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SOF Project 2.11.0 documentation - Home SOF Project 2.11.0 documentation - Home
  • SOF Project Website
  • Introduction to the SOF Project
  • Getting Started Guides
  • Architecture & System Design
  • Platforms
    • Algorithms
    • Developer Guides
    • Firmware Binary Releases
    • Contributing to the Project
    • Technical Steering Committee (TSC)
    • API Documentation
    • Presentations
    • Frequently Asked Questions (FAQ)
    • SOF Project Website
  • GitHub
  • SOF Project Website
  • Introduction to the SOF Project
  • Getting Started Guides
  • Architecture & System Design
  • Platforms
  • Algorithms
  • Developer Guides
  • Firmware Binary Releases
  • Contributing to the Project
  • Technical Steering Committee (TSC)
  • API Documentation
  • Presentations
  • Frequently Asked Questions (FAQ)
  • SOF Project Website
  • GitHub

Section Navigation

  • Multiplexer/Demultiplexer
  • Equalizers, IIR and FIR
  • Sample Rate Conversion
  • Time Domain Fixed Beamformer (TDFB)
  • Rimage
    • Extended Manifest
  • LLEXT Modules
  • Loadable modules build guide using LMDK
  • Debugability
    • Traces
    • Coredump-reader
    • Probes
    • sof-ri-info
    • Performance Counters
    • Zephyr Shell
  • UUID Usage in SOF
  • SOF Linux Driver
    • Third Party Features User Guides
      • Keyword Detection Driver Implementation and User Guide
  • Topology 2.0
  • SOF Topology
  • SOF VirtIO design
  • Run SOF VirtIO
  • Runtime Tuning
  • Set up a Ktest-based Environment
  • SOF User Guide on NXP i.MX8 platforms
  • Set up SOF on Up Squared board with Hifiberry DAC+ (STD)
  • Unit Tests
  • CMake Arguments
  • Testbench
    • Build and Run Testbench
    • Debug Component in Testbench
    • Prepare a New Component for Testbench
    • Test Audio Quality
  • Xtensa Simulator (xt-run)
  • Fuzzing
    • Fuzzing in Docker
    • Build a Fuzzing Testbench with AFL
  • Build on Windows 10 with WSL
  • Developer Guides
  • Fuzzing

Fuzzing#

  • Fuzzing in Docker
    • Instructions
    • Important notes
  • Build a Fuzzing Testbench with AFL
    • Install AFL
    • Build a testbench with AFL instrumentation
    • Run AFL
    • Example

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Xtensa Simulator (xt-run)

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Fuzzing in Docker

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