184 results about "Change request" patented technology

Mechanisms are provided for representing impacts of changes to objects in a computing system on dependent objects of the computing system. Metadata from monitored computing devices of the computing system is collected, where the metadata is associated with objects of the computing devices. A user and object metadata and relation repository (UOMRR) is generated from the metadata, where the UOMRR comprises a lineage graph that represents a dependency of the objects. A change request is received for changing a resource of a computing device in the monitored computing devices. A source object is identified in the lineage graph corresponding to the change request, and paths in the lineage graph corresponding to the source object are identified. Impact scores are calculated for each of the paths, where the impact scores quantify an impact of the change request on dependent objects of the corresponding path.

The invention relates to a configuration management system and method and a storage medium. Wherein the server side is used for receiving to-be-processed configuration change information submitted by a user, and performing structured processing on the to-be-processed configuration change information according to a preset configuration table structure to generate a configuration table; wherein the configuration table is composed of a plurality of rows and a plurality of columns, each row represents one configuration item, each column represents one attribute of the configuration item, and the configuration table supports a user-defined column structure; and when receiving a configuration change request, the server performs uniqueness verification and aggregation processing on the configuration item to obtain target configuration data, and pushes the target configuration data to the client. According to the method and the device, manual operation errors can be effectively reduced, the efficiency and the accuracy of configuration management are improved, and the problem of configuration inconsistency or configuration errors caused by differences of different clients in aggregation standards, implementation modes or versions can be avoided.

The invention discloses an automatic testing method and device, a storage medium and a program product, and relates to the technical field of software testing, and the automatic testing method comprises the following steps: receiving a business change request; an affected service scene is identified according to the service change request, a test case set covering the affected service scene is generated through a preset case design model, and the case design model is constructed based on pre-acquired service knowledge and scene knowledge; and based on the test case set, generating and executing an automatic test script. According to the method and the device, the case design model is constructed through the business knowledge and the scene knowledge, so that the automatic generation of the automatic test script is realized, the problem of low test efficiency caused by complex and diversified business rules and frequent change in the existing automatic test is solved, and the automatic test efficiency is improved.

The invention provides a server load balancing method and device, a medium and a program product, and a specific implementation mode of the application comprises the steps that after a load balancer receives a task request, attributes such as basic types (authentication, authorization and charging), priorities and protocol versions of the request are analyzed firstly; meanwhile, the resource utilization rate, response time, health state and other information of the server cluster are monitored in real time, a dynamic strategy decision tree is constructed based on the data, in addition, the load balancer sends a health check request to the server regularly, whether the server breaks down or not is judged according to the state information returned by the server, and the service life of the server is prolonged. And if a fault exists, removing the fault from the request allocation list to ensure that the request is always allocated to the available server. According to the method, the dynamic adjustment of the load balancing strategy and the update of the request allocation list are realized, and the resource utilization rate of the server is improved so as to cope with the rapidly changed request load and flow mode.

The invention relates to a branch database management method and device, computer equipment and a storage medium. The method comprises the steps that in response to a first change request for a branch database, the existence state of first to-be-changed data in a branch data block needing to be changed in the branch database is determined; the branch database is used for recording database contents in the original database at a target moment; the target moment is an establishment moment of the branch database; under the condition that the existence state characterization branch database does not exist, obtaining a first snapshot of the branch data block; generating a branch data block in a branch database according to the first snapshot; and executing a change operation matched with the first change request on the first to-be-changed data in the branch data block. By adopting the method, the influence on the performance of the original database can be reduced to the greatest extent, and continuous and stable operation of the main business is guaranteed.

The invention relates to a task processing method and device, equipment, a medium and a product. The method comprises the following steps: receiving a code change request, wherein the code change request carries code change information and a code change type; generating a task dependency graph of the code change request based on the code change information and the code change type; analyzing a dependency relationship among the tasks in the task dependency graph, and generating an execution strategy corresponding to each task; and for each task, determining a target agent according to an execution strategy corresponding to the task under the condition that the task is determined to meet an execution condition based on the execution strategy corresponding to the task, and executing the task by using the target agent. By adopting the method, the task processing efficiency can be improved through a dynamic task arrangement mechanism in a complex multi-task and multi-environment parallel construction scene.

An electronic device that can execute communication in a first communication mode via wireless communication with an external access point and communication with an external apparatus in a second communication mode different from the first communication mode is provided. The device changes an access point of a connection destination connected with the first communication mode to another access point on a basis of a change request received from the access point, and suppresses a change of an access point of a connection destination based on the change request in a case where a connection in the first communication mode is established and the second communication mode is activated.

The invention provides a micro-front-end application operation method which can be applied to the technical field of distributed and software development. The micro-front-end application operation method comprises the steps that a micro-front-end application is divided into a main application and a plurality of sub-applications, the sub-applications are distributed in a plurality of different servers, and at least one sub-application comprises one or more sub-pages; routing rule configuration is carried out on the sub-application in the main application, and the routing rule configuration comprises the step of transforming a routing rule of the sub-application so as to obtain a transformed sub-application route; and in response to the route change request, the main application executes a route cooperation operation based on the transformed sub-application route, and the route cooperation operation is used for executing a sub-application loading or switching operation. The invention further provides a micro-front-end application operation device and equipment, a storage medium and a program product.

The application provides a method for refreshing a user interface and an electronic device. The method can be applied to the electronic device, and the method comprises: the electronic device detecting a first user interface change request of a first application, the first application running in the background of the electronic device; the electronic device caching the first user interface change request; when the electronic device detects that the first application switches to run in the foreground, updating a user interface change corresponding to the first user interface change request to the user interface of the first application. The technical solution can cache a change request corresponding to a user interface change of a background running application, and when the background application is visible, the user interface change is applied to the user interface, thereby avoiding a conflict problem caused by concurrent access of multiple applications.

The embodiment of the invention provides a full-scene change management method and system, and the method comprises the steps: responding to an obtained change request, carrying out the analysis and recognition of the content of a change file, and determining the related change type, and the change file comprises the change operation content related to the change; for the non-field implementation change type, checking the change operation according to the change checking rule set; when the auditing result shows that the current change operation has the risk action point, recording the change operation, and outputting an alarm at the same time; for a field implementation change type, identity information of a user entering and leaving a change area is obtained through identity recognition equipment, and starting and ending time of a change event is determined based on time of entering and leaving the change area; and storing the user identity information, the change area and the change event starting and ending time.

Approaches in accordance with various embodiments can perform spatial hash map updates while ensuring the atomicity of the updates for arbitrary data structures. A hash map can be generated for a dataset where entries in the hash map may correspond to multiple independent values, such as pixels of an image to be rendered. Update requests for independent values may be received on multiple concurrent threads, but change requests for independent values corresponding to a hash map entry can be aggregated from a buffer and processed iteratively in a single thread for a given hash map entry. In the case of multi-resolution spatial hashing where data can be stored at various discretization levels, this operation can be repeated to propagate changes from one level to another.

The invention provides a disaster recovery method and device based on instance playback, electronic equipment, a computer storage medium and a computer program product, the method is applied to the technical field of computers, and the method comprises the following steps: when an instance change request is received, performing change operation on a service instance in a main cluster according to the instance change request; after the change operation is completed, storing an operation record of the change operation in a database; extracting target operation records which are not played back from the database every preset time period, and performing operation playback on backup service instances in a backup cluster according to the target operation records to obtain a target backup cluster; and when the main cluster fails, switching to call a route to the target backup cluster.

The invention discloses a configuration center, a configuration synchronization method, a storage medium and electronic equipment. The configuration center comprises: a server for receiving and analyzing a configuration change request sent by a push end to extract configuration change data and a path for changing configuration, and writing the configuration change data into a position of a storage system indicated by the path; the proxy service is used for receiving the monitoring request sent by the subscription end, forwarding the monitoring request to the storage system, and forwarding a configuration change event to the subscription end when receiving the configuration change event pushed by the storage system through the interface; the storage system is used for receiving the monitoring request forwarded by the proxy service, continuously monitoring the configuration information of the to-be-monitored configuration path stored in the storage system based on the to-be-monitored configuration path indicated by the monitoring request, and sending the to-be-monitored configuration path to the proxy service when the configuration information of the to-be-monitored configuration path is monitored to be changed; and pushing the corresponding configuration change event to the proxy service through the interface.

A system of a server is associated with channels, a plurality of client devices subscribed to the channels, and the server includes: one or more processors; and memory storing instructions that, when executed by the one or more processors, cause the system to perform operations comprising: receiving a system configuration change request from a client device, wherein the system configuration change request comprises a first system configuration file and channel information of a first channel; obtaining, based on the channel information, a second system configuration file that is currently deployed on client devices subscribed to the first channel; displaying, on a graphic user interface, a file comparison result between the first system configuration file and the second system configuration file; and in response to the file comparison result being verified, storing the first system configuration file in a request queue for the client devices to poll and deploy.

The present disclosure provides a storage type change method, a related apparatus, and a medium. The method comprises: in response to a storage type change request for a target file in an entity data storage space, in a metadata storage space corresponding to the entity data storage space, setting storage type change stage data of the target file to "pending change"; allocating a change indication to each data segment, and in the metadata storage space, setting the storage type change stage data of the target file to "changing"; and for each data segment, executing a storage type change operation corresponding to the change indication, and upon completion of executing the storage type change operation for a plurality of data segments, in the metadata storage space, setting the storage type change stage data of the target file to "changed". The present disclosure can reduce the inconsistency between the actual data storage type of file data in the entity data storage space and the storage type change stage data in the metadata storage space during data storage type change.

The application discloses a cluster abnormal recovery method based on a PBFT algorithm. In a cluster network composed of 3f+1 nodes, the PBFT algorithm can only tolerate at most f abnormal nodes at the same time, but in an actual deployment network, the whole cluster often enters an abnormal state due to reasons such as network delay, network disconnection or node restart. The abnormal node will try to initiate a view change request, and the view change request will eventually time out before the cluster network recovers, at which time the abnormal node will enter a recovery state and initiate a recovery request until more than 2f+1 nodes in the recovery state can select a consistent view value, determine a new master node, wait for a new view start message of the master node, and thus complete the abnormal recovery of the cluster. The method solves the problem that the cluster cannot autonomously recover after a failure in the PBFT algorithm, and greatly improves the availability of the PBFT algorithm.

To enable appropriate changes to an access point to which a device connects.SOLUTION: An electronic device includes a first communication unit capable of communication in a first communication mode via a wireless connection with an access point, a second communication unit capable of communication with an external device via a second communication mode different from the first communication mode, and a control unit that controls changing the access point to be connected in the first communication mode to another access point on the basis of a change request received from the access point. The control unit controls to suppress changing the destination access point based on the change request when a connection in the first communication mode is established and the second communication mode is activated.SELECTED DRAWING: Figure 9

The application relates to a linkage configuration method and system of configuration attributes, electronic equipment and a storage medium, the linkage configuration method is applied to an industrial control system, the control device of the industrial control system is a device formed by splicing components, the linkage configuration method comprises the following steps: after any client receives attribute configuration information triggered by a user, the control device receives a change request of attribute configuration information sent by the client; the control device analyzes the change request, and based on a linkage attribute configuration strategy established in advance and attribute configuration information in the analyzed change request, changes the association state items of all attributes associated with the current attribute; all changed attribute configuration information is sent to the client, so that the client can be displayed based on all changed attribute configuration information, linkage of configuration software attributes can be realized, modification difficulty is reduced, and the expansibility and universality of the configuration software are improved.

Provided is an electronic device comprising: a change unit for performing control for changing a connection destination from a connected access point (AP) to another AP on the basis of a connection destination AP change request received from the connected AP; and a recording control unit for recording, in the storage unit, first connection information, which is information for connecting to a first AP set in advance without being based on the change request, and second connection information, which is information for connecting to a second AP set in advance without being based on the change request. The second connection information is information used for connecting to a second AP based on the change request; and a control unit for performing control such that, if the connection to the AP as the connection destination has failed on the basis of the change request when the control for connection to another AP is not performed, the connection to the first AP has failed on the basis of the change request, and if the connection to the first AP has failed on the basis of the control for connection to the first AP is performed. And if so, connecting to the first AP by using the first connection information.

The application provides a multi-agent-based intelligent change risk assessment method. The method can include: receiving a change request and forming a change data object; packaging the change data object as a message and publishing the message to a topic of a message bus, which is subscribed by a task distribution controller; based on the change assessment task involved in the message, distributing it to multiple different agents; each agent receiving the change assessment task performs specific analysis on the change data object involved in the message and generates a preliminary analysis report, the specific analysis being analysis of specific aspects of the change data object; each agent publishes the preliminary analysis report generated by it to an aggregation topic of the message bus; fusion processing is performed on the analysis reports from different agents on the aggregation topic to generate a final assessment result; wherein, when there is a conflict between the analysis reports from different agents, a conflict point is marked and a conflict resolution mechanism is triggered; wherein, each agent is configured with a large language model. The corresponding system, electronic equipment and program product are also provided.

This application discloses a method and system for cross-border tax declaration changes, including receiving a tax change request, parsing the request content, obtaining relevant historical declaration information based on the declaration subject's identity information, determining the performance period [t1, t2], dividing the performance period into three initial intervals: interval A [t1, t5], interval B [t5, t6+mT2-T2], and interval C (t6+mT2-T2, t2]; reconstructing the declaration window based on window generation rules, generating corresponding newly generated windows, a first additional window, and a second additional window; updating the declaration information in each window, and submitting the declaration to the tax bureau system. This method and system can shorten the time for tax declaration changes and significantly improve the accuracy of tax declaration changes.

machine. 20 25 27 12 50 25 N ov 2 02 5 A B S T R A C T O F T H E D I S C L O S U R E 2 0 2 5 2 7 1 2 5 0 2 5 N o v 2 0 2 5 m a c h i n e . Current configuration Order product (database, MDE, Configuration operator input) change request EGM Supplier 2 EGM Supplier input Interface (sales, PMO) 1 (Sales, Website, etc.) Operator Configuration Script Generator Game Database All configuration abilities and game rules of all EGM 4 Configuration Script Supplier games (manifest, 3 new database, Matrix, Configuration Script delivered to operator Airtable, etc.) (email, website, thumbdrive, etc.) FIG. 1A 20 25 27 12 50 25 N ov 2 02 5 2 0 2 5 2 7 1 2 5 0 2 5 N o v 2 0 2 5 Current configuration O r d e r p r o d u c t ( d a t a b a s e , M D E , C o n f i g u r a t i o n o p e r a t o r i n p u t ) c h a n g e r e q u e s t E G M S u p p l i e r 2 E G M S u p p l i e r i n p u t I n t e r f a c e ( s a l e s , P M O ) 1 (Sales, Website, etc.) Configuration Script G e n e r a t o r 4C o n f i g u r a t i o n S c r i p t3 C o n f i g u r a t i o n S c r i p t delivered to operator ( e m a i l , w e b s i t e , t h u m b d r i v e , e t c . )

The embodiment of the invention discloses an account data change processing method, system and device and a storage medium. According to the technical scheme provided by the embodiment of the invention, in response to the received data change request of the target account, the first version number and the account data of the target account are read, and the account data are changed based on the data change request to generate the change data; reading a current second version number of the target account, writing change data corresponding to the target account under the condition that the second version number is consistent with the first version number, and updating the version number of the target account; and under the condition that the second version number is inconsistent with the first version number, calculating retry waiting time based on a set initial delay reference, the current retry times and the disturbance random value, and performing data change retry on the target account based on the retry waiting time. By adopting the technical means, the stability and consistency of account data updating can be kept in a high-concurrency account data updating scene.

This disclosure provides a blockchain-based change request method, applicable to the fields of blockchain technology, information security technology, big data technology, and fintech technology. The blockchain-based change request method includes: initiating a change request to multiple central nodes when a change to the rights of a first target user node is proposed; and broadcasting a rights verification request to a blockchain consortium network in response to a notification from the central nodes confirming the change consensus. The rights verification request requests a predetermined number of nodes in the blockchain consortium network to verify and confirm the change in rights. These multiple nodes include multiple central nodes, multiple first-type user nodes, and multiple second-type user nodes. This disclosure also provides a blockchain-based change request apparatus, device, storage medium, and program product.

The application relates to a configuration code synchronization method and device, computer equipment, a storage medium and a product. The method comprises the following steps: in response to a configuration code change request for a target controller in a target vehicle, obtaining configuration code change information of the target controller; wherein the configuration code change information comprises a target change code bit and a target change value; based on a feature matching model, determining an associated controller having an association relationship with the target controller and associated configuration code information of the associated controller from other controllers according to the configuration code change information; wherein the feature matching model is constructed based on a pre-trained language model; the other controllers are controllers other than the target controller in the target vehicle; and the target configuration code of the target controller and the associated configuration code of the associated controller are synchronously changed according to the configuration code change information and the associated configuration code information. The method can improve the configuration code modification efficiency and accuracy.

The specification provides a distributed database system and a member change synchronization method and device thereof, comprising a first replica group, the first replica group comprising a plurality of members, the roles of the members being master replica nodes and slave replica nodes, the master replica nodes and the slave replica nodes maintaining a member list for recording the members in the first replica group; the master replica node is configured to, in the case of receiving a member change request, generate a corresponding member change log and update the member list maintained by itself; and synchronize the member change log to the slave replica node, and determine whether the synchronization of the member change log is completed based on the confirmation information fed back by the slave replica node; the slave replica node is configured to, after receiving the member change log sent by the master replica node, update the member list maintained by itself based on the member change log.

This disclosure provides a data processing method, apparatus, device, and storage medium, comprising: a global management node receiving a parameter change request, updating global parameters according to the parameter change request, generating a parameter change log, and storing it in a parameter change log table; based on the parameter change log, the global management node generating a parameter synchronization task and recording the parameter synchronization task in a parameter synchronization task table; according to the parameter synchronization task, the global management node distributing the parameter change data to target nodes; the target nodes including microservice management nodes or distributed control nodes; and the target nodes updating the parameter change data to their local parameter tables. This solution ensures parameter consistency and avoids business conflicts through centralized version management; it adopts a differentiated distribution strategy to balance the synchronization efficiency of centralized and distributed nodes, achieving unified latency; and by combining log recording and standardized task scheduling, it makes parameter changes traceable, improves troubleshooting efficiency, and significantly enhances system stability.

Systems, methods, and computer-readable storage media are described for processing data change requests. In one exemplary embodiment, a computer-implemented method receives one or more requests in a software production environment for one or more data changes to data from a requestor. The method executes the request(s) in a rollback mode. The method generates a snapshot of the executed request(s). The method also transmits the snapshot to an approver. In response to an approval of the snapshot from the approver, the method also executes the request(s) in a commit mode.

The invention discloses an incremental change method and system based on a version number, and the method comprises the steps: configuring three types of identification fields of version, state and deletion for business data, defining the value rule and business mapping relation of each field, and achieving the unified identification of the attribute, effective state and deletion state of the data version. And receiving a data change request, identifying a change type and the target data, only executing an operation on the changed data, and keeping the original information of the unchanged data. And synchronously updating the three types of fields during change, copying the target data to generate new data, keeping a historical state, and not modifying the core content of the original version. A traceable storage mode is adopted, data and field information of all iteration versions are stored, key operation information is recorded, unchanged data are not stored repeatedly, and data full-life-cycle tracing is achieved. And receiving a version query request, screening according to a screening rule, and returning a complete and effective data set of a target version. And the requirement of service iteration on the accuracy of data management is met.