应的节点,若是与版本无关,请选择“不关联里程碑”--> https://www.spinics.net/lists/linux-doc/msg95543.html ``` Subject: [RFC PATCH V2 0/9] hwlat improvements and osnoise/timerlat tracers From: Daniel Bristot de Oliveira <bristot@xxxxxxxxxx> Date: Fri, 23 Apr 2021 23:05:35 +0200 This series proposes a set of improvements and new features for the tracing subsystem to facilitate the debugging of low latency deployments. Currently, hwlat runs on a single CPU at a time, migrating across a set of CPUs in a round-robin fashion. This series improves hwlat to allow hwlat to run on multiple CPUs in parallel, increasing the chances of detecting a hardware latency, at the cost of using more CPU time. It also proposes a new tracer named osnoise, that aims to help users of isolcpus= (or a similar method) to measure how much noise the OS and the hardware add to the isolated application. The osnoise tracer bases on the hwlat detector code. The difference is that, instead of sampling with interrupts disabled, the osnoise tracer samples the CPU with interrupts and preemption enabled. In this way, the sampling thread will suffer any source of noise from the OS. The detection and classification of the type of noise are then made by observing the entry points of NMIs, IRQs, SoftIRQs, and threads. If none of these sources of noise is detected, the tool associates the noise with the hardware. The tool periodically prints a status, printing the total noise of the period, the max single noise observed, the percentage of CPU available for the task, along with the counters of each source of the noise. To debug the sources of noise, the tracer also adds a set of tracepoints that print any NMI, IRQ, SofIRQ, and thread occurrence. These tracepoints print the starting time and the noise's net duration at the end of the noise. In this way, it reduces the number of tracepoints (one instead of two) and the need to manually accounting the contribution of each noise independently. Finaly, the timerlat tracer aims to help the preemptive kernel developers to find sources of wakeup latencies of real-time threads. The tracer creates a per-cpu kernel thread with real-time priority. The tracer thread sets a periodic timer to wakeup itself, and goes to sleep waiting for the timer to fire. At the wakeup, the thread then computes a wakeup latency value as the difference between the current time and the absolute time that the timer was set to expire. The tracer prints two lines at every activation. The first is the timer latency observed at the hardirq context before the activation of the thread. The second is the timer latency observed by the thread, which is the same level that cyclictest reports. The ACTIVATION ID field serves to relate the irq execution to its respective thread execution. The tracer is build on top of osnoise tracer, and the osnoise: events can be used to trace the source of interference from NMI, IRQs and other threads. It also enables the capture of the stacktrace at the IRQ context, which helps to identify the code path that can cause thread delay. Changes from v1: - Remove `` from RST (Corbet) - Add RST files to the index (Corbet) - Fix text and typos (Rostedt) - Remove the cpus from hwlat (Rostedt) - Remove the disable_migrate/fallback to mode none on hwlat (Rostedt) - Add a generic way to read/write u64 and use it on hwlat/osnoise/timerlat (Rostedt) - Make osnoise/timerlat to work properly with trace-cmd/tracer instances (Rostedt) - osnoise using the tracing_threshold (Rostedt) - Rearrange tracepoint structure to avoid "holes" (Rostedt) Daniel Bristot de Oliveira (8): tracing/hwlat: Fix Clark's email tracing/hwlat: Implement the mode config option tracing/hwlat: Switch disable_migrate to mode none tracing/hwlat: Implement the per-cpu mode tracing/trace: Add a generic function to read/write u64 values from tracefs trace/hwlat: Use the generic function to read/write width and window tracing: Add osnoise tracer tracing: Add timerlat tracer Steven Rostedt (1): tracing: Add __print_ns_to_secs() and __print_ns_without_secs() helpers Documentation/trace/hwlat_detector.rst | 13 +- Documentation/trace/index.rst | 2 + Documentation/trace/osnoise-tracer.rst | 152 ++ Documentation/trace/timerlat-tracer.rst | 158 ++ include/linux/ftrace_irq.h | 13 + include/trace/events/osnoise.h | 142 ++ include/trace/trace_events.h | 25 + kernel/trace/Kconfig | 62 + kernel/trace/Makefile | 1 + kernel/trace/trace.c | 88 +- kernel/trace/trace.h | 31 +- kernel/trace/trace_entries.h | 41 + kernel/trace/trace_hwlat.c | 410 +++-- kernel/trace/trace_osnoise.c | 2118 +++++++++++++++++++++++ kernel/trace/trace_output.c | 119 +- 15 files changed, 3227 insertions(+), 148 deletions(-) create mode 100644 Documentation/trace/osnoise-tracer.rst create mode 100644 Documentation/trace/timerlat-tracer.rst create mode 100644 include/trace/events/osnoise.h create mode 100644 kernel/trace/trace_osnoise.c ```
<!-- #请根据issue的类型在标题右侧下拉框中选择对应的选项(需求、缺陷或CVE等)--> <!-- #请根据issue相关的版本在里程碑中选择对应的节点,若是与版本无关,请选择“不关联里程碑”--> https://www.spinics.net/lists/linux-doc/msg95543.html ``` Subject: [RFC PATCH V2 0/9] hwlat improvements and osnoise/timerlat tracers From: Daniel Bristot de Oliveira <bristot@xxxxxxxxxx> Date: Fri, 23 Apr 2021 23:05:35 +0200 This series proposes a set of improvements and new features for the tracing subsystem to facilitate the debugging of low latency deployments. Currently, hwlat runs on a single CPU at a time, migrating across a set of CPUs in a round-robin fashion. This series improves hwlat to allow hwlat to run on multiple CPUs in parallel, increasing the chances of detecting a hardware latency, at the cost of using more CPU time. It also proposes a new tracer named osnoise, that aims to help users of isolcpus= (or a similar method) to measure how much noise the OS and the hardware add to the isolated application. The osnoise tracer bases on the hwlat detector code. The difference is that, instead of sampling with interrupts disabled, the osnoise tracer samples the CPU with interrupts and preemption enabled. In this way, the sampling thread will suffer any source of noise from the OS. The detection and classification of the type of noise are then made by observing the entry points of NMIs, IRQs, SoftIRQs, and threads. If none of these sources of noise is detected, the tool associates the noise with the hardware. The tool periodically prints a status, printing the total noise of the period, the max single noise observed, the percentage of CPU available for the task, along with the counters of each source of the noise. To debug the sources of noise, the tracer also adds a set of tracepoints that print any NMI, IRQ, SofIRQ, and thread occurrence. These tracepoints print the starting time and the noise's net duration at the end of the noise. In this way, it reduces the number of tracepoints (one instead of two) and the need to manually accounting the contribution of each noise independently. Finaly, the timerlat tracer aims to help the preemptive kernel developers to find sources of wakeup latencies of real-time threads. The tracer creates a per-cpu kernel thread with real-time priority. The tracer thread sets a periodic timer to wakeup itself, and goes to sleep waiting for the timer to fire. At the wakeup, the thread then computes a wakeup latency value as the difference between the current time and the absolute time that the timer was set to expire. The tracer prints two lines at every activation. The first is the timer latency observed at the hardirq context before the activation of the thread. The second is the timer latency observed by the thread, which is the same level that cyclictest reports. The ACTIVATION ID field serves to relate the irq execution to its respective thread execution. The tracer is build on top of osnoise tracer, and the osnoise: events can be used to trace the source of interference from NMI, IRQs and other threads. It also enables the capture of the stacktrace at the IRQ context, which helps to identify the code path that can cause thread delay. Changes from v1: - Remove `` from RST (Corbet) - Add RST files to the index (Corbet) - Fix text and typos (Rostedt) - Remove the cpus from hwlat (Rostedt) - Remove the disable_migrate/fallback to mode none on hwlat (Rostedt) - Add a generic way to read/write u64 and use it on hwlat/osnoise/timerlat (Rostedt) - Make osnoise/timerlat to work properly with trace-cmd/tracer instances (Rostedt) - osnoise using the tracing_threshold (Rostedt) - Rearrange tracepoint structure to avoid "holes" (Rostedt) Daniel Bristot de Oliveira (8): tracing/hwlat: Fix Clark's email tracing/hwlat: Implement the mode config option tracing/hwlat: Switch disable_migrate to mode none tracing/hwlat: Implement the per-cpu mode tracing/trace: Add a generic function to read/write u64 values from tracefs trace/hwlat: Use the generic function to read/write width and window tracing: Add osnoise tracer tracing: Add timerlat tracer Steven Rostedt (1): tracing: Add __print_ns_to_secs() and __print_ns_without_secs() helpers Documentation/trace/hwlat_detector.rst | 13 +- Documentation/trace/index.rst | 2 + Documentation/trace/osnoise-tracer.rst | 152 ++ Documentation/trace/timerlat-tracer.rst | 158 ++ include/linux/ftrace_irq.h | 13 + include/trace/events/osnoise.h | 142 ++ include/trace/trace_events.h | 25 + kernel/trace/Kconfig | 62 + kernel/trace/Makefile | 1 + kernel/trace/trace.c | 88 +- kernel/trace/trace.h | 31 +- kernel/trace/trace_entries.h | 41 + kernel/trace/trace_hwlat.c | 410 +++-- kernel/trace/trace_osnoise.c | 2118 +++++++++++++++++++++++ kernel/trace/trace_output.c | 119 +- 15 files changed, 3227 insertions(+), 148 deletions(-) create mode 100644 Documentation/trace/osnoise-tracer.rst create mode 100644 Documentation/trace/timerlat-tracer.rst create mode 100644 include/trace/events/osnoise.h create mode 100644 kernel/trace/trace_osnoise.c ```
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4.19.90-2404.1.0
6.6.0-18.0.0
6.6.0-17.0.0
6.6.0-16.0.0
5.10.0-194.0.0
5.10.0-153.49.0
5.10.0-136.70.0
5.10.0-60.132.0
6.6.0-15.0.0
6.6.0-14.0.0
5.10.0-193.0.0
5.10.0-153.48.0
5.10.0-136.69.0
5.10.0-60.131.0
4.19.90-2403.4.0
6.6.0-13.0.0
5.10.0-192.0.0
5.10.0-153.47.0
5.10.0-136.68.0
5.10.0-60.130.0
4.19.90-2403.3.0
6.6.0-12.0.0
5.10.0-191.0.0
5.10.0-153.46.0
5.10.0-136.67.0
5.10.0-60.129.0
6.6.0-11.0.0
4.19.90-2403.2.0
5.10.0-190.0.0
5.10.0-153.45.0
5.10.0-136.66.0
5.10.0-60.128.0
4.19.90-2403.1.0
4.19.90-2402.6.0
5.10.0-189.0.0
5.10.0-153.44.0
5.10.0-136.65.0
5.10.0-60.127.0
6.6.0-10.0.0
5.10.0-188.0.0
5.10.0-153.43.0
5.10.0-136.64.0
5.10.0-60.126.0
4.19.90-2402.5.0
6.6.0-9.0.0
5.10.0-187.0.0
5.10.0-153.42.0
5.10.0-136.63.0
5.10.0-60.125.0
6.6.0-8.0.0
4.19.90-2402.4.0
4.19.90-2402.3.0
4.19.90-2402.2.0
5.10.0-186.0.0
5.10.0-153.41.0
5.10.0-136.62.0
5.10.0-60.124.0
4.19.90-2402.1.0
6.6.0-7.0.0
5.10.0-185.0.0
5.10.0-153.40.0
5.10.0-136.61.0
5.10.0-60.123.0
4.19.90-2401.5.0
6.6.0-6.0.0
5.10.0-184.0.0
5.10.0-153.39.0
5.10.0-136.60.0
5.10.0-60.122.0
4.19.90-2401.4.0
6.6.0-5.0.0
5.10.0-183.0.0
5.10.0-153.38.0
5.10.0-136.59.0
5.10.0-60.121.0
4.19.90-2401.3.0
4.19.90-2401.2.0
6.6.0-4.0.0
4.19.90-2401.1.0
5.10.0-153.37.0
5.10.0-136.58.0
5.10.0-60.120.0
4.19.90-2312.6.0
4.19.90-2312.5.0
6.6.0-3.0.0
5.10.0-182.0.0
5.10.0-181.0.0
5.10.0-180.0.0
5.10.0-153.36.0
4.19.90-2312.4.0
5.10.0-179.0.0
6.6.0-2.0.0
5.10.0-178.0.0
5.10.0-177.0.0
4.19.90-2312.3.0
4.19.90-2312.2.0
5.10.0-176.0.0
5.10.0-175.0.0
4.19.90-2312.1.0
5.10.0-174.0.0
5.10.0-153.35.0
5.10.0-136.57.0
5.10.0-60.119.0
6.6.0-1.0.0
5.10.0-173.0.0
5.10.0-153.34.0
5.10.0-136.56.0
5.10.0-60.118.0
4.19.90-2311.5.0
5.10.0-172.0.0
5.10.0-171.0.0
4.19.90-2311.4.0
5.10.0-170.0.0
5.10.0-169.0.0
5.10.0-168.0.0
5.10.0-153.33.0
5.10.0-136.55.0
5.10.0-60.117.0
4.19.90-2311.3.0
5.10.0-167.0.0
5.10.0-153.32.0
5.10.0-136.54.0
5.10.0-60.116.0
4.19.90-2311.2.0
5.10.0-166.0.0
4.19.90-2311.1.0
5.10.0-165.0.0
5.10.0-153.31.0
5.10.0-136.53.0
5.10.0-60.115.0
v6.6
5.10.0-164.0.0
4.19.90-2310.4.0
4.19.90-2310.3.0
5.10.0-163.0.0
5.10.0-153.30.0
5.10.0-136.52.0
5.10.0-60.114.0
5.10.0-162.0.0
5.10.0-153.29.0
5.10.0-136.51.0
5.10.0-60.113.0
4.19.90-2310.2.0
4.19.90-2310.1.0
4.19.90-2309.5.0
6.4.0-10.1.0
5.10.0-161.0.0
6.4.0-7.0.1
6.4.0-10.0.0
6.4.0-6.0.6
6.4.0-6.0.5
6.4.0-6.0.4
6.4.0-6.0.3
6.4.0-6.0.2
6.4.0-6.0.1
5.10.0-153.28.0
5.10.0-136.50.0
5.10.0-60.112.0
4.19.90-2309.4.0
6.4.0-9.0.0
5.10.0-153.27.0
5.10.0-136.49.0
5.10.0-60.111.0
6.4.0-8.0.0
4.19.90-2309.3.0
6.4.0-7.0.0
4.19.90-2309.2.0
5.10.0-160.0.0
6.4.0-6.0.0
5.10.0-153.26.0
5.10.0-136.48.0
5.10.0-60.110.0
4.19.90-2309.1.0
6.4.0-5.0.0
6.4.0-4.0.0
6.4.0-3.0.0
4.19.90-2308.5.0
6.4.0-2.0.0
5.10.0-153.25.0
5.10.0-136.47.0
5.10.0-60.109.0
5.10.0-159.0.0
6.4.0-1.0.2
4.19.90-2308.4.0
5.10.0-153.24.0
5.10.0-136.46.0
5.10.0-60.108.0
4.19.90-2308.3.0
5.10.0-153.23.0
5.10.0-136.45.0
5.10.0-60.107.0
5.10.0-158.0.0
5.10.0-153.22.0
5.10.0-60.106.0
5.10.0-136.44.0
4.19.90-2308.2.0
5.10.0-153.21.0
5.10.0-60.105.0
5.10.0-136.43.0
4.19.90-2308.1.0
6.4.0-1.0.1
5.10.0-157.0.0
4.19.90-2307.5.0
5.10.0-153.20.0
5.10.0-60.104.0
5.10.0-136.42.0
5.10.0-153.19.0
5.10.0-60.103.0
5.10.0-136.41.0
4.19.90-2307.4.0
5.10.0-156.0.0
4.19.90-2307.3.0
5.10.0-153.18.0
5.10.0-60.102.0
5.10.0-136.40.0
6.4.0-1.0.0
4.19.90-2307.2.0
4.19.90-2307.1.0
5.10.0-60.101.0
5.10.0-153.17.0
5.10.0-136.39.0
4.19.90-2306.7.0
4.19.90-2306.6.0
5.10.0-155.0.0
5.10.0-153.16.0
4.19.90-2306.5.0
5.10.0-136.38.0
5.10.0-60.100.0
v6.4
5.10.0-153.12.0
5.10.0-153.10.0
5.10.0-60.99.0
5.10.0-136.37.0
4.19.90-2306.4.0
5.10.0-153.9.0
5.10.0-153.8.0
5.10.0-60.98.0
5.10.0-136.36.0
4.19.90-2306.3.0
5.10.0-153.6.0
5.10.0-153.5.0
5.10.0-154.0.0
5.10.0-153.4.0
4.19.90-2306.2.0
5.10.0-153.3.0
5.10.0-60.97.0
5.10.0-136.35.0
4.19.90-2306.1.0
5.10.0-153.2.0
5.10.0-153.1.0
5.10.0-60.96.0
5.10.0-136.34.0
4.19.90-2305.4.0
5.10.0-153.0.0
v6.4-rc4
5.10.0-152.0.0
4.19.90-2305.3.0
5.10.0-60.95.0
5.10.0-136.33.0
5.10.0-151.0.0
5.10.0-150.0.0
5.10.0-149.0.0
5.10.0-136.32.0
5.10.0-60.94.0
4.19.90-2305.2.0
5.10.0-60.93.0
5.10.0-136.31.0
4.19.90-2305.1.0
5.10.0-148.0.0
5.10.0-136.30.0
5.10.0-60.92.0
4.19.90-2304.5.0
v6.3
5.10.0-136.29.0
5.10.0-60.91.0
4.19.90-2304.4.0
5.10.0-136.28.0
5.10.0-60.90.0
4.19.90-2304.3.0
4.19.90-2304.2.0
5.10.0-147.0.0
4.19.90-2304.1.0
5.10.0-136.27.0
5.10.0-60.89.0
5.10.0-146.0.0
5.10.0-136.26.0
5.10.0-60.88.0
4.19.90-2303.6.0
5.10.0-60.87.0
5.10.0-136.25.0
4.19.90-2303.5.0
5.10.0-145.0.0
5.10.0-60.86.0
5.10.0-136.24.0
4.19.90-2303.4.0
5.10.0-136.23.0
5.10.0-60.85.0
4.19.90-2303.3.0
v6.1.19
4.19.90-2303.2.0
5.10.0-144.0.0
5.10.0-136.22.0
5.10.0-60.84.0
4.19.90-2303.1.0
5.10.0-60.83.0
5.10.0-136.21.0
4.19.90-2302.5.0
v6.1.14
5.10.0-143.0.0
5.10.0-60.82.0
5.10.0-136.20.0
4.19.90-2302.4.0
5.10.0-60.81.0
5.10.0-136.19.0
4.19.90-2302.3.0
5.10.0-142.0.0
4.19.90-2302.2.0
5.10.0-136.18.0
5.10.0-60.80.0
4.19.90-2302.1.0
5.10.0-60.79.0
5.10.0-136.17.0
4.19.90-2301.6.0
v6.1.8
v6.2-rc5
5.10.0-141.0.0
v6.1.7
5.10.0-136.16.0
5.10.0-60.78.0
4.19.90-2301.5.0
v6.2-rc4
v6.1.6
6.1.0-1.0.0
v6.1.5
4.19.90-2301.4.0
5.10.0-60.77.0
5.10.0-136.15.0
4.19.90-2301.3.0
4.19.90-2301.2.0
4.19.90-2301.1.0
5.10.0-136.14.2
5.10.0-60.76.0
5.10.0-140.0.0
5.10.0-136.13.2
5.10.0-60.75.0
5.10.0-60.74.0
5.10.0-136.12.2
4.19.90-2212.4.0
5.10.0-136.12.0
5.10.0-136.10.0
4.19.90-2212.3.0
5.10.0-136.8.0
5.10.0-136.7.0
5.10.0-139.0.0
5.10.0-136.6.0
5.10.0-136.5.0
5.10.0-60.73.0
5.10.0-136.4.0
5.10.0-136.3.0
5.10.0-138.0.0
5.10.0-136.2.0
5.10.0-60.72.0
5.10.0-60.71.0
5.10.0-137.0.0
5.10.0-136.1.0
v6.1
5.10.0-136.0.0
5.10.0-135.0.0
5.10.0-134.0.0
4.19.90-2212.2.0
5.10.0-133.0.0
5.10.0-60.70.0
4.19.90-2212.1.0
5.10.0-60.69.0
5.10.0-132.0.0
5.10.0-131.0.0
5.10.0-130.0.0
4.19.90-2211.6.0
5.10.0-129.0.0
5.10.0-60.68.0
4.19.90-2211.5.0
5.10.0-128.0.0
5.10.0-60.67.0
5.10.0-127.0.0
4.19.90-2211.4.0
5.10.0-60.66.0
5.10.0-126.0.0
4.19.90-2211.3.0
4.19.90-2211.2.0
5.10.0-125.0.0
5.10.0-60.65.0
5.10.0-60.64.0
4.19.90-2211.1.0
4.19.90-2210.5.0
5.10.0-123.0.0
5.10.0-60.63.0
5.10.0-60.62.0
4.19.90-2210.4.0
5.10.0-121.0.0
5.10.0-60.61.0
4.19.90-2210.3.0
5.10.0-60.60.0
5.10.0-120.0.0
5.10.0-60.59.0
5.10.0-119.0.0
4.19.90-2210.2.0
4.19.90-2210.1.0
5.10.0-118.0.0
5.10.0-106.19.0
5.10.0-60.58.0
4.19.90-2209.6.0
5.10.0-106.18.0
5.10.0-106.17.0
5.10.0-106.16.0
5.10.0-106.15.0
5.10.0-117.0.0
5.10.0-60.57.0
5.10.0-116.0.0
5.10.0-106.14.0
5.10.0-106.13.0
4.19.90-2209.5.0
4.19.90-2209.4.0
5.10.0-60.56.0
4.19.90-2209.3.0
5.10.0-106.12.0
5.10.0-106.10.0
5.10.0-106.11.0
5.10.0-60.55.0
4.19.90-2209.2.0
5.10.0-114.0.0
5.10.0-106.9.0
5.10.0-60.54.0
4.19.90-2209.1.0
5.10.0-113.0.0
5.10.0-60.53.0
5.10.0-106.8.0
4.19.90-2208.6.0
5.10.0-106.7.0
4.19.90-2208.5.0
5.10.0-112.0.0
5.10.0-106.6.0
5.10.0-60.52.0
5.10.0-60.51.0
5.10.0-106.3.1
4.19.90-2208.4.0
5.10.0-106.5.0
5.10.0-110.0.0
5.10.0-60.50.0
5.10.0-106.4.0
5.10.0-109.0.0
5.10.0-60.49.0
4.19.90-2208.3.0
4.19.90-2208.2.0
5.10.0-108.0.0
5.10.0-106.3.0
5.10.0-60.48.0
4.19.90-2208.1.0
5.10.0-106.2.0
5.10.0-107.0.0
5.10.0-60.47.0
4.19.90-2207.4.0
5.10.0-106.1.0
5.10.0-106.0.0
5.10.0-60.46.0
4.19.90-2207.3.0
5.10.0-105.0.0
5.10.0-60.45.0
5.10.0-60.44.0
5.10.0-104.0.0
5.10.0-103.0.0
5.10.0-60.43.0
4.19.90-2207.2.0
5.10.0-102.0.0
5.10.0-60.42.0
4.19.90-2207.1.0
5.10.0-101.0.0
5.10.0-60.41.0
5.10.0-100.0.0
4.19.90-2206.4.0
5.10.0-60.40.0
5.10.0-99.0.0
5.10.0-60.39.0
4.19.90-2206.3.0
5.10.0-98.0.0
5.10.0-60.38.0
4.19.90-2206.2.0
5.10.0-60.37.0
5.10.0-97.0.0
4.19.90-2206.1.0
5.10.0-60.36.0
5.10.0-96.0.0
4.19.90-2205.6.0
5.10.0-60.35.0
5.10.0-95.0.0
5.10.0-60.34.0
5.10.0-94.0.0
5.10.0-60.33.0
4.19.90-2205.5.0
5.10.0-93.0.0
5.10.0-60.32.0
5.10.0-92.0.0
5.10.0-91.0.0
5.10.0-60.31.0
5.10.0-90.0.0
5.10.0-60.30.0
4.19.90-2205.4.0
5.10.0-60.29.0
5.10.0-89.0.0
5.10.0-88.0.0
5.10.0-60.28.0
4.19.90-2205.3.0
4.19.90-2205.2.0
4.19.90-2205.1.0
5.10.0-87.0.0
5.10.0-86.0.0
5.10.0-60.27.0
5.10.0-60.26.0
5.10.0-85.0.0
5.10.0-60.25.0
5.10.0-60.24.0
5.10.0-84.0.0
4.19.90-2204.4.0
5.10.0-60.23.0
5.10.0-83.0.0
5.10.0-82.0.0
5.10.0-60.22.0
5.10.0-81.0.0
5.10.0-60.21.0
4.19.90-2204.3.0
5.10.0-80.0.0
5.10.0-60.20.0
5.10.0-60.19.0
4.19.90-2204.2.0
5.10.0-79.0.0
4.19.90-2204.1.0
4.19.90-2203.5.0
5.10.0-78.0.0
5.10.0-77.0.0
5.10.0-60.18.0
5.10.0-60.17.0
5.10.0-60.16.0
5.10.0-76.0.0
4.19.90-2203.4.0
5.10.0-75.0.0
5.10.0-60.15.0
5.10.0-74.0.0
5.10.0-60.14.0
5.10.0-73.0.0
5.10.0-60.13.0
5.10.0-60.12.0
5.10.0-72.0.0
5.10.0-60.11.0
5.10.0-71.0.0
5.10.0-70.0.0
5.10.0-60.10.0
4.19.90-2203.3.0
5.10.0-69.0.0
5.10.0-68.0.0
5.10.0-60.9.0
5.10.0-60.8.0
5.10.0-60.7.0
5.10.0-67.0.0
5.10.0-5.10.1
5.10.0-5.12.0
5.10.0-66.0.0
5.10.0-60.6.0
5.10.0-65.0.0
5.10.0-60.5.0
5.10.0-60.4.0
5.10.0-63.0.0
5.10.0-60.3.0
4.19.90-2203.2.0
5.10.0-60.2.0
5.10.0-62.0.0
5.10.0-61.0.0
5.10.0-60.1.0
5.10.0-60.0.0
4.19.90-2203.1.0
5.10.0-59.0.0
5.10.0-58.0.0
5.10.0-57.0.0
4.19.90-2202.4.0
5.10.0-56.0.0
4.19.90-2202.3.0
5.10.0-55.0.0
5.10.0-54.0.0
4.19.90-2202.2.0
4.19.90-2202.1.0
5.10.0-53.0.0
5.10.0-52.0.0
5.10.0-51.0.0
5.10.0-50.0.0
5.10.0-49.0.0
5.10.0-48.0.0
5.10.0-47.0.0
5.10.0-46.0.0
5.10.0-45.0.0
4.19.90-2201.4.0
5.10.0-44.0.0
5.10.0-43.0.0
5.10.0-42.0.0
4.19.90-2201.3.0
5.10.0-41.0.0
5.10.0-40.0.0
5.10.0-39.0.0
4.19.90-2201.2.0
5.10.0-38.0.0
5.10.0-37.0.0
5.10.0-36.0.0
5.10.0-35.0.0
5.10.0-34.0.0
5.10.0-33.0.0
4.19.90-2201.1.0
5.10.0-32.0.0
5.10.0-31.0.0
5.10.0-30.0.0
4.19.90-2112.8.0
4.19.90-2112.7.0
5.10.0-29.0.0
4.19.90-2112.6.0
5.10.0-28.0.0
5.10.0-27.0.0
4.19.90-2112.5.0
4.19.90-2112.4.0
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v2.6.23-rc5
v2.6.23-rc4
v2.6.23-rc3
v2.6.23-rc2
v2.6.23-rc1
v2.6.22
v2.6.22-rc7
v2.6.22-rc6
v2.6.22-rc5
v2.6.22-rc4
v2.6.22-rc3
v2.6.22-rc2
v2.6.22-rc1
v2.6.21
v2.6.21-rc7
v2.6.21-rc6
v2.6.21-rc5
v2.6.21-rc4
v2.6.21-rc3
v2.6.21-rc2
v2.6.21-rc1
v2.6.20
v2.6.20-rc7
v2.6.20-rc6
v2.6.20-rc5
v2.6.20-rc4
v2.6.20-rc3
v2.6.20-rc2
v2.6.20-rc1
v2.6.19
v2.6.19-rc6
v2.6.19-rc5
v2.6.19-rc4
v2.6.19-rc3
v2.6.19-rc2
v2.6.19-rc1
v2.6.18
v2.6.18-rc7
v2.6.18-rc6
v2.6.18-rc5
v2.6.18-rc4
v2.6.18-rc3
v2.6.18-rc2
v2.6.18-rc1
v2.6.17
v2.6.17-rc6
v2.6.17-rc5
v2.6.17-rc4
v2.6.17-rc3
v2.6.17-rc2
v2.6.17-rc1
v2.6.16
v2.6.16-rc6
v2.6.16-rc5
v2.6.16-rc4
v2.6.16-rc3
v2.6.16-rc2
v2.6.16-rc1
v2.6.15
v2.6.15-rc7
v2.6.15-rc6
v2.6.15-rc5
v2.6.15-rc4
v2.6.15-rc3
v2.6.15-rc2
v2.6.15-rc1
v2.6.14
v2.6.14-rc5
v2.6.14-rc4
v2.6.14-rc3
v2.6.14-rc2
v2.6.14-rc1
v2.6.13
v2.6.13-rc7
v2.6.13-rc6
v2.6.13-rc5
v2.6.13-rc4
v2.6.11
v2.6.11-tree
v2.6.12
v2.6.12-rc2
v2.6.12-rc3
v2.6.12-rc4
v2.6.12-rc5
v2.6.12-rc6
v2.6.13-rc1
v2.6.13-rc2
v2.6.13-rc3
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