Abstract: A key name generation method includes constructing a member structure library according to a set data structure template and member categories contained in various types of components, wherein the member structure library contains member structure information corresponding to each member category; upon acquiring a reading instruction for data, retrieving, from the member structure library on the basis of a data identifier carried in the reading instruction for the data, target member structure information matching the data identifier; and determining, on the basis of the target member structure information and a structure array identifier contained therein, key description information corresponding to the target member structure information, and taking the key description information as a key name of the data. A key name generation apparatus and a medium are also disclosed herein.

Abstract: A key name generation method includes constructing a member structure library according to a set data structure template and member categories contained in various types of components, wherein the member structure library contains member structure information corresponding to each member category; upon acquiring a reading instruction for data, retrieving, from the member structure library on the basis of a data identifier carried in the reading instruction for the data, target member structure information matching the data identifier; and determining, on the basis of the target member structure information and a structure array identifier contained therein, key description information corresponding to the target member structure information, and taking the key description information as a key name of the data. A key name generation apparatus and a medium are also disclosed herein.

Abstract: A register reading method and apparatus, a device and a medium. After a server is crashed, a CPU-register collecting request is triggered. Different types of CPUs correspond to different types and quantities of registers that require data collection. Therefore, by firstly determining the register required to be read corresponding to the CPU type, and determining the reading mode of the register, the disadvantage that the reading mode that may merely use a single instruction may not satisfy the demand on field crashing analysis is prevented. Subsequently, by using a PECI bus, the register data of a plurality of registers are read. By collecting the registers of the CPU directly by using the PECI bus, the problem that the performance excessively relies on the stability of the ME due to the intermediate transfer via the ME is prevented, which greatly increases the reading success rate of the registers.

Abstract: A register reading method and apparatus, a device and a medium. After a server is crashed, a CPU-register collecting request is triggered. Different types of CPUs correspond to different types and quantities of registers that require data collection. Therefore, by firstly determining the register required to be read corresponding to the CPU type, and determining the reading mode of the register, the disadvantage that the reading mode that may merely use a single instruction may not satisfy the demand on field crashing analysis is prevented. Subsequently, by using a PECI bus, the register data of a plurality of registers are read. By collecting the registers of the CPU directly by using the PECI bus, the problem that the performance excessively relies on the stability of the ME due to the intermediate transfer via the ME is prevented, which greatly increases the reading success rate of the registers.

Abstract: A method and apparatus for BMC-parameter configuring and taking-effect, a device and a medium.

Abstract: A method and apparatus for BMC-parameter configuring and taking-effect, a device and a medium.

Abstract: A polling method for server sensors, a polling system for server sensors, and a computer-readable memory medium. The polling method includes: when a BMC is activated, acquiring attribute information of sensors (S101); classifying the sensors according to polling cycles in the attribute information (S102); adding the sensors with the same polling cycle into a same preset data structure (S103); and polling the sensors in the preset data structure using a thread (S104). According to the method, the problem of low polling efficiency caused by polling sensors with different cycles using a single thread may be solved, and each sensor may be polled independently while minimizing influences between polling of the sensors.

Abstract: A polling method for server sensors, a polling system for server sensors, and a computer-readable memory medium. The polling method includes: when a BMC is activated, acquiring attribute information of sensors (S101); classifying the sensors according to polling cycles in the attribute information (S102); adding the sensors with the same polling cycle into a same preset data structure (S103); and polling the sensors in the preset data structure using a thread (S104). According to the method, the problem of low polling efficiency caused by polling sensors with different cycles using a single thread may be solved, and each sensor may be polled independently while minimizing influences between polling of the sensors.