STRUCT NFP_NSP_IDENTIFY(9)

💅 NAME 💅

okay so bestie, gather round — struct nfp_nsp_identify is literally just NSP static information and that's the whole vibe ✨

🌸 SYNOPSIS 🌸

struct nfp_nsp_identify {
    char version[40];
    u8 flags;
    u8 br_primary;
    u8 br_secondary;
    u8 br_nsp;
    u16 primary;
    u16 secondary;
    u16 nsp;
    u64 sensor_mask;
 };

no cap, that's the whole struct, she's not complicated 💖

🎀 Members 🎀

every field gets her moment, periodt:

• version — an opaque version string 🫶 like, don't peek inside it, it's doing its own thing
• flags — the version flags ⭐
• br_primary — branch id of the primary bootloader 🌈
• br_secondary — branch id of the secondary bootloader 🦋
• br_nsp — branch id of the NSP 👑
• primary — version of the primarary bootloader 💀 (yes that's literally how it's spelled in the source, we're keeping her exactly as she is, no edits, iconic behavior)
• secondary — version id of the secondary bootloader 🍓
• nsp — version id of the NSP 🔥
• sensor_mask — mask of present sensors available on NIC 🧚 like a little attendance sheet for the sensors

fr fr, the branch ids and the version ids are different things — br_* is the branch, the bare primary/secondary/nsp are the versions. don't mix them up bestie, i'm begging 🙈

🌈 SEE ALSO 🌈

go touch grass in these, iykyk:

• Kernel file ./drivers/net/ethernet/netronome/nfp/nfpcore/nfp_nsp.h 📁
• struct nfp_eth_table(9) ✨

and that's the whole page, bestie 💜 this little love letter came from the kernel source file ./drivers/net/ethernet/netrono... (yeah the path gets cut off right there in the original, not my fault 😭) and it's dated October 2026 — mwah, go forth and identify your NSPs responsibly 🎀💅🫶