rte_bpf_prm(3)
πΈ NAME πΈ
rte_bpf_prm β okay bestie, welcome to rte_bpf_prm(3), and this page is sitting right in the Library Functions Manual for DPDK. It's literally all about the input parameters for loading eBPF code. Slay. π
β¨ SYNOPSIS β¨
#include <rte_bpf.h>
π Data Fields π
const struct ebpf_insn * insβ the array of eBPF instructions; the main character energy of the instruction list π₯uint32_t nb_insβ number of instructions inins, so you know how many little instructions are in there β¨const struct rte_bpf_xsym * xsymβ array of external symbols that eBPF code is allowed to reference, iykyk πuint32_t nb_xsymβ number of elements inxsymπ¦struct rte_bpf_arg prog_argβ eBPF program input arg description; it's giving the argument's vibe check π«Ά
π Detailed Description π
Input parameters for loading eBPF code. That's the whole tea. βοΈβ¨
Definition at line 91 of file rte_bpf.h.
π Field Documentation π
π§ const struct ebpf_insn* ins
array of eBPF instructions β literally the instruction array, no cap. π₯
Definition at line 92 of file rte_bpf.h.
π’ uint32_t nb_ins
number of instructions in ins β the count, bestie. π
Definition at line 93 of file rte_bpf.h.
π§ const struct rte_bpf_xsym* xsym
array of external symbols that eBPF code is allowed to reference β these are the allowed external symbols, periodt. π
Definition at line 94 of file rte_bpf.h.
π uint32_t nb_xsym
number of elements in xsym β count them, bestie. π
Definition at line 96 of file rte_bpf.h.
π struct rte_bpf_arg prog_arg
eBPF program input arg description β it's giving input argument description, iconic. π
Definition at line 97 of file rte_bpf.h.
π Author π
Generated automatically by Doxygen for DPDK from the source code. Yes, the page made itself β we love an automated king. π β¨
Cute footer sign-off: this is from DPDK, Version 26.03.0, manual page rte_bpf_prm(3) β and that's the footer vibe, bestie. π«Άπ
π¦ where this page comes from
- nixos 26.05: dpdk 26.03
- nixpkgs unstable: dpdk 26.03
- π girlified by deepseek-ai/DeepSeek-V4.1-Flash-1017 on : a language model's rewrite of the original, under its terms