Provide VPP plugin and DPDK architecture guidance with C/C++ boundaries.
npx skills add https://github.com/stolyarchuk/copilot-skills --skill vpp-expert
Please help me install this Agent Skill. Skill: vpp-expert Source: https://github.com/stolyarchuk/copilot-skills/tree/main/skills/vpp-expert Command: npx skills add https://github.com/stolyarchuk/copilot-skills --skill vpp-expert
This Skill provides authoritative guidance for designing and implementing high-performance VPP/DPDK components, including plugins, nodes, and dataplane integrations, with practical patterns and safe design practices.
c_api.h.Provide a production-grade architecture plan for a new VPP/DPDK dataplane feature, including a C/C++ boundary strategy and a sample c_api.h bridge.
High-intent search queries and answers about installing and using this skill.
Structure VPP plugins by confining C to VPP-facing components and C++ to core logic, bridged by a stable c_api.h interface. This separation ensures safe, scalable dataplane operations while allowing complex logic in C++.
Use C for DPDK integrations and VPP-facing components requiring direct framework interaction, and C++ for core logic. A stable c_api.h bridge connects the boundaries, maintaining production-grade performance and safe design.
Design a VPP dataplane feature arc by establishing clear C/C++ boundaries and outlining a minimal, testable example. Emphasize validation steps and reference official VPP and DPDK docs to ensure scalable architecture.
Yes, you can use C++ for core logic in a VPP plugin by bridging it with a stable c_api.h interface. This pattern maintains high-performance dataplane execution while isolating complex C++ logic from VPP-facing C components.
Start building a VPP plugin by creating a production-grade architecture plan that defines a C/C++ boundary strategy and a sample c_api.h bridge. Include validation steps and reference materials to guide safe, scalable delivery.
Mixing C and C++ in high-performance networking plugins requires strict boundary management via a stable c_api.h interface to prevent ABI mismatches. You must carefully delineate VPP-facing C components from C++ core logic to avoid scalability issues.
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