Parachain constant block production method, computer equipment and storage medium

Abstract

The present invention provides a parachain constant block production method, computer equipment and storage medium, the method comprising: in response to obtaining the packaging right of the first block of the first block height, pulling several first transactions from the memory pool, and Execute each first transaction separately: when the first transaction is a non-cross-chain parachain transaction, determine whether the first block height and the first non-cross-chain block packaging parameters of the first parachain to which the first transaction belongs Satisfy the packaging rules of the first block of the first parachain: if no, store the first transaction back into the memory pool; if yes, package the first transaction into the first block; if the first transaction is a cross-chain parallel When performing cross-chain transactions, judge whether the first block height and cross-chain block packaging parameters meet the second block packaging rules for cross-chain transactions: if no, then store the first transaction in the memory pool again; A transaction is included in the first block. This application stabilizes the run at the peak of the transaction and reduces the handling fee.

Description

technical field [0001] The present application relates to the technical field of parachains, and in particular, to a method, computer equipment and storage medium for constant block generation of parachains. Background technique [0002] In the existing main chain and parachain architecture, the parachain transactions of different parachains are combined into one main chain block, and the parachain filters its own transactions according to its title. [0003] The above mechanism will lead to an increase in parachain transactions during a certain period of time, and a large number of parachain transactions will squeeze the packaging resources of main chain transactions, resulting in congestion of the blockchain network; the level of transaction fees for consensus transactions depends on network congestion. For parallel chain transactions that are not in a hurry to be listed on the chain, the above mechanism will cause a waste of handling fees. SUMMARY OF THE INVENTION [0...

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Problems solved by technology

[0003] The above mechanism will lead to an increase in parallel chain transactions in a certain period of time, and a large number of parallel chain transactions will run out of the packaging resources of the main chain transactions, resulting in block chain network congestion; the level of consensus transaction fees depends on network congestion. For parachain transactions that are not in a hurry to go on the chain, the above mechanism will cause a waste of handling fees

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