Method and apparatus for processing resource of block chain, device and medium

An electronic device, comprising:

• at least one processor;
• and
• a storage device, communicatively connected with the at least one processor,
• wherein the storage device stores instructions executable by the at least one processor, and the instructions, when executed by the at least one processor, cause the at least one processor to perform operations, the operations comprising:
• issuing a stake certificate in a block chain based on a set stake certificate issuing mechanism, allocating the stake certificate to a stake account according to a stake proportion, and storing operation data of the issuing and allocating the stake certificate into the block chain, the stake account referring to a block chain account of a computer node of the block chain, wherein the issuing a stake certificate in a block chain based on a set stake certificate issuing mechanism, allocating the stake certificate to a stake account according to a stake proportion, and storing operation data of the issuing and allocating the stake certificate into the block chain comprises:
• ascertaining, when a creation for the block chain is initiated, a total number of initially issued stake certificates, and allocating the stake certificates according to the stake proportion of each stake account, and
• storing the total number of the stake certificates and the stake certificate allocated to the each stake account to a genesis block of the block chain, wherein the total number of the stake certificates is constant, and the stake certificates are not used in resource circulation and are not associated with the circulation resource changeable in the resource circulation;
• issuing the circulation resource in the block chain based on a set circulation resource issuing mechanism, allocating the circulation resource to the block chain account according to a circulation resource allocation strategy, and storing operations of the issuing and allocating the circulation resource into the block chain;
• ascertaining, during operation of the block chain, a block-producing node according to a delegated proof of stake consensus algorithm, by using the stake certificate of each stake account as a consensus certificate;
• sorting the state accounts according to the state proportion;
• and
• controlling computer nodes of the state accounts sequentially as the block-producing node according to an order of a sorting result.

A non-transitory computer readable storage medium, storing computer instructions, wherein the computer instructions are used to cause a computer to perform operations, the operations comprising:

• issuing a stake certificate in a block chain based on a set stake certificate issuing mechanism, allocating the stake certificate to a stake account according to a stake proportion, and storing operation data of the issuing and allocating the stake certificate into the block chain, the stake account referring to a block chain account of a computer node of the block chain, wherein the issuing a stake certificate in a block chain based on a set stake certificate issuing mechanism, allocating the stake certificate to a stake account according to a stake proportion, and storing operation data of the issuing and allocating the stake certificate into the block chain comprises:
• ascertaining, when a creation for the block chain is initiated, a total number of initially issued stake certificates, and allocating the stake certificates according to the stake proportion of each stake account, and
• storing the total number of the stake certificates and the stake certificate allocated to the each stake account to a genesis block of the block chain, wherein the total number of the stake certificates is constant, and the stake certificates are not used in resource circulation and are not associated with the circulation resource changeable in the resource circulation;
• issuing circulation resource in the block chain based on a set circulation resource issuing mechanism, allocating the circulation resource to the block chain account according to a circulation resource allocation strategy, and storing operations of the issuing and allocating the circulation resource into the block chain;
• ascertaining, during operation of the block chain, a block-producing node according to a delegated proof of stake consensus algorithm, by using the stake certificate of each stake account as a consensus certificate;
• sorting the state accounts according to the state proportion;
• and
• controlling computer nodes of the state accounts sequentially as the block-producing node according to an order of a sorting result.