Auxiliary method for efficiently reading intelligent contracts

Abstract

The invention discloses an auxiliary method for efficiently reading intelligent contracts. The method comprises the following steps of inputting all read contracts and extracts identifiers and Token sequences of the read contracts by a user; then inputting a to-be-read contract by the user; extracting an identifier and a Token sequence; and comparing with identifiers and Token sequences of all intelligent contracts in a database, calculating the comprehensive similarity of the read contracts and all read contracts, outputting the contracts with the top ten comprehensive similarities, and respectively marking the different parts of the output contracts and the to-be-read contracts to assist a user in efficiently and finely reading a large number of intelligent contracts. Through the method,the part different from the viewed contract can be quickly found, so that the reading time is saved, and the efficiency of finely reading a large number of intelligent contracts can be improved by both programmers and non-programmers. In addition, programming personnel can quickly learn and compile the intelligent contract by means of the tool. The functions of the same type are slightly different in implementation, and the method can be used for quickly obtaining the difference, thereby designing an intelligent contract which is safer and more comprehensive in function.

Description

technical field [0001] The invention relates to the fields of blockchain and smart contracts, in particular to an auxiliary method for efficiently reading smart contracts. Background technique [0002] In 1994, Nick Szabo was inspired by the principle of vending machines, first proposed the concept of "smart contract", and defined smart contract as "a computerized transaction agreement that executes contract terms". Smart contracts are more efficient and less costly than traditional contracts. Traditional contracts need to be negotiated and written in the form of "desktop agreements". Smart contracts can use the Internet and digital signature technology to form smart contracts with contracting parties' authentication signatures; the execution process of traditional contracts is composed of many control protocols. The control protocols include: record (forms, bills, etc.) preservation, record review and negotiation. The review and negotiation of records often requires the p...

AI Technical Summary

Problems solved by technology

The technical problem to be solved by the present invention is to provide a method for calculating the similarity of smart contracts. By recommending to the user contracts that are similar to the contracts that have been read and the contracts to be read, the user is prevented from spending time on the familiar parts of the contract to be read. , which solves the problem that the original smart contract reading aid cannot assist in reading the details of the contract function

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