Abstract:
Disclosed are a data sharing method, a network side device, a system, an electronic device, and a storage medium. The method includes: creating a sandbox for a data provider, and synchronizing information on the sandbox to a second network side device, wherein the sandbox is bound to an original database, and the information on the sandbox includes metadata of the original database; receiving a sandbox access request initiated by a data application party and forwarded by the second network side device, wherein the sandbox access request carries metadata of request data; collecting, in the original database bound to the sandbox, original data queried on the basis of the metadata of the request data; and generating response data to the sandbox access request according to the collected original data, and notifying, by means of the second network side device, the data application party to acquire the response data from the sandbox.
Abstract:
A resource scheduling method, a resource scheduling system, a device, and a computer-readable storage medium are disclosed. The resource scheduling method may include: obtaining a scheduling object from a scheduling queue (S100); and when the scheduling object is a customized resource, splitting the customized resource according to the current resource state to obtain a scheduling unit list (S200), the scheduling unit list including first scheduling units configured to form the customized resource; and sequentially scheduling the first scheduling units in the scheduling unit list (S300).
Abstract:
A terminal and a method for controlling terminal screen display information are provided. A terminal detects an operation instruction signal, determines that a desktop contraction and shift instruction is received according to the operation instruction signal, and controls a display screen to display, in a display screen subarea, desktop content contracted and shifted ro the display screen subarea. The terminal comprises a detection module and a control module. By controlling the contraction and restoration of the desktop of the terminal, the above-mentioned technical solution solves the problem that a large-screen terminal needs to be operated by two hands, and releases the other hand to do other things at the same time, thereby facilitating that the large-screen terminal can be flexibly operated by only one hand, which greatly improves the experience of a user using the large-screen terminal, and must be beneficial to the popularization of the large-screen terminal as well.
Abstract:
The disclosure provides a processing method, device and system for data of a distributed storage system. The method includes: acquiring a first schema structure of target data and a second schema structure of source data; and processing the source data into structural data of the first schema structure according to the first schema structure and the second schema structure. The disclosure solves a problem that a data schema structure in a distributed storage system in related arts is inflexible to be described. There is a beneficial effect of improving description flexibility of the data schema structure so as to improve data processing efficiency.
Abstract:
A method for mining an alarm causality, a device for mining an alarm causality, and a storage medium. The method for mining the alarm causality includes: building a system alarm environment (101) for deep reinforcement learning based on system alarm information and root cause label data of the system alarm information; and learning and generating an alarm causality model (102) representing the alarm causality and structure through an interaction between a deep reinforcement learning agent and the system alarm environment.
Abstract:
Provided are a metadata processing method and apparatus, and a computer-readable storage medium. In the metadata processing method, a management server obtains metadata to be processed, wherein the metadata to be processed includes a directory structure and file attributes; and according to a load condition of at least one first node for storing the file attributes and based on a rule that file attributes of a same directory are stored in a same first node, the management server stores, in the at least one first node, the file attributes of directories in the directory structure in a distributed manner.