[Verse 1] Deep inside the kernel space where secrets hide from view SystemTap and eBPF will show you what is true Dynamic instrumentation without changing source code Hook into the running system, watch the data flow [Chorus] Probe and trace, monitor in place S-T-P for SystemTap, E-B-P-F shows the way Real-time insights, no downtime fights Kernel visibility, performance clarity [Verse 2] Write a simple probe script, define your target point Function entry, system calls, any kernel joint Variables and context data, capture what you need Stack traces and timing info help your debugging speed [Chorus] Probe and trace, monitor in place S-T-P for SystemTap, E-B-P-F shows the way Real-time insights, no downtime fights Kernel visibility, performance clarity [Verse 3] eBPF runs in sandbox mode with verification strict JIT compiles your bytecode, makes execution quick Maps and helpers bridge the gap between kernel and user Safe and fast instrumentation, security you can be sure [Bridge] From syscall entry to device drivers deep Network packets, memory leaks, everything you seek Histograms and heat maps paint the picture clear Production-safe monitoring with minimal overhead here [Chorus] Probe and trace, monitor in place S-T-P for SystemTap, E-B-P-F shows the way Real-time insights, no downtime fights Kernel visibility, performance clarity [Outro] When black box mysteries need light to shine Custom probes and scripts will help you find the line Between normal operation and performance pain SystemTap and eBPF make debugging plain
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