Weekly Report #8 (2024–08–22)
Progress Overview
- libp2p Extension:
This week, we focused on extending libp2p by developing two sub-protocols over Yamux multiplexing. These sub-protocols are designed to address two major communication tasks: WASM file distribution and Monadring consensus. The following registrations have been defined:
- WASM Code Requests:
Registered at /ip4/1.2.3.4/tcp/{protocol-id}/nucleus/{nucleus-id}, this sub-protocol will handle requests for WASM code distribution across the network.
- Token Delivery:
Registered at /ip4/1.2.3.4/tcp/{protocol-id}/monadring/token/{nucleus-id}, this sub-protocol will manage the delivery of tokens within the Monadring consensus mechanism.
- Subnet State Requests:
Registered at /ip4/1.2.3.4/tcp/{protocol-id}/monadring/sync/{nucleus-id}, this sub-protocol will facilitate requests for subnet state information, ensuring synchronized operations across the network.
2. Dynamic Data Transfer Implementation:
We successfully implemented dynamic data transfer for host functions, with key improvements including:
- Optimized Data Exchange:
Enhanced the mechanism for data exchange between WebAssembly and the host environment, leading to smoother interactions and better performance.
- Improved Efficiency and Flexibility:
The system now handles large datasets more efficiently, with increased flexibility, minimizing processing delays.
- Memory Usage Reduction:
Memory usage has been significantly reduced, which has, in turn, boosted overall system performance.
3. System Bug Fixes:
Various critical system bugs were addressed this week:
- Memory Management Enhancements:
We resolved issues related to memory management, which has improved the overall stability of the system.
- Data Consistency Assurance:
Fixed inconsistencies in data handling, ensuring that operations across different modules are now more reliable.
- Error Handling Optimization:
The error handling mechanisms were optimized, resulting in a more robust system capable of gracefully managing unexpected issues.
4. Get Interface Refactoring:
The get interface underwent significant refactoring to improve performance and reliability:
- Caching Mechanism Introduction:
A new caching mechanism was implemented, enhancing efficiency by speeding up access to frequently requested data.
- Memory Operation Optimization:
We optimized memory read/write operations, reducing unnecessary data copying and improving overall throughput.
- Enhanced Error Handling:
The error handling process was improved, now providing more detailed and actionable error information for better debugging and resolution.
Next Week’s Plan
- Scheduled Tasks Implementation:
Our primary focus for next week will be on implementing scheduled tasks functionality, which will allow for automated and timed execution of critical system processes. - Application Features Discussion and Planning:
We will also hold a detailed discussion to plan and outline new features for the application, prioritizing those that align with our overall development goals and timelines.
