8 results about "Software business" patented technology

The present invention discloses a log anomaly detection system based on process invariants. The system is divided into two main parts: a process invariant mining subsystem and a log anomaly detection subsystem. The process invariant mining subsystem is the core component of the system. It is responsible for extracting process invariants from logs and mainly works in the training stage. Its main process is divided into three steps: mining event correlation relationships, restoring software business processes, and analyzing event variable associations. The log anomaly detection subsystem works in the detection stage. According to the process invariants obtained in the training stage, it detects possible abnormal records in the logs and discovers software anomalies. The present invention adopts a window mechanism to discover event correlations based on the frequency principle, reconstructs the branch structure of the software business process, and at the same time introduces event variables into the process invariants, making the content and form of the process invariants richer and more accurate.

The invention relates to the technical field of business data processing, and provides a business management method and system for enterprise management software. The method comprises the following steps: obtaining a service feature-service processing logic relationship according to service feature data and service processing information; constructing an enterprise software business processing strategy database based on the business feature-business processing logic relationship; performing feature point marking on the to-be-processed service information to obtain a service feature value set; performing similarity analysis on the business characteristic value set and an enterprise software business processing strategy database by adopting a similarity algorithm, and outputting a target software business processing strategy; and performing service processing on the to-be-processed service information based on the target software service processing strategy to obtain service processing feedback data, and performing service optimization management based on the service processing feedback data. By adopting the method, the technical effects of improving the business processing intelligence and pertinence of the enterprise management software, improving the business processing accuracy and further improving the business management efficiency can be achieved.

The invention discloses an information system business interface object management method and system, and the method comprises the steps: sending a communication registration command to all business function software after business interface management software is started, thereby building a communication link; when the business function software needs to be started, creating a main interface of the business function software, extracting a handle value of the main interface, adding the handle value into an interface registration request, and sending the interface registration request to the business interface management software; the business interface management software creates a window container to embed an interface and performs intelligent layout on the window container, and when the layout is completed, the business function software is started; when the service function software needs to exit, an exit request command is sent to the service interface management software; the service interface management software cancels the window container where the interface is located and sends an interface cancelling command to the service function software; and the service function software dynamically unloads the interface object. According to the invention, intelligent layout of a multi-service function software interface can be realized.

The invention provides a multi-core real-time online debugging analysis method, device and equipment for a multi-core processing chip, and the method comprises the steps: pre-distributing a shared memory region which can be accessed by each processing core in a memory of the multi-core processing chip according to a debugging demand and a business application memory occupation condition, and enabling the shared memory region to be used for the access of debugging information; defining a debugging information storage variable for storing service data; inserting debugging information extraction logic into the to-be-monitored service software, and during enabling, writing service data into the debugging information storage variable and storing the service data into the shared memory area to serve as debugging information while the service of the service software is executed; debugging information monitoring logic is configured in any processing core of the multi-core processing chip, debugging information is continuously and circularly obtained through a preset triggering mechanism, and abnormity positioning analysis is carried out. According to the method, asynchronous data transmission is achieved through the shared memory, online debugging analysis is achieved, the multi-core debugging capacity of the multi-core processing chip can be improved to a great extent, and rapid problem positioning is achieved.

On the basis of the design idea of DDD software, a four-layer architecture serves as a software design framework, a Modelica modeling tool serves as a professional universal language basis, and the software design method and system for achieving field drive design based on Modelica are provided. The core of the method is that software service items are classified according to domain functions and layered according to a DDD architecture, corresponding function modules and units are arranged in a domain layer and an application layer respectively, a Modelica language is applied to establish a domain model and an application model, and finally the models are converted into C / C + + application codes. The method can be used for reconstruction of an existing three-layer architecture-based software system and can also be used for design and development of a brand-new software system, so that basic codes or modules in a field layer can be adapted to wider reuse of an application layer, complex and changeable field requirements can be met, and the application layer can be widely applied to the field layer. The problems that a software system is bloated and inflexible to use due to repeated configuration are solved, and the operation efficiency of software and the efficiency of software design work can be improved.

The embodiment of the present specification discloses a software micro-service containerization construction method, device, equipment and medium, comprising: splitting software business into multiple micro-services according to business process; encapsulating the multiple micro-services through docker to generate images corresponding to each micro-service; uploading the images corresponding to each micro-service to a pre-created docker warehouse; in the docker warehouse, obtaining images required for constructing a specified software according to a preset orchestration tool; and constructing the specified software according to the required images. The embodiment of the present specification combines the advantages of micro-service and containerization, micro-service modularizes and disassembles software to meet the needs of different customers, docker container isolates micro-service modules, container orchestration facilitates software deployment, upgrade, start-stop and other operations, and reduces public dependency redundancy.

The invention provides a software layering testing method and system, computer equipment and a storage medium. The software layering testing method comprises the steps that a software code of to-be-tested software is subjected to business layer and interface layer separation; constructing an API interface for calling connection of the interface layer code and the business layer code; adding a code coverage rate compiling condition into the software code to form a software version with code coverage rate information; using an API interface to output a test script of a service function; running the test script in the software version with the code coverage rate information, and generating a test report and a code coverage rate report; when it is judged that the code coverage rate of the business layer code during testing does not reach the target value, a new test script is generated, and repeated testing is conducted till the code coverage rate reaches the target value. According to the scheme, the software business layer and the interface layer can be separated, so that the function test of the business layer does not depend on the interface, the test deployment is not influenced by the interface change, and the test efficiency can be improved.