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1
Intro
2
Western Digital
3
Overview
4
Design Goals and Non-Goals
5
MMU PIC Shared Program Mapping
6
NOMMU PIC (Flat) Unshared Program Mapping
7
NOMMU FDPIC Shared Program Mapping
8
Text To Data Addressing
9
GP-Relative Addressing
10
Local Data Addressing
11
External (Preemptible) Data Addressing Using the Global Offset Table (GOT)
12
Procedure Calls
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FDT Structure Dynamic relocation required
14
Taking A Function's Address
15
Lazy Binding
16
Implementation Goals
Description:
Explore the intricacies of RISC-V FDPIC/NOMMU toolchain and runtime support in this 27-minute conference talk from linux.conf.au 2020. Delve into the challenges of implementing PC-relative addressing in NOMMU systems and the proposed solution using function descriptors and GP-relative addressing. Learn about the FDPIC psABI design for RISC-V systems, including modified function calling conventions and new data structures. Gain insights into the required toolchain and runtime changes for Linux/GNU systems. Cover topics such as shared program mapping, GP-relative addressing, procedure calls, lazy binding, and implementation goals for RISC-V FDPIC support.

RISC-V FDPIC - NOMMU Toolchain - Runtime Support

linux.conf.au
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