Bubbi Network Files Patent for "Smart Contract Debugging," Promising Enhanced Development Efficiency

Bubbi Network Files Patent for "Smart Contract Debugging," Promising Enhanced Development EfficiencyOn December 12, 2024, the State Intellectual Property Office of China announced that Bubbi (Beijing) Network Technology Co., Ltd

Bubbi Network Files Patent for "Smart Contract Debugging," Promising Enhanced Development Efficiency

On December 12, 2024, the State Intellectual Property Office of China announced that Bubbi (Beijing) Network Technology Co., Ltd. filed a patent application titled "Debugging Method, Device, Storage Medium, and Electronic Equipment for Smart Contracts," with publication number CN119105843A and application date September 2024. This patent application focuses on providing a highly efficient smart contract debugging solution, promising to significantly improve the development efficiency and reliability of smart contracts.

The patent abstract details the key technical aspects of the debugging method, device, storage medium, and electronic equipment. The core of the method lies in creating an isolated debugging environment to minimize the impact on the actual blockchain network and ensure the security and reliability of the debugging process. The specific steps are as follows:

First, the system receives the smart contract code to be debugged. This could be a newly written contract requiring testing and improvement, or an already deployed contract needing bug fixes.

Next, the system initializes a blockchain network, distinct from the mainnet or testnet, specifically designed for debugging. This initialized blockchain network includes a smart contract virtual machine (EVM), the underlying environment for smart contract execution. This isolated environment is crucial for preventing errors or exceptions during debugging from affecting the actual blockchain network, ensuring mainnet security and data consistency.

Then, using the WebSocket protocol, the smart contract to be debugged is deployed to this initialized blockchain network. WebSocket, a bidirectional communication protocol, allows real-time data exchange, making the debugging process more efficient. This allows developers to conveniently send commands and data to the EVM and receive results in real-time.

After deploying the smart contract to the EVM, the system initializes the EVM, preparing for code debugging. This includes loading necessary libraries and configuring the EVM's runtime environment.

Next, functional debugging begins. Developers use the WebSocket protocol to encapsulate transaction requests, which drive the EVM to execute the smart contract based on these requests. This enables developers to simulate various transaction scenarios, testing the smart contract's behavior under different conditions. This allows for more comprehensive testing and timely identification and resolution of potential vulnerabilities.

During execution, the system reads debugging results in real-time. These results include the smart contract's runtime status, transaction results, and any error messages. This information is crucial for developers to analyze the smart contract's performance and behavior.

Based on these debugging results and pre-set expected results corresponding to the smart contract being debugged, developers can adjust and optimize the smart contract code. This includes fixing bugs, optimizing performance, and improving reliability.

After adjusting the code, developers repeat the debugging process to verify that the modified code achieves the expected results. This iterative process continues until the developer confirms the debugging is complete and all expected goals are met.

Finally, the system releases the initialized blockchain, freeing up resources. This step highlights the importance of resource management; releasing the dedicated debugging blockchain ensures resource efficiency and availability for subsequent debugging tasks.

The core value of Bubbi Network's "Debugging Method, Device, Storage Medium, and Electronic Equipment for Smart Contracts" patent is its enhancement of smart contract debugging efficiency. Traditional methods are often inefficient and error-prone. This patent's approach, through an isolated debugging environment and real-time interaction using WebSocket, significantly improves debugging efficiency and reduces the probability of errors.

This efficient debugging method is crucial for smart contract development and maintenance. As a critical component of blockchain technology, the security and reliability of smart contracts directly impact the stable operation of the entire blockchain system. Efficient debugging tools help developers quickly and effectively identify and fix vulnerabilities, improving smart contract security.

Furthermore, the patent encompasses devices, storage media, and electronic equipment, suggesting Bubbi Network may have developed a complete smart contract debugging toolset. This will further ease developer adoption and drive the development and application of smart contract technology.

The success of this patent application demonstrates Bubbi Network's strong capabilities in blockchain technology research and development, and its proactive attitude towards advancing blockchain technology and its applications. As blockchain technology becomes increasingly prevalent across various sectors, efficient smart contract debugging tools will become even more vital. Bubbi Network's patent application will undoubtedly have a positive impact on smart contract development and application. In the future, as this technology matures and is widely adopted, it will likely aid developers in building more secure, reliable, and efficient smart contracts, further promoting the adoption of blockchain technology. This will be significant in fostering a healthy blockchain ecosystem. The potential applications are extensive, benefiting fields from fintech to supply chain management.