Parallel Rendering: Multi-Core Integration and Testing

[aurindam]

Feature Description

Phase 4: Multi-Core Integration and Testing

1. Establish Communication Between Cortex-A and Cortex-M

   • Set up a mechanism for inter-core communication (e.g., shared memory or message-passing protocols).
   • Implement test cases to verify robust and low-latency communication between the two cores.

2. Integrate Slint Across Cortex-M and Cortex-A

   • Run the main Slint process on Cortex-M while supporting additional processing on Cortex-A as needed.
   • Develop and test scenarios where Cortex-A offloads tasks to Cortex-M, ensuring seamless operation.

3. Simulate and Handle Cortex-A Core Panic

   • Design a scenario to simulate a panic or failure on the Cortex-A core.
   • Verify that the Slint process running on Cortex-M continues unaffected.
   • Implement any recovery or fallback mechanisms needed for a robust system design.

4. Write Documentation

   • Document the setup, configurations, and steps for running Slint on Cortex-M.
   • Provide guidelines for troubleshooting and extending the system.