16 results about "System identifier" patented technology

The invention discloses a cross-system, cross-environment and cross-partition configuration difference comparison method and related equipment, and the method comprises the steps: obtaining a reference configuration specified by a comparison request and a plurality of to-be-compared configurations when the comparison request is received; the configuration to be compared and the reference configuration are marked with a system identifier, an environment identifier and a partition identifier; comparing the reference configuration with each to-be-compared configuration according to a preset configuration comparison rule, and determining configuration difference content corresponding to each to-be-compared configuration; and performing configuration completion on each to-be-compared configuration according to the configuration difference content to obtain a plurality of target configurations. Multi-dimensional configuration comparison is achieved from system and environment partition dimensions, the configuration comparison efficiency is effectively improved, and the requirement for efficient iteration of services is met.

The invention belongs to the technical field of embedded system upgrading, and relates to a system upgrading method applied to a telescope embedded system and related equipment.The method comprises the steps that an operation system partition and a to-be-upgraded system partition are determined in a first partition and a second partition, and a system corresponding to the operation system partition is loaded; adjusting an upgrading state in the secure storage partition to a write-in state, and adjusting a starting system identifier of the shared data area to a to-be-upgraded system identifier corresponding to the to-be-upgraded system partition; sequentially writing each component in the upgrading firmware package into the to-be-upgraded system partition; after the to-be-upgraded system partition completes the write-in operation, the upgrading state in the secure storage partition is adjusted to be a successful state; and when the telescope equipment is in an idle state, loading the upgraded system corresponding to the to-be-upgraded system identifier, and starting the upgraded telescope embedded system. According to the invention, the OTA upgrading operation of the telescope embedded system can be safely and efficiently completed.

The embodiment of the invention provides a sign-in task view configuration method, electronic equipment, a storage medium and a program product. Relates to the technical field of financial science. Multi-dimensional attribute information such as a user identity identifier, a target system identifier and a service label is accurately collected, specific service requirements are anchored in combination with the target system identifier and the service label, personalized sign-in periods, task strategies and incentive strategies are matched based on a preset configuration database, and finally an exclusive sign-in task view is generated. The method has the core beneficial effects that the problem that a traditional bank APP sign-in function is cut at a time is thoroughly solved, and the sign-in willingness of a user and the use stickiness of the APP are remarkably improved by matching the incentive and task forms meeting the financial requirements of the user through the service labels of the user; and meanwhile, deep binding of a sign-in function and a bank operation target can be realized, and subdivision business requirements are associated through a target system identifier, so that sign-in becomes an effective carrier for pushing key business conversion.

The invention discloses a system disaster recovery switching method and device and a nonvolatile storage medium. The method comprises the steps that the real-time operation states of a first operation system and a second operation system are obtained, the first operation system is a main system, and the second operation system is an auxiliary system; under the condition that the real-time operation state of the first operation system is switched from normal operation to disaster occurrence and the real-time operation state of the second operation system is kept as normal operation, modifying a preset main system identifier in a database from a first identifier corresponding to the first operation system to a second identifier corresponding to the second operation system, obtaining a modified main system identifier; and on the basis of the modified main system identifier, local connection is established between the second operation system and the database again, the cache of the second operation system is updated, and the disaster recovery switching process is completed. The invention solves the technical problem that the current system disaster recovery switching technology is difficult to achieve second-level disaster recovery switching under the asymmetric active-active architecture.

The application belongs to the technical field of computer software, and particularly relates to a single-point authentication multiplexing method of SpringSecurity, wherein multi-system authentication configuration information is acquired; according to the multi-system authentication configuration information, configuration loading and initialization are carried out, a multi-path authentication configuration object is constructed, and a request filter and a multi-path authentication processor based on SpringSecurity are developed and registered; the request filter is used for listening to an authentication access point, receiving an authentication request, constructing a unified authentication token, carrying out matching search in the multi-path authentication processor according to a system identifier in the unified authentication token, and obtaining a matching result; authentication logic is executed based on the matching result, and authentication credentials are returned, wherein the authentication credentials include authentication success credentials or authentication error information. Thus, the problems such as weak adaptability and poor expansibility in the prior art are solved.

This application relates to the field of license management technology, and in particular to a license reuse method and apparatus. The method is applied to a license server deployed independently of a primary disaster recovery system. The primary disaster recovery system includes a first system as the primary disaster recovery system and a second system as the backup disaster recovery system. The method includes: receiving a first license acquisition request sent by the first system, carrying a target license information and the system identifier information of the first system; establishing a binding relationship between a target license and the system identifier of the first system, and authorizing the target license to the first system; receiving a second license acquisition request sent by the second system, carrying the system identifiers of the first and second systems; determining a target license based on the system identifier of the first system, and authorizing the target license to the second system.

The invention provides a game picture display method and device, electronic equipment and a storage medium, and relates to the technical field of games. The method comprises the following steps: running a target game through terminal equipment; when it is monitored that the target game is switched to run in the background, an operation system identifier of the terminal equipment is obtained, according to the operation system identifier, a corresponding interface manager is called to display a target game window at a preset position of a current main interface, and a game picture of the target game is displayed in the target game window, the size of the target game window is smaller than that of the current main interface, so that the target game window can be displayed through the corresponding interface manager according to the operation system identifier of the terminal equipment when the game is switched to be operated in the background, and the game picture can be shrunk and displayed in the target game window, so that the switching efficiency can be improved, and the user experience is improved. The player is prevented from missing key information or real-time dynamic information in the game, multiple operating system versions can be supported, and the compatibility is high.

The present application belongs to the technical field of information security, and particularly relates to a Web application leak traceability evidence collection method and system based on a neural network, which generates an event by setting a watermark on a third-party application system, and uses the watermark event to obtain screen capture image watermark encryption data containing key parameter information, wherein the watermark event encodes the key parameters in combination with the third-party application system scene and embeds the watermark encoding information into the screen capture image based on the base color positioning, and the key parameter information includes a user identifier, a system identifier, a timestamp and a BCH error correction supervision bit; for a screen capture leak traceability request, the watermark generation event is triggered to obtain the relevant screen capture leak image; the trained image classification deep neural network is used to extract the key parameters in the relevant screen capture leak image watermark encryption data, the extracted key parameters are matched with the database to generate an evidence collection report of the feedback third-party application system, and the precise positioning of the leak source can be realized.

This disclosure describes techniques and mechanisms for disclosure describes techniques and mechanisms for a central management plane to automatically create and assign system identifiers to network devices, thereby creating a global network hierarchy within a network. The techniques enable the use of a system identifier to be automatically generated and assigned, as well as configuration and network policies to be automatically generated based on the system identifier. Accordingly, the techniques enable automation of regional connectivity and policy application, a simplified manner of troubleshooting / debugging of any connectivity issues, and a simplified, aggregated view of statistic and analytics related to problems at site, sub-region, and region levels.

The present disclosure describes a signal transformation computing system that can receive first alphanumeric data. Using at least a portion of the data, the computing system can generate an attribute set An, wherein the attribute set An comprises anatomy data. The computing system can use the first and second alphanumeric data to generate a data signal, wherein the data signal comprises: (i) the attribute set An, (ii) event data, and (iii) routing data. The routing data is determined or generated using the attribute set An by causing a trained model to process the attribute set An to generate a classifier for the data signal, and, using the classifier, generating the routing data. The routing data can include an agentic AI instruction, a target computing system identifier, or both. The generated classifier data can include a derivative generated using the first or second alphanumeric data. The derivative can be used to incrementally train the trained model.

The embodiments of the present disclosure disclose a file processing method, device, storage medium and system. The method is applied to a file processing system, the file processing system comprises an access service and a permission management service, a first client is in a login state of a first business system and the access service, the access service receives a first file uploaded by the first client and stores the first file to a preset storage system, sends a first file storage identifier and a first system identifier returned by the preset storage system to the permission management service to obtain a corresponding first file identifier, the first file identifier is used for enabling a client logged into a target business system with access permission to access the first file, and the access service returns the first file identifier to the first client. By adopting the above technical solution, the safety of the uploaded file is ensured, the information intercommunication between the business systems is facilitated, and the flexibility of business interaction is improved.

The invention discloses a desktop cloud fat terminal system switching automation method and an automatic fat terminal switching system, belongs to the technical field of enterprise digitization, and aims to solve the technical problems that system switching in the prior art needs repeated manual operation and is low in efficiency. Comprising the steps that a BIOS starting item of a terminal is manually configured to be a network starting item, the terminal downloads an initial system from a desktop cloud management platform through a PXE protocol and completes installation, and meanwhile a prefabricated Windows small system and a functional bat script are locally stored in the terminal; the desktop cloud management platform synchronously issues a system switching instruction to a plurality of target terminals, wherein the system switching instruction comprises a downloading address, a system identifier and identity verification information of a target system; and after the target terminal receives the system switching instruction, waking up the prefabricated Windows small system, executing the bat script of the preset logic, automatically completing downloading of a target operating system, setting of a terminal starting item, restarting of the terminal and completing the whole switching process.

The invention provides a fault code data processing method and device, electronic equipment and a storage medium, and is suitable for the technical field of data security storage. The method comprises the following steps: acquiring fault code data, and acquiring fixed header information; wherein the fault code data comprises a system identifier, a fault code number and fault code representation information; adopting a preset Hash algorithm to perform Hash operation processing based on the fixed header information, the system identifier and the fault code number to obtain a Hash key value; and establishing a mapping relationship between the hash key value and the fault code representation information, and storing the mapping relationship. According to the fault code data processing mode adopted by the embodiment of the invention, the data structure is not easy to crack, and is not easy to be directly used by pirated software, so that the data security and the product security are ensured.

The method comprises the following steps: obtaining natural language text input by a user; analyzing the natural language text by using a natural language processing model to obtain structured task parameters; determining a source system and a target system according to a source system identifier and a target system identifier respectively, and obtaining first metadata and second metadata from the source system and the target system respectively; determining an execution resource required by a data integration task to be generated according to the first metadata, the second metadata and a scheduling strategy, and generating the data integration task according to the execution resource and a target data integration task template.

This invention discloses a method for constructing a data mart for anti-money laundering applications. The method involves collecting internal and external data; processing the internal and external data into the data detail layer of the data mart; generating globally unique customer / account entity identifiers through cross-system identifier mapping and attribute matching; standardizing and merging heterogeneous data according to subject domains based on these globally unique customer / account entity identifiers; and storing the fused standardized subject domain data in the data detail layer to support subsequent applications. This invention designs a unified data model with customer, account, transaction, and judicial event as subject domains, breaking down internal and external data barriers. This structure not only achieves physical data centralization but also, through entity parsing and relation extraction, merges multi-source data into high-value assets with globally unique identifiers, enabling in-depth correlation analysis and laying a solid foundation for complex analysis.

The application discloses a software testing method based on a distributed system, an electronic device and a storage medium, and relates to the technical field of software testing. The method comprises the following steps: receiving a first deployment request; the first deployment request carries a first business system identifier, an installation package of a first application and a first application identifier; determining set configuration information corresponding to the first application identifier from a set database; determining an address set corresponding to the first business system identifier from the set configuration information; sending the installation package based on the address set; when a first calling instruction in a test script is executed, a business type included in configuration information of the test script, a service identifier included in the first calling instruction and data are encapsulated into a first request message in a set message format; a field value corresponding to a first set field in the first request message is replaced with a first logical area identifier determined when the test script is executed to obtain a second request message; the second request message is sent to a message bus; and a response message distributed by the message bus is received.