Conflux Network Unveils Major Upgrade: v2.4.1 Enhancing Stability and Performance

By Peter Zhang
Publication Date: Nov 27, 2024, 07:15

In a significant move for the blockchain community, Conflux (CFX) has officially rolled out its latest upgrade, version 2.4.1, designed to bolster user and developer experiences through a range of technical enhancements. This upgrade not only addresses key Remote Procedure Call (RPC) functionalities but also optimizes storage solutions and refines underlying code maintenance protocols. Here at Extreme Investor Network, we delve deeper into the implications of these improvements and why they matter for the Conflux ecosystem.

Strengthening RPC Functionalities

The v2.4.1 upgrade introduces crucial enhancements to RPC methodologies, vital for developers engaging with the Conflux blockchain. Among the noteworthy implementations are the debug_trace RPCs for eSpace, paralleling Ethereum’s geth functionalities, and the eth_getBlockReceipts command.

Furthermore, this update optimizes core space debug and test namespace RPCs, elevating user experience through tailored error messaging within the eSpace main RPC method. Significant strides have also been made to accommodate both the EIP-1559 and EIP-2930 transaction types for cfx_sendTransaction and cfx_signTransaction. In addition, the introduction of support for custom error insight in eth_call and eth_estimate provides developers with greater visibility into transaction behaviors.

A standout feature of this upgrade is the newly integrated fee history cache, which maintains data for the latest 1024 blocks. This innovation is set to enhance query performance significantly. The update also enriches CallRequest functions by incorporating support for input and data, along with improved transaction pool replacement reasoning.

Enhancements to Storage and Resolving Bugs

The storage optimizations ushered in by the upgrade are equally impressive. Key enhancements include optimizations to state and account checkpoints and a complete overhaul of the state prefetcher. This meticulous effort addresses previous limitations and enhances overall blockchain efficacy.

Moreover, the Conflux team has resolved a number of critical bugs, most notably the eSpace zero gas price estimation error. Additionally, changes have been made to adjust the block gas limit in line with CIP-1559 specifications—further ensuring a seamless user experience. An important fix involves the eth_estimate command now correctly assessing sufficient balances for gas fees when a maximum fee per gas is set.

Code Maintenance for Longevity

Flexibility and adaptability are key when it comes to blockchain technologies, and this release emphasizes that with notable code maintenance improvements. Unnecessary unsafe codes have been purged, while the overall codebase refinements are tailored for enhanced maintainability.

For node operators and miners engaged with the Conflux network, it’s imperative to suspend current node operations, replace the previous executable with the new Conflux v2.4.1 node program, and restart their nodes. This will guarantee not only enhanced stability but also unparalleled performance as the network scales.

The Path Forward

The Conflux team strongly advocates for community members to upgrade to this new version to reap the benefits of improved node performance and stability. Their commitment to recognizing and incorporating community contributions underscores the collective effort towards building a robust blockchain ecosystem.

At Extreme Investor Network, we believe that staying updated with such upgrades is vital for investors and developers alike. Innovations like Conflux’s v2.4.1 are not just technical improvements; they signify a continued commitment to enhancing the decentralized landscape, offering opportunities for all stakeholders involved.

Stay tuned to Extreme Investor Network for more insights on the ever-evolving cryptocurrency and blockchain landscape. We strive to provide readers with unique analyses and in-depth information that you won’t find elsewhere.

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