16 results about "Legacy mode" patented technology

The invention relates to the technical field of chip packaging, in particular to a PCIe (peripheral component interface express) equipment function number border crossing prevention method supporting ARI (automatic repeat interface). The hardware layer protection process is as follows: S1-1, hot plugging; s1-2, if it is detected that the equipment declarates to support ARI, the PCIe controller hardware circuit immediately sets an equipment number register to zero; s1-3, only allowing the PCIe controller of the system to read the configuration space unidirectionally during the low level period of the reset signal PERST #; the interception process of the driving layer is as follows: S2-1, in an equipment enumeration stage, an operating system drives to dynamically read an ARI capability register; s2-2, if the equipment declarates to support ARI, forcing an equipment number register to be equal to 0, and releasing an original equipment number bit space for function number expansion; s2-3, border crossing access is blocked; and S2-4, synchronizing the state register. Compared with the prior art, correctness of device function numbers is guaranteed through two dimensions of hardware register state solidification and driver layer access truncation, and'perception-free 'fault tolerance of the PCIe device under ARI / traditional mode switching is achieved for the first time.

The invention discloses a templated business process management method, and relates to the technical field of enterprise management.The method comprises the steps that repeatable task units in a business process are represented and packaged into function components capable of being configured in a draggable mode, combined arrangement is conducted in a visual working area template, and process construction is conducted from the development coding level to the development coding level; according to the technical scheme, the method sinks to a configuration level which can be understood by business personnel, in the step of creating the visual workflow template, when the working area templates bearing specific tasks are bound with process nodes, separation and standardized packaging of business logic and execution logic are achieved, and various working area templates are predefined through a graphical interface; the node function assembly can be quickly completed only by quoting the templates in the flow chart, the defect that each node needs to be independently developed or written in a traditional mode is overcome, and the core defects that in the prior art, flow construction is complex, the reuse rate is low, and the method excessively depends on technicians are overcome.

The invention relates to the technical field of computers, and provides an intelligent operation method and device for enterprise quality management, equipment and a medium, and the method comprises the steps: constructing a quality knowledge base based on multi-source quality data in an enterprise; receiving a quality task instruction from a user or an upstream system, and analyzing a task type corresponding to the quality task instruction and key parameters associated with the quality task instruction; calling a quality management workflow template based on the task type, the key parameters associated with the task type and a quality knowledge base, and generating a corresponding workflow; executing a corresponding task based on the workflow, and collecting feedback information related to task execution; and based on the feedback information, adjusting an analysis strategy for the quality task instruction and updating the knowledge content in the quality knowledge base. According to the scheme, intelligent closed loop of quality management is realized, and the problems of low efficiency, slow response, difficult data utilization, long improvement period and the like of a traditional mode are effectively solved.

This invention discloses a method for cross-production line issue volume entrustment processing and PDCA closed-loop reconciliation management. It achieves full-process control of issue volumes from application, processing, confirmation to final destination through a Plan-Do-Check-Act cycle. The system binds full-dimensional data of the entrusting and processing parties, automatically reconciling changes before and after processing, solving the pain points of information asymmetry and unclear reconciliation in traditional models. Simultaneously, it improves process efficiency through front-end color-coded status differentiation and one-click filtering. This method is applicable to multi-unit collaborative metallurgical production lines, significantly improving the standardization and traceability of issue volume processing. This invention has been practically implemented in state-owned steel plants.

This application provides an anomaly troubleshooting method, apparatus, electronic device, storage medium, and program product, relating to the field of computer technology. The method, by invoking tools and relying on underlying client dependencies to obtain business data, middleware status, and runtime context information in real time, enables the system to possess dynamic data access and deep technical information retrieval capabilities. Based on this, semantic structured processing is used to uniformly transform user anomaly queries or system alarms into executable instructions, and the execution chain enables automated collaborative scheduling of multiple tools, replacing the traditional mode of manually switching between multiple systems, manually collecting data, and inferring root causes step by step. This mechanism integrates the originally scattered data entry points and complex troubleshooting processes into an automated system, enabling the system to quickly locate code-level root causes of problems, significantly shortening the average anomaly resolution time, reducing the workload of maintenance personnel, and improving the efficiency of problem troubleshooting.

The invention discloses an invoice data processing method and a related product. The method comprises the following steps: performing interface configuration on a target system; calling an invoice pool by using the configured interface, and performing multi-dimensional verification on invoice data in the invoice pool to obtain a verified invoice pool; the multi-dimensional verification at least comprises invoice number verification, key field verification and issuing time verification; and if the invoice pool is newly added with the invoice data, updating an input data value based on the newly added invoice data, and visually displaying the updated input data value. According to the invoice management and tax monitoring system and the invoice management and tax monitoring method, the core pain points of high adaptation cost, weak ability of checking true and false invoices, duplication checking lagging, statistical artificialization and the like in a traditional mode are solved, an integrated invoice management and tax monitoring system with automatic acquisition, intelligent checking, real-time updating and visual presentation is further constructed, and the intelligence, compliance and response agility of invoice data processing are remarkably improved.

The invention relates to a shared cache-based data processing method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: if a data pointer of target data is not queried in a local cache, acquiring the target data and a corresponding data identifier from a system disk; the data pointer is used for indicating a storage address of the target data in the shared cache; querying target data in a shared cache according to the data identifier; and creating a data pointer of the target data in the local cache based on the storage address of the target data in the shared cache. Therefore, data cache copies do not need to be independently maintained in the local caches, and the problem of memory redundancy caused by the fact that the local caches of the back-end processes repeatedly store the same data in a traditional mode is avoided; and the shared cache only undertakes a data storage function, so that lock conflicts and visibility judgment complexity caused by a multi-version mechanism are avoided, and the stability of system performance is guaranteed.

The embodiment of the invention provides an edge closing piece design and cutting control method and system for a building metal enclosure system, a storage medium and a program product, attribute information of a target edge closing piece is obtained, and common characteristics of the target edge closing piece are analyzed to determine the overall type of the edge closing piece, so that standardized classification is achieved; then, based on the overall type and attribute information of the edge closing piece, global nesting optimization is conducted with the guidance of saving the material cost to the maximum extent and meeting the machining requirement, and the continuous and unlimited characteristics of raw materials in the length direction are fully utilized to generate a cutting mode containing accurate arrangement and cutting logic; a cutting mode is converted into a visual edge closing nesting drawing and an executable file capable of being recognized by equipment, and the cutting and bending equipment is directly driven to complete automatic production of physical components. According to the method, front-end design attributes, a middle-end nesting algorithm and rear-end equipment control are deeply fused, so that the technical problems of low material utilization rate, processing data fault and low production efficiency in a traditional mode are solved.

The application provides a kind of data sharing method and system based on embedded rule, extracts entity under each subject domain and the association between entities, constructs entity relationship model, and embeds data constraint rules in entity relationship model, maps entity relationship model into physical data model, after extracting the business data required by customer, the rules embedded in physical data model can be directly called to check data. Based on the traditional mode, the business rules are scattered in the application code, database trigger or artificial experience, it is difficult to extract and reuse. Through systematic analysis, the core business rules (verified by pilot) are coded into the entity relationship model, and the data is issued together. After receiving, customers can directly call these preset rules for data verification, without starting from scratch to build a verification system, significantly reducing implementation costs.

The invention provides a code generation method and system, a model optimization method and system, a medium and equipment. According to the embodiment of the invention, based on a to-be-converted program code and a target language type, a cloud server is automatically triggered to generate a target code, a merging request for a target code branch is created, an automatic test is executed, a test result parameter is obtained, and an audit comment label is obtained; the links of manual tool chain switching and manual flow initiating in a traditional mode are eliminated, and the efficiency bottleneck caused by flow splitting in multi-terminal collaborative development is solved. And the auditing comment label, the test result parameter and the merging processing result obtained in the above process are used as high-value data of a real production environment, and a cloud server can be driven to adjust the conversion model, so that the code generation quality under an enterprise privatization application scene is improved.

According to the selected command format mode, the same opcode of existing commands will now be able to be sent using a new command format that will compress the large command and achieve the same functionality as the original large command. Examples of such include address compression, repeated fields, unnecessary known fields, etc. Instead of a long address being sent across the ASIC-NAND bus, the address sent over the bus will be represented using less bits with lower granularity. The controller will not send known repeated elements e.g. of the long address in the new format utilizing the compressed command such that the address can be transmitted only once instead of several times per each command. The new format will not include parts of the commands that are defined by the standard when it is possible to eliminate their transmission. The new command format will have two or more supported versions some of the commands, allowing introduction of new flexibility and improved performance of the device. Some of the new format's improvements can be enabled or disabled on the flight. Additionally, the new command format may be backward compatible and allow operating the flash device using the original standard command format. Using the new format, less times may be required to change the bus operation mode from Legacy mode to Toggle mode.

The present application relates to the technical field of computers. Disclosed are an operating system boot entry management method, and a device, a medium and a computer program product. The method comprises: scanning boot devices of a server, and dividing the plurality of boot devices into a plurality of boot device groups; determining priorities of the plurality of boot device groups and the number of bootloader boot entries; and in descending order of the priorities, sequentially creating bootloader boot entries for corresponding boot devices, the number of which is equal to the number of bootloader boot entries, in each boot device group. In the operating system boot entry management method provided in the present application, bootloader boot entries are sequentially created in descending order of priorities for corresponding boot devices, the number of which is equal to the number of bootloader boot entries, in each boot device group, and boot entries of a server are flexibly set on the basis of user requirements, thereby avoiding the problem of bootloader exceptions caused by an excessive number of boot devices in a legacy mode of a BIOS, and improving the usability of server products.

The invention discloses a bid evaluation full-process automatic review method and system based on a large language model. The system is based on core logic of'multi-modal analysis-structured extraction-bidirectional intelligent comparison-full-link traceability '. The system comprises six core function modules including file preprocessing, task disassembling, AI bid clearing, AI bid evaluation, result integration output and man-machine cooperation verification. The method supports the full-link automatic review of the bid invitation party, meets the self-inspection and iterative optimization requirements of the bidding document of the bidding party, and finally achieves the intelligent assistance and risk controllability of the full link of bid clearing and evaluation. All links are connected in series to form an automatic closed loop through a standardized interface, and link breakpoints in a traditional mode are thoroughly eliminated. Compliance data identified in the bid clearing stage can be directly synchronized to the bid evaluation module, and manual secondary input is not needed; and the bid evaluation result is subjected to deviation verification to automatically generate an evaluation report, so that waiting time consumption and information loss between links are avoided, and the overall project evaluation progress is remarkably accelerated.

The invention belongs to the technical field of data analysis, and particularly discloses an intelligent number asking method and system based on prompt word dynamic assembly and a program product, and aims to decouple'user intention 'and'service prompt words' by taking a data asset directory ID as a bridge and avoid strong binding of intention and full-quantity rules in a traditional mode; through dynamic analysis of the data asset directory ID and on-demand splicing of the cue word template, intelligent linkage of user intention-data asset directory ID-service cue words can be realized, so that multi-service scene accurate questions and answers under a single question entry are supported, configuration and maintenance costs are reduced, and system flexibility is improved. According to the method and the device, the tedious operation problem that different question intelligent agents need to be created in different business fields in a traditional mode can be effectively solved, and meanwhile, the problem of slow response or over-Token caused by overlong context due to full reading of cue words of data assets in different business fields in a dialogue process in the traditional mode can be effectively solved.

The invention provides an acquisition terminal operating system compatible with main control chips of different architectures, solves the problems of high version management cost, limited chip type selection and lack of a unified basic service module caused by a traditional mode of one core and one system, and realizes seamless operation of the operating system on multiple types of main control chips. The system comprises a hardware layer which is used for providing hardware resources and comprises a main control chip supporting a plurality of different architectures; the operating system layer is located on the hardware layer and used for managing hardware resources and providing a running environment for the application layer, and the operating system layer comprises a bootstrap program which comprises a preloading program module and further comprises a universal bootstrap program module; and a drive program, a hardware abstraction layer, a system kernel, a root file system and a system component. And the application layer is positioned on the operating system layer and is used for executing a terminal acquisition task and upper-layer application logic and accessing resources provided by the operating system layer through a system calling interface.

The invention discloses an automatic release system and an automatic release method for an application program. In the case, the system comprises a headquarter construction subsystem and N field deployment subsystems, a shared library module in the headquarters construction subsystem is used for packaging a shared logic of a two-stage release process in an assembly line corresponding to all application program projects into a group of versionable functions; the headquarters construction subsystem is used for responding to an issuing instruction of an application program, loading the shared library module and calling a first section of issuing process function in the shared library module so as to execute a first section of issuing process; and the field deployment subsystem is used for responding to a deployment instruction of the application program and calling a second section of release process function in the shared library module so as to execute a second section of release process. Uniform management and control and efficient management of a large-scale assembly line in a distributed environment are achieved in an automatic mode, and the technical problem that the management efficiency and reliability are low due to the fact that a traditional mode depends on manual maintenance one by one is effectively solved.