supported Berkeley Packet Filter (BPF). Therefore, you can choose proper tools to conduct an in-depth analysis based on the results in In 60 seconds. Compared with perf/ftrace, BPF provides programmability and performance overhead. Compared with kprobe, BPF provides higher security and is more suitable for the production environments. For detailed usage of the BCC toolkit, see BPF Compiler Collection (BCC). 9.1.1.2

supported Berkeley Packet Filter (BPF). Therefore, you can choose proper tools to conduct an in-depth analysis based on the results in In 60 seconds. Compared with perf/ftrace, BPF provides programmability and performance overhead. Compared with kprobe, BPF provides higher security and is more suitable for the production environments. For detailed usage of the BCC toolkit, see BPF Compiler Collection (BCC). 9.1.1.2

supported Berkeley Packet Filter (BPF). Therefore, you can choose proper tools to conduct an in-depth analysis based on the results in In 60 seconds. Compared with perf/ftrace, BPF provides programmability and performance overhead. Compared with kprobe, BPF provides higher security and is more suitable for the production environments. For detailed usage of the BCC toolkit, see BPF Compiler Collection (BCC). 9.1.1.2

BCC/bpftrace CentOS 从 7.6 版本起，内核已实现对 bpf 的支持，因此可根据上述清单的结果，选取适当的工具进行深入分析。 相比 perf/ftrace，bpf 提供了可编程能力和更小的性能开销。相比 kprobe，bpf 提供了更高的安全性，更适合在 生产环境上使用。关于 BCC 工具集的使用请参考 BPF Compiler Collection (BCC)。 9.1.1.2

BCC/bpftrace CentOS 从 7.6 版本起，内核已实现对 bpf 的支持，因此可根据上述清单的结果，选取适当的工具进行深入分析。 相比 perf/ftrace，bpf 提供了可编程能力和更小的性能开销。相比 kprobe，bpf 提供了更高的安全性，更适合在 生产环境上使用。关于 BCC 工具集的使用请参考 BPF Compiler Collection (BCC)。 9.1.1.2

supported Berkeley Packet Filter (BPF). Therefore, you can choose proper tools to conduct an in-depth analysis based on the results in In 60 seconds. Compared with perf/ftrace, BPF provides programmability and performance overhead. Compared with kprobe, BPF provides higher security and is more suitable for the production environments. For detailed usage of the BCC toolkit, see BPF Compiler Collection (BCC). 9.1.1.2

BCC/bpftrace CentOS 从 7.6 版本起，内核已实现对 bpf 的支持，因此可根据上述清单的结果，选取适当的工具进行深入分析。 相比 perf/ftrace，bpf 提供了可编程能力和更小的性能开销。相比 kprobe，bpf 提供了更高的安全性，更适合在 生产环境上使用。关于 BCC 工具集的使用请参考 BPF Compiler Collection (BCC)。 9.1.1.2

supported Berkeley Packet Filter (BPF). Therefore, you can choose proper tools to conduct an in-depth analysis based on the results in In 60 seconds. Compared with perf/ftrace, BPF provides programmability and performance overhead. Compared with kprobe, BPF provides higher security and is more suitable for the production environments. For detailed usage of the BCC toolkit, see BPF Compiler Collection (BCC). 11.2.1.2

CentOS 从 7.6 版本起，内核已实现对 BPF (Berkeley Packet Filter) 的支持，因此可根据上述清单的结果，选取适当 的工具进行深入分析。相比 perf/ftrace，BPF 提供了可编程能力和更小的性能开销。相比 kprobe，BPF 提供了更 高的安全性，更适合在生产环境上使用。关于 BCC 工具集的使用请参考 BPF Compiler Collection (BCC)。

supported Berkeley Packet Filter (BPF). Therefore, you can choose proper tools to conduct an in-depth analysis based on the results in In 60 seconds. Compared with perf/ftrace, BPF provides programmability and performance overhead. Compared with kprobe, BPF provides higher security and is more suitable for the production environments. For detailed usage of the BCC toolkit, see BPF Compiler Collection (BCC). 1334 11