Abstract: A method for breeding a virtual pet is provided, including: displaying a mating market interface, the mating market interface including virtual pets in a mating state; selecting a paternal virtual pet from the virtual pets in the mating state via the mating market interface according to a first operation; displaying a pet breeding interface, the pet breeding interface including a paternal pet field and a maternal pet field, and the paternal virtual pet having a first pet image being displayed in the paternal pet field; adding a maternal virtual pet having a second pet image to the maternal pet field according to a second operation; and displaying a breeding result interface comprising a filial virtual pet when breeding succeeds, the filial virtual pet having a third pet image generated based on a genetic inheritance rule according to the first pet image and the second pet image.

Abstract: A method for trading a virtual pet commodity is provided, performed by a server providing backend support for an application program, the application program being provided with virtual pets, and at least one pet image of each of the virtual pet being generated based on a genetic inheritance rule. The method includes: receiving a purchase request transmitted by a first terminal; obtaining first verification information according to the purchase request, the first verification information being information stored in a blockchain system; and transferring ownership of the first pet commodity from a second account to a first account when the first verification information indicates that the purchase request is valid.

Abstract: A method for breeding a virtual pet is provided, including: displaying a mating market interface, the mating market interface including virtual pets in a mating state; selecting a paternal virtual pet from the virtual pets in the mating state via the mating market interface according to a first operation; displaying a pet breeding interface, the pet breeding interface including a paternal pet field and a maternal pet field, and the paternal virtual pet having a first pet image being displayed in the paternal pet field; adding a maternal virtual pet having a second pet image to the maternal pet field according to a second operation; and displaying a breeding result interface comprising a filial virtual pet when breeding succeeds, the filial virtual pet having a third pet image generated based on a genetic inheritance rule according to the first pet image and the second pet image.

Abstract: A method, an apparatus, and a system for shielding harassment by a mention in user generated content (UGC) are provided. The method includes: receiving a UGC publication request; parsing the UGC publication request to determine whether a mentioned object is included; determining whether the UGC publication request meets a preset harassment determining condition if it is determined that the mentioned object is included; and forbidding sending message content of the UGC publication request to the mentioned object if the preset harassment determining condition is met. A defect of processing after occurrence of harassment by a mention is overcome, beforehand processing for the harassment by a mention in UGC is implemented, and the efficiency of processing the harassment by a mention in UGC is improved; moreover, automatic shielding of the harassment by a mention in UGC is implemented, and a defect of manual examination is overcome.

Abstract: A data synchronization method is provided. The data synchronization method includes providing a first server with a master flag and a write flag for a data block; providing a second server; and importing a snapshot of the data block to the second server. The method further includes configuring a synchronizing flag for the data block on the second server; synchronizing, by a synchronizing component, data of the data block on the first server to the second server; and removing the write flag of the data block on the first server when the data block is to be migrated out of the first server.

Abstract: A data synchronization method is provided. The data synchronization method includes providing a first server with a master flag and a write flag for a data block; providing a second server; and importing a snapshot of the data block to the second server. The method further includes configuring a synchronizing flag for the data block on the second server; synchronizing, by a synchronizing component, data of the data block on the first server to the second server; and removing the write flag of the data block on the first server when the data block is to be migrated out of the first server.

Abstract: A method, an apparatus, and a system for shielding harassment by a mention in user generated content (UGC) are provided. The method includes: receiving a UGC publication request; parsing the UGC publication request to determine whether a mentioned object is included; determining whether the UGC publication request meets a preset harassment determining condition if it is determined that the mentioned object is included; and forbidding sending message content of the UGC publication request to the mentioned object if the preset harassment determining condition is met. A defect of processing after occurrence of harassment by a mention is overcome, beforehand processing for the harassment by a mention in UGC is implemented, and the efficiency of processing the harassment by a mention in UGC is improved; moreover, automatic shielding of the harassment by a mention in UGC is implemented, and a defect of manual examination is overcome.

Abstract: Embodiments of the present invention disclose a data synchronization method and system. Update data from external is written to a first data storage system in a write operation by a first writing module. The write operation is recorded and a binary log (BinLog) is generated according to the update data by a generating module. The BinLog is written separately to a cache pool and a BinLog file in a magnetic disk by a second writing module. When performing synchronization for the update data, the cache pool is searched for the BinLog corresponding to the update data, and the BinLog is sent to a second data storage system for data synchronization by a synchronization module. A synchronization scheme for asynchronous transmission based on a cache pool and a BinLog file is disclosed. A data storage system is separated from a data synchronization system for updating data copies to a latest state.

Abstract: According to an example, a client transmits to a server a querying request for querying number of visits of a UGC. The server obtains the number of visits of the UGC according to retrieved times of the UGC in a UGC system and provides the number of visits to the client. The client displays the number of visits of the UGC in association with the UGC.

Abstract: A preparation method of small particle-sized polybutadiene latex used for the production of ABS is disclosed, which includes putting components comprising 34.00-45.00% by weight of the butadiene, 0-6.0% by weight of the second monomer, 52.11-63.13% by weight of the desalinized water, 0.12-0.22% by weight of the mercaptan(TDM), 0.80-2.60% by weight of the emulsifiers composed of potassium abietate and potassium oleate, into the same polymerization reactor, then heating the mixture of the components and stirring the same at a temperature range of 60-75° C. The reaction lasts for 9-12 hours and the conversion is higher than 97%. The method has the advantages such as higher conversion, shorter reaction period and lower latex viscosity. During the first stage of the reaction, more heat is released by increasing the reaction rate. When the conversion reaches 40-80%, the heat release rate of intermediate stage is depressed by decreasing the reaction temperature.

Abstract: A preparation method of small particle-sized polybutadiene latex used for the production of ABS is disclosed, which includes putting components comprising 34.00-45.00% by weight of the butadiene, 0-6.0% by weight of the second monomer, 52.11-63.13% by weight of the desalinized water, 0.12-0.22% by weight of the mercaptan(TDM), 0.80-2.60% by weight of the emulsifiers composed of potassium abietate and potassium oleate, into the same polymerization reactor, then heating the mixture of the components and stirring the same at a temperature range of 60-75° C. The reaction lasts for 9-12 hours and the conversion is higher than 97%. The method has the advantages such as higher conversion, shorter reaction period and lower latex viscosity. During the first stage of the reaction, more heat is released by increasing the reaction rate. When the conversion reaches 40-80%, the heat release rate of intermediate stage is depressed by decreasing the reaction temperature.